2000A&A...361.1143T

Query : 2000A&A...361.1143T

2000A&A...361.1143T - Astronomy and Astrophysics, volume 361, 1143-1151 (2000/9-3)

Proper motions of pre-main sequence stars in southern star-forming regions.

TEIXEIRA R., DUCOURANT C., SARTORI M.J., CAMARGO J.I.B., PERIE J.-P., LEPINE J.R.D. and BENEVIDES-SOARES P.

Abstract (from CDS):

We present proper motion measurements of pre-main sequence (PMS) stars associated with major star-forming regions of the southern hemisphere (Chamaeleon, Lupus, Upper Scorpius - Ophiuchus, Corona Australis), situated in the galactic longitude range l=290° to l=360°. A list of PMS stars as complete as possible was established based on the Herbig and Bell catalogue and many new catalogues like the PDS survey, the catalogue of Herbig Ae/Be stars by The et al. (1994), X-rays surveys, etc. The measurements made use of public material (mainly AC2000 and USNO-A2.0 catalogues) as well as scans of SERC-J Schmidt plates with the MAMA measuring machine (Paris) and Valinhos CCD meridian circle observations (Brazil). We derived proper motions for 213 stars, with an accuracy of 5 to 10mas/yr depending mainly on the difference of epochs between the position sources. The main characteristics of the sample are discussed. We show that systematic motions of groups of stars exist, which are not explained by the reflex solar motion.

Abstract Copyright: ∼

Journal keyword(s): astrometry - stars: kinematics - stars: pre-main sequence - Galaxy: open clusters and associations: general

VizieR on-line data: <Available at CDS (J/A+A/361/1143): table4.dat table5.dat table6.dat>

Simbad objects: 253

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Number of rows : 253
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2024 		#notes
1 V* EG Cha Or* 08 36 56.2143359952 -78 56 45.633633000   11.82 10.457   9.010 K4Ve 98 0
2 CD-77 353 TT* 08 49 11.0947949808 -77 35 58.588129464   10.04 8.786   7.503 K1III 14 0
3 CD-75 392 TT* 08 50 05.4486135048 -75 54 38.082436848   11.305 10.604 10.493 9.728 G9V 39 0
4 CPD-82 291 TT* 08 53 05.3105538408 -82 43 59.791519848   12.52 11.50     K4 13 0
5 2MASS J09171033-7744019 TT* 09 17 10.3487931504 -77 44 02.142022020   11.34 10.50 10.64   G2 14 0
6 HD 81485B SB* 09 19 23.9788595160 -77 38 45.104008632   10.43 9.56     K0IVe 19 0
7 HD 81485A TT* 09 19 24.6525107640 -77 38 36.351469968   9.02 8.33     G7V 30 0
8 HD 84075 TT* 09 36 17.8234661352 -78 20 41.588588076   9.18 8.59     G2V 57 0
9 HD 86356 TT* 09 51 50.6839987728 -79 01 37.826858352   10.93 10.201   9.243 K0Ve 30 0
10 V* DR Oct RS* 10 07 29.5296132223 -85 04 32.990588292   9.42 8.685   7.709 G3V 110 0
11 HD 92727B TT* 10 39 31.4312023104 -75 37 51.405907116   11.92 10.99     G3 5 0
12 HD 92727A TT* 10 39 31.7269349640 -75 37 56.278132680   10.27 9.68 9.86   G1V 6 0
13 HD 92727 ** 10 39 31.72928 -75 37 56.2785           F7/8(V) 26 0
14 HD 94878 EB* 10 55 58.9149262296 -60 23 33.436864428 8.67 9.37 8.70 8.07   B0/2eq 154 0
15 Hen 3-545 Or* 10 59 06.9715593000 -77 01 40.309233240   12.91 11.136   9.596 K4Ve 216 0
16 CHXR 8 TT* 11 00 14.5258321680 -77 14 38.001503400   11.95 11.40 11.28 10.61 G3/9 14 0
17 V* CS Cha Or* 11 02 24.8763629208 -77 33 35.667131796   12.88 11.69   10.123 K2Ve 230 0
18 Glass C TT* 11 03 11.5657030464 -77 21 04.321403100   12.59 11.48     G2V 32 0
19 V* CT Cha Or* 11 04 09.0989256840 -76 27 19.329779664   13.44 13.00   10.89 K7Ve 130 0
20 HD 96675 Y*O 11 05 57.8105960448 -76 07 48.884316960   7.82 7.68   8.48 B5V 82 0
21 Ass Cha T 2-21 TT* 11 06 15.3471261840 -77 21 56.720362608   12.58 11.01   9.35 G5Ve 131 0
22 V* DI Cha Or* 11 07 20.7276076008 -77 38 07.308086352   12.02 10.74 10.72   G2Ve 168 0
23 V* VW Cha Or* 11 08 01.502064 -77 42 28.87524 13.91 14.165 12.761 12.653 10.69 K7+M0 187 0
24 HD 97048 Ae* 11 08 03.3109731720 -77 39 17.490777444 9.03 8.76 9.00   8.64 A0Vep 543 0
25 V* HP Cha TT* 11 08 15.216432 -77 33 53.17020   14.33 12.77 12.11   K3+G5e 114 0
26 V* HP Cha A * 11 08 15.4974157248 -77 33 53.446498956           K6e 85 0
27 V* VZ Cha Or* 11 09 23.7739008528 -76 23 20.857480836   13.82 12.94   12.14 K7e 140 0
28 HD 97300 Ae* 11 09 50.0199904704 -76 36 47.718191232   9.41 9.20   8.82 B9V 176 1
29 V* WY Cha Or* 11 10 07.0339153464 -76 29 37.674167388   15.29 13.87   11.62 K8Ve 88 1
30 V* WZ Cha Or* 11 10 53.3212598040 -76 34 32.057703048   16.41 15.48   13.07 M4Ve 72 0
31 CHX 18N TT* 11 11 46.3370290776 -76 20 08.948823324   13.27 11.96   10.37 K5IVe 80 1
32 Sz 41 TT* 11 12 24.3973943352 -76 37 06.181395384   11.2 11.60   10.22 K7+M2.5 102 1
33 V* CV Cha Or* 11 12 27.7055693328 -76 44 22.302807396   12.02 10.98 10.51 9.76 G9Ve 194 1
34 Ass Cha T 2-54 TT* 11 12 42.6709132056 -77 22 22.943489160     11.103   9.653 G8+K7 92 2
35 HJM E 1-8 TT* 11 12 42.9828272280 -76 37 04.868196276         10.95 K3Ve 34 0
36 CPD-77 660 TT* 11 20 19.8911036832 -78 28 21.186312744   11.98 10.924 10.567 9.362 K5e 20 0
37 HD 98922 Be* 11 22 31.6743077592 -53 22 11.457008148   6.80 6.76     B9Ve 132 0
38 RX J1140.3-8321 TT* 11 40 16.6137236784 -83 21 00.350133984   12.604 11.464 11.197 10.132 K4Ve 31 0
39 HD 102065 Y*O 11 43 36.9451657872 -80 29 00.511110852   6.67 6.61     B9IV 65 0
40 RX J1150.4-7704 TT* 11 50 28.2998335776 -77 04 38.269946136     12.0   10.54 K4 23 0
41 NAME Chamaeleon Region SFR 11 55 -78.0           ~ 806 0
42 V* T Cha Or* 11 57 13.5245085552 -79 21 31.530508884   10.00 11.86     K0e 272 1
43 V* DW Cha Ro* 11 58 28.1662230312 -77 54 29.563860420   11.63 10.502   9.011 K4Ve 47 1
44 RX J1159.7-7601 TT* 11 59 42.2711847672 -76 01 26.178271284   12.46 11.11   9.858 K4Ve 63 0
45 V* DX Cha Ae* 12 00 05.0868602544 -78 11 34.565724312   6.81 6.60     A4V 344 0
46 HD 104467 TT* 12 01 39.1168325928 -78 59 16.915311240   9.26 8.466   7.678 G3V(e) 56 0
47 CPD-75 783 TT* 12 07 51.174576 -75 55 16.05828   11.16 10.04 9.90 8.584 K4(e) 21 0
48 RX J1209.8-7344 TT* 12 09 42.8209730184 -73 44 41.444953692   12.31 11.29   10.135 K1e 19 0
49 HD 106772 * 12 17 26.9112030432 -80 35 06.827693568   9.40 8.54     G4III 20 0
50 CD-74 673 TT* 12 20 34.3777314336 -75 39 28.630039572   11.55 10.588   9.449 K3Ve 33 0
51 HD 107722 TT* 12 23 29.0429848776 -77 40 51.427021368   8.75 8.29     F6V 29 0
52 CD-78 502 TT* 12 25 13.4187998472 -78 57 34.670490084   11.36 10.70     G7 21 0
53 HD 109138 TT* 12 33 29.7897267528 -75 23 11.250927348   10.24 9.47     K0V 47 0
54 CD-74 712 TT* 12 39 21.2761289184 -75 02 39.186556764   11.15 10.303   9.197 K3Ve 46 0
55 IRAS 12535-7623 Y*O 12 57 11.6949853032 -76 40 11.291754000   17.20 15.00     M0e 42 0
56 V* CM Cha TT* 13 02 13.5244979592 -76 37 57.818696016   14.70 13.40     K7IVe 42 0
57 Hen 3-854 Or* 13 05 20.6574078672 -77 39 01.506188880   13.88 12.40     K5 45 0
58 2MASS J13254188-7955160 TT* 13 25 41.8746157752 -79 55 16.198786884   12.387 11.509 11.308 10.60 K1 12 0
59 CD-75 652 TT* 13 49 12.9354906672 -75 49 47.448396768   10.22 9.680   8.724 G1V 25 0
60 CD-23 11534 TT* 14 10 49.6252506912 -23 55 29.075877336   12.36 10.889   9.737 K2V(e) 13 0
61 TYC 6138-383-1 TT* 14 12 14.0284653384 -16 29 53.444096556   11.671 10.864 10.674   G9 9 0
62 HD 125340 TT* 14 19 21.1513523568 -23 22 13.512983268   10.04 8.96   7.751 G7III 11 0
63 UCAC2 16840932 * 14 47 23.4356857584 -35 03 13.509472572     12.42     K3 6 0
64 RX J1448.2-4103 TT* 14 48 13.1974970064 -41 02 59.113337856   12.10 11.215   10.077 K2 12 0
65 CD-34 9963 Y*O 14 50 25.8136658904 -35 06 48.579544512   11.59 10.671   9.568 K1Ve 20 0
66 RX J1450.5-3459 TT* 14 50 35.0753140848 -34 59 05.733030804     12.049   10.612 K4 8 0
67 UCAC2 15760486 TT* 14 52 26.1945353208 -37 40 08.879149524   13.152 12.042 11.670   K3 11 0
68 TYC 7824-2095-1 TT* 14 54 11.2167380064 -39 55 23.405492064   12.611 11.651 11.421   K2 11 0
69 CD-35 9918 Y*O 14 57 19.6301534424 -36 12 27.442091808   11.12 10.268   9.368 G8V 22 0
70 CD-35 9931 TT* 14 58 37.6872422736 -35 40 30.394769052   11.92 10.75   9.85 K2.5IV 31 0
71 CD-32 10508A TT* 14 58 45.7223756496 -33 15 10.410643332       11.84   ~ 5 0
72 HD 132264 TT* 14 59 22.7645277888 -40 13 12.104884740   10.48 9.814   8.960 G7IV 19 0
73 CD-42 9889 TT* 15 00 37.6804554696 -43 08 33.944092224   13.04 11.943   10.608 K3IVe 11 0
74 CD-43 9534 TT* 15 00 51.8936603520 -43 31 21.155318508   11.87 11.15   10.134 K0IV(e) 25 0
75 CD-40 9190 TT* 15 01 11.5537626048 -41 20 40.606710360   10.70 10.087   9.310 G3V 13 0
76 RX J1502.4-3405 TT* 15 02 26.013600 -34 05 13.41204   13.32 12.21 12.19   K4 7 0
77 HD 133259 TT* 15 04 48.9148419912 -39 49 23.727080244   10.42 9.76     K(1)V+G 37 0
78 RX J1505.4-3857 TT* 15 05 25.8698473104 -38 57 03.187157868     12.004   10.640 K6 10 0
79 UCAC2 13373557 Y*O 15 05 56.8547654208 -43 12 03.140312868 15.18 14.138 12.782 12.170 10.95 K7 14 0
80 CD-34 10180 TT* 15 07 14.8172880480 -35 04 59.527866036 11.84 11.37 10.662 10.02 9.631 K0IVe 31 0
81 RX J1507.4-4601 Ro* 15 07 27.5855735424 -46 01 07.372665840   12.22 11.36 11.22 10.458 K1 11 0
82 V* LO Lup TT* 15 07 37.7410383240 -46 03 15.629428080 13.21 13.03 11.81 11.07 10.52 K2 17 0
83 V* LP Lup TT* 15 07 54.4967018976 -45 15 21.228736104   11.50 10.82     G3 13 0
84 RX J1508.0-3337 Ro* 15 08 05.0845814088 -33 37 55.806527100   13.15 11.92 11.54 10.223 K6 10 0
85 V* LQ Lup TT* 15 08 37.7353724976 -44 23 17.049423444 11.46 11.54 10.645 10.22 9.804 G8IVe 84 0
86 HD 133938 TT* 15 08 38.5032196584 -44 00 51.979269132 11.26 11.17 10.54 9.97 9.56 G6V 30 0
87 RX J1508.8-3715 Y*O 15 08 53.7981568416 -37 15 46.907907444   13.13 11.99 11.88   K5 11 0
88 CD-43 9658 * 15 09 17.7087861648 -44 20 09.816127188   11.401 10.11     K4 10 0
89 RX J1511.0-3251 TT* 15 11 04.4987645496 -32 51 30.441746016 14.16 12.64 11.853 11.16 10.262 K6 18 0
90 CD-44 9931 TT* 15 12 50.1796869720 -45 08 04.464448224   11.46 10.529   9.598 G8V 13 0
91 HD 134974 TT* 15 14 07.5481895352 -41 03 36.301771080 11.03 10.93 10.415 10.02 9.655 G7V 29 0
92 HD 135127 Y*O 15 14 39.5851346520 -34 45 41.311354104 9.87 9.64 9.15 9.33 9.02 F5V 17 0
93 TYC 7830-1237-1 TT* 15 14 47.4804223896 -42 20 15.034384644   12.200 11.297 11.084   K1IV 19 0
94 V* LT Lup TT* 15 15 45.3719328096 -33 31 59.725104132 12.00 11.61 10.670 10.17 9.574 K0e 31 0
95 V* LS Lup TT* 15 15 52.7358985272 -44 18 17.322746652 14.64 13.79 12.49 12.15 11.215 K1 20 0
96 RX J1516.6-4406 Y*O 15 16 36.6331432464 -44 07 20.470013040 13.72 12.97 11.97 11.60 10.73 K2 12 0
97 2MASS J15180123-4444269 TT* 15 18 01.2384492480 -44 44 27.023070948     12.32     K2 7 0
98 V* LW Lup TT* 15 18 26.9192118480 -37 38 02.070123108 12.23 11.79 10.891 10.41 9.850 K0IVe 36 0
99 V* LX Lup TT* 15 18 52.8186606144 -40 50 52.762169616 12.40 11.92 11.01 10.48 9.97 G8 20 0
100 V* LY Lup TT* 15 19 16.0028202264 -40 56 07.575850608   12.23 11.404   10.187 K0e 25 0
101 CD-47 9880 Ro* 15 19 37.0140000888 -47 59 34.196262252   11.19 10.52   9.723 G9IV 14 0
102 2MASS J15195295-2802266 TT* 15 19 52.9529471616 -28 02 26.706365916     12.6     K5 7 0
103 V* LZ Lup TT* 15 22 11.6170509720 -39 59 50.984522592 13.86 13.10 12.05 11.79 10.787 K3 18 0
104 V* MM Lup TT* 15 23 25.5768349080 -40 55 46.773915996 13.60 13.11 12.07 11.62 10.71 K2 16 0
105 V* MO Lup TT* 15 24 03.0436300056 -32 09 50.886751824 14.69 13.60 12.35 12.13 10.614 K4+M4 18 0
106 V* MP Lup TT* 15 24 32.3572754448 -36 52 02.770376232 12.69 11.96 11.231 10.78 10.184 K0V(e) 27 0
107 CD-35 10273 TT* 15 25 03.5661976248 -36 04 45.523059564 12.43 11.80 10.744 10.35 9.643 K1IV(e) 15 0
108 HD 137059 TT* 15 25 16.971744 -38 45 26.44020 9.56 10.13 9.50 9.32 7.99 G3V 23 0
109 V* MQ Lup TT* 15 25 33.1689637848 -36 13 46.761718260 13.17 12.71 11.68 11.56 10.468 K2 18 0
110 V* MS Lup TT* 15 25 59.6471855904 -45 01 15.821666004 11.97 11.67 10.969 10.42 10.041 G7IV 31 0
111 HD 137727 TT* 15 28 44.03424 -31 17 38.0284       9.42 8.014 G6/8 36 0
112 CD-35 10323 Y*O 15 29 38.5729786728 -35 46 51.415549788   11.37 10.674   9.514 K1IVe 14 0
113 CD-36 10208 TT* 15 29 47.2648270536 -36 28 37.407579780   12.60 11.16   10.644 K2IVe 21 0
114 RX J1529.8-4522 Ro* 15 29 48.8805163440 -45 22 45.809699988   13.85 12.64 12.18 11.048 K6 12 0
115 HD 138009 ** 15 30 26.23621 -32 18 12.9163   10.01 9.47 9.27   G6V 37 0
116 CD-33 10568 TT* 15 31 21.9300091656 -33 29 39.448367196   11.56 10.834   9.860 G9IV 24 0
117 CD-38 10460 TT* 15 34 07.3613530248 -39 16 17.212150200 12.01 11.58 10.546 10.30 9.211 K1(e) 16 0
118 RX J1534.6-4002 TT* 15 34 38.1609174096 -40 02 28.083175800   12.59 11.37   10.555 K5Ve 18 0
119 2MASS J15355780-2324046 TT* 15 35 57.8066655408 -23 24 04.590783648   13.1       K3 28 0
120 V* MT Lup TT* 15 38 02.6519492760 -38 07 23.078501688     12.32 12.10 11.013 K5 18 0
121 RX J1538.6-3916 TT* 15 38 38.2726392807 -39 16 55.360567832   12.64 11.61 11.21   K4 20 0
122 CD-43 10072 Y*O 15 38 43.0706398200 -44 11 47.418986976   11.03 10.28   9.512 G6IV(e) 26 0
123 RX J1539.7-3450 TT* 15 39 46.372800 -34 51 02.53332 11.77 13.58 12.35 12.08 10.688 ~ 14 0
124 RX J1540.0-4634 Y*O 15 40 02.4419878080 -46 34 18.746490036   13.14 12.02 11.80   K4 7 0
125 HD 139614 Ae? 15 40 46.3820275416 -42 29 53.538761832   8.47 8.24     A9VekA5mA5(_lB) 210 0
126 Lupus 1 Cld 15 43 02.1 -34 09 06           ~ 286 0
127 CD-32 11039 TT* 15 44 03.7731048192 -33 11 11.204274192   11.71 10.87     K0IVe 26 0
128 2MASS J15444712-3811406 TT* 15 44 47.1206419416 -38 11 40.590627468   12.93 11.79     K6Ve 14 0
129 CD-33 10685 Or* 15 45 12.8678037432 -34 17 30.644403036 12.47 11.56 10.224 9.60 8.685 K3Ve 272 1
130 V* KW Lup PM* 15 45 47.6002137432 -30 20 55.746457152   10.34 9.37   7.956 K2V 70 0
131 CD-41 10274 TT* 15 45 52.2379435876 -42 22 16.440808058   11.50 10.50   9.438 K3IVe 20 0
132 CD-35 10498 TT* 15 46 41.2077442728 -36 18 47.458696608 12.21 12.24 11.21 10.00 9.44 K1e 23 0
133 CD-39 10162 TT* 15 47 41.7650471808 -40 18 26.748166644 12.58 12.33 11.158 10.75 10.047 K1e 29 0
134 CD-43 10250 TT* 15 48 42.0429301272 -43 35 20.829033168 14.88 13.80 11.672 11.68 10.760 K1IV(e) 11 0
135 V* GQ Lup Or* 15 49 12.1053805848 -35 39 05.058139788 12.19 12.76 11.66 11.15   K7Ve 290 1
136 CD-25 11111A TT* 15 49 15.3256555968 -26 00 54.697740660   13.37 12.81 12.73   A5Ve 31 0
137 CD-25 11111 ** 15 49 15.3888 -26 00 52.452           A5Ve+A2IVe 27 0
138 CD-25 11111B TT* 15 49 15.5294156575 -26 00 50.039007268   13.37 12.81 14.02   A2IVe 30 0
139 HD 141277 TT* 15 49 44.9775230 -39 25 09.113328   11.40 10.640   9.523 K1IV(e) 31 0
140 HD 141569 Y*O 15 49 57.7482550392 -03 55 16.341617064 7.22 7.20 7.12 7.00 7.04 A2VekB9mB9(_lB) 540 0
141 V* MV Lup TT* 15 49 59.2107255432 -36 29 57.438440124 11.98 12.59 11.28 10.02 9.52 K2 24 0
142 2MASS J15501199-4746102 TT* 15 50 12.0075021312 -47 46 10.270899480   12.91 11.51     G9 5 0
143 Sz 77 TT* 15 51 46.9580885472 -35 56 44.112678504   12.0       K5.5 69 0
144 2MASS J15552621-3338232 Y*O 15 55 26.2194715296 -33 38 23.285843664 14.51 13.58 12.45 11.74 11.05 K5 16 0
145 HD 142527 Ae* 15 56 41.8882637904 -42 19 23.248281828   9.04 8.34     F6III 642 1
146 V* RU Lup TT* 15 56 42.3108692112 -37 49 15.473946900 9.27 10.07 9.60     K7/M0e 469 0
147 1RXS J155702.5-195037 TT* 15 57 02.3596639104 -19 50 42.030388068   12.64 11.665   10.170 K7 24 0
148 HD 143006 Or* 15 58 36.9126279888 -22 57 15.220559196   10.92 10.14   8.70 G5IVe 255 0
149 TYC 6191-552-1 TT* 15 58 47.7201616872 -17 57 59.699522340   13.34 12.09 11.68 10.41 K5 51 0
150 ASAS J155902-1844.3 TT* 15 59 02.0708997384 -18 44 14.341708140   13.293 12.022 11.745   K7 26 0
151 WRAY 15-1400 TT* 15 59 16.4717314824 -41 57 10.300018176   13.5 12.0     K7IVe 97 0
152 V* RY Lup Or* 15 59 28.3864710696 -40 21 51.249496176   12.62 9.90     G8/K1IV-V 223 0
153 CD-36 10569 TT* 15 59 49.5108561504 -36 28 27.904409112 13.01 12.06 11.12 10.32 9.66 K3e 36 0
154 V* MY Lup TT* 16 00 44.5202267160 -41 55 30.935126748   12.64 12.17 11.06   K0 111 0
155 V* MZ Lup TT* 16 01 08.9697543744 -33 20 14.177235192 12.11 11.88 10.88 10.35 9.812 G5IVe 30 0
156 RX J1601.8-4026 ** 16 01 49.4221861728 -40 26 19.326630228   13.58 12.46 12.09 10.916 K7 9 0
157 V* NN Lup TT* 16 01 59.1820440840 -36 12 55.584740952 13.75 12.99 13.10 11.29 10.381 K3 25 0
158 NAME Lupus Complex SFR 16 03 -38.1           ~ 720 0
159 HD 143677 TT* 16 03 45.3645926 -43 55 49.198300 11.09 10.57 9.681 9.14 8.664 K0IV 44 1
160 CD-39 10292 TT* 16 03 52.5008065896 -39 39 01.266425244 12.83 12.00 11.01 10.38 9.79 K3V 26 0
161 CD-31 12522 TT* 16 04 30.5576942544 -32 07 28.675218612 12.19 11.61 10.76 10.36 9.84 K2e 22 0
162 HD 143978 PM* 16 04 57.0731670000 -38 57 15.710985792 9.75 9.70 9.199 8.97 8.534 G0V 27 0
163 CD-38 10866 TT* 16 05 45.0016393344 -39 06 06.533278704 11.60 11.41 10.584 10.02 9.645 K0Ve 24 0
164 CD-25 11330 TT* 16 05 50.6524391928 -25 33 13.618314720   11.87 10.895   9.797 K1V(e) 26 0
165 RX J1606.3-4447 Y*O 16 06 23.3490174744 -44 47 35.556490356   13.43 12.28 12.17   K4 9 0
166 1RXS J160652.6-241627 TT* 16 06 54.388800 -24 16 10.84908   14.05 12.72 12.61   M3e 23 0
167 HD 144432 Ae* 16 06 57.9533126832 -27 43 09.760564056 8.47 8.53 8.19 7.82 7.53 A9/F0V 245 1
168 V* HO Lup Or* 16 07 00.603672 -39 02 19.49316   13.94 13.17 13.03   M1e 66 0
169 THA 15-21 TT* 16 07 10.0694468880 -39 11 03.260683896   15.28 13.70 13.70 12.49 K7-M0 72 0
170 THA 15-20 TT* 16 07 11.5873449384 -39 03 47.492129340   16.25 14.58 14.11 12.92 M0.5 106 0
171 RX J1608.0-3857 TT* 16 07 59.971704 -38 57 51.00912 15.16 14.276 12.830 12.503 10.819 ~ 15 0
172 2MASS J16081096-3910459 TT* 16 08 10.9590962904 -39 10 45.934592664 15.15 14.08 12.84 12.06 11.38 ~ 13 0
173 Sz 96 TT* 16 08 12.6308620920 -39 08 33.470354256   14.80 13.43 13.69 11.84 ~ 79 0
174 V* NQ Lup TT* 16 08 18.1987920557 -38 44 05.706934083 14.54 13.518 12.243 11.930 10.60 ~ 17 0
175 V* V1279 Sco Or* 16 08 22.4935277520 -39 04 46.427612052   14.99 13.66 11.70 11.21 M0.4 119 1
176 2MASS J16082279-3900591 TT* 16 08 22.7935199352 -39 00 59.059019664     15.05 15.02 12.75 ~ 15 0
177 V* V1093 Sco TT* 16 08 27.7818643128 -39 00 40.623399936     14.57 13.54 12.20 ~ 16 0
178 V* V856 Sco Ae* 16 08 34.2870044544 -39 06 18.325711332 7.66 7.41 7.05 6.92   A9V_sh 388 0
179 Sz 108 TT* 16 08 42.7394012688 -39 06 18.313411608   14.497 13.058 12.824 11.16 ~ 39 0
180 CD-25 11378 TT* 16 08 43.4068352136 -26 02 16.794704112   11.16 10.380   9.265 G9V(e) 32 0
181 V* V1193 Sco Or* 16 08 51.5693655096 -39 03 17.707587264   15.27 14.58 13.72 12.28 M4.5 70 0
182 RX J1608.9-3905 TT* 16 08 54.2744987760 -39 06 05.799061764 12.57 11.91 10.88 10.28 9.74 ~ 24 0
183 THA 15-35 Or* 16 09 01.8486544824 -39 05 12.414717240   15.33 14.12 14.35 12.54 M5.5 108 0
184 2MASS J16092320-3855547 TT* 16 09 23.1946497840 -38 55 54.588719532     14.42 13.41 11.86 ~ 11 0
185 V* V1095 Sco TT* 16 09 39.5245401360 -38 55 07.090892580   12.94 11.524 10.77 9.924 ~ 20 0
186 1RXS J160941.7-221803 TT* 16 09 40.9929383688 -22 17 59.527565484   13.8 12.561   10.655 M0e 35 0
187 THA 15-38 TT* 16 09 57.0796720248 -38 59 48.025255020   15.35 13.71 13.49 11.96 ~ 24 0
188 V* V1096 Sco TT* 16 10 04.7938071672 -40 16 12.286370424 12.76 12.10 11.284 10.64 10.098 K2e 22 0
189 THA 15-41 TT* 16 10 16.4255309472 -39 08 05.033094180   15.33 13.73 13.28 12.12 M2 32 0
190 Wa Oph 1 Or* 16 11 08.9057560608 -19 04 46.976720052     12.073   10.194 K2IV(e) 67 0
191 2MASS J16111287-3905131 TT* 16 11 12.8702239968 -39 05 13.105226256           ~ 9 0
192 V* V866 Sco Or* 16 11 31.345632 -18 38 25.96200   13.98 12.63 12.81   K0e+K5e 281 0
193 THA 15-43 TT* 16 11 53.3512768320 -39 02 15.785435040   14.44 13.04 12.33 11.46 ~ 24 0
194 Wa Oph 2 Or* 16 11 59.2702332696 -19 06 53.316517068     11.66 11.57   K2Ve 66 0
195 NAME Upper Sco Association As* 16 12 -23.4           ~ 1369 1
196 RX J1612.0-3840 Or* 16 12 01.4080284805 -38 40 27.672302829 14.12 12.99 11.999 10.87 10.285 ~ 14 0
197 BD-18 4244 Or* 16 12 40.5144406080 -18 59 28.267620432   12.15 10.829   9.235 K0IV(e) 90 0
198 1RXS J161303.8-225745 TT* 16 13 02.7175229544 -22 57 44.493041124   12.6 11.813   10.265 K5 33 0
199 HD 145718 Ae* 16 13 11.5918435992 -22 29 06.621987516   9.29 8.86     A5Ve 113 0
200 2MASS J16131267-3803513 TT* 16 13 12.6863271000 -38 03 51.358738680     12.9     ~ 10 0
201 BD-21 4301 Y*O 16 13 18.5815434312 -22 12 49.018896144   11.43 10.432   9.105 K1IV(e) 42 0
202 1RXS J161329.9-231122 TT* 16 13 29.2885211952 -23 11 07.577357064   12.5 11.660   10.231 K1 40 0
203 2MASS J16140211-2301021 TT* 16 14 02.1139873416 -23 01 02.188083216   12.2       G4 36 0
204 V* V1098 Sco TT* 16 14 07.9267568760 -19 38 29.104627128   13.02 11.83     K1Ve 25 0
205 CD-22 11432 TT* 16 14 11.0697507472 -23 05 36.071480044   11.90 10.70   9.255 K2IV 78 0
206 CD-27 10866 TT* 16 14 59.1828176592 -27 50 22.940776140   12.09 11.205   10.052 K0IV(e) 47 0
207 RX J1615.9-3241 Y*O 16 15 56.9651570304 -32 41 25.089145044     13.00 12.09   K6 8 0
208 CD-23 12815 TT* 16 16 17.9464840536 -23 39 47.541690900   11.42 10.685   9.525 G9IV 42 0
209 CD-23 12840 ** 16 18 37.302 -24 05 22.51   12.96 12.04     ~ 13 0
210 CD-22 11502 TT* 16 19 33.9664198296 -22 28 29.466255036   12.72 11.312   10.065 K1IV 33 0
211 HD 147048 TT* 16 21 12.1943779488 -40 30 20.599834284 11.64 11.45 10.482 9.96 9.524 G9IV 20 0
212 2MASS J16212868-2332483 TT* 16 21 28.6881774408 -23 32 48.580940832     13.47 12.69 11.66 ~ 10 0
213 VSS II-137 TT* 16 21 28.8145851936 -23 32 38.940611100     11.87 11.03 10.15 F 13 0
214 GSC 06214-00210 TT* 16 21 54.6676915200 -20 43 09.140591496   13.62 12.38 12.11 11.08 M1e 77 0
215 CD-22 11523 Or* 16 23 07.8224200992 -23 00 59.996370852   13.10 11.85 11.71 10.290 K5 39 0
216 HD 147402 TT* 16 23 29.5554512712 -39 58 00.847339680 11.63 11.42 10.64 10.40 10.03 G3IV 23 0
217 HD 147454 Y*O 16 23 32.3091083136 -34 39 49.967960508   9.72 9.30     F6V 12 0
218 CD-25 11492 TT* 16 23 32.3393794128 -25 23 48.613415964   12.19 11.59     K2.0e 30 0
219 CD-34 10971 Er* 16 23 37.6334408136 -34 40 21.869905980   10.06 9.548   8.724 G0 11 0
220 2MASS J16244839-2359160 TT* 16 24 48.3950091768 -23 59 16.067043384           ~ 12 0
221 HD 147808 TT* 16 24 51.3636976776 -22 39 32.558556276   10.69 9.81   8.58 G9IVe 36 0
222 Haro 1-4 Or* 16 25 10.508136 -23 19 14.78820       13.15   K4e 73 0
223 2MASS J16252243-2402056 TT* 16 25 22.4427264840 -24 02 05.904499740     16.02 14.45 12.84 ~ 17 0
224 HD 147889 Y*O 16 25 24.3163637976 -24 27 56.569805208 8.56 8.73 7.90     B2V 476 1
225 EM* SR 6 TT* 16 25 28.6309294272 -23 46 26.395661496   13.24 12.08 11.37 10.53 K2IV 19 0
226 DoAr 22 TT* 16 26 19.3307629152 -23 43 20.744261112       12.56   ~ 13 0
227 1RXS J162739.8-224519 TT* 16 27 39.5633275272 -22 45 23.131197504   12.91 11.647   10.101 K2IVe 30 0
228 CD-24 12689 Or* 16 27 40.2857881416 -24 22 04.130226300   12.91 11.533 11.11 10.00 K5e 283 0
229 NAME Ophiuchus Molecular Cloud SFR 16 28 06 -24 32.5           ~ 3631 1
230 Haro 1-14 Or* 16 31 05.1623543808 -24 04 40.307366316       14.04   ~ 53 0
231 HD 150193 Ae* 16 40 17.9243127240 -23 53 45.193372692 9.69 9.32 8.79 8.41   A3Va(e) 321 0
232 CD-24 12809 TT* 16 45 26.1477564048 -25 03 16.652472048   12.04 11.19   9.594 K3Ve 18 0
233 IRAS 16443-1509 TT* 16 47 13.5682602360 -15 14 27.494678400   15.1 12.219 13.4 10.208 M0Ve 16 0
234 EM* AS 209 TT* 16 49 15.3034917000 -14 22 08.643317664   12.62 11.28     K4Ve 390 0
235 V* AK Sco Ae* 16 54 44.8491575376 -36 53 18.566586456 9.80 9.63 9.00     F5V 274 1
236 CD-27 11363 TT* 17 00 34.9771479264 -27 38 04.401776472   11.67 10.88     K2Ve 37 0
237 HBC 272 Or* 17 09 48.1640810928 -27 16 59.272010256   12.25 11.80     ~ 28 0
238 CD-27 11501 Ae* 17 10 08.11008 -27 15 19.0116 12.86 12.787 12.225 12.03 10.82 A9:e 143 0
239 * c Oph Be* 17 31 24.9538710166 -23 57 45.514802684 4.75 4.81 4.81 4.74 4.72 A0V 273 0
240 HD 163296 Ae* 17 56 21.2881851168 -21 57 21.871819008 7.00 6.93 6.85 6.86 6.67 A3VaekA1mA1 1111 0
241 CD-24 13874 Ae* 18 05 49.7273274168 -24 15 20.733271272 11.74 12.12 11.29 10.91   B5:Vpe 46 0
242 HD 319139 SB* 18 14 10.4818675368 -32 47 34.516836060   11.47 10.68   9.11 K5+K7 357 0
243 BD-10 4662 TT* 18 20 22.74972 -10 11 13.6263   12.00 10.62 10.24 8.884 K5Ve+K7Ve 86 0
244 CD-36 13163 TT* 18 57 20.8422617712 -36 43 00.643933128   11.77 11.16     G5IV 13 0
245 RX J185802.3-365348 TT* 18 58 01.8228923880 -36 53 45.264989904   13.40 12.26 12.04   K5IV 11 0
246 HD 176269 Y*O 19 01 03.2540527320 -37 03 39.303126756   6.54 6.69     B9V 65 0
247 HD 176270 Y*O 19 01 04.3028373864 -37 03 41.666365152   6.37 6.40     B9V 59 0
248 V* S CrA Or* 19 01 08.597088 -36 57 19.89504   11.76 10.91 11.41   G0Ve+K0Ve 270 0
249 HD 176386 Y*O 19 01 38.9318002416 -36 53 26.561166432 7.28 7.44 7.32 8.11   B9Vbs 136 0
250 V* TY CrA Ae* 19 01 40.8284458320 -36 52 33.816176040 10.03 9.92 9.39     B9e 285 0
251 NAME Corona Australis Cloud MoC 19 01 51 -36 58.9           ~ 490 0
252 V* V702 CrA Or* 19 02 01.9776932592 -37 07 43.519646568   11.28 10.512   9.512 G5e 43 0
253 HD 177076 Y*O 19 04 44.4144452256 -36 50 40.971078168   8.28 8.12     A0V 24 0

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