The Flamsteed Collection

Compiled by Richard Dibon-Smith

© 2001-2012 Richard Dibon-Smith all rights reserved

Andromeda (I)

AND HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 358 677 00h08m23.2 s +29º05′26″ -0.038 0.1357 -0.1630 0.212 140º B9IV:pHgMn (ACV) β 6860 5447 01 09 43.9 +35 37 14 1.576 0.1756 -0.1122 0.208 123 M0IIIvar γ1 12533 9640A 02 03 53.9 +42 19 47 1.370 0.0431 -0.0509 0.067 140 K3IIb γ2B 12534 9640B 02 03 54.7 +42 19 51 0.030 0.0431 -0.0509 0.067 140 B9V γ2C 12534 9640C 02 03 54.7 +42 19 51 0.030 0.0431 -0.0509 0.067 140 A0V

δ 3627 3092 00 39 19.6 +30 51 40 1.268 0.1154 -0.0831 0.142 126 K3III ε 3546 3031 00 38 33.3 +29 18 43 0.871 -0.2294 -0.2541 0.342 222 G5IIIcomp ζ 4502 3693 00 47 20.3 +24 16 02 1.100 -0.1012 -0.0819 0.130 231 K1II (EB/GS) η 5516 4463 00 57 12.4 +23 25 04 0.940 -0.0437 -0.0461 0.064 224 G8III-IV ϑ 1280 1366 00 17 05.4 +38 40 54 0.059 -0.0500 -0.0179 0.053 250 A2V

ι 222173 116631 23 38 08.1 +43 16 05 -0.083 0.0277 -0.0012 0.028 92 B8V κ 222439 116805 23 40 24.4 +44 20 02 -0.071 0.0813 -0.0190 0.084 103 B9IVn λ 222107 116584 23 37 33.8 +46 27 30 0.984 0.1592 -0.4215 0.451 159 G8III-IV (RS) µ 5448 4436 00 56 45.1 +38 29 58 0.130 0.1528 0.0368 0.157 76 A5V ν 4727 3881 00 49 48.8 +41 04 44 -0.136 0.0227 -0.0181 0.029 129 B5V SB

ξ 8207 6411 01 22 20.3 +45 31 44 1.077 0.0322 0.0087 0.033 75 K0III-IV οΑ 217675 113726A 23 01 55.2 +42 19 34 -0.099 0.0225 0.0002 0.022 89 B6IIIpe+A2p (GCAS) οΒ 217675 113726B 23 01 55.2 +42 19 34 -0.099 0.0225 0.0002 0.022 89 – π 3369 2912 00 36 52.8 +33 43 10 -0.123 0.0152 -0.0036 0.016 103 B5V ρ 1671 1686 00 21 07.2 +37 58 07 0.442 0.0583 -0.0397 0.071 124 F5III

σ 1404 1473 00 18 19.6 +36 47 07 0.054 -0.0665 -0.0425 0.079 237 A2V τ 10205 7818 01 40 34.7 +40 34 37 -0.068 0.0167 -0.0235 0.029 145 B8III υ 9826 7513 01 36 47.8 +41 24 20 0.536 -0.1726 -0.3810 0.418 204 F8V ϕΑ 6811 5434A 01 09 30.1 +47 14 31 0.012 0.0038 -0.0130 0.014 164 B7III ϕΒ 6811 5434B 01 09 30.2 +47 14 30 0.012 0.0077 -0.0100 0.013 142 –

χ 10072 7719 01 39 20.9 +44 23 10 0.883 -0.0205 0.0150 0.025 306 G8III ψ 223047 117221 23 46 02.0 +46 25 13 1.086 0.0091 -0.0063 0.011 125 G5Ib ω 8799 6813 01 27 39.2 +45 24 25 0.421 0.3570 -0.1093 0.373 107 F5IV 2AAnd 217782 113788A 23 02 36.2 +42 45 28 0.094 0.0557 -0.0048 0.056 95 A3Vn 2BAnd — 113788B 23 02 36.2 +42 45 29 0.094 0.0557 -0.0048 0.056 95 –

3 And 218031 113919 23 04 10.9 +50 03 08 1.058 0.1667 0.1673 0.236 45 K0III 4 And 218452 114200 23 07 39.2 +46 23 14 1.409 -0.0119 -0.0300 0.032 202 K5III 5 And 218470 114210 23 07 45.3 +49 17 45 0.449 0.1522 0.1321 0.201 49 F5V 6 And 218804 114430 23 10 27.1 +43 32 40 0.450 -0.2022 -0.2077 0.290 224 F5IV 7 And 219080 114570 23 12 32.9 +49 24 23 0.302 0.0898 0.0956 0.131 43 F0V

8 And 219734 115022 23 17 44.6 +49 00 55 1.668 0.0345 0.0067 0.035 79 M2III 9 And 219815 115065 23 18 23.4 +41 46 25 0.215 -0.0096 -0.0110 0.015 221 A7m AN(EB) 10 And 219981 115191 23 19 52.3 +42 04 41 1.512 0.0478 0.0043 0.048 85 M0III 11 And 219945 115152 23 19 29.7 +48 37 32 1.014 0.0230 0.0519 0.057 24 K0III 12 And 220117 115280 23 20 53.2 +38 10 56 0.468 0.1296 -0.0612 0.143 115 F5V

13 And 220885 115755 23 27 07.3 +42 54 43 -0.007 0.0874 0.0171 0.089 79 B9III 14 And 221345 116076 23 31 17.3 +39 14 11 1.029 0.2873 -0.0838 0.299 106 K0III 15 And 221756 116354 23 34 37.5 +40 14 12 0.096 -0.0177 -0.0458 0.049 201 A1III V340(DSCT) 18 And 222304 116709 23 39 08.3 +50 28 18 -0.061 -0.0167 -0.0019 0.017 264 B9V 22 And 571 841 00 10 19.2 +46 04 20 0.405 0.0045 0.0002 0.005 87 F2II

23 And 905 1086 00 13 30.8 +41 02 08 0.331 -0.1228 -0.1469 0.191 220 F0IV 26 And 1438 1501 00 18 42.1 +43 47 28 -0.074 0.0233 -0.0027 0.023 97 B8V 28 And 2628 2355 00 30 07.3 +29 45 06 0.271 0.0436 -0.0572 0.072 143 A7III GN(DSCT) 32 And 3817 3231 00 41 07.1 +39 27 31 0.891 -0.0144 -0.0030 0.015 258 G8III 36AAnd 5286 4288A 00 54 58.0 +23 37 42 1.012 0.1371 -0.0456 0.144 108 K1IV

2 Andromeda (I)

AND m M π pc l.y. V RV L F mc Bin? ADS α 2.07 -0.30 0.0336″ 30 97 32 -12 104 21 H V 32 94 β 2.07 -1.86 0.0164 61 199 60 0 437 43 Barnard 949 γ1 2.33 -2.86 0.0092 109 355 36 -12 1092 57 2.10 Σ 205 1630AxBC γ2B 5.50 -0.16 0.0092 109 355 37 -14 91 57 5.02 ΟΣ 38 1630B γ2C 6.30 -0.16 0.0092 109 355 34 - 91 57 ΟΣ 38 1630C

δ 3.27 0.81 0.0322 31 101 22 -7 37 31 β 491 548 ε 4.34 0.77 0.0193 52 169 119 -84 39 30 ζ 4.08 0.35 0.0180 56 181 42 -24 57 34 β η 4.40 0.04 0.0134 74 243 25 -10 76 38 Fox ϑ 4.61 0.16 0.0129 78 253 20 1 68 24

ι 4.29 -1.65 0.0065 154 502 20 0 359 17 κ 4.15 0.57 0.0192 52 170 22 -9 47 19 h 1898 16916 λ 3.81 1.75 0.0387 26 84 56 7 16 16 β pm µ 3.86 0.75 0.0239 42 136 32 8 39 37 h 1057 788 ν 4.53 -2.06 0.0048 208 679 37 -24 527 35

ξ 4.87 0.98 0.0167 60 195 15 -12 32 46 οΑ 3.73 -2.90 0.0047 212 692 27 -14 1143 1 3.62 bin:A οΒ 6.03 -0.61 0.0047 212 692 23 - 138 1 bin:B π 4.34 -2.18 0.0050 201 656 17 9 585 29 h 1030 513 ρ 5.16 1.71 0.0204 49 160 19 9 16 27

σ 4.51 1.33 0.0231 43 141 18 -8 23 25 τ 4.96 -1.64 0.0048 209 681 32 -14 356 53 β 1311 υ 4.10 3.45 0.0743 13.5 44 39 -28 3.3 50 β pm ϕΑ 4.52 -2.25 0.0044 226 736 15 0 624 42 4.26 ΟΣ 515 940A ϕΒ 5.81 -0.95 0.0044 226 736 13 - 190 42 ΟΣ 515 940B

χ 5.01 0.66 0.0135 74 242 11 7 43 52 ψ 4.97 -3.05 0.0025 402 1309 33 -25 1305 20 β ω 4.83 2.57 0.0353 28 92 51 11 7.0 48 β 999 1152AB 2AAnd 5.26 0.11 0.0093 107 349 28 2 71 5.09 β 1147 16467A 2BAnd 7.43 2.28 0.0093 107 349 28 - 10 β 1147 16467B

3 And 4.64 0.94 0.0182 55 179 71 -35 33 4 And 5.30 0.20 0.0095 105 342 17 -6 66 h 1849 16526 5 And 5.68 3.02 0.0293 34 111 33 -2 4.9 6 And 5.91 3.65 0.0354 28 92 58 -43 2.7 7 And 4.53 2.58 0.0408 24 80 20 13 7.3

8 And 4.82 -1.69 0.0050 201 655 34 -8 375 β 717 16656 9 And 5.98 0.17 0.0069 145 472 11 -4 67 10 And 5.81 -0.30 0.0060 166 542 38 3 103 11 And 5.44 0.43 0.0100 101 328 29 11 53 12 And 5.77 2.63 0.0236 42 138 30 -9 7.0 β

13 And 5.75 0.97 0.0111 90 294 39 -9 32 14 And 5.22 0.80 0.0131 76 249 123 -59 38 15 And 5.55 1.28 0.0140 72 233 21 13 24 18 And 5.35 -0.04 0.0084 120 390 13 9 82 22 And 5.01 -2.44 0.0032 309 1006 8 -5 743

23 And 5.71 2.99 0.0286 35 114 43 -29 5.0 26 And 6.10 -0.53 0.0047 212 692 25 7 129 ΟΣ 5 254 28 And 5.20 1.43 0.0176 57 185 22 -10 21 β 1095 409AB 32 And 5.30 0.18 0.0095 106 344 9 -5 67 36AAnd 6.19 3.23 0.0257 39 127 27 2 4.0 5.67 Σ 73 755A

3 Andromeda (II)

AND HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

36BAnd 5286 4288B 00h54m58.0s +23º37′43″ 1.012 0.1330 -0.0097 0.133 94º – 39 And 6116 4903 01 02 54.2 +41 20 43 0.161 -0.0170 -0.0170 0.024 225 A5m 41 And 6658 5317 01 08 00.8 +43 56 32 0.109 0.1610 -0.0613 0.172 111 A3m 44 And 6920 5493 01 10 18.6 +42 04 54 0.603 -0.1358 -0.0419 0.142 253 F8V 45 And 7019 5550 01 11 10.2 +37 43 27 -0.095 -0.0155 -0.0070 0.017 246 B7III-IV

47 And 8374 6514 01 23 40.5 +37 42 54 0.276 0.0818 -0.0196 0.084 104 A1m 49 And 9057 6999 01 30 06.1 +47 00 26 0.999 0.0006 -0.0425 0.043 179 K0III 51 And 9927 7607 01 37 59.5 +48 37 42 1.275 0.0609 -0.1124 0.128 152 K3III 55 And 11428 8814 01 53 17.3 +40 43 47 1.311 -0.0096 -0.0042 0.010 247 K1III 56AAnd 11749 9021 01 56 09.3 +37 15 06 1.060 0.1829 0.0105 0.183 87 K0III

56BAnd 11727 9001 01 55 54.3 +37 16 41 1.599 0.0094 -0.0063 0.011 124 M0III 58 And 13041 9977 02 08 29.2 +37 51 33 0.120 0.1542 -0.0436 0.160 106 A5IV-V 59AAnd 13294 10176 02 10 52.7 +39 02 22 -0.054 -0.0080 -0.0215 0.023 200 B9V 59BAnd 13295 10180 02 10 53.7 +39 02 35 0.081 -0.0076 -0.0200 0.021 201 A1Vn 60 And 13520 10340 02 13 13.2 +44 13 55 1.476 -0.0206 -0.0153 0.026 233 K4III

62 And 14212 10819 02 19 16.7 +47 22 48 0.006 -0.0601 -0.0061 0.060 264 A1V 63 And 14392 10944 02 20 58.1 +50 09 06 -0.089 0.0388 -0.0312 0.050 129 B9pSi 64 And 14770 11220 02 24 24.8 +50 00 24 0.979 0.0245 -0.0358 0.043 146 G8III 65 And 14872 11313 02 25 37.3 +50 16 43 1.532 0.0238 -0.0144 0.028 121 K4III 66 And 15138 11465 02 27 51.8 +50 34 12 0.435 0.0315 -0.0905 0.096 161 F4V

Grmb 34A 1326 1475 00 18 09.4 +44 01 02 1.560 2.8889 0.4106 2.918 82 M1V GX(UV) Grmb 34B 1326 — 00 18 09.4 +44 01 02 1.560 2.8889 0.4106 2.918 82 M6Ve GQ(UV+BY:) h 1947A 1185 1302A 00 16 21.5 +43 35 42 0.068 0.0356 -0.0234 0.043 123 A2V h 1947B — 1302B 00 16 22.3 +43 35 45 0.068 0.0356 -0.0234 0.043 123 – ΟΣ 21 6114 4911 01 03 01.6 +47 22 35 0.007 -0.0590 -0.1050 0.120 209 A9V

ΟΣ 514Α 225218 365A 00 04 36.6 +42 05 32 0.159 -0.0119 -0.0127 0.017 223 B9III ΟΣ 514Β — 365B 00 04 36.7 +42 05 27 0.159 -0.0119 -0.0127 0.017 223 B9III Σ 3050Α 224635 118281A 23 59 29.3 +33 43 32 0.539 -0.0590 -0.1045 0.120 209 G0V Σ 3050Β 224636 118281B 23 59 29.2 +33 43 33 0.539 -0.0481 -0.0677 0.083 215 – R And 1967 1901 00 24 01.9 +38 34 38 2.080 -0.0163 -0.0350 0.039 205 S6,6ev (M)

EG And 4174 3494 00 44 37.2 +40 40 46 1.613 0.0091 -0.0151 0.018 149 M2e (ZAND) GP And — 4322 00 55 18.1 +23 09 49 0.080 0.0241 -0.0002 0.024 90 K (DSCT) KK And 9531 7321 01 34 16.5 +37 14 14 -0.067 0.0126 -0.0210 0.025 149 B9IV (ACV:) OP And 9746 7493 01 36 27.2 +48 43 22 1.237 -0.0164 -0.0187 0.025 221 K1III: (BY) OU And 223460 117503 23 49 40.8 +36 25 31 0.806 0.0002 -0.0478 0.048 180 G1IIIe (FKCOM)

- And 2421 2225 00 28 13.7 +44 23 40 0.043 0.0841 -0.0153 0.085 100 A2Vs - And 3346 2900 00 36 46.5 +44 29 19 1.587 -0.0367 0.0318 0.049 311 K5III - And 3421 2942 00 37 21.1 +35 23 58 0.886 -0.0092 -0.0036 0.010 249 G5III - And 10307 7918 01 41 47.1 +42 36 49 0.618 0.7914 -0.1802 0.812 103 G2V

4 Andromeda (II)

AND m M π pc l.y. V RV L F mc Bin? ADS 36BAnd 6.59 3.64 0.0257″ 39 127 25 - 2.8 Σ 73 755B 39 And 5.95 0.84 0.0095 105 344 13 4 36 h 1064 863 41 And 5.04 1.14 0.0166 60 196 50 9 27 44 And 5.67 2.06 0.0190 53 172 37 -11 12 45 And 5.80 -1.44 0.0036 281 916 23 -1 297 Ho 215AB

47 And 5.60 1.54 0.0154 65 211 29 13 19 49 And 5.27 0.53 0.0113 89 290 21 -11 48 51 And 3.59 -0.04 0.0188 53 174 36 16 82 55 And 5.42 -0.67 0.0060 166 540 11 -7 147 h 1094 56AAnd 5.69 0.73 0.0102 98 320 104 59 40 5.03 Σ Ι 4 1534A

56BAnd 5.89 -1.52 0.0033 304 991 18 7 320 Σ Ι 4 1534B 58 And 4.78 0.86 0.0165 61 198 47 8 35 59AAnd 6.07 1.56 0.0124 81 263 9 1 19 5.67 Σ 222 1683A 59BAnd 6.95 -1.76 0.0019 521 1698 55 15 399 Σ 222 1683B 60 And 4.84 -1.32 0.0059 171 556 50 -46 266

62 And 5.31 0.84 0.0128 78 255 37 -30 36 63 And 5.57 0.38 0.0092 109 356 26 -2 56 64 And 5.19 -0.11 0.0087 115 375 27 -13 87 65 And 4.73 -0.39 0.0095 106 345 14 -4 113 β 66 And 6.16 2.54 0.0188 53 173 24 -4 7.6

Grmb 34A 8.09 10.33 0.2803 3.57 11.63 51 13 0.006 8.02 Groombridge 34A Grmb 34B 11.06 13.30 0.2803 3.57 11.63 53 20 0.0004 Groombridge 34B h 1947A 6.18 1.34 0.0108 93 303 19 2 23 6.12 h 1947 215A h 1947B 10.20 5.36 0.0108 93 303 19 - 0.6 h 1947 215B ΟΣ 21 5.81 3.50 0.0345 29 95 17 3 3.1 ΟΣ 21 862AB

ΟΣ 514Α 6.20 -2.36 0.0019 515 1680 43 -8 692 5.62 ΟΣ 514 30A ΟΣ 514Β 9.86 1.30 0.0019 515 1680 43 - 24 ΟΣ 514 30B Σ 3050Α 6.57 4.26 0.0345 29 95 18 -8 1.6 5.81 Σ 3050 17149A Σ 3050Β 6.79 4.48 0.0345 29 95 12 -5 1.3 Σ 3050 17149B R And 7.73 0.12 0.0030 333 1087 62 -11 71 β

EG And 7.18 -1.97 0.0015 676 2203 116 -101 482 GP And 10.86 5.68 0.0092 108 354 12 - 0.4 KK And 5.90 0.50 0.0083 120 392 15 -4 50 OP And 6.20 0.65 0.0078 129 420 46 -43 43 OU And 5.86 0.21 0.0074 135 440 31 1 65

- And 5.18 0.63 0.0123 81 265 33 2 44 - And 5.14 -1.38 0.0050 201 656 57 -33 280 - And 5.45 -2.03 0.0032 313 1022 15 0 511 - And 4.96 4.45 0.0791 12.6 41.2 49 4 1.3

5 Antlia

ANT HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 90610 51172 10h27m09.1s -31º04′04″ 1.429 -0.0804 0.0096 0.081 277º K4III δΑ 90972 51376A 10 29 35.3 -30 36 26 -0.041 -0.0293 0.0024 0.029 275 B9/B9.5V δΒ — 51376B 10 29 34.7 -30 36 33 -0.041 -0.0293 0.0024 0.029 275 – ε 82150 46515 09 29 14.7 -35 57 06 1.408 -0.0247 0.0051 0.025 282 K3III ζ1Α 82384 46657A 09 30 46.1 -31 53 22 0.066 0.0245 -0.0209 0.032 130 A1V

ζ1Β 82383 46657B 09 30 45.4 -31 53 29 0.100 0.0245 -0.0209 0.032 130 – ζ2 82513 46734 09 31 32.2 -31 52 18 0.258 -0.0492 -0.0001 0.049 270 A9IV η 86629 48926 09 58 52.2 -35 53 28 0.300 -0.0896 -0.0163 0.091 260 A8IV ϑ 84367 47758 09 44 12.1 -27 46 10 0.516 -0.0531 0.0378 0.065 305 A8V+F7II ι 94890 53502 10 56 43.0 -37 08 16 1.006 0.0750 -0.1245 0.145 149 K0III

See 113 82205 46578 09 29 54.4 -26 35 23 1.345 -0.0224 0.0007 0.022 272 K2IIICNII U Ant 91793 51821 10 35 12.8 -39 33 45 3.015 -0.0322 0.0033 0.032 276 C5 (L) AG Ant 89353 50456 10 18 07.5 -28 59 31 0.277 -0.0154 0.0109 0.019 305 B9.5Ib-II (GCAS) - Ant 90132 50888 10 23 29.2 -38 00 35 0.251 -0.1588 -0.0536 0.168 251 A8V -AAnt 96146 54173A 11 04 54.1 -35 48 17 0.021 -0.0217 0.0045 0.022 282 A0V

-BAnt — 54173B 11 04 54.1 -35 48 17 0.021 -0.0217 0.0045 0.022 282 –

6 Antlia

ANT m M π pc l.y. V RV L F mc Bin? ADS α 4.28 -0.97 0.0089″ 112 366 45 12 193 δΑ 5.57 -0.27 0.0068 147 481 28 19 101 5.54 H N 50A δΒ 9.64 3.79 0.0068 147 481 21 - 2.4 H N 50B ε 4.51 -2.15 0.0047 215 700 34 22 569 ζ1Α 6.20 0.91 0.0088 114 372 17 - 34 5.75 ∆ 78A

ζ1Β 7.01 1.72 0.0088 114 372 17 - 16 ∆ 78B ζ2 5.91 0.61 0.0087 115 374 27 - 45 η 5.23 2.66 0.0307 33 106 33 30 6.8 h 4271 ϑ 5.30 -0.06 0.0085 118 384 44 24 83 4.78 φ 326AB ι 4.60 0.67 0.0164 61 199 42 0 42

See 113 5.49 -1.36 0.0043 234 763 28 12 275 See 113 7405 U Ant 5.50 -1.54 0.0039 256 836 54 37 326 AG Ant 5.52 -3.60 0.0015 667 2173 68 -33 2167 - Ant 5.34 2.30 0.0247 40 132 36 17 9.4 -AAnt 5.56 -0.50 0.0062 163 530 20 11 124 5.44 bin:A

-BAnt 7.89 1.84 0.0062 163 530 17 - 14 bin:B

7 Apus

APS HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 129078 72370 14h47m51.6s -79º02′41″ 1.433 -0.0057 -0.0158 0.017 200º K5III β 149324 81852 16 43 04.4 -77 31 03 1.060 -0.2828 -0.3550 0.454 219 K0III γ 147675 81065 16 33 27.1 -78 53 49 0.923 -0.1257 -0.0776 0.148 238 K0IV SB δ1 145366 80047 16 20 20.7 -78 41 45 1.680 -0.0099 -0.0366 0.038 195 M5III (LB) δ2 145388 80057 16 20 26.7 -78 40 02 1.413 -0.0017 -0.0310 0.031 183 K3III

ε 124771 70248 14 22 22.7 -80 06 32 -0.108 -0.0109 -0.0141 0.018 218 B4V ζ 156277 84969 17 21 59.5 -67 46 13 1.194 -0.0371 -0.0078 0.038 258 K1III η 123998 69896 14 18 13.6 -81 00 27 0.243 -0.0200 -0.0654 0.068 197 A2mA7-F2 ϑ 122250 68815 14 05 19.8 -76 47 48 1.239 -0.0874 -0.0312 0.093 250 M6.5III (SRB) ιΑ 156190 84979A 17 22 05.8 -70 07 24 -0.042 -0.0017 -0.0120 0.012 188 B8/B9Vn

ιΒ 156190 84979B 17 22 05.8 -70 07 24 -0.042 -0.0017 -0.0120 0.012 188 – κ1 137387 76013 15 31 30.8 -73 23 22 -0.146 0.0004 -0.0183 0.018 179 B1npe (GCAS) κ2 138800 76750 15 40 21.2 -73 26 48 -0.040 -0.0128 -0.0207 0.024 212 B8IV R Aps 131109 73223 14 57 52.8 -76 39 45 1.442 -0.0686 -0.0161 0.070 257 K4III (CST) - Aps 148488 81141 16 34 19.0 -70 59 18 1.235 -0.0164 -0.0133 0.021 231 K1IIICNIa/b

8 Apus

APS m M π pc l.y. V RV L F mc Bin? ADS α 3.83 -1.67 0.0079″ 126 411 10 -1 368 β 4.23 0.81 0.0207 48 158 108 -30 37 h 4858 γ 3.86 0.41 0.0204 49 159 35 5 54 δ1 4.68 -2.17 0.0043 235 765 44 -12 582 4.18 BrsO:A δ2 5.27 -1.27 0.0049 203 663 32 -10 254 BrsO:B

ε 5.06 -1.08 0.0059 169 551 15 5 212 ζ 4.76 -0.14 0.0105 96 312 22 13 90 η 4.89 1.73 0.0234 43 140 17 -9 16 ϑ 5.69 0.67 0.0099 101 328 45 9 42 ιΑ 5.90 -1.83 0.0029 351 1144 21 -4 424 5.39 φ 373A

ιΒ 6.46 -1.27 0.0029 351 1144 20 - 253 φ 373B κ1 5.40 -2.07 0.0032 313 1019 68 62 532 h 4764 κ2 5.64 -1.12 0.0044 225 734 32 -19 221 HdO 249 R Aps 5.37 -0.22 0.0076 131 428 54 -31 96 - Aps 5.50 -1.80 0.0035 289 942 29 -3 415

9 Aquarius (I)

AQR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 209750 109074 22h05m46.9s -00º19′11″ 0.969 0.0179 -0.0099 0.020 119º G2Ib β 204867 106278 21 31 33.3 -05 34 16 0.828 0.0228 -0.0067 0.024 106 G0Ib γ 212061 110395 22 21 39.3 -01 23 14 -0.057 0.1292 0.0089 0.130 86 A0V δ 216627 113136 22 54 38.9 -15 49 15 0.066 -0.0441 -0.0248 0.051 241 A3V ε 198001 102618 20 47 40.5 -09 29 45 0.000 0.0319 -0.0353 0.048 138 A1V

ζ1 213051 110960B 22 28 49.6 -00 01 13 0.500 0.2398 0.0103 0.240 88 – ζ2 213052 110960A 22 28 50.0 -00 01 12 0.406 0.1913 0.0375 0.195 79 F5IV η 213998 111497 22 35 21.3 -00 07 03 -0.083 0.0886 -0.0561 0.105 122 B9IV-Vn ϑ 211391 110003 22 16 49.9 -07 47 00 0.979 0.1190 -0.0219 0.121 100 G8III-IV ι 209819 109139 22 06 26.1 -13 52 11 -0.075 0.0405 -0.0572 0.070 145 B9IV-V

κ 214376 111710 22 37 45.3 -04 13 41 1.140 -0.0684 -0.1205 0.139 210 K2III λ 216386 112961 22 52 36.8 -07 34 47 1.626 0.0195 0.0327 0.038 31 M2IIIvar (LB) µ 198743 103045 20 52 39.1 -08 59 00 0.325 0.0471 -0.0329 0.057 125 A3m ν 201381 104459 21 09 35.5 -11 22 18 0.926 0.0923 -0.0158 0.094 100 G8III ξ 205767 106786 21 37 45.0 -07 51 15 0.175 0.1143 -0.0244 0.117 102 A7V

ο 209409 108874 22 03 18.7 -02 09 19 -0.100 0.0248 -0.0111 0.027 114 B7IVe (GCAS) π 212571 110672 22 25 16.5 +01 22 39 -0.171 0.0184 0.0034 0.019 80 B1Ve (GCAS) ρ 211838 110273 22 20 11.8 -07 49 16 -0.048 0.0152 0.0016 0.015 84 B8IIIpMnHg σΑ 213320 111123A 22 30 38.7 -10 40 41 -0.053 0.0018 -0.0263 0.026 176 A0IV σΒ — 111123B 22 30 38.8 -10 40 38 -0.053 0.0018 -0.0263 0.026 176 –

τ1 215766 112542 22 47 42.7 -14 03 23 -0.016 0.0290 -0.0094 0.031 108 A0V τ2 216032 112716 22 49 35.4 -13 35 33 1.570 -0.0126 -0.0388 0.041 198 M0III υ 213845 111449 22 34 41.6 -20 42 30 0.446 0.2216 -0.1466 0.266 123 F4IV ϕ 219215 114724 23 14 19.3 -06 02 56 1.545 0.0462 -0.1929 0.198 167 M2III χ 219576 114939 23 16 50.8 -07 43 36 1.613 -0.0187 -0.0154 0.024 230 M3III (LB)

ψ1 219449 114855 23 15 53.4 -09 05 16 1.107 0.3686 -0.0170 0.369 93 K0III ψ2 219688 115033 23 17 54.1 -09 10 57 -0.144 0.0196 -0.0096 0.022 116 B5Vn (BE:) ψ3 219832 115115 23 18 57.6 -09 36 38 -0.022 0.0435 -0.0078 0.044 100 A0V ω1 222345 116758 23 39 47.0 -14 13 18 0.257 0.0518 -0.0556 0.076 137 F0IV ω2 222661 116971 23 42 43.2 -14 32 42 -0.032 0.0984 -0.0668 0.119 124 B9.5V

1 Aqr 196758 101936 20 39 24.8 +00 29 11 1.060 0.1030 -0.0194 0.105 101 K1III 3 Aqr 198026 102624 20 47 44.1 -05 01 40 1.639 -0.0033 -0.0402 0.040 185 M3IIIvar EN(LB) 4AAqr 198571 102945 20 51 25.6 -05 37 35 0.464 0.0958 0.0013 0.096 89 F5IV-V 4BAqr 198571 102945 20 51 25.6 -05 37 34 0.464 0.1034 -0.0076 0.104 94 F5IV-V 5 Aqr 198667 103005 20 52 08.6 -05 30 25 -0.076 0.0013 -0.0062 0.006 169 B9III

7 Aqr 199345 103401 20 56 53.9 -09 41 51 1.474 -0.0035 -0.0115 0.012 197 K5III 8 Aqr 199828 103640 20 59 54.8 -13 03 06 0.177 -0.0287 0.0013 0.029 273 A3/A4IV 9 Aqr 200004 103728 21 01 08.3 -13 31 48 0.852 -0.0002 0.0055 0.005 358 G6/G8III 10 Aqr 199944 103681 21 00 32.6 -05 28 38 0.056 0.0133 -0.0171 0.022 142 A0 11 Aqr 199960 103682 21 00 33.8 -04 43 49 0.635 0.0476 -0.1388 0.147 161 GIV

12AAqr 200497 103981A 21 04 04.6 -05 49 23 0.683 0.0209 -0.0070 0.022 109 G4III 12BAqr 200496 103981B 21 04 04.7 -05 49 23 0.010 0.0209 -0.0070 0.022 109 A3V 14 Aqr 202466 105019 21 16 17.8 -09 12 53 1.612 -0.0073 0.0035 0.008 296 M0 15 Aqr 202753 105164 21 18 11.0 -04 31 10 -0.130 0.0118 0.0137 0.018 41 B5V 16 Aqr 203222 105412 21 21 04.2 -04 33 36 0.912 -0.0129 0.0110 0.017 311 G7III:

17 Aqr 203525 105574 21 22 56.1 -09 19 10 1.516 -0.0274 -0.0234 0.036 230 M0III 18 Aqr 203705 105668 21 24 11.4 -12 52 42 0.297 0.0917 0.0090 0.092 84 F1V 19 Aqr 203875 105761 21 25 13.0 -09 44 55 0.208 0.0167 -0.1695 0.170 174 F0IV 20 Aqr 203843 105729 21 24 51.7 -03 23 54 0.334 -0.0066 -0.0503 0.051 188 F0III 21 Aqr 203926 105767 21 25 16.8 -03 33 25 1.451 -0.0124 -0.0698 0.071 190 K4III.

10 Aquarius (I)

AQR m M π pc l.y. V RV L F mc Bin? ADS α 2.95 -3.88 0.0043″ 233 758 24 8 2812 34 β β 2.90 -3.47 0.0053 188 612 22 7 1917 22 H V 76 15050 γ 3.86 0.44 0.0207 48 158 33 -15 53 48 h 3106 15864 δ 3.27 -0.18 0.0204 49 159 21 18 93 76 ε 3.78 -0.46 0.0142 70 229 23 -16 120 2

ζ1 4.60 2.09 0.0315 32 103 46 29 11 55 Σ 2909 15971B ζ2 4.40 1.89 0.0315 32 103 39 25 14 55 3.65 Σ 2909 15971A η 4.04 0.29 0.0178 56 183 29 -8 60 62 ϑ 4.17 0.33 0.0170 59 191 37 -15 58 43 ι 4.29 0.67 0.0189 53 172 20 -10 42 33

κ 5.04 0.76 0.0139 72 234 48 8 39 63 λ 3.73 -1.67 0.0083 120 391 23 -9 365 73 µ 4.73 1.34 0.0210 48 155 16 -9 23 6 ν 4.50 1.00 0.0199 50 164 25 -12 31 13 ξ 4.68 0.99 0.0183 55 179 35 -18 32 23

ο 4.74 -0.60 0.0086 117 381 19 12 136 31 π 4.80 -2.84 0.0030 338 1101 30 4 1080 52 ρ 5.35 -1.44 0.0044 228 743 19 -9 296 46 σΑ 4.86 0.31 0.0123 81 265 15 11 59 57 4.82 bin:A σΒ 8.47 3.91 0.0123 81 265 10 - 2.1 57 bin:B

τ1 5.68 1.17 0.0126 80 260 19 15 27 69 Σ 2943 16268 (OPT) τ2 4.05 -1.28 0.0086 117 380 23 1 256 71 H VI 97 υ 5.21 3.43 0.0440 23 74 29 -2 3.4 59 ϕ 4.22 0.05 0.0147 68 222 64 0 75 90 χ 4.93 -1.54 0.0051 196 640 27 -15 324 92

ψ1 4.24 0.95 0.0220 46 148 84 -26 33 91 β 1220 16633 ψ2 4.41 -0.56 0.0101 99 322 12 -6 132 93 ψ3 4.99 0.58 0.0131 76 249 19 -10 46 95 Ho 199 16671AB ω1 4.97 1.91 0.0244 41 134 15 -2 14 102 ω2 4.49 1.12 0.0212 47 154 27 3 28 105 β 279 16944

1 Aqr 5.15 0.77 0.0133 75 245 57 -43 39 h 2984 14108 3 Aqr 4.43 -1.24 0.0073 136 445 34 -22 248 4AAqr 6.47 2.62 0.0170 59 192 37 -25 7.1 5.99 Σ 2729 14360A 4BAqr 7.46 3.60 0.0170 59 192 29 - 2.8 Σ 2729 14360B 5 Aqr 5.55 -1.27 0.0043 231 753 7 -2 253

7 Aqr 5.49 -0.84 0.0054 185 601 35 -33 171 β 1034 14449 8 Aqr 6.61 1.66 0.0102 98 319 13 - 17 9 Aqr 6.55 0.46 0.0061 165 539 23 23 52 10 Aqr 6.53 0.12 0.0052 192 625 20 - 71 11 Aqr 6.21 4.10 0.0378 26 86 25 -17 1.8

12AAqr 5.88 -0.22 0.0060 166 541 17 1 96 5.53 Σ 2745 14592A 12BAqr 7.55 1.45 0.0060 166 541 17 - 21 Σ 2745 14592B 14 Aqr 6.45 -2.30 0.0018 562 1831 23 8 653 15 Aqr 5.83 -1.56 0.0033 300 979 27 -9 330 16 Aqr 5.87 0.80 0.0097 103 336 10 -6 38

17 Aqr 5.99 -0.73 0.0045 221 720 42 18 154 18 Aqr 5.48 2.07 0.0208 48 157 22 8 12 h 5517 19 Aqr 5.71 1.07 0.0118 85 276 71 -21 29 20 Aqr 6.38 2.12 0.0140 71 232 29 -23 11 21 Aqr 5.48 -0.01 0.0080 125 408 48 -24 79

11 Aquarius (II)

AQR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

24AAqr 206058 106942A 21h39m31.5s -00º03′04″ 0.514 0.2377 0.0127 0.238 87º F7III 24BAqr 206058 106942B 21 39 31.5 -00 03 04 0.514 0.2295 0.0280 0.231 83 – 25 Aqr 206067 106944 21 39 33.2 +02 14 37 1.034 -0.0327 -0.0842 0.090 201 K0III 26 Aqr 206445 107144 21 42 10.0 +01 17 07 1.446 -0.0059 -0.0083 0.010 215 K4III 28 Aqr 209128 108691 22 01 04.9 +00 36 18 1.279 0.0071 -0.0116 0.014 148 K4III:

29AAqr 209278 108797A 22 02 26.5 -16 57 51 0.447 0.0059 -0.0011 0.006 100 A2V DX(E) 29BAqr — 108797B 22 02 26.2 -16 57 54 0.447 0.0059 -0.0011 0.006 100 – 30 Aqr 209396 108868 22 03 16.3 -06 31 21 0.959 0.0478 0.0087 0.049 80 K0III 32 Aqr 209625 108991 22 04 47.3 -00 54 23 0.231 -0.0201 -0.0426 0.047 205 A5m 35 Aqr 210191 109332 22 08 58.9 -18 31 11 -0.154 0.0002 -0.0075 0.007 179 B2.5IV

36 Aqr 210269 109369 22 09 26.9 -08 11 09 0.970 0.0631 0.0488 0.080 52 G5 37 Aqr 210422 109460 22 10 31.8 -10 49 14 1.113 0.0486 0.0283 0.056 60 K0 38 Aqr 210424 109472 22 10 37.4 -11 33 54 -0.117 0.0297 0.0080 0.031 75 B7III 39AAqr 210705 109624A 22 12 25.7 -14 11 38 0.386 0.0261 -0.0475 0.054 151 F0V 39BAqr 210705 109624B 22 12 25.7 -14 11 38 0.386 0.0261 -0.0475 0.054 151 –

40 Aqr 210845 109720 22 13 26.4 -11 55 34 0.762 0.0210 -0.0209 0.030 135 G5IV 41AAqr 210960 109786A 22 14 17.9 -21 04 28 0.812 0.0229 0.0554 0.060 22 K0III+F2V 41BAqr — 109786B 22 14 18.3 -21 04 30 0.812 0.0334 0.0586 0.067 30 – 42 Aqr 211361 110000 22 16 48.0 -12 49 53 1.132 0.0018 0.0047 0.005 22 K0III 44 Aqr 211434 110023 22 17 06.5 -05 23 14 0.878 -0.0042 0.0195 0.020 348 G6III

45 Aqr 211676 110179 22 19 00.7 -13 18 18 1.075 0.0727 -0.0099 0.073 98 K0III 47 Aqr 212010 110391 22 21 35.5 -21 35 54 1.057 -0.0113 -0.0846 0.085 188 K2III 49 Aqr 212271 110529 22 23 30.8 -24 45 45 0.979 0.0976 -0.0025 0.098 91 K0IIICN 50 Aqr 212430 110602 22 24 27.0 -13 31 46 0.970 0.0507 0.0142 0.053 74 G6.5III 51 Aqr 212404 110578 22 24 06.8 -04 50 13 -0.033 0.0264 -0.0078 0.027 106 A0V

53AAqr 212698 110778A 22 26 34.4 -16 44 33 0.618 0.2098 0.0040 0.210 89 G1V 53BAqr 212697 110778B 22 26 34.2 -16 44 29 0.618 0.2875 -0.0437 0.291 99 G2V 54 Aqr 212741 110786 22 26 41.7 -11 13 41 0.269 0.0370 -0.0116 0.039 107 A3 56 Aqr 213236 111086 22 30 17.4 -14 35 09 -0.047 0.0343 -0.0345 0.049 135 B8Vs 58 Aqr 213464 111200 22 31 41.3 -10 54 21 0.290 0.0711 -0.0398 0.081 119 A8III 60 Aqr 213789 111394 22 34 02.8 -01 34 28 0.977 0.0397 -0.0373 0.054 133 G6III 61 Aqr 214028 111539 22 35 48.8 -17 27 37 1.420 -0.0304 -0.0453 0.055 214 K4III 64 Aqr 214572 111843 22 39 16.1 -10 01 40 0.619 -0.0454 -0.0070 0.046 261 G0 65 Aqr 215097 112161 22 43 01.3 -10 06 09 0.979 -0.0113 0.0101 0.015 312 K0 66 Aqr 215167 112211 22 43 35.2 -18 49 50 1.358 -0.0314 -0.0280 0.042 228 K4III 67 Aqr 215143 112179 22 43 14.2 -06 57 47 -0.039 0.0263 -0.0101 0.028 111 A0Vn 68 Aqr 215721 112529 22 47 33.0 -19 36 48 0.941 -0.1022 -0.2060 0.230 206 G7III 70 Aqr 215874 112615 22 48 30.2 -10 33 20 0.274 0.0309 0.0076 0.032 76 A9III-IV FM(DSCT) 72 Aqr 216182 112813 22 50 46.3 -07 18 42 1.192 -0.0220 -0.0138 0.026 238 K0 74 Aqr 216494 113031 22 53 28.6 -11 37 00 -0.082 0.0230 0.0019 0.023 85 B9III HI(ACV) 75 Aqr 216567 113085 22 54 07.1 -12 11 26 1.386 0.0509 -0.0463 0.069 132 K0 77 Aqr 216640 113148 22 54 45.4 -16 16 19 1.111 -0.2237 -0.0886 0.241 248 K2IIIvar 78 Aqr 216637 113127 22 54 34.1 -07 12 17 1.284 -0.0151 -0.0351 0.038 203 K3III 81 Aqr 217531 113674 23 01 23.6 -07 03 04 1.418 -0.0162 -0.0078 0.018 244 K5III 82 Aqr 217701 113781 23 02 32.6 -06 34 27 1.590 -0.0074 -0.0330 0.034 193 M2III 83AAqr 218060 113996A 23 05 09.7 -07 41 38 0.312 0.1235 0.0071 0.124 87 F2V 83BAqr 218060 113996B 23 05 09.7 -07 41 38 0.312 0.1254 -0.0102 0.126 95 – 84 Aqr 218081 114006 23 05 18.5 -07 45 17 1.217 0.0195 -0.0015 0.020 94 G8III 85 Aqr 218173 114054 23 05 52.5 -07 56 12 -0.009 0.0117 -0.0069 0.014 120 A0 86 Aqr 218240 114119 23 06 40.8 -23 44 35 0.892 0.0599 0.0005 0.060 89 G9III

12 Aquarius (II)

AQR m M π pc l.y. V RV L F mc Bin? ADS 24AAqr 7.23 4.05 0.0231″ 43 141 56 -28 1.9 6.66 β1212 15176A 24BAqr 7.90 4.72 0.0231 43 141 47 - 1.0 β1212 15176B 25 Aqr 5.10 0.76 0.0136 74 241 47 -35 39 β 26 Aqr 5.66 -2.77 0.0021 485 1583 25 10 1010 28 Aqr 5.60 -0.94 0.0049 203 661 15 7 186

29AAqr 7.36 1.56 0.0069 145 471 16 15 19 6.39 S 802 15562A 29BAqr 7.13 1.33 0.0069 145 471 4 - 23 S 802 15562B 30 Aqr 5.55 0.95 0.0120 83 271 36 30 33 32 Aqr 5.29 1.04 0.0141 71 231 25 20 30 35 Aqr 5.80 -5.79 0.0005 2083 6792 74 -5 16350

36 Aqr 6.99 0.96 0.0062 161 524 76 -46 33 37 Aqr 6.64 0.97 0.0073 136 444 36 1 32 38 Aqr 5.43 -0.75 0.0058 172 561 25 3 157 39AAqr 6.19 2.99 0.0230 43 142 19 15 5.0 6.04 bin:A 39BAqr 9.34 6.15 0.0230 43 142 11 - 0.3 bin:B

40 Aqr 6.93 -0.71 0.0030 338 1101 48 -8 152 41AAqr 5.73 1.05 0.0116 86 281 34 -24 30 5.33 Sh 339 15753A 41BAqr 7.16 2.48 0.0116 86 281 28 - 8.0 Sh 339 15753B 42 Aqr 5.34 -0.52 0.0067 148 484 13 13 127 44 Aqr 5.75 0.65 0.0096 105 341 12 7 43

45 Aqr 5.96 0.78 0.0092 109 354 48 30 38 47 Aqr 5.12 1.37 0.0178 56 183 54 49 22 49 Aqr 5.53 0.93 0.0120 83 272 40 -10 34 50 Aqr 5.76 -0.35 0.0060 166 542 47 -21 108 51 Aqr 6.45 0.88 0.0077 130 424 18 6 35 5.79 β 172 15902AB

53AAqr 6.36 4.85 0.0498 20 65 21 -6 0.9 5.55 Sh 345 15934A 53BAqr 6.52 5.00 0.0498 20 65 28 -3 0.8 Sh 345 15934B 54 Aqr 6.98 2.42 0.0122 82 267 15 - 8.5 56 Aqr 6.36 -0.08 0.0052 194 633 52 -27 85 58 Aqr 6.39 2.20 0.0145 69 225 27 4 10

60 Aqr 5.88 0.21 0.0074 136 444 36 -8 65 β 61 Aqr 6.39 0.62 0.0070 143 465 38 -8 45 64 Aqr 6.93 2.74 0.0145 69 224 19 12 6.3 65 Aqr 7.04 1.29 0.0071 141 460 17 14 24 66 Aqr 4.68 -1.18 0.0067 149 484 37 22 233 67 Aqr 6.40 1.14 0.0089 113 368 15 2 28 68 Aqr 5.24 0.68 0.0123 82 266 92 23 42 70 Aqr 6.19 0.87 0.0086 116 377 18 -6 35 72 Aqr 7.01 0.18 0.0043 233 758 29 - 67 74 Aqr 5.80 -0.72 0.0050 202 657 23 -7 153 75 Aqr 6.86 -0.08 0.0041 244 795 80 5 84 77 Aqr 5.53 2.36 0.0233 43 140 61 -36 8.9 78 Aqr 6.20 -0.16 0.0054 187 609 35 9 91 81 Aqr 6.23 0.69 0.0078 128 418 11 -2 42 82 Aqr 6.18 -1.72 0.0026 380 1240 61 -8 384 83AAqr 6.20 2.39 0.0173 58 188 36 -13 8.7 5.44 A 417 16497A 83BAqr 6.34 2.53 0.0173 58 188 35 - 7.6 A 417 16497B 84 Aqr 7.09 -0.49 0.0031 328 1069 39 -24 123 Σ Ι 59 16497C 85 Aqr 6.71 0.59 0.0060 168 547 11 - 46 86 Aqr 4.79 0.98 0.0173 58 188 22 15 32 4.48 B 588 16511AB

13 Aquarius (III)

AQR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

87 Aqr 218331 114164 23h07m11.7s -07º41′41″ 0.104 0.0148 -0.0485 0.051 163º A0 88 Aqr 218594 114341 23 09 26.7 -21 10 21 1.202 0.0560 0.0313 0.064 61 K2II 89 Aqr 218640 114375 23 09 54.7 -22 27 27 0.674 0.0359 -0.0078 0.037 102 G2III+A2V 94 Aqr 219834 115126 23 19 06.6 -13 27 32 0.787 0.2656 -0.0449 0.269 100 G5IV 96 Aqr 219877 115142 23 19 23.9 -05 07 28 0.386 0.2010 -0.0204 0.202 96 F3IV

97AAqr 220278 115404A 23 22 39.1 -15 02 21 0.203 0.1197 0.0175 0.121 82 A3V 97BAqr 220278 115404B 23 22 39.1 -15 02 21 0.203 0.1197 0.0175 0.121 82 – 98 Aqr 220321 115438 23 22 58.1 -20 06 02 1.082 -0.1203 -0.0967 0.154 231 K0III 99 Aqr 220704 115669 23 26 02.7 -20 38 31 1.460 -0.0501 -0.0630 0.080 219 K5III 100 Aqr 221357 116118 23 31 42.0 -21 22 10 0.319 -0.0010 -0.0072 0.007 188 A9III

101AAqr 221565 116247A 23 33 16.5 -20 54 52 0.020 -0.0026 0.0086 0.009 344 A1n 101BAqr 221565 116247B 23 33 16.6 -20 54 53 0.020 -0.0026 0.0086 0.009 344 – 103 Aqr 222547 116889 23 41 34.4 -18 01 38 1.580 -0.0408 -0.0723 0.083 209 K4/K5III 104 Aqr 222574 116901 23 41 45.7 -17 48 59 0.822 0.0139 0.0001 0.014 90 G0II 106 Aqr 222847 117089 23 44 12.0 -18 16 37 -0.084 0.0276 -0.0038 0.028 98 B9Vn

107AAqr 223024 117218A 23 46 00.8 -18 40 41 0.299 0.1319 0.0120 0.132 85 F0IV 107BAqr — 117218B 23 46 01.4 -18 40 44 0.299 0.1354 0.0044 0.135 88 – 108 Aqr 223640 117629 23 51 21.2 -18 54 33 -0.122 0.0266 -0.0036 0.027 98 B9pSiSrCr ET(ACV) Σ 2744Α 200375 103892A 21 03 03.0 +01 31 55 0.007 -0.1105 -0.0530 0.123 244 F5V Σ 2744Β 200375 103892B 21 03 03.0 +01 31 55 0.007 -0.1056 -0.0410 0.113 249 –

Σ 2944Α 215812 112559A 22 47 50.3 -04 13 44 0.654 -0.2060 -0.3117 0.374 213 G5V Σ 2944Β — 112559B 22 47 50.2 -04 13 43 0.654 -0.1843 -0.2947 0.348 212 G0 Σ 2988Α 218928 114536A 23 11 59.8 -11 56 01 1.030 0.0200 -0.0322 0.038 148 G8III Σ 2988Β 218928 114536B 23 11 59.6 -11 56 01 1.030 0.0200 -0.0322 0.038 148 – R Aqr 222800 117054 23 43 49.4 -15 17 04 1.500 0.0330 -0.0326 0.046 135 M4pe (M)

AE Aqr — 101991 20 40 09.1 -00 52 15 — 0.0752 0.0115 0.076 81 K5IV-Vvar (XP) CY Aqr — 111719 22 37 47.8 +01 32 04 0.315 0.0422 -0.0659 0.078 147 K (SXARI) DV Aqr 199603 103545 20 58 41.8 -14 28 58 0.244 -0.0546 -0.0193 0.058 251 F0IV (E) - Aqr 222643 116957 23 42 27.8 -15 26 52 1.344 0.0162 -0.0234 0.028 145 K3III

14 Aquarius (III)

AQR m M π pc l.y. V RV L F mc Bin? ADS 87 Aqr 7.39 1.97 0.0083″ 121 395 29 - 13 88 Aqr 3.68 -0.60 0.0140 72 234 30 21 136 89 Aqr 5.27 -0.75 0.0063 160 521 28 -5 156 4.71 Rst 3320 94 Aqr 5.20 3.62 0.0482 21 68 28 10 2.8 Σ 2998 16672 96 Aqr 5.56 2.85 0.0287 35 114 35 -9 5.7 h 5394 16676

97AAqr 5.59 1.28 0.0138 73 237 43 -12 24 5.19 Hu 295 16708A 97BAqr 6.72 2.41 0.0138 73 237 42 - 8.5 Hu 295 16708B 98 Aqr 3.96 0.48 0.0201 50 162 37 -7 51 99 Aqr 4.38 -0.50 0.0106 95 308 39 16 125 100 Aqr 6.24 1.72 0.0125 80 261 8 -8 16

101AAqr 4.81 -0.15 0.0102 98 320 16 15 91 4.70 B 1900A 101BAqr 7.43 2.47 0.0102 98 320 4 - 8.1 B 1900B 103 Aqr 5.36 -0.91 0.0056 179 584 75 25 181 104 Aqr 4.82 -1.65 0.0051 197 643 13 3 361 h 5413 106 Aqr 5.24 0.20 0.0098 102 331 19 14 65

107AAqr 5.72 1.65 0.0154 65 212 41 -2 17 5.28 Sh 356 16979A 107BAqr 6.72 2.66 0.0154 65 212 42 -4 6.8 Sh 356 16979B 108 Aqr 5.17 0.20 0.0102 98 321 18 13 65 Σ 2744Α 6.83 2.73 0.0152 66 215 39 7 6.3 6.33 Σ 2744 14573A Σ 2744Β 7.40 3.30 0.0152 66 215 35 - 3.7 Σ 2744 14573B

Σ 2944Α 7.41 4.94 0.0319 31 102 60 -23 0.8 6.81 Σ 2944 16270A Σ 2944Β 7.73 5.25 0.0319 31 102 57 -25 0.6 Σ 2944 16270B Σ 2988Α 7.92 1.64 0.0055 181 588 32 - 17 7.00 Σ 2988 16579A Σ 2988Β 7.92 1.64 0.0055 181 588 32 - 17 Σ 2988 16579B R Aqr 5.80 -0.67 0.0051 197 643 49 -22 147 bin

AE Aqr 11.42 6.38 0.0098 102 333 37 - 0.2 CY Aqr 10.99 0.25 0.0007 1408 4592 523 - 63 DV Aqr 5.95 1.31 0.0118 85 276 25 10 23 - Aqr 5.27 0.60 0.0117 86 280 14 7 45

15 Aquila (I)

AQL HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 187642 97649 19h50m46.9s +08º52′06″ 0.221 0.5368 0.3855 0.045 315º A7IV-V β 188512 98036 19 55 18.7 +06 24 24 0.855 0.0464 -0.4813 0.044 107 G8IVvar γ 186791 97278 19 46 15.5 +10 36 48 1.507 0.0157 -0.0031 0.054 90 K3II δ 182640 95501 19 25 29.8 +03 06 53 0.319 0.2531 0.0807 0.967 48 F0IV ε 176411 93244 18 59 37.3 +15 04 06 1.082 -0.0527 -0.0738 0.091 216 K2III

ζ 177724 93747 19 05 24.5 +13 51 48 0.014 -0.0070 -0.0953 0.038 180 A0Vn η 187929 97804 19 52 28.3 +01 00 20 0.630 0.0069 -0.0073 0.275 119 F6Ibv SB (CEP) ϑ 191692 99473 20 11 18.2 - 00 49 17 -0.066 0.0355 0.0061 0.135 120 B9.5III ι 184930 96468 19 36 43.2 - 01 17 11 -0.079 0.0019 -0.0208 0.008 114 B5III κ 184915 96483 19 36 53.4 - 07 01 39 -0.046 0.0013 -0.0027 0.021 175 B0.5III

λ 177756 93805 19 06 14.8 - 04 52 57 -0.096 -0.0197 -0.0904 0.096 184 B9Vn µ 184406 96229 19 34 05.3 +07 22 44 1.176 0.2128 -0.1554 0.025 115 K3III ν 182835 95585 19 26 31.0 +00 20 19 0.576 -0.0009 -0.0023 0.266 72 F2Ib ξ 188310 97938 19 54 14.8 +08 27 41 1.023 0.1014 -0.0813 0.021 157 K0III ο 187691 97675 19 51 01.5 +10 24 56 0.563 0.2401 -0.1345 0.661 54 F8V

πΑ 187259 97473A 19 48 42.0 +11 48 57 0.546 0.0160 -0.0098 0.016 101 G2III:+A1V πΒ 187260 97473B 19 48 42.1 +11 48 55 0.546 0.0160 -0.0098 0.019 122 A2 ρ 192425 99742 20 14 16.5 +15 11 51 0.072 0.0557 0.0580 0.039 140 A2V σ 185507 96665 19 39 11.5 +05 23 52 -0.001 0.0021 -0.0038 0.118 117 B3V+B3V (EB) τ 190327 98823 20 04 08.2 +07 16 41 1.063 0.0142 0.0130 0.033 82 K0III

υ 186689 97229 19 45 39.8 +07 36 48 0.180 0.0538 0.0001 0.054 90 A3IV ϕ 188728 98103 19 56 14.1 +11 25 25 0.014 0.0324 0.0046 0.033 82 A1IV χΑ 186203 96957A 19 42 33.9 +11 49 36 0.575 0.0034 -0.0105 0.011 162 F3V: χΒ 186203 96957B 19 42 33.9 +11 49 36 0.575 -0.0008 -0.0134 0.013 183 – ψ 186547 97139 19 44 34.0 +13 18 10 -0.041 0.0018 -0.0108 0.011 171 B9III-IV

ω1 180868 94834 19 17 48.9 +11 35 44 0.196 0.0003 0.0126 0.013 1 F0IV ω2 181383 95002 19 19 52.9 +11 32 06 0.087 0.0424 0.0221 0.048 62 A2V 4 Aql 173370 91975 18 44 49.8 +02 03 36 -0.055 0.0088 -0.0151 0.017 150 B9V 5AAql 173654 92117 18 46 28.6 - 00 57 43 0.131 0.0200 -0.0218 0.030 137 A2m 5BAql 173654 92118 18 46 29.3 - 00 57 49 0.131 0.0269 -0.0150 0.031 119 A0

7 Aql 174532 92501 18 51 05.4 - 03 15 40 0.285 -0.0479 -0.0593 0.076 219 A2 8 Aql 174589 92524 18 51 22.1 - 03 19 05 0.299 0.0006 -0.0213 0.021 178 F2III 10 Aql 176232 93179 18 58 46.8 +13 54 24 0.251 0.0009 -0.0514 0.051 179 F0pSrEu V1286(ACV) 11 Aql 176303 93203 18 59 05.6 +13 37 21 0.573 0.0195 -0.1249 0.126 171 F8V 12 Aql 176678 93429 19 01 40.7 - 05 44 20 1.079 -0.0242 -0.0397 0.046 211 K1IIIvar 14 Aql 176984 93526 19 02 54.4 - 03 41 56 -0.005 0.0113 0.0070 0.013 58 A1V 15AAql 177463 93717 19 04 57.5 - 04 01 53 1.120 0.0208 -0.0267 0.034 142 K1III 15BAql 177442 93716 19 04 56.4 - 04 02 27 1.484 0.0002 -0.0379 0.038 180 K0 18AAql 178125 93867A 19 06 58.5 +11 04 17 -0.055 -0.0003 -0.0315 0.031 180 B8III Y(E) 18BAql — 93867B 19 06 58.5 +11 04 17 -0.055 -0.0003 -0.0315 0.031 180 – 19 Aql 178596 94068 19 08 59.8 +06 04 24 0.346 -0.0090 -0.0783 0.079 187 F0III-IV 20 Aql 179406 94385 19 12 40.6 - 07 56 23 0.094 0.0127 -0.0071 0.015 119 B3V 21 Aql 179761 94477 19 13 42.6 +02 17 38 -0.071 0.0058 -0.0026 0.006 114 B8II-III V1288(ACV) 22 Aql 180482 94727 19 16 30.9 +04 50 05 0.101 0.0148 -0.0104 0.018 125 A3IV 23AAql 180972 94885A 19 18 32.4 +01 05 07 1.143 0.0112 0.0179 0.021 32 K2II-IIIvar

23BAql 180972 94885B 19 18 32.4 +01 05 10 1.143 0.0112 0.0179 0.021 32 – 24 Aql 181053 94913 19 18 50.9 +00 20 21 1.050 0.0170 0.0092 0.019 62 K0II-III: 26 Aql 181391 95066 19 20 32.8 - 05 24 57 0.937 0.1134 0.0448 0.122 68 G8III-IV 27 Aql 181440 95073 19 20 35.6 - 00 53 32 -0.041 0.0056 0.0031 0.006 61 B9III 28 Aql 181333 94982 19 19 39.2 +12 22 29 0.265 0.0043 0.0167 0.017 14 F0III V1208(DSCT)

16 Aquila (I)

AQL m M π pc l.y. V RV L F mc Bin? ADS α 0.76 2.20 0.1944″ 5.1 16.8 31 -26 10 53 Σ ΙΙ 10 13009 β 3.71 3.03 0.0730 13.7 44.7 51 -40 4.9 60 ΟΣ 532 13110 γ 2.72 -3.03 0.0071 141 460 11 -2 1282 50 β pm δ 3.36 2.43 0.0651 15 50 36 -30 8.4 30 β pm ε 4.02 0.65 0.0212 47 154 52 -48 43 13 β pm

ζ 2.99 0.96 0.0392 26 83 28 -25 33 17 β 287 12026 η 3.87 -3.91 0.0028 360 1173 23 -15 2883 55 ϑ 3.24 -1.48 0.0114 88 287 31 -27 308 65 H VI 27 ι 4.36 -0.51 0.0106 94 307 23 -21 126 41 J 118 12663 κ 4.93 -3.32 0.0022 446 1455 20 -19 1673 39

λ 3.43 0.51 0.0261 38 125 21 -12 49 16 µ 4.45 1.80 0.0295 34 111 49 -24 15 38 β 653 12607 ν 4.64 -8.12 0.0003 3571 11643 42 -1 139857 32 β ξ 4.71 0.73 0.0160 63 204 57 -42 40 59 ο 5.12 3.68 0.0516 19 63 25 0 2.6 54 J 124 13012

πΑ 6.47 0.25 0.0057 175 570 20 13 62 52 5.75 Σ 2583 12962A πΒ 6.75 0.54 0.0057 175 570 16 - 48 52 Σ 2583 12962B ρ 4.94 1.58 0.0212 47 153 29 -23 18 67 σ 5.18 -1.42 0.0048 209 682 7 -5 292 44 h 2886 12737 τ 5.51 -0.53 0.0062 162 527 32 -28 128 63

υ 5.89 2.22 0.0184 54 177 33 -30 10 49 ϕ 5.28 1.28 0.0158 63 206 29 -27 24 61 χΑ 5.80 -1.01 0.0043 230 751 25 -22 200 47 5.28 ΟΣ 380 12808A χΒ 6.68 -0.13 0.0043 230 751 15 - 89 47 ΟΣ 380 12808B ψ 6.25 -0.72 0.0040 248 809 22 -18 153 48

ω1 5.28 -0.28 0.0077 130 422 16 -14 102 25 ω2 6.03 1.37 0.0117 85 278 32 -26 22 29 4 Aql 5.02 -1.02 0.0062 162 527 19 -13 202 5AAql 5.89 1.40 0.0126 79 258 20 17 22 5.69 Σ 2379 11667A 5BAql 7.65 3.24 0.0131 76 249 14 9 4.0 Σ 2379 11667B

7 Aql 6.89 1.33 0.0077 129 422 55 -29 23 8 Aql 6.08 1.44 0.0118 85 276 15 12 21 10 Aql 5.91 1.55 0.0135 74 242 24 15 19 11 Aql 5.27 1.88 0.0210 48 155 33 16 14 Σ 2424 11902 (OPT) 12 Aql 4.02 0.73 0.0220 46 149 45 -44 40

14 Aql 5.40 -0.53 0.0065 153 499 40 -39 128 A 3105AB 15AAql 5.40 0.41 0.0100 100 325 24 -18 54 5.18 Sh 286 12007A (OPT) 15BAql 7.00 0.85 0.0059 169 553 66 -59 36 Sh 286 12007B 18AAql 5.44 -0.52 0.0064 156 507 30 -19 127 5.07 bin:A 18BAql 6.39 0.43 0.0064 156 507 23 - 53 bin:B 19 Aql 5.23 2.03 0.0230 44 142 50 -47 12 20 Aql 5.35 -2.51 0.0027 373 1216 30 -15 794 21 Aql 5.14 -1.33 0.0051 196 640 8 -5 267 h 879 12182 22 Aql 5.59 -0.53 0.0060 168 546 27 -23 128 23AAql 5.31 -0.02 0.0086 117 381 27 -24 81 5.10 Σ 2492 12289A

23BAql 8.76 3.43 0.0086 117 381 27 -24 3.4 Σ 2492 12289B 24 Aql 6.40 0.52 0.0067 150 488 31 -28 49 Σ Ι 40 26 Aql 4.98 1.61 0.0212 47 154 33 -19 18 β pm 27 Aql 5.46 -0.51 0.0064 156 509 27 -27 126 β pm 28 Aql 5.53 0.39 0.0094 106 347 9 3 55 S 717

17 Aquila (II)

AQL HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

31 Aql 182572 95447 19h24m58.1s +11º56′40″ 0.761 0.7213 0.6436 0.967 48º G8IVvar 35 Aql 183324 95793 19 29 00.9 +01 57 01 0.088 -0.0005 -0.0334 0.033 181 A0V V1431(ACV:) 36 Aql 183630 95937 19 30 39.7 - 02 47 20 1.770 0.0231 -0.0105 0.033 181 M1IIIvar 37 Aql 184492 96327 19 35 07.2 - 10 33 38 1.122 0.0069 -0.0030 0.263 126 G8III 42 Aql 185124 96556 19 37 47.2 - 04 38 51 0.429 0.1048 -0.0536 0.003 154 F3IV

45 Aql 185762 96807 19 40 43.2 -00 37 16 0.123 0.0126 0.0245 0.004 151 A3IV 46 Aql 186122 96931 19 42 12.8 +12 11 36 -0.077 0.0000 -0.0084 0.011 180 B9III 51 Aql 187532 97650 19 50 46.7 -10 45 49 0.402 -0.0324 0.0318 0.019 122 F0V 56 Aql 188154 97928 19 54 08.1 -08 34 27 1.664 0.0079 -0.0190 0.026 58 K5III 57AAql 188293 97966 19 54 37.5 -08 13 38 -0.079 0.0081 -0.0257 0.130 129 B7Vn

57BAql 188294 97967 19 54 38.0 -08 14 14 -0.040 0.0040 -0.0302 0.027 162 B8V 58 Aql 188350 97980 19 54 44.7 +00 16 25 0.098 0.0424 -0.0132 0.030 172 A0III 62 Aql 190299 98844 20 04 23.1 -00 42 34 1.301 -0.0022 -0.1183 0.019 48 K4III 64 Aql 191067 99171 20 08 01.7 -00 40 42 1.023 0.1166 -0.0679 0.118 181 K1IV 66 Aql 192107 99631 20 13 13.8 -01 00 34 1.430 0.0249 -0.0301 0.036 80 K5III

68 Aql 194939 100977 20 28 24.8 -03 21 28 -0.049 0.0273 -0.0212 0.046 216 B9V 69 Aql 195135 101101 20 29 38.9 -02 53 08 1.160 0.0719 -0.0224 0.035 128 K2III 70 Aql 196321 101692 20 36 43.5 -02 32 59 1.606 0.0091 -0.0161 0.075 107 K5II 71 Aql 196574 101847 20 38 20.2 -01 06 19 0.949 0.0157 -0.0170 0.018 150 G8III SB Σ 2404Α 174569 92475A 18 50 45.7 +10 58 36 1.443 0.0075 0.0064 0.010 50 K5IIIcomp

Σ 2404Β 174569 92475B 18 50 45.7 +10 58 32 1.443 0.0075 0.0064 0.010 50 – R Aql 177940 93820 19 06 22.0 +08 13 48 1.136 0.0052 -0.0671 0.092 192 M7IIIevar (M) V Aql 177336 93666 19 04 24.2 -05 41 05 2.300 0.0062 0.0001 0.006 89 C5II (SRB) FF Aql 176155 93124 18 58 14.6 +17 21 39 0.731 0.0001 -0.0100 0.010 180 F8Ib (DCEPS) QS Aql 185936 96840 19 41 05.4 +13 48 56 -0.078 0.0000 -0.0110 0.028 27 B5V (EA)

V1291 188041 97871 19 53 18.6 -03 06 52 0.231 0.0216 0.0136 0.010 136 A5pvar (ACV) - Aql 194013 100541 20 23 10.6 +05 20 35 0.983 -0.0269 -0.0371 0.080 44 G8III-IV

18 Aquila (II)

AQL m M π pc l.y. V RV L F mc Bin? ADS 31 Aql 5.17 4.27 0.0660″ 15 49 122 -100 1.5 β pm 35 Aql 5.79 1.94 0.0170 59 192 15 12 13 36 Aql 5.03 -0.91 0.0065 154 502 22 -11 182 37 Aql 5.12 -0.55 0.0073 136 444 31 -31 131 42 Aql 5.45 2.92 0.0311 32 105 42 -38 5.4

45 Aql 5.64 0.93 0.0114 87 285 47 -46 33 h 2888 12775 46 Aql 6.33 -0.39 0.0045 221 720 33 -32 113 51 Aql 5.38 3.27 0.0379 26 86 8 6 3.9 Ho 275 13017 (OPT) 56 Aql 5.76 0.35 0.0083 121 394 51 -50 57 h 900 57AAql 5.70 0.64 0.0097 103 335 14 -6 44 5.27 Σ 2594 13087A

57BAql 6.49 1.27 0.0090 111 361 17 -5 25 Σ 2594 13087B 58 Aql 5.60 0.48 0.0095 106 345 55 -50 51 62 Aql 5.67 -0.59 0.0056 179 582 100 0 135 64 Aql 5.97 2.57 0.0209 48 156 31 -4 7.4 66 Aql 5.44 -1.74 0.0037 272 888 58 -28 390

68 Aql 6.12 -0.04 0.0059 171 557 29 -9 82 Rst 4667 69 Aql 4.91 1.07 0.0171 59 191 31 -23 29 70 Aql 4.91 -4.24 0.0015 676 2203 60 -10 3904 71 Aql 4.31 -1.04 0.0085 118 384 14 -6 206 β 672 14081 Σ 2404Α 6.86 -1.92 0.0018 571 1863 36 -24 463 6.37 Σ 2404 11750A

Σ 2404Β 7.93 -0.85 0.0018 571 1863 27 - 173 Σ 2404 11750B R Aql 5.50 -1.13 0.0047 211 689 75 32 222 h 4866 V Aql 6.48 -1.36 0.0027 370 1207 39 37 276 FF Aql 5.33 -4.07 0.0013 758 2470 42 -22 3333 Ho 91 11884 QS Aql 6.70 -1.82 0.0020 505 1646 30 -14 419 5.98 Kui 93AB

V1291 5.63 0.99 0.0118 85 277 22 -20 32 - Aql 5.30 0.91 0.0132 76 246 20 -12 34

19 Ara

ARA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 158427 85792 17h31m50.4s -49º52′34″ -0.136 -0.0313 -0.0672 0.074 205º B2Vne (BE) β 157244 85258 17 25 17.9 -55 31 47 1.479 -0.0082 -0.0247 0.026 198 K32Ib-II γ 157246 85267 17 25 23.5 -56 22 39 -0.150 -0.0008 -0.0159 0.016 183 B1Ib δ 158094 85727 17 31 05.9 -60 41 01 -0.104 -0.0537 -0.0994 0.113 208 B8V ε1 152980 83153 16 59 35.0 -53 09 38 1.452 0.0011 0.0215 0.022 3 K4III

ε2 153580 83431 17 03 08.6 -53 14 13 0.498 0.0012 -0.1651 0.165 180 F6V ζ 152786 83081 16 58 37.1 -55 59 24 1.552 -0.0183 -0.0353 0.040 207 K5III η 151249 82363 16 49 47.0 -59 02 29 1.562 0.0396 -0.0253 0.047 123 K5III ϑ 165024 88714 18 06 37.7 -50 05 30 -0.101 -0.0084 -0.0093 0.013 222 B2Ib ι 157042 85079 17 23 16.0 -47 28 05 -0.097 -0.0067 -0.0176 0.019 201 B2IIIne (GCAS)

κ 157457 85312 17 25 59.9 -50 38 01 1.055 0.0158 0.0092 0.018 60 K1III λ 160032 86486 17 40 23.4 -49 24 56 0.415 0.1043 -0.1777 0.206 150 F3IV µ 160691 86796 17 44 08.6 -51 50 03 0.694 -0.0151 -0.1912 0.192 185 G5V π 159492 86305 17 38 05.5 -54 30 01 0.195 -0.0497 -0.1495 0.158 198 A7V σ 159217 86092 17 35 39.4 -46 30 20 -0.020 -0.0251 -0.0383 0.046 213 A0V

BrsO13A 156274 84720A 17 19 03.2 -46 38 02 0.400 1.0353 0.1092 1.041 84 G8V (UNK) BrsO13B — 84720B 17 19 03.2 -46 38 02 0.400 0.9730 0.1378 0.983 82 – h 4949A 157661 85389A 17 26 51.4 -45 50 37 -0.058 -0.0064 -0.0276 0.028 193 B8V h 4949B — 85389B 17 26 51.2 -45 50 38 -0.058 -0.0035 -0.0305 0.031 186 – h 4978A 161783 87314A 17 50 28.1 -53 36 44 -0.099 0.0024 -0.0104 0.011 167 B2V+B3V V539(EA/DM) h 4978B — 87314B 17 50 26.7 -53 36 45 -0.099 0.0024 -0.0104 0.011 167 –

20 Ara

ARA m M π pc l.y. V RV L F mc Bin? ADS α 2.84 -1.51 0.0135″ 74 242 26 0 318 h 4955 β 2.84 -3.49 0.0054 185 603 23 0 1966 γ 3.31 -4.40 0.0029 348 1136 26 -3 4531 h 4942 δ 3.60 -0.19 0.0174 57 187 32 10 94 h 4951 ε1 4.06 -0.79 0.0107 93 304 25 23 163

ε2 5.44 3.34 0.0380 26 86 22 7 3.6 5.27 HdO 263 ζ 3.12 -3.11 0.0057 176 574 34 -6 1378 η 3.77 -1.14 0.0104 96 313 23 9 225 Rst 5067 ϑ 3.65 -3.81 0.0032 311 1012 19 3 2632 ι 5.21 -1.51 0.0045 221 721 27 -19 317 HdO 271

κ 5.19 -0.24 0.0082 122 398 20 17 98 HdO λ 4.76 3.06 0.0457 22 71 22 4 4.7 µ 5.12 4.20 0.0655 15 50 17 -9 1.6 π 5.25 2.12 0.0237 42 137 32 -3 11 σ 4.56 -0.80 0.0085 118 385 26 4 165

BrsO13A 5.66 5.94 0.1138 8.8 28.6 49 23 0.3 4.81 BrsO13A BrsO13B 5.47 5.75 0.1138 8.8 28.6 41 - 0.4 BrsO13B h 4949A 5.70 -0.62 0.0054 184 599 26 8 140 5.28 h 4949A h 4949B 6.44 0.11 0.0054 184 599 28 - 71 h 4949B h 4978A 5.68 -1.33 0.0040 253 823 15 -8 268 5.65 h 4978A

h 4978B 9.40 2.39 0.0040 253 823 13 - 8.7 h 4978B

21 Aries (I)

ARI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 12929 9884 02h07m10.3s +23º27′45″ 1.151 0.1907 -0.1458 0.240 127º K2III β 11636 8903 01 54 38.3 +20 48 29 0.165 0.0963 -0.1088 0.145 138 A5V γ1 11502 8832B 01 53 31.7 +19 17 45 -0.047 0.0825 -0.1069 0.135 142 B9V γ2 11503 8832A 01 53 31.8 +19 17 37 -0.047 0.0794 -0.0991 0.127 141 A1pSi (ACV) δ 19787 14838 03 11 37.7 +19 43 36 1.033 0.1546 -0.0084 0.155 93 K2IIIvar

εΑ 18520 13914A 02 59 12.7 +21 20 25 0.048 -0.0130 -0.0066 0.015 243 A2Vs εΒ 18519 13914B 02 59 12.6 +21 20 23 0.048 -0.0130 -0.0066 0.015 243 – ζ 20150 15110 03 14 54.0 +21 02 40 -0.007 -0.0298 -0.0772 0.083 201 A1V η 13555 10306 02 12 48.0 +21 12 39 0.457 0.1625 0.0041 0.163 89 F5V ϑ 14191 10732 02 18 07.5 +19 54 04 0.011 -0.0161 0.0009 0.016 273 A1Vn

ι 11909 9110 01 57 21.0 +17 49 03 0.921 0.0343 -0.0237 0.042 125 K1Vp κ 12869 9836 02 06 33.8 +22 38 54 0.121 0.0206 -0.0358 0.041 150 A2m λ 11973 9153 01 57 55.7 +23 35 46 0.290 -0.0915 -0.0145 0.093 261 F0V µ 16811 12640 02 42 21.9 +20 00 42 -0.017 0.0275 -0.0461 0.054 149 A0V ν 16432 12332 02 38 48.9 +21 57 41 0.168 -0.0071 -0.0151 0.017 205 A7V

ξ 14951 11249 02 24 49.0 +10 36 38 -0.098 0.0196 -0.0136 0.024 125 B7IV ο 17036 12803 02 44 32.9 +15 18 42 -0.024 0.0043 -0.0156 0.016 165 B9Vn πΑ 17543 13165A 02 49 17.5 +17 27 51 -0.066 0.0037 -0.0146 0.015 166 B6V πΒ 17543 13165B 02 49 17.7 +17 27 49 -0.066 0.0037 -0.0146 0.015 166 – ρ 18256 13702 02 56 26.1 +18 01 23 0.471 0.2812 -0.2188 0.356 128 F6V

σ 17769 13327 02 51 29.5 +15 04 55 -0.099 0.0313 -0.0233 0.039 127 B7V τΑ 20756 15627A 03 21 13.6 +21 08 49 -0.067 0.0217 -0.0224 0.031 136 B5IV τΒ 20756 15627B 03 21 13.6 +21 08 48 -0.067 0.0217 -0.0224 0.031 136 – 1AAri 11154 8544 01 50 08.5 +22 16 31 0.743 -0.0143 -0.0076 0.016 242 K1III+A6V 1BAri 11155 8544 01 50 08.5 +22 16 30 0.743 -0.0143 -0.0076 0.016 242 A6V

4 Ari 10982 8387 01 48 10.9 +16 57 20 -0.039 0.0559 -0.0330 0.065 121 B9.5V 7 Ari 11763 8993 01 55 50.9 +23 34 39 1.185 0.0121 -0.0089 0.015 126 G8III RR(EA:) 10AAri 12558 9621A 02 03 39.3 +25 56 08 0.537 0.1257 0.0093 0.126 86 F8IV 10BAri 12558 9621B 02 03 39.2 +25 56 09 0.537 0.1331 0.0315 0.137 77 – 11 Ari 12885 9859 02 06 49.3 +25 42 18 -0.030 0.0186 -0.0145 0.024 128 B9IV-Vn

14 Ari 13174 10053 02 09 25.3 +25 56 24 0.339 0.0775 -0.0331 0.084 113 F2III 15 Ari 13325 10155 02 10 37.5 +19 30 01 1.641 0.0887 -0.0271 0.093 107 M3III 16 Ari 13363 10203 02 11 12.0 +25 56 13 1.365 -0.0089 -0.0070 0.011 232 K4III 19 Ari 13596 10328 02 13 03.2 +15 16 47 1.551 0.0992 -0.0209 0.101 102 M0III 20 Ari 13871 10540 02 15 46.0 +25 46 59 0.439 0.1764 -0.0664 0.188 111 F6IV-V

21AAri 13872 10535A 02 15 42.7 +25 02 35 0.520 -0.0887 -0.0872 0.124 225 F6V 21BAri 13872 10535B 02 15 42.7 +25 02 35 0.520 -0.0887 -0.0872 0.124 225 – 23 Ari 14305 10810 02 19 08.7 +19 41 16 0.566 -0.0222 -0.1256 0.128 190 F8 26 Ari 15550 11678 02 30 38.4 +19 51 19 0.247 0.0810 -0.0361 0.089 114 A9V UU(DSCT) 27 Ari 15596 11698 02 30 54.4 +17 42 14 0.908 0.0330 -0.0828 0.089 158 G5III-IV

29 Ari 15814 11843 02 32 54.1 +15 02 05 0.572 -0.0155 0.0369 0.040 337 F8V 30AAri 16246 12189 02 37 00.4 +24 38 51 0.510 0.1371 -0.0142 0.138 96 F6III 30BAri 16232 12184 02 36 57.7 +24 38 54 0.410 0.1506 -0.0126 0.151 95 F4V 31 Ari 16234 12153 02 36 37.8 +12 26 52 0.516 0.2795 -0.0854 0.292 107 F7V 33 Ari 16628 12489 02 40 41.0 +27 03 39 0.081 0.0645 -0.0273 0.070 113 A3V

35 Ari 16908 12719 02 43 27.0 +27 42 26 -0.122 0.0035 -0.0100 0.011 161 B3V 36 Ari 17017 12784 02 44 19.1 +17 45 50 1.143 0.0365 -0.0358 0.051 134 K2III 38 Ari 17093 12832 02 44 57.5 +12 26 45 0.234 0.1241 -0.0848 0.150 124 A7III-IV UV(DSCT) 39 Ari 17361 13061 02 47 54.5 +29 14 50 1.112 0.1484 -0.1258 0.195 130 K1III 40 Ari 17459 13108 02 48 32.0 +18 17 01 1.216 0.0425 -0.0328 0.054 128 K1III

22 Aries (I)

ARI m M π pc l.y. V RV L F mc Bin? ADS α 2.01 0.48 0.0495″ 20 66 27 -14 50 13 β 2.64 1.33 0.0547 18 60 13 -2 23 6 γ1 4.64 0.66 0.0160 63 204 40 4 43 5 Σ 180 1507B γ2 4.58 0.60 0.0160 63 204 38 -1 45 5 3.88 Σ 180 1507A δ 4.35 0.79 0.0194 51 168 45 25 38 57

εΑ 5.24 0.48 0.0112 90 292 10 -8 51 48 4.63 Σ 333 2257A εΒ 5.59 0.83 0.0112 90 292 9 -6 37 48 Σ 333 2257B ζ 4.87 -0.22 0.0096 104 340 41 7 96 58 η 5.23 2.84 0.0332 30 98 24 6 5.8 17 ϑ 5.58 0.21 0.0084 119 387 11 6 65 22

ι 5.09 -1.44 0.0050 202 659 40 -5 296 8 κ 5.03 1.23 0.0174 57 187 16 12 25 12 λ 4.79 1.73 0.0245 41 133 18 -1 16 9 H VI 12 1563 µ 5.74 0.66 0.0096 104 338 27 -7 43 34 β 522 2062 ν 5.45 0.32 0.0094 106 346 12 8 59 32

ξ 5.48 -0.85 0.0054 185 603 21 4 173 24 ο 5.78 -0.07 0.0068 148 482 13 -7 84 37 πΑ 5.30 -1.03 0.0054 185 603 16 9 204 42 5.26 Σ 311 2151A πΒ 8.46 2.13 0.0054 185 603 13 - 11 42 Σ 311 2151B ρ 5.58 2.83 0.0282 35 115 62 15 5.8 46

σ 5.52 -0.32 0.0068 147 479 32 17 105 43 τΑ 5.35 -0.41 0.0071 142 462 25 14 114 61 5.27 Cou 259A τΒ 8.17 2.41 0.0071 142 462 22 - 9 Cou 259B 1AAri 6.40 0.17 0.0057 176 574 14 3 67 5.83 Σ 174 1457A 1BAri 7.20 0.97 0.0057 176 574 14 1 32 Σ 174 1457B

4 Ari 5.86 1.14 0.0114 88 287 29 10 28 7 Ari 5.76 -0.26 0.0063 160 522 18 14 100 10AAri 5.92 2.30 0.0189 53 172 35 16 9.5 5.64 Σ 208 1631A 10BAri 7.95 4.33 0.0189 53 172 34 - 1.5 Σ 208 1631B 11 Ari 6.01 -1.75 0.0028 356 1160 41 -9 393 Ho 312 1658AB

14 Ari 4.98 0.02 0.0102 98 320 39 1 77 H VI 69 15 Ari 5.68 -0.87 0.0049 204 665 108 60 175 16 Ari 6.01 -0.94 0.0041 246 801 23 -19 187 19 Ari 5.72 -0.38 0.0060 166 541 83 23 112 20 Ari 5.79 2.77 0.0249 40 131 44 26 6.1

21AAri 6.40 2.99 0.0208 48 157 52 -44 5.0 5.57 Cou 79A 21BAri 6.48 3.07 0.0208 48 157 28 - 4.7 Cou 79B 23 Ari 6.82 4.19 0.0297 34 110 20 2 1.7 26 Ari 6.14 1.94 0.0144 69 226 35 19 13 27 Ari 6.21 1.30 0.0104 96 313 124 -117 24

29 Ari 6.00 3.71 0.0348 29 94 8 6 2.6 30AAri 6.48 3.46 0.0249 40 131 30 15 3.2 Σ Ι 5 1982A 30BAri 7.10 4.12 0.0254 39 129 33 17 1.8 5.99 Σ Ι 5 1982B 31 Ari 5.64 2.91 0.0284 35 115 49 7 5.4 33 Ari 5.30 1.03 0.0140 72 233 29 17 31 Σ 289 2033

35 Ari 4.65 -0.62 0.0088 113 370 14 13 140 36 Ari 6.40 0.89 0.0079 127 413 44 -32 35 38 Ari 5.17 2.26 0.0262 38 125 27 -1 10 39 Ari 4.52 0.80 0.0181 55 181 53 -15 38 40 Ari 5.83 -0.11 0.0065 154 502 61 47 87

23 Aries (II)

ARI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

41 Ari 17573 13209 02h49m59.0s +27º15′38″ -0.100 0.0655 -0.1166 0.134 151º B8Vn 44 Ari 18091 13579 02 54 55.2 +17 44 05 0.280 0.0446 -0.0245 0.051 119 A3 45 Ari 18191 13654 02 55 48.4 +18 19 53 1.452 -0.0081 -0.0149 0.017 208 M6IIIvar RZ(SRB) 47 Ari 18404 13834 02 58 05.2 +20 40 08 0.415 0.2348 -0.0316 0.237 98 F5IV 49 Ari 18769 14109 03 01 54.1 +26 27 45 0.141 -0.0139 0.0049 0.015 290 A3m

50AAri 18654 14021A 03 00 31.5 +18 00 18 0.046 -0.0026 -0.0262 0.026 186 A0 50BAri 18654 14021B 03 00 31.6 +18 00 20 0.046 -0.0026 -0.0262 0.026 186 – 51 Ari 18803 14150 03 02 26.0 +26 36 34 0.696 0.2342 -0.1683 0.288 126 G8V 52AAri 19134 14376A 03 05 26.6 +25 15 19 -0.031 0.0078 -0.0085 0.011 138 B7Vn 52BAri 19135 14376B 03 05 26.6 +25 15 19 -0.031 0.0003 -0.0117 0.012 179 –

53 Ari 19374 14514 03 07 25.7 +17 52 48 -0.123 -0.0235 0.0093 0.025 292 B1.5V UW(BCEP) 54 Ari 19460 14586 03 08 21.2 +18 47 43 1.560 0.0379 -0.0143 0.040 111 M0III 55 Ari 19548 14677 03 09 36.7 +29 04 38 0.115 0.0221 -0.0132 0.026 121 B8III 59 Ari 20618 15514 03 19 55.7 +27 04 16 0.860 -0.0247 -0.0711 0.075 199 G8IV 60 Ari 20663 15557 03 20 25.6 +25 39 46 1.241 0.0114 -0.0933 0.094 173 K3III:

62 Ari 20825 15696 03 22 11.9 +27 36 27 1.100 0.0044 -0.0099 0.011 156 G5III 63AAri 20893 15737A 03 22 45.2 +20 44 31 1.231 -0.0492 -0.0149 0.051 253 K3III 63BAri — 15737B 03 22 45.1 +20 44 32 1.231 -0.0492 -0.0149 0.051 253 – 64 Ari 21017 15861 03 24 18.4 +24 43 27 1.910 0.0157 -0.0514 0.054 163 K4III 65 Ari 21050 15870 03 24 26.1 +20 48 13 -0.028 0.0026 -0.0098 0.010 165 A1V

66AAri 21467 16181A 03 28 26.6 +22 48 15 0.951 0.0000 -0.1114 0.111 180 K0IV 66BAri 21467 16181B 03 28 26.6 +22 48 16 0.951 0.0000 -0.1114 0.111 180 – Σ 305Α 17332 13027A 02 47 27.5 +19 22 20 0.680 0.1178 -0.1603 0.199 144 G0 Σ 305Β 17332 13027B 02 47 27.3 +19 22 22 0.680 0.1178 -0.1603 0.199 144 – Σ 326Α 18143 13642A 02 55 39.0 +26 52 24 0.953 0.2627 -0.1914 0.325 126 G5

Σ 326Β — 13642B 02 55 38.6 +26 52 20 0.953 0.2701 -0.1677 0.318 122 – SX Ari 19832 14893 03 12 14.2 +27 15 26 -0.106 0.0118 -0.0183 0.022 147 B9pSi (SXARI) - Ari 20644 15549 03 20 20.3 +29 02 55 1.555 -0.0082 -0.0164 0.018 207 K2II-III

24 Aries (II)

ARI m M π pc l.y. V RV L F mc Bin? ADS 41 Ari 3.61 0.16 0.0205″ 49 159 31 4 68 ΟΣ 47 2159 (OPT) 44 Ari 7.01 2.10 0.0104 96 313 23 − 11 45 Ari 5.76 0.30 0.0081 124 403 47 46 60 47 Ari 5.80 3.29 0.0314 32 104 45 28 3.8 49 Ari 5.91 1.82 0.0152 66 214 6 -4 15

50AAri 6.83 1.29 0.0078 128 418 16 - 24 6.74 ΟΣ 49 2279A 50BAri 9.84 4.30 0.0078 128 418 16 - 1.5 ΟΣ 49 2279B 51 Ari 6.62 4.99 0.0473 21 69 31 11 0.8 52AAri 6.21 0.76 0.0081 123 402 11 9 39 5.45 Σ 346 2336A 52BAri 6.19 0.74 0.0081 123 402 7 - 40 Σ 346 2336B

53 Ari 6.13 -0.69 0.0043 231 755 35 21 149 54 Ari 6.24 0.03 0.0057 175 570 55 43 77 55 Ari 5.74 -1.96 0.0029 346 1128 42 -2 477 59 Ari 5.91 1.91 0.0159 63 205 22 0 13 60 Ari 6.14 1.40 0.0113 89 289 47 26 22

62 Ari 5.55 -1.82 0.0034 299 973 16 6 423 63AAri 5.30 0.35 0.0102 98 319 24 2 57 5.10 bin:A 63BAri 8.50 3.55 0.0102 98 319 24 2 3.0 bin:B 64 Ari 5.50 1.26 0.0142 71 230 22 13 25 65 Ari 6.07 1.23 0.0108 93 303 10 -9 25

66AAri 6.22 2.02 0.0144 69 226 61 49 12 6.03 β 878 2552A 66BAri 10.45 6.24 0.0144 69 226 37 - 0.25 β 878 2552B Σ 305Α 7.98 5.42 0.0307 33 106 31 5 0.5 7.37 Σ 305 2122A Σ 305Β 8.28 5.71 0.0307 33 106 31 - 0.4 Σ 305 2122B Σ 326Α 7.73 5.93 0.0437 23 75 48 32 0.3 7.61 Σ 326 2218A

Σ 326Β 10.02 8.22 0.0437 23 75 47 32 0.04 Σ 326 2218B SX Ari 5.78 0.50 0.0088 114 371 16 11 50 56 - Ari 4.47 -2.00 0.0051 196 640 17 -2 495

25 Auriga (I)

AUR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 34029 24608 05h16m41.3s +45º59′53″ 0.795 0.0755 -0.4271 0.434 170º G5IIIe+G0III (R ) β 40183 28360 05 59 31.7 +44 56 51 0.077 -0.0564 -0.0009 0.056 269 A2V (EA) δ 40035 28358 05 59 31.6 +54 17 05 1.010 0.0863 -0.1341 0.159 147 K0III ε 31964 23416 05 01 58.1 +43 49 24 0.537 0.0002 -0.0023 0.002 176 A9Iae+B (EA/GS) ζ 32068 23453 05 02 28.6 +41 04 33 1.154 0.0089 -0.0214 0.023 157 K5II+B5V (EA/GS)

η 32630 23767 05 06 30.8 +41 14 04 -0.148 0.0306 -0.0684 0.075 156 B3V ϑ 40312 28380 05 59 43.2 +37 12 45 -0.083 0.0421 -0.0736 0.085 150 A0pSi (ACV) ι 31398 23015 04 56 59.6 +33 09 58 1.490 0.0036 -0.0185 0.019 169 K3IIvar κ 43039 29696 06 15 22.6 +29 29 53 1.021 -0.0709 -0.2617 0.271 195 G8IIIvar λ 34411 24813 05 19 08.4 +40 05 57 0.630 0.5194 -0.6648 0.844 142 G0V

µ 33641 24340 05 13 25.6 +38 29 04 0.189 -0.0187 -0.0724 0.075 194 A4m ν 39003 27673 05 51 29.3 +39 08 55 1.132 0.0085 0.0004 0.008 87 K0III ξ 39283 27949 05 54 50.7 +55 42 25 0.052 -0.0037 0.0172 0.018 348 A2V ο 38104 27196 05 45 54.0 +49 49 35 0.030 -0.0112 -0.0113 0.016 225 A0pCr π 40239 28404 05 59 56.1 +45 56 13 1.701 -0.0024 -0.0073 0.008 198 M3IIvar (L)

ρ 34759 25048 05 21 48.4 +41 48 17 -0.129 0.0134 -0.0374 0.040 160 B5V σ 35186 25292 05 24 39.1 +37 23 08 1.445 -0.0003 -0.0121 0.012 181 K4III τ 38656 27483 05 49 10.4 +39 10 52 0.949 -0.0284 -0.0256 0.038 228 G8III υ 38944 27639 05 51 02.4 +37 18 20 1.621 0.0370 -0.0448 0.058 140 M0III ϕ 35620 25541 05 27 38.8 +34 28 33 1.400 -0.0014 -0.0388 0.039 182 K4IIIp

χ 36371 25984 05 32 43.6 +32 11 31 0.281 -0.0018 -0.0040 0.004 204 B5Iab ψ1 44537 30520 06 24 53.8 +49 17 17 1.905 0.0008 -0.0025 0.003 162 K5Iabvar (LC) ψ2 47174 31832 06 39 19.8 +42 29 20 1.236 -0.0010 -0.0557 0.056 181 K3III ψ3 47100 31789 06 38 49.1 +39 54 09 -0.075 -0.0084 -0.0120 0.015 215 B8III ψ4 47914 32173 06 43 04.9 +44 31 28 1.479 -0.0450 -0.0303 0.054 236 K5III

ψ5 48682 32480 06 46 44.3 +43 34 39 0.575 -0.0003 0.1655 0.165 360 G0V ψ6 48781 32562 06 47 39.5 +48 47 22 1.131 -0.0053 0.0064 0.008 321 K1III ψ7 49520 32844 06 50 45.9 +41 46 53 1.256 -0.0239 -0.1380 0.140 190 K3III ψ8 50204 33133 06 53 56.9 +38 30 18 -0.044 -0.0005 -0.0277 0.028 181 B9.5pSi ψ9 50658 33377 06 56 32.2 +46 16 27 -0.079 -0.0036 0.0050 0.006 324 B8III

ωΑ 31647 23179A 04 59 15.3 +37 53 24 0.037 0.0463 -0.0978 0.108 155 A1V ωΒ — 23179B 04 59 15.3 +37 53 29 0.037 0.0463 -0.0978 0.108 155 – 1 Aur 30504 22453 04 49 54.6 +37 29 18 1.447 -0.0384 0.0385 0.054 315 K4II 2 Aur 30834 22678 04 52 37.9 +36 42 11 1.414 -0.0260 -0.0039 0.026 261 K3III 5AAur 31761 23261A 05 00 18.2 +39 23 41 0.415 -0.0109 -0.0012 0.011 264 F5V

5BAur 31761 23261B 05 00 17.9 +39 23 42 0.415 -0.0109 -0.0012 0.011 264 – 6 Aur 31780 23268 05 00 23.1 +39 39 17 1.677 0.0008 -0.0027 0.003 164 K4I 9 Aur 32537 23783 05 06 40.6 +51 35 52 0.343 -0.0293 -0.1740 0.176 190 F0V V398(I:) 14 Aur 33959 24504 05 15 24.3 +32 41 16 0.222 -0.0271 0.0125 0.030 295 A9IV KW(DSCT) 16 Aur 34334 24727 05 18 10.6 +33 22 18 1.252 0.0299 -0.1610 0.164 169 K3III

17 Aur 34364 24740 05 18 18.9 +33 46 02 -0.043 0.0151 -0.0291 0.033 153 B9.5V AR(EA) 18 Aur 34499 24832 05 19 23.7 +33 59 08 0.256 0.0266 -0.0043 0.027 99 A7V 19 Aur 34578 24879 05 20 00.8 +33 57 28 0.287 0.0000 -0.0037 0.004 180 A5IIvar 22 Aur 35076 25192 05 23 22.9 +28 56 12 -0.040 0.0145 -0.0319 0.035 156 B9Vs 26AAur 37269 26536A 05 38 38.0 +30 29 33 0.450 -0.0212 -0.0120 0.024 240 B9.5V+F9III

26BAur 37269 26536B 05 38 38.0 +30 29 33 0.450 -0.0212 -0.0120 0.024 240 – 26CAur 37269 26536C 05 38 37.1 +30 29 32 0.450 -0.0212 -0.0120 0.024 240 – 28 Aur 38604 27458 05 48 51.8 +39 32 01 0.820 0.0013 -0.0258 0.026 177 G0 36 Aur 40394 28499 06 00 58.5 +47 54 07 -0.007 0.0030 -0.0210 0.021 172 B9.5pSiFe 38 Aur 40801 28677 06 03 18.0 +42 54 41 0.979 0.1050 -0.1328 0.169 142 K0III

26 Auriga (I)

AUR m M π pc l.y. V RV L F mc Bin? ADS α 0.08 -0.48 0.0773″ 12.9 42.2 40 30 122 13 Barnard 3841Aa β 1.90 -0.10 0.0397 25 82 19 -18 87 34 H VI 88 4556 δ 3.72 0.55 0.0232 43 140 34 8 47 33 β pm ε 3.03 -5.95 0.0016 625 2037 7 -2 18869 7 β 554 3605 ζ 3.69 -3.22 0.0041 242 787 30 13 1535 8

η 3.18 -0.96 0.0149 67 219 25 7 190 10 ϑ 2.65 -0.98 0.0188 53 173 36 30 193 37 ΟΣ 545 4566 ι 2.69 -3.29 0.0064 157 512 23 18 1628 3 κ 4.32 0.75 0.0193 52 169 70 20 39 44 λ 4.68 4.17 0.0791 12.6 41.2 83 66 1.7 15 Σ ΙΙ 3 3886

µ 4.82 1.33 0.0201 50 162 27 21 23 11 ν 3.97 -0.13 0.0152 66 215 10 10 88 32 H V 90 4440 ξ 4.96 0.62 0.0135 74 241 13 -12 45 30 ο 5.46 -0.39 0.0068 148 482 13 -6 113 27 π 4.30 -2.76 0.0039 258 840 9 1 996 35

ρ 5.22 -1.25 0.0051 197 642 39 13 249 20 σ 5.02 -0.97 0.0064 157 513 21 -19 192 21 β 888 3984 τ 4.51 0.44 0.0153 65 213 23 -20 53 29 β 192 4398 υ 4.72 -1.10 0.0069 146 475 55 38 216 31 ϕ 5.08 -0.37 0.0081 123 400 38 31 110 24 β pm

χ 4.71 -5.77 0.0008 1250 4075 26 0 16063 25 ψ1 4.92 -5.43 0.0009 1176 3835 15 5 11726 46 ψ2 4.80 -0.81 0.0075 133 432 39 17 166 50 β pm ψ3 5.34 -1.49 0.0043 233 758 18 9 311 52 ψ4 5.04 0.18 0.0107 94 306 77 -73 67 55

ψ5 5.24 4.15 0.0606 17 54 27 -24 1.7 56 Sh 75 5425 (OPT) ψ6 5.22 -0.35 0.0077 130 424 9 -8 109 57 ψ7 4.99 -0.25 0.0090 112 364 96 61 99 58 β pm ψ8 6.46 -0.56 0.0040 253 825 43 27 131 61 ψ9 5.85 -1.17 0.0040 253 825 42 -41 231 [-]

ωΑ 5.01 1.57 0.0205 49 159 26 5 19 4 4.93 Σ 616 3572A ωΒ 8.18 4.74 0.0205 49 159 25 - 1.0 4 Σ 616 3572B 1 Aur 4.89 -1.16 0.0062 162 528 48 -23 228 [In Perseus] 2 Aur 4.79 -1.39 0.0058 172 561 27 -16 283 5AAur 6.09 2.47 0.0189 53 173 7 6 8.1 5.95 ΟΣ 92 3589A

5BAur 9.50 5.88 0.0189 53 173 3 - 0.4 ΟΣ 92 3589B 6 Aur 6.46 -1.45 0.0026 382 1244 25 -24 299 9 Aur 4.98 2.89 0.0381 26 85 22 -5 5.5 β 1046 3675 14 Aur 5.08 0.43 0.0121 82 269 15 -10 53 5.01 Σ 653 3824 16 Aur 4.54 0.26 0.0139 72 234 62 -28 62 ΟΣ 103 3872

17 Aur 6.15 0.72 0.0082 122 398 31 25 41 18 Aur 6.49 2.20 0.0139 72 235 12 7 10 Ho 18 3893AB 19 Aur 5.05 -4.82 0.0011 943 3075 17 -4 6689 22 Aur 6.45 0.15 0.0055 182 593 32 9 68 26AAur 6.21 0.53 0.0073 137 447 16 2 48 5.40 β 1240 4229A

26BAur 6.21 0.53 0.0073 137 447 16 - 48 β 1240 4229B 26CAur 6.21 0.53 0.0073 137 447 16 - 48 β 1240 4229C 28 Aur 6.80 0.40 0.0052 191 622 31 20 55 36 Aur 5.71 -1.77 0.0032 313 1022 35 16 402 38 Aur 6.08 1.56 0.0125 80 261 75 38 19

27 Auriga (II)

AUR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

39 Aur 41074 28823 06h05m03.4s +42º58′54″ 0.358 -0.0446 -0.1442 0.151 197º F3V 40 Aur 41357 28946 06 06 35.0 +38 28 58 0.251 0.0108 -0.0527 0.054 168 A4m 41AAur 42127 29388A 06 11 36.5 +48 42 40 0.100 0.0143 -0.0559 0.058 166 A3V 41BAur 42126 29388B 06 11 36.5 +48 42 47 0.000 0.0143 -0.0559 0.058 166 – 42 Aur 43244 29884 06 17 34.6 +46 25 27 0.263 -0.0438 0.0113 0.045 284 F0V

43 Aur 43380 29949 06 18 16.8 +46 21 38 1.113 0.0126 -0.1304 0.131 174 K2III 45 Aur 43905 30247 06 21 46.2 +53 27 08 0.448 0.0222 -0.0889 0.092 166 F5III 47 Aur 45466 30972 06 30 03.0 +46 41 08 1.448 -0.0066 0.0075 0.010 318 K4III 48 Aur 45412 30827 06 28 34.0 +30 29 35 0.779 0.0003 -0.0150 0.015 179 F5.5Ibv RT(CEP) 49 Aur 46553 31434 06 35 12.0 +28 01 20 -0.008 -0.0004 -0.0125 0.012 182 A0Vnn

51 Aur 47070 31771 06 38 39.5 +39 23 27 1.367 -0.0221 -0.1075 0.110 192 K5III 53AAur 47152 31737A 06 38 22.9 +28 59 03 -0.001 -0.0187 -0.0155 0.024 230 B9npEu 53BAur — 31737B 06 38 22.9 +28 59 03 -0.001 -0.0187 -0.0155 0.024 230 – 54AAur 47395 31852A 06 39 33.1 +28 15 47 -0.087 -0.0057 -0.0098 0.011 210 B7III 54BAur 47395 31852B 06 39 33.2 +28 15 48 -0.087 -0.0057 -0.0098 0.011 210 –

59 Aur 50018 33041 06 53 01.4 +38 52 09 0.406 -0.0034 0.0072 0.008 335 F2V OX(DSCT) 60AAur 50037 33064A 06 53 13.4 +38 26 17 0.516 0.0423 -0.1789 0.184 167 F5V: 60BAur — 33064B 06 53 13.4 +38 26 16 0.516 0.0270 -0.1748 0.177 171 – 62 Aur 51440 33614 06 59 02.8 +38 03 08 1.218 -0.0429 -0.1227 0.130 199 K2III 63 Aur 54716 34752 07 11 39.3 +39 19 14 1.451 0.0442 0.0021 0.044 87 K4II-III

64 Aur 56221 35341 07 18 02.1 +40 53 00 0.181 -0.0150 0.0122 0.019 309 A5Vn 65 Aur 57264 35710 07 22 02.6 +36 45 38 1.082 -0.0986 -0.0221 0.101 257 G8III 66 Aur 57669 35907 07 24 08.4 +40 40 20 1.249 -0.0034 -0.0211 0.021 189 K0III Σ 872Α 43017 29725A 06 15 39.0 +36 08 55 0.440 -0.0585 0.0038 0.059 274 F4V: Σ 872Β 43017 29725B 06 15 38.4 +36 08 46 0.440 -0.0733 0.0061 0.074 275 G5

R Aur 34019 24645 05 17 17.8 +53 35 10 1.500 0.0023 -0.0147 0.015 171 M7III (M) UU Aur 46687 31579 06 36 32.8 +38 26 43 2.773 -0.0018 -0.0214 0.021 185 C5II (SRB) WW Aur 46052 31173 06 32 27.1 +32 27 17 0.188 -0.0265 -0.0175 0.032 237 A3m+A3m (EA/DM) AE Aur 34078 24575 05 16 18.2 +34 18 43 0.199 -0.0041 0.0432 0.043 355 O9.5Vvar (INA) IQ Aur 34452 24799 05 19 00.0 +33 44 54 -0.167 0.0136 -0.0296 0.033 155 A0pSi (ACV)

PU Aur 34269 24738 05 18 15.8 +42 47 32 1.492 0.0181 -0.0305 0.035 149 M4III (L) -AAur 34557 24902A 05 20 14.8 +41 05 10 0.122 -0.0181 -0.0522 0.055 199 A3V -BAur — 24902B 05 20 14.8 +41 05 10 0.122 -0.0181 -0.0522 0.055 199 –

28 Auriga (II)

AUR m M π pc l.y. V RV L F mc Bin? ADS 39 Aur 5.90 2.34 0.0194″ 52 168 50 34 9.1 40 Aur 5.35 0.01 0.0086 117 380 35 18 78 41AAur 6.22 1.32 0.0105 95 311 40 31 23 5.78 Σ 845 4773A 41BAur 7.12 2.22 0.0105 95 311 39 29 10 Σ 845 4773B 42 Aur 6.53 2.24 0.0139 72 235 17 -8 10

43 Aur 6.33 1.20 0.0094 106 346 66 0 26 45 Aur 5.34 1.56 0.0175 57 186 25 0 19 47 Aur 5.88 -0.18 0.0062 163 530 48 -47 93 48 Aur 5.75 -2.65 0.0021 478 1560 40 22 903 49 Aur 5.26 -0.42 0.0073 137 447 19 17 116

51 Aur 5.70 0.76 0.0103 97 317 60 33 39 53AAur 6.20 0.64 0.0077 129 421 23 18 43 5.76 bin:A 53‘BAur 6.97 1.41 0.0077 129 421 15 - 21 bin:B 54AAur 6.22 -0.47 0.0046 217 709 22 19 121 6.02 ΟΣ 152 5289A 54BAur 7.82 1.13 0.0046 217 709 12 - 28 ΟΣ 152 5289B

59 Aur 6.10 0.04 0.0062 163 530 6 1 76 Σ 974 5534 60AAur 6.59 2.50 0.0152 66 214 66 32 7.8 6.32 bin:A 60BAur 8.56 4.47 0.0152 66 214 55 - 1.3 bin:B 62 Aur 6.02 -0.31 0.0054 185 603 117 25 105 63 Aur 4.91 -0.86 0.0070 142 464 40 -27 174

64 Aur 5.87 1.30 0.0122 82 268 13 -10 24 65 Aur 5.12 0.84 0.0139 72 235 41 23 36 β 901 6009 66 Aur 5.23 -1.51 0.0045 223 728 31 21 317 Σ 872Α 6.96 3.54 0.0207 48 157 15 7 3.0 6.47 Σ 872 4849A Σ 872Β 7.56 3.44 0.0150 67 217 25 9 3.3 Σ 872 4849B

R Aur 6.70 -1.38 0.0024 413 1347 30 8 281 Es 3845 UU Aur 5.40 -3.32 0.0018 556 1811 58 12 1681 WW Aur 5.82 1.19 0.0119 84 275 16 -9 26 AE Aur 5.99 -2.26 0.0022 446 1455 109 59 630 Sei 136 3843 IQ Aur 5.38 -0.31 0.0073 137 448 36 29 105

PU Aur 5.55 -1.09 0.0047 213 694 52 -38 215 -AAur 5.58 0.72 0.0107 94 306 33 22 41 5.46 bin:A -BAur 8.55 3.68 0.0107 94 306 25 - 2.6 bin:B

29 Bootes (I)

BOO HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

αΑ 124897 69673A 14h15m39.6s +19º10′57″ 1.239 -1.0935 -1.9994 2.279 209º K2IIIp αΒ 124897 69673B 14 15 39.6 +19 10 57 1.239 -1.0935 -1.9994 2.279 209 – β 133208 73555 15 01 56.6 +40 23 26 0.956 -0.0402 -0.0292 0.050 234 G8III γ 127762 71075 14 32 04.6 +38 18 29 0.191 -0.1156 0.1519 0.191 323 A7IIIvar (DSCT) δ 135722 74666 15 15 30.1 +33 18 53 0.961 0.0848 -0.1106 0.139 143 G8III

εΑ 129989 72105A 14 44 59.1 +27 04 27 0.966 -0.0507 0.0200 0.054 292 K0II-III εΒ 129988 72105B 14 44 59.1 +27 04 30 0.966 -0.0507 0.0200 0.054 292 A2V ζΑ 129247 71795A 14 41 08.8 +13 43 42 0.044 0.0524 -0.0127 0.054 104 A3IVn ζΒ 129246 71795B 14 41 08.8 +13 43 43 0.044 0.0607 -0.0240 0.065 112 A2V η 121370 67927 13 54 41.0 +18 23 52 0.580 -0.0610 -0.3581 0.363 190 G0IV

ϑ 126660 70497 14 25 11.7 +51 51 03 0.497 -0.2361 -0.3991 0.464 211 F7V ι 125161 69713 14 16 09.8 +51 22 02 0.236 -0.1500 0.0894 0.175 301 A9V (DSCT) κ1 124674 69481 14 13 27.6 +51 47 15 0.374 0.0646 -0.0038 0.065 93 F1V κ2 124675 69483 14 13 28.9 +51 47 24 0.233 0.0614 -0.0106 0.062 100 A8IV (DSCT) λ 125162 69732 14 16 22.9 +46 05 18 0.087 -0.1874 0.1590 0.246 310 A0sh

µ1 137391 75411 15 24 29.3 +37 22 38 0.309 -0.1477 0.0847 0.170 300 F0V µ2B 137392 75415B 15 24 30.8 +37 20 51 0.600 -0.1410 0.0850 0.165 301 G1V µ2C — 75415C 15 24 30.8 +37 20 53 0.600 -0.1537 0.0917 0.179 301 – ν1 138481 75973 15 30 55.7 +40 49 59 1.589 0.0110 -0.0088 0.014 129 K5III ν2 138629 76041 15 31 46.9 +40 53 58 0.086 -0.0137 -0.0149 0.020 223 A5V

ξΑ 131156 72659A 14 51 23.2 +19 06 04 0.720 0.1528 -0.0713 0.169 115 G8V (BY:) ξΒ 131156 72659B 14 51 29.2 +19 06 10 0.720 0.0897 -0.1473 0.172 149 K4V ο 129972 72125 14 45 14.4 +16 57 52 0.972 -0.0609 -0.0507 0.079 230 K0III π1 129174 71762A 14 40 43.5 +16 25 06 -0.002 0.0096 0.0095 0.014 46 B9p π2 129175 71762B 14 40 43.8 +16 25 04 0.300 0.0035 0.0089 0.010 21 A6V

ρ 127665 71053 14 31 49.7 +30 22 17 1.298 -0.1004 0.1202 0.157 320 K3III σ 128167 71284 14 34 40.7 +29 44 42 0.364 0.1883 0.1327 0.230 55 F3Vwvar τ 120136 67275 13 47 15.7 +17 27 24 0.508 -0.4803 0.0542 0.483 276 F6IV υ 120477 67459 13 49 28.5 +15 47 52 1.520 -0.0936 0.0408 0.102 294 K5IIIvar ϕ 139641 76534 15 37 49.5 +40 21 12 0.886 0.0605 0.0596 0.085 45 G8III-IV

χ 135502 74596 15 14 29.1 +29 09 51 0.062 -0.0700 0.0283 0.076 292 A2V ψ 133582 73745 15 04 26.7 +26 56 51 1.240 -0.1763 -0.0045 0.176 269 K2III ω 133124 73568 15 02 06.4 +25 00 29 1.506 -0.0059 -0.0486 0.049 187 K4III 1ABoo 119055 66727A 13 40 40.4 +19 57 20 0.017 -0.0465 0.0232 0.052 297 A1V 1BBoo — 66727B 13 40 40.6 +19 57 17 0.017 -0.0465 0.0232 0.052 297 –

2 Boo 119126 66763 13 41 02.2 +22 29 45 1.009 -0.0153 -0.0263 0.030 210 G9III 3 Boo 120064 67239 13 46 43.2 +25 42 08 0.523 -0.0183 -0.0595 0.062 197 G5III:+A7V: 6 Boo 120539 67480 13 49 42.7 +21 15 51 1.432 0.0211 0.0170 0.027 51 K4III 7 Boo 121107 67787 13 53 12.8 +17 55 58 0.845 -0.0335 0.0053 0.034 279 G5III 9 Boo 121710 68103 13 56 34.1 +27 29 31 1.441 0.0282 -0.0478 0.055 149 K3IIIvar

10 Boo 121996 68276 13 58 38.8 +21 41 46 -0.002 -0.0095 -0.0421 0.043 193 A0Vs 11 Boo 122405 68478 14 01 10.5 +27 23 12 0.193 -0.0793 0.0190 0.082 283 A7III 12 Boo 123999 69226 14 10 23.9 +25 05 30 0.541 -0.0230 -0.0601 0.064 201 F9IVw 13 Boo 123782 69068 14 08 17.2 +49 27 29 1.637 -0.0595 0.0603 0.085 315 M2III CF(LB) 14 Boo 124570 69536 14 14 05.1 +12 57 34 0.537 -0.2540 -0.0546 0.260 258 F6IV

15ABoo 124679 69612A 14 14 50.8 +10 06 03 1.007 -0.0225 -0.1643 0.166 188 K1III 15BBoo 124679 69612B 14 14 51.2 +10 06 02 1.007 -0.0225 -0.1643 0.166 188 – 18 Boo 125451 69989 14 19 16.2 +13 00 15 0.385 0.1059 -0.0322 0.111 107 F5.1V 20 Boo 125560 70027 14 19 45.1 +16 18 25 1.228 -0.1409 0.0603 0.153 293 K3III 22 Boo 126661 70602 14 26 27.3 +19 13 36 0.231 -0.0710 0.0267 0.076 291 F0m

30 Bootes (I)

BOO m M π pc l.y. V RV L F mc Bin? ADS αΑ 0.16 -0.10 0.0889″ 11.3 36.7 122 -5 86 16 -0.05 bin:A αΒ 3.49 3.23 0.0889 11.3 36.7 122 - 4.0 bin:B β 3.49 -0.64 0.0149 67 219 25 -20 142 42 γ 3.04 0.96 0.0383 26 85 43 -36 33 27 β 616 9300 δ 3.46 0.69 0.0279 36 117 27 -12 42 49 Σ Ι 27 9559

εΑ 2.65 -1.39 0.0156 64 210 24 -17 283 36 2.35 Σ 1877 9372A εΒ 4.85 0.81 0.0156 64 210 28 -23 37 36 Σ 1877 9372B ζΑ 4.53 0.81 0.0181 55 180 15 -5 37 30 3.78 Σ 1865 9343A ζΒ 4.58 0.86 0.0181 55 180 18 -5 36 30 Σ 1865 9343B η 2.68 2.41 0.0882 11.3 37.0 20 0 8.6 8 Sh 169

ϑ 4.04 3.22 0.0686 14.6 47.5 34 -11 4.0 23 ι 4.75 2.38 0.0335 30 97 31 -19 8.8 21 Σ Ι 26 9198 κ1 6.62 2.73 0.0167 60 196 27 -20 6.4 17 Σ 1821 9173B κ2 4.53 1.14 0.0210 48 155 22 -17 27 17 4.38 Σ 1821 9173A λ 4.18 1.81 0.0336 30 97 36 -8 15 19

µ1 4.31 1.46 0.0270 37 121 32 -12 20 51 6.51 Σ Ι 28 9626A µ2B 7.13 4.28 0.0268 37 122 30 -9 1.5 51 Σ 1938 9626B µ2C 7.74 4.88 0.0268 37 122 33 - 0.9 51 Σ 1938 9626C ν1 5.04 -2.10 0.0037 267 872 20 -10 542 52 ν2 4.98 -0.62 0.0076 132 430 20 -17 139 53 A 1634 9688AB

ξΑ 4.81 5.68 0.1493 6.7 21.8 7 3 0.4 37 4.54 Σ 1888 9413A ξΒ 7.08 7.95 0.1493 6.7 21.8 7 5 0.1 37 Σ 1888 9413B ο 4.60 0.40 0.0145 69 225 27 -9 54 35 π1 4.85 -0.09 0.0103 97 317 6 -1 86 29 4.49 Σ 1864 9338A π2 5.91 0.97 0.0103 97 317 8 -6 32 29 Σ 1864 9338B

ρ 3.57 0.27 0.0219 46 149 37 -14 61 25 h 2728 9296 σ 4.47 3.52 0.0647 15 50 17 0 3.1 28 β pm τ 4.50 3.53 0.0641 16 51 39 -16 3.0 4 ΟΣ 270 9025 υ 4.05 -0.33 0.0133 75 245 37 -6 107 5 ϕ 5.25 1.76 0.0200 50 163 22 -10 16 54

χ 5.28 1.07 0.0144 69 226 30 -16 29 48 ψ 4.52 0.10 0.0130 77 250 69 -25 72 43 ω 4.80 -0.41 0.0091 110 359 29 14 115 41 1ABoo 5.78 0.94 0.0108 93 303 35 -26 33 5.73 Σ 1772 8991A 1BBoo 9.60 4.76 0.0108 93 303 23 - 1.0 Σ 1772 8991B

2 Boo 5.63 0.66 0.0101 99 322 15 5 43 3 Boo 5.97 1.36 0.0120 84 272 26 8 22 6 Boo 4.92 -0.34 0.0089 113 368 15 -3 108 7 Boo 5.71 -0.90 0.0048 210 683 35 -10 180 9 Boo 5.02 -1.47 0.0050 199 648 66 -40 305

10 Boo 5.76 -0.08 0.0068 147 480 31 6 85 11 Boo 6.23 1.14 0.0096 104 340 47 -24 28 12 Boo 4.82 2.00 0.0273 37 120 16 11 12 13 Boo 5.26 -0.90 0.0059 171 556 70 -13 180 H VI 112 14 Boo 5.53 2.92 0.0301 33 108 57 -39 5.3

15ABoo 5.51 1.05 0.0128 78 255 64 17 30 5.29 Kui 66A 15BBoo 8.53 4.07 0.0128 78 255 61 - 1.9 Kui 66B 18 Boo 5.41 3.33 0.0383 26 85 14 -3 3.7 β pm 20 Boo 4.84 1.01 0.0171 58 190 43 -8 31 22 Boo 5.40 0.76 0.0118 85 276 41 -28 39

31 Bootes (II)

BOO HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

24 Boo 127243 70791 14h28m37.7s +49º50′41″ 0.864 -0.3045 -0.0464 0.308 261º G3IV 26 Boo 127739 71115 14 32 32.5 +22 15 36 0.391 -0.1265 0.0404 0.133 288 F2IV 31 Boo 129312 71832 14 41 38.7 +08 09 42 0.992 -0.0102 0.0033 0.011 288 G8IIIvar 32 Boo 129336 71837 14 41 43.5 +11 39 38 0.941 -0.1595 -0.1123 0.195 235 G8III 33 Boo 129002 71618 14 38 50.1 +44 24 16 0.030 -0.0684 -0.0184 0.071 255 A1V

34 Boo 129712 71995 14 43 25.3 +26 31 40 1.672 -0.0133 -0.0167 0.021 219 M3III W(SRB) 38 Boo 130945 72487 14 49 18.6 +46 06 58 0.482 -0.0074 -0.0773 0.078 185 K7IVw 39ABoo 131041 72524A 14 49 41.3 +48 43 14 0.501 -0.0769 0.0991 0.125 322 F6V 39BBoo 131041 72524B 14 49 41.8 +48 43 11 0.501 -0.0793 0.0945 0.123 320 – 40 Boo 132772 73369 14 59 36.9 +39 15 55 0.336 -0.0315 0.0419 0.052 323 F1III-IV

45 Boo 134083 73996 15 07 18.0 +24 52 09 0.429 0.1848 -0.1635 0.247 132 F5V 46 Boo 134320 74087 15 08 23.8 +26 18 04 1.240 0.0011 -0.0124 0.012 175 K2III 47 Boo 133962 73841 15 05 25.7 +48 09 03 -0.005 -0.0653 0.0297 0.072 294 A1V 50 Boo 136849 75178 15 21 48.5 +32 56 01 -0.051 -0.0488 0.0139 0.051 286 B9Vn A Boo 125351 69879 14 17 59.7 +35 30 34 1.057 0.0049 0.0142 0.015 19 K1III

β 612Α 118889 66640A 13 39 34.7 +10 44 46 0.348 -0.1130 -0.0376 0.119 252 F0V β 612Β 118889 66640B 13 39 34.7 +10 44 46 0.348 -0.1139 0.0136 0.115 277 – β 1111 126128 70327B 14 23 22.6 +08 26 43 0.010 -0.0753 -0.0096 0.076 263 F3V Σ 1785Α 120476 67422A 13 49 05.0 +26 58 43 1.110 -0.4274 -0.0899 0.437 258 K2 Σ 1785Β 120476 67422B 13 49 05.0 +26 58 46 1.110 -0.4706 -0.0921 0.480 259 –

Σ 1835 126129 70327A 14 23 22.5 +08 26 48 0.010 -0.0753 -0.0096 0.076 263 A0V Σ 1909Α 133640 73695A 15 03 47.3 +47 39 16 0.647 -0.4362 0.0189 0.437 272 G2V i(EW) Σ 1909Β 133640 73695B 15 03 47.4 +47 39 17 0.647 -0.3787 0.0400 0.381 276 – R Boo 128609 71490 14 37 11.7 +26 44 11 1.500 -0.0226 0.0125 0.026 299 M3e-M8e (M) RX Boo 126327 70401 14 24 11.6 +25 42 14 1.282 0.0217 -0.0497 0.054 156 M1IIvar (SRB)

BP Boo 140728 76957 15 42 50.7 +52 21 39 -0.042 -0.0663 0.0297 0.073 294 B9pSiCr (ACV) BX Boo 133029 73454 15 00 38.7 +47 16 39 -0.099 -0.0082 0.0155 0.018 332 B9pSiSrCr (ACV) BY Boo 123657 69038 14 07 55.7 +43 51 16 1.493 0.0117 -0.0298 0.032 158 M4.2III (LB:) CH Boo 128333 71280 14 34 39.5 +49 22 06 1.560 -0.0458 0.0504 0.068 318 M1III (LB) - Boo 131111 72582 14 50 29.6 +37 16 19 1.030 -0.2123 0.0952 0.233 294 K0III-IV

- Boo 134190 73909 15 06 16.7 +54 33 23 0.958 0.0471 0.0128 0.049 75 G8III - Boo 136729 75043 15 20 05.1 +51 57 31 0.122 0.0109 0.0113 0.016 44 A4V - Boo 137704 75572 15 26 17.4 +34 20 09 1.410 -0.1144 0.0603 0.129 298 K4III

32 Bootes (II)

BOO m M π pc l.y. V RV L F mc Bin? ADS 24 Boo 5.58 0.70 0.0106″ 94 308 138 -5 41 26 Boo 5.91 2.35 0.0194 51 168 35 -12 9.0 31 Boo 4.86 -1.38 0.0057 177 576 24 -22 279 32 Boo 5.55 0.19 0.0085 118 385 112 -23 66 33 Boo 5.39 1.49 0.0166 60 197 24 -13 20

34 Boo 4.80 -2.38 0.0037 272 888 28 6 703 38 Boo 5.76 2.41 0.0213 47 153 18 -5 8.6 39ABoo 6.36 2.12 0.0142 70 229 53 -32 11 5.68 Σ 1890 9406A 39BBoo 6.72 2.49 0.0142 70 229 49 -27 8.0 Σ 1890 9406B 40 Boo 5.64 2.13 0.0198 50 164 17 12 11

45 Boo 4.93 3.46 0.0507 20 64 24 -7 3.3 β pm 46 Boo 5.67 0.12 0.0078 129 420 22 21 70 47 Boo 5.59 1.08 0.0126 80 260 30 -13 29 β 1086 9500 50 Boo 5.38 0.98 0.0132 76 247 20 -7 32 A Boo 4.80 0.63 0.0146 68 223 26 -26 44

β 612Α 6.35 2.71 0.0187 54 175 35 -18 6.5 5.57 β 612 8987A β 612Β 6.47 2.83 0.0187 54 175 29 - 5.8 β 612 8987B β 1111 7.60 3.50 0.0152 66 215 30 -18 3.1 6.90 β 1111 9247BC Σ 1785Α 7.69 7.01 0.0733 13.7 44.5 35 -21 0.1 7.05 Σ 1785 9031A Σ 1785Β 8.15 7.47 0.0733 13.7 44.5 31 - 0.1 Σ 1785 9031B

Σ 1835 5.04 0.94 0.0152 66 215 33 -23 33 4.86 Σ 1835 9247A Σ 1909Α 5.31 4.78 0.0784 12.8 41.6 36 -25 1.0 44 4.83 Σ 1909 9494A Σ 1909Β 6.09 5.56 0.0784 12.8 41.6 23 - 0.5 44 Σ 1909 9494B R Boo 6.20 ------58 - RX Boo 7.98 2.02 0.0064 156 508 40 - 12

BP Boo 5.48 0.54 0.0103 97 317 37 -16 48 BX Boo 6.35 0.53 0.0068 146 477 19 -14 49 ΟΣ 291 9447 (OPT) BY Boo 5.13 -0.64 0.0070 143 465 42 -36 142 CH Boo 5.74 -1.16 0.0042 240 782 80 -20 229 - Boo 5.47 1.53 0.0163 61 200 95 -67 19

- Boo 5.24 0.73 0.0125 80 260 24 16 40 - Boo 5.65 1.58 0.0153 65 213 9 8 18 - Boo 5.46 -0.42 0.0067 150 489 104 -48 116

33 Caelum

CAE HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 29875 21770 04h40m33.6s -41º51′50″ 0.342 -0.1412 -0.0750 0.160 242º F2V β 29992 21861 04 42 03.4 -37 08 40 0.391 0.0469 0.1931 0.199 14 F3V γΑ 23831 23595 05 04 24.3 -35 29 00 1.177 0.1262 -0.0444 0.134 109 K3III γΒ 23831 23595 05 04 24.1 -35 28 58 1.177 0.1262 -0.0444 0.134 109 K2III δ 28873 21060 04 30 50.1 -44 57 14 -0.194 0.0024 -0.0025 0.003 135 B2IV-V

ζ 30608 22280 04 47 49.6 -30 01 13 1.071 0.0290 0.0928 0.097 17 K0III ν 30985 22488 04 50 16.2 -41 19 15 0.408 -0.0030 0.0666 0.067 357 F1III-IV XACae 32846 23596A 05 04 26.0 -35 42 19 0.311 0.0285 0.0406 0.050 35 F2IV-V (DSCTC) XBCae — 23596B 05 04 26.0 -35 42 20 0.311 0.0285 0.0406 0.050 35 –

34 Caelum

CAE m M π pc l.y. V RV L F mc Bin? ADS α 4.44 2.92 0.0497″ 20 66 15 -1 5.3 HdO 190 β 5.04 2.83 0.0362 28 90 38 27 5.8 γΑ 4.74 0.97 0.0176 57 185 37 10 32 4.55 Jc 9A γΒ 8.48 4.71 0.0176 57 185 36 - 1.0 Jc 9B δ 5.07 -1.62 0.0046 218 710 14 -14 350

ζ 6.35 0.36 0.0064 157 513 73 5 56 ν 6.06 2.47 0.0191 52 171 30 25 8.1 h 3697 XACae 6.45 1.40 0.0098 102 334 25 6 22 6.32 bin:A XBCae 9.57 4.52 0.0098 102 334 24 - 1.2 bin:B

35 Camelopardalis (I)

CAM HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 30614 22783 04h54m03.0s +66º20′34″ -0.008 0.0005 0.0073 0.007 4º O9.5Ia SB: β 31910 23522 05 03 25.1 +60 26 32 0.921 -0.0061 -0.0148 0.016 202 G0Ib γ 23401 17959 03 50 21.5 +71 19 57 0.064 0.0183 -0.0420 0.046 156 A2IVn 1ACam 28446 21148A 04 32 01.8 +53 54 39 0.119 -0.0032 -0.0060 0.007 208 B0III SB 1BCam 28446 21148B 04 32 00.9 +53 54 45 0.119 -0.0032 -0.0060 0.007 208 B1

2ACam 29316 21730A 04 39 58.0 +53 28 24 0.331 0.0484 -0.1230 0.132 159 A8V 2BCam 29316 21730B 04 39 58.0 +53 28 24 0.331 0.0327 -0.0801 0.087 158 – 2CCam 29316 21730C 04 39 58.0 +53 28 23 0.331 0.0586 -0.1058 0.121 151 – 3 Cam 29317 21727 04 39 54.7 +53 04 47 1.079 -0.0074 -0.0160 0.018 205 K0III SB 4 Cam 30121 22287 04 48 00.2 +56 45 26 0.246 0.0530 -0.1464 0.156 160 A3m

5 Cam 30958 22854 04 55 03.1 +55 15 33 0.015 -0.0161 -0.0086 0.018 242 B9.5V 6 Cam 31189 22994 04 56 49.5 +55 49 27 1.678 -0.0091 -0.0243 0.026 200 K5 7ACam 31278 23040A 04 57 17.1 +53 45 08 -0.017 -0.0242 0.0075 0.025 287 A1V 7BCam 31278 23040B 04 57 17.1 +53 45 07 -0.017 -0.0242 0.0075 0.025 287 – 8 Cam 31579 23216 04 59 46.3 +53 09 20 1.462 -0.0132 -0.0112 0.017 230 K4III 11 Cam 32343 23734 05 06 08.4 +58 58 21 -0.080 -0.0062 -0.0077 0.010 219 B2.5Ve BV(GCAS) 12 Cam 32357 23743 05 06 12.2 +59 01 16 1.112 -0.0018 -0.0262 0.026 184 K0III BM (RS) 14 Cam 33296 24348 05 13 31.5 +62 41 28 0.204 -0.0374 0.0008 0.037 271 A7Vn 15 Cam 34233 24836 05 19 27.8 +58 07 02 -0.031 0.0063 -0.0183 0.019 161 B5V 16 Cam 34787 25197 05 23 27.6 +57 32 40 -0.011 0.0149 -0.0560 0.058 165 A0Vn

17 Cam 35583 25769 05 30 10.2 +63 04 02 1.704 -0.0059 -0.0048 0.008 231 M1III 18 Cam 36066 25973 05 32 33.8 +57 13 16 0.587 0.1120 -0.2246 0.251 153 F8V 19ACam 36570 26408A 05 37 15.1 +64 09 17 0.006 0.0011 -0.0665 0.066 179 A0V 19BCam 36570 26408B 05 37 15.3 +64 09 18 0.006 0.0011 -0.0665 0.066 179 – 20 Cam 36770 26426 05 37 27.1 +56 29 16 0.980 -0.0001 -0.0076 0.008 181 G8II-III

21 Cam 37136 26700 05 40 29.1 +61 56 57 0.232 -0.0111 0.0076 0.013 305 A5 22 Cam 37070 26587 05 39 05.4 +56 21 36 0.411 0.0093 -0.1326 0.133 176 F5 23 Cam 37638 27046 05 44 08.6 +61 28 36 0.902 -0.0111 0.0011 0.011 276 G5III: 24 Cam 37601 26942 05 43 01.6 +56 34 54 0.951 0.0161 0.0287 0.033 29 K0III 26 Cam 38091 27249 05 46 30.4 +56 06 56 0.164 0.0202 -0.0589 0.062 161 A4Vn

28 Cam 38129 27283 05 46 54.8 +56 55 26 0.141 0.0086 -0.0278 0.029 163 A7V 29 Cam 38618 27592 05 50 34.0 +56 55 08 0.129 -0.0190 -0.0038 0.019 259 A4IV-V 30 Cam 38831 27731 05 52 17.4 +58 57 51 -0.036 -0.0015 -0.0210 0.021 184 A0Vs 31 Cam 39220 27971 05 54 57.7 +59 53 18 0.010 0.0020 -0.0185 0.019 174 A2V TU(EB) 36 Cam 41927 29490 06 12 51.0 +65 43 06 1.344 0.0072 -0.0318 0.033 167 K2II-III 37 Cam 41597 29246 06 09 59.0 +58 56 09 1.096 0.0176 0.0188 0.026 43 G8III 38 Cam 41783 29315 06 10 53.3 +59 10 10 0.988 -0.0168 -0.0137 0.022 231 K0III 39 Cam 41782 29348 06 11 13.6 +60 27 12 1.698 -0.0217 -0.0163 0.027 233 M0 40 Cam 42633 29730 06 15 40.6 +59 59 57 1.339 0.0285 -0.0241 0.037 130 K3III 41 Cam 47005 31944 06 40 31.5 +61 55 22 0.156 -0.0271 0.0169 0.032 302 A2 42 Cam 48879 32864 06 50 57.1 +67 34 19 -0.152 0.0009 0.0046 0.005 11 B4IV 43 Cam 49340 33104 06 53 42.2 +68 53 18 -0.114 0.0045 0.0073 0.009 32 B7III 47ACam 56820 35735A 07 22 17.2 +59 54 07 0.282 -0.0017 0.0154 0.015 354 A8m 47BCam 56820 35735B 07 22 17.0 +59 54 08 0.282 -0.0017 0.0154 0.015 354 – 49 Cam 62140 37934 07 46 27.5 +62 49 49 0.262 -0.0370 -0.0610 0.071 211 F0pSrEu BC(ACV) 51 Cam 62066 37949 07 46 40.1 +65 27 21 1.183 0.0282 0.0184 0.034 57 K2III: 53 Cam 65339 39261 08 01 42.3 +60 19 28 0.158 -0.0336 -0.0222 0.040 236 A2pSrCrEu AX(ACV) L Cam 42818 29997 06 18 50.8 +69 19 12 0.025 -0.0016 -0.1017 0.102 181 A0Vn ΟΣ 67Α 24480 18488A 03 57 08.2 +61 06 32 1.435 -0.0034 -0.0141 0.014 194 K3I-II ΟΣ 67Β — 18488B 03 57 08.4 +61 06 33 1.435 -0.0034 -0.0141 0.014 194 –

36 Camelopardalis (I)

CAM m M π pc l.y. V RV L F mc Bin? ADS α 4.26 -7.38 0.0005″ 2128 6936 74 6 70438 9 β 4.03 -3.40 0.0033 306 997 23 -2 1798 10 S 459 3615 γ 4.59 -0.47 0.0097 103 335 22 -1 121 [-] h 2200 1ACam 5.83 -4.38 0.0009 1100 3586 36 -7 4455 5.50 Σ 550 3274A 1BCam 6.96 -3.25 0.0009 1100 3586 35 -1 1574 Σ 550 3274B

2ACam 7.35 2.70 0.0118 85 277 57 20 6.5 5.36 β 1295 3358A 2BCam 5.86 1.21 0.0118 85 277 40 - 26 β 1295 3358B 2CCam 7.56 2.91 0.0118 85 277 53 - 5.4 β 1295 3358C 3 Cam 5.07 -0.84 0.0066 152 495 43 -41 170 β 1043 3359 4 Cam 5.37 1.89 0.0201 50 162 41 19 14 5.29 β 3432

5 Cam 5.52 -1.02 0.0049 203 661 18 2 201 β 1187 3508 6 Cam 6.65 -0.54 0.0036 275 896 34 -1 130 7ACam 4.49 -0.82 0.0087 115 376 16 -8 167 4.43 Σ 610 3536A 7BCam 7.90 2.59 0.0087 115 376 14 - 7.2 Σ 610 3536B 8 Cam 6.09 -0.77 0.0043 235 767 19 -2 160

11 Cam 5.22 -1.35 0.0049 206 671 15 -11 272 4.81 Σ Ι 13Α 12 Cam 6.08 -0.33 0.0052 192 625 25 -8 107 Σ Ι 13Β 14 Cam 6.49 1.91 0.0122 82 268 15 -4 13 15 Cam 6.13 -1.02 0.0037 270 879 26 7 202 16 Cam 5.24 0.15 0.0096 104 340 31 12 69 β

17 Cam 5.43 -1.85 0.0035 286 931 22 -19 432 18 Cam 6.44 3.23 0.0228 44 143 64 37 4.0 19ACam 6.19 0.91 0.0088 114 372 38 -12 34 6.15 Hu 1107 4177A 19BCam 9.76 4.47 0.0088 114 372 38 - 1.3 Hu 1107 4177B 20 Cam 7.46 1.09 0.0053 188 614 7 - 29

21 Cam 6.86 1.01 0.0068 148 482 18 -15 31 22 Cam 7.03 3.14 0.0166 60 196 43 20 4.4 23 Cam 6.17 1.23 0.0103 97 318 7 -4 25 24 Cam 6.05 2.11 0.0163 62 200 31 -29 11 26 Cam 5.93 2.07 0.0169 59 193 27 21 12

28 Cam 6.79 0.39 0.0052 191 622 33 20 55 29 Cam 6.53 0.88 0.0074 135 441 13 4 35 H IV 125 4412 30 Cam 6.14 0.02 0.0060 167 545 21 12 77 31 Cam 5.20 -0.27 0.0081 124 405 11 -3 101 36 Cam 5.36 -1.11 0.0051 197 642 31 7 219

37 Cam 5.35 0.20 0.0093 107 349 34 31 65 38 Cam 7.14 0.54 0.0048 209 682 21 - 48 39 Cam 6.48 -1.47 0.0026 389 1268 50 - 305 40 Cam 5.37 -0.55 0.0065 153 498 30 12 131 β pm 41 Cam 6.58 1.45 0.0094 106 346 16 - 21 42 Cam 5.14 -1.98 0.0038 266 867 8 5 489 43 Cam 5.11 -2.32 0.0033 307 1000 24 -21 669 47ACam 6.46 2.23 0.0142 70 229 9 7 10 6.36 Σ 1055 5995A 47BCam 10.38 6.14 0.0142 70 229 5 - 0.3 Σ 1055 5995B 49 Cam 6.50 1.95 0.0123 81 265 28 2 13 51 Cam 5.93 0.89 0.0098 102 332 33 -29 35 53 Cam 6.02 1.05 0.0102 98 321 19 -5 30 L Cam 4.76 1.10 0.0186 54 176 27 -7 29 Mir 317 ΟΣ 67Α 5.20 -3.57 0.0018 568 1852 39 -2 2113 4.99 ΟΣ 67 2867A ΟΣ 67Β 8.08 -0.69 0.0018 568 1852 39 - 149 ΟΣ 67 2867B

37 Camelopardalis (II)

CAM HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect Var?

Σ 385Α 21291 16228A 03h29m04.1s +59º56′25″ 0.419 -0.0008 -0.0019 0.002 204º B9Ia CS(SR) Σ 385Β 21291 16228B 03 29 04.2 +59 56 23 0.419 -0.0008 -0.0019 0.002 204º – Σ 390 21447 16292 03 30 00.2 +55 27 07 0.022 -0.0454 -0.0118 0.047 255 A1V Σ 485Α 25638 19272 04 07 51.1 +62 19 48 0.386 0.0001 -0.0023 0.002 177 B0III Σ 485Β 25639 19270 04 07 49.1 +62 20 00 0.375 -0.0011 -0.0055 0.006 191 B0V SZ(EA/DM)

Σ 634 33564 25110 05 22 33.5 +79 13 52 0.506 -0.0786 0.1611 0.179 334 F6V Σ 1051Α 57044 36132A 07 26 35.1 +73 04 57 0.323 0.0198 0.0160 0.025 51 F0 Σ 1051Β 57044 36132B 07 26 34.9 +73 05 00 0.323 0.0198 0.0160 0.025 51 – Σ 1694Α 112028 62572 12 49 13.5 +83 24 46 0.033 -0.0282 0.0176 0.033 302 A1IIIsh Σ 1694Β 112014 62561 12 49 06.5 +83 25 04 0.015 -0.0221 0.0155 0.027 305 A0V

Kui 31 64486 39538 08 04 47.1 +79 28 47 -0.040 -0.0365 -0.0538 0.065 214 A0pSi VZ Cam 55966 36547 07 31 04.5 +82 24 42 1.633 -0.0037 -0.0423 0.042 185 M4IIIa (SR) BD Cam 22649 17296 03 42 09.3 +63 13 01 1.651 -0.0170 0.0193 0.026 319 S5.3 SB: (L) BE Cam 23475 17884 03 49 31.2 +65 31 34 1.870 -0.0025 -0.0140 0.014 190 M1III (I) BK Cam 20336 15520 03 19 59.3 +65 39 09 -0.108 0.0113 -0.0143 0.018 142 B2.5Vne (GCAS)

BN Cam 32650 24254 05 12 22.5 +73 56 48 -0.108 0.0043 -0.0288 0.029 171 B9pSi (ACV) CE Cam 21389 16281 03 29 54.8 +58 52 44 0.489 -0.0019 -0.0011 0.002 240 A0Ia SB: (ACYG) CO Cam 106112 59504 12 12 11.8 +77 36 58 0.358 0.0105 0.0202 0.023 28 A5m (ELL) CQ Cam 20797 15890 03 24 40.5 +64 35 10 2.038 -0.0032 0.0001 0.003 272 M0II (I) - Cam 23089 17587 03 46 02.3 +63 20 42 0.747 -0.0009 -0.0084 0.008 186 G2II-III+B9V

- Cam 23277 17854 03 49 13.8 +70 52 16 0.096 0.0209 -0.0627 0.066 162 A2m - Cam 24479 18505 03 57 25.3 +63 04 20 -0.074 0.0076 0.0060 0.010 52 B9.5V - Cam 25291 19018 04 04 27.1 +59 09 20 0.495 -0.0018 -0.0004 0.002 258 F0II - Cam 26764 19949 04 16 43.1 +53 36 43 0.052 -0.0170 -0.0017 0.017 264 A2Vn - Cam 27022 20266 04 20 40.3 +65 08 26 0.820 -0.0285 -0.0047 0.029 261 G5III

- Cam 30442 22626 04 52 05.2 +63 30 19 1.559 0.0382 -0.0943 0.102 158 M2III (var?) - Cam 46588 32439 06 46 14.1 +79 33 53 0.525 -0.0990 -0.6036 0.612 189 F8V - Cam 49878 33694 07 00 04.0 +76 58 39 1.365 0.0732 -0.0139 0.074 101 K4III - Cam 64307 39117 08 00 11.7 +73 55 05 1.424 -0.0084 -0.0374 0.038 193 K3III

38 Camelopardalis (II)

CAM m M π pc l.y. V RV L F mc Bin? ADS Σ 385Α 4.34 -6.26 0.0008″ 1316 4289 14 -7 25025 4.21 Σ 385 2544A Σ 385Β 8.22 -2.38 0.0008 1316 4289 14 − 702 Σ 385 2544B Σ 390 5.09 1.25 0.0171 59 191 13 1 25 Σ 390 2565 Σ 485Α 6.95 -4.64 0.0005 2083 6792 28 -17 5669 6.26 Σ 485 2984A Σ 485Β 7.08 -0.51 0.0030 330 1076 19 -17 126 Σ 485 2984B

Σ 634 5.08 3.47 0.0477 21 68 20 -10 3.2 Σ 634 3864 (OPT) Σ 1051Α 7.67 2.40 0.0088 113 369 37 -34 8.6 7.35 Σ 1051 6028A Σ 1051Β 9.20 3.93 0.0088 113 369 14 - 2.1 Σ 1051 6028B Σ 1694Α 5.38 0.54 0.0108 93 303 15 2 48 4.86 Σ 1694 8682A Σ 1694Β 5.92 1.75 0.0147 68 222 9 1 16 Σ 1694 8682B

Kui 31 5.39 0.36 0.0099 101 330 31 3 56 Kui 31 VZ Cam 4.92 -0.89 0.0069 145 473 32 14 178 BD Cam 5.06 -0.95 0.0063 159 520 29 -22 189 BE Cam 4.39 -2.97 0.0034 296 964 20 -3 1208 BK Cam 4.74 -2.21 0.0041 246 801 21 -3 604 β pm

BN Cam 5.44 0.14 0.0087 115 374 18 9 69 CE Cam 4.55 -4.85 0.0013 758 2470 10 -6 6837 CO Cam 5.14 2.50 0.0297 34 110 4 0 7.8 CQ Cam 5.13 -2.79 0.0026 383 1249 22 -21 1025 - Cam 4.78 -2.17 0.0041 245 799 10 -2 579

- Cam 5.40 0.40 0.0100 100 325 36 17 54 - Cam 4.95 -0.13 0.0097 104 338 7 5 89 - Cam 5.00 -3.63 0.0019 532 1734 21 -20 2227 - Cam 5.20 0.03 0.0092 108 353 9 -3 77 - Cam 5.26 0.22 0.0098 102 333 23 -18 64

- Cam 5.47 -0.46 0.0065 153 499 82 -36 120 β - Cam 5.44 4.18 0.0560 18 58 53 13 1.7 - Cam 4.55 0.76 0.0174 57 187 33 -26 39 - Cam 5.37 -1.29 0.0047 215 700 52 35 258

39 Cancer (I)

CNC HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 76756 44066 08h58m29.2s +11º51′28″ 0.141 0.0415 -0.0292 0.051 125º A5m β 69267 40526 08 16 30.9 +09 11 08 1.481 -0.0468 -0.0487 0.068 224 K4III γ 74198 42806 08 43 17.1 +21 28 06 0.010 -0.1069 -0.0393 0.114 250 A1IV δ 74442 42911 08 44 41.0 +18 09 15 1.083 -0.0171 -0.2285 0.229 184 K0III ε 73731 42556 08 40 26.9 +19 32 42 0.170 -0.0337 -0.0136 0.036 248 Am

ζ1A 68257 40167A 08 12 12.6 +17 38 52 0.531 0.0283 -0.1509 0.154 169 F8V ζ1C 68255 40167C 08 12 12.6 +17 38 52 0.600 0.1410 -0.1261 0.189 132 G5V ζ2 68256 40167B 08 12 13.2 +17 38 51 0.790 0.0798 -0.0427 0.091 118 F9V η 72292 41909 08 32 42.4 +20 26 28 1.252 -0.0447 -0.0447 0.063 225 K3III ϑ 72094 41822 08 31 35.7 +18 05 40 1.567 -0.0601 -0.0565 0.082 227 K5III

ιΑ 74739 43103 08 46 41.8 +28 45 36 1.007 -0.0207 -0.0440 0.049 205 G7.5IIIaBa0.1 ιΒ 74738 43100 08 46 40.0 +28 45 55 0.051 -0.0242 -0.0440 0.050 209 A3V κ 78316 44798 09 07 44.8 +10 40 06 -0.092 -0.0204 -0.0100 0.023 244 B8IIIpMn (ACV) λ 70011 40881 08 20 32.1 +24 01 20 -0.039 -0.0207 -0.0178 0.027 229 B9.5V µ 67228 39780 08 07 45.8 +21 34 54 0.642 0.0231 -0.0672 0.071 161 G2IV

ν 77350 44405 09 02 44.2 +24 27 11 -0.041 -0.0026 -0.0071 0.008 200 A0III ξ 78515 44946 09 09 21.5 +22 02 43 0.970 -0.0005 -0.0007 0.001 214 K0III ο1 76543 43970 08 57 14.9 +15 19 21 0.149 0.0612 0.0185 0.064 73 A5III ο2 76582 44001 08 57 35.1 +15 34 53 0.209 0.0609 0.0190 0.064 73 F0IV π 79554 45410 09 15 13.8 +14 56 29 1.319 -0.0396 -0.0123 0.041 253 K1III

ρ1 75732 43587 08 52 35.8 +28 19 51 0.869 -0.4855 -0.2344 0.539 244 G8V ρ2 76219 43834 08 55 39.6 +27 55 39 1.000 -0.0150 -0.0334 0.037 204 G8II-III σ1 75698 43584 08 52 34.6 +32 28 27 0.224 -0.0038 0.0139 0.014 345 A8Vms σ2 76398 43932 08 56 56.6 +32 54 37 0.181 -0.0534 -0.0656 0.085 219 A7IV σ3 76813 44154 08 59 32.6 +32 25 07 0.913 -0.0443 -0.0346 0.056 232 G9III

σ4Α 77104 44307A 09 01 24.0 +32 15 08 0.088 0.0003 0.0007 0.001 23 A2V σ4Β 77104 44307B 09 01 24.3 +32 15 05 0.088 0.0003 0.0007 0.001 23 – τ 78235 44818 09 08 00.0 +29 39 15 0.888 -0.0311 0.0034 0.031 276 G8III υ1 72041 41816 08 31 30.4 +24 04 52 0.327 -0.0821 -0.0457 0.094 241 F0IIIn υ2 72324 41940 08 33 00.0 +24 05 05 1.032 -0.0647 -0.0475 0.080 234 G9III

ϕ1 71093 41377 08 26 27.6 +27 53 36 1.421 -0.0345 -0.1149 0.120 197 K5III ϕ2Α 71151 41404A 08 26 46.9 +26 56 07 0.187 -0.0096 0.0013 0.010 278 A3V ϕ2Β 71150 41404B 08 26 46.7 +26 56 04 0.187 -0.0096 0.0013 0.010 278 A6V χ 69897 40843 08 20 03.8 +27 13 03 0.487 -0.0184 -0.3763 0.377 183 F6V ψ 67767 40023 08 10 27.1 +25 30 26 0.825 -0.0718 -0.3481 0.355 192 G7V

ω 65714 39191 08 00 55.8 +25 23 34 1.021 0.0178 0.0065 0.019 70 G8III: 1 Cnc 64960 38848 07 56 59.4 +15 47 25 1.285 -0.0283 -0.0416 0.050 214 K3III 3 Cnc 65759 39177 08 00 47.3 +17 18 31 1.317 -0.0103 -0.0027 0.011 255 K3III 4 Cnc 65856 39263 08 01 43.8 +25 05 23 0.023 -0.0233 0.0117 0.026 297 A1V 5 Cnc 65873 39236 08 01 30.2 +16 27 19 -0.024 0.0043 -0.0059 0.007 144 B9.5Vn

7 Cnc 66347 39447 08 03 50.5 +22 04 14 1.190 -0.0424 -0.0031 0.042 266 K0 8 Cnc 66664 39567 08 05 04.4 +13 07 05 0.018 -0.0352 -0.0639 0.073 209 A1V 9 Cnc 66875 39659 08 06 18.3 +22 38 08 1.652 -0.0074 -0.0090 0.012 219 M3III BL(L) 11ACnc 67402 39888A 08 08 49.5 +27 28 49 1.040 -0.0089 -0.0224 0.024 202 K0III 11BCnc 67402 39888B 08 08 49.3 +27 28 46 1.040 -0.0089 -0.0224 0.024 202 –

12 Cnc 67483 39874 08 08 42.4 +13 38 27 0.480 0.0026 -0.0131 0.013 169 F3V 13 Cnc 67690 40007 08 10 13.1 +25 50 40 1.420 -0.0151 -0.0308 0.034 206 K0 15 Cnc 68351 40240 08 13 08.8 +29 39 23 -0.073 -0.0104 -0.0205 0.023 207 B9pSiCr BM(ACV) 20 Cnc 70569 41117 08 23 21.8 +18 19 56 0.175 -0.0536 -0.0331 0.063 238 A9V 21ACnc 70734 41163A 08 23 55.2 +10 37 55 1.507 0.0037 -0.0221 0.022 171 M2III

40 Cancer (I)

CNC m M π pc l.y. V RV L F mc Bin? ADS α 4.26 0.63 0.0188″ 53 173 19 -14 44 65 h 110 7115 β 3.53 -1.22 0.0112 89 290 36 22 242 17 β 1065 6704 γ 4.66 1.23 0.0206 49 158 39 29 25 43 β pm δ 3.94 0.84 0.0240 42 136 48 17 36 47 h 457 6967 (OPT) ε 6.29 0.16 0.0060 168 548 42 30 68 41 S 574

ζ1A 5.68 3.64 0.0391 26 83 19 -5 2.8 16 4.67 Σ 1196 6650A ζ1C 6.09 4.05 0.0391 26 83 23 -5 1.9 16 Σ 1196 6650C ζ2 6.22 4.18 0.0391 26 83 16 -11 1.7 16 Σ 1196 6650B η 5.33 0.43 0.0105 96 312 37 24 53 33 ϑ 5.33 -0.57 0.0066 152 494 74 45 133 31 h 2452

ιΑ 4.03 -0.77 0.0109 91 298 26 16 161 48 3.93 Σ 1268 6988A ιΒ 6.58 2.77 0.0173 58 188 16 8 6.1 48 Σ 1268 6988B κ 5.23 -0.63 0.0067 148 484 29 24 140 76 λ 5.92 0.37 0.0078 129 419 28 23 56 19 µ 5.30 3.46 0.0429 23 76 37 -36 3.3 10

ν 5.45 -0.28 0.0071 140 457 16 -15 102 69 ξ 5.16 -0.18 0.0086 117 380 7 -7 92 77 Wils 16AB ο1 5.22 1.77 0.0204 49 160 16 -5 15 62 ο2 5.68 2.22 0.0203 49 161 15 -4 10 63 π 5.36 -1.30 0.0047 215 701 50 26 261 82

ρ1 5.96 5.47 0.0798 13 41 42 27 0.5 55 ρ2 5.23 -1.00 0.0057 176 574 35 17 197 58 σ1 5.67 1.69 0.0160 62 204 15 -13 17 51 Hu 1125 7057 σ2 5.44 1.56 0.0167 60 195 24 5 19 59 σ3 5.23 0.27 0.0102 98 320 35 23 61 64 Sh 100

σ4Α 5.99 0.02 0.0064 156 509 13 -13 77 66 5.89 Σ 1298 7137A σ4Β 8.79 2.82 0.0064 156 509 1 - 5.9 Σ 1298 7137B τ 5.42 0.91 0.0126 80 260 18 -13 34 72 υ1 5.71 1.40 0.0138 73 237 38 19 22 30 υ2 6.35 0.80 0.0078 129 421 90 75 38 32

ϕ1 5.58 0.15 0.0082 122 398 73 24 69 22 S 566 ϕ2Α 6.26 1.62 0.0118 85 277 31 -28 18 23 6.30 Σ 1223 6815A ϕ2Β 6.31 1.67 0.0118 85 277 25 -25 17 23 Σ 1223 6815B χ 5.13 3.84 0.0552 18 59 46 33 2.3 18 ψ 5.73 2.61 0.0238 42 137 83 -43 7.1 14 β pm

ω 5.87 -1.82 0.0029 345 1124 31 2 420 2 1 Cnc 5.80 0.04 0.0071 142 462 35 10 76 3 Cnc 5.60 -1.12 0.0045 221 721 43 41 222 4 Cnc 6.32 0.00 0.0055 183 598 24 -9 79 H VI 75 5 Cnc 5.99 0.19 0.0069 145 472 13 -12 66

7 Cnc 6.84 0.39 0.0051 195 634 39 -3 55 8 Cnc 5.14 1.09 0.0155 65 210 31 21 29 9 Cnc 5.96 -0.46 0.0052 192 626 28 26 120 11ACnc 7.11 0.28 0.0043 233 758 30 14 61 6.88 Σ 1186 6612A 11BCnc 10.19 3.35 0.0043 233 758 27 - 3.6 Σ 1186 6612B

12 Cnc 6.25 1.59 0.0117 85 278 11 -10 18 13 Cnc 6.44 -1.06 0.0032 316 1032 52 6 209 β pm 15 Cnc 5.62 -1.52 0.0037 267 872 35 20 318 20 Cnc 5.94 0.52 0.0083 121 395 51 36 49 21ACnc 6.26 -1.41 0.0029 341 1113 36 3 289 6.11 A 2961 6787A

41 Cancer (II)

CNC HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

21BCnc 70734 41163B 08h23m55.1s +10º37′55″ 1.507 0.0037 -0.0221 0.022 171º – 24ACnc 71152 41389A 08 26 39.8 +24 32 03 0.349 -0.0404 -0.0815 0.091 206 F0III 24BCCnc 71153 41389BC 08 26 40.1 +24 32 07 0.520 -0.0404 -0.0815 0.091 206 F7V 25 Cnc 71030 41319 08 25 49.9 +17 02 46 0.448 -0.1928 -0.1525 0.246 232 F6V 27 Cnc 71250 41400 08 26 43.8 +12 39 17 1.608 -0.0174 -0.1030 0.104 190 M3III BP(SRB)

28 Cnc 71496 41574 08 28 36.8 +24 08 41 0.246 -0.0392 -0.0480 0.062 219 F0Vn CX(DSCTC) 29 Cnc 71555 41578 08 28 37.3 +14 12 39 0.201 -0.0138 -0.0131 0.019 227 A5V 34 Cnc 72359 41904 08 32 39.9 +10 03 58 -0.007 0.0059 -0.0062 0.009 137 A1V 35 Cnc 72779 42133 08 35 19.4 +19 35 24 0.681 -0.0357 -0.0128 0.038 250 G0III 36 Cnc 73143 42265 08 37 05.7 +09 39 20 0.083 -0.0272 -0.0068 0.028 256 A3V

37 Cnc 73316 42353 08 38 05.2 +09 34 29 -0.010 -0.0370 -0.0103 0.038 254 A1V 38 Cnc 73575 42485 08 39 42.7 +19 46 42 0.248 -0.0363 -0.0123 0.038 251 F0III BT(DSCTC) 39 Cnc 73665 42516 08 40 06.4 +20 00 28 0.980 -0.0350 -0.0118 0.037 251 K0III 40 Cnc 73666 42523 08 40 11.5 +19 58 16 0.006 -0.0348 -0.0149 0.038 247 A1V 42 Cnc 73785 42578 08 40 43.2 +19 43 09 0.202 -0.0343 -0.0120 0.036 251 A9III

45 Cnc 74228 42795 08 43 12.3 +12 40 51 0.435 -0.0100 0.0021 0.010 282 A3V+G0III 46 Cnc 74485 42954 08 45 21.4 +30 41 52 0.935 -0.0033 -0.0043 0.005 218 G5III 49 Cnc 74521 42917 08 44 45.0 +10 04 54 -0.069 -0.0136 -0.0174 0.022 218 A1pEuCr BI(ACV) 50 Cnc 74873 43121 08 46 55.9 +12 06 36 0.120 -0.0652 -0.0511 0.083 232 A1V 52 Cnc 75558 43463 08 51 10.9 +15 59 58 0.911 -0.0409 0.0119 0.043 286 G5

53 Cnc 75716 43575 08 52 28.6 +28 15 33 1.552 -0.0180 -0.0070 0.019 249 M3III BO(LB:) 54 Cnc 75528 43454 08 51 01.5 +15 21 03 0.669 -0.1181 0.0725 0.139 302 G1V 57ACnc 75959 43721A 08 54 14.6 +30 34 46 1.050 0.0390 -0.0256 0.047 123 G7III 57BCnc 75959 43721B 08 54 14.5 +30 34 47 1.050 0.0390 -0.0256 0.047 123 – 60 Cnc 76351 43851 08 55 55.5 +11 37 34 1.462 -0.0133 -0.0144 0.020 223 K5III

61 Cnc 76572 44031 08 57 58.7 +30 14 01 0.474 0.0463 0.0275 0.054 59 F6V 67 Cnc 77190 44342 09 01 48.9 +27 54 09 0.243 -0.0642 -0.0779 0.101 219 A8Vn 68 Cnc 77230 44336 09 01 43.6 +17 04 52 -0.015 -0.0204 -0.0137 0.025 236 B9 70 Cnc 77557 44512 09 04 09.9 +27 53 54 0.022 0.0002 -0.0024 0.002 176 A1V 71 Cnc 77892 44637 09 05 45.6 +17 23 25 0.149 -0.0296 -0.0067 0.030 257 A2

75 Cnc 78418 44892 09 08 47.3 +26 37 45 0.654 -0.1391 -0.3704 0.396 201 G5IV 78 Cnc 78479 44918 09 09 02.4 +17 28 13 1.207 -0.0377 -0.0327 0.050 229 K3III 79 Cnc 78715 45033 09 10 20.8 +21 59 47 0.890 0.0035 0.0044 0.006 38 G8III 80 Cnc 79009 45153 09 11 56.9 +18 02 39 0.087 -0.0357 -0.0225 0.042 238 A0 81 Cnc 79096 45170 09 12 17.6 +14 59 46 0.731 -0.5245 0.2451 0.579 295 G9V

83 Cnc 80218 45699 09 18 58.8 +17 42 19 0.487 -0.1335 -0.1342 0.189 225 F5 h 785 71115 41325 08 25 54.7 +07 33 53 0.934 -0.0337 -0.0096 0.035 254 G8II Σ 1187Α 67501 39948A 08 09 30.5 +32 13 19 0.500 0.0360 -0.0091 0.037 104 F2 Σ 1187Β 67501 39948B 08 09 30.6 +32 13 21 0.400 0.0254 0.0015 0.025 87 – R Cnc 69243 40534 08 16 33.9 +11 43 35 1.036 0.0051 -0.0117 0.013 157 M7IIIe (M)

V Cnc 70276 40977 08 21 42.9 +17 17 07 2.080 -0.0784 -0.0217 0.081 255 Sevar (M) RS Cnc 78712 45058 09 10 38.6 +30 57 47 1.373 -0.0094 -0.0331 0.034 196 M6S (SRC:)

42 Cancer (II)

CNC m M π pc l.y. V RV L F mc Bin? ADS 21BCnc 9.51 1.84 0.0029″ 341 1113 36 0 14 A 2961 6787B 24ACnc 6.99 2.59 0.0132 76 248 36 15 7.3 6.51 Σ 1224 6811A 24BCCnc 7.86 3.46 0.0132 76 248 38 19 3.3 A 1746 6811BC 25 Cnc 6.11 2.85 0.0222 45 147 65 38 5.7 27 Cnc 5.56 -1.98 0.0031 323 1052 160 -7 489

28 Cnc 6.05 1.45 0.0120 83 271 26 9 21 29 Cnc 5.94 1.07 0.0106 94 308 9 2 29 34 Cnc 6.48 0.38 0.0060 166 541 13 -11 55 35 Cnc 6.55 0.28 0.0056 180 585 48 36 61 36 Cnc 5.92 0.17 0.0071 141 461 25 17 67

37 Cnc 6.54 1.25 0.0087 114 373 35 28 25 38 Cnc 6.65 0.59 0.0061 163 531 43 31 46 39 Cnc 6.39 0.11 0.0056 180 587 47 35 71 5.74 β pm: A 40 Cnc 6.61 0.40 0.0057 175 570 46 34 55 β pm: B 42 Cnc 6.83 0.87 0.0064 155 506 41 31 35

45 Cnc 5.62 -1.87 0.0032 315 1028 20 -13 442 46 Cnc 6.12 0.30 0.0068 146 477 13 -12 60 49 Cnc 5.63 0.15 0.0080 125 408 27 24 69 50 Cnc 5.89 1.96 0.0164 61 199 33 23 13 52 Cnc 7.38 1.03 0.0054 186 607 63 50 30

53 Cnc 6.25 -0.92 0.0037 272 886 27 11 184 h 460 54 Cnc 6.36 3.35 0.0250 40 130 52 45 3.6 57ACnc 6.21 0.96 0.0089 112 365 65 -60 33 5.40 Σ 1291 7071AB 57BCnc 6.43 1.18 0.0089 112 365 25 - 27 60 Cnc 5.44 -0.82 0.0056 179 582 29 24 167

61 Cnc 6.25 2.75 0.0199 50 164 15 8 6.3 Ho 252 7107AB 67 Cnc 6.07 2.23 0.0170 59 191 31 12 10 Sh 101 68 Cnc 7.39 1.61 0.0070 143 468 18 7 18 70 Cnc 6.67 0.33 0.0054 186 605 21 -21 58 71 Cnc 8.09 1.21 0.0042 238 774 34 - 26

75 Cnc 5.95 3.47 0.0320 31 102 60 13 3.2 β pm 78 Cnc 7.19 0.28 0.0042 241 786 96 77 61 79 Cnc 6.04 0.49 0.0078 129 420 8 -7 50 Wils 17AB 80 Cnc 6.87 1.08 0.0069 144 470 30 10 29 β pm 81 Cnc 6.49 4.93 0.0488 20 67 72 45 0.8 β pm

83 Cnc 6.61 3.64 0.0255 39 128 38 -15 2.7 h 785 5.13 -0.08 0.0091 110 359 24 15 85 h 785 6805 Σ 1187Α 7.25 3.11 0.0149 67 220 16 11 4.5 6.80 Σ 1187 6623A Σ 1187Β 7.96 3.82 0.0149 67 220 8 9 2.3 Σ 1187 6623B R Cnc 6.07 2.68 0.0210 48 155 32 32 6.7

V Cnc 9.25 6.37 0.0266 38 123 14 -1 0.2 Par 6763 RS Cnc 6.04 0.61 0.0082 122 397 24 14 45

43 Canes Venatici

CVn HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α1 112412 63121 12h56m00.3s +38º18′53″ 0.337 -0.2039 0.0883 0.222 293º F0V α2 112413 63125 12 56 01.6 +38 19 06 -0.115 -0.2334 0.0550 0.240 283 A0pSiEuHg (ACV) β 109358 61317 12 33 44.5 +41 21 27 0.588 -0.7051 0.2929 0.763 293 G0V 2 CVn 106690 59827 12 16 07.5 +40 39 36 0.624 -0.0127 0.0133 0.018 316 M1III+F7V 3 CVn 107274 60122 12 19 48.7 +48 59 03 1.623 -0.0144 0.0068 0.016 295 M0III

4 CVn 107904 60467 12 23 47.0 +42 32 34 0.366 -0.0801 0.0144 0.081 280 F3IV AI(DSCT) 5 CVn 107950 60485 12 24 01.4 +51 33 44 0.877 0.0132 0.0113 0.017 49 G7III 6 CVn 108225 60646 12 25 50.9 +39 01 07 0.955 -0.0781 -0.0340 0.085 246 G8III-IV 7 CVn 108845 60988 12 30 02.9 +51 32 08 0.536 -0.2931 0.0251 0.294 275 F7V 9 CVn 109980 61692 12 38 46.3 +40 52 28 0.204 -0.0243 -0.0135 0.028 241 A7Vn

10 CVn 110897 62207 12 44 59.4 +39 16 44 0.557 -0.3598 0.1393 0.386 291 G0V 11 CVn 111421 62516 12 48 41.8 +48 28 01 0.195 -0.0640 0.0107 0.065 280 A6m 14 CVn 113797 63901 13 05 44.4 +35 47 56 -0.059 -0.0368 0.0193 0.042 298 B9V 15 CVn 114376 64217 13 09 42.0 +38 32 02 -0.098 -0.0148 0.0062 0.016 293 B7III 16 CVn 114427 64244 13 10 01.3 +38 43 25 0.176 -0.0390 0.0005 0.039 271 A7IV

17 CVn 114447 64246 13 10 03.1 +38 29 56 0.294 -0.0711 0.0449 0.084 302 A9III-IV 18 CVn 114674 64355 13 11 28.7 +40 47 32 0.939 -0.0342 -0.0061 0.035 260 K0 19ACVn 115271 64692A 13 15 31.9 +40 51 18 0.198 -0.1203 0.0111 0.121 275 A7V 19BCVn — 64692B 13 15 32.0 +40 51 19 0.198 -0.1203 0.0111 0.121 275 – 20 CVn 115604 64844 13 17 32.5 +40 34 21 0.306 -0.1257 0.0185 0.127 278 F3III AO(DSCTC)

21 CVn 115735 64906 13 18 14.5 +49 40 55 -0.049 -0.0333 0.0194 0.039 300 A0V BK(ACV) 23 CVn 116010 65072 13 20 18.9 +40 09 02 1.204 -0.0580 -0.0033 0.058 267 K1III 24 CVn 118232 66234 13 34 27.2 +49 00 57 0.132 -0.1283 0.0274 0.131 282 A5V 25ACVn 118623 66458A 13 37 27.5 +36 17 41 0.239 -0.0948 0.0236 0.098 284 A7III 25BCVn 118623 66458B 13 37 27.6 +36 17 41 0.239 -0.0915 0.0327 0.097 290 –

S 654 120164 67250 13 46 59.7 +38 32 34 1.036 -0.1342 -0.0217 0.136 261 K0III+F8V Y CVn 110914 62223 12 45 07.8 +45 26 25 2.994 -0.0022 0.0131 0.013 350 C7Iab (SRB) RS CVn 114519 64293 13 10 36.9 +35 56 05 0.614 -0.0491 0.0215 0.054 294 K2III (EA/AR/RS) TU CVn 112264 63024 12 54 56.5 +47 11 48 1.451 -0.0172 -0.0065 0.018 249 M5III (SRB) AW CVn 120933 67665 13 51 47.4 +34 26 39 1.611 -0.0205 -0.0318 0.038 213 K5III (SR)

BH CVn 118216 66257 13 34 47.7 +37 10 57 0.404 0.0847 -0.0098 0.085 97 F2IV (RS) - CVn 109317 61309 12 33 38.8 +33 14 51 1.011 0.0212 -0.0314 0.038 146 K0IIICN - CVn 115004 64540 13 13 42.9 +40 09 10 1.061 -0.0522 0.0155 0.054 287 K0III

44 Canes Venatici

CVn m M π pc l.y. V RV L F mc Bin? ADS α1 5.61 3.62 0.0400″ 25 82 27 -3 2.8 12 Σ 1692 8706B α2 2.89 0.25 0.0296 34 110 39 -3 63 12 2.80 Σ 1692 8706A β 4.24 4.63 0.1195 8.4 27.3 31 7 1.1 8 2 CVn 5.64 2.42 0.0227 44 144 16 -16 8.5 Σ 1622 8489 3 CVn 5.28 -0.72 0.0063 159 517 14 8 153

4 CVn 6.03 0.98 0.0098 103 334 40 0 32 5 CVn 4.73 -0.67 0.0083 120 393 16 -12 147 6 CVn 5.01 0.79 0.0144 70 227 28 -4 38 7 CVn 6.21 2.94 0.0222 45 147 66 19 5.3 β pm 9 CVn 6.35 2.27 0.0153 65 213 17 -15 10

10 CVn 5.95 4.75 0.0576 17 57 87 81 1.0 11 CVn 6.25 0.49 0.0070 142 463 44 -2 50 14 CVn 5.20 0.51 0.0116 87 282 21 -13 49 15 CVn 6.27 -1.45 0.0029 351 1144 27 -6 300 β 608 8805BC 16 CVn 7.16 0.60 0.0049 205 668 38 - 45

17 CVn 5.91 1.95 0.0161 62 202 25 0 13 6.25 β 608 8805A 18 CVn 7.17 1.04 0.0060 168 548 28 -2 30 19ACVn 5.87 1.50 0.0133 75 245 47 -18 20 5.77 bin:A 19BCVn 9.48 5.10 0.0133 75 245 43 - 0.7 bin:B 20 CVn 4.72 0.00 0.0114 88 286 53 8 79

21 CVn 5.14 0.51 0.0119 84 275 16 -3 49 23 CVn 5.60 -0.91 0.0050 201 655 59 -21 183 24 CVn 4.68 0.85 0.0171 58 190 41 -18 36 25ACVn 5.02 1.18 0.0170 59 192 28 -6 27 4.82 Σ 1768 8974A 25BCVn 7.07 3.22 0.0170 59 192 27 - 4.1 Σ 1768 8974B

S 654 5.51 0.67 0.0107 93 304 61 -10 43 S 654 Y CVn 5.42 -1.27 0.0046 218 710 18 12 254 RS CVn 8.07 2.90 0.0093 108 352 27 - 5.4 TU CVn 5.75 -0.92 0.0046 216 704 25 -17 184 AW CVn 4.76 -1.58 0.0054 185 604 55 -44 337

BH CVn 4.91 1.67 0.0225 45 145 19 7 17 - CVn 5.42 0.86 0.0123 82 266 25 -20 36 - CVn 4.94 -1.08 0.0062 160 522 46 -21 214

45 Canis Major (I)

CMa HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 48915 32349 06h45m08.9s -16º42′58″ 0.009 -0.5460 -1.2231 1.339 204º A1V β 44743 30324 06 22 41.9 -17 57 22 -0.240 -0.0035 -0.0005 0.003 262 B1II-III (BCEP) γ 53244 34045 07 03 45.4 -15 38 00 -0.112 -0.0008 -0.0112 0.011 184 B8II δ 54605 34444 07 08 23.4 -26 23 35 0.671 -0.0028 0.0033 0.004 320 F8Ia ε 52089 33579 06 58 37.5 -28 58 20 -0.211 0.0026 0.0023 0.003 49 B2II

ζ 44402 30122 06 20 18.7 -30 03 48 -0.160 0.0080 0.0038 0.009 65 B2.5V η 58350 35904 07 24 05.6 -29 18 11 -0.083 -0.0038 0.0067 0.008 331 B5Ia ϑ 50778 33160 06 54 11.3 -12 02 19 1.418 -0.1390 -0.0145 0.140 264 K4III ι 51309 33347 06 56 08.1 -17 03 15 -0.063 -0.0025 0.0019 0.003 308 B3II (BCEP) κ 50013 32759 06 49 50.4 -32 30 31 -0.116 -0.0092 0.0040 0.010 294 B1.5IVne (GCAS)

λ 45813 30788 06 28 10.1 -32 34 49 -0.169 -0.0138 0.0242 0.028 330 B4V µΑ 51250 33345A 06 56 06.6 -14 02 37 1.182 -0.0017 0.0069 0.007 346 G5III+A2 µΒ 51251 33345B 06 56 06.5 -14 02 31 1.182 -0.0017 0.0069 0.007 346 A2 ν1Α 47138 31564 06 36 22.8 -18 39 36 0.848 -0.0118 0.0168 0.021 325 F3IV-Vcomp ν1Β 47138 31560 06 36 21.5 -18 39 36 0.848 -0.0132 0.0086 0.016 303 F3IV-V

ν2 47205 31592 06 36 41.0 -19 15 22 1.037 0.0623 -0.0699 0.094 138 K1III ν3Α 47442 31700A 06 37 53.3 -18 14 14 1.137 -0.0069 -0.0085 0.011 219 K1III ν3Β — 31700B 06 37 53.3 -18 14 15 1.137 -0.0069 -0.0085 0.011 219 K1III ξ1 46328 31125 06 31 51.3 -23 25 06 -0.245 -0.0027 0.0065 0.007 337 B0.5IV (BCEP) ξ2 46933 31416 06 35 03.3 -22 57 53 -0.035 0.0131 0.0165 0.021 38 A0V

ο1 50877 33152 06 54 07.8 -24 11 02 1.740 -0.0035 0.0050 0.006 325 K3Iab (LC) ο2 53138 33977 07 03 01.4 -23 50 00 -0.077 -0.0016 0.0043 0.005 340 B3Ia π 51199 33302 06 55 37.3 -20 08 11 0.374 0.0514 0.0398 0.065 52 F2IV-V σ 52877 33856 07 01 43.1 -27 56 06 1.729 -0.0060 0.0046 0.008 308 K4III (L) τ 57061 35415 07 18 42.4 -24 57 15 -0.132 -0.0018 0.0037 0.004 334 O9Ib (EA/SD)

ω 56139 35037 07 14 48.6 -26 46 22 -0.150 -0.0115 0.0077 0.014 304 B2IV-Ve 10 CMa 48917 32292 06 44 28.3 -31 04 14 -0.127 -0.0030 0.0062 0.007 334 B2V FT(GCAS) 11 CMa 49229 32492 06 46 51.0 -14 25 34 -0.024 -0.0031 0.0102 0.011 343 B8/B9III 12 CMa 49333 32504 06 47 01.5 -21 00 56 -0.159 -0.0152 0.0062 0.016 292 B7II-III HK(ACV) 15 CMa 50707 33092 06 53 32.8 -20 13 27 -0.212 -0.0051 0.0041 0.007 308 B1Ib EY(BCEP)

17 CMa 51055 33248 06 55 02.6 -20 24 17 0.048 0.0004 -0.0104 0.010 178 A3IV 26 CMa 55522 34798 07 12 12.1 -25 56 33 -0.170 -0.0053 0.0086 0.010 329 B2V 27ACMa 56014 34981A 07 14 15.1 -26 21 09 -0.170 -0.0066 0.0039 0.008 301 B3III EW(GCAS) 27BCMa 56014 34981B 07 14 15.1 -26 21 09 -0.170 -0.0066 0.0039 0.008 301 – 29 CMa 57060 35412 07 18 40.3 -24 33 32 -0.160 -0.0028 0.0027 0.004 313 O7e UW(EB+KE:)

h 3945A 56577 35210 07 16 36.7 -23 18 56 1.601 -0.0049 0.0030 0.006 302 K3Ib h 3945B — 35213 07 16 36.7 -23 18 56 1.601 -0.0337 0.0466 0.058 324 K3Ib AC 4A 49662 32677A 06 48 57.7 -15 08 41 -0.096 -0.0006 -0.0060 0.006 185 B6V AC 4B 49662 32677B 06 48 57.7 -15 08 41 -0.096 0.0078 -0.0087 0.012 138 – B 122A 51733 33478A 06 57 33.8 -24 37 50 0.390 -0.0963 0.0884 0.131 313 F3V

B 122B 51733 33478B 06 57 33.7 -24 37 50 0.390 -0.0222 0.1031 0.105 348 F3V ∆ 47A 58535 35957A 07 24 43.8 -31 48 32 1.071 -0.0214 0.0087 0.023 292 K1III ∆ 47B 58535 35957B 07 24 43.6 -31 48 31 1.071 -0.0214 0.0087 0.023 292 K1III β 328Α 53974 34301A 07 06 40.6 -11 17 39 0.033 -0.0033 0.0020 0.004 301 B0.5IV FN(BCEP) β 328Β 53974 34301B 07 06 40.6 -11 17 39 0.033 -0.0033 0.0020 0.004 301 –

h 3891A 49131 32385A 06 45 31.2 -30 56 56 -0.138 -0.0031 0.0042 0.005 323 B2Vn HP(GCAS+BCEP:) h 3891B — 32385B 06 45 30.9 -31 00 00 -0.138 -0.0031 0.0042 0.005 323 – Rst 3460 46184 31084 06 31 22.9 -12 23 30 1.262 0.0421 -0.0179 0.046 113 K3III R CMa 57167 35487 07 19 28.1 -16 23 43 0.346 0.1654 -0.1364 0.214 130 F2III-IV (E:) VY CMa 58061 35793 07 22 58.3 -25 46 03 2.057 0.0098 0.0008 0.010 86 M5Iae (L)

46 Canis Major (I)

CMa m M π pc l.y. V RV L F mc Bin? ADS α -1.44 1.45 0.3792″ 2.64 8.60 19 -8 21 9 AGC 1 5423 β 1.98 -3.95 0.0065 153 499 34 34 2980 2 β pm γ 4.11 -1.34 0.0081 123 402 31 32 272 23 δ 1.83 -6.87 0.0018 549 1791 36 34 44041 25 ε 1.50 -4.10 0.0076 132 431 27 27 3450 21 CapO 7 5654

ζ 3.02 -2.05 0.0097 103 336 32 32 518 1 Smyth η 2.45 -7.51 0.0010 980 3196 54 41 79214 31 Smyth ϑ 4.08 -0.36 0.0129 77 252 110 97 110 14 ι 4.36 -5.51 0.0011 943 3075 43 41 12630 20 κ 3.50 -3.42 0.0041 242 789 18 14 1837 13

λ 4.47 -1.01 0.0080 125 406 44 41 199 µΑ 5.27 -1.95 0.0036 279 908 22 20 476 18 5.00 Σ 997 5605A µΒ 7.32 0.10 0.0036 279 908 9 - 72 18 Σ 997 5605B ν1Α 5.87 1.23 0.0118 85 277 26 25 25 6 5.67 Sh 73 5253A ν1Β 7.61 2.16 0.0081 123 401 35 34 11 6 Sh 73 5253B

ν2 3.95 2.46 0.0504 20 65 9 3 8.1 7 ν3Α 4.63 -1.14 0.0070 142 464 8 -2 224 8 4.42 bin:A ν3Β 8.56 2.79 0.0070 142 464 8 -1 6.0 8 bin:B ξ1 4.34 -4.65 0.0016 629 2050 34 27 5717 4 See 68 5176 ξ2 4.54 -0.97 0.0079 126 412 29 26 192 5

ο1 3.89 -5.02 0.0017 606 1976 40 36 8036 16 ο2 3.02 -6.46 0.0013 787 2567 51 48 30227 24 π 4.66 2.33 0.0342 29 95 12 8 9.2 19 H N 123 5602 σ 3.49 -4.37 0.0027 373 1216 26 22 4403 22 B 126 5719 τ 4.89 -5.07 0.0010 980 3196 44 40 8371 30 h 3948 5977

ω 4.01 -3.25 0.0035 283 924 32 26 1572 28 10 CMa 5.23 -4.29 0.0013 800 2608 43 34 4075 HdO 197 11 CMa 5.28 -1.19 0.0051 197 642 18 15 236 12 CMa 6.07 -0.49 0.0049 205 668 25 19 123 15 CMa 4.82 -3.65 0.0020 495 1614 32 28 2277

17 CMa 5.80 -0.54 0.0054 186 605 9 - 130 S 540 5585 26 CMa 5.91 -0.80 0.0045 220 718 24 22 165 27ACMa 4.92 -3.50 0.0021 483 1575 18 0 1977 4.42 φ 323A 27BCMa 5.39 -3.03 0.0021 483 1575 18 - 1278 φ 323B 29 CMa 4.88 -4.93 0.0011 917 2991 20 -11 7399 h 3945A 4.95 -6.47 0.0005 1923 6269 59 28 30535 4.63 h 3945 5951A h 3945B 6.10 1.61 0.0127 79 258 22 - 18 h 3945 5951B AC 4A 5.56 -0.79 0.0054 186 607 24 23 163 5.39 AC 4A 5487A AC 4B 7.31 0.96 0.0054 186 607 10 - 32 AC 4B 5487B B122A 5.75 2.82 0.0259 39 126 31 20 5.9 5.45 B 122A 5629A

B122B 7.41 4.48 0.0259 39 126 19 - 1.3 B 122B 5629B ∆ 47A 5.52 -0.62 0.0059 169 552 27 20 139 5.35 ∆ 47A ∆ 47B 9.75 3.61 0.0059 169 552 19 - 2.8 ∆ 47B β 328Α 5.69 -4.01 0.0012 870 2835 35 31 3152 5.41 β 328 5795A β 328Β 7.04 -2.65 0.0012 870 2835 16 0 907 β 328 5795B h 3891A 5.67 -2.76 0.0021 485 1583 21 17 1002 5.62 h 3891A h 3891B 8.29 -0.14 0.0021 485 1583 12 - 90 h 3891B Rst 3460 5.16 0.05 0.0095 105 343 28 17 75 Rst 3460 R CMa 5.70 2.48 0.0227 44 144 59 -39 8.0 4.37 VY CMa 8.08 -0.67 0.0018 562 1831 56 49 146 See 78 6033AB

47 Canis Major (II)

CMa HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

FR CMa 44458 30214 06h21m24.6s -11º46′24″ 0.002 -0.0043 0.0024 0.005 299º B1Vpe SB (GCAS) FW CMa 58343 35951 07 24 40.0 -16 12 04 -0.035 -0.0047 -0.0202 0.021 193 B2.5IVe (GCAS) FY CMa 58978 36168 07 26 59.4 -23 05 10 -0.134 -0.0067 0.0040 0.008 301 B0IV:pe (GCAS) HQ CMa 57593 35611 07 20 54.9 -26 57 49 -0.172 -0.0050 0.0056 0.008 319 B3V (E:) - CMa 43445 29735 06 15 44.8 -13 43 06 -0.078 0.0123 -0.0111 0.017 132 B9Vn

- CMa 43827 29895 06 17 41.7 -16 48 57 1.293 -0.0149 0.0021 0.015 278 K1III - CMa 44951 30457 06 24 10.2 -11 31 49 1.230 -0.0556 -0.0321 0.064 240 K3III - CMa 47536 31688 06 37 47.5 -32 20 23 1.177 0.1090 0.0641 0.126 60 K1III - CMa 47667 31827 06 39 16.6 -14 08 45 1.459 0.0046 -0.0070 0.008 147 K2III - CMa 49048 32411 06 45 59.2 -14 47 46 0.075 -0.0110 -0.0176 0.021 212 A2V

- CMa 51283 33316 06 55 46.8 -22 56 29 -0.163 -0.0032 0.0042 0.005 322 B2/B3III - CMa 55070 34624 07 10 19.3 -27 29 29 0.998 -0.0094 0.0019 0.010 281 G8III - CMa 56342 35083 07 15 21.0 -30 41 11 -0.155 -0.0130 0.0114 0.017 311 B2V - CMa 56405 35180 07 16 14.4 -15 35 08 0.079 -0.0443 -0.0141 0.046 252 A3V - CMa 56618 35205 07 16 34.9 -27 52 52 1.589 -0.0125 0.0388 0.041 342 M2III

- CMa 57146 35427 07 18 51.1 -26 35 09 0.956 -0.0078 0.0067 0.010 311 G2Ib+B9 - CMa 57821 35727 07 22 13.5 -19 01 00 -0.039 -0.0017 -0.0064 0.007 194 B7IV - CMa 58155 35795 07 23 00.6 -31 55 26 -0.161 -0.0085 0.0037 0.009 294 B5IIIne - CMa 58215 35848 07 23 29.1 -27 50 03 1.539 0.0264 -0.0041 0.027 99 K2III - CMa 58286 35855 07 23 31.8 -32 12 08 -0.169 -0.0079 0.0046 0.009 300 B2/B3II-III

48 Canis Major (II)

CMa m M π pc l.y. V RV L F mc Bin? ADS FR CMa 5.48 -3.07 0.0020″ 513 1672 20 16 1330 Σ 3116 4978AB FW CMa 5.18 -2.13 0.0035 290 945 29 -4 560 FY CMa 5.65 -2.54 0.0023 435 1417 30 25 818 HQ CMa 6.00 -2.71 0.0018 552 1801 27 18 956 See 76 6015 - CMa 5.40 -2.81 0.0023 439 1430 31 24 1047

- CMa 5.00 -0.30 0.0087 115 375 39 38 104 - CMa 5.15 -1.05 0.0058 174 567 15 -8 207 - CMa 5.21 -0.34 0.0078 129 420 47 -26 108 - CMa 5.25 -0.17 0.0082 121 396 107 79 92 - CMa 4.82 -3.60 0.0021 483 1575 35 29 2168

- CMa 5.30 -0.13 0.0082 122 398 22 -19 89 - CMa 5.29 -3.82 0.0015 662 2159 41 38 2643 - CMa 5.46 -1.01 0.0051 197 643 17 15 200 - CMa 5.36 -1.12 0.0051 198 646 37 33 222 - CMa 5.46 0.82 0.0118 85 277 21 10 37

- CMa 4.66 -1.05 0.0072 139 453 50 42 208 - CMa 5.29 -2.80 0.0024 415 1353 38 32 1037 - CMa 4.94 -1.06 0.0063 158 517 27 27 209 - CMa 5.37 -0.76 0.0059 168 549 53 48 159 - CMa 5.41 -2.34 0.0028 355 1156 26 21 678

49 Canis Minor

CMi HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 61421 37279 07h39m18.1s +05º13′30″ 0.432 -0.7166 -1.0546 1.275 214º F5IV-V β 58715 36188 07 27 09.0 +08 17 21 -0.097 -0.0503 -0.0385 0.063 233 B8Vvar (GCAS) γ 58972 36284 07 28 09.7 +08 55 32 1.425 -0.0593 0.0108 0.060 280 K3III δ1 59881 36641 07 32 05.8 +01 54 52 0.230 -0.0021 -0.0006 0.002 255 F0III δ2 60111 36723 07 33 11.6 +03 17 25 0.321 -0.0157 0.0428 0.046 340 F2V

δ3 60357 36812 07 34 15.8 +03 22 17 -0.018 -0.0032 -0.0045 0.006 215 A0Vnn ε 58367 36041 07 25 38.8 +09 16 34 0.991 -0.0030 -0.0087 0.009 199 G8III ζ 63975 38373 07 51 41.9 +01 46 01 -0.116 -0.0140 -0.0038 0.014 255 B8II η 58923 36265 07 28 02.0 +06 56 31 0.221 -0.0034 -0.0449 0.045 184 F0III 1 CMi 58187 35987 07 24 58.1 +11 40 10 0.105 -0.0163 -0.0149 0.022 228 A5IV

6 CMi 59294 36425 07 29 47.7 +12 00 24 1.276 0.0013 -0.0193 0.019 176 K2III 11 CMi 62832 37921 07 46 16.2 +10 46 06 0.018 -0.0309 -0.0245 0.039 232 A1Vnn 14 CMi 65345 38962 07 58 20.6 +02 13 29 0.933 -0.1625 0.0993 0.190 301 K0III Luyten’s — 36208 07 27 24.0 +05 14 05 1.573 0.5713 -3.6943 3.738 171 M5 - CMi 55751 34987 07 14 20.0 +03 06 41 1.193 -0.0052 -0.0030 0.006 240 K0III

- CMi 66141 39311 08 02 15.9 +02 20 04 1.252 -0.0280 0.1055 0.109 345 K2III

50 Canis Minor

CMi m M π pc l.y. V RV L F mc Bin? ADS α 0.40 2.68 0.2859″ 3.50 11.4 21 -3 6.7 10 Schb 6251 β 2.89 -0.70 0.0192 52 170 27 22 150 3 β pm γ 4.33 -1.10 0.0082 122 398 59 47 217 4 Lam 4 6100 δ1 5.24 -1.67 0.0041 242 787 29 29 368 7 δ2 5.59 2.44 0.0234 43 139 9 1 8.3 8

δ3 5.83 -0.75 0.0048 207 676 34 34 158 9 ε 4.99 -2.42 0.0033 303 988 15 -8 729 2 ζ 5.12 -0.43 0.0078 129 420 33 32 117 13 η 5.22 0.06 0.0093 108 351 29 18 75 5 β 21 6101AB 1 CMi 5.37 0.43 0.0103 97 317 10 -1 53

6 CMi 4.55 -1.63 0.0058 172 560 22 -15 352 11 CMi 5.25 0.34 0.0104 96 312 33 28 57 14 CMi 5.30 0.75 0.0123 81 264 86 46 39 Sh 87 Luyten’s 9.84 11.94 0.2633 3.80 12.38 72 26 0.0013 - CMi 5.36 -1.45 0.0044 230 749 38 37 299

- CMi 4.39 -0.13 0.0125 80 261 82 71 88

51 Capricornus (I)

CAP HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α1 192876 100027 20h17m38.8s -12º30′30″ 0.928 0.0222 0.0008 0.022 88º G3Ib α2 192947 100064 20 18 03.2 -12 32 42 0.883 0.0618 0.0029 0.062 87 G9III β1 193495 100345 20 21 00.5 -14 46 53 0.790 0.0484 0.0140 0.050 74 G5II+A0V: β2Α 193452 100325A 20 20 46.5 -14 47 06 -0.016 0.0426 0.0004 0.043 90 A0III β2Β 193452 100325B 20 20 46.6 -14 47 05 -0.016 0.0426 0.0004 0.043 90 A1

γ 206088 106985 21 40 05.4 -16 39 45 0.320 0.1874 -0.0223 0.014 87 F0p δ 207098 107556 21 47 02.3 -16 07 38 0.180 0.2633 -0.2962 0.136 165 A5mF2 (EB) ε 205637 106723 21 37 04.7 -19 27 58 -0.180 0.0135 0.0008 0.064 181 B3V:p (GCAS) ζ 204075 105881 21 26 39.9 -22 24 41 1.002 -0.0026 0.0189 0.127 183 G0p ηΑ 200499 104019A 21 04 24.2 -19 51 18 0.169 -0.0390 -0.0245 0.036 241 A5V

ηΒ 200499 104019B 21 04 24.2 -19 51 18 0.169 -0.0390 -0.0245 0.046 238 – ϑ 200761 104139 21 05 56.7 -17 13 58 -0.010 0.0796 -0.0616 0.046 238 A1V ι 203387 105515 21 22 14.7 -16 50 05 0.888 0.0308 0.0053 0.039 86 G8III κ 206453 107188 21 42 39.4 -18 51 59 0.868 0.1459 -0.0091 0.132 136 G8III λ 207052 107517 21 46 32.0 -11 21 58 -0.002 0.0304 -0.0093 0.019 66 A1V

µ 207958 108036 21 53 17.7 -13 33 07 0.378 0.3130 0.0137 0.396 138 F1III ν 193432 100310 20 20 39.7 -12 45 33 -0.047 0.0157 -0.0146 0.021 133 B9.5V ξ1 191753 99529 20 11 57.8 -12 23 33 1.209 -0.0069 -0.0186 0.020 200 K0III ξ2 191862 99572 20 12 25.8 -12 37 03 0.476 0.1933 -0.1956 0.275 135 F7V οΑ 195094 101123 20 29 53.8 -18 35 00 0.062 0.0256 -0.0795 0.083 162 A3Vn

οΒ 195093 101120 20 29 52.4 -18 35 12 0.220 0.0141 -0.0882 0.089 171 A7V πΑ 194636 100881A 20 27 19.1 -18 12 42 -0.049 0.0103 -0.0109 0.015 136 B8II-III πΒ 194636 100881B 20 27 19.2 -18 12 45 -0.049 0.0103 -0.0109 0.015 136 B8II-III ρΑ 194943 101027A 20 28 51.5 -17 48 49 0.386 -0.0158 -0.0077 0.018 244 F2IV ρΒ — 101027B 20 28 51.5 -17 48 50 0.386 -0.0107 -0.0373 0.039 196 –

σ 193150 100195 20 19 23.5 -19 07 07 1.394 0.0080 -0.0109 0.013 144 K3III τΑ 196662 101923A 20 39 16.3 -14 57 17 -0.129 0.0026 -0.0197 0.077 127 B6III τΒ 196662 101923B 20 39 16.3 -14 57 17 -0.129 0.0026 -0.0197 0.020 173 – υ 196777 101984 20 40 02.9 -18 08 19 1.647 -0.0227 -0.0216 0.020 173 M2III ϕ 202320 104963 21 15 37.8 -20 39 06 1.161 0.0154 -0.0022 0.180 139 G9III

χ 201184 104365 21 08 33.5 -21 11 37 0.000 0.0187 -0.0592 0.051 212 A0V ψ 197692 102485 20 46 05.6 -25 16 16 0.426 -0.0514 -0.1567 0.031 226 F4V ω 198542 102978 20 51 49.2 -26 55 09 1.633 -0.0080 -0.0025 0.029 126 K4III 3 Cap 192666 99918 20 16 22.8 -12 20 13 0.005 0.0068 -0.0171 0.018 158 B9pHg 4 Cap 192879 100062 20 18 01.3 -21 48 36 1.002 0.0354 -0.0247 0.043 125 K0III

13 Cap 196348 101751 20 37 21.2 -15 08 50 1.260 0.0612 -0.0461 0.077 127 K3III 17 Cap 197725 102487 20 46 09.9 -21 30 50 0.066 0.0235 -0.0170 0.165 198 A0 19 Cap 199012 103226 20 54 47.7 -17 55 23 1.122 -0.0589 -0.0170 0.008 252 K0III 20 Cap 199728 103616 20 59 36.2 -19 02 07 -0.110 0.0088 -0.0208 0.061 254 B9pSi AO(ACV) 21 Cap 199947 103703 21 00 51.8 -17 31 51 1.267 -0.0311 -0.0174 0.023 157 K0

24 Cap 200914 104234 21 07 07.6 -25 00 21 1.604 -0.0272 -0.0434 0.101 128 M1III 26 Cap 201301 104429 21 09 15.4 -20 11 35 1.003 0.0342 -0.0045 0.062 163 K0III 27 Cap 201352 104452 21 09 33.0 -20 33 23 0.385 0.1185 -0.1356 0.035 97 F2IV-V 29 Cap 202369 104974 21 15 44.8 -15 10 18 1.639 0.0248 0.0051 0.016 98 M3III 30 Cap 202671 105143 21 17 57.2 -17 59 07 -0.118 0.0156 -0.0007 0.025 78 B8III

31 Cap 202723 105168 21 18 15.7 -17 27 44 0.339 0.0386 0.0026 0.016 93 F2V 33 Cap 203638 105665 21 24 09.6 -20 51 07 1.176 -0.0077 -0.1269 0.031 80 K0III 35 Cap 204139 105928 21 27 14.7 -21 11 46 1.440 -0.0246 -0.0340 0.019 352 K5III 36 Cap 204381 106039 21 28 43.3 -21 48 26 0.889 0.1340 -0.0055 0.042 216 G5III 37 Cap 205289 106559 21 34 50.9 -20 05 04 0.423 -0.0290 0.0449 0.134 92 F1V

52 Capricornus (I)

CAP m M π pc l.y. V RV L F mc Bin? ADS α1 4.44 -2.18 0.0048″ 211 686 34 -26 584 5 4.30 β 295 13632 α2 3.58 0.97 0.0300 33 109 10 0 32 6 h 608 13645 β1 3.05 -2.07 0.0095 105 344 32 -19 528 9 Barnard 12 β2Α 6.16 1.25 0.0104 96 313 26 -17 25 9 6.09 h 2948 13717A β2Β 9.14 4.22 0.0104 96 313 19 - 1.6 9 h 2948 13717B

γ 3.69 0.54 0.0235 43 139 49 -31 48 40 δ 2.85 2.49 0.0846 12 39 23 -6 8.0 49 h 3056 15314 ε 4.51 -2.03 0.0049 203 663 27 -24 511 39 H VI 6 ζ 3.77 -1.66 0.0082 122 398 11 3 364 34 See 446 14971 ηΑ 5.02 1.59 0.0206 48 158 26 24 18 22 4.82 φ 328A

ηΒ 7.39 3.96 0.0206 48 158 11 - 2.0 φ 328B ϑ 4.08 0.65 0.0206 49 158 26 -11 43 23 ι 4.28 0.18 0.0151 66 215 15 12 67 32 κ 4.72 -0.03 0.0112 89 291 62 -3 81 43 λ 5.57 0.80 0.0111 90 294 14 1 38 48

µ 5.08 2.87 0.0362 28 90 47 -21 5.6 51 ν 4.77 0.16 0.0120 83 272 9 -2 68 8 Lam 5 13714 ξ1 6.34 0.49 0.0068 148 483 14 1 50 1 ξ2 5.84 3.60 0.0357 28 91 43 23 2.9 2 β pm οΑ 5.94 1.62 0.0137 73 239 29 - 18 12 5.52 Sh 324 13902A

οΒ 6.74 3.63 0.0239 42 136 18 - 2.8 12 Sh 324 13902B πΑ 5.13 -1.42 0.0049 204 665 19 -13 291 10 5.08 β 60 13860A πΒ 8.34 1.79 0.0049 204 665 14 - 15 10 β 60 13860B ρΑ 5.01 2.61 0.0330 30 99 18 18 7.1 11 4.77 Sh 323 13887A ρΒ 7.06 4.66 0.0330 30 99 19 18 1.1 11 Sh 323 13887B

σ 5.28 -1.37 0.0047 214 697 18 -11 278 7 H V 87 13675 τΑ 5.77 -2.89 0.0019 538 1753 51 -5 1125 14 5.24 Hu 200 14099A τΒ 6.19 -2.47 0.0019 538 1753 51 - 762 14 Hu 200 14099B υ 5.15 -1.67 0.0043 231 755 37 -12 367 15 ϕ 5.17 -1.46 0.0047 212 691 16 -5 302 28

χ 5.30 1.46 0.0171 59 191 19 -7 21 25 h 3009 ψ 4.13 3.30 0.0682 15 48 28 26 3.8 16 ω 4.12 -2.30 0.0052 193 628 12 9 657 18 3 Cap 6.30 0.26 0.0062 162 527 24 -20 62 β 294 13600 4 Cap 5.86 0.76 0.0096 105 341 28 -18 39

13 Cap 6.76 -0.40 0.0037 271 883 100 19 114 17 Cap 5.91 1.32 0.0121 83 270 21 18 23 19 Cap 5.78 0.36 0.0083 121 395 53 -39 56 20 Cap 6.26 0.66 0.0076 132 430 14 - 43 21 Cap 6.07 -0.05 0.0060 167 545 28 1 82

24 Cap 4.49 -1.53 0.0062 160 522 50 32 323 See 439 14632 26 Cap 6.73 0.30 0.0052 193 631 56 -46 60 27 Cap 6.25 2.59 0.0186 54 176 63 -43 7.2 29 Cap 5.31 -1.11 0.0052 193 628 44 -38 220 30 Cap 5.40 -0.85 0.0056 178 579 17 -11 172

31 Cap 7.07 1.99 0.0097 104 338 19 - 13 33 Cap 5.38 1.16 0.0143 70 228 48 22 27 35 Cap 5.78 0.02 0.0071 142 462 36 23 77 36 Cap 4.50 0.80 0.0182 55 179 41 -22 38 37 Cap 5.70 3.53 0.0369 27 88 9 6 3.0

53 Capricornus (II)

CAP HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

38 Cap 205306 106568 21h34m55.0s -20º15′10″ 0.498 -0.0009 -0.0640 0.053 327º F7V 41 Cap 206356 107128 21 42 00.7 -23 15 46 0.991 0.0911 -0.0955 0.332 202 G9III 42 Cap 206301 107095 21 41 32.8 -14 02 51 0.672 -0.1221 -0.3086 0.189 97 G2IV 44 Cap 206561 107232 21 43 04.3 -14 23 59 0.255 -0.0038 0.0204 0.146 94 F0IV 45 Cap 206677 107302 21 44 00.9 -14 44 58 0.219 -0.0225 0.0103 0.021 350 F0V

46 Cap 206834 107382 21 45 00.2 -09 04 57 1.108 0.0130 -0.0017 0.025 295 G8II-III 47 Cap 207005 107487 21 46 16.2 -09 16 33 1.629 0.0176 0.0079 0.013 97 M3III AG(SRB) 50 Cap 207061 107527 21 46 42.1 -11 41 52 0.471 0.0355 -0.1311 0.032 107 F6V

54 Capricornus (II)

CAP m M π pc l.y. V RV L F mc Bin? ADS 38 Cap 6.74 3.02 0.0180″ 56 181 21 -13 4.9 41 Cap 5.24 0.84 0.0132 76 247 65 -44 36 See 454 15223 42 Cap 5.16 2.60 0.0307 33 106 51 -1 7.2 44 Cap 5.88 0.39 0.0080 125 409 12 - 55 45 Cap 5.96 2.36 0.0191 52 171 7 -4 8.9

46 Cap 5.10 -1.85 0.0041 245 799 16 -5 431 47 Cap 6.00 -1.89 0.0026 379 1235 40 21 450 50 Cap 6.99 3.02 0.0161 62 203 40 2 4.9

55 Carina (I)

CAR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 45348 30438 06h23m57.2s -52º41′44″ 0.164 0.0200 0.0237 0.031 40º F0Ib β 80007 45238 09 13 12.1 -69 43 02 0.070 -0.1577 0.1089 0.192 305 A2IV εΑ 71129 41037A 08 22 30.8 -59 30 34 1.196 -0.0253 0.0227 0.034 312 K3III+B2V εΒ — 41037B 08 22 30.8 -59 30 34 1.196 -0.0253 0.0227 0.034 312 – η 93308 — 10 45 03.6 -59 41 03 0.610 -0.0020 0.0060 0.006 342 pec (SDOR)

ϑ 93030 52419 10 42 57.4 -64 23 40 -0.220 -0.0189 0.0121 0.022 303 B0Vp ι 80404 45556 09 17 05.4 -59 16 31 0.189 -0.0190 0.0131 0.023 305 A8Ib υΑ 85123 48002A 09 47 06.1 -65 04 18 0.273 -0.0116 0.0050 0.013 293 A7III υΒ 85124 48002B 09 47 06.7 -65 04 21 0.080 -0.0116 0.0050 0.013 293 B7III χ 65575 38827 07 56 46.7 -52 58 56 -0.177 -0.0284 0.0167 0.033 301 B3IVp (BCEP)

ω 89080 50099 10 13 44.3 -70 02 16 -0.074 -0.0357 0.0076 0.037 282 B8III A Car 50337 32761 06 49 51.3 -53 37 20 0.899 -0.0023 0.0176 0.018 353 G6II V415(EA) B Car 68456 39903 08 09 00.7 -61 18 07 0.437 -0.1550 -0.2977 0.336 208 F5V CACar 69863 40429A 08 15 15.9 -62 54 57 0.086 -0.0269 -0.0110 0.029 248 A2V CBCar — 40429B 08 15 15.9 -62 54 57 0.086 -0.0269 -0.0110 0.029 248 –

D1Car 66591 39138 08 00 20.0 -63 34 03 -0.173 -0.0019 0.0193 0.019 354 B3V E Car 78764 44626 09 05 38.4 -70 32 19 -0.149 -0.0044 0.0099 0.011 336 B2IVe V345(E) G Car 78791 44599 09 05 09.3 -72 36 10 0.607 -0.0084 -0.0047 0.010 241 F6II-III H Car 83095 46741 09 31 36.5 -73 04 52 1.556 -0.0252 0.0024 0.025 276 K4III I Car 90589 50954 10 24 23.7 -74 01 54 0.369 -0.0161 -0.0276 0.032 210 F2IV

K Car 91375 51438 10 30 20.0 -71 59 34 0.042 0.0279 -0.0300 0.041 137 A2III L Car 90264 50847 10 22 58.1 -66 54 06 -0.128 -0.0228 0.0110 0.025 296 B8V M Car 88981 50083 10 13 30.6 -66 22 22 0.217 -0.0344 0.0115 0.036 289 Am N Car 47306 31407 06 34 58.5 -52 58 32 -0.021 -0.0077 0.0113 0.014 326 B9III Q Car 61248 36942 07 35 39.7 -52 32 02 1.373 0.0234 -0.0116 0.026 116 K3III

a Car 79351 45080 09 10 57.9 -58 58 01 -0.190 -0.0177 0.0141 0.023 309 B2IV V357(E) b1Car 77002 43937 08 56 58.3 -59 13 46 -0.182 -0.0084 0.0087 0.012 316 B2IV-V V376(BCEP) b2Car 77370 44143 08 59 24.1 -59 05 01 0.417 -0.1746 0.2818 0.331 328 F3V c Car 76728 43783 08 55 02.8 -60 38 40 -0.104 -0.0282 0.0422 0.051 326 B8III d Car 74375 42568 08 40 37.0 -59 45 40 -0.117 -0.0069 0.0049 0.008 306 B1.5III V343(BCEP) e1ACar 73390 42129A 08 35 15.4 -58 13 29 -0.133 -0.0211 0.0116 0.024 299 B3V+B3Vn e1BCar — 42129B 08 35 15.4 -58 13 29 -0.133 -0.0211 0.0116 0.024 299 – e2ACar 73389 42134A 08 35 19.6 -58 00 33 0.981 0.0538 0.0273 0.060 63 K0III e2BCar — 42134B 08 35 19.6 -58 00 33 0.981 0.0538 0.0273 0.060 63 – g Car 80230 45496 09 16 12.2 -57 32 28 1.602 -0.0278 -0.0148 0.031 242 M1III

h Car 83183 46974 09 34 26.6 -59 13 46 -0.013 -0.0112 0.0060 0.013 298 B5II i Car 79447 45101 09 11 16.7 -62 19 02 -0.180 -0.0380 0.0159 0.041 293 B3IV k Car 81101 45856 09 20 57.1 -62 24 17 0.926 -0.0143 0.0002 0.014 271 G6III l Car 84810 47854 09 45 14.8 -62 30 28 1.010 -0.0129 0.0083 0.015 303 G5Iab/Ib ZZ(CEP) m Car 83944 47391 09 39 21.0 -61 19 41 -0.070 -0.0349 0.0186 0.040 298 B9V

p Car 91465 51576 10 32 01.4 -61 41 07 -0.089 -0.0166 0.0114 0.020 305 B4Vne PP(GCAS) q Car 89388 50371 10 17 04.9 -61 19 56 1.541 -0.0243 0.0064 0.025 285 K3III V337(LC) r Car 91942 51849 10 35 35.2 -57 33 27 1.604 -0.0154 -0.0002 0.015 269 K3/K4II s Car 90853 51232 10 27 52.7 -58 44 22 0.317 -0.0133 0.0022 0.013 279 F2II t1Car 92063 51912 10 36 20.3 -59 33 53 1.172 -0.0399 -0.0399 0.056 225 K1III u Car 94510 53253 10 53 29.6 -58 51 12 0.945 0.0798 0.0387 0.089 64 K0III-IV w Car 93070 52468 10 43 32.1 -60 33 59 1.700 -0.0152 0.0031 0.016 282 K3Ib V520(L) y Car 97534 54751 11 12 36.0 -60 19 03 0.541 -0.0062 0.0023 0.007 291 A6Ia z1 Car 96566 54301 11 06 32.4 -62 25 26 0.988 -0.0368 0.0096 0.038 285 G8III z2 Car 96919 54461 11 08 33.8 -61 56 49 0.195 -0.0058 0.0020 0.006 289 B9Ia V371(ACYG)

56 Carina (I)

CAR m M π pc l.y. V RV L F mc Bin? ADS α -0.62 -5.53 0.0104″ 96 313 25 21 12807 β 1.67 -0.99 0.0293 34 111 31 -5 196 εΑ 2.17 -4.27 0.0052 194 632 31 2 4006 1.86 bin:A εΒ 4.12 -2.32 0.0052 194 632 31 - 664 bin:B η 6.21 -5.30 0.0005 2000 6520 65 -25 10329 B 2256

ϑ 2.74 -2.91 0.0074 135 439 28 24 1143 ι 2.21 -4.42 0.0047 212 692 40 13 4634 υΑ 3.08 -5.41 0.0020 498 1622 33 14 11471 2.92 Rmk 11A υΒ 6.25 -2.23 0.0020 498 1622 33 14 616 Rmk 11B χ 3.46 -1.91 0.0084 119 387 27 19 457

ω 3.29 -1.99 0.0088 114 370 21 7 490 A Car 4.41 -1.74 0.0059 169 553 30 26 389 B Car 4.74 3.09 0.0468 21 70 42 25 4.6 CACar 5.28 0.93 0.0135 74 242 11 4 33 5.16 bin:A CBCar 7.90 3.54 0.0135 74 242 10 - 3.0 bin:B

D1Car 4.81 -1.29 0.0060 166 542 27 22 259 E Car 4.66 -2.94 0.0030 331 1079 25 19 1180 G Car 4.47 -1.25 0.0072 139 454 23 22 249 H Car 5.46 -1.47 0.0041 243 791 40 - 304 I Car 3.99 2.94 0.0617 16 53 5 -4 5.2

K Car 4.72 0.22 0.0126 79 259 17 8 64 L Car 4.97 -0.63 0.0076 132 430 20 12 140 M Car 5.15 0.31 0.0107 93 304 22 -15 59 N Car 4.35 -4.31 0.0019 541 1762 42 23 4185 Q Car 4.93 -0.48 0.0083 121 394 64 62 122

a Car 3.43 -2.11 0.0078 128 418 27 23 551 b1Car 4.93 -1.47 0.0053 190 621 29 27 305 ∆ 74 b2Car 5.17 3.08 0.0382 26 85 43 11 4.6 I 318 c Car 3.84 -1.06 0.0105 96 312 34 25 210 h 4156 d Car 4.31 -3.87 0.0023 433 1411 22 13 2785 Jsp 295 e1ACar 5.25 -2.10 0.0034 295 962 40 21 544 5.25 bin:A e1BCar 8.90 1.55 0.0034 295 962 34 - 19 bin:B e2ACar 5.08 0.84 0.0142 70 229 31 24 36 4.84 bin:A e2BCar 8.02 3.79 0.0142 70 229 20 - 2.4 bin:B g Car 4.34 -1.74 0.0061 164 536 25 -5 391

h Car 4.08 -4.83 0.0017 606 1976 42 22 6746 i Car 3.96 -1.97 0.0065 153 499 35 18 481 k Car 4.79 0.62 0.0147 68 223 6 51 44 l Car 3.69 -4.64 0.0022 463 1509 36 3 5638 m Car 4.51 0.33 0.0146 69 224 15 20 58

p Car 3.30 -2.62 0.0066 152 497 34 26 875 q Car 3.39 -3.38 0.0044 226 736 28 8 1767 B 1673 r Car 4.45 -3.68 0.0024 422 1376 32 10 2325 s Car 3.81 -3.71 0.0031 319 1042 22 9 2404 t1Car 5.08 0.50 0.0121 82 269 26 -13 50

u Car 3.78 1.42 0.0337 30 97 15 8 21 ∆ 102 w Car 4.58 -2.99 0.0031 327 1065 26 9 1238 y Car 4.59 -8.10 0.0003 3448 11241 109 -8 136522 h 4414 z1Car 4.62 -0.65 0.0088 113 370 21 -2 144 z2Car 5.11 -6.04 0.0006 1695 5525 54 -22 20431

57 Carina (II)

CAR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

B 780A 84121 47479A 09h40m42.5s -57º59′00″ 0.195 -0.0438 0.0076 0.045 280º A3IV B 780B 84121 47479B 09 40 42.5 -57 59 00 0.195 -0.0438 0.0076 0.045 280 – ∆ 39A 53921 34000A 07 03 15.6 -59 10 41 -0.125 -0.0100 0.0109 0.015 318 B9IV V450(SPB) ∆ 39B 53921 34000B 07 03 15.8 -59 10 41 -0.125 -0.0179 0.0084 0.020 295 – ∆ 94A 92397 52102 10 38 45.1 -59 10 59 1.562 -0.0143 0.0008 0.014 273 K4Ib-IIa+A5V GM(EB)

∆ 94B — 52106 10 38 45.8 -59 10 45 1.562 -0.0282 0.0094 0.030 288 – φ 363A 80671 45571A 09 17 17.2 -68 41 22 0.415 -0.1092 -0.0285 0.113 255 F4V φ 363B 80671 45571B 09 17 17.2 -68 41 23 0.415 -0.1092 -0.0285 0.113 255 F4V φ 364 93549 52701 10 46 29.7 -64 15 47 -0.077 -0.0170 0.0092 0.019 298 B7IV h 4125 73887 42286 08 37 19.0 -62 51 12 1.013 -0.0110 -0.0219 0.024 207 K0III h 4206A 80951 45581A 09 17 25.5 -74 53 39 0.021 -0.0163 0.0319 0.036 333 A1V h 4206B 80951 45581B 09 17 25.5 -74 53 39 0.021 -0.0163 0.0319 0.036 333 – h 4292 88323 49698 10 08 42.7 -65 48 55 0.973 -0.0629 0.0390 0.074 302 K0III h 4333 91496 51495 10 31 02.0 -73 13 18 1.677 -0.0075 0.0076 0.011 316 K4/K5III h 4415 97583 54767 11 12 45.3 -64 10 12 -0.082 -0.0470 0.0054 0.047 277 B9V

R Car 82901 46806 09 32 14.7 -62 47 19 0.906 -0.0362 0.0197 0.041 299 M6/M7pe (M) S Car 88366 49751 10 09 21.9 -61 32 57 1.500 -0.0937 0.0773 0.121 310 M2/M3e (M) T Car 94776 53394 10 55 17.2 -60 31 01 1.065 -0.0361 0.0843 0.092 337 K0III (CST) RT Car 303310 52562 10 44 47.2 -59 24 48 2.390 -0.0077 0.0033 0.008 293 M2Ia (LC) QY Car 88661 49934 10 11 46.3 -58 03 38 -0.118 -0.0107 0.0066 0.013 302 B2IVnpe (GCAS)

V341 65750 38834 07 56 50.9 -59 07 33 2.020 -0.0034 0.0096 0.010 340 M0III (L) V344 75311 43105 08 46 42.7 -56 46 11 -0.169 -0.0094 0.0086 0.013 313 B3Vne (GCAS) V364 92664 52221 10 40 11.3 -65 06 01 -0.158 -0.0175 0.0129 0.022 306 B9pSi (ACV) V370 92207 52004 10 37 26.8 -58 44 00 0.500 -0.0080 0.0031 0.009 291 A0Ia (ACYG) V372 64722 38438 07 52 29.7 -54 22 02 -0.151 -0.0054 0.0080 0.010 326 B1.5IV (BCEP)

V374 66194 38994 07 58 50.5 -60 49 28 -0.082 -0.0045 0.0107 0.012 337 B2IVnpe (GCAS) V382 96918 54463 11 08 35.3 -58 58 30 1.225 -0.0050 0.0021 0.005 293 G0Ia0 (BCEP) V386 54118 34105 07 04 18.3 -56 44 59 -0.032 0.0110 0.0029 0.011 75 A0p: (ACV) V399 90772 51192 10 27 24.4 -57 38 20 0.474 -0.0067 0.0037 0.008 299 A6Ia (CEP) V460 66342 39070 07 59 37.6 -60 35 13 1.758 -0.0035 0.0113 0.012 343 M0II (L)

V519 92964 52405 10 42 40.6 -59 12 57 0.213 -0.0065 0.0023 0.007 290 B2.5Ia (GCAS) V524 94367 53154 10 52 30.8 -57 14 25 0.130 -0.0068 0.0036 0.008 298 B9Ia (ACYG) - Car 49689 32494 06 46 52.8 -51 15 57 1.330 -0.0220 -0.0896 0.092 194 K1II-IIIp - Car 53047 33779 07 00 51.5 -51 24 09 1.652 -0.0216 0.0201 0.030 313 M1III - Car 57917 35589 07 20 38.7 -52 05 10 -0.069 -0.0082 0.0005 0.008 273 B9V

- Car 59219 36114 07 26 21.8 -51 01 07 1.038 -0.0055 0.0061 0.008 318 K0III - Car 82350 46358 09 27 06.5 -71 36 07 1.079 -0.1024 0.0810 0.131 308 K2III - Car 91056 51313 10 28 52.7 -64 10 20 1.856 -0.0159 0.0028 0.016 280 K3Ib (L) - Car 92938 52370 10 42 14.0 -64 27 58 -0.139 -0.0178 0.0113 0.021 302 B3V - Car 93194 52502 10 44 06.9 -63 57 40 -0.134 -0.0171 0.0120 0.021 305 B5Vn

- Car 93540 52678 10 46 16.5 -64 30 54 -0.096 -0.0158 0.0109 0.019 305 B7:V - Car 93607 52736 10 46 51.2 -64 23 00 -0.149 -0.0186 0.0093 0.021 297 B3IV

58 Carina (II)

CAR m M π pc l.y. V RV L F mc Bin? ADS B 780A 5.85 1.71 0.0149″ 67 220 14 7 16 5.30 B 780A B 780B 6.48 2.34 0.0149 67 220 15 - 9.1 B 780B ∆ 39A 5.82 -0.03 0.0068 148 482 13 7 81 5.50 ∆ 39A ∆ 39B 6.84 0.99 0.0068 148 482 14 - 32 ∆ 39B ∆ 94A 4.85 -3.92 0.0018 568 1852 40 11 2912 4.77 ∆ 94A

∆ 94B 7.67 2.03 0.0074 134 438 19 - 12 ∆ 94B φ 363A 5.76 3.13 0.0298 34 109 21 - 4.4 5.38 φ 363A φ 363B 7.13 4.50 0.0298 34 109 18 32 1.2 φ 363B φ 364 5.23 -0.37 0.0076 132 429 17 12 110 φ 364AB h 4125 5.45 0.39 0.0097 103 335 24 21 55 h 4125 h 4206A 5.74 -0.98 0.0045 221 721 38 11 195 5.28 h 4206A h 4206B 6.60 -0.13 0.0045 221 721 63 - 89 h 4206B h 4292 5.26 0.16 0.0096 105 341 37 0 68 h 4292 h 4333 4.94 -2.42 0.0034 296 964 19 11 728 h 4333 h 4415 5.22 -6.88 0.0004 2632 8579 590 21 44507 h 4415

R Car 6.10 0.57 0.0078 128 416 33 28 46 φ 140AB S Car 5.60 -2.44 0.0025 405 1320 371 289 742 T Car 5.93 1.07 0.0107 94 306 48 -26 29 RT Car 8.56 -0.57 0.0015 671 2188 27 - 134 QY Car 5.70 -2.29 0.0025 397 1294 35 31 650

V341 7.06 -0.30 0.0034 297 967 14 - 104 V344 4.50 -1.62 0.0060 168 546 29 27 350 V364 5.51 -0.26 0.0070 143 466 33 30 100 V370 5.47 -6.52 0.0004 2500 8150 102 -8 31907 V372 5.70 -2.56 0.0022 448 1462 27 18 831

V374 5.77 -1.72 0.0032 315 1028 21 11 385 V382 3.93 -7.37 0.0006 1818 5927 47 7 69707 V386 5.14 0.45 0.0116 87 282 30 30 52 V399 4.65 -6.86 0.0005 2000 6520 73 -1 43457 V460 5.19 -2.34 0.0031 321 1045 29 23 679

V519 5.36 -6.23 0.0005 2083 6792 68 -2 24520 V524 5.26 -6.08 0.0005 1852 6037 72 -24 21243 - Car 5.39 -1.83 0.0036 278 906 121 -4 424 - Car 5.14 -1.25 0.0053 189 617 27 5 248 - Car 5.38 -0.52 0.0066 151 493 19 18 127

- Car 5.09 -1.09 0.0058 172 562 10 8 215 - Car 5.46 1.51 0.0162 62 201 38 3 20 - Car 5.27 -4.64 0.0010 962 3135 74 -3 5675 - Car 4.76 -0.97 0.0072 140 456 28 24 192 - Car 4.80 -1.06 0.0067 148 484 30 26 208

- Car 5.33 -0.45 0.0070 143 466 35 32 119 - Car 4.87 -0.83 0.0073 138 449 21 16 168

59 Cassiopeia (I)

CAS HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 3712 3179 00h40m30.4s +56º32′15″ 1.170 0.0504 -0.0322 0.060 123º K0II-IIIvar β 432 746 00 09 10.6 +59 08 59 0.380 0.5234 -0.1804 0.554 109 F2III-IV (DSCT) γ 5394 4427 00 56 42.4 +60 43 00 -0.046 0.0257 -0.0038 0.026 98 B0IV:evar (GCAS) δ 8538 6686 01 25 48.9 +60 14 07 0.160 0.2972 -0.0495 0.301 99 A5Vv SB (EA) ε 11415 8886 01 54 23.6 +63 40 13 -0.150 0.0320 -0.0187 0.037 120 B2pvar

ζ 3360 2920 00 36 58.2 +53 53 49 -0.196 0.0178 -0.0092 0.020 117 B2IV ηΑ 4614 3821A 00 49 06.1 +57 48 56 0.587 1.0871 -0.5597 1.223 117 G0V SB ηΒ 4614 3821B 00 49 06.0 +57 48 57 0.587 1.0871 -0.5597 1.223 117 K7V ϑ 6961 5542 01 11 06.1 +55 09 00 0.170 0.2266 -0.0193 0.227 95 A7Vvar ιΑ 15089 11569A 02 29 03.9 +67 24 09 0.153 -0.0279 0.0371 0.046 323 A5pSr (ACV)

ιΒ 15089 11569B 02 29 08.7 +67 24 07 0.153 -0.0188 -0.0083 0.021 246 – κ 2905 2599 00 32 59.9 +62 55 55 0.130 0.0040 -0.0021 0.005 118 B1Ia (ACYG) λΑ 2772 2505A 00 31 46.3 +54 31 20 -0.098 0.0408 -0.0148 0.043 110 B8Vn λΒ 2772 2505B 00 31 46.3 +54 31 19 -0.098 0.0380 -0.0076 0.039 101 – µ 6582 5336 01 08 16.3 +54 55 14 0.704 3.4214 -1.5993 3.777 115 G5Vp

ν 4636 3801 00 48 50.0 +50 58 06 -0.091 0.0303 -0.0098 0.032 108 B9III ξ 3901 3300 00 42 03.8 +50 30 45 -0.015 0.0123 -0.0065 0.014 118 B2.5V ο 4180 3504 00 44 43.5 +48 17 04 -0.069 0.0178 -0.0076 0.019 113 B5III (GCAS) π 4058 3414 00 43 28.0 +47 01 29 0.170 -0.0245 -0.0372 0.045 213 A5V ρ 224014 117863 23 54 23.0 +57 29 58 1.190 -0.0045 -0.0035 0.006 233 G2 0e (SRD)

σΑ 224572 118243A 23 59 00.4 +55 45 18 -0.071 0.0093 -0.0051 0.011 119 B1V σΒ 224572 118243B 23 59 00.2 +55 45 20 -0.071 0.0093 -0.0051 0.011 119 – τ 223165 117301 23 47 03.4 +58 39 07 1.122 0.0607 0.0567 0.083 47 K1III υ1 5234 4292 00 55 00.0 +58 58 22 1.216 -0.0322 -0.0407 0.052 218 K2III υ2 5395 4422 00 56 39.7 +59 10 52 0.957 -0.0926 -0.0453 0.103 244 G8III-IV

ϕ 7927 6242 01 20 04.8 +58 13 54 0.683 -0.0013 -0.0022 0.003 211 F0Ia χ 9408 7294 01 33 55.9 +59 13 56 0.991 -0.0431 -0.0232 0.049 242 K0III ψ 8491 6692 01 25 56.0 +68 07 48 1.047 0.0751 0.0268 0.080 70 K0III ω 11529 9009 01 55 59.9 +68 41 07 -0.084 0.0138 -0.0097 0.017 125 B8III 1 Cas 218376 114104 23 06 36.8 +59 25 12 -0.060 0.0068 -0.0020 0.007 106 B0.5IV

2 Cas 218753 114365 23 09 44.0 +59 19 59 0.315 0.0001 0.0012 0.001 7 A5III 4 Cas 220652 115590 23 24 50.2 +62 16 59 1.676 0.0122 -0.0133 0.018 137 M1III 6ACas 223385 117447A 23 48 50.1 +62 12 53 0.670 -0.0028 -0.0015 0.003 243 A3Iacomp V566(ACV) 6BCas 223385 117447B 23 48 50.0 +62 12 52 0.670 -0.0028 -0.0015 0.003 243 – 9 Cas 225180 330 00 04 13.5 +62 17 17 0.274 -0.0010 -0.0004 0.001 250 A1III

10 Cas 144 531 00 06 26.5 +64 11 47 -0.023 0.0097 0.0000 0.010 90 B9III 12 Cas 2011 1960 00 24 47.4 +61 49 52 0.008 0.0137 -0.0025 0.014 100 B9III 13 Cas 2729 2474 00 31 25.3 +66 31 11 -0.100 0.0194 -0.0039 0.020 101 B6V 16ACas 3038 2707A 00 34 24.9 +66 45 02 -0.049 0.0238 -0.0003 0.024 91 B9III 16BCas — 2707B 00 34 24.9 +66 45 02 -0.049 0.0238 -0.0003 0.024 91 –

21 Cas 4161 3572 00 45 39.0 +74 59 17 0.078 -0.0149 -0.0219 0.026 214 A2IV YZ(EA) 23 Cas 4382 3721 00 47 46.0 +74 50 52 -0.066 0.0150 -0.0059 0.016 112 B8III 31 Cas 6829 5518 01 10 39.3 +68 46 44 -0.014 0.0353 -0.0275 0.045 128 A0Vnn 32 Cas 6972 5589 01 11 41.3 +65 01 08 -0.072 0.0239 -0.0129 0.027 118 B9IV RU(CST) 35 Cas 8003 6312 01 21 05.2 +64 39 30 0.113 0.0597 -0.0235 0.064 112 A2Vnn

38 Cas 9021 7078 01 31 13.7 +70 15 53 0.489 0.1375 -0.0760 0.157 119 F6V 40 Cas 9774 7650 01 38 30.9 +73 02 25 0.972 -0.0118 -0.0132 0.018 222 G8II-IIIvar 42 Cas 10250 8016 01 42 55.8 +70 37 22 -0.022 0.0766 -0.0136 0.078 100 B9V 43 Cas 10221 7965 01 42 20.5 +68 02 35 -0.049 0.0531 -0.0103 0.054 101 A0pSiSr V557(ACV) 44 Cas 10425 8046 01 43 19.6 +60 33 05 -0.010 0.0136 -0.0158 0.021 139 B8IIIn

60 Cassiopeia (I)

CAS m M π pc l.y. V RV L F mc Bin? ADS α 2.24 -1.99 0.0143″ 70 228 20 -4 491 18 h 1993 561 (OPT) β 2.28 1.17 0.0599 17 54 45 12 27 11 AGC 15 107 γ 2.15 -4.22 0.0053 188 613 24 -7 3839 27 β 1028 782AB δ 2.66 0.24 0.0328 30 99 44 7 63 37 β pm ε 3.35 -2.31 0.0074 136 442 25 -8 661 45

ζ 3.69 -2.62 0.0055 183 597 17 2 882 17 ηΑ 3.58 4.71 0.1680 6.0 19.4 36 9 1.0 24 3.46 Σ 60 671A ηΒ 7.37 8.49 0.1680 6.0 19.4 36 11 0.03 24 Σ 60 671B ϑ 4.34 1.22 0.0237 42 137 46 9 26 33 β pm ιΑ 4.62 1.43 0.0230 43 141 10 1 21 [-] 4.46 Σ 262 1860A

ιΒ 7.09 3.91 0.0230 43 141 4 - 2.2 [-] Σ 262 1860B κ 4.17 -6.34 0.0008 1266 4127 27 -2 27086 15 λΑ 5.44 0.26 0.0092 109 354 25 -12 62 14 4.74 ΟΣ 12 434A λΒ 5.48 0.30 0.0092 109 354 20 - 60 14 ΟΣ 12 434B µ 5.17 5.78 0.1324 7.6 24.6 166 -97 0.4 30 β pm

ν 4.90 -0.49 0.0084 119 389 20 9 123 25 ξ 4.80 -2.86 0.0029 340 1109 25 -10 1095 19 ο 4.48 -2.74 0.0036 278 906 31 -17 980 22 β 231 622 π 4.95 1.31 0.0187 53 174 17 13 24 20 ρ 4.51 -8.25 0.0003 3571 11643 106 -43 157646 7

σΑ 4.99 -3.36 0.0021 467 1523 24 -7 1736 8 4.88 Σ 3049 17140A σΒ 7.33 -1.02 0.0021 467 1523 23 - 201 8 Σ 3049 17140B τ 4.88 1.26 0.0189 53 173 30 -21 25 5 υ1 4.83 -0.65 0.0080 125 406 38 -23 143 26 β 1098 748 υ2 4.62 0.62 0.0158 63 206 56 -47 45 28

ϕ 4.95 -4.32 0.0014 714 2329 26 -24 4205 34 H III 23 1073 χ 4.68 0.70 0.0160 63 204 16 6 41 39 ψ 4.72 0.86 0.0169 59 193 25 -12 36 36 Σ 117 1129AB ω 4.97 -1.69 0.0047 215 701 30 -24 374 46 1 Cas 4.84 -2.81 0.0030 339 1105 14 -8 1048

2 Cas 5.68 -3.23 0.0017 606 1976 12 -12 1545 β 16556AB 4 Cas 4.96 -1.91 0.0042 236 771 42 -37 456 H VI 24 6ACas 5.71 -7.79 0.0002 5000 16300 88 -46 102787 5.43 ΟΣ 508 17022A 6BCas 8.08 -5.42 0.0002 5000 16300 75 - 11586 ΟΣ 508 17022B 9 Cas 5.90 -4.35 0.0009 1124 3663 19 -18 4337 S 838

10 Cas 5.57 -1.82 0.0033 301 982 14 0 422 12 Cas 5.38 -1.47 0.0043 234 763 16 -4 304 13 Cas 6.18 -0.53 0.0046 220 716 22 -9 128 16ACas 6.71 0.52 0.0058 173 565 25 -16 49 6.47 bin:A 16BCas 8.17 1.98 0.0058 173 565 20 - 13 bin:B

21 Cas 5.64 0.89 0.0112 89 290 14 9 35 H I 22 624 23 Cas 5.42 -1.54 0.0041 246 803 19 -3 324 31 Cas 5.32 0.38 0.0103 97 318 21 1 56 H V 16 32 Cas 5.57 0.34 0.0090 111 363 14 -2 58 35 Cas 6.33 2.01 0.0137 73 238 27 -15 12 Σ 397 1088

38 Cas 5.82 3.49 0.0342 29 95 22 5 3.2 40 Cas 5.28 -0.40 0.0073 137 447 13 -4 114 h 2054 1268 42 Cas 5.18 0.51 0.0116 86 281 32 6 49 43 Cas 5.57 -0.10 0.0073 136 444 35 5 86 44 Cas 5.78 -1.46 0.0036 280 913 43 -33 301 β 1103 1344AB

61 Cassiopeia (II)

CAS HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

47 Cas 12230 9727 02º05′07.2″ +77º16′53″ 0.345 0.1389 -0.0476 0.147 109º F0Vn 48ACas 12111 9480A 02 01 57.3 +70 54 26 0.164 -0.0545 -0.0107 0.055 259 A3IV 48BCas 12111 9480B 02 01 57.2 +70 54 26 0.164 -0.0812 0.0227 0.084 286 – 49 Cas 12339 9763 02 05 31.2 +76 06 55 0.954 -0.0122 -0.0205 0.024 211 G8III 50 Cas 12216 9598 02 03 26.0 +72 25 17 -0.002 -0.0440 0.0225 0.049 297 A2V

51 Cas 12441 9802 02 06 02.6 +74 35 01 0.224 -0.0049 0.0024 0.005 296 A0 52 Cas 12279 9564 02 02 52.7 +64 54 05 0.029 -0.0126 -0.0117 0.017 227 A1Vn 53 Cas 12301 9573 02 03 00.3 +64 23 24 0.325 -0.0010 -0.0020 0.002 207 B8Ib 54 Cas 12800 10031 02 09 08.2 +71 33 07 0.551 0.3083 -0.2396 0.390 128 F8 55 Cas 13474 10438 02 14 29.1 +66 31 28 0.641 -0.0069 -0.0056 0.009 231 B9V+G0II-III

h 1100 11946 9312 01 59 37.9 +64 37 18 0.002 0.0358 -0.0152 0.039 113 A0Vn β 492 4222 3544 00 45 17.1 +55 13 18 0.022 -0.0284 -0.0053 0.029 259 A2Vs β 497 5015 4151 00 53 04.1 +61 07 27 0.540 -0.0685 0.1697 0.183 338 F8V β 1099Α 5408 4440A 00 56 47.0 +60 21 46 -0.054 0.0274 -0.0048 0.028 100 B9IVn β 1099Β 5408 4440B 00 56 47.0 +60 21 46 -0.054 0.0296 -0.0004 0.030 91 –

ΟΣ 16 3574 3083 00 39 09.8 +49 21 16 1.644 0.0079 -0.0027 0.008 109 K5III Σ 3053Α 225009 207 00 02 36.0 +66 05 57 1.073 0.0033 0.0011 0.004 71 G8III Σ 3053Β 225010 209 00 02 38.3 +66 06 02 1.073 0.0081 0.0091 0.012 42 G8III Σ 3062Α 123 518A 00 06 15.9 +58 26 12 0.687 0.2474 0.0178 0.248 86 G5V V640(E:) Σ 3062Β 123 518B 00 06 11.7 +58 26 09 0.687 0.2800 0.0556 0.285 79 –

R Cas 224490 118188 23 58 24.7 +51 23 19 1.500 0.0844 0.0181 0.086 78 M7IIIe (M) RZ Cas 17138 13133 02 48 55.5 +69 38 03 0.151 0.0029 0.0375 0.038 4 A3V (EA/SD) AR Cas 221253 115990 23 30 01.9 +58 32 57 -0.122 0.0187 0.0042 0.019 77 B3IV (EA) V373 224151 117957 23 55 33.7 +57 24 44 0.155 -0.0031 -0.0004 0.003 262 B0.5IIv SB (E) V509 217476 113561 23 00 05.0 +56 56 44 1.011 -0.0029 -0.0031 0.004 224 G40v+B1V (SRD)

V567 225289 418 00 05 06.1 +61 18 51 -0.067 0.0143 0.0022 0.014 81 B8pHgMn (ACV) - Cas 3240 2854 00 36 08.2 +54 10 07 -0.098 0.0230 -0.0015 0.023 94 B7III - Cas 4775 3951 00 50 43.5 +64 14 52 0.528 0.0294 -0.0129 0.032 114 B9.5V+G0III - Cas 15920 12273 02 38 01.9 +72 49 06 0.896 -0.0289 0.0152 0.033 298 G8III - Cas 19275 14862 03 11 56.3 +74 23 37 0.035 0.0145 -0.0862 0.087 170 A2Vnn

62 Cassiopeia (II)

CAS m M π pc l.y. V RV L F mc Bin? ADS 47 Cas 5.27 2.64 0.0298″ 34 109 35 -26 6.9 Sh 22 48ACas 4.69 1.92 0.0279 36 117 9 -5 13 4.49 β 513 1598A 48BCas 6.82 4.05 0.0279 36 117 15 - 1.9 β 513 1598B 49 Cas 5.22 -0.36 0.0077 131 426 15 0 110 β 785 1625 50 Cas 3.95 0.47 0.0201 50 162 18 -14 51

51 Cas 7.49 -0.61 0.0024 417 1358 15 -11 138 52 Cas 6.00 1.30 0.0115 87 284 26 -25 24 53 Cas 5.59 -4.54 0.0009 1064 3468 23 -20 5173 54 Cas 6.57 4.39 0.0366 27 89 51 0 1.4 55 Cas 6.05 -0.72 0.0044 226 738 15 -12 153

h 1100 5.29 0.81 0.0127 79 257 15 5 37 h 1100 1571 β 492 5.41 0.25 0.0093 108 351 17 -8 63 β 492 625AB β 497 4.80 3.46 0.0539 19 61 26 21 3.3 β 497 721 β 1099Α 6.11 -0.26 0.0053 188 614 25 -5 100 5.51 β 1099 784A β 1099Β 6.53 0.16 0.0053 188 614 26 - 68 β 1099 784B

ΟΣ 16 5.45 -2.60 0.0025 408 1331 19 -10 866 ΟΣ 16 546 Σ 3053Α 6.04 -2.98 0.0016 637 2076 21 -18 1227 5.74 Σ 3053 1A Σ 3053Β 7.30 -1.72 0.0016 637 2076 37 -7 384 Σ 3053 1B Σ 3062Α 6.49 4.95 0.0493 20 66 27 -12 0.8 5.98 Σ 3062 61A Σ 3062Β 7.43 5.89 0.0493 20 66 27 - 0.3 Σ 3062 61B

R Cas 4.70 -0.44 0.0094 107 348 48 21 118 Es 37 17135 RZ Cas 6.26 2.28 0.0160 63 204 41 -39 10 AR Cas 4.89 -1.34 0.0057 176 575 21 -16 271 ΟΣ 496 16795AB V373 6.03 3.34 0.0290 34 112 26 -25 3.6 V509 5.10 -3.39 0.0020 500 1630 59 -58 1794

V567 5.80 -0.93 0.0045 222 724 21 14 186 - Cas 5.08 -0.87 0.0065 155 505 17 1 176 - Cas 5.35 -1.63 0.0040 249 813 38 3 355 - Cas 5.17 0.69 0.0127 79 256 12 -2 42 - Cas 4.85 1.37 0.0202 50 162 23 10 22

63 Centaurus (I)

CEN HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α1 128620 71683 14h39m36.5s -60º50′03″ 0.710 -3.6782 0.4818 3.710 277º G2V α2 128621 71681 14 39 35.2 -60 50 13 0.900 -3.6004 0.9521 3.724 285 K1V αC — 70890 14 29 42.0 -62 41 07 1.807 -3.7756 0.7682 3.853 281 B2V V645(UV) βΑ 122451 68702A 14 03 49.4 -60 22 22 -0.231 -0.0340 -0.0251 0.042 234 B1III (BCEP) βΒ 122451 68702B 14 03 49.3 -60 22 23 -0.231 -0.0340 -0.0251 0.042 234 –

γΑ 110304 61932A 12 41 30.9 -48 57 34 -0.023 -0.1873 -0.0012 0.187 270 A1IV γΒ 110304 61932B 12 41 30.9 -48 57 32 -0.023 -0.1928 -0.0310 0.195 261 – δ 105435 59196 12 08 21.5 -50 43 20 -0.128 -0.0475 -0.0064 0.048 262 B2IVne (GCAS) ε 118716 66657 13 39 53.2 -53 27 59 -0.071 -0.0146 -0.0128 0.019 229 B1III (BCEP) ζ 121263 68002 13 55 32.3 -47 17 18 -0.176 -0.0571 -0.0448 0.073 232 B2.5IV

η 127972 71352 14 35 30.3 -42 09 28 -0.157 -0.0353 -0.0324 0.048 227 B1Vn (GCAS) ϑ 123139 68933 14 06 40.8 -36 22 12 1.011 -0.5193 -0.5179 0.733 225 K0IIIb ι 115892 65109 13 20 35.7 -36 42 44 0.068 -0.3408 -0.0880 0.352 256 A2V κA 132200 73334A 14 59 09.6 -42 06 15 -0.208 -0.0178 -0.0213 0.028 220 B2IV κC — 73334C 14 59 09.6 -42 06 15 -0.208 -0.0178 -0.0213 0.028 220 –

λ 100841 56561 11 35 46.8 -63 01 11 -0.044 -0.0338 -0.0069 0.035 259 B9II: µ 120324 67472 13 49 36.9 -42 28 26 -0.170 -0.0239 -0.0192 0.031 231 B2IV-Ve (GCAS) ν 120307 67464 13 49 30.2 -41 41 16 -0.225 -0.0260 -0.0204 0.033 232 B2IV (ELL) ξ1 113314 63724 13 03 33.1 -49 31 38 0.029 -0.0466 -0.0112 0.048 256 A0V ξ2 113791 64004 13 06 54.5 -49 54 22 -0.182 -0.0262 -0.0124 0.029 245 B1.5V

ο1 100261 56243 11 31 46.1 -59 26 32 1.026 -0.0041 0.0011 0.004 286 G0Ia (SRD) ο2 100262 56250 11 31 48.6 -59 30 56 0.432 -0.0066 0.0007 0.007 276 A3Ia (ACYG) πΑ 98718 55425A 11 21 00.4 -54 29 27 -0.157 -0.0353 -0.0022 0.035 266 B5Vn πΒ 98718 55425B 11 21 00.5 -54 29 27 -0.157 -0.0404 -0.0097 0.042 256 – ρ 105937 59449 12 11 39.1 -52 22 06 -0.156 -0.0422 -0.0184 0.046 246 B3V

σ 108483 60823 12 28 02.3 -50 13 51 -0.192 -0.0325 -0.0124 0.035 249 B3V τ 109787 61622 12 37 42.1 -48 32 28 0.049 -0.1866 -0.0065 0.187 268 A2V υ1 121790 68282 13 58 40.7 -44 48 13 -0.208 -0.0280 -0.0217 0.035 232 B2IV-V υ2 122223 68523 14 01 43.3 -45 36 12 0.598 0.0039 -0.0209 0.021 169 F6II ϕ 121743 68245 13 58 16.2 -42 06 03 -0.224 -0.0237 -0.0198 0.031 230 B2IV

χ 122980 68862 14 06 02.7 -41 10 46 -0.198 -0.0244 -0.0216 0.033 228 B2V (BCEP) ψ 125473 70090 14 20 33.3 -37 53 07 -0.030 -0.0645 -0.0114 0.065 260 A0IV 1 Cen 119756 67153 13 45 41.2 -33 02 37 0.390 -0.4619 -0.1462 0.484 252 F3V 2 Cen 120323 67457 13 49 26.6 -34 27 02 1.520 -0.0426 -0.0599 0.073 215 M5III V806(SRB) 3ACen 120709 67669A 13 51 49.5 -32 59 40 -0.146 -0.0357 -0.0301 0.047 230 B4III

3BCen 120710 67669B 13 51 50.0 -32 59 41 -0.146 -0.0357 -0.0301 0.047 230 B8V 4ACen 120955 67786A 13 53 12.4 -31 55 39 -0.111 -0.0135 -0.0107 0.017 232 B4IV 4BCen — 67786B 13 53 12.3 -31 55 54 -0.111 -0.0135 -0.0107 0.017 232 – A Cen 100673 56480 11 34 45.6 -54 15 51 -0.077 -0.0556 0.0166 0.058 287 B9V B Cen 102964 57803 11 51 08.1 -45 10 26 1.283 -0.0724 -0.0086 0.073 263 K4III

C2Cen 100825 56573 11 35 55.5 -47 38 30 0.257 0.0340 -0.0504 0.061 146 A7m C3Cen 101067 56700 11 37 33.9 -47 44 49 1.230 -0.0686 0.0281 0.074 292 K2III DACen 106321 59654A 12 14 02.5 -45 43 25 1.400 -0.0352 0.0044 0.035 277 K3III DBCen 106321 59654B 12 14 02.7 -45 43 26 1.400 -0.0352 0.0044 0.035 277 – - E Cen 105416 59184 12 08 14.6 -48 41 34 -0.010 -0.0195 -0.0070 0.021 250 A1V

F Cen 107079 60059 12 18 59.7 -55 08 35 1.600 -0.0704 -0.0111 0.071 261 M1III G Cen 108257 60710 12 26 31.5 -51 27 02 -0.141 -0.0310 -0.0098 0.033 252 B3Vn H Cen 112409 63210 12 57 04.3 -51 11 55 -0.066 -0.0295 -0.0148 0.033 243 B8.5V J Cen 116087 65271 13 22 37.9 -60 59 18 -0.141 -0.0355 -0.0152 0.039 247 B3V V790(BCEP:) K Cen 117150 65810 13 29 25.2 -51 09 55 0.059 -0.0015 -0.0078 0.008 191 A0V

64 Centaurus (I)

CEN m M π pc l.y. V RV L F mc Bin? ADS α1 0.14 4.49 0.7421″ 1.347 4.393 34 -25 1.26 -0.20 Richaud:A α2 1.24 5.60 0.7421 1.347 4.393 32 -22 0.45 Richaud:B αC 11.01 15.45 0.7723 1.295 4.221 29 -16 0.00005 I:C βΑ 0.58 -5.45 0.0062 161 525 33 6 11918 0.61 Vou 31A βΒ 3.95 -2.08 0.0062 161 525 32 - 537 Vou 31B

γΑ 2.85 -0.16 0.0250 40 130 36 -5 91 2.20 h 4539A γΒ 2.95 -0.06 0.0250 40 130 37 - 83 h 4539B δ 2.58 -2.84 0.0083 121 395 30 11 1074 Jc 2 ε 2.29 -3.02 0.0087 115 376 11 3 1268 Rst 5376 ζ 2.55 -2.81 0.0085 118 384 41 7 1045

η 2.33 -2.55 0.0106 95 308 22 0 824 See 207 ϑ 2.06 0.70 0.0535 19 61 65 1 41 5 See 196 ι 2.75 1.48 0.0556 18 59 30 0 20 κA 3.34 -2.75 0.0061 165 539 23 8 995 3.13 I 1260A κC 4.71 -1.38 0.0061 165 539 22 - 280 I 1260C

λ 3.11 -2.39 0.0080 126 410 21 -1 708 Rst 3746 µ 3.47 -2.57 0.0062 162 527 25 9 841 HdO 226 ν 3.41 -2.41 0.0069 146 475 25 9 721 ξ1 4.83 0.71 0.0150 67 218 15 0 41 ξ2 4.27 -1.24 0.0079 126 412 22 14 246 ∆ 128

ο1 5.07 -4.91 0.0010 990 3228 28 -20 7234 h 4445 ο2 5.12 -4.97 0.0010 1042 3396 37 -17 7646 πΑ 4.08 -0.89 0.0102 99 321 19 9 178 3.90 I 879A πΒ 5.57 0.61 0.0102 99 321 19 - 45 I 879B ρ 3.97 -1.13 0.0095 105 342 27 15 224

σ 3.91 -1.76 0.0074 136 443 24 8 397 τ 3.85 0.82 0.0248 40 132 36 5 37 υ1 3.87 -1.67 0.0078 128 417 22 5 365 υ2 4.34 -1.35 0.0073 137 448 14 0 273 ϕ 3.83 -1.94 0.0070 143 465 22 6 471

χ 4.36 -1.32 0.0073 137 446 24 12 266 ψ 4.05 -0.35 0.0132 76 247 24 -5 109 See 204 1 Cen 4.23 2.81 0.0519 19 63 49 -22 5.9 Σ 148 2 Cen 4.19 0.51 0.0184 54 177 45 41 49 3ACen 4.51 -0.29 0.0110 91 297 23 10 103 4.32 ∆ 148A

3BCen 6.05 1.25 0.0110 91 297 20 0 25 ∆ 148B 4ACen 4.75 -1.81 0.0049 205 669 18 5 418 4.67 H N 51A 4BCen 8.36 1.80 0.0049 205 669 17 - 15 H N 51B A Cen 4.62 -1.14 0.0070 142 463 39 3 225 B Cen 4.47 -1.30 0.0070 142 464 49 2 259

C2Cen 5.26 1.44 0.0172 58 189 17 5 21 C3Cen 5.46 0.23 0.0090 111 363 39 -1 64 DACen 5.75 -0.45 0.0058 174 566 30 7 119 5.31 Rmk 14A DBCen 6.98 0.78 0.0058 174 566 29 - 38 Rmk 14B E Cen 5.34 -0.95 0.0055 181 590 18 3 188

F Cen 5.01 -0.33 0.0086 117 381 40 -7 107 HdO 214 G Cen 4.82 -0.62 0.0082 123 400 20 5 140 See 154 H Cen 5.17 -0.67 0.0068 147 479 34 25 146 J Cen 4.52 -0.66 0.0092 109 354 21 6 145 ∆ 133AB K Cen 5.04 -0.91 0.0065 155 504 6 -2 181

65 Centaurus (II)

CEN HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

M Cen 119834 67234 13h46m39.3s -51º25′58″ 0.955 0.0103 -0.0280 0.030 160º G8/K0III NACen 120642 67703 13 52 04.7 -52 48 42 -0.084 -0.0394 -0.0273 0.048 235 B9Vn NBCen 120641 67702 13 52 02.8 -52 48 35 -0.084 -0.0274 -0.0391 0.048 215 B9Vn QACen 118991 66821A 13 41 44.6 -54 33 36 -0.055 -0.0437 -0.0246 0.050 241 B8Vn QBCen — 66821B 13 41 44.5 -54 33 42 -0.055 -0.0437 -0.0246 0.050 241 –

c1 Cen 129456 72010 14 43 39.3 -35 10 26 1.356 -0.0609 -0.1768 0.187 199 K3III c2 Cen 129685 72104 14 44 59.1 -35 11 31 0.013 0.0100 -0.0020 0.010 101 A0V dACen 117440 65936A 13 31 02.6 -39 24 26 1.186 -0.0157 -0.0113 0.019 234 G8II-III dBCen 117440 65936B 13 31 02.6 -39 24 26 1.186 -0.0157 -0.0113 0.019 234 – e Cen 111915 62867 12 53 06.8 -48 56 35 1.344 -0.0792 -0.0253 0.083 252 K3/K4III

f Cen 113703 63945 13 06 16.6 -48 27 48 -0.148 -0.0297 -0.0147 0.033 244 B5V j Cen 102776 57669 11 49 41.0 -63 47 18 -0.149 -0.0179 0.0044 0.018 284 B3V l Cen 110073 61789 12 39 52.4 -39 59 15 -0.082 -0.0420 -0.0249 0.049 239 B8II-III (ACV) m Cen 116243 65387 13 24 00.5 -64 32 09 0.822 0.0291 -0.0210 0.036 126 G5III-IV n Cen 111968 62896 12 53 26.1 -40 10 44 0.224 0.0696 -0.0218 0.073 107 A4IV

p Cen 111597 62683 12 50 41.1 -33 59 57 -0.031 -0.0291 -0.0143 0.032 244 B9V r Cen 115310 64803 13 16 53.1 -31 30 23 0.959 0.0346 -0.0493 0.060 145 K1III u Cen 108541 60855 12 28 22.4 -39 02 29 -0.073 -0.0287 -0.0140 0.032 244 B8/B9V v Cen 125288 70069 14 20 19.4 -56 23 12 0.082 -0.0093 -0.0076 0.012 231 B6Ib w Cen 110458 62012 12 42 35.3 -48 48 47 1.075 -0.1233 -0.0304 0.127 256 K0III

x1Cen 107832 60449 12 23 35.4 -35 24 46 -0.066 -0.0412 -0.0075 0.042 260 B8/B9V z Cen 119921 67244 13 46 56.3 -36 15 08 -0.007 -0.0133 -0.0115 0.018 229 A0V ∆ 109Α 99803 56000 11 28 35.0 -42 40 27 -0.028 -0.0346 0.0063 0.035 280 B9V ∆ 109Β 99803 56001 11 28 35.4 -42 40 37 0.300 -0.0431 0.0160 0.046 290 A3V ∆ 159Α 125628 70264A 14 22 36.9 -58 27 34 0.795 -0.0470 0.0170 0.050 290 G8/K1 ∆ 159Β — 70264B 14 22 37.4 -58 27 42 0.410 -0.0470 0.0170 0.050 290 – φ 205 114837 64583 13 14 14.7 -59 06 12 0.489 -0.2496 -0.1546 0.294 238 F7IV h 4409A 96616 54360A 11 07 16.5 -42 38 19 0.029 -0.0821 0.0412 0.092 297 ApSrCrEu V815(ACV) h 4409B 96616 54360B 11 07 16.3 -42 38 20 0.029 -0.0821 0.0412 0.092 297 – h 4583 116457 65479 13 25 13.8 -64 29 07 0.411 -0.1543 -0.0214 0.156 262 F2III

Ho 390 131625 73049 14 55 44.6 -33 51 21 0.046 0.0192 -0.0020 0.019 96 A0V I 78A 100493 56391A 11 33 37.2 -40 35 12 0.117 -0.0758 0.0277 0.081 290 A2IV-V I 78B 100493 56391B 11 33 37.3 -40 35 12 0.117 -0.0836 0.0271 0.088 288 – Rst 4477 99556 55831 11 26 35.3 -61 06 54 -0.077 -0.0138 0.0018 0.014 277 B3IV Rst 5532 123569 69191 14 09 54.7 -53 26 20 0.938 -0.1442 -0.0905 0.170 238 G8III See 131 98993 55588 11 23 12.5 -36 09 54 1.464 -0.0265 -0.0006 0.027 269 K6III R Cen 124601 69754 14 16 34.2 -59 54 50 1.682 -0.0103 -0.0059 0.012 240 M5e (M) T Cen 119090 66825 13 41 45.7 -33 35 49 1.584 -0.0276 0.0034 0.028 277 M3e (SRA) V744 118767 66666 13 39 59.6 -49 57 00 1.496 -0.0994 0.0187 0.101 281 M8III (SRB) V761 125823 70300 14 23 02.1 -39 30 44 -0.185 -0.0243 -0.0218 0.033 228 B2V (SXARI) V763 100733 56518 11 35 13.2 -47 22 21 1.682 -0.0873 -0.0077 0.088 265 M3III (SRB) V788 105509 59229 12 08 53.7 -44 19 34 0.240 -0.0470 -0.0423 0.063 228 A3III (EA) V795 124367 69618 14 14 56.9 -57 05 09 -0.074 -0.0240 -0.0210 0.032 229 B4Vne (GCAS) V810 101947 57175 11 43 31.2 -62 29 21 0.784 -0.0059 0.0011 0.006 281 G0Ia+B0.5/IIab (SRD) V817 105521 59232 12 08 54.4 -41 13 53 -0.097 -0.0121 -0.0083 0.015 236 B3IV (GCAS) V831 114529 64425 13 12 17.4 -59 55 15 -0.073 -0.0285 -0.0175 0.033 239 B8V (EB) V863 105382 59173 12 08 05.1 -50 39 40 -0.163 -0.0341 -0.0099 0.035 254 B2IIIne (SPB:) V918 102461 57512 11 47 19.0 -57 41 47 1.664 -0.0255 0.0200 0.032 308 K5III (SR) V964 115823 65112 13 20 37.7 -52 44 52 -0.125 -0.0307 -0.0165 0.035 242 B6V (EB) - Cen 97495 54746 11 12 33.0 -49 06 03 0.175 -0.0993 0.0337 0.105 289 A2III

66 Centaurus (II)

CEN m M π pc l.y. V RV L F mc Bin? ADS M Cen 4.64 0.16 0.0127″ 79 257 13 -6 68 HdO 225 NACen 5.26 0.03 0.0090 111 363 37 27 77 5.15 ∆ 147A NBCen 7.89 0.28 0.0030 333 1087 75 - 61 ∆ 147B QACen 5.24 0.65 0.0121 83 271 22 10 43 4.99 ∆ 141A QBCen 6.63 2.04 0.0121 83 271 21 7 12 ∆ 141B

c1Cen 4.06 0.07 0.0159 63 205 68 -38 74 c2Cen 4.92 0.91 0.0158 63 207 6 -5 34 dACen 4.64 -3.29 0.0026 385 1254 35 -2 1628 3.90 See 179A dBCen 5.03 -2.89 0.0026 385 1254 35 - 1130 See 179B e Cen 4.33 -0.51 0.0108 93 303 37 -2 126

f Cen 4.71 -0.81 0.0079 127 414 21 6 166 h 4567 j Cen 4.30 -1.44 0.0071 141 459 32 29 297 l Cen 4.63 -0.55 0.0092 109 355 29 15 131 m Cen 4.52 0.04 0.0127 79 257 18 12 76 n Cen 4.25 0.86 0.0210 48 155 17 -2 36

p Cen 4.90 -0.48 0.0084 119 389 19 4 123 See 163 r Cen 5.10 0.70 0.0132 76 247 25 13 41 u Cen 5.45 -0.13 0.0076 131 427 20 5 89 v Cen 4.30 -3.50 0.0028 364 1185 21 4 1983 w Cen 4.66 0.85 0.0173 58 188 37 -12 36

x1Cen 5.32 -0.17 0.0080 125 409 27 -10 92 z Cen 5.15 -0.44 0.0076 131 428 15 -10 118 h 4612 ∆ 109A 5.14 -1.27 0.0052 192 625 32 3 254 5.06 ∆ 109A ∆ 109B 7.98 3.99 0.0159 63 205 14 - 2.0 ∆ 109B ∆ 159A 5.09 0.41 0.0116 87 282 25 15 54 4.76 ∆ 159A

∆ 159B 6.94 2.25 0.0116 87 282 21 - 10 ∆ 159B φ 205 4.90 3.62 0.0555 18 59 70 -65 2.8 φ 205AB h 4409A 5.25 0.55 0.0115 87 283 38 2 47 5.15 h 4409A h 4409B 7.95 3.26 0.0115 87 283 38 - 3.9 h 4409B h 4583 5.32 2.35 0.0255 39 128 29 -2 9.0 h 4583

Ho 390 5.32 0.92 0.0132 76 247 7 0 34 Ho 390 I 78A 6.21 0.95 0.0089 113 368 44 9 33 5.39 I 78A I 78B 6.16 0.89 0.0089 113 368 47 - 35 I 78B Rst 4477 5.22 -3.17 0.0021 476 1552 33 9 1457 Rst 4477 Rst 5532 4.74 1.01 0.0179 56 182 48 -16 31 Rst 5532 See 131 5.00 -2.10 0.0038 263 858 33 -5 545 See 131 R Cen 5.30 -3.73 0.0016 641 2090 41 -20 2453 I 1240 T Cen 6.58 -2.43 0.0016 633 2063 88 28 736 V744 5.74 -0.37 0.0060 167 543 81 -11 111 V761 4.41 -1.13 0.0078 128 418 21 8 223 V763 5.64 -0.87 0.0050 200 652 85 18 175 Rst 548 V788 5.75 0.75 0.0100 100 326 32 11 40 V795 5.03 -0.84 0.0067 149 486 24 7 170 HdO 228 V810 5.00 -4.48 0.0013 787 2567 24 10 4880 V817 5.51 -3.52 0.0016 641 2090 44 0 2022 V831 4.58 -0.55 0.0094 106 346 21 12 131 V863 4.46 -0.85 0.0087 115 376 26 17 172 β V918 5.42 -1.59 0.0040 252 821 65 -52 339 V964 5.47 0.05 0.0082 121 396 22 10 75 - Cen 5.37 1.88 0.0200 50 163 27 -10 14

67 Centaurus (III)

CEN HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

- Cen 99322 55756 11h25m29.3s -36º03′47″ 0.979 -0.1077 0.0177 0.109 279º K0III - Cen 99453 55779 11 25 43.2 -63 58 22 0.495 -0.3144 -0.0655 0.321 258 F7V - Cen 100708 56497 11 34 56.8 -49 08 12 1.041 -0.1725 0.1881 0.255 317 K1III-IV - Cen 101021 56656 11 37 00.6 -61 17 00 1.105 -0.2282 0.0017 0.228 270 K1III - Cen 101189 56754 11 38 07.3 -61 49 35 -0.040 -0.0620 -0.0035 0.062 267 B9IV

- Cen 101570 56986 11 40 53.6 -62 05 23 1.111 -0.0150 0.0011 0.015 274 G3Ib - Cen 102232 57371 11 45 43.8 -45 41 24 -0.118 -0.0417 0.0048 0.042 277 B6III - Cen 102350 57439 11 46 30.7 -61 10 42 0.895 -0.0219 -0.0162 0.027 233 G0II - Cen 102365 57443 11 46 31.0 -40 30 01 0.664 -1.5317 0.4034 1.584 285 G3/G5V - Cen 104731 58803 12 03 39.5 -42 26 03 0.417 0.3236 -0.1109 0.342 109 F6V

- Cen 109536 61468 12 35 45.4 -41 01 19 0.224 -0.1073 0.0011 0.107 271 A7III - Cen 112213 63066 12 55 19.3 -42 54 57 1.668 -0.0378 -0.0126 0.040 251 M0III (type?) - Cen 114474 64348 13 11 23.1 -43 22 07 1.049 -0.1145 -0.0197 0.116 260 K1/K2III - Cen 114613 64408 13 12 03.1 -37 48 11 0.693 -0.3824 0.0470 0.385 277 G3V - Cen 116713 65535 13 26 07.7 -39 45 19 1.181 0.1683 -0.0586 0.178 109 KpBa

- Cen 118978 66849 13 42 01.0 -58 47 13 -0.029 -0.0307 -0.0117 0.033 249 B9IV - Cen 119971 67304 13 47 38.4 -50 19 16 1.351 -0.1412 -0.0063 0.141 267 K2III - Cen 121474 68191 13 57 38.9 -63 41 12 1.075 -0.0405 -0.0328 0.052 231 K4III - Cen 125158 70035 14 19 51.4 -61 16 23 0.281 -0.1650 -0.0883 0.187 242 Am - Cen 129116 71865 14 41 57.5 -37 47 37 -0.157 -0.0296 -0.0307 0.043 224 B2.5V

- Cen 131120 72800 14 52 50.9 -37 48 11 -0.155 -0.0206 -0.0180 0.027 229 B7II-III

68 Centaurus (III)

CEN m M π pc l.y. V RV L F mc Bin? ADS - Cen 5.21 0.54 0.0116″ 86 280 45 4 48 - Cen 5.18 2.99 0.0365 27 89 42 -5 5.0 - Cen 5.50 1.48 0.0157 64 207 77 -1 20 - Cen 5.14 0.89 0.0141 71 231 77 3 35 - Cen 5.15 0.35 0.0110 91 297 27 4 57

- Cen 4.93 -1.82 0.0045 224 729 21 14 420 - Cen 5.28 -1.62 0.0042 240 782 49 -10 350 - Cen 4.11 -1.51 0.0075 133 434 17 -3 317 φ - Cen 4.89 5.06 0.1082 9.2 30.1 71 15 0.7 - Cen 5.15 3.23 0.0413 24 79 53 36 4.0

- Cen 5.12 2.43 0.0289 35 113 21 -11 8.4 - Cen 5.46 -0.87 0.0054 185 601 36 -7 175 - Cen 5.24 1.09 0.0148 68 221 38 -9 29 - Cen 4.85 3.29 0.0488 20 67 40 -15 3.8 - Cen 5.11 1.09 0.0157 64 207 86 67 29

- Cen 5.38 -1.11 0.0050 198 647 32 -8 218 - Cen 5.46 -0.26 0.0072 139 454 97 28 100 - Cen 4.71 0.68 0.0156 64 209 27 22 42 - Cen 5.22 1.80 0.0207 48 158 48 21 15 - Cen 4.01 -0.85 0.0107 94 305 19 1 171

- Cen 5.02 -0.34 0.0085 118 384 16 6 107

69 Cepheus (I)

CEP HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 203280 105199 21h18m34.7s +62º35′08″ 0.257 0.1499 0.0483 0.157 72º A7IV-V β 205021 106032 21 28 39.5 +70 33 39 -0.201 0.0126 0.0087 0.015 55 B2IIIv SB (BCEP) γ 222404 116727 23 39 20.8 +77 37 57 1.031 -0.0489 0.1272 0.136 339 K1IV δA 213306 110991 22 29 10.2 +58 24 55 0.778 0.0165 0.0036 0.017 78 G2Ibvar (CEP) δC 213307 110991 22 29 09.2 +58 24 15 -0.033 0.0165 0.0047 0.017 74 A0

ε 211336 109857 22 15 01.9 +57 02 37 0.278 0.4765 0.0500 0.479 84 F0IV (DSCT) ζ 210745 109492 22 10 51.2 +58 12 05 1.558 0.0134 0.0045 0.014 71 K1Ibv SB η 198149 102422 20 45 17.3 +61 50 20 0.912 0.0861 0.8179 0.822 6 K0IV ϑ 195725 101093 20 29 34.8 +62 59 39 0.199 0.0450 -0.0133 0.047 106 A7III ι 216228 112724 22 49 40.7 +66 12 02 1.053 -0.0661 -0.1247 0.141 208 K0III

κΑ 192907 99255A 20 08 53.2 +77 42 41 -0.046 0.0111 0.0237 0.026 25 B9III κΒ — 99255B 20 08 55.2 +77 42 37 -0.046 0.0111 0.0237 0.026 25 – λ 210839 109556 22 11 30.6 +59 24 53 0.192 -0.0072 -0.0111 0.013 213 O6If µ 206936 107259 21 43 30.3 +58 46 48 2.242 0.0052 -0.0029 0.006 119 M2Ia (SRC) ν 207260 107418 21 45 26.8 +61 07 15 0.474 -0.0031 -0.0019 0.004 239 A2Iavar (ACYG)

ξΑ 209790 108917A 22 03 47.3 +64 37 41 0.379 0.2145 0.0893 0.232 67 Am ξΒ 209791 108917B 22 03 46.0 +64 37 42 0.379 0.2017 0.0859 0.219 67 A3m οΑ 219916 115088A 23 18 37.4 +68 06 42 0.836 0.0549 0.0109 0.056 79 K0III οΒ 219916 115088B 23 18 37.0 +68 06 40 0.836 0.0457 0.0132 0.048 74 – πΑ 218658 114222A 23 07 53.8 +75 23 16 0.802 0.0057 -0.0351 0.036 171 G2III

πΒ 218658 114222B 23 07 53.7 +75 23 17 0.802 0.0176 -0.0236 0.029 143 – ρ 213798 111056 22 29 52.8 +78 49 28 0.093 0.0035 -0.0217 0.022 171 A3V 4 Cep 197950 102253 20 43 10.9 +66 39 27 0.218 0.0251 0.0347 0.043 36 A8V 6 Cep 203467 105268 21 19 22.1 +64 52 19 -0.045 0.0051 0.0053 0.007 44 B3IVe V382(BE) 7 Cep 204770 105972 21 27 46.0 +66 48 33 -0.099 -0.0102 -0.0207 0.023 206 B7V

9 Cep 206165 106801 21 37 55.1 +62 04 55 0.246 -0.0019 -0.0028 0.003 214 B2Ib V337(ACYG) 11 Cep 206952 107119 21 41 55.2 +71 18 42 1.108 0.1195 0.0945 0.152 52 K0III 12 Cep 207528 107586 21 47 25.2 +60 41 34 1.575 -0.0097 -0.0018 0.010 259 M1III 13 Cep 208501 108165 21 54 53.0 +56 36 41 0.065 -0.0037 -0.0022 0.004 239 B8Ibvar 14 Cep 209481 108772 22 02 04.5 +58 00 02 0.017 -0.0035 -0.0016 0.004 245 O9V LZ(ELL)

15 Cep 209744 108925 22 03 53.6 +59 48 53 0.170 -0.0035 -0.0015 0.004 247 BIV 16 Cep 209369 108535 21 59 14.8 +73 10 48 0.439 -0.0683 -0.1598 0.174 203 F5V 18 Cep 209772 108924 22 03 52.8 +63 07 12 1.557 0.0367 0.0587 0.069 32 M5III MO(L) 19 Cep 209975 109017 22 05 08.8 +62 16 48 0.240 -0.0018 -0.0030 0.003 210 O9.5Ib 20 Cep 209960 109005 22 05 00.4 +62 47 09 1.413 0.0142 0.0584 0.060 14 K4III

24 Cep 210807 109400 22 09 48.3 +72 20 29 0.919 0.0334 0.0031 0.034 85 G8III 25 Cep 211833 110103 22 18 12.6 +62 48 16 1.256 0.0427 0.0098 0.044 77 K3III 26 Cep 213087 110817 22 27 05.3 +65 07 57 0.302 -0.0007 -0.0019 0.002 201 B0.5Ib 28 Cep 213403 110787 22 26 42.6 +78 47 10 0.171 -0.0141 -0.0371 0.040 201 A2m 30 Cep 214734 111797 22 38 38.9 +63 35 04 0.083 -0.0012 -0.0202 0.020 183 A3IV

31 Cep 214470 111532 22 35 46.0 +73 38 36 0.395 0.1733 0.0251 0.175 82 F3III-IV 47 Cep 19978 15547 03 20 19.8 +77 44 06 0.211 0.0649 -0.0662 0.093 136 A6V ΟΣ 482 216446 112519 22 47 28.8 +83 09 14 1.257 0.0237 0.0472 0.053 27 K3III Σ 2Α 431 760A 00 09 20.2 +79 42 53 0.009 0.1062 -0.0374 0.113 109 A7IV Σ 2Β 431 760B 00 09 20.2 +79 42 53 0.009 0.1051 -0.0313 0.110 107 –

Σ 13 1141 1296 00 16 14.4 +76 57 03 0.015 0.0198 -0.0031 0.020 99 B9Vn Σ 320Α 18438 14417A 03 06 07.7 +79 25 07 1.569 -0.0346 0.0103 0.036 287 F7IVcomp SB Σ 320Β 18438 14417B 03 06 06.3 +79 25 04 1.569 -0.0346 0.0103 0.036 287 – Σ 460Α 25007 19461A 04 10 02.8 +80 41 55 0.589 -0.0116 0.0030 0.012 285 G8III Σ 460Β 25007 19461B 04 10 03.1 +80 41 55 0.589 -0.0199 -0.0076 0.021 249 –

70 Cepheus (I)

CEP m M π pc l.y. V RV L F mc Bin? ADS α 2.45 1.58 0.0668″ 15 49 15 -10 18 5 β 14858 β 3.23 -3.08 0.0055 182 595 15 -8 1338 8 Σ 2806 15032 γ 3.21 2.51 0.0725 13.8 45.0 43 -42 7.8 35 δA 4.07 -3.32 0.0033 301 982 29 -17 1682 27 3.94 β 702 15987A δC 6.31 -1.01 0.0034 292 950 24 0 200 27 β 702 15987C

ε 4.18 2.13 0.0389 26 84 58 -1 11 23 β pm ζ 3.39 -3.35 0.0045 223 726 23 -18 1720 21 η 3.41 2.63 0.0697 14.3 46.8 103 -87 7.0 3 β 14276 (OPT) ϑ 4.21 1.11 0.0240 42 136 12 -7 28 2 ι 3.50 0.76 0.0283 35 115 27 -12 39 32

κΑ 4.40 -0.61 0.0100 100 327 26 -23 138 1 4.38 Σ 2675 13524A κΒ 8.34 3.33 0.0100 100 327 12 - 3.6 1 Σ 2675 13524B λ 5.05 -3.47 0.0020 505 1646 80 -74 1917 22 µ 4.23 -6.81 0.0006 1613 5258 50 19 41612 7 β 690 15271 ν 4.25 -6.72 0.0006 1562 5094 34 -21 38339 10

ξΑ 4.50 2.03 0.0321 31 102 35 -7 12 17 4.26 Σ 2863 15600A ξΒ 6.59 4.12 0.0321 31 102 33 -6 1.8 17 Σ 2863 15600B οΑ 5.03 0.98 0.0155 65 211 25 -18 32 34 4.75 Σ 3001 16666A οΒ 7.28 3.23 0.0155 65 211 15 - 4.0 34 Σ 3001 16666B πΑ 4.67 0.52 0.0148 67 220 22 -19 49 33 4.41 ΟΣ 489 16538A

πΒ 6.93 2.78 0.0148 67 220 9 - 6.1 33 ΟΣ 489 16538B ρ 5.45 1.14 0.0138 73 237 8 1 28 29 4 Cep 5.59 2.44 0.0235 43 139 14 -11 8.3 6 Cep 5.19 -2.41 0.0030 331 1079 21 -18 724 7 Cep 5.42 -1.45 0.0042 236 771 26 3 299

9 Cep 4.76 -5.95 0.0007 1389 4528 26 -13 18938 11 Cep 4.55 0.89 0.0186 54 176 54 -37 35 12 Cep 5.53 -0.25 0.0070 143 467 21 -20 99 13 Cep 5.74 -3.71 0.0013 755 2527 22 -15 2392 14 Cep 5.55 -5.22 0.0007 1429 4657 28 -11 9678

15 Cep 6.82 -1.30 0.0024 420 1370 19 -17 261 6.69 ΟΣ 461 15601 16 Cep 5.04 2.17 0.0267 37 122 37 -21 11 β 18 Cep 5.26 -0.43 0.0073 138 448 45 -4 117 19 Cep 5.07 -6.04 0.0006 1667 5433 30 -13 20497 β 697 15624AB 20 Cep 5.27 0.32 0.0103 98 318 35 -21 58

24 Cep 4.79 -0.53 0.0086 116 377 24 -15 128 25 Cep 5.75 -0.88 0.0047 211 689 44 -2 176 26 Cep 5.52 -3.93 0.0013 775 2527 17 -15 2930 28 Cep 5.83 1.85 0.0160 63 204 13 -6 14 30 Cep 5.19 0.23 0.0102 98 320 14 11 64

31 Cep 5.08 1.32 0.0177 56 184 47 0 23 47 Cep 5.44 0.90 0.0124 81 264 36 4 34 β 1176 2450AB ΟΣ 482 4.77 -0.22 0.0101 99 324 40 -31 96 ΟΣ 482 16294AB Σ 2Α 6.77 1.43 0.0086 117 381 62 1 21 6.08 Σ 2 102A Σ 2Β 6.90 1.56 0.0086 117 381 61 - 19 Σ 2 102B

Σ 13 6.35 -0.04 0.0053 189 617 19 -6 81 Σ 13 207AB Σ 320Α 5.62 -1.03 0.0047 213 695 53 -38 203 5.49 Σ 320 2294A Σ 320Β 9.40 2.75 0.0047 213 695 37 - 6.2 Σ 320 2294B Σ 460Α 5.74 0.61 0.0094 106 345 7 4 45 5.10 Σ 460 2963A Σ 460Β 6.78 1.65 0.0094 106 345 11 - 17 Σ 460 2963B

71 Cepheus (II)

CEP HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

Σ 2816AB 206267 106886 21h38m57.6s +57º29′21″ 0.200 -0.0017 -0.0050 0.005 199º O6 Σ 2816C — 106890 21 38 58.9 +57 29 15 0.200 -0.0017 -0.0050 0.005 199 – Σ 2816D — 106884 21 38 56.7 +57 29 39 0.200 -0.0017 -0.0050 0.005 199 – Σ 2840A 208095 107930 21 52 00.9 +55 47 45 -0.081 0.0189 -0.0005 0.019 92 B6IV-V Σ 2840B 208063 107929 21 52 00.3 +55 47 32 0.007 0.0134 0.0131 0.019 46 A1p

Kr 60A 239960 110893A 22 28 04.0 +57 41 52 1.613 -0.8702 -0.4711 0.990 242 M2V Kr 60B — 110893B 22 28 04.4 +57 41 50 1.613 -0.7134 -0.3207 0.782 246 M4.5V VV Cep 208816 108317 21 56 39.1 +63 37 33 1.547 -0.0003 -0.0038 0.004 185 M2Iaep+B (EA/GS) OV Cep 51802 37391 07 40 30.5 +87 01 12 1.604 -0.0535 -0.0269 0.060 243 M2III (SR) - Cep 5848 5372 01 08 44.9 +86 15 26 1.213 0.0803 -0.0114 0.081 98 K2II-III

- Cep 26836 20776 04 27 02.7 +80 49 27 1.179 0.0129 -0.0209 0.025 148 G6III: - Cep 26659 20982 04 30 00.2 +83 20 26 0.855 -0.0467 0.1020 0.112 335 G8III - Cep 30338 23265 05 00 20.6 +81 11 39 1.304 0.0010 0.0275 0.027 2 K3III - Cep 198084 102431 20 45 21.0 +57 34 47 0.535 -0.0630 -0.2356 0.244 195 F8IV-V - Cep 207130 107230 21 43 03.9 +72 19 13 1.063 -0.0432 -0.0406 0.059 227 K0III

- Cep 210855 109572 22 11 48.5 +56 50 22 0.534 0.2368 0.1297 0.270 61 F8V - Cep 210939 109592 22 12 01.8 +60 45 34 1.184 0.0012 0.0095 0.010 7 K1III - Cep 212710 109693 22 13 10.5 +86 06 29 -0.030 0.0513 0.0403 0.065 52 B9.5Vn - Cep 213022 110725 22 26 00.5 +70 46 17 1.216 0.0197 0.0053 0.020 75 K2III - Cep 217382 113116 22 54 24.6 +84 20 47 1.418 0.0985 0.0239 0.101 76 K4III

- Cep 218029 113864 23 03 32.8 +67 12 34 1.248 0.0231 0.0102 0.025 66 K3III - Cep 223274 117371 23 47 54.7 +67 48 25 0.007 0.0146 -0.0019 0.015 97 A1Vn

72 Cepheus (II)

CEP m M π pc l.y. V RV L F mc Bin? ADS Σ 2816AB 5.77 -2.01 0.0028″ 360 1173 12 -8 499 5.63 Σ 2816 15184AB Σ 2816C 8.13 0.35 0.0028 360 1173 9 - 57 Σ 2816 15184C Σ 2816D 8.42 0.64 0.0028 360 1173 9 - 44 Σ 2816 15184D Σ 2840A 5.70 -0.77 0.0051 197 643 19 -6 161 5.29 Σ 2840 15405A Σ 2840B 6.56 -2.33 0.0017 599 1952 53 -6 671 Σ 2840 15405B

Kr 60A 9.80 11.78 0.2495 4.01 13.07 32 -26 0.0015 9.59 Krüger 60 15972A Kr 60B 11.41 13.39 0.2495 4.01 13.07 15 - 0.0003 Krüger•60 15972B VV Cep 5.11 -6.93 0.0004 2564 8359 50 -19 46760 Wils:AB OV Cep 5.05 -0.88 0.0065 153 499 50 -25 176 - Cep 4.24 -0.67 0.0104 96 313 38 9 146

- Cep 5.42 -1.87 0.0035 287 937 35 -9 441 - Cep 5.47 0.63 0.0107 93 304 62 -38 44 - Cep 5.09 -0.03 0.0095 106 345 16 -8 81 - Cep 4.52 2.35 0.0369 27 88 44 -31 9.0 β pm - Cep 5.18 0.78 0.0132 76 247 44 -38 38

- Cep 5.24 2.40 0.0270 37 121 51 -19 8.6 β pm - Cep 5.37 0.08 0.0087 114 373 6 -3 73 H I 49AB - Cep 5.27 0.80 0.0128 78 256 25 4 38 - Cep 5.47 -0.54 0.0063 159 520 23 -17 130 - Cep 4.70 -0.69 0.0084 120 390 58 3 149

- Cep 5.25 -0.11 0.0085 118 384 16 -7 87 - Cep 5.05 0.25 0.0110 91 297 12 10 63

73 Cetus (I)

CET HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 18884 14135 03h02m16.7s +04º05′23″ 1.630 -0.0118 -0.0788 0.080 189º M2III (LB) β 4128 3419 00 43 35.3 - 17 59 12 1.019 0.2328 0.0327 0.235 82 G9.5III γΑ 16970 12706A 02 43 18.0 +03 14 09 0.093 -0.1464 -0.1453 0.206 225 A3V γΒ — 12706B 02 43 17.9 +03 14 10 0.093 -0.1464 -0.1453 0.206 225 – δ 16582 12387 02 39 28.9 +00 19 43 -0.212 0.0144 -0.0025 0.015 100 B2IV (BCEP)

εΑ 16620 12390A 02 39 33.7 -11 52 20 0.447 0.1720 -0.2363 0.292 144 F5V εΒ 16620 12390B 02 39 33.7 -11 52 19 0.447 0.1720 -0.2363 0.292 144 – ζ 11353 8645 01 51 27.5 -10 20 06 1.136 0.0388 -0.0380 0.054 134 K2III η 6805 5364 01 08 35.3 -10 10 56 1.161 0.2158 -0.1383 0.256 123 K2III ϑ 8512 6537 01 24 01.3 -08 11 01 1.065 -0.0784 -0.2069 0.221 201 K0III

ι 1522 1562 00 19 25.6 - 08 49 26 1.214 -0.0144 -0.0378 0.040 201 K2III κ 20630 15457 03 19 21.6 +03 22 13 0.681 0.2689 0.0935 0.285 71 G5Vvar λ 18604 13954 02 59 42.8 +08 54 27 -0.109 0.0092 -0.0149 0.018 148 B6III µ 17094 12828 02 44 56.5 +10 06 51 0.311 0.2852 -0.0304 0.287 96 F1III-IV ν 16161 12093 02 35 52.4 +05 35 36 0.880 -0.0289 -0.0228 0.037 232 G8III

ξ1 13611 10324 02 12 59.9 +08 50 48 0.878 -0.0262 -0.0144 0.030 241 G8II: ξ2 15318 11484 02 28 09.5 +08 27 36 -0.053 0.0417 -0.0145 0.044 109 B9III ο 14386 10826 02 19 20.7 - 02 58 39 0.966 0.0103 -0.2395 0.240 178 M5e-M9e (M) π 17081 12770 02 44 07.3 - 13 51 32 -0.122 -0.0076 -0.0084 0.011 222 B7IV ρ 15130 11345 02 25 56.9 - 12 17 26 -0.027 -0.0117 -0.0114 0.016 226 A0V

σ 15798 11783 02 32 05.1 -15 14 41 0.454 -0.0809 -0.1468 0.168 209 F5V τ 10700 8102 01 44 04.0 -15 56 15 0.727 -1.7218 0.8541 1.922 296 G8Vp υ 12274 9347 02 00 00.2 -21 04 40 1.554 0.1330 -0.0245 0.135 100 K5/M0III ϕ1 4188 3455 00 44 11.3 -10 36 34 0.998 -0.0070 -0.1139 0.114 183 K0IIIvar ϕ2 4813 3909 00 50 07.5 -10 38 40 0.514 -0.2247 -0.2284 0.320 225 F7IV-V

ϕ3 5437 4371 00 56 01.4 -11 16 00 1.505 -0.0268 -0.0080 0.028 253 K4III ϕ4 5722 4587 00 58 43.8 -11 22 49 0.949 -0.0332 -0.0150 0.036 246 G7III χ 11171 8497 01 49 35.0 -10 41 11 0.333 -0.1489 -0.0945 0.176 238 F3III 1 Cet 224481 118178 23 58 21.2 -15 50 51 1.079 0.0828 -0.0081 0.083 96 K1IIICN 2 Cet 225132 301 00 03 44.3 -17 20 10 -0.047 0.0286 -0.0073 0.029 104 B9.5Vn

3 Cet 225212 355 00 04 30.0 -10 30 35 1.619 -0.0065 -0.0119 0.014 209 K3Ibvar 6 Cet 693 910 00 11 15.8 -15 28 05 0.487 -0.0842 -0.2693 0.282 197 F7V 7 Cet 1038 1170 00 14 38.3 -18 55 58 1.640 -0.0272 -0.0738 0.079 200 M3III AE(LB) 9 Cet 1835 1803 00 22 51.8 -12 12 34 0.659 0.3943 0.0605 0.399 81 G2V BE (BY) 10ACet 2273 2100A 00 26 37.4 -00 02 58 0.893 0.0696 0.0015 0.070 89 G8III

10BCet — 2100B 00 26 37.3 -00 02 58 0.893 0.0696 0.0015 0.070 89 – 11 Cet 2629 2343 00 29 55.4 -01 07 04 0.353 0.1497 -0.0795 0.170 118 F0 12 Cet 2637 2353 00 30 02.3 -03 57 26 1.545 0.0086 -0.0145 0.017 149 M0III 13ACet 3196 2762A 00 35 14.8 -03 35 34 0.567 0.4077 -0.0365 0.409 95 F8V BU(RS) 13BCet 3196 2762B 00 35 14.8 -03 35 34 0.567 0.4077 -0.0365 0.409 95 –

14 Cet 3229 2787 00 35 32.7 -00 30 20 0.444 0.1434 -0.0619 0.156 113 F5IV 15 Cet 3512 2994 00 38 04.5 -00 30 12 1.301 -0.0415 -0.0107 0.043 256 K2III 18 Cet 4307 3559 00 45 28.7 -12 52 51 0.603 -0.0323 -0.2057 0.208 189 G0V 20 Cet 5112 4147 00 53 00.4 -01 08 40 1.550 0.0065 -0.0163 0.018 158 M0III 21 Cet 5268 4257 00 54 17.6 -08 44 27 0.911 0.0170 -0.0473 0.050 160 G5IV

25 Cet 6203 4914 01 03 02.5 - 04 50 12 1.106 -0.1171 -0.1029 0.156 229 K0III-IV 26 Cet 6288 4979 01 03 49.0 +01 22 00 0.271 0.1224 -0.0407 0.129 108 F1V 27 Cet 6482 5121 01 05 36.8 - 09 58 45 1.012 -0.0305 -0.0342 0.046 222 K0III 28 Cet 6530 5164 01 06 05.0 - 09 50 22 0.009 0.0310 0.0059 0.032 79 A1V 29 Cet 6734 5315 01 07 59.7 +01 59 36 0.847 0.1434 -0.4328 0.456 162 K0IV

74 Cetus (I)

CET m M π pc l.y. V RV L F mc Bin? ADS α 2.54 -1.61 0.0148″ 67 220 36 -26 345 92 β 2.04 -0.30 0.0340 29 96 35 13 104 16 γΑ 3.56 1.56 0.0398 25 82 25 -5 19 86 3.47 Σ 299 2080A γΒ 6.63 4.63 0.0398 25 82 25 - 1.1 86 Σ 299 2080B δ 4.08 -2.41 0.0050 198 647 19 13 723 82

εΑ 5.22 3.06 0.0370 27 88 40 15 4.7 83 4.83 φ 312A εΒ 6.50 4.34 0.0370 27 88 37 - 1.4 83 φ 312B ζ 3.74 -0.76 0.0126 79 259 22 9 158 55 β pm η 3.46 0.67 0.0277 36 118 45 12 42 31 β pm ϑ 3.60 0.87 0.0285 35 114 41 17 35 45 β 505 1118

ι 3.56 -1.18 0.0113 89 290 26 19 234 8 h 1953 κ 4.84 5.03 0.1092 9.2 29.9 24 20 0.8 96 λ 4.71 -0.86 0.0077 130 424 15 10 174 91 µ 4.27 2.21 0.0387 26 84 46 30 10 87 ν 4.87 -0.42 0.0088 114 372 20 5 115 78 Σ 281 1971

ξ1 4.36 -0.87 0.0090 111 362 16 -4 175 65 ξ2 4.30 0.64 0.0185 54 176 16 11 44 73 ο 2.00 -3.54 0.0078 128 418 159 64 2056 68 H VI 1 1778AC π 4.24 -1.41 0.0074 135 441 17 15 289 89 ρ 4.88 -1.17 0.0062 162 528 16 10 231 72

σ 4.74 2.68 0.0387 26 84 36 -29 6.7 76 τ 3.49 5.68 0.2742 3.65 11.89 37 -16 0.4 52 β pm υ 3.99 -0.83 0.0108 92 301 62 18 170 59 ϕ1 4.77 0.73 0.0155 64 210 35 1 40 17 ϕ2 5.17 4.22 0.0647 15 50 25 8 1.6 19

ϕ3 5.35 -0.67 0.0062 160 522 34 -26 146 22 ϕ4 5.62 0.69 0.0104 97 315 25 -19 42 23 χ 4.66 2.79 0.0424 24 77 20 -1 6.0 53 β pm 1 Cet 6.28 0.41 0.0067 149 486 59 4 54 2 Cet 4.55 0.33 0.0143 70 228 11 -5 58

3 Cet 4.99 -3.47 0.0020 493 1606 53 -42 1928 6 Cet 4.89 3.51 0.0529 19 62 29 15 3.1 7 Cet 4.44 -1.46 0.0066 151 492 61 -23 301 9 Cet 6.39 4.84 0.0491 20 66 39 -7 0.9 β pm 10ACet 6.47 0.60 0.0067 149 486 54 -23 45 6.16 bin:A

10BCet 8.92 3.05 0.0067 149 486 49 - 4.7 bin:B 11 Cet 7.46 3.20 0.0141 71 232 57 0 4.1 12 Cet 5.72 -1.37 0.0038 262 853 22 5 278 h 322 410 (OPT) 13ACet 5.61 3.99 0.0475 21 69 42 9 2.0 5.20 Ho 212 490A 13BCet 6.90 5.29 0.0475 21 69 41 - 0.6 Ho 212 490B

14 Cet 5.94 2.21 0.0180 56 181 42 6 10 15 Cet 6.64 -0.11 0.0045 224 731 71 -55 87 Hd 31 534 18 Cet 6.15 3.63 0.0314 32 104 34 -13 2.8 β pm 20 Cet 4.78 -1.23 0.0063 159 519 21 16 244 21 Cet 6.15 0.82 0.0086 116 379 53 45 37

25 Cet 5.40 -0.10 0.0080 126 410 94 15 86 β pm 26 Cet 6.06 2.29 0.0177 57 185 35 6 10 Σ 84 875 27 Cet 6.09 1.21 0.0106 95 308 24 12 26 28 Cet 5.58 -0.73 0.0055 182 595 27 - 154 29 Cet 6.44 3.11 0.0215 46 151 138 -95 4.5

75 Cetus (II)

CET HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

30 Cet 6706 5296 01h07m46.1s -09º47′08″ 0.446 0.1490 0.0170 0.150 83º F7IV 32 Cet 6976 5485 01 10 12.0 -08 54 22 1.029 -0.0196 -0.0392 0.044 207 K0III 33 Cet 7014 5510 01 10 33.5 +02 26 44 1.491 -0.0087 -0.0159 0.018 209 K4III 34 Cet 7147 5594 01 11 43.4 -02 15 04 1.403 -0.0578 -0.0222 0.062 249 K4III 35 Cet 7218 5646 01 12 30.7 +02 28 17 0.454 -0.1783 -0.1045 0.207 240 F8 36 Cet 7268 5666 01 12 47.7 -06 47 00 0.934 -0.0622 -0.0153 0.064 256 G5 37 Cet 7439 5799 01 14 24.0 -07 55 23 0.448 0.1237 0.2776 0.304 24 F5V 38 Cet 7476 5833 01 14 49.1 -00 58 26 0.428 -0.0146 0.2055 0.206 356 F5V 39 Cet 7672 5951 01 16 36.2 -02 30 01 0.888 -0.1006 -0.0640 0.119 238 G5IIIe AY(RS) 40 Cet 7727 5985 01 16 59.0 -02 16 44 0.563 0.2591 -0.1407 0.295 119 F8 41 Cet 7812 6048 01 17 42.3 -07 39 35 0.273 0.0209 0.0224 0.031 43 A2 42 Cet 8036 6226 01 19 48.2 -00 30 32 0.635 0.0054 -0.0139 0.015 159 G5III+A5V 43 Cet 8335 6429 01 22 34.8 -00 26 58 1.079 0.0235 -0.0120 0.026 117 K0III: 44 Cet 8511 6539 01 24 02.5 -08 00 27 0.235 0.1797 -0.0673 0.192 111 F0V AV(DSCTC) 46 Cet 8705 6670 01 25 37.1 -14 35 56 1.231 0.0425 -0.0173 0.046 112 K3III 47 Cet 8829 6748 01 26 51.5 -13 03 24 0.321 0.0145 0.0090 0.017 58 δDel 48 Cet 9132 6960 01 29 36.1 -21 37 46 0.028 0.0556 0.0032 0.056 87 A1V 49 Cet 9672 7345 01 34 37.7 -15 40 35 0.066 0.0947 -0.0027 0.095 92 A3V 50 Cet 9856 7450 01 35 58.9 -15 24 00 1.226 0.0191 0.0135 0.023 55 K2III 56 Cet 11930 9061 01 56 40.1 -22 31 36 1.434 0.0622 -0.0302 0.069 116 K4III 57 Cet 12255 9326 01 59 46.0 -20 49 28 1.640 0.0179 0.0152 0.024 50 M1III 58ACet 12020 9165A 01 57 59.4 -02 03 33 0.174 0.0366 0.0088 0.038 77 A0 58BCet 12020 9165B 01 57 59.4 -02 03 30 0.174 0.0366 0.0088 0.038 77 – 60 Cet 12573 9589 02 03 11.6 +00 07 40 0.146 0.0759 0.0217 0.079 74 A5III 61 Cet 12641 9631 02 03 48.1 -00 20 25 0.851 0.0828 -0.0431 0.093 118 G5V

62 Cet 13228 10033 02 09 09.1 -02 19 54 0.496 -0.0914 -0.0463 0.102 243 F8 63 Cet 13468 10234 02 11 35.8 -01 49 32 0.967 -0.0113 -0.0332 0.035 199 G9III: 64 Cet 13421 10212 02 11 21.0 +08 34 12 0.569 -0.1412 -0.1143 0.182 231 G0IV 66ACet 13612 10305 02 12 47.4 -02 23 37 0.546 0.3744 -0.0731 0.381 101 F8V 66BCet 13612 10303 02 12 46.5 -02 23 46 0.680 0.3641 -0.0796 0.373 102 G4

67 Cet 14129 10642 02 16 59.0 -06 25 20 0.962 0.0932 -0.1069 0.142 139 G8III 69 Cet 14652 11021 02 21 56.5 +00 23 45 1.648 -0.0134 -0.0068 0.015 243 M2III 70 Cet 14690 11046 02 22 12.3 -00 53 06 0.335 -0.0176 -0.0460 0.049 201 F0Vn 71 Cet 15004 11261 02 24 58.3 -02 46 48 -0.011 0.0018 -0.0066 0.007 165 A0III 75 Cet 15779 11791 02 32 09.3 -01 02 06 1.004 -0.0265 -0.0323 0.042 219 G3III:

77 Cet 16074 12002 02 34 42.6 -07 51 34 1.393 0.0603 -0.0645 0.088 137 K4III 79 Cet 16141 12048 02 35 19.9 -03 33 38 0.670 -0.1569 -0.4371 0.464 200 G5IV 80 Cet 16212 12107 02 36 00.0 -07 49 54 1.607 -0.0336 -0.0593 0.068 210 M0III 81 Cet 16400 12247 02 37 41.7 -03 23 46 1.021 0.0390 -0.0441 0.059 139 G5III: 84ACet 16765 12530A 02 41 13.9 -00 41 45 0.511 0.2189 -0.1253 0.252 120 F7IV

84BCet 16765 12530B 02 41 13.7 -00 41 43 0.511 0.2189 -0.1253 0.252 120 – 93 Cet 18883 14143 03 02 22.4 +04 21 10 -0.107 0.0167 0.0056 0.018 71 B7V 94 Cet 19994 14954 03 12 46.4 -01 11 46 0.575 0.1934 -0.0692 0.205 110 F8V 95ACet 20559 15383A 03 18 22.3 -00 55 49 1.050 0.2517 -0.0606 0.259 104 K1IV 95BCet 20559 15383B 03 18 22.4 -00 55 48 1.050 0.2517 -0.0606 0.259 104 –

97 Cet 20791 15619 03 21 06.7 +03 40 32 0.964 0.0561 -0.0252 0.061 114 G8.5III L725-32 — 5643 01 12 30.0 -17 00 02 1.850 1.2101 0.6470 1.372 62 M5.5Ve β 395Α 3443 2941A 00 37 20.6 -24 46 02 0.715 1.4221 -0.0172 1.422 91 G5V β 395Β 3443 2941B 00 37 20.6 -24 46 02 0.715 1.3682 -0.0234 1.368 91 – β 734 5098 4104 00 52 40.5 -24 00 21 1.275 0.0373 0.0336 0.050 48 K2III

76 Cetus (II)

CET m M π pc l.y. V RV L F mc Bin? ADS 30 Cet 5.71 2.32 0.0210″ 48 155 40 22 9.3 32 Cet 6.40 1.16 0.0089 112 365 31 -20 27 33 Cet 5.97 -1.23 0.0036 275 898 24 -3 244 34 Cet 5.93 0.28 0.0074 135 441 41 -9 61 35 Cet 6.55 2.96 0.0192 52 170 51 3 5.1 OΣ 27ΑΒ

36 Cet 6.59 1.18 0.0083 121 394 38 -11 27 37 Cet 5.14 3.20 0.0410 24 79 41 22 4.1 Σ 3 1003 38 Cet 5.70 2.49 0.0228 44 143 50 26 8.0 β pm 39 Cet 5.42 0.95 0.0127 78 256 49 -20 33 β 40 Cet 6.52 4.16 0.0337 30 97 42 9 1.7 41 Cet 6.80 1.75 0.0098 103 334 15 - 16 42 Cet 6.53 1.12 0.0083 121 394 16 14 28 5.87 Σ 113 1081ABC 43 Cet 6.50 0.39 0.0060 167 544 25 14 55 44 Cet 6.21 2.07 0.0148 67 220 61 - 12 h 1079 46 Cet 4.90 0.17 0.0113 88 288 30 -23 67 47 Cet 5.51 2.71 0.0276 36 118 10 10 6.5 48 Cet 5.11 0.95 0.0147 68 221 18 1 33 See 14 1184 49 Cet 5.62 1.68 0.0163 61 200 28 - 17 50 Cet 5.41 -0.72 0.0059 168 549 30 24 153 56 Cet 4.92 -0.52 0.0082 122 399 48 27 127 57 Cet 5.43 -1.13 0.0049 205 668 27 -15 222 58ACet 6.61 0.72 0.0066 151 491 27 - 41 6.57 β 7 1567A 58BCet 10.36 4.47 0.0066 151 491 27 - 1.3 β 7 1567B 60 Cet 5.42 0.69 0.0113 88 288 36 13 42 61 Cet 5.96 0.94 0.0099 101 330 51 24 33 H V 102 1634

62 Cet 7.13 2.96 0.0147 68 222 35 -11 5.1 63 Cet 5.94 0.76 0.0092 109 354 37 32 39 64 Cet 5.64 2.50 0.0235 43 139 41 -18 7.9 66ACet 5.65 2.33 0.0217 46 150 83 -3 9.2 5.65 Σ 231 1703A 66BCet 7.91 2.43 0.0080 124 405 220 -4 8.4 Σ 231 1703B

67 Cet 5.51 0.42 0.0096 104 340 71 7 54 69 Cet 5.29 -2.73 0.0025 402 1309 37 23 972 70 Cet 5.42 0.76 0.0117 86 279 28 20 39 71 Cet 6.34 -0.14 0.0051 198 646 6 - 90 75 Cet 5.36 0.80 0.0123 81 266 17 -5 38

77 Cet 5.74 -0.39 0.0059 168 549 75 25 113 79 Cet 6.83 4.05 0.0279 36 117 95 -53 1.9 80 Cet 5.53 -0.47 0.0063 158 517 53 14 121 β pm 81 Cet 5.65 0.71 0.0103 97 317 28 8 41 84ACet 5.87 4.20 0.0462 22 71 27 8 1.7 5.72 Σ 295 2046A

84BCet 9.68 8.00 0.0462 22 71 26 - 0.05 Σ 295 2046B 93 Cet 5.62 -0.06 0.0073 137 445 17 12 83 94 Cet 5.07 3.32 0.0447 22 73 28 18 3.7 h 663 2406AB 95ACet 5.67 1.51 0.0147 68 222 86 20 20 5.62 AC 2 2459A 95BCet 8.02 3.85 0.0147 68 222 84 - 2.3 AC 2 2459B

97 Cet 5.70 0.95 0.0112 89 290 28 11 33 L725-32 12.10 14.25 0.2691 3.72 12.12 37 28 0.0002 β 395Α 6.32 5.36 0.0644 16 51 106 17 0.6 5.57 β 395 520A β 395Β 6.64 5.68 0.0644 16 51 101 - 0.4 β 395 520B β 734 5.47 -0.46 0.0065 153 500 50 34 120 β 734 726

77 Cetus (III)

CET HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

β 1160 4730 3849 00h49m25.5s -13º33′40″ 1.325 0.1033 -0.1058 0.148 136º K5III β 1163Α 8556 6564A 01 24 20.5 - 06 54 53 0.407 0.0463 0.0255 0.053 61 F3V β 1163Β 8556 6564B 01 24 20.5 - 06 54 53 0.407 0.0092 -0.0242 0.026 159 – Σ 186Α 11803 8998A 01 55 53.7 +01 50 59 0.549 0.1689 0.2051 0.266 39 F7V+G0V Σ 186Β 11803 8998B 01 55 53.7 +01 50 58 0.549 0.1584 0.1904 0.248 40 –

T Cet 1760 1728 00 21 46.3 - 20 03 28 1.580 0.0626 -0.0128 0.064 102 M5/M6Ib-II (SRC) AD Cet 1014 1158 00 14 27.5 - 07 46 50 1.601 0.0610 0.0024 0.061 88 M3III (LB) AR Cet 12292 9372 02 00 26.8 - 08 31 25 1.391 0.0868 -0.0193 0.089 103 M3III (SR:) BK Cet 11522 8778 01 52 52.0 - 16 55 45 0.260 0.0414 -0.0519 0.066 141 F0IIIn (DSTC) - Cet 2696 2381 00 30 22.6 - 23 47 16 0.128 -0.0270 0.0140 0.030 297 A5Vn

- Cet 4247 3505 00 44 44.3 - 22 00 22 0.350 -0.0661 0.0812 0.105 321 F1III-IV - Cet 4398 3607 00 46 11.7 - 22 31 19 0.978 0.1971 -0.0123 0.198 94 G3V - Cet 10550 7999 01 42 43.4 - 03 41 25 1.378 -0.0117 -0.0344 0.036 199 K3II-III - Cet 10824 8230 01 45 59.1 - 05 44 00 1.517 -0.0091 -0.0297 0.031 197 K4III - Cet 14691 11029 02 22 01.3 - 10 46 40 0.364 0.1534 -0.0819 0.174 118 F0V

- Cet 15694 11738 02 31 30.0 +02 16 02 1.271 0.0228 -0.0104 0.025 115 K3III

78 Cetus (III)

CET m M π pc l.y. V RV L F mc Bin? ADS β 1160 5.59 0.59 0.0100″ 100 325 70 4 46 β 1160 680AB β 1163Α 6.59 3.33 0.0223 45 146 34 32 3.7 5.92 β 1163 1123A β 1163Β 6.98 3.72 0.0223 45 146 5 - 2.6 β 1163 1123B Σ 186Α 6.94 3.99 0.0257 39 127 57 30 2.0 6.01 Σ 186 1538A Σ 186Β 6.84 3.89 0.0257 39 127 46 - 2.2 Σ 186 1538B

T Cet 5.12 -1.76 0.0042 238 774 78 29 398 AD Cet 5.13 -1.29 0.0052 192 626 56 -2 257 β 486 180AB AR Cet 5.43 -0.87 0.0055 182 593 77 -8 175 h 3476 BK Cet 5.78 0.75 0.0099 101 330 32 - 39 - Cet 5.17 1.46 0.0181 55 180 8 0 21

- Cet 5.22 3.00 0.0359 28 91 18 12 5.0 - Cet 5.49 0.44 0.0098 102 333 97 -15 52 - Cet 4.98 -2.86 0.0027 369 1203 72 -34 1092 - Cet 5.37 -0.60 0.0064 156 509 25 11 137 - Cet 5.43 3.05 0.0335 30 97 27 12 4.7

- Cet 5.27 -0.55 0.0069 146 476 31 26 131

79 Chamaeleon

CHA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 71243 40702 08h18m31.7s -76º55′11″ 0.413 0.1098 0.1069 0.153 46º F5III β 106911 60000 12 18 20.7 -79 18 43 -0.123 -0.0381 0.0120 0.040 287 B5Vn γ 92305 51839 10 35 28.1 -78 36 27 1.580 -0.0380 0.0115 0.040 287 M0III δ1Α 93779 52595A 10 45 15.8 -80 28 10 0.957 -0.0174 -0.0303 0.035 210 K0III δ1Β — 52595B 10 45 16.1 -80 28 10 0.957 -0.0131 -0.0323 0.035 202 –

δ2 93845 52633 10 45 46.6 -80 32 24 -0.188 -0.0373 0.0062 0.038 279 B2.5IV εΑ 104174 58484A 11 59 37.3 -78 13 19 -0.054 -0.0412 -0.0085 0.042 258 B9Vn εΒ 104174 58484B 11 59 37.2 -78 13 18 -0.054 -0.0432 0.0016 0.043 272 – ζ 83979 46928 09 33 53.4 -80 56 29 -0.139 -0.0346 0.0147 0.038 293 B5V (BCEP) η 75416 42637 08 41 19.9 -78 57 48 -0.101 -0.0293 0.0276 0.040 313 B9IV

ϑ 71701 40888 08 20 38.7 -77 29 04 1.161 -0.1291 0.0408 0.135 288 K0III-IV ι 82554 46107 09 24 09.2 -80 47 13 0.454 -0.1386 0.1354 0.194 314 F3/F5IV κ 104902 58905 12 04 46.5 -76 31 08 1.491 -0.0775 0.0468 0.091 301 K4III µ1 87971 49065 10 00 43.7 -82 12 52 0.035 -0.0270 0.0311 0.041 319 A0IV µ2 88351 49326 10 04 07.7 -81 33 56 0.919 -0.0501 0.0530 0.073 317 G6/G8III

ν 85396 47956 09 46 21.3 -76 46 33 0.901 0.0835 -0.0570 0.101 124 G8III π 101132 56675 11 37 15.6 -75 53 47 0.362 -0.1282 -0.0012 0.128 269 F1III

80 Chamaeleon

CHA m M π pc l.y. V RV L F mc Bin? ADS α 4.05 2.60 0.0514″ 19 63 20 -14 7.1 β 4.24 -0.36 0.0121 83 271 28 23 109 γ 4.11 -1.40 0.0079 127 413 32 -22 287 δ1Α 6.27 1.09 0.0092 109 354 21 11 29 5.46 I 294A δ1Β 6.50 1.32 0.0092 109 354 18 0 23 I 294B

δ2 4.45 -0.79 0.0090 111 363 30 23 162 εΑ 5.32 0.08 0.0090 112 364 26 13 73 4.88 h 4486 εΒ 6.06 0.82 0.0090 112 364 23 0 37 ζ 5.07 -1.02 0.0061 165 539 51 -42 202 η 5.46 0.53 0.0103 97 316 23 14 48

ϑ 4.34 0.97 0.0212 47 154 37 22 32 I 799 ι 5.34 1.58 0.0177 57 184 52 7 18 κ 5.04 -0.61 0.0074 135 441 58 -2 139 µ1 5.53 0.09 0.0082 122 399 29 16 72 µ2 6.60 0.41 0.0058 173 564 60 -4 54

ν 5.43 1.59 0.0171 59 191 30 11 18 π 5.64 2.52 0.0238 42 137 27 -10 7.7

81 Circinus

CIR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 128898 71908 14h42m30.3s -65º58′31″ 0.256 -0.1926 -0.2341 0.303 219º ApSrEuCr: (ACV) β 135379 74824 15 17 30.8 -58 48 04 0.088 -0.0984 -0.1355 0.167 216 A3V γΑ 136415 75323A 15 23 22.6 -59 19 14 0.169 -0.0103 -0.0366 0.038 196 F7/G0+B3V γΒ 136416 75323B 15 23 22.8 -59 19 13 0.169 -0.0221 -0.0310 0.038 215 F8 δ 135240 74778 15 16 56.7 -60 57 27 -0.077 -0.0020 -0.0041 0.005 206 O8.5V (ELL)

ε 135291 74837 15 17 38.8 -63 36 38 1.260 0.0021 0.0087 0.009 14 K2.5III ζ 131058 72965 14 54 42.4 -65 59 29 -0.061 -0.0064 -0.0122 0.014 208 B3Vn η 132905 73776 15 04 48.1 -64 01 54 0.935 0.1029 0.0095 0.103 85 G8III ϑ 131492 73129 14 56 44.0 -62 46 51 -0.023 -0.0124 -0.0118 0.017 226 B4Vnp (GCAS) HdO 239 129422 72131 14 45 17.2 -62 52 33 0.308 0.0702 -0.0803 0.107 139 A7Vn

I 370 135591 74941 15 18 48.8 -60 29 47 -0.089 -0.0032 -0.0046 0.006 215 O7Iab: AXACir 130701 72773 14 52 35.0 -63 48 36 0.660 -0.0101 -0.0041 0.011 248 F8II+A/F (CEP) AXBCir — 72773 14 52 35.0 -63 48 36 0.660 -0.0101 -0.0041 0.011 248 – - Cir 131342 73036 14 55 34.4 -60 06 50 1.161 -0.1257 -0.1123 0.169 228 K1III

82 Circinus

CIR m M π pc l.y. V RV L F mc Bin? ADS α 3.18 2.11 0.0610″ 16 53 25 7 11 ∆ 166 β 4.07 1.71 0.0338 30 97 24 10 16 γΑ 4.94 -1.03 0.0064 156 509 28 -17 204 4.48 h 4757A γΒ 5.82 -0.15 0.0064 156 509 33 - 90 h 4757B δ 5.04 -6.42 0.0005 1961 6392 43 9 29165 HdO 245

ε 4.85 -0.44 0.0087 114 373 6 -5 118 ζ 6.09 -1.79 0.0027 376 1226 28 -18 408 η 5.16 0.59 0.0122 82 267 41 45 46 ϑ 5.08 -1.96 0.0039 256 834 50 3 478 φ 372ΑΒ HdO 239 5.36 2.05 0.0218 46 150 23 -1 12 HdO 239

I 370 5.43 -13.06 0.00002 50000 163000 1318 -3 13241586 I 370 AXACir 6.19 -1.27 0.0032 311 1012 30 -25 253 5.91 bin:A AXBCir 8.39 0.93 0.0032 311 1012 24 0 34 bin:B - Cir 5.18 1.56 0.0189 53 173 42 -14 19

83 Columba

COL HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 37795 26634 05h39m38.9s -34º04′27″ -0.120 -0.0001 -0.0241 0.024 180º B7IV β 39425 27628 05 50 57.5 -35 46 06 1.146 0.0557 0.4047 0.409 8 K1.5III γ 40494 28199 05 57 32.2 -35 17 00 -0.165 -0.0027 0.0112 0.011 347 B2.5IV (L) δ 44762 30277 06 22 06.7 -33 26 11 0.858 -0.0242 -0.0525 0.058 205 G7II ε 36597 25859 05 31 12.7 -35 28 14 1.130 0.0284 -0.0341 0.044 140 K1II-III

η 40808 28328 05 59 08.7 -42 48 55 1.146 0.0185 -0.0115 0.022 122 K0III ϑ 42167 29034 06 07 31.6 -37 15 10 -0.095 0.0009 0.0003 0.001 72 B8:IV κ 43785 29807 06 16 33.0 -35 08 26 0.978 0.0004 0.0876 0.088 0 G8II λ 39764 27810 05 53 06.8 -33 48 05 -0.154 -0.0045 0.0324 0.033 352 B5V µ 38666 27204 05 45 59.9 -32 18 23 -0.274 0.0030 -0.0226 0.023 172 B1IV-V

ν1 37430 26412 05 37 16.5 -27 52 17 0.322 0.0208 -0.0671 0.070 163 F0IV ν2 37495 26460 05 37 44.6 -28 41 22 0.486 -0.0380 0.0426 0.057 318 F5V ξ 40176 28010 05 55 29.8 -37 07 15 1.102 0.0367 -0.0241 0.044 123 K1IIICN ο 34642 24659 05 17 29.0 -34 53 43 0.987 0.0937 -0.3365 0.349 164 K1III-IV π1 42078 28957 06 06 41.0 -42 17 55 0.246 -0.0347 -0.0029 0.035 265 Am

π2 42303 29064 06 07 52.9 -42 09 14 0.007 -0.0111 -0.0174 0.021 213 A0V σ 40248 28098 05 56 20.9 -31 22 57 0.382 0.0014 0.0059 0.006 13 F2III T Col 34897 24824 05 19 17.5 -33 42 27 1.200 0.0245 0.0113 0.027 65 M5/M6e (M) SW Col 35515 25194 05 23 23.9 -39 40 43 1.626 0.0267 0.0050 0.027 79 M1III (LB:) WZ Col 38170 26868 05 42 15.0 -34 40 04 -0.032 0.0051 0.0513 0.052 6 B9/B9.5V (ACV)

- Col 36848 25993 05 32 51.3 -38 30 47 1.224 0.0504 -0.0106 0.052 102 K2/K3III - Col 37811 26649 05 39 49.7 -32 37 45 0.913 -0.0159 -0.0316 0.035 207 G6/G8III - Col 46568 31165 06 32 21.3 -37 41 48 0.982 0.0733 -0.0774 0.107 137 G8III - Col 46815 31299 06 33 49.4 -36 13 56 1.419 -0.0153 0.0980 0.099 351 K3III

84 Columba

COL m M π pc l.y. V RV L F mc Bin? ADS α 2.65 -1.93 0.0122″ 82 268 36 35 464 HdO 193 β 3.12 1.02 0.0379 26 86 103 89 31 γ 4.36 -2.73 0.0038 262 853 28 24 972 δ 3.85 -0.46 0.0138 73 237 20 -3 120 ε 3.86 -0.79 0.0118 85 277 19 -5 162

η 3.96 -2.10 0.0061 163 531 24 17 544 ϑ 5.00 -1.84 0.0043 234 762 45 45 430 κ 4.37 0.63 0.0178 56 183 33 24 44 λ 4.88 -0.22 0.0096 105 341 34 30 96 µ 5.18 -2.81 0.0025 397 1294 117 109 1050

ν1 6.15 2.91 0.0224 45 145 15 - 5.4 ν2 5.28 2.14 0.0235 42 138 38 36 11 ξ 4.97 -0.05 0.0099 101 328 64 60 82 ο 4.81 2.17 0.0296 34 110 60 21 11 π1 6.15 1.18 0.0101 99 322 16 2 27

π2 5.50 0.98 0.0125 80 261 32 31 32 φ 70AB σ 5.52 -2.74 0.0022 448 1462 23 19 980 T Col 7.42 -4.00 0.0005 1923 6269 255 67 3133 SW Col 5.73 -0.45 0.0058 172 561 65 61 119 WZ Col 5.29 0.06 0.0090 111 363 44 35 75

- Col 5.45 1.83 0.0189 53 172 13 -1 15 - Col 5.44 0.10 0.0085 117 382 21 -8 72 - Col 5.25 0.64 0.0120 84 273 58 39 44 - Col 5.42 -0.06 0.0080 125 406 67 32 83

85 Coma Berenices (I)

COM HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

αΑ 114378 64241 13h09m59.2 s +17º31′46″ 0.455 -0.4460 0.1297 0.464 286º F5V αΒ 114379 — 13 09 59.2 +17 31 46 0.455 -0.4460 0.1297 0.464 286 F5V β 114710 64394 13 11 52.3 +27 52 41 0.572 -0.8019 0.8827 1.193 318 F9.5V γ 108381 60742 12 26 56.2 +28 16 06 1.128 -0.0834 -0.0810 0.116 226 K2IIICN 1 Com 104452 58661 12 01 44.3 +22 05 40 0.661 -0.0401 -0.0113 0.042 254 G0III

2ACom 104827 58858A 12 04 16.5 +21 27 33 0.248 0.0352 -0.0044 0.035 97 F0IV-Vcomp 2BCom 104827 58858B 12 04 16.3 +21 27 31 0.248 0.0352 -0.0044 0.035 97 – 3 Com 105778 59352 12 10 31.6 +16 48 33 0.070 -0.0217 -0.0022 0.022 264 A4V 4 Com 105981 59468 12 11 51.1 +25 52 13 1.401 -0.0381 -0.0309 0.049 231 K4III 5 Com 106057 59501 12 12 09.2 +20 32 31 0.961 -0.0142 -0.0172 0.022 219 K0II-III

6 Com 106661 59819 12 16 00.1 +14 53 57 0.068 -0.0806 -0.0305 0.086 249 A3V 7 Com 106714 59847 12 16 20.5 +23 56 43 0.957 -0.0269 -0.0059 0.027 258 K0III 8 Com 107168 60087 12 19 19.1 +23 02 05 0.177 -0.0131 -0.0092 0.016 235 A8m 9 Com 107213 60098 12 19 29.6 +28 09 25 0.523 -0.2025 -0.1257 0.238 238 F8Vs 10 Com 107276 60123 12 19 50.6 +28 27 52 0.183 -0.0121 -0.0094 0.015 232 Am

11 Com 107383 60202 12 20 42.9 +17 47 34 1.010 -0.1097 0.0885 0.141 309 G8III 12 Com 107700 60351 12 22 30.2 +25 50 46 0.515 -0.0108 -0.0089 0.014 231 G5III+A5 13 Com 107966 60514 12 24 18.4 +26 05 55 0.082 -0.0269 -0.0031 0.027 263 A3V GN(ACV) 14 Com 108283 60697 12 26 24.0 +27 16 05 0.277 -0.0148 -0.0104 0.018 235 F0p, shell 16 Com 108382 60746 12 26 59.3 +26 49 32 0.088 -0.0116 -0.0092 0.015 231 A4V

17ACom 108662 60904 12 28 54.6 +25 54 46 -0.056 -0.0202 -0.0150 0.025 233 A0p AI(ACV) 17BCCom 108651 60891 12 28 44.6 +25 53 58 0.212 -0.0185 -0.0158 0.024 230 A0p 18 Com 108722 60941 12 29 26.9 +24 06 32 0.445 -0.0181 0.0018 0.018 276 F5III 20 Com 108765 60957 12 29 43.2 +20 53 46 0.093 0.0249 -0.0313 0.040 141 A3V 21 Com 108945 61071 12 31 00.5 +24 34 02 0.056 -0.0120 -0.0089 0.015 233 A2pvar UU(ACV)

22 Com 109307 61295 12 33 34.2 +24 16 59 0.114 -0.0109 -0.0086 0.014 232 A4V 23ACom 109485 61394A 12 34 51.0 +22 37 45 0.012 -0.0583 0.0319 0.066 299 A0IV 23BCom 109485 61394B 12 34 51.0 +22 37 45 0.012 -0.0525 0.0098 0.053 281 – 24ACom 109511 61418 12 35 07.7 +18 22 37 1.152 -0.0046 0.0233 0.024 349 K2III 24BCom 109510 61415 12 35 06.2 +18 22 37 0.250 0.0248 0.0128 0.028 63 A9Vm

25 Com 109742 61571 12 36 58.3 +17 05 22 1.436 -0.0357 -0.0175 0.040 244 K5III 26 Com 110024 61724 12 39 07.2 +21 03 45 0.978 -0.0774 -0.0089 0.078 263 G9III 27 Com 111067 62356 12 46 38.7 +16 34 39 1.346 0.0126 0.0174 0.021 36 K3III 28 Com 111308 62478 12 48 14.3 +13 33 11 0.015 -0.0485 -0.0340 0.059 235 A1V 29 Com 111397 62541 12 48 54.2 +14 07 21 0.024 0.0290 -0.0202 0.035 125 A1V 30 Com 111469 62576 12 49 17.4 +27 33 08 0.051 -0.0929 0.0217 0.095 283 A2V 31 Com 111812 62763 12 51 41.8 +27 32 26 0.681 -0.0095 -0.0088 0.013 227 G0III 32 Com 111862 62807 12 52 12.3 +17 04 26 1.622 0.0022 -0.0050 0.005 156 M0III 33 Com 111892 62819 12 52 22.8 +17 06 30 0.565 0.0376 -0.0359 0.052 134 F8 35ACom 112033 62886A 12 53 19.3 +21 14 25 0.904 -0.0425 -0.0320 0.053 233 G8III 35BCom 112033 62886B 12 53 19.3 +21 14 25 0.904 -0.0647 -0.0324 0.072 243 – 36 Com 112769 63355 12 58 55.4 +17 24 33 1.568 -0.0387 0.0350 0.052 312 M0III 37ACom 112989 63462A 13 00 16.4 +30 47 06 1.165 -0.0216 -0.0064 0.023 254 K1IIIp 37CCom — 63462C 13 00 16.4 +30 47 06 1.165 -0.0216 -0.0064 0.023 254 – 38 Com 113095 63533 13 01 09.6 +17 07 23 0.971 -0.0090 -0.0230 0.025 201 K0III 39ACom 113848 63948A 13 06 21.1 +21 09 12 0.393 -0.0691 -0.0465 0.083 236 F4V 39BCom 113848 63948B 13 06 21.0 +21 09 13 0.393 -0.0691 -0.0465 0.083 236 – 40 Com 113866 63950 13 06 22.5 +22 36 58 1.461 0.0298 -0.0427 0.052 145 M5III FS(SRB) 41 Com 113996 64022 13 07 10.6 +27 37 29 1.482 0.0333 -0.0682 0.076 154 K5III Σ 1633Α 107398 60197A 12 20 41.3 +27 03 17 0.394 0.0091 -0.1204 0.121 176 F3V

86 Coma Berenices (I)

COM m M π pc l.y. V RV L F mc Bin? ADS αΑ 5.05 4.27 0.0698″ 14.3 46.7 36 -18 1.5 42 4.32 Σ 1728 8804A αΒ 5.08 4.30 0.0698 14.3 46.7 32 - 1.5 42 Σ 1728 8804B β 4.23 4.42 0.1092 9.2 29.8 52 6 1.3 43 β pm γ 4.35 0.76 0.0192 52 170 29 4 39 15 1 Com 6.57 0.61 0.0064 156 507 33 11 45

2ACom 6.22 1.01 0.0091 110 359 19 4 31 5.89 Σ 1596 8406A 2BCom 7.63 2.42 0.0091 110 359 18 - 8.5 Σ 1596 8406B 3 Com 6.40 -0.81 0.0036 277 903 31 -12 166 4 Com 5.66 -1.22 0.0042 238 774 59 22 242 5 Com 5.60 -0.26 0.0067 149 484 30 -25 100

6 Com 5.09 1.18 0.0165 61 198 27 10 27 7 Com 4.93 0.52 0.0131 76 248 30 -28 49 8 Com 6.26 1.55 0.0114 87 285 7 1 19 9 Com 6.38 2.90 0.0201 50 162 57 -8 5.5 10 Com 6.64 1.85 0.0110 91 296 7 0 14

11 Com 4.72 -0.50 0.0090 111 361 85 42 125 Ho 52 8521 12 Com 4.78 0.16 0.0119 84 273 6 1 68 Sh 143 8530 13 Com 5.17 0.47 0.0115 87 284 11 1 51 14 Com 4.92 0.30 0.0119 84 273 8 -4 60 16 Com 4.98 0.29 0.0116 87 282 6 2 60

17ACom 5.29 0.70 0.0121 83 270 10 -3 41 5.01 Σ Ι 21 8568A 17BCCom 6.63 2.14 0.0127 79 258 9 -2 11 Σ Ι 21 8568BC 18 Com 5.47 1.36 0.0151 66 216 26 25 22 20 Com 5.68 1.22 0.0128 78 254 16 -5 26 21 Com 5.47 0.57 0.0105 95 311 7 0 46

22 Com 6.28 1.15 0.0094 106 346 7 2 27 23ACom 4.96 -0.28 0.0089 112 365 39 -16 102 4.80 Wils:A 23BCom 6.90 1.65 0.0089 112 365 28 - 17 Wils:B 24ACom 5.19 -1.18 0.0053 188 614 22 4 233 5.03 Σ 1657 8600A 24BCom 6.49 -3.04 0.0012 806 2629 107 5 1298 Σ 1657 8600B

25 Com 5.70 -0.31 0.0063 159 518 31 -8 104 26 Com 5.49 0.77 0.0114 88 286 39 -21 39 27 Com 5.12 0.15 0.0101 99 322 54 53 69 28 Com 6.47 0.99 0.0080 125 407 35 0 32 29 Com 5.71 0.25 0.0081 123 402 22 -8 62 30 Com 5.76 0.75 0.0100 100 327 45 0 39 h 522 8674 (OPT) 31 Com 4.93 0.06 0.0106 94 307 6 -1 74 32 Com 6.32 -2.43 0.0018 562 1831 14 -1 736 5.83 Σ Ι 23Α 33 Com 6.93 1.50 0.0082 122 397 31 9 20 Σ Ι 23Β 35ACom 5.22 0.23 0.0101 99 324 26 -7 64 4.89 Σ 1687 8695A 35BCom 7.18 2.19 0.0101 99 324 34 - 10 Σ 1687 8695B 36 Com 4.76 -0.05 0.0109 92 299 23 -2 82 37ACom 5.09 -2.11 0.0036 275 898 32 -13 550 4.88 β 1081 8731A 37CCom 8.55 1.35 0.0036 275 898 29 0 23 β 1081 8731C 38 Com 5.97 0.52 0.0081 123 400 16 -6 49

39ACom 6.16 2.67 0.0200 50 163 20 1 6.7 6.00 Cou 11A 39BCom 8.89 5.40 0.0200 50 163 20 - 0.5 Cou 11B 40 Com 5.53 -0.69 0.0057 175 572 44 -5 149 41 Com 4.80 -0.04 0.0108 93 303 37 -16 82 Σ 1633Α 7.13 2.30 0.0108 92 301 55 -15 9.5 6.32 Σ 1633 8519A

87 Coma Berenices (II)

COM HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

Σ 1633Β — 60197B 12h20m40.7s +27º03′14″ 0.394 0.0091 -0.1204 0.121 176º – Σ 1639Α 108007 60525A 12 24 26.7 +25 34 58 0.276 -0.0072 -0.0107 0.013 214 F0V Σ 1639Β 108007 60525B 12 24 26.6 +25 34 59 0.276 -0.0170 -0.0078 0.019 245 – R Com 104785 58831 12 04 00.9 +18 48 53 1.230 -0.0250 -0.0935 0.097 195 K2 (M) - Com 106760 59856 12 16 30.1 +33 03 41 1.140 -0.0549 -0.1119 0.125 206 K1III

88 Coma Berenices (II)

COM m M π pc l.y. V RV L F mc Bin? ADS Σ 1633Β 7.20 2.37 0.0108″ 92 301 53 - 8.8 Σ 1633 8519B Σ 1639Α 6.79 1.84 0.0102 98 319 8 -6 14 6.41 Σ 1639 8539A Σ 1639Β 7.94 2.99 0.0102 98 319 9 - 5.0 Σ 1639 8539B R Com 7.70 -1.70 0.0013 758 2470 348 - 376 - Com 4.99 0.13 0.0107 94 306 70 -42 70

89 Corona Australis

CrA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 178253 94114 19h09m28.2s -37º54′16″ 0.042 0.0857 -0.0967 0.129 138º A0/A1V β 178345 94160 19 10 01.6 -39 20 27 1.163 0.0059 -0.0368 0.037 171 K0II-IIICNIb γΑ 177474 93825A 19 06 25.0 -37 03 48 0.523 0.0969 -0.2797 0.296 161 F7IV-V γΒ 177475 93825B 19 06 25.1 -37 03 49 0.523 0.0969 -0.2797 0.296 161 G0 δ 177873 94005 19 08 20.8 -40 29 48 1.070 0.0481 -0.0268 0.055 119 K1III

ε 175813 93174 18 58 43.3 -37 06 26 0.396 -0.1323 -0.1105 0.172 230 F3IV-V (EW) ζ 176638 93542 19 03 06.7 -42 05 43 -0.027 0.0557 -0.0453 0.072 129 A0Vn η1 173715 92308 18 48 50.4 -43 40 48 0.133 0.0244 -0.0208 0.032 131 A2Vn η2 173861 92382 18 49 34.9 -43 26 02 -0.077 -0.0029 -0.0254 0.026 186 B9IV ϑ 170845 90982 18 33 30.1 -42 18 45 0.994 0.0325 -0.0210 0.039 123 G5III

κ1 170868 90968 18 33 23.2 -38 43 13 0.020 0.0100 -0.0125 0.016 141 A0III κ2 170867 90969 18 33 23.0 -38 43 34 -0.060 -0.0006 -0.0218 0.022 182 B9V λ 172777 91875 18 43 46.8 -38 19 25 0.075 0.0011 -0.0538 0.054 179 A1V µ 173540 92226 18 47 44.4 -40 24 22 0.781 0.0246 -0.0186 0.031 127 G6III ∆ 221 168905 90200 18 24 18.2 -44 06 37 -0.163 0.0011 -0.0226 0.023 177 B2.5Vn h 5014A 165189 88726A 18 06 49.7 -43 25 29 0.255 0.0095 -0.1047 0.105 175 A5V h 5014B 165190 88726B 18 06 49.7 -43 25 27 0.255 -0.0017 -0.0976 0.098 181 – R CrA — 93449 19 01 53.7 -36 57 08 — -0.0344 0.0506 0.061 326 A5IIevar (INSA) V686 175362 92989 18 56 40.4 -37 20 36 -0.147 0.0088 -0.0237 0.025 160 B3V (ACV) V692 166596 89290 18 13 12.5 -41 20 10 -0.155 -0.0033 -0.0059 0.007 209 B2.5III (SXARI)

V701 176723 93552 19 03 17.6 -38 15 12 0.328 0.0133 0.0145 0.020 43 F2III-IV (DSCTC) V718 171967 91494 18 39 34.9 -43 11 10 1.654 -0.0315 -0.0422 0.053 217 M2III (SARV) - CrA 167096 89507 18 15 52.6 -44 12 23 0.962 0.0693 0.0147 0.071 78 G8/K0III - CrA 168592 90037 18 22 18.5 -38 39 25 1.498 -0.0423 -0.0283 0.051 236 K4/K5III - CrA 170642 90887 18 32 21.2 -39 42 15 0.079 0.0320 -0.0376 0.049 140 A3Vn

- CrA 172991 91989 18 44 57.0 -39 41 11 0.850 0.0086 -0.0063 0.011 126 K1/K2III - CrA 175219 92953 18 56 16.7 -42 42 38 0.998 -0.0270 -0.0305 0.041 222 G6III

90 Corona Australis

CrA m M π pc l.y. V RV L F mc Bin? ADS α 4.11 1.11 0.0252″ 40 130 30 -18 28 β 4.10 -1.86 0.0064 156 508 28 3 437 γΑ 5.03 3.77 0.0559 18 58 58 -52 2.5 4.23 h 5084A γΒ 5.10 3.84 0.0559 18 58 25 - 2.3 h 5084B δ 4.57 0.93 0.0187 54 175 24 20 34

ε 4.83 2.45 0.0334 30 98 59 54 8.2 ζ 4.74 0.99 0.0178 56 184 23 -13 32 η1 5.46 0.33 0.0094 106 347 17 -4 58 η2 5.60 -0.75 0.0054 186 607 32 -23 157 ϑ 4.62 -2.50 0.0038 266 867 49 -2 790

κ1 6.31 0.43 0.0067 150 489 20 -16 53 ∆ 222B κ2 5.67 -2.94 0.0019 526 1716 58 -20 1176 5.19 ∆ 222A λ 5.11 1.15 0.0162 62 202 30 -26 27 Cor 227 µ 5.20 -0.20 0.0083 120 393 25 -18 95 ∆ 221 5.24 -0.79 0.0062 161 524 17 0 163 ∆ 221 h 5014A 5.70 2.49 0.0228 44 143 23 -6 8.0 4.92 h 5014A h 5014B 5.78 2.57 0.0228 44 143 20 - 7.4 h 5014B R CrA 11.57 12.00 0.1218 8.2 27 2 - 0.0013 V686 5.36 -0.22 0.0077 130 425 16 1 96 V692 5.47 -3.06 0.0020 508 1655 22 -15 1315

V701 5.73 1.68 0.0155 65 211 7 4 17 V718 5.42 -1.58 0.0040 251 817 69 29 336 - CrA 5.45 0.87 0.0122 82 268 28 - 35 - CrA 5.09 -0.85 0.0065 154 503 41 18 173 - CrA 5.16 1.02 0.0148 67 220 17 -6 31

- CrA 5.40 -2.64 0.0025 405 1320 20 - 892 - CrA 5.35 0.46 0.0105 95 310 28 -21 52

91 Corona Borealis

CrB HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 139006 76267 15h34m41.2s +26º42′53″ 0.032 0.1204 -0.0894 0.150 127º A0V (EA) β 137909 75695 15 27 49.7 +29 06 20 0.319 -0.1814 0.0868 0.201 296 F0p (ACV) γΑ 140436 76952A 15 42 44.5 +26 17 44 0.020 -0.0940 0.0443 0.104 295 A1Vs (DSCT) γΒ 140436 76952B 15 42 44.6 +26 17 44 0.020 -0.1125 0.0507 0.123 294 – δ 141714 77512 15 49 35.6 +26 04 06 0.794 -0.0799 -0.0638 0.102 231 G5III-IV (RS:)

ε 143107 78159 15 57 35.2 +26 52 40 1.231 -0.0766 -0.0602 0.097 232 K3III ζ1 139891 76669B 15 39 22.1 +36 38 12 -0.103 -0.0153 -0.0065 0.017 247 B7V ζ2 139892 76669A 15 39 22.6 +36 38 09 -0.103 -0.0153 -0.0065 0.017 247 B7V ηΑ 137107 75312A 15 23 12.2 +30 17 16 0.577 0.1258 -0.1765 0.217 145 G2V ηΒ 137108 75312B 15 23 12.3 +30 17 17 0.577 0.1700 -0.2046 0.266 140 –

ϑΑ 138749 76127A 15 32 55.7 +31 21 31 -0.127 -0.0196 -0.0089 0.022 246 B6Vnn (BE) ϑΒ — 76127B 15 32 55.7 +31 21 32 -0.127 -0.0196 -0.0089 0.022 246 – ι 143807 78493 16 01 26.6 +29 51 04 -0.050 -0.0382 -0.0069 0.039 260 A0pHg κ 142091 77655 15 51 13.8 +35 39 26 0.996 -0.0081 -0.3474 0.348 181 K0III-IV λ 142908 78012 15 55 47.6 +37 56 49 0.352 0.0295 0.0801 0.085 20 F0IV

µ 139153 76307 15 35 14.8 +39 00 36 1.650 0.0246 0.0086 0.026 71 M2III ν1 147749 80197 16 22 21.3 +33 47 56 1.631 0.0055 -0.0383 0.039 172 M2III ν2 147767 80214 16 22 29.1 +33 42 13 1.523 -0.0052 0.0500 0.050 354 K5III ξ 147677 80181 16 22 05.7 +30 53 32 0.970 -0.0974 0.1077 0.145 318 K0III ο 136512 75049 15 20 08.4 +29 36 58 1.015 -0.1187 -0.0420 0.126 251 K0III

π 140716 77048 15 43 59.2 +32 30 57 1.076 -0.0288 -0.0087 0.030 253 G9III: ρ 143761 78459 16 01 02.6 +33 18 13 0.612 -0.1969 -0.7730 0.798 194 G2V σΑ 146361 79607A 16 14 40.7 +33 51 30 0.599 -0.2665 -0.0869 0.280 252 G0VCaIIe TZ(RS+DSCT) σΒ 146362 79607B 16 14 40.3 +33 51 26 0.599 -0.2920 -0.0817 0.303 254 G1V τ 145328 79119 16 08 58.2 +36 29 27 1.015 -0.0407 0.3435 0.346 353 K0III-IV

υ 146738 79757 16 16 44.7 +29 09 01 0.063 0.0236 -0.0171 0.029 126 A3V R CrB 141527 77442 15 48 34.3 +28 09 24 0.608 -0.0021 -0.0115 0.012 190 G0Iab:pe (RCB)

92 Corona Borealis

CrB m M π pc l.y. V RV L F mc Bin? ADS α 2.22 0.42 0.0437″ 23 75 16 2 53 5 β 3.66 0.94 0.0286 35 114 38 -19 33 3 Jef:AB γΑ 4.06 0.81 0.0225 44 145 25 -10 37 8 3.81 Σ 1967 9757A γΒ 5.62 2.37 0.0225 44 145 26 - 8.8 8 Σ 1967 9757B δ 4.59 1.06 0.0197 51 165 31 -19 30 10

ε 4.14 -0.10 0.0142 70 230 45 -31 86 13 AGC 7 9859ABC ζ1 5.95 0.14 0.0069 145 473 22 -19 69 7 Σ 1965 9737B ζ2 4.99 -0.82 0.0069 145 473 27 -24 168 7 4.64 Σ 1965 9737A ηΑ 5.73 4.38 0.0537 19 61 22 -10 1.4 2 4.99 Σ 1937 9617A ηΒ 6.02 4.67 0.0537 19 61 24 -6 1.1 2 Σ 1937 9617B

ϑΑ 4.22 -0.67 0.0105 95 311 27 -25 146 4 4.14 bin:A ϑΒ 6.64 1.74 0.0105 95 311 10 - 16 4 bin:B ι 4.98 -0.18 0.0093 108 351 27 -19 93 14 κ 4.79 2.32 0.0321 31 101 57 -24 9.3 11 β pm λ 5.43 2.34 0.0241 41 135 21 -12 9.1 12 H VI 94

µ 5.14 -1.08 0.0057 175 571 29 -19 212 6 ν1 5.20 -0.96 0.0059 170 555 34 -13 190 20 Σ Ι 29 ν2 5.40 -0.72 0.0060 167 545 56 -40 152 21 ξ 4.86 1.11 0.0178 56 184 48 -29 28 19 β pm ο 5.51 0.89 0.0119 84 274 73 -53 35 1 β pm

π 5.57 1.16 0.0131 76 249 12 -4 27 9 ρ 5.39 4.18 0.0574 17 57 68 18 1.7 15 S 676 σΑ 5.71 4.03 0.0461 22 71 31 -11 1.9 17 5.23 Σ 2032 9979A σΒ 6.74 5.06 0.0461 22 71 36 -17 0.7 17 Σ 2032 9979B τ 4.73 2.03 0.0288 35 113 60 -19 12 16 β 1087 9939

υ 5.80 -1.22 0.0040 253 825 36 7 241 18 Sh 223 9990 R CrB 5.89 -5.45 0.0005 1852 6037 106 25 11891

93 Corvus

CRV HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 105452 59199 12h08m24.7s -24º43′44″ 0.334 0.1002 -0.0393 0.108 111º F2III-IV β 109379 61359 12 34 23.2 -23 23 48 0.893 0.0009 -0.0560 0.056 179 G5II γ 106625 59803 12 15 48.3 -17 32 31 -0.107 -0.1596 0.0223 0.161 278 B8III δ 108767 60965 12 29 51.8 -16 30 56 -0.012 -0.2100 -0.1393 0.252 236 B9.5V ε 105707 59316 12 10 07.4 -22 37 11 1.326 -0.0715 0.0106 0.072 278 K2IIIvar

ζ 107348 60189 12 20 33.6 -22 12 57 -0.090 -0.1097 -0.0277 0.113 256 B8Vn η 109085 61174 12 32 04.1 -16 11 46 0.388 -0.4244 -0.0584 0.428 262 F2III-IV 3 Crv 105850 59394 12 11 03.8 -23 36 08 0.055 -0.0655 -0.0206 0.069 253 A2V 6 Crv 107815 60425 12 23 21.5 -24 50 25 1.153 -0.0214 -0.0196 0.029 228 K1III Σ 1669Α 110318 61910A 12 41 16.3 -13 00 50 0.432 -0.1179 0.0079 0.118 274 F5V

Σ 1669Β 110317 61910B 12 41 16.0 -13 00 54 0.432 -0.1218 -0.0008 0.122 270 F3Vn TY Crv 104337 58587 12 00 51.1 -19 39 32 -0.192 -0.0169 0.0067 0.018 292 B1.5V (BCEP) - Crv 107418 60221 12 20 55.7 -13 33 56 1.048 -0.0051 0.0103 0.011 334 K0III

94 Corvus

CRV m M π pc l.y. V RV L F mc Bin? ADS α 4.02 3.17 0.0677″ 14.8 48.1 9 4 4.2 1 β 2.65 -0.51 0.0233 43 140 14 -8 126 9 γ 2.58 -0.94 0.0198 51 165 39 -4 187 4 δ 2.94 0.79 0.0371 27 88 33 9 38 7 Sh 145 8572 ε 3.02 -1.82 0.0108 93 303 32 5 422 2

ζ 5.20 -0.16 0.0085 118 385 64 -6 91 5 β 1245 8517 (OPT) η 4.30 3.00 0.0549 18 59 37 -3 5.0 8 3 Crv 5.45 1.70 0.0178 56 183 21 11 16 6 Crv 5.66 0.73 0.0103 97 316 13 -2 40 Σ 1669Α 5.96 1.31 0.0117 85 278 49 -11 24 5.20 Σ 1669 8627A

Σ 1669Β 5.95 1.29 0.0117 85 278 51 -14 24 Σ 1669 8627B TY Crv 5.28 -3.37 0.0019 538 1753 46 2 1758 - Crv 5.14 1.24 0.0166 60 196 13 13 25 β pm

95 Crater

CRT HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 95272 53740 10h59m46.4s -18º17′56″ 1.079 -0.4624 0.1291 0.480 286º K1III β 97277 54682 11 11 39.4 -22 49 33 0.025 0.0047 -0.0991 0.099 177 A1V γ 99211 55705 11 24 52.8 -17 41 03 0.216 -0.0970 0.0032 0.097 272 A9V δ 98430 55282 11 19 20.4 -14 46 43 1.112 -0.1245 0.2066 0.241 329 K0III ε 99167 55687 11 24 36.5 -10 51 34 1.556 -0.0241 0.0245 0.034 315 K5III

ζΑ 102070 57283A 11 44 45.7 -18 21 03 0.958 0.0272 -0.0246 0.037 132 G8III ζΒ — 57283B 11 44 45.7 -18 21 03 0.958 0.0272 -0.0246 0.037 132 – η 103632 58188 11 56 00.9 -17 09 03 -0.022 -0.0491 -0.0082 0.050 260 A0V ϑ 100889 56633 11 36 40.8 -09 48 08 -0.073 -0.0593 0.0028 0.059 273 B9.5Vn ι 101198 56802 11 38 40.0 -13 12 07 0.520 0.0996 0.1262 0.161 38 F7V

κ 99564 55874 11 27 09.4 -12 21 25 0.490 -0.0983 0.0238 0.101 284 F4III-IV λ 98991 55598 11 23 21.8 -18 46 48 0.439 -0.3059 -0.0291 0.307 265 F3IV ψ 97411 54742 11 12 30.3 -18 30 00 -0.004 -0.0197 -0.0255 0.032 218 A0V

96 Crater

CRT m M π pc l.y. V RV L F mc Bin? ADS α 4.08 0.44 0.0187″ 53 174 130 47 52 7 β 4.46 -0.10 0.0123 82 266 39 6 86 11 γ 4.06 2.01 0.0389 26 84 12 1 12 15 h 840 8153 δ 3.56 -0.32 0.0168 60 195 68 -5 106 12 ε 4.81 -0.43 0.0090 112 364 18 3 117 14

ζΑ 4.95 -0.21 0.0093 107 350 19 -5 95 27 4.71 bin:A ζΒ 7.84 2.68 0.0093 107 350 19 - 6.7 27 bin:B η 5.17 0.46 0.0114 88 285 26 15 52 30 ϑ 4.70 -0.15 0.0107 93 305 26 1 91 21 ι 5.48 3.32 0.0371 27 88 32 -24 3.7 24 Kui 58AB

κ 5.93 1.80 0.0149 67 219 33 6 15 16 λ 5.08 1.87 0.0228 44 143 65 11 14 13 ψ 6.47 0.63 0.0068 147 479 22 - 44 [-] 6.11 β 220 8086AB

97 Crux

CRU HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α1 108248 60718A 12h26m35.9s -63º05′56″ -0.243 -0.0354 -0.0147 0.038 247º B0.5IV α2 108249 60718B 12 26 36.5 -63 05 58 -0.260 -0.0425 -0.0077 0.043 260 BIV αC 108250 — 12 26 30.9 -63 07 21 -0.120 -0.0350 -0.0300 0.046 229 B4IV β 111123 62434 12 47 43.3 -59 41 19 -0.238 -0.0482 -0.0128 0.050 255 B0.5III (BCEP) γΑ 108903 61084 12 31 09.9 -57 06 47 1.600 0.0279 -0.2643 0.266 174 M4III

γΒ 108925 — 12 31 16.7 -57 04 51 0.130 0.0050 -0.0040 0.006 129 A3V δ 106490 59747 12 15 08.6 -58 44 56 -0.193 -0.0367 -0.0107 0.038 254 B2IV (BCEP) ε 107446 60260 12 21 21.5 -60 24 04 1.389 -0.1711 0.0918 0.194 298 K3/K4III ζ 106983 60009 12 18 26.1 -64 00 11 -0.168 -0.0332 -0.0104 0.035 253 B2.5V η 105211 59072 12 06 52.8 -64 36 49 0.353 0.0343 -0.0375 0.051 138 F2III

ϑ1 104671 58758 12 03 01.5 -63 18 46 0.280 -0.1525 0.0061 0.153 272 Am ϑ2 104841 58867 12 04 19.2 -63 09 56 -0.081 -0.0172 -0.0000 0.017 270 B2IV (BCEP) ι 110829 62268 12 45 37.8 -60 58 52 1.049 0.1125 -0.0649 0.130 120 K1III κ 111973 62931 12 53 49.0 -60 22 36 0.200 -0.0030 -0.0017 0.003 240 B5Ia λ 112078 63007 12 54 39.1 -59 08 47 -0.153 -0.0334 -0.0148 0.036 246 B4Vn (BCEP)

µ1 112092 63003 12 54 35.6 -57 10 40 -0.180 -0.0305 -0.0136 0.033 246 B2IV-V µ2 112091 63005 12 54 36.8 -57 10 05 -0.089 -0.0324 -0.0109 0.034 251 B5Vne (GCAS) h 4548 110956 62327 12 46 22.6 -56 29 30 -0.150 -0.0331 -0.0146 0.036 246 B3V HdO 221 112244 63117 12 55 56.9 -56 50 09 0.010 -0.0051 -0.0008 0.005 261 O9Ib R Cru 107805 60455 12 23 37.9 -61 37 44 0.670 -0.0091 -0.0008 0.009 265 F7Ib-II (CEP)

BG Cru 108968 61136 12 31 40.3 -59 25 26 0.622 -0.0132 -0.0035 0.014 255 F5III (DCEPS) BL Cru 108396 60781 12 27 28.7 -58 59 30 1.543 -0.0150 0.0053 0.016 290 M4/M5III (SR) BZ Cru 110432 62027 12 42 50.2 -63 03 32 0.195 -0.0133 -0.0035 0.014 255 B2pe (GCAS) CH Cru 110335 61966 12 41 56.6 -59 41 08 -0.044 -0.0247 -0.0036 0.025 262 B6IV (GCAS:) - Cru 103961 58379 11 58 15.2 -56 19 02 -0.062 -0.0216 0.0018 0.022 275 B8III

- Cru 107696 60379 12 22 49.3 -57 40 34 -0.098 -0.0377 -0.0127 0.040 251 B9V

98 Crux

CRU m M π pc l.y. V RV L F mc Bin? ADS α1 1.25 -3.71 0.0102″ 98 321 21 -11 2404 0.72 bin:A α2 1.64 -3.33 0.0102 98 321 20 -1 1686 bin:B αC 4.86 -1.97 0.0043 233 758 58 27 484 bin:C β 1.25 -3.92 0.0093 108 352 30 16 2909 I 362 γΑ 1.59 -0.56 0.0371 27 88 40 21 132 1.58 ∆ 124Α (OPT?)

γΒ 6.42 4.27 0.0371 27 88 1 - 1.5 ∆ 124Β δ 2.79 -2.45 0.0090 112 364 30 22 751 ε 3.59 -0.63 0.0143 70 228 65 -5 141 ζ 4.06 -1.16 0.0090 111 361 24 16 229 η 4.14 2.67 0.0508 20 64 10 9 6.7 h 4501

ϑ1 4.32 0.08 0.0142 70 230 51 -2 73 CapO 55 ϑ2 4.72 -2.10 0.0043 231 753 25 16 543 ι 4.69 1.78 0.0262 38 125 25 7 15 h 4547 κ 5.89 -5.92 0.0004 2299 7494 38 -4 18324 λ 4.62 -0.59 0.0091 110 360 23 12 136

µ1 4.03 -1.29 0.0086 116 377 23 14 258 3.68 ∆ 126A µ2 5.08 -0.14 0.0090 111 361 26 19 90 ∆ 126B h 4548 4.62 -0.80 0.0082 121 396 27 17 164 h 4548 HdO 221 5.34 -3.47 0.0017 578 1884 23 18 1923 HdO 221 R Cru 6.89 -1.64 0.0020 508 1655 26 -14 356

BG Cru 5.49 -3.07 0.0019 515 1680 39 -20 1332 BL Cru 5.38 -0.82 0.0058 174 566 73 72 167 BZ Cru 5.27 -2.12 0.0033 301 982 40 35 557 CH Cru 4.91 -2.60 0.0032 317 1035 40 13 862 - Cru 5.44 -1.00 0.0052 194 633 21 -5 198

- Cru 5.38 0.28 0.0095 105 342 20 -5 61

99 Cygnus (I)

CYG HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 197345 102098 20h41m25.8s +45º16′49″ 0.092 0.0016 0.0016 0.002 45º A2Ia (ACYG) β1A 183912 95947A 19 30 43.1 +27 57 35 1.088 -0.0071 -0.0056 0.009 232 K3II+B9.5V β1C — 95947C 19 30 43.1 +27 57 35 1.088 0.0050 0.0065 0.008 38 – β2 183914 95951 19 30 45.2 +27 57 55 -0.095 -0.0020 -0.0010 0.002 243 B8V γ 194093 100453 20 22 13.6 +40 15 24 0.673 0.0024 -0.0009 0.003 111 F8Ib

δΑ 186882 97165A 19 44 58.4 +45 07 49 -0.002 0.0432 0.0484 0.065 42 B9.5III δΒ 186882 97165B 19 44 58.3 +45 07 51 -0.002 0.0432 0.0484 0.065 42 – ε 197989 102488 20 46 12.6 +33 58 13 1.021 0.3562 0.3303 0.486 47 K0III ζ 202109 104732 21 12 56.1 +30 13 37 0.990 0.0069 -0.0681 0.068 174 G8III-IIIa η 188947 98110 19 56 18.3 +35 05 00 1.019 -0.0340 -0.0276 0.044 231 K0IIIvar

ϑ 185395 96441 19 36 26.4 +50 13 16 0.395 -0.0082 0.2630 0.263 358 F4V ι 184006 95853 19 29 42.2 +51 43 47 0.148 0.0209 0.1281 0.130 9 A5Vn κ 181276 94779 19 17 06.0 +53 22 07 0.950 0.0602 0.1229 0.137 26 K0III λΑ 198183 102589A 20 47 24.4 +36 29 27 -0.083 0.0149 -0.0082 0.017 119 B6IV λΒ 198183 102589B 20 47 24.4 +36 29 28 -0.083 0.0061 -0.0077 0.010 142 –

µ1 206826 107310A 21 44 08.6 +28 44 34 0.512 0.2603 -0.2427 0.356 133 F6V µ2 206827 107310B 21 44 08.5 +28 44 35 0.400 0.2780 -0.2329 0.363 130 G2V νΑ 199629 103413A 20 57 10.3 +41 10 02 0.027 0.0085 -0.0240 0.025 160 A1Vn νΒ — 103413B 20 57 10.3 +41 10 02 0.027 0.0085 -0.0240 0.025 160 – ξ 200905 104060 21 04 55.8 +43 55 40 1.609 0.0086 0.0004 0.009 88 K4.5Ib-II+A2

ο1Α 192577 99675 20 13 37.8 +46 44 29 1.270 0.0042 0.0019 0.005 66 K2III V695(EA) ο1C 192579 99676 20 13 39.2 +46 42 42 -0.133 0.0035 0.0027 0.004 53 B9 ο2 192909 99848 20 15 28.2 +47 42 52 1.451 0.0039 0.0012 0.004 73 K3II+B9:V V1488(EA) π1 206672 107136 21 42 05.6 +51 11 23 -0.119 0.0053 -0.0021 0.006 112 B3IV π2Α 207330 107533A 21 46 47.5 +49 18 35 -0.120 0.0036 -0.0019 0.004 117 B3III

π2Β — 107533B 21 46 47.5 +49 18 34 -0.120 0.0036 -0.0019 0.004 117 – ρ 205435 106481 21 33 58.8 +45 35 31 0.885 -0.0245 -0.0939 0.097 195 G8III σ 202850 105102 21 17 24.9 +39 23 41 0.098 0.0004 -0.0036 0.004 173 B9Iab τΑ 202444 104887A 21 14 47.4 +38 02 44 0.393 0.0888 0.4594 0.468 11 F1IV (DSCT) τΒ — 104887B 21 14 47.5 +38 02 44 0.393 0.1957 0.4100 0.454 26 –

υ 202904 105138 21 17 55.0 +34 53 49 -0.103 0.0120 0.0069 0.014 60 B2Vne (GCAS) ϕ 185734 96683 19 39 22.5 +30 09 12 0.971 0.0020 0.0361 0.036 3 G8III-IV χ 187796 97629 19 50 33.8 +32 54 51 2.100 -0.0236 -0.0385 0.045 211 S7,1e: (M) ψΑ 189037 98055A 19 55 37.7 +52 26 20 0.124 -0.0366 -0.0310 0.048 230 A4Vn ψΒ 189037 98055B 19 55 37.7 +52 26 17 0.124 -0.0366 -0.0310 0.048 230 F4V

ω1 195556 101138 20 30 03.4 +48 57 06 -0.087 0.0100 0.0076 0.013 53 B2.5IV V2014(BCEP:) ω2 195774 101243 20 31 18.7 +49 13 14 1.566 0.0088 -0.0313 0.032 164 M2III 2 Cyg 182568 95372 19 24 07.5 +29 37 17 -0.120 0.0106 0.0109 0.015 44 B3IV 4 Cyg 183056 95556 19 26 09.0 +36 19 04 -0.120 0.0042 0.0130 0.014 18 B9pSi V1741(ACV) 7 Cyg 183534 95656 19 27 25.9 +52 19 14 -0.002 -0.0132 -0.0276 0.031 206 A1V

8 Cyg 184171 96052 19 31 46.2 +34 27 11 -0.150 0.0011 -0.0036 0.004 164 B3IV 9 Cyg 184759 96302 19 34 50.8 +29 27 47 0.581 0.0151 0.0178 0.023 40 A0V 11 Cyg 185037 96387 19 35 48.3 +36 56 40 -0.080 0.0039 -0.0017 0.004 113 B8Vn 14 Cyg 185872 96693 19 39 26.4 +42 49 06 -0.063 0.0238 0.0273 0.036 41 B9III 15 Cyg 186675 97118 19 44 16.5 +37 21 16 0.948 0.0726 0.0351 0.081 64 G8III

16ACyg 186408 96895 19 41 48.8 +50 31 31 0.643 -0.1478 -0.1589 0.217 223 G2V 16BCyg 186427 96901 19 41 52.0 +50 31 03 0.661 -0.1352 -0.1635 0.212 220 G5V 17 Cyg 187013 97295 19 46 25.5 +33 43 40 0.476 0.0231 -0.4487 0.449 177 F5 19 Cyg 187849 97630 19 50 33.9 +38 43 21 1.665 0.0127 0.1059 0.107 7 M2IIIa V1509(LB) 20 Cyg 188056 97635 19 50 37.6 +52 59 17 1.286 -0.0103 -0.0680 0.069 189 K3IIIvar

100 Cygnus (I)

CYG m M π pc l.y. V RV L F mc Bin? ADS α 1.25 -8.73 0.0010″ 990 3228 11 -4 243982 50 H N 73 14172 β1A 3.36 -2.00 0.0085 118 385 24 -23 497 6 3.05 Σ Ι 34 12540A β1C 5.48 0.12 0.0085 118 385 5 - 71 6 Σ Ι 34 12540C β2 5.12 -0.19 0.0087 115 376 18 -18 94 6 Σ Ι 34 12540B γ 2.23 -6.12 0.0021 467 1523 9 -7 22038 37 β 665 13765

δΑ 2.90 -0.70 0.0191 52 171 26 -20 149 18 2.86 Σ 2579 12880A δΒ 6.64 3.04 0.0191 52 171 16 - 4.8 18 Σ 2579 12880B ε 2.48 0.76 0.0453 22 72 52 -10 39 53 β 676 14274 ζ 3.21 -0.12 0.0216 46 151 23 17 88 64 β pm η 3.89 0.74 0.0234 43 139 27 -26 40 21 β 980 13149

ϑ 4.49 3.14 0.0538 19 61 36 -28 4.4 13 β 1131 12695 ι 3.76 0.89 0.0266 38 122 30 -19 35 10 κ 3.80 0.91 0.0265 38 123 38 -29 34 1 λΑ 4.77 -2.38 0.0037 270 879 32 -23 707 54 4.53 ΟΣ 413 14296A λΒ 6.24 -0.91 0.0037 270 879 13 - 182 54 ΟΣ 413 14296B

µ1 4.86 3.11 0.0446 22 73 42 18 4.5 78 4.49 Σ 2822 15270A µ2 6.31 4.56 0.0446 22 73 42 17 1.2 78 Σ 2822 15270B νΑ 4.07 -1.12 0.0092 109 356 31 -28 220 58 3.94 bin:A νΒ 6.04 0.85 0.0092 109 356 13 - 36 58 bin:B ξ 3.72 -4.07 0.0028 361 1177 25 -20 3335 62

ο1A 3.80 -4.29 0.0024 415 1353 11 -7 4092 31 3.74 h 1495 13554A ο1C 7.01 -1.60 0.0019 526 1716 13 7 342 31 h 1495 13554C ο2 3.96 -3.70 0.0029 340 1109 15 -14 2373 32 S 743 π1 4.69 -3.87 0.0019 515 1680 16 -8 2782 80 π2Α 4.44 -3.31 0.0028 355 1156 14 -12 1664 81 4.23 bin:A

π2Β 5.98 -1.77 0.0028 355 1156 7 - 400 81 bin:B ρ 3.98 1.07 0.0262 38 124 19 7 29 73 σ 4.22 -6.49 0.0007 1389 4528 24 -4 31141 67 τΑ 3.90 2.29 0.0478 21 68 51 -21 10 65 3.74 AGC 13 14787A τΒ 6.79 5.18 0.0478 21 68 45 - 0.7 65 AGC 13 14787B

υ 4.41 -2.80 0.0036 276 901 18 4 1034 66 ΟΣ 433 14831 ϕ 4.68 0.25 0.0130 77 251 14 6 63 12 χ 4.23 -0.90 0.0094 106 346 23 -2 180 [-] bin ψΑ 5.05 0.31 0.0113 88 288 22 -10 59 24 4.91 Σ 2605 13148A ψΒ 7.61 2.88 0.0113 88 288 20 - 5.6 24 Σ 2605 13148B

ω1 4.94 -2.19 0.0038 267 869 27 -22 591 45 β 669 13932 ω2 5.44 -0.03 0.0081 124 404 67 -64 81 46 S 756 2 Cyg 4.99 -1.89 0.0042 238 774 27 -21 448 Wils:AB 4 Cyg 5.17 -1.34 0.0050 200 653 26 -22 270 7 Cyg 5.73 0.51 0.0090 111 361 16 2 49

8 Cyg 4.74 -1.68 0.0052 192 627 22 -22 370 9 Cyg 5.39 -0.70 0.0061 165 538 21 -11 150 Wils:AB 11 Cyg 6.03 -0.74 0.0044 226 738 16 -15 156 14 Cyg 5.41 -1.20 0.0048 210 685 45 -27 238 15 Cyg 4.89 0.23 0.0117 85 279 41 -24 64

16ACyg 5.99 4.32 0.0463 22 70 34 -26 1.5 5.36 Σ Ι 46 12815A 16BCyg 6.25 4.60 0.0467 21 70 35 -27 1.1 Σ Ι 46 12815B 17 Cyg 5.00 3.40 0.0479 21 68 45 5 3.4 Σ 2580 12913 19 Cyg 5.18 -1.29 0.0051 197 642 107 -39 258 h 603 13014 (OPT) 20 Cyg 5.03 1.18 0.0170 59 192 28 -20 27

101 Cygnus (II)

CYG HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

22 Cyg 188892 98068 19h55m51.6s +38º29′12″ -0.086 0.0015 0.0006 0.002 68º B5IV 23 Cyg 188665 97870 19 53 17.3 +57 31 25 -0.125 0.0060 0.0076 0.010 38 B5V 25 Cyg 189687 98425 19 59 55.1 +37 02 35 -0.133 0.0004 -0.0002 0.000 120 B3IV V1746(GCAS+BCEP) 26 Cyg 190147 98571 20 01 21.5 +50 06 17 1.122 0.0163 0.0061 0.017 69 K1II-III 27 Cyg 191026 99031 20 06 21.7 +35 58 21 0.850 -0.2244 -0.4406 0.494 207 K0IV 28 Cyg 191610 99303 20 09 25.5 +36 50 23 -0.139 0.0032 0.0130 0.013 14 B2.5V V1624(SXARI) 29 Cyg 192640 99770 20 14 31.9 +36 48 23 0.151 0.0692 0.0687 0.098 45 A2V V1644(DSCT) 30 Cyg 192514 99639 20 13 17.9 +46 48 57 0.100 0.0134 0.0019 0.014 82 A5IIIn 33 Cyg 192696 99655 20 13 23.8 +56 34 04 0.114 0.0609 0.0823 0.102 36 A3IV-Vn 35 Cyg 193370 100122 20 18 39.0 +34 58 58 0.660 0.0001 -0.0038 0.004 178 F5Ib+B8 36 Cyg 193369 100108 20 18 28.5 +37 00 00 0.056 0.0404 0.0201 0.045 64 A2V 39 Cyg 194317 100587 20 23 51.5 +32 11 25 1.331 0.0357 -0.0058 0.036 99 K3III 40 Cyg 195050 100907 20 27 34.2 +38 26 26 0.072 -0.0230 -0.0786 0.082 196 A3V 41 Cyg 195295 101076 20 29 23.6 +30 22 07 0.404 0.0069 -0.0006 0.007 95 F5II 42 Cyg 195324 101067 20 29 20.3 +36 27 17 0.407 0.0026 -0.0016 0.003 121 A1Ib 43 Cyg 195068 100859 20 27 02.2 +49 23 01 0.339 0.0688 0.0585 0.090 50 F0V: 44ACyg 195593 101214A 20 30 59.2 +36 56 07 0.969 -0.0002 -0.0042 0.004 183 F5Iab 44BCyg 195593 101214B 20 30 59.3 +36 56 09 0.969 -0.0002 -0.0042 0.004 183 – 47ACyg 196093 101474A 20 33 54.1 +35 15 03 1.593 -0.0023 -0.0054 0.006 203 K2Ib+B3V V2125(LB) 47BCyg 196093 101474B 20 33 54.1 +35 15 03 1.593 -0.0023 -0.0054 0.006 203 –

48 Cyg 196606 101765 20 37 31.8 +31 34 21 -0.089 0.0090 -0.0006 0.009 94 B8IIIn 49ACyg 197177 102066A 20 41 02.5 +32 18 26 0.871 0.0029 -0.0118 0.012 166 G8II 49BCyg 197178 102066B 20 41 02.6 +32 18 28 0.871 0.0029 -0.0118 0.012 166 G8IIb 51 Cyg 197511 102177 20 42 12.5 +50 20 24 -0.107 0.0011 0.0037 0.004 17 B2V 52 Cyg 197912 102453 20 45 39.6 +30 43 11 1.051 -0.0080 0.0240 0.025 342 K0III

55 Cyg 198478 102724 20 48 56.2 +46 06 51 0.571 -0.0029 -0.0026 0.004 228 B3Ia V1661(ACYG) 56 Cyg 198639 102843 20 50 04.8 +44 03 34 0.198 0.1227 0.1323 0.180 43 δDel 57 Cyg 199081 103089 20 53 14.7 +44 23 14 -0.134 0.0113 -0.0024 0.012 102 B5V 59 Cyg 200120 103632 20 59 49.5 +47 31 16 -0.084 0.0073 0.0025 0.008 71 B1ne V832(GCAS) 60ACyg 200310 103732A 21 01 10.8 +46 09 21 -0.206 0.0061 0.0034 0.007 61 B1V V1931(E+BE)

60BCyg — 103732B 21 01 10.9 +46 09 24 -0.206 0.0061 0.0034 0.007 61 – 61ACyg 201091 104214 21 06 53.7 +38 44 57 1.069 4.1551 3.2589 5.281 52 K5V V1803(BY) 61BCyg 201092 104217 21 06 55.2 +38 44 30 1.309 4.1074 3.1437 5.172 53 K7V 63 Cyg 201251 104194 21 06 36.0 +47 38 54 1.569 0.0065 -0.0010 0.007 99 K4II 68 Cyg 203064 105186 21 18 27.0 +43 56 46 -0.061 0.0045 -0.0091 0.010 154 O8 V1809(ELL)

69 Cyg 204172 105811 21 25 46.9 +36 40 03 0.033 0.0069 -0.0089 0.011 142 B0Ib 70 Cyg 204403 105942 21 27 21.3 +37 07 01 -0.140 0.0025 0.0027 0.004 43 B3V 71 Cyg 204771 106093 21 29 26.9 +46 32 26 0.965 0.0433 0.1041 0.113 23 K0III 72 Cyg 205512 106551 21 34 46.5 +38 32 03 1.085 0.1168 0.0933 0.149 51 K1III 74 Cyg 205835 106711 21 36 56.9 +40 24 49 0.198 -0.0015 0.0125 0.013 353 A5V

75 Cyg 206330 106999 21 40 11.0 +43 16 26 1.601 0.0605 0.0161 0.063 75 M1IIIvar 76 Cyg 206538 107097 21 41 34.3 +40 48 19 0.068 -0.0175 -0.0477 0.051 200 A2V 77ACyg 206644 107162A 21 42 22.8 +41 04 38 0.055 0.0302 0.0023 0.030 86 A0V 77BCyg — 107162B 21 42 22.8 +41 04 38 0.055 0.0137 -0.0072 0.015 118 – 79 Cyg 206774 107253 21 43 25.6 +38 17 02 -0.010 0.0347 -0.0049 0.035 98 A0V

P Cyg 193237 100044 20 17 47.0 +38 01 59 0.377 -0.0035 -0.0069 0.008 207 B2pe (SDOR) β 661 193092 99968 20 16 55.2 +40 21 54 1.650 0.0020 -0.0019 0.003 133 K5II β 694Α 209515 108845A 22 02 56.6 +44 39 00 -0.029 -0.0215 -0.0323 0.039 214 A0IV V1942(ACV) β 694Β — 108845B 22 02 56.6 +44 39 00 -0.029 -0.0215 -0.0323 0.039 214 – Σ 2762Α 201433 104371A 21 08 38.8 +30 12 21 -0.048 0.0254 -0.0208 0.033 129 B9V V389(BCEP)

102 Cygnus (II)

CYG m M π pc l.y. V RV L F mc Bin? ADS 22 Cyg 4.95 -2.89 0.0027″ 369 1203 30 -30 1122 23 Cyg 5.14 -1.32 0.0051 196 638 27 -25 265 25 Cyg 5.15 -3.27 0.0021 483 1575 4 -4 1600 26 Cyg 5.06 -0.54 0.0076 132 429 11 1 129 H V 47 13278 27 Cyg 5.38 3.46 0.0413 24 79 66 -33 3.2 β pm 28 Cyg 4.93 -2.18 0.0038 264 860 22 -14 584 29 Cyg 4.93 1.86 0.0244 41 134 25 -17 14 β pm 30 Cyg 4.80 -1.91 0.0046 220 716 30 -26 457 h 1495 13554D 33 Cyg 4.28 0.93 0.0214 47 152 29 -18 33 35 Cyg 5.14 -3.80 0.0016 613 2000 18 -14 2604

36 Cyg 5.58 1.70 0.0168 60 195 15 -8 16 39 Cyg 4.43 -0.04 0.0128 78 255 20 -15 82 40 Cyg 5.63 1.04 0.0121 83 270 32 0 30 41 Cyg 4.01 -2.82 0.0043 233 758 20 -18 1059 42 Cyg 5.90 -2.67 0.0019 518 1689 19 -18 922 43 Cyg 5.73 2.85 0.0266 38 123 26 -20 5.7 44ACyg 6.39 -2.04 0.0021 485 1583 24 -22 515 6.21 AC 18 13949A 44BCyg 10.02 1.59 0.0021 485 1583 10 - 18 AC 18 13949B 47ACyg 4.84 -2.43 0.0035 285 929 9 -4 740 4.61 Wils:A 47BCyg 7.30 0.02 0.0035 285 929 8 - 77 Wils:B

48 Cyg 6.32 -0.58 0.0042 240 784 22 -19 135 5.66 Σ Ι 53 49ACyg 5.82 -1.15 0.0041 247 805 32 -29 226 5.53 Σ 2716 14158A 49BCyg 8.04 1.08 0.0041 247 805 34 -31 29 Σ 2716 14158B 51 Cyg 5.41 -1.85 0.0035 283 924 6 -3 433 β 675 14189AB 52 Cyg 4.22 0.22 0.0158 63 206 8 -1 64 Σ 2726 14259

55 Cyg 4.81 -4.38 0.0015 690 2248 15 -7 4459 h 1581 14337 56 Cyg 5.06 1.93 0.0237 42 138 42 -21 13 β pm 57 Cyg 4.80 -1.13 0.0065 154 501 22 -20 223 59 Cyg 4.80 -2.89 0.0029 345 1124 13 1 1128 4.74 Σ 2743 14526 60ACyg 5.37 -2.74 0.0024 418 1364 18 -12 980 5.33 ΟΣ 426 14549A

60BCyg 9.53 1.42 0.0024 418 1364 14 - 21 ΟΣ 426 14549B 61ACyg 5.20 7.49 0.2871 3.48 11.35 108 -64 0.08 4.79 Σ 2758 14636A 61BCyg 6.05 8.33 0.2854 3.50 11.42 107 -63 0.04 Σ 2758 14636B 63 Cyg 4.56 -2.83 0.0033 301 982 28 -26 1071 Es 32 14649 68 Cyg 5.04 - - - - - 1 -

69 Cyg 5.93 -3.71 0.0012 847 2763 45 3 2400 S 790 14969 70 Cyg 5.30 -3.38 0.0018 543 1772 22 -20 1763 71 Cyg 5.22 1.04 0.0146 69 224 41 -19 30 72 Cyg 4.87 0.40 0.0128 78 255 86 -66 54 74 Cyg 5.04 1.03 0.0158 63 206 8 7 30

75 Cyg 5.09 -0.38 0.0081 124 404 46 -28 112 AC 20 15208 76 Cyg 6.07 0.34 0.0072 140 455 34 3 57 S 796 77ACyg 6.33 1.04 0.0088 114 372 30 -25 30 5.73 Kui 108A 77BCyg 6.72 1.44 0.0088 114 372 24 - 21 Kui 108B 79 Cyg 5.69 1.08 0.0120 84 272 27 -23 29 Kui 109

P Cyg 4.77 -6.65 0.0005 1923 6269 71 -9 35974 34 β 661 5.27 -2.16 0.0033 307 1000 20 -20 578 β 661 13640 β 694Α 5.72 -0.33 0.0062 162 529 30 -1 107 5.57 β 694 15578A β 694Β 7.82 1.76 0.0062 162 529 30 - 16 β 694 15578B Σ 2762Α 5.69 0.02 0.0074 136 444 34 -26 77 5.60 Σ 2762 14682A

103 Cygnus (III)

CYG HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

Σ 2762Β — 104371B 21h08m38.6 +30º12′23″ -0.048 0.0254 -0.0208 0.033 129º – T Cyg 198134 102571 20 47 10.7 +34 22 27 1.294 0.0393 0.0082 0.040 78 K3IIIvar (LB:) W Cyg 205730 106642 21 36 02.3 +45 22 29 1.341 0.0644 0.0019 0.064 88 M4III (SRB) CH Cyg 182917 95413 19 24 33.1 +50 14 29 1.323 -0.0068 -0.0198 0.021 199 M7IIIvar (ZAND+SR) DT Cyg 201078 104185 21 06 30.1 +31 11 05 0.554 0.0040 -0.0048 0.006 140 F7.5Ib-IIv (CEP)

V380 187879 97634 19 50 37.2 +40 35 59 -0.058 -0.0022 -0.0077 0.008 196 B1III (EA) V1057 199956 130559 20 58 55.5 +44 03 37 1.073 0.0192 0.0160 0.025 50 K0 (INT) V1143 185912 96620 19 38 41.1 +54 58 26 0.482 0.0354 0.1639 0.168 12 F6Vasv (EA) V1334 203156 105269 21 19 22.1 +38 14 15 0.505 -0.0002 -0.0033 0.003 183 F2Ib+B6/7 (CEP) V1743 184786 96198 19 33 41.5 +49 15 45 1.545 0.0030 -0.0115 0.012 165 M4III (SR)

V1762 179094 94013 19 08 25.7 +52 25 32 1.086 -0.1004 -0.0550 0.114 241 K1IV (RS) V1768 190603 98863 20 04 36.0 +32 13 07 0.760 -0.0028 -0.0111 0.011 194 B1.5Ia comp (ACYG) - Cyg 184875 96288 19 34 41.1 +42 24 46 0.060 0.0026 -0.0313 0.031 175 A2V - Cyg 185351 96459 19 36 37.8 +44 41 42 0.928 -0.0946 -0.1038 0.140 222 K0III - Cyg 186155 96825 19 40 50.1 +45 31 29 0.426 0.0841 0.1204 0.147 35 F5II

- Cyg 189276 98073 19 55 55.2 +58 50 46 1.584 -0.0090 -0.0209 0.023 203 K5II-III - Cyg 189178 98194 19 57 13.8 +40 22 04 -0.090 0.0071 -0.0005 0.007 94 B5V - Cyg 196629 101768 20 37 32.6 +31 31 19 0.371 -0.0343 -0.0317 0.047 227 F0V - Cyg 199098 103094 20 53 18.5 +45 10 55 1.088 0.0086 -0.0044 0.010 117 K0II - Cyg 199101 103145 20 53 53.8 +33 26 16 1.522 -0.0206 0.0340 0.040 329 K5III (type?)

- Cyg 204411 105898 21 26 51.5 +48 50 07 0.108 0.0580 0.0260 0.064 66 A6pCrEu

104 Cygnus (III)

CYG m M π pc l.y. V RV L F mc Bin? ADS Σ 2762Β 8.24 2.57 0.0074″ 136 444 21 - 7.4 Σ 2762 14682B T Cyg 4.93 -0.51 0.0082 122 399 34 -23 125 β 677 14290 W Cyg 5.96 -0.43 0.0053 189 617 60 -14 117 CH Cyg 7.08 -0.06 0.0037 268 874 60 -54 83 DT Cyg 5.77 -3.05 0.0017 581 1895 17 0 1309

V380 5.68 -3.80 0.0013 787 2567 30 -4 2609 V1057 6.65 -0.01 0.0047 215 701 26 - 80 V1143 5.89 2.89 0.0251 40 130 35 -15 5.5 V1334 5.89 -4.27 0.0009 1075 3505 18 -7 4009 Ho 286 14859AB V1743 6.00 -2.26 0.0022 448 1462 27 -10 630

V1762 5.88 1.65 0.0142 70 229 38 4 17 V1768 5.62 -7.48 0.0002 4167 13583 227 21 77193 h 1471 13335 - Cyg 5.34 -0.64 0.0064 157 512 23 2 142 - Cyg 5.17 2.13 0.0246 41 132 27 -5 11 - Cyg 5.06 1.62 0.0205 49 159 39 -20 18 β pm

- Cyg 4.98 -2.27 0.0036 282 918 31 5 636 - Cyg 5.46 -2.90 0.0021 469 1531 30 -26 1136 β - Cyg 6.51 3.05 0.0203 49 161 11 1 4.8 Σ Ι 53Β [with 48 Cyg] - Cyg 5.48 -1.31 0.0044 228 744 26 -24 264 - Cyg 5.47 -0.89 0.0054 187 609 36 -9 178 β pm

- Cyg 5.29 -0.10 0.0084 119 389 38 -12 86

105 Delphinus

DEL HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 196867 101958 20h39m38.1s +15º54′43″ -0.057 0.0528 0.0097 0.054 80º B9V βΑ 196524 101769A 20 37 32.9 +14 35 43 0.425 0.1198 -0.0536 0.131 114 F5IV βΒ 196524 101769B 20 37 32.9 +14 35 43 0.425 0.1148 -0.0340 0.120 106 – γ1 197963 102531 20 46 38.6 +16 07 27 0.495 -0.0061 -0.2017 0.202 182 A2Iacomp γ2 197964 102532 20 46 39.3 +16 07 27 1.042 -0.0259 -0.1963 0.198 188 K1IV

δ 197461 102281 20 43 27.3 +15 04 28 0.302 -0.0196 -0.0417 0.046 205 A7IIIpδDel (DSCT) ε 195810 101421 20 33 12.7 +11 18 12 -0.123 0.0108 -0.0285 0.030 159 B6III ζ 196180 101589 20 35 18.4 +14 40 27 0.120 0.0451 0.0117 0.047 75 A3V η 195943 101483 20 33 56.9 +13 01 38 0.093 0.0765 0.0219 0.080 74 A3IVs ϑ 196725 101882 20 38 43.8 +13 18 54 1.509 0.0027 -0.0004 0.003 98 K3Ib

ι 196544 101800 20 37 49.0 +11 22 40 0.050 0.0400 -0.0085 0.041 102 A2V κ 196755 101916 20 39 07.7 +10 05 10 0.702 0.3236 0.0211 0.324 86 G5IV+K2IV 1ADel 195325 101160A 20 30 18.0 +10 53 45 -0.019 0.0193 0.0035 0.020 80 A1sh 1BDel 195325 101160B 20 30 17.9 +10 53 46 -0.019 0.0193 0.0035 0.020 80 – 10 Del 197121 102080 20 41 16.1 +14 34 59 1.235 -0.0085 0.0004 0.009 273 K4III:

13ADel 198069 102633A 20 47 48.2 +06 00 30 -0.010 0.0088 -0.0130 0.016 146 A0V 13BDel 198069 102633B 20 47 48.2 +06 00 30 -0.010 0.0088 -0.0130 0.016 146 – 14 Del 198391 102819 20 49 48.2 +07 51 51 0.019 0.0262 0.0124 0.029 65 A1Vs 15 Del 198390 102805 20 49 37.7 +12 32 43 0.420 0.0541 0.0975 0.111 29 F5V 16 Del 199254 103298 20 55 38.5 +12 34 07 0.131 0.0312 0.0211 0.038 56 A4V

17 Del 199253 103294 20 55 36.6 +13 43 18 1.119 0.0184 -0.0115 0.022 122 K0III 18 Del 199665 103527 20 58 25.8 +10 50 21 0.934 -0.0480 -0.0344 0.059 234 G6III: Σ 2725Α 197913 102490A 20 46 13.3 +15 54 26 0.013 0.0874 0.0653 0.109 53 K0 Σ 2725Β 197913 102490B 20 46 13.3 +15 54 32 0.013 0.0962 0.0960 0.136 45 – R Del 192502 99802 20 14 54.9 +09 05 20 1.500 -0.0095 -0.0201 0.022 205 M5e-M6e (M)

106 Delphinus

DEL m M π pc l.y. V RV L F mc Bin? ADS α 3.86 -0.48 0.0136″ 74 241 19 -3 122 9 3.77 β 298 14121 βΑ 4.11 1.74 0.0335 30 97 30 -23 16 6 3.64 β 151 14073A βΒ 5.02 2.65 0.0335 30 97 17 - 6.8 6 β 151 14073B γ1 5.25 2.75 0.0317 32 103 31 -7 6.2 12 Σ 2727 14279B γ2 4.44 1.97 0.0321 31 101 30 -6 13 12 4.01 Σ 2727 14279A

δ 4.43 0.45 0.0160 62 203 16 9 52 11 ε 4.03 -1.18 0.0091 110 359 25 -19 233 2 ζ 4.64 0.43 0.0144 70 227 29 -25 53 4 η 5.39 1.77 0.0189 53 173 32 -25 16 3 ϑ 5.69 -2.32 0.0025 400 1304 15 -14 667 8

ι 5.42 1.74 0.0184 54 177 11 -4 16 5 κ 5.07 2.68 0.0333 30 98 70 -52 6.7 7 ΟΣ 533 14101 (OPT) 1ADel 6.21 0.01 0.0058 174 566 22 -15 78 6.03 β 63 13920A 1BDel 8.07 1.87 0.0058 174 566 16 - 14 β 63 13920B 10 Del 6.01 0.13 0.0067 150 488 33 -32 70

13ADel 5.66 -0.33 0.0064 157 513 14 -7 106 5.58 β 65 14293A 13BDel 8.51 2.53 0.0064 157 513 12 - 7.7 β 65 14293B 14 Del 6.32 0.32 0.0063 159 517 37 -30 59 15 Del 6.01 3.66 0.0338 30 96 16 2 2.7 β 16 Del 5.54 1.61 0.0164 61 199 11 2 18 h 1592 14429 (OPT)

17 Del 5.19 -0.62 0.0069 145 474 18 -10 140 18 Del 5.51 1.19 0.0137 73 238 20 0 26 β pm Σ 2725Α 7.67 4.75 0.0262 38 125 33 -26 1.0 7.25 Σ 2725 14270A Σ 2725Β 8.47 5.56 0.0262 38 125 25 0 0.5 Σ 2725 14270B R Del 7.60 0.62 0.0040 249 813 53 -46 45

107 Dorado

DOR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

αΑ 29305 21281A 04h33m59.8s -55º02′42″ -0.079 0.0581 0.0127 0.059 78º A0IIISi (ACV) αΒ 29305 21281B 04 34 00.1 -55 02 42 -0.079 0.0581 0.0127 0.059 78 – β 37350 26069 05 33 37.5 -62 29 24 0.640 0.0011 0.0126 0.013 5 F6Ia (CEP) γ 27290 19893 04 16 01.6 -51 29 12 0.312 0.1006 0.1842 0.210 29 F4III (EW) δ 39014 27100 05 44 46.5 -65 44 08 0.217 -0.0284 0.0061 0.029 282 A7V

ε 39844 27534 05 49 53.7 -66 54 05 -0.128 -0.0221 0.0181 0.029 309 B6V ζ 33262 23693 05 05 30.6 -57 28 22 0.526 -0.0319 0.1174 0.122 345 F7V η1 42525 28909 06 06 09.5 -66 02 23 -0.024 0.0135 0.0279 0.031 26 A0V η2 43455 29353 06 11 15.0 -65 35 22 1.599 -0.0230 0.1183 0.121 349 M2.5III ϑ 34649 24372 05 13 45.4 -67 11 08 1.274 0.0182 0.0390 0.043 25 K2III

κ 30478 22040 04 44 21.2 -59 43 58 0.206 0.0293 0.0442 0.053 34 A8/A9III-IV λ 36189 25429 05 26 19.2 -58 54 46 0.986 -0.0082 0.0322 0.033 346 G6III ν 43107 29134 06 08 44.3 -68 50 36 -0.072 -0.0509 0.0197 0.055 291 B8V π1 45669 30321 06 22 38.3 -69 59 03 1.510 0.0260 0.0348 0.043 37 K5III π2 46116 30565 06 25 28.7 -69 41 25 0.971 -0.0133 0.2008 0.201 356 G8III

G Dor 37297 26001 05 32 59.6 -64 13 40 1.039 0.0331 -0.0013 0.033 92 K0III R Dor 29712 21479 04 36 45.6 -62 04 39 1.500 -0.0685 -0.0712 0.099 224 M8e (SRB) WZ Dor 33684 23840 05 07 34.1 -63 23 59 1.646 0.0126 -0.0447 0.046 164 M3III (SRB) - Dor 40409 27890 05 54 06.1 -63 05 23 1.022 0.1201 0.5734 0.586 12 K1III-IV

108 Dorado

DOR m M π pc l.y. V RV L F mc Bin? ADS αΑ 3.62 -0.04 0.0186″ 54 176 30 26 82 3.30 B 2092A αΒ 4.57 0.91 0.0186 54 176 15 - 34 B 2092B β 3.76 -3.76 0.0031 318 1038 20 7 2501 γ 4.26 2.72 0.0493 20 66 32 25 6.4 δ 4.34 1.10 0.0225 44 145 7 -3 29

ε 5.10 -0.88 0.0064 157 512 27 16 177 ζ 4.71 4.38 0.0858 11.7 38 7 -2 1.4 η1 5.72 0.68 0.0098 102 332 23 18 42 η2 5.01 -1.56 0.0049 206 671 123 35 330 ϑ 4.81 -1.31 0.0060 168 546 36 11 263

κ 5.28 1.11 0.0147 68 222 17 0 28 λ 5.14 -0.64 0.0070 143 467 25 10 142 ν 5.06 0.42 0.0118 85 277 28 18 54 π1 5.56 -0.75 0.0055 182 595 41 16 156 π2 5.37 0.81 0.0123 82 266 78 9 37

G Dor 5.34 1.08 0.0141 71 232 15 10 29 R Dor 5.59 1.61 0.0160 62 203 39 26 18 h 3679 WZ Dor 5.19 -1.23 0.0052 192 627 46 19 244 - Dor 4.65 2.47 0.0367 27 89 80 25 8.1

109 Draco (I)

DRA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 123299 68756 14h04m23.2s +64º22′33″ -0.049 -0.0565 0.0172 0.059 287º A0III SB β 159181 85670 17 30 25.8 +52 18 05 0.954 -0.0156 0.0116 0.019 307 G2II γ 164058 87833 17 56 36.2 +51 29 20 1.521 -0.0085 -0.0231 0.025 200 K5III δ 180711 94376 19 12 33.1 +67 39 42 0.990 0.0945 0.0923 0.132 46 G9III εΑ 188119 97433A 19 48 10.3 +70 16 04 0.888 0.0802 0.0390 0.089 64 G8III

εΒ 188119 97433B 19 48 10.5 +70 16 07 0.888 0.0984 0.0417 0.107 67 – ζ 155763 83895 17 08 47.1 +65 42 53 -0.120 -0.0208 0.0192 0.028 313 B6III η 148387 80331 16 23 59.3 +61 30 51 0.910 -0.0170 0.0567 0.059 343 G8III ϑ 144284 78527 16 01 53.2 +58 33 55 0.528 -0.3201 0.3350 0.463 316 F8IV-V ι 137759 75458 15 24 55.6 +58 57 57 1.166 -0.0083 0.0173 0.019 334 K2III

κ 109387 61281 12 33 28.9 +69 47 17 -0.116 -0.0581 0.0114 0.059 281 B6IIIp (GCAS) λ 100029 56211 11 31 24.2 +69 19 52 1.613 -0.0411 -0.0188 0.045 245 M0IIIvar µΑ 154906 83608A 17 05 19.5 +54 28 13 0.471 -0.0660 0.0739 0.099 318 F7V µΒ 154905 83608B 17 05 19.6 +54 28 15 0.400 -0.1037 0.1074 0.149 316 F7V ν1 159541 85819 17 32 10.4 +55 11 03 0.251 0.1485 0.0542 0.158 70 Am

ν2 159560 85829 17 32 15.9 +55 10 22 0.279 0.1437 0.0625 0.157 67 Am ξ 163588 87585 17 53 31.6 +56 52 21 1.177 0.0937 0.0784 0.122 50 K2III ο 175306 92512 18 51 11.9 +59 23 18 1.185 0.0776 0.0254 0.082 72 G9IIIb π 182564 95081 19 20 40.0 +65 42 52 0.033 0.0141 0.0416 0.044 19 A2IIIs ρ 190940 98702 20 02 48.9 +67 52 25 1.313 0.0164 0.0478 0.051 19 K3III (L)

σ 185144 96100 19 32 21.5 +69 39 40 0.786 0.5984 -1.7388 1.839 161 K0V τ 181984 94648 19 15 32.8 +73 21 20 1.257 -0.1166 0.1043 0.156 312 K3III υ 176524 92782 18 54 23.7 +71 17 50 1.151 0.0486 0.0421 0.064 49 K0III ϕΑ 170000 89908A 18 20 45.3 +71 20 16 -0.093 -0.0059 0.0358 0.036 351 A0pSi (ACV) ϕΒ 170000 89908B 18 20 45.3 +71 20 16 -0.093 -0.0131 0.0338 0.036 339 A0

χ 170153 89937 18 21 03.2 +72 43 58 0.489 0.5311 -0.3516 0.637 124 F7Vvar ψ1Α 162003 86614 17 41 56.1 +72 08 56 0.434 0.0266 -0.2698 0.271 174 F5IV-V ψ1Β 162004 86620 17 41 57.8 +72 09 25 0.530 0.0350 -0.2736 0.276 173 G0V ψ2 164613 87728 17 55 10.9 +72 00 19 0.340 0.0080 -0.0029 0.009 110 F2.5II-III ω 160922 86201 17 36 56.9 +68 45 29 0.430 0.0013 0.3211 0.321 0 F5V

2 Dra 100696 56583 11 36 02.7 +69 19 22 0.974 0.1092 -0.1264 0.167 139 K0III 3 Dra 101673 57111 11 42 28.3 +66 44 41 1.267 -0.0450 0.0402 0.060 312 K3III 4 Dra 108907 60998 12 30 06.6 +69 12 04 1.621 -0.0631 -0.0565 0.085 228 M4III CQ(LB) 6 Dra 109551 61384 12 34 43.9 +70 01 18 1.312 -0.0304 -0.0014 0.030 267 K3III 7 Dra 111335 62423 12 47 34.3 +66 47 25 1.567 0.0016 -0.0047 0.005 161 K5III

8 Dra 112429 63076 12 55 28.4 +65 26 18 0.303 -0.0046 -0.0304 0.031 189 A5n 9 Dra 113092 63432 12 59 55.0 +66 35 50 1.282 -0.1398 -0.0146 0.141 264 K2III 10 Dra 121130 67627 13 51 25.8 +64 43 23 1.572 0.0015 -0.0046 0.005 162 M3.5III CU(LB) 15 Dra 149212 80650 16 27 58.8 +68 46 05 -0.051 -0.0245 0.0338 0.042 324 A0III 16 Dra 150100 81290 16 36 11.3 +52 54 00 -0.060 -0.0129 0.0287 0.031 336 B9.5Vn

17ADra 150117 81292A 16 36 13.6 +52 55 28 -0.027 -0.0123 0.0274 0.030 336 B9V 17BDra 150118 81292B 16 36 14.0 +52 55 27 0.100 -0.0156 0.0321 0.036 334 A1Vnn 18 Dra 151101 81660 16 40 55.0 +64 35 20 1.212 -0.0000 -0.0162 0.016 180 K1p 19 Dra 153597 82860 16 56 01.6 +65 08 05 0.481 0.2381 0.0508 0.243 78 F6Vvar 20ADra 153697 82898A 16 56 25.1 +65 02 20 0.383 -0.0344 0.0327 0.047 314 F1V

20BDra 153697 82898B 16 56 25.3 +65 02 20 0.400 -0.0359 0.0357 0.051 315 – 26ADra 160269 86036A 17 34 59.4 +61 52 30 0.602 0.2774 -0.5256 0.594 152 G0V 26BDra 160269 86036B 17 34 59.3 +61 52 31 1.010 0.2774 -0.5256 0.594 152 M0.5 27 Dra 159966 85805 17 31 57.7 +68 08 06 1.077 -0.0136 0.1327 0.133 354 K0III 29 Dra 160538 85852 17 32 41.1 +74 13 39 1.043 -0.0668 0.0371 0.076 299 K0III DR(RS)

110 Draco (I)

DRA m M π pc l.y. V RV L F mc Bin? ADS α 3.67 -1.21 0.0106″ 95 309 30 -13 240 11 β 2.79 -2.43 0.0090 111 361 22 -20 741 23 β 1090 10611 γ 2.24 -1.04 0.0221 45 148 28 -28 205 33 β 633 10923 δ 3.07 0.63 0.0325 31 100 33 27 44 57 β pm εΑ 4.06 0.82 0.0224 45 146 21 9 37 63 3.84 Σ 2603 13007A

εΒ 7.06 3.81 0.0224 45 146 23 - 2.3 63 Σ 2603 13007B ζ 3.17 -1.92 0.0096 104 340 22 -17 461 22 η 2.73 0.58 0.0372 27 88 16 -14 46 14 ΟΣ 312 10058 ϑ 4.01 2.41 0.0478 21 68 47 -8 8.6 13 ι 3.29 0.81 0.0319 31 102 11 -11 37 12

κ 3.85 -2.07 0.0066 153 498 44 -11 529 5 λ 3.82 -1.23 0.0098 102 334 23 7 245 1 µΑ 5.73 3.57 0.0371 27 88 20 -15 2.9 21 4.91 Σ 2130 10345A µΒ 5.81 3.66 0.0371 27 88 26 -18 2.7 21 Σ 2130 10345B ν1 4.89 2.48 0.0330 30 99 27 -15 8.0 24 Σ Ι 35 10628B

ν2 4.86 2.43 0.0326 31 100 28 -16 8.4 25 4.12 Σ Ι 35 10628A ξ 3.73 1.06 0.0293 34 111 33 -26 30 32 ο 4.63 -0.34 0.0101 99 322 43 -19 108 47 Σ 2420 11779 π 4.60 0.41 0.0145 69 225 69 -68 54 58 ρ 4.51 -0.97 0.0080 125 406 52 -43 192 67

σ 4.67 5.87 0.1734 5.8 18.8 61 -34 0.4 61 Com τ 4.45 1.14 0.0217 46 150 34 - 28 60 υ 4.82 -0.30 0.0095 106 344 40 -24 104 52 ϕΑ 4.46 -0.28 0.0113 89 289 22 -16 102 43 4.22 ΟΣ 353 11311A ϕΒ 5.90 1.16 0.0113 89 289 15 0 27 43 ΟΣ 353 11311B

χ 3.55 4.02 0.1241 8.1 26.3 41 33 1.9 44 β pm ψ1Α 4.57 2.85 0.0454 22 72 30 -10 5.7 31 4.27 Σ 2241 10759A ψ1Β 5.81 4.07 0.0448 22 73 31 -10 1.9 31 Σ 2241 10759B ψ2 5.43 -1.30 0.0045 222 723 9 -2 260 34 ω 4.77 2.92 0.0426 23 76 38 -14 5.4 28 Fox

2 Dra 5.19 0.84 0.0135 74 242 59 -2 36 3 Dra 5.32 -1.15 0.0051 197 643 56 3 228 4 Dra 5.01 -1.25 0.0056 178 581 73 -13 248 6 Dra 4.95 -1.17 0.0060 168 546 25 5 231 7 Dra 5.43 -1.46 0.0042 239 778 10 8 302

8 Dra 5.23 2.93 0.0347 29 94 10 9 5.3 9 Dra 5.37 -0.87 0.0057 177 577 122 -30 175 10 Dra 4.58 -0.82 0.0083 120 391 11 -11 167 h 3342 9039 15 Dra 4.94 -0.95 0.0066 151 491 31 -7 189 16 Dra 5.53 0.09 0.0082 123 400 20 -9 73 Σ 2078 10129C

17ADra 5.40 -0.03 0.0082 122 397 21 -11 81 5.07 Σ 2078 10129A 17BDra 6.53 1.10 0.0082 122 397 27 -18 29 Σ 2078 10129B 18 Dra 4.84 -1.76 0.0048 209 681 16 0 397 19 Dra 4.88 3.99 0.0663 15 49 29 -23 2.0 20ADra 7.13 2.99 0.0149 67 219 26 -21 5.0 6.40 Σ 2118 10279A

20BDra 7.37 3.23 0.0149 67 219 26 -21 4.0 Σ 2118 10279B 26ADra 5.40 4.65 0.0710 14.1 45.9 42 -13 1.1 5.23 β 962 10660A 26BDra 8.76 8.01 0.0710 14.1 45.9 42 -13 0.05 β 962 10660B 27 Dra 5.07 0.95 0.0150 67 217 84 -73 33 β 29 Dra 6.61 1.54 0.0097 103 337 38 -9 19

111 Draco (II)

DRA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

30 Dra 162579 87212 17h49m04.1s +50º46′52″ 0.043 -0.0519 0.2182 0.224 347º A2V 35 Dra 163989 87234 17 49 26.8 +76 57 46 0.518 0.0373 0.2480 0.251 9 F6-V-Vs 36 Dra 168151 89348 18 13 53.6 +64 23 50 0.440 0.3516 0.0361 0.353 84 F5V 37 Dra 168653 89448 18 15 16.9 +68 45 21 1.055 0.0172 -0.0637 0.066 165 K1III: 38 Dra 169027 89594 18 16 58.6 +68 44 30 -0.071 -0.0198 -0.0959 0.098 192 A0

39ADra 170073 90156A 18 23 54.4 +58 48 02 0.082 -0.0376 0.0621 0.073 329 A3V 39BDra 170073 90156B 18 23 54.4 +58 48 06 0.082 -0.0376 0.0621 0.073 329 – 40 Dra 166865 88127 18 00 03.1 +80 00 03 0.521 0.0546 0.1305 0.141 23 F7 41 Dra 166866 88136 18 00 09.0 +80 00 14 0.516 0.0469 0.1240 0.133 21 F7 42 Dra 170693 90344 18 25 58.9 +65 33 49 1.179 0.1065 -0.0271 0.110 104 K2III

45 Dra 171635 90905 18 32 34.3 +57 02 44 0.611 0.0003 -0.0071 0.007 177 F7Ib 46 Dra 173524 91755 18 42 37.8 +55 32 22 -0.070 -0.0027 0.0234 0.024 354 B9.5pHg 48 Dra 176408 92997 18 56 44.8 +57 48 53 1.155 -0.0264 -0.0594 0.065 204 K1III 49 Dra 177249 93340 19 00 43.2 +55 39 30 0.862 -0.0117 -0.0074 0.014 238 G5IIbCN 50 Dra 175286 92112 18 46 22.0 +75 26 02 0.049 -0.0122 0.0686 0.070 350 A1Vn

51 Dra 178207 93713 19 04 55.1 +53 23 48 -0.014 -0.0042 0.0210 0.021 349 A0Vn 53 Dra 180006 94302 19 11 40.4 +56 51 33 1.008 0.0481 0.0480 0.068 45 G8III 54 Dra 180610 94490 19 13 55.1 +57 42 18 1.156 -0.0171 -0.0632 0.065 195 K2III 55 Dra 179933 94140 19 09 45.8 +65 58 43 0.008 0.0040 0.0287 0.029 8 A0V 59 Dra 180777 94083 19 09 09.7 +76 33 38 0.308 0.0516 -0.1198 0.130 157 A9V

64 Dra 190544 98583 20 01 28.4 +64 49 16 1.598 0.0100 -0.0125 0.016 141 M1III 65ADra 190713 98658 20 02 20.2 +64 38 04 0.927 0.0419 0.0112 0.043 75 G7III: 65BDra 190696 98647 20 02 13.2 +64 39 32 0.982 -0.0096 0.0029 0.010 287 G5 DE(EA) 66 Dra 191277 98962 20 05 32.7 +61 59 44 1.191 0.1238 0.0706 0.143 60 K3III 68 Dra 192455 99500 20 11 34.8 +62 04 44 0.530 0.1373 0.0801 0.159 60 F5V

69 Dra 190960 98401 19 59 36.7 +76 28 53 1.610 -0.0269 -0.0595 0.065 204 M3III 71 Dra 193964 100221 20 19 36.5 +62 15 27 -0.043 0.0167 0.0242 0.029 35 B9V AF(ACV) 73 Dra 196502 101260 20 31 30.3 +74 57 17 0.100 0.0064 -0.0165 0.018 159 A0pSrCrEu 74 Dra 196925 101082 20 29 27.4 +81 05 29 0.942 0.0671 0.2217 0.232 17 K0III 75 Dra 196787 100965 20 28 14.2 +81 25 22 1.010 0.0337 0.0162 0.037 64 G9III 76 Dra 199095 102208 20 42 35.0 +82 31 53 0.000 0.0308 0.0217 0.038 55 A0V Σ 2348Α 171779 91013A 18 33 56.6 +52 21 13 1.091 -0.0033 0.0030 0.004 313 K0III Σ 2348Β 171779 91013B 18 33 56.6 +52 21 13 1.091 -0.0033 0.0030 0.004 313 – Σ 2398Α 173739 91768 18 42 48.2 +59 37 34 1.504 -1.3269 1.8021 2.238 324 K5 (GCAS) Σ 2398Β 173740 91772 18 42 48.5 +59 37 21 1.561 -1.3932 1.8457 2.313 323 – (RS) Σ 2549A 184563 96002A 19 31 12.2 +63 18 53 1.054 0.0409 0.0228 0.047 61 K0 Σ 2549B 184563 96002B 19 31 12.0 +63 18 55 1.054 0.0409 0.0228 0.047 61 – Σ 2549D 184562 95986 19 31 04.0 +63 18 52 -0.028 -0.0059 -0.0108 0.012 209 A0 R Dra 149880 81014 16 32 40.0 +66 45 13 1.147 -0.0201 0.0071 0.021 289 M5IIIe (M) AC Dra 194258 100261 20 20 05.9 +68 52 50 1.472 0.0180 0.0264 0.032 34 M5III (LB) AT Dra 147232 79804 16 17 15.2 +59 45 18 1.551 0.0068 0.0256 0.026 15 M4IIIa (L) CL Dra 143466 78180 15 57 47.3 +54 44 59 0.269 -0.1502 0.1065 0.184 305 F0IV (DSCT) CX Dra 174237 92133 18 46 43.0 +52 59 17 -0.096 0.0101 -0.0040 0.011 111 B2.5V (GCAS) DQ Dra 148330 80375 16 24 25.2 +55 12 18 0.001 0.0119 0.0207 0.024 30 A2Sivar? (ACV) - Dra 81817 47193 09 37 05.2 +81 19 35 1.488 -0.0168 -0.0160 0.023 226 K3IIIa - Dra 91190 51808 10 35 05.5 +75 42 46 0.957 -0.0456 -0.0150 0.048 252 K0III - Dra 107193 60044 12 18 50.0 +75 09 38 0.054 -0.0360 0.0044 0.036 277 A1V - Dra 131507 72664 14 51 26.3 +59 17 38 1.369 -0.1209 0.1370 0.183 319 K4III - Dra 141653 77277 15 46 39.8 +62 35 58 0.062 0.0400 -0.0565 0.069 145 A2IV - Dra 145454 78893 16 06 19.5 +67 48 36 -0.019 -0.0359 0.0627 0.072 330 A0Vn

112 Draco (II)

DRA m M π pc l.y. V RV L F mc Bin? ADS 30 Dra 5.02 0.90 0.0150″ 67 217 90 -55 34 35 Dra 5.02 2.49 0.0311 32 105 45 -23 8.0 36 Dra 4.99 3.14 0.0426 23 77 53 -35 4.4 37 Dra 5.96 1.26 0.0115 87 284 29 -10 25 38 Dra 6.79 0.28 0.0050 201 655 96 -25 61

39ADra 5.08 1.27 0.0173 58 188 25 -15 24 4.98 Σ 2323 11336A 39BDra 8.07 4.27 0.0173 58 188 20 - 1.5 Σ 2323 11336B 40 Dra 6.11 2.58 0.0196 51 166 34 4 7.3 Σ 2308 11061B 41 Dra 5.74 2.12 0.0188 53 173 35 10 11 4.33 Σ 2308 11061A 42 Dra 4.82 -0.12 0.0103 97 317 60 32 88

45 Dra 4.77 -4.96 0.0011 885 2885 32 -12 7618 46 Dra 5.03 -0.21 0.0090 112 364 15 -8 95 H V 37 48 Dra 5.67 0.95 0.0114 88 286 27 -4 33 49 Dra 5.51 -0.40 0.0066 152 495 19 -16 113 50 Dra 5.37 0.52 0.0107 93 304 32 -7 49

51 Dra 5.40 0.25 0.0093 107 349 27 25 62 53 Dra 5.13 0.03 0.0096 104 341 44 -29 76 54 Dra 5.00 1.52 0.0201 50 162 16 3 19 55 Dra 6.26 1.29 0.0102 99 321 33 -30 24 59 Dra 5.11 2.93 0.0366 27 89 32 -27 5.3

64 Dra 5.22 -0.97 0.0058 173 564 14 6 192 H VI 38 65ADra 6.27 1.21 0.0097 103 335 26 -15 26 ΟΣ 200A 65BDra 7.95 1.27 0.0046 216 706 22 -19 24 ΟΣ 200B 66 Dra 5.40 1.77 0.0188 53 174 36 -6 15 68 Dra 5.70 2.26 0.0205 49 159 39 -14 10

69 Dra 6.20 0.17 0.0062 161 525 51 -9 68 ΟΣ 200 13296C 71 Dra 5.71 0.39 0.0086 116 378 18 9 55 73 Dra 5.18 -0.35 0.0078 128 417 11 - 109 74 Dra 5.96 1.96 0.0159 63 205 73 -24 13 β pm 75 Dra 5.38 -0.35 0.0072 140 456 35 -24 108 β pm 76 Dra 5.75 0.55 0.0091 110 358 20 0 48 Σ 2348Α 6.20 -0.74 0.0041 244 795 30 -30 155 5.36 Σ 2348 11468A Σ 2348Β 6.40 -0.53 0.0041 244 795 6 3 128 Σ 2348 11468B Σ 2398Α 8.94 11.18 0.2803 3.57 11.63 41 -16 0.003 8.50 Σ 2398 11632A Σ 2398Β 9.70 11.97 0.2845 3.52 11.46 43 -19 0.001 Σ 2398 11632B Σ 2549A 8.42 -0.04 0.0020 490 1598 109 - 81 7.46 Σ 2549 12586A Σ 2549B 12.00 3.54 0.0020 490 1598 109 - 3.0 Σ 2549 12586B Σ 2549D 8.03 1.08 0.0041 246 801 14 - 29 Σ 2549 12586D R Dra 6.70 -3.39 0.0010 1042 3396 105 - 1784 AC Dra 5.59 -1.01 0.0048 209 681 37 -20 199 AT Dra 5.37 -1.15 0.0050 202 657 44 -36 228 CL Dra 4.96 2.31 0.0296 34 110 31 -11 9.3 CX Dra 5.91 -3.21 0.0015 667 2173 48 -34 1513 DQ Dra 5.75 0.50 0.0089 112 366 13 -4 50 - Dra 4.28 -3.31 0.0030 330 1076 37 -5 1664 - Dra 4.86 0.38 0.0127 79 257 25 17 56 - Dra 5.47 0.73 0.0113 89 289 16 -3 40 - Dra 5.48 -0.18 0.0074 136 442 118 11 93 - Dra 5.19 0.59 0.0120 83 272 28 -6 46 - Dra 5.44 0.82 0.0119 84 273 34 -18 37

113 Draco (III)

DRA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

- Dra 148293 80161 16h21m48.6s +69º06′34″ 1.115 -0.0185 -0.0106 0.021 240º K2III - Dra 150449 81437 16 38 00.4 +56 00 56 1.055 0.0061 0.0621 0.062 6 K1III - Dra 151613 82020 16 45 17.7 +56 46 55 0.375 0.0263 0.0700 0.075 21 F2V - Dra 169305 89981 18 21 32.5 +49 07 18 1.619 -0.0242 0.0511 0.056 335 M2III - Dra 174980 92056 18 45 46.6 +74 05 08 0.953 0.0051 0.0820 0.082 4 K0II-III

- Dra 175535 92689 18 53 13.5 +50 42 29 0.903 0.0045 -0.0278 0.028 171 G8III - Dra 177003 93299 19 00 13.7 +50 32 00 -0.182 0.0071 0.0032 0.008 66 B2.5IV - Dra 199437 102599 20 47 33.2 +80 33 08 1.144 -0.0280 -0.0369 0.046 217 K1III

114 Draco (III)

DRA m M π pc l.y. V RV L F mc Bin? ADS - Dra 5.26 0.48 0.0111″ 90 294 12 -8 50 - Dra 5.28 0.78 0.0126 79 259 30 -19 38 - Dra 4.84 2.70 0.0374 27 87 10 -4 6.5 - Dra 5.02 -1.80 0.0043 231 755 64 14 414 - Dra 5.25 0.19 0.0097 103 335 41 8 66

- Dra 4.92 -0.15 0.0097 103 337 17 10 91 - Dra 5.39 -1.02 0.0052 191 623 23 -22 201 - Dra 5.36 -0.09 0.0081 123 401 29 -10 86

115 Equuleus

EQU HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 202447 104987 21h15m49.3s +05º14′52″ 0.549 0.0596 -0.0943 0.112 148º G2II-III+A4V β 203562 105570 21 22 53.5 +06 48 40 0.064 0.0527 0.0112 0.054 78 A3V γΑ 201601 104521A 21 10 20.5 +10 07 53 0.262 0.0491 -0.1519 0.160 162 F0p (ACV) γΒ 201601 104521B 21 10 20.4 +10 07 53 0.262 0.0491 -0.1519 0.160 162 – δΑ 202275 104858A 21 14 28.8 +10 00 25 0.529 0.0423 -0.3034 0.306 172 F8Vcomp

δΒ 202275 104858B 21 14 28.8 +10 00 25 0.529 0.0423 -0.3034 0.306 172 – εΑ 199766 103569A 20 59 04.3 +04 17 37 0.464 -0.1134 -0.1503 0.188 217 F5III εΒ 199766 103569B 20 59 04.3 +04 17 37 0.464 -0.1134 -0.1503 0.188 217 – 2AEqu 200256 103813A 21 02 12.2 +07 10 47 0.500 -0.0056 -0.0156 0.017 200 F8 2BEqu 200256 103813B 21 02 12.1 +07 10 45 0.500 -0.0056 -0.0156 0.017 200 –

3 Equ 200644 104031 21 04 34.6 +05 30 10 1.650 0.0142 0.0005 0.014 88 K5III 4 Equ 200790 104101 21 05 26.6 +05 57 30 0.538 -0.1174 -0.1191 0.167 225 F8V 6 Equ 201616 104538 21 10 31.2 +10 02 56 0.022 -0.0002 0.0172 0.017 359 A2Vs 9 Equ 203291 105413 21 21 04.7 +07 21 16 1.663 0.0413 -0.0179 0.045 113 M2III

116 Equuleus

EQU m M π pc l.y. V RV L F mc Bin? ADS α 3.92 0.14 0.0175″ 57 186 34 -16 69 8 Wils:AB β 5.16 -0.05 0.0091 110 360 30 -11 83 10 h 3023 4920 (OPT) γΑ 4.80 2.07 0.0284 35 115 32 -17 12 5 4.70 Σ Ι 54 14702A γΒ 9.05 6.32 0.0284 35 115 27 - 0.2 Σ Ι 54 14702B δΑ 5.19 3.86 0.0541 18 60 31 -15 2.3 7 4.47 Σ 2777 14773A

δΒ 5.52 4.19 0.0541 18 60 27 - 1.7 Σ 2777 14773B εΑ 6.07 2.17 0.0166 60 197 57 18 11 1 5.30 Σ 2737 14499A εΒ 6.42 2.52 0.0166 60 197 54 - 7.7 Σ 2737 14499B 2AEqu 7.46 2.43 0.0098 102 332 9 -5 8.4 6.72 Σ 2742 14556A 2BEqu 7.67 2.64 0.0098 102 332 8 - 6.9 Σ 2742 14556B

3 Equ 5.63 -0.99 0.0047 211 688 21 -16 196 β pm 4 Equ 5.94 3.10 0.0271 37 120 37 -22 4.5 β pm 6 Equ 6.07 0.24 0.0068 147 479 14 7 63 β 71 14702D 9 Equ 5.81 -1.75 0.0031 325 1058 72 -20 393

117 Eridanus (I)

ERI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 10144 7588 01h37m42.9s -57º14′12″ -0.158 0.0880 -0.0401 0.097 114º B3Vp β 33111 23875 05 07 50.9 -05 05 11 0.161 -0.0834 -0.0754 0.112 228 A3IIIvar γ 25025 18543 03 58 01.7 -13 30 31 1.588 0.0605 -0.1113 0.127 151 M1IIIb (LB) δ 23249 17378 03 43 14.8 -09 45 48 0.915 -0.0917 0.7422 0.748 353 K0IV (RS) ε 22049 16537 03 32 55.8 -09 27 30 0.881 -0.9764 0.0180 0.977 271 K2V (BY)

ζ 20320 15197 03 15 49.9 -08 49 11 0.232 -0.0038 0.0455 0.046 355 A5m η 18322 13701 02 56 25.6 -08 53 53 1.088 0.0777 -0.2200 0.233 161 K1III-IV ϑ1 18622 13847A 02 58 15.6 -40 18 17 0.128 -0.0535 0.0257 0.059 296 A4III ϑ2 18623 13847B 02 58 16.2 -40 18 16 0.128 -0.0527 0.0171 0.055 288 A1V ι 16815 12486 02 40 40.0 -39 51 19 1.006 0.1352 -0.0273 0.138 101 K0III

κ 15371 11407 02 26 59.1 -47 42 14 -0.136 0.0200 -0.0054 0.021 105 B5IV λ 33328 23972 05 09 08.7 -08 45 15 -0.187 0.0000 -0.0020 0.002 180 B2IVn (BCEP) µ 30211 22109 04 45 30.1 -03 15 17 -0.148 0.0173 -0.0135 0.022 128 B5IV ν 29248 21444 04 36 19.1 -03 21 09 -0.210 0.0017 -0.0045 0.005 159 B2III SB (BCEP) ξ 27861 20507 04 23 40.8 -03 44 44 0.072 -0.0479 -0.0567 0.074 220 A2V

ο1 26574 19587 04 11 51.9 -06 50 16 0.327 0.0119 0.0813 0.082 8 F2II-III (DSCT) ο2 26965 19849 04 15 16.3 -07 39 10 0.820 -2.2393 -3.4199 4.088 213 K1V DY(rej) π 23614 17593 03 46 08.4 -12 06 06 1.604 0.0556 0.0600 0.082 43 M2III (LB) ρ1 18784 14060 03 01 09.9 -07 39 47 1.043 0.0978 -0.0721 0.121 126 K0II ρ2 18953 14168 03 02 42.2 -07 41 07 0.941 0.0263 -0.0036 0.027 98 K0II-III

ρ3 19107 14293 03 04 16.3 -07 36 03 0.193 0.0654 0.0174 0.068 75 A8V τ1 17206 12843 02 45 06.1 -18 34 21 0.481 0.3309 0.0363 0.333 84 F6V τ2 17824 13288 02 51 02.2 -21 00 15 0.906 -0.0390 -0.0166 0.042 247 K0III τ3 18978 14146 03 02 23.5 -23 37 28 0.163 -0.1460 -0.0558 0.156 249 A4IV τ4 20720 15474 03 19 30.9 -21 45 28 1.614 0.0514 0.0322 0.061 58 M3III (LB)

τ5 22203 16611 03 33 47.2 -21 37 59 -0.106 0.0449 -0.0275 0.053 121 B8V+B8V τ6 23754 17651 03 46 50.8 -23 14 59 0.434 -0.1599 -0.5285 0.552 197 F3III τ7 23878 17717 03 47 39.6 -23 52 29 0.075 0.0480 0.0490 0.069 44 A1V τ8 24587 18216 03 53 42.6 -24 36 45 -0.136 0.0309 -0.0072 0.032 103 B6V (SXARI) τ9 25267 18673 03 59 55.4 -24 00 59 -0.121 0.0114 0.0171 0.021 34 B6V+B9.5V (ACV)

υ1 29085 21248 04 33 30.6 -29 46 00 0.972 -0.1144 -0.2716 0.295 203 K0III υ2 29291 21393 04 35 33.0 -30 33 45 0.957 -0.0489 -0.0128 0.051 255 G8III υ3 28028 20535 04 24 02.1 -34 01 01 1.468 0.0738 0.0576 0.094 52 K4III υ4 27376 20042 04 17 53.6 -33 47 54 -0.108 0.0623 -0.0068 0.063 96 B9V ϕ 14228 10602 02 16 30.6 -51 30 44 -0.120 0.0908 -0.0219 0.093 104 B8IV-V

χ 11937 9007 01 55 57.5 -51 36 32 0.844 0.6812 0.2842 0.738 67 G5IV ψ 32249 23364 05 01 26.3 -07 10 26 -0.164 -0.0002 0.0052 0.005 357 B3V ω 31109 22701 04 52 53.6 -05 27 10 0.257 -0.0180 0.0250 0.031 324 F4III+A6III 4 Eri 18454 13782 02 57 23.7 -23 51 43 0.238 0.1015 -0.0358 0.108 109 A5V 5 Eri 18633 13951 02 59 41.0 -02 27 54 -0.072 -0.0046 -0.0208 0.021 192 B9.5V

6 Eri 18535 13835 02 58 05.6 -23 36 22 1.334 0.0720 0.0520 0.089 54 K2III 7 Eri 18760 14040 03 00 51.0 -02 52 43 1.751 0.0074 0.0097 0.012 38 M1III CV(LB:) 14 Eri 20395 15244 03 16 35.7 -09 09 16 0.407 0.0015 0.0289 0.029 3 F1V 15AEri 20610 15382A 03 18 22.1 -22 30 41 0.904 0.0141 0.0109 0.018 52 G6III 15BEri 20610 15382B 03 18 22.1 -22 30 41 0.904 0.0077 0.0201 0.021 21 –

17 Eri 21790 16341 03 30 37.0 -05 04 31 -0.092 0.0133 0.0073 0.015 61 B9Vs 20AEri 22470 16803A 03 36 17.3 -17 28 02 -0.117 0.0334 -0.0097 0.035 106 B9p EG(ACV) 20BEri — 16803B 03 36 17.3 -17 28 02 -0.117 0.0334 -0.0097 0.035 106 – 21 Eri 22713 17027 03 39 01.0 -05 37 34 0.921 -0.0135 -0.2071 0.208 184 K1V 22 Eri 22920 17167 03 40 38.2 -05 12 39 -0.145 0.0001 -0.0036 0.004 178 B9IIIpSi

118 Eridanus (I)

ERI m M π pc l.y. V RV L F mc Bin? ADS α 0.45 -2.77 0.0227″ 44 144 26 16 1011 [-] β 2.78 0.60 0.0367 27 89 17 -9 45 67 β pm γ 2.97 -1.19 0.0148 68 221 74 62 235 34 h 3608 2904 δ 3.52 3.74 0.1106 9.0 29.5 33 -6 2.5 23 ε 3.72 6.18 0.3108 3.22 10.49 22 16 0.3 18

ζ 4.80 1.97 0.0272 37 120 9 -4 13 13 η 3.89 0.83 0.0245 41 133 49 -20 36 3 ϑ1 3.28 -0.19 0.0202 49 161 18 12 94 [-] 2.88 Pz 2A ϑ2 4.36 0.89 0.0202 49 161 23 19 35 [-] Pz 2B ι 4.11 0.86 0.0224 45 145 31 -9 36 [-]

κ 4.24 -1.81 0.0062 162 528 32 28 416 [-] λ 4.25 -4.40 0.0019 538 1753 6 3 4539 69 µ 4.01 -2.05 0.0061 163 532 19 9 521 57 ν 3.93 -2.34 0.0056 180 586 16 15 682 48 β pm ξ 5.17 1.14 0.0157 64 208 25 -11 27 42

ο1 4.04 1.11 0.0260 38 125 19 11 28 38 ο2 4.43 5.92 0.1982 5.0 16.4 106 -42 0.3 40 Σ 518 3093 π 4.43 -1.49 0.0066 152 497 75 46 309 26 ρ1 5.75 0.90 0.0107 93 304 56 14 34 8 ρ2 5.32 0.83 0.0127 79 258 27 25 37 9 β 11 2312AB

ρ3 5.26 2.09 0.0232 43 140 20 15 11 10 τ1 4.47 3.74 0.0716 14.0 45.6 34 26 2.5 1 τ2 4.76 1.02 0.0179 56 183 14 -9 31 2 See 20 2179 τ3 4.08 1.97 0.0379 26 86 22 -10 13 11 τ4 3.70 -0.79 0.0126 79 258 48 42 163 16 Jc 1 2472

τ5 4.26 -0.53 0.0110 91 296 27 14 128 19 τ6 4.22 2.95 0.0558 18 58 47 7 5.2 27 τ7 5.24 0.63 0.0120 83 272 40 29 44 28 τ8 4.64 -0.72 0.0085 118 385 29 23 153 33 τ9 4.62 -0.41 0.0099 102 331 26 24 115 36

υ1 4.49 1.58 0.0262 38 124 57 21 18 50 υ2 3.81 -0.22 0.0156 64 209 16 -4 97 52 υ3 3.97 -0.64 0.0120 84 273 44 24 142 43 υ4 3.55 -0.14 0.0183 55 178 24 18 90 41 I 270AB ϕ 3.56 0.18 0.0211 47 155 23 10 67 [-]

χ 3.69 2.48 0.0572 17 57 61 -6 8.0 [-] h 3473 ψ 4.80 -2.54 0.0034 293 956 26 25 814 65 ω 4.36 0.15 0.0144 69 227 12 -6 69 61 4 Eri 5.44 2.00 0.0205 49 159 38 29 12 5 Eri 5.56 0.51 0.0098 102 334 21 18 49

6 Eri 5.82 -0.69 0.0050 200 653 85 7 149 7 Eri 6.11 -0.79 0.0042 240 782 81 80 163 14 Eri 6.14 3.44 0.0288 35 113 7 -5 3.3 15AEri 5.32 0.86 0.0128 78 255 25 24 36 4.86 See 23 2463A 15BEri 6.57 2.10 0.0128 78 255 8 - 11 See 23 2463B

17 Eri 4.74 -0.60 0.0086 117 380 17 15 136 20AEri 5.48 -0.33 0.0069 145 473 28 14 106 5.24 bin:A 20BEri 6.84 1.03 0.0069 145 473 24 - 30 bin:B 21 Eri 5.97 3.24 0.0284 35 115 53 40 4.0 22 Eri 5.53 -1.25 0.0044 227 739 16 16 248

119 Eridanus (II)

ERI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

24 Eri 23363 17457 03h44m30.4s -01º09′47″ -0.088 0.0036 -0.0053 0.006 145º B7V 25 Eri 23413 17506 03 44 56.4 -00 17 48 1.411 0.0605 -0.0019 0.061 92 K4IIIcomp 29 Eri 24371 18122 03 52 30.9 -05 03 15 0.399 0.0069 0.0318 0.033 12 F0 30 Eri 24388 18141 03 52 41.5 -05 21 41 -0.090 0.0032 -0.0071 0.008 155 B8V 32AEri 24555 18255A 03 54 17.4 -02 57 17 0.672 0.0264 0.0015 0.026 87 G8III

32BEri 24554 18255B 03 54 17.3 -02 57 10 0.672 0.0264 0.0015 0.026 87 A2V 35 Eri 25340 18788 04 01 32.0 -01 32 59 -0.133 0.0280 -0.0138 0.031 116 B5V 37 Eri 26409 19483 04 10 22.4 -06 55 26 0.941 0.0034 -0.0120 0.012 164 G8III 39AEri 26846 19777A 04 14 23.6 -10 15 23 1.156 -0.0076 -0.1621 0.162 183 K3III 39BEri — 19777B 04 14 23.8 -10 15 28 1.156 -0.0076 -0.1621 0.162 183 –

45 Eri 28749 21139 04 31 52.6 -00 02 39 1.320 -0.0038 -0.0082 0.009 205 K3II-III 46AEri 29009 21278A 04 33 54.7 -06 44 20 -0.128 -0.0027 -0.0048 0.005 209 B9pSi EH(ACV) 46BEri 29009 21278B 04 33 54.8 -06 44 19 -0.128 -0.0027 -0.0048 0.005 209 – 47 Eri 29064 21296 04 34 11.5 -08 13 53 1.708 -0.0224 0.0029 0.023 277 M3III DV(LB) 51 Eri 29391 21547 04 37 36.0 -02 28 25 0.283 0.0433 -0.0642 0.077 146 F0V

53AEri 29503 21594A 04 38 10.7 -14 18 15 1.082 -0.0779 -0.1781 0.194 204 K2IIIb 53BEri 29503 21594B 04 38 10.7 -14 18 14 1.082 -0.0637 -0.1408 0.155 204 – 54 Eri 29755 21763 04 40 26.4 -19 40 18 1.599 0.0282 -0.0971 0.101 164 M4III DM(SRB) 55AEri 30021 21986A 04 43 35.2 -08 47 46 0.645 0.0288 -0.0293 0.041 135 G8III 55BEri 30020 21986B 04 43 34.6 -08 47 37 0.645 0.0288 -0.0293 0.041 135 F4IIIp DW(DSCT:)

56 Eri 30076 22024 04 44 05.2 -08 30 13 -0.076 0.0044 0.0015 0.005 71 B2Ve DX(GCAS) 58 Eri 30495 22263 04 47 36.2 -16 56 04 0.632 0.1304 0.1692 0.214 38 G2.5V 59 Eri 30606 22325 04 48 32.4 -16 19 47 0.537 0.0071 0.0397 0.040 10 F6V 60 Eri 30814 22479 04 50 11.5 -16 13 02 0.992 0.0450 0.0513 0.068 41 K0IIIvar 62 Eri 31512 22958 04 56 24.1 -05 10 17 -0.123 -0.0057 -0.0023 0.006 248 B6V

63 Eri 32008 23221 04 59 50.4 -10 15 48 0.797 0.0195 -0.1368 0.138 172 G4V 64 Eri 32045 23231 04 59 55.7 -12 32 15 0.267 0.0404 -0.0869 0.096 155 F0IV S(RRC) 66 Eri 32964 23794 05 06 45.6 -04 39 18 -0.059 0.0101 0.0000 0.010 90 B9.5V EN(ACV) 68 Eri 33256 23941 05 08 43.6 -04 27 22 0.455 0.0556 0.0160 0.058 74 F2V e Eri 20794 15510 03 19 55.6 -43 04 11 0.711 3.0381 0.7263 3.124 77 G8V fAEri 24072 17797A 03 48 35.8 -37 37 14 -0.038 0.0758 -0.0107 0.077 98 B9.5V fBEri 24071 17797B 03 48 35.3 -37 37 20 -0.038 0.0646 -0.0110 0.065 100 A1V g Eri 24160 17874 03 49 27.2 -36 12 01 0.927 -0.0494 -0.0566 0.075 221 G8III h Eri 23319 17351 03 42 50.0 -37 18 49 1.191 -0.0908 -0.0714 0.116 232 K2IIICN i Eri 24626 18213 03 53 38.9 -34 43 57 -0.133 0.0320 -0.0008 0.032 91 B6/B7V pAEri 10361 7751A 01 39 47.7 -56 11 41 0.880 0.2861 0.0167 0.287 87 K0IV pBEri 10360 7751B 01 39 47.4 -56 11 53 0.880 0.2861 0.0167 0.287 87 K0V q1Eri 10647 7978 01 42 29.3 -53 44 26 0.551 0.1670 -0.1067 0.198 123 F8V q2Eri 10939 8241 01 46 06.3 -53 31 19 0.031 0.1265 0.0590 0.140 65 A1V s Eri 16754 12413 02 39 47.9 -42 53 30 0.061 0.0921 -0.0151 0.093 99 A2V y Eri 22663 16870 03 37 05.6 -40 16 29 1.023 0.0028 -0.0142 0.014 169 K0III Kui 10 18543 13874 02 58 42.0 -02 46 57 0.014 -0.0287 -0.0630 0.069 205 A2IV Rst 4223 19349 14456 03 06 33.4 -06 05 19 1.575 0.0071 -0.0051 0.009 126º M3III (SR) RAEri 31444 22881A 04 55 18.5 -16 25 04 0.874 0.0118 0.0365 0.038 18 G6/G8III (CST) RBEri — 22881B 04 55 18.5 -16 25 04 0.874 0.0118 0.0365 0.038 18 – YY Eri 26609 19610 04 12 08.9 -10 28 09 0.674 -0.1119 -0.1145 0.160 224 G5+G5 (EW) BM Eri 26750 19717 04 13 29.6 -10 23 14 1.523 -0.0040 -0.0324 0.033 187 M6III (E:/GS+SR) DO Eri 24712 18339 03 55 16.2 -12 05 57 0.323 -0.0769 -0.0221 0.080 254 ApSrEuCr (ACV) EM Eri 27563 20271 04 20 42.8 -07 35 33 -0.124 0.0045 -0.0011 0.005 104 B5III (IZ*) GU Eri 26326 19398 04 09 17.8 -16 23 09 -0.147 -0.0011 0.0010 0.001 313 B4V (SPB)

120 Eridanus (II)

ERI m M π pc l.y. V RV L F mc Bin? ADS 24 Eri 5.24 -1.27 0.0050″ 200 653 28 27 253 25 Eri 5.56 0.40 0.0093 108 351 77 71 55 29 Eri 6.74 2.31 0.0130 77 251 12 - 9.4 30 Eri 5.48 -0.46 0.0065 154 502 16 15 120 h 338 2832 32AEri 4.92 -0.21 0.0095 106 345 30 27 95 4.46 Σ 470 2850A

32BEri 6.11 0.98 0.0095 106 345 22 18 32 Σ 470 2850B 35 Eri 5.28 -0.43 0.0072 139 453 27 17 117 37 Eri 5.44 0.13 0.0087 116 377 12 -10 70 39AEri 5.07 1.07 0.0158 63 206 49 7 29 4.87 Σ 516 3079A 39BEri 8.68 4.68 0.0158 63 206 49 - 1.1 Σ 516 3079B

45 Eri 4.91 -2.12 0.0039 254 830 20 17 554 46AEri 5.72 -1.18 0.0042 239 780 6 2 233 5.71 β 881 3305A 46BEri 9.29 2.39 0.0042 239 780 6 - 8.7 β 881 3305B 47 Eri 5.20 -1.76 0.0041 247 805 29 -12 399 51 Eri 5.22 2.85 0.0336 30 97 24 21 5.7 β 88 3350

53AEri 4.10 1.47 0.0298 34 109 31 - 20 3.86 Kui 18A 53BEri 6.99 4.37 0.0298 34 109 49 42 1.4 Kui 18B 54 Eri 4.32 -0.90 0.0090 111 361 62 -33 181 Stone 9 3380AB 55AEri 6.92 1.45 0.0080 124 405 54 48 21 5.98 Σ 590 3409A 55BEri 6.83 1.36 0.0080 124 405 47 40 23 Σ 590 3409B

56 Eri 5.78 -2.29 0.0024 412 1342 18 15 650 58 Eri 5.49 4.87 0.0751 13.3 43.4 27 17 0.9 59 Eri 5.76 2.67 0.0241 42 135 36 35 6.8 60 Eri 5.03 0.67 0.0134 75 243 44 37 43 62 Eri 5.49 -1.29 0.0044 227 739 25 24 258 5.50 Sh 48 (OPT)

63 Eri 5.39 1.70 0.0183 55 178 38 -12 16 64 Eri 4.78 0.03 0.0112 89 291 41 -9 77 66 Eri 5.12 0.45 0.0117 86 280 31 31 52 Σ 642 3698 68 Eri 5.11 3.12 0.0400 25 82 11 9 4.4 e Eri 4.26 5.35 0.1650 6.1 19.8 125 87 0.6 fAEri 4.77 1.29 0.0202 49 161 24 16 24 4.28 ∆ 16A fBEri 5.36 1.89 0.0202 49 161 22 16 14 ∆ 16B g Eri 4.17 0.13 0.0155 64 210 23 2 70 h Eri 4.59 0.91 0.0183 55 178 31 10 34 B 1034 i Eri 5.11 -0.07 0.0092 109 355 27 21 84 pA Eri 5.91 6.35 0.1228 8.1 26.6 23 20 0.2 5.15 ∆ 5A pB Eri 5.91 6.35 0.1228 8.1 26.6 26 23 0.2 ∆ 5B q1Eri 5.52 4.32 0.0576 17 57 21 13 1.5 q2Eri 5.04 1.26 0.0175 57 186 39 10 25 s Eri 4.74 1.74 0.0252 40 130 25 18 16 B 2075

y Eri 4.57 0.43 0.0149 67 219 13 12 53 Kui 10 5.22 0.26 0.0102 98 320 33 -7 62 Kui 10AB Rst 4223 5.23 -0.84 0.0061 164 534 18 17 171 Rst 4223 RAEri 5.93 1.20 0.0113 88 288 36 32 26 5.71 bin:A RBEri 9.03 4.29 0.0113 88 288 16 - 1.5 bin:B

YY Eri 8.40 4.67 0.0180 56 182 42 - 1.1 BM Eri 7.23 -0.14 0.0034 299 973 46 - 90 DO Eri 5.99 2.54 0.0204 49 160 29 22 7.6 EM Eri 5.85 -0.98 0.0043 232 756 12 11 194 GU Eri 5.45 -1.29 0.0045 223 726 14 14 258

121 Eridanus (III)

ERI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

- Eri 18331 13717 02h56m37.4s -03º42′44″ 0.084 -0.0358 -0.0433 0.056 220º A3Vn - Eri 20894 15643 03 21 24.0 -23 38 07 0.885 -0.0242 -0.0189 0.031 232 G8II - Eri 25457 18859 04 02 36.7 -00 16 08 0.516 0.1512 -0.2520 0.294 149 F5V - Eri 27616 20264 04 20 38.9 -20 38 23 -0.027 0.0261 -0.0094 0.028 110 A2V - Eri 29065 21297 04 34 11.7 -08 58 13 1.465 -0.0363 -0.1122 0.118 198 K4III

- Eri 29573 21644 04 38 53.5 -12 07 23 0.074 -0.0651 -0.0177 0.067 255 A2IV - Eri 29613 21685 04 39 19.6 -14 21 34 1.054 0.1211 -0.1254 0.174 136 K1IVa

122 Eridanus (III)

ERI m M π pc l.y. V RV L F mc Bin? ADS - Eri 5.16 1.35 0.0173″ 58 189 22 -15 23 - Eri 5.50 -0.05 0.0078 129 421 20 8 83 - Eri 5.38 3.96 0.0520 19 63 32 18 2.1 - Eri 5.38 -0.38 0.0071 142 462 37 32 112 - Eri 5.24 -1.28 0.0050 202 657 116 -27 256

- Eri 5.19 0.97 0.0143 70 227 23 7 32 bin - Eri 5.46 1.54 0.0164 61 199 75 56 19

123 Fornax

FOR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

αΑ 20010 14879A 03h12m04.2s -28º59′14″ 0.543 0.3715 0.6123 0.716 31º F8V αΒ 20010 14879B 03 12 03.9 -28 59 12 0.543 0.3458 0.6483 0.735 28 – β 17652 13147 02 49 05.4 -32 24 22 0.981 0.0870 0.1590 0.181 29 G8III γ1 17713 13197 02 49 50.9 -24 33 37 0.998 -0.0500 -0.1282 0.138 201 K1III γ2 17729 13202 02 49 54.1 -27 56 31 0.013 0.0466 0.0222 0.052 65 A1V

δ 23227 17304 03 42 14.9 -31 56 18 -0.159 0.0052 0.0142 0.015 20 B5III ε 18907 14086 03 01 37.6 -28 05 29 0.794 0.2830 -0.4409 0.524 147 G8/K0V ζ 18692 13942 02 59 36.1 -25 16 27 0.427 0.1818 0.0847 0.201 65 F2V η1 17528 13040 02 47 33.6 -35 33 03 0.962 -0.0421 -0.0350 0.055 230 K0.5III η2 17793 13225 02 50 14.7 -35 50 37 0.899 0.0515 0.0203 0.055 69 K0III

η3 17829 13265 02 50 40.3 -35 40 34 1.259 0.0039 -0.0544 0.055 176 K5III ι1 16307 12122 02 36 09.2 -30 02 41 1.017 -0.0160 -0.0058 0.017 250 G9III ι2 16538 12288 02 38 18.6 -30 11 40 0.476 0.0987 -0.0740 0.123 127 F5V κ 14802 11072 02 22 32.5 -23 48 59 0.608 0.1973 -0.0044 0.197 91 G1V λ1 15975 11867 02 33 07.0 -34 39 00 1.064 -0.0174 -0.0179 0.025 224 K0III

λ2 16417 12186 02 36 58.5 -34 34 42 0.653 -0.0183 -0.2599 0.261 184 G1V µ 13709 10320 02 12 54.4 -30 43 26 -0.013 0.0153 0.0072 0.017 65 A0V ν 12767 9677 02 04 29.4 -29 17 49 -0.156 0.0126 0.0085 0.015 56 B9.5pSi (ACV) π 12438 9440 02 01 14.7 -30 00 07 0.883 -0.1087 -0.1088 0.154 225 G8III ρ 23940 17738 03 47 56.0 -30 10 06 0.973 0.0262 -0.2311 0.233 174 G6III

σ 23738 17618 03 46 27.3 -29 20 17 0.110 0.0072 0.0038 0.008 62 A2V τ 22789 17007 03 38 47.6 -27 56 35 -0.027 0.0216 0.0259 0.034 40 A0V ϕ 15427 11477 02 28 01.6 -33 48 40 0.089 0.0186 0.0055 0.019 73 A2/A3V χ1 21423 15987 03 25 55.7 -35 55 15 0.082 0.0363 -0.0047 0.037 97 A1IV χ2 21574 16112 03 27 33.3 -35 40 54 1.284 0.0767 0.0064 0.077 85 K2III

χ3Α 21635 16156A 03 28 11.4 -35 51 12 0.126 0.0357 -0.0033 0.036 95 A1V χ3Β — 16156B 03 28 10.9 -35 51 15 0.126 0.0357 -0.0033 0.036 95 – ψ 18149 13473 02 53 34.2 -38 26 13 0.437 0.0589 0.0343 0.068 60 F5V ωΑ 16046 11918A 02 33 50.6 -28 13 57 -0.050 -0.0127 -0.0014 0.013 264 B9V ωΒ 16046 11918B 02 33 49.9 -28 14 01 -0.050 -0.0127 -0.0014 0.013 264 A3V

124 Fornax

FOR m M π pc l.y. V RV L F mc Bin? ADS αΑ 4.04 3.29 0.0709″ 14.1 46.0 52 -20 3.8 3.80 h 3555 2402A αΒ 7.19 6.44 0.0709 14.1 46.0 49 - 0.2 h 3555 2402B β 4.45 0.88 0.0193 52 169 48 17 35 B 1031 γ1 6.14 0.91 0.0090 111 363 73 -5 34 β 877 2167 γ2 5.39 -0.76 0.0059 170 554 48 24 159

δ 4.99 -1.77 0.0045 225 733 31 26 401 ε 5.88 3.47 0.0329 30 99 84 -38 3.2 ζ 5.69 3.14 0.0309 32 105 41 27 4.4 η1 6.51 0.12 0.0053 190 619 49 3 71 η2 5.92 -0.01 0.0065 153 500 46 22 79 h 3536

η3 5.48 -0.58 0.0061 163 531 44 12 134 ι1 5.74 -0.76 0.0050 199 649 16 2 158 ι2 5.84 3.08 0.0280 36 116 36 29 4.6 κ 5.19 3.48 0.0456 22 71 27 18 3.2 λ1 5.91 0.58 0.0086 117 380 19 13 46

λ2 5.78 3.74 0.0392 26 83 33 10 2.5 µ 5.27 0.23 0.0098 102 332 13 10 64 ν 4.68 -0.54 0.0090 111 361 21 19 130 π 5.34 0.68 0.0117 85 278 67 24 42 ρ 5.52 0.83 0.0116 87 282 109 53 37

σ 5.91 0.89 0.0099 101 329 4 - 35 τ 6.01 0.47 0.0078 128 417 44 39 51 ϕ 5.13 1.78 0.0214 47 153 19 19 15 χ1 6.39 1.39 0.0100 100 326 17 - 22 χ2 5.71 -0.06 0.0070 142 464 60 30 83

χ3Α 6.58 1.35 0.0090 111 362 19 - 23 6.49 I 58A χ3Β 10.36 5.13 0.0090 111 362 19 0 0.7 I 58B ψ 5.93 2.06 0.0168 59 194 28 21 12 ωΑ 4.96 -0.76 0.0072 139 453 13 10 159 4.88 h 3506 1954A ωΒ 7.88 2.16 0.0072 139 453 8 - 11 h 3506 1954B

125 Gemini (I)

GEM HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

αA 60179 36850A 07h34m35.9s +31º53′18″ 0.034 -0.2063 -0.1482 0.254 234º A1Vcomp αB 60178 36850B 07 34 36.1 +31 53 19 0.034 -0.2063 -0.1482 0.254 234 Am αC — — 07 34 28.1 +31 52 08 1.490 -0.1960 -0.1080 0.224 241 M0.5Ve YY(EA) β 62509 37826 07 45 18.9 +28 01 34 0.991 -0.6257 -0.0460 0.627 266 K0IIIvar γ 47105 31681 06 37 42.7 +16 23 57 0.001 -0.0020 -0.0669 0.067 182 A0IV

δ 56986 35550 07 20 07.3 +21 58 56 0.374 -0.0187 -0.0078 0.020 247 F0IV ε 48329 32246 06 43 55.9 +25 07 52 1.377 -0.0059 -0.0128 0.014 205 G8Ibvar ζ 52973 34088 07 04 06.5 +20 34 13 0.899 -0.0057 -0.0010 0.006 260 G3Ibv SB (CEP) ηΑ 42995 29655A 06 14 52.6 +22 30 24 1.600 -0.0625 -0.0102 0.063 261 M3III (SRA) ηΒ 42995 29655B 06 14 52.5 +22 30 24 1.600 -0.0127 0.0258 0.029 334 –

ϑ 50019 33018 06 52 47.3 +33 57 40 0.102 -0.0027 -0.0477 0.048 183 A3III ι 58207 36046 07 25 43.5 +27 47 53 1.024 -0.1213 -0.0844 0.148 235 G9IIIcomp κ 62345 37740 07 44 26.8 +24 23 53 0.932 -0.0225 -0.0562 0.061 202 G8III λ 56537 35350 07 18 05.5 +16 32 25 0.106 -0.0461 -0.0379 0.060 231 A3V µ 44478 30343 06 22 57.6 +22 30 49 1.621 0.0568 -0.1088 0.123 152 M3IIIvar (LB)

ν 45542 30883 06 28 57.7 +20 12 43 -0.115 -0.0060 -0.0141 0.015 203 B6III ξ 48737 32362 06 45 17.3 +12 53 44 0.443 -0.1152 -0.1909 0.223 211 F5IV ο 61110 37265 07 39 09.9 +34 35 04 0.413 -0.0360 -0.1180 0.123 197 F3III π 62898 38016 07 47 30.3 +33 24 56 1.635 -0.0188 -0.0286 0.034 213 M0III ρ 58946 36366 07 29 06.6 +31 47 04 0.320 0.1593 0.1938 0.251 39 F0V

σ 62044 37629 07 43 18.7 +28 53 00 1.118 0.0618 -0.2313 0.239 165 K1III SB (RS) τ 54719 34693 07 11 08.3 +30 14 43 1.261 -0.0310 -0.0484 0.057 213 K2III υ 60522 36962 07 35 55.3 +26 53 44 1.540 -0.0396 -0.1081 0.115 200 K5III ϕ 64145 38538 07 53 29.7 +26 45 57 0.098 -0.0340 -0.0312 0.046 228 A3V χ 66216 39424 08 03 31.0 +27 47 39 1.130 -0.0285 -0.0353 0.045 219 K2III

ω 52497 33927 07 02 24.7 +24 12 56 0.953 -0.0065 -0.0004 0.006 266 G5II (CEP) 1AGem 41116 28734A 06 04 07.2 +23 15 48 0.835 -0.0183 -0.1288 0.130 188 G7III 1BGem 41116 28734B 06 04 07.2 +23 15 48 0.835 0.0282 -0.1018 0.106 164 – 2 Gem 41543 28969 06 06 48.7 +23 38 19 1.370 0.0019 -0.0013 0.002 125 K0 3AGem 42087 29225A 06 09 44.0 +23 06 48 0.192 -0.0011 -0.0014 0.002 216 B2.5Ibe

3BGem 42087 29225B 06 09 44.0 +23 06 49 0.192 -0.0011 -0.0014 0.002 216 – 4AGem 42216 29288A 06 10 29.9 +22 59 52 -0.076 -0.0060 -0.0016 0.006 255 B9 4BGem 42216 29288B 06 10 29.9 +22 59 52 -0.076 -0.0060 -0.0016 0.006 255 – 5 Gem 42398 29379 06 11 32.2 +24 25 13 1.110 0.0010 -0.0520 0.052 179 K0III 6 Gem 42543 29450 06 12 19.2 +22 54 31 2.197 -0.0009 -0.0022 0.002 203 M1Ia-ab BU(LC)

8 Gem 43261 29789 06 16 19.0 +23 58 12 0.897 -0.0136 -0.0086 0.016 238 G8III 9 Gem 43384 29840 06 16 58.7 +23 44 27 0.446 -0.0000 -0.0026 0.003 180 B3Ia 10 Gem 43740 30003 06 18 54.4 +23 36 12 0.906 -0.0016 -0.0071 0.007 192 G5 11 Gem 43818 30046 06 19 19.3 +23 28 09 0.252 -0.0004 -0.0016 0.002 196 B0II LU(BCEP) 12 Gem 43836 30049 06 19 22.5 +23 16 28 0.442 -0.0007 -0.0017 0.002 201 A0II

14 Gem 44974 30588 06 25 42.7 +21 38 42 0.930 -0.0069 -0.0131 0.015 208 G5 15AGem 45352 30757 06 27 46.5 +20 47 22 1.246 -0.0327 -0.0453 0.056 216 K0 15BGem 45352 30756 06 27 46.2 +20 46 59 1.246 0.0442 -0.0303 0.054 124 – 16 Gem 45394 30769 06 27 56.7 +20 29 46 0.041 -0.0291 0.0129 0.032 294 A2Vs 19 Gem 46031 31105 06 31 37.4 +15 54 12 0.275 -0.0078 -0.0133 0.015 210 A8V

20AGem 46136 31158 06 32 18.5 +17 47 04 0.541 0.0364 0.0260 0.045 55 F8III 20BGem 46136 31156 06 32 17.9 +17 46 47 0.541 0.0372 0.0308 0.048 50 F6IV/V 22 Gem 46516 31368 06 34 39.3 +19 25 44 0.013 0.0052 -0.0090 0.010 150 A0 23 Gem 46781 31525 06 36 02.1 +16 47 49 0.444 0.0173 -0.0305 0.035 151 F5 25 Gem 47731 32019 06 41 20.9 +28 11 48 1.090 0.0006 -0.0025 0.003 167 G5Ib

126 Gemini (I)

GEM m M π pc l.y. V RV L F mc Bin? ADS αA 1.93 0.94 0.0633″ 16 52 20 6 33 66 1.58 Σ 1110 6175A αB 2.97 1.98 0.0633 16 52 19 -1 13 66 Σ 1110 6175B αC 9.07 8.08 0.0633 16 52 17 2 0.05 66 Σ 1110 6175C β 1.16 1.09 0.0967 10.3 33.7 31 3 29 78 β 580 6335 (OPT) γ 1.93 -0.60 0.0311 32 105 17 -12 137 24 H V 71

δ 3.50 2.22 0.0555 18 59 3 3 10 55 Σ 1066 5983 ε 3.06 -4.15 0.0036 277 903 21 10 3606 27 S 533 5381 ζ 4.01 -3.76 0.0028 358 1168 12 7 2516 43 Sh 77 5742 ηΑ 3.38 -1.77 0.0093 107 349 37 19 400 7 3.31 β 1008 4841A ηΒ 6.07 0.92 0.0093 107 349 15 - 34 7 β 1008 4841B

ϑ 3.60 -0.30 0.0166 60 197 25 21 104 34 Fox 5532 ι 3.78 0.85 0.0259 39 126 28 8 36 60 κ 3.57 0.35 0.0227 44 143 25 21 57 77 ΟΣ 179 6321 λ 3.58 1.27 0.0346 29 94 12 -9 24 54 Σ 1061 5961 µ 2.87 -1.39 0.0141 71 232 69 55 283 13 β 1059 4990

ν 4.13 -1.81 0.0065 154 502 41 39 416 18 ΟΣΣ 77 5103 ξ 3.35 2.13 0.0570 18 57 31 25 11 31 ο 4.89 1.46 0.0206 48 158 29 7 20 71 π 5.14 -1.04 0.0058 172 562 31 -12 206 80 Σ 1135 6364 (OPT) ρ 4.16 2.82 0.0541 18 60 22 -4 5.8 62 A 2124 6109

σ 4.23 1.36 0.0267 37 122 63 46 22 75 β pm τ 4.41 -0.42 0.0108 93 302 34 22 116 46 β 1009 5846AB υ 4.06 -0.28 0.0136 74 240 45 -21 102 69 β pm ϕ 4.97 0.51 0.0128 78 254 19 8 49 83 χ 4.94 0.45 0.0127 79 258 20 -11 52 [-] Es

ω 5.20 -3.33 0.0020 508 1655 18 -8 1687 42 1AGem 4.77 1.44 0.0216 46 151 35 20 21 4.17 Kui 23A 1BGem 5.50 2.18 0.0216 46 151 23 - 11 Kui 23B 2 Gem 6.67 -0.45 0.0038 266 867 15 -15 120 3AGem 5.90 -4.51 0.0008 1205 3928 19 16 5005 5.75 β 1241 4751A

3BGem 8.48 -1.93 0.0008 1205 3928 10 - 465 β 1241 4751B 4AGem 7.45 0.36 0.0038 262 853 9 -5 57 6.88 β 1058 4768A 4BGem 7.80 0.71 0.0038 262 853 8 - 41 β 1058 4768B 5 Gem 5.83 -0.99 0.0043 231 753 61 22 195 6 Gem 6.51 -4.09 0.0008 1316 4289 27 22 3391

8 Gem 6.09 0.46 0.0075 134 436 23 -21 52 9 Gem 6.24 -2.79 0.0016 641 2090 15 13 1032 10 Gem 6.58 -0.34 0.0041 242 789 43 42 108 11 Gem 6.91 -2.28 0.0015 690 2248 19 18 645 12 Gem 6.95 -5.15 0.0004 2632 8579 24 8 9046 H V 55

14 Gem 6.53 1.31 0.0090 111 361 25 -24 24 15AGem 6.68 0.45 0.0057 176 575 56 -30 52 6.54 Sh 70 5080A 15BGem 8.79 7.51 0.0555 18 59 5 - 0.1 Sh 70 5080B 16 Gem 6.22 0.13 0.0061 165 538 46 39 70 19 Gem 6.38 1.33 0.0098 103 334 22 21 23

20AGem 6.41 1.23 0.0092 109 354 23 0 25 6.26 Σ 924 5166Aa 20BGem 7.07 1.83 0.0090 112 364 26 0 15 Σ 924 5166B 22 Gem 7.07 0.83 0.0057 177 577 31 30 37 23 Gem 6.73 2.25 0.0127 79 257 34 31 9.9 25 Gem 6.45 -1.73 0.0023 433 1411 8 -6 388 h 397

127 Gemini (II)

GEM HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

26 Gem 48097 32104 06h42m24.3s +17º38′43″ 0.063 0.0070 -0.0869 0.087 175º A2V 28 Gem 48450 32311 06 44 45.4 +28 58 15 1.445 -0.0088 -0.0237 0.025 200 K4III 30 Gem 48433 32249 06 43 59.2 +13 13 40 1.167 -0.0023 -0.0518 0.052 183 K1III 32 Gem 48843 32404 06 45 54.2 +12 41 37 0.344 -0.0022 -0.0026 0.003 220 A9III 33 Gem 49606 32753 06 49 49.8 +16 12 10 -0.136 -0.0149 -0.0104 0.018 235 B7III OV(SXARI)

35 Gem 49738 32814 06 50 25.4 +13 24 48 1.329 -0.0019 -0.0076 0.008 194 K3III 36 Gem 49908 32921 06 51 33.0 +21 45 40 -0.020 -0.0061 -0.0345 0.035 190 A2V 37 Gem 50692 33277 06 55 18.6 +25 22 32 0.573 -0.0358 0.0251 0.044 305 G0V 38AGem 50635 33202A 06 54 38.6 +13 10 40 0.321 0.0702 -0.0778 0.105 138 F0Vp 38BGem 50635 33202B 06 54 38.9 +13 10 34 0.321 0.0702 -0.0778 0.105 138 –

39 Gem 51530 33595 06 58 47.4 +26 04 52 0.520 -0.1621 0.0941 0.187 300 F8Vabvw 40 Gem 51688 33650 06 59 27.9 +25 54 51 -0.111 -0.0046 -0.0066 0.008 215 B8III 41 Gem 52005 33715 07 00 15.7 +16 04 44 1.641 -0.0004 -0.0030 0.003 188 K3Ib 44 Gem 53257 34182 07 05 18.3 +22 38 14 -0.027 -0.0010 -0.0093 0.009 186 B8Vn 45 Gem 54131 34440 07 08 22.0 +15 55 51 1.020 -0.0050 -0.1035 0.104 183 G8III

47 Gem 54801 34722 07 11 23.0 +26 51 23 0.130 -0.0206 -0.0335 0.039 212 A4IV 48 Gem 55052 34819 07 12 26.3 +24 07 42 0.397 -0.0157 -0.0449 0.048 199 F5IV 49 Gem 55156 34861 07 12 49.4 +25 44 55 -0.012 -0.0051 -0.0024 0.006 245 A0 51AGem 55383 34909A 07 13 22.2 +16 09 32 1.653 0.0147 -0.0418 0.044 161 M4III BQ(SRB) 51BGem — 34909B 07 13 22.2 +16 09 32 1.653 0.0147 -0.0418 0.044 161 –

52 Gem 55621 35025 07 14 41.9 +24 53 06 1.554 0.0548 -0.0895 0.105 149 M1IIIvar 53 Gem 55870 35152 07 15 57.1 +27 53 51 1.605 -0.0141 -0.0032 0.014 257 M1III 56 Gem 57423 35699 07 21 56.8 +20 26 37 1.528 -0.0621 -0.0240 0.067 249 M0III 57 Gem 57727 35846 07 23 28.4 +25 03 02 0.902 -0.0666 -0.0284 0.072 247 G8III 58 Gem 57744 35842 07 23 28.2 +22 56 43 0.006 -0.0259 -0.0359 0.044 216 A1V

59 Gem 57927 35941 07 24 33.4 +27 38 17 0.368 0.0143 0.0155 0.021 43 F0:III: 61 Gem 58579 36156 07 26 56.2 +20 15 26 0.336 0.0023 -0.0104 0.011 168 F2Vn 63 Gem 58728 36238 07 27 44.3 +21 26 42 0.455 -0.0496 -0.1239 0.133 202 F5IV-V 64 Gem 59037 36393 07 29 20.3 +28 07 05 0.120 -0.0333 -0.0529 0.063 212 A4V 65 Gem 59148 36429 07 29 48.7 +27 54 58 1.117 -0.0240 -0.0217 0.032 228 K2III

67 Gem 60081 36739 07 33 24.7 +15 38 21 1.071 -0.0160 -0.0071 0.018 246 K0 68 Gem 60107 36760 07 33 36.4 +15 49 36 0.055 -0.0293 -0.0126 0.032 247 A1Vn 70 Gem 60986 37204 07 38 32.8 +35 02 55 0.921 0.0373 0.0273 0.046 54 K0III 74 Gem 61338 37300 07 39 28.6 +17 40 29 1.616 0.0023 0.0013 0.003 59 M0III 76 Gem 62285 37704 07 44 06.8 +25 47 03 1.535 -0.0134 -0.0212 0.025 212 K5III

79 Gem 62510 37811 07 45 09.3 +20 18 58 0.007 -0.0040 -0.0013 0.004 251 A1V 81 Gem 62721 37908 07 46 07.4 +18 30 36 1.425 -0.0756 -0.0515 0.091 236 K5III 82AGem 63208 38106A 07 48 33.6 +23 08 28 0.571 -0.0108 -0.0020 0.011 259 G2III+A4V 82BGem 63208 38106B 07 48 33.7 +23 08 28 0.571 -0.0108 -0.0020 0.011 259 – 84 Gem 64092 38495 07 53 01.0 +22 20 04 1.018 -0.0033 -0.0030 0.004 228 K0

85 Gem 64648 38722 07 55 39.8 +19 53 02 -0.035 -0.0147 -0.0398 0.042 200 A0Vs ΟΣ 175Α 60318 36896A 07 35 08.7 +30 57 40 1.010 -0.0252 0.0058 0.026 283 K0III ΟΣ 175Β 60318 36896B 07 35 08.7 +30 57 40 1.010 -0.0252 0.0058 0.026 283 – NP Gem 52554 33929 07 02 25.5 +17 45 21 1.518 0.0210 0.0272 0.034 38 M1.5 (LB:) NZ Gem 61913 37521 07 42 03.2 +14 12 31 1.642 -0.0010 -0.0108 0.011 185 M3Sv (SR)

- Gem 52960 34033 07 03 38.0 +10 57 06 1.391 -0.0020 -0.0120 0.012 190 K3III - Gem 59686 36616 07 31 48.3 +17 05 09 1.126 0.0427 -0.0754 0.087 151 K2III

128 Gemini (II)

GEM m M π pc l.y. V RV L F mc Bin? ADS 26 Gem 5.20 2.05 0.0234″ 43 139 23 15 12 28 Gem 5.42 -0.79 0.0057 175 570 26 16 163 30 Gem 4.49 -0.15 0.0118 85 276 25 14 90 Lam 3 5387 32 Gem 6.47 -1.25 0.0029 350 1140 11 9 248 33 Gem 5.87 -1.40 0.0035 284 926 28 13 285 J 2028

35 Gem 5.68 -2.64 0.0022 461 1502 31 26 893 36 Gem 5.28 -0.77 0.0062 162 529 43 34 160 β 1193 5511 37 Gem 5.74 4.55 0.0579 17 56 12 -11 1.2 38AGem 4.79 2.56 0.0358 28 91 26 22 7.4 4.73 Σ 982 5559A 38BGem 7.80 5.57 0.0358 28 91 14 - 0.5 Σ 982 5559B

39 Gem 6.20 2.82 0.0211 47 155 43 6 5.9 β pm 40 Gem 6.40 -1.43 0.0027 368 1199 18 12 293 41 Gem 5.73 -5.53 0.0006 1786 5821 34 22 12812 44 Gem 6.00 0.17 0.0068 147 478 13 -11 67 45 Gem 5.47 0.61 0.0107 94 305 49 -17 45 ΟΣ 165 5812

47 Gem 5.75 0.36 0.0084 120 390 45 39 56 48 Gem 5.85 0.70 0.0093 107 349 27 13 41 49 Gem 7.05 -0.01 0.0039 258 842 10 -7 80 51AGem 5.71 -0.95 0.0047 215 700 46 -9 188 5.07 H V 74A 51BGem 5.80 -0.86 0.0047 215 700 45 - 173 H V 74B

52 Gem 5.84 0.77 0.0097 103 337 70 47 39 Ho 343 5909 (OPT) 53 Gem 5.75 -1.85 0.0030 331 1079 33 24 433 56 Gem 5.09 -0.50 0.0076 131 428 42 4 125 β 6016 (OPT) 57 Gem 5.04 1.67 0.0212 47 154 17 6 17 58 Gem 6.17 1.27 0.0105 96 312 25 15 24

59 Gem 5.77 1.73 0.0156 64 209 8 -4 16 61 Gem 5.94 0.47 0.0080 124 405 11 9 51 63 Gem 5.37 2.71 0.0294 34 111 33 25 6.5 5.20 Sh 368 6089 64 Gem 5.07 1.58 0.0200 50 163 38 35 18 65 Gem 5.01 -0.34 0.0085 118 383 40 36 108 β 1194 6119

67 Gem 6.64 0.23 0.0052 191 623 57 55 64 68 Gem 5.27 -0.03 0.0087 115 375 21 12 81 70 Gem 5.58 0.72 0.0107 94 306 41 -36 41 β 200 6229AB 74 Gem 5.04 -1.02 0.0061 163 532 28 28 202 76 Gem 5.30 -1.01 0.0055 182 595 22 3 199

79 Gem 6.53 0.78 0.0071 141 460 11 -11 38 81 Gem 4.89 -0.21 0.0096 105 341 93 81 95 82AGem 6.85 -0.69 0.0031 323 1052 18 -5 149 6.18 Wils 15 6378A 82BGem 7.30 -0.24 0.0031 323 1052 17 - 98 Wils 15 6378B 84 Gem 7.05 -0.94 0.0025 397 1294 12 -9 188

85 Gem 5.38 0.29 0.0096 104 339 24 11 60 ΟΣ 175Α 6.08 1.24 0.0108 93 302 13 -5 25 5.34 ΟΣ 175 6185A ΟΣ 175Β 6.49 1.65 0.0108 93 302 11 - 17 ΟΣ 175 6185B NP Gem 5.96 -2.13 0.0024 415 1353 71 23 560 NZ Gem 5.55 -1.93 0.0032 313 1022 23 -16 466

- Gem 5.14 -1.65 0.0044 228 743 25 21 359 - Gem 5.45 0.62 0.0108 93 302 55 -40 44

129 Grus

GRU HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 209952 109268 22h08m13.9s -46º57′40″ -0.070 0.1276 -0.1479 0.195 139º B7IV β 214952 112122 22 42 40.0 -46 53 05 1.610 0.1357 -0.0045 0.136 92 M5III (LC) γ 207971 108085 21 53 55.6 -37 21 54 -0.084 0.0959 -0.0121 0.097 97 B8III δ1 213009 110997 22 29 16.1 -43 29 45 1.022 0.0256 -0.0042 0.026 99 G6/G8III δ2 213080 111043 22 29 45.4 -43 44 58 1.570 -0.0149 0.0018 0.015 277 M4.5IIIa (LB)

ε 215789 112623 22 48 33.2 -51 19 01 0.083 0.1085 -0.0659 0.127 121 A3V ζ 217364 113638 23 00 52.8 -52 45 15 0.960 -0.0651 -0.0129 0.066 259 G8III η 215369 112374 22 45 37.8 -53 30 00 1.180 0.0306 0.0173 0.035 60 K2IIICNIV ϑΑ 218227 114131A 23 06 52.7 -43 31 14 0.423 -0.0484 -0.0140 0.050 254 δDel ϑΒ 218227 114131B 23 06 52.8 -43 31 14 0.423 -0.0484 -0.0140 0.050 254 –

ι 218670 114421 23 10 21.5 -45 14 48 0.998 0.1324 -0.0263 0.135 101 K0III SB κ 217902 113957 23 04 39.5 -53 57 55 1.453 0.0570 -0.1062 0.120 152 K5III λ 209688 109111 22 06 06.8 -39 32 36 1.349 -0.0242 -0.1252 0.127 191 M0III µ1Α 211088 109908A 22 15 36.9 -41 20 48 0.790 0.0460 0.0205 0.050 66 G8III µ1Β — 109908B 22 15 36.9 -41 20 48 0.790 0.0460 0.0205 0.050 66 –

µ2 211202 109973 22 16 26.5 -41 37 39 0.930 -0.0136 -0.0095 0.017 235 G8III ν 212953 110936 22 28 39.1 -39 07 55 0.959 0.0372 -0.1607 0.165 167 G8III ξ 204783 106327 21 32 05.7 -41 10 46 1.109 0.0193 0.0107 0.022 61 K0III ο 220729 115713 23 26 36.4 -52 43 18 0.409 0.0332 0.1301 0.134 14 F4V π1 212087 110478 22 22 43.8 -45 56 52 2.231 0.0279 -0.0109 0.030 111 S5,7: (SRB)

π2 212132 110506 22 23 07.9 -45 55 42 0.372 0.2333 -0.0579 0.240 104 F3III-IV ρ 215104 112203 22 43 30.0 -41 24 52 1.027 0.0102 -0.0940 0.095 174 K0III σ1 214085 111594 22 36 29.2 -40 34 58 0.119 0.0462 -0.0722 0.086 147 A3Vn σ2Α 214150 111643A 22 36 58.7 -40 35 28 0.060 0.0452 -0.0697 0.083 147 A1V σ2Β 214150 111643B 22 36 58.5 -40 35 28 0.060 0.0452 -0.0697 0.083 147 –

τ1 216435 113044 22 53 37.8 -48 35 53 0.621 0.2167 -0.0815 0.232 111 G3IV τ2A 216655 113191A 22 55 16.0 -48 28 03 0.560 -0.2262 0.0605 0.234 285 G5 τ2B 216655 113191B 22 55 16.0 -48 28 03 0.560 -0.2217 0.0487 0.227 282 – τ2CD 216656 113190 22 55 16.0 -48 29 36 0.458 -0.2260 0.0557 0.233 284 F7V: τ3 216823 113307 22 56 47.7 -47 58 09 0.226 -0.0263 0.0018 0.026 274 Am

υΑ 218242 114132A 23 06 53.5 -38 53 32 0.006 0.0336 0.0058 0.034 80 A0V υΒ 218242 114132B 23 06 53.5 -38 53 33 0.006 0.0336 0.0058 0.034 80 – ϕ 219693 115054 23 18 09.8 -40 49 29 0.445 0.1275 -0.1224 0.177 134 F5V HdO 298 211415 110109 22 18 15.4 -53 37 40 0.614 0.4399 -0.6326 0.770 145 G1V - Gru 208321 108294 21 56 22.7 -37 15 13 0.084 -0.0252 -0.0096 0.027 249 A3V

- Gru 208737 108543 21 59 17.8 -38 23 43 0.996 0.0425 -0.0010 0.042 91 K1II-III - Gru 216149 112832 22 51 02.1 -39 09 25 1.444 0.0183 -0.0065 0.019 110 M0III

130 Grus

GRU m M π pc l.y. V RV L F mc Bin? ADS α 1.73 -0.73 0.0322″ 31 101 31 12 155 Rst 5483 β 2.07 -1.52 0.0192 52 170 34 2 318 γ 3.00 -0.97 0.0161 62 203 29 -2 192 δ1 3.97 -0.82 0.0110 91 296 12 5 167 I 1054 δ2 4.12 -0.87 0.0100 100 325 7 2 176 ∆ 239

ε 3.49 0.49 0.0252 40 130 24 0 50 ζ 4.11 1.42 0.0290 34 112 11 -1 21 η 4.84 -0.57 0.0083 121 394 35 28 133 Cruls ϑΑ 4.51 1.45 0.0245 41 133 14 10 21 4.28 Jc 20A ϑΒ 6.84 3.78 0.0245 41 133 10 - 2.4 Jc 20B

ι 3.88 0.11 0.0176 57 185 37 -4 71 κ 5.37 -0.02 0.0084 120 390 71 18 80 λ 4.47 0.07 0.0132 76 247 60 39 74 µ1Α 5.20 0.67 0.0124 80 262 20 -7 42 4.79 bin:A µ1Β 6.68 2.15 0.0124 80 262 19 - 11 bin:B

µ2 5.11 0.78 0.0136 73 240 14 13 38 ν 5.47 0.94 0.0124 81 262 64 11 33 See 473 ξ 5.29 -0.06 0.0085 118 383 15 -8 83 ο 5.53 3.01 0.0313 32 104 27 18 4.9 π1 6.42 0.50 0.0065 153 498 30 -20 50 I 135AB

π2 5.62 2.58 0.0246 41 132 50 20 7.3 I 382AB ρ 4.84 0.68 0.0147 68 222 42 29 42 I 1457 σ1 6.28 2.07 0.0144 69 226 28 1 12 σ2Α 5.91 1.77 0.0149 67 219 30 15 15 5.85 β 771Α σ2Β 10.04 5.90 0.0149 67 219 26 - 0.3 β 771Β

τ1 6.03 3.42 0.0300 33 109 37 -1 3.4 τ2A 7.79 4.46 0.0216 46 151 52 3 1.3 7.04 I 22A τ2B 8.03 4.70 0.0216 46 151 50 - 1.0 I 22B τ2CD 6.67 3.33 0.0215 47 152 52 6 3.7 I 22CD τ3 5.72 1.11 0.0120 83 272 10 - 28

υΑ 5.72 0.94 0.0111 90 294 22 16 33 5.62 β 773Α υΒ 8.37 3.59 0.0111 90 294 15 - 2.9 β 773Β ϕ 5.54 2.84 0.0289 35 113 32 14 5.7 HdO 298 5.36 4.69 0.0735 13.6 44.4 52 -14 1.0 HdO 298 - Gru 5.45 0.52 0.0104 97 315 31 28 49

- Gru 5.50 0.09 0.0083 121 393 26 -10 72 - Gru 5.43 -2.22 0.0030 339 1105 41 27 609

131 Hercules (I)

HER HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α1 156014 84345A 17h14m38.8s +14º23′25″ 1.164 -0.0067 0.0328 0.033 348º M5IIvar (SRC) α2 156015 84345B 17 14 39.1 +14 23 24 1.164 -0.0067 0.0328 0.033 348 G5III+F2V β 148856 80816 16 30 13.1 +21 29 22 0.947 -0.0984 -0.0145 0.099 262 G8III γ 147547 80170 16 21 55.1 +19 09 11 0.299 -0.0474 0.0446 0.065 313 A9III (SRD:) δ 156164 84379 17 15 01.8 +24 50 21 0.080 -0.0211 -0.1577 0.159 188 A3IVv SB

ε 153808 83207 17 00 17.3 +30 55 35 -0.018 -0.0477 0.0269 0.055 299 A0V ζΑ 150680 81693A 16 41 17.1 +31 36 10 0.650 -0.4626 0.3451 0.577 307 F9IV ζΒ 150680 81693B 16 41 17.0 +31 36 10 0.650 -0.4818 0.4563 0.664 313 G7V η 150997 81833 16 42 53.7 +38 55 20 0.916 0.0356 -0.0850 0.092 157 G8III-IV ϑ 163770 87808 17 56 15.1 +37 15 02 1.350 0.0027 0.0072 0.008 21 K1IIvar

ι 160762 86414 17 39 27.8 +46 00 23 -0.179 -0.0072 0.0040 0.008 299 B3V SB (SPB) κΑ 145001 79043 16 08 04.4 +17 02 49 0.931 -0.0343 -0.0055 0.035 261 G8III κΒ 145000 79045 16 08 04.8 +17 03 16 1.140 -0.0206 -0.0294 0.036 215 K1III λ 158899 85693 17 30 44.2 +26 06 38 1.434 0.0184 0.0168 0.025 48 K3IIIvar µ 161797 86974 17 46 27.5 +27 43 15 0.750 -0.2914 -0.7500 0.805 201 G5IV

νΑ 164136 87998A 17 58 30.1 +30 11 22 0.380 -0.0005 0.0032 0.003 352 F2II (SRD) νΒ — 87998B 17 58 30.1 +30 11 23 0.380 -0.0005 0.0032 0.003 352 – ξ 163993 87933 17 57 45.8 +29 14 52 0.935 0.0823 -0.0187 0.084 103 K0III (SR) ο 166014 88794 18 07 32.5 +28 45 45 -0.018 -0.0002 0.0075 0.008 359 B9.5V (GCAS) π 156283 84380 17 15 02.7 +36 48 33 1.437 -0.0274 0.0027 0.027 276 K3IIvar

ρΑ 157779 85112A 17 23 40.9 +37 08 45 -0.011 -0.0386 0.0092 0.040 283 B9.5III ρΒ 157778 85112B 17 23 40.6 +37 08 48 -0.011 -0.0386 0.0092 0.040 283 A0Vn σ 149630 81126 16 34 06.1 +42 26 13 -0.013 -0.0090 0.0598 0.060 351 B9Vvar τ 147394 79992 16 19 44.3 +46 18 48 -0.151 -0.0132 0.0393 0.041 342 B5IV υ 144206 78592 16 02 47.8 +46 02 12 -0.094 0.0560 -0.0613 0.083 138 B9III

ϕ 145389 79101 16 08 46.1 +44 56 06 -0.045 -0.0260 0.0359 0.044 324 B9pMn (ACV:) χ 142373 77760 15 52 40.4 +42 27 06 0.563 0.4390 0.6295 0.767 35 F9V ω 148112 80463 16 25 24.9 +14 02 00 0.002 0.0394 -0.0599 0.072 147 B9pCr (ACV) 2 Her 142780 77907 15 54 37.8 +43 08 18 1.645 -0.0333 0.0661 0.074 333 M3III 4 Her 142926 77986 15 55 30.5 +42 33 58 -0.102 -0.0233 0.0168 0.029 306 B9pe V839(BE)

5 Her 143666 78481 16 01 14.2 +17 49 06 0.992 -0.0461 0.1528 0.160 343 G8III 8 Her 145122 79102 16 08 46.6 +17 12 21 -0.003 -0.0191 -0.0307 0.036 212 A0Vnn 9 Her 145892 79488 16 13 15.4 +05 01 16 1.472 0.0363 -0.0051 0.037 98 K5III 10 Her 145713 79349 16 11 37.9 +23 29 41 1.519 -0.0212 -0.0117 0.024 241 M4IIIa LQ(LB:) 12 Her 146169 79608 16 14 42.3 +07 51 30 1.300 -0.0162 -0.0048 0.017 253 K0

13 Her 146279 79634 16 15 01.3 +11 29 24 0.331 0.0060 -0.0744 0.075 175 F0 14 Her 145675 79248 16 10 24.3 +43 49 03 0.877 0.1325 -0.2984 0.326 156 K0V 15 Her 146452 79704 16 15 59.9 +11 25 31 0.994 -0.0444 0.0448 0.063 315 K0 16 Her 146388 79666 16 15 28.6 +18 48 30 1.126 -0.0684 -0.0848 0.109 219 K3III 17 Her 146604 79724 16 16 16.7 +23 07 22 0.986 -0.0129 -0.0124 0.018 226 K0

18 Her 146915 79846 16 17 51.6 +23 36 26 1.468 0.0189 0.0365 0.041 27 K2 19 Her 147025 79889 16 18 23.6 +25 53 48 0.882 -0.0043 0.0005 0.004 276 G8III 21 Her 147869 80351 16 24 10.7 +06 56 54 0.018 0.0046 0.0147 0.015 17 A2pSr 25 Her 148283 80460 16 25 24.0 +37 23 39 0.174 0.0026 0.0002 0.003 86 A5V 26 Her 148616 80648 16 27 57.7 +32 41 58 1.070 -0.0184 -0.0031 0.019 260 K0

28 Her 149121 81007 16 32 35.6 +05 31 16 -0.044 0.0156 -0.0004 0.016 92 B9.5III 29 Her 149161 81008 16 32 36.2 +11 29 17 1.495 -0.1784 -0.0792 0.195 246 K4III 30 Her 148783 80704 16 28 38.4 +41 52 54 1.289 0.0292 -0.0055 0.030 101 M6III:var g(SRB) 31 Her 149141 80927 16 31 30.6 +33 30 49 0.103 -0.0254 -0.0104 0.027 248 A0 32 Her 149420 81066 16 33 29.1 +30 29 56 0.242 -0.0382 -0.0024 0.038 266 F0III

132 Hercules (I)

HER m M π pc l.y. V RV L F mc Bin? ADS α1 3.03 -2.32 0.0085″ 117 382 38 -33 664 64 2.78 Σ 2140 10418A α2 5.37 0.03 0.0085 117 382 41 -37 77 64 Σ 2140 10418B β 2.78 -0.50 0.0221 45 148 34 -25 125 27 β pm γ 3.74 -0.15 0.0167 60 195 40 -35 90 20 Sh 227 10022 (OPT) δ 3.12 1.21 0.0416 24 78 45 -41 26 65 Σ 3127 10424 (OPT)

ε 3.92 0.43 0.0200 50 163 28 -25 53 58 ζΑ 3.02 2.86 0.0926 10.8 35.2 76 -70 5.7 40 2.81 Σ 2084 10157A ζΒ 5.71 5.54 0.0926 10.8 35.2 34 - 0.5 40 Σ 2084 10157B η 3.48 0.80 0.0291 34 112 17 8 38 44 Σ 2093 (rej) ϑ 3.86 -2.70 0.0049 205 669 28 -27 948 91

ι 3.82 -2.09 0.0066 152 495 21 -20 539 85 β κΑ 5.00 -0.38 0.0084 119 388 22 -11 112 7 4.70 Σ 2010 9933A κΒ 6.25 0.45 0.0069 145 471 45 37 52 7 Σ 2010 9933B λ 4.41 -0.85 0.0089 113 367 29 -26 172 76 µ 3.42 3.80 0.1191 8.4 27.4 36 -16 2.4 86 Σ 2220 10786

νΑ 4.56 -2.38 0.0041 244 795 22 -22 703 94 4.41 bin:A νΒ 7.49 0.56 0.0041 244 795 4 - 47 94 bin:B ξ 3.70 0.61 0.0241 41 135 17 -1 45 92 ο 3.84 -1.30 0.0094 106 347 30 -29 260 103 π 3.16 -2.10 0.0089 112 367 30 -26 542 67

ρΑ 4.54 -0.91 0.0081 123 401 31 -21 182 75 4.15 Σ 2161 10526A ρΒ 5.47 0.02 0.0081 123 401 30 -19 77 75 Σ 2161 10526B σ 4.20 -0.63 0.0108 93 302 29 -11 141 35 τ 3.91 -1.01 0.0104 96 314 24 -14 200 22 β 1198 10010 υ 4.72 -0.59 0.0087 115 376 45 3 135 6

ϕ 4.23 0.00 0.0143 70 228 22 -16 79 11 χ 4.60 3.60 0.0631 16 52 80 -55 2.9 1 ω 4.57 0.28 0.0139 72 235 25 -6 61 24 β 625 10054AB 2 Her 5.35 -1.07 0.0052 192 626 68 -10 210 4 Her 5.73 -0.12 0.0068 148 482 26 -17 88

5 Her 5.10 0.22 0.0106 95 308 74 -19 64 8 Her 6.13 0.87 0.0089 113 367 26 -17 35 9 Her 5.46 -0.11 0.0077 130 424 23 -2 87 10 Her 5.74 -0.46 0.0058 174 566 32 -25 120 12 Her 6.59 0.12 0.0051 197 642 25 -20 71

13 Her 7.55 2.56 0.0100 100 325 35 - 7.5 14 Her 6.61 5.32 0.0551 18 59 29 -5 0.6 15 Her 7.26 -0.04 0.0035 288 939 90 -26 82 β pm 16 Her 5.72 0.79 0.0103 97 316 53 -18 38 17 Her 6.57 0.95 0.0075 133 434 18 14 33

18 Her 7.20 0.42 0.0044 227 739 44 - 53 19 Her 6.70 0.76 0.0065 154 502 10 -9 39 21 Her 5.83 0.73 0.0096 105 341 34 -33 40 25 Her 5.53 1.05 0.0127 79 256 1 -1 30 26 Her 6.87 0.92 0.0065 155 505 20 -15 34

28 Her 5.63 0.66 0.0101 99 322 28 -27 43 29 Her 4.84 -0.10 0.0103 97 317 90 3 86 30 Her 4.83 -0.39 0.0090 111 361 16 3 113 31 Her 7.09 1.62 0.0081 124 404 34 -30 18 32 Her 6.87 0.98 0.0066 151 492 31 -15 32 β 818 10116

133 Hercules (II)

HER HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

33 Her 149805 81354 16h36m51.7s +07º06′26″ 0.016 -0.0155 -0.0010 0.016 266º B9 Y (CST:) 34 Her 149081 80809 16 30 06.0 +48 57 39 0.026 -0.0484 -0.0565 0.074 221 A1V 36 Her 150379 81634 16 40 35.2 +04 12 26 0.136 0.0003 -0.0097 0.010 178 A3IV 37 Her 150378 81641 16 40 38.6 +04 13 11 -0.004 -0.0002 -0.0107 0.011 181 A1V 38 Her 150525 81717 16 41 30.2 +04 52 18 0.159 -0.0007 -0.0208 0.021 182 A0

39 Her 150682 81729 16 41 36.6 +26 55 01 0.402 0.0009 -0.0448 0.045 179 F2III 41 Her 151090 81991 16 44 59.9 +06 05 17 0.890 -0.2151 -0.2572 0.335 220 G5 42 Her 150450 81497 16 38 44.7 +48 55 42 1.562 -0.0481 0.0268 0.055 299 M2.5III 43 Her 151217 82073 16 45 49.8 +08 34 57 1.535 -0.0029 0.0157 0.016 350 K5III 45 Her 151525 82216 16 47 46.3 +05 14 48 -0.001 -0.0218 -0.0387 0.044 209 B9pCr V776(ACV:)

46AHer 151237 82000A 16 45 05.2 +28 21 29 0.541 -0.0104 0.0288 0.031 340 F8II 46BHer — 82000B 16 45 05.4 +28 21 24 0.540 -0.0104 0.0288 0.031 340 – 47 Her 151956 82402 16 50 19.3 +07 14 52 0.108 0.0518 -0.0090 0.053 100 A3m 48 Her 151937 82324 16 49 15.2 +29 57 53 1.211 -0.0626 0.0780 0.100 321 K1II-III 49 Her 152308 82526 16 52 04.9 +14 58 27 -0.033 0.0168 0.0056 0.018 72 B9.5pCr

50 Her 152173 82422 16 50 38.9 +29 48 24 1.626 -0.0055 -0.0030 0.006 242 M1III 51 Her 152326 82504 16 51 45.2 +24 39 23 1.246 0.0103 0.0055 0.012 62 K2II-III 52AHer 152107 82321A 16 49 14.1 +45 59 00 0.087 0.0228 -0.0514 0.056 156 A2pSrCrEu V637(ACV) 52BHer 152107 82321B 16 49 14.2 +45 59 02 0.087 0.0228 -0.0514 0.056 156 – 53 Her 152598 82587 16 52 57.9 +31 42 06 0.319 -0.0912 -0.0171 0.093 259 F1V 54 Her 152879 82802 16 55 22.1 +18 26 00 1.407 -0.1148 0.0119 0.115 276 K4III 56 Her 152863 82780 16 55 02.1 +25 43 50 0.921 0.0201 -0.0194 0.028 134 G5III 57 Her 153287 82987 16 57 31.0 +25 21 10 0.909 0.0081 0.0159 0.018 27 G5III: 59 Her 154029 83313 17 01 36.2 +33 34 06 0.028 0.0025 0.0003 0.002 84 A3IV 60 Her 154494 83613 17 05 22.6 +12 44 27 0.125 0.0506 -0.0110 0.052 102 A4IV 61 Her 154356 83462 17 03 30.2 +35 24 51 1.467 0.0290 -0.0432 0.052 146 M4III 62 Her 155104 83876 17 08 33.5 +24 29 11 0.128 0.0090 -0.0493 0.050 170 A0 63 Her 155514 84054 17 11 03.1 +24 14 15 0.227 -0.0117 0.0303 0.032 339 A8V V620(DSCTC) 68 Her 156633 84573 17 17 19.4 +33 06 00 -0.166 -0.0037 -0.0057 0.007 213 B1.5Vp u(EB) 69AHer 156729 84606A 17 17 40.2 +37 17 29 0.043 -0.0427 0.0638 0.077 326 A2V 69BHer — 84606B 17 17 40.2 +37 17 28 0.043 -0.0427 0.0638 0.077 326 – 70 Her 157198 84887 17 20 54.1 +24 29 58 0.000 -0.0194 -0.0019 0.019 264 A2V 72 Her 157214 84862 17 20 39.5 +32 28 04 0.619 0.1354 -1.0406 1.049 173 G0V 73 Her 157728 85157 17 24 06.5 +22 57 37 0.229 -0.0435 -0.0368 0.057 230 F0IV 74 Her 157325 84835 17 20 21.0 +46 14 27 1.586 -0.0298 0.0409 0.051 324 M0III

77 Her 158414 85379 17 26 44.1 +48 15 36 0.121 0.0002 -0.0030 0.003 176 A4V 78 Her 159139 85790 17 31 49.5 +28 24 27 -0.001 0.0075 0.0256 0.027 16 A1V 79 Her 160181 86254 17 37 31.0 +24 18 36 0.114 -0.0062 0.0093 0.011 326 A2Vn 82 Her 160290 86182 17 36 37.5 +48 35 08 1.142 0.0318 0.0641 0.072 26 K1III 83 Her 161074 86667 17 42 28.3 +24 33 50 1.436 -0.0552 -0.1038 0.118 208 K4III

84 Her 161239 86731 17 43 21.5 +24 19 40 0.683 -0.1167 0.0723 0.137 302 G2IIIb 87 Her 162211 87194 17 48 49.0 +25 37 22 1.141 -0.0037 -0.0385 0.039 185 K2III 88 Her 162732 87280 17 50 03.3 +48 23 39 -0.109 0.0008 0.0132 0.013 3 Bep,shell V744(GCAS) 89 Her 163506 87747 17 55 25.1 +26 03 00 0.341 0.0044 0.0050 0.007 41 F2Iavar V441(SR) 90AHer 163217 87563A 17 53 17.9 +40 00 29 1.166 0.0079 0.0504 0.051 9 K2II-III

90BHer 163217 87563B 17 53 18.1 +40 00 28 1.166 0.0079 0.0504 0.051 9 – 93 Her 164349 88128 18 00 03.3 +16 45 03 1.254 -0.0075 -0.0106 0.013 215 K0II-III 95AHer 164669 88267A 18 01 30.3 +21 35 44 0.950 0.0076 0.0388 0.040 11 A5IIIn 95BHer 164668 88267B 18 01 29.8 +21 35 43 0.950 0.0076 0.0388 0.040 11 G8III 96 Her 164852 88331 18 02 23.0 +20 50 01 -0.100 -0.0019 -0.0069 0.007 195 B3IV V820(UNK)

134 Hercules (II)

HER m M π pc l.y. V RV L F mc Bin? ADS 33 Her 7.29 0.85 0.0052″ 194 632 14 - 36 34 Her 6.44 1.21 0.0090 111 362 40 -8 26 36 Her 6.92 2.07 0.0107 93 304 28 -28 12 Σ Ι 31 10149B 37 Her 5.77 0.93 0.0108 93 303 28 -28 33 5.45 Σ Ι 31 10149A 38 Her 6.96 1.47 0.0080 125 408 13 2 20

39 Her 5.92 2.76 0.0234 43 140 15 -12 6.2 41 Her 6.55 3.17 0.0211 47 155 76 -6 4.3 ΟΣ 42 Her 4.86 -0.45 0.0087 115 376 63 -55 119 Σ 2082 10144 (OPT) 43 Her 5.15 -0.01 0.0093 108 351 23 -21 79 Sh 239 45 Her 5.22 -0.53 0.0071 141 460 34 -16 128 β pm

46AHer 7.42 0.53 0.0042 239 780 58 -46 48 7.14 Σ 2095 10194A 46BHer 9.36 2.46 0.0042 239 780 35 - 8.2 Σ 2095 10194B 47 Her 5.48 1.67 0.0173 58 188 15 -4 17 48 Her 6.59 -0.75 0.0034 294 959 146 -43 157 49 Her 6.51 0.80 0.0072 139 452 26 -23 38

50 Her 5.73 -1.53 0.0035 283 924 13 -10 322 51 Her 5.03 -1.80 0.0043 233 758 21 -16 414 52AHer 4.87 1.22 0.0186 54 175 14 -1 26 4.82 β 627 10227A 52BHer 8.85 5.20 0.0186 54 175 14 - 0.7 β 627 10227B 53 Her 5.34 2.95 0.0333 30 98 26 -22 5.2 β 54 Her 5.35 0.17 0.0092 109 355 61 12 68 β 954 10262AB 56 Her 6.06 0.33 0.0071 140 457 19 1 58 Σ 2110 10259 57 Her 6.27 0.11 0.0059 170 555 17 9 71 59 Her 5.27 0.49 0.0111 90 295 12 -12 50 60 Her 4.89 1.67 0.0227 44 144 12 -4 17 H V 133 10334 61 Her 6.19 -0.45 0.0047 213 694 54 -12 119 62 Her 6.84 1.59 0.0089 112 366 34 21 18 63 Her 6.20 1.49 0.0114 88 286 14 -2 20 68 Her 4.80 -2.32 0.0038 265 865 23 -21 666 ΟΣ 328 10449AB 69AHer 4.66 0.97 0.0183 55 178 22 -10 32 4.64 bin:A 69BHer 8.68 4.99 0.0183 55 178 20 - 0.8 bin:B 70 Her 5.13 -0.63 0.0071 142 462 22 -18 140 S 687 72 Her 5.38 4.59 0.0695 14.4 46.9 107 -78 1.1 Dorpat 544 10488 73 Her 5.70 2.54 0.0234 43 139 23 -20 7.6 74 Her 5.51 -0.73 0.0057 177 576 71 -57 154

77 Her 5.83 0.58 0.0089 112 365 9 -9 46 78 Her 5.66 1.03 0.0119 84 275 28 -26 30 79 Her 5.76 1.43 0.0136 74 240 6 -4 21 82 Her 5.35 0.33 0.0099 101 329 45 29 58 83 Her 5.56 0.31 0.0089 112 365 68 -27 59 β pm

84 Her 5.73 2.82 0.0261 38 125 36 -26 5.9 87 Her 5.09 1.10 0.0159 63 205 28 -25 29 88 Her 6.78 -1.05 0.0027 368 1199 28 -16 206 89 Her 5.47 -4.49 0.0010 980 3196 42 -29 4907 90AHer 5.36 0.12 0.0090 111 363 44 -35 71 5.17 β 130 10875A

90BHer 8.90 3.67 0.0090 111 363 27 - 2.7 β 130 10875B 93 Her 4.67 -1.85 0.0050 201 656 27 -24 432 95AHer 4.93 -0.87 0.0069 144 470 40 -30 175 4.26 Σ 2264 10993A 95BHer 5.31 -0.49 0.0069 144 470 41 -31 123 Σ 2264 10993B 96 Her 5.25 -2.24 0.0032 315 1028 18 -15 622

135 Hercules (III)

HER HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

97 Her 164900 88346 18h02m30.1s +22º55′23″ -0.092 -0.0030 -0.0055 0.006 209º B3Vn 98 Her 165625 88657 18 06 01.8 +22 13 08 1.656 -0.0133 -0.0053 0.014 248 M3IIIa 99AHer 165908 88745A 18 07 01.3 +30 33 43 0.528 -0.1009 0.1117 0.151 318 F7V 99BHer 165908 88745B 18 07 01.3 +30 33 44 0.528 -0.0690 0.0481 0.084 305 – 100AHer 166045 88818 18 07 49.4 +26 05 51 0.158 -0.0019 0.0244 0.024 355 A3V

100BHer 166046 88817 18 07 49.4 +26 06 05 0.127 -0.0105 0.0298 0.032 341 A3V 101 Her 166230 88899 18 08 52.9 +20 02 43 0.176 0.0085 -0.0211 0.023 158 A8III 102 Her 166182 88886 18 08 45.4 +20 48 52 -0.164 -0.0027 -0.0062 0.007 204 B2IV 104 Her 167006 89172 18 11 54.1 +31 24 19 1.643 -0.0145 0.0252 0.029 330 M3III V669(I) 105 Her 168532 89773 18 19 10.6 +24 26 45 1.508 0.0084 0.0054 0.010 57 K4II SB

106 Her 168720 89861 18 20 17.8 +21 57 41 1.594 0.0175 -0.0593 0.062 164 M1III 107 Her 168914 89935 18 21 00.9 +28 52 12 0.212 0.0040 0.0488 0.049 5 A7V 108 Her 168913 89925 18 20 57.0 +29 51 32 0.231 0.0007 0.0541 0.054 1 A5m 109 Her 169414 90139 18 23 41.8 +21 46 11 1.168 0.1955 -0.2429 0.312 141 K2III 110 Her 173667 92043 18 45 39.6 +20 32 47 0.483 -0.0093 -0.3357 0.336 182 F6V

111 Her 173880 92161 18 47 01.2 +18 10 53 0.148 0.0837 0.1190 0.146 35 A5III 112 Her 174933 92614 18 52 16.3 +21 25 31 -0.068 -0.0073 -0.0101 0.012 216 B9pHg 113 Her 175492 92818 18 54 44.8 +22 38 43 0.782 0.0064 0.0010 0.006 81 G4III+A2V c Her 155103 83838 17 08 01.9 +35 56 07 0.309 -0.0243 -0.0171 0.030 235 A5m s Her 148897 80843 16 30 33.5 +20 28 45 1.274 -0.0895 -0.0649 0.111 234 G8p

Kui 72 147365 80008 16 19 55.1 +39 42 31 0.410 -0.1294 -0.0025 0.129 269 F3IV-V Σ 2319Α 170267 90479A 18 27 43.8 +19 17 45 0.548 0.0239 0.0216 0.032 48 F5 Σ 2319Β 170267 90479B 18 27 43.8 +19 17 40 0.548 0.0239 0.0216 0.032 48 – S Her 152276 82516 16 51 53.7 +14 56 29 1.522 0.0139 0.0084 0.016 59 M4Se-M7.5Se (M) SS Her — 81026 16 32 55.6 +06 51 30 1.294 -0.0034 -0.0083 0.009 202 M0e-M5e (M)

AC Her 170756 90697 18 30 16.2 +21 52 01 0.727 -0.0034 0.0014 0.004 292 F4Ibpvar (RVA) IQ Her 168198 89669 18 17 54.8 +17 58 52 1.327 0.0136 0.0355 0.038 21 M4 (SRB) NQ Her 166801 89141 18 11 33.7 +18 19 27 0.024 -0.0025 -0.0075 0.008 199 A0 (CST:) V636 151732 82172 16 47 19.6 +42 14 20 1.504 0.0023 -0.0253 0.025 175 M4IIIa (L) V640 157967 85302 17 25 54.3 +16 55 02 1.528 -0.0140 0.0164 0.022 320 M4III (SR)

V656 157049 84833 17 20 18.8 +18 03 25 1.654 0.0090 -0.0557 0.056 171 M2III (LB:) V819 157482 84949 17 21 43.5 +39 58 28 0.667 0.0057 -0.0656 0.066 175 F9Vn (EA) - Her 154143 83430 17 03 07.8 +14 05 31 1.600 0.0260 -0.0632 0.068 158 M3III - Her 152815 82764 16 54 55.1 +20 57 31 0.966 0.0563 0.0015 0.056 88 G8III - Her 155410 83947 17 09 33.1 +40 46 37 1.275 -0.0438 0.0074 0.044 280 K3III

- Her 157087 84821 17 20 09.8 +25 32 15 0.063 0.0131 -0.0169 0.021 142 A3III - Her 166208 88788 18 07 28.7 +43 27 42 0.913 0.0019 -0.0580 0.058 178 G8IIIp: - Her 166229 88836 18 08 02.1 +36 24 05 1.161 -0.0950 -0.1861 0.209 207 K2III - Her 169110 90023 18 22 08.6 +23 17 06 1.633 0.0116 0.0779 0.079 8 K5III - Her 169191 90067 18 22 48.9 +17 49 36 1.250 0.0725 0.0161 0.074 78 K3III

136 Hercules (III)

HER m M π pc l.y. V RV L F mc Bin? ADS 97 Her 6.22 -0.36 0.0048″ 207 675 37 -36 110 98 Her 4.96 -1.42 0.0053 189 615 24 -20 291 99AHer 5.20 4.22 0.0639 16 51 11 1 1.6 5.05 AC I5 11077A 99BHer 8.94 7.97 0.0639 16 51 6 - 0.1 AC I5 11077B 100AHer 5.83 1.60 0.0143 70 228 17 -15 18 5.06 Σ 2280 11089A

100BHer 5.79 2.26 0.0197 51 166 19 -17 10 Σ 2280 11089B 101 Her 5.10 0.13 0.0102 98 321 19 -16 70 102 Her 4.37 -3.98 0.0021 467 1523 21 -15 3070 AGC 8 11102 104 Her 4.96 -1.37 0.0054 185 601 25 0 278 105 Her 5.30 -2.67 0.0026 392 1278 23 -14 918

106 Her 4.92 -0.66 0.0077 131 426 51 -33 144 107 Her 5.12 0.48 0.0118 85 277 36 -30 51 108 Her 5.61 1.81 0.0174 58 188 25 -20 15 109 Her 3.85 0.87 0.0254 39 128 82 -57 35 β pm 110 Her 4.19 2.79 0.0524 19 62 39 24 6.1 h 2839 11658

111 Her 4.34 2.07 0.0352 28 93 49 -45 12 β pm 112 Her 5.43 -0.31 0.0071 141 459 22 -20 105 113 Her 4.57 -1.30 0.0067 149 486 24 -24 260 β 646 11820 c Her 5.41 1.75 0.0186 54 176 31 -30 16 Hu 1176 10360AB s Her 5.24 -1.59 0.0043 233 758 123 19 341

Kui 72 5.48 3.34 0.0373 27 87 33 -29 3.6 Kui 72AB Σ 2319Α 8.30 2.46 0.0068 147 481 23 - 8.2 7.52 Σ 2319 11372A Σ 2319Β 8.49 2.64 0.0068 147 481 23 - 6.9 Σ 2319 11372B S Her 6.40 -5.48 0.0004 2381 7762 183 -10 12289 SS Her 11.46 -1.01 0.0003 3125 10187 132 - 200

AC Her 7.57 -3.20 0.0007 1429 4657 39 -30 1506 IQ Her 7.40 0.31 0.0038 262 853 100 -88 59 NQ Her 8.39 1.27 0.0038 265 865 10 - 24 V636 5.86 -0.93 0.0044 228 743 28 -7 185 V640 6.09 -0.42 0.0050 200 652 23 -10 115 Kui 81

V656 5.01 -0.80 0.0069 145 472 60 -46 164 V819 5.55 1.51 0.0155 64 210 20 3 20 - Her 4.97 -0.52 0.0080 125 409 59 43 127 - Her 5.39 0.93 0.0128 78 255 21 -3 34 - Her 5.07 0.42 0.0117 85 278 59 -56 54

- Her 5.36 -0.58 0.0065 154 502 16 -5 134 - Her 5.00 -0.23 0.0090 111 363 35 -16 98 - Her 5.49 1.46 0.0157 64 208 64 -7 20 - Her 5.41 -1.17 0.0048 207 676 97 -58 232 - Her 5.25 -0.38 0.0075 134 436 51 -19 112

137 Horologium

HOR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 26967 19747 04h14m00.1s -42º17′40″ 1.085 0.0419 -0.2037 0.208 168º K1III β 18866 13884 02 58 47.8 -64 04 16 0.126 0.0230 0.0054 0.024 77 A5III γ 17504 12871 02 45 27.5 -63 42 16 0.932 0.0194 -0.0088 0.021 114 G8III-IV δΑ 26612 19515A 04 10 50.5 -41 59 37 0.334 0.1991 0.0691 0.211 71 A9V δΒ — 19515B 04 10 50.5 -41 59 37 0.334 0.1991 0.0691 0.211 71 –

ζ 16920 12484 02 40 39.6 -54 33 00 0.411 0.0328 0.0052 0.033 81 F4IV η 16555 12225 02 37 24.2 -52 32 36 0.289 0.1113 0.0011 0.111 89 A6V ι 17051 12653 02 42 33.4 -50 48 01 0.561 0.3337 0.2192 0.399 57 G3IV λ 15233 11258 02 24 53.9 -60 18 43 0.395 -0.0711 -0.1310 0.149 208 F2III µ 19319 14240 03 03 36.8 -59 44 16 0.349 -0.0728 -0.0639 0.097 229 F0IV

ν 17848 13141 02 49 01.5 -62 48 24 0.101 0.0945 0.0290 0.099 73 A2V h 3643 27588 20161 04 19 16.6 -44 16 06 1.066 0.0631 -0.0366 0.073 120 K2III R Hor 18242 13502 02 53 52.8 -49 53 25 1.044 0.1312 0.0357 0.136 75 M7e (M) TU Hor 21981 16339 03 30 37.0 -47 22 31 0.116 0.0646 0.0200 0.068 73 A2V (ELL) TW Hor 20234 14930 03 12 33.1 -57 19 18 2.419 0.0187 0.0136 0.023 54 C5II (SRB)

138 Horologium

HOR m M π pc l.y. V RV L F mc Bin? ADS α 3.85 1.07 0.0279″ 36 117 42 22 29 β 4.98 0.07 0.0104 96 313 26 24 74 γ 5.73 2.03 0.0182 55 179 12 -11 12 HdO δΑ 5.15 1.50 0.0186 54 175 65 37 20 4.93 bin:A δΒ 7.29 3.64 0.0186 54 175 54 - 2.8 bin:B

ζ 5.21 1.77 0.0205 49 159 8 -1 15 η 5.30 2.06 0.0225 44 145 24 -3 12 ι 5.40 4.22 0.0580 17 56 36 16 1.6 λ 5.36 1.91 0.0204 49 160 35 6 14 µ 5.12 1.99 0.0237 42 138 26 17 13

ν 5.25 1.73 0.0197 51 165 39 31 16 h 3643 5.33 1.08 0.0141 71 231 34 24 29 h 3643 R Hor 4.70 -2.74 0.0033 308 1003 207 60 982 TU Hor 5.98 0.70 0.0088 114 370 38 -12 41 TW Hor 5.71 -2.32 0.0025 403 1315 46 14 665

139 Hydra (I)

HYA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 81797 46390 09h27m35.2s - 08º39′31″ 1.440 -0.0145 0.0333 0.036 336º K3III βΑ 103192 57936A 11 52 54.5 - 33 54 28 -0.100 -0.0580 0.0024 0.058 272 ApSi (ACV) βΒ 103192 57936B 11 52 54.5 - 33 54 27 -0.100 -0.0527 -0.0089 0.053 260 – γ 115659 64962 13 18 55.2 - 23 10 18 0.920 0.0684 -0.0411 0.080 121 G8IIIvar δ 73262 42313 08 37 39.3 +05 42 13 0.003 -0.0703 -0.0070 0.071 264 A1Vnn

εA 74874 43109A 08 46 46.5 +06 25 08 0.685 -0.2310 -0.0402 0.235 260 G5III (BY) εB 74874 43109B 08 46 46.5 +06 25 08 0.685 -0.2310 -0.0402 0.235 260 A8IV εC 74874 43109C 08 46 46.4 +06 25 09 0.685 -0.2620 0.0140 0.262 273 F5 ζ 76294 43813 08 55 23.6 +05 56 44 0.978 -0.0998 0.0147 0.101 278 G8III-IV η 74280 42799 08 43 13.4 +03 23 55 -0.192 -0.0191 -0.0013 0.019 266 B3V (BCEP)

ϑ 79469 45336 09 14 21.8 +02 18 51 -0.060 0.1126 -0.3061 0.326 160 B9.5V ι 83618 47431 09 39 51.3 - 01 08 34 1.313 0.0478 -0.0629 0.079 143 K3IIIvar κ 83754 47452 09 40 18.3 - 14 19 56 -0.149 -0.0263 -0.0193 0.033 234 B5V λ 88284 49841 10 10 35.2 - 12 21 15 1.007 -0.2003 -0.1003 0.224 243 K0III µ 90432 51069 10 26 05.4 - 16 50 11 1.456 -0.1285 -0.0801 0.151 238 K7III

ν 93813 52943 10 49 37.4 - 16 11 37 1.232 0.0928 0.1990 0.220 25 K2III ξ 100407 56343 11 33 00.1 - 31 51 27 0.947 -0.2091 -0.0416 0.213 259 G4III ο 101431 56922 11 40 12.7 - 34 44 41 -0.070 -0.0440 -0.0018 0.044 268 B9V π 123123 68895 14 06 22.2 - 26 40 56 1.091 0.0431 -0.1408 0.147 163 K2III ρ 75137 43234 08 48 25.9 +05 50 16 -0.044 -0.0175 -0.0298 0.035 210 A0Vn

σ 73471 42402 08 38 45.4 +03 20 29 1.216 -0.0190 -0.0163 0.025 229 K2III τ1 81997 46509 09 29 08.8 - 02 46 08 0.411 0.1009 -0.0032 0.101 92 F6V τ2 82446 46776 09 31 58.9 - 01 11 05 0.109 -0.0114 -0.0039 0.012 251 A3V υ1 85444 48356 09 51 28.6 - 14 50 48 0.918 0.0187 -0.0219 0.029 140 G8III υ2 87504 49402 10 05 07.4 - 13 03 53 -0.087 -0.0375 0.0199 0.042 298 B9III-IV

ϕ1 92214 52085 10 38 34.9 - 16 52 36 0.922 -0.0986 0.0268 0.102 285 K0III ϕ2 91880 51905 10 36 16.6 - 16 20 40 1.638 -0.0304 0.0029 0.031 275 M1III χ1 96202 54204 11 05 19.9 - 27 17 36 0.369 -0.1907 -0.0069 0.191 268 F3IV-V χ2 96314 54255 11 05 57.5 - 27 17 16 -0.007 0.0344 -0.0171 0.038 116 B8V (EB) ψ 114149 64166 13 09 03.2 - 23 07 05 1.048 -0.0200 -0.0399 0.045 207 K1III

ω 77996 44659 09 05 58.3 +05 05 32 1.189 -0.0190 -0.0110 0.022 240 K2II-III 1 Hya 70958 41211 08 24 35.0 - 03 45 04 0.478 -0.2110 -0.0258 0.213 263 F3V 2 Hya 71297 41375 08 26 27.1 - 03 59 15 0.218 -0.0343 -0.0738 0.081 205 A5III-IV LM(DSCT) 3 Hya 72968 42146 08 35 28.1 - 07 58 56 -0.004 -0.0220 0.0161 0.027 306 A1pSrCrEu HV(ACV) 6 Hya 73840 42509 08 40 01.4 - 12 28 32 1.415 -0.0799 0.0009 0.080 271 K4III

9 Hya 74137 42662 08 41 43.2 - 15 56 36 1.063 0.0035 -0.0968 0.097 178 G8III 10 Hya 74591 42931 08 45 01.3 +05 40 51 0.200 0.0025 -0.0038 0.005 146 A6V 12 Hya 74918 43067 08 46 22.5 - 13 32 52 0.900 0.0176 -0.0062 0.019 109 G8III 14 Hya 75333 43305 08 49 21.7 - 03 26 35 -0.080 -0.0196 -0.0217 0.029 222 B9pHgMn KX(ACV) 15AHya 75737 43496A 08 51 34.4 - 07 10 38 0.150 -0.0488 -0.0053 0.049 264 A4m

15BHya 75737 43496B 08 51 34.5 - 07 10 39 0.150 -0.0488 -0.0053 0.049 264 – 17AHya 76370 43822A 08 55 29.5 - 07 58 16 0.220 0.0077 -0.0263 0.027 164 A2m 17BHya 76369 43822B 08 55 29.5 - 07 58 13 0.220 0.0077 -0.0263 0.027 164 A7m 19AHya 78556 44883A 09 08 42.1 - 08 35 23 -0.057 -0.0212 -0.0044 0.022 258 B9.5III 19BHya 78556 44883B 09 08 42.0 - 08 35 23 -0.057 -0.0212 -0.0044 0.022 258 –

20 Hya 78732 44961 09 09 35.5 - 08 47 16 1.002 -0.0178 -0.0071 0.019 248 G8II 21 Hya 79193 45184 09 12 26.0 - 07 06 35 0.232 -0.0198 0.0216 0.029 317 A3III+A0V: KW(E) 23 Hya 79910 45527 09 16 41.6 - 06 21 11 1.172 0.0249 0.0043 0.025 80 K2III 24 Hya 79931 45526 09 16 41.3 - 08 44 41 -0.081 -0.0159 0.0000 0.016 270 B9III 25 Hya 80105 45588 09 17 29.2 - 11 57 43 1.033 -0.0325 -0.0421 0.053 218 K0

140 Hydra (I)

HYA m M π pc l.y. V RV L F mc Bin? ADS α 1.99 -1.69 0.0184″ 54 177 10 -4 372 30 H VI 111 βΑ 4.64 -0.60 0.0089 112 365 31 -1 137 [-] 4.29 h 4478A βΒ 5.55 0.30 0.0089 112 365 28 - 60 [-] h 4478B γ 2.99 -0.05 0.0247 41 132 16 -5 82 46 Smyth δ 4.14 0.44 0.0182 55 179 21 11 52 4 β pm

εA 3.75 0.66 0.0241 41 135 58 36 43 11 3.38 Σ 1273 6993A εB 4.70 1.61 0.0241 41 135 46 0 18 11 Σ 1273 6993B εC 6.67 3.58 0.0241 41 135 52 0 2.9 11 Σ 1273 6993C ζ 3.11 -0.21 0.0216 46 151 32 23 96 16 η 4.30 -1.48 0.0070 143 466 25 21 307 7

ϑ 3.89 0.91 0.0253 39 129 62 -10 34 22 h 2489 7253 (OPT) ι 3.90 -0.74 0.0118 85 276 39 23 155 35 κ 5.07 -0.92 0.0063 158 515 30 18 184 38 λ 3.61 0.88 0.0284 35 115 42 19 35 41 β 593 7671 µ 3.83 -0.58 0.0131 76 248 68 40 134 42

ν 3.11 -0.03 0.0235 42 138 44 -1 81 [-] ξ 3.54 0.55 0.0252 40 129 40 -5 47 [-] h 4449 ο 4.70 -1.21 0.0066 152 495 32 6 239 [-] π 3.25 0.79 0.0322 31 101 35 27 38 49 ρ 4.35 -0.72 0.0097 103 337 37 33 153 13 AGC 3 7006

σ 4.45 -0.72 0.0093 108 352 28 25 153 5 τ1 4.59 3.43 0.0585 17 56 13 10 3.4 31 h 1167 τ2 4.54 -1.20 0.0071 141 459 10 6 238 32 υ1 4.11 -0.51 0.0119 84 273 18 -14 126 39 υ2 4.60 -0.05 0.0118 85 277 33 28 82 40

ϕ1 4.91 0.72 0.0145 69 225 38 18 41 [-] ϕ2 6.01 -1.35 0.0034 297 967 46 16 273 [-] β 1075 7847AB χ1 4.92 1.73 0.0230 44 142 43 17 16 [-] φ 47AB χ2 5.69 -1.26 0.0041 245 799 45 6 250 [-] ψ 4.94 0.69 0.0141 71 231 24 -19 42 45

ω 4.99 -2.86 0.0027 372 1212 46 25 1098 18 1 Hya 5.61 3.44 0.0368 27 89 77 72 3.3 2 Hya 5.60 1.97 0.0188 53 173 34 27 13 H VI 118 3 Hya 5.72 1.14 0.0122 82 268 26 24 27 6 Hya 4.98 -0.57 0.0078 129 419 50 -11 132

9 Hya 4.87 0.89 0.0160 63 204 29 -2 35 h 4124 6937 10 Hya 6.13 2.12 0.0158 63 207 9 -9 11 12 Hya 4.32 0.11 0.0144 70 227 10 -8 71 Rst 5507 14 Hya 5.30 -0.34 0.0075 134 438 38 33 108 15AHya 5.79 -0.08 0.0067 150 488 51 37 85 5.55 β 587 7050A

15BHya 7.48 1.60 0.0067 150 488 35 - 18 β 587 7050B 17AHya 6.78 1.84 0.0102 98 318 16 -10 15 6.07 Σ 1295 7093A 17BHya 7.04 2.09 0.0102 98 318 24 -20 11 Σ 1295 7093B 19AHya 5.61 -1.59 0.0036 275 898 36 23 340 5.60 Kui 38A 19BHya 9.69 2.49 0.0036 275 898 28 0 8.0 Kui 38B

20 Hya 5.47 -1.00 0.0051 197 642 32 26 198 21 Hya 6.10 1.51 0.0121 83 269 12 -4 20 23 Hya 5.24 0.58 0.0117 85 279 13 -8 46 Kui 40AB 24 Hya 5.49 -1.14 0.0047 211 689 19 10 224 25 Hya 7.07 1.50 0.0077 130 424 34 10 20

141 Hydra (II)

HYA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

26 Hya 80499 45751 09h19m46.3s -11º58′30″ 0.927 -0.0279 0.0122 0.030 294º G8III 27AHya 80586 45811 09 20 29.0 -09 33 21 0.913 -0.0134 -0.0268 0.030 207 F5Vcomp 27BHya 80550 45802B 09 20 20.9 -09 33 37 0.390 -0.0146 -0.0300 0.033 206 F4V 27CHya 80550 45802C 09 20 20.7 -09 33 44 0.390 -0.0146 -0.0300 0.033 206 – 28 Hya 81420 46221 09 25 24.0 -05 07 03 1.523 -0.0117 -0.0061 0.013 242 K5III 29AHya 81728 46365A 09 27 14.5 -09 13 25 0.053 -0.0171 -0.0039 0.018 257 A2V 29BHya 81728 46365B 09 27 14.4 -09 13 26 0.053 -0.0171 -0.0039 0.018 257 – 33 Hya 82870 46982 09 34 32.6 -05 54 53 1.159 0.0108 -0.0583 0.059 170 K1III 34 Hya 83373 47249 09 37 51.5 -09 25 28 -0.040 -0.0617 0.0077 0.062 277 A1V 37AHya 83650 47427A 09 39 47.4 -10 34 13 -0.029 -0.0205 0.0061 0.021 286 A0Vn 37BHya — 47427B 09 39 47.4 -10 34 13 -0.029 -0.0205 0.0061 0.021 286 – 43 Hya 91369 51614 10 32 41.2 -16 57 32 0.618 -0.0198 -0.0870 0.089 193 G2V 44 Hya 91550 51718 10 34 00.8 -23 44 32 1.596 -0.0104 0.0212 0.024 334 K4III 47 Hya 121847 68269 13 58 31.1 -24 58 20 -0.086 -0.0499 -0.0293 0.058 240 B8V 48 Hya 122066 68390 14 00 00.0 -25 00 37 0.480 -0.1941 -0.0918 0.215 245 F7V 50 Hya 124206 69415 14 12 45.9 -27 15 40 1.130 -0.0134 -0.0355 0.038 201 K2III 51 Hya 125932 70306 14 23 05.7 -27 45 14 1.300 -0.2016 -0.1166 0.233 240 K3III 52 Hya 126769 70753 14 28 10.3 -29 29 30 -0.074 -0.0249 -0.0238 0.034 226 B7/B8V 54AHya 129926 72197A 14 46 00.0 -25 26 35 0.315 -0.1515 -0.1091 0.187 234 F2III-IV 54BHya 129926 72197B 14 46 00.5 -25 26 40 0.315 -0.1515 -0.1091 0.187 234 F9 55 Hya 130158 72323 14 47 22.5 -25 37 28 -0.043 -0.0078 -0.0139 0.016 210 A0p 56 Hya 130259 72357 14 47 44.7 -26 05 15 0.938 0.0369 -0.0084 0.038 103 G5III 57 Hya 130274 72378 14 47 57.4 -26 38 46 -0.007 -0.0107 -0.0088 0.014 230 B9.5V 58 Hya 130694 72571 14 50 17.2 -27 57 37 1.366 -0.2374 -0.0624 0.245 255 K3III 59 Hya 132219 73284 14 58 39.2 -27 39 26 0.262 -0.0476 -0.0086 0.048 260 A6IV 60 Hya 132851 73566 15 02 06.4 -28 03 38 0.164 0.0842 -0.0341 0.091 112 A4IV B 230 109799 61621 12 37 42.2 -27 08 20 0.334 0.0795 -0.0942 0.123 140 F0V B 2530A 81809 46404A 09 27 46.7 -06 04 16 0.642 -0.2328 -0.0652 0.242 254 G2V B 2530B 81809 46404B 09 27 46.7 -06 04 16 0.642 -0.2230 -0.0912 0.241 248 – β 411Α 91881 51885A 10 36 04.5 -26 40 30 0.475 0.0021 -0.0795 0.080 178 F5V

β 411Β 91881 51885B 10 36 04.4 -26 40 29 0.500 -0.0111 -0.0824 0.083 188 – h 4465 101666 57047 11 41 43.9 -32 29 59 1.475 -0.0055 -0.0334 0.034 189 K5III Σ 1473Α 93527 52792 10 47 36.4 -15 37 36 0.503 -0.1180 -0.0429 0.126 250 F7II-III Σ 1473Β — 52793 10 47 36.8 -15 37 06 0.503 -0.1207 -0.0472 0.130 249 – Σ 1474 93526 52795 10 47 37.9 -15 15 44 -0.019 -0.0002 -0.0109 0.011 181 A0III

C Hya 71155 41307 08 25 39.6 -03 54 23 -0.012 -0.0661 -0.0242 0.070 250 A0V F Hya 74395 42835 08 43 40.4 -07 14 01 0.840 -0.0117 -0.0011 0.012 265 G2Ib G Hya 81799 46371 09 27 18.3 -22 20 38 1.154 0.1717 -0.1502 0.228 131 K1III I Hya 83953 47522 09 41 16.9 -23 35 30 -0.117 -0.0291 0.0030 0.029 276 B6Ve NAHya 100287 56280A 11 32 16.4 -29 15 40 0.540 -0.0203 0.1442 0.146 352 F3/F5

NBHya 100286 56280B 11 32 16.1 -29 15 49 0.540 -0.0232 0.1383 0.140 350 F3/F5 b1Hya 93397 52737 10 46 51.9 -17 17 48 0.112 -0.0160 -0.0179 0.024 222 A3V b3Hya 94388 53252 10 53 29.4 -20 08 20 0.480 0.0805 -0.2391 0.252 161 F6V R Hya 117287 65835 13 29 42.7 -23 16 52 1.317 -0.0607 0.0110 0.062 280 M7IIIe (M) T Hya 76400 43835 08 55 39.7 -09 08 29 1.245 -0.0052 0.0015 0.005 287 M3e (M)

U Hya 92055 52009 10 37 33.1 -13 23 04 2.800 0.0417 -0.0378 0.056 132 C5II (SRB) II Hya 102620 57613 11 48 45.0 -26 44 59 1.594 -0.0349 -0.0097 0.036 254 M4III (SRB) - Hya 68312 40107 08 11 32.9 -07 46 21 0.892 -0.0430 -0.0258 0.050 239 G8III - Hya 74988 43142 08 47 14.9 -01 53 50 0.058 -0.0376 0.0111 0.039 286 A3V - Hya 82734 46880 09 33 12.4 -21 06 57 1.023 -0.0202 0.0151 0.025 307 K0IV

142 Hydra (II)

HYA m M π pc l.y. V RV L F mc Bin? ADS 26 Hya 4.77 -0.19 0.0102″ 98 320 14 -2 93 B 2569AB 27AHya 4.80 0.43 0.0134 75 243 27 25 53 4.73 Sh 105 7311A 27BHya 7.07 3.11 0.0162 62 202 19 16 4.5 6.99 Sh 105 7311B 27CHya 10.99 7.03 0.0162 62 202 10 - 0.1 Sh 105 7311C 28 Hya 5.60 -0.98 0.0048 207 675 14 5 194 29AHya 7.22 -0.79 0.0025 400 1304 33 - 163 6.53 A 1588 7382A 29BHya 7.40 -0.61 0.0025 400 1304 33 - 138 A 1588 7382B 33 Hya 5.56 -1.04 0.0048 209 681 60 13 205 34 Hya 6.40 1.10 0.0087 115 375 34 - 29 37AHya 8.81 1.17 0.0030 337 1098 37 14 27 6.31 bin:A 37BHya 6.43 -1.21 0.0030 337 1098 34 - 240 bin:B 43 Hya 7.62 3.25 0.0134 75 244 34 12 3.9 44 Hya 5.08 -1.36 0.0052 194 633 22 -4 276 β 1269 7834 47 Hya 5.20 0.11 0.0096 104 339 29 5 71 48 Hya 5.77 1.98 0.0174 57 187 61 -17 13 50 Hya 5.07 0.83 0.0142 70 229 30 27 36 51 Hya 4.78 1.14 0.0187 54 175 62 20 28 52 Hya 4.97 -0.56 0.0079 127 415 26 16 131 β 940 9270AB 54AHya 5.18 2.76 0.0329 30 99 30 -13 6.2 5.15 Sh 184 9375A 54BHya 7.25 4.83 0.0329 30 99 34 -20 0.9 Sh 184 9375B 55 Hya 5.61 -0.76 0.0053 188 613 23 -18 159 56 Hya 5.23 0.19 0.0098 102 331 18 -1 66 57 Hya 5.76 0.14 0.0075 133 434 11 6 69 58 Hya 4.42 -0.44 0.0107 94 305 109 -10 118 59 Hya 6.35 1.19 0.0093 107 350 27 -10 26 5.65 β 239 9453AB 60 Hya 5.83 0.84 0.0100 100 325 44 8 36 B 230 5.41 2.72 0.0289 35 113 20 -1 6.5 B 230 8612AB B 2530A 5.75 3.27 0.0320 31 102 65 54 3.9 5.50 B 2530A B 2530B 7.25 4.78 0.0320 31 102 36 - 1.0 B 2530B β 411Α 6.73 3.52 0.0227 44 143 28 -23 3.1 6.29 β 411 7846A

β 411Β 7.85 4.63 0.0227 44 143 17 - 1.1 β 411 7846B h 4465 5.20 -0.40 0.0076 132 430 40 34 114 h 4465 Σ 1473Α 7.79 2.84 0.0102 98 319 66 31 5.8 7.67 Σ 1473Α Σ 1473Β 9.03 4.47 0.0123 82 266 50 0 1.3 Σ 1473B Σ 1474 6.67 -2.23 0.0017 602 1964 38 22 613 6.07 Σ 1474 7930A

C Hya 3.91 0.99 0.0261 38 125 16 10 32 F Hya 4.63 -1.71 0.0054 185 604 33 31 380 S 579 G Hya 4.72 1.06 0.0185 54 176 65 29 30 I Hya 4.76 -1.16 0.0066 152 497 34 26 228 H N 20 NAHya 5.76 3.63 0.0374 27 87 19 4 2.8 4.93 H III 96 8202A

NBHya 5.84 3.71 0.0374 27 87 20 10 2.6 H III 96 8202B b1Hya 5.44 1.30 0.0149 67 219 8 - 24 b3Hya 5.23 2.75 0.0319 31 102 38 -5 6.3 β R Hya 4.97 -3.98 0.0016 617 2012 181 -10 3083 Ho 381 8920 T Hya 6.70 -2.19 0.0017 599 1952 16 -3 590

U Hya 4.89 -1.16 0.0062 162 528 50 -25 228 II Hya 5.10 -0.72 0.0068 146 477 26 7 153 - Hya 5.36 0.43 0.0103 97 316 26 -11 53 - Hya 5.28 0.19 0.0096 104 339 19 2 66 - Hya 5.02 -0.03 0.0098 102 334 18 13 81

143 Hydra (III)

HYA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

- Hya 83425 47310 09h38m27.2s +04º38′57″ 1.310 -0.1655 -0.0499 0.173 253º K3III - Hya 84117 47592 09 42 14.4 -23 54 56 0.534 -0.3992 0.2632 0.478 303 F9IV - Hya 85859 48559 09 54 12.2 -25 55 55 1.199 -0.1840 0.0566 0.192 287 K2III - Hya 85951 48615 09 54 52.1 -19 00 34 1.559 -0.0461 -0.0370 0.059 231 M1III - Hya 88215 49809 10 10 05.8 -12 48 58 0.368 -0.1223 -0.1092 0.164 228 F5V

- Hya 92036 51979 10 37 13.7 -27 24 46 1.626 -0.1130 0.0215 0.115 281 M1III - Hya 96819 54477 11 08 43.9 -28 04 50 0.069 -0.0731 -0.0222 0.076 253 A1V - Hya 100393 56332 11 32 54.0 -31 05 14 1.581 -0.0286 0.0040 0.029 278 M1/M2III - Hya 103462 58082 11 54 42.5 -25 42 49 0.883 0.0490 0.0736 0.088 34 G8III - Hya 122430 68581 14 02 22.7 -27 25 48 1.331 -0.0324 -0.0041 0.033 263 K2/K3III

144 Hydra (III)

HYA m M π pc l.y. V RV L F mc Bin? ADS - Hya 4.68 0.06 0.0119″ 84 274 82 45 75 ‘2 Sex’ - Hya 4.93 4.07 0.0672 14.9 48.5 48 34 1.9 - Hya 4.87 -0.19 0.0097 103 336 107 51 94 - Hya 4.94 -1.74 0.0046 216 706 79 50 390 - Hya 5.30 3.12 0.0366 27 89 31 23 4.5

- Hya 4.87 -0.97 0.0068 147 479 82 17 192 - Hya 5.43 1.61 0.0172 58 189 26 16 18 - Hya 5.13 -0.58 0.0072 139 453 27 19 135 - Hya 5.26 0.48 0.0111 90 295 39 -11 51 - Hya 5.47 -0.15 0.0075 133 434 21 0 91

145 Hydrus

HYI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 12311 9236 01h58m46.2s -61º34′12″ 0.290 0.2625 0.0269 0.264 84º F0III-IVn β 2151 2021 00 25 45.3 -77 15 16 0.618 2.2201 0.3244 2.244 82 G2IV γ 24512 17678 03 47 14.5 -74 14 21 1.590 0.0511 0.1153 0.126 24 M2III δ 15008 11001 02 21 45.1 -68 39 34 0.034 -0.0501 0.0024 0.050 273 A3V ε 16978 12394 02 39 35.5 -68 16 01 -0.061 0.0874 0.0006 0.087 90 B9III

ζ 17566 12876 02 45 32.6 -67 37 00 0.058 0.0665 0.0440 0.080 56 A2IV-V η1 11733 8751 01 52 34.8 -67 56 40 -0.050 0.0217 -0.0058 0.022 105 B9V η2 11977 8928 01 54 56.1 -67 38 51 0.931 0.0760 0.0732 0.105 46 G5III ϑ 19400 14131 03 02 15.5 -71 54 09 -0.125 0.0272 0.0160 0.032 60 B8III-IV ι 21024 15201 03 15 57.7 -77 23 19 0.438 0.1132 0.0620 0.129 61 F4III

κ 15248 11095 02 22 52.3 -73 38 45 1.088 -0.0816 0.0118 0.082 278 K0III λ 4815 3781 00 48 35.4 -74 55 25 1.345 0.1332 -0.0346 0.138 105 K5III µ 16522 11757 02 31 40.7 -79 06 34 0.981 0.1371 -0.0544 0.148 112 G4III ν 18293 13244 02 50 28.7 -75 04 01 1.337 -0.0340 -0.0272 0.043 231 K3III π1 14141 10418 02 14 14.8 -67 50 31 1.556 0.0252 0.0457 0.052 29 M1III

π2 14287 10513 02 15 28.6 -67 44 48 1.306 0.0430 -0.0127 0.045 106 K2III σ 12363 8991 01 55 50.4 -78 20 55 0.448 0.1030 0.0531 0.116 63 F5/F6IV-V τ1 10859 7879 01 41 21.4 -79 08 54 0.947 0.0598 0.0221 0.064 70 G6/G8III τ2 11604 8366 01 47 46.7 -80 10 36 0.338 -0.0717 -0.0584 0.093 231 F0III h 3475A 11944 8957A 01 55 19.6 -60 18 45 0.409 -0.0458 -0.0404 0.061 229 F2V h 3475B 11944 8957B 01 55 20.0 -60 18 43 0.400 -0.0429 -0.0504 0.066 220 F0

146 Hydrus

HYI m M π pc l.y. V RV L F mc Bin? ADS α 2.86 1.16 0.0457″ 22 71 28 7 27 β 2.82 3.45 0.1338 7.5 24.4 83 23 3.3 γ 3.26 -0.83 0.0152 66 214 42 16 169 δ 4.08 0.99 0.0241 41 135 12 6 32 ε 4.12 0.76 0.0213 47 153 20 6 39

ζ 4.83 0.05 0.0111 90 295 34 4 75 η1 6.77 -0.03 0.0044 229 748 29 15 81 η2 4.68 0.57 0.0150 66 217 37 -16 47 ϑ 5.51 -0.52 0.0062 161 525 27 12 128 φ 360AB ι 5.51 3.17 0.0340 29 96 26 19 4.3

κ 5.99 1.05 0.0103 97 318 44 22 30 λ 5.09 1.10 0.0159 63 205 42 10 29 µ 5.27 0.51 0.0112 89 292 64 -15 49 ν 4.76 -0.26 0.0099 101 329 21 5 100 π1 5.57 -1.21 0.0044 227 739 62 26 239

π2 5.67 -0.11 0.0070 143 468 35 17 87 σ 6.15 3.07 0.0242 41 135 23 6 4.7 τ1 6.67 1.25 0.0083 121 395 37 2 25 6.33 h 3467 τ2 6.05 2.09 0.0161 62 202 40 30 12 h 3474 h 3475A 7.21 3.52 0.0182 55 179 16 - 3.1 6.43 h 3475A

h 3475B 7.34 3.64 0.0182 55 179 17 - 2.7 h 3475B

147 Indus

IND HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 196171 101772 20h37m34.0s -47º17′29″ 0.998 0.0492 0.0661 0.082 37º K0III β 198700 103227 20 54 48.5 -58 27 15 1.250 0.0211 -0.0248 0.032 140 K0III γ 203760 105841 21 26 15.4 -54 39 38 0.366 0.0012 0.0387 0.039 2 F1III δΑ 208450 108431A 21 57 55.0 -54 59 34 0.297 0.0430 -0.0037 0.043 95 F0IV δΒ 208450 108431B 21 57 55.0 -54 59 34 0.297 0.0430 -0.0037 0.043 95 F0IV

ε 209100 108870 22 03 21.3 -56 47 10 1.056 3.9600 -2.5388 4.704 123 K5V ζ 198048 102790 20 49 28.9 -46 13 37 1.494 0.0379 0.0273 0.047 54 K5III η 197157 102333 20 44 02.2 -51 55 16 0.278 0.1555 -0.0536 0.164 109 A6:var ϑΑ 202730 105319A 21 19 51.9 -53 26 59 0.191 0.1074 -0.0671 0.127 122 A4V ϑΒ — 105319B 21 19 51.1 -53 26 59 0.191 0.0920 -0.0782 0.121 130 A7V

ι 198308 102950 20 51 30.0 -51 36 30 1.125 -0.0002 -0.0050 0.005 183 K1II-III κ1 208496 108478 21 58 29.9 -59 00 45 0.469 0.0068 0.0287 0.029 13 F3V BG(EA) κ2 209529 109081 22 05 50.9 -59 38 10 1.468 0.0565 -0.0536 0.078 133 K4III µ 200365 104085 21 05 14.1 -54 43 37 1.201 0.0165 -0.0376 0.041 156 K2III ν 211998 110618 22 24 36.7 -72 15 20 0.660 1.3025 -0.6741 1.467 117 A3V:+F9V

ο 207241 107835 21 50 47.2 -69 37 47 1.378 -0.0248 -0.0047 0.025 259 M0III π 208149 108281 21 56 13.9 -57 53 59 0.215 0.0161 0.0064 0.017 68 A3m ρ 216437 113137 22 54 39.5 -70 04 26 0.660 -0.0432 0.0732 0.085 329 G4IV-V T Ind 202874 105334 21 20 09.4 -45 01 21 2.387 0.0010 0.0030 0.003 19 C5II (SR)

148 Indus

IND m M π pc l.y. V RV L F mc Bin? ADS α 3.11 0.65 0.0322″ 31 101 12 -1 43 h 5209 β 3.67 -2.66 0.0054 185 603 29 -5 915 γ 6.10 2.08 0.0157 64 208 12 - 12 δΑ 4.80 1.03 0.0177 57 185 19 15 30 4.40 φ 307A δΒ 5.96 2.19 0.0177 57 185 12 0 10 φ 307B

ε 4.69 6.89 0.2758 3.63 11.82 90 -40 0.1 ζ 4.90 -0.57 0.0081 124 404 28 -5 133 η 4.51 2.59 0.0414 24 79 19 -2 7.2 ϑΑ 4.54 2.17 0.0336 30 97 23 -15 11 4.39 h 5258A ϑΒ 7.18 4.81 0.0336 30 97 17 0 0.9 h 5258B

ι 5.06 -1.14 0.0058 174 567 21 21 225 κ1 6.13 2.02 0.0150 66 217 9 - 12 κ2 5.62 -0.37 0.0063 158 514 59 -11 111 µ 5.17 0.02 0.0094 107 349 24 12 77 ν 5.28 2.98 0.0346 29 94 202 21 5.1 φ 285

ο 5.52 -0.65 0.0058 171 558 29 20 143 π 6.17 0.06 0.0060 167 543 14 - 74 ρ 6.04 3.92 0.0377 27 86 11 -3 2.1 T Ind 6.15 -2.63 0.0018 571 1863 9 2 891

149 Lacerta

LAC HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 213558 111169 22h31m17.4s +50º16′57″ 0.031 0.1372 0.0172 0.138 83º A1V β 212496 110538 22 23 33.5 +52 13 45 1.015 -0.0136 -0.1864 0.187 184 G9III 1 Lac 211388 109937 22 15 58.1 +37 44 56 1.447 0.0087 0.0008 0.009 85 K3III 2 Lac 212120 110351 22 21 01.5 +46 32 12 -0.100 0.0217 0.0019 0.022 85 B6V 4 Lac 212593 110609 22 24 30.9 +49 28 35 0.092 -0.0051 -0.0034 0.006 237 B9Iab

5 Lac 213310 111022 22 29 31.8 +47 42 25 1.679 -0.0006 -0.0034 0.003 190 M0II+B8V V412(LB) 6 Lac 213420 111104 22 30 29.1 +43 07 25 -0.086 -0.0021 -0.0058 0.006 200 B2IV 8ALac 214168 111544 22 35 52.2 +39 38 04 -0.148 -0.0144 -0.0057 0.015 248 B1Ve (BE) 8BLac 214167 111546 22 35 51.9 +39 37 43 -0.160 0.0011 -0.0044 0.005 166 B2V 9 Lac 214454 111674 22 37 22.3 +51 32 43 0.254 -0.0513 -0.1033 0.115 206 A8IV

10 Lac 214680 111841 22 39 15.6 +39 03 01 -0.207 -0.0003 -0.0057 0.006 183 O9V 11 Lac 214868 111944 22 40 30.8 +44 16 35 1.318 0.0942 0.0100 0.095 84 K3III 12 Lac 214993 112031 22 41 28.5 +40 13 32 -0.137 -0.0008 -0.0059 0.006 187 B2IIIv SB DD(BCEP) 13 Lac 215373 112242 22 44 05.4 +41 49 09 0.960 -0.0083 0.0031 0.009 290 K0III 14ALac 216200 112778A 22 50 21.7 +41 57 13 0.062 0.0083 -0.0039 0.009 115 B3IV:var V360(ELL)

14BLac — 112778B 22 50 21.7 +41 57 14 0.062 0.0083 -0.0039 0.009 115 – 15 Lac 216397 112917 22 52 02.0 +43 18 45 1.559 0.1094 0.0215 0.111 79 M0III 16 Lac 216916 113281 22 56 23.5 +41 36 14 -0.149 -0.0010 -0.0043 0.004 193 B2IV EN(BCEP+EA) h 1741 210715 109521 22 11 09.8 +50 49 24 0.152 0.1268 0.0426 0.134 71 A5V h 1746 211073 109754 22 13 52.6 +39 42 54 1.385 0.0377 0.0156 0.041 68 K3III

h 1796 214665 111795 22 38 37.8 +56 47 45 1.537 0.0524 -0.0323 0.062 122 M4III V416(I) h 1823 216369 112905 22 51 49.3 +41 18 46 0.010 0.0158 -0.0027 0.016 100 A0 Σ 2902AC 212468 110539A 22 23 33.8 +45 21 00 0.878 0.0365 0.0062 0.037 80 G5 Σ 2902B 212468 110539B 22 23 34.4 +45 21 00 0.878 0.0365 0.0062 0.037 80 – EW Lac 217050 113327 22 57 04.5 +48 41 03 -0.102 0.0096 -0.0054 0.011 120 B4IIIpe (GCAS)

V424 216946 113288 22 56 25.9 +49 44 01 1.778 0.0001 -0.0029 0.003 179 K5Ibvar (LB) - Lac 209945 109102 22 06 01.9 +45 00 52 1.568 -0.0094 -0.0154 0.018 211 K5III - Lac 216174 112731 22 49 46.1 +55 54 11 1.167 0.0834 0.0380 0.092 66 K1III

150 Lacerta

LAC m M π pc l.y. V RV L F mc Bin? ADS α 3.76 1.28 0.0319″ 31 102 21 -4 24 7 β 703 16021 β 4.42 0.84 0.0192 52 170 47 -10 36 3 1 Lac 4.14 -2.28 0.0052 192 627 11 -8 643 2 Lac 4.55 -1.42 0.0064 156 509 19 -9 291 h 1755 15862 4 Lac 4.55 -4.51 0.0015 649 2117 32 -26 5023

5 Lac 4.34 -3.42 0.0028 357 1164 7 -4 1844 6 Lac 4.52 -3.60 0.0024 420 1370 15 -8 2162 8ALac 6.60 2.16 0.0129 77 252 11 -10 11 Σ 2922 16095A 8BLac 5.73 -0.73 0.0051 196 639 15 -11 154 5.33 Σ 2922 16095B 9 Lac 4.64 1.03 0.0190 53 172 31 12 31

10 Lac 4.89 -2.67 0.0031 325 1058 13 -10 918 S 813 16148 11 Lac 4.50 -0.33 0.0108 93 302 43 -10 107 12 Lac 5.25 -2.90 0.0023 427 1393 19 -14 1142 S 815 13 Lac 5.11 0.49 0.0119 84 274 13 13 50 ΟΣ 479 16227 14ALac 5.99 -1.63 0.0030 333 1087 20 -14 352 5.91 bin:A

14BLac 9.36 1.75 0.0030 333 1087 14 - 16 bin:B 15 Lac 4.95 -0.05 0.0100 100 326 56 -17 83 β 451 16325 (OPT) 16 Lac 5.60 -2.24 0.0027 369 1203 10 -7 617 Σ 2960 16381 h 1741 5.38 1.69 0.0182 55 179 36 -8 17 h 1741 15708 h 1746 4.69 -1.49 0.0058 173 563 35 -11 311 4.50 h 1746 15758

h 1796 5.11 -0.49 0.0076 132 430 39 8 123 h 1796 16140 h 1823 7.07 0.32 0.0045 224 729 25 -18 59 h 1823 16321 Σ 2902AC 7.70 0.97 0.0045 222 724 39 - 32 7.07 Σ 2902 15900AC Σ 2902B 8.37 1.63 0.0045 222 724 39 - 18 Σ 2902 15900B EW Lac 5.34 -2.30 0.0030 337 1098 21 -11 652

V424 4.99 -3.81 0.0017 575 1874 13 -9 2624 - Lac 5.09 -1.30 0.0053 190 619 28 -23 261 - Lac 5.43 0.15 0.0088 114 371 61 -36 69

151 Leo (I)

LEO HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 87901 49669 10h08m22.2s +11º58′02″ -0.087 -0.2494 0.0049 0.249 271º B7V β 102647 57632 11 49 03.5 +14 34 19 0.090 -0.4990 -0.1138 0.512 257 A3Vvar (DSCTC) γ1 89484 50583 10 19 58.3 +19 50 30 1.128 0.3108 -0.1529 0.346 116 K0III γ2 89485 50583 10 19 58.6 +19 50 25 1.300 0.3064 -0.1608 0.346 118 G7IIIcomp δ 97603 54872 11 14 06.4 +20 31 25 0.128 0.1433 -0.1304 0.194 132 A4V

ε 84441 47908 09 45 51.0 +23 46 27 0.808 -0.0461 -0.0096 0.047 258 G0II ζ 89025 50335 10 16 41.4 +23 25 02 0.307 0.0198 -0.0073 0.021 110 F0III η 87737 49583 10 07 19.9 +16 45 45 -0.031 -0.0019 -0.0005 0.002 255 A0Ib ϑ 97633 54879 11 14 14.3 +15 25 46 -0.003 -0.0590 -0.0794 0.099 217 A2V ιΑ 99028 55642A 11 23 55.4 +10 31 45 0.423 0.1408 -0.0778 0.161 119 F2IV SB

ιΒ 99028 55642B 11 23 55.5 +10 31 44 0.423 0.1408 -0.0778 0.161 119 – κ 81146 46146 09 24 39.2 +26 10 56 1.222 -0.0311 -0.0481 0.057 213 K2III λ 82308 46750 09 31 43.1 +22 58 04 1.541 -0.0194 -0.0390 0.044 206 K5IIIvar µ 85503 48455 09 52 45.8 +26 00 25 1.222 -0.2163 -0.0549 0.223 256 K0III ν 86360 48883 09 58 13.3 +12 26 41 -0.035 -0.0253 -0.0161 0.030 238 B9IV

ξ 82395 46771 09 31 56.7 +11 17 59 1.046 -0.0899 -0.0840 0.123 227 K0IIIvar ο 83808 47508 09 41 09.0 +09 53 32 0.516 -0.1437 -0.0375 0.148 255 F6II+A1V π 86663 49029 10 00 12.7 +08 02 39 1.589 -0.0301 -0.0221 0.037 234 M2III ρ 91316 51624 10 32 48.6 +09 18 24 -0.148 -0.0056 -0.0036 0.007 237 B1Ib SB (ACYG) σ 98664 55434 11 21 08.1 +06 01 46 -0.058 -0.0918 -0.0128 0.093 262 B9.5Vs

τ 99648 55945 11 27 56.2 +02 51 22 1.000 0.0173 -0.0104 0.020 121 G8II-III υ 100920 56647 11 36 56.9 - 00 49 26 0.983 0.0013 0.0434 0.043 2 G9III ϕ 98058 55084 11 16 39.6 - 03 39 06 0.210 -0.1082 -0.0358 0.114 252 A7IVn χ 96097 54182 11 05 01.0 +07 20 10 0.332 -0.3444 -0.0474 0.348 262 F2III-IVvar ψ 84194 47723 09 43 43.8 +14 01 18 1.610 0.0052 -0.0061 0.008 140 M2III

ωΑ 81858 46454A 09 28 27.4 +09 03 24 0.605 0.0404 0.0027 0.040 86 F9V ωΒ 81858 46454B 09 28 27.4 +09 03 24 0.605 0.0605 -0.0172 0.063 106 – 3 Leo 81873 46457 09 28 29.1 +08 11 17 1.045 -0.0286 -0.0308 0.042 223 K0III 7 Leo 83023 47096 09 35 52.9 +14 22 46 0.027 -0.0412 -0.0022 0.041 267 A1V 8 Leo 83189 47189 09 37 02.5 +16 26 16 1.223 -0.0170 -0.0030 0.017 260 K1III

9 Leo 83273 47247 09 37 49.9 +24 40 13 0.567 -0.1000 -0.0165 0.101 261 G0III 10 Leo 83240 47205 09 37 12.6 +06 50 09 1.051 -0.0703 0.0110 0.071 279 K1IIIvar 11 Leo 83343 47266 09 38 01.3 +14 20 50 0.438 -0.0719 -0.0759 0.105 223 F2 12 Leo 83469 47382 09 39 12.7 +25 22 03 0.322 0.0064 0.0163 0.018 22 F0 13 Leo 83821 47550 09 41 38.5 +25 54 46 1.251 -0.0187 -0.0326 0.038 210 K2III:

18 Leo 84561 47959 09 46 23.3 +11 48 36 1.489 -0.0155 0.0173 0.023 318 K4III 19 Leo 84722 48029 09 47 25.9 +11 34 06 0.255 -0.0499 -0.0048 0.050 264 A7Vn 20ALeo 85040 48218A 09 49 50.0 +21 10 46 0.257 -0.0445 -0.0185 0.048 247 A8IV 20BLeo 85040 48218B 09 49 50.0 +21 10 46 0.257 -0.0429 -0.0067 0.043 261 A8IV DG(DSCTC) 21 Leo 85259 48298 09 50 49.3 +11 50 32 -0.042 -0.0132 0.0008 0.013 273 A0

22 Leo 85376 48390 09 51 53.0 +24 23 43 0.229 0.0210 -0.1746 0.176 173 A5IV 23 Leo 85268 48324 09 51 02.0 +13 03 58 1.624 0.0197 -0.0074 0.021 111 M0III 26 Leo 86359 48881 09 58 11.7 +15 13 17 0.921 -0.0416 -0.0139 0.044 252 G5 31 Leo 87837 49637 10 07 54.2 +09 59 51 1.448 -0.0811 -0.0642 0.103 232 K4III 33 Leo 88233 49850 10 10 43.0 +15 42 15 0.391 -0.1064 -0.0580 0.121 241 F0

34ALeo 88355 49929A 10 11 38.2 +13 21 18 0.468 0.0388 -0.0371 0.054 134 F7V 34BLeo 88355 49929B 10 11 38.2 +13 21 18 0.468 0.0388 -0.0371 0.054 134 – 35 Leo 89010 50319 10 16 32.2 +23 30 11 0.655 -0.2002 0.0339 0.203 280 G2IV 37 Leo 89056 50333 10 16 40.7 +13 43 42 1.650 -0.0229 -0.0152 0.027 236 M1III 39 Leo 89125 50384 10 17 14.5 +23 06 22 0.500 -0.4133 -0.0972 0.425 257 F8Vw

152 Leo (I)

LEO m M π pc l.y. V RV L F mc Bin? ADS α 1.36 -0.52 0.0421″ 24 77 28 6 127 32 Σ ΙΙ 6 7654 β 2.14 1.92 0.0902 11 36 27 0 13 94 β 604 8314 γ1 2.49 -0.44 0.0260 39 126 73 -37 118 41 2.01 Σ 1424 7724A γ2 3.64 0.72 0.0260 39 126 73 -36 41 41 Σ 1424 7724B δ 2.56 1.32 0.0565 18 58 27 -20 23 68 β 1282

ε 2.97 -1.46 0.0130 77 251 18 4 302 17 ζ 3.43 -1.08 0.0126 80 260 17 -15 212 36 Σ Ι 18Α [with 35 Leo] η 3.48 -5.60 0.0015 654 2131 7 3 13634 30 Wils 18AB ϑ 3.33 -0.35 0.0184 54 178 27 8 109 70 ιΑ 4.11 2.19 0.0413 24 79 21 -10 10 78 4.00 Σ 1536 8148A

ιΒ 6.92 5.00 0.0413 24 79 18 - 0.8 Σ 1536 8148B κ 4.47 0.39 0.0153 65 213 33 28 55 1 β 105 7351AB λ 4.32 -0.75 0.0097 103 336 34 27 157 4 µ 3.88 0.83 0.0245 41 133 45 14 37 24 ν 5.26 -0.79 0.0062 162 529 27 14 163 27

ξ 4.99 0.67 0.0137 73 238 52 29 43 5 ο 3.52 0.43 0.0241 41 135 40 27 53 14 H VI 76 7480 (OPT) π 4.68 -1.35 0.0062 161 525 37 23 274 29 ρ 3.84 -7.38 0.0006 1754 5719 69 42 70510 47 Wils 19AB σ 4.05 -0.04 0.0152 66 214 29 -5 81 77

τ 4.95 -1.45 0.0053 190 621 20 -9 299 84 Σ Ι 19 υ 4.30 0.61 0.0183 55 178 11 1 45 91 ϕ 4.45 0.56 0.0167 60 195 32 -3 47 74 Sh 121 χ 4.62 2.31 0.0345 29 94 48 5 9.4 63 Kui 54AB ψ 5.36 -1.34 0.0046 219 713 12 8 271 16 β pm

ωΑ 6.01 3.33 0.0291 34 112 9 -6 3.7 2 5.40 Σ 1356 7390A ωΒ 6.66 3.97 0.0291 34 112 10 - 2.0 Σ 1356 7390B 3 Leo 5.72 -0.29 0.0063 159 518 39 22 102 H IV 47 7391 7 Leo 6.32 0.35 0.0064 156 510 37 20 57 H 58 7448 8 Leo 5.73 -1.60 0.0034 292 953 25 6 344

9 Leo 6.61 2.41 0.0145 69 225 45 31 8.5 10 Leo 5.00 0.80 0.0145 69 226 31 20 38 ‘1 Sex’ 11 Leo 6.63 2.58 0.0155 64 210 39 23 7.3 12 Leo 7.22 2.25 0.0102 99 321 8 - 10 13 Leo 6.26 0.16 0.0060 166 541 39 -26 68

18 Leo 5.67 -0.99 0.0047 215 701 38 30 196 19 Leo 6.44 1.67 0.0111 90 293 22 -4 17 20ALeo 6.62 0.63 0.0063 158 514 44 26 44 6.10 Kui 44A 20BLeo 7.31 1.32 0.0063 158 514 32 - 23 Kui 44B 21 Leo 6.86 -0.34 0.0036 275 898 17 - 108 J 389 7539

22 Leo 5.29 2.27 0.0249 40 131 34 -2 10 23 Leo 6.45 -2.32 0.0018 568 1852 57 -9 668 26 Leo 7.45 2.59 0.0107 94 305 26 17 7.2 31 Leo 4.39 -0.23 0.0119 84 274 58 41 98 GAn 5 7649 33 Leo 7.95 3.03 0.0104 96 314 55 - 4.8

34ALeo 6.90 2.71 0.0145 69 225 24 -16 6.5 6.43 Hu 874 7674A 34BLeo 7.87 3.68 0.0145 69 225 18 - 2.7 Hu 874 7674B 35 Leo 5.95 3.54 0.0329 30 99 44 -33 3.0 Σ Ι 18Β [with ζ Leo] 37 Leo 5.42 -0.51 0.0065 153 499 20 3 125 39 Leo 5.81 4.03 0.0440 23 74 59 38 1.9 ΟΣ 523 7712

153 Leo (II)

LEO HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

40 Leo 89449 50564 10h19m44.1s +19º28′15″ 0.452 -0.2300 -0.2147 0.315 227º F6IV 42 Leo 89774 50755 10 21 50.3 +14 58 32 0.018 -0.0322 -0.0113 0.034 251 A1V 43 Leo 89962 50851 10 23 00.5 +06 32 38 1.119 -0.0163 -0.0987 0.100 189 K3III 44 Leo 90254 51008 10 25 15.1 +08 47 05 1.630 0.0105 -0.0387 0.040 165 M3III DE(SRB:) 45 Leo 90569 51213 10 27 39.0 +09 45 45 -0.043 0.0079 -0.0063 0.010 129 A0pSiCr CX(ACV) 46 Leo 91232 51585 10 32 11.7 +14 08 14 1.696 -0.0409 0.0247 0.048 301 M1.5IIIb 48 Leo 91612 51775 10 34 47.9 +06 57 14 0.921 -0.1002 0.0566 0.115 299 G8II-III 49ALeo 91636 51802A 10 35 02.1 +08 39 01 0.059 -0.0527 -0.0056 0.053 264 A2V TX(EA) 49BLeo 91636 51802B 10 35 02.1 +08 39 00 0.059 -0.0527 -0.0056 0.053 264 – 50 Leo 92196 52120 10 38 54.5 +16 07 39 0.407 0.0571 -0.0219 0.061 111 F5V 52 Leo 93291 52689 10 46 25.2 +14 11 41 0.908 -0.1253 -0.0649 0.141 243 G4III: 53 Leo 93702 52911 10 49 15.4 +10 32 43 0.035 -0.0044 -0.0244 0.025 190 A2V 54ALeo 94601 53417A 10 55 36.7 +24 44 59 0.016 -0.0784 -0.0149 0.080 259 A1V 54BLeo 94602 53417B 10 55 37.2 +24 44 46 0.000 -0.0784 -0.0149 0.080 259 A2Vn 55ALeo 94672 53423A 10 55 42.4 +00 44 13 0.425 0.1030 -0.0034 0.103 92 F2III 55BLeo 94672 53423B 10 55 42.5 +00 44 14 0.425 0.1030 -0.0034 0.103 92 – 56 Leo 94705 53449 10 56 01.4 +06 11 07 1.256 -0.0225 -0.0055 0.023 256 M5IIIvar VY(SR) 57 Leo 94738 53460 10 56 10.5 +00 25 58 1.348 -0.0078 0.0001 0.008 271 K0 64 Leo 96528 54388 11 07 39.7 +23 19 25 0.164 -0.0172 0.0098 0.020 300 A5m 65ALeo 96436 54336A 11 06 54.1 +01 57 20 0.955 -0.3831 -0.0857 0.393 257 G9IIICN 65BLeo 96436 54336B 11 06 54.3 +01 57 19 0.955 -0.3831 -0.0857 0.393 257 – 66 Leo 96855 54515 11 09 13.6 - 01 20 00 0.165 -0.0646 -0.0045 0.065 266 A2 67 Leo 96738 54487 11 08 49.0 +24 39 30 0.081 0.0103 0.0061 0.012 59 A3IV 71 Leo 98824 55533 11 22 29.0 +17 26 13 1.064 -0.1173 -0.0181 0.119 261 K1III 72 Leo 97778 54951 11 15 12.2 +23 05 44 1.657 -0.0222 -0.0095 0.024 247 M3IIb FN(LB) 75 Leo 98118 55137 11 17 17.3 +02 00 38 1.511 0.0551 -0.1429 0.153 159 M0IIIcomp 76 Leo 98366 55249 11 18 54.9 +01 39 02 1.040 -0.0382 -0.0560 0.068 214 K0III: 79 Leo 99055 55650 11 24 02.2 +01 24 28 0.938 -0.0165 0.0007 0.016 272 G8IIICN 80 Leo 99329 55791 11 25 50.1 +03 51 37 0.345 -0.0831 -0.0347 0.090 247 F3IV 81 Leo 99285 55765 11 25 36.3 +16 27 23 0.390 -0.1412 -0.0049 0.141 268 F2V

82 Leo 99305 55769 11 25 39.5 +03 18 03 0.207 -0.0345 -0.0436 0.056 218 A2 83ALeo 99491 55846 11 26 45.3 +03 00 47 0.778 -0.7263 0.1819 0.749 284 K0IV 83BLeo 99492 55848 11 26 46.3 +03 00 21 1.002 -0.7302 0.1912 0.755 285 K2V 85 Leo 99902 56080 11 29 41.8 +15 24 48 1.371 -0.0281 -0.0477 0.055 210 K4III 86 Leo 100006 56146 11 30 29.0 +18 24 35 1.056 -0.0815 0.0259 0.086 288 K0III

87 Leo 99998 56127 11 30 18.8 - 03 00 13 1.529 0.0198 -0.0171 0.026 131 K4III 88ALeo 100180 56242A 11 31 45.0 +14 21 52 0.570 -0.3279 -0.1887 0.378 240 G0V 88BLeo — 56242B 11 31 44.5 +14 22 05 0.570 -0.3279 -0.1887 0.378 240 – 89 Leo 100563 56445 11 34 21.9 +03 03 37 0.480 -0.1816 -0.1027 0.209 241 F5V 90ALeo 100600 56473A 11 34 42.4 +16 47 49 -0.156 -0.0088 -0.0006 0.009 266 B4V

90BLeo 100600 56473B 11 34 42.3 +16 47 46 -0.156 -0.0088 -0.0006 0.009 266 – 92 Leo 101484 56975 11 40 47.0 +21 21 10 0.984 -0.0611 -0.0460 0.076 233 K1III 93 Leo 102509 57565 11 47 59.1 +20 13 08 0.547 -0.1455 -0.0040 0.146 268 G4III-IV DQ(RS) b Leo 95608 53954 11 02 19.7 +20 10 47 0.053 -0.0096 0.0396 0.041 346 A1m c Leo 95382 53824 11 00 44.7 +06 06 05 0.166 -0.0510 -0.0222 0.056 246 A5III

d Leo 95345 53807 11 00 33.6 +03 37 03 1.144 0.0157 -0.0162 0.023 136 K1III f Leo 84107 47701 09 43 33.2 +29 58 28 0.111 -0.0169 -0.1035 0.105 189 A2IV h Leo 82381 46774 09 31 57.5 +09 42 57 1.364 -0.0089 -0.0130 0.016 214 K3III m Leo 93257 52686 10 46 24.5 +18 53 29 1.134 0.0941 -0.0406 0.102 113 K3III n Leo 97907 55016 11 15 51.8 +13 18 27 1.189 0.0051 -0.0062 0.008 141 K3III+F1V

154 Leo (II)

LEO m M π pc l.y. V RV L F mc Bin? ADS 40 Leo 4.78 3.15 0.0472″ 21 69 32 7 4.3 42 Leo 6.16 0.34 0.0069 146 476 25 9 58 43 Leo 6.06 1.82 0.0142 70 229 41 -24 15 44 Leo 5.61 -1.06 0.0046 216 704 46 -20 209 45 Leo 6.01 0.65 0.0085 118 385 10 -8 43 h 832 7781 46 Leo 5.43 -2.18 0.0030 332 1083 83 34 585 48 Leo 5.07 0.12 0.0102 98 319 54 5 71 49ALeo 5.81 0.05 0.0071 142 462 40 17 75 5.67 Σ 1450 7837A 49BLeo 8.10 2.34 0.0071 142 462 36 - 9.1 Σ 1450 7837B 50 Leo 6.61 3.04 0.0193 52 169 20 -13 4.8 52 Leo 5.49 0.76 0.0113 88 287 69 35 39 53 Leo 5.32 0.27 0.0098 102 334 14 -7 62 54ALeo 4.49 -0.25 0.0113 89 289 34 5 99 4.30 Σ 1487 7979A 54BLeo 6.44 1.70 0.0113 89 289 34 -1 16 Σ 1487 7979B 55ALeo 6.07 2.86 0.0229 44 143 21 -2 5.6 5.91 β 1076 7982A

55BLeo 9.14 5.93 0.0229 44 143 21 - 0.3 β 1076 7982B 56 Leo 5.91 0.92 0.0100 100 325 17 -13 34 57 Leo 6.66 -0.25 0.0041 242 787 29 -28 100 64 Leo 6.48 2.09 0.0132 76 246 7 -2 12 65ALeo 5.70 1.72 0.0161 62 203 128 55 16 5.52 β 599 8060A 65BLeo 9.72 5.74 0.0161 62 203 116 - 0.4 β 599 8060B 66 Leo 6.82 2.40 0.0131 77 249 23 - 8.6 67 Leo 5.70 0.21 0.0080 125 408 9 -6 65 A 677 8071 71 Leo 7.03 0.16 0.0042 237 773 133 5 68 72 Leo 4.56 -6.99 0.0005 2041 6653 234 16 49160 75 Leo 5.18 -0.31 0.0080 125 408 108 -59 104 76 Leo 5.90 1.00 0.0105 95 311 31 5 31 79 Leo 5.39 0.14 0.0089 112 365 13 -10 69 80 Leo 6.35 2.41 0.0163 61 200 26 -3 8.6 81 Leo 5.58 2.21 0.0212 47 154 36 18 10 h 4433

82 Leo 6.73 1.75 0.0101 99 323 27 8 16 83ALeo 6.49 5.25 0.0566 18 58 63 -3 0.6 6.15 Σ 1540 8162A 83BLeo 7.58 6.30 0.0556 18 59 64 2 0.2 Σ 1540 8162B 85 Leo 5.74 0.11 0.0075 134 435 45 -29 71 86 Leo 5.54 0.55 0.0100 100 325 49 27 48

87 Leo 4.77 -1.57 0.0054 185 604 30 19 334 88ALeo 6.39 4.58 0.0434 23 75 41 -4 1.2 6.27 Σ 1547 8196A 88BLeo 9.18 7.36 0.0434 23 75 41 - 0.1 Σ 1547 8196B 89 Leo 5.76 3.64 0.0377 27 87 26 3 2.8 90ALeo 6.22 -2.70 0.0016 610 1988 32 18 948 5.95 Σ 1552 8220A

90BLeo 7.34 -1.59 0.0016 610 1988 25 - 340 Σ 1552 8220B 92 Leo 5.26 1.00 0.0140 71 232 27 9 31 93 Leo 4.50 0.29 0.0144 69 226 48 0 60 Σ ΙΙ 7 b Leo 4.42 1.53 0.0264 38 124 12 -10 19 60 c Leo 4.98 1.65 0.0216 46 151 17 -12 17 59

d Leo 4.84 -0.26 0.0095 105 342 13 6 100 58 f Leo 5.64 2.20 0.0205 49 159 29 16 10 15 h Leo 5.07 -0.78 0.0068 148 482 22 19 161 6 ΟΣ 101 7416 (OPT) m Leo 5.50 1.81 0.0183 55 178 27 -6 15 51 n Leo 5.31 -0.52 0.0068 147 478 19 18 127 73

155 Leo (III)

LEO HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

o Leo 103578 58159 11h55m40.5s +15º38′48″ 0.116 0.0101 0.0035 0.011 71º A3V p1Leo 94402 53273 10 53 43.6 - 02 07 45 0.966 -0.0834 0.0150 0.085 280 G8III p2Leo 95578 53907 11 01 49.6 - 02 29 04 1.593 0.0096 -0.0361 0.037 165 K5III p3Leo 95849 54049 11 03 36.5 - 00 00 04 1.218 -0.0602 -0.0004 0.060 270 K3III p5Leo 97585 54849 11 13 45.5 - 00 04 12 -0.020 -0.0481 0.0027 0.048 273 A0V

R Leo 84748 48036 09 47 33.4 +11 25 43 1.500 -0.0006 -0.0427 0.043 181 M8IIIe (M) DR Leo 83787 47544 09 41 35.1 +31 16 41 1.579 0.0155 -0.0096 0.018 122 K6III (LB)

156 Leo (III)

LEO m M π pc l.y. V RV L F mc Bin? ADS o Leo 5.53 -0.65 0.0058″ 172 560 23 -21 143 95 H VI 13 p1Leo 5.45 0.55 0.0105 96 312 41 15 48 Ma 5AB p2Leo 4.73 -1.26 0.0063 158 514 31 -13 251 61 p3Leo 5.95 -0.21 0.0059 171 557 49 -8 96 62 p5Leo 5.40 -0.42 0.0068 146 477 34 5 116 69

R Leo 6.02 0.99 0.0099 101 330 24 13 32 DR Leo 5.90 -1.40 0.0035 289 942 28 -13 287 Kui 42

157 Leo Minor

LMi HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

βΑ 90537 51233A 10h27m52.9s +36º42′26″ 0.908 -0.1342 -0.1136 0.176 230º G8III-IV βΒ 90537 51233B 10 27 52.9 +36 42 26 0.908 -0.1030 -0.0950 0.140 227 G8III 7 LMi 82087 46652 09 30 43.2 +33 39 21 1.032 -0.0210 -0.0482 0.053 204 G8III: 8 LMi 82198 46735 09 31 32.3 +35 06 11 1.543 -0.0552 -0.0973 0.112 210 M1III 9 LMi 82522 46904 09 33 30.3 +36 29 13 1.264 0.0403 -0.0332 0.052 129 K4III:

10 LMi 82635 46952 09 34 13.3 +36 23 51 0.914 0.0068 -0.0229 0.024 163 G8III SU(RS:) 11 LMi 82885 47080 09 35 39.5 +35 48 36 0.770 -0.7301 -0.2606 0.775 250 G8IV-V SV(RS:) 13 LMi 83951 47631 09 42 42.8 +35 05 36 0.386 -0.0200 -0.0530 0.057 201 F3V 16 LMi 85029 48256 09 50 13.8 +39 37 54 1.630 0.0041 0.0063 0.007 33 K5 17 LMi 85373 48428 09 52 21.6 +37 54 53 0.258 -0.0526 -0.0217 0.057 248 F0

19 LMi 86146 48833 09 57 41.0 +41 03 20 0.481 -0.1169 -0.0263 0.120 257 F6Vs 20 LMi 86728 49081 10 01 00.6 +31 55 25 0.676 -0.5292 -0.4289 0.681 231 G1V 21 LMi 87696 49593 10 07 25.7 +35 14 41 0.190 0.0510 0.0006 0.051 89 A7V 22 LMi 88786 50218 10 15 06.3 +31 28 05 0.858 -0.0365 -0.0037 0.037 264 G8III 23 LMi 88960 50303 10 16 14.3 +29 18 38 0.020 -0.0713 -0.0241 0.075 251 A0Vn

24 LMi 88986 50316 10 16 28.1 +28 40 57 0.635 -0.0623 -0.0922 0.111 214 G0V 26 LMi 89892 50857 10 23 05.3 +35 13 03 0.199 -0.0404 -0.0101 0.042 256 A2 27 LMi 89904 50860 10 23 06.3 +33 54 29 0.147 -0.0141 -0.0043 0.015 253 A6V 28 LMi 90040 50935 10 24 08.5 +33 43 06 1.186 -0.0157 -0.0019 0.016 263 K1III 29 LMi 90250 51047 10 25 44.9 +35 25 31 1.089 -0.1070 -0.0581 0.122 242 K1III

30 LMi 90277 51056 10 25 54.8 +33 47 46 0.260 -0.0753 -0.0590 0.096 232 F0V 32 LMi 90840 51420 10 30 06.4 +38 55 31 0.087 -0.0157 -0.0046 0.016 254 A4V 33 LMi 91130 51556 10 31 51.3 +32 22 46 0.114 0.0171 0.0069 0.018 68 A0IV 34 LMi 91365 51685 10 33 30.8 +34 59 19 0.029 -0.0287 -0.0031 0.029 264 A2Vn 35 LMi 91752 51914 10 36 21.4 +36 19 36 0.436 0.0369 -0.0338 0.050 133 F3V

36 LMi 92000 52032 10 37 52.2 +34 04 43 1.364 -0.0189 0.0052 0.020 285 K0 37 LMi 92125 52098 10 38 43.2 +31 58 34 0.823 0.0001 0.0072 0.007 1 G0II 38 LMi 92168 52139 10 39 07.6 +37 54 37 0.595 -0.2204 -0.0457 0.225 258 F9V 39 LMi 92371 52240 10 40 21.2 +27 31 31 0.063 0.0090 -0.0008 0.009 95 A2 40 LMi 92769 52422 10 43 01.8 +26 19 32 0.160 -0.0996 -0.0493 0.111 244 A4Vn

41 LMi 92825 52457 10 43 24.9 +23 11 18 0.042 -0.1167 0.0083 0.117 274 A3Vn 42 LMi 93152 52638 10 45 51.8 +30 40 56 -0.050 -0.0266 -0.0364 0.045 216 A1Vn 43 LMi 93636 52882 10 48 57.2 +29 24 57 1.144 -0.0802 -0.0377 0.089 245 K0 44 LMi 93765 52959 10 49 53.8 +27 58 26 0.399 -0.0105 0.0312 0.033 341 F5V 45 LMi 94218 53195 10 52 48.8 +27 51 55 0.437 -0.0265 0.0254 0.037 314 F5

46 LMi 94264 53229 10 53 18.6 +34 12 53 1.040 0.0925 -0.2861 0.301 162 K0III-IV 48 LMi 94480 53355 10 54 42.2 +25 29 27 0.291 -0.0543 -0.0004 0.054 270 A8V 50 LMi 94747 53492 10 56 34.5 +25 30 01 1.036 -0.0230 -0.0079 0.024 251 K0 51 LMi 96094 54196 11 05 15.5 +25 12 06 0.594 -0.4005 -0.0623 0.405 261 G0 RX LMi 92620 52366 10 42 11.3 +31 41 49 1.617 -0.0032 -0.0188 0.019 190 M2III (I)

158 Leo Minor

LMi m M π pc l.y. V RV L F mc Bin? ADS βΑ 4.62 1.37 0.0223″ 45 146 38 6 22 31 4.20 Hu 879 7780A βΒ 6.04 2.79 0.0223 45 146 30 - 6.0 Hu 879 7780B 7 LMi 5.87 -0.12 0.0063 158 515 39 2 88 h 1166 8 LMi 5.39 -0.24 0.0075 134 436 80 38 98 9 LMi 6.19 0.67 0.0079 127 414 36 -17 42

10 LMi 4.54 0.88 0.0185 54 176 13 -12 35 11 LMi 5.40 5.16 0.0895 11 36 43 13 0.7 Hu 1128 7441 13 LMi 6.12 2.49 0.0188 53 174 16 -8 8.0 16 LMi 6.64 -1.11 0.0028 355 1156 15 9 219 17 LMi 6.71 1.34 0.0084 119 387 35 13 23

19 LMi 5.11 2.81 0.0346 29 94 19 -10 5.9 20 LMi 5.37 4.50 0.0671 15 49 74 56 1.2 β pm:AB 21 LMi 4.49 2.26 0.0358 28 91 19 -18 9.8 22 LMi 6.47 -0.38 0.0043 234 763 43 15 111 23 LMi 5.49 1.00 0.0127 79 257 32 16 31

24 LMi 6.46 3.93 0.0313 32 104 34 30 2.1 26 LMi 7.10 2.55 0.0123 81 265 16 - 7.5 27 LMi 5.89 1.65 0.0142 71 230 16 -15 17 28 LMi 5.52 0.03 0.0080 125 409 24 -22 77 29 LMi 6.49 0.98 0.0079 127 413 74 11 32

30 LMi 4.72 0.71 0.0158 63 207 32 14 41 32 LMi 5.79 -1.05 0.0043 233 760 18 2 207 33 LMi 5.90 1.52 0.0133 75 245 16 -15 19 h 482 7813 34 LMi 5.57 -0.48 0.0062 162 528 23 7 122 35 LMi 6.29 2.96 0.0216 46 151 26 -24 5.1

36 LMi 6.42 -1.38 0.0028 364 1185 36 13 281 37 LMi 4.68 -1.13 0.0069 145 474 9 -7 223 38 LMi 5.84 2.39 0.0204 49 159 53 7 8.7 39 LMi 7.11 0.68 0.0052 193 631 8 0 42 40 LMi 5.51 2.22 0.0220 45 148 26 10 10 β 913 7899

41 LMi 5.08 1.06 0.0157 64 207 40 19 30 42 LMi 5.36 0.04 0.0086 116 377 28 12 76 43 LMi 6.15 -0.17 0.0055 183 598 78 10 92 44 LMi 6.05 1.59 0.0128 78 254 13 3 18 45 LMi 7.48 2.20 0.0088 114 371 20 - 10

46 LMi 3.79 1.41 0.0334 30 98 46 16 22 48 LMi 6.19 0.72 0.0080 124 405 33 8 41 50 LMi 6.36 1.67 0.0116 87 282 32 30 17 51 LMi 7.60 3.71 0.0167 60 195 115 -8 2.6 RX LMi 6.02 -0.77 0.0044 228 743 26 16 160

159 Lepus

LEP HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 36673 25985 05h32m43.7s -17º49′20″ 0.211 0.0033 0.0015 0.004 65º F0Ib β 36079 25606 05 28 14.7 -20 45 34 0.807 -0.0050 -0.0859 0.086 183 G5II γΑ 38393 27072 05 44 27.8 -22 26 54 0.481 -0.2924 -0.3685 0.470 218 F7V γΒ 38392 — 05 44 26.4 -22 25 19 0.940 -0.3120 -0.3550 0.473 221 K2V δ 39364 27654 05 51 19.2 -20 52 45 0.984 0.2290 -0.6480 0.687 161 G8III-IV

ε 32887 23685 05 05 27.6 -22 22 16 1.460 0.0193 -0.0724 0.075 165 K5IIIvar ζ 38678 27288 05 46 57.3 -14 49 19 0.104 -0.0148 -0.0012 0.015 265 A3Vn η 40136 28103 05 56 24.2 -14 10 04 0.337 -0.0422 0.1390 0.145 343 F1III ϑ 41695 28610 06 06 09.3 -14 56 07 0.046 -0.0169 0.0132 0.021 308 A1Vn ι 33802 24244 05 12 17.8 -11 52 09 -0.099 0.0250 -0.0312 0.040 141 B8V

κΑ 33949 24327A 05 13 13.8 -12 56 30 -0.094 -0.0122 -0.0013 0.012 264 B9V κΒ 33949 24327B 05 13 13.8 -12 56 28 -0.094 -0.0122 -0.0013 0.012 264 – λ 34816 24845 05 19 34.4 -13 10 37 -0.235 -0.0025 -0.0047 0.005 208 B0.5IV µ 33904 24305 05 12 55.8 -16 12 20 -0.110 0.0457 -0.0161 0.048 109 B9IV: HgMn (ACV) ν 34863 24873 05 19 59.0 -12 18 56 -0.104 -0.0121 0.0080 0.015 303 B7IVnn

1 Lep 32503 23474 05 02 44.9 -22 47 42 1.188 0.0612 0.0146 0.063 77 K1IV 8 Lep 35337 25202 05 23 30.1 -13 55 38 -0.219 0.0011 -0.0009 0.001 131 B2IV 10 Lep 36473 25853 05 31 07.5 -20 51 50 0.012 0.0051 -0.0430 0.043 173 A0V 12 Lep 38090 26865 05 42 13.9 -22 22 25 0.080 -0.0002 0.0089 0.009 359 A2/A3V 17 Lep 41511 28816 06 04 59.0 -16 29 04 0.196 -0.0056 -0.0032 0.006 240 A2 shell SS(ZAND)

19 Lep 42042 29048 06 07 41.6 -19 09 58 1.661 0.0128 0.0567 0.058 13 M2III B 96 41312 28675 06 03 15.5 -26 17 04 1.335 0.0662 0.0848 0.108 38 K3II-IIICNv h 3750A 34968 24927A 05 20 26.8 -21 14 23 -0.048 0.0108 -0.0099 0.015 133 A0V h 3750B — 24927B 05 20 26.5 -21 14 22 -0.048 0.0108 -0.0099 0.015 133 – h 3752A 35162 25045A 05 21 46.2 -24 46 23 0.662 -0.0206 -0.0130 0.024 238 A2/A3 h 3752B 35163 25045B 05 21 46.4 -24 46 23 0.662 -0.0206 -0.0130 0.024 238 A7IV-V h 3780A 37643 26602A 05 39 16.2 -17 50 58 -0.095 -0.0070 0.0028 0.008 292 B7V h 3780B 37643 26602B 05 39 16.2 -17 50 59 -0.095 -0.0070 0.0028 0.008 292 – h 3833 41841 28943 06 06 32.0 -23 06 39 0.064 -0.0104 -0.0286 0.030 200 A2V β 74Α 39070 27517A 05 49 36.4 -14 29 01 0.870 -0.0210 -0.0476 0.052 204 G8III

β 74Β 39070 27517B 05 49 36.4 -14 29 03 0.870 -0.0210 -0.0476 0.052 204 – R Lep 31996 23203 04 59 36.4 -14 48 21 2.700 0.0070 -0.0025 0.007 109 C7,6e (M) RX Lep 33664 24169 05 11 22.8 -11 50 57 1.350 0.0318 0.0569 0.065 29 M6.2III (LB) - Lep 32309 23362 05 01 25.5 -20 03 07 -0.047 0.0367 -0.0155 0.040 113 B9.5Vn - Lep 32436 23430 05 02 09.8 -26 16 31 1.056 0.0858 -0.0766 0.115 132 K1III

- Lep 34310 24505 05 15 24.3 -26 56 36 -0.067 0.0109 -0.0294 0.031 160 B9V - Lep 34538 24679 05 17 40.1 -13 31 11 0.932 -0.0076 -0.0485 0.049 189 G8IV - Lep 42301 29150 06 08 57.8 -22 25 39 -0.010 -0.0039 -0.0528 0.053 184 A0IV

160 Lepus

LEP m M π pc l.y. V RV L F mc Bin? ADS α 2.58 -5.40 0.0025″ 394 1283 25 24 11333 11 h 3766 4146 β 2.81 -0.63 0.0205 49 159 24 -14 141 9 β 320 4066AB γΑ 3.59 3.83 0.1115 9.0 29.2 22 -10 2.3 13 3.49 S 498 4334A γΒ 6.13 6.37 0.1115 9.0 29.2 22 -10 0.2 13 S 498 4334B δ 3.76 1.08 0.0291 34 112 150 99 29 15

ε 3.19 -1.02 0.0144 69 227 25 1 201 2 ζ 3.55 1.89 0.0465 22 70 20 20 14 14 η 3.71 2.82 0.0665 15 49 11 -2 5.8 16 ϑ 4.67 1.08 0.0191 52 170 21 20 29 18 ι 4.45 0.11 0.0135 74 241 29 25 71 3 Σ 655 3778

κΑ 4.43 -1.74 0.0058 172 559 21 18 391 4 4.36 Σ 661 3800A κΒ 7.00 0.83 0.0058 172 559 10 - 37 4 Σ 661 3800B λ 4.29 -3.30 0.0030 330 1076 21 19 1649 6 µ 3.29 -0.47 0.0177 57 184 31 28 121 5 ν 5.29 0.25 0.0098 102 332 17 16 62 7

1 Lep 5.74 -0.29 0.0062 161 524 58 33 103 8 Lep 5.25 -3.47 0.0018 556 1811 18 18 1930 10 Lep 5.53 0.93 0.0120 83 272 20 -11 34 12 Lep 5.88 -0.97 0.0043 235 765 10 - 193 17 Lep 4.92 -2.66 0.0031 328 1069 182 182 911

19 Lep 5.28 -1.41 0.0046 218 710 62 -15 289 B 96 5.03 -0.35 0.0084 119 388 65 24 108 B 96 4645AB h 3750A 4.73 -1.01 0.0071 141 459 32 30 200 4.70 h 3750 3930A h 3750B 8.45 2.71 0.0071 141 459 10 - 6.5 h 3750 3930B h 3752A 5.50 0.72 0.0111 90 294 12 5 40 5.06 h 3752 3954A

h 3752B 6.70 1.92 0.0111 90 294 10 - 13 h 3752 3954B h 3780A 6.68 -1.33 0.0025 400 1304 40 37 267 6.40 h 3780 4254A h 3780B 7.88 -0.13 0.0025 400 1304 14 - 89 h 3780 4254B h 3833 5.46 -0.36 0.0069 146 475 38 32 109 h 3833 4704 β 74Α 5.75 0.86 0.0105 95 310 24 -2 36 5.49 β 74 4432A

β 74Β 8.26 3.37 0.0105 95 310 23 - 3.5 β 74 4432B R Lep 8.08 1.08 0.0040 251 817 33 32 29 RX Lep 5.60 -0.08 0.0073 137 447 63 46 85 - Lep 4.91 0.88 0.0156 64 209 27 24 35 - Lep 5.01 0.65 0.0135 74 242 49 27 43

- Lep 5.06 0.45 0.0120 83 272 32 29 52 - Lep 5.48 2.06 0.0207 48 158 76 75 12 - Lep 5.49 1.02 0.0128 78 255 35 29 31

161 Libra (I)

LIB HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α1 130819 72603 14h50m41.1s -15º59′50″ 0.401 -0.1359 -0.0595 0.148 246º F4IV α2 130841 72622 14 50 52.6 -16 02 31 0.147 -0.1057 -0.0690 0.126 237 A3IV β 135742 74785 15 17 00.3 -09 22 58 -0.071 -0.0964 -0.0208 0.099 258 B8V γ 138905 76333 15 35 31.5 -41 47 22 1.007 0.0657 0.0069 0.066 84 G8III-IV δ 132742 73473 15 00 58.3 -08 31 08 0.000 -0.0662 -0.0034 0.066 267 B9.5V (EA)

ε 137052 75379 15 24 11.8 -10 19 20 0.453 -0.0685 -0.1527 0.167 204 F5IV ζ 138485 76126 15 32 55.1 -16 51 11 -0.148 -0.0107 -0.0153 0.019 215 B2Vn η 140417 77060 15 44 04.3 -15 40 22 0.238 -0.0345 -0.0635 0.072 209 F0IV ϑ 142198 77853 15 53 49.4 -16 43 46 1.003 0.1001 0.1353 0.168 37 K0III-IV ι 134759 74392 15 12 13.2 -19 47 30 -0.071 -0.0356 -0.0326 0.048 228 A0pSi

κ 139997 76880 15 41 56.7 -19 40 44 1.574 -0.0332 -0.1043 0.109 198 K5III λ 142096 77811 15 53 20.0 -20 10 02 -0.014 -0.0036 -0.0190 0.019 191 B3V (ELL) µΑ 130559 72489A 14 49 19.0 -14 08 56 0.066 -0.0659 -0.0148 0.068 257 A1pSrCrEu µΒ 130559 72489B 14 49 19.0 -14 08 54 0.066 -0.0659 -0.0148 0.068 257 – ν 133774 73945 15 06 37.5 -16 15 24 1.589 -0.0364 -0.0233 0.043 237 K5III

ξ1 131530 72934 14 54 22.8 -11 53 54 0.982 -0.0557 -0.0071 0.056 263 G7III ξ2 131918 73133 14 56 46.0 -11 24 35 1.491 0.0079 0.0112 0.014 35 K4III ο 136407 75118 15 21 01.2 -15 32 54 0.393 0.0271 0.0182 0.033 56 F0III σ 133216 73714 15 04 04.1 -25 16 55 1.674 -0.0719 -0.0447 0.085 238 M3/M4III (SRB) τ 139365 76600 15 38 39.3 -29 46 40 -0.177 -0.0221 -0.0265 0.035 220 B2.5V

υ 139063 76470 15 37 01.4 -28 08 06 1.361 -0.0133 -0.0035 0.014 255 K3III 2 Lib 126035 70336 14 23 25.6 -11 42 51 0.990 -0.0072 -0.0587 0.059 187 G7III 4 Lib 129433 71974 14 43 13.5 -24 59 51 0.006 -0.0218 -0.0091 0.024 247 B9.5V 5 Lib 129978 72194 14 45 57.8 -15 27 35 1.194 -0.0395 0.0016 0.040 272 K2III 10 Lib 131027 72702 14 51 51.3 -18 21 19 1.094 -0.0132 -0.0012 0.013 265 K0II-III

11 Lib 130952 72631 14 51 00.9 -02 17 57 0.988 0.0876 -0.1236 0.152 145 G8comp 12 Lib 131430 72929 14 54 20.0 -24 38 32 1.336 -0.0110 -0.0275 0.030 202 K2/K3III 16 Lib 132052 73165 14 57 10.9 -04 20 47 0.318 -0.0978 -0.1546 0.183 212 F0V 17 Lib 132230 73249 14 58 13.4 -11 09 18 0.012 -0.0090 -0.0081 0.012 228 A1V 18 Lib 132345 73310 14 58 53.5 -11 08 39 1.274 -0.1067 -0.0615 0.123 240 K3III-IV

22 Lib 133800 73953 15 06 49.1 -16 29 03 0.162 -0.0623 -0.0167 0.065 255 A1V 23 Lib 134987 74500 15 13 28.7 -25 18 33 0.691 -0.3990 -0.0751 0.406 259 G4V 25 Lib 134967 74493 15 13 19.2 -19 38 51 0.124 -0.0480 -0.0486 0.068 225 A3Vn 26 Lib 135230 74600 15 14 33.7 -17 46 07 -0.015 -0.0146 -0.0160 0.022 222 B9III 28 Lib 136366 75110 15 20 53.6 -18 09 31 1.024 -0.0070 -0.0597 0.060 187 G8II-III

30 Lib 136801 75294 15 23 01.8 -15 08 03 1.603 0.0003 0.0163 0.016 1 M0III 32 Lib 137744 75730 15 28 15.4 -16 42 59 1.545 0.0167 -0.0334 0.037 153 K5III 33 Lib 137949 75848 15 29 34.7 -17 26 27 0.398 -0.0677 0.0068 0.068 276 F0p GZ(ACV) 34 LIb 138137 75944 15 30 40.4 -16 36 34 1.056 0.0240 -0.0026 0.024 96 K0III 36 Lib 138688 76259 15 34 37.2 -28 02 49 1.306 0.0167 -0.0312 0.035 152 K2/K3II

37 Lib 138716 76219 15 34 10.6 -10 03 53 1.000 0.3056 -0.2341 0.385 127 K1IV 41ALib 139446 76628A 15 38 54.4 -19 18 07 0.883 0.0842 -0.0752 0.113 132 G8III-IV 41BLib — 76628B 15 38 54.4 -19 18 07 0.883 0.0842 -0.0752 0.113 132 – 42 Lib 139663 76742 15 40 16.8 -23 49 05 1.302 -0.0156 -0.0082 0.018 242 K3III 47ALib 142378 77939A 15 55 00.2 -19 22 59 -0.013 -0.0106 -0.0184 0.021 210 B5V

47BLib 142378 77939B 15 55 00.2 -19 22 59 -0.013 -0.0106 -0.0184 0.021 210 – 48 Lib 142983 78207 15 58 11.3 -14 16 46 -0.080 -0.0123 -0.0168 0.021 216 B5IIIp FX(GCAS) 49 Lib 143333 78400 16 00 19.5 -16 32 00 0.517 -0.6365 -0.3979 0.751 238 F8V 50 Lib 143459 78436 16 00 47.5 -08 24 41 0.043 -0.0151 -0.0120 0.019 231 A0Vs Σ 1962Α 139461 76603 15 38 40.0 -08 47 28 0.505 0.0167 -0.0273 0.032 148 F6V

162 Libra (I)

LIB m M π pc l.y. V RV L F mc Bin? ADS α1 5.15 3.28 0.0423″ 24 77 28 -23 3.8 8 Sh 186B α2 2.75 0.88 0.0423 24 77 17 -10 35 9 2.64 Sh 186A β 2.61 -0.84 0.0204 49 160 42 -35 171 27 γ 3.91 0.56 0.0214 47 152 32 -27 47 38 Wils 20 9704Aa δ 4.91 0.06 0.0107 93 304 49 -39 74 19

ε 4.92 2.37 0.0309 32 106 28 -10 8.9 31 ζ 5.53 -1.33 0.0042 236 769 23 9 269 35 η 5.41 2.14 0.0222 45 147 35 -31 11 44 ϑ 4.13 0.64 0.0200 50 163 40 3 44 46 ι 4.54 -0.77 0.0087 115 376 29 -12 160 24 B 2351 9532

κ 4.75 -0.69 0.0082 123 400 64 -4 149 43 λ 5.04 -0.15 0.0092 109 356 12 6 91 45 µΑ 5.69 1.40 0.0139 72 235 23 -4 22 7 5.32 β 106 9396A µΒ 6.72 2.43 0.0139 72 235 23 - 8.4 β 106 9396B ν 5.19 -1.66 0.0043 235 765 50 -15 364 21

ξ1 5.78 0.54 0.0089 112 365 38 -24 48 13 ξ2 5.48 -0.61 0.0061 165 538 18 15 138 15 ο 6.14 2.45 0.0183 55 178 10 5 8.2 29 β σ 3.25 -1.51 0.0112 90 292 36 -4 316 20 τ 3.66 -2.01 0.0073 136 445 23 3 503 40

υ 3.60 -0.28 0.0168 60 195 25 -25 102 39 I 1271 9705AB 2 Lib 6.22 1.19 0.0099 101 330 28 -1 26 4 Lib 5.70 0.21 0.0080 125 409 15 -4 65 5 Lib 6.33 -1.33 0.0029 340 1109 75 -40 267 Hn 20 9376AB 10 Lib 6.27 -0.97 0.0036 280 913 28 -22 192

11 Lib 4.93 0.82 0.0151 66 216 96 83 37 12 Lib 5.27 -0.09 0.0085 118 384 19 9 85 16 Lib 4.47 2.24 0.0358 28 91 33 22 10 17 Lib 6.61 1.30 0.0087 115 376 18 -17 24 18 Lib 5.88 0.95 0.0103 97 316 58 -12 33 Σ 1894 9456

22 Lib 6.41 0.90 0.0079 127 413 63 -50 35 β pm 23 Lib 6.47 4.42 0.0390 26 84 49 3 1.3 25 Lib 6.07 1.93 0.0149 67 219 22 -4 13 26 Lib 6.18 -1.80 0.0025 394 1283 48 -26 411 28 Lib 6.16 -0.27 0.0052 193 631 55 3 101

30 Lib 6.46 -0.43 0.0042 239 780 23 14 117 32 Lib 5.64 -1.58 0.0036 279 908 54 -21 339 33 Lib 6.69 1.94 0.0112 89 291 42 -31 13 34 LIb 5.82 -0.37 0.0058 173 564 20 -2 111 36 Lib 5.13 -0.14 0.0088 113 369 22 12 89

37 Lib 4.61 2.30 0.0345 29 94 71 48 9.4 41ALib 5.57 0.48 0.0096 104 340 73 47 51 5.36 bin:A 41BLib 8.80 3.71 0.0096 104 340 56 - 2.6 bin:B 42 Lib 4.97 -0.37 0.0086 117 381 24 -22 111 47ALib 6.11 -0.30 0.0052 191 623 20 -7 103 5.95 Hu 1274 9834A

47BLib 8.12 1.71 0.0052 191 623 19 - 16 Hu 1274 9834B 48 Lib 4.95 -1.03 0.0064 157 513 17 -6 204 49 Lib 5.47 2.89 0.0305 33 107 119 -25 5.5 β pm 50 Lib 5.53 -0.21 0.0071 141 459 23 -19 96 Σ 1962Α 6.45 4.47 0.0402 25 81 5 0 1.3 5.75 Σ 1962 9728A

163 Libra (II)

LIB HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

Σ 1962Β 139460 76602 15h38m39.9s -08º47′40″ 0.520 0.0013 -0.0243 0.024 177º F6IV-V IU Lib 138764 76243 15 34 26.5 -09 11 00 -0.090 -0.0320 -0.0273 0.042 230 B6IV (SPB) - Lib 126218 70469 14 24 48.5 -24 48 23 0.962 -0.0534 -0.0181 0.056 251 G8III - Lib 138413 76106 15 32 36.6 -19 40 14 0.197 -0.0189 -0.0395 0.044 206 A2IV

164 Libra (II)

LIB m M π pc l.y. V RV L F mc Bin? ADS Σ 1962Β 6.56 4.79 0.0442″ 23 74 3 4 1.0 Σ 1962 9728B IU Lib 5.16 0.00 0.0093 108 351 22 -2 79 - Lib 5.34 -0.10 0.0082 123 400 39 -22 86 - Lib 5.50 1.29 0.0144 69 227 36 -33 24

165 Lupus (I)

LUP HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 129056 71860 14h41m55.7s -47º23′17″ -0.154 -0.0212 -0.0242 0.032 221º B1.5III (BCEP) β 132058 73273 14 58 31.8 -43 08 02 -0.184 -0.0341 -0.0383 0.051 222 B2III γΑ 138690 76297A 15 35 08.3 -41 10 00 -0.216 -0.0161 -0.0255 0.030 212 B2IV (UNK) γΒ 138690 76297B 15 35 08.2 -41 10 00 -0.216 -0.0161 -0.0255 0.030 212 – δ 136298 75141 15 21 22.2 -40 38 52 -0.227 -0.0191 -0.0241 0.031 218 B1.5IV (BCEP)

εΑ 136504 75264A 15 22 40.8 -44 41 22 -0.191 -0.0238 -0.0203 0.031 230 B2IV-V εΒ 136504 75264B 15 22 40.8 -44 41 23 -0.191 -0.0064 -0.0195 0.020 198 – ζ 134505 74395 15 12 17.0 -52 05 57 0.918 -0.1139 -0.0710 0.134 238 G8III η 143118 78384 16 00 07.2 -38 23 49 -0.206 -0.0166 -0.0271 0.032 211 B2.5IV ϑ 144294 78918 16 06 35.4 -36 48 08 -0.184 -0.0158 -0.0311 0.035 207 B2.5Vn

ι 125238 69996 14 19 24.1 -46 03 28 -0.184 -0.0128 -0.0038 0.013 254 B2.5IV κ1 134481 74376 15 11 56.0 -48 44 16 -0.029 -0.0965 -0.0480 0.108 244 B9V κ2 134482 74380 15 11 57.5 -48 44 37 0.144 -0.0983 -0.0454 0.108 245 A3IV λΑ 133955 74117A 15 08 50.5 -45 16 47 -0.162 -0.0180 -0.0342 0.039 208 B3V λΒ 133955 74117B 15 08 50.5 -45 16 47 -0.162 -0.0159 -0.0092 0.018 240 –

µA 135734 74911A 15 18 31.9 -47 52 30 -0.086 -0.0317 -0.0328 0.046 224 B8V µB 135734 74911B 15 18 31.9 -47 52 31 -0.086 -0.0276 -0.0457 0.053 211 – µC 135748 74915 15 18 33.8 -47 52 45 0.093 -0.0219 -0.0596 0.063 200 A2/A3V: ν1 136351 75206 15 22 08.2 -47 55 40 0.515 -0.1414 -0.1326 0.194 227 F8V ν2 136352 75181 15 21 48.1 -48 19 03 0.639 -1.6227 -0.2751 1.646 260 G2V

ξ1 142629 78105 15 56 53.4 -33 57 59 0.129 0.0238 -0.0460 0.052 153 A3V ξ2 142630 78106 15 56 54.1 -33 57 51 0.072 0.0203 -0.0497 0.054 158 B9V ο 130807 72683 14 51 38.3 -43 34 31 -0.154 -0.0248 -0.0268 0.037 223 B5IV πΑ 133242 73807A 15 05 07.2 -47 03 04 -0.144 -0.0234 -0.0211 0.032 228 B5V πΒ 133243 73807B 15 05 07.3 -47 03 01 -0.140 -0.0223 -0.0159 0.027 234 B5IV

ρ 128345 71536 14 37 53.1 -49 25 32 -0.152 -0.0278 -0.0291 0.040 224 B5V σ 127381 71121 14 32 36.8 -50 27 25 -0.177 -0.0296 -0.0149 0.033 243 B2III (ELL:) τ1 126341 70574 14 26 08.1 -45 13 17 -0.147 -0.0135 -0.0140 0.019 224 B2IV (BCEP) τ2Α 126354 70576A 14 26 10.7 -45 22 46 0.434 0.0144 -0.0142 0.020 135 A7 τ2Β 126354 70576B 14 26 10.7 -45 22 46 0.434 0.0121 0.0076 0.014 58 –

υ 136933 75439 15 24 44.8 -39 42 37 -0.093 -0.0253 -0.0564 0.062 204 ApSi ϕ1 136422 75177 15 21 48.3 -36 15 41 1.534 -0.0919 -0.0860 0.126 227 K5III ϕ2 136664 75304 15 23 09.2 -36 51 30 -0.155 -0.0181 -0.0215 0.028 220 B4V χ 141556 77634 15 50 57.4 -33 37 38 -0.045 -0.0059 -0.0249 0.026 193 B9.5III-IV ψ1 139521 76705 15 39 45.9 -34 24 42 0.964 0.0057 -0.0137 0.015 158 G8/K0III

ψ2 140008 76945 15 42 40.9 -34 42 38 -0.151 -0.0240 -0.0304 0.039 218 B5V ω 139127 76552 15 38 03.1 -42 34 02 1.412 -0.1476 0.0564 0.158 291 K4.5III 1 Lup 135153 74604 15 14 37.2 -31 31 09 0.374 -0.0097 0.0018 0.010 281 F3III 2 Lup 135758 74857 15 17 49.7 -30 08 55 1.100 -0.0087 -0.0045 0.010 243 K1II-III b Lup 129893 72290 14 47 01.2 -52 23 01 0.984 -0.0179 -0.0823 0.084 192 G8III c Lup 131562 73095 14 56 17.2 -52 48 35 0.142 0.0276 0.0079 0.029 74 A2III dALup 138769 76371A 15 35 53.1 -44 57 31 -0.175 -0.0204 -0.0215 0.030 224 B3IVp KT(GCAS) dBLup 138769 76371B 15 35 53.1 -44 57 29 -0.175 -0.0149 -0.0248 0.029 211 – e Lup 134687 74449 15 12 49.4 -44 30 02 -0.177 -0.0205 -0.0222 0.030 223 B3IV g Lup 139664 76829 15 41 11.2 -44 39 40 0.413 -0.1687 -0.2657 0.315 212 F5IV-V h Lup 139980 76939 15 42 38.2 -37 25 30 0.987 -0.0504 -0.0161 0.053 252 G8/K0III k Lup 137058 75501 15 25 20.1 -38 44 01 0.000 -0.0461 -0.0134 0.048 254 A0V φ 318Α 128266 71500A 14 37 20.0 -46 08 02 0.927 -0.0072 -0.0057 0.009 232 G8III+A1V φ 318Β 128266 71500B 14 37 20.0 -46 08 02 0.927 -0.0234 -0.0172 0.029 234 – h 4734 134270 74305 15 11 15.8 -55 20 46 1.118 -0.0038 -0.0074 0.008 207 G2Ib-II

166 Lupus (I)

LUP m M π pc l.y. V RV L F mc Bin? ADS α 2.30 -3.83 0.0060″ 168 548 26 5 2673 HdO 238 β 2.68 -3.35 0.0062 161 523 39 0 1718 γΑ 3.40 -2.80 0.0058 174 567 25 2 1042 2.80 h 4786A γΒ 3.51 -2.69 0.0058 174 567 25 - 938 h 4786B δ 3.22 -2.75 0.0064 156 510 23 0 993

εΑ 3.56 -2.38 0.0065 155 504 24 8 707 3.37 Copeland:A εΒ 5.04 -0.91 0.0065 155 504 15 - 181 Copeland:B ζ 3.41 0.65 0.0281 36 116 25 -10 43 ∆ 176 η 3.42 -2.48 0.0066 151 493 24 8 772 Rmk 21 ϑ 4.22 -1.28 0.0079 126 411 26 15 256

ι 3.55 -1.61 0.0093 108 352 23 22 348 κ1 3.88 0.14 0.0179 56 182 29 -6 69 3.69 ∆ 177A κ2 5.70 1.84 0.0169 59 193 30 0 14 ∆ 177B λΑ 4.43 -1.05 0.0080 125 406 25 10 207 4.07 See 219A λΒ 5.23 -0.25 0.0080 125 406 11 - 99 See 219B

µA 4.92 0.17 0.0112 89 291 24 15 67 4.27 h 4753A µB 5.05 0.30 0.0112 89 291 23 - 60 h 4753B µC 6.87 2.12 0.0112 89 291 27 - 11 h 4753C ν1 4.99 2.32 0.0293 34 111 33 -11 9.3 ν2 5.65 4.83 0.0687 15 47 133 -69 0.9

ξ1 5.14 1.21 0.0164 61 199 18 -10 26 4.59 ∆ 196A ξ2 5.59 1.70 0.0166 60 196 19 -12 17 ∆ 196B ο 4.84 -0.65 0.0080 125 408 23 7 143 4.32 φ 319 πΑ 4.57 -1.35 0.0066 152 497 23 5 272 3.91 h 4728A πΒ 4.65 -1.27 0.0066 152 497 20 5 253 h 4728B

ρ 4.05 -0.84 0.0105 95 310 20 8 171 σ 4.44 -1.79 0.0057 176 574 28 -1 409 τ1 4.56 -2.95 0.0032 317 1035 37 -22 1190 τ2Α 4.93 0.01 0.0104 96 314 9 -1 78 4.33 I 402A τ2Β 5.55 0.63 0.0104 96 314 7 - 44 I 402B

υ 5.36 0.00 0.0085 118 384 35 -8 79 Rst 1839AB ϕ1 3.57 -1.43 0.0100 100 326 66 -29 294 See 229 ϕ2 4.54 -1.81 0.0054 186 606 25 2 415 χ 3.97 -0.03 0.0159 63 206 9 5 81 5 ψ1 4.66 0.28 0.0133 75 245 24 -23 61

ψ2 4.75 -0.67 0.0082 121 396 23 4 146 4 ω 4.34 0.10 0.0142 70 230 53 -7 72 3 HdO 250 1 Lup 4.91 -2.81 0.0029 350 1140 28 -23 1045 2 Lup 4.35 -0.53 0.0106 94 308 6 -4 128 b Lup 5.22 0.72 0.0126 79 259 38 -21 41 h 4698

c Lup 5.38 1.27 0.0151 66 216 11 7 24 dALup 4.66 -0.96 0.0075 133 434 20 7 191 4.55 h 4788A dBLup 6.62 0.99 0.0075 133 434 19 4 32 h 4788B e Lup 4.83 -0.89 0.0072 139 454 24 14 179 g Lup 4.64 3.42 0.0571 18 57 27 -5 3.4 h Lup 5.23 0.63 0.0120 83 271 26 -16 44 k Lup 4.60 -0.70 0.0087 115 374 26 -3 150 φ 318Α 6.22 -1.85 0.0024 410 1336 24 -16 431 5.39 φ 318A φ 318Β 6.50 -1.56 0.0024 410 1336 56 - 331 φ 318B h 4734 5.45 -3.52 0.0016 621 2025 25 -4 2006 h 4734

167 Lupus (II)

LUP HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

HdO 232 126983 70931 14h30m20.8s -49º31′09″ 0.056 -0.0507 -0.0377 0.063 233º A1V HdO 242 133340 73826 15 05 19.0 -41 04 02 1.011 0.0226 -0.0008 0.023 92 G8III HdO 248 137432 75647 15 27 18.1 -36 46 04 -0.150 -0.0212 -0.0240 0.032 221 B5V See 217 132955 73624 15 02 59.1 -32 38 37 -0.127 -0.0211 -0.0197 0.029 227 B3V RU Lup 142560 78094 15 56 42.3 -37 49 15 – -0.0107 -0.0232 0.026 205 G5Vpe (INT)

GG Lup 135876 74950 15 85 06.3 -40 47 18 -0.099 -0.0194 -0.0218 0.029 222º B9V (EA) - Lup 125442 70104 14 20 42.4 -45 11 14 0.310 0.0372 -0.0736 0.082 153 F0IV -ALup 135346 74707A 15 16 03.9 -41 29 28 0.564 -0.0095 -0.0036 0.010 249 F/G: -BLup 135345 74707B 15 16 03.9 -41 29 28 0.564 -0.0136 -0.0095 0.017 235 A/F: - Lup 137709 75828 15 29 24.2 -46 43 58 1.731 -0.0083 -0.0056 0.010 236 K4III

- Lup 138816 76397 15 36 12.0 -44 23 48 1.497 -0.0450 -0.0552 0.071 219 M0III (type?) - Lup 143009 78323 15 59 30.2 -41 44 39 0.988 -0.0378 -0.0165 0.041 246 G8III - Lup 143699 78655 16 03 24.0 -38 36 09 -0.146 -0.0177 -0.0285 0.034 212 B6III-IV

168 Lupus (II)

LUP m M π pc l.y. V RV L F mc Bin? ADS HdO 232 5.38 1.21 0.0147″ 68 222 20 0 26 HdO 232 HdO 242 5.13 -0.13 0.0089 113 367 12 -3 89 HdO 242 HdO 248 5.46 -0.08 0.0078 128 418 20 4 85 HdO 248 See 217 5.45 0.30 0.0093 107 350 16 6 60 See 217 RU Lup 11.09 4.28 0.0043 230 751 28 - 1.5

GG Lup 5.59 -0.40 0.0063 158 514 24 11 114 - Lup 4.78 1.49 0.0220 46 149 18 0 20 -ALup 5.55 -2.42 0.0025 394 1283 33 -27 732 5.15 bin:A -BLup 6.92 -1.05 0.0025 394 1283 31 - 207 bin:B - Lup 5.26 -1.91 0.0037 272 886 31 -28 457

- Lup 5.44 -1.09 0.0050 202 659 71 -19 214 - Lup 4.99 -0.34 0.0086 116 380 35 -27 108 - Lup 4.90 -1.14 0.0062 162 527 26 -2 225

169 Lynx (I)

LYN HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 80493 45860 09h21m03.2s +34º23′33″ 1.550 -0.2228 0.0148 0.223 274º M0IIIvar 1 Lyn 42973 29919 06 17 54.9 +61 30 55 1.843 -0.0096 -0.0024 0.010 256 M3III UW(LB) 2 Lyn 43378 30060 06 19 37.3 +59 00 39 0.032 -0.0035 0.0244 0.025 352 A2Vs UZ(E+DSCT) 3 Lyn 43749 30278 06 22 08.1 +61 45 37 0.380 -0.0031 -0.1191 0.119 182 F0 4ALyn 43812 30272A 06 22 03.6 +59 22 20 0.153 -0.0056 0.0006 0.006 276 A3V

4BLyn 43812 30272B 06 22 03.6 +59 22 19 0.153 -0.0112 -0.0018 0.011 261 – 5 Lyn 44708 30679 06 26 48.8 +58 25 02 1.538 -0.0055 -0.0018 0.006 252 K4III 6 Lyn 45410 31039 06 30 47.1 +58 09 46 0.934 -0.0300 -0.3389 0.340 185 K0IV 7 Lyn 46101 31359 06 34 32.8 +55 21 10 1.554 0.0027 0.0052 0.006 27 K0III: 8 Lyn 46480 31676 06 37 41.4 +61 28 52 0.899 -0.2082 -0.2746 0.345 217 G8IV-V

9 Lyn 46318 31526 06 36 02.2 +56 23 11 0.398 -0.0402 -0.0579 0.070 215 F2 10 Lyn 46635 31763 06 38 36.5 +61 28 41 0.286 0.0084 -0.0245 0.026 161 A3 11 Lyn 46590 31665 06 37 38.4 +56 51 27 0.006 -0.0093 0.0098 0.013 317 A2V 12ALyn 48250 32438A 06 46 14.1 +59 26 30 0.084 -0.0181 -0.0087 0.020 244 A3V 12BLyn 48250 32438B 06 46 14.3 +59 26 30 0.084 -0.0170 0.0037 0.017 282 –

13 Lyn 48432 32489 06 46 49.5 +57 10 09 0.964 0.0139 -0.0388 0.041 160 K0III 14ALyn 49618 33048A 06 53 05.0 +59 26 55 0.675 -0.0134 -0.0500 0.052 195 G5III:+A2V 14BLyn 49618 33048B 06 53 04.9 +59 26 55 0.675 -0.0066 -0.0393 0.040 190 – 15 Lyn 50522 33449 06 57 16.5 +58 25 21 0.850 0.0066 -0.1235 0.124 177 G5III-IV 16 Lyn 50973 33485 06 57 37.0 +45 05 39 0.027 -0.0217 -0.0032 0.022 262 A2Vn

17 Lyn 53633 34572 07 09 37.7 +60 47 32 1.087 -0.0109 -0.0486 0.050 193 K0 18 Lyn 55280 35146 07 15 54.8 +59 38 15 1.081 -0.1011 -0.2587 0.278 201 K2III 19ALyn 57103 35785 07 22 52.0 +55 16 53 -0.078 -0.0112 -0.0320 0.034 199 B8V 19BLyn 57102 35783 07 22 50.8 +55 17 04 -0.051 -0.0135 -0.0302 0.033 204 B9V 19DLyn 237611 35787 07 22 53.9 +55 20 28 0.014 -0.0053 -0.0323 0.033 189 A0V

20ALyn 57067 35731 07 22 15.1 +50 08 56 0.320 -0.0248 -0.0319 0.040 218 F0 20BLyn 57066 35726 07 22 13.4 +50 08 51 0.172 -0.0269 -0.0282 0.039 224 F0* 21 Lyn 58142 36145 07 26 42.8 +49 12 42 -0.001 -0.0108 -0.0486 0.050 193 A1V 22 Lyn 58855 36439 07 29 55.9 +49 40 21 0.470 0.1104 -0.0820 0.138 127 F6V 23 Lyn 61106 37406 07 40 49.5 +57 04 58 1.440 -0.0241 -0.0044 0.024 260 K5III

24 Lyn 61497 37609 07 43 00.4 +58 42 37 0.104 -0.0370 -0.0521 0.064 215 A3IVn 25 Lyn 64106 38623 07 54 29.3 +47 23 10 1.133 -0.0161 0.0036 0.016 282 K2III: 26 Lyn 64144 38639 07 54 42.6 +47 33 53 1.462 -0.0484 0.0015 0.048 272 K4III 27 Lyn 67006 39847 08 08 27.4 +51 30 24 0.048 -0.0601 -0.0022 0.060 268 A2V 28 Lyn 66824 39722 08 07 10.0 +43 15 38 -0.020 -0.0126 -0.0344 0.037 200 A1V 29 Lyn 68930 40646 08 17 50.4 +59 34 16 0.182 -0.0042 0.0019 0.005 294 A7IV 30 Lyn 69548 40875 08 20 26.1 +57 44 35 0.421 0.0571 0.0139 0.059 76 F4V 31 Lyn 70272 41075 08 22 50.1 +43 11 17 1.550 -0.0256 -0.0994 0.103 194 K5III (SRD:) 32 Lyn 72291 41975 08 33 21.8 +36 26 11 0.402 -0.1450 0.0026 0.145 271 F5Vbwvar 33 Lyn 72524 42090 08 34 43.8 +36 25 10 0.051 -0.0267 -0.0412 0.049 213 A2Vnn 34 Lyn 73593 42604 08 41 01.0 +45 50 02 0.993 0.0272 0.0925 0.096 16 G0IV 35 Lyn 75506 43531 08 51 56.8 +43 43 36 0.971 -0.0139 0.0456 0.048 343 K0III 36 Lyn 79158 45290 09 13 48.1 +43 13 04 -0.130 -0.0284 -0.0362 0.046 218 B8IIIMNp 38ALyn 80081 45688A 09 18 50.6 +36 48 09 0.066 -0.0326 -0.1238 0.128 195 A1V 38BLyn — 45688B 09 18 50.4 +36 48 07 0.066 -0.0326 -0.1238 0.128 195 A4V 42 Lyn 83287 47300 09 38 21.7 +40 14 23 0.223 -0.0144 0.0109 0.018 307 F0V 43 Lyn 83805 47570 09 42 00.3 +39 45 29 0.951 -0.0496 -0.0483 0.069 226 G8III Kui 37A 76943 44248A 09 00 38.3 +41 46 58 0.463 -0.4877 -0.2193 0.535 246 F5V Kui 37B 76943 44248B 09 00 38.2 +41 46 58 0.463 -0.3816 -0.2701 0.468 235 – Σ 958Α 48767 32609A 06 48 12.9 +55 42 16 0.500 0.0577 -0.1048 0.120 151 F6V:

170 Lynx (I)

LYN m M π pc l.y. V RV L F mc Bin? ADS α 3.14 -1.02 0.0147″ 68 222 81 38 202 40 1 Lyn 5.01 -1.28 0.0055 181 590 14 11 255 2 Lyn 4.44 1.14 0.0219 46 149 7 -4 28 3 Lyn 7.20 3.25 0.0162 62 201 36 8 3.9 4ALyn 6.44 0.88 0.0077 129 422 24 -24 35 6.05 Σ 881 4950A

4BLyn 7.53 1.97 0.0077 129 422 7 0 13 Σ 881 4950B 5 Lyn 5.21 -1.39 0.0048 209 682 6 -3 284 S 514 5036 6 Lyn 5.86 2.08 0.0176 57 186 99 36 12 β pm 7 Lyn 6.45 -1.94 0.0021 476 1552 23 -19 469 8 Lyn 5.94 2.31 0.0188 53 173 98 -46 9.3 β pm

9 Lyn 6.56 1.98 0.0122 82 268 28 2 13 10 Lyn 6.96 -0.73 0.0029 345 1124 42 - 154 11 Lyn 5.87 0.90 0.0101 99 322 6 0 34 12ALyn 5.52 1.29 0.0143 70 229 7 -3 24 4.86 Σ 948 5400A 12BLyn 6.07 1.84 0.0143 70 229 6 0 14 Σ 948 5400B

13 Lyn 5.34 1.32 0.0157 64 208 23 19 23 14ALyn 6.00 0.35 0.0074 135 441 36 13 57 5.34 Σ 963 5514AB 14BLyn 6.53 0.88 0.0074 135 441 26 0 35 Σ 963 5514B 15 Lyn 4.35 0.76 0.0191 52 170 32 9 39 ΟΣ 159 5586AB 16 Lyn 4.90 0.71 0.0145 69 225 11 -8 41

17 Lyn 6.64 1.05 0.0076 131 428 31 2 30 18 Lyn 5.20 1.34 0.0169 59 193 82 24 23 19ALyn 5.78 -0.00 0.0070 144 468 24 5 79 5.45 Σ 1062 6012A 19BLyn 6.96 1.72 0.0089 112 365 20 10 16 Σ 1062 6012B 19DLyn 7.57 1.67 0.0066 151 493 23 - 17 Σ 1062 6012D

20ALyn 7.57 1.55 0.0063 160 522 31 5 19 6.85 Σ 1065 6004A 20BLyn 7.75 1.73 0.0063 160 522 30 7 16 Σ 1065 6004B 21 Lyn 4.61 0.20 0.0131 76 249 32 27 66 22 Lyn 5.35 3.86 0.0503 20 65 30 -27 2.3 β pm 23 Lyn 6.09 -0.56 0.0047 214 698 28 -13 132

24 Lyn 4.93 0.62 0.0138 73 237 24 9 44 h 2405 6285 25 Lyn 6.25 -0.13 0.0053 189 615 65 -63 89 26 Lyn 5.47 -0.49 0.0064 156 508 40 17 124 27 Lyn 4.78 0.65 0.0150 67 218 22 11 43 Es 70 6600 28 Lyn 6.35 0.54 0.0069 145 472 27 9 48 29 Lyn 5.63 0.78 0.0107 93 304 15 -15 38 30 Lyn 5.89 3.39 0.0316 32 103 17 -15 3.5 31 Lyn 4.25 -1.13 0.0084 119 389 63 24 223 32 Lyn 6.20 3.34 0.0268 37 122 26 0 3.6 33 Lyn 5.76 0.80 0.0102 98 321 34 25 38 34 Lyn 5.35 1.64 0.0181 55 180 45 -37 17 35 Lyn 5.15 0.53 0.0119 84 274 24 15 48 36 Lyn 5.30 -0.92 0.0057 176 573 44 21 184 38ALyn 3.95 1.08 0.0268 37 122 23 4 29 3.82 Σ 1334 7292A 38BLyn 6.30 3.44 0.0268 37 122 23 -1 3.3 Σ 1334 7292B 42 Lyn 5.28 2.36 0.0261 38 125 4 -3 9.0 43 Lyn 5.61 0.52 0.0096 104 340 45 30 49 Kui 37A 4.18 3.10 0.0609 16 54 49 26 4.5 3.96 Kui 37A ‘10 UMa’ Kui 37B 6.48 5.40 0.0609 16 54 36 0 0.5 Kui 37B Σ 958Α 6.41 3.05 0.0213 47 153 29 12 4.7 5.54 Σ 958 5436A

171 Lynx (II)

LYN HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

Σ 958Β 48766 32609B 06h48m12.3s +55º42′15″ 0.400 0.0577 -0.1048 0.120 151º F5V: Σ 1009Α 52859 34217A 07 05 40.2 +52 45 32 0.102 -0.0343 -0.0524 0.063 213 A3Vs Σ 1009Β 52859 34217B 07 05 40.5 +52 45 27 0.102 -0.0296 -0.0586 0.066 207 A2 Σ 1282Α 75353 43426A 08 50 44.1 +35 04 16 0.592 -0.1741 0.1142 0.208 303 F8 Σ 1282Β 75353 43426B 08 50 43.8 +35 04 17 0.592 -0.1741 0.1142 0.208 303 –

Σ 1338Α 80441 45858A 09 20 59.2 +38 11 18 0.380 -0.0435 -0.0200 0.048 245 F3Vcomp Σ 1338Β — 45858B 09 20 59.1 +38 11 18 0.380 -0.0436 0.0082 0.044 281 F4V RR Lyn 44691 30651 06 26 25.8 +56 17 06 0.238 -0.0252 0.0216 0.033 311 A3m (EA) UY Lyn 54895 34912 07 13 23.3 +51 25 43 1.640 0.0082 0.0134 0.016 31 M3III (LB) - Lyn 56169 35384 07 18 31.9 +49 27 54 0.087 -0.0014 0.0039 0.004 341 A4IIIn

-ALyn 61931 37701A 07 44 04.1 +50 26 01 -0.001 -0.0093 -0.0278 0.029 198 A0IIIn -BLyn — 37701B 07 44 04.1 +50 26 00 -0.001 -0.0093 -0.0278 0.029 198 – - Lyn 62647 37946 07 46 39.2 +37 31 03 1.588 0.0302 0.0127 0.033 67 M3III - Lyn 77912 44700 09 06 31.7 +38 27 08 1.037 -0.0284 -0.0143 0.032 243 G8Ib-II - Lyn 82741 47029 09 35 03.8 +39 37 17 0.992 -0.0296 0.0207 0.036 305 K0III

172 Lynx (II)

LYN m M π pc l.y. V RV L F mc Bin? ADS Σ 958Β 6.38 3.02 0.0213″ 47 153 28 9 4.9 Σ 958 5436B Σ 1009Α 6.88 1.75 0.0094 106 347 41 26 16 6.17 Σ 1009 5746A Σ 1009Β 7.05 1.91 0.0094 106 347 37 16 14 Σ 1009 5746B Σ 1282Α 7.69 3.87 0.0172 58 189 57 0 2.2 6.86 Σ 1282 7034A Σ 1282Β 7.76 3.94 0.0172 58 189 57 0 2.1 Σ 1282 7034B

Σ 1338Α 6.81 3.41 0.0209 48 156 11 1 3.4 6.12 Σ 1338 7307A Σ 1338Β 7.12 3.73 0.0209 48 156 10 -2 2.5 Σ 1338 7307B RR Lyn 5.53 0.93 0.0120 83 271 16 -10 33 UY Lyn 5.46 -1.41 0.0042 237 773 54 -51 289 - Lyn 5.00 0.20 0.0110 91 297 12 -12 65

-ALyn 5.37 -1.25 0.0047 211 689 29 0 249 5.31 bin:A -BLyn 8.50 1.88 0.0047 211 689 29 0 14 bin:B - Lyn 5.15 0.15 0.0100 100 326 38 -35 69 - Lyn 4.56 -2.03 0.0048 208 678 36 17 510 - Lyn 4.81 0.58 0.0142 70 229 17 -12 46

173 Lyra

LYR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 172167 91262 18h36m56.2s +38º47′01″ -0.001 0.2010 0.2875 0.351 35º A0Vvar (DSCTC) β 174638 92420 18 50 04.7 +33 21 46 0.003 0.0011 -0.0045 0.005 166 A8:Vcomp SB (EB) γ 176437 93194 18 58 56.5 +32 41 22 -0.049 -0.0028 0.0018 0.003 303 B9III δ1 175426 92728 18 53 43.5 +36 58 18 -0.138 0.0015 -0.0026 0.003 150 B2.5V δ2 175588 92791 18 54 30.1 +36 53 56 1.575 -0.0067 0.0033 0.007 296 M4IIvar (SRC)

ε1A 173582 91919A 18 44 20.3 +39 40 12 0.170 0.0106 0.0602 0.061 10 A4V ε1B 173583 91919B 18 44 20.2 +39 40 15 0.170 0.0017 0.0472 0.047 2 F1V ε2C 173607 91926C 18 44 22.8 +39 36 46 0.180 0.0058 0.0518 0.052 6 A8Vn ε2D 173608 91926D 18 44 23.0 +39 36 46 0.180 0.0071 0.0691 0.070 6 F0Vn ζ1 173648 91971 18 44 46.3 +37 36 18 0.192 0.0293 0.0266 0.040 48 Am

ζ2 173649 91973 18 44 48.1 +37 35 40 0.285 0.0192 0.0207 0.028 43 F0IVvar η 180163 94481 19 13 45.4 +39 08 46 -0.150 -0.0016 -0.0006 0.002 249 B2.5IV ϑ 180809 94713 19 16 22.0 +38 08 01 1.258 -0.0005 0.0012 0.001 338 K0II ι 178475 93903 19 07 18.0 +36 06 01 -0.109 -0.0006 -0.0043 0.004 189 B6IV κ 168775 89826 18 19 51.6 +36 03 52 1.162 -0.0161 0.0413 0.044 339 K2IIIvar

λ 176670 93279 19 00 00.8 +32 08 44 1.465 0.0061 0.0098 0.012 32 K3III µ 169702 90191 18 24 13.7 +39 30 26 0.047 -0.0213 -0.0046 0.022 258 A3IVn ν1 174585 92398 18 49 45.8 +32 48 46 -0.154 0.0019 -0.0052 0.006 160 B3IV ν2 174602 92405 18 49 52.8 +32 33 03 0.100 -0.0118 -0.0128 0.017 223 A3V 16 Lyr 177196 93408 19 01 26.3 +46 56 05 0.186 0.0136 -0.0861 0.087 171 A7V

17 Lyr 178449 93917 19 07 25.5 +32 30 06 0.367 0.1232 0.0321 0.127 75 F0V 19 Lyr 179527 94311 19 11 45.9 +31 17 01 -0.062 -0.0032 -0.0032 0.004 225 B9pSi V471(ACV) β 648Α 176051 93017A 18 57 01.5 +32 54 05 0.594 0.2029 -0.1440 0.249 125 G0V β 648Β — 93017B 18 57 01.5 +32 54 06 0.594 0.1241 -0.1739 0.214 144 K1V β1253 171301 90923 18 32 49.8 +30 33 15 -0.077 0.0134 0.0116 0.018 49 B8IV

Ho 270 175740 92831 18 54 52.1 +41 36 10 1.034 -0.0014 -0.0023 0.003 211 G8III ΟΣ 525A 175635 92833A 18 54 52.4 +33 58 07 0.922 -0.0056 -0.0018 0.006 252 G8III+A2 ΟΣ 525B 175635 92833B 18 54 52.5 +33 58 06 0.922 -0.0056 -0.0018 0.006 252 – ΟΣ 525C 175634 92829 18 54 51.9 +33 58 51 -0.060 -0.0041 -0.0022 0.005 242 A Σ 2333Α 171026 90766A 18 31 06.9 +32 14 44 -0.019 -0.0008 -0.0019 0.002 201 A0

Σ 2333Β — 90766B 18 31 06.7 +32 14 50 -0.019 -0.0008 -0.0019 0.002 201 – Σ 2349 172044 91235 18 36 37.3 +33 28 09 -0.101 -0.0090 -0.0004 0.009 268 B8II-IIIpHg Σ 2470Α 178849 94043A 19 08 45.1 +34 45 37 -0.127 0.0035 0.0014 0.004 69 B3V Σ 2470Β — 94043B 19 08 44.0 +34 45 37 -0.127 0.0011 0.0038 0.004 16 – Σ 2474Α 178911 94076A 19 09 04.3 +34 36 02 0.643 0.0471 0.1945 0.200 14 G1V

Σ 2474Β — 94076B 19 09 03.0 +34 36 00 0.643 0.0648 0.1924 0.203 19 – R Lyr 175865 92862 18 55 20.0 +43 56 46 1.397 0.0199 0.0806 0.083 14 M5IIIvar (SRB) RR Lyr 182989 95497 19 25 27.7 +42 47 05 0.435 -0.1096 -0.1955 0.224 209 A5-F7 (RRAB) - Lyr 173780 92088 18 46 04.4 +26 39 43 1.199 0.0187 0.0244 0.031 37 K3III - Lyr 176527 93256 18 59 45.4 +26 13 50 1.228 0.0859 -0.0113 0.087 98 K2III

174 Lyra

LYR m M π pc l.y. V RV L F mc Bin? ADS α 0.03 0.58 0.1289″ 7.8 25.3 19 -14 46 3 H V 39 11510AB β 3.52 -3.64 0.0037 270 881 20 -19 2247 10 Σ Ι 39 11745 γ 3.25 -3.20 0.0051 195 634 22 -22 1493 14 AGC 9 11908 (OPT) δ1 5.58 -2.02 0.0030 331 1079 26 -26 506 11 H V 13 δ2 4.22 -2.98 0.0036 275 898 28 -26 1225 12 Es 2028 11825

ε1A 5.06 1.57 0.0201 50 162 34 -31 19 4 4.67 Σ 2382 11635A ε1B 6.19 2.71 0.0201 50 162 35 -33 6.5 4 Σ 2382 11635B ε2C 5.30 1.84 0.0203 49 160 27 -24 14 5 4.59 Σ 2383 11635C ε2D 5.51 2.05 0.0203 49 160 32 -28 12 5 Σ 2383 11635D ζ1 4.34 0.97 0.0212 47 154 27 -26 32 6 4.07 Σ Ι 38 11639A

ζ2 5.73 2.41 0.0217 46 150 25 -25 8.5 7 Σ Ι 38 11639D η 4.43 -3.09 0.0031 319 1042 8 -8 1358 20 Σ 2487 12197 (OPT) ϑ 4.35 -2.51 0.0042 236 769 31 -31 797 21 Sh 292 ι 5.25 -1.78 0.0039 255 832 19 -18 407 18 κ 4.33 0.02 0.0137 73 238 27 -22 78 1

λ 4.94 -3.43 0.0021 472 1538 30 -16 1851 15 µ 5.11 -0.55 0.0074 135 441 28 -24 130 2 ν1 5.93 -1.52 0.0032 310 1009 19 -17 320 8 H V 40 11732 ν2 5.22 0.90 0.0137 73 238 12 10 34 9 Ho 440 11737 16 Lyr 5.00 2.04 0.0255 39 128 18 8 12 h 1362 11964

17 Lyr 5.20 2.16 0.0246 41 132 25 4 11 Σ 2461 12061 19 Lyr 5.93 -1.46 0.0033 300 979 31 -30 301 β 648Α 5.42 4.55 0.0668 15.0 48.8 50 -47 1.2 5.20 β 648 11871A β 648Β 8.04 7.17 0.0668 15.0 48.8 15 - 0.1 β 648 11871B β1253 5.47 0.22 0.0089 112 365 13 -9 64 β 1253 11446

Ho 270 5.46 0.89 0.0122 82 267 9 -9 35 Ho 270 11840 ΟΣ 525A 6.20 -1.85 0.0025 408 1331 20 -16 433 5.99 ΟΣ 525 11834A ΟΣ 525B 9.28 1.22 0.0025 408 1331 11 - 26 ΟΣ 525 11834B ΟΣ 525C 7.68 -0.16 0.0027 370 1207 8 - 91 ΟΣ 525 11834C Σ 2333Α 7.86 -0.54 0.0021 478 1560 25 -19 129 7.45 Σ 2333 11424A

Σ 2333Β 8.73 0.33 0.0021 478 1560 5 - 58 Σ 2333 11424B Σ 2349 5.41 -0.61 0.0063 160 522 27 -26 138 Σ 2349 11504 Σ 2470Α 7.00 -1.03 0.0025 405 1320 18 -17 204 7.04 Σ 2470 12093A Σ 2470Β 8.64 2.76 0.0067 150 488 3 - 6.2 Σ 2470 12093B Σ 2474Α 6.84 3.39 0.0204 49 160 62 -41 3.5 6.70 Σ 2474 12101A

Σ 2474Β 8.29 4.94 0.0214 47 152 45 0 0.8 Σ 2474 12101B R Lyr 4.08 -1.07 0.0093 107 349 51 -28 211 13 RR Lyr 7.92 1.13 0.0044 228 744 253 -72 28 - Lyr 4.83 0.39 0.0130 77 252 20 -17 55 - Lyr 5.26 0.12 0.0094 107 348 50 -24 71

175 Mensa

MEN HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 43834 29271 06h10m14.6s -74º45′11″ 0.714 0.1218 -0.2128 0.245 150º G5V β 33285 23467 05 02 43.2 -71 18 50 0.996 -0.0035 0.0107 0.011 342 G8III γ 37763 25918 05 31 53.0 -76 20 28 1.130 0.1432 0.2878 0.321 26 K4III δ 28525 20049 04 17 59.2 -80 12 51 0.836 0.0283 0.0610 0.067 25 K2/K3III ε 60816 36039 07 25 38.2 -79 05 38 1.281 -0.0299 0.0060 0.030 281 K2/K3III

ζ 50506 31897 06 40 02.8 -80 48 49 0.214 -0.0051 0.0534 0.054 355 A5III η 32440 22871 04 55 11.3 -74 56 13 1.518 0.0276 0.0619 0.068 24 K6III ϑ 54239 33384 06 56 34.5 -79 25 13 0.041 -0.0015 -0.0016 0.002 224 B9.5V ι 38602 26264 05 35 36.5 -78 49 15 -0.018 0.0126 0.0182 0.022 35 B8III (ELL) κ 40953 27566 05 50 16.5 -79 21 41 -0.076 -0.0045 0.0660 0.066 356 B9.5V

λ 39810 27369 05 47 48.9 -72 42 09 1.073 -0.0068 0.0245 0.025 344 K0III µ 30612 21949 04 43 04.1 -70 55 52 -0.114 0.0093 0.0348 0.036 15 B9IV ν 29116 20297 04 20 58.0 -81 34 48 0.359 0.0091 0.1261 0.126 4 F0/F2III ξ 34172 23148 04 58 50.9 -82 28 14 0.932 -0.0051 0.0041 0.007 309 G8III π 39091 26394 05 37 08.8 -80 28 09 0.600 0.3120 1.0502 1.096 17 G3IV

WX Men 37993 26169 05 34 44.7 -73 44 28 1.717 0.0001 0.0371 0.037 0 M2/M3III (LB)

176 Mensa

MEN m M π pc l.y. V RV L F mc Bin? ADS α 5.08 5.05 0.0985″ 10.1 33.1 37 35 0.8 β 5.30 -1.17 0.0051 197 642 15 -11 231 γ 5.18 2.73 0.0324 31 101 74 57 6.3 h 3795 (OPT) δ 5.67 0.19 0.0080 125 408 45 -20 66 ε 5.54 -0.24 0.0070 143 466 23 11 98

ζ 5.61 0.14 0.0081 124 404 32 7 69 η 5.47 -1.23 0.0046 218 712 75 26 243 ϑ 5.45 0.26 0.0092 109 356 6 6 62 ι 6.04 -0.90 0.0041 244 795 29 13 180 κ 5.46 0.87 0.0121 83 270 28 10 35

λ 6.54 1.17 0.0085 118 386 21 15 27 µ 5.53 -0.32 0.0068 148 483 25 -1 106 ν 5.78 2.13 0.0186 54 175 35 14 11 ξ 5.84 0.69 0.0093 107 349 6 -5 42 π 5.65 4.35 0.0549 18 59 95 9 1.4

WX Men 5.79 -1.74 0.0031 321 1045 57 -11 391

177 Microscopium

MIC HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 198232 102831 20h49m58.0s -33º46′48″ 1.004 0.0037 -0.0202 0.021 170º G8III β 198529 102989 20 51 58.7 -33 10 38 0.029 0.0071 -0.0056 0.009 128 A2Vn γ 199951 103738 21 01 17.4 -32 15 28 0.890 -0.0021 -0.0002 0.002 265 G8III δ 200718 104148 21 06 01.0 -30 07 31 1.047 0.0325 -0.0687 0.076 155 K0/K1II ε 202627 105140 21 17 56.2 -32 10 21 0.070 0.0555 -0.0221 0.060 112 A0V

ζ 200163 103882 21 02 57.8 -38 37 54 0.424 -0.0279 -0.1088 0.112 194 F3V η 200702 104177 21 06 25.4 -41 23 10 1.350 0.0292 -0.0120 0.032 112 K3III ϑ1Α 203006 105382A 21 20 45.5 -40 48 35 0.029 0.0762 0.0177 0.078 77 A2p (ACV) ϑ1Β — 105382B 21 20 45.5 -40 48 35 0.029 0.0762 0.0177 0.078 77 – ϑ2Α 203585 105696A 21 24 24.7 -41 00 24 -0.036 0.0264 -0.0002 0.026 90 A0III

ϑ2Β 203585 105696B 21 24 24.7 -41 00 24 -0.036 0.0343 -0.0037 0.035 96 A0III ι 197937 102693 20 48 29.0 -43 59 19 0.361 0.1758 -0.1122 0.209 123 F1IV ν 195569 101477 20 33 55.0 -44 30 58 0.999 0.0112 -0.0357 0.037 163 K0III β 767Α 204018 105913A 21 27 01.5 -42 32 53 0.392 -0.0493 0.0145 0.051 286 Am β 767Β 204018 105913B 21 27 01.6 -42 32 55 0.392 -0.0493 0.0145 0.051 286 –

- Mic 200763 104174 21 06 24.6 -32 20 30 1.104 -0.0050 0.0086 0.010 330 K2III - Mic 196737 102014 20 40 19.8 -33 25 54 1.118 0.0229 0.0359 0.043 32 K1III - Mic 197630 102497 20 46 19.9 -39 11 57 -0.078 0.0427 -0.0301 0.052 125 B8/B9V - Mic 198716 103127 20 53 40.1 -39 48 36 1.318 0.0442 -0.0972 0.107 156 K2III - Mic 201772 104738 21 13 03.0 -39 25 31 0.460 0.1874 -0.1144 0.220 121 F5V

- Mic 201901 104750 21 13 17.2 -27 37 10 1.425 0.0989 -0.1128 0.150 139 K3III

178 Microscopium

MIC m M π pc l.y. V RV L F mc Bin? ADS α 4.89 -0.45 0.0086″ 117 380 19 -15 119 h 5224 β 6.06 -0.48 0.0049 203 661 15 -12 122 γ 4.67 0.49 0.0146 69 223 18 18 50 δ 5.69 0.65 0.0098 102 332 42 21 43 ε 4.71 1.19 0.0198 51 165 14 -1 26

ζ 5.32 2.58 0.0283 35 115 19 5 7.3 η 5.55 -1.73 0.0035 286 931 44 11 387 ϑ1Α 4.93 1.15 0.0175 57 186 21 2 27 4.80 bin:A ϑ1Β 7.42 3.64 0.0175 57 186 21 - 2.8 bin:B ϑ2Α 6.24 0.48 0.0070 142 463 21 11 51 5.76 β 766Α

ϑ2Β 6.88 1.12 0.0070 142 463 23 - 28 β 766Β ι 5.11 2.04 0.0244 41 134 43 -15 12 ν 5.12 1.01 0.0151 66 216 15 9 31 β 767Α 5.69 2.04 0.0186 54 176 22 18 12 5.50 β 767Α β 767Β 8.30 4.64 0.0186 54 176 13 - 1.1 β 767Β

- Mic 5.20 0.02 0.0092 108 354 6 3 77 - Mic 5.47 1.14 0.0136 73 239 20 14 27 - Mic 5.48 0.52 0.0102 98 320 39 -30 49 - Mic 5.34 -0.17 0.0079 126 412 67 20 92 - Mic 5.25 2.63 0.0300 33 109 56 -44 7.0

- Mic 5.41 0.01 0.0083 120 391 95 -42 78

179 Monoceros

MON HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 61935 37447 07h41m14.8s -09º33′04″ 1.022 -0.0748 -0.0196 0.077 255º K0III βA 45725 30867A 06 28 48.9 -07 01 59 -0.113 -0.0070 -0.0050 0.009 235 B3Ve βB 45726 30867B 06 28 49.4 -07 02 04 -0.070 -0.0070 -0.0050 0.009 235 B3ne βC 45727 30867C 06 28 49.4 -07 02 04 -0.100 -0.0070 -0.0050 0.009 235 B3e γ 43232 29651 06 14 51.3 -06 16 29 1.319 -0.0062 -0.0201 0.021 197 K3III δ 55185 34769 07 11 51.8 -00 29 34 -0.005 -0.0002 0.0067 0.007 358 A2V εΑ 44769 30419 06 23 46.0 +04 35 34 0.215 -0.0209 0.0108 0.023 297 A5IV εΒ 44770 30422 06 23 46.9 +04 35 44 0.450 0.0067 -0.0223 0.023 163 F5V ζ 67594 39863 08 08 35.6 -02 59 02 0.970 -0.0168 -0.0039 0.017 257 G2Ib 1 Mon 40535 28321 05 59 01.0 -09 22 56 0.333 0.0184 0.0142 0.023 52 F2IV V474(DSCT) 2 Mon 40536 28325 05 59 04.3 -09 33 30 0.189 0.0085 -0.0455 0.046 169 A6m 3AMon 40967 28574A 06 01 50.3 -10 35 53 -0.128 -0.0069 0.0036 0.008 298 B5III 3BMon 40967 28574B 06 01 50.3 -10 35 51 -0.128 -0.0069 0.0036 0.008 298 B5III 6 Mon 43760 29885 06 17 35.1 -10 43 31 0.364 -0.0079 0.0028 0.008 290 F0e 7 Mon 44112 30073 06 19 42.7 -07 49 23 -0.177 -0.0043 0.0007 0.004 279 B2.5V 9 Mon 45418 30700 06 27 00.9 -04 21 20 -0.155 -0.0050 -0.0041 0.006 230 B4V 10 Mon 45546 30772 06 27 57.5 -04 45 44 -0.175 -0.0042 -0.0031 0.005 233 B2V 12 Mon 46241 31159 06 32 19.1 +04 51 21 0.997 -0.0356 0.0016 0.036 273 K0V 13 Mon 46300 31216 06 32 54.2 +07 19 58 0.023 -0.0039 -0.0058 0.007 214 A0Ib 14 Mon 46642 31385 06 34 46.4 +07 34 21 -0.010 -0.0168 -0.0074 0.018 246 A0Vs 15AMon 47839 31978A 06 40 58.6 +09 53 44 -0.233 -0.0007 -0.0025 0.003 195 O7 S(Ia:) 15BMon 47839 31978B 06 40 58.5 +09 53 41 -0.233 -0.0007 -0.0025 0.003 195 O7 16 Mon 48977 36463 06 46 32.4 +08 35 14 -0.173 -0.0050 -0.0068 0.008 216 B2.5V 17 Mon 49161 32533 06 47 19.8 +08 02 14 1.396 -0.0233 -0.0118 0.026 243 K4III 18 Mon 49293 32578 06 47 51.6 +02 24 44 1.099 -0.0130 -0.0124 0.018 226 K0III 19 Mon 52918 33971 07 02 54.6 -04 14 21 -0.195 -0.0047 0.0028 0.006 301 B1V V637(BCEP) 20 Mon 54810 34622 07 10 13.6 -04 14 14 1.020 0.0000 0.2179 0.218 360 K0III 21 Mon 55057 34724 07 11 23.5 -00 18 07 0.310 -0.0274 -0.0091 0.029 252 F2V V571(DSCT) 23 Mon 55533 34904 07 13 18.3 -00 15 34 0.338 -0.0013 -0.0003 0.001 256 F0 24 Mon 56003 35080 07 15 19.3 -00 09 41 0.901 -0.0082 0.0040 0.009 296 G5III 25 Mon 61064 37088 07 37 16.6 -04 06 40 0.442 -0.0674 0.0177 0.070 285 F6III 27 Mon 65695 39079 07 59 44.1 -03 40 47 1.205 -0.0552 -0.0018 0.055 268 K2III 28 Mon 65953 39211 08 01 13.2 -01 23 33 1.475 0.0660 -0.0757 0.100 139 K4III V645(FKCOM) J 187 41692 28949 06 06 38.7 -04 11 38 -0.122 -0.0068 -0.0047 0.008 236 B5IV Plaskett’s 47129 31646 06 37 24.0 +06 08 07 0.018 -0.0018 0.0007 0.002 290 O8e V640(SR) Ross 614 — 30920 06 29 23.0 -02 48 45 1.690 0.6947 -0.6186 0.930 132 M4.5Ve T Mon 44990 30541 06 25 13.0 +07 05 09 0.850 0.0029 -0.0015 0.003 118 F7Iabvar SB (CEP) U Mon 59693 36521 07 30 47.3 -09 46 37 1.096 -0.0014 0.0033 0.004 337 K0Ibpvar (RVTAU) V696A 41335 28744A 06 04 13.4 -06 42 33 -0.066 -0.0036 0.0036 0.005 316 B2Ven (BE) V696B — 28744B 06 04 13.4 -06 42 33 -0.066 -0.0036 0.0036 0.005 316 B2Ven - Mon 42690 29417 06 11 51.7 -06 33 02 -0.201 -0.0035 -0.0018 0.004 243 B2V - Mon 43993 29996 06 18 50.3 -09 23 25 1.239 0.0043 -0.0227 0.023 169 K1III - Mon 45416 30717 06 27 13.7 +00 17 57 1.186 0.0029 -0.0083 0.009 161 K1II - Mon 46089 31119 06 31 48.2 +11 32 40 0.185 0.0176 0.0282 0.033 32 A3V - Mon 46229 31121 06 31 50.0 -08 09 29 1.373 -0.0092 -0.0222 0.024 203 K2III - Mon 46487 31278 06 33 37.8 -01 13 13 -0.132 0.0021 -0.0177 0.018 173 B5Vn - Mon 48217 32064 06 41 56.4 -09 10 03 1.525 0.0350 -0.0461 0.058 143 M0III - Mon 49331 32558 06 47 37.1 -08 59 54 1.795 -0.0042 -0.0006 0.004 262 M1II - Mon 50747 33184 06 54 24.6 -01 07 38 0.167 0.0140 -0.0143 0.020 136 A4IV - Mon 52666 33878 07 01 56.3 -05 43 20 1.687 -0.0145 0.0066 0.016 294 M2III - Mon 62902 37901 07 46 02.2 -06 46 21 1.378 0.0489 -0.0931 0.105 152 K5III

180 Monoceros

MON m M π pc l.y. V RV L F mc Bin? ADS α 3.94 0.71 0.0226″ 44 144 20 11 41 26 βA 4.63 -2.00 0.0047 212 691 22 20 497 11 4.05 Σ 919 5107A βB 5.00 -1.63 0.0047 212 691 20 18 355 11 Σ 919 5107B βC 5.39 -1.25 0.0047 212 691 25 23 248 11 Σ 919 5107C γ 3.99 -2.49 0.0051 198 644 20 -5 779 5 h 384 4853 δ 4.15 -1.15 0.0087 115 375 15 15 227 22 J 58 5864 εΑ 4.46 1.48 0.0254 39 128 16 15 20 8 4.27 Σ 900 5012A εΒ 6.92 4.99 0.0411 24 79 16 16 0.8 8 Σ 900 5012B ζ 4.36 -4.41 0.0018 568 1852 55 30 4581 29 Σ 1190 6617 1 Mon 6.15 1.22 0.0103 97 316 16 12 26 2 Mon 5.04 0.02 0.0099 101 328 31 22 77 3AMon 4.98 -2.41 0.0033 300 979 41 39 722 4.92 β 16 4615A 3BMon 8.25 0.86 0.0033 300 979 11 - 36 β 16 4615B 6 Mon 6.76 -0.87 0.0030 336 1094 30 27 175 7 Mon 5.27 -1.74 0.0040 253 823 29 29 391 9 Mon 6.50 -1.10 0.0030 331 1079 18 15 217 10 Mon 5.06 -3.03 0.0024 415 1353 27 25 1282 β pm 12 Mon 5.88 -0.12 0.0063 159 517 41 31 88 13 Mon 4.47 -3.86 0.0022 463 1509 19 12 2748 14 Mon 6.44 1.21 0.0090 111 362 39 38 26 Σ 938 5211 15AMon 4.61 -2.88 0.0032 313 1022 33 33 1113 4.66 Σ 950 5322A 15BMon 7.94 0.46 0.0032 313 1022 4 - 52 Σ 950 5322B 16 Mon 5.92 -1.75 0.0029 342 1116 17 10 396 17 Mon 4.77 -1.09 0.0067 149 484 50 47 215 18 Mon 4.48 -0.81 0.0087 114 373 15 11 166 19 Mon 4.99 -2.68 0.0029 342 1116 27 25 932 20 Mon 4.91 0.85 0.0155 65 211 103 79 36 β pm 21 Mon 5.44 0.92 0.0125 80 261 32 30 34 23 Mon 6.68 -5.60 0.0004 2857 9314 18 - 13673 24 Mon 6.42 0.36 0.0062 163 530 12 -10 56 β 1268 5933AB 25 Mon 5.14 1.18 0.0161 62 202 50 46 27 27 Mon 4.93 0.51 0.0131 77 250 35 -29 49 28 Mon 4.69 -1.12 0.0069 145 472 74 27 220 J 187 5.37 -3.71 0.0015 654 2131 32 20 2391 J 187 4698 Plaskett’s 6.05 -3.54 0.0012 828 2700 26 25 2052 Ross 614 11.12 13.05 0.2429 4.12 13.4 29 23 0.0005 B T Mon 6.26 -5.62 0.0004 2381 7762 48 32 13980 U Mon 6.81 -2.38 0.0015 690 2248 37 35 707 V696A 5.24 -2.01 0.0036 282 918 26 25 499 5.19 bin:A V696B 9.45 2.20 0.0036 282 918 7 - 10 bin:B - Mon 5.06 -2.78 0.0027 369 1203 30 29 1014 - Mon 5.36 -0.62 0.0064 157 511 19 7 139 - Mon 5.19 -2.13 0.0034 292 950 35 33 562 - Mon 5.22 1.16 0.0154 65 211 11 -3 27 - Mon 5.43 -1.70 0.0038 267 869 30 3 377 - Mon 5.09 -0.99 0.0061 164 536 29 25 196 - Mon 5.21 -0.11 0.0086 116 378 32 1 87 - Mon 5.08 -2.94 0.0025 402 1309 25 24 1179 - Mon 5.44 -0.42 0.0067 149 484 17 -9 116 - Mon 5.22 -1.38 0.0048 209 682 16 3 281 - Mon 5.49 1.17 0.0137 73 238 48 -32 27

181 Musca

MUS HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 109668 61585 12h37m11.0s -69º08′08″ -0.176 -0.0399 -0.0124 0.042 253º B2IV-V (BCEP) βΑ 110879 62322A 12 46 16.9 -68 06 29 -0.178 -0.0404 -0.0103 0.042 256 B2V βΒ 110879 62322B 12 46 17.0 -68 06 28 -0.178 -0.0336 -0.0224 0.040 236 – γ 109026 61199 12 32 28.0 -72 07 58 -0.157 -0.0506 -0.0052 0.051 264 B5V δ 112985 63613 13 02 16.3 -71 32 56 1.190 0.2636 -0.0233 0.265 95 K2III

ε 106849 59929 12 17 34.2 -67 57 38 1.603 -0.2313 -0.0264 0.233 263 M5III (SRB) ζ1 107567 60329 12 22 11.9 -68 18 27 1.038 -0.0025 -0.0481 0.048 183 K0III ζ2A 107566 60320A 12 22 07.4 -67 31 20 0.195 -0.0313 -0.0052 0.032 261 Am ζ2C — 60320C 12 22 07.5 -67 31 20 0.195 -0.0126 -0.0120 0.017 226 – η 114911 64661 13 15 14.9 -67 53 41 -0.078 -0.0369 -0.0106 0.038 254 B8V (E)

ϑΑ 113904 64094A 13 08 07.0 -65 18 22 -0.033 -0.0054 -0.0022 0.006 247 B0Ia+WC5 (E) ϑΒ — 64094B 13 08 06.9 -65 18 27 -0.033 -0.0054 -0.0022 0.006 247 – ι1 116244 65468 13 25 07.2 -74 53 16 1.110 -0.1083 -0.1321 0.171 219 K0III ι2 116579 65628 13 27 18.3 -74 41 30 -0.056 -0.0356 -0.0135 0.038 249 B9V λ 102249 57363 11 45 36.4 -66 43 43 0.160 -0.1004 0.0332 0.106 288 A7III

µ 102584 57581 11 48 14.4 -66 48 53 1.522 0.0308 -0.0163 0.035 118 K4III (LB) CorO 130A 103079 57851A 11 51 51.2 -65 12 22 -0.123 -0.0344 -0.0066 0.035 259 B4V CorO 130B 103079 57851B 11 51 51.3 -65 12 23 -0.123 -0.0344 -0.0066 0.035 259 – h 4432A 99104 55597A 11 23 21.8 -64 57 18 -0.061 -0.0226 0.0070 0.024 287 B5V h 4432B 99103 55597B 11 23 21.3 -64 57 17 -0.061 -0.0226 0.0070 0.024 287 B5II:

R Mus 110311 61981 12 42 05.2 -69 24 27 0.750 -0.0046 -0.0012 0.005 255 F7Ib (CEP) GT Mus 101379 56862 11 39 29.5 -65 23 52 0.804 -0.0305 -0.0114 0.033 249 G2III (E+RS) - Mus 102839 57696 11 49 56.3 -70 13 32 1.360 -0.0076 -0.0020 0.008 256 G5Ib -AMus 104878 58884A 12 04 38.7 -68 19 45 -0.012 -0.0391 -0.0064 0.040 261 A0V -BMus — 58884B 12 04 38.8 -68 19 46 -0.012 -0.0391 -0.0064 0.040 261 –

- Mus 105340 59151 12 07 49.9 -75 22 00 1.278 -0.0923 0.0190 0.094 282 K2II-III - Mus 115211 64820 13 17 13.0 -66 47 01 1.480 -0.0153 -0.0063 0.017 247 K2Ib-II

182 Musca

MUS m M π pc l.y. V RV L F mc Bin? ADS α 2.69 -2.17 0.0107″ 94 306 23 13 580 Don 541 βΑ 3.51 -1.39 0.0105 95 311 46 42 282 3.04 R 207A βΒ 4.01 -0.89 0.0105 95 311 18 - 179 R 207B γ 3.84 -1.14 0.0101 99 324 24 3 226 δ 3.61 1.39 0.0359 28 91 51 37 22

ε 4.06 -0.77 0.0108 93 302 102 7 160 ζ1 5.73 0.31 0.0082 121 396 35 22 59 ζ2A 5.26 0.19 0.0097 103 336 23 -17 66 5.15 bin:A ζ2C 8.71 3.65 0.0097 103 336 8 - 2.7 bin:C η 4.79 -0.68 0.0080 124 405 24 -8 148 ∆ 131

ϑΑ 5.64 -11.98 0.00003 33333 108667 916 -28 4854645 5.44 Rmk 16A ϑΒ 7.66 -9.95 0.00003 33333 108667 916 - 752588 Rmk 16B ι1 5.04 0.85 0.0145 69 225 62 28 36 ι2 6.62 0.71 0.0066 152 495 28 -3 41 λ 3.63 0.66 0.0254 39 128 25 16 43 h 4471

µ 4.75 -0.86 0.0076 132 432 43 37 174 CorO 130A 4.96 -0.12 0.0096 104 338 27 21 88 4.89 CorO 130A CorO 130B 7.41 2.33 0.0096 104 338 17 - 9.2 CorO 130B h 4432A 5.36 -0.45 0.0069 146 475 25 19 119 5.09 h 4432A h 4432B 6.68 0.86 0.0069 146 475 16 - 36 h 4432B

R Mus 6.31 -2.55 0.0017 592 1929 14 4 825 GT Mus 5.52 -0.66 0.0058 172 561 30 14 145 5.01 B 1705 - Mus 4.98 -3.27 0.0022 446 1455 25 18 1598 -AMus 5.56 0.47 0.0096 104 339 32 25 51 5.34 bin:A -BMus 7.23 2.15 0.0096 104 339 20 - 11 bin:B

- Mus 5.17 -0.47 0.0075 134 438 75 -45 121 - Mus 4.86 -2.94 0.0028 364 1185 30 -10 1184

183 Norma

NOR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

γ1 146143 79790 16h17m00.8s -50º04′05″ 0.788 -0.0022 -0.0040 0.005 209º F9Ia γ2 146686 80000 16 19 50.3 -50 09 20 1.080 -0.1594 -0.0528 0.168 252 G8III δ 144197 78914 16 06 29.3 -45 10 23 0.230 0.0175 0.0370 0.041 25 Am ε 147971 80582 16 27 11.0 -47 33 18 -0.070 -0.0137 -0.0206 0.025 214 B4V ζ 145361 79497 16 13 22.5 -55 32 27 0.365 -0.1005 -0.0419 0.109 247 F2III

η 143546 78639 16 03 12.7 -49 13 47 0.902 0.0412 0.0104 0.042 76 G8III ϑ 145842 79653 16 15 15.2 -47 22 20 -0.114 -0.0368 -0.0459 0.059 219 B8V ι1Α 143474 78662A 16 03 31.9 -57 46 31 0.252 -0.1250 -0.0841 0.151 236 A7IV ι1Β 143474 78662B 16 03 31.9 -57 46 31 0.252 -0.1072 -0.0688 0.127 237 – ι2 144480 79153 16 09 18.4 -57 56 03 -0.024 -0.0132 -0.0597 0.061 192 B9V

κ 145397 79509 16 13 28.6 -54 37 50 1.017 -0.0053 -0.0225 0.023 193 G4III λ 146667 79963 16 19 17.6 -42 40 26 0.099 0.0066 -0.0103 0.012 147 A3Vn µ 149038 81122 16 34 04.8 -44 02 43 0.045 0.0005 -0.0025 0.003 168 B0Ia (ACYG) R Nor 138743 76377 15 35 57.5 -49 30 29 1.833 -0.0035 -0.0029 0.005 230 M3e (M) QU Nor 148379 80782 16 29 42.2 -46 14 36 0.488 -0.0034 -0.0038 0.005 222 B1.5Iap (GCAS)

V368 146003 79754 16 16 43.0 -53 48 39 1.696 0.0086 -0.0007 0.009 94 M2IV (SR) - Nor 139129 76618 15 38 49.4 -52 22 22 0.005 -0.0341 -0.0309 0.046 228 B9V - Nor 147152 80208 16 22 27.9 -49 34 20 -0.047 -0.0123 -0.0260 0.029 205 B6IV

184 Norma

NOR m M π pc l.y. V RV L F mc Bin? ADS γ1 4.97 -3.25 0.0023″ 441 1436 19 -17 1570 γ2 4.01 1.05 0.0256 39 127 43 -29 30 h 4841 δ 4.73 1.84 0.0264 38 123 18 -15 14 ε 4.46 -0.98 0.0082 123 400 19 -9 194 h 4853 ζ 5.78 1.53 0.0141 71 231 59 -46 19

η 4.65 0.53 0.0150 67 218 13 0 48 ϑ 5.13 0.35 0.0111 90 295 25 1 57 ι1Α 5.20 2.03 0.0233 43 140 34 -14 12 4.63 h 4825A ι1Β 5.76 2.59 0.0233 43 140 26 - 7.2 h 4825B ι2 5.57 0.97 0.0120 83 271 24 0 32

κ 4.95 -0.69 0.0075 134 438 20 -14 148 λ 5.83 0.04 0.0070 143 468 17 -15 76 5.44 See 271 µ 4.86 -5.91 0.0007 1429 4657 20 9 18273 R Nor 7.97 1.52 0.0051 195 634 22 -22 19 Rst 780 QU Nor 5.35 -2.47 0.0027 366 1194 15 -12 765

V368 5.45 -1.51 0.0041 247 805 30 -28 317 Rst 3937: - Nor 5.43 -0.30 0.0071 140 457 33 -12 104 - Nor 5.32 -0.84 0.0059 171 556 25 -10 171

185 Octans

OCT HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 199532 104043 21h04m42.8s -77º01′26″ 0.490 0.0138 -0.3694 0.370 178º G2III+A7III β 214846 112405 22 46 03.3 -81 22 54 0.208 -0.0554 0.0009 0.055 271 A9IV-V γ1 223647 117689 23 52 06.8 -82 01 08 0.934 -0.0491 -0.0209 0.053 247 G7III γ2 224362 118114 23 57 32.8 -82 10 12 1.055 -0.0266 -0.0252 0.037 227 K0III γ3 636 814 00 10 02.3 -82 13 27 1.049 -0.0217 -0.0204 0.030 227 K1/K2III

δ 124882 70638 14 26 54.8 -83 40 04 0.300 -0.0958 -0.0129 0.097 262 K2III ε 210967 110256 22 20 01.4 -80 26 23 1.276 0.0564 -0.0428 0.071 127 M6III (SRB) ζ 79837 43908 08 56 41.9 -85 39 47 0.306 -0.1163 0.0337 0.121 286 F0III η 96124 53702 10 59 14.0 -84 35 37 0.100 -0.0641 -0.0080 0.065 263 A1V ϑ 224889 122 00 01 35.8 -77 03 57 1.254 -0.0565 -0.1770 0.186 198 K2III

ιΑ 111482 63031A 12 54 58.9 -85 07 24 0.991 0.0675 0.0221 0.071 72 K0III ιΒ 111482 63031B 12 54 58.5 -85 07 25 0.991 0.0654 0.0244 0.070 70 – κ 117374 66753 13 40 55.8 -85 47 09 0.183 -0.0877 -0.0210 0.090 257 A2m λΑ 206240 107843A 21 50 54.2 -82 43 09 0.750 0.0682 -0.0330 0.076 116 G8/K0III+A4 λΒ 206240 107843B 21 50 55.8 -82 43 06 0.750 0.0681 -0.0242 0.072 110 –

µ1 196051 102162 20 42 03.1 -76 10 50 0.450 0.1908 -0.0094 0.191 93 F4III-IV µ2Α 196067 102125A 20 41 43.6 -75 21 02 0.620 0.1514 -0.1615 0.221 137 G1V µ2Β — 102125B 20 41 45.0 -75 20 46 0.620 0.1537 -0.1703 0.229 138 – ν 205478 107089 21 41 28.6 -77 23 24 1.008 0.0648 -0.2404 0.249 165 K0III ξ 215573 112781 22 50 22.9 -80 07 27 -0.126 0.0201 -0.0128 0.024 122 B6IV

π1 130650 73540 15 01 50.2 -83 13 39 0.962 0.0187 0.0533 0.056 19 G8/K0III π2 131246 73771 15 04 46.6 -83 02 17 1.273 -0.0087 -0.0177 0.020 206 G8Ib ρ 137333 76996 15 43 17.0 -84 27 55 0.118 0.1370 0.0967 0.168 55 A2V σ 177482 104382 21 08 44.8 -88 57 24 0.283 0.0260 0.0050 0.026 79 F0III (DSCT) τ 219765 115836 23 28 03.9 -87 28 57 1.278 0.0163 0.0115 0.020 55 K2III

υ 211539 111196 22 31 37.6 -85 58 03 1.020 -0.0376 0.0613 0.072 328 K0III ϕ 167468 90133 18 23 36.0 -75 02 39 0.043 0.0045 0.0201 0.021 13 A0V χ 164461 92824 18 54 44.3 -87 36 21 1.304 -0.0367 -0.1352 0.140 195 K3III ψ 210853 110078 22 17 50.0 -77 30 42 0.312 -0.0373 0.0143 0.040 291 F3III ω 131596 74296 15 11 08.2 -84 47 15 -0.031 0.0032 0.0040 0.005 39 B9.5V

186 Octans

OCT m M π pc l.y. V RV L F mc Bin? ADS α 5.13 1.85 0.0221″ 45 148 91 45 14 β 4.13 0.86 0.0222 45 147 27 24 35 γ1 5.10 0.53 0.0122 82 267 26 15 48 γ2 5.72 0.80 0.0104 96 314 32 27 38 γ3 5.29 0.93 0.0135 74 242 18 15 33

δ 4.31 -0.35 0.0117 85 279 39 5 109 ε 5.09 0.51 0.0122 82 268 30 12 49 ζ 5.43 2.01 0.0207 48 157 28 -4 12 η 6.19 1.00 0.0092 109 356 33 - 31 ϑ 4.78 0.63 0.0148 68 221 64 24 44

ιΑ 6.01 0.73 0.0088 114 371 65 53 40 5.45 Rst 2819A ιΒ 6.89 1.61 0.0088 114 371 38 - 18 Rst 2819B κ 5.56 1.08 0.0127 79 256 35 -9 29 λΑ 5.64 0.01 0.0075 134 435 49 -11 78 5.27 h 5278A λΒ 7.25 1.63 0.0075 134 435 46 - 18 h 5278B

µ1 5.99 0.92 0.0097 103 337 100 -36 34 µ2Α 6.60 3.40 0.0230 44 142 48 -13 3.4 6.51 ∆ 232A µ2Β 7.30 4.32 0.0254 39 129 43 - 1.5 ∆ 232B ν 3.73 2.10 0.0472 21 69 42 34 11 ξ 5.32 -0.35 0.0074 136 444 22 16 108

π1 5.65 0.27 0.0084 119 389 32 - 61 π2 5.65 -2.98 0.0019 532 1734 54 -21 1224 ρ 5.57 1.45 0.0150 67 217 54 -11 21 σ 5.45 0.86 0.0121 83 270 16 12 36 τ 5.50 -0.52 0.0062 160 522 34 31 128

υ 5.76 0.73 0.0099 101 330 39 19 40 ϕ 5.47 1.57 0.0166 60 197 8 5 19 χ 5.29 0.87 0.0131 77 250 61 34 35 ψ 5.49 2.56 0.0260 38 125 18 17 7.4 ω 5.88 0.93 0.0102 98 318 7 -7 33

187 Ophiuchus (I)

OPH HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 159561 86032 17h34m55.9s +12º33′36″ 0.155 0.1101 -0.2226 0.248 154º A5III β 161096 86742 17 43 28.3 +04 34 02 1.168 -0.0407 0.1588 0.164 346 K2III γ 161868 87108 17 47 53.5 +02 42 26 0.043 -0.0232 -0.0751 0.079 197 A0V δ 146051 79593 16 14 20.6 - 03 41 39 1.584 -0.0458 -0.1429 0.150 198 M1III ε 146791 79882 16 18 19.1 - 04 41 33 0.966 0.0824 0.0401 0.092 64 G8III

ζ 149757 81377 16 37 09.4 - 10 34 02 0.038 0.0131 0.0254 0.029 27 O9.5V (GCAS) ηΑ 155125 84012A 17 10 22.6 - 15 43 29 0.059 0.0412 0.0977 0.106 23 A2.5Va ηΒ 155125 84012B 17 10 22.6 - 15 43 29 0.059 0.0302 0.0882 0.093 19 – ϑ 157056 84970 17 22 00.5 - 24 59 58 -0.186 -0.0088 -0.0236 0.025 201 B2IV (BCEP) ι 152614 82673 16 54 00.4 +10 09 55 -0.088 -0.0538 -0.0347 0.064 237 B8V

κ 153210 83000 16 57 40.0 +09 22 30 1.160 -0.2930 -0.0097 0.293 268 K2IIIvar (LB) λΑ 148857 80883A 16 30 54.7 +01 59 02 0.022 -0.0314 -0.0730 0.079 203 A2V λΒ 148857 80883B 16 30 54.7 +01 59 02 0.022 -0.0314 -0.0730 0.079 203 – µ 159975 86284 17 37 50.6 - 08 07 08 0.132 -0.0117 -0.0204 0.023 210 B8II-IIIMNp ν 163917 88048 17 59 01.5 - 09 46 25 0.987 -0.0103 -0.1161 0.117 185 K0III

ξ 156897 84893 17 21 00.1 - 21 06 46 0.394 0.2620 -0.2047 0.333 128 F2/F3V οA 156349 84626 17 18 00.6 - 24 17 13 1.046 -0.0595 -0.0077 0.060 263 K0II-III οB 156350 84625 17 18 00.4 - 24 17 03 0.510 -0.0593 -0.0112 0.060 259 F6IV-Vcomp ρA 147933 80473A 16 25 34.9 - 23 26 46 0.227 -0.0056 -0.0250 0.026 193 B2IV ρB 147934 80473B 16 25 35.0 - 23 26 46 0.227 -0.0138 -0.0272 0.031 207 B2V

ρC 147932 80474 16 25 35.2 - 23 24 19 0.320 -0.0087 -0.0269 0.028 198 B5V ρD 147888 80461A 16 25 24.3 - 23 26 37 0.266 -0.0086 -0.0208 0.022 203 – ρE 147888 80461B 16 25 24.3 - 23 26 36 0.266 -0.0086 -0.0208 0.022 203 – σ 157999 85355 17 26 30.8 +04 08 25 1.480 0.0013 0.0071 0.007 10 K3IIvar τΑ 164765 88404A 18 03 04.8 - 08 10 50 0.410 0.0151 -0.0376 0.041 158 F2V

τΒ 164764 88404B 18 03 04.8 - 08 10 50 0.400 0.0273 -0.0307 0.041 138 F5V υΑ 148367 80628A 16 27 48.1 - 08 22 18 0.185 -0.0673 -0.0126 0.068 259 A3m υΒ 148367 80628B 16 27 48.1 - 08 22 18 0.185 -0.0673 -0.0126 0.068 259 – ϕ 148786 80894 16 31 08.2 - 16 36 46 0.924 -0.0446 -0.0380 0.059 230 G8/K0III χ 148184 80569 16 27 01.3 - 18 27 23 0.217 -0.0056 -0.0222 0.023 194 B2Vne (GCAS)

ψ 147700 80343 16 24 06.1 - 20 02 15 0.996 -0.0215 -0.0475 0.052 204 K0III ω 148898 80975 16 32 08.0 - 21 27 59 0.130 0.0202 0.0362 0.041 29 Ap (ACV) 12 Oph 149661 81300 16 36 21.3 - 02 19 29 0.827 0.4552 -0.3076 0.549 124 K2V V2133(BY) 14 Oph 150557 81734 16 41 42.3 +01 10 52 0.336 -0.1020 0.0534 0.115 298 F2.7III-IV 15 Oph 150937 82007 16 45 08.6 - 23 11 02 0.446 -0.0240 -0.0303 0.039 218 F3V

16 Oph 151133 82037 16 45 29.7 +01 01 13 -0.012 -0.0038 0.0066 0.008 330 B9.5III 18 Oph 151659 — 16 49 44.4 - 24 38 26 -0.100 0.0010 0.0140 0.014 4 A2 19 Oph 151431 82162 16 47 09.8 +02 03 52 0.140 -0.0110 -0.0152 0.019 216 A3V 20 Oph 151769 82369 16 49 49.9 - 10 46 59 0.478 0.0937 -0.0819 0.124 131 F7IV 21AOph 152127 82480A 16 51 24.8 +01 12 58 0.055 -0.0172 -0.0140 0.022 231 A2Vs

21BOph 152127 82480B 16 51 24.8 +01 12 58 0.055 -0.0383 -0.0039 0.039 264 – 22 Oph 152534 82758 16 54 50.8 - 23 30 44 0.944 -0.0068 -0.0368 0.037 190 G8IIICN 23 Oph 152601 82730 16 54 35.6 - 06 09 14 1.100 -0.0302 -0.0219 0.037 234 K2III 24AOph 152849 82925A 16 56 47.9 - 23 09 01 -0.018 -0.0023 -0.0099 0.010 193 A0V 24BOph 152849 82925B 16 56 47.9 - 23 09 01 -0.018 -0.0034 -0.0059 0.007 210 –

26 Oph 153363 83196 17 00 09.4 - 24 59 21 0.407 0.0491 -0.0549 0.074 138 F3V 28 Oph 154021 83508 17 04 00.8 - 25 41 53 -0.083 -0.0060 -0.0229 0.024 195 B9IV-V 29 Oph 153727 83331 17 01 51.2 - 18 53 08 1.351 -0.0305 -0.0172 0.035 241 K1III 30 Oph 153687 83262 17 01 03.5 - 04 13 21 1.483 -0.0403 -0.0779 0.088 207 K4III 31 Oph 154132 83566 17 04 43.5 - 25 38 42 0.264 -0.0147 -0.0871 0.088 190 A9III-IV

188 Ophiuchus (I)

OPH m M π pc l.y. V RV L F mc Bin? ADS α 2.08 1.30 0.0698″ 14.3 46.7 21 13 24 55 β 2.76 0.76 0.0398 25 82 23 -12 39 60 γ 3.75 1.43 0.0344 29 95 13 -7 21 62 δ 2.73 -0.86 0.0192 52 170 42 -20 173 1 β pm ε 3.23 0.64 0.0303 33 107 17 -10 44 2 β

ζ 2.54 -3.20 0.0071 140 458 24 -15 1496 13 ηΑ 2.97 0.91 0.0388 26 84 13 -1 34 35 2.43 β 1118 10374A ηΒ 3.48 1.42 0.0388 26 84 11 - 21 35 β 1118 10374B ϑ 3.27 -2.92 0.0058 173 563 21 -2 1155 42 ι 4.39 0.11 0.0140 72 234 30 -21 71 25

κ 3.19 1.09 0.0380 26 86 67 -56 29 27 λΑ 4.18 0.64 0.0196 51 166 24 -14 44 10 3.82 Σ 2055 10087A λΒ 5.22 1.68 0.0196 51 166 19 - 17 10 Σ 2055 10087B µ 4.58 -1.55 0.0059 168 549 27 -19 328 57 ν 3.32 -0.03 0.0214 47 153 29 13 81 64

ξ 4.39 3.19 0.0575 17 57 29 -9 4.2 40 Don 832 οA 5.31 0.07 0.0090 111 363 43 -29 74 39 4.89 H III 25 10442A οB 6.71 0.87 0.0068 147 481 51 -28 35 39 H III 25 10442B ρA 5.09 -0.32 0.0083 121 394 18 -10 106 5 4.57 Sh 228 10049A ρB 5.74 0.33 0.0083 121 394 20 -10 58 5 Sh 228 10049B

ρC 7.27 1.72 0.0078 129 420 20 -10 16 5 Sh 228 10049C ρD 7.04 1.37 0.0073 136 445 15 -4 22 5 β 1115 10049D ρE 8.65 2.98 0.0073 136 445 15 - 5.1 5 β 1115 10049E σ 4.34 -3.44 0.0028 360 1173 30 -27 1870 49 τΑ 5.33 1.75 0.0192 52 170 41 -40 16 69 4.77 Σ 2262 11005A

τΒ 6.00 2.41 0.0192 52 170 42 -41 8.5 69 Σ 2262 11005B υΑ 4.71 1.84 0.0267 37 122 33 -31 14 3 4.62 Rst 3949A υΒ 8.83 5.96 0.0267 37 122 12 - 0.3 3 Rst 3949B ϕ 4.29 0.25 0.0155 64 210 38 -34 63 8 β 626 10086 χ 4.22 -1.66 0.0067 150 489 17 -3 363 7

ψ 4.48 0.79 0.0183 55 178 13 0 38 4 ω 4.45 0.80 0.0187 54 175 11 3 38 9 12 Oph 5.77 5.82 0.1023 9.8 31.9 30 -15 0.4 β pm 14 Oph 5.74 2.21 0.0197 51 165 53 -45 10 15 Oph 6.98 2.08 0.0105 96 312 40 -36 12

16 Oph 6.02 0.20 0.0068 146 477 14 -13 66 18 Oph 7.10 0.59 0.0050 200 652 34 -31 46 19 Oph 6.07 0.17 0.0066 151 492 15 -6 67 Σ 2096 10207 20 Oph 4.64 1.80 0.0270 37 121 22 -1 15 21AOph 5.78 0.65 0.0095 106 345 28 -26 43 5.51 ΟΣ 315 10230A

21BOph 7.26 2.14 0.0095 106 345 19 - 11 ΟΣ 315 10230B 22 Oph 6.76 0.91 0.0068 148 483 37 -26 34 23 Oph 5.23 0.82 0.0131 76 248 22 -17 37 24AOph 6.16 0.93 0.0090 111 363 5 - 33 5.57 β 1117 10265A 24BOph 6.51 1.28 0.0090 111 363 4 - 24 β 1117 10265B

26 Oph 5.74 3.13 0.0301 33 108 22 19 4.4 28 Oph 6.66 0.29 0.0053 188 613 21 - 60 29 Oph 6.28 0.58 0.0072 138 450 50 44 46 30 Oph 4.82 -0.63 0.0081 123 402 52 -7 141 β pm 31 Oph 6.60 1.88 0.0114 88 287 37 - 14

189 Ophiuchus (II)

OPH HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

36AOph 155886 84405A 17h15m20.7s - 23º36′05″ 0.855 -0.5064 -1.1503 1.257 204º K2:III: 36BOph 155885 84405B 17 15 20.9 - 26 36 10 0.855 -0.4737 -1.1439 1.238 202 K2V 37 Oph 155644 84177 17 12 27.8 +10 35 07 1.593 0.0061 -0.0252 0.026 166 M2III 38AOph 156252 84605A 17 17 39.5 - 26 37 46 0.020 -0.0050 -0.0236 0.024 192 B9.5V 38BOph — 84605B 17 17 39.5 - 26 37 46 0.020 -0.0050 -0.0236 0.024 192 – 41AOph 156266 84514A 17 16 36.6 - 00 26 43 1.119 -0.0331 -0.0639 0.072 207 K2III 41BOph 156266 84514B 17 16 36.6 - 00 26 43 1.119 -0.0331 -0.0639 0.072 207 K2III 43 Oph 157236 85084 17 23 21.5 - 28 08 35 1.549 0.0004 -0.0293 0.029 179 K4/K5III 44 Oph 157792 85340 17 26 22.1 - 24 10 31 0.283 -0.0020 -0.1177 0.118 181 A3IV:m 45 Oph 157919 85423 17 27 21.2 - 29 52 01 0.402 0.0144 -0.1374 0.138 174 F3III 50 Oph 158527 85703 17 30 49.6 - 23 50 30 0.375 -0.0254 -0.0113 0.028 246 F2IV 51 Oph 158643 85755 17 31 24.8 - 23 57 46 0.016 0.0049 -0.0259 0.026 169 A0V 52 Oph 159376 86060 17 35 18.5 - 22 02 38 0.011 -0.0033 -0.0085 0.009 201 B8p V2125(ACV) 53 Oph 159480 85998 17 34 36.6 +09 35 12 0.040 0.0066 -0.0098 0.012 146 A2V 54 Oph 159466 85979 17 34 22.0 +13 09 39 0.950 -0.0006 -0.0299 0.030 181 G8III 56 Oph 159610 86041 17 35 02.3 +13 08 16 0.091 0.0029 0.0030 0.004 44 A0 58 Oph 160915 86736 17 43 25.7 - 21 41 00 0.469 -0.0979 -0.0446 0.108 246 F6/F7V 61AOph 161270 86831 17 44 34.1 +02 34 46 0.131 0.0072 0.0136 0.015 28 A1IV-V 61BOph 161289 86835 17 44 35.4 +02 34 44 0.061 0.0052 0.0128 0.014 22 A0V 66 Oph 164284 88149 18 00 15.7 +04 22 07 -0.100 0.0018 -0.0130 0.013 172 B2Ve V2048(GCAS) 67 Oph 164353 88192 18 00 38.6 +02 55 53 0.029 0.0004 -0.0082 0.008 177 B5Ib 68AOph 164577 88290A 18 01 45.1 +01 18 19 0.046 0.0154 -0.0136 0.021 131 A2Vn 68BOph 164577 88290B 18 01 45.1 +01 18 19 0.046 0.0154 -0.0136 0.021 131 – 70AOph 165341 88601A 18 05 27.2 +02 29 58 0.860 0.1246 -0.9627 0.971 173 K0V SB 70BOph 165341 88601B 18 05 27.2 +02 29 58 0.860 0.4421 -1.2530 1.329 161 – 71 Oph 165760 88765 18 07 18.3 +08 44 02 0.951 0.0098 0.0302 0.032 18 G8III-IV 72 Oph 165777 88771 18 07 20.9 +09 33 50 0.159 -0.0616 0.0797 0.101 322 A4IVs 73AOph 166233 88964A 18 09 33.7 +03 59 36 0.363 0.0501 -0.0045 0.050 95 F2V 73BOph 166233 88964B 18 09 33.7 +03 59 36 0.363 0.0313 -0.0123 0.034 111 – 74 Oph 168656 89918 18 20 52.0 +03 22 38 0.911 0.0017 0.0085 0.009 11 G8III e Oph 156681 84671 17 18 36.9 +10 51 53 1.539 0.0081 -0.0977 0.098 175 K4II-III Barnard’s — 87937 17 57 50.4 +04 38 19 1.570 -0.7978 10.3269 10.358 356 M4V h 5494 168387 89772 18 19 09.4 +07 15 35 1.084 -0.0454 0.0020 0.045 272 K2III Σ 2173Α 158614 85667A 17 30 23.7 - 01 03 45 0.715 -0.1266 -0.1720 0.214 216 G8IV-V Σ 2173Β 158614 85667B 17 30 23.7 - 01 03 45 0.715 -0.1351 -0.1896 0.233 215 – Σ 2276Α 165475 88627A 18 05 43.2 +12 00 14 0.276 -0.0025 -0.0028 0.004 221 A7pCrEuSr Σ 2276Β 165474 88627B 18 05 43.2 +12 00 14 0.276 -0.0025 -0.0028 0.004 221 A8p U Oph 156247 84500 17 16 31.6 +01 12 38 0.023 -0.0044 -0.0157 0.016 196 B5Vnn (EA) X Oph 172171 91389 18 38 20.9 +08 50 02 1.201 -0.0138 0.0272 0.030 333 K1IIIvcomp (M) V2052 163472 87812 17 56 18.3 +00 40 13 0.058 -0.0037 -0.0004 0.004 264 B2IV-V (BCEP) V2105 148349 80620 16 27 43.4 - 07 35 53 1.721 -0.0009 -0.1534 0.153 180 M2comp (SRB:) V2213 154417 83601 17 05 16.8 +00 42 09 0.578 -0.0157 -0.3351 0.335 183 F9V (BY) - Oph 148513 80693 16 28 33.8 +00 39 54 1.461 0.0070 -0.0680 0.068 174 K4IIIp - Oph 150416 81724 16 41 34.3 - 17 44 32 1.095 -0.0217 -0.0009 0.022 268 G8II-III - Oph 155078 83962 17 09 47.8 - 10 31 24 0.465 0.0547 -0.1086 0.122 153 F5IV - Oph 157950 85365 17 26 37.8 - 05 05 12 0.385 -0.0915 -0.0428 0.101 245 K3IIvar - Oph 158352 85537 17 28 49.6 +00 19 50 0.237 -0.0647 0.0199 0.068 287 A8V - Oph 163532 87847 17 56 47.6 - 04 04 55 1.162 -0.0055 -0.0089 0.010 212 G9III - Oph 166460 89065 18 10 40.2 +03 19 28 1.204 0.0189 -0.0053 0.020 106 K2III - Oph 171802 91217 18 36 27.7 +09 07 21 0.387 -0.0063 -0.1339 0.134 183 F5III - Oph 171834 91237 18 36 39.0 +06 40 19 0.386 -0.0306 -0.1443 0.148 192 F3V

190 Ophiuchus (II)

OPH m M π pc l.y. V RV L F mc Bin? ADS 36AOph 5.22 6.34 0.1671″ 6.0 19.5 36 -1 0.2 4.33 Sh 243 10417A 36BOph 5.21 6.33 0.1671 6.0 19.5 35 0 0.2 Sh 243 10417B 37 Oph 5.32 -1.56 0.0042 238 776 39 26 332 38AOph 6.94 1.30 0.0075 134 438 15 - 24 6.81 S 385 10436A 38BOph 9.30 3.66 0.0075 134 438 15 - 2.7 S 385 10436B 41AOph 5.00 0.87 0.0150 67 218 23 -2 35 4.72 A 2984 10429A 41BOph 7.47 3.35 0.0150 67 218 23 - 3.6 A 2984 10429B 43 Oph 5.30 -1.02 0.0054 184 599 29 -14 202 44 Oph 4.16 2.11 0.0390 26 84 40 -37 11 45 Oph 4.28 1.61 0.0293 34 111 43 37 18 50 Oph 7.39 2.49 0.0105 96 312 13 - 8.0 51 Oph 4.78 -0.80 0.0077 131 426 20 -12 165 52 Oph 6.47 -0.69 0.0037 271 883 17 -12 149 53 Oph 5.80 0.70 0.0095 105 342 15 -14 41 Σ Ι 34 10635 54 Oph 6.52 0.55 0.0064 156 509 64 -60 47 Σ 2184 10633 56 Oph 7.27 1.89 0.0084 119 389 2 - 14 58 Oph 4.86 3.64 0.0570 18 57 14 11 2.8 61AOph 6.16 0.41 0.0071 141 460 33 -31 54 5.63 Σ 2202 10750A 61BOph 6.67 0.56 0.0060 166 542 32 -30 47 Σ 2202 10750B 66 Oph 4.79 -1.79 0.0048 207 676 18 -13 411 67 Oph 3.93 -4.26 0.0023 435 1417 17 -4 3986 β 1124 10966 68AOph 4.52 -0.03 0.0123 81 265 10 6 81 4.42 β 1125 10990A 68BOph 7.48 2.93 0.0123 81 265 8 - 5.3 β 1125 10990B 70AOph 4.33 5.80 0.1966 5.1 16.6 24 -7 0.4 4.03 Σ 2272 11046A 70BOph 6.17 7.64 0.1966 5.1 16.6 32 - 0.1 Σ 2272 11046B 71 Oph 4.64 0.33 0.0137 73 238 11 -3 58 72 Oph 3.71 1.69 0.0394 25 83 27 -24 17 ΟΣ 342 11076AB 73AOph 6.07 2.53 0.0196 51 166 21 -17 7.6 5.71 Σ 2281 11111A 73BOph 7.41 3.87 0.0196 51 166 8 - 2.2 Σ 2281 11111B 74 Oph 4.85 0.27 0.0121 83 269 6 5 62 h 5495 11271 e Oph 5.03 -1.60 0.0047 212 691 106 40 344 Barnard’s 9.54 13.24 0.5490 1.82 5.94 90 -11 0.0004 h 5494 5.41 2.15 0.0222 45 147 13 -8 11 h 5494 11254 Σ 2173Α 6.17 5.09 0.0608 16 54 79 -77 0.7 5.31 Σ 2173 10598A Σ 2173Β 6.24 5.16 0.0608 16 54 18 - 0.7 Σ 2173 10598B Σ 2276Α 7.15 1.58 0.0077 130 424 13 13 18 6.51 Σ 2276 11056A Σ 2276Β 7.56 1.98 0.0077 130 424 16 16 13 Σ 2276 11056B U Oph 5.89 -0.46 0.0054 186 606 18 -11 120 h 854 10428 X Oph 7.41 2.62 0.0110 91 296 72 -71 7.1 Hu 198 11524AB V2052 5.82 -1.21 0.0039 254 830 18 -17 239 V2105 5.24 -0.72 0.0064 156 507 150 99 153 V2213 6.00 4.45 0.0491 20 66 37 -18 1.3 - Oph 5.41 -0.15 0.0077 130 422 43 7 91 - Oph 4.91 -0.48 0.0083 120 391 28 -25 123 - Oph 5.43 2.40 0.0248 40 132 23 -3 8.6 - Oph 4.53 2.14 0.0333 30 98 14 0 11 - Oph 5.41 1.41 0.0159 63 206 41 -36 21 - Oph 5.44 -0.14 0.0077 131 426 40 -39 89 - Oph 5.50 -0.01 0.0079 126 412 15 10 79 - Oph 5.38 2.43 0.0258 39 127 33 -22 8.4 - Oph 5.43 2.92 0.0315 32 103 31 -21 5.3 J 99 11496

191 Orion (I)

ORI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 39801 27989 05h55m10.3s +07º24′25″ 1.500 0.0273 0.0109 0.029 68º M2Ib (SRC) β 34085 24436 05 14 32.2 - 08 12 06 -0.030 0.0019 -0.0006 0.002 107 B8Ia γ 35468 25336 05 25 07.8 +06 20 59 -0.224 -0.0088 -0.0133 0.016 213 B2III δΑ 36486 25930A 05 32 00.3 - 00 17 57 -0.175 0.0017 0.0006 0.002 71 O9.5II (EA) δD 36486 25930D 05 32 00.3 - 00 17 57 -0.175 0.0017 0.0006 0.002 71 –

ε 37128 26311 05 36 12.7 - 01 12 07 -0.184 0.0015 -0.0011 0.002 125 B0Ia (ACYG) ζΑ 37742 26727A 05 40 45.5 - 01 56 34 -0.199 0.0040 0.0025 0.005 58 O9.5Ib SB ζΒ 37743 26727B 05 40 45.5 - 01 56 34 -0.199 0.0040 0.0025 0.005 58 B0III ηΑ 35411 25281A 05 24 28.6 - 02 23 49 -0.240 -0.0005 -0.0032 0.003 190 BIV+B2 (EA) ηΒ 35411 25281B 05 24 28.7 - 02 23 49 -0.240 0.0084 -0.0017 0.009 101 –

ϑ1Α 37020 26220 05 35 15.8 - 05 23 14 0.020 -0.0009 0.0001 0.001 278 O7 V1016(EA) ϑ1Β 37021 26220 05 35 16.0 - 05 23 07 0.240 -0.0009 0.0001 0.001 278 B0V BM(EA) ϑ1C 37022 26221 05 35 16.4 - 05 23 23 0.020 -0.0009 0.0001 0.001 278 O6pe ϑ1D 37023 26224 05 35 17.2 - 05 23 13 0.080 -0.0009 0.0001 0.001 278 B0.5Vp ϑ2Α 37041 26235 05 35 22.8 - 05 24 58 -0.097 -0.0040 0.0050 0.006 321 O9.5Vpe

ϑ2Β 37042 — 05 35 26.3 - 05 24 58 -0.090 -0.0190 0.0300 0.036 328 B1V ι 37043 26241 05 35 25.9 - 05 54 36 -0.210 0.0023 -0.0006 0.002 105 O9III κ 38771 27366 05 47 45.3 - 09 40 11 -0.168 0.0016 -0.0012 0.002 128 B0.5Iavar λΑ 36861 26207A 05 35 08.2 +09 56 03 -0.160 -0.0010 -0.0019 0.002 209 O8e λΒ 36862 26207B 05 35 08.4 +09 56 06 -0.160 -0.0010 -0.0019 0.002 209 B0.5V

µΑ 40932 28614A 06 02 23.0 +09 38 51 0.170 0.0142 -0.0374 0.040 159 Am µΒ 40932 28614B 06 02 23.0 +09 38 51 0.170 0.0114 -0.0301 0.032 159 – ν 41753 29038 06 07 34.3 +14 46 06 -0.164 0.0050 -0.0212 0.022 167 B3IV ξ 42560 29426 06 11 56.4 +14 12 31 -0.180 -0.0016 -0.0202 0.020 184 B3IV ο1 30959 22667 04 52 31.9 +14 15 02 1.773 -0.0026 -0.0561 0.056 183 M3Sv (SRB)

ο2 31421 22957 04 56 22.2 +13 30 52 1.158 -0.0778 -0.0460 0.090 239 K2III π1 31295 22845 04 54 53.7 +10 09 03 0.085 0.0401 -0.1284 0.134 163 A0V π2 30739 22509 04 50 36.7 +08 54 01 0.010 -0.0009 -0.0316 0.032 182 A1Vn π3 30652 22449 04 49 50.3 +06 57 41 0.484 0.4634 0.0116 0.464 89 F6V π4 30836 22549 04 51 12.3 +05 36 18 -0.157 -0.0036 0.0010 0.004 286 B2III SB

π5 31237 22797 04 54 15.0 +02 26 26 -0.179 0.0014 0.0002 0.001 81 B2III SB (ELL) π6 31767 23123 04 58 32.8 +01 42 51 1.369 -0.0016 -0.0079 0.008 191 K2IIvar ρΑ 33856 24331A 05 13 17.4 +02 51 40 1.166 0.0031 0.0049 0.006 32 K0.5III ρΒ — 24331B 05 13 17.8 +02 51 44 1.166 0.0031 0.0049 0.006 32 – σΑ 37468 26549A 05 38 44.7 - 02 36 00 -0.190 0.0046 -0.0004 0.005 95 O9.5V

σΒ 37468 26549B 05 38 44.7 - 02 36 00 -0.190 0.0046 -0.0004 0.005 95 – σD 37468 26551 05 38 45.4 - 02 35 57 -0.180 0.0046 -0.0004 0.005 95 B2V σΕ 37479 — 05 38 47.0 - 02 35 39 -0.180 0.0046 -0.0004 0.005 95 B2Vp V1030(SXARI) τ 34503 24674 05 17 36.3 - 06 50 40 -0.115 -0.0153 -0.0096 0.018 238 B5III υ 36512 25923 05 31 55.8 - 07 18 06 -0.261 -0.0005 -0.0044 0.004 187 B0V

ϕ1 36822 26176 05 34 49.2 +09 29 22 -0.157 -0.0012 -0.0025 0.003 206 B0IV ϕ2 37160 26366 05 36 54.3 +09 17 26 0.951 0.0968 -0.3042 0.319 162 G8III-IV χ2 41117 28716 06 03 55.2 +20 08 18 0.236 0.0022 -0.0028 0.004 142 B2Iavar χ1 39587 27913 05 54 22.9 +20 16 34 0.594 -0.1632 -0.0989 0.191 239 G0V (RS) ψΑ 35715 25473A 05 26 50.2 +03 05 44 -0.199 0.0003 -0.0011 0.001 163 B2IV (ELL)

ψΒ 35715 25473B 05 26 50.1 +03 05 47 -0.199 0.0003 -0.0011 0.001 163 – ω 37490 26594 05 39 11.1 +04 07 17 -0.098 0.0008 0.0001 0.001 85 B3IIIe (GCAS) 5 Ori 31139 22730 04 53 22.7 +02 30 29 1.632 0.0297 -0.0164 0.034 119 M1III 6 Ori 31283 22833 04 54 46.8 +11 25 34 0.121 -0.0163 0.0136 0.021 310 A3V 11 Ori 32549 23607 05 04 34.1 +15 24 14 -0.064 0.0184 -0.0310 0.036 149 A0pSi V1032(ACV)

192 Orion (I)

ORI m M π pc l.y. V RV L F mc Bin? ADS α 0.45 -5.14 0.0076″ 131 427 28 21 8932 58 H VI 39 4506Aa β 0.18 -6.69 0.0042 237 773 21 21 37443 19 Σ 668 3823 γ 1.64 -2.72 0.0134 75 243 19 18 965 24 β pm δΑ 2.41 -4.83 0.0036 281 916 16 16 6741 34 2.25 β 558 4134A δD 3.76 -3.48 0.0036 281 916 2 - 1940 34 β 558 4134D

ε 1.69 -6.38 0.0024 412 1342 26 26 28105 46 β pm ζΑ 1.82 -5.17 0.0040 251 817 19 18 9214 50 1.74 Σ 774 4263A ζΒ 3.95 -3.04 0.0040 251 817 14 13 1299 50 Σ 774 4263B ηΑ 3.58 -3.63 0.0036 276 901 20 20 2231 28 3.35 Dawes 5 4002A ηΒ 4.89 -2.32 0.0036 276 901 11 - 664 28 Dawes 5 4002B

ϑ1Α 7.20 -2.80 0.0010 1000 3260 32 32 1039 41 4.98 Σ 748 4186A ϑ1Β 7.49 -2.51 0.0010 1000 3260 24 24 793 41 Σ 748 4186B ϑ1C 4.96 -5.04 0.0010 1000 3260 33 33 8158 41 Σ 748 4186C ϑ1D 6.35 -3.65 0.0010 1000 3260 31 31 2270 41 Σ 748 4186D ϑ2Α 5.08 -3.74 0.0017 581 1895 40 36 2471 43 4.79 Σ Ι 16 4188A

ϑ2Β 6.38 -2.44 0.0017 581 1895 98 29 746 43 Σ Ι 16 4188B ι 2.75 -5.30 0.0025 407 1325 22 22 10331 44 Σ 752 4193 κ 2.07 -4.65 0.0045 221 721 21 21 5724 53 λΑ 3.50 -4.05 0.0031 324 1055 34 34 3294 39 3.39 Σ 738 4179A λΒ 5.45 -2.10 0.0031 324 1055 36 36 544 39 Σ 738 4179B

µΑ 4.35 1.01 0.0215 47 152 46 45 31 61 4.12 β 1056 4617A µΒ 6.30 2.96 0.0215 47 152 7 - 5.2 61 β 1056 4617B ν 4.42 -1.65 0.0061 164 534 29 24 361 67 ξ 4.45 -2.00 0.0051 195 634 30 24 494 70 J 2016 ο1 4.71 -1.39 0.0060 166 542 45 -8 284 4

ο2 4.06 0.48 0.0193 52 169 22 1 50 9 β 553 3540 π1 4.64 1.80 0.0270 37 121 27 13 15 7 β pm π2 4.35 0.48 0.0168 59 194 26 24 51 2 π3 3.19 3.67 0.1246 8.0 26.2 30 24 2.7 1 β pm π4 3.68 -4.25 0.0026 386 1259 24 23 3957 3

π5 3.71 -4.36 0.0024 412 1342 23 23 4373 8 π6 4.47 -2.86 0.0034 292 953 18 14 1096 10 ρΑ 4.67 -0.44 0.0095 105 344 41 41 119 17 4.46 Σ 654 3797A ρΒ 8.50 3.38 0.0095 105 344 3 - 3.5 17 Σ 654 3797B σΑ 4.04 -3.70 0.0028 352 1148 30 29 2371 48 3.73 Σ 762 4241A

σΒ 5.25 -2.49 0.0028 352 1148 8 - 778 48 Σ 762 4241B σD 6.89 -0.85 0.0028 352 1148 8 - 171 48 Σ 762 4241D σE 6.66 -1.07 0.0028 352 1148 30 29 212 48 Σ 762 4241E τ 3.59 -2.56 0.0059 170 554 25 20 834 20 β 188 3877 υ 4.62 -3.76 0.0021 474 1545 20 17 2509 36

ϕ1 4.39 -3.01 0.0033 302 985 33 33 1260 37 ϕ2 4.09 1.33 0.0281 36 116 113 99 23 40 χ2 4.64 -10.36 0.0001 10000 32600 170 17 1096478 62 χ1 4.39 4.70 0.1154 8.7 28.2 16 -14 1.0 54 ψΑ 4.54 -3.66 0.0023 435 1417 12 12 2281 30 4.59 Knott 3 4039A

ψΒ 8.62 0.43 0.0023 435 1417 2 - 53 30 Knott 3 4039B ω 4.50 -3.98 0.0020 498 1622 22 22 3088 47 5 Ori 5.33 -1.13 0.0051 196 638 34 13 222 6 Ori 5.18 0.84 0.0135 74 241 12 9 36 11 Ori 4.65 -0.79 0.0082 123 400 27 17 164

193 Orion (II)

ORI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

13 Ori 33021 23852 05h07m38.4s +09º28′18″ 0.625 -0.0056 -0.3824 0.382 181º G1IV 14AOri 33054 23879A 05 07 52.8 +08 29 54 0.338 0.0350 -0.0595 0.069 150 Am 14BOri 33054 23879B 05 07 52.8 +08 29 55 0.338 0.0021 -0.0635 0.064 178 – 15 Ori 33276 24010 05 09 41.9 +15 35 50 0.130 -0.0071 -0.0161 0.018 204 F2IV 16 Ori 33254 23983 05 09 19.6 +09 49 47 0.249 0.0635 -0.0079 0.064 97 A2m 18 Ori 34203 24555 05 16 04.1 +11 20 29 -0.012 -0.0085 -0.0065 0.011 232 A0V 21 Ori 34658 24817 05 19 11.2 +02 35 45 0.412 -0.0181 -0.0533 0.056 199 F5IIvar 22 Ori 35039 25044 05 21 45.7 - 00 22 57 -0.168 0.0005 0.0017 0.002 15 B2IV-V 23AOri 35149 25142 05 22 49.9 +03 32 40 -0.096 -0.0020 0.0018 0.003 312 B1V 23BOri 35148 25145 05 22 51.0 +03 33 08 -0.111 0.0022 -0.0007 0.002 106 B3Vn 25 Ori 35439 25302 05 24 44.8 +01 50 47 -0.200 0.0001 -0.0006 0.001 169 BIV:pe V1086(GCAS) 27 Ori 35410 25282 05 24 28.9 - 00 53 29 0.961 -0.0050 0.1402 0.140 358 K0III 29 Ori 35369 25247 05 23 56.8 - 07 48 29 0.943 -0.0139 -0.0448 0.047 197 G8III 31 Ori 36167 25737 05 29 43.9 - 01 05 32 1.592 0.0002 -0.0261 0.026 180 K5III CI(CST) 32AOri 36267 25813A 05 30 47.0 +05 56 53 -0.143 0.0066 -0.0325 0.033 169 B5V 32BOri 36267 25813B 05 30 47.0 +05 56 54 -0.143 0.0129 -0.0281 0.031 155 – 33AOri 36351 25861A 05 31 14.5 +03 17 32 -0.176 0.0013 -0.0009 0.002 125 B1.5V 33BOri 36351 25861B 05 31 14.6 +03 17 33 -0.176 0.0013 -0.0009 0.002 125 – 35 Ori 36653 26093 05 33 54.2 +14 18 20 -0.118 -0.0020 -0.0057 0.006 199 B3V 38 Ori 36777 26126 05 34 16.7 +03 46 01 0.051 -0.0294 -0.0158 0.033 242 A2V 42 Ori 37018 26237 05 35 23.1 - 04 50 18 -0.183 0.0043 -0.0072 0.008 149 B2III 45 Ori 37077 26268 05 35 39.5 - 04 51 21 0.269 -0.0014 0.0081 0.008 350 F0III 49 Ori 37507 26563 05 38 53.0 - 07 12 47 0.139 -0.0150 -0.0496 0.052 197 A4V 51 Ori 37984 26885 05 42 28.6 +01 28 29 1.144 -0.0553 -0.0149 0.057 255 K1III 52AOri 38710 27386A 05 48 00.2 +06 27 15 0.234 0.0041 -0.0222 0.023 170 A5V 52BOri 38710 27386B 05 48 00.2 +06 27 14 0.234 0.0078 -0.0158 0.018 154 – 55 Ori 39291 27658 05 51 21.9 - 07 31 05 -0.195 0.0008 -0.0002 0.001 103 B2IV-V 56 Ori 39400 27750 05 52 26.4 +01 51 19 1.382 -0.0071 -0.0099 0.012 216 K2IIvar 57 Ori 39698 27965 05 54 56.6 +19 44 58 -0.145 0.0004 -0.0041 0.004 175 B2V 59 Ori 40372 28271 05 58 24.4 +01 50 13 0.223 0.0060 -0.0078 0.010 142 A5me(δDel) V1004(DSCT) 60 Ori 40446 28296 05 58 49.5 +00 33 11 0.009 -0.0156 0.0024 0.016 279 A1Vs 63 Ori 41361 28812 06 04 58.2 +05 25 12 1.047 -0.0080 -0.0002 0.008 269 G7III: 64 Ori 41040 28691 06 03 27.3 +19 41 26 -0.097 0.0098 -0.0203 0.023 154 B8V 66 Ori 41380 28814 06 04 58.3 +04 09 31 1.041 0.0003 -0.0024 0.002 173 G4III 68 Ori 42509 29433 06 12 01.3 +19 47 26 -0.071 0.0020 -0.0118 0.012 171 B9.5V 69 Ori 42545 29434 06 12 03.3 +16 07 50 -0.149 0.0056 -0.0168 0.018 162 B5Vn 71 Ori 43042 29650 06 14 50.8 +19 09 23 0.430 -0.0958 -0.1816 0.205 208 F6V 72 Ori 43153 29704 06 15 25.1 +16 08 35 -0.101 0.0016 -0.0127 0.013 173 B7V 73 Ori 43247 29736 06 15 44.9 +12 33 04 0.015 -0.0032 -0.0015 0.004 244 B9II-III 74 Ori 43386 29800 06 16 26.6 +12 16 20 0.431 0.0831 0.1863 0.204 24 F5IV-V

75 Ori 43525 29850 06 17 06.5 +09 56 32 0.106 0.0051 -0.0599 0.060 175 A2V β 1048 36591 25980 05 32 41.3 - 01 35 31 -0.188 -0.0020 0.0007 0.002 290 B1IV ΟΣ 111Α 36881 26215A 05 35 13.3 +10 14 24 0.149 0.0015 -0.0038 0.004 159 B9IIIpHgMn ΟΣ 111Β 36881 26215B 05 35 13.3 +10 14 27 0.149 0.0015 -0.0038 0.004 159 – Σ 747Α 36960 26199 05 35 02.6 - 06 00 07 -0.248 0.0006 0.0007 0.001 41 B0.5V

Σ 747Β 36959 26197 05 35 00.8 - 06 00 34 -0.228 0.0010 -0.0003 0.001 105 B1Vvar SAOri 36090 25673 05 29 00.9 - 04 41 33 1.500 0.0148 -0.0109 0.018 126 M6.5e-M9.5e (M) SBOri 294176 25669 05 28 58.5 - 04 42 03 1.200 -0.0102 0.0031 0.011 287 G0 — U Ori 39816 28041 05 55 49.2 +20 10 30 1.500 -0.0136 -0.0062 0.015 246 M6e-M9.5e (M) VV Ori 36695 26063 05 33 31.4 - 01 09 22 -0.175 -0.0006 -0.0005 0.001 228 B1V (EB)

194 Orion (II)

ORI m M π pc l.y. V RV L F mc Bin? ADS 13 Ori 6.15 3.89 0.0353″ 28 92 57 -24 2.2 β pm 14AOri 5.81 1.94 0.0168 59 194 20 6 13 5.33 ΟΣ 98 3711A 14BOri 6.71 2.84 0.0168 59 194 18 - 5.7 ΟΣ 98 3711B 15 Ori 4.81 -0.14 0.0102 98 318 31 30 89 ΟΣ 99 (rej) 16 Ori 5.43 1.77 0.0185 54 176 40 37 15 β pm 18 Ori 5.52 0.26 0.0089 113 368 10 -8 62 21 Ori 5.34 1.42 0.0165 61 198 20 11 21 22 Ori 4.72 -3.26 0.0025 395 1289 29 29 1591 23AOri 4.99 -2.36 0.0034 295 962 18 18 691 4.85 Σ 696 3962A 23BOri 7.17 -0.21 0.0033 299 976 3 - 96 Σ 696 3962B 25 Ori 4.89 -2.77 0.0029 340 1109 19 19 1008 S 479:C 27 Ori 5.07 1.46 0.0189 53 172 40 20 21 29 Ori 4.13 0.49 0.0187 53 174 22 -18 50 31 Ori 4.71 -1.02 0.0072 140 456 19 8 201 Σ 725 4097 32AOri 4.43 -0.31 0.0113 88 288 24 19 104 4.20 Σ 728 4115A

32BOri 5.80 1.07 0.0113 88 288 13 - 29 Σ 728 4115B 33AOri 5.74 -2.67 0.0021 481 1567 20 20 918 5.46 Σ 729 4123A 33BOri 6.79 -1.62 0.0021 481 1567 4 - 349 Σ 729 4123B 35 Ori 5.60 -0.39 0.0064 157 513 20 19 112 38 Ori 5.32 0.20 0.0095 106 345 17 -4 66 ΟΣ 110 (rej) 42 Ori 4.58 -2.33 0.0042 241 786 31 30 673 Dawes 4 4187AB 45 Ori 5.24 -0.04 0.0088 114 370 10 -8 81 Hn 4196 49 Ori 4.77 1.41 0.0212 47 153 12 -1 22 51 Ori 4.90 0.07 0.0108 93 302 92 88 74 52AOri 6.04 0.21 0.0068 147 479 46 43 65 5.26 Σ 795 4390A 52BOri 6.11 0.27 0.0068 147 479 12 - 61 Σ 795 4390B 55 Ori 5.36 -3.20 0.0019 515 1680 20 20 1501 56 Ori 4.76 -2.91 0.0029 341 1113 22 10 1144 β 4467 57 Ori 5.92 -2.25 0.0023 431 1405 11 7 627 59 Ori 5.89 0.72 0.0092 108 353 45 45 41 HV 100 4555 60 Ori 5.21 -0.05 0.0089 113 367 36 35 82 63 Ori 5.67 -1.97 0.0030 338 1101 24 20 485 64 Ori 5.14 -2.44 0.0031 328 1069 37 12 744 66 Ori 5.63 -3.78 0.0013 763 2489 34 33 2567 68 Ori 5.76 -1.61 0.0034 298 970 35 31 346 H VI 72 69 Ori 4.95 -1.93 0.0042 238 774 30 22 465 71 Ori 5.20 3.58 0.0473 21 69 41 36 2.9 h 2302 4842 72 Ori 5.34 -0.50 0.0068 147 479 24 22 124 73 Ori 5.44 -2.72 0.0023 429 1399 15 13 967 74 Ori 5.04 3.58 0.0510 20 64 21 9 2.9 Kui 26

75 Ori 5.39 0.93 0.0129 78 254 25 12 33 β 96 4890Aa β 1048 5.34 -4.14 0.0013 787 2567 35 34 3568 β 1048 4141AB ΟΣ 111Α 5.67 -2.59 0.0022 448 1462 36 35 855 5.60 ΟΣ 111 4181A ΟΣ 111Β 9.68 1.42 0.0022 448 1462 9 - 21 ΟΣ 111 4181B Σ 747Α 4.78 -4.00 0.0018 571 1863 28 28 3147 4.38 Σ 747 4182A

Σ 747Β 5.67 -5.63 0.0006 1818 5927 31 30 14037 Σ 747 4182B SAOri 7.50 -4.97 0.0003 3125 10187 273 22 7686 7.42 Web:A SBOri 7.40 0.53 0.0042 236 771 12 - 48 Web:B U Ori 10.62 1.53 0.0015 658 2145 51 -21 19 VV Ori 5.36 -3.41 0.0018 568 1852 22 22 1824

195 Orion (III)

ORI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

- Ori 30034 22044 04h44m25.8s +11º08′46″ 0.251 0.0989 -0.0135 0.100 98º F0V - Ori 30210 22157 04 46 01.7 +11 42 20 0.197 0.0675 -0.0071 0.068 96 Am - Ori 31296 22834 04 54 47.7 +07 46 44 1.214 -0.0217 -0.0271 0.035 219 K1III - Ori 33554 24197 05 11 41.5 +16 02 44 1.525 0.0035 0.0063 0.007 29 K5III - Ori 34043 24450 05 14 44.0 +05 09 22 1.369 -0.0070 0.0087 0.011 321 K4III

- Ori 37756 26736 05 40 50.6 - 01 07 44 -0.197 -0.0019 -0.0007 0.002 250 B2IV-V - Ori 40657 28413 06 00 03.3 - 03 04 27 1.202 0.0069 -0.0727 0.073 175 K2IIIvar - Ori 44131 30093 06 19 59.5 - 02 56 40 1.613 -0.0073 -0.0010 0.007 262 M1III

196 Orion (III)

ORI m M π pc l.y. V RV L F mc Bin? ADS - Ori 5.39 1.97 0.0207″ 48 157 46 40 13 β pm - Ori 5.35 0.79 0.0122 82 266 49 41 38 β pm - Ori 5.33 -0.33 0.0074 135 441 23 -5 106 - Ori 5.18 0.21 0.0102 99 321 7 -6 65 - Ori 5.50 -0.82 0.0055 183 598 12 -7 167

- Ori 4.95 -4.08 0.0016 641 2090 27 26 3386 - Ori 4.53 -1.02 0.0078 129 420 52 26 201 - Ori 4.91 -1.05 0.0064 155 506 47 47 206

197 Pavo

PAV HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 193924 100751 20h25m38.8s -56º44′07″ -0.118 0.0077 -0.0862 0.086 175º B2IV β 197051 102395 20 44 57.4 -66 12 11 0.163 -0.0424 0.0106 0.044 284 A5IV γ 203608 105858 21 26 26.7 -65 21 59 0.494 0.0811 0.8007 0.805 6 F6V δ 190248 99240 20 08 43.2 -66 10 56 0.751 1.2103 -1.1303 1.656 133 G5IV-Vvar ε 188228 98495 20 00 35.4 -72 54 38 -0.032 0.0805 -0.1313 0.154 148 A0V

ζ 171759 91792 18 43 02.1 -71 25 42 1.134 0.0013 -0.1583 0.158 180 K2III η 160635 86929 17 45 43.9 -64 43 26 1.161 -0.0111 -0.0564 0.057 191 K1III ϑ 173168 92294 18 48 37.8 -65 04 40 0.268 -0.0381 -0.0782 0.087 206 A9V ι 165499 89042 18 10 26.1 -62 00 08 0.592 -0.0776 0.2347 0.247 342 G0V κ 174694 93015 18 56 57.0 -67 14 01 0.530 -0.0078 0.0167 0.018 335 F5I-II (CD)

λ 173948 92609 18 52 12.9 -62 11 16 -0.150 -0.0013 -0.0135 0.014 186 B2II-III (GCAS) µ1 188584 98478 20 00 22.9 -66 56 58 1.033 -0.0037 -0.1943 0.194 181 K0IV µ2 188887 98624 20 01 52.3 -66 56 39 1.218 0.0385 -0.0715 0.081 152 K2IVCNII ν 169978 90797 18 31 22.3 -62 16 42 -0.116 -0.0010 -0.0456 0.046 181 B8III ξ 168339 90098 18 23 13.5 -61 29 38 1.462 0.0005 0.0017 0.002 17 M1III SB

ο 201371 104755 21 13 20.4 -70 07 36 1.578 0.0414 -0.0203 0.046 116 M2III π 165040 88866 18 08 34.7 -63 40 06 0.228 0.0175 -0.2076 0.208 175 Am ρ 195961 101773 20 37 35.2 -61 31 48 0.447 0.0592 -0.0717 0.093 140 FmδDel (DSCT) σ 197635 102773 20 49 18.0 -68 46 36 1.122 -0.0646 -0.0498 0.082 232 K0III τ 179009 94724 19 16 28.5 -69 11 26 0.193 0.0070 -0.0287 0.030 166 A6IV-V

υ 196519 102157 20 41 57.1 -66 45 39 -0.061 0.0089 -0.0232 0.025 159 B8Vvar ψ1 195627 101612 20 35 34.7 -60 34 54 0.291 0.0702 -0.1856 0.198 159 F1III ψ2 196378 101983 20 40 02.4 -60 32 56 0.544 0.3129 -0.5690 0.649 151 F8V ω 175329 93163 18 58 36.3 -60 12 02 1.355 -0.1250 0.0325 0.129 285 K1III-IV I 121A 186957 97646A 19 50 44.7 -59 11 35 0.082 0.0231 -0.0122 0.026 118 A0IV

I 121B 186957 97646B 19 50 44.7 -59 11 36 0.082 0.0232 -0.0191 0.030 129 – SX Pav 203881 106044 21 28 44.8 -69 30 20 1.553 0.0823 -0.0464 0.094 119 M5III (SRB) NU Pav 189124 98608 20 01 44.5 -59 22 34 1.356 0.0197 -0.0269 0.033 144 M6III (SRB) - Pav 172555 92024 18 45 26.6 -64 52 17 0.199 0.0327 -0.1487 0.152 168 A7V - Pav 177389 94150 19 09 52.7 -68 25 29 0.901 0.1549 -0.0426 0.161 105 G8/K0III-IV

- Pav 186219 97534 19 49 25.3 -72 30 12 0.234 0.0069 0.0147 0.016 25 A4III - Pav 188162 98174 19 57 06.1 -58 54 05 0.014 0.0236 -0.0149 0.028 122 B9.5IV

198 Pavo

PAV m M π pc l.y. V RV L F mc Bin? ADS α 1.94 -1.81 0.0178″ 56 183 23 2 416 h 5193 β 3.42 0.29 0.0237 42 137 13 10 60 γ 4.21 4.39 0.1085 9.2 30.0 46 -30 1.4 δ 3.55 4.62 0.1637 6.1 19.9 53 -22 1.1 ε 3.97 1.41 0.0307 33 106 24 -1 22

ζ 4.01 -0.03 0.0156 64 210 51 -16 81 h 5048 η 3.61 -1.67 0.0088 114 371 32 -8 366 ϑ 5.71 1.51 0.0145 69 226 29 -1 20 ι 5.47 4.22 0.0563 18 58 37 30 1.6 κ 4.40 -1.71 0.0060 167 543 41 38 380

λ 4.22 -4.50 0.0018 556 1811 37 9 4983 h 5062 µ1 5.75 1.64 0.0151 66 216 68 29 17 µ2 5.32 1.04 0.0139 72 234 50 42 30 ν 4.63 -1.20 0.0068 147 479 67 59 239 ξ 4.35 -1.20 0.0078 129 420 12 12 238 Gale 2AB

ο 5.06 -2.12 0.0037 272 888 63 -19 553 π 4.33 1.19 0.0236 42 138 45 -16 26 ρ 4.86 0.98 0.0167 60 195 28 8 32 σ 5.41 0.56 0.0107 93 305 41 19 47 τ 6.25 -0.14 0.0053 190 619 27 - 90

υ 5.14 -1.92 0.0039 258 840 31 7 460 ψ1 4.75 2.55 0.0363 28 90 33 -20 7.5 ψ2 5.11 3.19 0.0413 24 79 81 -32 4.2 ω 5.14 -0.86 0.0063 158 516 204 180 173 I 121A 5.67 1.16 0.0126 80 260 11 4 27 5.41 I 121A

I 121B 7.30 2.79 0.0126 80 260 11 - 6.0 I 121B SX Pav 5.47 0.05 0.0082 122 396 69 43 75 NU Pav 4.95 -0.67 0.0075 133 434 23 -10 146 - Pav 4.78 2.45 0.0342 29 95 21 2 8.2 - Pav 5.31 2.48 0.0271 37 120 30 -10 8.0

- Pav 5.39 2.30 0.0241 42 135 3 -1 9.5 - Pav 5.24 0.41 0.0108 93 302 12 -2 54

199 Pegasus (I)

PEG HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 218045 113963 23h04m45.6s +15º12′19″ -0.002 0.0611 -0.0426 0.074 125º B9.5III β 217906 113881 23 03 46.4 +28 04 58 1.655 0.1878 0.1376 0.233 54 M2II-IIIvar (LB) γ 886 1067 00 13 14.1 +15 11 01 -0.190 0.0047 -0.0082 0.009 150 B2IV ε 206778 107315 21 44 11.0 +09 52 30 1.520 0.0300 0.0014 0.030 87 K2Ibvar (LB) ζ 214923 112029 22 41 27.6 +10 49 53 -0.086 0.0774 -0.0110 0.078 98 B8.5V

η 215182 112158 22 43 00.1 +30 13 17 0.895 0.0131 -0.0261 0.029 153 G8II+F0V ϑ 210418 109427 22 10 11.9 +06 11 52 0.086 0.2820 0.0312 0.284 84 A2V ι 210027 109176 22 07 00.6 +25 20 42 0.435 0.2967 0.0269 0.298 85 F5V κΑ 206901 107354A 21 44 38.5 +25 38 42 0.425 0.0467 0.0135 0.049 74 F5IV κΒ 206901 107354B 21 44 38.5 +25 38 42 0.425 0.0467 0.0135 0.049 74 –

λ 215665 112440 22 46 31.8 +23 33 56 1.070 0.0570 -0.0105 0.058 100 G8II-III µ 216131 112748 22 50 00.1 +24 36 06 0.933 0.1441 -0.0434 0.151 107 G8III ν 209747 109068 22 05 40.7 +05 03 31 1.443 0.1016 0.1012 0.143 45 K4III ξ 215648 112447 22 46 41.5 +12 10 22 0.502 0.2331 -0.4920 0.544 155 F7V ο 214994 112051 22 41 45.3 +29 18 27 -0.013 -0.0020 -0.0200 0.020 186 A1IV

π1 210354 109352 22 09 13.5 +33 10 21 0.985 -0.0600 -0.0659 0.089 222 G6III: π2 210459 109410 22 09 59.1 +33 10 42 0.471 -0.0123 -0.0179 0.022 215 F5III ρ 216735 113186 22 55 13.6 +08 48 58 -0.003 0.0819 0.0290 0.087 70 A1V σ 216385 112935 22 52 24.0 +09 50 09 0.487 0.5219 0.0441 0.524 85 F7IV τ 220061 115250 23 20 38.2 +23 44 25 0.180 0.0305 -0.0091 0.032 107 A5V (DSCT)

υ 220657 115623 23 25 22.7 +23 24 15 0.617 0.1931 0.0365 0.197 79 F8IV ϕ 223768 117718 23 52 29.2 +19 07 13 1.587 -0.0064 -0.0342 0.035 191 M2III χ 1013 1168 00 14 36.1 +20 12 24 1.572 0.0907 0.0019 0.091 89 M2III ψ 224427 118131 23 57 45.5 +25 08 29 1.584 -0.0361 -0.0323 0.048 228 M3III 1 Peg 203504 105502 21 22 05.1 +19 48 16 1.108 0.1059 0.0626 0.123 59 K1III

2 Peg 204724 106140 21 29 56.8 +23 38 20 1.618 0.0244 0.0035 0.025 82 M1III 3APeg 205811 106783 21 37 43.7 +06 37 06 0.046 0.0579 -0.0021 0.058 92 A2V 3BPeg 205811 106781 21 37 43.1 +06 37 44 0.368 0.0575 0.0036 0.058 86 F2V 4 Peg 205924 106856 21 38 31.8 +05 46 18 0.265 0.1126 0.0286 0.116 76 A9IV-Vn 5 Peg 205852 106787 21 37 45.4 +19 19 07 0.321 0.0995 0.0134 0.100 82 F1IV

7 Peg 206487 107151 21 42 15.4 +05 40 48 1.653 0.0112 -0.0058 0.013 117 M2III 9 Peg 206859 107348 21 44 30.6 +17 21 00 1.161 0.0079 -0.0108 0.013 144 G5Ib 11 Peg 207203 107575 21 47 13.9 +02 41 10 0.012 0.0063 -0.0028 0.007 114 A1V 12 Peg 207089 107472 21 46 04.3 +22 56 56 1.381 0.0091 -0.0024 0.009 105 K0Ib 13APeg 207652 107788A 21 50 08.6 +17 17 08 0.394 0.1038 -0.0292 0.108 106 F2III-IV

13BPeg 207652 107788B 21 50 08.6 +17 17 08 0.394 0.0532 -0.0869 0.102 149 – 14 Peg 207650 107763 21 49 50.6 +30 10 27 0.010 0.0189 -0.0261 0.032 144 A1Vs 15 Peg 207978 107975 21 52 29.8 +28 47 36 0.426 -0.0587 -0.0633 0.086 223 F6IVwvar 16 Peg 208057 108022 21 53 03.7 +25 55 31 -0.155 0.0091 0.0003 0.009 88 B3V 17 Peg 208565 108339 21 56 56.3 +12 04 36 0.054 -0.0284 -0.0139 0.032 244 A2Vnn

18 Peg 209008 108612 22 00 07.8 +06 43 02 -0.112 0.0145 0.0007 0.015 87 B3III 19 Peg 209167 108699 22 01 09.1 +08 15 26 1.440 -0.0074 -0.0028 0.008 249 K5III 20 Peg 209166 108693 22 01 05.3 +13 07 12 0.336 0.0576 -0.0567 0.081 135 F4III 21 Peg 209459 108875 22 03 18.9 +11 23 11 -0.050 0.0167 -0.0016 0.017 96 B9.5V 23 Peg 209833 109056 22 05 34.5 +28 57 50 -0.048 0.0300 -0.0095 0.031 108 B9Vn

25 Peg 210129 109240 22 07 50.2 +21 42 10 -0.077 -0.0452 -0.0683 0.082 213 B7Vn 28 Peg 210516 109458 22 10 30.1 +20 58 40 0.099 -0.0028 -0.0093 0.010 197 A3III 30 Peg 211924 110298 22 20 27.5 +05 47 22 -0.037 0.0203 0.0021 0.020 84 B5IV 31 Peg 212076 110386 22 21 31.0 +12 12 19 -0.132 0.0062 0.0055 0.008 48 B2IV-V IN(GCAS) 32 Peg 212097 110371 22 21 19.2 +28 19 50 -0.010 0.0174 0.0056 0.018 72 B9III

200 Pegasus (I)

PEG m M π pc l.y. V RV L F mc Bin? ADS α 2.49 -0.67 0.0234″ 43 140 16 -4 146 54 β 2.44 -1.49 0.0164 61 199 68 9 310 53 h 1842 16483 γ 2.83 -2.22 0.0098 102 333 6 4 606 88 β pm ε 2.38 -4.19 0.0049 206 672 30 5 3737 8 S 798 15268 ζ 3.41 -0.62 0.0156 64 208 25 7 139 42 β 16182

η 2.93 -1.16 0.0152 66 215 10 4 230 44 β 1144 16211 ϑ 3.52 1.16 0.0338 30 97 40 -6 27 26 ι 3.77 3.42 0.0851 11.8 38.3 17 -4 3.4 24 β pm κΑ 4.94 2.20 0.0283 35 115 11 -8 10 10 4.14 Σ 2824 15281A κΒ 5.04 2.30 0.0283 35 115 8 - 9.5 10 Σ 2824 15281B

λ 3.97 -1.45 0.0083 121 395 33 -4 298 47 µ 3.51 0.74 0.0280 36 117 29 14 40 48 ν 4.86 0.32 0.0124 81 263 57 -16 58 22 ξ 4.20 3.15 0.0615 16 53 42 -5 4.3 46 h 301 16261 ο 4.80 -0.05 0.0107 93 305 13 9 83 43

π1 5.58 0.89 0.0115 87 283 37 -6 35 27 β 15672 π2 4.28 -0.16 0.0130 77 252 8 2 91 29 ρ 4.91 0.22 0.0116 87 282 37 -10 64 50 σ 5.16 3.02 0.0373 27 88 68 12 4.9 49 τ 4.58 1.03 0.0195 51 167 18 16 30 62

υ 4.42 0.79 0.0188 53 173 51 -11 38 68 ϕ 5.06 -0.58 0.0075 134 437 24 -8 134 81 χ 4.79 -0.21 0.0100 100 326 63 -46 95 89 ψ 4.63 -0.98 0.0075 133 432 31 -4 195 84 1 Peg 4.08 0.71 0.0212 47 154 81 -76 41 Σ Ι 11 14909

2 Peg 4.52 -1.14 0.0074 136 442 25 -19 225 β 685 15027 3APeg 6.19 1.71 0.0127 79 257 22 3 16 5.94 Σ Ι 56 15147A 3BPeg 7.66 2.97 0.0115 87 283 24 - 5.1 Σ Ι 56 15147B 4 Peg 5.66 2.02 0.0187 53 174 35 -19 12 h 941 15157 5 Peg 5.46 0.49 0.0102 99 321 53 -25 50

7 Peg 5.30 -0.72 0.0063 160 522 10 -4 153 9 Peg 4.34 -2.87 0.0036 276 901 28 -22 1103 11 Peg 5.63 -0.15 0.0070 143 467 18 17 90 12 Peg 5.29 -2.41 0.0029 346 1128 19 -12 721 13APeg 5.74 3.11 0.0299 33 109 18 -4 4.5 5.34 Cou 14A

13BPeg 6.94 4.32 0.0299 33 109 16 - 1.5 Cou 14B 14 Peg 5.07 0.23 0.0108 93 302 27 -23 63 15 Peg 5.52 3.31 0.0362 28 90 22 19 3.7 16 Peg 5.09 -0.89 0.0064 157 512 14 -12 179 17 Peg 5.54 -0.11 0.0074 135 440 25 15 87

18 Peg 6.00 -1.58 0.0031 328 1069 24 -7 337 19 Peg 5.65 -0.71 0.0054 187 609 24 -23 151 20 Peg 5.61 1.39 0.0143 70 228 28 7 22 h 289 15543 21 Peg 5.83 -0.27 0.0060 166 541 13 0 101 23 Peg 5.69 0.84 0.0107 93 304 18 -12 36

25 Peg 5.79 -0.86 0.0047 214 698 98 -52 174 28 Peg 6.45 -0.09 0.0049 203 663 12 8 86 30 Peg 5.37 -1.88 0.0036 282 918 28 -8 444 h 962 15847 31 Peg 4.82 -2.55 0.0034 298 970 15 10 823 32 Peg 4.83 -1.53 0.0054 186 607 18 8 321 Ho 615 15863

201 Pegasus (II)

PEG HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

33APeg 212395 110548A 22h23m39.6s +20º50′54″ 0.518 0.3352 -0.0147 0.336 93º F7V 33BPeg 212395 110548B 22 23 39.6 +20 50 54 0.518 0.3352 -0.0147 0.336 93 – 34 Peg 212754 110785 22 26 37.4 +04 23 37 0.519 0.2864 0.0529 0.291 80 F7V 35 Peg 212943 110882 22 27 51.5 +04 41 44 1.039 0.0773 -0.3074 0.317 166 K0III 36 Peg 213119 110986 22 29 07.9 +09 07 44 1.578 0.0516 -0.0205 0.056 112 K5III 37APeg 213235 111062A 22 29 57.9 +04 25 54 0.385 -0.0189 -0.1511 0.152 187 F5IVs 37BPeg 213235 111062B 22 29 58.0 +04 25 54 0.385 -0.0382 -0.1422 0.147 195 – 38 Peg 213323 111068 22 30 01.7 +32 34 22 -0.031 0.0309 -0.0140 0.034 114 B9.5v 39 Peg 213617 111278 22 32 35.5 +20 13 48 0.350 0.1667 0.0305 0.169 80 F1V 40 Peg 214567 111810 22 38 52.5 +19 31 20 0.922 -0.0452 -0.0942 0.104 206 G8II 41 Peg 214698 111884 22 39 47.0 +19 40 52 0.035 -0.0021 -0.0097 0.010 192 A2V 45 Peg 215510 112358 22 45 28.2 +19 22 00 1.057 -0.0261 0.0580 0.064 336 G6III: 51 Peg 217014 113357 22 57 27.9 +20 46 08 0.666 0.2081 0.0610 0.217 74 G5V 52APeg 217232 113503A 22 59 11.7 +11 43 44 0.293 0.0268 -0.0401 0.048 146 A7V 52BPeg 217232 113503B 22 59 11.7 +11 43 45 0.293 0.0435 -0.0333 0.055 127 – 55 Peg 218329 114144 23 07 00.2 +09 24 34 1.559 0.0067 -0.0128 0.014 152 M2III 56 Peg 218356 114155 23 07 06.6 +25 28 06 1.285 0.0003 -0.0333 0.033 180 K0IIIp 57 Peg 218634 114347 23 09 31.4 +08 40 38 1.484 0.0037 -0.0045 0.006 141 M4III+A2V GZ(SRA) 58 Peg 218700 114389 23 10 01.4 +09 49 19 -0.068 -0.0178 -0.0078 0.019 246 B9III 59 Peg 218918 114520 23 11 44.1 +08 43 12 0.139 -0.0089 -0.0051 0.010 241 A5Vn 60 Peg 218935 114526 23 11 49.2 +26 50 50 0.937 -0.1905 -0.1111 0.221 240 G8III-IV 61 Peg 219477 114844 23 15 46.3 +28 14 53 0.833 0.0146 -0.0028 0.015 101 G5III 63 Peg 220088 115271 23 20 49.5 +30 24 54 1.501 0.0774 -0.0688 0.104 132 M0III 64APeg 220222 115355A 23 21 54.8 +31 48 45 -0.101 0.0103 -0.0068 0.012 124 B6III 64BPeg 220222 115355B 23 21 54.8 +31 48 45 -0.101 0.0103 -0.0068 0.012 124 – 65 Peg 220318 115407 23 22 40.5 +20 49 43 -0.033 0.0190 -0.0113 0.022 121 B9.5V 66 Peg 220363 115444 23 23 04.5 +12 18 50 1.315 0.0190 -0.0172 0.026 132 K3III 67 Peg 220599 115591 23 24 50.7 +32 23 05 -0.075 0.0165 0.0028 0.017 81 B9III 69 Peg 220933 115806 23 27 40.3 +25 10 02 -0.066 0.0273 -0.0361 0.045 143 A0pHgMn HV(ACV) 70 Peg 221115 115919 23 29 09.2 +12 45 38 0.939 0.0596 0.0252 0.065 67 G8III 71 Peg 221615 116264 23 33 28.0 +22 29 56 1.481 0.0095 -0.0175 0.020 151 M5IIIa HW(LB) 72APeg 221673 116310A 23 33 57.1 +31 19 32 1.383 0.0502 -0.0185 0.054 110 K4III 72BPeg 221673 116310B 23 33 57.1 +31 19 32 1.383 0.0527 -0.0247 0.058 115 – 73 Peg 221758 116355 23 34 38.1 +33 29 51 1.042 -0.0045 0.0217 0.022 348 K0III: 74 Peg 222098 116592 23 37 39.7 +16 49 31 0.025 0.1321 -0.0036 0.132 92 A1V 75 Peg 222133 116611 23 37 56.7 +18 24 03 0.010 0.0485 0.0176 0.052 70 A1Vn KS(EB) 76 Peg 222683 116972 23 42 43.9 +16 20 09 0.970 0.0911 0.0109 0.092 83 K0 77 Peg 222764 117020 23 43 22.3 +10 19 54 1.692 0.0049 0.0114 0.012 23 M2III 78APeg 222842 117073A 23 43 59.4 +29 21 42 0.935 0.0714 -0.0408 0.082 120 K0III 78BPeg 222842 117073B 23 43 59.4 +29 21 41 0.935 0.0639 -0.0256 0.069 112 – 79 Peg 223461 117500 23 49 39.3 +28 50 33 0.187 0.0628 0.0250 0.068 68 A2m 80 Peg 223637 117628 23 51 21.1 +09 18 48 1.661 -0.0098 -0.0655 0.066 189 M3III HH(LB) 82 Peg 223781 117730 23 52 37.1 +10 56 51 0.186 -0.0222 -0.0035 0.023 261 A4Vn HT(DSCT) 83 Peg 223792 117735 23 52 40.2 +21 44 33 0.947 -0.0184 -0.0235 0.030 218 G9III 85 Peg 224930 171 00 02 10.1 +27 04 56 0.015 0.7786 -0.9187 1.204 140 G3V 86 Peg 87 476 00 05 41.9 +13 23 47 0.901 0.0426 -0.0065 0.043 99 G5III 87 Peg 448 729 00 09 02.3 +18 12 43 1.043 0.1409 -0.0256 0.143 100 G9III HN Peg 206860 107350 21 44 31.5 +14 46 22 0.587 0.2311 -0.1135 0.257 116 G0V (BY) IM Peg 216489 112997 22 53 02.2 +16 50 28 1.132 -0.0210 -0.0276 0.035 217 K1III SB (RS) - Peg 210889 109654 22 12 47.8 +34 36 17 1.134 0.0193 -0.0497 0.053 159 K2III

202 Pegasus (II)

PEG m M π pc l.y. V RV L F mc Bin? ADS 33APeg 6.39 3.74 0.0295″ 34 111 59 -23 2.5 6.20 Σ 2900 15896A 33BPeg 9.29 6.64 0.0295 34 111 54 - 0.2 Σ 2900 15896B 34 Peg 5.76 2.78 0.0253 39 129 57 -18 6.1 β 920 15935AB 35 Peg 4.78 1.33 0.0204 49 160 91 54 23 β pm 36 Peg 5.60 -0.65 0.0056 178 579 56 -30 143 37APeg 5.83 2.21 0.0189 53 172 38 1 10 5.51 Σ 2912 15988A 37BPeg 7.37 3.75 0.0189 53 172 37 - 2.5 Σ 2912 15988B 38 Peg 5.64 0.16 0.0080 125 407 26 -16 68 39 Peg 6.43 2.81 0.0189 53 172 47 -19 5.9 40 Peg 5.84 0.50 0.0086 117 381 61 -20 50 Kui 113AB 41 Peg 6.33 -0.12 0.0051 195 635 14 -11 88 45 Peg 6.27 1.11 0.0093 108 351 39 -22 28 51 Peg 5.45 4.52 0.0651 15 50 35 -31 1.2 52APeg 6.09 1.54 0.0123 82 266 27 20 19 5.76 ΟΣ 483 16428A 52BPeg 7.53 2.97 0.0123 82 266 21 - 5.1 ΟΣ 483 16428B 55 Peg 4.54 -0.43 0.0101 99 322 8 -5 117 56 Peg 4.76 -1.32 0.0061 165 537 37 -27 266 57 Peg 5.05 -1.79 0.0043 234 762 15 14 410 Σ 2982 16550 58 Peg 5.39 -1.00 0.0053 190 619 20 9 198 59 Peg 5.15 0.70 0.0129 78 253 11 10 41 60 Peg 6.19 1.84 0.0135 74 242 78 -10 14 β pm 61 Peg 6.51 -0.83 0.0034 293 956 21 4 168 63 Peg 5.58 -0.05 0.0075 134 435 68 -19 82 64APeg 5.44 -1.60 0.0039 256 834 15 2 344 5.35 β 718 16702A 64BPeg 7.76 0.72 0.0039 256 834 15 - 40 β 718 16702B 65 Peg 6.28 0.41 0.0067 149 487 21 -14 54 66 Peg 5.09 0.06 0.0099 101 330 13 -4 74 Ho 300 16715AB 67 Peg 5.56 -0.40 0.0064 155 506 22 18 113 69 Peg 5.99 0.73 0.0089 112 367 29 -16 40 70 Peg 4.54 0.86 0.0183 55 178 22 -15 36 71 Peg 5.33 -0.90 0.0057 176 575 17 3 181 72APeg 5.67 -0.46 0.0060 168 548 49 -24 120 4.97 β 720 16836A 72BPeg 6.13 0.00 0.0060 168 548 46 - 79 β 720 16836B 73 Peg 5.63 0.77 0.0107 94 305 10 -3 39 74 Peg 6.26 1.02 0.0090 111 363 75 -26 31 β pm 75 Peg 5.49 1.17 0.0137 73 239 24 -16 27 Kui 117 76 Peg 6.30 0.82 0.0080 125 406 54 -2 37 77 Peg 5.09 -1.91 0.0040 251 817 37 -34 455 78APeg 5.16 0.87 0.0139 72 234 29 -7 35 4.93 AGC 14 16957A 78BPeg 8.12 3.84 0.0139 72 234 23 - 2.3 AGC 14 16957B 79 Peg 5.95 1.39 0.0122 82 267 27 -4 22 80 Peg 5.77 -1.20 0.0040 248 807 78 -9 237 82 Peg 5.30 1.49 0.0173 58 188 7 -3 20 83 Peg 6.68 0.97 0.0072 139 453 20 -3 32 85 Peg 5.80 5.33 0.0806 12 40 79 -36 0.6 β 733 17175 86 Peg 5.55 0.26 0.0088 114 373 23 2 62 87 Peg 5.57 0.81 0.0112 90 292 65 -22 37 HN Peg 5.96 4.64 0.0544 18 60 29 -19 1.1 IM Peg 5.86 0.93 0.0103 97 316 20 -12 33 - Peg 5.34 0.87 0.0127 78 256 21 -7 35

203 Perseus (I)

PER HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 20902 15863 03h24m19.3s +49º51′41″ 0.481 0.0241 -0.0260 0.035 137º F5Ib β 19356 14576 03 08 10.1 +40 57 21 -0.003 0.0024 -0.0014 0.003 121 B8V (EA) γ 18925 14328 03 04 47.7 +53 30 23 0.716 0.0005 -0.0042 0.004 173 G8III+A2V (EA/GS) δ 22928 17358 03 42 55.4 +47 47 15 -0.125 0.0238 -0.0419 0.048 150 B5III SB (GCAS) ε 24760 18532 03 57 51.2 +40 00 37 -0.199 0.0126 -0.0241 0.027 152 B0.5V (BCEP)

ζ 24398 18246 03 54 07.9 +31 53 01 0.271 0.0044 -0.0092 0.010 154 B1Ib η 17506 13268 02 50 41.8 +55 53 44 1.690 0.0166 -0.0138 0.022 130 K3Ibcomp SB ϑ 16895 12777 02 44 11.9 +49 13 43 0.514 0.3340 -0.0900 0.346 105 F7V ι 19373 14632 03 09 04.0 +49 36 48 0.595 1.2623 -0.0915 1.266 94 G0V κ 19476 14668 03 09 29.7 +44 51 27 0.980 0.1730 -0.1421 0.224 129 K0III

λ 25642 19167 04 06 35.0 +50 21 05 -0.011 -0.0130 -0.0364 0.039 200 A0IVn µ 26630 19812 04 14 53.8 +48 24 34 0.935 0.0050 -0.0174 0.018 164 G0Ib ν 23230 17529 03 45 11.6 +42 34 43 0.425 -0.0146 0.0018 0.015 277 F5IIvar ξ 24912 18614 03 58 57.8 +35 47 28 0.016 0.0019 0.0023 0.003 40 O7.5I οΑ 23180 17448A 03 44 19.1 +32 17 18 0.022 0.0081 -0.0103 0.013 142 B1III (ELL)

οΒ 23180 17448B 03 44 19.2 +32 17 19 0.022 0.0081 -0.0103 0.013 142 – π 18411 13879 02 58 45.6 +39 39 46 0.065 0.0259 -0.0407 0.048 148 A2Vn ρ 19058 14354 03 05 10.5 +38 50 25 1.528 0.1287 -0.1066 0.167 130 M3IIIvar (SRB) σ 21552 16335 03 30 34.4 +47 59 43 1.367 0.0016 0.0181 0.018 5 K3III τ 17878 13531 02 54 15.4 +52 45 45 0.758 -0.0020 -0.0045 0.005 204 G5III+A4V (EA)

ϕ 10516 8068 01 43 39.6 +50 41 20 -0.098 0.0241 -0.0136 0.028 119 B2Vpe (GCAS) ψ 22192 16826 03 36 29.3 +48 11 34 -0.058 0.0214 -0.0276 0.035 142 B5Ve (GCAS) ω 19656 14817 03 11 17.3 +39 36 42 1.115 -0.0262 0.0048 0.027 280 K1III 1 Per 11241 8704 01 51 59.3 +55 08 51 -0.175 0.0126 -0.0083 0.015 123 B1.5V V436(E:) 2 Per 11291 8714 01 52 09.3 +50 47 34 -0.067 0.0184 -0.0287 0.034 147 B9pHgMn

3 Per 11949 9222 01 58 33.5 +49 12 16 1.005 0.0063 0.0412 0.042 9 K0IV 4 Per 12303 9505 02 02 18.0 +54 29 16 -0.071 0.0338 -0.0034 0.034 96 B8III 5 Per 13267 10227 02 11 29.1 +57 38 45 0.298 -0.0007 -0.0018 0.002 202 B5Ia 6 Per 13530 10366 02 13 36.3 +51 03 57 0.926 0.3474 -0.1708 0.387 116 G8IIIvar 7 Per 13994 10729 02 18 04.4 +57 31 00 1.039 -0.0135 -0.0018 0.014 262 G7III

8 Per 13982 10718 02 17 59.8 +57 54 00 1.175 0.0608 0.0050 0.061 85 K3III 9 Per 14489 11060 02 22 21.3 +55 50 45 0.369 0.0004 -0.0012 0.001 163 A2Ia V474(ACYG) 10 Per 14818 11279 02 25 16.0 +56 36 36 0.249 -0.0004 -0.0007 0.001 211 B2Ia 11 Per 16727 12692 02 43 02.8 +55 06 22 -0.110 0.0348 -0.0213 0.041 122 B7IIIpHg 12 Per 16739 12623 02 42 14.9 +40 11 38 0.582 -0.0168 -0.1823 0.183 185 F9V

14 Per 16901 12768 02 44 05.1 +44 17 49 0.904 0.0020 -0.0061 0.006 162 GO1b 16 Per 17584 13254 02 50 34.9 +38 19 07 0.343 0.1957 -0.1089 0.224 119 F2III 17 Per 17709 13328 02 51 30.8 +35 03 35 1.554 0.0093 -0.0630 0.064 172 K5III 20APer 17904 13490A 02 53 42.5 +38 20 15 0.423 0.0476 -0.0785 0.092 149 F4Vvar 20BPer 17904 13490B 02 53 42.5 +38 20 15 0.423 0.0476 -0.0785 0.092 149 –

21 Per 18296 13775 02 57 17.2 +31 56 03 -0.007 0.0030 -0.0311 0.031 174 B9pSi LT(ACV) 24 Per 18449 13905 02 59 03.6 +35 10 59 1.235 -0.0465 0.0058 0.047 277 K2III 29 Per 20365 15404 03 18 37.7 +50 13 20 -0.073 0.0225 -0.0251 0.034 138 B3V 30 Per 20315 15338 03 17 47.3 +44 01 30 -0.060 0.0266 -0.0237 0.036 132 B8V 31 Per 20418 15444 03 19 07.6 +50 05 42 -0.067 0.0224 -0.0253 0.034 138 B5V

32 Per 20677 15648 03 21 26.5 +43 19 47 0.051 -0.0604 -0.0004 0.060 270 A3V 34APer 21428 16244A 03 29 22.0 +49 30 32 -0.096 0.0222 -0.0292 0.037 143 B3V 34BPer 21428 16244B 03 29 22.0 +49 30 31 -0.096 0.0222 -0.0292 0.037 143 – 36 Per 21770 16499 03 32 26.2 +46 03 26 0.398 -0.0528 -0.0747 0.091 215 F4IIIvar 40 Per 22951 17313 03 42 22.5 +33 57 54 -0.048 0.0044 -0.0052 0.007 140 B0.5V

204 Perseus (I)

PER m M π pc l.y. V RV L F mc Bin? ADS α 1.79 -4.50 0.0055″ 181 592 31 -2 4985 33 β pm β 2.09 -0.18 0.0351 28 93 4 4 93 26 β 526 2362 γ 2.91 -1.57 0.0127 79 256 3 3 333 23 h 2170 2324Aa δ 3.03 -3.02 0.0062 162 528 37 4 1266 39 3.01 β pm ε 2.90 -3.19 0.0061 165 538 21 -1 1483 45 Σ 471 2888

ζ 2.84 -4.55 0.0033 301 982 25 21 5221 44 Σ 464 2843 η 3.77 -4.28 0.0025 408 1331 42 -1 4071 15 Σ 307 2157 ϑ 4.10 3.85 0.0890 11.2 36.6 31 25 2.3 13 Σ 296 2081 ι 4.05 3.94 0.0949 10.5 34.3 81 50 2.1 [-] β pm κ 3.79 1.11 0.0291 34 112 47 29 28 27 Es 2368

λ 4.25 -0.88 0.0094 106 346 20 6 177 47 µ 4.12 -2.61 0.0045 222 723 21 8 870 51 ΟΣ 73 3071 ν 3.77 -2.39 0.0059 171 556 18 -13 712 41 Es 2738 ξ 3.98 -4.70 0.0018 543 1772 70 70 5948 46 οΑ 3.93 -4.35 0.0022 452 1475 34 19 4313 38 3.84 β 535 2726A

οΒ 6.84 -1.44 0.0022 452 1475 28 - 297 β 535 2726B π 4.68 -0.32 0.0100 100 325 27 14 105 22 ρ 3.32 -1.67 0.0100 100 325 84 28 368 25 σ 4.36 -0.81 0.0092 108 353 19 16 167 35 τ 3.93 -0.48 0.0132 76 248 3 2 122 18 Edg 2202

ϕ 4.01 -2.70 0.0046 220 716 29 1 946 [-] ψ 4.32 -2.34 0.0047 215 700 36 -1 678 37 ω 4.61 -0.25 0.0107 94 305 14 7 99 28 β pm 1 Per 5.53 -1.96 0.0032 315 1028 23 -3 481 2 Per 5.70 -0.19 0.0066 151 492 26 10 94

3 Per 5.70 1.31 0.0133 75 246 15 0 24 4 Per 4.99 -1.79 0.0044 227 739 37 -2 408 5 Per 6.38 -3.08 0.0013 781 2547 35 -34 1348 β 874 1685 6 Per 5.31 1.38 0.0164 61 199 115 27 22 [On boundary with And] 7 Per 5.99 -0.70 0.0046 218 710 18 -11 150 Σ 409 1753

8 Per 5.75 0.43 0.0086 116 379 34 3 53 9 Per 5.16 -3.83 0.0016 629 2050 15 -15 2687 β 875 1802 10 Per 6.25 -3.93 0.0009 1087 3543 46 -46 2941 11 Per 5.76 0.21 0.0078 129 420 25 -2 65 12 Per 4.91 2.95 0.0405 25 80 31 -23 5.2

14 Per 5.43 -1.20 0.0047 212 692 7 -3 239 16 Per 4.22 1.26 0.0255 39 128 44 14 25 β pm 17 Per 4.56 -0.93 0.0080 125 409 40 14 186 20APer 5.79 1.50 0.0139 72 235 32 6 20 5.34 Σ 318 2200A 20BPer 6.80 2.51 0.0139 72 235 31 - 7.8 Σ 318 2200B

21 Per 5.10 -0.27 0.0084 119 387 19 8 101 24 Per 4.94 -0.22 0.0093 107 350 43 -36 96 29 Per 5.16 -0.89 0.0062 162 528 26 -4 178 30 Per 5.49 -0.99 0.0051 198 644 33 -1 196 31 Per 5.05 -0.79 0.0068 147 481 24 3 164

32 Per 4.96 1.57 0.0210 48 155 15 -7 19 34APer 4.76 -1.41 0.0058 171 558 30 -2 289 4.67 β 1179 2558A 34BPer 7.18 1.01 0.0058 171 558 30 - 31 β 1179 2558B 36 Per 5.30 2.49 0.0275 36 119 51 -49 7.9 40 Per 4.97 -2.29 0.0035 283 924 22 20 649 Σ 431 2699

205 Perseus (II)

PER HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

42 Per 23848 17886 03h49m32.6s +33º05′29″ 0.057 -0.0182 0.0003 0.018 271º A3V V467(E) 48 Per 25940 19343 04 08 39.6 +47 42 45 -0.025 0.0202 -0.0333 0.039 149 B3Ve MX(GCAS) 49 Per 25975 19302 04 08 15.3 +37 43 40 0.943 -0.1003 -0.1970 0.221 207 K1III 50 Per 25998 19335 04 08 36.5 +38 02 23 0.520 0.1639 -0.2035 0.261 141 F7V 52 Per 26673 19811 04 14 53.3 +40 29 02 1.007 0.0097 -0.0216 0.024 156 G5IIcomp

54 Per 27348 20252 04 20 24.6 +34 34 00 0.950 -0.0250 -0.0070 0.026 254 G8III 55 Per 27777 20579 04 24 29.1 +34 07 50 -0.054 0.0205 -0.0342 0.040 149 B8V 56APer 27786 20591A 04 24 37.4 +33 57 35 0.400 0.0547 -0.0831 0.099 147 F4V 56BPer 27786 20591B 04 24 37.6 +33 57 39 0.400 0.0547 -0.0831 0.099 147 – 57APer 28704 21242 04 33 24.9 +43 03 50 0.370 0.0057 0.0053 0.008 47 F0V

57BPer 28693 21238 04 33 21.5 +43 01 55 0.213 0.0244 -0.0600 0.065 158 F0 59 Per 29722 21928 04 42 54.3 +43 21 55 0.028 0.0347 -0.0521 0.063 146 A1Vn A Per 24546 18453 03 56 36.4 +50 41 43 0.425 0.0941 -0.1279 0.159 144 F5IV b Per 26961 20070 04 18 14.6 +50 17 44 0.043 0.0466 -0.0564 0.073 140 A2V (ELL) d Per 27396 20354 04 21 33.1 +46 29 56 -0.022 0.0214 -0.0350 0.041 149 B4IV V469(BCEP)

e Per 29094 21476 04 36 41.3 +41 15 53 1.171 -0.0054 -0.0192 0.020 196 K0II-III+B9V k Per 18970 14382 03 05 32.4 +56 42 21 1.018 -0.0135 0.0703 0.072 349 K0II-III h 1123A 16728 12619A 02 42 13.2 +42 41 57 -0.009 -0.0001 -0.0058 0.006 181 B9VpSiCr h 1123B 16728 12619B 02 42 13.3 +42 41 58 -0.009 -0.0001 -0.0058 0.006 181 – Σ 331Α 18537 14043 03 00 52.1 +52 21 06 -0.049 0.0312 -0.0220 0.038 125 B7V

Σ 331Β 18538 14047 03 00 53.3 +52 21 08 0.019 0.0320 -0.0213 0.038 124 B9V Σ 382Α 20995 15876A 03 24 29.7 +33 32 10 -0.001 0.0319 -0.0230 0.039 126 A0V Σ 382Β — 15876B 03 24 29.8 +33 32 06 -0.001 0.0319 -0.0230 0.039 126 – Σ 552Α 28503 21108A 04 31 24.0 +40 00 37 0.009 0.0008 -0.0091 0.009 175 B8V Σ 552Β — 21108B 04 31 24.7 +40 00 33 0.009 0.0008 -0.0091 0.009 175 B5V

S Per 14528 11093 02 22 51.7 +58 35 12 1.500 0.0023 -0.0031 0.004 143 M3Iaevar (SRC) X Per 24534 18350 03 55 22.9 +31 02 45 0.081 -0.0020 -0.0045 0.005 204 O9.5pe (GCAS) IW Per 21912 16591 03 33 34.9 +39 53 59 0.139 0.0171 -0.0460 0.049 160 A5m (ELL) V396 21699 16470 03 32 08.5 +48 01 25 -0.101 0.0228 -0.0238 0.033 136 B8IIIpMn (SXARI) V472 12953 9990 02 08 40.4 +58 25 26 0.595 -0.0008 -0.0016 0.002 207 A1Ia (ACYG)

V575 20809 15770 03 23 13.1 +49 12 48 -0.076 0.0207 -0.0250 0.032 140 B5V (type?) - Per 18474 13965 02 59 49.8 +47 13 15 0.869 0.0119 0.0224 0.025 28 G4p - Per 20123 15219 03 16 12.1 +50 56 16 1.107 -0.0013 -0.0192 0.019 184 G5II - Per 20468 15416 03 18 43.7 +34 13 21 1.491 0.0013 -0.0087 0.009 172 K2II - Per 21278 16147 03 28 03.0 +49 03 46 -0.091 0.0219 -0.0268 0.035 141 B5V

- Per 24504 18396 03 55 58.1 +47 52 16 -0.073 0.0176 -0.0206 0.027 140 B6V - Per 24640 18434 03 56 28.6 +35 04 52 -0.058 0.0026 -0.0040 0.005 147 B1.5V - Per 27084 20156 04 19 13.2 +50 02 56 0.235 0.0629 -0.0587 0.086 133 A7V - Per 27971 20704 04 26 06.2 +31 26 20 0.986 0.0767 -0.1215 0.144 148 K1III

206 Perseus (II)

PER m M π pc l.y. V RV L F mc Bin? ADS 42 Per 5.14 0.34 0.0110″ 91 297 16 -14 58 48 Per 3.96 -2.19 0.0059 170 553 31 1 591 49 Per 6.07 2.85 0.0227 44 144 61 -40 5.7 50 Per 5.52 3.87 0.0469 21 70 36 25 2.2 52 Per 4.67 -1.75 0.0052 192 627 22 -2 394

54 Per 4.93 0.72 0.0144 69 226 28 -27 40 β 55 Per 5.73 -0.63 0.0053 187 610 36 5 141 56APer 5.88 2.78 0.0240 42 136 38 -32 6.1 5.77 ΟΣ 81 3188A 56BPer 9.72 6.62 0.0240 42 136 20 - 0.2 ΟΣ 81 3188B 57APer 6.09 2.04 0.0155 65 211 23 -23 12 5.64 Sh 44A

57BPer 6.80 2.48 0.0137 73 238 22 2 8.0 Sh 44B 59 Per 5.30 0.70 0.0120 83 271 26 9 41 A Per 5.28 2.23 0.0245 41 133 41 27 10 43 Σ 440 b Per 4.60 -0.35 0.0103 98 318 39 20 108 d Per 4.80 -0.97 0.0070 142 464 28 1 191 53

e Per 4.25 -2.22 0.0051 197 642 19 5 609 58 k Per 4.77 0.78 0.0160 63 204 50 -45 38 h 1123A 8.44 0.59 0.0027 372 1212 10 - 46 7.97 h 1123 2052A h 1123B 9.08 1.23 0.0027 372 1212 10 - 25 h 1123 2052B Σ 331Α 5.24 -1.70 0.0041 244 795 44 -5 375 4.98 Σ 331 2270A

Σ 331Β 6.64 0.06 0.0048 207 676 38 -2 75 Σ 331 2270B Σ 382Α 5.82 -0.23 0.0062 162 527 30 2 97 5.78 Σ 382 2514A Σ 382Β 9.66 3.62 0.0062 162 527 30 - 2.8 Σ 382 2514B Σ 552Α 6.80 -1.79 0.0019 524 1707 26 -12 410 6.25 Σ 552 3273A Σ 552Β 7.26 -1.33 0.0019 524 1707 23 - 269 Σ 552 3273B

S Per 9.69 -1.35 0.0006 1613 5258 29 - 272 X Per 6.79 -2.80 0.0012 826 2694 24 15 1034 Ho 325 2859 IW Per 5.79 2.10 0.0183 55 178 13 4 11 V396 5.47 -0.80 0.0056 180 585 28 1 165 V472 5.66 -3.08 0.0018 559 1821 36 -36 1338

V575 5.32 -1.09 0.0052 192 625 30 4 215 - Per 5.47 -0.69 0.0059 171 557 22 7 149 - Per 5.04 -2.00 0.0039 256 834 23 2 496 - Per 4.85 -3.43 0.0022 452 1475 19 2 1850 - Per 4.99 -1.22 0.0057 175 570 29 2 243

- Per 5.39 -1.68 0.0039 259 845 34 5 369 - Per 5.49 -1.88 0.0034 298 970 18 17 444 - Per 5.46 0.96 0.0126 79 259 36 -16 33 - Per 5.29 0.93 0.0134 75 243 58 28 33

207 Phoenix

PHE HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 2261 2081 00h26m17.0s -42º18′22″ 1.083 0.2328 -0.3536 0.423 147º K0III β 6595 5165 01 06 05.0 -46 43 08 0.885 -0.0702 0.0316 0.077 294 G8IIIvar γ 9053 6867 01 28 21.9 -43 19 06 1.542 -0.0182 -0.2077 0.209 185 K5IIb-IIIa (LB) δ 9362 7083 01 31 15.0 -49 04 22 0.972 0.1382 0.1542 0.207 42 K0III-IV ε 496 765 00 09 24.6 -45 44 51 1.013 0.1222 -0.1801 0.218 146 K0III

ζΑ 6882 5348A 01 08 23.0 -55 14 45 -0.120 0.0212 0.0297 0.036 35 B6V+B0V (EA) ζΒ 6882 5348B 01 08 23.0 -55 14 45 -0.120 0.0212 0.0297 0.036 35 – η 4150 3405 00 43 21.2 -57 27 47 0.024 -0.0052 0.0155 0.016 342 A0IV ϑΑ 222287 116737A 23 39 27.9 -46 38 16 0.240 0.0224 0.0410 0.047 29 A7III+A/F ϑΒ — 116737B 23 39 27.5 -46 38 16 0.240 0.0290 0.0361 0.046 39 –

ι 221760 116389 23 35 04.5 -42 36 55 0.078 0.0422 0.0108 0.044 76 A2V (ACV) κ 2262 2072 00 26 12.1 -43 40 48 0.175 0.1061 0.0328 0.111 73 A7V λ1 2834 2472 00 31 24.9 -48 48 13 0.018 0.1407 0.0195 0.142 82 A0V λ2 3302 2802 00 35 41.0 -48 00 04 0.461 0.0471 -0.1014 0.112 155 F6V µ 3919 3245 00 41 19.5 -46 05 06 0.953 -0.0289 0.0010 0.029 272 G8III

ν 7570 5862 01 15 11.1 -45 31 54 0.571 0.6645 0.1781 0.688 75 F8V ξ 3980 3277 00 41 46.3 -56 30 06 0.131 0.0902 0.0573 0.107 58 Ap (ACV) π 224554 118234 23 58 55.7 -52 44 45 1.121 0.0579 0.0615 0.084 43 K1III ρ 4919 3949 00 50 41.0 -50 59 13 0.356 0.0630 0.0447 0.077 55 F2III (DSCT) σ 223145 117315 23 47 15.9 -50 13 35 -0.164 0.0090 -0.0233 0.025 159 B3V

τ 224834 88 00 01 04.4 -48 48 36 0.911 -0.0179 -0.0068 0.019 249 G8III υΑ 6767 5300A 01 07 47.8 -41 29 14 0.159 0.0384 0.0024 0.038 86 A3V υΒ 6767 5300B 01 07 47.8 -41 29 14 0.159 0.0278 0.0264 0.038 46 – ϕ 11753 8882 01 54 21.9 -42 29 50 -0.060 -0.0343 -0.0283 0.045 230 A3V χ 12524 9459 02 01 42.3 -44 42 48 1.471 -0.0318 -0.0488 0.058 213 K5III

ψ 11695 8837 01 53 38.7 -46 18 10 1.597 -0.0924 -0.0915 0.130 225 M4III SB (SR) SX Phe 223065 117254 23 46 32.9 -41 33 29 0.232 0.2556 -0.8568 0.894 163 A2Vvar (RRs) BD Phe 11413 8593 01 50 54.3 -50 12 23 0.154 -0.0480 -0.0043 0.048 265 A1V (DSCT) - Phe 2490 2240 00 28 26.3 -39 54 54 1.556 0.1360 -0.0414 0.142 107 M0III - Phe 6245 4890 01 02 49.1 -46 23 50 0.900 -0.0022 0.0110 0.011 349 G8III (DSCT)

- Phe 8651 6592 01 24 40.7 -41 29 33 1.030 0.0170 -0.0369 0.041 155 K0III - Phe 10934 8240 01 46 05.8 -50 48 59 1.615 0.0437 -0.0175 0.047 112 M3III (SR) - Phe 12055 9095 01 57 10.0 -47 23 06 0.864 0.1017 0.0088 0.102 85 G8III - Phe 222095 116602 23 37 50.9 -45 29 33 0.082 0.0714 -0.0123 0.072 100 A2V

208 Phoenix

PHE m M π pc l.y. V RV L F mc Bin? ADS α 2.40 0.52 0.0421″ 24 77 89 75 49 β 3.32 -0.60 0.0165 61 198 22 -1 137 Slr 1AB γ 3.41 -0.87 0.0139 72 234 76 26 175 δ 3.93 0.66 0.0222 45 147 45 -7 43 ε 3.88 0.71 0.0233 43 140 45 -9 41

ζΑ 4.02 -0.64 0.0117 86 280 21 15 142 3.94 Rst 1205A ζΒ 6.80 2.14 0.0117 86 280 15 - 11 Rst 1205B η 4.36 0.02 0.0136 74 240 6 2 77 h 3391 ϑΑ 6.57 1.92 0.0117 85 278 19 - 13 6.07 ∆ 251A ϑΒ 7.39 2.73 0.0117 85 278 19 - 6.3 ∆ 251B

ι 4.69 0.07 0.0119 84 273 26 19 74 B 603 κ 3.93 2.07 0.0425 24 77 17 11 12 λ1 4.76 1.15 0.0190 53 172 36 -2 27 Rst 11 λ2 5.51 2.72 0.0276 36 118 21 8 6.5 µ 4.59 0.19 0.0132 76 247 22 19 66

ν 4.97 4.08 0.0664 15 49 51 12 1.8 ξ 5.72 1.64 0.0153 65 213 35 10 17 h 3387 π 5.13 0.65 0.0127 79 257 34 -14 43 ρ 5.24 0.82 0.0131 77 250 28 22 37 σ 5.18 -1.11 0.0055 181 592 24 11 220

τ 5.71 -0.41 0.0060 168 546 17 8 115 υΑ 5.54 1.62 0.0165 61 198 18 14 18 5.21 Rst 3352A υΒ 6.88 2.96 0.0165 61 198 11 - 5.1 Rst 3352B ϕ 5.12 0.24 0.0106 95 309 23 12 63 χ 5.15 -0.14 0.0088 114 372 44 -31 89

ψ 4.39 -0.58 0.0102 99 321 61 2 134 SX Phe 6.78 2.33 0.0129 77 253 330 -29 9.2 BD Phe 5.94 1.57 0.0134 75 244 23 15 19 - Phe 5.42 -0.10 0.0079 127 415 91 32 87 - Phe 5.39 1.10 0.0139 72 235 22 -1 29

- Phe 5.42 1.03 0.0132 76 247 75 74 31 - Phe 5.49 -1.10 0.0048 208 679 46 -2 218 - Phe 4.82 0.26 0.0122 82 267 41 12 62 - Phe 4.74 0.80 0.0163 62 200 23 10 38

209 Pictor

PIC HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 50241 32607 06h48m11.4s -61º56′29″ 0.225 -0.0684 0.2420 0.252 344º A7IV β 39060 27321 05 47 17.1 -51 03 59 0.171 0.0047 0.0820 0.082 3 A3V γ 39523 27530 05 49 49.6 -56 10 00 1.075 0.0816 -0.0718 0.109 131 K1III δ 42933 29276 06 10 17.9 -54 58 07 -0.229 -0.0041 0.0065 0.008 328 B0.5IV EB ζ 35072 24829 05 19 22.0 -50 36 22 0.517 0.0230 0.2274 0.229 6 F7III-IV

η1 32743 23482 05 02 48.6 -49 09 05 0.421 -0.0440 0.0272 0.052 302 F2V η2 33042 23649 05 04 57.9 -49 34 41 1.484 0.0687 -0.0030 0.069 93 M2IIIvar ϑ 35860 25303 05 24 46.1 -52 18 59 0.067 -0.0052 -0.0277 0.028 191 A0V ιΑ 31203 22531 04 50 55.1 -53 27 41 0.341 -0.0791 0.0878 0.118 318 F0IV ιΒ 31204 22534 04 50 56.3 -53 27 35 0.483 -0.0874 0.0849 0.122 314 F0IV

κ 35580 25098 05 22 22.2 -56 08 04 -0.091 -0.0050 0.0218 0.022 347 B8/B9V λ 30185 21914 04 42 46.3 -50 28 52 0.977 -0.0359 0.0346 0.050 314 K0/K1III µΑ 46860 31137A 06 31 58.4 -58 45 15 -0.057 -0.0007 0.0024 0.002 344 B9V µΒ 46860 31137B 06 31 58.2 -58 45 15 -0.057 -0.0007 0.0024 0.002 344 – ν 45229 30342 06 22 55.8 -56 22 12 0.242 -0.0402 -0.0200 0.045 244 Am

Kapteyn’s 33793 24186 05 11 17.8 -44 59 04 1.543 6.5061 -5.7314 8.670 131 M0V h 3767 36553 25768 05 30 09.4 -47 04 40 0.615 0.0208 -0.1319 0.134 171 G3IV h 3801 38871 27243 05 46 27.3 -46 35 49 1.040 0.0078 0.0163 0.018 26 K0/K1II - Pic 39640 27621 05 50 53.3 -52 06 32 0.960 0.0024 -0.0763 0.076 178 G8III - Pic 40292 27947 05 54 50.1 -52 38 07 0.295 -0.0172 0.2435 0.244 356 F0Ve

- Pic 42540 28991 06 07 03.4 -62 09 17 1.256 0.0214 -0.0697 0.073 163 K2/K3III - Pic 46355 30932 06 29 28.4 -56 51 11 1.087 -0.0382 0.0323 0.050 310 K0III

210 Pictor

PIC m M π pc l.y. V RV L F mc Bin? ADS α 3.24 0.83 0.0330″ 30 99 42 21 37 β 3.85 2.42 0.0519 19 63 21 20 8.4 γ 4.50 0.87 0.0188 53 174 32 16 35 δ 4.72 -3.81 0.0020 508 1655 36 31 2625 ζ 5.44 2.65 0.0277 36 118 60 45 6.8

η1 5.37 3.28 0.0382 26 85 22 21 3.8 Rst 120 η2 5.05 -0.76 0.0069 145 474 60 36 159 ϑ 6.76 0.69 0.0061 164 534 22 - 42 6.26 ∆ 20AB ιΑ 5.58 2.73 0.0270 37 121 21 3 6.3 5.17 ∆ 18A ιΒ 6.42 3.89 0.0312 32 105 19 - 2.2 ∆ 18B

κ 6.10 -0.71 0.0044 230 749 25 -5 151 λ 5.30 0.19 0.0095 105 343 25 5 66 µΑ 5.71 -1.02 0.0045 222 724 3 2 201 5.69 h 3874A µΒ 9.43 2.70 0.0045 222 724 3 - 6.6 h 3874B ν 5.60 2.09 0.0199 50 164 13 7 11

Kapteyn’s 8.86 10.89 0.2553 3.92 12.77 291 242 0.003 h 3767 5.46 2.26 0.0229 44 143 32 16 10 h 3767 h 3801 5.31 -0.44 0.0071 141 460 16 11 118 h 3801 - Pic 5.16 0.61 0.0123 81 264 29 1 45 - Pic 5.29 2.58 0.0287 35 114 49 27 7.3

- Pic 5.04 -0.37 0.0083 121 394 47 22 111 - Pic 5.20 0.29 0.0104 96 312 26 13 60

211 Pisces (I)

PSC HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

αΑ 12447 9487A 02h02m02.7s +02º45′49″ 0.024 0.0333 -0.0004 0.033 91º A0pSiSr (ACV) αΒ 12446 9487B 02 02 02.6 +02 45 50 0.024 0.0354 -0.0196 0.040 119 A3m β 217891 113889 23 03 52.5 +03 49 12 -0.115 0.0129 -0.0101 0.016 128 B6Ve γ 219615 114971 23 17 09.9 +03 16 56 0.916 0.7604 0.0180 0.761 89 G7III δ 4656 3786 00 48 40.9 +07 35 06 1.500 0.0831 -0.0505 0.097 121 K5III

ε 6186 4906 01 02 56.5 +07 53 24 0.952 -0.0806 0.0259 0.085 288 K0III ζA 7344 5737 01 13 43.8 +07 34 31 0.320 0.1417 -0.0556 0.152 111 A7IV ζBC 7345 5743 01 13 45.2 +07 34 42 0.492 0.1544 -0.0471 0.161 107 F7V ηΑ 9270 7097A 01 31 28.9 +15 20 45 0.974 0.0257 -0.0033 0.026 97 G8III ηΒ 9270 7097B 01 31 28.9 +15 20 45 0.974 0.0257 -0.0033 0.026 97 –

ϑ 220954 115830 23 27 58.0 +06 22 44 1.062 -0.1238 -0.0433 0.131 251 K1III ι 222368 116771 23 39 57.0 +05 37 35 0.507 0.3763 -0.4370 0.577 139 F7V κ 220825 115738 23 26 55.9 +01 15 20 0.036 0.0856 -0.0944 0.127 138 A0pCrSiSr (ACV) λ 222603 116928 23 42 02.7 +01 46 48 0.200 -0.1296 -0.1549 0.202 220 A7V µ 9138 7007 01 30 11.1 +06 08 38 1.372 0.2932 -0.0464 0.297 99 K4III

ν 10380 7884 01 41 25.8 +05 29 15 1.347 -0.0227 0.0036 0.023 279 K3III ξ 11559 8833 01 53 33.3 +03 11 15 0.928 0.0237 0.0239 0.034 45 K0III SB ο 10761 8198 01 45 23.6 +09 09 28 0.942 0.0708 0.0390 0.081 61 K0III π 9919 7535 01 37 05.9 +12 08 30 0.347 -0.0749 0.0100 0.076 278 F0V ρ 8723 6706 01 26 15.2 +19 10 20 0.395 -0.0268 0.0102 0.029 291 F2V:var

σ 6118 4889 01 02 49.0 +31 48 16 -0.043 0.0155 -0.0304 0.034 153 B9.5V τ 7106 5586 01 11 39.6 +30 05 23 1.092 0.0743 -0.0376 0.083 117 K0III-IV υ 7964 6193 01 19 27.9 +27 15 51 0.032 0.0262 -0.0116 0.029 114 A3V ϕ 7318 5742 01 13 44.8 +24 35 01 1.047 0.0186 -0.0213 0.028 139 K0III χ 7087 5571 01 11 27.1 +21 02 05 1.024 0.0417 -0.0106 0.043 104 K0III

ψ1Α 6456 5131 01 05 40.9 +21 28 24 0.003 0.0443 -0.0143 0.047 108 A1Vn ψ1Β 6457 5132 01 05 41.6 +21 27 56 -0.048 0.0539 -0.0126 0.055 103 A0Vn ψ2 6695 5310 01 07 57.1 +20 44 21 0.121 0.0854 -0.0858 0.121 135 A3V ψ3 6903 5454 01 09 49.1 +19 39 31 0.697 -0.0047 0.0093 0.010 334 G0III ω 224617 118268 23 59 18.6 +06 51 48 0.419 0.1485 -0.1122 0.186 127 F4IV

1 Psc 216701 113167 22 54 59.5 +01 03 53 0.192 0.0203 0.0055 0.021 75 A7III 2 Psc 217264 113521 22 59 27.3 +00 57 46 0.982 0.0901 -0.0677 0.113 127 K1III 3 Psc 217428 113610 23 00 38.0 +00 11 10 0.892 0.0478 0.0107 0.049 77 G4III 5 Psc 218527 114273 23 08 40.8 +02 07 40 0.908 0.1374 0.1090 0.175 52 G8III-IV 7 Psc 220009 115227 23 20 20.5 +05 22 53 1.204 0.0785 -0.0594 0.098 127 K2III

9 Psc 220858 115768 23 27 14.8 +01 07 22 1.013 0.0466 -0.0319 0.056 124 G7III 11 Psc 221147 115945 23 29 27.0 - 01 47 28 1.125 -0.0144 -0.0220 0.026 213 K0 12 Psc 221146 115951 23 29 30.3 - 01 02 09 0.620 -0.0125 -0.0302 0.033 203 G0 14 Psc 221675 116323 23 34 08.9 - 01 14 51 0.299 0.1074 -0.0132 0.108 97 A2m 13 Psc 221409 116146 23 31 57.5 - 01 05 10 1.177 0.0090 0.0162 0.018 29 K1III

15 Psc 221833 116422 23 35 28.6 +01 18 47 1.151 -0.0478 -0.0232 0.053 244 K0 16 Psc 221950 116495 23 36 23.2 +02 06 08 0.449 -0.1045 0.0621 0.122 301 F6Vbwvar 19 Psc 223075 117245 23 46 23.4 +03 29 13 2.508 -0.0350 -0.0250 0.043 234 C5II TX(LB) 20 Psc 223252 117375 23 47 56.5 - 02 45 42 0.941 0.0965 0.0055 0.097 87 G8III 21 Psc 223438 117491 23 49 27.4 +01 04 34 0.167 -0.0003 -0.0263 0.026 181 A5m

22 Psc 223719 117683 23 51 57.7 +02 55 49 1.527 0.0147 -0.0144 0.021 134 K4II 24 Psc 223825 117761 23 52 55.5 - 03 09 20 1.069 0.0775 -0.0426 0.088 119 G9III 25 Psc 223855 117774 23 53 04.8 +02 05 27 -0.003 0.0140 -0.0109 0.018 128 A1V 26 Psc 224103 117927 23 55 07.8 +07 04 16 -0.066 0.0218 -0.0183 0.028 130 B9V 27 Psc 224533 118209 23 58 40.3 - 03 33 22 0.930 -0.0565 -0.0723 0.092 218 G9III

212 Pisces (I)

PSC m M π pc l.y. V RV L F mc Bin? ADS αΑ 4.16 1.01 0.0235″ 43 139 11 9 31 113 3.83 Σ 202 1615A αΒ 5.27 2.12 0.0235 43 139 12 9 11 113 Σ 202 1615B β 4.48 -1.42 0.0066 151 492 12 0 290 4 γ 3.70 0.68 0.0249 40 131 145 -14 42 6 δ 4.44 -0.42 0.0107 94 305 54 32 115 63 β pm

ε 4.27 0.44 0.0171 58 190 24 7 52 71 ζA 5.21 1.93 0.0221 45 148 34 9 13 86 4.91 Σ 100 996A ζBC 6.44 2.55 0.0167 60 195 47 11 7.5 86 Σ 100 996BC ηΑ 3.83 -0.95 0.0111 90 294 19 15 189 99 3.62 β 506 1199A ηΒ 7.51 2.73 0.0111 90 294 11 - 6.4 99 β 506 1199B

ϑ 4.27 0.83 0.0205 49 159 31 6 37 10 ι 4.13 3.43 0.0725 13.8 45.0 38 5 3.3 17 β pm κ 4.95 1.47 0.0201 50 162 30 -3 20 8 S 830 (OPT) λ 4.49 2.04 0.0324 31 101 32 12 12 18 µ 4.84 -0.38 0.0091 110 360 159 34 111 98 β pm

ν 4.45 -0.81 0.0089 113 368 12 0 166 106 ξ 4.61 0.78 0.0171 58 191 31 30 39 111 ο 4.26 -0.23 0.0126 79 258 33 14 98 110 π 5.54 2.89 0.0296 34 110 12 -1 5.5 102 ρ 5.35 3.27 0.0384 26 85 10 -9 3.9 93

σ 5.50 -0.02 0.0079 127 414 23 10 80 69 τ 4.51 1.03 0.0201 50 162 36 30 31 83 υ 4.74 -0.16 0.0105 95 311 15 8 91 90 ϕ 4.67 -0.65 0.0086 116 377 17 6 143 85 Σ 99 995 χ 4.66 -0.99 0.0074 135 439 32 16 196 84

ψ1Α 5.33 1.01 0.0137 73 238 16 -3 31 74 4.68 Σ 88 899A ψ1Β 5.55 1.38 0.0147 68 222 18 -4 22 74 Σ 88 899B ψ2 5.56 2.09 0.0202 49 161 28 -2 11 79 ψ3 5.57 0.11 0.0081 124 403 10 -8 71 81 ω 4.03 1.47 0.0308 32 106 29 2 20 28

1 Psc 6.11 1.24 0.0106 94 307 16 13 25 2 Psc 5.43 0.76 0.0116 86 280 48 -13 39 Barnard 18 16431AB 3 Psc 6.22 -0.24 0.0051 196 639 48 -16 98 5 Psc 5.42 0.75 0.0116 86 280 74 -18 39 7 Psc 5.05 -0.05 0.0096 105 341 62 38 82

9 Psc 6.26 0.78 0.0080 125 407 34 -7 38 Weisse 40AB 11 Psc 6.35 -0.91 0.0035 283 924 37 12 182 12 Psc 6.88 3.90 0.0253 39 129 15 -14 2.2 14 Psc 5.91 1.67 0.0142 71 230 36 -3 17 13 Psc 6.39 -0.56 0.0041 246 801 31 -22 132

15 Psc 6.47 1.58 0.0105 95 310 25 7 18 16 Psc 5.68 3.22 0.0323 31 101 43 39 4.0 19 Psc 4.95 -1.89 0.0043 233 760 49 11 448 20 Psc 5.49 0.73 0.0112 89 291 42 -7 40 Σ 835 21 Psc 5.77 1.20 0.0122 82 267 11 5 26

22 Psc 5.59 -2.21 0.0028 362 1181 35 0 600 24 Psc 5.93 0.00 0.0065 153 499 64 -6 78 φ 359AB 25 Psc 6.29 0.53 0.0071 142 462 13 5 48 26 Psc 6.22 0.76 0.0081 124 403 24 17 39 27 Psc 4.88 0.70 0.0146 69 224 30 0 41 β 730 17137AB

213 Pisces (II)

PSC HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

29 Psc 224926 145 00h01m49.3s - 03º01′39″ -0.128 0.0189 -0.0103 0.022 118º B7III-IV 30 Psc 224935 154 00 01 57.5 - 06 00 51 1.631 0.0466 -0.0413 0.062 132 M3III YY(LB:) 31 Psc 224995 186 00 02 24.2 +08 57 25 0.182 -0.0009 -0.0041 0.004 192 A6V 32 Psc 225003 194 00 02 29.6 +08 29 08 0.315 -0.0936 -0.0475 0.105 243 F0V 33 Psc 28 443 00 05 20.1 +05 42 27 1.029 -0.0083 0.0882 0.089 355 K0IIIb BC(RS) 34 Psc 560 813 00 10 02.2 +11 08 45 -0.064 0.0297 0.0016 0.030 87 B9V 35APsc 1061 1196 00 14 58.9 +08 49 14 0.312 0.0977 -0.0250 0.101 104 F0IV UU(ELL) 35BPsc 1061 1197 00 14 59.3 +08 49 06 0.400 0.1034 -0.0273 0.107 105 A7 36APsc 1227 1319A 00 16 34.0 +08 14 25 0.919 -0.0280 -0.0147 0.032 242 G8II-III 36BPsc — 1319B 00 16 33.9 +08 14 25 0.919 -0.0280 -0.0147 0.032 242 – 37 Psc 1243 1340 00 16 45.7 +13 55 01 0.167 0.0307 -0.0012 0.031 92 A3 38APsc 1317 1392A 00 17 24.6 +08 52 36 0.589 0.0753 0.0755 0.107 45 F5 38BPsc 1317 1392B 00 17 24.6 +08 52 36 0.589 0.0753 0.0755 0.107 45 – 38CPsc 1317 1392C 00 17 24.4 +08 52 34 0.589 0.0753 0.0755 0.107 45 – 39 Psc 1352 1427 00 17 50.0 +16 19 52 0.477 0.2207 -0.0282 0.222 97 F6V 40 Psc 1563 1595 00 19 56.3 +16 15 03 0.979 -0.0129 -0.0119 0.018 227 K0 41 Psc 1635 1645 00 20 35.8 +08 11 25 1.343 -0.0045 0.0096 0.011 335 K3III 42 Psc 1796 1772 00 22 25.5 +13 28 58 1.225 0.0638 0.0224 0.068 71 K3III 43 Psc 2035 1948 00 24 38.2 +14 18 55 1.161 0.0151 -0.0026 0.015 100 K0 44 Psc 2114 2006 00 25 24.1 +01 56 23 0.855 -0.0143 -0.0129 0.019 228 G5III 45 Psc 2140 2025 00 25 42.0 +07 41 28 1.300 0.0392 -0.0451 0.060 139 K0 46 Psc 2410 2213 00 27 58.5 +19 30 50 0.990 -0.0223 -0.0173 0.028 232 K0 47 Psc 2411 2219 00 28 02.9 +17 53 36 1.584 0.1149 0.0205 0.117 80 M3IIIvar TV(SR) 48 Psc 2436 2224 00 28 12.7 +16 26 42 1.580 0.0184 -0.0146 0.023 128 K5III 49 Psc 2714 2415 00 30 47.2 +16 02 15 0.126 -0.0300 -0.0013 0.030 267 A0 51 Psc 2913 2548 00 32 23.7 +06 57 20 -0.014 0.0459 0.0035 0.046 86 B9.5V 52 Psc 2910 2568 00 32 35.4 +20 17 40 1.069 0.1368 -0.0481 0.145 109 K0III 53 Psc 3379 2903 00 36 47.3 +15 13 54 -0.146 0.0009 -0.0142 0.014 176 B2.5IV AG(BCEP) 54 Psc 3651 3093 00 39 21.7 +21 15 02 0.850 -0.4611 -0.3709 0.592 231 K0V 55APsc 3690 3138A 00 39 55.5 +21 26 18 1.160 0.0285 -0.0285 0.040 135 F3Vcomp 55BPsc — 3138B 00 39 55.3 +21 26 11 1.160 0.0285 -0.0285 0.040 135 – 57 Psc 4408 3632 00 46 32.9 +15 28 32 1.559 -0.0295 -0.0442 0.053 214 M4III 58 Psc 4482 3675 00 47 01.4 +11 58 26 0.987 0.0538 -0.0351 0.064 123 G8II 59 Psc 4490 3685 00 47 13.6 +19 34 43 0.270 0.1078 0.0067 0.108 86 F0Vn XX(DSCT:) 60 Psc 4526 3697 00 47 23.5 +06 44 27 0.941 0.0144 -0.0103 0.018 125 G8III

61 Psc 4568 3730 00 47 54.8 +20 55 31 0.521 0.1601 0.0145 0.161 85 F8V 62 Psc 4627 3760 00 48 17.3 +07 18 00 1.104 0.1116 0.0034 0.112 88 G8III 64 Psc 4676 3810 00 48 58.6 +16 56 26 0.502 -0.0023 -0.2016 0.202 181 F8V 65APsc 4758 3885A 00 49 53.5 +27 42 35 0.398 0.0865 -0.0102 0.087 97 F5III 65BPsc 4757 3885B 00 49 53.1 +27 42 37 0.398 0.0878 -0.0119 0.089 98 F4III

66APsc 5267 4267A 00 54 35.2 +19 11 18 -0.016 0.0111 -0.0077 0.013 125 A1Vn 66BPsc 5267 4267B 00 54 35.2 +19 11 18 -0.016 0.0202 -0.0162 0.026 129 – 67 Psc 5382 4366 00 55 58.6 +27 12 33 0.133 -0.0199 0.0111 0.023 299 A5IV 68 Psc 5575 4510 00 57 50.1 +28 59 32 1.076 0.0053 -0.0078 0.009 146 G6III 70 Psc 6077 4832 01 02 06.9 +07 56 26 1.088 0.0128 0.0348 0.037 20 G5

72 Psc 6397 5081 01 05 05.3 +14 56 46 0.420 0.0069 0.0533 0.054 7 F4II-III 73 Psc 6386 5074 01 04 52.5 +05 39 23 1.525 0.0291 -0.0161 0.033 119 K5III 75 Psc 6557 5204 01 06 33.6 +12 57 23 0.962 0.0138 0.0271 0.030 27 G8III 76 Psc 6476 5175 01 06 11.2 +32 10 53 1.308 0.0074 -0.0235 0.025 163 K0 77APsc 6479 5141 01 05 49.2 +04 54 30 0.383 0.0118 -0.1193 0.120 174 F4V

214 Pisces (II)

PSC m M π pc l.y. V RV L F mc Bin? ADS 29 Psc 5.13 -0.38 0.0079″ 127 413 26 23 112 30 Psc 4.37 -1.15 0.0079 127 415 39 -12 228 31 Psc 6.33 0.72 0.0076 132 432 11 11 41 32 Psc 5.70 2.82 0.0265 38 123 21 10 5.9 33 Psc 4.61 1.63 0.0254 39 128 18 -6 17 34 Psc 5.54 0.55 0.0100 100 325 20 14 47 Σ 5 122 35APsc 6.10 1.58 0.0125 80 261 38 1 18 6.02 Σ 12 191A 35BPsc 7.72 3.73 0.0159 63 205 33 9 2.5 Σ 12 191B 36APsc 6.32 0.66 0.0074 136 442 20 1 43 6.12 bin:A 36BPsc 9.92 4.26 0.0074 136 442 20 - 1.6 bin:B 37 Psc 7.46 2.46 0.0100 100 326 15 -1 8.2 38APsc 8.38 4.31 0.0153 65 213 49 36 1.5 6.66 Σ 22 238A 38BPsc 7.78 3.70 0.0153 65 213 33 - 2.6 Σ 22 238B 38CPsc 7.85 3.77 0.0153 65 213 33 - 2.4 Σ 22 238C 39 Psc 7.21 3.89 0.0217 46 151 49 8 2.2 40 Psc 6.60 0.45 0.0059 169 553 24 20 52 41 Psc 5.38 -0.04 0.0083 121 395 17 16 81 42 Psc 6.25 0.13 0.0060 167 545 54 3 70 Σ 27 303 (OPT) 43 Psc 6.48 0.40 0.0061 164 535 20 -16 54 44 Psc 5.77 -0.53 0.0055 182 593 17 -4 128 ΟΣ 8 (rej) 45 Psc 6.77 -0.62 0.0033 300 979 87 -18 139 46 Psc 6.40 0.33 0.0061 163 533 23 8 58 47 Psc 5.01 -0.88 0.0067 150 490 83 6 176 48 Psc 6.05 -1.62 0.0029 341 1113 39 -7 349 49 Psc 6.83 1.47 0.0085 118 385 17 - 20 Σ 32 420 (OPT) 51 Psc 5.84 1.30 0.0124 81 264 25 17 24 5.69 Σ 36 449 52 Psc 5.38 0.90 0.0127 79 257 56 -13 34 h 1982 452 53 Psc 5.89 -1.21 0.0038 262 856 20 -9 239 54 Psc 5.88 5.65 0.0900 11.1 36.2 46 -34 0.4 β pm 55APsc 5.61 0.11 0.0079 126 411 29 -17 71 5.36 Σ 46 558A

55BPsc 8.66 3.16 0.0079 126 411 24 - 4.3 Σ 46 558B 57 Psc 5.36 -0.92 0.0056 180 587 53 -27 183 58 Psc 5.51 0.99 0.0125 80 262 24 -1 32 59 Psc 6.11 0.96 0.0094 107 349 55 0 32 60 Psc 5.98 0.25 0.0072 140 455 18 14 62

61 Psc 6.51 2.71 0.0174 57 187 44 1 6.5 62 Psc 5.92 -0.62 0.0049 203 661 107 -1 139 64 Psc 5.07 3.18 0.0418 24 78 23 2 4.2 β pm 65APsc 6.40 1.27 0.0094 106 347 44 7 25 5.55 Σ 61 683A 65BPsc 6.40 1.26 0.0094 106 347 45 5 25 Σ 61 683B

66APsc 6.15 0.89 0.0089 113 367 12 10 35 5.80 ΟΣ 20 746A 66BPsc 7.20 1.94 0.0089 113 367 14 - 13 ΟΣ 20 746B 67 Psc 6.08 1.47 0.0119 84 273 12 -8 20 68 Psc 5.44 -1.23 0.0046 216 704 10 0 245 70 Psc 7.55 0.82 0.0045 222 724 46 24 37

72 Psc 5.64 1.95 0.0183 55 178 15 4 13 h 1068 889 73 Psc 6.03 -0.69 0.0045 221 721 38 -15 149 75 Psc 6.14 0.89 0.0089 112 366 18 8 35 76 Psc 6.28 0.02 0.0056 179 582 35 28 77 S 393 77A Psc 6.35 3.05 0.0219 46 149 27 -7 4.7 3.79 Σ 90 903A

215 Pisces (III)

PSC HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

77BPsc 6480 5144 01h05m51.4s +04º54′34″ 0.484 0.0356 -0.1267 0.132 164º F6V 78 Psc 6680 5319 01 08 01.3 +32 00 43 0.398 0.2037 -0.0256 0.205 97 F5IV 80 Psc 6763 5346 01 08 22.1 +05 38 59 0.334 -0.2484 -0.1655 0.298 236 F0III-IV 82 Psc 7034 5544 01 11 06.7 +31 25 29 0.261 -0.0087 -0.0120 0.015 216 F0V 87 Psc 7374 5778 01 14 07.6 +16 08 01 -0.082 -0.0306 -0.0262 0.040 229 B8III

88 Psc 7446 5824 01 14 42.4 +06 59 44 1.081 -0.0136 -0.0247 0.028 209 G6III: 89 Psc 7804 6061 01 17 47.9 +03 36 52 0.071 -0.0484 -0.0224 0.053 245 A3V 91 Psc 8126 6315 01 21 07.3 +28 44 18 1.396 0.0285 -0.0752 0.080 159 K5III 92 Psc 8442 6527 01 23 50.9 +17 49 06 0.403 0.0762 -0.0412 0.087 118 F0 94 Psc 8763 6732 01 26 41.6 +19 14 26 1.106 0.0508 -0.0587 0.078 139 K1III

95APsc 8875 6815A 01 27 39.8 +05 21 10 0.625 -0.0182 -0.1373 0.138 188 G0V 95BPsc 8875 6815B 01 27 39.8 +05 21 10 0.625 -0.0190 -0.1195 0.121 189 – 96 Psc 9024 6915 01 29 03.1 +07 17 39 0.352 -0.0273 -0.0562 0.063 206 F2 97 Psc 9100 6981 01 29 52.9 +18 21 20 0.162 0.0591 -0.0026 0.059 93 A4IV VX(DSCT) 100APsc 9656 7364 01 34 51.6 +12 33 32 0.192 0.0097 -0.0138 0.017 145 A3V

100BPsc — 7367 01 34 52.6 +12 33 35 0.192 0.0058 -0.0122 0.013 155 – 101 Psc 9766 7436 01 35 46.4 +14 39 42 -0.036 0.0039 -0.0076 0.009 153 B9.5III 103APsc 10113 7709A 01 39 15.2 +16 37 32 0.867 0.0015 -0.0215 0.022 176 G5 103BPsc 10113 7709B 01 39 15.2 +16 37 32 0.867 0.0107 -0.0258 0.028 157 – 104 Psc 10135 7710 01 39 15.4 +14 17 08 1.120 0.0891 -0.0285 0.094 108 K0

105 Psc 10164 7740 01 39 40.7 +16 24 21 1.119 0.0824 -0.0116 0.083 98 K2III 107 Psc 10476 7981 01 42 29.7 +20 16 07 0.836 -0.3021 -0.6774 0.742 204 K1V 109 Psc 10697 8159 01 44 55.9 +20 04 59 0.720 -0.0451 -0.1054 0.115 203 G5IV 112 Psc 12235 9353 02 00 09.1 +03 05 50 0.610 0.2312 -0.2552 0.344 138 G2IV XZ Psc 224062 117887 23 54 46.5 +00 06 35 1.466 -0.0409 -0.0146 0.043 250 M5IIb (LB)

216 Pisces (III)

PSC m M π pc l.y. V RV L F mc Bin? ADS 77BPsc 7.26 4.04 0.0227″ 44 144 29 -10 1.9 Σ 90 903B 78 Psc 6.23 3.12 0.0239 42 137 43 14 4.4 80 Psc 5.51 2.73 0.0278 36 117 51 7 6.3 β pm 82 Psc 5.15 -1.03 0.0058 172 560 12 2 202 87 Psc 5.97 0.04 0.0065 153 500 33 -16 76

88 Psc 6.04 0.29 0.0071 141 461 21 -9 60 89 Psc 5.13 0.99 0.0148 67 220 18 5 32 91 Psc 5.23 0.12 0.0095 105 344 54 -36 71 92 Psc 6.29 2.84 0.0204 49 160 25 -15 5.8 94 Psc 5.50 0.63 0.0106 94 307 54 -42 44

95APsc 7.56 3.30 0.0140 71 232 49 -15 3.8 7.01 β 1164 1158A 95BPsc 8.41 4.14 0.0140 71 232 41 - 1.7 β 1164 1158B 96 Psc 6.54 2.32 0.0143 70 228 22 -8 9.3 97 Psc 6.01 0.69 0.0086 116 379 33 4 42 100APsc 7.34 2.74 0.0120 83 272 17 -16 6.3 7.28 Σ 136 1238A

100BPsc 8.66 3.75 0.0104 96 312 6 - 2.5 Σ 136 1238B 101 Psc 6.23 -3.01 0.0014 704 2296 29 -16 1257 103APsc 7.08 -0.08 0.0037 270 881 28 4 85 6.74 β 5 1300A 103BPsc 8.92 1.76 0.0037 270 881 36 - 16 β 5 1300B 104 Psc 6.74 1.07 0.0074 136 444 60 -3 29

105 Psc 5.98 0.26 0.0072 139 454 58 17 62 107 Psc 5.24 5.87 0.1339 7.5 24.3 42 -33 0.4 h 2071 109 Psc 6.27 3.71 0.0307 33 106 46 -43 2.6 112 Psc 5.89 3.43 0.0322 31 101 53 -17 3.3 XZ Psc 5.78 -0.69 0.0051 197 643 41 -2 149

217 Piscis Austrinus

PSA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 216956 113368 22h57m39.0s -29º37′20″ 0.145 0.3292 -0.1642 0.368 117º A3V β 213398 111188 22 31 30.3 -32 20 46 0.011 0.0596 -0.0187 0.063 107 A1V γΑ 216336 112948A 22 52 31.5 -32 52 32 -0.037 -0.0333 -0.0222 0.040 236 A0III γΒ — 112948B 22 52 31.1 -32 52 33 -0.037 -0.0333 -0.0222 0.040 236 – δ 216763 113246 22 55 56.8 -32 32 23 0.952 0.0108 0.0303 0.032 20 G8III

ε 214748 111954 22 40 39.3 -27 02 37 -0.105 0.0220 -0.0009 0.022 92 B8V ζ 213296 111138 22 30 53.6 -26 04 25 1.083 0.0392 -0.0755 0.085 153 K1III ηΑ 209014 108661A 22 00 50.1 -28 27 13 -0.095 0.0148 0.0003 0.015 89 B8/B9V ηΒ 209014 108661B 22 00 50.2 -28 27 14 -0.095 0.0148 0.0003 0.015 89 – ϑ 207155 107608 21 47 44.1 -30 53 54 0.042 -0.0345 0.0006 0.035 271 A1V

ι 206742 107380 21 44 56.7 -33 01 33 -0.053 0.0318 -0.0940 0.099 161 B9.5V λ 210934 109789 22 14 18.7 -27 46 01 -0.121 0.0229 0.0019 0.023 85 B7V µ 210049 109285 22 08 22.9 -32 59 19 0.054 0.0801 -0.0289 0.085 110 A2V π 217792 113860 23 03 29.7 -34 44 58 0.305 0.0748 0.0845 0.113 42 A9V τ 210302 109422 22 10 08.7 -32 32 55 0.489 0.4286 0.0138 0.429 88 F6V

υ 210066 109289 22 08 25.9 -34 02 38 1.499 0.0060 -0.0494 0.050 173 M1III 5 PsA 204394 106067 21 29 03.8 -31 14 19 0.036 0.0164 -0.0115 0.020 125 A1V 6 PsA 204854 106340 21 32 14.5 -33 56 41 0.051 -0.0058 -0.0040 0.007 235 A2V 7 PsA 205529 106703 21 36 48.9 -33 02 53 0.226 0.0740 -0.0019 0.074 91 A5V 8 PsA 205471 106654 21 36 10.9 -26 10 18 0.234 0.1078 -0.0243 0.111 103 A7/A8IV

11APsA 208851 108571 21 59 34.8 -27 37 49 0.380 0.0311 -0.0139 0.034 114 F2V 11BPsA — 108571 21 59 35.3 -27 37 40 0.380 0.0311 -0.0139 0.034 114 – 13 PsA 209476 108952 22 04 23.9 -29 55 00 1.603 0.0028 0.0034 0.004 40 K5III 19 PsA 214966 112102 22 42 22.2 -29 21 39 1.522 0.0162 -0.0192 0.025 140 M3III 20 PsA 215452 112362 22 45 32.4 -25 14 12 0.181 0.0855 0.0059 0.086 86 A0IV

21 PsA 216210 112862 22 51 20.9 -29 32 11 0.907 -0.0075 -0.0145 0.016 207 G8/K0III Lacaille 9352 217987 114046 23 05 52.1 -35 51 10 1.483 6.7673 1.3267 6.896 79 M2/M3V UU PsA 209522 108975 22 04 36.7 -26 49 20 -0.167 0.0126 -0.0095 0.016 127 B3V (BE) - PsA 210271 109404 22 09 55.6 -34 00 53 0.241 -0.0138 0.0283 0.031 334 A5V

218 Piscis Austrinus

PSA m M π pc l.y. V RV L F mc Bin? ADS α 1.17 1.74 0.1301″ 7.7 25.1 15 7 16 24 β 4.29 1.00 0.0220 45 148 15 6 31 17 ∆ 240 γΑ 4.50 0.34 0.0147 68 222 21 17 58 22 4.46 h 5367A γΒ 8.20 4.03 0.0147 68 222 13 - 1.9 22 h 5367B δ 4.20 0.61 0.0191 52 170 14 -12 45 23 Hwe 91

ε 4.18 -2.61 0.0044 228 744 24 3 873 18 ζ 6.43 0.99 0.0082 122 399 56 -26 32 [-] ηΑ 5.74 -1.72 0.0032 311 1012 22 -5 383 12 5.43 β 276 15536A ηΒ 6.83 -0.64 0.0032 311 1012 22 - 141 β 276 15536B ϑ 5.02 -0.06 0.0096 104 339 22 14 83 10 φ 330AB

ι 4.35 0.36 0.0159 63 205 30 2 56 9 I 1051 λ 5.45 -0.51 0.0064 156 508 18 -6 126 16 µ 4.50 1.49 0.0250 40 130 20 12 20 14 π 5.12 2.84 0.0350 29 93 21 -14 5.8 [-] τ 4.94 3.58 0.0534 19 61 41 -15 2.9 15

υ 4.99 -1.06 0.0062 162 528 43 20 208 [-] 5 PsA 6.52 1.21 0.0087 116 377 11 - 26 6 PsA 5.97 0.46 0.0079 126 412 4 - 51 B 1009 7 PsA 6.10 1.79 0.0138 73 237 26 -2 15 8 PsA 5.73 2.07 0.0186 54 176 34 -19 12 Rst 1098

11APsA 7.32 3.02 0.0139 72 235 12 - 4.9 7.23 Stone 56 15509A 11BPsA 10.75 6.46 0.0139 72 235 12 - 0.2 Stone 56 15509B 13 PsA 6.45 -1.55 0.0025 398 1299 24 23 329 19 PsA 6.12 -0.23 0.0054 186 607 24 -9 97 20 PsA 6.52 1.68 0.0108 93 303 38 - 17

21 PsA 5.99 0.71 0.0088 114 370 10 5 41 Lacaille 9352 7.35 9.76 0.3039 3.29 10.73 108 10 0.01 UU PsA 5.97 -1.73 0.0029 346 1128 32 -18 386 - PsA 5.37 1.30 0.0154 65 212 10 2 24

219 Puppis (I)

PUP HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

ζ 66811 39429 08h03m35.0s -40º00′11″ -0.269 -0.0308 0.0168 0.035 299º O5Iaf ν 47670 31685 06 37 45.6 -43 11 45 -0.103 -0.0004 -0.0040 0.004 186 B8III SB ξ 63700 38170 07 49 17.6 -24 51 35 1.218 -0.0056 -0.0007 0.006 263 G3Ib ο 63462 38070 07 48 05.1 -25 56 14 -0.070 -0.0102 0.0049 0.011 296 B1IV:nne π 56855 35264 07 17 08.5 -37 05 51 1.616 -0.0106 0.0070 0.013 304 K4III

ρ 67523 39757 08 07 32.6 -24 18 15 0.458 -0.0833 0.0464 0.095 299 F6IIpδDel (DSCT) σ 59717 36377 07 29 13.8 -43 18 05 1.509 -0.0599 0.1887 0.198 342 K5III SB τ 50310 32768 06 49 56.1 -50 36 53 1.207 0.0342 -0.0659 0.074 153 K0III 1 Pup 62576 37648 07 43 32.3 -28 24 40 1.632 -0.0136 0.0298 0.033 335 K5III 2APup 62864 37843 07 45 29.1 -14 41 27 0.110 -0.0151 -0.0214 0.026 215 A2V

2BPup 62863 37842 07 45 28.6 -14 41 10 0.345 -0.0159 -0.0218 0.027 216 A8V PV(E) 3 Pup 62623 37677 07 43 48.4 -28 57 18 0.160 -0.0046 0.0039 0.006 310 A2Iab 4 Pup 62952 37891 07 45 56.8 -14 33 50 0.342 -0.0112 0.0063 0.013 299 F0V 5APup 63336 38048A 07 47 56.6 -12 11 35 0.478 -0.1047 0.0774 0.130 306 F5V: 5BPup 63336 38048B 07 47 56.6 -12 11 34 0.478 -0.1176 0.0578 0.131 296 –

6 Pup 63697 38211 07 49 41.1 -17 13 43 1.282 0.0542 -0.1172 0.129 155 K3III 8 Pup 64077 38372 07 51 40.8 -12 49 10 0.384 0.0083 -0.0050 0.010 121 F3IV 9APup 64096 38382A 07 51 46.2 -13 53 53 0.600 -0.0685 -0.3448 0.352 191 G2V 9BPup 64096 38382B 07 51 46.2 -13 53 53 0.600 -0.0583 -0.3282 0.333 190 – 10 Pup 64238 38427 07 52 18.8 -14 50 47 0.368 -0.0077 0.0013 0.008 280 F1Ia

11 Pup 65228 38835 07 56 51.5 -22 52 49 0.718 -0.0296 0.0123 0.032 293 F7/F8II 12 Pup 65699 39023 07 59 05.6 -23 18 38 1.111 -0.0117 0.0028 0.012 283 G8II 14 Pup 66834 39524 08 04 41.5 -19 43 41 -0.154 -0.0054 0.0034 0.006 302 B3III 16 Pup 67797 39906 08 09 01.5 -19 14 42 -0.160 -0.0100 -0.0055 0.011 241 B5V 18 Pup 68146 40035 08 10 39.8 -13 47 57 0.488 -0.2506 0.0577 0.257 283 F7V

19 Pup 68290 40084 08 11 16.2 -12 55 37 0.939 -0.0260 0.0081 0.027 287 G9III 20 Pup 68752 40259 08 13 19.9 -15 47 18 1.066 -0.0115 -0.0029 0.012 256 G5Ib-II 21 Pup 69665 40604 08 17 23.1 -16 17 06 0.057 -0.0118 -0.0077 0.014 237 A2V 22 Pup 70673 41067 08 22 46.7 -13 03 17 0.997 -0.0395 -0.0471 0.061 220 K0III A Pup 54893 34495 07 08 51.0 -39 39 21 -0.179 -0.0110 0.0070 0.013 303 B3IV-V

CAPup 53704 34081A 07 04 02.7 -42 20 15 0.198 -0.0181 0.0715 0.074 346 Am CBPup — 34081B 07 04 02.7 -42 20 15 0.198 -0.0181 0.0715 0.074 346 – EAPup 55719 34802A 07 12 15.7 -40 29 56 0.072 -0.0189 -0.0124 0.023 237 A3p EBPup — 34802B 07 12 15.7 -40 29 56 0.072 -0.0189 -0.0124 0.023 237 – F Pup 57240 35393 07 18 33.6 -39 12 38 0.026 -0.0100 0.0090 0.013 312 A0V

H Pup 53811 34059 07 03 53.7 -49 35 02 0.140 -0.0537 0.1390 0.149 339 A4IV I Pup 55892 34834 07 12 33.6 -46 45 34 0.324 -0.1356 0.1068 0.173 308 F0IV QW(ACV) J Pup 64760 38518 07 53 18.2 -48 06 11 -0.130 -0.0049 0.0059 0.008 320 B0.5Ib L1Pup 56022 34899 07 13 13.3 -45 10 59 -0.003 -0.0248 -0.0882 0.092 196 Ap OU(ACV) L2Pup 56096 34922 07 13 32.3 -44 38 23 1.331 0.1071 0.3253 0.343 18 M5e (SRB)

N Pup 65551 38872 07 57 18.5 -44 06 35 -0.166 -0.0115 0.0069 0.013 301 B2.5IV O Pup 65685 38917 07 57 51.7 -45 34 40 1.263 -0.0173 0.0313 0.036 331 K2III P Pup 63922 38164 07 49 14.3 -46 22 24 -0.160 -0.0046 0.0090 0.010 333 B0III Q Pup 63744 38089 07 48 20.2 -47 04 40 1.039 -0.1013 -0.0784 0.128 232 K0III b Pup 64503 38455 07 52 38.6 -38 51 47 -0.188 -0.0095 0.0040 0.010 293 B2V QZ(ELL)

c Pup 63032 37819 07 45 15.2 -37 58 07 1.706 -0.0108 0.0060 0.012 299 K4III f Pup 61330 37096 07 37 22.0 -34 58 06 -0.081 -0.0137 0.0165 0.021 320 B8IV-V h2Pup 69142 40326 08 14 02.8 -40 20 53 1.170 0.0448 -0.0658 0.080 146 K1II-III k1Pup 61555 37229A 07 38 49.3 -26 48 07 -0.159 -0.0170 0.0231 0.029 324 B6V k2Pup 61556 37229B 07 38 49.7 -26 48 13 - -0.0136 0.0156 0.021 319 B5IV

220 Puppis (I)

PUP m M π pc l.y. V RV L F mc Bin? ADS ζ 2.21 -5.95 0.0023″ 429 1399 75 -24 18936 ν 3.17 -2.39 0.0077 130 423 28 28 714 ξ 3.34 -4.74 0.0024 413 1347 11 3 6200 7 β 1063 6393 ο 4.40 -5.00 0.0013 758 2470 43 15 7850 See 86 6384 π 2.86 -4.77 0.0030 336 1094 26 16 6379 2.71 ∆ 43

ρ 2.83 1.41 0.0520 19 63 47 46 21 15 Rst 5284 σ 3.25 -0.51 0.0177 56 184 103 88 125 ∆ 51 τ 2.94 -0.80 0.0179 56 183 41 36 165 1 Pup 4.63 -2.75 0.0033 299 976 57 33 992 See 85 6324 2APup 6.06 0.85 0.0091 110 359 14 - 36 5.69 Σ 1138 6348A

2BPup 7.03 1.57 0.0081 123 402 16 - 18 Σ 1138 6348B 3 Pup 3.94 -6.46 0.0008 1205 3928 42 25 30328 4 Pup 5.03 0.73 0.0138 72 236 5 -2 40 5APup 5.79 3.38 0.0331 30 99 33 27 3.5 5.58 Σ 1146 6381A 5BPup 7.48 5.08 0.0331 30 99 31 25 0.7 Σ 1146 6381B

6 Pup 5.17 0.72 0.0129 78 253 65 44 41 8 Pup 6.37 2.00 0.0134 75 244 21 21 12 9APup 5.67 4.56 0.0600 17 54 33 -18 1.2 5.16 β 101 6420A 9BPup 6.57 5.46 0.0600 17 54 26 - 0.5 β 101 6420B 10 Pup 5.69 -2.11 0.0028 364 1185 22 17 551

11 Pup 4.20 -1.74 0.0065 154 502 27 14 390 12 Pup 5.09 -1.82 0.0042 241 786 18 11 421 14 Pup 6.12 -2.30 0.0021 483 1575 20 14 655 16 Pup 4.40 -1.41 0.0069 145 472 21 19 287 18 Pup 5.53 3.77 0.0445 22 73 47 38 2.4 LDS 204

19 Pup 4.72 0.95 0.0176 57 185 37 36 33 β 1064 6647AB 20 Pup 4.99 -2.89 0.0027 377 1230 27 17 1131 21 Pup 6.32 -0.78 0.0038 263 858 18 - 162 22 Pup 6.13 0.63 0.0079 126 411 40 -16 44 A Pup 4.83 -1.98 0.0043 230 751 25 20 489

CAPup 5.33 0.40 0.0103 97 315 44 28 54 5.20 bin:A CBPup 8.38 3.45 0.0103 97 315 34 - 3.3 bin:B EAPup 5.35 -0.27 0.0075 133 434 16 -7 101 5.30 bin:A EBPup 9.54 3.92 0.0075 133 434 14 - 2.1 bin:B F Pup 5.24 -0.55 0.0070 144 469 33 32 131

H Pup 4.92 1.07 0.0170 59 192 50 27 29 I Pup 4.49 2.86 0.0472 21 69 17 -1 5.6 J Pup 4.22 -4.65 0.0017 595 1940 46 41 5720 L1 Pup 4.87 1.14 0.0180 56 181 25 4 27 L2 Pup 4.42 0.50 0.0165 61 198 112 53 50 h 3943

N Pup 5.08 -2.90 0.0025 394 1283 30 16 1133 See 92 O Pup 5.14 0.32 0.0109 92 300 53 51 59 P Pup 4.09 -4.81 0.0017 602 1964 38 24 6591 4.10 Jc 11 Q Pup 4.69 0.48 0.0144 70 227 42 -1 51 b Pup 4.49 -1.98 0.0051 196 640 32 -31 486

c Pup 3.62 -4.52 0.0024 426 1387 30 17 5080 f Pup 4.75 -0.46 0.0091 110 358 26 24 120 4.53 φ 324ABC h2Pup 4.42 -0.47 0.0105 95 310 39 14 122 h 4062 k1Pup 4.40 -1.32 0.0072 139 454 31 24 266 3.80 H III 27 6255A k2Pup 4.60 -1.12 0.0072 139 454 36 33 220 H III 27 6255B

221 Puppis (II)

PUP HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

m Pup 61429 37173 07h38m17.9s -25º21′54″ -0.100 -0.0023 -0.0067 0.007 199º B8IV PU(EB) n1Pup 61831 37297 07 39 27.3 -38 18 30 -0.189 -0.0214 0.0160 0.027 307 B3V p Pup 60863 36917 07 35 22.8 -28 22 10 -0.111 -0.0669 -0.0187 0.069 254 B8V q Pup 70060 40706 08 18 33.3 -36 39 34 0.222 -0.1113 0.1006 0.150 312 A4m tAPup 52092 33558A 06 58 25.0 -34 06 42 -0.154 -0.0165 0.0072 0.018 293 B4IV-V

tBPup — 33558B 06 58 25.0 -34 06 42 -0.154 -0.0165 0.0072 0.018 293 – v1Pup 56779 35226 07 16 49.4 -36 35 34 -0.161 -0.0104 0.0062 0.012 301 B3V v2Pup 57150 35363 07 18 18.4 -36 44 03 -0.099 -0.0113 0.0019 0.011 279 B2V NV(GCAS) w Pup 70555 40945 08 21 23.0 -33 03 16 1.419 -0.0113 0.0024 0.012 282 K2/K3III x Pup 49591 32537 06 47 21.3 -37 55 47 -0.078 -0.0099 -0.0106 0.014 223 B8/B9V

y1Pup 59635 36363 07 29 05.6 -38 48 43 -0.148 -0.0210 0.0164 0.027 308 B3V ∆ 30Α 46273 30953A 06 29 49.1 -50 14 21 0.371 -0.0676 -0.0518 0.085 233 F2V (type?) ∆ 30Β 46273 30953B 06 29 49.0 -50 14 21 0.371 -0.0676 -0.0518 0.085 233 – ∆ 31Α 47973 31765A 06 38 37.6 -48 13 13 0.997 0.0039 0.0198 0.020 11 G8III (type?) ∆ 31Β — 31765B 06 38 36.8 -48 13 03 0.997 0.0039 0.0198 0.020 11 –

∆ 38A 53705 34065 07 03 57.2 -43 36 29 0.624 -0.1027 0.3890 0.402 345 G3V ∆ 38B 53706 34069 07 03 58.8 -43 36 42 0.779 -0.1030 0.3965 0.410 345 K0V h 4057 68601 40096 08 11 25.9 -42 59 14 0.164 -0.0053 0.0046 0.007 311 A5Ib h 4085 70556 40943 08 21 21.0 -36 29 04 -0.187 -0.0080 0.0070 0.011 311 B2IV-V I 161 63465 38010 07 47 24.9 -38 30 40 -0.112 -0.0099 0.0047 0.011 295 B2IV-V

Rst 241 56456 35020 07 14 38.1 -48 16 18 -0.091 -0.0042 0.0006 0.004 279 B8/B9V Rst 2482 59612 36431 07 29 51.4 -23 01 28 0.243 -0.0027 0.0049 0.006 332 A6Ib-II S 568 71176 41260 08 25 03.7 -24 02 46 1.476 -0.0290 0.0205 0.035 305 K4/K5III V Pup 65818 38957 07 58 14.3 -49 14 42 -0.180 -0.0075 0.0069 0.010 313 B1Vp+B2 (EB) RS Pup 68860 40233 08 13 04.2 -34 34 43 1.290 -0.0032 0.0028 0.004 311 F8Iab (DCEP) KQ Pup 60414 36773 07 33 47.8 -14 31 26 1.362 -0.0077 0.0036 0.009 295 M2Iabpe+B2V (LC) MX Pup 68980 40274 08 13 29.5 -35 53 59 -0.110 -0.0073 0.0101 0.012 324 B2ne (GCAS) MY Pup 61715 37174 07 38 18.2 -48 36 04 0.683 -0.0042 0.0051 0.007 321 F4Iab (CEP) MZ Pup 66888 39487 08 04 16.1 -32 40 30 1.882 -0.0053 0.0075 0.009 325 M2II (LC:) NS Pup 68553 40091 08 11 21.5 -39 37 07 1.590 -0.0089 0.0031 0.009 289 K4III (LC) NW Pup 57219 35406 07 18 38.2 -36 44 34 -0.170 -0.0102 0.0059 0.012 300 A0V (GCEP+ELL) OS Pup 69081 40321 08 13 58.3 -36 19 21 -0.184 -0.0087 0.0079 0.012 312 B2V: (GCAS) OW Pup 60606 36778 07 33 50.9 -36 20 19 -0.078 -0.0086 0.0041 0.010 296 B2Vne (GCAS) PR Pup 56455 35029 07 14 45.8 -46 50 59 -0.109 -0.0102 0.0001 0.010 271 A0p (ACV) PT Pup 61068 37036 07 36 41.0 -19 42 08 -0.165 -0.0081 0.0062 0.010 307 B2III (BCEP) QS Pup 63949 38159 07 49 12.8 -46 51 28 -0.142 -0.0033 0.0097 0.010 341 B1.5IV (BCEP) V336 66624 39360 08 02 44.7 -41 18 36 -0.152 -0.0061 0.0152 0.016 338 ApSi (ACV) - Pup 50223 32765 06 49 54.5 -46 36 52 0.460 -0.0006 0.3744 0.374 360 F5III - Pup 50235 32855 06 50 52.3 -34 22 02 1.379 0.0045 0.0009 0.005 79 K2/K3III - Pup 51799 33357 06 56 16.0 -48 43 16 1.668 0.0016 0.0084 0.009 11 M1III - Pup 55526 34670 07 10 47.4 -48 55 55 1.251 -0.0172 0.1970 0.198 355 K2III - Pup 59890 36514 07 30 42.5 -30 57 44 0.904 -0.0117 0.0008 0.012 274 G2Ib - Pup 60532 36795 07 34 03.1 -22 17 46 0.521 -0.0404 0.0468 0.062 319 F6V - Pup 61772 37379 07 40 23.1 -15 15 49 1.543 -0.0023 -0.0280 0.028 185 K3III - Pup 62226 37450 07 41 15.7 -38 32 01 -0.130 -0.0207 0.0163 0.026 308 B3V - Pup 62644 37606 07 42 57.2 -45 10 24 0.765 -0.0778 -0.5534 0.559 188 G5IV - Pup 62713 37664 07 43 41.9 -40 56 03 1.104 0.1311 -0.1712 0.216 143 K1III - Pup 63077 37853 07 45 34.8 -34 10 23 0.589 -0.2208 1.7229 1.737 353 G0V - Pup 63578 38020 07 47 31.5 -46 36 31 -0.151 -0.0036 0.0080 0.009 336 B1V - Pup 63660 38146 07 49 01.6 -24 54 44 -0.112 -0.0099 0.0047 0.011 295 G0III

222 Puppis (II)

PUP m M π pc l.y. V RV L F mc Bin? ADS m Pup 4.69 -1.45 0.0059″ 169 551 41 41 299 B 731 n1Pup 4.84 -1.39 0.0057 176 574 34 26 283 p Pup 4.65 0.46 0.0145 69 225 23 3 52 h 3982 q Pup 4.44 2.16 0.0351 29 93 21 5 11 tAPup 5.12 -1.72 0.0043 233 760 28 19 382 bin:A

tBPup 7.61 0.78 0.0043 233 760 20 - 39 bin:B v1Pup 5.03 -2.31 0.0034 294 959 19 9 662 v2Pup 4.65 -2.42 0.0039 260 847 24 19 733 Jc 10 w Pup 4.83 -2.22 0.0039 257 838 36 33 608 x Pup 5.27 0.24 0.0099 102 331 48 47 63 h 3893

y1Pup 5.41 -0.75 0.0059 171 556 32 24 157 ∆ 30A 6.10 2.54 0.0193 52 169 21 2 7.6 5.28 ∆ 30A ∆ 30B 6.13 2.56 0.0193 52 169 21 - 7.4 ∆ 30B ∆ 31A 5.21 -0.42 0.0075 134 436 31 28 116 5.05 ∆ 31A ∆ 31B 7.43 1.80 0.0075 134 436 13 - 15 ∆ 31B

∆ 38A 5.56 4.51 0.0615 16 53 91 86 1.2 5.27 ∆ 38A ∆ 38B 6.83 5.94 0.0663 15 49 95 90 0.3 ∆ 38B h 4057 4.73 -6.04 0.0007 1429 4657 51 19 20597 h 4057 h 4085 5.18 -3.31 0.0020 500 1630 30 16 1667 h 4085 I 161 5.07 -2.83 0.0026 380 1240 23 12 1067 I 161

Rst 241 4.75 -0.43 0.0092 109 354 39 39 117 Rst 241 Rst 2482 4.85 -5.13 0.0010 990 3228 45 37 8858 Rst 2482AB S 568 5.32 -0.64 0.0064 155 506 37 26 141 S 568 V Pup 4.47 -3.29 0.0028 357 1164 26 19 1636 h 4025 RS Pup 6.99 -4.56 0.0005 2041 6653 46 19 5243 KQ Pup 4.82 -5.25 0.0010 1031 3361 47 22 9873 MX Pup 4.78 -2.61 0.0033 300 979 39 35 869 MY Pup 5.68 -5.26 0.0007 1538 5015 49 11 9958 MZ Pup 5.25 -4.03 0.0014 719 2345 48 36 3236 NS Pup 4.44 -4.36 0.0017 575 1874 30 16 4354 NW Pup 5.11 -1.93 0.0039 256 836 23 18 468 OS Pup 5.09 -2.70 0.0028 361 1177 27 18 944 ∆ 67 OW Pup 5.42 -2.54 0.0026 391 1273 20 -9 816 PR Pup 5.72 0.14 0.0077 130 425 17 16 69 PT Pup 5.69 -2.89 0.0019 521 1698 33 22 1131 QS Pup 5.82 -3.03 0.0017 588 1918 38 25 1280 V336 5.52 -0.35 0.0067 149 486 28 26 108 h 4038 - Pup 5.14 3.13 0.0397 25 82 49 20 4.4 - Pup 4.99 -2.23 0.0036 278 906 31 30 613 - Pup 4.94 -2.62 0.0031 326 1062 26 22 883 - Pup 5.12 0.21 0.0104 96 313 110 64 65 - Pup 4.65 -4.00 0.0019 538 1753 33 14 3140 - Pup 4.44 2.39 0.0389 26 84 61 61 8.7 - Pup 4.98 -1.60 0.0048 207 676 28 0 345 - Pup 5.41 -0.98 0.0053 189 617 46 40 194 - Pup 5.04 3.13 0.0414 24 79 70 28 4.4 - Pup 5.12 1.02 0.0151 66 215 86 53 31 - Pup 5.36 4.45 0.0658 15 50 162 103 1.3 - Pup 5.22 -3.33 0.0020 513 1672 40 34 1690 - Pup 5.07 -2.83 0.0026 380 1240 20 2 1067

223 Puppis (III)

PUP HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

-APup 64379 38423A 07h52m15.6s -34º42′19″ 0.470 -0.1982 0.2381 0.310 320º F3/F5V -BPup — 38423B 07 52 15.3 -34 42 19 0.470 -0.1982 0.2381 0.310 320 – - Pup 64572 38497 07 53 03.5 -36 21 50 0.751 -0.0347 0.0147 0.038 293 K1IIICNII - Pup 64740 38500 07 53 03.7 -49 36 47 -0.228 -0.0084 0.0147 0.017 330 B1.5Vp - Pup 64802 38593 07 54 10.9 -35 52 39 -0.175 -0.0039 0.0034 0.005 311 B2V

- Pup 65460 38846 07 56 57.8 -43 30 01 -0.166 -0.0106 0.0053 0.012 297 B2V - Pup 65456 38901 07 57 40.1 -30 20 04 0.151 -0.0081 0.0071 0.011 311 A7III -APup 65925 39061A 07 59 28.3 -39 17 50 0.400 -0.0768 -0.0464 0.090 239 F3V -BPup — 39061B 07 59 28.3 -39 17 50 0.400 -0.0915 -0.0203 0.094 258 – - Pup 65810 39095 07 59 52.0 -18 23 58 0.087 -0.0073 -0.0351 0.036 192 A2Vn

- Pup 67456 39734 08 07 17.9 -20 33 17 0.100 -0.0104 0.0017 0.010 279 A5II - Pup 71459 41323 08 25 51.9 -42 09 12 -0.142 -0.0165 0.0134 0.021 309 B3V

224 Puppis (III)

PUP m M π pc l.y. V RV L F mc Bin? ADS -APup 5.16 3.88 0.0555″ 18 59 38 27 2.2 5.01 bin:A -BPup 8.47 7.19 0.0555 18 59 26 - 0.1 bin:B - Pup 5.32 0.35 0.0102 98 321 21 12 57 - Pup 4.63 -2.09 0.0045 221 720 19 8 539 - Pup 5.48 -1.47 0.0041 246 801 29 28 305

- Pup 5.36 -2.32 0.0029 344 1120 28 20 667 - Pup 4.76 -3.47 0.0023 442 1442 36 28 1922 -APup 5.43 1.62 0.0173 58 189 26 -8 18 5.22 bin:A -BPup 7.77 3.96 0.0173 58 189 26 - 2.1 bin:B - Pup 4.61 0.29 0.0137 73 238 17 -12 60

- Pup 5.33 -2.54 0.0027 375 1221 22 12 815 - Pup 5.45 -1.53 0.0040 249 813 38 28 323

225 Pyxis

PYX HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 74575 42828 08h43m35.5s -33º11′11″ -0.180 -0.0143 0.0106 0.018 307º B1.5III β 74006 42515 08 40 06.2 -35 18 29 0.936 0.0097 -0.0212 0.023 155 G5II-III γ 75691 43409 08 50 31.9 -27 42 36 1.272 -0.1335 0.0882 0.160 303 K3III δ 76483 43825 08 55 31.5 -27 40 55 0.142 0.0830 -0.1009 0.131 141 A3IV ε 78922 45001 09 09 56.4 -30 21 55 0.179 -0.0022 -0.0489 0.049 183 A4IV

ζ 73898 42483 08 39 42.5 -29 33 40 0.900 -0.0254 -0.0913 0.095 196 G5III η 73495 42334 08 37 52.1 -26 15 18 -0.030 -0.0234 -0.0122 0.026 242 A0V ϑ 80874 45902 09 21 29.6 -25 57 56 1.633 -0.0123 -0.0092 0.015 233 M0III κ 78541 44824 09 08 02.8 -25 51 30 1.594 0.0358 0.0005 0.036 89 K4/K5III λ 81169 46026 09 23 12.1 -28 50 02 0.892 -0.1287 0.0206 0.130 279 G7III

β 208Α 73752 42430A 08 39 07.9 -22 39 43 0.720 -0.2683 0.4241 0.502 328 G6IV β 208Β 73752 42430B 08 39 07.9 -22 39 43 0.720 -0.2266 0.4707 0.522 334 – I 489A 72310 6862A 08 31 30.9 -19 34 39 -0.061 -0.0297 -0.0093 0.031 253 A0V I 489B 72310 6862B 08 31 30.9 -19 34 39 -0.061 -0.0409 -0.0088 0.042 258 – - Pyx 75605 43352 08 49 51.5 -32 46 50 0.876 -0.0019 -0.0482 0.048 182 G8III

226 Pyxis

PYX m M π pc l.y. V RV L F mc Bin? ADS α 3.68 -3.39 0.0039″ 259 845 26 15 1782 β 3.97 -1.41 0.0084 119 388 18 -13 288 Rst 4894 γ 4.02 -0.01 0.0156 64 209 55 25 79 δ 4.87 0.66 0.0144 69 226 43 5 43 See 107 7095 ε 5.59 1.52 0.0154 65 212 17 -8 19 bin

ζ 4.86 0.56 0.0138 72 236 46 -32 47 h 4120 6923 η 5.24 0.89 0.0135 74 242 32 31 35 Rst 2571 ϑ 4.71 -1.31 0.0063 160 522 23 20 263 κ 4.62 -1.25 0.0067 149 487 52 -45 250 I 491 7202AB λ 4.71 0.98 0.0179 56 182 36 10 32

β 208Α 5.44 3.94 0.0502 20 65 64 43 2.1 5.05 β 208 6914A β 208Β 6.90 5.40 0.0502 20 65 49 - 0.5 β 208 6914B I 489A 5.82 0.48 0.0086 117 381 21 12 51 5.42 I 489A 6862A I 489B 6.67 1.33 0.0086 117 381 23 - 23 I 489B 6862B - Pyx 5.19 0.96 0.0143 70 229 18 -8 32

227 Reticulum

RET HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 27256 19780 04h14m25.5s -62º28′26″ 0.915 0.0416 0.0497 0.065 40º G7III β 23817 17440 03 44 12.0 -64 48 26 1.133 0.3084 0.0787 0.318 76 K0IV SB γ 25705 18744 04 00 53.8 -62 09 34 1.500 0.0018 0.0350 0.035 3 M4III (SR:) δ 25422 18597 03 58 44.7 -61 24 01 1.590 0.0098 -0.0144 0.017 146 M2 III ε 27442 19921 04 16 28.9 -59 18 07 1.078 -0.0480 -0.1678 0.175 196 K2IV

ζ1 20766 15330 03 17 46.1 -62 34 32 0.641 1.3378 0.6487 1.487 64 G2V ζ2 20807 15371 03 18 12.8 -62 30 23 0.600 1.3311 0.6468 1.480 64 G1V η 28093 20384 04 21 53.4 -63 23 11 0.955 0.0852 0.1744 0.194 26 G7III ϑΑ 27657 20020A 04 17 39.7 -63 15 19 -0.061 0.0055 0.0355 0.036 9 B9V ϑΒ — 20020B 04 17 39.7 -63 15 19 -0.061 0.0050 0.0283 0.029 10 -

ι 25728 18772 04 01 18.2 -61 04 44 1.366 0.0667 0.0945 0.116 35 K4III κ 22001 16245 03 29 22.6 -62 56 16 0.410 0.3831 0.3731 0.535 46 F5IV-V h 3641 27304 19805 04 14 48.7 -62 11 32 1.106 -0.0030 0.0979 0.098 358 K0III

228 Reticulum

RET m M π pc l.y. V RV L F mc Bin? ADS α 3.33 -0.17 0.0200″ 50 163 39 36 92 h 3638 β 3.84 1.41 0.0327 31 100 69 51 21 LDS 104 γ 4.48 -1.41 0.0067 150 490 26 -7 287 δ 4.56 -1.50 0.0062 163 530 13 -1 312 ε 4.44 3.14 0.0548 18 59 33 29 4.4 Jsp 56

ζ1 5.53 5.11 0.0825 12.1 39.5 86 12 0.7 4.62 bin:B ζ2 5.24 4.83 0.0828 12.1 39.4 86 12 0.9 bin:A η 5.24 -0.09 0.0086 117 380 116 45 86 ϑΑ 6.05 0.29 0.0071 142 462 24 3 60 5.88 Rmk 3A ϑΒ 7.85 2.09 0.0071 142 462 19 - 12 Rmk 3B

ι 4.97 -0.06 0.0099 102 331 83 61 83 κ 4.71 3.05 0.0467 21 70 56 12 4.7 h 3580 h 3641 5.45 0.88 0.0122 82 267 52 36 35 h 3641

229 Sagitta

SGE HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 185758 96757 19h40m05.7s +18º00′50″ 0.777 0.0151 -0.0197 0.025 143º G0II β 185958 96837 19 41 02.9 +17 28 33 1.041 0.0091 -0.0339 0.035 165 G8II γ 189319 98337 19 58 45.3 +19 29 32 1.571 0.0644 0.0226 0.068 71 K5III δΑ 187076 97365A 19 47 23.2 +18 32 02 1.313 -0.0046 0.0111 0.012 338 M2II+A0V (LB) δΒ 187076 97365B 19 47 23.2 +18 32 02 1.313 -0.0046 0.0111 0.012 338 –

ε 185194 96516 19 37 17.3 +16 27 46 1.007 0.0172 0.0137 0.022 52 G8IIIvar ζΑ 187362 97496A 19 48 58.6 +19 08 31 0.095 0.0146 0.0256 0.029 30 A3V ζΒ 187362 97496B 19 48 58.7 +19 08 31 0.095 0.0226 0.0278 0.036 39 – η 190608 98920 20 05 09.4 +19 59 28 1.058 0.0306 0.0796 0.085 21 K2III ϑΑ 191570 99352 20 09 56.7 +20 54 54 0.394 0.0588 0.0984 0.115 31 F5IV

ϑΒ — 99351 20 09 56.3 +20 55 04 0.394 0.0641 0.1017 0.120 32 – 1 Sge 180317 94620 19 15 17.3 +21 13 56 0.121 0.0364 0.0078 0.037 78 A4V 2 Sge 182490 95398 19 24 22.1 +16 56 16 0.075 -0.0060 -0.0141 0.015 203 A2III-IV 3 Sge 182571 95435 19 24 45.4 +16 57 26 0.148 0.0367 -0.0145 0.039 111 A0 9 Sge 188001 97796 19 52 21.7 +18 40 18 -0.031 -0.0002 -0.0105 0.010 181 O8e QZ(E:)

10 Sge 188727 98085 19 56 01.2 +16 38 05 0.903 0.0010 -0.0069 0.007 172 G5Ibv SB S(CEP) 11 Sge 189090 98234 19 57 45.3 +16 47 21 -0.048 0.0115 0.0197 0.023 30 B9III 13 Sge 189577 98438 20 00 03.2 +17 30 59 1.576 0.0017 -0.0122 0.012 172 M4IIIa VZ(LB:) 15 Sge 190406 98819 20 04 06.1 +17 04 12 0.600 -0.3941 -0.4064 0.566 224 G1V 18 Sge 192836 99913 20 16 19.8 +21 35 55 1.039 0.0081 -0.0257 0.027 163 K1III

U Sge 181182 94910 19 18 48.4 +19 36 38 -0.006 -0.0003 0.0004 0.001 327 B8III (EA) FG Sge — 99527 20 11 56.1 +20 20 04 1.910 0.0001 -0.0085 0.008 179 G6var (RV)

230 Sagitta

SGE m M π pc l.y. V RV L F mc Bin? ADS α 4.39 -1.42 0.0069″ 145 473 17 2 291 5 J 121 12766 β 4.39 -1.39 0.0070 143 466 32 -22 283 6 γ 3.51 -1.11 0.0119 84 274 43 -33 219 12 δΑ 4.32 -1.37 0.0073 137 448 8 3 279 7 3.68 Wils:A δΒ 4.95 -0.74 0.0073 137 448 8 - 155 7 Wils:B

ε 5.67 -0.14 0.0069 145 473 36 -33 89 4 H VI 26 12693 (OPT) ζΑ 5.64 0.64 0.0100 100 326 19 -13 44 8 5.01 Σ 2585 12973A ζΒ 6.04 1.03 0.0100 100 326 17 - 30 8 Σ 2585 12973B η 5.09 1.61 0.0202 50 162 45 -40 18 16 ϑΑ 6.60 3.34 0.0222 45 147 47 -40 3.6 17 6.51 Σ 2637 13442A

ϑΒ 9.06 5.42 0.0188 53 174 30 - 0.5 17 Σ 2637 13442B 1 Sge 5.65 0.71 0.0103 97 318 29 -23 41 2 Sge 6.32 1.14 0.0092 109 355 14 12 28 6.27 Σ Ι 41ΑC 3 Sge 6.84 1.36 0.0080 125 407 23 -1 23 9 Sge 6.24 -6.95 0.0002 4348 14174 216 9 47484

10 Sge 5.36 -5.24 0.0008 1316 4289 45 -10 9781 11 Sge 5.54 0.07 0.0081 124 404 29 -26 74 13 Sge 5.33 -1.47 0.0044 229 746 22 -17 304 β 13230Cc 15 Sge 5.80 4.56 0.0566 18 58 48 4 1.2 β 18 Sge 6.11 1.31 0.0110 91 298 12 -4 24

U Sge 6.50 -0.96 0.0032 311 1012 17 -17 191 β pm FG Sge 10.50 3.81 0.0046 217 709 10 - 2.3

231 Sagittarius (I)

SGR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 181869 95347 19h23m53.0s -40º36′58″ -0.105 0.0327 -0.1208 0.125 165º B8V β1 181454 95241 19 22 38.2 -44 27 32 -0.085 0.0073 -0.0224 0.024 162 B9V β2 181623 95294 19 23 13.1 -44 47 59 0.350 0.0928 -0.0537 0.107 120 F2III γ 165135 88635 18 05 48.4 -30 25 27 0.981 -0.0558 -0.1815 0.190 197 K0III δ 168454 89931 18 20 59.6 -29 49 41 1.380 0.0300 -0.0264 0.040 131 K3III

ε 169022 90185 18 24 10.3 -34 23 05 -0.031 -0.0396 -0.1241 0.130 198 B9.5III ζΑ 176687 93506A 19 02 36.6 -29 52 49 0.062 -0.0141 0.0037 0.015 285 A3IV ζΒ 176687 93506B 19 02 36.6 -29 52 49 0.062 -0.0998 -0.0443 0.109 246 – η 167618 89642 18 17 37.5 -36 45 42 1.582 -0.1293 -0.1666 0.211 218 M2III (LB) ϑ1 189103 98412 19 59 44.1 -35 16 35 -0.150 0.0060 -0.0252 0.026 167 B2.5IV

ϑ2 189118 98421 19 59 51.2 -34 41 53 0.170 0.1087 -0.0691 0.129 122 A4/A5IV ι 188114 98032 19 55 15.5 -41 52 06 1.063 0.0234 0.0516 0.057 24 K0III κ1 193571 100469 20 22 27.4 -42 02 59 0.002 0.0329 -0.0820 0.088 158 A0V κ2Α 193807 100591A 20 23 53.1 -42 25 23 0.201 -0.0111 0.0150 0.019 324 A3V κ2Β 193807 100591B 20 23 53.1 -42 25 23 0.201 0.0108 0.0340 0.036 18 –

λ 169916 90496 18 27 58.1 -25 25 18 1.025 -0.0448 -0.1863 0.192 194 K1IIIb µ 166937 89341 18 13 45.7 -21 03 32 0.195 0.0017 -0.0014 0.002 129 B8Iap (EA) ν1 174974 92761 18 54 10.1 -22 44 42 1.412 0.0030 -0.0057 0.006 153 K1II ν2 175190 92845 18 55 07.0 -22 40 17 1.348 0.1103 -0.0308 0.115 106 K3comp ξ1 175687 93057 18 57 20.4 -20 39 23 0.137 -0.0016 -0.0048 0.005 198 A0II

ξ2 175775 93085 18 57 43.7 -21 06 24 1.151 0.0349 -0.0123 0.037 109 K1III ο 177241 93683 19 04 40.9 -21 44 30 1.012 0.0763 -0.0581 0.096 127 G9IIIb π 178524 94141 19 09 45.7 -21 01 25 0.377 -0.0012 -0.0368 0.037 182 F3III ρ1 181577 95168 19 21 40.3 -17 50 50 0.228 -0.0270 0.0222 0.035 310 F0III-IV (DSCT) ρ2 181645 95188 19 21 50.8 -18 18 30 1.062 0.1023 -0.0930 0.138 132 K0III

σ 175191 92855 18 55 15.8 -26 17 48 -0.134 0.0139 -0.0527 0.054 165 B2.5V τ 177716 93864 19 06 56.3 -27 40 14 1.169 -0.0508 -0.2505 0.256 191 K1/K2III υ 181615 95176 19 21 43.5 -15 57 18 0.079 0.0018 -0.0063 0.007 164 F0IV-V (EB) ϕ 173300 92041 18 45 39.3 -26 59 27 -0.107 0.0512 0.0005 0.051 89 B8.5III χ1 182369 95477 19 25 16.4 -24 30 31 0.235 0.0636 -0.0519 0.082 129 A4IV-V

χ3 182416 95503 19 25 29.6 -23 57 44 1.442 -0.0182 -0.0134 0.023 234 K4III ψ 179950 94643 19 15 32.3 -25 15 24 0.569 0.0476 -0.0312 0.057 123 K0/K1III ω 188376 98066 19 55 50.3 -26 17 58 0.748 0.2040 0.0744 0.217 70 G5V 3 Sgr 161592 87072 17 47 33.5 -27 49 51 0.600 -0.0036 -0.0107 0.011 199 F7II X(CEP) 4 Sgr 163955 88116 17 59 47.5 -23 48 58 -0.030 -0.0054 -0.0503 0.051 186 B9V

5 Sgr 164031 88142 18 00 11.6 -24 17 02 1.082 0.0253 -0.0464 0.053 151 K0III 6 Sgr 164358 88258 18 01 23.1 -17 09 25 1.763 -0.0016 -0.0067 0.007 194 K2III 7 Sgr 164584 88380 18 02 51.0 -24 16 56 0.495 0.0007 -0.0177 0.018 178 F2/F3II-III 9 Sgr 164794 88469 18 03 52.3 -24 21 38 0.031 0.0006 -0.0017 0.002 159 O6 11 Sgr 166464 89153 18 11 43.3 -23 42 04 1.055 0.0078 -0.0278 0.029 164 K0III

12 Sgr 166767 89276 18 13 02.4 -23 07 03 0.615 0.0018 -0.0056 0.006 162 F7/F8Ib-II AP(CEP) 14 Sgr 167036 89369 18 14 15.8 -21 42 47 1.528 -0.0150 -0.0234 0.028 213 K3III 15 Sgr 167264 89439 18 15 12.8 -20 43 42 0.007 0.0029 -0.0013 0.003 113 B0Ia 16 Sgr 167263 89440 18 15 12.8 -20 23 17 -0.028 0.0028 -0.0019 0.003 124 O9II 17ASgr 167570 89567A 18 16 35.4 -20 32 41 1.027 0.0075 -0.0095 0.012 142 G5

17BSgr — 89567B 18 16 35.4 -20 32 41 1.027 0.0075 -0.0095 0.012 142 – 18 Sgr 169233 90260 18 25 01.3 -30 45 24 1.138 -0.1280 -0.0696 0.146 241 K0III 21ASgr 169420 90289A 18 25 20.9 -20 32 30 1.310 0.0083 -0.0287 0.030 164 K2II+A5: 21BSgr 169420 90289B 18 25 20.8 -20 32 30 1.310 0.0083 -0.0287 0.030 164 – 23 Sgr 170457 90713 18 30 28.9 -23 15 03 1.482 -0.0021 -0.0033 0.004 213 G5Ib

232 Sagittarius (I)

SGR m M π pc l.y. V RV L F mc Bin? ADS α 3.96 0.38 0.0192″ 52 170 31 -1 56 [-] β1 3.96 -1.36 0.0086 116 378 17 -11 276 [-] ∆ 226 β2 4.27 1.13 0.0235 43 139 29 19 28 [-] γ 2.98 0.63 0.0339 29 96 34 22 44 10 δ 2.72 -2.14 0.0107 94 306 27 -20 565 19 See 350 11264

ε 1.79 -1.44 0.0226 44 145 31 -15 298 20 See 351 ζΑ 3.27 1.09 0.0366 27 89 22 22 29 38 2.60 HdO 150 11950A ζΒ 3.48 1.30 0.0366 27 89 14 - 24 38 HdO 150 11950B η 3.10 -0.20 0.0219 46 149 46 1 95 [-] β 760ΑΒ ϑ1 4.37 -2.02 0.0053 189 617 23 1 504 [-]

ϑ2 5.30 1.89 0.0208 48 157 34 -18 14 [-] I 1410 ι 4.12 0.30 0.0172 58 189 39 36 60 [-] κ1 5.60 1.23 0.0134 75 244 34 -12 25 [-] h 5190 κ2Α 6.04 0.76 0.0088 114 370 10 3 39 [-] 5.64 β 763Α κ2Β 7.12 1.84 0.0088 114 370 19 - 14 [-] β 763Β

λ 2.82 0.95 0.0422 24 77 48 -43 33 22 µ 3.84 -10.95 0.0001 9091 29636 95 -6 1893279 13 β 292 11169 ν1 4.86 -3.91 0.0018 568 1852 21 -12 2891 32 β 1033 11794AB ν2 5.00 0.41 0.0121 83 270 119 -110 54 35 ξ1 5.02 -5.92 0.0007 1538 5015 37 2 18288 36

ξ2 3.52 -1.77 0.0088 114 372 28 -20 401 37 ο 3.76 0.61 0.0235 43 139 32 25 45 39 See 369 11996 π 2.88 -2.77 0.0074 135 440 26 -10 1010 41 φ 311AB ρ1 3.92 1.06 0.0268 37 122 6 1 30 44 ρ2 5.84 0.63 0.0091 110 359 73 -13 44 45

σ 2.05 -2.14 0.0145 69 224 21 -11 563 34 Smyth τ 3.32 0.48 0.0271 37 120 63 45 50 40 υ 4.52 -4.03 0.0020 513 1672 18 9 3221 46 ϕ 3.17 -1.08 0.0141 71 231 28 22 212 27 χ1 5.02 0.87 0.0148 68 221 50 -42 35 47 φ 327AB

χ3 5.45 -0.50 0.0065 155 505 43 40 125 49 ψ 4.86 -0.16 0.0099 101 330 43 -33 92 42 B 430 12214AB ω 4.70 2.82 0.0420 24 78 32 -21 5.9 58 3 Sgr 4.53 -3.06 0.0030 330 1076 22 -13 1322 4 Sgr 4.74 -0.89 0.0075 134 436 37 -18 179

5 Sgr 6.64 1.06 0.0076 131 427 42 -26 30 6 Sgr 6.27 -2.50 0.0018 568 1852 29 -22 789 7 Sgr 5.37 -2.28 0.0030 339 1105 31 -12 643 9 Sgr 5.89 -5.01 0.0007 1515 4939 16 9 7960 11 Sgr 4.96 0.59 0.0134 75 244 11 4 46 h 5030 11133

12 Sgr 7.09 ------18 - 14 Sgr 5.49 -0.46 0.0065 155 505 62 -59 120 15 Sgr 5.29 -5.59 0.0007 1499 4888 23 -6 13544 16 Sgr 5.96 -5.44 0.0005 1901 6198 31 -4 11750 β 286 11191 17ASgr 7.24 0.90 0.0054 186 605 19 -16 34 6.89 bin:A

17BSgr 8.89 2.54 0.0054 186 605 11 - 7.6 bin:B 18 Sgr 5.58 -0.93 0.0050 200 653 140 -19 185 21ASgr 5.05 -1.27 0.0055 183 597 29 -12 253 4.81 Jc 11325A 21BSgr 7.47 1.15 0.0055 183 597 26 - 27 Jc 11325B 23 Sgr 6.99 -3.24 0.0009 1111 3622 21 - 1554 Rst 4013AB

233 Sagittarius (II)

SGR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

24 Sgr 171115 91004 18h33m53.4s -24º01′57″ 1.795 -0.0030 -0.0071 0.008 203º K3III 25 Sgr 171237 91066 18 34 32.8 -24 13 21 0.515 -0.0012 -0.0015 0.002 218 F3II-III 26 Sgr 172546 91689 18 41 51.6 -23 50 00 0.231 0.0308 -0.0281 0.042 132 A3m 28 Sgr 173460 92111 18 46 20.5 -22 23 32 1.591 0.0320 0.0035 0.032 84 K5III 29 Sgr 174116 92390 18 49 40.0 -20 19 29 1.404 -0.0018 0.0347 0.035 357 K4III

30 Sgr 174309 92480 18 50 50.9 -22 09 44 0.390 -0.0171 -0.0353 0.039 206 A7III 31 Sgr 174596 92602 18 52 08.3 -21 55 17 0.144 0.0443 -0.0478 0.065 137 A3V 33 Sgr 174947 92747 18 54 00.0 -21 21 35 1.206 0.0020 -0.0203 0.020 174 K1Ib 43 Sgr 180540 94820 19 17 38.0 -18 57 11 1.013 -0.0101 -0.0106 0.015 223 G8II 48 Sgr 182391 95486 19 25 22.1 -24 24 43 -0.002 0.0030 -0.0041 0.005 144 B7IV

50 Sgr 182629 95564 19 26 19.0 -21 46 36 1.228 0.0362 -0.0046 0.036 97 K3III 51 Sgr 184552 96406 19 36 01.6 -24 43 09 0.185 0.0061 -0.0264 0.027 167 A1m 52 Sgr 184707 96465 19 36 42.3 -24 53 01 -0.075 0.0687 -0.0232 0.073 109 B8/B9V 53ASgr 185404 96729A 19 39 49.4 -23 25 40 0.034 0.0080 -0.0372 0.038 168 A0V 53BSgr 185404 96729B 19 39 49.4 -23 25 40 0.034 0.0080 -0.0372 0.038 168 –

54 Sgr 185644 96808 19 40 43.3 -16 17 36 1.109 0.0697 -0.0502 0.086 126 K2IIIcomp 55 Sgr 186005 96950 19 42 31.0 -16 07 27 0.319 0.0678 -0.0092 0.068 98 F1III 56 Sgr 186648 97290 19 46 21.6 -19 45 40 1.061 -0.1289 -0.0898 0.157 235 K0III 57 Sgr 187739 97783 19 52 11.9 -19 02 42 0.979 -0.0025 -0.0533 0.053 183 G5III 59 Sgr 188603 98162 19 56 56.7 -27 10 12 1.462 0.0096 -0.0150 0.018 147 K3III

60 Sgr 189005 98353 19 58 57.1 -26 11 44 0.882 0.0345 0.0247 0.042 54 G8II-III 61 Sgr 188899 98258 19 57 56.9 -15 29 29 0.055 0.0178 -0.0937 0.095 169 A3IV 62 Sgr 189763 98688 20 02 39.4 -27 42 36 1.640 0.0323 0.0144 0.035 66 M4III V3872(LB) 63 Sgr 189741 98633 20 01 58.6 -13 38 13 0.079 0.0389 0.0104 0.040 75 A3V 65 Sgr 190454 98953 20 05 26.3 -12 39 55 0.050 0.0082 -0.0482 0.049 170 A1Vn

Ross 154 — 92403 18 49 49.0 -23 50 10 1.510 0.6376 -0.1925 0.666 107 M3.5Ve β 942 172910 91918 18 44 19.3 -35 38 32 -0.168 0.0012 -0.0270 0.027 177 B2V β 1128Α 170479 90763A 18 31 04.7 -32 59 21 0.182 -0.0015 -0.0465 0.047 182 A5V β 1128Β 170479 90763B 18 31 04.7 -32 59 25 0.182 -0.0015 -0.0465 0.047 182 – h 5003A 163755 88060A 17 59 05.6 -30 15 13 1.654 0.0025 -0.0083 0.009 163 K5/M0III

h 5003B 163756 88060B 17 59 05.4 -30 15 11 1.654 0.0025 -0.0083 0.009 163 K5/M0III: h 5165 190056 98842 20 04 19.5 -32 03 22 1.208 0.0430 -0.0108 0.044 104 K1III-IV h 5173 191408 99461 20 11 11.8 -36 06 04 0.868 0.4569 -1.5749 1.640 164 K2V H N 119A 183275 95865A 19 29 52.1 -26 59 08 1.120 0.0222 -0.0430 0.048 153 K1/K2III H N 119B — 95865B 19 29 52.4 -26 59 14 1.120 0.0222 -0.0430 0.048 153 – Kui 89A 176162 93225A 18 59 23.6 -12 50 26 -0.038 -0.0090 -0.0231 0.025 201 B5IV Kui 89B 176162 93225B 18 59 23.6 -12 50 26 -0.038 0.0136 -0.0212 0.025 147 – R Sgr 180275 94738 19 16 41.6 -19 18 25 1.337 0.0116 -0.0132 0.018 139 M5e (M) U Sgr 170764 90836 18 31 53.0 -19 07 30 1.070 -0.0042 -0.0061 0.007 214 G1Ib (CEP) W Sgr 164975 88567 18 05 01.2 -29 34 48 0.774 0.0040 -0.0046 0.006 139 G0Ib-II (CEP) Y Sgr 168608 89968 18 21 22.9 -18 51 36 0.670 -0.0028 -0.0065 0.007 203 F8II (CEP) RY Sgr 180093 94730 19 16 32.6 -33 31 18 0.692 0.0103 -0.0004 0.010 92 GOIpe(C1,0) (RCB) V3961 187474 97749 19 51 50.5 -39 52 28 -0.045 0.0191 -0.0121 0.023 122 A0p (ACV) V4024 178175 93996 19 08 16.6 -19 17 24 -0.087 0.0053 -0.0011 0.005 102 B2Ve (GCAS) V4050 168733 90074 18 22 53.0 -36 40 10 -0.121 -0.0017 -0.0260 0.026 184 B7Ib-II (ACV)

V4089 184035 96234 19 34 08.3 -40 02 05 0.105 0.0044 -0.0021 0.005 116 A5III (EA) - Sgr 165634 88839 18 08 04.9 -28 27 25 0.938 0.0248 -0.0316 0.040 142 K0IIICNpvar - Sgr 167818 89678 18 18 03.1 -27 02 33 1.629 0.0045 -0.0028 0.005 122 K3III - Sgr 170680 90806 18 31 26.2 -18 24 10 0.016 -0.0070 -0.0214 0.023 198 A0Vn - Sgr 171034 91014 18 33 57.7 -33 01 00 -0.115 0.0024 -0.0112 0.011 168 B2III-IV

234 Sagittarius (II)

SGR m M π pc l.y. V RV L F mc Bin? ADS 24 Sgr 5.49 -4.62 0.0010″ 1053 3432 41 -14 5553 25 Sgr 6.53 -3.45 0.0010 990 3228 12 8 1885 26 Sgr 6.22 2.20 0.0157 64 208 13 2 10 28 Sgr 5.37 -2.60 0.0026 392 1278 60 -3 861 See 360 11652 29 Sgr 5.22 -1.59 0.0044 230 749 42 -18 340 See 362 11713

30 Sgr 6.29 1.91 0.0133 75 245 38 -35 14 β 1300 11731 31 Sgr 6.58 1.85 0.0113 88 288 27 - 14 33 Sgr 5.68 -2.95 0.0019 532 1734 52 -7 1190 43 Sgr 4.88 -1.20 0.0061 164 535 19 15 237 48 Sgr 7.27 -0.53 0.0028 364 1185 9 - 129

50 Sgr 5.57 -0.59 0.0059 171 556 36 -20 136 51 Sgr 5.64 0.89 0.0112 89 290 33 -30 35 52 Sgr 4.59 0.77 0.0172 58 189 28 -19 39 β 654 12654AB 53ASgr 6.80 1.33 0.0080 125 406 22 - 23 6.33 See 389 12741A 53BSgr 7.51 2.03 0.0080 125 406 22 - 12 See 389 12741B

54 Sgr 5.30 0.92 0.0133 75 245 66 -58 34 h 599 12767 55 Sgr 5.06 1.42 0.0187 54 175 32 -27 21 β 1288AB 56 Sgr 4.87 0.88 0.0159 63 205 51 20 35 57 Sgr 5.88 0.98 0.0105 96 312 35 -26 32 59 Sgr 4.54 -3.30 0.0027 370 1207 35 -16 1649

60 Sgr 4.84 -0.25 0.0096 104 340 53 -49 99 61 Sgr 5.01 0.25 0.0112 89 292 41 3 62 62 Sgr 4.43 -1.26 0.0073 137 448 25 10 251 63 Sgr 5.69 0.80 0.0105 95 309 18 - 38 65 Sgr 6.53 1.07 0.0081 123 402 29 - 29

Ross 154 10.37 13.00 0.3365 2.97 9.69 9 - 0.0005 β 942 4.86 -0.84 0.0072 138 451 18 4 171 β 942 β 1128Α 5.45 0.30 0.0093 107 350 25 9 60 5.37 β1128Α β 1128Β 9.78 4.63 0.0093 107 350 24 - 1.1 β1128Β h 5003A 5.26 -2.03 0.0035 287 934 23 -20 510 5.00 h 5003A

h 5003B 7.11 -0.18 0.0035 287 934 12 - 93 h 5003B h 5165 4.99 0.00 0.0101 100 324 24 -12 79 h 5165 h 5173 5.32 6.41 0.1652 6.1 19.7 138 -130 0.2 h 5173 H N 119A 5.67 1.22 0.0129 78 254 36 -31 26 5.46 H N 119 12506A H N 119B 9.05 4.59 0.0129 78 254 18 - 1.1 H N 119 12506B Kui 89A 5.98 -0.01 0.0063 158 514 23 -13 80 5.51 Kui 89A Kui 89B 6.64 0.65 0.0063 158 514 19 - 43 Kui 89B R Sgr 6.10 -3.52 0.0012 840 2739 83 -45 2018 U Sgr 6.59 -6.25 0.0003 3704 12074 129 2 24962 β 966 11433 W Sgr 4.66 -4.36 0.0016 637 2076 34 -29 4367 See 346 11029 Y Sgr 5.76 -2.23 0.0025 397 1294 14 -3 615 RY Sgr 6.58 -5.64 0.0004 2778 9056 138 -23 14171 V3961 5.32 0.24 0.0096 104 339 11 -2 63 V4024 5.56 -2.80 0.0021 469 1531 23 -20 1036 V4050 5.33 -1.06 0.0053 190 619 26 -12 209

V4089 5.89 0.26 0.0075 134 435 12 12 62 - Sgr 4.55 -0.59 0.0094 107 348 21 -4 135 - Sgr 4.66 -2.00 0.0047 215 700 18 -17 496 - Sgr 5.12 1.04 0.0153 65 213 38 -37 30 See 354 11411 - Sgr 5.28 -3.90 0.0015 685 2233 37 4 2853

235 Sagittarius (III)

SGR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

- Sgr 177074 93667 19h04m25.0s -31º02′49″ 0.026 0.0030 -0.0192 0.019 171º A0V - Sgr 184985 96536 19 37 34.3 -14 18 06 0.501 -0.1044 -0.1467 0.180 215 F7V - Sgr 186185 97063 19 43 33.4 -15 28 12 0.460 0.1356 -0.1852 0.229 144 F5IV - Sgr 189831 98761 20 03 33.4 -37 56 27 1.417 0.0647 -0.0854 0.107 143 K4III

236 Sagittarius (III)

SGR m M π pc l.y. V RV L F mc Bin? ADS - Sgr 5.49 -0.63 0.0060″ 168 546 30 -26 141 - Sgr 5.46 3.01 0.0324 31 101 34 −21 4.9 - Sgr 5.49 2.67 0.0273 37 120 42 13 6.7 β - Sgr 4.77 -0.70 0.0081 124 405 74 -38 150

237 Scorpius (I)

SCO HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 148478 80763 16h29m24.4s -26º25′55″ 1.865 -0.0102 -0.0232 0.025 204º M1Ib+B2.5V (SRC) β1 144217 78820 16 05 26.1 -19 48 19 -0.065 -0.0068 -0.0249 0.026 195 B0.5V β2 144218 78821 16 05 26.4 -19 48 07 -0.024 -0.0346 -0.0075 0.035 258 B2V δΑ 143275 78401A 16 00 19.9 -22 37 18 -0.117 -0.0116 -0.0435 0.045 195 B0.2IV δΒ — 78401B 16 00 19.9 -22 37 18 -0.117 0.0139 0.0141 0.020 45 –

ε 151680 82396 16 50 09.7 -34 17 36 1.144 -0.6118 -0.2559 0.663 247 K2IIIb ζ1 152236 82671 16 53 59.6 -42 21 43 0.444 -0.0005 -0.0022 0.002 192 B1Iae (SDOR) ζ2 152334 82729 16 54 34.9 -42 21 41 1.393 -0.1266 -0.2278 0.261 209 K4III η 155203 84143 17 12 09.1 -43 14 21 0.441 0.0220 -0.2874 0.288 176 F3III-IVp ϑΑ 159532 86228A 17 37 19.0 -42 59 52 0.406 0.0061 -0.0010 0.006 99 F1II

ϑΒ — 86228B 17 37 18.6 -42 59 48 0.406 0.0061 -0.0010 0.006 99 – ι1 161471 87073 17 47 35.0 -40 07 37 0.509 0.0004 -0.0064 0.006 176 F3Ia ι2 161912 87294 17 50 11.0 -40 05 26 0.259 0.0036 -0.0027 0.005 127 A6Ib κ 160578 86670 17 42 29.1 -39 01 48 -0.171 -0.0065 -0.0256 0.026 194 B1.5III (BCEP) λ 158926 85927 17 33 36.4 -37 06 13 -0.231 -0.0089 -0.0300 0.031 197 B1.5IV+B (BCEP)

µ1 151890 82514 16 51 52.1 -38 02 51 -0.200 -0.0088 -0.0216 0.023 202 B1.5V+B (EB) µ2 151985 82545 16 52 20.0 -38 01 03 -0.210 -0.0129 -0.0238 0.027 208 B2IV νA 145502 79374A 16 11 59.6 -19 27 38 0.076 -0.0097 -0.0253 0.027 201 B3V νB 145502 79374B 16 11 59.6 -19 27 37 0.076 -0.0097 -0.0253 0.027 201 – νCD 145501 — 16 11 58.5 -19 26 59 0.130 -0.0097 -0.0120 0.015 219 A0IV

ξΑ 144070 78727 16 04 22.0 -11 22 23 0.460 -0.0630 -0.0330 0.071 242 F5IV ξΒ 144069 — 16 04 22.0 -11 22 18 0.500 -0.0630 -0.0330 0.071 242 F5IV ο 147084 80079 16 20 38.1 -24 10 10 0.758 -0.0042 -0.0147 0.015 196 A5II π 143018 78265 15 58 51.0 -26 06 51 -0.180 -0.0120 -0.0257 0.028 205 BIV+B2V ρ 142669 78104 15 56 53.0 -29 12 50 -0.199 -0.0152 -0.0251 0.029 211 B2IV-V

σ 147165 80112 16 21 11.2 -25 35 34 0.299 -0.0100 -0.0180 0.021 209 B2III+O9.5V (BCEP) τ 149438 81266 16 35 52.9 -28 12 58 -0.206 -0.0086 -0.0225 0.024 201 B0V υ 158408 85696 17 30 45.7 -37 17 45 -0.179 -0.0042 -0.0291 0.029 188 B2IV χ 145897 79540 16 13 50.7 -11 50 16 1.394 -0.0060 -0.0101 0.012 211 K3III ψ 145570 79375 16 11 59.9 -10 03 51 0.087 -0.0219 -0.0280 0.036 218 A3IV

ω1 144470 78933 16 06 48.3 -20 40 09 -0.046 -0.0106 -0.0237 0.026 204 B1V ω2 144608 78990 16 07 24.2 -20 52 07 0.831 0.0437 -0.0453 0.063 136 G3II-III 1 Sco 141637 77635 15 50 58.6 -25 45 05 -0.072 -0.0136 -0.0249 0.028 209 B3V 2ASco 142114 77840A 15 53 36.6 -25 19 38 -0.073 -0.0144 -0.0254 0.029 210 B2.5Vn 2BSco 142114 77840B 15 53 36.5 -25 19 38 -0.073 -0.0144 -0.0254 0.029 210 –

3 Sco 142301 77909 15 54 39.5 -25 14 37 -0.065 -0.0123 -0.0255 0.028 206 B8IIIp V927(SXARI) 4 Sco 142445 77984 15 55 30.0 -26 15 57 0.141 -0.0350 -0.0299 0.046 229 A3V 11ASco 144708 79005A 16 07 36.3 -12 44 44 0.018 -0.0417 -0.0276 0.050 236 B9Vnn 11BSco 144708 79005B 16 07 36.1 -12 44 45 0.018 -0.0417 -0.0276 0.050 236 – 12ASco 145483 79399A 16 12 15.8 -28 25 03 0.012 -0.0230 -0.0409 0.047 209 B9V

12BSco 145483 79399B 16 12 15.6 -28 25 02 0.012 -0.0230 -0.0409 0.047 209 – 13 Sco 145482 79404 16 12 18.1 -27 55 35 -0.172 -0.0103 -0.0232 0.025 204 B2V 16 Sco 145607 79387 16 12 07.2 -08 32 51 0.118 0.0444 0.0015 0.044 88 A4V 18 Sco 146233 79672 16 15 37.1 -08 22 11 0.652 0.2322 -0.4958 0.547 155 G1V 22 Sco 148605 80815 16 30 12.4 -25 06 54 -0.116 -0.0034 -0.0265 0.027 187 B2V

25 Sco 151179 82140 16 46 51.3 -25 31 43 1.177 -0.0053 -0.0138 0.015 201 K0II 27 Sco 152820 82960 16 57 11.0 -33 15 34 1.606 0.0059 -0.0096 0.011 148 K5III G Sco 161892 87261 17 49 51.4 -37 02 36 1.192 0.0421 0.0278 0.050 57 K0/K1III H Sco 149447 81304 16 36 22.4 -35 15 20 1.535 0.0147 0.0121 0.019 50 K5III N Sco 148703 80911 16 31 22.8 -34 42 16 -0.168 -0.0115 -0.0186 0.022 212 B2III-IV

238 Scorpius (I)

SCO m M π pc l.y. V RV L F mc Bin? ADS α 1.06 -5.28 0.0054″ 185 604 22 -3 10167 21 bin 10074 β1 2.56 -3.50 0.0062 163 530 20 -1 1969 8 2.44 β 947 9913AB β2 4.90 -2.80 0.0029 347 1132 58 -4 1040 8 β 947 9913C δΑ 2.39 -3.06 0.0081 123 401 27 -7 1317 7 2.29 bin:A δΒ 4.62 -0.83 0.0081 123 401 12 - 170 7 bin:B

ε 2.29 0.78 0.0499 20 65 63 -2 38 26 ζ1 4.70 -6.57 0.0006 1799 5863 32 -26 33562 [-] ζ2 3.62 0.30 0.0217 46 150 60 -19 60 [-] η 3.32 1.61 0.0456 22 72 41 -28 18 [-] ϑΑ 1.97 -2.63 0.0120 83 272 3 1 889 [-] 1.86 bin:A

ϑΒ 5.36 0.76 0.0120 83 272 2 - 39 bin:B ι1 2.99 -5.71 0.0018 549 1791 33 -28 15131 [-] See 338 ι2 4.78 -5.50 0.0009 1136 3705 26 -10 12446 [-] HdO 279 κ 2.39 -3.38 0.0070 142 464 23 -14 1762 [-] λ 1.62 -5.05 0.0046 216 703 32 -3 8222 35 See 334

µ1 3.00 -4.01 0.0040 252 821 37 -25 3151 [-] µ2 3.56 -2.44 0.0063 158 517 20 1 745 [-] νA 4.36 -1.27 0.0075 134 436 17 2 253 14 4.00 β 120 9951A νB 5.39 -0.24 0.0075 134 436 17 - 98 14 β 120 9951B νCD 6.30 0.67 0.0075 134 436 17 -14 43 14 β 120 9951CD

ξΑ 4.80 3.21 0.0480 21 68 30 -29 4.1 [-] 4.16 Σ 1998 9909A ξΒ 5.10 3.51 0.0480 21 68 30 -29 3.1 [-] Σ 1998 9909B ο 4.55 -3.24 0.0028 361 1177 27 -8 1553 19 π 2.89 -2.85 0.0071 141 459 19 -3 1090 6 β 622 9862 ρ 3.87 -1.62 0.0080 125 409 17 0 351 5 See 251 9846

σ 3.06 -3.70 0.0044 225 734 22 3 2386 20 2.90 Sh 224 10009 τ 2.82 -2.78 0.0076 132 430 15 2 1017 23 υ 2.70 -3.31 0.0063 159 518 24 8 1655 34 χ 5.24 -0.41 0.0074 135 439 26 -25 114 17 ψ 4.93 1.41 0.0198 51 165 10 -6 21 15

ω1 3.93 -1.64 0.0077 130 423 16 -3 356 9 ω2 4.31 -0.24 0.0123 81 265 25 -5 98 10 1 Sco 4.63 -1.39 0.0063 160 522 22 3 283 2ASco 4.69 -0.93 0.0075 133 434 21 -10 186 4.59 β 36 9823A 2BSco 7.12 1.50 0.0075 133 434 18 - 20 β 36 9823B

3 Sco 5.87 0.14 0.0072 140 455 21 -9 69 4 Sco 5.63 0.02 0.0076 132 432 29 -5 77 11ASco 5.78 0.20 0.0077 131 426 40 -25 65 5.75 β 39 9924A 11BSco 9.77 4.19 0.0077 131 426 31 - 1.7 β 39 9924B 12ASco 5.79 0.99 0.0109 91 298 21 -3 32 5.67 h 4839 9953A

12BSco 8.13 3.32 0.0109 91 298 20 - 3.7 h 4839 9953B 13 Sco 4.58 -1.20 0.0070 143 468 20 10 239 16 Sco 5.43 1.01 0.0131 77 250 17 5 31 18 Sco 5.49 4.76 0.0713 14.0 45.7 38 11 1.0 β pm 22 Sco 4.79 -0.61 0.0083 120 393 16 4 139

25 Sco 6.72 -0.10 0.0043 231 755 16 2 87 27 Sco 5.48 -1.25 0.0045 222 724 12 - 250 G Sco 3.19 0.24 0.0257 39 127 27 25 63 See 340 H Sco 4.18 -0.90 0.0096 104 339 10 -2 181 N Sco 4.24 -2.56 0.0044 229 746 24 1 830

239 Scorpius (II)

SCO HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

d Sco 146624 79881 16h18m17.8s -28º36′51″ 0.008 -0.0338 -0.1006 0.106 199º A0V: B 868 147628 80390 16 24 31.6 -37 33 57 -0.104 -0.0141 -0.0304 0.034 205 B8V B 1833A 152234 82676A 16 54 01.7 -41 48 23 0.176 -0.0018 -0.0025 0.003 215 B0.5Ia (type?) B 1833B 152234 82676B 16 54 01.8 -41 48 23 0.176 -0.0018 -0.0025 0.003 215 – I 1312 154948 84033 17 10 42.2 -44 33 27 0.867 -0.0333 -0.0691 0.077 206 G8/K0III+G

Σ 1999 144087 78738 16 04 25.7 -11 26 56 0.750 -0.0692 -0.0209 0.072 253 G8Vcomp RR Sco 152783 82912 16 56 37.9 -30 34 47 1.167 -0.0093 -0.0086 0.013 227 M6IIIe (M) BM Sco 160371 86527 17 40 58.6 -32 12 52 1.673 -0.0020 -0.0066 0.007 197 K3III (SRD) V703 160589 86650 17 42 16.8 -32 31 24 0.400 0.0036 0.0167 0.017 12 A9V (DSCT) V862 160202 86468 17 40 01.0 -32 12 04 -0.009 -0.0023 -0.0066 0.007 199 B7Ve (GCAS:)

V913 142990 78246 15 58 34.8 -24 49 53 -0.092 -0.0114 -0.0241 0.027 205 B5IV (SXARI) V918 149404 81305 16 36 22.4 -42 51 32 0.338 -0.0043 -0.0030 0.005 235 O9Ia (ELL) V923 153890 83491 17 03 50.7 -38 09 08 0.409 0.0905 -0.0347 0.097 111 F3V (EA/D) V929 144334 78877 16 06 06.3 -23 36 23 -0.071 -0.0110 -0.0292 0.031 201 B8p (SXARI) V973 151804 82493 16 51 33.6 -41 13 50 0.047 0.0006 -0.0004 0.001 129 O9e (ACYG)

V1040 142184 77859 15 53 55.7 -23 58 41 -0.033 -0.0129 -0.0241 0.027 208 B2.5Vn V1040(type?) V1058 148688 80945 16 31 41.6 -41 49 01 0.299 -0.0035 -0.0011 0.004 253 B1Ia (ACYG) V1073 154090 83574 17 04 49.3 -34 07 23 0.257 0.0020 -0.0032 0.004 148 B2Iab (I) - Sco 142165 77858 15 53 53.7 -24 31 59 -0.011 -0.0135 -0.0254 0.029 208 B6IVn - Sco 143787 78650 16 03 20.5 -25 51 55 1.234 -0.0679 -0.0376 0.078 241 K5III

- Sco 144690 79050 16 08 07.5 -26 19 36 1.643 0.0997 -0.0058 0.100 93 M2III - Sco 144987 79199 16 09 52.5 -33 32 46 -0.075 -0.0257 -0.0449 0.052 210 B8V - Sco 145250 79302 16 11 01.9 -29 24 59 1.131 -0.0856 -0.0879 0.123 224 K0III - Sco 147513 80337 16 24 01.2 -39 11 35 0.625 0.0726 0.0034 0.073 87 G3/G5V - Sco 151078 82135 16 46 47.7 -39 22 38 0.975 -0.0177 -0.0262 0.032 214 K0III

- Sco 153613 83336 17 01 52.6 -32 08 37 -0.100 -0.0096 -0.0484 0.049 191 B8V - Sco 157243 85162 17 24 12.9 -44 09 45 -0.052 -0.0069 -0.0304 0.031 193 B7III - Sco 159433 86170 17 36 32.7 -38 38 07 1.075 -0.0185 -0.1823 0.183 186 G8/K0III-IV - Sco 161840 87220 17 49 10.4 -31 42 12 -0.028 0.0042 -0.0079 0.009 152 B8Ib-II - Sco 163145 87846 17 56 47.3 -44 20 32 1.176 -0.0032 -0.0195 0.020 189 K2III

- Sco 163376 87936 17 57 47.6 -41 42 58 1.617 -0.0017 -0.0151 0.015 186 M0III

240 Scorpius (II)

SCO m M π pc l.y. V RV L F mc Bin? ADS d Sco 4.80 1.63 0.0232″ 43 140 25 -13 18 B 868 5.42 -0.36 0.0070 143 468 25 9 110 B 868AB B 1833A 5.65 -5.65 0.0006 1818 5927 27 -6 14338 5.46 See 293A B 1833B 7.92 -3.38 0.0006 1818 5927 26 - 1772 See 293B I 1312 5.06 0.24 0.0109 92 300 34 -7 63 I 1312

Σ 1999 7.44 5.18 0.0353 28 92 34 -34 0.7 Σ 1999 9910 RR Sco 6.97 -0.76 0.0028 352 1148 42 -36 159 BM Sco 7.00 -1.36 0.0021 469 1531 15 - 275 V703 7.85 0.81 0.0039 256 834 42 -36 37 V862 6.74 -1.89 0.0019 532 1734 17 0 448

V913 5.43 -0.45 0.0067 150 488 22 -11 119 V918 5.46 -4.39 0.0011 935 3047 43 -36 4500 V923 5.91 1.88 0.0156 64 209 33 -15 14 V929 5.90 0.03 0.0067 149 487 23 -7 77 V973 5.23 -6.36 0.0005 2083 6792 65 -65 27639

V1040 5.41 0.01 0.0083 120 393 18 -9 78 V1058 5.31 -6.79 0.0004 2632 8579 47 -14 40967 ∆ 202 V1073 4.83 -4.74 0.0012 820 2672 15 4 6184 HdO 265 - Sco 5.38 -0.14 0.0079 127 414 17 2 90 - Sco 4.96 0.90 0.0154 65 212 46 -39 34

- Sco 5.35 -0.23 0.0077 130 425 64 -18 97 - Sco 5.50 -0.12 0.0075 133 433 39 -21 88 - Sco 5.09 0.62 0.0128 78 255 53 -27 44 - Sco 5.37 4.82 0.0777 12.9 42.0 11 10 0.9 - Sco 5.48 0.21 0.0088 113 369 17 - 65

- Sco 5.03 -0.86 0.0066 151 491 36 5 174 HdO - Sco 5.10 -1.73 0.0043 232 756 37 13 386 - Sco 4.26 1.03 0.0226 44 144 62 -49 30 - Sco 4.79 -1.56 0.0054 186 607 15 -13 331 - Sco 4.85 -0.29 0.0094 106 347 46 45 102

- Sco 4.88 -1.24 0.0060 168 547 13 4 247

241 Sculptor

SCL HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 5737 4577 00h58m36.3s -29º21′28″ -0.154 0.0224 0.0063 0.023 74º B7IIIp (SXARI) β 221507 116231 23 32 58.2 -37 49 07 -0.095 0.0964 0.0376 0.103 69 B9.5IVpHgMnEu γ 219784 115102 23 18 49.4 -32 31 55 1.109 0.0197 -0.0786 0.081 166 K1III δ 223352 117452 23 48 55.5 -28 07 49 0.001 0.1000 -0.1040 0.144 136 A0V εΑ 10830 8209A 01 45 38.7 -25 03 10 0.395 0.1595 -0.0724 0.175 114 F1V

εΒ 10830 8209B 01 45 38.8 -25 03 05 0.395 0.1595 -0.0724 0.175 114 – ζ 224990 183 00 02 19.9 -29 43 15 -0.150 0.0097 0.0140 0.017 35 B4V η 2429 2210 00 27 55.7 -33 00 26 1.634 -0.0205 -0.0504 0.054 202 M2/M3III (LB) ϑ 739 950 00 11 43.9 -35 07 59 0.459 0.1690 0.1138 0.204 56 F3/F5V ι 1737 1708 00 21 31.2 -28 58 54 1.006 0.0328 -0.0715 0.079 155 K0III

κ1Α 493 761A 00 09 20.9 -27 59 16 0.414 0.0726 -0.0100 0.073 98 F3V κ1Β 493 761B 00 09 20.8 -27 59 16 0.414 0.0726 -0.0100 0.073 98 – κ2 720 930 00 11 34.4 -27 47 59 1.346 0.0046 0.0171 0.018 15 K2III λ1Α 4065 3356A 00 42 42.8 -38 27 48 -0.024 0.0025 -0.0063 0.007 158 A0V λ1Β 4065 3356B 00 42 42.8 -38 27 47 -0.024 0.0025 -0.0063 0.007 158 –

λ2 4211 3456 00 44 12.0 -38 25 18 1.144 0.2470 0.1207 0.275 64 K1III µ 222433 116820 23 40 38.1 -32 04 24 0.965 -0.0914 -0.0535 0.106 240 K0III ξ 6055 4770 01 01 18.3 -38 54 59 1.185 0.0670 0.0499 0.084 53 K1III π 10537 7955 01 42 08.5 -32 19 37 1.044 -0.0748 -0.0464 0.088 238 K0III σ 6178 4852 01 02 26.3 -31 33 07 0.083 0.0810 0.0153 0.082 79 A1/A2IV (ACV:)

τΑ 9906 7463A 01 36 08.3 -29 54 27 0.335 0.1197 0.0480 0.129 68 F2V τΒ 9906 7463B 01 36 08.4 -29 54 28 0.335 0.0989 0.0391 0.106 68 – β 1230 9228 7016 01 30 22.8 -26 12 28 1.327 0.0437 0.0014 0.044 88 K4III R Scl 8879 6759 01 26 58.0 -32 32 36 2.450 -0.0088 -0.0335 0.035 195 C (SR) S Scl 1115 1236 00 15 22.6 -32 02 41 1.080 0.0377 -0.0022 0.038 93 M7/M8IIIe (M)

AI Scl 7312 5661 01 12 45.3 -37 51 24 0.281 0.0890 -0.0308 0.094 109 A9IV: (DSCT) - Scl 9525 7213 01 32 56.0 -36 51 55 1.021 0.0001 -0.0203 0.020 180 K0III

242 Sculptor

SCL m M π pc l.y. V RV L F mc Bin? ADS α 4.30 -2.27 0.0049″ 206 672 25 10 638 β 4.38 0.69 0.0183 55 178 27 2 42 γ 4.41 0.72 0.0182 55 179 26 16 41 δ 4.59 1.37 0.0227 44 143 33 14 22 β 1013 17021AB εΑ 5.43 3.24 0.0365 27 89 27 15 4.0 5.29 h 3461 1394A

εΒ 8.83 6.64 0.0365 27 89 23 - 0.2 h 3461 1394B ζ 5.04 -0.93 0.0064 156 509 13 0 185 B 631AB η 4.86 -1.27 0.0060 168 548 45 11 253 ϑ 5.24 3.55 0.0459 22 71 21 -2 3.0 ι 5.18 0.29 0.0105 95 310 41 21 60

κ1Α 6.23 2.05 0.0146 69 224 25 9 12 5.42 β 391 111A κ1Β 6.29 2.11 0.0146 69 224 24 - 11 β 391 111B κ2 5.41 -0.85 0.0056 178 581 16 -6 171 λ1Α 6.61 1.00 0.0076 132 432 11 10 31 6.05 Hd 182A λ1Β 7.04 1.43 0.0076 132 432 4 - 21 Hd 182B

λ2 5.90 0.61 0.0088 114 372 151 27 45 µ 5.30 0.55 0.0112 89 291 47 14 47 ξ 5.59 -0.83 0.0052 193 628 82 -31 170 π 5.25 1.13 0.0150 67 217 30 10 28 σ 5.50 1.29 0.0144 69 227 28 -8 24

τΑ 6.06 2.10 0.0161 62 202 38 5 11 5.69 h 3447A τΒ 7.35 3.39 0.0161 62 202 31 - 3.5 h 3447B β 1230 5.92 0.25 0.0074 136 444 28 -1 62 β 1230 1193AB R Scl 5.77 -2.61 0.0021 474 1545 78 -8 870 S Scl 6.20 -2.16 0.0021 469 1531 91 35 574

AI Scl 5.95 1.62 0.0136 73 239 34 10 18 - Scl 5.49 0.94 0.0123 81 265 15 13 33

243 Scutum

SCT HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 171443 91117 18h35m12.3s -08º14′39″ 1.317 -0.0190 -0.3146 0.315 183º K2III β 173764 92175 18 47 10.4 -04 44 53 1.087 -0.0077 -0.0159 0.018 206 G4II+B9.5 γ 170296 90595 18 29 11.7 -14 33 57 0.076 0.0031 -0.0035 0.005 139 A3Vn δ 172748 91726 18 42 16.3 -09 03 09 0.358 0.0079 0.0020 0.008 76 F2IIIpδDel (DSCT) ε 173009 91845 18 43 31.2 -08 16 31 1.112 0.0213 0.0116 0.024 61 G8II

ζ 169156 90135 18 23 39.4 -08 56 04 0.932 0.0519 0.0523 0.074 45 K0III η 175751 93026 18 57 03.6 -05 50 46 1.057 0.0608 -0.0409 0.073 124 K1IIIcomp R Sct 173819 92202 18 47 28.9 -05 42 18 1.280 -0.0441 -0.0314 0.054 235 K0Ibpvar (RVA) S Sct 174325 92442 18 50 20.0 -07 54 27 2.995 0.0086 -0.0037 0.009 113 C5II (SRB) V432 170397 90651 18 29 46.7 -14 34 54 0.006 0.0219 0.0151 0.027 55 B9pSiCr (ACV)

V450 170975 90913 18 32 43.2 -14 51 56 1.998 0.0002 -0.0034 0.003 177 K5Ib (SR) - Sct 171391 91105 18 35 02.3 -10 58 38 0.926 0.0491 -0.0050 0.049 96 G8III - Sct 175156 92814 18 54 43.0 -15 36 11 0.141 -0.0024 -0.0056 0.006 203 B5II

244 Scutum

SCT m M π pc l.y. V RV L F mc Bin? ADS α 3.85 0.21 0.0187″ 53 174 88 36 65 β 4.22 -2.41 0.0047 211 689 28 -22 722 γ 4.67 -0.09 0.0112 89 291 41 -41 85 δ 4.70 0.91 0.0174 57 187 45 -45 34 Rst 4594 11581 ε 4.88 -1.14 0.0062 160 522 21 -11 226 J 104 11601

ζ 4.66 0.82 0.0171 59 191 21 -6 37 η 4.83 0.82 0.0158 63 207 96 -93 37 R Sct 5.38 -2.79 0.0023 431 1405 119 44 1030 S Sct 6.82 -1.16 0.0025 395 1289 18 0 230 β 969 11726 V432 6.02 1.32 0.0115 87 284 19 -16 23

V450 5.47 -2.48 0.0026 389 1268 8 5 773 - Sct 5.12 0.38 0.0113 89 290 22 7 56 - Sct 5.08 -3.46 0.0020 510 1663 15 -3 1903

245 Serpens (I)

SER HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 140573 77070 15h44m16.0s +06º25′32″ 1.167 0.1347 0.0441 0.142 72º K2III β 141003 77233 15 46 11.2 +15 25 18 0.073 0.0685 -0.0413 0.080 121 A2IV γ 142860 78072 15 56 27.1 +15 39 42 0.478 0.3112 -1.2822 1.319 166 F6V δΑ 138918 76276A 15 34 48.1 +10 32 21 0.268 -0.0726 0.0032 0.073 272 F0IV δΒ 138917 76276B 15 34 48.0 +10 32 15 0.268 -0.0726 0.0032 0.073 272 F0IV (DSCTC)

ε 141795 77622 15 50 48.9 +04 28 40 0.147 0.1280 0.0619 0.142 64 A2m ζ 164259 88175 18 00 28.8 - 03 41 25 0.390 0.1542 -0.0444 0.160 106 F3V η 168723 89962 18 21 18.5 - 02 53 56 0.941 -0.5476 -0.7007 0.889 218 K0III-IV ϑ1 175638 92946 18 56 13.1 +04 12 13 0.161 0.0377 0.0270 0.046 54 A5V ϑ2 175639 92951 18 56 14.5 +04 12 07 0.204 0.0524 0.0312 0.061 59 A5Vn

ιΑ 140159 76852A 15 41 33.0 +19 40 13 0.062 -0.0579 -0.0386 0.070 236 A1V ιΒ 140159 76852B 15 41 33.0 +19 40 13 0.062 -0.0616 -0.0474 0.078 232 – κ 141477 77450 15 48 44.3 +18 08 29 1.616 -0.0518 -0.0887 0.103 210 M1III λ 141004 77257 15 46 26.5 +07 21 11 0.604 -0.2255 -0.0685 0.236 253 G0Vvar µ 141513 77516 15 49 37.1 - 03 25 49 -0.036 -0.0981 -0.0274 0.102 254 A0V

ν 156928 84880 17 20 49.5 - 12 50 48 0.037 0.0428 0.0027 0.043 86 A2V ξ 159876 86263 17 37 35.1 - 15 23 55 0.262 -0.0393 -0.0613 0.073 213 F0IVδSct ο 160613 86565 17 41 24.8 - 12 52 31 0.086 -0.0722 -0.0552 0.091 233 A2Va (DSCTC) π 143894 78554 16 02 17.7 +22 48 16 0.066 0.0046 0.0240 0.024 11 A3V ρ 141992 77661 15 51 15.8 +20 58 40 1.534 -0.0547 0.0180 0.058 288 K5III

σ 147449 80179 16 22 04.3 +01 01 45 0.338 -0.1560 0.0481 0.163 287 F0V τ1 137471 75530 15 25 47.3 +15 25 41 1.650 -0.0140 -0.0075 0.016 242 M1III τ2 138527 76069 15 32 09.6 +16 03 22 -0.038 -0.0029 0.0068 0.007 337 B9V τ3 139074 76337 15 35 33.1 +17 39 20 0.975 -0.0771 -0.0133 0.078 260 G8III: τ4 139216 76423 15 36 28.1 +15 06 05 1.200 -0.0034 0.0096 0.010 340 M5II-III (SRB)

τ5 139225 76424 15 36 29.2 +16 07 08 0.354 0.0715 -0.0055 0.072 94 F3V τ6 140027 76810 15 40 59.1 +16 01 29 0.908 0.0222 -0.0168 0.028 127 G8III τ7 140232 76878 15 41 54.6 +18 27 50 0.207 -0.0730 0.0569 0.093 308 A2m τ8 140729 77111 15 44 42.1 +17 15 51 0.002 -0.0304 0.0066 0.031 282 A0V υ 141187 77336 15 47 17.2 +14 06 55 0.094 -0.0550 0.0316 0.063 300 A3V

ϕ 142980 78132 15 57 14.5 +14 24 52 1.141 -0.1208 0.0873 0.149 306 K1IV χ 140160 76866 15 41 47.3 +12 50 50 0.033 0.0397 -0.0046 0.040 97 A0pSr (ACV) ψ 140538 77052 15 44 01.7 +02 30 54 0.684 -0.0450 -0.1447 0.152 197 G5V ω 141680 77578 15 50 17.5 +02 11 47 1.019 0.0302 -0.0476 0.056 148 G8III 3ASer 135482 74649A 15 15 11.3 +04 56 22 1.092 -0.0231 0.0039 0.023 280 K0III

3BSer — 74649B 15 15 11.3 +04 56 22 1.092 -0.0231 0.0039 0.023 280 – 4 Ser 135559 74689 15 15 49.0 +00 22 20 0.181 -0.1073 0.0128 0.108 277 A4V 5 Ser 136202 74975 15 19 18.7 +01 45 55 0.540 0.3732 -0.5136 0.635 144 F8III-IV MQ(BY:) 6ASer 136514 75119A 15 21 01.9 +00 42 55 1.191 -0.0425 -0.1041 0.112 202 K3III 6BSer 136514 75119B 15 21 02.0 +00 42 58 1.191 -0.0425 -0.1041 0.112 202 –

7 Ser 136831 75230 15 22 23.3 +12 34 03 -0.008 0.0002 -0.0045 0.005 177 A0V 8 Ser 137006 75342 15 23 43.7 - 01 01 21 0.264 0.0767 -0.0282 0.082 110 F0V 10 Ser 137898 75761 15 28 38.1 +01 50 31 0.245 -0.0846 -0.0335 0.091 248 A8IV 11 Ser 138562 76133 15 32 57.9 - 01 11 11 1.092 -0.0173 -0.0412 0.045 203 K0III 14 Ser 139137 76427 15 36 33.8 - 00 33 41 0.728 -0.0226 -0.0215 0.031 226 G8III

16 Ser 139195 76425 15 36 29.6 +10 00 36 0.925 0.0467 -0.1147 0.124 158 K0p 25 Ser 140873 77227 15 46 05.5 - 01 48 16 -0.035 -0.0218 -0.0318 0.039 215 B8III 29 Ser 141040 77249 15 46 24.1 +15 31 35 0.223 -0.0201 0.0066 0.021 288 A3 36 Ser 141851 77660 15 51 15.5 - 03 05 26 0.135 -0.0925 -0.0276 0.097 253 A3Vn 39 Ser 142267 77801 15 53 12.1 +13 11 48 0.598 -0.1506 -0.5627 0.582 195 G0IV

246 Serpens (I)

SER m M π pc l.y. V RV L F mc Bin? ADS α 2.63 0.87 0.0445″ 22 73 15 3 35 24 h 1277 9765 β 3.65 0.29 0.0213 47 153 18 -1 60 28 Σ 1970 9778 γ 3.85 3.62 0.0899 11.1 36.3 70 7 2.8 41 β pm δΑ 5.26 1.21 0.0155 64 210 47 -41 26 13 3.80 Σ 1954 9701A δΒ 4.22 0.18 0.0155 64 210 44 -38 67 13 Σ 1954 9701B

ε 3.71 2.04 0.0464 22 70 17 -9 12 37 ζ 4.62 2.79 0.0431 23 76 46 -43 6.0 57 η 3.23 1.84 0.0528 19 62 80 9 14 58 Σ ΙΙ 8 ϑ1 4.69 1.65 0.0247 40 132 46 -45 17 63 4.03 Σ 2417 11853A ϑ2 5.06 1.85 0.0228 44 143 54 -53 14 63 Σ 2417 11853B

ιΑ 5.35 1.50 0.0170 59 192 26 -17 20 21 4.51 Hu 580 9744A ιΒ 5.22 1.37 0.0170 59 192 22 - 22 21 Hu 580 9744B κ 4.09 -1.05 0.0094 107 348 65 -39 208 35 λ 4.42 4.07 0.0851 11.8 38.3 67 -66 1.9 27 µ 3.54 0.14 0.0209 48 156 25 -9 69 32

ν 4.32 0.45 0.0169 59 193 13 5 52 53 Sh 247 10481 ξ 3.54 0.99 0.0309 32 105 44 -43 32 55 Rst 5090 ο 4.24 0.68 0.0194 52 168 37 -30 42 56 π 4.82 1.15 0.0184 54 177 29 -28 27 44 ρ 4.74 -0.68 0.0083 121 395 70 -62 147 38

σ 4.82 2.64 0.0366 27 89 54 -50 7.0 50 τ1 5.16 -2.09 0.0036 282 918 29 -20 539 9 τ2 6.22 0.61 0.0076 132 431 19 -18 45 12 τ3 6.10 0.58 0.0079 127 414 52 -22 46 15 τ4 6.51 0.50 0.0063 159 520 27 -26 50 17

τ5 5.93 2.48 0.0204 49 160 17 -2 8.0 18 τ6 6.00 0.30 0.0072 138 450 18 3 60 19 τ7 5.80 2.17 0.0188 53 174 37 -29 11 22 τ8 6.15 1.18 0.0102 98 321 15 -5 26 26 υ 5.71 1.27 0.0130 77 252 41 -34 24 31

ϕ 5.54 1.33 0.0144 70 227 84 -68 23 [-] χ 5.34 1.11 0.0143 70 228 13 2 28 20 ψ 5.86 5.03 0.0682 14.7 47.8 18 14 0.8 23 A 2230 9763 ω 5.21 0.68 0.0124 81 263 22 -3 42 34 3ASer 5.61 -0.17 0.0070 143 467 38 -34 92 5.32 bin:A

3BSer 7.90 2.12 0.0070 143 467 16 - 11 bin:B 4 Ser 5.62 2.15 0.0202 50 161 28 -12 11 5 Ser 5.04 3.08 0.0405 25 81 92 54 4.6 Σ 1930 9584 6ASer 5.54 1.18 0.0134 75 244 41 9 27 5.35 β 32 9596A 6BSer 9.42 5.05 0.0134 75 244 40 - 0.7 β 32 9596B

7 Ser 6.29 0.62 0.0073 136 445 5 4 45 8 Ser 6.11 2.41 0.0182 55 179 21 -2 8.5 10 Ser 5.15 2.28 0.0267 37 122 19 -10 10 11 Ser 5.50 0.91 0.0121 83 270 24 -16 34 14 Ser 6.51 0.52 0.0063 158 514 33 -23 49

16 Ser 5.26 0.97 0.0139 72 235 43 8 32 25 Ser 5.39 -0.10 0.0080 125 408 26 -12 86 29 Ser 6.70 -0.19 0.0042 239 780 54 -48 94 36 Ser 5.09 1.65 0.0205 49 159 24 -8 17 39 Ser 6.07 4.86 0.0573 17 57 60 36 0.9 β pm

247 Serpens (II)

SER HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

40 Ser 142500 77910 15h54m40.3s +08º34′49″ 0.171 0.0023 -0.0006 0.002 106º A7Vn FP(INT) 43 Ser 144046 78685 16 03 45.7 +04 59 12 0.960 -0.0381 0.0173 0.042 294 G9III 45 Ser 144874 79007 16 07 37.5 +09 53 30 0.200 -0.0208 -0.0071 0.022 251 A7V 46 Ser 144937 79047 16 08 05.7 +10 04 50 0.169 -0.0300 -0.0273 0.041 228 A3 47 Ser 145002 79072 16 08 27.9 +08 32 03 1.575 -0.0136 -0.0062 0.015 246 M3.5IIIa FS(LB:)

59ASer 169985 90441A 18 27 12.5 +00 11 46 0.487 -0.0026 -0.0088 0.009 197 G0III+A6V d(I:) 59BSer 169986 90441B 18 27 12.3 +00 11 50 0.487 -0.0026 -0.0088 0.009 197 F5V 60 Ser 170474 90642 18 29 40.9 - 01 59 07 0.961 0.0298 -0.0338 0.045 139 K0III 61 Ser 170920 90844 18 31 56.9 - 01 00 11 0.170 0.0100 -0.0046 0.011 115 A4III 64 Ser 175869 93051 18 57 16.5 +02 32 07 0.004 -0.0047 -0.0125 0.013 201 B9IIIpHg

Cou 189A 134943 74386A 15 12 04.2 +18 58 33 1.414 -0.0164 0.0114 0.020 305 M4II FL(LB) Cou 189B 134943 74386B 15 12 04.2 +18 58 34 1.414 -0.0164 0.0114 0.020 305 – Σ 2375A 173495 92027A 18 45 28.3 +05 30 00 0.041 0.0155 0.0020 0.016 83 A1V Σ 2375D 173495 92027D 18 45 28.4 +05 30 00 0.041 0.0155 0.0020 0.016 83 – R Ser 141850 77615 15 50 41.6 +15 08 00 1.500 -0.0020 -0.0354 0.035 183 M7IIIe (M)

- Ser 142574 77902 15 54 34.5 +20 18 40 1.588 -0.0838 0.0430 0.094 297 M0III - Ser 145206 79195 16 09 50.4 - 03 28 00 1.446 -0.0243 0.0006 0.024 272 K4III - Ser 168415 89851 18 20 08.7 - 15 49 54 1.473 0.0400 -0.0387 0.056 134 K4III

248 Serpens (II)

SER m M π pc l.y. V RV L F mc Bin? ADS 40 Ser 6.28 1.94 0.0135″ 74 241 25 -25 13 43 Ser 6.07 0.68 0.0084 119 389 50 -44 42 Kui 69 45 Ser 5.63 1.05 0.0121 83 269 29 -28 30 46 Ser 6.74 1.55 0.0092 109 355 30 -22 19 47 Ser 5.69 -0.52 0.0057 174 568 25 -22 127

59ASer 5.44 -0.39 0.0068 147 479 24 -23 113 5.20 Σ 2316 11353A 59BSer 7.62 1.78 0.0068 147 479 23 -22 15 Σ 2316 11353B 60 Ser 5.38 1.08 0.0138 72 236 32 28 29 61 Ser 5.93 -0.28 0.0057 175 570 29 -27 102 64 Ser 5.56 -2.08 0.0030 338 1101 24 -10 536

Cou 189A 6.02 -1.01 0.0039 254 830 42 -35 200 5.90 Cou 189A Cou 189B 8.16 1.13 0.0039 254 830 24 - 28 Cou 189B Σ 2375A 6.43 -0.25 0.0046 217 709 20 -11 99 5.82 Σ 2375 1640A Σ 2375D 7.19 0.51 0.0046 217 709 16 - 49 Σ 2375 1640D R Ser 9.70 2.47 0.0036 279 911 53 24 8.1

- Ser 5.45 -0.88 0.0054 185 601 103 -61 177 - Ser 5.39 -0.51 0.0066 152 494 49 -46 126 - Ser 5.39 -0.41 0.0069 144 470 49 31 114

249 Sextans

SEX HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 87887 49641 10h07m56.2s - 00º22′18″ -0.032 -0.0262 -0.0037 0.026 262º A0III β 90994 51437 10 30 17.4 - 00 38 13 -0.138 -0.0401 -0.0222 0.046 241 B6V (ACV) γΑ 85558 48437A 09 52 30.4 - 08 06 18 0.038 -0.0618 -0.0472 0.078 233 A2V γΒ 85558 48437B 09 52 30.4 - 08 06 18 0.038 -0.0627 -0.0354 0.072 241 – δ 90882 51362 10 29 28.6 - 02 44 21 -0.050 -0.0488 -0.0128 0.050 255 B9.5V

ε 89254 50414 10 17 37.7 - 08 04 08 0.336 -0.1603 0.0028 0.160 271 F2III 3 Sex 84882 48087 09 48 12.6 - 07 14 45 0.019 -0.0176 -0.0118 0.021 236 B9 4 Sex 85217 48273 09 50 30.1 +04 20 36 0.479 -0.1501 -0.0509 0.158 251 F6V 5 Sex 85294 48286 09 50 41.1 - 07 22 56 0.425 0.0097 -0.0387 0.040 166 F2 6 Sex 85364 48341 09 51 14.0 - 04 14 36 0.171 0.0138 -0.0283 0.031 154 A8III

7 Sex 85504 48414 09 52 12.2 +02 27 15 -0.040 -0.1850 0.0954 0.208 297 A0Vs 9 Sex 85762 48552 09 54 06.7 +04 56 43 1.565 -0.0268 0.0126 0.030 295 K5 12 Sex 86611 48990 09 59 43.1 +03 23 05 0.288 -0.0588 0.0181 0.062 287 F0V 13 Sex 87301 49329 10 04 08.4 +03 12 04 0.398 -0.0736 -0.0938 0.119 218 F4V 14 Sex 87682 49530 10 06 47.4 +05 36 41 0.939 -0.0330 -0.0163 0.037 244 K1III

16 Sex 88048 49739 10 09 14.9 +06 10 15 1.352 -0.0124 -0.0029 0.013 257 K0 17ASex 88195 49812A 10 10 07.5 - 08 24 30 0.026 -0.0285 -0.0029 0.029 264 A1V 17BSex — 49812B 10 10 07.4 - 08 24 30 0.026 -0.0285 -0.0029 0.029 264 – 18 Sex 88333 49865 10 10 55.7 - 08 25 06 1.304 -0.0001 -0.0454 0.045 180 K2III 19 Sex 88547 50027 10 12 48.3 +04 36 53 1.178 -0.0487 -0.0044 0.049 265 K0III:

20 Sex 88697 50100 10 13 44.4 - 07 23 03 0.496 -0.1907 0.0193 0.192 276 F8 21 Sex 88764 50140 10 14 08.3 - 07 59 36 1.030 -0.0114 -0.0221 0.025 207 K0 23 Sex 89688 50684 10 21 02.0 +02 17 23 -0.094 -0.0101 -0.0004 0.010 268 B2.5IV RS(BCEP:) 24 Sex 90043 50887 10 23 28.3 - 00 54 09 0.918 0.0652 -0.0338 0.073 117 G5 25 Sex 90044 50885 10 23 26.4 - 04 04 27 -0.048 -0.0505 0.0042 0.051 275 B9pSiCrSr SS(ACV)

26 Sex 90473 51117 10 26 36.9 - 00 59 17 1.443 -0.0485 0.0092 0.049 281 K0 27 Sex 90485 51135 10 26 46.8 - 04 23 18 0.920 -0.0445 -0.0014 0.045 268 K0 31 Sex 91011 51451 10 30 30.8 +02 09 02 1.030 0.0593 -0.0382 0.071 123 K0 32 Sex 91256 51592 10 32 18.5 +04 38 43 1.111 -0.0124 0.0341 0.036 340 K0 33 Sex 92588 52316 10 41 24.2 - 01 44 30 0.880 -0.1369 -0.1191 0.181 229 K1IV

34ASex 92749 52401A 10 42 37.5 +03 34 59 0.507 -0.0754 0.0351 0.083 295 F5 34BSex — 52401B 10 42 37.5 +03 34 59 0.507 -0.0962 0.0137 0.097 278 – 35ASex 92841 52452A 10 43 20.9 +04 44 52 1.168 0.0197 -0.0330 0.038 149 K3III+K0III 35BSex — 52452B 10 43 20.5 +04 44 49 1.168 0.0197 -0.0330 0.038 149 K7 36 Sex 93102 52584 10 45 09.4 +02 29 17 1.212 -0.0486 -0.0239 0.054 244 K4III

39 Sex 93704 52884 10 48 57.9 - 09 06 00 0.915 -0.0086 -0.0228 0.024 201 K0 40ASex 93742 52913A 10 49 17.3 - 04 01 27 0.211 -0.0507 -0.0020 0.051 268 A2IV 40BSex 93742 52913B 10 49 17.3 - 04 01 25 0.211 -0.0452 -0.0012 0.045 269 – 41 Sex 93903 52980 10 50 18.0 - 08 53 52 0.156 -0.0053 -0.0147 0.016 200 A3m

250 Sextans

SEX m M π pc l.y. V RV L F mc Bin? ADS α 4.48 -0.25 0.0114″ 88 287 13 7 99 15 β 5.08 -0.04 0.0095 106 345 26 12 82 30 γΑ 5.63 1.11 0.0125 80 261 32 12 28 8 5.07 h 4256 7555A γΒ 6.10 1.58 0.0125 80 261 27 0 18 h 4256 7555B δ 5.19 0.37 0.0109 92 300 29 19 56 29

ε 5.25 1.51 0.0179 56 183 45 15 20 22 3 Sex 7.04 0.88 0.0059 170 555 17 - 35 4 Sex 6.24 2.93 0.0218 46 150 38 17 5.3 5 Sex 7.11 1.79 0.0086 116 379 22 - 15 6 Sex 6.01 2.07 0.0163 61 200 14 -10 12

7 Sex 6.02 -1.52 0.0031 322 1048 332 97 318 9 Sex 6.72 -0.87 0.0030 329 1072 54 27 175 S 605 12 Sex 6.69 2.34 0.0135 74 241 22 -4 9.1 13 Sex 6.43 2.73 0.0182 55 179 31 0 6.4 14 Sex 6.20 1.07 0.0094 106 345 25 17 29

16 Sex 6.60 0.20 0.0052 191 622 28 26 66 17ASex 5.97 -0.07 0.0062 162 527 22 - 84 5.91 bin:A 17BSex 9.26 3.22 0.0062 162 527 22 - 4.0 bin:B 18 Sex 5.64 -0.17 0.0069 145 473 31 0 92 19 Sex 5.77 -0.27 0.0062 162 527 49 32 101

20 Sex 7.21 3.79 0.0207 48 157 46 15 2.4 21 Sex 6.97 0.39 0.0048 207 675 26 9 55 23 Sex 6.66 -1.99 0.0019 538 1753 26 5 493 24 Sex 6.45 2.08 0.0134 75 244 26 0 12 25 Sex 5.93 0.77 0.0093 108 351 35 23 39

26 Sex 6.33 -0.49 0.0043 231 755 54 4 124 27 Sex 6.55 0.12 0.0052 193 629 41 6 70 31 Sex 6.98 1.13 0.0068 148 482 49 -1 28 32 Sex 7.09 0.55 0.0049 203 661 36 7 47 33 Sex 6.25 3.57 0.0291 34 112 52 43 2.9

34ASex 6.92 2.65 0.0140 72 234 34 19 6.9 6.57 A 2768 7896A 34BSex 8.45 4.17 0.0140 72 234 33 - 1.7 A 2768 7896B 35ASex 6.29 -0.36 0.0047 214 697 39 -5 110 5.77 Σ 1466 7902A 35BSex 7.34 0.69 0.0047 214 697 39 -2 42 Σ 1466 7902B 36 Sex 6.27 -0.19 0.0051 196 639 51 11 94

39 Sex 7.07 0.46 0.0048 210 685 27 -12 52 40ASex 7.09 2.18 0.0104 96 313 27 14 11 6.61 Σ 1476 7936A 40BSex 7.91 3.00 0.0104 96 313 21 - 5.0 Σ 1476 7936B 41 Sex 5.80 0.55 0.0089 112 366 9 -4 48 h 838 7942

251 Taurus (I)

TAU HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 29139 21421 04h35m55.2s +16º30′33″ 1.538 0.0628 -0.1894 0.199 162º K5III (LB) β 35497 25428 05 26 17.5 +28 36 27 -0.130 0.0233 -0.1742 0.176 172 B7III γ 27371 20205 04 19 47.5 +15 37 39 0.981 0.1153 -0.0239 0.118 102 G8III δ1 27697 20455 04 22 56.0 +17 32 33 0.983 0.1078 -0.0288 0.112 105 G8III δ2 27819 20542 04 24 05.7 +17 26 38 0.154 0.1100 -0.0335 0.115 107 A7V

δ3Α 27962 20648A 04 25 29.3 +17 55 41 0.049 0.1083 -0.0325 0.113 107 A2IV V776(ACV) δ3Β 27962 20648B 04 25 29.3 +17 55 42 0.049 0.1083 -0.0325 0.113 107 – ε 28305 20889 04 28 36.9 +19 10 49 1.014 0.1072 -0.0368 0.113 109 K0III ζ 37202 26451 05 37 38.6 +21 08 33 -0.148 0.0024 -0.0180 0.018 172 B4IIIp (E/GS+GCAS:) η 23630 17702 03 47 29.0 +24 06 18 -0.086 0.0194 -0.0431 0.047 156 B7III

ϑ1 28307 20885 04 28 34.4 +15 57 44 0.952 0.1048 -0.0150 0.106 98 G7III ϑ2 28319 20894 04 28 39.7 +15 52 15 0.179 0.1087 -0.0264 0.112 104 A7III (DSCTC+E) ι 32301 23497 05 03 05.7 +21 35 24 0.155 0.0689 -0.0409 0.080 121 A7V κ1 27934 20635 04 25 22.1 +22 17 38 0.136 0.1055 -0.0441 0.114 113 A7IV-V κ2 27946 20641 04 25 24.9 +22 11 59 0.250 0.1125 -0.0471 0.122 113 A7V

λ 25204 18724 04 00 40.8 +12 29 25 -0.099 -0.0082 -0.0120 0.014 214 B3V (EA/DM) µ 26912 19860 04 15 32.0 +08 53 32 -0.054 0.0204 -0.0218 0.030 137 B3IV ν 25490 18907 04 03 09.3 +05 59 22 0.032 0.0055 -0.0016 0.006 106 A1V ξΑ 21364 16083A 03 27 10.1 +09 43 58 -0.082 0.0536 -0.0381 0.066 125 B9Vn ξΒ — 16083B 03 27 10.1 +09 43 58 -0.082 0.0536 -0.0381 0.066 125 –

ο 21120 15900 03 24 48.7 +09 01 44 0.887 -0.0743 -0.0803 0.109 223 G8III π 28100 20732 04 26 36.4 +14 42 49 0.979 -0.0076 -0.0312 0.032 194 G8III ρ 28910 21273 04 33 50.8 +14 50 40 0.255 0.1037 -0.0259 0.107 104 A8V (DSCTC) σ1 29479 21673 04 39 09.2 +15 47 59 0.141 0.0324 -0.0777 0.084 157 A4m σ2 29488 21683 04 39 16.4 +15 55 05 0.147 0.0824 -0.0195 0.085 103 A5Vn

τ 29763 21881 04 42 14.6 +22 57 25 -0.112 -0.0028 -0.0203 0.021 188 B3V (DSCT) υ 28024 20711 04 26 18.4 +22 48 49 0.263 0.1087 -0.0458 0.118 113 A8Vn (DSCTC) ϕ 27382 20250 04 20 21.2 +27 21 03 1.150 -0.0290 -0.0770 0.082 201 K1III χ 27638 20430 04 22 34.9 +25 37 45 -0.041 0.0204 -0.0179 0.027 131 B9V ψ 25867 19205 04 07 00.4 +29 00 05 0.359 -0.0940 0.0049 0.094 273 F1V

ω 27045 19990 04 17 15.6 +20 34 43 0.259 -0.0409 -0.0615 0.074 214 A3m 4 Tau 21686 16322 03 30 24.4 +11 20 11 -0.041 -0.0117 -0.0161 0.020 216 A0Vn 5 Tau 21754 16369 03 30 52.3 +12 56 12 1.112 0.0189 -0.0016 0.019 95 K0II-III 6 Tau 21933 16511 03 32 35.9 +09 22 25 -0.072 0.0326 -0.0492 0.059 146 B9IV 7ATau 22091 16664A 03 34 26.6 +24 27 53 0.123 0.0027 -0.0340 0.034 175 A3V

7BTau 22091 16664B 03 34 26.6 +24 27 54 0.123 -0.0010 -0.0276 0.028 182 – 9 Tau 22374 16859 03 36 58.0 +23 12 39 0.123 -0.0154 -0.0184 0.024 220 A2p V486(ACV) 10 Tau 22484 16852 03 36 52.3 +00 24 06 0.575 -0.2327 -0.4820 0.535 206 F9V 11 Tau 22805 17181 03 40 46.3 +25 19 46 0.097 0.0096 -0.0140 0.017 146 A2IV 12 Tau 22796 17103 03 39 51.1 +03 03 25 0.931 -0.0366 0.0083 0.038 283 G6III:

14 Tau 23183 17408 03 43 47.2 +19 39 54 0.994 0.1158 -0.0566 0.129 116 G8III 13 Tau 23016 17309 03 42 18.9 +19 42 01 -0.016 0.0058 -0.0132 0.014 156 B9Vn 16 Tau 23288 17489 03 44 48.1 +24 17 22 -0.034 0.0207 -0.0440 0.049 155 B7IV 17 Tau 23302 17499 03 44 52.5 +24 06 48 -0.105 0.0216 -0.0449 0.050 154 B6III 18 Tau 23324 17527 03 45 09.7 +24 50 21 -0.064 0.0190 -0.0466 0.050 158 B8V

19 Tau 23338 17531 03 45 12.4 +24 28 02 -0.110 0.0194 -0.0416 0.046 155 B6V 20 Tau 23408 17573 03 45 49.5 +24 22 04 -0.063 0.0211 -0.0450 0.050 155 B8III 21 Tau 23432 17579 03 45 54.3 +24 33 17 -0.036 0.0194 -0.0454 0.049 157 B8V 22 Tau 23441 17588 03 46 02.9 +24 31 41 -0.020 0.0198 -0.0444 0.049 156 A0Vn 23 Tau 23480 17608 03 46 19.5 +23 56 54 -0.051 0.0212 -0.0427 0.048 154 B6IV V971(BCEP)

252 Taurus (I)

TAU m M π pc l.y. V RV L F mc Bin? ADS α 0.87 -0.63 0.0501″ 20 65 57 54 141 87 β 550 3321 β 1.65 -1.37 0.0249 40 131 34 8 278 112 Barnard γ 3.65 0.28 0.0212 47 154 47 39 61 54 δ1 3.77 0.41 0.0213 47 153 46 39 54 61 β pm δ2 4.80 1.55 0.0224 45 146 46 39 19 64 β pm

δ3Α 4.35 1.07 0.0221 45 148 43 35 30 68 4.32 Kui 17 3206A δ3Β 8.37 5.08 0.0221 45 148 24 - 0.7 Kui 17 3206B ε 3.53 0.15 0.0210 48 155 47 39 69 74 β pm ζ 2.97 -2.56 0.0078 128 417 23 20 835 123 η 2.85 -2.41 0.0089 113 368 27 10 725 25 2.81 Σ Ι 8Α [with 24 Tau]

ϑ1 3.84 0.42 0.0207 48 158 47 40 54 77 Σ Ι 10Β ϑ2 3.40 0.10 0.0219 46 149 47 40 72 78 Σ Ι 10Α [with ϑ1 Tau] ι 4.62 1.13 0.0200 50 163 45 41 28 102 κ1 4.21 0.85 0.0213 47 153 47 40 36 65 3.86 Σ Ι 9 3201A κ2 5.27 2.05 0.0227 44 144 41 32 12 67 Σ Ι 9 3201B

λ 3.41 -1.87 0.0088 114 370 20 18 439 35 µ 4.27 -1.35 0.0075 133 435 25 17 274 49 ν 3.91 0.92 0.0252 40 129 6 -6 34 38 ξΑ 3.74 -0.43 0.0147 68 222 21 -2 117 2 3.73 bin:A ξΒ 7.55 3.39 0.0147 68 222 21 - 3.5 2 bin:B

ο 3.61 -0.45 0.0154 65 211 40 -21 119 1 π 4.69 -1.03 0.0072 139 455 38 32 204 73 ρ 4.65 1.30 0.0214 47 152 46 40 24 86 σ1 5.08 1.74 0.0215 47 152 27 19 16 91 Σ Ι 11Β σ2 4.67 1.23 0.0205 49 159 41 36 25 92 4.10 Σ Ι 11Α

τ 4.33 -1.12 0.0081 123 400 19 15 221 94 4.27 ΟΣ 54 υ 4.28 0.90 0.0211 47 155 44 35 34 69 bin ϕ 4.97 -0.13 0.0095 105 342 41 3 89 52 Sh 40 3137 (OPT) χ 5.38 0.81 0.0122 82 267 20 17 37 59 Σ 528 3161 ψ 5.21 3.01 0.0363 28 90 15 9 4.9 42

ω 4.93 2.64 0.0349 29 93 19 16 6.9 50 4 Tau 5.14 -0.39 0.0078 128 417 12 0 113 5 Tau 4.14 -1.08 0.0091 110 360 18 15 212 6 Tau 5.76 0.57 0.0092 109 355 31 7 46 7ATau 6.73 0.72 0.0063 159 519 37 29 40 5.95 Σ 412 2616A

7BTau 6.76 0.75 0.0063 159 519 21 - 39 Σ 412 2616B 9 Tau 6.72 1.08 0.0075 134 437 15 0 29 10 Tau 4.29 3.60 0.0729 13.7 44.7 45 28 2.8 11 Tau 6.11 0.09 0.0062 160 522 14 6 73 bin 12 Tau 5.55 0.10 0.0081 123 400 30 21 72

14 Tau 6.13 0.99 0.0094 106 347 102 78 32 13 Tau 5.68 0.19 0.0080 125 409 13 -10 66 16 Tau 5.45 0.40 0.0098 103 334 24 3 55 17 Tau 3.72 -1.56 0.0088 114 370 29 12 330 18 Tau 5.66 0.40 0.0089 113 368 27 -2 54

19 Tau 4.30 -0.99 0.0088 114 373 26 6 196 h 3251 20 Tau 3.87 -1.34 0.0091 110 360 27 8 271 21 Tau 5.76 0.39 0.0084 119 387 28 0 55 22 Tau 6.43 1.25 0.0092 109 354 25 0 25 23 Tau 4.14 -1.07 0.0091 110 359 26 6 211 HdO

253 Taurus (II)

TAU HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

24 Tau 23629 — 03h47m21.1s +24º06′58″ 0.010 0.0220 -0.0440 0.049 153º A4V 26 Tau 23822 17832 03 48 57.0 +23 51 26 0.377 0.0469 -0.0565 0.073 140 F0 27 Tau 23850 17847 03 49 09.7 +24 03 12 -0.070 0.0178 -0.0447 0.048 158 B8III 28 Tau 23862 17851 03 49 11.1 +24 08 12 -0.082 0.0187 -0.0467 0.050 158 B7p BU(GCAS) 29 Tau 23466 17563 03 45 40.4 +06 03 00 -0.099 0.0206 -0.0156 0.026 127 B3V

30 Tau 23793 17771 03 48 16.2 +11 08 36 -0.125 0.0283 -0.0298 0.041 137 B3V 31ATau 24263 18089A 03 52 00.2 +06 32 05 0.046 0.0076 -0.0028 0.008 110 B5V 31BTau 24263 18089B 03 52 00.2 +06 32 04 0.046 0.0075 -0.0075 0.011 135 – 32 Tau 24740 18471 03 56 52.0 +22 28 41 0.345 0.0694 -0.1148 0.134 149 F2IV 33 Tau 24769 18485 03 57 03.8 +23 10 32 0.031 0.0090 -0.0170 0.019 152 B9.5IV V817(ELL)

36 Tau 25555 19009 04 04 21.6 +24 06 21 0.813 -0.0003 -0.0138 0.014 181 G0III 37 Tau 25604 19038 04 04 41.7 +22 04 55 1.064 0.0917 -0.0585 0.109 123 K0III 39 Tau 25680 19076 04 05 20.2 +22 00 32 0.620 0.1726 -0.1301 0.216 127 G5V 40 Tau 25558 18957 04 03 44.5 +05 26 08 -0.080 0.0012 -0.0054 0.006 167 B3V 41 Tau 25823 19171 04 06 36.3 +27 36 00 -0.124 0.0221 -0.0502 0.055 156 B9pSi GS(ACV)

43 Tau 26162 19388 04 09 09.9 +19 36 33 1.077 0.1074 -0.0316 0.112 106 K2III 44 Tau 26322 19513 04 10 49.8 +26 28 51 0.352 -0.0308 -0.0361 0.047 220 F2IV-V IM(DSCT) 45 Tau 26462 19554 04 11 20.2 +05 31 23 0.360 0.1469 0.0050 0.147 88 F4V 46 Tau 26690 19719 04 13 33.0 +07 42 58 0.366 -0.0040 0.0045 0.006 318 F3V 47ATau 26722 19740A 04 13 56.3 +09 15 49 0.799 -0.0094 -0.0306 0.032 197 G5III CE(SR)

47BTau 26722 19740B 04 13 56.3 +09 15 50 0.799 -0.0094 -0.0306 0.032 197 – 48 Tau 26911 19877 04 15 46.3 +15 24 02 0.400 0.1144 -0.0221 0.116 101 F5Vvar V1099(ELL:) 51 Tau 27176 20087 04 18 23.1 +21 34 46 0.277 0.0964 -0.0339 0.102 109 F0V 53 Tau 27295 20171 04 19 26.1 +21 08 32 -0.069 0.0295 -0.0427 0.052 145 B9IV 55ATau 27383 20215A 04 19 54.9 +16 31 21 0.509 0.1269 -0.0424 0.134 108 F7V+G3V

55BTau 27383 20215B 04 19 54.9 +16 31 21 0.509 0.1016 -0.0165 0.103 99 – 56 Tau 27309 20186 04 19 36.7 +21 46 25 -0.107 0.0298 -0.0414 0.051 144 A0pSi V724(ACV) 57 Tau 27397 20219 04 19 57.6 +14 02 07 0.283 0.1154 -0.0199 0.117 100 F3V V483(DSCTC) 58 Tau 27459 20261 04 20 36.3 +15 05 43 0.225 0.1088 -0.0207 0.111 101 F0V V696(DSCTC) 60 Tau 27628 20400 04 22 03.4 +14 04 38 0.315 0.1140 -0.0214 0.116 101 A3m V775(DSCTC)

62ATau 27778 20533 04 23 59.8 +24 18 04 0.173 0.0435 -0.0129 0.045 107 B3V 62BTau — 20531 04 23 57.8 +24 18 14 0.173 0.0058 -0.0070 0.009 141 – 63 Tau 27749 20484 04 23 25.1 +16 46 38 0.310 0.1051 -0.0276 0.109 105 A1m 66 Tau 27820 20522 04 23 51.8 +09 27 39 0.074 -0.0210 -0.0067 0.022 252 A3V 70 Tau 27991 20661 04 25 37.4 +15 56 27 0.509 0.1046 -0.0288 0.109 105 F7V 71 Tau 28052 20713 04 26 20.7 +15 37 06 0.262 0.1147 -0.0333 0.119 106 F0V V777(DSCT) 72 Tau 28149 20789 04 27 17.4 +22 59 47 -0.098 -0.0004 -0.0133 0.013 182 B7V 75 Tau 28292 20877 04 28 26.3 +16 21 35 1.137 0.0081 0.0178 0.020 25 K2IIIvar 76 Tau 28294 20873 04 28 23.4 +14 44 27 0.325 0.1097 -0.0213 0.112 101 F0IV 79 Tau 28355 20901 04 28 50.2 +13 02 52 0.215 0.1052 -0.0151 0.106 98 A7V 80ATau 28485 20995A 04 30 08.3 +15 38 17 0.324 0.1076 -0.0239 0.110 103 F0V 80BTau 28485 20995B 04 30 08.4 +15 38 19 0.324 0.1076 -0.0239 0.110 103 – 81 Tau 28546 21039 04 30 38.8 +15 41 31 0.258 0.1042 -0.0243 0.107 103 Am 83 Tau 28556 21036 04 30 37.3 +13 43 28 0.263 0.1081 -0.0197 0.110 100 F0V 84 Tau 28595 21082 04 31 07.2 +15 06 19 1.725 0.0427 -0.0528 0.068 141 M3III 85 Tau 28677 21137 04 31 51.7 +15 51 06 0.338 0.1076 -0.0324 0.112 107 F4V 88 Tau 29140 21402 04 35 39.2 +10 09 39 0.184 0.0449 -0.0524 0.069 139 A5m 89 Tau 29375 21588 04 38 09.4 +16 02 00 0.312 0.1131 -0.0404 0.120 110 F0V 90 Tau 29388 21589 04 38 09.4 +12 30 39 0.122 0.1017 -0.0149 0.103 98 A6V 93 Tau 29589 21735 04 40 03.3 +12 11 52 -0.121 -0.0013 -0.0130 0.013 186 B8IV

254 Taurus (II)

TAU m M π pc l.y. V RV L F mc Bin? ADS 24 Tau 6.29 0.81 0.0080″ 125 408 30 5 37 Σ Ι 8Β [with η Tau] 26 Tau 6.47 2.11 0.0134 74 243 32 19 11 27 Tau 3.62 -1.72 0.0086 117 380 28 9 382 Σ 453 2786 28 Tau 5.05 -0.32 0.0084 119 387 29 4 106 29 Tau 5.34 -0.94 0.0055 181 588 28 17 187 h 2004 2750

30 Tau 5.08 -1.11 0.0058 173 565 37 16 220 Σ 452 2778 31ATau 6.27 -0.40 0.0046 216 704 18 16 114 5.66 Kui 15A 31BTau 6.62 -0.05 0.0046 216 704 11 - 82 Kui 15B 32 Tau 5.62 2.36 0.0223 45 146 43 32 8.9 33 Tau 6.05 -0.01 0.0061 163 531 29 -25 79

36 Tau 5.46 -1.87 0.0034 292 953 26 18 441 β 544 2965 37 Tau 4.36 0.64 0.0180 55 181 30 9 44 β pm 39 Tau 5.90 4.78 0.0598 17 55 31 26 1.0 β pm 40 Tau 5.32 -2.21 0.0031 321 1045 14 11 602 41 Tau 5.18 -0.72 0.0066 152 494 39 -2 153

43 Tau 5.51 0.76 0.0112 89 291 54 25 39 44 Tau 5.39 1.51 0.0167 60 195 23 19 20 45 Tau 5.71 2.78 0.0259 39 126 46 37 6.1 β pm 46 Tau 5.29 2.45 0.0270 37 121 4 4 8.2 A 1938 3064AB 47ATau 5.12 -0.17 0.0088 114 371 19 -7 92 4.84 β 547 3072A

47BTau 7.37 2.09 0.0088 114 371 17 - 12 β 547 3072B 48 Tau 6.31 3.07 0.0225 44 145 44 36 4.6 β pm 51 Tau 5.64 1.95 0.0183 55 179 44 35 13 β pm 53 Tau 5.50 0.93 0.0122 82 267 23 10 33 55ATau 7.26 4.09 0.0233 43 140 46 37 1.8 6.85 ΟΣ 79 3135A

55BTau 8.62 5.46 0.0233 43 140 21 - 0.5 ΟΣ 79 3135B 56 Tau 5.34 0.41 0.0103 97 316 26 12 54 57 Tau 5.58 2.32 0.0223 45 146 49 42 9.3 β pm 58 Tau 5.26 1.89 0.0212 47 154 44 36 14 60 Tau 5.72 2.42 0.0219 46 149 48 41 8.5 β pm

62ATau 6.40 -0.34 0.0045 223 726 51 16 108 6.34 Σ 534 3179A 62BTau 8.27 1.16 0.0038 265 862 11 - 27 Σ 534 3179B 63 Tau 5.64 2.27 0.0212 47 154 43 35 10 66 Tau 5.10 -0.32 0.0082 122 396 13 -4 106 Hu 304 3182AB 70 Tau 7.00 3.66 0.0215 47 152 45 38 2.7 6.44 bin:Aa

71 Tau 4.48 1.08 0.0209 48 156 47 38 29 72 Tau 5.53 0.01 0.0079 127 415 9 5 78 75 Tau 4.96 1.08 0.0168 60 194 19 18 29 76 Tau 5.90 2.23 0.0184 54 177 53 44 10 79 Tau 5.02 1.56 0.0203 49 160 41 33 19 80ATau 5.75 2.55 0.0229 44 142 38 30 7.5 80 5.58 Σ 554 3264A 80BTau 8.27 5.07 0.0229 44 142 23 - 0.7 Σ 554 3264B 81 Tau 5.47 2.24 0.0226 44 145 45 39 10 β pm 83 Tau 5.40 2.10 0.0218 46 149 46 39 11 β pm 84 Tau 6.28 0.55 0.0072 140 455 60 40 47 85 Tau 6.01 2.75 0.0223 45 147 43 36 6.3 88 Tau 4.44 1.12 0.0217 46 150 33 29 28 4.25 Sh 45 3317 89 Tau 5.78 2.49 0.0220 46 148 46 38 8.0 β pm 90 Tau 4.27 0.96 0.0218 46 150 50 45 32 β pm 93 Tau 5.45 0.33 0.0095 106 345 24 23 58

255 Taurus (III)

TAU HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

95 Tau 29859 21961 04h43m13.8s +24º05′20″ 0.544 0.0156 -0.0183 0.024 140º F7IV-V 96 Tau 30605 22441 04 49 44.1 +15 54 15 1.551 0.0039 -0.0069 0.008 151 K3III 97 Tau 30780 22565 04 51 22.4 +18 50 23 0.214 0.0797 -0.0328 0.086 112 A7IV-V V480(DSCT) 98 Tau 31592 23088 04 58 09.4 +25 03 01 0.018 0.0262 -0.0476 0.054 151 A0V 99 Tau 31553 23068 04 57 48.6 +23 56 55 1.109 0.0026 -0.0094 0.010 164 G8III:

101 Tau 31845 23214 04 59 44.3 +15 55 00 0.450 0.0872 -0.0292 0.092 109 F5V 103 Tau 32990 23900 05 08 06.6 +24 15 55 0.030 0.0017 -0.0053 0.006 162 B2V 104 Tau 32923 23835 05 07 27.0 +18 38 42 0.657 0.5361 0.0185 0.536 88 G4V 105 Tau 32991 23883 05 07 55.4 +21 42 17 0.168 0.0018 -0.0062 0.006 164 B2Ve 106 Tau 32977 23871 05 07 48.3 +20 25 06 0.118 -0.0491 -0.0313 0.058 237 A5V

107 Tau 33121 23949 05 08 50.4 +19 51 36 0.903 0.0062 -0.0139 0.015 156 G5III 108 Tau 34053 24512 05 15 27.7 +22 17 05 0.075 -0.0100 -0.0066 0.012 236 A2V 109 Tau 34559 24822 05 19 16.5 +22 05 47 0.937 0.0196 -0.0811 0.083 166 G8III 110 Tau 35189 25216 05 23 37.7 +16 41 58 0.141 -0.0275 -0.0219 0.035 232 A2IV 111 Tau 35296 25278 05 24 25.4 +17 23 00 0.544 0.2504 -0.0074 0.251 92 F8V SB V1119(BY)

113 Tau 35532 25410 05 26 05.7 +16 42 01 -0.084 0.0004 -0.0051 0.005 176 B2Vn 114 Tau 35708 25539 05 27 38.0 +21 56 13 -0.140 0.0018 -0.0070 0.007 166 B2.5IV 115 Tau 35671 25499 05 27 10.0 +17 57 44 -0.090 0.0079 -0.0211 0.022 159 B5V 116 Tau 35770 25555 05 27 45.6 +15 52 27 0.015 0.0044 -0.0213 0.022 168 B9.5Vn 117 Tau 35802 25583 05 28 01.6 +17 14 20 1.634 0.0165 -0.0462 0.049 160 M1III

118ATau 35943 25695A 05 29 16.2 +25 08 57 -0.042 0.0114 -0.0374 0.039 163 B9Vn 118BTau 35943 25695B 05 29 16.0 +25 08 53 -0.042 0.0065 -0.0254 0.026 166 A1V 119 Tau 36389 25945 05 32 12.7 +18 35 39 2.060 -0.0003 -0.0045 0.005 184 M2Ib CE(EA) 120 Tau 36576 26064 05 33 31.6 +18 32 25 -0.022 0.0002 0.0000 0.000 86 B2IV-Ve V960(GCAS) 121 Tau 36819 26248 05 35 27.0 +24 02 23 -0.092 0.0150 -0.0202 0.025 143 B2.5IV

122 Tau 37147 26382 05 37 03.7 +17 02 25 0.237 0.0429 -0.0349 0.055 129 F0V 125 Tau 37438 26640 05 39 44.2 +25 53 50 -0.150 0.0098 -0.0238 0.026 158 B3IV 126ATau 37711 26777A 05 41 17.7 +16 32 02 -0.125 0.0054 -0.0145 0.016 160 B3IV 126BTau 37711 26777B 05 41 17.7 +16 32 02 -0.125 0.0054 -0.0145 0.016 160 – 127 Tau 37940 26925 05 42 53.7 +18 58 50 -0.015 -0.0067 -0.0117 0.014 210 B9

128 Tau 38219 27106 05 44 53.3 +16 05 10 0.048 0.0012 -0.0104 0.010 173 A0 129 Tau 38478 27265 05 46 45.4 +15 49 21 -0.061 0.0054 -0.0030 0.006 120 B8IIIpHgMn 130 Tau 38558 27338 05 47 26.1 +17 43 45 0.301 -0.0021 -0.0048 0.005 203 F0III 131ATau 38545 27316A 05 47 13.1 +14 29 18 0.077 0.0038 -0.0423 0.042 175 A3Vn 131BTau — 27316B 05 47 13.0 +14 29 18 0.077 0.0038 -0.0423 0.042 175 – 132 Tau 38751 27468 05 49 00.9 +24 34 03 1.021 0.0121 -0.0082 0.015 124 G8IIIvar 133 Tau 38622 27364 05 47 42.9 +13 53 58 -0.156 0.0035 -0.0133 0.014 165 B2IV-V 134 Tau 38899 27511 05 49 32.9 +12 39 04 -0.068 -0.0216 -0.0174 0.028 231 B9IV 135 Tau 39019 27581 05 50 28.8 +14 18 20 1.006 0.0044 -0.0374 0.038 173 G9III: 136 Tau 39357 27830 05 53 19.6 +27 36 44 -0.008 0.0038 -0.0096 0.010 158 A0V 137 Tau 39317 27743 05 52 22.2 +14 10 18 -0.053 -0.0175 -0.0029 0.018 261 B9pSiCr V809(ACV) 139 Tau 40111 28237 05 57 59.6 +25 57 14 -0.088 -0.0029 -0.0017 0.003 239 B1Ib 140 Tau 40545 28455 06 00 28.3 +22 53 59 0.111 0.0106 -0.0138 0.017 142 A2 ΟΣ 65Α 23985 17954A 03 50 18.9 +25 34 46 0.231 0.0302 -0.1309 0.134 167 A2V ΟΣ 65Β 23985 17954B 03 50 18.9 +25 34 46 0.231 0.0491 -0.0912 0.104 152 – Σ 401Α 21743 16411 03 31 20.7 +27 34 19 0.031 0.0412 -0.0238 0.048 120 A2V Σ 401Β — 16410 03 31 19.9 +27 34 19 0.031 0.0425 -0.0215 0.048 117 A3V Σ 422Α 22468 16846A 03 36 47.2 +00 35 16 0.885 -0.0330 -0.1635 0.167 191 G9V V711(RS) Σ 422Β — 16846B 03 36 46.8 +00 35 16 0.885 -0.0330 -0.1635 0.167 191 – Σ 572Α 29364 21619B 04 38 29.5 +26 56 28 0.344 0.0430 -0.0661 0.079 147 –

256 Taurus (III)

TAU m M π pc l.y. V RV L F mc Bin? ADS 95 Tau 6.18 2.69 0.0200″ 50 163 10 8 6.6 96 Tau 6.09 -2.09 0.0023 433 1411 21 13 540 h 3261 3464 97 Tau 5.08 1.27 0.0173 58 189 44 37 25 β pm 98 Tau 5.79 1.00 0.0110 91 296 35 26 31 β 3547 99 Tau 5.79 -0.01 0.0069 145 471 8 4 79 β 1045 3557

101 Tau 6.75 3.57 0.0231 43 141 48 44 2.9 β pm 103 Tau 5.58 -4.40 0.0010 990 3228 31 16 4531 5.50 HV 114 3709 104 Tau 4.91 3.91 0.0630 16 52 45 20 2.2 A 3010 3701AB 105 Tau 5.84 -1.66 0.0032 316 1032 20 17 364 S 466 106 Tau 5.28 1.65 0.0188 53 173 15 -2 17

107 Tau 6.51 0.38 0.0059 168 549 14 7 56 108 Tau 6.26 -0.26 0.0050 202 657 16 -11 100 Cou 158AB 109 Tau 4.96 0.96 0.0158 63 206 31 19 33 110 Tau 6.09 0.41 0.0073 137 445 31 21 54 111 Tau 5.00 4.17 0.0682 15 48 41 37 1.7 S 478

113 Tau 6.23 -0.28 0.0050 201 655 31 31 102 114 Tau 4.88 -1.76 0.0047 213 695 15 13 400 bin 4048 115 Tau 5.40 -1.16 0.0049 205 668 28 18 229 ΟΣ 107 4038 116 Tau 5.52 -0.67 0.0058 173 565 24 16 146 117 Tau 5.77 -0.90 0.0046 216 704 55 -23 181

118ATau 5.85 0.23 0.0075 133 434 29 15 63 5.47 Σ 716 4068A 118BTau 6.78 1.16 0.0075 133 434 26 20 27 Σ 716 4068B 119 Tau 4.32 -4.53 0.0017 588 1918 26 23 5095 120 Tau 5.67 -3.13 0.0017 575 1874 41 41 1402 121 Tau 5.37 -0.95 0.0054 184 599 32 23 189

122 Tau 5.53 1.87 0.0186 54 176 43 41 14 125 Tau 5.18 -0.73 0.0066 152 495 24 15 154 126ATau 5.04 -1.76 0.0044 229 748 27 21 398 4.84 β 1007 4265A 126BTau 6.56 -0.24 0.0044 229 748 17 - 99 β 1007 4265B 127 Tau 6.66 1.28 0.0084 119 388 8 - 24 Ho 649AB

128 Tau 6.99 0.98 0.0063 159 518 8 - 32 129 Tau 6.00 -1.15 0.0037 270 879 21 15 228 130 Tau 5.47 -2.48 0.0026 389 1268 13 9 773 131ATau 6.23 0.67 0.0077 130 422 33 21 43 5.72 bin:A 131BTau 6.87 1.31 0.0077 130 422 26 - 24 bin:B

132 Tau 5.07 -0.95 0.0063 160 522 19 16 189 4.88 bin 133 Tau 5.28 -1.67 0.0041 245 799 33 29 365 h 3279 4381 134 Tau 4.89 0.29 0.0120 83 272 21 18 60 β pm 135 Tau 5.54 0.63 0.0104 96 312 49 46 44 136 Tau 4.56 -1.08 0.0075 134 438 17 -16 213 β 1054 137 Tau 5.60 -0.39 0.0063 158 515 14 -4 113 139 Tau 4.81 -4.24 0.0016 645 2103 13 8 3902 140 Tau 7.04 1.08 0.0064 156 507 13 - 29 ΟΣ 65Α 5.73 1.88 0.0170 59 192 38 4 14 5.24 ΟΣ 65 2799A ΟΣ 65Β 6.52 2.67 0.0170 59 192 29 - 6.7 ΟΣ 65 2799B Σ 401Α 6.63 -0.26 0.0042 238 776 54 6 100 6.61 Σ 401 2582A Σ 401Β 6.99 0.23 0.0045 224 731 51 2 64 Σ 401 2582B Σ 422Α 6.04 3.73 0.0345 29 94 32 -23 2.5 5.82 Σ 422 2644A Σ 422Β 8.90 6.59 0.0345 29 94 23 - 0.2 Σ 422 2644B Σ 572Α 7.32 3.10 0.0143 70 228 26 - 4.5 Σ 572 3353B

257 Taurus (IV)

TAU HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

Σ 572Β 29364 21619A 04h38m29.5s +26º56′24″ 0.344 0.0413 -0.0558 0.069 143º F2V: Σ 730Α 36408 25950A 05 32 14.1 +17 03 28 -0.004 -0.0042 -0.0109 0.012 201 B7III Σ 730Β 36408 25950B 05 32 14.5 +17 03 23 -0.004 -0.0042 -0.0109 0.012 201 B7IV T Tau — 20390 04 21 59.4 +19 32 07 1.116 0.0155 -0.0125 0.020 129 K0IIIe (INT) RW Tau 25487 18972 04 03 54.4 +28 07 33 0.079 0.0001 -0.0176 0.018 180 B8Ve,comp (EA)

- Tau 23753 17776 03 48 20.8 +23 25 16 -0.067 0.0191 -0.0468 0.051 158 B8V - Tau 25570 18975 04 03 56.6 +08 11 50 0.371 0.1684 0.0280 0.171 81 F2V - Tau 25621 18993 04 04 09.8 +02 49 37 0.505 0.1495 -0.1257 0.195 130 F6IV - Tau 26793 19799 04 14 36.2 +10 00 40 -0.085 -0.0066 -0.0134 0.015 206 B9Vn - Tau 28527 21029 04 30 33.6 +16 11 38 0.170 0.1050 -0.0251 0.108 103 A6IV

- Tau 29335 21515 04 37 13.6 +00 59 54 -0.107 -0.0049 -0.0053 0.007 223 B7V - Tau 29499 21670 04 39 06.0 +07 52 16 0.257 0.0919 -0.0046 0.092 93 A5m

258 Taurus (IV)

TAU m M π pc l.y. V RV L F mc Bin? ADS Σ 572Β 7.44 3.22 0.0143″ 70 228 23 4 4.1 6.56 Σ 572 3353A Σ 730Α 6.09 -1.59 0.0029 342 1116 24 15 339 5.50 Σ 730 4131A Σ 730Β 6.46 -1.22 0.0029 342 1116 28 21 242 Σ 730 4131B T Tau 9.81 3.57 0.0057 177 576 17 - 2.9 RW Tau 8.05 0.66 0.0033 301 982 32 -20 43 β 2944D

- Tau 5.44 0.36 0.0096 104 338 25 -2 56 - Tau 5.45 2.67 0.0278 36 117 46 36 6.7 - Tau 5.36 2.66 0.0289 35 113 37 -18 6.8 - Tau 5.22 -0.59 0.0069 145 474 12 7 136 - Tau 4.78 1.54 0.0225 44 145 44 38 19

- Tau 5.32 -1.75 0.0039 260 847 26 24 395 - Tau 5.38 1.82 0.0194 51 168 42 36 15 β pm

259 Telescopium

TEL HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 169467 90422 18h26m58.3s -45º58′06″ -0.179 -0.0167 -0.0533 0.056 197º B3IV δ1 170465 90830 18 31 45.3 -45 54 54 -0.101 -0.0038 -0.0288 0.029 187 B6IV δ2 170523 90853 18 32 01.9 -45 45 26 -0.127 0.0013 -0.0116 0.012 174 B3III ε 166063 89112 18 11 13.7 -45 57 15 1.009 -0.0163 -0.0373 0.041 204 G5III ζ 169767 90568 18 28 49.8 -49 04 15 0.995 0.1379 -0.2291 0.267 149 G8/K0III

η 181296 95261 19 22 51.0 -54 25 25 0.020 0.0256 -0.0830 0.087 163 A0Vn ι 184127 96341 19 35 12.8 -48 05 57 1.096 -0.0070 -0.0374 0.038 191 G9III κ 174295 92646 18 52 39.5 -52 06 27 0.962 0.0384 -0.0957 0.103 158 G8/K0III λ 175510 93148 18 58 27.6 -52 56 18 -0.051 0.0115 -0.0088 0.015 127 A0V µ 183028 95932 19 30 34.4 -55 06 36 0.450 0.0387 -0.0133 0.041 109 F5V

ν 186543 97421 19 48 01.1 -56 21 46 0.196 0.0924 -0.1374 0.166 146 A9Vn ξ 190421 99120 20 07 23.1 -52 52 51 1.591 -0.0127 0.0069 0.014 298 M1III ρ 177171 93815 19 06 19.8 -52 20 27 0.532 0.0306 -0.1152 0.119 165 F7V PW Tel 183806 96178 19 33 21.5 -45 16 18 -0.020 -0.0162 -0.0245 0.029 214 A0p (ACV) QV Tel 167128 89605 18 17 07.4 -56 01 24 -0.050 -0.0054 -0.0130 0.014 202 B3IIIpe (GCAS)

- Tel 169405 90414 18 26 53.8 -48 07 01 0.855 0.0037 -0.0551 0.055 176 K0/K1III -ATel 179886 94712A 19 16 21.6 -45 27 59 1.349 -0.0020 0.0121 0.012 350 K3III -BTel — 94712B 19 16 21.6 -45 27 59 1.349 -0.0020 0.0121 0.012 350 –

260 Telescopium

TEL m M π pc l.y. V RV L F mc Bin? ADS α 3.49 -0.93 0.0131″ 76 249 20 0 185 δ1 4.92 -2.02 0.0041 244 795 34 7 504 δ2 5.07 -2.60 0.0029 342 1116 20 8 865 ε 4.52 -0.97 0.0080 125 409 35 -26 192 HdO 286 ζ 4.10 1.14 0.0256 39 127 58 -31 28

η 5.03 1.64 0.0210 48 155 24 13 17 ι 4.88 -0.55 0.0082 122 398 31 22 131 κ 5.18 0.41 0.0111 90 293 62 -44 54 λ 4.85 -1.21 0.0061 163 531 11 -2 240 µ 6.29 3.47 0.0273 37 120 7 - 3.2

ν 5.33 1.75 0.0192 52 170 43 -12 16 ξ 4.93 -3.00 0.0026 385 1254 45 36 1242 ρ 5.17 1.57 0.0191 52 171 30 2 19 PW Tel 5.59 -0.04 0.0075 134 436 20 -8 82 QV Tel 5.36 -1.43 0.0044 228 743 21 15 293

- Tel 5.44 -0.61 0.0062 162 529 43 4 138 -ATel 5.59 -0.48 0.0061 164 534 11 6 123 5.52 bin:A -BTel 8.63 2.56 0.0061 164 534 10 - 7.5 bin:B

261 Triangulum

TRI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 11443 8796 01h53m04.8s +29º34′44 0.488 0.0120 -0.2337 0.234 177º F6IV β 13161 10064 02 09 32.5 +34 59 14 0.140 0.1488 -0.0391 0.154 105 A5III γ 14055 10670 02 17 18.8 +33 50 50 0.019 0.0449 -0.0524 0.069 139 A1Vnn δ 13974 10644 02 17 03.2 +34 13 28 0.607 1.1516 -0.2463 1.178 102 G0V ε 12471 9570 02 02 57.9 +33 17 03 0.029 -0.0160 -0.0068 0.017 247 A2V

1 Tri 10407 7948 01 42 05.9 +29 30 21 0.049 -0.0112 -0.0002 0.011 269 A2 5 Tri 13372 10220 02 11 25.0 +31 31 35 0.112 0.0354 -0.0102 0.037 106 A1m 6ATri 13480 10280A 02 12 22.2 +30 18 11 0.770 -0.0646 -0.0611 0.089 227 G5III+F5V TZ(Ell+RS) 6BTri — 10280B 02 12 22.5 +30 18 12 0.770 -0.0646 -0.0611 0.089 227 F6V 7 Tri 13869 10559 02 15 56.2 +33 21 32 -0.004 -0.0149 -0.0333 0.036 204 A0V

10 Tri 14252 10793 02 18 57.0 +28 38 33 0.037 0.0067 -0.0000 0.007 90 A2V 11 Tri 15176 11432 02 27 27.7 +31 48 05 1.114 -0.0238 -0.0282 0.037 220 K1III: 12 Tri 15257 11486 02 28 09.9 +29 40 10 0.311 -0.0148 -0.0855 0.087 190 F0III 13 Tri 15335 11548 02 28 48.4 +29 55 55 0.591 -0.0654 0.0725 0.098 318 G0V 14 Tri 15656 11784 02 32 06.1 +36 08 50 1.472 0.0478 0.0164 0.051 71 K5III

15ATri 16058 12086 02 35 46.8 +34 41 16 1.652 0.0196 -0.0512 0.055 159 M3III 15BTri 16070 12091 02 35 50.1 +34 43 32 0.200 0.0050 -0.0166 0.017 163 A5 R Tri 16210 12193 02 37 02.4 +34 15 50 1.292 0.0369 -0.0074 0.038 101 M4IIIe-M8e (M)

262 Triangulum

TRI m M π pc l.y. V RV L F mc Bin? ADS α 3.42 1.95 0.0509″ 20 64 25 -13 13 2 β pm β 3.00 0.09 0.0262 38 124 30 10 72 4 γ 4.03 1.24 0.0277 36 118 18 14 25 9 δ 4.84 4.66 0.0922 10.8 35.4 61 -6 1.1 8 Dorpat 66 1739 ε 5.50 0.22 0.0088 114 370 10 3 64 3 Σ 201 1621AB

1 Tri 7.53 0.41 0.0038 265 865 16 7 54 5 Tri 6.24 0.39 0.0068 148 482 28 11 55 6ATri 5.32 0.46 0.0107 94 305 43 -18 51 4.94 Σ 227 1697A 6BTri 6.83 1.97 0.0107 94 305 39 - 13 Σ 227 1697B 7 Tri 5.25 0.48 0.0111 90 293 16 -1 50

10 Tri 5.29 0.13 0.0093 107 350 5 3 70 h 1115 1770 11 Tri 5.55 0.83 0.0114 88 286 42 -39 37 12 Tri 5.29 1.90 0.0210 48 155 32 -25 14 13 Tri 5.89 3.45 0.0325 31 100 42 40 3.3 14 Tri 5.15 -0.25 0.0083 120 391 46 -36 99

15ATri 5.38 1.40 0.0160 63 204 19 -10 22 5.10 A.G.:A 15BTri 6.73 -1.06 0.0028 361 1177 30 7 208 A.G.:B R Tri 6.78 -1.22 0.0025 398 1299 98 67 242

263 Triangulum Australe

TrA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 150798 82273 16h48m39.9s -69º01′40″ 1.447 0.0179 -0.0329 0.037 152º K2IIb-IIIa β 141891 77952 15 55 08.4 -63 25 40 0.315 -0.1885 -0.4019 0.444 205 F2III γ 135382 74946 15 18 54.6 -68 40 46 0.014 -0.0665 -0.0320 0.074 244 A1V δ 145544 79664 16 15 26.2 -63 41 08 1.105 0.0035 -0.0135 0.014 165 G5II ε 138538 76440 15 36 43.1 -66 19 02 1.161 0.0245 -0.0547 0.060 156 K0III

ζ 147584 80686 16 28 28.1 -70 05 04 0.555 0.1999 0.1108 0.229 61 F9V η 149671 81710 16 41 23.3 -68 17 46 -0.078 -0.0141 -0.0118 0.018 230 B7IV ϑ 148890 81252 16 35 44.7 -65 29 44 0.949 0.0339 -0.0288 0.044 130 G8/K0III ι 147787 80645 16 27 57.2 -64 03 29 0.383 0.0527 0.0261 0.059 64 F4IV κ 141767 77982 15 55 29.5 -68 36 11 1.108 -0.0089 -0.0063 0.011 235 G6VII

X TrA 134453 74582 15 14 19.1 -70 04 46 3.271 0.0044 -0.0082 0.009 152 N0v (LB) LP TrA 150549 82129 16 46 40.0 -67 06 35 -0.080 -0.0152 -0.0133 0.020 229 Ap (ACV) - TrA 148291 80874 16 30 49.3 -61 38 00 1.236 -0.0114 -0.0090 0.015 232 K0II-IIICNIb/II

264 Triangulum Australe

TrA m M π pc l.y. V RV L F mc Bin? ADS α 1.91 -3.62 0.0079″ 127 415 23 -3 2199 β 2.83 2.38 0.0812 12.3 40.1 26 0 8.8 LDS 542 γ 2.87 -0.87 0.0179 56 183 20 -3 176 δ 3.86 -2.54 0.0053 190 621 14 -5 816 R 274 ε 4.11 0.00 0.0151 66 216 25 -16 78 ∆ 188

ζ 4.90 4.49 0.0826 12.1 39.5 16 9 1.3 η 5.89 -0.73 0.0047 211 688 47 -43 154 ϑ 5.50 0.49 0.0099 101 328 23 10 50 ι 5.28 2.25 0.0248 40 132 12 -5 9.9 ∆ 201 κ 5.11 -4.70 0.0011 917 2991 48 6 5986

X TrA 5.75 -2.56 0.0022 459 1495 21 -4 830 LP TrA 5.10 -1.32 0.0052 192 626 19 -2 264 HdO 257 - TrA 5.19 -1.37 0.0049 205 669 15 4 279

265 Tucana

TUC HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 211416 110130 22h18m30.1s -60º15′35″ 1.390 -0.0715 -0.0382 0.081 242º K3III β1 2884 2484 00 31 32.7 -62 57 30 -0.064 0.0825 -0.0544 0.099 123 B9V β2 2885 2487 00 31 33.6 -62 57 57 0.147 0.0880 -0.0458 0.099 118 A2V β3 3003 2578 00 32 43.8 -63 01 53 0.038 0.0862 -0.0499 0.100 120 A0V γ 219571 114996 23 17 25.7 -58 14 08 0.410 -0.0349 0.0796 0.087 336 F1III

δΑ 212581 110838A 22 27 20.0 -64 58 00 -0.029 0.0687 0.0102 0.069 82 B8V δΒ — 110838B 22 27 18.9 -64 57 59 -0.029 0.1308 0.0029 0.131 89 – ε 224686 118322 23 59 55.0 -65 34 38 -0.075 0.0486 -0.0223 0.054 115 B9IV ζ 1581 1599 00 20 04.2 -64 52 30 0.576 1.7076 1.1654 2.067 56 F9V η 224392 118121 23 57 35.2 -64 17 55 0.060 0.0789 -0.0611 0.100 128 A1V

ϑ 3112 2629 00 33 23.4 -71 16 00 0.265 0.0735 -0.0130 0.075 100 A7IV (DSCTC) ι 6793 5268 01 07 18.7 -61 46 31 0.884 0.0738 -0.0112 0.075 99 G5III κA 7788 5896A 01 15 46.2 -68 52 34 0.480 0.4111 0.1274 0.430 73 F6IV κB — 5896B 01 15 45.7 -68 52 30 0.480 0.3827 0.0865 0.392 77 – κC 7693 5842C 01 15 00.9 -68 49 10 0.480 0.4166 0.0760 0.423 80 K2V

κD 7693 5842D 01 15 00.8 -68 49 11 0.480 0.3619 0.1456 0.390 68 – λ1Α 5190 4084 00 52 24.4 -69 30 16 0.518 0.0038 -0.0689 0.069 177 F7IV-V λ1Β 5208 4088 00 52 28.5 -69 30 09 0.676 -0.0025 -0.0598 0.060 182 G1V λ2 5457 4293 00 55 00.3 -69 31 38 1.095 0.0079 -0.0434 0.044 170 G7III ν 213442 111310 22 33 00.0 -61 58 57 1.612 0.0408 -0.0201 0.046 116 M4III (LB)

ξ 215562 112533 22 47 35.6 -65 33 38 1.208 -0.0308 -0.0069 0.032 257 K1III π 1685 1647 00 20 38.9 -69 37 30 -0.046 -0.0040 -0.0006 0.004 261 B9V ρ 4089 3330 00 42 28.4 -65 28 05 0.515 0.0541 0.0411 0.068 53 F6V I 383 212330 110649 22 24 56.3 -57 47 51 0.665 0.1807 -0.3313 0.377 151 F9V BQ Tuc 5276 4200 00 53 37.7 -62 52 18 1.574 0.0744 0.0007 0.074 89 M4III (LB)

CG Tuc 221006 115908 23 29 01.0 -63 06 38 -0.142 0.0392 -0.0136 0.041 109 ApSi (ACV)

266 Tucana

TUC m M π pc l.y. V RV L F mc Bin? ADS α 2.87 -1.05 0.0164″ 61 199 48 42 208 β1 4.36 1.20 0.0234 43 140 24 14 26 β2 4.53 0.92 0.0190 53 172 27 10 34 β3 5.07 1.73 0.0215 46 151 22 5 16 B 8AB γ 3.99 2.28 0.0454 22 72 20 18 9.7

δΑ 4.50 -0.06 0.0122 82 267 30 12 83 4.51 h 5334A δΒ 8.73 4.16 0.0122 82 267 51 - 1.7 h 5334B ε 4.49 -0.81 0.0087 115 374 31 11 166 ζ 4.23 4.56 0.1164 8.6 28.0 85 9 1.2 η 5.00 1.56 0.0205 49 159 40 33 19

ϑ 6.11 0.22 0.0067 150 490 53 2 64 ι 5.36 0.70 0.0117 86 279 31 -8 41 κA 5.05 3.50 0.0489 20 67 43 9 3.1 4.25 h 3423A κB 7.74 6.19 0.0489 20 67 38 - 0.3 h 3423B κC 7.90 6.28 0.0474 21 69 42 - 0.2 7.39 I 27C

κD 8.45 6.83 0.0474 21 69 39 - 0.1 I 27D λ1Α 6.84 2.90 0.0163 61 200 36 30 5.4 6.67 ∆ 2Α λ1Β 7.56 3.21 0.0135 74 241 21 - 4.1 ∆ 2Β λ2 5.45 1.40 0.0155 64 210 14 5 22 ν 4.91 0.30 0.0120 84 273 18 -3 60

ξ 6.49 0.05 0.0052 194 633 29 - 75 π 5.50 0.64 0.0107 94 306 12 12 44 ρ 5.38 2.33 0.0246 41 133 19 14 9.2 I 383 5.31 3.75 0.0488 20 67 38 8 2.5 I 383 BQ Tuc 5.73 -0.64 0.0053 188 613 67 -10 142

CG Tuc 5.66 0.33 0.0086 117 380 27 15 58

267 Ursa Major (I)

UMA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

αΑ 95689 54061A 11h03m43.6s +61º45′03″ 1.061 -0.1365 -0.0353 0.141 256º K0II-III+A8V: αΒ 95689 54061B 11 03 43.5 +61 45 03 1.061 -0.1163 -0.1006 0.154 229 – β 95418 53910 11 01 50.4 +56 22 56 0.033 0.0817 0.0337 0.088 68 A1V γ 103287 58001 11 53 49.8 +53 41 41 0.044 0.1078 0.0112 0.108 84 A0V SB δ 106591 59774 12 15 25.5 +57 01 57 0.077 0.1036 0.0078 0.104 86 A3Vvar

ε 112185 62956 12 54 01.7 +55 57 35 -0.022 0.1117 -0.0090 0.112 95 A0pCr (ACV) ζΑ 116656 65378A 13 23 55.5 +54 55 31 0.057 0.1213 -0.0220 0.123 100 A2V ζΒ 116657 65378B 13 23 56.3 +54 55 18 0.057 0.1213 -0.0220 0.123 100 A1m η 120315 67301 13 47 32.3 +49 18 48 -0.099 -0.1212 -0.0156 0.122 263 B3V SB ϑ 82328 46853 09 32 51.3 +51 40 38 0.475 -0.9471 -0.5356 1.088 241 F6IV

ι 76644 44127 08 59 12.4 +48 02 30 0.223 -0.4411 -0.2152 0.491 244 A7IV κΑ 77327 44471A 09 03 37.5 +47 09 24 0.007 -0.0374 -0.0554 0.067 214 A1Vn κΒ 77327 44471B 09 03 37.5 +47 09 24 0.007 -0.0374 -0.0554 0.067 214 – λ 89021 50372 10 17 05.7 +42 54 52 0.029 -0.1701 -0.0426 0.175 256 A2IV µ 89758 50801 10 22 19.7 +41 29 58 1.603 -0.0805 0.0341 0.087 293 M0III SB

ν 98262 55219 11 18 28.7 +33 05 39 1.400 -0.0266 0.0275 0.038 316 K3III SB ξΑ 98231 55203 11 18 10.9 +31 31 45 0.590 -0.4320 -0.5910 0.732 216 G0V ξΒ 98230 — 11 18 10.9 +31 31 45 0.600 -0.4320 -0.5910 0.732 216 G0V (RS) ο 71369 41704 08 30 15.8 +60 43 05 0.856 -0.1343 -0.1077 0.172 231 G4II-III π1 72905 42438 08 39 11.7 +65 01 15 0.618 -0.0277 0.0879 0.092 342 G1.5Vb

π2 73108 42527 08 40 12.9 +64 19 41 1.179 -0.0594 0.0264 0.065 294 K2III ρ 76827 44390 09 02 32.7 +67 37 47 1.542 -0.0221 0.0182 0.029 309 M3III σ1 77800 44857 09 08 23.5 +66 52 24 1.514 -0.0230 -0.0405 0.047 210 K5III σ2Α 78154 45038A 09 10 23.1 +67 08 04 0.489 0.0129 -0.0909 0.092 172 F7IV-V σ2Β 78154 45038B 09 10 23.1 +67 08 07 0.489 0.0041 -0.0300 0.030 172 –

τ 78362 45075 09 10 55.0 +63 30 49 0.381 0.0992 -0.0610 0.116 122 Am υ 84999 48319 09 50 59.3 +59 02 19 0.291 -0.2955 -0.1518 0.331 243 F0IV (DSCT) ϕΑ 85235 48402A 09 52 06.3 +54 03 51 0.038 0.0087 0.0157 0.018 29 A3IV ϕΒ 85235 48402B 09 52 06.3 +54 03 51 0.038 -0.0185 0.0230 0.030 321 – χ 102224 57399 11 46 03.0 +47 46 46 1.181 -0.1384 0.0284 0.141 282 K0III

ψ 96833 54539 11 09 39.7 +44 29 54 1.144 -0.0624 -0.0274 0.068 246 K1III ω 94334 53295 10 53 58.7 +43 11 24 -0.039 0.0448 -0.0244 0.051 119 A1Vs 2 UMa 72037 42080 08 34 36.2 +65 08 42 0.207 -0.0471 -0.0425 0.063 228 A2m 5 UMa 75486 43644 08 53 22.5 +61 57 44 0.305 -0.0100 0.0223 0.024 336 F2III 6 UMa 75958 43903 08 56 37.5 +64 36 14 0.877 -0.0329 -0.0819 0.088 202 G7III

15 UMa 78209 44901 09 08 52.2 +51 36 16 0.288 -0.1378 -0.0325 0.142 257 Am 16 UMa 79028 45333 09 14 20.6 +61 25 24 0.605 -0.0087 -0.0318 0.033 195 F9V 17 UMa 79354 45455 09 15 49.8 +56 44 28 1.568 -0.0248 -0.0292 0.038 220 K5III 18 UMa 79439 45493 09 16 11.3 +54 01 18 0.199 0.0491 0.0598 0.077 39 A5V DD(DSCTC) 20 UMa 80130 45812 09 20 29.5 +59 46 51 1.043 0.0351 -0.0235 0.042 124 K0

21AUMa 81104 46239A 09 25 37.9 +54 00 57 0.173 -0.0375 -0.0229 0.044 239 A2 21BUMa — 46239B 09 25 37.4 +54 01 02 0.173 -0.0375 -0.0229 0.044 239 – 22 UMa 82189 47013 09 34 53.5 +72 12 20 0.530 0.0720 -0.0761 0.105 137 F7V 23 UMa 81937 46733 09 31 31.7 +63 03 43 0.360 0.1076 0.0269 0.111 76 F0IV 24 UMa 82210 46977 09 34 28.8 +69 49 49 0.781 -0.0639 0.0776 0.101 321 G4III-IV DK(RS)

26 UMa 82621 47006 09 34 49.4 +52 03 05 0.027 -0.0651 -0.0373 0.075 240 A2V 27 UMa 83506 47654 09 42 57.1 +72 15 09 1.029 -0.0267 -0.0275 0.038 224 K0III 28 UMa 84179 47911 09 45 55.3 +63 39 11 0.367 -0.0168 -0.0430 0.046 201 F2V 31 UMa 85795 48682 09 55 42.9 +49 49 12 0.086 -0.0035 0.0197 0.020 350 A3III SY(CST) 32 UMa 88983 50448 10 18 02.0 +65 06 30 0.163 -0.0895 -0.0093 0.090 264 A8III

268 Ursa Major (I)

UMA m M π pc l.y. V RV L F mc Bin? ADS αΑ 2.02 -0.87 0.0264″ 38 124 27 -9 175 50 1.81 β 1077 8035A αΒ 4.95 2.05 0.0264 38 124 28 - 12 50 β 1077 8035B β 2.34 0.41 0.0411 24 79 16 -12 54 48 γ 2.41 0.36 0.0390 26 84 19 -13 56 64 δ 3.32 1.33 0.0401 25 81 18 -13 23 69 β pm

ε 1.76 -0.21 0.0403 25 81 16 -9 96 77 ζΑ 2.25 0.36 0.0417 24 78 15 -6 57 79 2.23 Σ 1744 8891A ζΒ 3.87 1.97 0.0417 24 78 17 -9 13 79 Σ 1744 8891B η 1.85 -0.60 0.0324 31 101 21 -11 137 85 ϑ 3.17 2.52 0.0742 13.5 44.0 71 15 7.7 25 β 1071 7420

ι 3.12 2.29 0.0683 14.6 47.7 35 9 9.5 9 h 2477 7114 κΑ 4.16 -1.41 0.0077 130 423 41 4 288 12 3.57 A 1585 7158A κΒ 4.54 -1.02 0.0077 130 423 41 - 202 12 A 1585 7158B λ 3.45 0.38 0.0243 41 134 39 18 56 33 µ 3.06 -1.35 0.0131 76 249 37 -20 273 34

ν 3.49 -2.07 0.0077 129 421 25 -9 528 54 Σ 1524 8123 ξΑ 4.41 4.98 0.1300 7.7 25.1 31 -16 0.8 53 3.79 Σ 1523 8119A ξΒ 4.87 5.44 0.1300 7.7 25.1 31 -15 0.5 53 Σ 1523 8119B ο 3.35 -0.40 0.0178 56 184 50 20 114 1 β 1067 6830 π1 5.63 4.86 0.0701 14.3 46.5 14 -12 0.9 3

π2 4.59 0.15 0.0129 77 252 28 15 69 4 ρ 4.74 0.01 0.0114 88 287 13 5 78 8 σ1 5.15 -0.77 0.0065 153 498 37 15 160 11 σ2Α 4.92 3.37 0.0489 20 67 9 -2 3.5 13 4.80 Σ 1306 7203A σ2Β 8.85 7.30 0.0489 20 67 3 - 0.1 13 Σ 1306 7203B

τ 4.67 1.81 0.0268 37 122 22 -9 15 14 HV 73 7211 υ 3.78 1.04 0.0284 35 115 61 27 30 29 ΟΣ 521 7534 ϕΑ 5.28 -0.36 0.0075 134 436 17 -12 109 30 4.55 ΟΣ 208 7545A ϕΒ 5.39 -0.24 0.0075 134 436 19 - 98 30 ΟΣ 208 7545B χ 3.69 -0.20 0.0166 60 196 41 -9 95 63

ψ 3.00 -0.27 0.0222 45 147 15 -4 101 52 ω 4.66 0.10 0.0122 82 267 26 -17 72 45 2 UMa 5.47 2.04 0.0206 48 158 21 -15 12 5 UMa 5.72 1.01 0.0115 87 285 33 -31 31 6 UMa 5.57 0.69 0.0106 94 308 40 3 42

15 UMa 4.46 2.13 0.0341 29 96 20 0 11 16 UMa 5.18 3.72 0.0511 20 64 14 -14 2.6 H V 15 (rej) 17 UMa 5.28 -1.32 0.0048 209 681 48 -30 265 18 UMa 4.80 2.00 0.0276 36 118 23 -19 12 20 UMa 7.55 1.67 0.0067 150 489 45 -33 17

21AUMa 7.76 1.31 0.0051 195 637 47 23 24 7.36 Σ 1346 7354A 21BUMa 8.85 2.39 0.0051 195 637 41 - 8.7 Σ 1346 7354B 22 UMa 5.77 2.28 0.0201 50 163 45 -38 10 23 UMa 3.65 1.83 0.0432 23 75 16 -10 15 Σ 1351 7402 24 UMa 4.54 1.99 0.0309 32 106 31 -27 13

26 UMa 4.47 -0.10 0.0122 82 267 37 23 86 27 UMa 5.15 -0.51 0.0074 136 442 30 -17 126 28 UMa 6.51 2.07 0.0129 77 252 32 -27 12 Kui 43 31 UMa 5.27 1.10 0.0147 68 223 9 -6 29 32 UMa 5.74 1.32 0.0131 77 249 33 -6 23

269 Ursa Major (II)

UMA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

35 UMa 90633 51401 10h29m54.3s +65º37′34″ 1.141 0.0052 -0.0292 0.030 170º K2III: 36 UMa 90839 51459 10 30 37.5 +55 58 50 0.541 -0.1770 -0.0335 0.180 259 F8V 37 UMa 91480 51814 10 35 09.6 +57 04 57 0.349 0.0657 0.0371 0.075 61 F1V 38 UMa 92424 52353 10 41 56.5 +65 42 58 1.207 -0.1627 -0.0750 0.179 245 K2IIIvar 39 UMa 92728 52478 10 43 43.3 +57 11 57 -0.038 0.0174 -0.0517 0.055 161 A0Vs

40 UMa 93075 52650 10 45 59.8 +56 55 15 0.311 0.0110 0.0165 0.020 34 A8V 41 UMa 93132 52685 10 46 22.4 +57 21 57 1.568 -0.0532 -0.0576 0.078 223 M1III 42 UMa 93875 53064 10 51 23.6 +59 19 12 1.160 -0.0297 -0.0512 0.059 210 K2III 43 UMa 93859 53043 10 51 11.0 +56 34 56 1.132 -0.0695 0.0055 0.070 274 K2III 44 UMa 94247 53261 10 53 34.3 +54 35 06 1.355 -0.0669 -0.0098 0.068 262 K3III

46 UMa 94600 53426 10 55 44.3 +33 30 25 1.101 -0.1117 -0.0276 0.115 256 K1III 47 UMa 95128 53721 10 59 27.9 +40 25 49 0.624 -0.3159 0.0552 0.321 280 G0V 49 UMa 95310 53838 11 00 50.3 +39 12 43 0.255 -0.0809 -0.0169 0.083 258 Am 51 UMa 95934 54136 11 04 31.1 +38 14 29 0.165 -0.0721 0.0014 0.072 271 A3III-IV 55 UMa 98353 55266 11 19 07.8 +38 11 08 0.113 -0.0572 -0.0681 0.089 220 A2V

56 UMa 98839 55560 11 22 49.5 +45 28 58 0.998 -0.0369 -0.0139 0.039 249 G8II 57 UMa 99787 — 11 29 04.1 +39 20 13 0.010 -0.0520 0.0110 0.053 282 A2V 58 UMa 99984 56148 11 30 31.0 +43 10 23 0.524 -0.0492 0.0818 0.095 329 F4V 59 UMa 101107 56770 11 38 20.5 +43 37 31 0.348 -0.1462 -0.0350 0.150 257 F2II-III 60 UMa 101133 56789 11 38 33.4 +46 50 03 0.401 -0.0354 -0.0274 0.045 232 F5IIIs

61 UMa 101501 56997 11 41 02.9 +34 12 05 0.723 -0.0140 -0.3805 0.381 182 G8Vvar 62 UMa 101606 57029 11 41 34.2 +31 44 45 0.440 -0.3519 0.0306 0.353 275 F4V 65ABUMa 103483 58112 11 55 05.7 +46 28 37 0.117 0.0103 0.0029 0.011 74 A3Vn 65DUMa 103498 58117 11 55 11.2 +46 28 11 0.015 0.0112 0.0003 0.011 89 A1pCrEuSr 66 UMa 103605 58181 11 55 58.3 +56 35 55 1.101 0.0077 -0.0012 0.008 99 K1III 67 UMa 104513 58684 12 02 06.8 +43 02 44 0.283 -0.3456 0.0557 0.350 279 A7m DP(DSCT) 68 UMa 106002 59458 12 11 44.9 +57 03 16 1.505 0.0099 -0.0150 0.018 146 K5III 70 UMa 107465 60212 12 20 50.7 +57 51 50 1.452 0.0478 -0.0705 0.085 146 K5III 71 UMa 108135 60584 12 25 03.1 +56 46 39 1.622 -0.0143 -0.0125 0.019 229 M3III 72 UMa 108346 60712 12 26 32.7 +55 09 34 0.105 0.0130 0.0103 0.017 52 Am 73 UMa 108502 60795 12 27 35.0 +55 42 46 1.582 -0.0209 -0.0114 0.024 241 M2III 74 UMa 108844 60978 12 29 57.2 +58 24 21 0.205 -0.0668 0.0888 0.111 323 A5e 75 UMa 108861 60992 12 30 04.3 +58 46 03 0.988 0.0312 -0.0149 0.035 116 G8III-IV 76 UMa 110462 61936 12 41 33.9 +62 42 47 0.051 -0.0307 -0.0177 0.035 240 A2III 78AUMa 113139 63503A 13 00 43.7 +56 21 59 0.368 0.1084 0.0027 0.108 89 F2V 78BUMa 113139 63503B 13 00 43.8 +56 21 59 0.368 0.1205 -0.0309 0.124 104 – 80 UMa 116842 65477 13 25 13.4 +54 59 17 0.169 0.1204 -0.0169 0.122 98 A5V SB 81 UMa 118214 66198 13 34 07.2 +55 20 54 -0.014 -0.0187 -0.0066 0.020 250 A0V 82 UMa 119024 66634 13 39 30.3 +52 55 16 0.113 -0.1361 0.0564 0.147 293 A3Vn 83 UMa 119228 66738 13 40 44.1 +54 40 54 1.630 -0.0191 -0.0114 0.022 239 M2IIIvar

84 UMa 120198 67231 13 46 35.6 +54 25 58 -0.039 -0.0192 -0.0045 0.020 257 B9pEuCr CR(ACV) 86 UMa 121409 67848 13 53 50.9 +53 43 43 -0.032 -0.0286 -0.0062 0.029 258 A0V Grmb 1830 103095 57939 11 52 58.7 +37 43 07 0.754 4.0037 -5.8130 7.058 145 G8Vp Lalande 21185 95735 54035 11 03 20.2 +35 58 13 1.502 -0.5802 -4.7671 4.802 187 M2V h 2534 91312 51658 10 33 13.8 +40 25 31 0.222 -0.1420 0.0080 0.142 273 A7IV

ΟΣΣ 99 81688 46471 09 28 39.9 +45 36 06 0.993 -0.0064 -0.1282 0.128 183 K0III-IV ΟΣ 235Α 100203 56290A 11 32 20.8 +61 04 57 0.515 -0.0142 -0.0951 0.096 188 F8V ΟΣ 235Β 100203 56290B 11 32 20.7 +61 04 57 0.515 0.0079 -0.0416 0.042 169 – Σ 1415Α 88849 50433 10 17 50.6 +71 03 38 0.342 -0.0353 -0.0441 0.056 219 A7m Σ 1415Β 88850 50435 10 17 51.4 +71 03 22 0.342 -0.0424 -0.0483 0.064 221 Am

270 Ursa Major (II)

UMA m M π pc l.y. V RV L F mc Bin? ADS 35 UMa 6.32 1.41 0.0104″ 96 313 28 -25 22 36 UMa 4.82 4.28 0.0778 12.9 41.9 14 9 1.5 37 UMa 5.16 3.05 0.0378 26 86 14 -10 4.8 38 UMa 5.12 0.94 0.0146 69 224 59 -11 33 39 UMa 5.79 0.53 0.0089 113 368 33 -15 48

40 UMa 7.11 1.88 0.0090 111 363 21 -18 14 41 UMa 6.34 -0.49 0.0043 232 756 86 -2 123 42 UMa 5.57 1.04 0.0124 81 263 28 -17 30 43 UMa 5.66 0.51 0.0093 107 350 38 15 49 44 UMa 5.12 -1.46 0.0048 207 676 66 1 303

46 UMa 5.02 0.64 0.0133 75 245 46 -22 43 47 UMa 5.03 4.29 0.0710 14 46 25 13 1.5 49 UMa 5.06 -0.40 0.0081 124 403 49 3 114 51 UMa 6.01 1.48 0.0124 81 263 28 7 20 Ho 377 8046 55 UMa 4.76 1.01 0.0178 56 183 24 -3 31

56 UMa 4.99 -0.90 0.0066 151 492 28 3 181 57 UMa 5.31 2.30 0.0250 40 130 15 -11 9.5 Σ 1543 8175 58 UMa 5.94 2.19 0.0178 56 183 39 -30 10 59 UMa 5.56 2.26 0.0219 46 149 33 2 10 60 UMa 6.09 0.93 0.0093 108 351 33 -24 33

61 UMa 5.31 5.41 0.1048 9.5 31.1 18 -5 0.5 β pm 62 UMa 5.73 2.67 0.0244 41 133 76 32 6.7 β pm 65ABUMa 6.54 -0.41 0.0041 246 801 15 -8 115 6.01 A 1777 8347AB 65DUMa 7.03 -0.46 0.0032 314 1025 18 -7 120 A 1777 8347D 66 UMa 5.83 0.90 0.0103 97 315 13 13 34 67 UMa 5.22 2.57 0.0295 34 111 57 6 7.4 Fox 68 UMa 6.34 -1.03 0.0034 298 970 43 35 203 70 UMa 5.54 -1.12 0.0047 215 701 97 -43 221 71 UMa 5.82 -1.99 0.0027 365 1190 37 -17 493 72 UMa 7.03 1.22 0.0069 145 472 11 - 25 73 UMa 5.68 0.03 0.0074 135 439 23 17 76 74 UMa 5.37 0.74 0.0119 84 274 45 7 40 75 UMa 6.07 0.48 0.0076 131 428 27 -16 51 76 UMa 6.02 -0.24 0.0056 178 581 30 -4 98 78AUMa 5.07 3.08 0.0401 25 81 16 -10 4.6 4.93 β 1082 8739A 78BUMa 8.16 6.18 0.0401 25 81 15 - 0.3 β 1082 8739B 80 UMa 3.99 2.01 0.0402 25 81 17 -9 12 bin with ζAB 81 UMa 5.60 0.95 0.0118 85 277 11 -7 33 82 UMa 5.46 1.88 0.0193 52 169 39 -15 14 83 UMa 4.63 -1.50 0.0059 168 549 25 -17 314

84 UMa 5.68 1.00 0.0116 86 282 8 -2 31 86 UMa 5.70 0.03 0.0074 136 444 25 -16 76 Grmb 1830 6.42 6.61 0.1092 9.2 29.9 322 -98 0.2 Lalande 21185 7.49 10.46 0.3924 2.55 8.31 103 -85 0.005 h 2534 4.72 2.04 0.0291 34 112 25 9 12 h 2534 7826

ΟΣΣ 99 5.40 0.67 0.0113 88 288 66 39 42 ΟΣΣ 99 ‘41 Lyn’ ΟΣ 235Α 5.80 3.61 0.0363 28 90 48 -46 2.8 5.46 ΟΣ 235 8197A ΟΣ 235Β 7.37 5.17 0.0363 28 90 6 - 0.7 ΟΣ 235 8197B Σ 1415Α 6.74 1.89 0.0107 93 305 27 11 14 6.66 Σ 1415 7705A Σ 1415Β 7.33 3.30 0.0156 64 209 24 14 3.8 Σ 1415 7705B

271 Ursa Major (III)

UMA HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

Σ 1752 117376 65728 13h28m27.0s +59º56′45″ -0.010 -0.0780 0.0345 0.085 294º A1Vn R UMa 92763 52546 10 44 38.3 +68 46 32 1.500 -0.0415 -0.0231 0.047 241 M3e-M9e (M) Y UMa 110259 61839 12 40 21.3 +55 50 48 1.220 -0.0041 0.0027 0.005 304 M7II-III:v Z UMa 103681 58225 11 56 30.2 +57 52 18 1.335 -0.0076 -0.0096 0.012 218 M5IIIvar (SRB) RY UMa 107397 60180 12 20 27.4 +61 18 35 1.766 -0.0209 -0.0079 0.022 249 M3:III (SRB)

VY UMa 92839 52577 10 45 03.9 +67 24 41 2.382 0.0044 0.0007 0.004 80 C5II (LB) CG UMa 80390 45915 09 21 43.2 +56 41 57 1.511 -0.0106 -0.0119 0.016 222 M4IIIa (LB) CO UMa 96813 54522 11 09 19.0 +36 18 34 1.400 -0.0440 -0.0228 0.050 243 M3.5III (LB:) CS UMa 84335 47965 09 46 31.6 +57 07 41 1.594 0.0001 0.0331 0.033 0 M3III (LB) EN UMa 89343 50685 10 21 03.4 +68 44 51 0.241 -0.0546 -0.0342 0.064 238 A7Vn (DSCTC)

- UMa 67447 40215 08 12 48.7 +68 28 27 1.037 -0.0011 0.0073 0.007 352 G8II - UMa 84737 48113 09 48 35.3 +46 01 15 0.619 0.2221 -0.0926 0.241 113 G2V - UMa 86378 49005 09 59 51.6 +56 48 42 1.487 -0.0315 -0.0280 0.042 228 K5III - UMa 89822 50933 10 24 07.8 +65 33 59 -0.052 -0.0089 -0.0208 0.023 203 A0pSiSrHg - UMa 92523 52425 10 43 04.0 +69 04 34 1.406 0.0003 -0.0129 0.013 179 K3III

- UMa 92787 52469 10 43 32.8 +46 12 14 0.324 -0.2682 -0.0661 0.276 256 F5III - UMa 95212 53781 11 00 14.6 +45 31 35 1.466 0.0097 0.0030 0.010 73 K5III - UMa 102328 57477 11 46 55.5 +55 37 41 1.276 0.0134 -0.0319 0.035 157 K3III

272 Ursa Major (III)

UMA m M π pc l.y. V RV L F mc Bin? ADS Σ 1752 5.40 1.10 0.0138″ 73 236 29 -3 29 Σ 1752 8919C R UMa 9.86 2.40 0.0032 311 1012 78 34 8.6 Y UMa 7.70 0.23 0.0032 313 1019 7 - 64 Z UMa 7.47 -0.12 0.0030 330 1076 56 -53 88 RY UMa 7.21 -1.02 0.0023 442 1442 48 -11 201

VY UMa 5.95 -1.75 0.0029 347 1132 9 -5 396 CG UMa 5.79 -0.03 0.0068 146 477 24 21 81 CO UMa 5.71 0.39 0.0086 116 379 35 22 55 CS UMa 5.09 -1.07 0.0059 171 556 28 8 211 EN UMa 5.88 0.38 0.0080 126 410 39 4 55

- UMa 5.34 -2.22 0.0031 326 1062 15 -9 611 - UMa 5.08 3.75 0.0543 18 60 22 5 2.5 ‘15 LMi’ - UMa 5.50 -0.47 0.0064 156 510 34 -13 122 - UMa 4.94 0.12 0.0108 92 301 10 0 71 - UMa 5.01 -0.57 0.0077 131 426 8 0 133

- UMa 5.18 2.42 0.0281 36 116 47 4 8.5 Smart - UMa 5.47 -1.69 0.0037 270 881 16 9 373 - UMa 5.27 1.26 0.0158 63 206 11 2 25

273 Ursa Minor

UMI HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 8890 11767 02h31m50.5s +89º15′51″ 0.636 0.0442 -0.0117 0.046 105º F7:Ib-IIv SB (CEP) β 131873 72607 14 50 42.2 +74 09 20 1.465 -0.0323 0.0119 0.034 290 K4IIIvar γ 137422 75097 15 20 43.6 +71 50 02 0.058 -0.0180 0.0177 0.025 314 A3II-III (DSCTC) δ 166205 85822 17 32 12.5 +86 35 11 0.021 0.0105 0.0540 0.055 11 A1Vn ε 153751 82080 16 45 57.8 +82 02 14 0.897 0.0195 0.0047 0.020 77 G5IIIvar (EA)

ζ 142105 77055 15 44 03.3 +77 47 40 0.038 0.0201 -0.0025 0.020 97 A3Vn η 148048 79822 16 17 30.2 +75 45 19 0.393 -0.0899 0.2578 0.273 341 F5V ϑ 139669 76008 15 31 24.7 +77 20 57 1.545 -0.0469 0.0053 0.047 276 K5III λ 183030 84535 17 16 56.0 +89 02 15 1.575 -0.0230 -0.0031 0.023 262 M1III π1Α 139777 75809 15 29 15.6 +80 26 50 0.665 -0.2252 0.1078 0.250 296 G0IV-V+G8IV-V

π1Β 139813 75829 15 29 28.3 +80 26 55 0.803 -0.2174 0.1055 0.242 296 G5 π2Α 141652 76695A 15 39 38.6 +79 58 59 0.392 -0.0322 0.0400 0.051 321 F2 π2Β 141652 76695B 15 39 38.7 +79 59 00 0.392 -0.0322 0.0400 0.051 321 – 3 UMi 124063 68956 14 06 56.2 +74 35 38 0.160 -0.0532 0.0127 0.055 283 A7V 4 UMi 124547 69112 14 08 50.8 +77 32 51 1.368 -0.0304 0.0334 0.045 318 K3III

5 UMi 127700 70692 14 27 31.4 +75 41 45 1.431 0.0087 0.0221 0.024 22 K4III 6 UMi 130834 72181 14 45 51.1 +71 57 59 0.154 -0.0305 0.0231 0.038 307 A5 8 UMi 133086 73136 14 56 48.3 +74 54 03 0.985 0.0135 0.0057 0.015 67 K0 9 UMi 133621 73440 15 00 27.0 +71 45 56 0.631 -0.4054 0.0807 0.413 281 G0 10 UMi 134584 73808 15 05 07.0 +73 53 32 0.131 -0.0016 0.0334 0.033 357 A0

11 UMi 136726 74793 15 17 05.8 +71 49 26 1.369 0.0037 0.0094 0.010 22 K4III 12 UMi 136727 74806 15 17 16.7 +71 12 40 0.403 0.0042 -0.0118 0.013 160 F8 14 UMi 137686 75152 15 21 30.1 +73 28 35 0.422 -0.1197 0.0967 0.154 309 F5 17 UMi 143803 77942 15 55 00.9 +75 34 27 0.831 0.0186 -0.0098 0.021 118 G5 19 UMi 146926 79280 16 10 49.3 +75 52 39 -0.093 -0.0014 0.0132 0.013 354 B8V

20 UMi 147142 79420 16 12 32.1 +75 12 38 1.283 -0.0435 0.0357 0.056 309 K2IV 24 UMi 166926 85699 17 30 47.5 +86 58 05 0.239 0.0561 0.0097 0.057 80 A2m RR UMi 132813 73199 14 57 34.9 +65 55 56 1.590 -0.0783 0.0325 0.085 293 M5III (SRB) - UMi 118904 66435 13 37 10.9 +71 14 32 1.219 -0.0363 -0.0060 0.037 261 K2III - UMi 124730 69373 14 12 04.0 +69 25 57 1.595 -0.0261 -0.0495 0.056 208 M2III

- UMi 136064 74605 15 14 38.2 +67 20 48 0.550 0.2215 -0.3923 0.451 151 F9IV

274 Ursa Minor

UMI m M π pc l.y. V RV L F mc Bin? ADS α 1.97 -3.64 0.0076″ 132 431 33 -17 2244 1 Σ 93 1477 β 2.07 -0.87 0.0258 39 126 18 17 176 7 β pm γ 3.00 -2.84 0.0068 147 480 18 -4 1077 13 δ 4.35 0.61 0.0179 56 183 17 -8 45 23 ε 4.21 -0.92 0.0094 106 346 15 -11 184 22 HdO 143 10242

ζ 4.29 -1.02 0.0087 115 376 17 -13 201 16 η 4.95 2.58 0.0335 30 97 40 -9 7.3 21 ϑ 5.00 -2.03 0.0039 255 832 62 -25 512 15 λ 6.31 -0.84 0.0037 269 876 30 2 170 [-] h 2985 π1Α 6.57 4.85 0.0453 22 72 30 -14 0.9 [-] 6.12 Σ 1972 9696A

π1Β 7.30 5.62 0.0461 22 71 38 -29 0.4 [-] Σ 1972 9696B π2Α 7.40 2.05 0.0085 118 384 43 -32 12 18 6.89 Σ 1989 9769A π2Β 8.18 2.83 0.0085 118 384 29 - 5.8 18 Σ 1989 9769B 3 UMi 6.43 0.79 0.0075 134 438 35 -4 38 4 UMi 4.80 -1.13 0.0065 153 500 35 11 223

5 UMi 4.25 -0.87 0.0095 106 345 16 10 175 h 2733 9286 6 UMi 7.52 0.91 0.0048 210 685 38 - 34 8 UMi 6.83 0.95 0.0067 150 489 10 - 33 S 666 9 UMi 6.64 4.00 0.0297 34 110 80 -45 2.0 10 UMi 7.56 1.96 0.0076 132 431 26 -16 13

11 UMi 5.02 -0.37 0.0084 119 389 17 -16 110 12 UMi 7.27 1.25 0.0062 160 522 10 - 25 H V 86 14 UMi 7.38 3.51 0.0168 59 194 43 - 3.1 17 UMi 6.88 0.03 0.0043 235 765 30 -19 77 19 UMi 5.48 -1.07 0.0049 204 665 13 -1 211

20 UMi 6.36 -0.49 0.0043 235 765 68 -26 124 24 UMi 5.78 2.38 0.0209 48 156 13 1 8.8 RR UMi 4.63 -0.80 0.0082 122 398 49 7 165 - UMi 5.50 0.05 0.0081 123 400 26 15 75 - UMi 5.18 -0.50 0.0073 137 445 43 -23 124

- UMi 5.15 3.13 0.0395 25 83 72 -47 4.4

275 Vela (I)

VEL HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

γ1 68243 — 08h09m29.2s -47º20′44″ -0.230 -0.0090 -0.0060 0.011 236º B1IV γ2 68273 39953 08 09 31.9 -47 20 12 -0.145 -0.0059 0.0099 0.012 329 WC8+O7.5e (WR) δΑ 74956 42913A 08 44 42.2 -54 42 30 0.043 0.0288 -0.1041 0.108 165 A1V δΒ — 42913B 08 44 42.2 -54 42 29 0.043 -0.0016 -0.0561 0.056 182 – κ 81188 45941 09 22 06.8 -55 00 38 -0.141 -0.0107 0.0112 0.016 316 B2IV

λ 78647 44816 09 07 59.7 -43 25 57 1.665 -0.0232 0.0143 0.027 302 K4Ib-II (LC) µΑ 93497 52727A 10 46 46.1 -49 25 12 0.901 0.0626 -0.0536 0.082 131 G5III SB µΒ 93497 52727B 10 46 46.3 -49 25 11 0.901 0.0833 -0.0498 0.097 121 – ο 74195 42536 08 40 17.6 -52 55 19 -0.168 -0.0246 0.0351 0.043 325 B3IV (BCEP) ϕ 86440 48774 09 56 51.7 -54 34 04 -0.067 -0.0131 0.0028 0.013 282 B5Ib

ψΑ 82434 46651A 09 30 41.9 -40 28 00 0.371 -0.1471 0.0487 0.155 288 F2IV ψΒ 82434 46651B 09 30 41.9 -40 28 01 0.371 -0.2421 0.0734 0.253 287 – AAaVel 72108 41616A 08 29 04.8 -47 55 45 -0.140 -0.0078 0.0067 0.010 311 B2IV ABVel — 41616B 08 29 04.3 -47 55 27 -0.140 -0.0078 0.0067 0.010 311 B5V BAVel 70930 41039A 08 22 31.5 -48 29 25 -0.146 -0.0063 0.0068 0.009 317 B1V

BBVel 70930 41039B 08 22 31.5 -48 29 31 -0.146 -0.0063 0.0068 0.009 317 – C Vel 73155 42088 08 34 43.7 -49 56 39 1.304 -0.0126 0.0177 0.022 325 K1/K2II D Vel 74753 42834 08 43 40.5 -49 49 22 -0.197 -0.0036 0.0037 0.005 316 B0IIIn HAVel 76805 43878A 08 56 19.4 -52 43 25 -0.115 -0.0166 0.0146 0.022 311 B5V HBVel 76805 43878B 08 56 19.3 -52 43 23 -0.115 -0.0166 0.0146 0.022 311 –

IAVel 89890 50676A 10 20 55.4 -56 02 36 -0.102 -0.0182 0.0015 0.018 275 B3III MV(BE) IBVel 89890 50676B 10 20 56.3 -56 02 37 -0.102 -0.0182 0.0015 0.018 275 – J Vel 81848 46283 09 26 18.0 -53 22 45 -0.102 -0.0199 0.0111 0.023 299 B6V K Vel 80456 45631 09 18 05.8 -51 03 03 -0.062 -0.0210 0.0148 0.026 305 B7/B8III L Vel 83058 46950 09 34 08.7 -51 15 21 -0.180 -0.0085 0.0064 0.011 307 B1.5IV

M Vel 83446 47175 09 36 49.7 -49 21 18 0.173 -0.1306 0.0423 0.137 288 A5V N Vel 82668 46701 09 31 13.3 -57 02 04 1.538 -0.0326 0.0061 0.033 281 K5III (L:) a Vel 75063 43023 08 46 01.7 -46 02 30 0.015 -0.0122 0.0048 0.013 292 A1III b Vel 74180 42570 08 40 37.6 -46 38 55 0.670 -0.0063 0.0043 0.008 304 F3Ia c Vel 78004 44511 09 04 09.2 -47 05 52 1.174 -0.0468 -0.0096 0.048 258 K2III

d Vel 74772 42884 08 44 23.9 -42 38 57 0.874 -0.0239 0.0195 0.031 309 G5III e Vel 73634 42312 08 37 38.6 -42 59 21 0.109 -0.0104 0.0095 0.014 312 A6II f Vel 75821 43413 08 50 33.4 -46 31 45 -0.205 -0.0028 0.0038 0.005 324 B0III KK(E) g Vel 75710 43347 08 49 47.7 -45 18 28 0.043 -0.0124 0.0144 0.019 319 A2III h Vel 75630 43325 08 49 39.1 -40 19 14 0.066 -0.0098 -0.0008 0.010 266 A2/A3IV

i Vel 95370 53773 11 00 09.2 -42 13 33 0.116 0.0230 0.0045 0.023 79 A3IV k2Vel 79940 45448 09 15 45.1 -37 24 48 0.473 0.0139 -0.0073 0.016 118 F3/F5V l Vel 79917 45439 09 15 36.7 -38 34 12 1.084 -0.0712 -0.0101 0.072 262 K0III m Vel 85622 48374 09 51 40.7 -46 32 52 1.172 -0.0244 0.0098 0.026 292 G5Ib n Vel 74272 42624 08 41 13.0 -47 19 01 0.137 -0.0105 0.0069 0.013 303 A5II

pAVel 92139 51986A 10 37 18.0 -48 13 33 0.300 -0.1315 -0.0016 0.131 269 A3mF0-F2 pBVel 92139 51986B 10 37 17.9 -48 13 33 0.300 -0.1878 -0.0332 0.191 260 A4 q Vel 88955 50191 10 14 44.1 -42 07 19 0.051 -0.1507 0.0498 0.159 288 A2V r Vel 89998 50799 10 22 19.5 -41 39 00 1.095 -0.0272 0.0608 0.067 336 K1IIIvar t Vel 91504 51635 10 32 56.9 -47 00 12 1.045 -0.0240 0.0068 0.025 286 K4III

u Vel 85355 48224 09 49 57.1 -45 43 58 -0.098 -0.0249 0.0101 0.027 292 B7III w Vel 77258 44191 09 00 05.4 -41 15 14 0.646 -0.0407 0.0546 0.068 323 G8/K1III+A x Vel 92449 52154 10 39 18.3 -55 36 12 1.025 -0.0189 0.0043 0.019 283 G2II y Vel 83548 47267 09 38 01.4 -43 11 27 0.985 0.0240 -0.0310 0.039 142 G8II z Vel 79735 45344 09 14 24.4 -43 13 39 -0.137 -0.0250 0.0120 0.028 296 B4V

276 Vela (I)

VEL m M π pc l.y. V RV L F mc Bin? ADS γ1 4.27 -4.18 0.0020″ 490 1598 32 20 3705 ∆ 65B γ2 1.75 -5.31 0.0039 258 840 38 35 10431 1.65 ∆ 65A δΑ 1.99 0.05 0.0409 24 80 13 2 75 1.93 h 4136A δΒ 5.57 3.63 0.0409 24 80 6 - 2.8 h 4136B κ 2.47 -3.62 0.0061 165 539 25 22 2210

λ 2.23 -3.99 0.0057 176 573 29 18 3117 See 109 µΑ 2.90 0.14 0.0282 35 116 15 6 69 2.69 R 155A µΒ 5.92 3.17 0.0282 35 116 16 - 4.2 R 155B ο 3.60 -2.31 0.0066 152 495 35 16 658 ϕ 3.52 -5.34 0.0017 592 1929 40 14 10770 I 396

ψΑ 3.96 2.62 0.0539 19 60 16 9 7.0 3.60 Copeland:A ψΒ 5.19 3.84 0.0539 19 60 22 - 2.3 Copeland:B AAaVel 5.48 -3.03 0.0020 503 1638 28 14 1280 5.33 h 4104Aa ABVel 7.31 -1.19 0.0020 503 1638 24 - 236 h 4104B BAVel 5.13 -3.20 0.0022 463 1509 34 27 1503 4.79 I 67A

BBVel 6.09 -2.24 0.0022 463 1509 20 - 620 I 67B C Vel 5.01 -2.14 0.0037 269 876 28 4 564 D Vel 5.15 -3.19 0.0022 465 1516 30 28 1483 HAVel 4.69 -0.61 0.0087 115 376 25 22 139 4.68 R 87A HBVel 7.93 2.62 0.0087 115 376 12 - 7.0 R 87B

IAVel 4.48 -3.67 0.0023 427 1393 38 10 2318 4.50 Rmk 13A IBVel 8.36 0.20 0.0023 427 1393 37 - 65 Rmk 13B J Vel 5.09 -0.47 0.0077 130 422 28 24 122 K Vel 5.26 -0.34 0.0076 132 431 59 57 108 L Vel 5.01 -2.27 0.0035 286 931 38 35 637

M Vel 4.34 1.75 0.0304 33 107 30 21 16 Rst 5335 N Vel 3.16 -1.15 0.0137 73 238 18 -14 228 a Vel 3.87 -4.52 0.0021 476 1552 38 24 5053 b Vel 3.77 -6.12 0.0011 952 3105 43 25 22163 h 4127 c Vel 3.75 -1.13 0.0106 95 309 32 24 224

d Vel 4.05 -0.18 0.0143 70 228 10 -2 93 h 4133 e Vel 4.11 -4.11 0.0023 441 1436 35 19 3467 f Vel 5.09 -4.50 0.0012 826 2694 20 7 4948 Hd 205AB g Vel 4.94 -2.08 0.0039 254 827 23 5 536 h Vel 5.47 -2.97 0.0021 488 1590 28 17 1215

i Vel 4.37 0.39 0.0160 63 204 9 -5 55 k2Vel 4.63 1.10 0.0197 51 166 7 6 29 bin l Vel 4.92 0.73 0.0145 69 225 24 2 40 m Vel 4.58 -3.03 0.0030 332 1083 43 11 1279 n Vel 4.74 -4.08 0.0017 581 1895 39 17 3380

pAVel 4.13 2.01 0.0377 27 86 25 19 12 3.84 See 119A pBVel 5.76 3.65 0.0377 27 86 24 - 2.7 See 119B q Vel 3.85 1.36 0.0317 32 103 25 7 23 r Vel 4.82 0.88 0.0163 62 200 29 21 35 t Vel 5.30 -2.06 0.0034 296 964 35 4 524 5.02 h 4330

u Vel 5.09 -2.01 0.0038 262 856 35 12 499 h 4254 w Vel 4.45 0.50 0.0162 62 201 21 -6 50 x Vel 4.29 -2.92 0.0036 276 901 32 20 1155 h 4341 y Vel 5.51 -0.35 0.0067 149 484 28 2 109 z Vel 5.24 -0.92 0.0059 171 556 27 15 184 h 4191

277 Vela (II)

VEL HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

B 1625B 74535 42715B 08h42m18.9s -53º06′00″ -0.127 -0.0232 0.0241 0.033 316º B8Si KT(ACV) B 1625C 74535 42715C 08 42 18.9 -53 06 01 -0.127 -0.0232 0.0241 0.033 316 – Cor 74A 74067 42540A 08 40 19.2 -40 15 51 -0.027 -0.0559 0.0077 0.056 278 ApSiCr Cor 74B 74067 42540B 08 40 19.6 -40 15 49 -0.027 -0.0559 0.0077 0.056 278 – ∆ 69 71510 41296 08 25 30.7 -51 43 42 -0.164 -0.0147 0.0171 0.023 319 B2V

φ 316 76360 43671 08 53 50.6 -47 31 15 0.275 -0.0060 -0.0239 0.025 194 Am h 4069 69144 40285 08 13 36.2 -46 59 31 -0.139 -0.0103 0.0103 0.015 315 B2.5IV NO(EB) h 4126 74146 42504 08 39 57.6 -53 03 18 -0.147 -0.0258 0.0215 0.034 310 B4IV NZ(ELL) h 4165A 77653 44337A 09 01 44.6 -52 11 18 -0.120 -0.0147 0.0135 0.020 313 ApSi OY(type?) h 4165B 77653 44337B 09 01 44.6 -52 11 19 -0.120 -0.0239 0.0110 0.026 295 –

h 4220A 82984 46914A 09 33 44.4 -49 00 18 -0.114 -0.0234 0.0088 0.025 291 B4IV h 4220B 82984 46914B 09 33 44.2 -49 00 20 -0.114 -0.0234 0.0088 0.025 291 B8V I 168A 72127 41639A 08 29 27.5 -44 43 30 -0.168 -0.0059 0.0064 0.009 318 B2IV I 168B — 41639B 08 29 27.4 -44 43 25 -0.168 -0.0059 0.0064 0.009 318 – I 173A 87783 49485A 10 06 11.3 -47 22 12 0.880 -0.0108 -0.0535 0.055 191 K0IV

I 173B 87783 49485B 10 06 11.3 -47 22 11 0.880 -0.0004 -0.0483 0.048 180 – Rst 1435A 82694 46811A 09 32 19.2 -40 38 58 0.897 0.0097 -0.0057 0.011 120 G8III Rst 1435B 82694 46811B 09 32 19.3 -40 38 58 0.897 0.0097 -0.0057 0.011 120 – Rst 5304A 74455 42712A 08 42 15.9 -48 05 57 -0.172 -0.0049 0.0035 0.006 306 B1.5Vn HX(ELL:) Rst 5304B 74455 42712B 08 42 15.9 -48 05 56 -0.172 -0.0049 0.0035 0.006 306 –

See 115A 83520 47204A 09 37 12.3 -53 40 06 0.137 -0.0240 -0.0091 0.026 249 A2/A3V See 115B 83520 47204B 09 37 12.3 -53 40 07 0.137 -0.0221 -0.0065 0.023 254 – Q Vel 88206 49712 10 08 56.2 -51 48 40 -0.120 -0.0146 0.0005 0.015 272 B3IV Y Vel 91324 51523 10 31 21.8 -53 42 56 0.500 -0.4188 0.2095 0.468 297 F6V (M) AH Vel 68808 40155 08 11 59.9 -46 38 39 0.626 -0.0037 0.0076 0.008 334 F7p (CEP)

AI Vel 69213 40330 08 14 05.3 -44 34 30 0.180 0.0263 0.0304 0.040 41 F2pvar (RRs) FZ Vel 77140 44093 08 58 52.2 -47 14 05 0.268 -0.0844 0.0557 0.101 303 Am (DSCT) GU Vel 71935 41483 08 27 36.5 -53 05 19 0.256 -0.0676 0.0247 0.072 290 A9/F0III-IV (DSCTC) GX Vel 79186 45085 09 11 04.3 -44 52 04 0.222 -0.0044 0.0043 0.006 314 B5Ia (ACYG) GZ Vel 89682 50555 10 19 36.8 -55 01 46 1.600 -0.0148 0.0040 0.015 285 K3II (LC)

HV Vel 73340 42177 08 35 52.0 -50 58 12 -0.132 -0.0137 0.0105 0.017 307 B8Si (ACVO:) HW Vel 74071 42459 08 39 23.8 -53 26 23 -0.132 -0.0240 0.0235 0.034 314 B5V (BCEP) HY Vel 74560 42726 08 42 25.4 -53 06 50 -0.173 -0.0249 0.0232 0.034 313 B3IV (ELL) IS Vel 68324 39970 08 09 43.2 -47 56 14 -0.199 -0.0063 0.0096 0.011 327 B1IVe (BCEP) IW Vel 94985 53530 10 57 07.8 -50 45 56 0.173 -0.0376 0.0129 0.040 289 A4V (DSCTC)

IZ Vel 77475 44299 09 01 20.7 -41 51 52 -0.135 -0.0187 0.0148 0.024 308 B5V (IZ*) KL Vel 79416 45189 09 12 30.5 -43 36 49 -0.107 -0.0223 0.0123 0.025 299 B8Vp:Si: (ACV) LN Vel 74371 42679 08 41 56.8 -45 24 39 0.171 -0.0059 0.0050 0.008 310 B5Iab (ACYG) LR Vel 80558 45675 09 18 42.2 -51 33 38 0.474 -0.0052 0.0035 0.006 304 B7Iab (ACYG) LW Vel 88824 50070 10 13 22.8 -51 13 59 0.257 -0.0397 -0.0136 0.042 251 A7V (DSCTC)

OP Vel 75149 43082 08 46 30.6 -45 54 46 0.238 -0.0050 0.0049 0.007 314 B3Ia (type?) - Vel 67582 39690 08 06 40.3 -45 15 59 1.488 -0.0053 0.0110 0.012 334 K3III - Vel 68217 39961 08 09 35.9 -44 07 23 -0.173 -0.0120 0.0025 0.012 282 B2IV-V - Vel 79846 45328 09 14 18.0 -55 34 11 0.980 -0.0329 0.0294 0.044 312 G8II-III - Vel 80108 45505 09 16 23.0 -44 15 57 1.636 -0.0025 0.0047 0.005 331 K3Ib

- Vel 80170 45544 09 16 57.1 -39 24 05 1.166 -0.0298 -0.0346 0.046 221 K2III - Vel 82419 46594 09 30 05.2 -51 31 01 -0.078 -0.0190 0.0119 0.022 302 B8V - Vel 93563 52742 10 46 57.5 -56 45 26 -0.080 -0.0213 -0.0006 0.021 268 B8/B9III

278 Vela (II)

VEL m M π pc l.y. V RV L F mc Bin? ADS B 1625B 5.57 -0.29 0.0068″ 148 483 29 17 102 5.49 B 1625B B 1625C 7.90 2.05 0.0068 148 483 23 - 12 B 1625C Cor 74A 5.22 0.55 0.0116 86 280 31 21 48 5.20 Cor 74A Cor 74B 9.07 4.40 0.0116 86 280 23 - 1.4 Cor 74B ∆ 69 5.18 -1.40 0.0048 207 674 29 18 285 ∆ 69

φ 316 5.31 0.79 0.0125 80 261 9 -1 38 φ 316AB h 4069 5.14 -2.23 0.0034 298 970 32 25 613 h 4069 h 4126 5.18 -0.41 0.0076 131 428 25 14 115 h 4126 h 4165A 5.54 -0.10 0.0075 134 437 34 32 86 5.23 h 4165A h 4165B 6.62 0.98 0.0075 134 437 17 - 32 h 4165B

h 4220A 5.54 -1.80 0.0034 294 959 39 17 413 5.12 h 4220A h 4220B 6.24 -1.10 0.0034 294 959 40 20 217 h 4220B I 168A 5.14 -6.50 0.0005 2128 6936 90 22 31232 5.03 I 168A I 168B 7.05 -4.59 0.0005 2128 6936 88 - 5388 I 168B I 173A 5.42 0.93 0.0126 79 258 29 21 34 5.06 I 173A

I 173B 7.13 2.64 0.0126 79 258 18 - 6.9 I 173B Rst 1435A 5.56 0.17 0.0084 120 390 6 -1 67 5.35 Rst 1435A Rst 1435B 8.64 3.25 0.0084 120 390 6 - 3.9 Rst 1435B Rst 5304A 5.50 -3.07 0.0019 518 1689 27 22 1334 5.48 Rst 5304A Rst 5304B 8.28 -0.30 0.0019 518 1689 15 - 103 Rst 5304B

See 115A 6.19 1.91 0.0140 72 234 16 -13 14 5.44 See 115A See 115B 6.30 2.02 0.0140 72 234 8 - 12 See 115B Q Vel 4.85 -2.76 0.0030 332 1083 27 14 997 Y Vel 4.89 3.19 0.0457 22 71 53 20 4.2 h 4329 (OPT) AH Vel 5.77 -2.49 0.0022 448 1462 32 26 779

AI Vel 6.56 1.56 0.0100 100 326 19 20 19 FZ Vel 5.17 1.02 0.0148 68 221 37 18 31 h 4161 GU Vel 5.08 1.10 0.0160 62 204 33 25 29 GX Vel 4.99 -6.01 0.0006 1587 5175 58 34 20013 GZ Vel 4.59 -3.71 0.0022 457 1489 36 13 2394

HV Vel 5.79 0.01 0.0070 143 466 26 23 78 HW Vel 5.45 -0.25 0.0072 138 451 27 15 99 HY Vel 4.83 -1.01 0.0068 147 479 33 23 199 bin IS Vel 5.23 -2.02 0.0035 282 921 16 5 508 IW Vel 5.90 0.96 0.0103 97 317 24 16 32

IZ Vel 5.56 -0.24 0.0069 145 471 27 21 98 KL Vel 5.95 -0.46 0.0052 191 623 28 15 120 5.56 φ 317AB LN Vel 5.20 -4.39 0.0012 826 2694 39 24 4471 LR Vel 5.83 -8.02 0.0002 5882 19176 177 22 126795 LW Vel 5.27 1.78 0.0201 50 163 49 48 15

OP Vel 5.43 -4.59 0.0010 1010 3293 42 26 5404 - Vel 5.04 -2.86 0.0026 380 1240 33 25 1097 - Vel 5.20 -2.51 0.0029 348 1136 22 8 795 - Vel 5.26 -1.20 0.0051 196 638 42 9 237 - Vel 5.12 -5.34 0.0008 1235 4025 31 -3 10741

- Vel 5.31 0.12 0.0092 109 355 24 0 70 - Vel 5.45 -0.08 0.0079 127 415 17 10 84 - Vel 5.14 -0.99 0.0060 168 548 35 31 195

279 Virgo (I)

VIR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 116658 65474 13h25m11.5s -11º09′41″ -0.235 -0.0425 -0.0317 0.053 233º B1V (ELL) β 102870 57757 11 50 41.6 +01 45 53 0.518 0.7410 -0.2712 0.789 110 F8V γΑ 110379 61941A 12 41 39.5 - 01 26 58 0.368 -0.6167 0.0607 0.620 276 F0V γΒ 110380 61941B 12 41 39.4 - 01 26 58 0.368 -0.5239 -0.0391 0.525 266 F0V δ 112300 63090 12 55 36.1 +03 23 51 1.571 -0.4714 -0.0528 0.474 264 M3III

ε 113226 63608 13 02 10.5 +10 57 33 0.934 -0.2751 0.0200 0.276 274 G8IIIvar ζ 118098 66249 13 34 41.5 - 00 35 46 0.114 -0.2789 0.0486 0.283 280 A3V η 107259 60129 12 19 54.3 - 00 40 00 0.026 -0.0591 -0.0231 0.064 249 A2IV ϑ 114330 64238 13 09 56.9 - 05 32 20 -0.008 -0.0351 -0.0328 0.048 227 A1V ι 124850 69701 14 16 00.8 - 06 00 02 0.511 -0.0258 -0.4198 0.421 184 F7V

κ 124294 69427 14 12 53.7 - 10 16 25 1.323 0.0080 0.1408 0.141 3 K3III λ 125337 69974 14 19 06.5 - 13 22 16 0.128 -0.0171 0.0294 0.034 330 A2m µ 129502 71957 14 43 03.5 - 05 39 30 0.385 0.1042 -0.3199 0.336 162 F2III ν 102212 57380 11 45 51.5 +06 31 46 1.501 -0.0197 -0.1800 0.181 186 M0III ξ 102124 57328 11 45 17.0 +08 15 30 0.174 0.0597 -0.0228 0.064 111 A4V

ο 104979 58948 12 05 12.5 +08 43 59 0.967 -0.2203 0.0575 0.228 285 G8III π 104321 58590 12 00 52.3 +06 36 51 0.122 -0.0003 -0.0297 0.030 180 A5V ρ 110411 61960 12 41 53.0 +10 14 08 0.076 0.0826 -0.0895 0.122 137 A0V (DSCTC) σ 115521 64852 13 17 36.2 +05 28 12 1.638 -0.0072 0.0100 0.012 324 M2III τ 122408 68520 14 01 38.7 +01 32 40 0.121 0.0174 -0.0212 0.027 141 A3V

υ 125454 70012 14 19 32.4 - 02 15 56 1.023 -0.1193 -0.0719 0.139 239 G9III ϕΑ 126868 70755A 14 28 12.1 - 02 13 40 0.693 -0.1409 -0.0029 0.141 269 G2IV ϕΒ — 70755B 14 28 12.4 - 02 13 41 0.693 -0.1409 -0.0029 0.141 269 – χ 110014 61740 12 39 14.7 - 07 59 44 1.240 -0.0773 -0.0247 0.081 252 K2III ψ 112142 62985 12 54 21.1 - 09 32 20 1.590 -0.0183 -0.0197 0.027 223 M3IIIvar (LB)

ω 101153 56779 11 38 27.5 +08 08 03 1.499 -0.0034 0.0063 0.007 332 M4III (LB) 4 Vir 102510 57562 11 47 54.8 +08 14 45 0.038 -0.0532 0.0121 0.055 283 A1 6 Vir 103484 58110 11 55 03.1 +08 26 38 0.937 -0.0305 0.0155 0.034 297 K0III: 7 Vir 104181 58510 11 59 56.8 +03 39 18 -0.001 -0.0194 -0.0084 0.021 247 A1V 10 Vir 105639 59285 12 09 41.2 +01 53 52 1.120 0.0421 -0.1804 0.185 167 K3III

11 Vir 105702 59309 12 10 03.3 +05 48 25 0.352 -0.1598 0.0183 0.161 277 Am 12 Vir 106251 59608 12 13 25.8 +10 15 44 0.262 -0.0945 -0.0080 0.095 265 A2m 13 Vir 107070 60030 12 18 40.2 - 00 47 14 0.168 0.0335 -0.0162 0.037 116 A5Vn 14 Vir 107161 60088 12 19 20.2 - 08 54 53 1.094 0.0030 -0.0241 0.024 173 K0III 16 Vir 107328 60172 12 20 20.9 +03 18 45 1.172 -0.2938 -0.0629 0.300 258 K1III

17AVir 107705 60353 12 22 32.0 +05 18 20 0.567 -0.1666 -0.0532 0.175 252 F8V 17BVir — 60352 12 22 32.5 +05 18 39 0.567 0.1386 0.0983 0.170 55 – 20 Vir 109217 61246 12 33 02.9 +10 17 45 0.953 -0.0501 0.0043 0.050 275 G8III 21 Vir 109309 61318 12 33 46.7 - 09 27 07 -0.035 -0.0822 0.0001 0.082 270 A0V 25 Vir 109704 61558 12 36 47.3 - 05 49 55 0.072 -0.0275 -0.0195 0.034 235 A3V

27 Vir 110377 61937 12 41 34.4 +10 25 35 0.192 -0.1061 0.0007 0.106 270 A7Vn GG(DSCT) 31 Vir 110423 61968 12 41 57.1 +06 48 24 0.002 -0.0717 -0.0112 0.073 261 A2V 28 Vir 110418 61969 12 41 57.7 - 07 30 01 1.580 0.0150 -0.0456 0.048 162 K5 32 Vir 110951 62267 12 45 37.0 +07 40 24 0.322 -0.1089 0.0045 0.109 272 A8m FM(DSCT) 33 Vir 111028 62325 12 46 22.4 +09 32 24 0.989 0.2787 -0.4550 0.534 149 K1III-IV

34 Vir 111164 62394 12 47 13.6 +11 57 29 0.122 0.0447 -0.0184 0.048 112 A3V 35 Vir 111239 62443 12 47 51.4 +03 34 22 1.596 -0.0089 -0.0021 0.009 257 M4III 37 Vir 111765 62757 12 51 37.0 +03 03 24 1.288 -0.0366 0.0201 0.042 299 K4III: 38 Vir 111998 62875 12 53 11.2 - 03 33 11 0.493 -0.2638 -0.0035 0.264 269 F5V 39 Vir 112036 — 12 53 36.9 - 09 03 53 1.200 0.0070 -0.0580 0.058 173 K2

280 Virgo (I)

VIR m M π pc l.y. V RV L F mc Bin? ADS α 0.98 -3.55 0.0124″ 80 262 20 1 2062 67 β pm β 3.59 3.40 0.0917 10.9 35.5 41 5 3.4 5 β pm γΑ 3.55 3.19 0.0845 11.8 38.6 40 -20 4.2 29 2.74 Σ 1670 8630A γΒ 3.60 3.24 0.0845 11.8 38.6 36 -20 4.0 29 Σ 1670 8630B δ 3.39 -0.57 0.0161 62 202 141 -18 134 43 β pm

ε 2.85 0.37 0.0319 31 102 43 -14 56 47 β pm ζ 3.38 1.62 0.0446 22 73 33 -13 18 79 η 3.89 -0.53 0.0131 77 250 23 2 128 15 ϑ 4.49 -1.03 0.0079 127 415 29 -3 204 51 4.38 Σ 1724 8801 ι 4.07 2.42 0.0467 21 70 44 12 8.5 99

κ 4.18 0.00 0.0146 69 223 46 -4 79 98 λ 4.52 0.73 0.0175 57 187 14 -11 40 100 µ 3.87 2.51 0.0535 19 61 30 5 7.8 107 ν 4.04 -0.87 0.0104 96 313 97 51 175 3 ξ 4.84 2.02 0.0273 37 119 11 0 12 2

ο 4.12 0.52 0.0191 52 171 64 -30 49 9 π 4.65 -0.54 0.0092 109 356 18 -10 129 8 ρ 4.88 2.04 0.0271 37 120 21 2 12 30 σ 4.78 -1.32 0.0060 166 541 29 -27 265 60 τ 4.23 0.10 0.0149 67 218 9 -2 72 93 Sh 171 9085

υ 5.14 0.52 0.0119 84 274 62 -27 49 102 ϕΑ 4.97 1.88 0.0242 41 135 29 -9 14 105 4.81 Σ 1846 9273A ϕΒ 9.10 6.02 0.0242 41 135 28 - 0.3 Σ 1846 9273B χ 4.66 -0.29 0.0102 98 318 43 -20 103 26 β pm ψ 4.77 -0.76 0.0078 128 417 24 18 159 40

ω 5.24 -0.60 0.0068 147 479 6 4 136 1 4 Vir 5.31 1.46 0.0170 59 192 15 -1 21 Sh 131AC 6 Vir 5.58 2.02 0.0195 51 168 13 -10 12 7 Vir 5.36 0.72 0.0118 85 276 9 -2 41 10 Vir 5.95 1.34 0.0119 84 273 74 3 23 β pm

11 Vir 5.72 2.51 0.0228 44 143 35 -9 7.8 12 Vir 5.85 2.37 0.0202 50 162 22 2 8.8 13 Vir 5.90 0.90 0.0100 100 326 23 -14 34 14 Vir 6.84 0.57 0.0056 180 586 24 -12 47 A 145 8506AB 16 Vir 4.97 0.26 0.0114 87 285 130 36 62 β pm

17AVir 6.58 4.21 0.0335 30 97 25 5 1.6 6.46 Σ 1636 8531A 17BVir 10.48 5.30 0.0092 109 354 88 - 0.6 Σ 1636 8531B 20 Vir 6.29 0.49 0.0069 145 471 34 1 50 21 Vir 5.48 0.96 0.0125 80 261 33 -11 33 25 Vir 5.88 1.69 0.0145 69 224 13 -6 17

27 Vir 6.22 2.04 0.0146 68 223 36 9 12 H VI 81 31 Vir 5.57 1.20 0.0134 75 244 26 4 26 β 924 8633AB 28 Vir 6.81 -0.64 0.0032 309 1006 70 -2 142 32 Vir 5.22 0.85 0.0134 75 244 40 -9 36 33 Vir 5.65 2.40 0.0224 45 146 124 52 8.7 β pm

34 Vir 6.11 1.75 0.0134 75 243 17 -2 16 β pm 35 Vir 6.42 0.19 0.0057 176 574 11 8 66 37 Vir 6.02 -0.24 0.0056 179 582 35 3 98 38 Vir 6.11 3.55 0.0308 33 106 41 -7 3.0 39 Vir 7.80 ------

281 Virgo (II)

VIR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

41 Vir 112097 62933 12h53m49.7s +12º25′07″ 0.282 0.0634 -0.0351 0.072 119º A7III 44 Vir 112846 63414 12 59 39.4 - 03 48 43 0.203 -0.0482 0.0066 0.049 278 A3V 46AVir 112992 63494A 13 00 35.8 - 03 22 07 1.119 -0.0194 0.0494 0.053 339 K2III 46BVir 112992 63494B 13 00 35.8 - 03 22 08 1.119 -0.0194 0.0494 0.053 339 – 48AVir 113459 63750A 13 03 54.4 - 03 39 48 0.296 -0.0376 -0.0397 0.055 224 F0V

48BVir 113459 63750B 13 03 54.4 - 03 39 49 0.296 -0.0318 -0.0376 0.049 220 – 49 Vir 114038 64078 13 07 53.7 - 10 44 25 1.138 0.0160 -0.0094 0.019 120 K2III 50 Vir 114287 64224 13 09 45.2 - 10 19 46 1.490 -0.0150 -0.0073 0.017 244 K5III 53 Vir 114642 64407 13 12 03.4 - 16 11 55 0.460 0.0962 -0.2872 0.303 161 F5III-IV 54AVir 114846 64520A 13 13 26.8 - 18 49 36 0.088 -0.0213 -0.0105 0.024 244 B9III

54BVir — 64520B 13 13 27.1 - 18 49 32 0.088 -0.0213 -0.0105 0.024 244 – 55 Vir 114946 64577 13 14 10.8 - 19 55 51 0.862 -0.1202 0.1597 0.200 323 G6V 56 Vir 115062 64625 13 14 45.0 - 10 22 14 1.542 -0.0233 -0.0435 0.049 208 K5 57 Vir 115202 64725 13 15 58.7 - 19 56 35 1.011 0.3047 -0.1154 0.326 111 K1IV 58 Vir 115466 64834 13 17 27.3 - 10 32 47 0.338 -0.0846 0.0164 0.086 281 F0

59 Vir 115383 64792 13 16 46.4 +09 25 27 0.585 -0.3345 0.1907 0.385 300 G0Vs 61 Vir 115617 64924 13 18 24.2 - 18 18 41 0.709 -1.0699 -1.0638 1.509 225 G6V 62 Vir 115903 65074 13 20 20.0 - 11 18 15 1.000 -0.1145 -0.0056 0.115 267 K0 63 Vir 116292 65301 13 23 01.0 - 17 44 07 0.987 -0.0501 -0.0287 0.058 240 K1III 64 Vir 116235 65241 13 22 09.6 +05 09 17 0.109 -0.0690 -0.0356 0.078 243 A2m

65 Vir 116365 65323 13 23 18.8 - 04 55 28 1.431 -0.0195 -0.0161 0.025 230 K3III 66 Vir 116568 65420 13 24 33.2 - 05 09 50 0.415 0.1577 -0.0362 0.162 103 F3V 68 Vir 116870 65581 13 26 43.1 - 12 42 28 1.477 -0.1286 -0.0212 0.130 261 M0IIIvar 69 Vir 116976 65639 13 27 27.1 - 15 58 25 1.096 -0.1221 0.0216 0.124 280 K1IIIIvar 70 Vir 117176 65721 13 28 25.7 +13 46 43 0.714 -0.2348 -0.5762 0.622 202 G5V

71 Vir 117304 65790 13 29 12.9 +10 49 05 1.052 -0.0603 -0.0355 0.070 240 K0III 72 Vir 117436 65892 13 30 25.7 - 06 28 13 0.341 0.0442 0.0123 0.046 74 F2V 73 Vir 117661 66015 13 32 02.8 - 18 43 44 0.196 -0.0965 -0.0178 0.098 260 F0IV-V HX(DSCTC) 74 Vir 117675 66006 13 31 57.8 - 06 15 21 1.606 -0.1038 -0.0434 0.113 247 M3III 75 Vir 117789 66091 13 32 51.7 - 15 21 47 1.228 -0.0772 0.0003 0.077 270 K1.5IIIb 76 Vir 117818 66098 13 32 58.0 - 10 09 54 0.964 -0.0307 -0.0380 0.049 219 K0III 77 Vir 117878 66131 13 33 24.5 - 07 37 21 0.309 -0.0761 0.0046 0.076 273 F0 78 Vir 118022 66200 13 34 07.8 +03 39 32 0.029 0.0439 -0.0240 0.050 119 A1pSrCrEu CW(ACV) 80 Vir 118219 66320 13 35 31.2 - 05 23 46 0.950 0.0155 0.0826 0.084 11 G6III 81AVir 118511 66465A 13 37 35.3 - 07 52 17 0.987 -0.0182 -0.0065 0.019 250 K0III 81BVir — 66465B 13 37 35.4 - 07 52 15 0.987 -0.0182 -0.0065 0.019 250 – 82 Vir 119149 66803 13 41 36.7 - 08 42 11 1.623 -0.0917 0.0403 0.100 294 M2III 83 Vir 119605 67057 13 44 29.7 - 16 10 45 0.805 0.0126 -0.0056 0.014 114 G0II-III 84AVir 119425 66936A 13 43 03.6 +03 32 17 1.091 -0.2942 -0.0729 0.303 256 K2III 84BVir 119425 66936B 13 43 03.4 +03 32 15 1.091 -0.2942 -0.0729 0.303 256 – 85 Vir 119786 67139 13 45 35.1 - 15 46 03 0.046 -0.0410 -0.0237 0.047 240 A2Vn 86AVir 119853 67172A 13 45 56.3 - 12 25 36 0.898 -0.0192 0.0080 0.021 293 G8III 86BVir 119853 67172B 13 45 56.3 - 12 25 35 0.898 -0.0192 0.0080 0.021 293 - 87 Vir 120052 67288 13 47 25.3 - 17 51 36 1.623 0.0608 -0.0310 0.068 117 M2comp 88 Vir 120235 67355 13 48 18.0 - 06 50 15 0.931 -0.0393 -0.0192 0.044 244 K0 89 Vir 120452 67494 13 49 52.2 - 18 08 03 1.059 -0.0993 -0.0377 0.106 249 K1III 90 Vir 121299 67929 13 54 42.1 - 01 30 12 1.093 -0.0851 -0.0219 0.088 256 K2III 92 Vir 121607 68092 13 56 27.8 +01 03 02 0.217 -0.0281 0.0137 0.031 296 A8V 94 Vir 123177 68888 14 06 17.8 - 08 53 30 0.018 -0.0008 0.0199 0.020 358 A0 95 Vir 123255 68940 14 06 42.7 - 09 18 48 0.347 -0.1406 0.0041 0.141 272 F2IV

282 Virgo (II)

VIR m M π pc l.y. V RV L F mc Bin? ADS 41 Vir 6.25 2.32 0.0164″ 61 199 23 -10 9.3 44 Vir 5.79 0.99 0.0110 91 298 21 - 32 Σ 1704 8727 46AVir 6.24 1.12 0.0095 106 344 35 23 28 5.99 AGC 5 8732A 46BVir 8.88 3.76 0.0095 106 344 27 - 2.5 AGC 5 8732B 48AVir 7.25 1.76 0.0080 125 408 33 3 16 6.62 β 929 8759A

48BVir 7.61 2.13 0.0080 125 408 29 - 11 β 929 8759B 49 Vir 5.15 0.29 0.0107 94 306 12 -9 60 50 Vir 5.95 -0.57 0.0050 201 656 17 -7 133 53 Vir 5.04 2.48 0.0307 33 106 49 -14 8.0 h 2645 54AVir 6.84 -1.15 0.0025 397 1294 61 -41 227 6.26 Sh 151 8824A

54BVir 7.34 -0.65 0.0025 397 1294 52 -27 144 Sh 151 8824B 55 Vir 5.31 2.38 0.0259 39 126 58 -45 8.8 56 Vir 6.95 0.41 0.0049 203 661 55 27 54 57 Vir 5.21 2.26 0.0257 39 127 69 34 10 58 Vir 6.89 2.39 0.0126 79 259 33 7 8.7

59 Vir 5.19 3.92 0.0557 18 59 42 -26 2.1 Kui 62 61 Vir 4.74 5.09 0.1173 8.5 27.8 61 -8 0.7 H V 90 62 Vir 6.73 1.17 0.0077 129 422 87 52 27 63 Vir 5.36 0.40 0.0102 98 320 38 -27 54 64 Vir 5.89 1.87 0.0157 64 208 25 -10 14

65 Vir 5.88 -1.88 0.0028 356 1160 44 10 443 66 Vir 5.76 3.37 0.0332 30 98 27 14 3.5 68 Vir 5.27 -0.68 0.0065 155 505 100 -29 147 69 Vir 4.76 0.27 0.0126 79 258 49 -14 62 70 Vir 4.97 3.68 0.0552 18 59 54 5 2.7 β pm

71 Vir 5.65 1.04 0.0120 83 272 28 -1 30 72 Vir 6.10 2.43 0.0185 54 177 15 -9 8.4 Σ 1750 8924 73 Vir 6.01 1.73 0.0139 72 234 33 - 16 B 2542AB 74 Vir 4.68 -0.93 0.0076 132 432 73 18 185 75 Vir 5.52 -1.01 0.0049 202 660 84 -39 200 h 2658 76 Vir 5.21 0.67 0.0124 81 264 19 -1 42 77 Vir 7.02 2.64 0.0133 75 245 32 -17 6.9 78 Vir 4.92 1.17 0.0178 56 183 18 -12 27 80 Vir 5.70 0.42 0.0088 114 370 46 -8 53 81AVir 7.84 0.53 0.0035 290 945 27 -5 48 7.05 Σ 1763 8972A 81BVir 8.10 0.79 0.0035 290 945 27 - 38 Σ 1763 8972B 82 Vir 5.03 -0.70 0.0071 140 457 76 -37 151 83 Vir 5.55 -1.34 0.0042 239 780 16 1 271 84AVir 5.60 1.48 0.0150 67 217 105 -42 20 5.35 Σ 1777 9000A 84BVir 8.32 4.20 0.0150 67 217 96 - 1.6 Σ 1777 9000B 85 Vir 6.18 1.10 0.0096 104 339 47 -41 29 h 2677 86AVir 5.73 0.41 0.0086 116 379 16 -11 54 5.50 Σ 1780 9018A 86BVir 8.40 3.07 0.0086 116 379 11 - 4.7 Σ 1780 9018B 87 Vir 5.41 -1.04 0.0051 195 635 90 64 205 88 Vir 6.57 1.03 0.0078 128 417 27 -1 30 89 Vir 4.96 0.61 0.0135 74 242 55 -40 45 90 Vir 5.16 0.70 0.0128 78 254 33 -7 41 92 Vir 5.90 0.82 0.0097 104 337 28 -23 37 94 Vir 6.54 1.37 0.0093 108 352 10 - 22 95 Vir 5.46 1.76 0.0182 55 179 51 -36 16

283 Virgo (III)

VIR HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

96 Vir 123630 69127 14h09m00.6s - 10º20′04″ 1.003 -0.0062 0.0217 0.023 344º G8III 97 Vir 124248 69403 14 12 33.5 - 09 54 01 0.333 0.0428 -0.0123 0.044 106 F0 103 Vir 125817 70220 14 21 58.5 - 01 59 17 0.198 -0.0598 -0.0064 0.060 264 A2 104 Vir 126722 70680 14 27 24.4 - 06 07 13 0.093 -0.0622 -0.0578 0.085 227 A2IV 106 Vir 126927 70794 14 28 41.6 - 06 54 02 1.490 -0.0140 -0.0503 0.052 196 K5III

108 Vir 129956 72154 14 45 30.1 +00 43 02 -0.021 -0.0399 -0.0079 0.041 259 B9.5V 109 Vir 130109 72220 14 46 14.9 +01 53 34 -0.005 -0.1160 -0.0218 0.118 259 A0V 110 Vir 133165 73620 15 02 54.0 +02 05 28 1.026 -0.0559 0.0129 0.057 283 K0III Ross 128 — 57548 11 47 44.2 +00 48 27 1.746 0.6056 -1.2192 1.361 154 M4.5V Σ 1719Α 113984 64030A 13 07 19.5 +00 35 06 0.498 -0.1019 -0.0976 0.141 226 F5V

Σ 1719Β — 64030B 13 07 19.5 +00 35 13 0.498 -0.1059 -0.1022 0.147 226 – Σ 1833Α 125906 70269A 14 22 38.5 - 07 46 05 0.584 0.0156 -0.1330 0.134 173 G0 Σ 1833Β — 70269B 14 22 38.5 - 07 46 10 0.584 0.0113 -0.1380 0.138 175 – R Vir 109914 61667 12 38 29.9 +06 59 18 1.275 -0.0314 0.0042 0.032 278 M3.5-8.5IIIe (M) S Vir 117833 66100 13 33 00.6 - 07 11 42 1.500 -0.0196 0.0024 0.020 277 M7IIIe (M)

CU Vir 124224 69389 14 12 15.7 +02 24 34 -0.118 -0.0447 -0.0261 0.052 240 B9pSi (ACV) ET Vir 123934 69269 14 10 50.4 - 16 18 07 1.684 0.0038 -0.0109 0.012 161 M2IIIa (SRB) - Vir 115478 64823 13 17 15.5 +13 40 32 1.304 0.0081 0.0429 0.044 11 K3III - Vir 126248 70400 14 24 11.3 +05 49 12 0.124 -0.0779 0.0065 0.078 275 A5V

284 Virgo (III)

VIR m M π pc l.y. V RV L F mc Bin? ADS 96 Vir 6.45 0.30 0.0059″ 170 554 27 -20 60 97 Vir 7.15 3.07 0.0153 65 213 14 0 4.7 103 Vir 6.82 1.38 0.0082 123 400 35 - 22 104 Vir 6.18 1.88 0.0138 72 236 33 -15 14 106 Vir 5.42 -0.41 0.0068 147 479 61 -49 115

108 Vir 5.68 -0.69 0.0053 188 614 41 -20 149 109 Vir 3.73 0.75 0.0254 39 129 23 -6 39 110 Vir 4.39 0.64 0.0178 56 183 22 -16 44 Ross 128 11.12 13.50 0.2996 3.34 10.88 22 - 0.0003 Σ 1719Α 7.64 3.25 0.0132 76 246 105 -92 4.0 7.00 Σ 1719 8786A

Σ 1719Β 8.22 3.83 0.0132 76 246 53 - 2.3 Σ 1719 8786B Σ 1833Α 7.67 4.46 0.0228 44 143 45 -35 1.3 6.82 Σ 1833 9237A Σ 1833Β 7.69 4.48 0.0228 44 143 29 - 1.3 Σ 1833 9237B R Vir 7.77 -1.50 0.0014 714 2329 110 -26 313 S Vir 6.00 - - - - - 10 -

CU Vir 4.99 0.47 0.0125 80 262 20 -2 51 h 3343 9152 ET Vir 4.93 -1.17 0.0060 166 542 20 18 232 - Vir 5.33 0.53 0.0109 91 298 31 -25 49 - Vir 5.10 1.77 0.0216 46 151 20 -10 15

285 Volans

VOL HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 78045 44382 09h02m26.9s -66º23′46″ 0.145 -0.0020 -0.0958 0.096 181º Am β 71878 41312 08 25 44.3 -66 08 13 1.132 -0.0358 -0.1522 0.156 193 K2IIIvar γ1 55864 34473 07 08 42.2 -70 29 50 0.436 0.0172 0.1041 0.105 9 F2V γ2 55865 34481 07 08 45.0 -70 29 57 1.006 0.0237 0.1081 0.111 12 G8IIIvar δ 57623 35228 07 16 49.8 -67 57 27 0.760 -0.0041 0.0085 0.009 334 F6II

εΑ 68520 39794A 08 07 55.9 -68 37 02 -0.113 -0.0299 0.0306 0.043 316 B6IV εΒ — 39794B 08 07 56.2 -68 36 56 -0.113 -0.0299 0.0306 0.043 316 B6IV ζ 63295 37504 07 41 49.3 -72 36 22 1.033 0.0334 0.0153 0.037 65 K0III η 71576 41003 08 22 04.7 -73 24 01 0.014 -0.0311 0.0302 0.043 314 A0/A1IV-V ϑ 74405 42425 08 39 05.3 -70 23 13 0.013 0.0192 -0.0381 0.043 153 A0V

ι 51557 32912 06 51 27.0 -70 57 49 -0.110 0.0040 0.0256 0.026 9 B7IV κ1 71046 40817 08 19 49.2 -71 30 54 -0.063 -0.0173 0.0370 0.041 335 B9III-IV κ2 71066 40834 08 20 00.8 -71 30 19 -0.099 -0.0177 0.0351 0.039 333 A0p HdO 206 76143 43414 08 50 34.8 -66 47 35 0.423 0.0926 0.1004 0.137 43 F5IV - Vol 53501 33682 06 59 50.5 -67 54 59 1.396 -0.0270 0.2342 0.236 353 K3III

- Vol 70514 40680 08 18 19.0 -65 36 47 1.129 0.0207 0.0221 0.030 43 K1III

286 Volans

VOL m M π pc l.y. V RV L F mc Bin? ADS α 4.00 1.09 0.0262″ 38 124 18 5 29 β 3.77 1.17 0.0302 33 108 36 27 27 γ1 5.68 2.41 0.0222 45 147 23 -3 8.6 ∆ 42Β γ2 3.78 0.59 0.0230 43 142 23 3 46 3.61 ∆ 42Α δ 3.97 -2.56 0.0049 202 660 25 23 833

εΑ 4.37 -2.10 0.0051 197 642 41 10 544 4.35 Rmk 7A εΒ 7.48 1.01 0.0051 197 642 40 - 31 Rmk 7B ζ 3.93 0.86 0.0244 41 134 49 48 36 ∆ 57 η 5.28 0.09 0.0092 109 356 30 20 72 h 4103 ϑ 5.19 0.86 0.0136 73 239 20 13 36 h 4134

ι 5.41 -0.76 0.0058 171 558 28 19 158 κ1 5.33 -0.06 0.0084 120 390 43 36 83 4.72 bin:A κ2 5.63 0.21 0.0083 121 395 23 -6 65 bin:B HdO 206 5.34 1.74 0.0190 53 171 56 42 16 HdO 206 - Vol 5.18 0.44 0.0113 89 290 107 39 53

- Vol 5.06 0.27 0.0110 91 296 13 0 61

287 Vulpecula

VUL HD HIP α δ B-V µ(α)″ µ(δ)″ µ″ Dir Spect. Var?

α 183439 95771 19h28m42.2s +24º39′54″ 1.502 -0.1265 -0.1070 0.166 230º M0comp 1 Vul 180554 94703 19 16 12.9 +21 23 26 -0.058 0.0007 -0.0061 0.006 173 B4IV 2AVul 180968 94827A 19 17 43.5 +23 01 32 0.020 0.0015 -0.0037 0.004 158 B0.5IV ES(BCEP) 2BVul 180968 94827B 19 17 43.6 +23 01 31 0.020 0.0015 -0.0037 0.004 158 – 3 Vul 182255 95260 19 22 50.8 +26 15 45 -0.119 -0.0017 -0.0109 0.011 189 B6III V377(LB)

4 Vul 182762 95498 19 25 28.5 +19 47 55 0.999 0.0967 -0.0715 0.120 126 K0III 5 Vul 182919 95560 19 26 13.1 +20 05 52 -0.006 0.0034 -0.0361 0.036 175 A0V 7 Vul 183537 95818 19 29 20.9 +20 16 47 -0.097 0.0030 -0.0169 0.017 170 B5Vn 8 Vul 183491 95785 19 28 56.9 +24 46 07 1.023 0.0086 0.0170 0.019 27 K0III 9 Vul 184606 96275 19 34 34.8 +19 46 24 -0.093 0.0134 0.0022 0.014 81 B8IIIn

10 Vul 186486 97077 19 43 42.8 +25 46 19 0.939 0.0116 0.0231 0.026 27 G8III 12 Vul 187811 97679 19 51 04.0 +22 36 36 -0.153 0.0234 -0.0167 0.029 125 B2.5V 13AVul 188260 97886A 19 53 27.6 +24 04 47 -0.047 0.0228 0.0363 0.043 32 B9.5III 13BVul 188260 97886B 19 53 26.5 +24 04 47 -0.047 0.0228 0.0363 0.043 32 – 14 Vul 189410 98375 19 59 10.4 +23 06 05 0.345 -0.0708 0.0031 0.071 272 F0

15 Vul 189849 98543 20 01 06.0 +27 45 13 0.184 0.0580 0.0038 0.058 86 A4III NT(ACV) 16AVul 190004 98636A 20 02 01.3 +24 56 17 0.374 0.0897 0.0697 0.114 52 F2III 16BVul 190004 98636B 20 02 01.3 +24 56 17 0.374 0.0874 0.0672 0.110 52 – 17 Vul 190993 99080 20 06 53.3 +23 36 52 -0.162 0.0152 0.0005 0.015 88 B3V 18 Vul 191747 99404 20 10 33.4 +26 54 15 0.087 0.0183 0.0129 0.022 55 A3III

19 Vul 192004 99518 20 11 47.9 +26 48 32 1.397 0.0014 -0.0104 0.010 172 K3II-III 20 Vul 192044 99531 20 12 00.6 +26 28 44 -0.107 0.0045 -0.0101 0.011 156 B7Ve 21 Vul 192518 99738 20 14 14.4 +28 41 41 0.191 0.0122 -0.0190 0.023 147 A7IVn NU(DSCT) 22 Vul 192713 99853 20 15 30.1 +23 30 31 1.016 0.0027 -0.0069 0.007 159 G2Ib SB QS(EA) 23 Vul 192806 99874 20 15 46.0 +27 48 51 1.258 -0.0344 0.0058 0.035 280 K3III

24 Vul 192944 99951 20 16 47.0 +24 40 16 0.951 0.0144 -0.0167 0.022 139 G8III 25 Vul 193911 100435 20 22 03.3 +24 26 46 -0.090 0.0019 -0.0069 0.007 164 B8IIIn 26 Vul 196362 101641 20 36 08.3 +25 52 57 0.158 0.0236 0.0120 0.026 63 A5III 27 Vul 196504 101716 20 37 04.6 +26 27 43 -0.050 0.0163 -0.0114 0.020 125 B9V 28 Vul 196740 101868 20 38 31.8 +24 06 58 -0.133 0.0100 -0.0078 0.013 128 B5IV

29 Vul 196724 101867 20 38 31.2 +21 12 04 -0.030 0.0744 -0.0025 0.074 92 A0V 30 Vul 197752 102388 20 44 52.4 +25 16 15 1.183 -0.0277 -0.1776 0.180 189 K2III 31 Vul 198809 103004 20 52 07.6 +27 05 49 0.835 -0.0723 -0.0610 0.095 230 G8III 32 Vul 199169 103200 20 54 33.5 +28 03 28 1.481 0.0001 -0.0042 0.004 178 K4III 33 Vul 199697 103511 20 58 16.3 +22 19 33 1.419 -0.0026 -0.0041 0.005 213 K4III

35 Vul 204414 105966 21 27 40.0 +27 36 31 0.049 0.0418 0.0204 0.046 64 A1V β 983Α 192685 99824A 20 15 15.8 +25 35 31 -0.181 0.0069 -0.0050 0.009 126 B3V QR (GCAS) β 983Β 192685 99824B 20 15 15.8 +25 35 31 -0.181 0.0069 -0.0050 0.009 126 – Σ 2525Α 183032 95589A 19 26 33.6 +27 19 20 0.573 0.1023 0.0876 0.135 49 F8 Σ 2525Β 183032 95589B 19 26 33.5 +27 19 21 0.573 0.0907 0.0894 0.127 45 –

T Vul 198726 102949 20 51 28.1 +28 15 02 0.616 0.0039 -0.0055 0.007 144 F5Ib (CEP)

288 Vulpecula

VUL m M π pc l.y. V RV L F mc Bin? ADS α 4.44 -0.35 0.0110″ 91 296 112 -86 109 6 Σ Ι 42Α [with 8 Vul] 1 Vul 4.76 -2.47 0.0036 279 911 19 -17 766 h 2862 12243 2AVul 5.50 -3.35 0.0017 588 1918 11 1 1720 5.46 β 248 12287A 2BVul 9.05 0.20 0.0017 588 1918 11 - 65 β 248 12287B 3 Vul 5.22 -0.24 0.0081 123 402 14 -12 98

4 Vul 5.14 0.84 0.0138 73 237 41 -1 36 h 2871 12425 (OPT) 5 Vul 5.60 1.47 0.0149 67 218 24 -21 20 7 Vul 6.34 -0.50 0.0043 233 760 42 -37 124 8 Vul 5.82 -0.04 0.0067 148 484 30 -27 81 Σ Ι 42Β [with α Vul] 9 Vul 5.00 -1.35 0.0054 187 608 13 5 274 β 1130 12622

10 Vul 5.50 0.31 0.0092 109 356 16 -9 59 12 Vul 4.90 -1.49 0.0053 190 619 40 -31 311 13AVul 4.64 -0.57 0.0091 110 359 37 -28 133 4.57 Dju 4A 13BVul 7.54 2.33 0.0091 110 359 24 - 9.2 Dju 4B 14 Vul 5.68 2.26 0.0207 48 158 41 -38 10

15 Vul 4.66 0.49 0.0147 68 222 28 -21 50 16AVul 5.93 1.87 0.0154 65 211 51 -37 14 5.23 ΟΣ 395 13277A 16BVul 6.22 2.16 0.0154 65 211 34 - 11 ΟΣ 395 13277B 17 Vul 5.08 -0.80 0.0067 150 488 12 -5 164 18 Vul 5.51 -0.04 0.0078 129 420 18 -12 82

19 Vul 5.51 -2.96 0.0020 495 1614 34 -23 1206 20 Vul 5.91 -1.81 0.0029 350 1140 29 -22 416 21 Vul 5.19 0.18 0.0100 100 327 13 7 66 22 Vul 5.18 -5.44 0.0008 1333 4347 52 -23 11854 23 Vul 4.80 -0.22 0.0099 101 328 17 3 96 4.50 bin

24 Vul 5.30 -0.50 0.0069 145 472 21 15 125 25 Vul 5.50 -3.21 0.0018 552 1801 23 -13 1516 26 Vul 6.40 -0.26 0.0047 215 701 33 -19 100 27 Vul 5.59 0.73 0.0107 94 305 24 -22 40 28 Vul 5.06 -0.84 0.0066 151 493 24 -22 170

29 Vul 4.81 0.73 0.0153 65 213 29 -18 40 30 Vul 4.92 -0.32 0.0089 112 365 100 31 106 31 Vul 4.56 0.45 0.0151 66 216 30 1 52 32 Vul 5.03 -1.75 0.0044 227 739 9 8 394 33 Vul 5.30 -0.13 0.0082 122 397 28 -28 89

35 Vul 5.39 1.66 0.0180 56 182 15 -8 17 β 983Α 4.80 -3.03 0.0027 368 1199 16 -2 1284 4.79 β 983 13589A β 983Β 7.55 -0.28 0.0027 368 1199 15 - 102 β 983 13589B Σ 2525Α 8.21 3.94 0.0140 72 234 47 -11 2.1 7.46 Σ 2525 12447A Σ 2525Β 8.48 4.20 0.0140 72 234 43 - 1.6 Σ 2525 12447B

T Vul 5.66 -2.89 0.0020 513 1672 16 -1 1127

289 Star Name by Constellation Star Name by Constellation Star Name by Constellation

Andromeda Canis Major Corvus α Alpheratz, Sirrah α Sirius α Al Chiba β Mirach β Murzim β Kraz γ Almach γ Muliphein γ Gienah δ Wesen δ Algorab Aquarius ε Adhara ε Minkar ζ Phurud α Sadal Melik Crater β Sadal Suud η Aludra γ Sadachbia Canis Minor α Alkes δ Skat ε Al Bali α Procyon Crux β Gomeisa Aquila α Acrux Capricornus β Mimosa α Altair γ Gacrux β Alshain α Al Giedi γ Tarazed β Dahib Cygnus ε Deneb el Okab δ Deneb Algiedi α Deneb ζ Deneb el Okab Carina β Albireo λ Althalimain γ Sadr Aries α Canopus ε Gienah β Miaplacidus α Hamal ε Avior Delphinus β Sheraton Cassiopeia α Sualocin γ Mesarthim β Rotanev δ Botein α Shedir, Schedar Draco Auriga β Caph δ Ruchbah α Thuban α Capella ε Segin β Rastaban β Menkalinan Centaurus γ Etamin ε Almaaz, Al Anz δ Nodus II ζ Hoedus I, Sadatoni α Rigel Kentaurus ζ Nodus I η Hoedus II β Hadar η Aldnibain ι Hassaleh ϑ Menkent ι Ed Asich µ Errakis Bootes Cepheus Eridanus α Arcturus α Alderamin β Nekkar β Alfirk α Achernar γ Seginus γ Er Rai β Kursa ε Izar γ Zaurak η Murphrid Cetus ϑ Acamar ϑ Asellus Primus ο Keid ι Asellus Secundus α Menkar κ Asellus Tertius β Diphda Gemini µ Alkalurops γ Kaffaljidhma ο Mira α Castor Cancer β Pollux Columba γ Alhena α Acubens α Phaet δ Wasat β Altarf ε Mebsuta γ Asellus Borealis Coma Berenices ζ Mekbuda δ Asellus Australis η Tejat Prior ζ Tegmine α Diadem µ Tejat Posterior Canes Venatici Corona Borealis ξ Alzirr α2 Cor Caroli α Gemma, Alphecca β Nusakan

290 Star Name by Constellation Star Name by Constellation Star Name by Constellation Grus Pegasus Taurus α Al Nair α Markab α Aldebaran β Scheat β El Nath Hercules γ Algenib η Alcyone α Ras Algethi ε Enif 16 Celaeno β Kornephoros ζ Homam 17 Electra δ Sarin η Matar 19 Taygeta ϑ Baham 20 Maia Hydra 21 Asterope Perseus α Alphard 23 Merope α Mirphak 27 Atlas Leo β Algol 28 Pleione α Regulus Phoenix Triangulum β Denebola γ Algieba α Akaa α Rasalmothallah δ Zosma Pisces Triangulum Australe ε Ras Elased Australis ζ Aldhafera α Al Rischa α Atria δ Chort Piscis Austrinus Ursa Major α Fomalhaut α Duhbe Lepus β Merak α Arneb Puppis γ Phad β Nihal ζ Naos δ Megrez ξ Asimiske ε Alioth Libra ζ Mizar α Zubenelgenubi Sagittarius η Alkaid β Zubeneschamali α Rukbat ι Talitha γ Zubenelakrab β1 Arkab Prior κ El Kaprah δ Zubenelakribi β2 Arkab Posterior λ Tania Borealis γ2 Al Nasl µ Tania Australis Lyra δ Kaus Meridianalis ν Alula Borealis α Vega ε Kaus Australis ξ Alula Australis β Sheliak ζ Ascella ο Muscida γ Sulafat λ Kaus Borealis χ Al Kaprah π Albaldah 80 Alcor Ophiuchus σ Nunki Ursa Minor α Ras Alhague Scorpius β Cebalrai, Chelab α Polaris δ Yed Prior α Antares Vela ε Yed Posterior β Graffias ζ Han δ Dschubba γ Suhail al Muhlif η Sabik ε Wei κ Markab ϑ Sargas λ Al Suhail Orion κ Girtab Virgo α Betelgeuse λ Shaula β Rigel ν Jabba α Spica γ Bellatrix σ Al Niyat γ Porrima ε Alnilam υ Lesuth δ Auva ζ Alnitak ε Vindemiatrix Serpens η Algiebba ζ Heze ι Nair al Saif α Unukalhai κ Saiph ϑ Alya λ Meissa

291 Star Name and Constellation Star Name and Constellation Star Name and Constellation

Acamar ϑ Eri Aludra η CMa Dubhe α UMa Achernar α Eri Alula Australis ξ UMa Ed Asich ι Dra Acrux α Cru Alula Borealis ν UMa Electra 17 Tau Acubens α Cnc Alya ϑ Ser El Kaprah κ UMa Adhara ε CMa Alzirr ξ Gem El Nath β Tau

Al Anz ε Aur Ankaa α Phe Enif ε Peg Al Bali ε Aqr Antares α Sco Er Rai γ Cep Al Chiba α Crv Arcturus α Boo Erakis µ Cep Al Giedi α Cap Arkab Posterior β2 Sgr Etamin γ Dra Al Kaprah κ UMa Arkab Prior β1 Sgr Fomalhaut α PsA

Al Nair α Gru Arneb α Lep Gacrux γ Cru Al Nasl γ Sgr Ascella ζ Sgr Gemma α CrB Al Niyat σ Sco Asellus Australis δ Cnc Gienah ε Cyg Al Rischa α Psc Asellus Borealis γ Cnc Gienah Ghurab γ Crv Al Suhail λ Vel Asellus Primus ϑ Boo Gomeisa β CMi

Albaldah π Sgr Asellus Secundus ι Boo Graffias β Sco Albireo β Cyg Asellus Tertius κ Boo Hadar β Cen Alcor 80 UMa Asimiske ξ Pup Hamal α Ari Alcyone η Tau Asterope 21 Tau Han ζ Oph Aldebaran α Tau Atlas 27 Tau Hassaleh ι Aur

Alderamin α Cep Atria α TrA Heze ζ Vir Aldhafera ζ Leo Auva δ Vir Hoedus I ζ Aur Aldnibain η Dra Avior ε Car Hoedus II η Aur Alfirk β Cep Baham ϑ Peg Homam ζ Peg Algenib γ Ori Bellatrix γ Ori Izar δ Boo

Algieba γ Leo Betelgeuse α Ori Jabba ν Sco Algiebba η Ori Botein δ Ari Kaffaljidhma γ Cet Algol β Per Canopus α Car Kaus Australis ε Sgr Algorab δ Crv Capella α Aur Kaus Borealis λ Sgr Alhena γ Gem Caph β Cas Kaus Meridianalis δ Sgr

Alioth ε UMa Castor α Gem Keid ο2 Eri Alkaid η UMa Cebalrai β Oph Kornephoros β Her Alkalurops µ Boo Celaeno 16 Tau Kraz β Crv Alkes α Crt Chelab β Oph Kursa β Eri Almaaz ε Aur Chort ϑ Leo Lesuth υ Sco

Almach γ And Cor Caroli α2 CVn Maia 20 Tau Alnilam ε Ori Dabih β Cap Markab α Peg Alnitak ζ Ori Deneb α Cyg Matar η Peg Alphard α Hya Deneb Algiedi δ Cap Mebsuta ε Gem Alphecca α CrB Deneb el Okab ε Aql Megrez δ UMa

Alpheratz α And Deneb el Okab ζ Aql Meissa λ Ori Alshain β Aql Denebola β Leo Mekbuda ζ Gem Altair α Aql Diadem α Com Menkalinan β Aur Altarf β Cnc Diphda β Cet Menkar α Cet Althalimain λ Aql Dschubba δ Sco Menkent ϑ Cen

292 Star Name and Constellation Star Name and Constellation

Merak β UMa Sadachbia γ Aqr Merope 23 Tau Sadal Melik α Aqr Mesarthim γ Ari Sadal Suud β Aqr Miaplacidus β Car Sadr γ Cyg Mimosa β Cru Saiph κ Ori

Minkar ε Crv Sargas ϑ Sco Mintaka δ Ori Sarin δ Her Mira ο Cet Scheat β Peg Mirach β And Segin ε Cas Mirphak α Per Seginus γ Boo

Mizar ζ UMa Shaula λ Sco Muliphein γ CMa Shedir, Schedar α Cas Muphrid η Boo Sheliak β Lyr Murzim β CMa Sheraton β Ari Muscida ο UMa Sirius α CMa

Nair al Saif ι Ori Skat δ Aqr Naos ζ Pup Spica α Vir Nashira γ Cap Sualocin α Del Nekkar β Boo Suhail al Muhlif γ Vel Nihal β Lep Sulafat γ Lyr

Nodus I ζ Dra Talitha ι UMa Nodus II δ Dra Tania Australis µ UMa Nunki σ Sgr Tania Borealis λ UMa Nusakan β CrB Tarazed γ Aql Phad γ UMa Taygeta 19 Tau

Phaet α Col Tegmine ζ Cnc Phurud ζ CMa Tejat Posterior µ Gem Pleione 28 Tau Tejat Prior η Gem Polaris α UMi Thuban α Dra Pollux β Gem Unukalhai α Ser

Porrima γ Vir Vega α Lyr Procyon α CMi Vindemiatrix ε Vir Propus η Gem Wasat δ Gem Ras Algethi α Her Wesen δ CMa Ras Alhague α Oph Yed Posterior ε Oph

Rasalmothallah α Tri Yed Prior δ Oph Ras Elased Australis ε Leo Zaurak γ Eri Rastaban β Dra Zosma δ Leo Regulus α Leo Zubenelakrab γ Lib Rigel β Ori Zubenelaribi δ Lib

Rigel Kentaurus α Cen Zubenelgenubi α Lib Rotanev β Del Zubeneschamali β Lib Ruchbah δ Cas Rukbat α Sgr Sabik η Ori

293 294 The Flamsteed Collection by Right Ascension

295 α δ Star Con HD HIP m M π l.y. Spectra 00 01 04.4 -48 48 36 τ Phe 224834 88 5.71 -0.41 0.0060 546 G8III 00 01 35.8 -77 03 57 ϑ Oct 224889 122 4.78 0.63 0.0148 221 K2III 00 01 49.3 -03 01 39 29 Psc 224926 145 5.13 -0.38 0.0079 413 B7III-IV 00 01 57.5 -06 00 51 30 Psc 224935 154 4.37 -1.15 0.0079 415 M3III 00 02 10.1 +27 04 56 85 Peg 224930 171 5.80 5.33 0.0806 40.4 G3V

00 02 19.9 -29 43 15 ζ Scl 224990 183 5.04 -0.93 0.0064 509 B4V 00 02 24.2 +08 57 25 31 Psc 224995 186 6.33 0.72 0.0076 432 A6V 00 02 29.6 +08 29 08 32 Psc 225003 194 5.70 2.82 0.0265 123 F0V 00 02 36.0 +66 05 57 Σ 3053A Cas 225009 207 6.04 -2.98 0.0016 2076 G8III 00 02 38.3 +66 06 02 Σ 3053B Cas 225010 209 7.30 -1.72 0.0016 2076 G8III

00 03 44.3 -17 20 10 2 Cet 225132 301 4.55 0.33 0.0143 228 B9.5Vn 00 04 13.5 +62 17 17 9 Cas 225180 330 5.90 -4.35 0.0009 3663 A1III 00 04 30.0 -10 30 35 3 Cet 225212 355 4.99 -3.47 0.0020 1606 K3Ibvar 00 04 36.6 +42 05 32 ΟΣ 514A And 225218 365A 6.20 -2.36 0.0019 1680 B9III 00 04 36.7 +42 05 27 ΟΣ 514B And — 365B 9.86 1.30 0.0019 1680 -

00 05 06.1 +61 18 51 V567 Cas 225289 418 5.80 -0.93 0.0045 724 B8pHgMn 00 05 20.1 +05 42 27 33 Psc 28 443 4.61 1.63 0.0254 128 K0IIIb 00 05 41.9 +13 23 47 86 Peg 87 476 5.55 0.26 0.0088 373 G5III 00 06 11.7 +58 26 09 Σ 3062B Cas 123 518B 7.43 5.89 0.0493 66 - 00 06 15.9 +58 26 12 Σ 3062A Cas 123 518A 6.49 4.95 0.0493 66 G5V

00 06 26.5 +64 11 47 10 Cas 144 531 5.57 -1.82 0.0033 982 B9III 00 08 23.2 +29 05 26 α And 358 677 2.07 -0.30 0.0336 97 B9IV:pHgMn 00 09 02.3 +18 12 43 87 Peg 448 729 5.57 0.81 0.0112 292 G9III 00 09 10.6 +59 08 59 β Cas 432 746 2.28 1.17 0.0599 54 F2III-IV 00 09 20.2 +79 42 53 Σ 2A Cep 431 760A 6.77 1.43 0.0086 381 A7IV

00 09 20.2 +79 42 53 Σ 2B Cep 431 760B 6.90 1.56 0.0086 381 A7IV 00 09 20.8 -27 59 16 κ1B Scl 493 761B 6.29 2.11 0.0146 224 - 00 09 20.9 -27 59 16 κ1A Scl 493 761A 6.23 2.05 0.0146 224 F3V 00 09 24.6 -45 44 51 ε Phe 496 765 3.88 0.71 0.0233 140 K0III 00 10 02.2 +11 08 45 34 Psc 560 813 5.54 0.55 0.0100 325 B9V

00 10 02.3 -82 13 27 γ3 Oct 636 814 5.29 0.93 0.0135 242 K1/K2III 00 10 19.2 +46 04 20 22 And 571 841 5.01 -2.44 0.0032 1006 F2II 00 11 15.8 -15 28 05 6 Cet 693 910 4.89 3.51 0.0529 62 F7V 00 11 34.4 -27 47 59 κ2 Scl 720 930 5.41 -0.85 0.0056 581 K2III 00 11 43.9 -35 07 59 ϑ Scl 739 950 5.24 3.55 0.0459 71 F3/F5V

00 13 14.1 +15 11 01 γ Peg 886 1067 2.83 -2.22 0.0098 333 B2IV 00 13 30.8 +41 02 08 23 And 905 1086 5.71 2.99 0.0286 114 F0IV 00 14 27.5 -07 46 50 AD Cet 1014 1158 5.13 -1.29 0.0052 626 M3III 00 14 36.1 +20 12 24 χ Peg 1013 1168 4.79 -0.21 0.0100 326 M2III 00 14 38.3 -18 55 58 7 Cet 1038 1170 4.44 -1.46 0.0066 492 M3III

00 14 58.9 +08 49 14 35A Psc 1061 1196 6.10 1.58 0.0125 261 F0IV 00 14 59.3 +08 49 06 35B Psc 1061 1197 7.72 3.73 0.0159 205 A7 00 15 22.6 -32 02 41 S Scl 1115 1236 6.20 -2.16 0.0021 1531 M7/M8IIIe 00 16 14.4 +76 57 03 Σ 13 Cep 1141 1296 6.35 -0.04 0.0053 617 B9Vn 00 16 21.5 +43 35 42 h 1947A And 1185 1302A 6.18 1.34 0.0108 303 A2V

00 16 22.3 +43 35 45 h 1947B And — 1302B 10.20 5.36 0.0108 303 A2V 00 16 33.9 +08 14 25 36B Psc — 1319B 9.92 4.26 0.0074 442 - 00 16 34.0 +08 14 25 36A Psc 1227 1319A 6.32 0.66 0.0074 442 G8II-III 00 16 45.7 +13 55 01 37 Psc 1243 1340 7.46 2.46 0.0100 326 A3 00 17 05.4 +38 40 54 ϑ And 1280 1366 4.61 0.16 0.0129 253 A2V

296 α δ Star Con HD HIP m M π l.y. Spectra 00 17 24.4 +08 52 34 38C Psc 1317 1392C 7.85 3.77 0.0153 213 - 00 17 24.6 +08 52 36 38A Psc 1317 1392A 8.38 4.31 0.0153 213 F5 00 17 24.6 +08 52 36 38B Psc 1317 1392B 7.78 3.70 0.0153 213 - 00 17 50.0 +16 19 52 39 Psc 1352 1427 7.21 3.89 0.0217 151 F6V 00 18 09.4 +44 01 02 Grmb 34A And 1326 1475 8.09 10.33 0.2803 11.63 M1V

00 18 09.4 +44 01 02 Grmb 34B And 1326 - 11.06 13.30 0.2803 11.63 M6Ve 00 18 19.6 +36 47 07 σ And 1404 1473 4.51 1.33 0.0231 141 A2V 00 18 42.1 +43 47 28 26 And 1438 1501 6.10 -0.53 0.0047 692 B8V 00 19 25.6 -08 49 26 ι Cet 1522 1562 3.56 -1.18 0.0113 290 K2III 00 19 56.3 +16 15 03 40 Psc 1563 1595 6.60 0.45 0.0059 553 K0

00 20 04.2 -64 52 30 ζ Tuc 1581 1599 4.23 4.56 0.1164 28.0 F9V 00 20 35.8 +08 11 25 41 Psc 1635 1645 5.38 -0.04 0.0083 395 K3III 00 20 38.9 -69 37 30 π Tuc 1685 1647 5.50 0.64 0.0107 306 B9V 00 21 07.2 +37 58 07 ρ And 1671 1686 5.16 1.71 0.0204 160 F5III 00 21 31.2 -28 58 54 ι Scl 1737 1708 5.18 0.29 0.0105 310 K0III

00 21 46.3 -20 03 28 T Cet 1760 1728 5.12 -1.76 0.0042 774 M5/M6Ib-II 00 22 25.5 +13 28 58 42 Psc 1796 1772 6.25 0.13 0.0060 545 K3III 00 22 51.8 -12 12 34 9 Cet 1835 1803 6.39 4.84 0.0491 66 G2V 00 24 01.9 +38 34 38 R And 1967 1901 7.73 0.12 0.0030 1087 S6,6ev 00 24 38.2 +14 18 55 43 Psc 2035 1948 6.48 0.40 0.0061 535 K0

00 24 47.4 +61 49 52 12 Cas 2011 1960 5.38 -1.47 0.0043 763 B9III 00 25 24.1 +01 56 23 44 Psc 2114 2006 5.77 -0.53 0.0055 593 G5III 00 25 42.0 +07 41 28 45 Psc 2140 2025 6.77 -0.62 0.0033 979 K0 00 25 45.3 -77 15 16 β Hyi 2151 2021 2.82 3.45 0.1338 24.4 G2IV 00 26 12.1 -43 40 48 κ Phe 2262 2072 3.93 2.07 0.0425 77 A7V

00 26 17.0 -42 18 22 α Phe 2261 2081 2.40 0.52 0.0421 77 K0III 00 26 37.3 -00 02 58 10B Cet — 2100B 8.92 3.05 0.0067 486 G8III 00 26 37.4 -00 02 58 10A Cet 2273 2100A 6.47 0.60 0.0067 486 G8III 00 27 55.7 -33 00 26 η Scl 2429 2210 4.86 -1.27 0.0060 548 M2/M3III 00 27 58.5 +19 30 50 46 Psc 2410 2213 6.40 0.33 0.0061 533 K0

00 28 02.9 +17 53 36 47 Psc 2411 2219 5.01 -0.88 0.0067 490 M3IIIvar 00 28 12.7 +16 26 42 48 Psc 2436 2224 6.05 -1.62 0.0029 1113 K5III 00 28 13.7 +44 23 40 - And 2421 2225 5.18 0.63 0.0123 265 A2Vs 00 28 26.3 -39 54 54 - Phe 2490 2240 5.42 -0.10 0.0079 415 M0III 00 29 55.4 -01 07 04 11 Cet 2629 2343 7.46 3.20 0.0141 232 F0

00 30 02.3 -03 57 26 12 Cet 2637 2353 5.72 -1.37 0.0038 853 M0III 00 30 07.3 +29 45 06 28 And 2628 2355 5.20 1.43 0.0176 185 A7III 00 30 22.6 -23 47 16 - Cet 2696 2381 5.17 1.46 0.0181 180 A5Vn 00 30 47.2 +16 02 15 49 Psc 2714 2415 6.83 1.47 0.0085 385 A0 00 31 24.9 -48 48 13 l1 Phe 2834 2472 4.76 1.15 0.0190 172 A0V

00 31 25.3 +66 31 11 13 Cas 2729 2474 6.18 -0.53 0.0046 716 B6V 00 31 32.7 -62 57 30 β1 Tuc 2884 2484 4.36 1.20 0.0234 140 B9V 00 31 33.6 -62 57 57 β2 Tuc 2885 2487 4.53 0.92 0.0190 172 A2V 00 31 46.3 +54 31 19 lB Cas 2772 2505B 5.48 0.30 0.0092 354 B8Vn 00 31 46.3 +54 31 20 lA Cas 2772 2505A 5.44 0.26 0.0092 354 B8Vn

00 32 23.7 +06 57 20 51 Psc 2913 2548 5.84 1.30 0.0124 264 B9.5V 00 32 35.4 +20 17 40 52 Psc 2910 2568 5.38 0.90 0.0127 257 K0III 00 32 43.8 -63 01 53 β3 Tuc 3003 2578 5.07 1.73 0.0215 151 A0V 00 32 59.9 +62 55 55 κ Cas 2905 2599 4.17 -6.34 0.0008 4127 B1Ia 00 33 23.4 -71 16 00 ϑ Tuc 3112 2629 6.11 0.22 0.0067 490 A7IV

297 α δ Star Con HD HIP m M π l.y. Spectra 00 34 24.9 +66 45 02 16A Cas 3038 2707A 6.71 0.52 0.0058 565 B9III 00 34 24.9 +66 45 02 16B Cas — 2707B 8.17 1.98 0.0058 565 - 00 35 14.8 -03 35 34 13A Cet 3196 2762A 5.61 3.99 0.0475 69 F8V 00 35 14.8 -03 35 34 13B Cet 3196 2762B 6.90 5.29 0.0475 69 F8V 00 35 32.7 -00 30 20 14 Cet 3229 2787 5.94 2.21 0.0180 181 F5IV

00 35 41.0 -48 00 04 l2 Phe 3302 2802 5.51 2.72 0.0276 118 F6V 00 36 08.2 +54 10 07 - Cas 3240 2854 5.08 -0.87 0.0065 505 B7III 00 36 46.5 +44 29 19 - And 3346 2900 5.14 -1.38 0.0050 656 K5III 00 36 47.3 +15 13 54 53 Psc 3379 2903 5.89 -1.21 0.0038 856 B2.5IV 00 36 52.8 +33 43 10 π And 3369 2912 4.34 -2.18 0.0050 656 B5V

00 36 58.2 +53 53 49 ζ Cas 3360 2920 3.69 -2.62 0.0055 597 B2IV 00 37 20.6 -24 46 02 β 395A Cet 3443 2941A 6.32 5.36 0.0644 51 G5V 00 37 20.6 -24 46 02 β 395B Cet 3443 2941B 6.64 5.68 0.0644 51 - 00 37 21.1 +35 23 58 - And 3421 2942 5.45 -2.03 0.0032 1022 G5III 00 38 04.5 -00 30 12 15 Cet 3512 2994 6.64 -0.11 0.0045 731 K2III

00 38 33.3 +29 18 43 ε And 3546 3031 4.34 0.77 0.0193 169 G5IIIcomp 00 39 09.8 +49 21 16 ΟΣ 16 Cas 3574 3083 5.45 -2.60 0.0025 1331 K5III 00 39 19.6 +30 51 40 δ And 3627 3092 3.27 0.81 0.0322 101 K3III 00 39 21.7 +21 15 02 54 Psc 3651 3093 5.88 5.65 0.0900 36.2 K0V 00 39 55.3 +21 26 11 55B Psc — 3138B 8.66 3.16 0.0079 411 -

00 39 55.5 +21 26 18 55A Psc 3690 3138A 5.61 0.11 0.0079 411 F3Vcomp 00 40 30.4 +56 32 15 α Cas 3712 3179 2.24 -1.99 0.0143 228 K0II-IIIvar 00 41 07.1 +39 27 31 32 And 3817 3231 5.30 0.18 0.0095 344 G8III 00 41 19.5 -46 05 06 µ Phe 3919 3245 4.59 0.19 0.0132 247 G8III 00 41 46.3 -56 30 06 ξ Phe 3980 3277 5.72 1.64 0.0153 213 Ap

00 42 03.8 +50 30 45 ξ Cas 3901 3300 4.80 -2.86 0.0029 1109 B2.5V 00 42 28.4 -65 28 05 ρ Tuc 4089 3330 5.38 2.33 0.0246 133 F6V 00 42 42.8 -38 27 47 λ1B Scl 4065 3356B 7.04 1.43 0.0076 432 - 00 42 42.8 -38 27 48 λ1A Scl 4065 3356A 6.61 1.00 0.0076 432 A0V 00 43 21.2 -57 27 47 η Phe 4150 3405 4.36 0.02 0.0136 240 A0IV

00 43 28.0 +47 01 29 π Cas 4058 3414 4.95 1.31 0.0187 174 A5V 00 43 35.3 -17 59 12 β Cet 4128 3419 2.04 -0.30 0.0340 96 G9.5III 00 44 11.3 -10 36 34 ϕ1 Cet 4188 3455 4.77 0.73 0.0155 210 K0IIIvar 00 44 12.0 -38 25 18 l2 Scl 4211 3456 5.90 0.61 0.0088 372 K1III 00 44 37.2 +40 40 46 EG And 4174 3494 7.18 -1.97 0.0015 2203 M2e

00 44 43.5 +48 17 04 ο Cas 4180 3504 4.48 -2.74 0.0036 906 B5III 00 44 44.3 -22 00 22 - Cet 4247 3505 5.22 3.00 0.0359 91 F1III-IV 00 45 17.1 +55 13 18 β 492 Cas 4222 3544 5.41 0.25 0.0093 351 A2Vs 00 45 28.7 -12 52 51 18 Cet 4307 3559 6.15 3.63 0.0314 104 G0V 00 45 39.0 +74 59 17 21 Cas 4161 3572 5.64 0.89 0.0112 290 A2IV

00 46 11.7 -22 31 19 - Cet 4398 3607 5.49 0.44 0.0098 333 G3V 00 46 32.9 +15 28 32 57 Psc 4408 3632 5.36 -0.92 0.0056 587 M4III 00 47 01.4 +11 58 26 58 Psc 4482 3675 5.51 0.99 0.0125 262 G8II 00 47 13.6 +19 34 43 59 Psc 4490 3685 6.11 0.96 0.0094 349 F0Vn 00 47 20.3 +24 16 02 ζ And 4502 3693 4.08 0.35 0.0180 181 K1II

00 47 23.5 +06 44 27 60 Psc 4526 3697 5.98 0.25 0.0072 455 G8III 00 47 46.0 +74 50 52 23 Cas 4382 3721 5.42 -1.54 0.0041 803 B8III 00 47 54.8 +20 55 31 61 Psc 4568 3730 6.51 2.71 0.0174 187 F8V 00 48 17.3 +07 18 00 62 Psc 4627 3760 5.92 -0.62 0.0049 661 G8III 00 48 35.4 -74 55 25 λ Hyi 4815 3781 5.09 1.10 0.0159 205 K5III

298 α δ Star Con HD HIP m M π l.y. Spectra 00 48 40.9 +07 35 06 δ Psc 4656 3786 4.44 -0.42 0.0107 305 K5III 00 48 50.0 +50 58 06 ν Cas 4636 3801 4.90 -0.49 0.0084 389 B9III 00 48 58.6 +16 56 26 64 Psc 4676 3810 5.07 3.18 0.0418 78 F8V 00 49 06.0 +57 48 57 ηB Cas 4614 3821B 7.37 8.49 0.1680 19.4 K7V 00 49 06.1 +57 48 56 ηA Cas 4614 3821A 3.58 4.71 0.1680 19.4 G0V SB

00 49 25.5 -13 33 40 β 1160 Cet 4730 3849 5.59 0.59 0.0100 325 K5III 00 49 48.8 +41 04 44 ν And 4727 3881 4.53 -2.06 0.0048 679 B5V SB 00 49 53.1 +27 42 37 65B Psc 4757 3885B 6.40 1.26 0.0094 347 F4III 00 49 53.5 +27 42 35 65A Psc 4758 3885A 6.40 1.27 0.0094 347 F5III 00 50 07.5 -10 38 40 ϕ2 Cet 4813 3909 5.17 4.22 0.0647 50 F7IV-V

00 50 41.0 -50 59 13 ρ Phe 4919 3949 5.24 0.82 0.0131 250 F2III 00 50 43.5 +64 14 52 - Cas 4775 3951 5.35 -1.63 0.0040 813 B9.5V+G0III 00 52 24.4 -69 30 16 λ1A Tuc 5190 4084 6.84 2.90 0.0163 200 F7IV-V 00 52 28.5 -69 30 09 λ1B Tuc 5208 4088 7.56 3.21 0.0135 241 G1V 00 52 40.5 -24 00 21 β 734 Cet 5098 4104 5.47 -0.46 0.0065 500 K2III

00 53 00.4 -01 08 40 20 Cet 5112 4147 4.78 -1.23 0.0063 519 M0III 00 53 04.1 +61 07 27 β 497 Cas 5015 4151 4.80 3.46 0.0539 61 F8V 00 53 37.7 -62 52 18 BQ Tuc 5276 4200 5.73 -0.64 0.0053 613 M4III 00 54 17.6 -08 44 27 21 Cet 5268 4257 6.15 0.82 0.0086 379 G5IV 00 54 35.2 +19 11 18 66A Psc 5267 4267A 6.15 0.89 0.0089 367 A1Vn

00 54 35.2 +19 11 18 66B Psc 5267 4267B 7.20 1.94 0.0089 367 - 00 54 58.0 +23 37 42 36A And 5286 4288A 6.19 3.23 0.0257 127 K1IV 00 54 58.0 +23 37 43 36B And 5286 4288B 6.59 3.64 0.0257 127 K1IV 00 55 00.0 +58 58 22 υ1 Cas 5234 4292 4.83 -0.65 0.0080 406 K2III 00 55 00.3 -69 31 38 l2 Tuc 5457 4293 5.45 1.40 0.0155 210 G7III

00 55 18.1 +23 09 49 GP And — 4322 10.86 5.68 0.0092 354 K 00 55 58.6 +27 12 33 67 Psc 5382 4366 6.08 1.47 0.0119 273 A5IV 00 56 01.4 -11 16 00 ϕ3 Cet 5437 4371 5.35 -0.67 0.0062 522 K4III 00 56 39.7 +59 10 52 υ2 Cas 5395 4422 4.62 0.62 0.0158 206 G8III-IV 00 56 42.4 +60 43 00 γ Cas 5394 4427 2.15 -4.22 0.0053 613 B0IV:evar

00 56 45.1 +38 29 58 µ And 5448 4436 3.86 0.75 0.0239 136 A5V 00 56 47.0 +60 21 46 β 1099A Cas 5408 4440A 6.11 -0.26 0.0053 614 B9IVn 00 56 47.0 +60 21 46 β 1099B Cas 5408 4440B 6.53 0.16 0.0053 614 B9IVn 00 57 12.4 +23 25 04 η And 5516 4463 4.40 0.04 0.0134 243 G8III-IV 00 57 50.1 +28 59 32 68 Psc 5575 4510 5.44 -1.23 0.0046 704 G6III

00 58 36.3 -29 21 28 α Scl 5737 4577 4.30 -2.27 0.0049 672 B7IIIp 00 58 43.8 -11 22 49 ϕ4 Cet 5722 4587 5.62 0.69 0.0104 315 G7III 01 01 18.3 -38 54 59 ξ Scl 6055 4770 5.59 -0.83 0.0052 628 K1III 01 02 06.9 +07 56 26 70 Psc 6077 4832 7.55 0.82 0.0045 724 G5 01 02 26.3 -31 33 07 σ Scl 6178 4852 5.50 1.29 0.0144 227 A1/A2IV

01 02 49.0 +31 48 16 σ Psc 6118 4889 5.50 -0.02 0.0079 414 B9.5V 01 02 49.1 -46 23 50 - Phe 6245 4890 5.39 1.10 0.0139 235 G8III 01 02 54.2 +41 20 43 39 And 6116 4903 5.95 0.84 0.0095 344 A5m 01 02 56.5 +07 53 24 ε Psc 6186 4906 4.27 0.44 0.0171 190 K0III 01 03 01.6 +47 22 35 ΟΣ 21 And 6114 4911 5.81 3.50 0.0345 95 A9V

01 03 02.5 -04 50 12 25 Cet 6203 4914 5.40 -0.10 0.0080 410 K0III-IV 01 03 49.0 +01 22 00 26 Cet 6288 4979 6.06 2.29 0.0177 185 F1V 01 04 52.5 +05 39 23 73 Psc 6386 5074 6.03 -0.69 0.0045 721 K5III 01 05 05.3 +14 56 46 72 Psc 6397 5081 5.64 1.95 0.0183 178 F4II-III 01 05 36.8 -09 58 45 27 Cet 6482 5121 6.09 1.21 0.0106 308 K0III

299 α δ Star Con HD HIP m M π l.y. Spectra 01 05 40.9 +21 28 24 ψ1A Psc 6456 5131 5.33 1.01 0.0137 238 A1Vn 01 05 41.6 +21 27 56 ψ1B Psc 6457 5132 5.55 1.38 0.0147 222 A0Vn 01 05 49.2 +04 54 30 77A Psc 6479 5141 6.35 3.05 0.0219 149 F4V 01 05 51.4 +04 54 34 77B Psc 6480 5144 7.26 4.04 0.0227 144 F6V 01 06 05.0 -09 50 22 28 Cet 6530 5164 5.58 -0.73 0.0055 595 A1V

01 06 05.0 -46 43 08 β Phe 6595 5165 3.32 -0.60 0.0165 198 G8IIIvar 01 06 11.2 +32 10 53 76 Psc 6476 5175 6.28 0.02 0.0056 582 K0 01 06 33.6 +12 57 23 75 Psc 6557 5204 6.14 0.89 0.0089 366 G8III 01 07 18.7 -61 46 31 ι Tuc 6793 5268 5.36 0.70 0.0117 279 G5III 01 07 46.1 -09 47 08 30 Cet 6706 5296 5.71 2.32 0.0210 155 F7IV

01 07 47.8 -41 29 14 υA Phe 6767 5300A 5.54 1.62 0.0165 198 A3V 01 07 47.8 -41 29 14 υB Phe 6767 5300B 6.88 2.96 0.0165 198 - 01 07 57.1 +20 44 21 ψ2 Psc 6695 5310 5.56 2.09 0.0202 161 A3V 01 07 59.7 +01 59 36 29 Cet 6734 5315 6.44 3.11 0.0215 151 K0IV 01 08 00.8 +43 56 32 41 And 6658 5317 5.04 1.14 0.0166 196 A3m

01 08 01.3 +32 00 43 78 Psc 6680 5319 6.23 3.12 0.0239 137 F5IV 01 08 16.3 +54 55 14 µ Cas 6582 5336 5.17 5.78 0.1324 24.6 G5Vp 01 08 22.1 +05 38 59 80 Psc 6763 5346 5.51 2.73 0.0278 117 F0III-IV 01 08 23.0 -55 14 45 ζA Phe 6882 5348A 4.02 -0.64 0.0117 280 B6V+B0V 01 08 23.0 -55 14 45 ζB Phe 6882 5348B 6.80 2.14 0.0117 280 -

01 08 35.3 -10 10 56 h Cet 6805 5364 3.46 0.67 0.0277 118 K2III 01 08 44.9 +86 15 26 - Cep 5848 5372 4.24 -0.67 0.0104 313 K2II-III 01 09 30.1 +47 14 31 ϕA And 6811 5434A 4.52 -2.25 0.0044 736 B7III 01 09 30.2 +47 14 30 ϕB And 6811 5434B 5.81 -0.95 0.0044 736 B7III 01 09 43.9 +35 37 14 β And 6860 5447 2.07 -1.86 0.0164 199 M0IIIvar

01 09 49.1 +19 39 31 ψ3 Psc 6903 5454 5.57 0.11 0.0081 403 G0III 01 10 12.0 -08 54 22 32 Cet 6976 5485 6.40 1.16 0.0089 365 K0III 01 10 18.6 +42 04 54 44 And 6920 5493 5.67 2.06 0.0190 172 F8V 01 10 33.5 +02 26 44 33 Cet 7014 5510 5.97 -1.23 0.0036 898 K4III 01 10 39.3 +68 46 44 31 Cas 6829 5518 5.32 0.38 0.0103 318 A0Vnn

01 11 06.1 +55 09 00 ϑ Cas 6961 5542 4.34 1.22 0.0237 137 A7Vvar 01 11 06.7 +31 25 29 82 Psc 7034 5544 5.15 -1.03 0.0058 560 F0V 01 11 10.2 +37 43 27 45 And 7019 5550 5.80 -1.44 0.0036 916 B7III-IV 01 11 27.1 +21 02 05 χ Psc 7087 5571 4.66 -0.99 0.0074 439 K0III 01 11 39.6 +30 05 23 τ Psc 7106 5586 4.51 1.03 0.0201 162 K0III-IV

01 11 41.3 +65 01 08 32 Cas 6972 5589 5.57 0.34 0.0090 363 B9IV 01 11 43.4 -02 15 04 34 Cet 7147 5594 5.93 0.28 0.0074 441 K4III 01 12 30.0 -17 00 02 L725-32 Cet — 5643 12.10 14.25 0.2691 12.12 M5.5Ve 01 12 30.7 +02 28 17 35 Cet 7218 5646 6.55 2.96 0.0192 170 F8 01 12 45.3 -37 51 24 AI Scl 7312 5661 5.95 1.62 0.0136 239 A9IV:

01 12 47.7 -06 47 00 36 Cet 7268 5666 6.59 1.18 0.0083 394 G5 01 13 43.8 +07 34 31 ζA Psc 7344 5737 5.21 1.93 0.0221 148 A7IV 01 13 44.8 +24 35 01 ϕ Psc 7318 5742 4.67 -0.65 0.0086 377 K0III 01 13 45.2 +07 34 42 ζB Psc 7345 5743 6.44 2.55 0.0167 195 F7V 01 14 07.6 +16 08 01 87 Psc 7374 5778 5.97 0.04 0.0065 500 B8III

01 14 24.0 -07 55 23 37 Cet 7439 5799 5.14 3.20 0.0410 79 F5V 01 14 42.4 +06 59 44 88 Psc 7446 5824 6.04 0.29 0.0071 461 G6III: 01 14 49.1 -00 58 26 38 Cet 7476 5833 5.70 2.49 0.0228 143 F5V 01 15 00.8 -68 49 11 κD Tuc 7693 5842D 8.45 6.83 0.0474 69 - 01 15 00.9 -68 49 10 κC Tuc 7693 5842C 7.90 6.28 0.0474 69 K2V

300 α δ Star Con HD HIP m M π l.y. Spectra 01 15 11.1 -45 31 54 ν Phe 7570 5862 4.97 4.08 0.0664 49 F8V 01 15 45.7 -68 52 30 κB Tuc — 5896B 7.74 6.19 0.0489 67 - 01 15 46.2 -68 52 34 κA Tuc 7788 5896A 5.05 3.50 0.0489 67 F6IV 01 16 36.2 -02 30 01 39 Cet 7672 5951 5.42 0.95 0.0127 256 G5IIIe 01 16 59.0 -02 16 44 40 Cet 7727 5985 6.52 4.16 0.0337 97 F8

01 17 42.3 -07 39 35 41 Cet 7812 6048 6.80 1.75 0.0098 334 A2 01 17 47.9 +03 36 52 89 Psc 7804 6061 5.13 0.99 0.0148 220 A3V 01 19 27.9 +27 15 51 υ Psc 7964 6193 4.74 -0.16 0.0105 311 A3V 01 19 48.2 -00 30 32 42 Cet 8036 6226 6.53 1.12 0.0083 394 G5III+A5V 01 20 04.8 +58 13 54 ϕ Cas 7927 6242 4.95 -4.32 0.0014 2329 F0Ia

01 21 05.2 +64 39 30 35 Cas 8003 6312 6.33 2.01 0.0137 238 A2Vnn 01 21 07.3 +28 44 18 91 Psc 8126 6315 5.23 0.12 0.0095 344 K5III 01 22 20.3 +45 31 44 ξ And 8207 6411 4.87 0.98 0.0167 195 K0III-IV 01 22 34.8 -00 26 58 43 Cet 8335 6429 6.50 0.39 0.0060 544 K0III: 01 23 40.5 +37 42 54 47 And 8374 6514 5.60 1.54 0.0154 211 A1m

01 23 50.9 +17 49 06 92 Psc 8442 6527 6.29 2.84 0.0204 160 F0 01 24 01.3 -08 11 01 ϑ Cet 8512 6537 3.60 0.87 0.0285 114 K0III 01 24 02.5 -08 00 27 44 Cet 8511 6539 6.21 2.07 0.0148 220 F0V 01 24 20.5 -06 54 53 β 1163A Cet 8556 6564A 6.59 3.33 0.0223 146 F3V 01 24 20.5 -06 54 53 β 1163B Cet 8556 6564B 6.98 3.72 0.0223 146 -

01 24 40.7 -41 29 33 - Phe 8651 6592 5.42 1.03 0.0132 247 K0III 01 25 37.1 -14 35 56 46 Cet 8705 6670 4.90 0.17 0.0113 288 K3III 01 25 48.9 +60 14 07 δ Cas 8538 6686 2.66 0.24 0.0328 99 A5Vv SB 01 25 56.0 +68 07 48 ψ Cas 8491 6692 4.72 0.86 0.0169 193 K0III 01 26 15.2 +19 10 20 ρ Psc 8723 6706 5.35 3.27 0.0384 85 F2V:var

01 26 41.6 +19 14 26 94 Psc 8763 6732 5.50 0.63 0.0106 307 K1III 01 26 51.5 -13 03 24 47 Cet 8829 6748 5.51 2.71 0.0276 118 delDel 01 26 58.0 -32 32 36 R Scl 8879 6759 5.77 -2.61 0.0021 1545 C 01 27 39.2 +45 24 25 ω And 8799 6813 4.83 2.57 0.0353 92 F5IV 01 27 39.8 +05 21 10 95A Psc 8875 6815A 7.56 3.30 0.0140 232 G0V

01 27 39.8 +05 21 10 95B Psc 8875 6815B 8.41 4.14 0.0140 232 - 01 28 21.9 -43 19 06 γ Phe 9053 6867 3.41 -0.87 0.0139 234 K5IIb-IIIa 01 29 03.1 +07 17 39 96 Psc 9024 6915 6.54 2.32 0.0143 228 F2 01 29 36.1 -21 37 46 48 Cet 9132 6960 5.11 0.95 0.0147 221 A1V 01 29 52.9 +18 21 20 97 Psc 9100 6981 6.01 0.69 0.0086 379 A4IV

01 30 06.1 +47 00 26 49 And 9057 6999 5.27 0.53 0.0113 290 K0III 01 30 11.1 +06 08 38 µ Psc 9138 7007 4.84 -0.38 0.0091 360 K4III 01 30 22.8 -26 12 28 β 1230 Scl 9228 7016 5.92 0.25 0.0074 444 K4III 01 31 13.7 +70 15 53 38 Cas 9021 7078 5.82 3.49 0.0342 95 F6V 01 31 15.0 -49 04 22 δ Phe 9362 7083 3.93 0.66 0.0222 147 K0III-IV

01 31 28.9 +15 20 45 ηA Psc 9270 7097A 3.83 -0.95 0.0111 294 G8III 01 31 28.9 +15 20 45 ηB Psc 9270 7097B 7.51 2.73 0.0111 294 - 01 32 56.0 -36 51 55 - Scl 9525 7213 5.49 0.94 0.0123 265 K0III 01 33 55.9 +59 13 56 χ Cas 9408 7294 4.68 0.70 0.0160 204 K0III 01 34 16.5 +37 14 14 KK And 9531 7321 5.90 0.50 0.0083 392 B9IV

01 34 37.7 -15 40 35 49 Cet 9672 7345 5.62 1.68 0.0163 200 A3V 01 34 51.6 +12 33 32 100A Psc 9656 7364 7.34 2.74 0.0120 272 A3V 01 34 52.6 +12 33 35 100B Psc — 7367 8.66 3.75 0.0104 312 - 01 35 46.4 +14 39 42 101 Psc 9766 7436 6.23 -3.01 0.0014 2296 B9.5III 01 35 58.9 -15 24 00 50 Cet 9856 7450 5.41 -0.72 0.0059 549 K2III

301 α δ Star Con HD HIP m M π l.y. Spectra 01 36 08.3 -29 54 27 τA Scl 9906 7463A 6.06 2.10 0.0161 202 F2V 01 36 08.4 -29 54 28 τB Scl 9906 7463B 7.35 3.39 0.0161 202 - 01 36 27.2 +48 43 22 OP And 9746 7493 6.20 0.65 0.0078 420 K1III: 01 36 47.8 +41 24 20 υ And 9826 7513 4.10 3.45 0.0743 43.9 F8V 01 37 05.9 +12 08 30 π Psc 9919 7535 5.54 2.89 0.0296 110 F0V

01 37 42.9 -57 14 12 α Eri 10144 7588 0.45 -2.77 0.0227 144 B3Vp 01 37 59.5 +48 37 42 51 And 9927 7607 3.59 -0.04 0.0188 174 K3III 01 38 30.9 +73 02 25 40 Cas 9774 7650 5.28 -0.40 0.0073 447 G8II-IIIvar 01 39 15.2 +16 37 32 103A Psc 10113 7709A 7.08 -0.08 0.0037 881 G5 01 39 15.2 +16 37 32 103B Psc 10113 7709B 8.92 1.76 0.0037 881 -

01 39 15.4 +14 17 08 104 Psc 10135 7710 6.74 1.07 0.0074 444 K0 01 39 20.9 +44 23 10 χ And 10072 7719 5.01 0.66 0.0135 242 G8III 01 39 40.7 +16 24 21 105 Psc 10164 7740 5.98 0.26 0.0072 454 K2III 01 39 47.4 -56 11 53 pB Eri 10360 7751B 5.91 6.35 0.1228 26.6 K0V 01 39 47.7 -56 11 41 pA Eri 10361 7751A 5.91 6.35 0.1228 26.6 K0IV

01 40 34.7 +40 34 37 τ And 10205 7818 4.96 -1.64 0.0048 681 B8III 01 41 21.4 -79 08 54 τ1 Hyi 10859 7879 6.67 1.25 0.0083 395 G6/G8III 01 41 25.8 +05 29 15 ν Psc 10380 7884 4.45 -0.81 0.0089 368 K3III 01 41 47.1 +42 36 49 - And 10307 7918 4.96 4.45 0.0791 41.2 G2V 01 42 05.9 +29 30 21 1 Tri 10407 7948 7.53 0.41 0.0038 865 A2

01 42 08.5 -32 19 37 π Scl 10537 7955 5.25 1.13 0.0150 217 K0III 01 42 20.5 +68 02 35 43 Cas 10221 7965 5.57 -0.10 0.0073 444 A0pSiSr 01 42 29.3 -53 44 26 q1 Eri 10647 7978 5.52 4.32 0.0576 57 F8V 01 42 29.7 +20 16 07 107 Psc 10476 7981 5.24 5.87 0.1339 24.3 K1V 01 42 43.4 -03 41 25 - Cet 10550 7999 4.98 -2.86 0.0027 1203 K3II-III

01 42 55.8 +70 37 22 42 Cas 10250 8016 5.18 0.51 0.0116 281 B9V 01 43 19.6 +60 33 05 44 Cas 10425 8046 5.78 -1.46 0.0036 913 B8IIIn 01 43 39.6 +50 41 20 ϕ Per 10516 8068 4.01 -2.70 0.0046 716 B2Vpe 01 44 04.0 -15 56 15 τ Cet 10700 8102 3.49 5.68 0.2742 11.89 G8Vp 01 44 55.9 +20 04 59 109 Psc 10697 8159 6.27 3.71 0.0307 106 G5IV

01 45 23.6 +09 09 28 ο Psc 10761 8198 4.26 -0.23 0.0126 258 K0III 01 45 38.7 -25 03 10 εA Scl 10830 8209A 5.43 3.24 0.0365 89 F1V 01 45 38.8 -25 03 05 εB Scl 10830 8209B 8.83 6.64 0.0365 89 - 01 45 59.1 -05 44 00 - Cet 10824 8230 5.37 -0.60 0.0064 509 K4III 01 46 05.8 -50 48 59 - Phe 10934 8240 5.49 -1.10 0.0048 679 M3III

01 46 06.3 -53 31 19 q2 Eri 10939 8241 5.04 1.26 0.0175 186 A1V 01 47 46.7 -80 10 36 τ2 Hyi 11604 8366 6.05 2.09 0.0161 202 F0III 01 48 10.9 +16 57 20 4 Ari 10982 8387 5.86 1.14 0.0114 287 B9.5V 01 49 35.0 -10 41 11 χ Cet 11171 8497 4.66 2.79 0.0424 77 F3III 01 50 08.5 +22 16 30 1B Ari 11155 8544 7.20 0.97 0.0057 574 A6V

01 50 08.5 +22 16 31 1A Ari 11154 8544 6.40 0.17 0.0057 574 K1III+A6V 01 50 54.3 -50 12 23 BD Phe 11413 8593 5.94 1.57 0.0134 244 A1V 01 51 27.5 -10 20 06 ζ Cet 11353 8645 3.74 -0.76 0.0126 259 K2III 01 51 59.3 +55 08 51 1 Per 11241 8704 5.53 -1.96 0.0032 1028 B1.5V 01 52 09.3 +50 47 34 2 Per 11291 8714 5.70 -0.19 0.0066 492 B9pHgMn

01 52 34.8 -67 56 40 η1 Hyi 11733 8751 6.77 -0.03 0.0044 748 B9V 01 52 52.0 -16 55 45 BK Cet 11522 8778 5.78 0.75 0.0099 330 F0IIIn 01 53 04.8 +29 34 44 α Tri 11443 8796 3.42 1.95 0.0509 64 F6IV 01 53 17.3 +40 43 47 55 And 11428 8814 5.42 -0.67 0.0060 540 K1III 01 53 31.7 +19 17 45 γ1 Ari 11502 8832B 4.64 0.66 0.0160 204 B9V

302 α δ Star Con HD HIP m M π l.y. Spectra 01 53 31.8 +19 17 37 γ2 Ari 11503 8832A 4.58 0.60 0.0160 204 A1pSi 01 53 33.3 +03 11 15 ξ Psc 11559 8833 4.61 0.78 0.0171 191 K0III SB 01 53 38.7 -46 18 10 ψ Phe 11695 8837 4.39 -0.58 0.0102 321 M4III SB 01 54 21.9 -42 29 50 ϕ Phe 11753 8882 5.12 0.24 0.0106 309 A3V 01 54 23.6 +63 40 13 ε Cas 11415 8886 3.35 -2.31 0.0074 442 B2pvar

01 54 38.3 +20 48 29 β Ari 11636 8903 2.64 1.33 0.0547 60 A5V 01 54 56.1 -67 38 51 η2 Hyi 11977 8928 4.68 0.57 0.0150 217 G5III 01 55 19.6 -60 18 45 h 3475A Hyi 11944 8957A 7.21 3.52 0.0182 179 F2V 01 55 20.0 -60 18 43 h 3475B Hyi 11944 8957B 7.34 3.64 0.0182 179 F0 01 55 50.4 -78 20 55 σ Hyi 12363 8991 6.15 3.07 0.0242 135 F5/F6IV-V

01 55 50.9 +23 34 39 7 Ari 11763 8993 5.76 -0.26 0.0063 522 G8III 01 55 53.7 +01 50 58 Σ 186B Cet 11803 8998B 6.84 3.89 0.0257 127 F7V+G0V 01 55 53.7 +01 50 59 Σ 186A Cet 11803 8998A 6.94 3.99 0.0257 127 - 01 55 54.3 +37 16 41 56B And 11727 9001 5.89 -1.52 0.0033 991 M0III 01 55 57.5 -51 36 32 χ Eri 11937 9007 3.69 2.48 0.0572 57 G5IV

01 55 59.9 +68 41 07 ω Cas 11529 9009 4.97 -1.69 0.0047 701 B8III 01 56 09.3 +37 15 06 56A And 11749 9021 5.69 0.73 0.0102 320 K0III 01 56 40.1 -22 31 36 56 Cet 11930 9061 4.92 -0.52 0.0082 399 K4III 01 57 10.0 -47 23 06 - Phe 12055 9095 4.82 0.26 0.0122 267 G8III 01 57 21.0 +17 49 03 ι Ari 11909 9110 5.09 -1.44 0.0050 659 K1Vp

01 57 55.7 +23 35 46 λ Ari 11973 9153 4.79 1.73 0.0245 133 F0V 01 57 59.4 -02 03 30 58B Cet 12020 9165B 10.36 4.47 0.0066 491 A0 01 57 59.4 -02 03 33 58A Cet 12020 9165A 6.61 0.72 0.0066 491 A0 01 58 33.5 +49 12 16 3 Per 11949 9222 5.70 1.31 0.0133 246 K0IV 01 58 46.2 -61 34 12 α Hyi 12311 9236 2.86 1.16 0.0457 71 F0III-IVn

01 59 37.9 +64 37 18 h 1100 Cas 11946 9312 5.29 0.81 0.0127 257 A0Vn 01 59 46.0 -20 49 28 57 Cet 12255 9326 5.43 -1.13 0.0049 668 M1III 02 00 00.2 -21 04 40 υ Cet 12274 9347 3.99 -0.83 0.0108 301 K5/M0III 02 00 09.1 +03 05 50 112 Psc 12235 9353 5.89 3.43 0.0322 101 G2IV 02 00 26.8 -08 31 25 AR Cet 12292 9372 5.43 -0.87 0.0055 593 M3III

02 01 14.7 -30 00 07 π For 12438 9440 5.34 0.68 0.0117 278 G8III 02 01 42.3 -44 42 48 χ Phe 12524 9459 5.15 -0.14 0.0088 372 K5III 02 01 57.2 +70 54 26 48B Cas 12111 9480B 6.82 4.05 0.0279 117 A3IV 02 01 57.3 +70 54 26 48A Cas 12111 9480A 4.69 1.92 0.0279 117 A3IV 02 02 02.6 +02 45 50 αB Psc 12446 9487B 5.27 2.12 0.0235 139 A3m

02 02 02.7 +02 45 49 αA Psc 12447 9487A 4.16 1.01 0.0235 139 A0pSiSr 02 02 18.0 +54 29 16 4 Per 12303 9505 4.99 -1.79 0.0044 739 B8III 02 02 52.7 +64 54 05 52 Cas 12279 9564 6.00 1.30 0.0115 284 A1Vn 02 02 57.9 +33 17 03 ε Tri 12471 9570 5.50 0.22 0.0088 370 A2V 02 03 00.3 +64 23 24 53 Cas 12301 9573 5.59 -4.54 0.0009 3468 B8Ib

02 03 11.6 +00 07 40 60 Cet 12573 9589 5.42 0.69 0.0113 288 A5III 02 03 26.0 +72 25 17 50 Cas 12216 9598 3.95 0.47 0.0201 162 A2V 02 03 39.2 +25 56 09 10B Ari 12558 9621B 7.95 4.33 0.0189 172 F8IV 02 03 39.3 +25 56 08 10A Ari 12558 9621A 5.92 2.30 0.0189 172 F8IV 02 03 48.1 -00 20 25 61 Cet 12641 9631 5.96 0.94 0.0099 330 G5V

02 03 53.9 +42 19 47 γ1 And 12533 9640A 2.33 -2.86 0.0092 355 K3IIb 02 03 54.7 +42 19 51 γ2B And 12534 9640B 5.02 -0.16 0.0092 355 B9V 02 03 54.7 +42 19 51 γ2C And 12534 9640C 5.02 -0.16 0.0092 355 A0V 02 04 29.4 -29 17 49 ν For 12767 9677 4.68 -0.54 0.0090 361 B9.5pSi 02 05 07.2 +77 16 53 47 Cas 12230 9727 5.27 2.64 0.0298 109 F0Vn

303 α δ Star Con HD HIP m M π l.y. Spectra 02 05 31.2 +76 06 55 49 Cas 12339 9763 5.22 -0.36 0.0077 426 G8III 02 06 02.6 +74 35 01 51 Cas 12441 9802 7.49 -0.61 0.0024 1358 A0 02 06 33.8 +22 38 54 κ Ari 12869 9836 5.03 1.23 0.0174 187 A2m 02 06 49.3 +25 42 18 11 Ari 12885 9859 6.01 -1.75 0.0028 1160 B9IV-Vn 02 07 10.3 +23 27 45 α Ari 12929 9884 2.01 0.48 0.0495 66 K2III

02 08 29.2 +37 51 33 58 And 13041 9977 4.78 0.86 0.0165 198 A5IV-V 02 08 40.4 +58 25 26 V472 Per 12953 9990 5.66 -3.08 0.0018 1821 A1Ia 02 09 08.2 +71 33 07 54 Cas 12800 10031 6.57 4.39 0.0366 89 F8 02 09 09.1 -02 19 54 62 Cet 13228 10033 7.13 2.96 0.0147 222 F8 02 09 25.3 +25 56 24 14 Ari 13174 10053 4.98 0.02 0.0102 320 F2III

02 09 32.5 +34 59 14 β Tri 13161 10064 3.00 0.09 0.0262 124 A5III 02 10 37.5 +19 30 01 15 Ari 13325 10155 5.68 -0.87 0.0049 665 M3III 02 10 52.7 +39 02 22 59A And 13294 10176 6.09 1.56 0.0124 263 B9V 02 10 53.7 +39 02 35 59B And 13295 10180 6.82 -1.76 0.0019 1698 A1Vn 02 11 12.0 +25 56 13 16 Ari 13363 10203 6.01 -0.94 0.0041 801 K4III

02 11 21.0 +08 34 12 64 Cet 13421 10212 5.64 2.50 0.0235 139 G0IV 02 11 25.0 +31 31 35 5 Tri 13372 10220 6.24 0.39 0.0068 482 A1m 02 11 29.1 +57 38 45 5 Per 13267 10227 6.38 -3.08 0.0013 2547 B5Ia 02 11 35.8 -01 49 32 63 Cet 13468 10234 5.94 0.76 0.0092 354 G9III: 02 12 22.2 +30 18 11 6A Tri 13480 10280A 5.32 0.46 0.0107 305 G5III+F5V

02 12 22.5 +30 18 12 6B Tri — 10280B 6.83 1.97 0.0107 305 F6V 02 12 46.5 -02 23 46 66B Cet 13612 10303 7.91 2.43 0.0080 405 G4 02 12 47.4 -02 23 37 66A Cet 13612 10305 5.65 2.33 0.0217 150 F8V 02 12 48.0 +21 12 39 η Ari 13555 10306 5.23 2.84 0.0332 98 F5V 02 12 54.4 -30 43 26 µ For 13709 10320 5.27 0.23 0.0098 332 A0V

02 12 59.9 +08 50 48 ξ1 Cet 13611 10324 4.36 -0.87 0.0090 362 G8II: 02 13 03.2 +15 16 47 19 Ari 13596 10328 5.72 -0.38 0.0060 541 M0III 02 13 13.2 +44 13 55 60 And 13520 10340 4.84 -1.32 0.0059 556 K4III 02 13 36.3 +51 03 57 6 Per 13530 10366 5.31 1.38 0.0164 199 G8IIIvar 02 14 14.8 -67 50 31 π1 Hyi 14141 10418 5.57 -1.21 0.0044 739 M1III

02 14 29.1 +66 31 28 55 Cas 13474 10438 6.05 -0.72 0.0044 738 B9V+G0II-III 02 15 28.6 -67 44 48 π2 Hyi 14287 10513 5.67 -0.11 0.0070 468 K2III 02 15 42.7 +25 02 35 21A Ari 13872 10535B 6.48 3.07 0.0208 157 F6V 02 15 42.7 +25 02 35 21A Ari 13872 10535A 6.40 2.99 0.0208 157 F6V 02 15 46.0 +25 46 59 20 Ari 13871 10540 5.79 2.77 0.0249 131 F6IV-V

02 15 56.2 +33 21 32 7 Tri 13869 10559 5.25 0.48 0.0111 293 A0V 02 16 30.6 -51 30 44 j Eri 14228 10602 3.56 0.18 0.0211 155 B8IV-V 02 16 59.0 -06 25 20 67 Cet 14129 10642 5.51 0.42 0.0096 340 G8III 02 17 03.2 +34 13 28 δ Tri 13974 10644 4.84 4.66 0.0922 35.4 G0V 02 17 18.8 +33 50 50 γ Tri 14055 10670 4.03 1.24 0.0277 118 A1Vnn

02 17 59.8 +57 54 00 8 Per 13982 10718 5.75 0.43 0.0086 379 K3III 02 18 04.4 +57 31 00 7 Per 13994 10729 5.99 -0.70 0.0046 710 G7III 02 18 07.5 +19 54 04 ϑ Ari 14191 10732 5.58 0.21 0.0084 387 A1Vn 02 18 57.0 +28 38 33 10 Tri 14252 10793 5.29 0.13 0.0093 350 A2V 02 19 08.7 +19 41 16 23 Ari 14305 10810 6.82 4.19 0.0297 110 F8

02 19 16.7 +47 22 48 62 And 14212 10819 5.31 0.84 0.0128 255 A1V 02 19 20.7 -02 58 39 ο Cet 14386 10826 2.00 -3.54 0.0078 418 M5e-M9e 02 20 58.1 +50 09 06 63 And 14392 10944 5.57 0.38 0.0092 356 B9pSi 02 21 45.1 -68 39 34 δ Hyi 15008 11001 4.08 0.99 0.0241 135 A3V 02 21 56.5 +00 23 45 69 Cet 14652 11021 5.29 -2.73 0.0025 1309 M2III

304 α δ Star Con HD HIP m M π l.y. Spectra 02 22 01.3 -10 46 40 - Cet 14691 11029 5.43 3.05 0.0335 97 F0V 02 22 12.3 -00 53 06 70 Cet 14690 11046 5.42 0.76 0.0117 279 F0Vn 02 22 21.3 +55 50 45 9 Per 14489 11060 5.16 -3.83 0.0016 2050 A2Ia 02 22 32.5 -23 48 59 κ For 14802 11072 5.19 3.48 0.0456 71 G1V 02 22 51.7 +58 35 12 S Per 14528 11093 9.69 -1.35 0.0006 5258 M3Iaevar

02 22 52.3 -73 38 45 κ Hyi 15248 11095 5.99 1.05 0.0103 318 K0III 02 24 24.8 +50 00 24 64 And 14770 11220 5.19 -0.11 0.0087 375 G8III 02 24 49.0 +10 36 38 ξ Ari 14951 11249 5.48 -0.85 0.0054 603 B7IV 02 24 53.9 -60 18 43 λ Hor 15233 11258 5.36 1.91 0.0204 160 F2III 02 24 58.3 -02 46 48 71 Cet 15004 11261 6.34 -0.14 0.0051 646 A0III

02 25 16.0 +56 36 36 10 Per 14818 11279 6.25 -3.93 0.0009 3543 B2Ia 02 25 37.3 +50 16 43 65 And 14872 11313 4.73 -0.39 0.0095 345 K4III 02 25 56.9 -12 17 26 ρ Cet 15130 11345 4.88 -1.17 0.0062 528 A0V 02 26 59.1 -47 42 14 κ Eri 15371 11407 4.24 -1.81 0.0062 528 B5IV 02 27 27.7 +31 48 05 11 Tri 15176 11432 5.55 0.83 0.0114 286 K1III:

02 27 51.8 +50 34 12 66 And 15138 11465 6.16 2.54 0.0188 173 F4V 02 28 01.6 -33 48 40 ϕ For 15427 11477 5.13 1.78 0.0214 153 A2/A3V 02 28 09.5 +08 27 36 ξ2 Cet 15318 11484 4.30 0.64 0.0185 176 B9III 02 28 09.9 +29 40 10 12 Tri 15257 11486 5.29 1.90 0.0210 155 F0III 02 28 48.4 +29 55 55 13 Tri 15335 11548 5.89 3.45 0.0325 100 G0V

02 29 03.9 +67 24 09 ιA Cas 15089 11569A 4.62 1.43 0.0230 141 A5pSr 02 29 08.7 +67 24 07 ιB Cas 15089 11569B 7.09 3.91 0.0230 141 A5pSr 02 30 38.4 +19 51 19 26 Ari 15550 11678 6.14 1.94 0.0144 226 A9V 02 30 54.4 +17 42 14 27 Ari 15596 11698 6.21 1.30 0.0104 313 G5III-IV 02 31 30.0 +02 16 02 - Cet 15694 11738 5.27 -0.55 0.0069 476 K3III

02 31 40.7 -79 06 34 µ Hyi 16522 11757 5.27 0.51 0.0112 292 G4III 02 31 50.5 +89 15 51 α UMi 8890 11767 1.97 -3.64 0.0076 431 F7:Ib-IIv SB 02 32 05.1 -15 14 41 σ Cet 15798 11783 4.74 2.68 0.0387 84 F5V 02 32 06.1 +36 08 50 14 Tri 15656 11784 5.15 -0.25 0.0083 391 K5III 02 32 09.3 -01 02 06 75 Cet 15779 11791 5.36 0.80 0.0123 266 G3III:

02 32 54.1 +15 02 05 29 Ari 15814 11843 6.00 3.71 0.0348 94 F8V 02 33 07.0 -34 39 00 l1 For 15975 11867 5.91 0.58 0.0086 380 K0III 02 33 49.9 -28 14 01 ωB For 16046 11918B 7.88 2.16 0.0072 453 A3V 02 33 50.6 -28 13 57 ωA For 16046 11918A 4.96 -0.76 0.0072 453 B9V 02 34 42.6 -07 51 34 77 Cet 16074 12002 5.74 -0.39 0.0059 549 K4III

02 35 19.9 -03 33 38 79 Cet 16141 12048 6.83 4.05 0.0279 117 G5IV 02 35 46.8 +34 41 16 15A Tri 16058 12086 5.38 1.40 0.0160 204 M3III 02 35 50.1 +34 43 32 15B Tri 16070 12091 6.73 -1.06 0.0028 1177 A5 02 35 52.4 +05 35 36 ν Cet 16161 12093 4.87 -0.42 0.0088 372 G8III 02 36 00.0 -07 49 54 80 Cet 16212 12107 5.53 -0.47 0.0063 517 M0III

02 36 09.2 -30 02 41 ι1 For 16307 12122 5.74 -0.76 0.0050 649 G9III 02 36 37.8 +12 26 52 31 Ari 16234 12153 5.64 2.91 0.0284 115 F7V 02 36 57.7 +24 38 54 30B Ari 16232 12184 7.10 4.12 0.0254 129 F4V 02 36 58.5 -34 34 42 λ2 For 16417 12186 5.78 3.74 0.0392 83 G1V 02 37 00.4 +24 38 51 30A Ari 16246 12189 6.48 3.46 0.0249 131 F6III

02 37 02.4 +34 15 50 R Tri 16210 12193 6.78 -1.22 0.0025 1299 M4IIIe-M8e 02 37 24.2 -52 32 36 η Hor 16555 12225 5.30 2.06 0.0225 145 A6V 02 37 41.7 -03 23 46 81 Cet 16400 12247 5.65 0.71 0.0103 317 G5III: 02 38 01.9 +72 49 06 - Cas 15920 12273 5.17 0.69 0.0127 256 G8III 02 38 18.6 -30 11 40 ι2 For 16538 12288 5.84 3.08 0.0280 116 F5V

305 α δ Star Con HD HIP m M π l.y. Spectra 02 38 48.9 +21 57 41 ν Ari 16432 12332 5.45 0.32 0.0094 346 A7V 02 39 28.9 +00 19 43 δ Cet 16582 12387 4.08 -2.41 0.0050 647 B2IV 02 39 33.7 -11 52 19 εB Cet 16620 12390B 6.50 4.34 0.0370 88 - 02 39 33.7 -11 52 20 εA Cet 16620 12390A 5.22 3.06 0.0370 88 F5V 02 39 35.5 -68 16 01 ε Hyi 16978 12394 4.12 0.76 0.0213 153 B9III

02 39 47.9 -42 53 30 s Eri 16754 12413 4.74 1.74 0.0252 130 A2V 02 40 39.6 -54 33 00 ζ Hor 16920 12484 5.21 1.77 0.0205 159 F4IV 02 40 40.0 -39 51 19 ι Eri 16815 12486 4.11 0.86 0.0224 145 K0III 02 40 41.0 +27 03 39 33 Ari 16628 12489 5.30 1.03 0.0140 233 A3V 02 41 13.7 -00 41 43 84B Cet 16765 12530B 9.68 8.00 0.0462 71 -

02 41 13.9 -00 41 45 84A Cet 16765 12530A 5.87 4.20 0.0462 71 F7IV 02 42 13.2 +42 41 57 h 1123A Per 16728 12619A 8.44 0.59 0.0027 1212 B9VpSiCr 02 42 13.3 +42 41 58 h 1123B Per 16728 12619B 9.08 1.23 0.0027 1212 - 02 42 14.9 +40 11 38 12 Per 16739 12623 4.91 2.95 0.0405 80 F9V 02 42 21.9 +20 00 42 µ Ari 16811 12640 5.74 0.66 0.0096 338 A0V

02 42 33.4 -50 48 01 ι Hor 17051 12653 5.40 4.22 0.0580 56 G3IV 02 43 02.8 +55 06 22 11 Per 16727 12692 5.76 0.21 0.0078 420 B7IIIpHg 02 43 17.9 +03 14 10 γB Cet — 12706B 6.63 4.63 0.0398 82 - 02 43 18.0 +03 14 09 γA Cet 16970 12706A 3.56 1.56 0.0398 82 A3V 02 43 27.0 +27 42 26 35 Ari 16908 12719 4.65 -0.62 0.0088 370 B3V

02 44 05.1 +44 17 49 14 Per 16901 12768 5.43 -1.20 0.0047 692 GO1b 02 44 07.3 -13 51 32 π Cet 17081 12770 4.24 -1.41 0.0074 441 B7IV 02 44 11.9 +49 13 43 ϑ Per 16895 12777 4.10 3.85 0.0890 36.6 F7V 02 44 19.1 +17 45 50 36 Ari 17017 12784 6.40 0.89 0.0079 413 K2III 02 44 32.9 +15 18 42 ο Ari 17036 12803 5.78 -0.07 0.0068 482 B9Vn

02 44 56.5 +10 06 51 µ Cet 17094 12828 4.27 2.21 0.0387 84 F1III-IV 02 44 57.5 +12 26 45 38 Ari 17093 12832 5.17 2.26 0.0262 125 A7III-IV 02 45 06.1 -18 34 21 τ1 Eri 17206 12843 4.47 3.74 0.0716 45.6 F6V 02 45 27.5 -63 42 16 γ Hor 17504 12871 5.73 2.03 0.0182 179 G8III-IV 02 45 32.6 -67 37 00 ζ Hyi 17566 12876 4.83 0.05 0.0111 295 A2IV-V

02 47 27.3 +19 22 22 Σ 305B Ari 17332 13027B 8.28 5.71 0.0307 106 G0 02 47 27.5 +19 22 20 Σ 305A Ari 17332 13027A 7.98 5.42 0.0307 106 G0 02 47 33.6 -35 33 03 η1 For 17528 13040 6.51 0.12 0.0053 619 K0.5III 02 47 54.5 +29 14 50 39 Ari 17361 13061 4.52 0.80 0.0181 181 K1III 02 48 32.0 +18 17 01 40 Ari 17459 13108 5.83 -0.11 0.0065 502 K1III

02 48 55.5 +69 38 03 RZ Cas 17138 13133 6.26 2.28 0.0160 204 A3V 02 49 01.5 -62 48 24 ν Hor 17848 13141 5.25 1.73 0.0197 165 A2V 02 49 05.4 -32 24 22 β For 17652 13147 4.45 0.88 0.0193 169 G8III 02 49 17.5 +17 27 51 πA Ari 17543 13165A 5.30 -1.03 0.0054 603 B6V 02 49 17.7 +17 27 49 πB Ari 17543 13165B 8.46 2.13 0.0054 603 B6V

02 49 50.9 -24 33 37 γ1 For 17713 13197 6.14 0.91 0.0090 363 K1III 02 49 54.1 -27 56 31 γ2 For 17729 13202 5.39 -0.76 0.0059 554 A1V 02 49 59.0 +27 15 38 41 Ari 17573 13209 3.61 0.16 0.0205 159 B8Vn 02 50 14.7 -35 50 37 η2 For 17793 13225 5.92 -0.01 0.0065 500 K0III 02 50 28.7 -75 04 01 ν Hyi 18293 13244 4.76 -0.26 0.0099 329 K3III

02 50 34.9 +38 19 07 16 Per 17584 13254 4.22 1.26 0.0255 128 F2III 02 50 40.3 -35 40 34 η3 For 17829 13265 5.48 -0.58 0.0061 531 K5III 02 50 41.8 +55 53 44 η Per 17506 13268 3.77 -4.28 0.0025 1331 K3Ibcomp SB 02 51 02.2 -21 00 15 τ2 Eri 17824 13288 4.76 1.02 0.0179 183 K0III 02 51 29.5 +15 04 55 σ Ari 17769 13327 5.52 -0.32 0.0068 479 B7V

306 α δ Star Con HD HIP m M π l.y. Spectra 02 51 30.8 +35 03 35 17 Per 17709 13328 4.56 -0.93 0.0080 409 K5III 02 53 34.2 -38 26 13 ψ For 18149 13473 5.93 2.06 0.0168 194 F5V 02 53 42.5 +38 20 15 20A Per 17904 13490A 5.79 1.50 0.0139 235 F4Vvar 02 53 42.5 +38 20 15 20B Per 17904 13490B 6.80 2.51 0.0139 235 - 02 53 52.8 -49 53 25 R Hor 18242 13502 4.70 -2.74 0.0033 1003 M7e

02 54 15.4 +52 45 45 τ Per 17878 13531 3.93 -0.48 0.0132 248 G5III+A4V 02 54 55.2 +17 44 05 44 Ari 18091 13579 7.01 2.10 0.0104 313 A3 02 55 38.6 +26 52 20 Σ 326B Ari — 13642B 10.02 8.22 0.0437 75 - 02 55 39.0 +26 52 24 Σ 326A Ari 18143 13642A 7.73 5.93 0.0437 75 G5 02 55 48.4 +18 19 53 45 Ari 18191 13654 5.76 0.30 0.0081 403 M6IIIvar

02 56 25.6 -08 53 53 η Eri 18322 13701 3.89 0.83 0.0245 133 K1III-IV 02 56 26.1 +18 01 23 ρ Ari 18256 13702 5.58 2.83 0.0282 115 F6V 02 56 37.4 -03 42 44 - Eri 18331 13717 5.16 1.35 0.0173 189 A3Vn 02 57 17.2 +31 56 03 21 Per 18296 13775 5.10 -0.27 0.0084 387 B9pSi 02 57 23.7 -23 51 43 4 Eri 18454 13782 5.44 2.00 0.0205 159 A5V

02 58 05.2 +20 40 08 47 Ari 18404 13834 5.80 3.29 0.0314 104 F5IV 02 58 05.6 -23 36 22 6 Eri 18535 13835 5.82 -0.69 0.0050 653 K2III 02 58 15.6 -40 18 17 ϑ1 Eri 18622 13847A 3.28 -0.19 0.0202 161 A4III 02 58 16.2 -40 18 16 ϑ2 Eri 18623 13847B 4.36 0.89 0.0202 161 A1V 02 58 42.0 -02 46 57 Kui 10 Eri 18543 13874 5.22 0.26 0.0102 320 A2IV

02 58 45.6 +39 39 46 π Per 18411 13879 4.68 -0.32 0.0100 325 A2Vn 02 58 47.8 -64 04 16 β Hor 18866 13884 4.98 0.07 0.0104 313 A5III 02 59 03.6 +35 10 59 24 Per 18449 13905 4.94 -0.22 0.0093 350 K2III 02 59 12.6 +21 20 23 εB Ari 18519 13914B 5.59 0.83 0.0112 292 A2V 02 59 12.7 +21 20 25 εA Ari 18520 13914A 5.24 0.48 0.0112 292 A2Vs

02 59 36.1 -25 16 27 ζ For 18692 13942 5.69 3.14 0.0309 105 F2V 02 59 41.0 -02 27 54 5 Eri 18633 13951 5.56 0.51 0.0098 334 B9.5V 02 59 42.8 +08 54 27 λ Cet 18604 13954 4.71 -0.86 0.0077 424 B6III 02 59 49.8 +47 13 15 - Per 18474 13965 5.47 -0.69 0.0059 557 G4p 03 00 31.5 +18 00 18 50A Ari 18654 14021A 6.83 1.29 0.0078 418 A0

03 00 31.6 +18 00 20 50B Ari 18654 14021B 9.84 4.30 0.0078 418 A0 03 00 51.0 -02 52 43 7 Eri 18760 14040 6.11 -0.79 0.0042 782 M1III 03 00 52.1 +52 21 06 Σ 331A Per 18537 14043 5.24 -1.70 0.0041 795 B7V 03 00 53.3 +52 21 08 Σ 331B Per 18538 14047 6.64 0.06 0.0048 676 B9V 03 01 09.9 -07 39 47 ρ1 Eri 18784 14060 5.75 0.90 0.0107 304 K0II

03 01 37.6 -28 05 29 ε For 18907 14086 5.88 3.47 0.0329 99 G8/K0V 03 01 54.1 +26 27 45 49 Ari 18769 14109 5.91 1.82 0.0152 214 A3m 03 02 15.5 -71 54 09 ϑ Hyi 19400 14131 5.51 -0.52 0.0062 525 B8III-IV 03 02 16.7 +04 05 23 α Cet 18884 14135 2.54 -1.61 0.0148 220 M2III 03 02 22.4 +04 21 10 93 Cet 18883 14143 5.62 -0.06 0.0073 445 B7V

03 02 23.5 -23 37 28 τ3 Eri 18978 14146 4.08 1.97 0.0379 86 A4IV 03 02 26.0 +26 36 34 51 Ari 18803 14150 6.62 4.99 0.0473 69 G8V 03 02 42.2 -07 41 07 ρ2 Eri 18953 14168 5.32 0.83 0.0127 258 K0II-III 03 03 36.8 -59 44 16 µ Hor 19319 14240 5.12 1.99 0.0237 138 F0IV 03 04 16.3 -07 36 03 ρ3 Eri 19107 14293 5.26 2.09 0.0232 140 A8V

03 04 47.7 +53 30 23 γ Per 18925 14328 2.91 -1.57 0.0127 256 G8III+A2V 03 05 10.5 +38 50 25 ρ Per 19058 14354 3.32 -1.67 0.0100 325 M3IIIvar 03 05 26.6 +25 15 19 52A Ari 19134 14376A 6.21 0.76 0.0081 402 B7Vn 03 05 26.6 +25 15 19 52B Ari 19135 14376B 6.19 0.74 0.0081 402 B7Vn 03 05 32.4 +56 42 21 k Per 18970 14382 4.77 0.78 0.0160 204 K0II-III

307 α δ Star Con HD HIP m M π l.y. Spectra 03 06 06.3 +79 25 04 Σ 320B Cep 18438 14417B 9.40 2.75 0.0047 695 F7IVcomp SB 03 06 07.7 +79 25 07 Σ 320A Cep 18438 14417A 5.62 -1.03 0.0047 695 - 03 06 33.4 -06 05 19 Rst 4223 Eri 19349 14456 5.23 -0.84 0.0061 534 M3III 03 07 25.7 +17 52 48 53 Ari 19374 14514 6.13 -0.69 0.0043 755 B1.5V 03 08 10.1 +40 57 21 β Per 19356 14576 2.09 -0.18 0.0351 93 B8V

03 08 21.2 +18 47 43 54 Ari 19460 14586 6.24 0.03 0.0057 570 M0III 03 09 04.0 +49 36 48 ι Per 19373 14632 4.05 3.94 0.0949 34.3 G0V 03 09 29.7 +44 51 27 κ Per 19476 14668 3.79 1.11 0.0291 112 K0III 03 09 36.7 +29 04 38 55 Ari 19548 14677 5.74 -1.96 0.0029 1128 B8III 03 11 17.3 +39 36 42 ω Per 19656 14817 4.61 -0.25 0.0107 305 K1III

03 11 37.7 +19 43 36 δ Ari 19787 14838 4.35 0.79 0.0194 168 K2IIIvar 03 11 56.3 +74 23 37 - Cas 19275 14862 4.85 1.37 0.0202 162 A2Vnn 03 12 03.9 -28 59 12 αB For 20010 14879B 7.19 6.44 0.0709 46.0 - 03 12 04.2 -28 59 14 αA For 20010 14879A 4.04 3.29 0.0709 46.0 F8V 03 12 14.2 +27 15 26 SX Ari 19832 14893 5.78 0.50 0.0088 371 B9pSi

03 12 33.1 -57 19 18 TW Hor 20234 14930 5.71 -2.32 0.0025 1315 C5II 03 12 46.4 -01 11 46 94 Cet 19994 14954 5.07 3.32 0.0447 73 F8V 03 14 54.0 +21 02 40 ζ Ari 20150 15110 4.87 -0.22 0.0096 340 A1V 03 15 49.9 -08 49 11 ζ Eri 20320 15197 4.80 1.97 0.0272 120 A5m 03 15 57.7 -77 23 19 ι Hyi 21024 15201 5.51 3.17 0.0340 96 F4III

03 16 12.1 +50 56 16 - Per 20123 15219 5.04 -2.00 0.0039 834 G5II 03 16 35.7 -09 09 16 14 Eri 20395 15244 6.14 3.44 0.0288 113 F1V 03 17 46.1 -62 34 32 ζ1 Ret 20766 15330 5.53 5.11 0.0825 39.5 G2V 03 17 47.3 +44 01 30 30 Per 20315 15338 5.49 -0.99 0.0051 644 B8V 03 18 12.8 -62 30 23 ζ2 Ret 20807 15371 5.24 4.83 0.0828 39.4 G1V

03 18 22.1 -22 30 41 15A Eri 20610 15382A 5.32 0.86 0.0128 255 G6III 03 18 22.1 -22 30 41 15B Eri 20610 15382B 6.57 2.10 0.0128 255 - 03 18 22.3 -00 55 49 95A Cet 20559 15383A 5.67 1.51 0.0147 222 K1IV 03 18 22.4 -00 55 48 95B Cet 20559 15383B 8.02 3.85 0.0147 222 K1IV 03 18 37.7 +50 13 20 29 Per 20365 15404 5.16 -0.89 0.0062 528 B3V

03 18 43.7 +34 13 21 - Per 20468 15416 4.85 -3.43 0.0022 1475 K2II 03 19 07.6 +50 05 42 31 Per 20418 15444 5.05 -0.79 0.0068 481 B5V 03 19 21.6 +03 22 13 κ Cet 20630 15457 4.84 5.03 0.1092 29.9 G5Vvar 03 19 30.9 -21 45 28 τ4 Eri 20720 15474 3.70 -0.79 0.0126 258 M3III 03 19 55.6 -43 04 11 e Eri 20794 15510 4.26 5.35 0.1650 19.8 G8V

03 19 55.7 +27 04 16 59 Ari 20618 15514 5.91 1.91 0.0159 205 G8IV 03 19 59.3 +65 39 09 BK Cam 20336 15520 4.74 -2.21 0.0041 801 B2.5Vne 03 20 19.8 +77 44 06 47 Cep 19978 15547 5.44 0.90 0.0124 264 A6V 03 20 20.3 +29 02 55 - Ari 20644 15549 4.47 -2.00 0.0051 640 K2II-III 03 20 25.6 +25 39 46 60 Ari 20663 15557 6.14 1.40 0.0113 289 K3III:

03 21 06.7 +03 40 32 97 Cet 20791 15619 5.70 0.95 0.0112 290 G8.5III 03 21 13.6 +21 08 48 τB Ari 20756 15627B 8.17 2.41 0.0071 462 B5IV 03 21 13.6 +21 08 49 τA Ari 20756 15627A 5.35 -0.41 0.0071 462 B5IV 03 21 24.0 -23 38 07 - Eri 20894 15643 5.50 -0.05 0.0078 421 G8II 03 21 26.5 +43 19 47 32 Per 20677 15648 4.96 1.57 0.0210 155 A3V

03 22 11.9 +27 36 27 62 Ari 20825 15696 5.55 -1.82 0.0034 973 G5III 03 22 45.1 +20 44 32 63B Ari — 15737B 8.50 3.55 0.0102 319 K3III 03 22 45.2 +20 44 31 63A Ari 20893 15737A 5.30 0.35 0.0102 319 K3III 03 23 13.1 +49 12 48 V575 Per 20809 15770 5.32 -1.09 0.0052 625 B5V 03 24 18.4 +24 43 27 64 Ari 21017 15861 5.50 1.26 0.0142 230 K4III

308 α δ Star Con HD HIP m M π l.y. Spectra 03 24 19.3 +49 51 41 α Per 20902 15863 1.79 -4.50 0.0055 592 F5Ib 03 24 26.1 +20 48 13 65 Ari 21050 15870 6.07 1.23 0.0108 303 A1V 03 24 29.7 +33 32 10 Σ 382A Per 20995 15876A 5.82 -0.23 0.0062 527 A0V 03 24 29.8 +33 32 06 Σ 382B Per — 15876B 9.66 3.62 0.0062 527 - 03 24 40.5 +64 35 10 CQ Cam 20797 15890 5.13 -2.79 0.0026 1249 M0II

03 24 48.7 +09 01 44 ο Tau 21120 15900 3.61 -0.45 0.0154 211 G8III 03 25 55.7 -35 55 15 χ1 For 21423 15987 6.39 1.39 0.0100 326 A1IV 03 27 10.1 +09 43 58 ξA Tau 21364 16083A 3.74 -0.43 0.0147 222 B9Vn 03 27 10.1 +09 43 58 ξB Tau — 16083B 7.55 3.39 0.0147 222 - 03 27 33.3 -35 40 54 χ2 For 21574 16112 5.71 -0.06 0.0070 464 K2III

03 28 03.0 +49 03 46 - Per 21278 16147 4.99 -1.22 0.0057 570 B5V 03 28 10.9 -35 51 15 χ3B For — 16156B 10.36 5.13 0.0090 362 - 03 28 11.4 -35 51 12 χ3A For 21635 16156A 6.58 1.35 0.0090 362 A1V 03 28 26.6 +22 48 15 66A Ari 21467 16181A 6.22 2.02 0.0144 226 K0IV 03 28 26.6 +22 48 16 66B Ari 21467 16181B 10.45 6.24 0.0144 226 -

03 29 04.1 +59 56 25 Σ 385A Cam 21291 16228A 4.34 -6.26 0.0008 4289 B9Ia 03 29 04.2 +59 56 23 Σ 385B Cam 21291 16228B 8.22 -2.38 0.0008 4289 - 03 29 22.0 +49 30 31 34B Per 21428 16244B 7.18 1.01 0.0058 558 - 03 29 22.0 +49 30 32 34A Per 21428 16244A 4.76 -1.41 0.0058 558 B3V 03 29 22.6 -62 56 16 κ Ret 22001 16245 4.71 3.05 0.0467 70 F5IV-V

03 29 54.8 +58 52 44 CE Cam 21389 16281 4.55 -4.85 0.0013 2470 A0Ia SB: 03 30 00.2 +55 27 07 Σ 390 Cam 21447 16292 5.09 1.25 0.0171 191 A1V 03 30 24.4 +11 20 11 4 Tau 21686 16322 5.14 -0.39 0.0078 417 A0Vn 03 30 34.4 +47 59 43 σ Per 21552 16335 4.36 -0.81 0.0092 353 K3III 03 30 37.0 -05 04 31 17 Eri 21790 16341 4.74 -0.60 0.0086 380 B9Vs

03 30 37.0 -47 22 31 TU Hor 21981 16339 5.98 0.70 0.0088 370 A2V 03 30 52.3 +12 56 12 5 Tau 21754 16369 4.14 -1.08 0.0091 360 K0II-III 03 31 19.9 +27 34 19 Σ 401B Tau — 16410 6.99 0.23 0.0045 731 A3V 03 31 20.7 +27 34 19 Σ 401A Tau 21743 16411 6.63 -0.26 0.0042 776 A2V 03 32 08.5 +48 01 25 V396 Per 21699 16470 5.47 -0.80 0.0056 585 B8IIIpMn

03 32 26.2 +46 03 26 36 Per 21770 16499 5.30 2.49 0.0275 119 F4IIIvar 03 32 35.9 +09 22 25 6 Tau 21933 16511 5.76 0.57 0.0092 355 B9IV 03 32 55.8 -09 27 30 ε Eri 22049 16537 3.72 6.18 0.3108 10.49 K2V 03 33 34.9 +39 53 59 IW Per 21912 16591 5.79 2.10 0.0183 178 A5m 03 33 47.2 -21 37 59 τ5 Eri 22203 16611 4.26 -0.53 0.0110 296 B8V+B8V

03 34 26.6 +24 27 53 7A Tau 22091 16664A 6.73 0.72 0.0063 519 A3V 03 34 26.6 +24 27 54 7B Tau 22091 16664B 6.76 0.75 0.0063 519 - 03 36 17.3 -17 28 02 20A Eri 22470 16803A 5.48 -0.33 0.0069 473 B9p 03 36 17.3 -17 28 02 20B Eri — 16803B 6.84 1.03 0.0069 473 - 03 36 29.3 +48 11 34 ψ Per 22192 16826 4.32 -2.34 0.0047 700 B5Ve

03 36 46.8 +00 35 16 Σ 422B Tau — 16846B 8.90 6.59 0.0345 94 - 03 36 47.2 +00 35 16 Σ 422A Tau 22468 16846A 6.04 3.73 0.0345 94 G9V 03 36 52.3 +00 24 06 10 Tau 22484 16852 4.29 3.60 0.0729 44.7 F9V 03 36 58.0 +23 12 39 9 Tau 22374 16859 6.72 1.08 0.0075 437 A2p 03 37 05.6 -40 16 29 y Eri 22663 16870 4.57 0.43 0.0149 219 K0III

03 38 47.6 -27 56 35 τ For 22789 17007 6.01 0.47 0.0078 417 A0V 03 39 01.0 -05 37 34 21 Eri 22713 17027 5.97 3.24 0.0284 115 K1V 03 39 51.1 +03 03 25 12 Tau 22796 17103 5.55 0.10 0.0081 400 G6III: 03 40 38.2 -05 12 39 22 Eri 22920 17167 5.53 -1.25 0.0044 739 B9IIIpSi 03 40 46.3 +25 19 46 11 Tau 22805 17181 6.11 0.09 0.0062 522 A2IV

309 α δ Star Con HD HIP m M π l.y. Spectra 03 42 09.3 +63 13 01 BD Cam 22649 17296 5.06 -0.95 0.0063 520 S5.3 SB: 03 42 14.9 -31 56 18 δ For 23227 17304 4.99 -1.77 0.0045 733 B5III 03 42 18.9 +19 42 01 13 Tau 23016 17309 5.68 0.19 0.0080 409 B9Vn 03 42 22.5 +33 57 54 40 Per 22951 17313 4.97 -2.29 0.0035 924 B0.5V 03 42 50.0 -37 18 49 h Eri 23319 17351 4.59 0.91 0.0183 178 K2IIICN

03 42 55.4 +47 47 15 δ Per 22928 17358 3.03 -3.02 0.0062 528 B5III SB 03 43 14.8 -09 45 48 δ Eri 23249 17378 3.52 3.74 0.1106 29.5 K0IV 03 43 47.2 +19 39 54 14 Tau 23183 17408 6.13 0.99 0.0094 347 G8III 03 44 12.0 -64 48 26 β Ret 23817 17440 3.84 1.41 0.0327 100 K0IV SB 03 44 19.1 +32 17 18 οA Per 23180 17448A 3.93 -4.35 0.0022 1475 B1III

03 44 19.2 +32 17 19 οB Per 23180 17448B 6.84 -1.44 0.0022 1475 - 03 44 30.4 -01 09 47 24 Eri 23363 17457 5.24 -1.27 0.0050 653 B7V 03 44 48.1 +24 17 22 16 Tau 23288 17489 5.45 0.40 0.0098 334 B7IV 03 44 52.5 +24 06 48 17 Tau 23302 17499 3.72 -1.56 0.0088 370 B6III 03 44 56.4 -00 17 48 25 Eri 23413 17506 5.56 0.40 0.0093 351 K4IIIcomp

03 45 09.7 +24 50 21 18 Tau 23324 17527 5.66 0.40 0.0089 368 B8V 03 45 11.6 +42 34 43 ν Per 23230 17529 3.77 -2.39 0.0059 556 F5IIvar 03 45 12.4 +24 28 02 19 Tau 23338 17531 4.30 -0.99 0.0088 373 B6V 03 45 40.4 +06 03 00 29 Tau 23466 17563 5.34 -0.94 0.0055 588 B3V 03 45 49.5 +24 22 04 20 Tau 23408 17573 3.87 -1.34 0.0091 360 B8III

03 45 54.3 +24 33 17 21 Tau 23432 17579 5.76 0.39 0.0084 387 B8V 03 46 02.3 +63 20 42 - Cam 23089 17587 4.78 -2.17 0.0041 799 G2II-III+B9V 03 46 02.9 +24 31 41 22 Tau 23441 17588 6.43 1.25 0.0092 354 A0Vn 03 46 08.4 -12 06 06 π Eri 23614 17593 4.43 -1.49 0.0066 497 M2III 03 46 19.5 +23 56 54 23 Tau 23480 17608 4.14 -1.07 0.0091 359 B6IV

03 46 27.3 -29 20 17 σ For 23738 17618 5.91 0.89 0.0099 329 A2V 03 46 50.8 -23 14 59 τ6 Eri 23754 17651 4.22 2.95 0.0558 58 F3III 03 47 14.5 -74 14 21 γ Hyi 24512 17678 3.26 -0.83 0.0152 214 M2III 03 47 21.1 +24 06 58 24 Tau 23629 — 6.29 0.81 0.0080 408 A4V 03 47 29.0 +24 06 18 η Tau 23630 17702 2.85 -2.41 0.0089 368 B7III

03 47 39.6 -23 52 29 τ7 Eri 23878 17717 5.24 0.63 0.0120 272 A1V 03 47 56.0 -30 10 06 ρ For 23940 17738 5.52 0.83 0.0116 282 G6III 03 48 16.2 +11 08 36 30 Tau 23793 17771 5.08 -1.11 0.0058 565 B3V 03 48 20.8 +23 25 16 - Tau 23753 17776 5.44 0.36 0.0096 338 B8V 03 48 35.3 -37 37 20 fB Eri 24071 17797B 5.36 1.89 0.0202 161 A1V

03 48 35.8 -37 37 14 fA Eri 24072 17797A 4.77 1.29 0.0202 161 B9.5V 03 48 57.0 +23 51 26 26 Tau 23822 17832 6.47 2.11 0.0134 243 F0 03 49 09.7 +24 03 12 27 Tau 23850 17847 3.62 -1.72 0.0086 380 B8III 03 49 11.1 +24 08 12 28 Tau 23862 17851 5.05 -0.32 0.0084 387 B7p 03 49 13.8 +70 52 16 - Cam 23277 17854 5.40 0.40 0.0100 325 A2m

03 49 27.2 -36 12 01 g Eri 24160 17874 4.17 0.13 0.0155 210 G8III 03 49 31.2 +65 31 34 BE Cam 23475 17884 4.39 -2.97 0.0034 964 M1III 03 49 32.6 +33 05 29 42 Per 23848 17886 5.14 0.34 0.0110 297 A3V 03 50 18.9 +25 34 46 ΟΣ 65A Tau 23985 17954A 5.73 1.88 0.0170 192 A2V 03 50 18.9 +25 34 46 ΟΣ 65B Tau 23985 17954B 6.52 2.67 0.0170 192 -

03 50 21.5 +71 19 57 γ Cam 23401 17959 4.59 -0.47 0.0097 335 A2IVn 03 52 00.2 +06 32 04 31B Tau 24263 18089B 6.62 -0.05 0.0046 704 - 03 52 00.2 +06 32 05 31A Tau 24263 18089A 6.27 -0.40 0.0046 704 B5V 03 52 30.9 -05 03 15 29 Eri 24371 18122 6.74 2.31 0.0130 251 F0 03 52 41.5 -05 21 41 30 Eri 24388 18141 5.48 -0.46 0.0065 502 B8V

310 α δ Star Con HD HIP m M π l.y. Spectra 03 53 38.9 -34 43 57 i Eri 24626 18213 5.11 -0.07 0.0092 355 B6/B7V 03 53 42.6 -24 36 45 τ8 Eri 24587 18216 4.64 -0.72 0.0085 385 B6V 03 54 07.9 +31 53 01 ζ Per 24398 18246 2.84 -4.55 0.0033 982 B1Ib 03 54 17.3 -02 57 10 32B Eri 24554 18255B 6.11 0.98 0.0095 345 A2V 03 54 17.4 -02 57 17 32A Eri 24555 18255A 4.92 -0.21 0.0095 345 G8III

03 55 16.2 -12 05 57 DO Eri 24712 18339 5.99 2.54 0.0204 160 ApSrEuCr 03 55 22.9 +31 02 45 X Per 24534 18350 6.79 -2.80 0.0012 2694 O9.5pe 03 55 58.1 +47 52 16 - Per 24504 18396 5.39 -1.68 0.0039 845 B6V 03 56 28.6 +35 04 52 - Per 24640 18434 5.49 -1.88 0.0034 970 B1.5V 03 56 36.4 +50 41 43 A Per 24546 18453 5.28 2.23 0.0245 133 F5IV

03 56 52.0 +22 28 41 32 Tau 24740 18471 5.62 2.36 0.0223 146 F2IV 03 57 03.8 +23 10 32 33 Tau 24769 18485 6.05 -0.01 0.0061 531 B9.5IV 03 57 08.2 +61 06 32 ΟΣ 67A Cam 24480 18488A 5.20 -3.57 0.0018 1852 K3I-II 03 57 08.4 +61 06 33 ΟΣ 67B Cam — 18488B 8.08 -0.69 0.0018 1852 - 03 57 25.3 +63 04 20 - Cam 24479 18505 4.95 -0.13 0.0097 338 B9.5V

03 57 51.2 +40 00 37 ε Per 24760 18532 2.90 -3.19 0.0061 538 B0.5V 03 58 01.7 -13 30 31 γ Eri 25025 18543 2.97 -1.19 0.0148 221 M1IIIb 03 58 44.7 -61 24 01 δ Ret 25422 18597 4.56 -1.50 0.0062 530 M2 III 03 58 57.8 +35 47 28 ξ Per 24912 18614 3.98 -4.70 0.0018 1772 O7.5I 03 59 55.4 -24 00 59 τ9 Eri 25267 18673 4.62 -0.41 0.0099 331 B6V+B9.5V

04 00 40.8 +12 29 25 λ Tau 25204 18724 3.41 -1.87 0.0088 370 B3V 04 00 53.8 -62 09 34 γ Ret 25705 18744 4.48 -1.41 0.0067 490 M4III 04 01 18.2 -61 04 44 ι Ret 25728 18772 4.97 -0.06 0.0099 331 K4III 04 01 32.0 -01 32 59 35 Eri 25340 18788 5.28 -0.43 0.0072 453 B5V 04 02 36.7 -00 16 08 - Eri 25457 18859 5.38 3.96 0.0520 63 F5V

04 03 09.3 +05 59 22 ν Tau 25490 18907 3.91 0.92 0.0252 129 A1V 04 03 44.5 +05 26 08 40 Tau 25558 18957 5.32 -2.21 0.0031 1045 B3V 04 03 54.4 +28 07 33 RW Tau 25487 18972 8.05 0.66 0.0033 982 B8Ve,comp 04 03 56.6 +08 11 50 - Tau 25570 18975 5.45 2.67 0.0278 117 F2V 04 04 09.8 +02 49 37 - Tau 25621 18993 5.36 2.66 0.0289 113 F6IV

04 04 21.6 +24 06 21 36 Tau 25555 19009 5.46 -1.87 0.0034 953 G0III 04 04 27.1 +59 09 20 - Cam 25291 19018 5.00 -3.63 0.0019 1734 F0II 04 04 41.7 +22 04 55 37 Tau 25604 19038 4.36 0.64 0.0180 181 K0III 04 05 20.2 +22 00 32 39 Tau 25680 19076 5.90 4.78 0.0598 55 G5V 04 06 35.0 +50 21 05 λ Per 25642 19167 4.25 -0.88 0.0094 346 A0IVn

04 06 36.3 +27 36 00 41 Tau 25823 19171 5.18 -0.72 0.0066 494 B9pSi 04 07 00.4 +29 00 05 ψ Tau 25867 19205 5.21 3.01 0.0363 90 F1V 04 07 49.1 +62 20 00 Σ 485B Cam 25639 19270 7.08 -0.51 0.0030 1076 B0V 04 07 51.1 +62 19 48 Σ 485A Cam 25638 19272 6.95 -4.64 0.0005 6792 B0III 04 08 15.3 +37 43 40 49 Per 25975 19302 6.07 2.85 0.0227 144 K1III

04 08 36.5 +38 02 23 50 Per 25998 19335 5.52 3.87 0.0469 70 F7V 04 08 39.6 +47 42 45 48 Per 25940 19343 3.96 -2.19 0.0059 553 B3Ve 04 09 09.9 +19 36 33 43 Tau 26162 19388 5.51 0.76 0.0112 291 K2III 04 09 17.8 -16 23 09 GU Eri 26326 19398 5.45 -1.29 0.0045 726 B4V 04 10 02.8 +80 41 55 Σ 460A Cep 25007 19461A 5.74 0.61 0.0094 345 G8III

04 10 03.1 +80 41 55 Σ 460B Cep 25007 19461B 6.78 1.65 0.0094 345 G8III 04 10 22.4 -06 55 26 37 Eri 26409 19483 5.44 0.13 0.0087 377 G8III 04 10 49.8 +26 28 51 44 Tau 26322 19513 5.39 1.51 0.0167 195 F2IV-V 04 10 50.5 -41 59 37 δA Hor 26612 19515A 5.15 1.50 0.0186 175 A9V 04 10 50.5 -41 59 37 δB Hor 26612 19515B 7.29 3.64 0.0186 175 -

311 α δ Star Con HD HIP m M π l.y. Spectra 04 11 20.2 +05 31 23 45 Tau 26462 19554 5.71 2.78 0.0259 126 F4V 04 11 51.9 -06 50 16 ο1 Eri 26574 19587 4.04 1.11 0.0260 125 F2II-III 04 12 08.9 -10 28 09 YY Eri 26609 19610 8.40 4.67 0.0180 182 G5+G5 04 13 29.6 -10 23 14 BM Eri 26750 19717 7.23 -0.14 0.0034 973 M6III 04 13 33.0 +07 42 58 46 Tau 26690 19719 5.29 2.45 0.0270 121 F3V

04 13 56.3 +09 15 49 47A Tau 26722 19740A 5.12 -0.17 0.0088 371 G5III 04 13 56.3 +09 15 50 47B Tau 26722 19740B 7.37 2.09 0.0088 371 - 04 14 00.1 -42 17 40 α Hor 26967 19747 3.85 1.07 0.0279 117 K1III 04 14 23.6 -10 15 23 39A Eri 26846 19777A 5.07 1.07 0.0158 206 K3III 04 14 23.8 -10 15 28 39B Eri — 19777B 8.68 4.68 0.0158 206 -

04 14 25.5 -62 28 26 α Ret 27256 19780 3.33 -0.17 0.0200 163 G7III 04 14 36.2 +10 00 40 - Tau 26793 19799 5.22 -0.59 0.0069 474 B9Vn 04 14 48.7 -62 11 32 h 3641 Ret 27304 19805 5.45 0.88 0.0122 267 K0III 04 14 53.3 +40 29 02 52 Per 26673 19811 4.67 -1.75 0.0052 627 G5IIcomp 04 14 53.8 +48 24 34 µ Per 26630 19812 4.12 -2.61 0.0045 723 G0Ib

04 15 16.3 -07 39 10 ο2 Eri 26965 19849 4.43 5.92 0.1982 16.4 K1V 04 15 32.0 +08 53 32 µ Tau 26912 19860 4.27 -1.35 0.0075 435 B3IV 04 15 46.3 +15 24 02 48 Tau 26911 19877 6.31 3.07 0.0225 145 F5Vvar 04 16 01.6 -51 29 12 γ Dor 27290 19893 4.26 2.72 0.0493 66 F4III 04 16 28.9 -59 18 07 ε Ret 27442 19921 4.44 3.14 0.0548 59 K2IV

04 16 43.1 +53 36 43 - Cam 26764 19949 5.20 0.03 0.0092 353 A2Vn 04 17 15.6 +20 34 43 ω Tau 27045 19990 4.93 2.64 0.0349 93 A3m 04 17 39.7 -63 15 19 ϑA Ret 27657 20020A 6.05 0.29 0.0071 462 B9V 04 17 39.7 -63 15 19 ϑB Ret — 20020B 7.85 2.09 0.0071 462 - 04 17 53.6 -33 47 54 υ4 Eri 27376 20042 3.55 -0.14 0.0183 178 B9V

04 17 59.2 -80 12 51 δ Men 28525 20049 5.67 0.19 0.0080 408 K2/K3III 04 18 14.6 +50 17 44 b Per 26961 20070 4.60 -0.35 0.0103 318 A2V 04 18 23.1 +21 34 46 51 Tau 27176 20087 5.64 1.95 0.0183 179 F0V 04 19 13.2 +50 02 56 - Per 27084 20156 5.46 0.96 0.0126 259 A7V 04 19 16.6 -44 16 06 h 3643 Hor 27588 20161 5.33 1.08 0.0141 231 K2III

04 19 26.1 +21 08 32 53 Tau 27295 20171 5.50 0.93 0.0122 267 B9IV 04 19 36.7 +21 46 25 56 Tau 27309 20186 5.34 0.41 0.0103 316 A0pSi 04 19 47.5 +15 37 39 γ Tau 27371 20205 3.65 0.28 0.0212 154 G8III 04 19 54.9 +16 31 21 55A Tau 27383 20215A 7.26 4.09 0.0233 140 F7V+G3V 04 19 54.9 +16 31 21 55B Tau 27383 20215B 8.62 5.46 0.0233 140 -

04 19 57.6 +14 02 07 57 Tau 27397 20219 5.58 2.32 0.0223 146 F3V 04 20 21.2 +27 21 03 ϕ Tau 27382 20250 4.97 -0.13 0.0095 342 K1III 04 20 24.6 +34 34 00 54 Per 27348 20252 4.93 0.72 0.0144 226 G8III 04 20 36.3 +15 05 43 58 Tau 27459 20261 5.26 1.89 0.0212 154 F0V 04 20 38.9 -20 38 23 - Eri 27616 20264 5.38 -0.38 0.0071 462 A2V

04 20 40.3 +65 08 26 - Cam 27022 20266 5.26 0.22 0.0098 333 G5III 04 20 42.8 -07 35 33 EM Eri 27563 20271 5.85 -0.98 0.0043 756 B5IIIe 04 20 58.0 -81 34 48 ν Men 29116 20297 5.78 2.13 0.0186 175 F0/F2III 04 21 33.1 +46 29 56 d Per 27396 20354 4.80 -0.97 0.0070 464 B4IV 04 21 53.4 -63 23 11 η Ret 28093 20384 5.24 -0.09 0.0086 380 G7III

04 21 59.4 +19 32 07 T Tau — 20390 9.81 3.57 0.0057 576 K0IIIe 04 22 03.4 +14 04 38 60 Tau 27628 20400 5.72 2.42 0.0219 149 A3m 04 22 34.9 +25 37 45 χ Tau 27638 20430 5.38 0.81 0.0122 267 B9V 04 22 56.0 +17 32 33 δ1 Tau 27697 20455 3.77 0.41 0.0213 153 G8III 04 23 25.1 +16 46 38 63 Tau 27749 20484 5.64 2.27 0.0212 154 A1m

312 α δ Star Con HD HIP m M π l.y. Spectra 04 23 40.8 -03 44 44 ξ Eri 27861 20507 5.17 1.14 0.0157 208 A2V 04 23 51.8 +09 27 39 66 Tau 27820 20522 5.10 -0.32 0.0082 396 A3V 04 23 57.8 +24 18 14 62B Tau — 20531 8.27 1.16 0.0038 862 - 04 23 59.8 +24 18 04 62A Tau 27778 20533 6.40 -0.34 0.0045 726 B3V 04 24 02.1 -34 01 01 υ3 Eri 28028 20535 3.97 -0.64 0.0120 273 K4III

04 24 05.7 +17 26 38 δ2 Tau 27819 20542 4.80 1.55 0.0224 146 A7V 04 24 29.1 +34 07 50 55 Per 27777 20579 5.73 -0.63 0.0053 610 B8V 04 24 37.4 +33 57 35 56A Per 27786 20591A 5.88 2.78 0.0240 136 F4V 04 24 37.6 +33 57 39 56B Per 27786 20591B 9.72 6.62 0.0240 136 - 04 25 22.1 +22 17 38 κ1 Tau 27934 20635 4.21 0.85 0.0213 153 A7IV-V

04 25 24.9 +22 11 59 κ2 Tau 27946 20641 5.27 2.05 0.0227 144 A7V 04 25 29.3 +17 55 41 δ3A Tau 27962 20648A 4.35 1.07 0.0221 148 A2IV 04 25 29.3 +17 55 42 δ3B Tau 27962 20648B 8.37 5.08 0.0221 148 - 04 25 37.4 +15 56 27 70 Tau 27991 20661 7.00 3.66 0.0215 152 F7V 04 26 06.2 +31 26 20 - Per 27971 20704 5.29 0.93 0.0134 243 K1III

04 26 18.4 +22 48 49 υ Tau 28024 20711 4.28 0.90 0.0211 155 A8Vn 04 26 20.7 +15 37 06 71 Tau 28052 20713 4.48 1.08 0.0209 156 F0V 04 26 36.4 +14 42 49 π Tau 28100 20732 4.69 -1.03 0.0072 455 G8III 04 27 02.7 +80 49 27 - Cep 26836 20776 5.42 -1.87 0.0035 937 G6III: 04 27 17.4 +22 59 47 72 Tau 28149 20789 5.53 0.01 0.0079 415 B7V

04 28 23.4 +14 44 27 76 Tau 28294 20873 5.90 2.23 0.0184 177 F0IV 04 28 26.3 +16 21 35 75 Tau 28292 20877 4.96 1.08 0.0168 194 K2IIIvar 04 28 34.4 +15 57 44 ϑ1 Tau 28307 20885 3.84 0.42 0.0207 158 G7III 04 28 36.9 +19 10 49 ε Tau 28305 20889 3.53 0.15 0.0210 155 K0III 04 28 39.7 +15 52 15 ϑ2 Tau 28319 20894 3.40 0.10 0.0219 149 A7III

04 28 50.2 +13 02 52 79 Tau 28355 20901 5.02 1.56 0.0203 160 A7V 04 30 00.2 +83 20 26 - Cep 26659 20982 5.47 0.63 0.0107 304 G8III 04 30 08.3 +15 38 17 80A Tau 28485 20995A 5.75 2.55 0.0229 142 F0V 04 30 08.4 +15 38 19 80B Tau 28485 20995B 8.27 5.07 0.0229 142 - 04 30 33.6 +16 11 38 - Tau 28527 21029 4.78 1.54 0.0225 145 A6IV

04 30 37.3 +13 43 28 83 Tau 28556 21036 5.40 2.10 0.0218 149 F0V 04 30 38.8 +15 41 31 81 Tau 28546 21039 5.47 2.24 0.0226 145 Am 04 30 50.1 -44 57 14 δ Cae 28873 21060 5.07 -1.62 0.0046 710 B2IV-V 04 31 07.2 +15 06 19 84 Tau 28595 21082 6.28 0.55 0.0072 455 M3III 04 31 24.0 +40 00 37 Σ 552A Per 28503 21108A 6.80 -1.79 0.0019 1707 B8V

04 31 24.7 +40 00 33 Σ 552B Per — 21108B 7.26 -1.33 0.0019 1707 B5V 04 31 51.7 +15 51 06 85 Tau 28677 21137 6.01 2.75 0.0223 147 F4V 04 31 52.6 -00 02 39 45 Eri 28749 21139 4.91 -2.12 0.0039 830 K3II-III 04 32 00.9 +53 54 45 1B Cam 28446 21148B 6.96 -3.25 0.0009 3586 B1 04 32 01.8 +53 54 39 1A Cam 28446 21148A 5.83 -4.38 0.0009 3586 B0III SB

04 33 21.5 +43 01 55 57B Per 28693 21238 6.80 2.48 0.0137 238 F0 04 33 24.9 +43 03 50 57A Per 28704 21242 6.09 2.04 0.0155 211 F0V 04 33 30.6 -29 46 00 υ1 Eri 29085 21248 4.49 1.58 0.0262 124 K0III 04 33 50.8 +14 50 40 ρ Tau 28910 21273 4.65 1.30 0.0214 152 A8V 04 33 54.7 -06 44 20 46A Eri 29009 21278A 5.72 -1.18 0.0042 780 B9pSi

04 33 54.8 -06 44 19 46B Eri 29009 21278B 9.29 2.39 0.0042 780 - 04 33 59.8 -55 02 42 αA Dor 29305 21281A 3.62 -0.04 0.0186 176 A0IIISi 04 34 00.1 -55 02 42 αB Dor 29305 21281B 4.57 0.91 0.0186 176 - 04 34 11.5 -08 13 53 47 Eri 29064 21296 5.20 -1.76 0.0041 805 M3III 04 34 11.7 -08 58 13 - Eri 29065 21297 5.24 -1.28 0.0050 657 K4III

313 α δ Star Con HD HIP m M π l.y. Spectra 04 35 33.0 -30 33 45 υ2 Eri 29291 21393 3.81 -0.22 0.0156 209 G8III 04 35 39.2 +10 09 39 88 Tau 29140 21402 4.44 1.12 0.0217 150 A5m 04 35 55.2 +16 30 33 α Tau 29139 21421 0.87 -0.63 0.0501 65 K5III 04 36 19.1 -03 21 09 ν Eri 29248 21444 3.93 -2.34 0.0056 586 B2III SB 04 36 41.3 +41 15 53 e Per 29094 21476 4.25 -2.22 0.0051 642 K0II-III+B9V

04 36 45.6 -62 04 39 R Dor 29712 21479 5.59 1.61 0.0160 203 M8e 04 37 13.6 +00 59 54 - Tau 29335 21515 5.32 -1.75 0.0039 847 B7V 04 37 36.0 -02 28 25 51 Eri 29391 21547 5.22 2.85 0.0336 97 F0V 04 38 09.4 +12 30 39 90 Tau 29388 21589 4.27 0.96 0.0218 150 A6V 04 38 09.4 +16 02 00 89 Tau 29375 21588 5.78 2.49 0.0220 148 F0V

04 38 10.7 -14 18 14 53B Eri 29503 21594B 6.99 4.37 0.0298 109 - 04 38 10.7 -14 18 15 53A Eri 29503 21594A 4.10 1.47 0.0298 109 K2IIIb 04 38 29.5 +26 56 24 Σ 572B Tau 29364 21619A 7.44 3.22 0.0143 228 F2V: 04 38 29.5 +26 56 28 Σ 572A Tau 29364 21619B 7.32 3.10 0.0143 228 - 04 38 53.5 -12 07 23 - Eri 29573 21644 5.19 0.97 0.0143 227 A2IV

04 39 06.0 +07 52 16 - Tau 29499 21670 5.38 1.82 0.0194 168 A5m 04 39 09.2 +15 47 59 σ1 Tau 29479 21673 5.08 1.74 0.0215 152 A4m 04 39 16.4 +15 55 05 σ2 Tau 29488 21683 4.67 1.23 0.0205 159 A5Vn 04 39 19.6 -14 21 34 - Eri 29613 21685 5.46 1.54 0.0164 199 K1IVa 04 39 54.7 +53 04 47 3 Cam 29317 21727 5.07 -0.84 0.0066 495 K0III SB

04 39 58.0 +53 28 23 2C Cam 29316 21730C 7.56 2.91 0.0118 277 A8V 04 39 58.0 +53 28 24 2A Cam 29316 21730A 7.35 2.70 0.0118 277 A8V 04 39 58.0 +53 28 24 2B Cam 29316 21730B 5.86 1.21 0.0118 277 A8V 04 40 03.3 +12 11 52 93 Tau 29589 21735 5.45 0.33 0.0095 345 B8IV 04 40 26.4 -19 40 18 54 Eri 29755 21763 4.32 -0.90 0.0090 361 M4III

04 40 33.6 -41 51 50 α Cae 29875 21770 4.44 2.92 0.0497 66 F2V 04 42 03.4 -37 08 40 β Cae 29992 21861 5.04 2.83 0.0362 90 F3V 04 42 14.6 +22 57 25 τ Tau 29763 21881 4.33 -1.12 0.0081 400 B3V 04 42 46.3 -50 28 52 λ Pic 30185 21914 5.30 0.19 0.0095 343 K0/K1III 04 42 54.3 +43 21 55 59 Per 29722 21928 5.30 0.70 0.0120 271 A1Vn

04 43 04.1 -70 55 52 µ Men 30612 21949 5.53 -0.32 0.0068 483 B9IV 04 43 13.8 +24 05 20 95 Tau 29859 21961 6.18 2.69 0.0200 163 F7IV-V 04 43 34.6 -08 47 37 55B Eri 30020 21986B 6.83 1.36 0.0080 405 F4IIIp 04 43 35.2 -08 47 46 55A Eri 30021 21986A 6.92 1.45 0.0080 405 G8III 04 44 05.2 -08 30 13 56 Eri 30076 22024 5.78 -2.29 0.0024 1342 B2Ve

04 44 21.2 -59 43 58 κ Dor 30478 22040 5.28 1.11 0.0147 222 A8/A9III-IV 04 44 25.8 +11 08 46 - Ori 30034 22044 5.39 1.97 0.0207 157 F0V 04 45 30.1 -03 15 17 µ Eri 30211 22109 4.01 -2.05 0.0061 532 B5IV 04 46 01.7 +11 42 20 - Ori 30210 22157 5.35 0.79 0.0122 266 Am 04 47 36.2 -16 56 04 58 Eri 30495 22263 5.49 4.87 0.0751 43.4 G2.5V

04 47 49.6 -30 01 13 ζ Cae 30608 22280 6.35 0.36 0.0064 513 K0III 04 48 00.2 +56 45 26 4 Cam 30121 22287 5.37 1.89 0.0201 162 A3m 04 48 32.4 -16 19 47 59 Eri 30606 22325 5.76 2.67 0.0241 135 F6V 04 49 44.1 +15 54 15 96 Tau 30605 22441 6.09 -2.09 0.0023 1411 K3III 04 49 50.3 +06 57 41 π3 Ori 30652 22449 3.19 3.67 0.1246 26.2 F6V

04 49 54.6 +37 29 18 1 Aur 30504 22453 4.89 -1.16 0.0062 528 K4II 04 50 11.5 -16 13 02 60 Eri 30814 22479 5.03 0.67 0.0134 243 K0IIIvar 04 50 16.2 -41 19 15 ν Cae 30985 22488 6.06 2.47 0.0191 171 F1III-IV 04 50 36.7 +08 54 01 π2 Ori 30739 22509 4.35 0.48 0.0168 194 A1Vn 04 50 55.1 -53 27 41 ιA Pic 31203 22531 5.58 2.73 0.0270 121 F0IV

314 α δ Star Con HD HIP m M π l.y. Spectra 04 50 56.3 -53 27 35 ιB Pic 31204 22534 6.42 3.89 0.0312 105 F0IV* 04 51 12.3 +05 36 18 π4 Ori 30836 22549 3.68 -4.25 0.0026 1259 B2III SB 04 51 22.4 +18 50 23 97 Tau 30780 22565 5.08 1.27 0.0173 189 A7IV-V 04 52 05.2 +63 30 19 - Cam 30442 22626 5.47 -0.46 0.0065 499 M2III 04 52 31.9 +14 15 02 ο1 Ori 30959 22667 4.71 -1.39 0.0060 542 M3Sv

04 52 37.9 +36 42 11 2 Aur 30834 22678 4.79 -1.39 0.0058 561 K3III 04 52 53.6 -05 27 10 ω Eri 31109 22701 4.36 0.15 0.0144 227 F4III+A6III 04 53 22.7 +02 30 29 5 Ori 31139 22730 5.33 -1.13 0.0051 638 M1III 04 54 03.0 +66 20 34 α Cam 30614 22783 4.26 -7.38 0.0005 6936 O9.5Ia SB: 04 54 15.0 +02 26 26 π5 Ori 31237 22797 3.71 -4.36 0.0024 1342 B2III SB

04 54 46.8 +11 25 34 6 Ori 31283 22833 5.18 0.84 0.0135 241 A3V 04 54 47.7 +07 46 44 - Ori 31296 22834 5.33 -0.33 0.0074 441 K1III 04 54 53.7 +10 09 03 π1 Ori 31295 22845 4.64 1.80 0.0270 121 A0V 04 55 03.1 +55 15 33 5 Cam 30958 22854 5.52 -1.02 0.0049 661 B9.5V 04 55 11.3 -74 56 13 η Men 32440 22871 5.47 -1.23 0.0046 712 K6III

04 55 18.5 -16 25 04 RA Eri 31444 22881A 5.93 1.20 0.0113 288 G6/G8III 04 55 18.5 -16 25 04 RB Eri — 22881B 9.03 4.29 0.0113 288 - 04 56 22.2 +13 30 52 ο2 Ori 31421 22957 4.06 0.48 0.0193 169 K2III 04 56 24.1 -05 10 17 62 Eri 31512 22958 5.49 -1.29 0.0044 739 B6V 04 56 49.5 +55 49 27 6 Cam 31189 22994 6.65 -0.54 0.0036 896 K5

04 56 59.6 +33 09 58 ι Aur 31398 23015 2.69 -3.29 0.0064 512 K3IIvar 04 57 17.1 +53 45 07 7B Cam 31278 23040B 7.90 2.59 0.0087 376 A1V 04 57 17.1 +53 45 08 7A Cam 31278 23040A 4.49 -0.82 0.0087 376 A1V 04 57 48.6 +23 56 55 99 Tau 31553 23068 5.79 -0.01 0.0069 471 G8III: 04 58 09.4 +25 03 01 98 Tau 31592 23088 5.79 1.00 0.0110 296 A0V

04 58 32.8 +01 42 51 π6 Ori 31767 23123 4.47 -2.86 0.0034 953 K2IIvar 04 58 50.9 -82 28 14 ξ Men 34172 23148 5.84 0.69 0.0093 349 G8III 04 59 15.3 +37 53 24 ωA Aur 31647 23179A 5.01 1.57 0.0205 159 A1V 04 59 15.3 +37 53 29 ωB Aur — 23179B 8.18 4.74 0.0205 159 A1V 04 59 36.4 -14 48 21 R Lep 31996 23203 8.08 1.08 0.0040 817 C7,6e

04 59 44.3 +15 55 00 101 Tau 31845 23214 6.75 3.57 0.0231 141 F5V 04 59 46.3 +53 09 20 8 Cam 31579 23216 6.09 -0.77 0.0043 767 K4III 04 59 50.4 -10 15 48 63 Eri 32008 23221 5.39 1.70 0.0183 178 G4V 04 59 55.7 -12 32 15 64 Eri 32045 23231 4.78 0.03 0.0112 291 F0IV 05 00 17.9 +39 23 42 5B Aur 31761 23261B 9.50 5.88 0.0189 173 F5V

05 00 18.2 +39 23 41 5A Aur 31761 23261A 6.09 2.47 0.0189 173 F5V 05 00 20.6 +81 11 39 - Cep 30338 23265 5.09 -0.03 0.0095 345 K3III 05 00 23.1 +39 39 17 6 Aur 31780 23268 6.46 -1.45 0.0026 1244 K4I 05 01 25.5 -20 03 07 - Lep 32309 23362 4.91 0.88 0.0156 209 B9.5Vn 05 01 26.3 -07 10 26 ψ Eri 32249 23364 4.80 -2.54 0.0034 956 B3V

05 01 58.1 +43 49 24 ε Aur 31964 23416 3.03 -5.95 0.0016 2037 A9Iae+B 05 02 09.8 -26 16 31 - Lep 32436 23430 5.01 0.65 0.0135 242 K1III 05 02 28.6 +41 04 33 ζ Aur 32068 23453 3.69 -3.22 0.0041 787 K5II+B5V 05 02 43.2 -71 18 50 β Men 33285 23467 5.30 -1.17 0.0051 642 G8III 05 02 44.9 -22 47 42 1 Lep 32503 23474 5.74 -0.29 0.0062 524 K1IV

05 02 48.6 -49 09 05 η1 Pic 32743 23482 5.37 3.28 0.0382 85 F2V 05 03 05.7 +21 35 24 ι Tau 32301 23497 4.62 1.13 0.0200 163 A7V 05 03 25.1 +60 26 32 β Cam 31910 23522 4.03 -3.40 0.0033 997 G0Ib 05 04 24.1 -35 28 58 γB Cae 23831 23595 8.48 4.71 0.0176 185 K2III 05 04 24.3 -35 29 00 γA Cae 23831 23595 4.74 0.97 0.0176 185 K3III

315 α δ Star Con HD HIP m M π l.y. Spectra 05 04 26.0 -35 42 19 XA Cae 32846A 23596A 6.45 1.40 0.0098 334 F2IV-V 05 04 26.0 -35 42 20 XB Cae 32846B 23596B 9.57 4.52 0.0098 334 - 05 04 34.1 +15 24 14 11 Ori 32549 23607 4.65 -0.79 0.0082 400 A0pSi 05 04 57.9 -49 34 41 η2 Pic 33042 23649 5.05 -0.76 0.0069 474 M2IIIvar 05 05 27.6 -22 22 16 ε Lep 32887 23685 3.19 -1.02 0.0144 227 K5IIIvar

05 05 30.6 -57 28 22 ζ Dor 33262 23693 4.71 4.38 0.0858 38.0 F7V 05 06 08.4 +58 58 21 11 Cam 32343 23734 5.22 -1.35 0.0049 671 B2.5Ve 05 06 12.2 +59 01 16 12 Cam 32357 23743 6.08 -0.33 0.0052 625 K0III 05 06 30.8 +41 14 04 η Aur 32630 23767 3.18 -0.96 0.0149 219 B3V 05 06 40.6 +51 35 52 9 Aur 32537 23783 4.98 2.89 0.0381 85 F0V

05 06 45.6 -04 39 18 66 Eri 32964 23794 5.12 0.45 0.0117 280 B9.5V 05 07 27.0 +18 38 42 104 Tau 32923 23835 4.91 3.91 0.0630 52 G4V 05 07 34.1 -63 23 59 WZ Dor 33684 23840 5.19 -1.23 0.0052 627 M3III 05 07 38.4 +09 28 18 13 Ori 33021 23852 6.15 3.89 0.0353 92 G1IV 05 07 48.3 +20 25 06 106 Tau 32977 23871 5.28 1.65 0.0188 173 A5V

05 07 50.9 -05 05 11 β Eri 33111 23875 2.78 0.60 0.0367 89 A3IIIvar 05 07 52.8 +08 29 54 14A Ori 33054 23879A 5.81 1.94 0.0168 194 Am 05 07 52.8 +08 29 55 14B Ori 33054 23879B 6.71 2.84 0.0168 194 - 05 07 55.4 +21 42 17 105 Tau 32991 23883 5.84 -1.66 0.0032 1032 B2Ve 05 08 06.6 +24 15 55 103 Tau 32990 23900 5.58 -4.40 0.0010 3228 B2V

05 08 43.6 -04 27 22 68 Eri 33256 23941 5.11 3.12 0.0400 82 F2V 05 08 50.4 +19 51 36 107 Tau 33121 23949 6.51 0.38 0.0059 549 G5III 05 09 08.7 -08 45 15 λ Eri 33328 23972 4.25 -4.40 0.0019 1753 B2IVn 05 09 19.6 +09 49 47 16 Ori 33254 23983 5.43 1.77 0.0185 176 A2m 05 09 41.9 +15 35 50 15 Ori 33276 24010 4.81 -0.14 0.0102 318 F2IV

05 11 17.8 -44 59 04 Kapteyn’s Pic 33793 24186 8.86 10.89 0.2553 12.77 M0V 05 11 22.8 -11 50 57 RX Lep 33664 24169 5.60 -0.08 0.0073 447 M6.2III 05 11 41.5 +16 02 44 - Ori 33554 24197 5.18 0.21 0.0102 321 K5III 05 12 17.8 -11 52 09 ι Lep 33802 24244 4.45 0.11 0.0135 241 B8V 05 12 22.5 +73 56 48 BN Cam 32650 24254 5.44 0.14 0.0087 374 B9pSi

05 12 55.8 -16 12 20 µ Lep 33904 24305 3.29 -0.47 0.0177 184 B9IV: HgMn 05 13 13.8 -12 56 28 κB Lep 33949 24327B 7.00 0.83 0.0058 559 - 05 13 13.8 -12 56 30 κA Lep 33949 24327A 4.43 -1.74 0.0058 559 B9V 05 13 17.4 +02 51 40 ρA Ori 33856 24331A 4.67 -0.44 0.0095 344 K0.5III 05 13 17.8 +02 51 44 ρB Ori — 24331B 8.50 3.38 0.0095 344 -

05 13 25.6 +38 29 04 µ Aur 33641 24340 4.82 1.33 0.0201 162 A4m 05 13 31.5 +62 41 28 14 Cam 33296 24348 6.49 1.91 0.0122 268 A7Vn 05 13 45.4 -67 11 08 ϑ Dor 34649 24372 4.81 -1.31 0.0060 546 K2III 05 14 32.2 -08 12 06 β Ori 34085 24436 0.18 -6.69 0.0042 773 B8Ia 05 14 44.0 +05 09 22 - Ori 34043 24450 5.50 -0.82 0.0055 598 K4III

05 15 24.3 +32 41 16 14 Aur 33959 24504 5.01 0.43 0.0121 269 A9IV 05 15 24.3 -26 56 36 - Lep 34310 24505 5.06 0.45 0.0120 272 B9V 05 15 27.7 +22 17 05 108 Tau 34053 24512 6.26 -0.26 0.0050 657 A2V 05 16 04.1 +11 20 29 18 Ori 34203 24555 5.52 0.26 0.0089 368 A0V 05 16 18.2 +34 18 43 AE Aur 34078 24575 5.99 -2.26 0.0022 1455 O9.5Vvar

05 16 41.3 +45 59 53 α Aur 34029 24608 0.08 -0.48 0.0773 42.2 G5IIIe+G0III 05 17 17.8 +53 35 10 R Aur 34019 24645 6.70 -1.38 0.0024 1347 M7III 05 17 29.0 -34 53 43 ο Col 34642 24659 4.81 2.17 0.0296 110 K1III-IV 05 17 36.3 -06 50 40 τ Ori 34503 24674 3.59 -2.56 0.0059 554 B5III 05 17 40.1 -13 31 11 - Lep 34538 24679 5.48 2.06 0.0207 158 G8IV

316 α δ Star Con HD HIP m M π l.y. Spectra 05 18 10.6 +33 22 18 16 Aur 34334 24727 4.54 0.26 0.0139 234 K3III 05 18 15.8 +42 47 32 PU Aur 34269 24738 5.55 -1.09 0.0047 694 M4III 05 18 18.9 +33 46 02 17 Aur 34364 24740 6.15 0.72 0.0082 398 B9.5V 05 19 00.0 +33 44 54 IQ Aur 34452 24799 5.38 -0.31 0.0073 448 A0pSi 05 19 08.4 +40 05 57 λ Aur 34411 24813 4.68 4.17 0.0791 41.2 G0V

05 19 11.2 +02 35 45 21 Ori 34658 24817 5.34 1.42 0.0165 198 F5IIvar 05 19 16.5 +22 05 47 109 Tau 34559 24822 4.96 0.96 0.0158 206 G8III 05 19 17.5 -33 42 27 T Col 34897 24824 7.42 -4.00 0.0005 6269 M5/M6e 05 19 22.0 -50 36 22 ζ Pic 35072 24829 5.44 2.65 0.0277 118 F7III-IV 05 19 23.7 +33 59 08 18 Aur 34499 24832 6.49 2.20 0.0139 235 A7V

05 19 27.8 +58 07 02 15 Cam 34233 24836 6.13 -1.02 0.0037 879 B5V 05 19 34.4 -13 10 37 λ Lep 34816 24845 4.29 -3.30 0.0030 1076 B0.5IV 05 19 59.0 -12 18 56 ν Lep 34863 24873 5.29 0.25 0.0098 332 B7IVnn 05 20 00.8 +33 57 28 19 Aur 34578 24879 5.05 -4.82 0.0011 3075 A5IIvar 05 20 14.8 +41 05 10 -A Aur 34557 24902A 5.58 0.72 0.0107 306 A3V

05 20 14.8 +41 05 10 -B Aur — 24902B 8.55 3.68 0.0107 306 - 05 20 26.5 -21 14 22 h 3750B Lep — 24927B 8.45 2.71 0.0071 459 - 05 20 26.8 -21 14 23 h 3750A Lep 34968 24927A 4.73 -1.01 0.0071 459 A0V 05 21 45.7 -00 22 57 22 Ori 35039 25044 4.72 -3.26 0.0025 1289 B2IV-V 05 21 46.2 -24 46 23 h 3752A Lep 35162 25045A 5.50 0.72 0.0111 294 A2/A3

05 21 46.4 -24 46 23 h 3752B Lep 35163 25045B 6.70 1.92 0.0111 294 A7IV-V 05 21 48.4 +41 48 17 ρ Aur 34759 25048 5.22 -1.25 0.0051 642 B5V 05 22 22.2 -56 08 04 κ Pic 35580 25098 6.10 -0.71 0.0044 749 B8/B9V 05 22 33.5 +79 13 52 Σ 634 Cam 33564 25110 5.08 3.47 0.0477 68 F6V 05 22 49.9 +03 32 40 23A Ori 35149 25142 4.99 -2.36 0.0034 962 B1V

05 22 51.0 +03 33 08 23B Ori 35148 25145 7.17 -0.21 0.0033 976 B3Vn 05 23 22.9 +28 56 12 22 Aur 35076 25192 6.45 0.15 0.0055 593 B9Vs 05 23 23.9 -39 40 43 SW Col 35515 25194 5.73 -0.45 0.0058 561 M1III 05 23 27.6 +57 32 40 16 Cam 34787 25197 5.24 0.15 0.0096 340 A0Vn 05 23 30.1 -13 55 38 8 Lep 35337 25202 5.25 -3.47 0.0018 1811 B2IV

05 23 37.7 +16 41 58 110 Tau 35189 25216 6.09 0.41 0.0073 445 A2IV 05 23 56.8 -07 48 29 29 Ori 35369 25247 4.13 0.49 0.0187 174 G8III 05 24 25.4 +17 23 00 111 Tau 35296 25278 5.00 4.17 0.0682 48 F8V SB 05 24 28.6 -02 23 49 ηA Ori 35411 25281A 3.58 -3.63 0.0036 901 BIV+B2 05 24 28.7 -02 23 49 ηB Ori 35411 25281B 4.89 -2.32 0.0036 901 -

05 24 28.9 -00 53 29 27 Ori 35410 25282 5.07 1.46 0.0189 172 K0III 05 24 39.1 +37 23 08 σ Aur 35186 25292 5.02 -0.97 0.0064 513 K4III 05 24 44.8 +01 50 47 25 Ori 35439 25302 4.89 -2.77 0.0029 1109 BIV:pe 05 24 46.1 -52 18 59 ϑ Pic 35860 25303 6.76 0.69 0.0061 534 A0V 05 25 07.8 +06 20 59 γ Ori 35468 25336 1.64 -2.72 0.0134 243 B2III

05 26 05.7 +16 42 01 113 Tau 35532 25410 6.23 -0.28 0.0050 655 B2Vn 05 26 17.5 +28 36 27 β Tau 35497 25428 1.65 -1.37 0.0249 131 B7III 05 26 19.2 -58 54 46 λ Dor 36189 25429 5.14 -0.64 0.0070 467 G6III 05 26 50.1 +03 05 47 ψB Ori 35715 25473B 8.62 0.43 0.0023 1417 - 05 26 50.2 +03 05 44 ψA Ori 35715 25473A 4.54 -3.66 0.0023 1417 B2IV

05 27 10.0 +17 57 44 115 Tau 35671 25499 5.40 -1.16 0.0049 668 B5V 05 27 38.0 +21 56 13 114 Tau 35708 25539 4.88 -1.76 0.0047 695 B2.5IV 05 27 38.8 +34 28 33 ϕ Aur 35620 25541 5.08 -0.37 0.0081 400 K4IIIp 05 27 45.6 +15 52 27 116 Tau 35770 25555 5.52 -0.67 0.0058 565 B9.5Vn 05 28 01.6 +17 14 20 117 Tau 35802 25583 5.77 -0.90 0.0046 704 M1III

317 α δ Star Con HD HIP m M π l.y. Spectra 05 28 14.7 -20 45 34 β Lep 36079 25606 2.81 -0.63 0.0205 159 G5II 05 28 58.5 -04 42 03 SB Ori 294176 25669 7.40 0.53 0.0042 771 G0 05 29 00.9 -04 41 33 SA Ori 36090 25673 7.50 -4.97 0.0003 10187 M6.5e-M9.5e 05 29 16.0 +25 08 53 118B Tau 35943 25695B 6.78 1.16 0.0075 434 A1V 05 29 16.2 +25 08 57 118A Tau 35943 25695A 5.85 0.23 0.0075 434 B9Vn

05 29 43.9 -01 05 32 31 Ori 36167 25737 4.71 -1.02 0.0072 456 K5III 05 30 09.4 -47 04 40 h 3767 Pic 36553 25768 5.46 2.26 0.0229 143 G3IV 05 30 10.2 +63 04 02 17 Cam 35583 25769 5.43 -1.85 0.0035 931 M1III 05 30 47.0 +05 56 53 32A Ori 36267 25813A 4.43 -0.31 0.0113 288 B5V 05 30 47.0 +05 56 54 32B Ori 36267 25813B 5.80 1.07 0.0113 288 -

05 31 07.5 -20 51 50 10 Lep 36473 25853 5.53 0.93 0.0120 272 A0V 05 31 12.7 -35 28 14 ε Col 36597 25859 3.86 -0.79 0.0118 277 K1II-III 05 31 14.5 +03 17 32 33A Ori 36351 25861A 5.74 -2.67 0.0021 1567 B1.5V 05 31 14.6 +03 17 33 33B Ori 36351 25861B 6.79 -1.62 0.0021 1567 - 05 31 53.0 -76 20 28 γ Men 37763 25918 5.18 2.73 0.0324 101 K4III

05 31 55.8 -07 18 06 υ Ori 36512 25923 4.62 -3.76 0.0021 1545 B0V 05 32 00.3 -00 17 57 δA Ori 36486 25930A 2.41 -4.83 0.0036 916 O9.5II 05 32 00.3 -00 17 57 δD Ori 36486 25930D 3.76 -3.48 0.0036 916 - 05 32 12.7 +18 35 39 119 Tau 36389 25945 4.32 -4.53 0.0017 1918 M2Ib 05 32 14.1 +17 03 28 Σ 730A Tau 36408 25950A 6.09 -1.59 0.0029 1116 B7III

05 32 14.5 +17 03 23 Σ 730B Tau 36408 25950B 6.46 -1.22 0.0029 1116 B7IV 05 32 33.8 +57 13 16 18 Cam 36066 25973 6.44 3.23 0.0228 143 F8V 05 32 41.3 -01 35 31 β 1048 Ori 36591 25980 5.34 -4.14 0.0013 2567 B1IV 05 32 43.6 +32 11 31 χ Aur 36371 25984 4.71 -5.77 0.0008 4075 B5Iab 05 32 43.7 -17 49 20 α Lep 36673 25985 2.58 -5.40 0.0025 1283 F0Ib

05 32 51.3 -38 30 47 - Col 36848 25993 5.45 1.83 0.0189 172 K2/K3III 05 32 59.6 -64 13 40 G Dor 37297 26001 5.34 1.08 0.0141 232 K0III 05 33 31.4 -01 09 22 VV Ori 36695 26063 5.36 -3.41 0.0018 1852 B1V 05 33 31.6 +18 32 25 120 Tau 36576 26064 5.67 -3.13 0.0017 1874 B2IV-Ve 05 33 37.5 -62 29 24 β Dor 37350 26069 3.76 -3.76 0.0031 1038 F6Ia

05 33 54.2 +14 18 20 35 Ori 36653 26093 5.60 -0.39 0.0064 513 B3V 05 34 16.7 +03 46 01 38 Ori 36777 26126 5.32 0.20 0.0095 345 A2V 05 34 44.7 -73 44 28 WX Men 37993 26169 5.79 -1.74 0.0031 1045 M2/M3III 05 34 49.2 +09 29 22 ϕ1 Ori 36822 26176 4.39 -3.01 0.0033 985 B0IV 05 35 00.8 -06 00 34 Σ 747B Ori 36959 26197 5.67 -5.63 0.0006 5927 B1Vvar

05 35 02.6 -06 00 07 Σ 747A Ori 36960 26199 4.78 -4.00 0.0018 1863 B0.5V 05 35 08.2 +09 56 03 λA Ori 36861 26207A 3.50 -4.05 0.0031 1055 O8e 05 35 08.4 +09 56 06 λB Ori 36862 26207B 5.45 -2.10 0.0031 1055 B0.5V 05 35 13.3 +10 14 24 ΟΣ 111A Ori 36881 26215A 5.67 -2.59 0.0022 1462 B9IIIpHgMn 05 35 13.3 +10 14 27 ΟΣ 111B Ori 36881 26215B 9.68 1.42 0.0022 1462 -

05 35 15.8 -05 23 14 ϑ1A Ori 37020 26220 7.20 -2.80 0.0010 3260 O7 05 35 16.0 -05 23 07 ϑ1B Ori 37021 26220 7.49 -2.51 0.0010 3260 B0V 05 35 16.4 -05 23 23 ϑ1C Ori 37022 26221 4.96 -5.04 0.0010 3260 O6pe 05 35 17.2 -05 23 13 ϑ1D Ori 37023 26224 6.35 -3.65 0.0010 3260 B0.5Vp 05 35 22.8 -05 24 58 ϑ2A Ori 37041 26235 5.08 -3.74 0.0017 1895 O9.5Vpe

05 35 23.1 -04 50 18 42 Ori 37018 26237 4.58 -2.33 0.0042 786 B2III 05 35 25.9 -05 54 36 ι Ori 37043 26241 2.75 -5.30 0.0025 1325 O9III 05 35 26.3 -05 24 58 ϑ2B Ori 37042 — 6.38 -2.44 0.0017 1895 B1V 05 35 27.0 +24 02 23 121 Tau 36819 26248 5.37 -0.95 0.0054 599 B2.5IV 05 35 36.5 -78 49 15 ι Men 38602 26264 6.04 -0.90 0.0041 795 B8III

318 α δ Star Con HD HIP m M π l.y. Spectra 05 35 39.5 -04 51 21 45 Ori 37077 26268 5.24 -0.04 0.0088 370 F0III 05 36 12.7 -01 12 07 ε Ori 37128 26311 1.69 -6.38 0.0024 1342 B0Ia 05 36 54.3 +09 17 26 ϕ2 Ori 37160 26366 4.09 1.33 0.0281 116 G8III-IV 05 37 03.7 +17 02 25 122 Tau 37147 26382 5.53 1.87 0.0186 176 F0V 05 37 08.8 -80 28 09 π Men 39091 26394 5.65 4.35 0.0549 59 G3IV

05 37 15.1 +64 09 17 19A Cam 36570 26408A 6.19 0.91 0.0088 372 A0V 05 37 15.3 +64 09 18 19B Cam 36570 26408B 9.76 4.47 0.0088 372 A0V 05 37 16.5 -27 52 17 ν1 Col 37430 26412 6.15 2.91 0.0224 145 F0IV 05 37 27.1 +56 29 16 20 Cam 36770 26426 7.46 1.09 0.0053 614 G8II-III 05 37 38.6 +21 08 33 ζ Tau 37202 26451 2.97 -2.56 0.0078 417 B4IIIp

05 37 44.6 -28 41 22 ν2 Col 37495 26460 5.28 2.14 0.0235 138 F5V 05 38 37.1 +30 29 32 26C Aur 37269 26536C 6.21 0.53 0.0073 447 B9.5V+F9III 05 38 38.0 +30 29 33 26A Aur 37269 26536A 6.21 0.53 0.0073 447 B9.5V+F9III 05 38 38.0 +30 29 33 26B Aur 37269 26536B 6.21 0.53 0.0073 447 B9.5V+F9III 05 38 44.7 -02 36 00 σA Ori 37468 26549A 4.04 -3.70 0.0028 1148 O9.5V

05 38 44.7 -02 36 00 σB Ori 37468 26549B 5.25 -2.49 0.0028 1148 - 05 38 45.4 -02 35 57 σD Ori 37468 26551 6.89 -0.85 0.0028 1148 B2V 05 38 47.0 -02 35 39 σE Ori 37479 — 6.66 -1.07 0.0028 1148 B2Vp 05 38 53.0 -07 12 47 49 Ori 37507 26563 4.77 1.41 0.0212 153 A4V 05 39 05.4 +56 21 36 22 Cam 37070 26587 7.03 3.14 0.0166 196 F5

05 39 11.1 +04 07 17 ω Ori 37490 26594 4.50 -3.98 0.0020 1622 B3IIIe 05 39 16.2 -17 50 58 h 3780A Lep 37643 26602A 6.68 -1.33 0.0025 1304 B7V 05 39 16.2 -17 50 59 h 3780B Lep 37643 26602B 7.88 -0.13 0.0025 1304 - 05 39 38.9 -34 04 27 α Col 37795 26634 2.65 -1.93 0.0122 268 B7IV 05 39 44.2 +25 53 50 125 Tau 37438 26640 5.18 -0.73 0.0066 495 B3IV

05 39 49.7 -32 37 45 - Col 37811 26649 5.44 0.10 0.0085 382 G6/G8III 05 40 29.1 +61 56 57 21 Cam 37136 26700 6.86 1.01 0.0068 482 A5 05 40 45.5 -01 56 34 ζA Ori 37742 26727A 1.82 -5.17 0.0040 817 O9.5Ib SB 05 40 45.5 -01 56 34 ζB Ori 37743 26727B 3.95 -3.04 0.0040 817 B0III 05 40 50.6 -01 07 44 - Ori 37756 26736 4.95 -4.08 0.0016 2090 B2IV-V

05 41 17.7 +16 32 02 126A Tau 37711 26777A 5.04 -1.76 0.0044 748 B3IV 05 41 17.7 +16 32 02 126B Tau 37711 26777B 6.56 -0.24 0.0044 748 - 05 42 13.9 -22 22 25 12 Lep 38090 26865 5.88 -0.97 0.0043 765 A2/A3V 05 42 15.0 -34 40 04 WZ Col 38170 26868 5.29 0.06 0.0090 363 B9/B9.5V 05 42 28.6 +01 28 29 51 Ori 37984 26885 4.90 0.07 0.0108 302 K1III

05 42 53.7 +18 58 50 127 Tau 37940 26925 6.66 1.28 0.0084 388 B9 05 43 01.6 +56 34 54 24 Cam 37601 26942 6.05 2.11 0.0163 200 K0III 05 44 08.6 +61 28 36 23 Cam 37638 27046 6.17 1.23 0.0103 318 G5III: 05 44 26.4 -22 25 19 γB Lep 38392 — 6.13 6.37 0.1115 29.2 K2V 05 44 27.8 -22 26 54 γA Lep 38393 27072 3.59 3.83 0.1115 29.2 F7V

05 44 46.5 -65 44 08 δ Dor 39014 27100 4.34 1.10 0.0225 145 A7V 05 44 53.3 +16 05 10 128 Tau 38219 27106 6.99 0.98 0.0063 518 A0 05 45 54.0 +49 49 35 ο Aur 38104 27196 5.46 -0.39 0.0068 482 A0pCr 05 45 59.9 -32 18 23 µ Col 38666 27204 5.18 -2.81 0.0025 1294 B1IV-V 05 46 27.3 -46 35 49 - Pic 38871 27243 5.31 -0.44 0.0071 460 K0/K1II

05 46 30.4 +56 06 56 26 Cam 38091 27249 5.93 2.07 0.0169 193 A4Vn 05 46 45.4 +15 49 21 129 Tau 38478 27265 6.00 -1.15 0.0037 879 B8IIIpHgMn 05 46 54.8 +56 55 26 28 Cam 38129 27283 6.79 0.39 0.0052 622 A7V 05 46 57.3 -14 49 19 ζ Lep 38678 27288 3.55 1.89 0.0465 70 A3Vn 05 47 13.0 +14 29 18 131B Tau — 27316B 6.87 1.31 0.0077 422 -

319 α δ Star Con HD HIP m M π l.y. Spectra 05 47 13.1 +14 29 18 131A Tau 38545 27316A 6.23 0.67 0.0077 422 A3Vn 05 47 17.1 -51 03 59 β Pic 39060 27321 3.85 2.42 0.0519 63 A3V 05 47 26.1 +17 43 45 130 Tau 38558 27338 5.47 -2.48 0.0026 1268 F0III 05 47 42.9 +13 53 58 133 Tau 38622 27364 5.28 -1.67 0.0041 799 B2IV-V 05 47 45.3 -09 40 11 κ Ori 38771 27366 2.07 -4.65 0.0045 721 B0.5Iavar

05 47 48.9 -72 42 09 λ Men 39810 27369 6.54 1.17 0.0085 386 K0III 05 48 00.2 +06 27 14 52B Ori 38710 27386B 6.11 0.27 0.0068 479 - 05 48 00.2 +06 27 15 52A Ori 38710 27386A 6.04 0.21 0.0068 479 A5V 05 48 51.8 +39 32 01 28 Aur 38604 27458 6.80 0.40 0.0052 622 G0 05 49 00.9 +24 34 03 132 Tau 38751 27468 5.07 -0.95 0.0063 522 G8IIIvar

05 49 10.4 +39 10 52 τ Aur 38656 27483 4.51 0.44 0.0153 213 G8III 05 49 32.9 +12 39 04 134 Tau 38899 27511 4.89 0.29 0.0120 272 B9IV 05 49 36.4 -14 29 01 β 74Α Lep 39070 27517A 5.75 0.86 0.0105 310 G8III 05 49 36.4 -14 29 03 β 74Β Lep 39070 27517B 8.26 3.37 0.0105 310 - 05 49 49.6 -56 10 00 γ Pic 39523 27530 4.50 0.87 0.0188 174 K1III

05 49 53.7 -66 54 05 ε Dor 39844 27534 5.10 -0.88 0.0064 512 B6V 05 50 16.5 -79 21 41 κ Men 40953 27566 5.46 0.87 0.0121 270 B9.5V 05 50 28.8 +14 18 20 135 Tau 39019 27581 5.54 0.63 0.0104 312 G9III: 05 50 34.0 +56 55 08 29 Cam 38618 27592 6.53 0.88 0.0074 441 A4IV-V 05 50 53.3 -52 06 32 - Pic 39640 27621 5.16 0.61 0.0123 264 G8III

05 50 57.5 -35 46 06 β Col 39425 27628 3.12 1.02 0.0379 86 K1.5III 05 51 02.4 +37 18 20 υ Aur 38944 27639 4.72 -1.10 0.0069 475 M0III 05 51 19.2 -20 52 45 δ Lep 39364 27654 3.76 1.08 0.0291 112 G8III-IV 05 51 21.9 -07 31 05 55 Ori 39291 27658 5.36 -3.20 0.0019 1680 B2IV-V 05 51 29.3 +39 08 55 ν Aur 39003 27673 3.97 -0.13 0.0152 215 K0III

05 52 17.4 +58 57 51 30 Cam 38831 27731 6.14 0.02 0.0060 545 A0Vs 05 52 22.2 +14 10 18 137 Tau 39317 27743 5.60 -0.39 0.0063 515 B9pSiCr 05 52 26.4 +01 51 19 56 Ori 39400 27750 4.76 -2.91 0.0029 1113 K2IIvar 05 53 06.8 -33 48 05 λ Col 39764 27810 4.88 -0.22 0.0096 341 B5V 05 53 19.6 +27 36 44 136 Tau 39357 27830 4.56 -1.08 0.0075 438 A0V

05 54 06.1 -63 05 23 - Dor 40409 27890 4.65 2.47 0.0367 89 K1III-IV 05 54 22.9 +20 16 34 χ1 Ori 39587 27913 4.39 4.70 0.1154 28.2 G0V 05 54 50.1 -52 38 07 - Pic 40292 27947 5.29 2.58 0.0287 114 F0Ve 05 54 50.7 +55 42 25 ξ Aur 39283 27949 4.96 0.62 0.0135 241 A2V 05 54 56.6 +19 44 58 57 Ori 39698 27965 5.92 -2.25 0.0023 1405 B2V

05 54 57.7 +59 53 18 31 Cam 39220 27971 5.20 -0.27 0.0081 405 A2V 05 55 10.3 +07 24 25 α Ori 39801 27989 0.45 -5.14 0.0076 427 M2Ib 05 55 29.8 -37 07 15 ξ Col 40176 28010 4.97 -0.05 0.0099 328 K1IIICN 05 55 49.2 +20 10 30 U Ori 39816 28041 10.62 1.53 0.0015 2145 M6e-M9.5e 05 56 20.9 -31 22 57 σ Col 40248 28098 5.52 -2.74 0.0022 1462 F2III

05 56 24.2 -14 10 04 η Lep 40136 28103 3.71 2.82 0.0665 49 F1III 05 57 32.2 -35 17 00 γ Col 40494 28199 4.36 -2.73 0.0038 853 B2.5IV 05 57 59.6 +25 57 14 139 Tau 40111 28237 4.81 -4.24 0.0016 2103 B1Ib 05 58 24.4 +01 50 13 59 Ori 40372 28271 5.89 0.72 0.0092 353 A5me(dDel) 05 58 49.5 +00 33 11 60 Ori 40446 28296 5.21 -0.05 0.0089 367 A1Vs

05 59 01.0 -09 22 56 1 Mon 40535 28321 6.15 1.22 0.0103 316 F2IV 05 59 04.3 -09 33 30 2 Mon 40536 28325 5.04 0.02 0.0099 328 A6m 05 59 08.7 -42 48 55 η Col 40808 28328 3.96 -2.10 0.0061 531 K0III 05 59 31.6 +54 17 05 δ Aur 40035 28358 3.72 0.55 0.0232 140 K0III 05 59 31.7 +44 56 51 β Aur 40183 28360 1.90 -0.10 0.0397 82 A2V

320 α δ Star Con HD HIP m M π l.y. Spectra 05 59 43.2 +37 12 45 ϑ Aur 40312 28380 2.65 -0.98 0.0188 173 A0pSi 05 59 56.1 +45 56 13 π Aur 40239 28404 4.30 -2.76 0.0039 840 M3IIvar 06 00 03.3 -03 04 27 - Ori 40657 28413 4.53 -1.02 0.0078 420 K2IIIvar 06 00 28.3 +22 53 59 140 Tau 40545 28455 7.04 1.08 0.0064 507 A2 06 00 58.5 +47 54 07 36 Aur 40394 28499 5.71 -1.77 0.0032 1022 B9.5pSiFe

06 01 50.3 -10 35 51 3B Mon 40967 28574B 8.25 0.86 0.0033 979 B5III 06 01 50.3 -10 35 53 3A Mon 40967 28574A 4.98 -2.41 0.0033 979 B5III 06 02 23.0 +09 38 51 µA Ori 40932 28614A 4.35 1.01 0.0215 152 Am 06 02 23.0 +09 38 51 µB Ori 40932 28614B 6.30 2.96 0.0215 152 - 06 03 15.5 -26 17 04 B 96 Lep 41312 28675 5.03 -0.35 0.0084 388 K3II-IIICNv

06 03 18.0 +42 54 41 38 Aur 40801 28677 6.08 1.56 0.0125 261 K0III 06 03 27.3 +19 41 26 64 Ori 41040 28691 5.14 -2.44 0.0031 1069 B8V 06 03 55.2 +20 08 18 χ2 Ori 41117 28716 4.64 -10.36 0.0001 32600 B2Iavar 06 04 07.2 +23 15 48 1A Gem 41116 28734A 4.77 1.44 0.0216 151 G7III 06 04 07.2 +23 15 48 1B Gem 41116 28734B 5.50 2.18 0.0216 151 -

06 04 13.4 -06 42 33 V696A Mon 41335 28744A 5.24 -2.01 0.0036 918 B2Ven 06 04 13.4 -06 42 33 V696B Mon — 28744B 9.45 2.20 0.0036 918 - 06 04 58.2 +05 25 12 63 Ori 41361 28812 5.67 -1.97 0.0030 1101 G7III: 06 04 58.3 +04 09 31 66 Ori 41380 28814 5.63 -3.78 0.0013 2489 G4III 06 04 59.0 -16 29 04 17 Lep 41511 28816 4.92 -2.66 0.0031 1069 A2 shell

06 05 03.4 +42 58 54 39 Aur 41074 28823 5.90 2.34 0.0194 168 F3V 06 06 09.3 -14 56 07 ϑ Lep 41695 28610 4.67 1.08 0.0191 170 A1Vn 06 06 09.5 -66 02 23 η1 Dor 42525 28909 5.72 0.68 0.0098 332 A0V 06 06 32.0 -23 06 39 h 3833 Lep 41841 28943 5.46 -0.36 0.0069 475 A2V 06 06 35.0 +38 28 58 40 Aur 41357 28946 5.35 0.01 0.0086 380 A4m

06 06 38.7 -04 11 38 J 187 Mon 41692 28949 5.37 -3.71 0.0015 2131 B5IV 06 06 41.0 -42 17 55 π1 Col 42078 28957 6.15 1.18 0.0101 322 Am 06 06 48.7 +23 38 19 2 Gem 41543 28969 6.67 -0.45 0.0038 867 K0 06 07 03.4 -62 09 17 - Pic 42540 28991 5.04 -0.37 0.0083 394 K2/K3III 06 07 31.6 -37 15 10 ϑ Col 42167 29034 5.00 -1.84 0.0043 762 B8:IV

06 07 34.3 +14 46 06 ν Ori 41753 29038 4.42 -1.65 0.0061 534 B3IV 06 07 41.6 -19 09 58 19 Lep 42042 29048 5.28 -1.41 0.0046 710 M2III 06 07 52.9 -42 09 14 π2 Col 42303 29064 5.50 0.98 0.0125 261 A0V 06 08 44.3 -68 50 36 ν Dor 43107 29134 5.06 0.42 0.0118 277 B8V 06 08 57.8 -22 25 39 - Lep 42301 29150 5.49 1.02 0.0128 255 A0IV

06 09 44.0 +23 06 48 3A Gem 42087 29225A 5.90 -4.51 0.0008 3928 B2.5Ibe 06 09 44.0 +23 06 49 3B Gem 42087 29225B 8.48 -1.93 0.0008 3928 - 06 09 59.0 +58 56 09 37 Cam 41597 29246 5.35 0.20 0.0093 349 G8III 06 10 14.6 -74 45 11 α Men 43834 29271 5.08 5.05 0.0985 33.1 G5V 06 10 17.9 -54 58 07 δ Pic 42933 29276 4.72 -3.81 0.0020 1655 B0.5IV

06 10 29.9 +22 59 52 4A Gem 42216 29288A 7.45 0.36 0.0038 853 B9 06 10 29.9 +22 59 52 4B Gem 42216 29288B 7.80 0.71 0.0038 853 - 06 10 53.3 +59 10 10 38 Cam 41783 29315 7.14 0.54 0.0048 682 K0III 06 11 13.6 +60 27 12 39 Cam 41782 29348 6.48 -1.47 0.0026 1268 M0 06 11 15.0 -65 35 22 η2 Dor 43455 29353 5.01 -1.56 0.0049 671 M2.5III

06 11 32.2 +24 25 13 5 Gem 42398 29379 5.83 -0.99 0.0043 753 K0III 06 11 36.5 +48 42 40 41A Aur 42127 29388A 6.22 1.32 0.0105 311 A3V 06 11 36.5 +48 42 47 41B Aur 42126 29388B 7.12 2.22 0.0105 311 A8V 06 11 51.7 -06 33 02 - Mon 42690 29417 5.06 -2.78 0.0027 1203 B2V 06 11 56.4 +14 12 31 ξ Ori 42560 29426 4.45 -2.00 0.0051 634 B3IV

321 α δ Star Con HD HIP m M π l.y. Spectra 06 12 01.3 +19 47 26 68 Ori 42509 29433 5.76 -1.61 0.0034 970 B9.5V 06 12 03.3 +16 07 50 69 Ori 42545 29434 4.95 -1.93 0.0042 774 B5Vn 06 12 19.2 +22 54 31 6 Gem 42543 29450 6.51 -4.09 0.0008 4289 M1Ia-ab 06 12 51.0 +65 43 06 36 Cam 41927 29490 5.36 -1.11 0.0051 642 K2II-III 06 14 50.8 +19 09 23 71 Ori 43042 29650 5.20 3.58 0.0473 69 F6V

06 14 51.3 -06 16 29 γ Mon 43232 29651 3.99 -2.49 0.0051 644 K3III 06 14 52.5 +22 30 24 ηB Gem 42995 29655B 6.07 0.92 0.0093 349 - 06 14 52.6 +22 30 24 ηA Gem 42995 29655A 3.38 -1.77 0.0093 349 M3III 06 15 22.6 +29 29 53 κ Aur 43039 29696 4.32 0.75 0.0193 169 G8IIIvar 06 15 25.1 +16 08 35 72 Ori 43153 29704 5.34 -0.50 0.0068 479 B7V

06 15 38.4 +36 08 46 Σ 872B Aur 43017 29725B 7.56 3.44 0.0150 217 G5 06 15 39.0 +36 08 55 Σ 872A Aur 43017 29725A 6.96 3.54 0.0207 157 F4V: 06 15 40.6 +59 59 57 40 Cam 42633 29730 5.37 -0.55 0.0065 498 K3III 06 15 44.8 -13 43 06 - CMa 43445 29735 5.00 -0.30 0.0087 375 B9Vn 06 15 44.9 +12 33 04 73 Ori 43247 29736 5.44 -2.72 0.0023 1399 B9II-III

06 16 19.0 +23 58 12 8 Gem 43261 29789 6.09 0.46 0.0075 436 G8III 06 16 26.6 +12 16 20 74 Ori 43386 29800 5.04 3.58 0.0510 64 F5IV-V 06 16 33.0 -35 08 26 κ Col 43785 29807 4.37 0.63 0.0178 183 G8II 06 16 58.7 +23 44 27 9 Gem 43384 29840 6.24 -2.79 0.0016 2090 B3Ia 06 17 06.5 +09 56 32 75 Ori 43525 29850 5.39 0.93 0.0129 254 A2V

06 17 34.6 +46 25 27 42 Aur 43244 29884 6.53 2.24 0.0139 235 F0V 06 17 35.1 -10 43 31 6 Mon 43760 29885 6.76 -0.87 0.0030 1094 F0e 06 17 41.7 -16 48 57 - CMa 43827 29895 5.15 -1.05 0.0058 567 K1III 06 17 54.9 +61 30 55 1 Lyn 42973 29919 5.01 -1.28 0.0055 590 M3III 06 18 16.8 +46 21 38 43 Aur 43380 29949 6.33 1.20 0.0094 346 K2III

06 18 50.3 -09 23 25 - Mon 43993 29996 5.36 -0.62 0.0064 511 K1III 06 18 50.8 +69 19 12 L Cam 42818 29997 4.76 1.10 0.0186 176 A0Vn 06 18 54.4 +23 36 12 10 Gem 43740 30003 6.58 -0.34 0.0041 789 G5 06 19 19.3 +23 28 09 11 Gem 43818 30046 6.91 -2.28 0.0015 2248 B0II 06 19 22.5 +23 16 28 12 Gem 43836 30049 6.95 -5.15 0.0004 8579 A0II

06 19 37.3 +59 00 39 2 Lyn 43378 30060 4.44 1.14 0.0219 149 A2Vs 06 19 42.7 -07 49 23 7 Mon 44112 30073 5.27 -1.74 0.0040 823 B2.5V 06 19 59.5 -02 56 40 - Ori 44131 30093 4.91 -1.05 0.0064 506 M1III 06 20 18.7 -30 03 48 ζ CMa 44402 30122 3.02 -2.05 0.0097 336 B2.5V 06 21 24.6 -11 46 24 FR CMa 44458 30214 5.48 -3.07 0.0020 1672 B1Vpe SB

06 21 46.2 +53 27 08 45 Aur 43905 30247 5.34 1.56 0.0175 186 F5III 06 22 03.6 +59 22 19 4B Lyn 43812 30272B 7.53 1.97 0.0077 422 - 06 22 03.6 +59 22 20 4A Lyn 43812 30272A 6.44 0.88 0.0077 422 A3V 06 22 06.7 -33 26 11 δ Col 44762 30277 3.85 -0.46 0.0138 237 G7II 06 22 08.1 +61 45 37 3 Lyn 43749 30278 7.20 3.25 0.0162 201 F0

06 22 38.3 -69 59 03 π1 Dor 45669 30321 5.56 -0.75 0.0055 595 K5III 06 22 41.9 -17 57 22 β CMa 44743 30324 1.98 -3.95 0.0065 499 B1II-III 06 22 55.8 -56 22 12 ν Pic 45229 30342 5.60 2.09 0.0199 164 Am 06 22 57.6 +22 30 49 µ Gem 44478 30343 2.87 -1.39 0.0141 232 M3IIIvar 06 23 46.0 +04 35 34 εA Mon 44769 30419 4.46 1.48 0.0254 128 A5IV

06 23 46.9 +04 35 44 εB Mon 44770 30422 6.92 4.99 0.0411 79 F5V 06 23 57.2 -52 41 44 α Car 45348 30438 -0.62 -5.53 0.0104 313 F0Ib 06 24 10.2 -11 31 49 - CMa 44951 30457 5.21 -0.34 0.0078 420 K3III 06 24 53.8 +49 17 17 ψ1 Aur 44537 30520 4.92 -5.43 0.0009 3835 K5Iabvar 06 25 13.0 +07 05 09 T Mon 44990 30541 6.26 -5.62 0.0004 7762 F7Iabvar SB

322 α δ Star Con HD HIP m M π l.y. Spectra 06 25 28.7 -69 41 25 π2 Dor 46116 30565 5.37 0.81 0.0123 266 G8III 06 25 42.7 +21 38 42 14 Gem 44974 30588 6.53 1.31 0.0090 361 G5 06 26 25.8 +56 17 06 RR Lyn 44691 30651 5.53 0.93 0.0120 271 A3m 06 26 48.8 +58 25 02 5 Lyn 44708 30679 5.21 -1.39 0.0048 682 K4III 06 27 00.9 -04 21 20 9 Mon 45418 30700 6.50 -1.10 0.0030 1079 B4V

06 27 13.7 +00 17 57 - Mon 45416 30717 5.19 -2.13 0.0034 950 K1II 06 27 46.2 +20 46 59 15B Gem 45352 30756 8.79 7.51 0.0555 59 - 06 27 46.5 +20 47 22 15A Gem 45352 30757 6.68 0.45 0.0057 575 K0 06 27 56.7 +20 29 46 16 Gem 45394 30769 6.22 0.13 0.0061 538 A2Vs 06 27 57.5 -04 45 44 10 Mon 45546 30772 5.06 -3.03 0.0024 1353 B2V

06 28 10.1 -32 34 49 λ CMa 45813 30788 4.47 -1.01 0.0080 406 B4V 06 28 34.0 +30 29 35 48 Aur 45412 30827 5.75 -2.65 0.0021 1560 F5.5Ibv 06 28 48.9 -07 01 59 βA Mon 45725 30867A 4.63 -2.00 0.0047 691 B3Ve 06 28 49.4 -07 02 04 βB Mon 45726 30867B 5.00 -1.63 0.0047 691 B3ne 06 28 49.4 -07 02 04 βC Mon 45727 30867C 5.39 -1.25 0.0047 691 B3e

06 28 57.7 +20 12 43 ν Gem 45542 30883 4.13 -1.81 0.0065 502 B6III 06 29 23.0 -02 48 45 Ross 614 Mon — 30920 11.12 13.05 0.2429 13.42 M4.5Ve 06 29 28.4 -56 51 11 - Pic 46355 30932 5.20 0.29 0.0104 312 K0III 06 29 49.0 -50 14 21 DUN30B Pup 46273 30953B 6.13 2.56 0.0193 169 - 06 29 49.1 -50 14 21 DUN30A Pup 46273 30953A 6.10 2.54 0.0193 169 F2V

06 30 03.0 +46 41 08 47 Aur 45466 30972 5.88 -0.18 0.0062 530 K4III 06 30 47.1 +58 09 46 6 Lyn 45410 31039 5.86 2.08 0.0176 186 K0IV 06 31 22.9 -12 23 30 Rst 3460 CMa 46184 31084 5.16 0.05 0.0095 343 K3III 06 31 37.4 +15 54 12 19 Gem 46031 31105 6.38 1.33 0.0098 334 A8V 06 31 48.2 +11 32 40 - Mon 46089 31119 5.22 1.16 0.0154 211 A3V

06 31 50.0 -08 09 29 - Mon 46229 31121 5.43 -1.70 0.0038 869 K2III 06 31 51.3 -23 25 06 ξ1 CMa 46328 31125 4.34 -4.65 0.0016 2050 B0.5IV 06 31 58.2 -58 45 15 µB Pic 46860 31137B 9.43 2.70 0.0045 724 - 06 31 58.4 -58 45 15 µA Pic 46860 31137A 5.71 -1.02 0.0045 724 B9V 06 32 17.9 +17 46 47 20B Gem 46136 31156 7.07 1.83 0.0090 364 F6IV/V

06 32 18.5 +17 47 04 20A Gem 46136 31158 6.41 1.23 0.0092 354 F8III 06 32 19.1 +04 51 21 12 Mon 46241 31159 5.88 -0.12 0.0063 517 K0V 06 32 21.3 -37 41 48 - Col 46568 31165 5.25 0.64 0.0120 273 G8III 06 32 27.1 +32 27 17 WW Aur 46052 31173 5.82 1.19 0.0119 275 A3m+A3m 06 32 54.2 +07 19 58 13 Mon 46300 31216 4.47 -3.86 0.0022 1509 A0Ib

06 33 37.8 -01 13 13 - Mon 46487 31278 5.09 -0.99 0.0061 536 B5Vn 06 33 49.4 -36 13 56 - Col 46815 31299 5.42 -0.06 0.0080 406 K3III 06 34 32.8 +55 21 10 7 Lyn 46101 31359 6.45 -1.94 0.0021 1552 K0III: 06 34 39.3 +19 25 44 22 Gem 46516 31368 7.07 0.83 0.0057 577 A0 06 34 46.4 +07 34 21 14 Mon 46642 31385 6.44 1.21 0.0090 362 A0Vs

06 34 58.5 -52 58 32 N Car 47306 31407 4.35 -4.31 0.0019 1762 B9III 06 35 03.3 -22 57 53 ξ2 CMa 46933 31416 4.54 -0.97 0.0079 412 A0V 06 35 12.0 +28 01 20 49 Aur 46553 31434 5.26 -0.42 0.0073 447 A0Vnn 06 36 02.1 +16 47 49 23 Gem 46781 31525 6.73 2.25 0.0127 257 F5 06 36 02.2 +56 23 11 9 Lyn 46318 31526 6.56 1.98 0.0122 268 F2

06 36 21.5 -18 39 36 ν1B CMa 47138 31560 7.61 2.16 0.0081 401 F3IV-V 06 36 22.8 -18 39 36 ν1A CMa 47138 31564 5.87 1.23 0.0118 277 F3IV-Vcomp 06 36 32.8 +38 26 43 UU Aur 46687 31579 5.40 -3.32 0.0018 1811 C5II 06 36 41.0 -19 15 22 ν2 CMa 47205 31592 3.95 2.46 0.0504 65 K1III 06 37 24.0 +06 08 07 Plaskett’s Mon 47129 31646 6.05 -3.54 0.0012 2700 O8e

323 α δ Star Con HD HIP m M π l.y. Spectra 06 37 38.4 +56 51 27 11 Lyn 46590 31665 5.87 0.90 0.0101 322 A2V 06 37 41.4 +61 28 52 8 Lyn 46480 31676 5.94 2.31 0.0188 173 G8IV-V 06 37 42.7 +16 23 57 γ Gem 47105 31681 1.93 -0.60 0.0311 105 A0IV 06 37 45.6 -43 11 45 ν Pup 47670 31685 3.17 -2.39 0.0077 423 B8III SB 06 37 47.5 -32 20 23 - CMa 47536 31688 5.25 -0.17 0.0082 396 K1III

06 37 53.3 -18 14 14 ν3A CMa 47442 31700A 4.63 -1.14 0.0070 464 K1III 06 37 53.3 -18 14 15 ν3B CMa — 31700B 8.56 2.79 0.0070 464 - 06 38 22.9 +28 59 03 53A Aur 47152 31737A 6.20 0.64 0.0077 421 B9npEu 06 38 22.9 +28 59 03 53B Aur — 31737B 6.97 1.41 0.0077 421 - 06 38 36.5 +61 28 41 10 Lyn 46635 31763 6.96 -0.73 0.0029 1124 A3

06 38 36.8 -48 13 03 DUN 31B Pup — 31765B 7.43 1.80 0.0075 436 - 06 38 37.6 -48 13 13 DUN 31A Pup 47973 31765A 5.21 -0.42 0.0075 436 G8III 06 38 39.5 +39 23 27 51 Aur 47070 31771 5.70 0.76 0.0103 317 K5III 06 38 49.1 +39 54 09 ψ3 Aur 47100 31789 5.34 -1.49 0.0043 758 B8III 06 39 16.6 -14 08 45 - CMa 47667 31827 4.82 -3.60 0.0021 1575 K2III

06 39 19.8 +42 29 20 ψ2 Aur 47174 31832 4.80 -0.81 0.0075 432 K3III 06 39 33.1 +28 15 47 54A Aur 47395 31852A 6.22 -0.47 0.0046 709 B7III 06 39 33.2 +28 15 48 54B Aur 47395 31852B 7.82 1.13 0.0046 709 B7III 06 40 02.8 -80 48 49 ζ Men 50506 31897 5.61 0.14 0.0081 404 A5III 06 40 31.5 +61 55 22 41 Cam 47005 31944 6.58 1.45 0.0094 346 A2

06 40 58.5 +09 53 41 15B Mon 47839 31978B 7.94 0.46 0.0032 1022 O7 06 40 58.6 +09 53 44 15A Mon 47839 31978A 4.61 -2.88 0.0032 1022 O7 06 41 20.9 +28 11 48 25 Gem 47731 32019 6.45 -1.73 0.0023 1411 G5Ib 06 41 56.4 -09 10 03 - Mon 48217 32064 5.21 -0.11 0.0086 378 M0III 06 42 24.3 +17 38 43 26 Gem 48097 32104 5.20 2.05 0.0234 139 A2V

06 43 04.9 +44 31 28 ψ4 Aur 47914 32173 5.04 0.18 0.0107 306 K5III 06 43 55.9 +25 07 52 ε Gem 48329 32246 3.06 -4.15 0.0036 903 G8Ibvar 06 43 59.2 +13 13 40 30 Gem 48433 32249 4.49 -0.15 0.0118 276 K1III 06 44 28.3 -31 04 14 10 CMa 48917 32292 5.23 -4.29 0.0013 2608 B2V 06 44 45.4 +28 58 15 28 Gem 48450 32311 5.42 -0.79 0.0057 570 K4III

06 45 08.9 -16 42 58 α CMa 48915 32349 -1.44 1.45 0.3792 8.60 A1V 06 45 17.3 +12 53 44 ξ Gem 48737 32362 3.35 2.13 0.0570 57 F5IV 06 45 30.9 -31 00 00 h 3891B CMa — 32385B 8.29 -0.14 0.0021 1583 B 06 45 31.2 -30 56 56 h 3891A CMa 49131 32385A 5.67 -2.76 0.0021 1583 B2Vn 06 45 54.2 +12 41 37 32 Gem 48843 32404 6.47 -1.25 0.0029 1140 A9III

06 45 59.2 -14 47 46 - CMa 49048 32411 5.30 -0.13 0.0082 398 A2V 06 46 14.1 +59 26 30 12A Lyn 48250 32438A 5.52 1.29 0.0143 229 A3V 06 46 14.1 +79 33 53 - Cam 46588 32439 5.44 4.18 0.0560 58 F8V 06 46 14.3 +59 26 30 12B Lyn 48250 32438B 6.07 1.84 0.0143 229 - 06 46 32.4 +08 35 14 16 Mon 48977 36463 5.92 -1.75 0.0029 1116 B2.5V

06 46 44.3 +43 34 39 ψ5 Aur 48682 32480 5.24 4.15 0.0606 54 G0V 06 46 49.5 +57 10 09 13 Lyn 48432 32489 5.34 1.32 0.0157 208 K0III 06 46 51.0 -14 25 34 11 CMa 49229 32492 5.28 -1.19 0.0051 642 B8/B9III 06 46 52.8 -51 15 57 - Car 49689 32494 5.39 -1.83 0.0036 906 K1II-IIIp 06 47 01.5 -21 00 56 12 CMa 49333 32504 6.07 -0.49 0.0049 668 B7II-III

06 47 19.8 +08 02 14 17 Mon 49161 32533 4.77 -1.09 0.0067 484 K4III 06 47 21.3 -37 55 47 x Pup 49591 32537 5.27 0.24 0.0099 331 B8/B9V 06 47 37.1 -08 59 54 - Mon 49331 32558 5.08 -2.94 0.0025 1309 M1II 06 47 39.5 +48 47 22 ψ6 Aur 48781 32562 5.22 -0.35 0.0077 424 K1III 06 47 51.6 +02 24 44 18 Mon 49293 32578 4.48 -0.81 0.0087 373 K0III

324 α δ Star Con HD HIP m M π l.y. Spectra 06 48 11.4 -61 56 29 α Pic 50241 32607 3.24 0.83 0.0330 99 A7IV 06 48 12.3 +55 42 15 Σ 958B Lyn 48766 32609B 6.38 3.02 0.0213 153 F5V: 06 48 12.9 +55 42 16 Σ 958A Lyn 48767 32609A 6.41 3.05 0.0213 153 F6V: 06 48 57.7 -15 08 41 AC 4A CMa 49662 32677A 5.56 -0.79 0.0054 607 B6V 06 48 57.7 -15 08 41 AC 4B CMa 49662 32677B 7.31 0.96 0.0054 607 B6V

06 49 49.8 +16 12 10 33 Gem 49606 32753 5.87 -1.40 0.0035 926 B7III 06 49 50.4 -32 30 31 κ CMa 50013 32759 3.50 -3.42 0.0041 789 B1.5IVne 06 49 51.3 -53 37 20 A Car 50337 32761 4.41 -1.74 0.0059 553 G6II 06 49 54.5 -46 36 52 - Pup 50223 32765 5.14 3.13 0.0397 82 F5III 06 49 56.1 -50 36 53 τ Pup 50310 32768 2.94 -0.80 0.0179 183 K0III

06 50 25.4 +13 24 48 35 Gem 49738 32814 5.68 -2.64 0.0022 1502 K3III 06 50 45.9 +41 46 53 ψ7 Aur 49520 32844 4.99 -0.25 0.0090 364 K3III 06 50 52.3 -34 22 02 - Pup 50235 32855 4.99 -2.23 0.0036 906 K2/K3III 06 50 57.1 +67 34 19 42 Cam 48879 32864 5.14 -1.98 0.0038 867 B4IV 06 51 27.0 -70 57 49 ι Vol 51557 32912 5.41 -0.76 0.0058 558 B7IV

06 51 33.0 +21 45 40 36 Gem 49908 32921 5.28 -0.77 0.0062 529 A2V 06 52 47.3 +33 57 40 ϑ Gem 50019 33018 3.60 -0.30 0.0166 197 A3III 06 53 01.4 +38 52 09 59 Aur 50018 33041 6.10 0.04 0.0062 530 F2V 06 53 04.9 +59 26 55 14B Lyn 49618 33048B 6.53 0.88 0.0074 441 - 06 53 05.0 +59 26 55 14A Lyn 49618 33048A 6.00 0.35 0.0074 441 G5III:+A2V

06 53 13.4 +38 26 16 60B Aur — 33064B 8.56 4.47 0.0152 214 F5V: 06 53 13.4 +38 26 17 60A Aur 50037 33064A 6.59 2.50 0.0152 214 F5V: 06 53 32.8 -20 13 27 15 CMa 50707 33092 4.82 -3.65 0.0020 1614 B1Ib 06 53 42.2 +68 53 18 43 Cam 49340 33104 5.11 -2.32 0.0033 1000 B7III 06 53 56.9 +38 30 18 ψ8 Aur 50204 33133 6.46 -0.56 0.0040 825 B9.5pSi

06 54 07.8 -24 11 02 ο1 CMa 50877 33152 3.89 -5.02 0.0017 1976 K3Iab 06 54 11.3 -12 02 19 ϑ CMa 50778 33160 4.08 -0.36 0.0129 252 K4III 06 54 24.6 -01 07 38 - Mon 50747 33184 5.44 -0.42 0.0067 484 A4IV 06 54 38.6 +13 10 40 38A Gem 50635 33202A 4.79 2.56 0.0358 91 F0Vp 06 54 38.9 +13 10 34 38B Gem 50635 33202B 7.80 5.57 0.0358 91 -

06 55 02.6 -20 24 17 17 CMa 51055 33248 5.80 -0.54 0.0054 605 A3IV 06 55 18.6 +25 22 32 37 Gem 50692 33277 5.74 4.55 0.0579 56 G0V 06 55 37.3 -20 08 11 π CMa 51199 33302 4.66 2.33 0.0342 95 F2IV-V 06 55 46.8 -22 56 29 - CMa 51283 33316 5.29 -3.82 0.0015 2159 B2/B3III 06 56 06.5 -14 02 31 µB CMa 51251 33345B 7.32 0.10 0.0036 908 A2

06 56 06.6 -14 02 37 µA CMa 51250 33345A 5.27 -1.95 0.0036 908 G5III+A2 06 56 08.1 -17 03 15 ι CMa 51309 33347 4.36 -5.51 0.0011 3075 B3II 06 56 16.0 -48 43 16 - Pup 51799 33357 4.94 -2.62 0.0031 1062 M1III 06 56 32.2 +46 16 27 ψ9 Aur 50658 33377 5.85 -1.17 0.0040 825 B8III 06 56 34.5 -79 25 13 ϑ Men 54239 33384 5.45 0.26 0.0092 356 B9.5V

06 57 16.5 +58 25 21 15 Lyn 50522 33449 4.35 0.76 0.0191 170 G5III-IV 06 57 33.7 -24 37 50 B122B CMa 51733 33478B 7.41 4.48 0.0259 126 F3V 06 57 33.8 -24 37 50 B122A CMa 51733 33478A 5.75 2.82 0.0259 126 F3V 06 57 37.0 +45 05 39 16 Lyn 50973 33485 4.90 0.71 0.0145 225 A2Vn 06 58 25.0 -34 06 42 tA Pup 52092 33558A 5.12 -1.72 0.0043 760 B4IV-V

06 58 25.0 -34 06 42 tB Pup — 33558B 7.61 0.78 0.0043 760 - 06 58 37.5 -28 58 20 ε CMa 52089 33579 1.50 -4.10 0.0076 431 B2II 06 58 47.4 +26 04 52 39 Gem 51530 33595 6.20 2.82 0.0211 155 F8Vabvw 06 59 02.8 +38 03 08 62 Aur 51440 33614 6.02 -0.31 0.0054 603 K2III 06 59 27.9 +25 54 51 40 Gem 51688 33650 6.40 -1.43 0.0027 1199 B8III

325 α δ Star Con HD HIP m M π l.y. Spectra 06 59 50.5 -67 54 59 - Vol 53501 33682 5.18 0.44 0.0113 290 K3III 07 00 04.0 +76 58 39 - Cam 49878 33694 4.55 0.76 0.0174 187 K4III 07 00 15.7 +16 04 44 41 Gem 52005 33715 5.73 -5.53 0.0006 5821 K3Ib 07 00 51.5 -51 24 09 - Car 53047 33779 5.14 -1.25 0.0053 617 M1III 07 01 43.1 -27 56 06 σ CMa 52877 33856 3.49 -4.37 0.0027 1216 K4III

07 01 56.3 -05 43 20 - Mon 52666 33878 5.22 -1.38 0.0048 682 M2III 07 02 24.7 +24 12 56 ω Gem 52497 33927 5.20 -3.33 0.0020 1655 G5II 07 02 25.5 +17 45 21 NP Gem 52554 33929 5.96 -2.13 0.0024 1353 M1.5 07 02 54.6 -04 14 21 19 Mon 52918 33971 4.99 -2.68 0.0029 1116 B1V 07 03 01.4 -23 50 00 ο2 CMa 53138 33977 3.02 -6.46 0.0013 2567 B3Ia

07 03 15.6 -59 10 41 Dun 39A Car 53921 34000A 5.82 -0.03 0.0068 482 B9IV 07 03 15.8 -59 10 41 Dun 39B Car 53921 34000B 6.84 0.99 0.0068 482 B9IV 07 03 38.0 +10 57 06 - Gem 52960 34033 5.14 -1.65 0.0044 743 K3III 07 03 45.4 -15 38 00 γ CMa 53244 34045 4.11 -1.34 0.0081 402 B8II 07 03 53.7 -49 35 02 H Pup 53811 34059 4.92 1.07 0.0170 192 A4IV

07 03 57.2 -43 36 29 DUN 38A Pup 53705 34065 5.56 4.51 0.0615 53 G3V 07 03 58.8 -43 36 42 DUN 38B Pup 53706 34069 6.83 5.94 0.0663 49 K0V 07 04 02.7 -42 20 15 CA Pup 53704 34081A 5.33 0.40 0.0103 315 Am 07 04 02.7 -42 20 15 CB Pup — 34081B 8.38 3.45 0.0103 315 - 07 04 06.5 +20 34 13 ζ Gem 52973 34088 4.01 -3.76 0.0028 1168 G3Ibv SB

07 04 18.3 -56 44 59 V386 Car 54118 34105 5.14 0.45 0.0116 282 A0p: 07 05 18.3 +22 38 14 44 Gem 53257 34182 6.00 0.17 0.0068 478 B8Vn 07 05 40.2 +52 45 32 Σ1009A Lyn 52859 34217A 6.88 1.75 0.0094 347 A3Vs 07 05 40.5 +52 45 27 Σ1009B Lyn 52859 34217B 7.05 1.91 0.0094 347 A2 07 06 40.6 -11 17 39 β 328A CMa 53974 34301A 5.69 -4.01 0.0012 2835 B0.5IV

07 06 40.6 -11 17 39 β 328B CMa 53974 34301B 7.04 -2.65 0.0012 2835 B0.5IV 07 08 22.0 +15 55 51 45 Gem 54131 34440 5.47 0.61 0.0107 305 G8III 07 08 23.4 -26 23 35 δ CMa 54605 34444 1.83 -6.87 0.0018 1791 F8Ia 07 08 42.2 -70 29 50 γ1 Vol 55864 34473 5.68 2.41 0.0222 147 F2V 07 08 45.0 -70 29 57 γ2 Vol 55865 34481 3.78 0.59 0.0230 142 G8IIIvar

07 08 51.0 -39 39 21 A Pup 54893 34495 4.83 -1.98 0.0043 751 B3IV-V 07 09 37.7 +60 47 32 17 Lyn 53633 34572 6.64 1.05 0.0076 428 K0 07 10 13.6 -04 14 14 20 Mon 54810 34622 4.91 0.85 0.0155 211 K0III 07 10 19.3 -27 29 29 - CMa 55070 34624 5.46 -1.01 0.0051 643 G8III 07 10 47.4 -48 55 55 - Pup 55526 34670 5.12 0.21 0.0104 313 K2III

07 11 08.3 +30 14 43 τ Gem 54719 34693 4.41 -0.42 0.0108 302 K2III 07 11 23.0 +26 51 23 47 Gem 54801 34722 5.75 0.36 0.0084 390 A4IV 07 11 23.5 -00 18 07 21 Mon 55057 34724 5.44 0.92 0.0125 261 F2V 07 11 39.3 +39 19 14 63 Aur 54716 34752 4.91 -0.86 0.0070 464 K4II-III 07 11 51.8 -00 29 34 δ Mon 55185 34769 4.15 -1.15 0.0087 375 A2V

07 12 12.1 -25 56 33 26 CMa 55522 34798 5.91 -0.80 0.0045 718 B2V 07 12 15.7 -40 29 56 EA Pup 55719 34802A 5.35 -0.27 0.0075 434 A3p 07 12 15.7 -40 29 56 EB Pup — 34802B 9.54 3.92 0.0075 434 - 07 12 26.3 +24 07 42 48 Gem 55052 34819 5.85 0.70 0.0093 349 F5IV 07 12 33.6 -46 45 34 I Pup 55892 34834 4.49 2.86 0.0472 69 F0IV

07 12 49.4 +25 44 55 49 Gem 55156 34861 7.05 -0.01 0.0039 842 A0 07 13 13.3 -45 10 59 L1 Pup 56022 34899 4.87 1.14 0.0180 181 Ap 07 13 18.3 -00 15 34 23 Mon 55533 34904 6.68 -5.60 0.0004 9314 F0 07 13 22.2 +16 09 32 51A Gem 55383 34909A 5.71 -0.95 0.0047 700 M4III 07 13 22.2 +16 09 32 51B Gem — 34909B 5.80 -0.86 0.0047 700 -

326 α δ Star Con HD HIP m M π l.y. Spectra 07 13 23.3 +51 25 43 UY Lyn 54895 34912 5.46 -1.41 0.0042 773 M3III 07 13 32.3 -44 38 23 L2 Pup 56096 34922 4.42 0.50 0.0165 198 M5e 07 14 15.1 -26 21 09 27A CMa 56014 34981A 4.92 -3.50 0.0021 1575 B3III 07 14 15.1 -26 21 09 27B CMa 56014 34981B 5.39 -3.03 0.0021 1575 B3III 07 14 20.0 +03 06 41 - CMi 55751 34987 5.36 -1.45 0.0044 749 K0III

07 14 38.1 -48 16 18 Rst 241 Pup 56456 35020 4.75 -0.43 0.0092 354 B8/B9V 07 14 41.9 +24 53 06 52 Gem 55621 35025 5.84 0.77 0.0097 337 M1IIIvar 07 14 45.8 -46 50 59 PR Pup 56455 35029 5.72 0.14 0.0077 425 A0p 07 14 48.6 -26 46 22 ω CMa 56139 35037 4.01 -3.25 0.0035 924 B2IV-Ve 07 15 19.3 -00 09 41 24 Mon 56003 35080 6.42 0.36 0.0062 530 G5III

07 15 21.0 -30 41 11 - CMa 56342 35083 5.36 -1.12 0.0051 646 B2V 07 15 54.8 +59 38 15 18 Lyn 55280 35146 5.20 1.34 0.0169 193 K2III 07 15 57.1 +27 53 51 53 Gem 55870 35152 5.75 -1.85 0.0030 1079 M1III 07 16 14.4 -15 35 08 - CMa 56405 35180 5.46 0.82 0.0118 277 A3V 07 16 34.9 -27 52 52 - CMa 56618 35205 4.66 -1.05 0.0072 453 M2III

07 16 36.7 -23 18 56 h 3945A CMa 56577 35210 4.95 -6.47 0.0005 6269 K3Ib 07 16 36.7 -23 18 56 h 3945B CMa — 35213 6.10 1.61 0.0127 258 - 07 16 49.4 -36 35 34 v1 Pup 56779 35226 5.03 -2.31 0.0034 959 B3V 07 16 49.8 -67 57 27 δ Vol 57623 35228 3.97 -2.56 0.0049 660 F6II 07 17 08.5 -37 05 51 π Pup 56855 35264 2.86 -4.77 0.0030 1094 K4III

07 18 02.1 +40 53 00 64 Aur 56221 35341 5.87 1.30 0.0122 268 A5Vn 07 18 05.5 +16 32 25 λ Gem 56537 35350 3.58 1.27 0.0346 94 A3V 07 18 18.4 -36 44 03 v2 Pup 57150 35363 4.65 -2.42 0.0039 847 B2V 07 18 31.9 +49 27 54 - Lyn 56169 35384 5.00 0.20 0.0110 297 A4IIIn 07 18 33.6 -39 12 38 F Pup 57240 35393 5.24 -0.55 0.0070 469 A0V

07 18 38.2 -36 44 34 NW Pup 57219 35406 5.11 -1.93 0.0039 836 A0V 07 18 40.3 -24 33 32 29 CMa 57060 35412 4.88 -4.93 0.0011 2991 O7e 07 18 42.4 -24 57 15 τ CMa 57061 35415 4.89 -5.07 0.0010 3196 O9Ib 07 18 51.1 -26 35 09 - CMa 57146 35427 5.29 -2.80 0.0024 1353 G2Ib+B9 07 19 28.1 -16 23 43 R CMa 57167 35487 5.70 2.48 0.0227 144 F2III-IV

07 20 07.3 +21 58 56 δ Gem 56986 35550 3.50 2.22 0.0555 59 F0IV 07 20 38.7 -52 05 10 - Car 57917 35589 5.38 -0.52 0.0066 493 B9V 07 20 54.9 -26 57 49 HQ CMa 57593 35611 6.00 -2.71 0.0018 1801 B3V 07 21 56.8 +20 26 37 56 Gem 57423 35699 5.09 -0.50 0.0076 428 M0III 07 22 02.6 +36 45 38 65 Aur 57264 35710 5.12 0.84 0.0139 235 G8III

07 22 13.4 +50 08 51 20B Lyn 57066 35726 7.75 1.73 0.0063 522 F0 07 22 13.5 -19 01 00 - CMa 57821 35727 4.94 -1.06 0.0063 517 B7IV 07 22 15.1 +50 08 56 20A Lyn 57067 35731 7.57 1.55 0.0063 522 F0 07 22 17.0 +59 54 08 47B Cam 56820 35735B 10.38 6.14 0.0142 229 A8m 07 22 17.2 +59 54 07 47A Cam 56820 35735A 6.46 2.23 0.0142 229 A8m

07 22 50.8 +55 17 04 19B Lyn 57102 35783 6.96 1.72 0.0089 365 B9V 07 22 52.0 +55 16 53 19A Lyn 57103 35785 5.78 -0.00 0.0070 468 B8V 07 22 53.9 +55 20 28 19D Lyn 237611 35787 7.57 1.67 0.0066 493 A0V 07 22 58.3 -25 46 03 VY CMa 58061 35793 8.08 -0.67 0.0018 1831 M5Iae 07 23 00.6 -31 55 26 - CMa 58155 35795 5.40 -2.81 0.0023 1430 B5IIIne

07 23 28.2 +22 56 43 58 Gem 57744 35842 6.17 1.27 0.0105 312 A1V 07 23 28.4 +25 03 02 57 Gem 57727 35846 5.04 1.67 0.0212 154 G8III 07 23 29.1 -27 50 03 - CMa 58215 35848 5.37 -0.76 0.0059 549 K2III 07 23 31.8 -32 12 08 - CMa 58286 35855 5.41 -2.34 0.0028 1156 B2/B3II-III 07 24 05.6 -29 18 11 η CMa 58350 35904 2.45 -7.51 0.0010 3196 B5Ia

327 α δ Star Con HD HIP m M π l.y. Spectra 07 24 08.4 +40 40 20 66 Aur 57669 35907 5.23 -1.51 0.0045 728 K0III 07 24 33.4 +27 38 17 59 Gem 57927 35941 5.77 1.73 0.0156 209 F0:III: 07 24 40.0 -16 12 04 FW CMa 58343 35951 5.18 -2.13 0.0035 945 B2.5IVe 07 24 43.6 -31 48 31 DUN47B CMa 58535 35957B 9.75 3.61 0.0059 552 K1III 07 24 43.8 -31 48 32 DUN47A CMa 58535 35957A 5.52 -0.62 0.0059 552 K1III

07 24 58.1 +11 40 10 1 CMi 58187 35987 5.37 0.43 0.0103 317 A5IV 07 25 38.2 -79 05 38 ε Men 60816 36039 5.54 -0.24 0.0070 466 K2/K3III 07 25 38.8 +09 16 34 ε CMi 58367 36041 4.99 -2.42 0.0033 988 G8III 07 25 43.5 +27 47 53 ι Gem 58207 36046 3.78 0.85 0.0259 126 G9IIIcomp 07 26 21.8 -51 01 07 - Car 59219 36114 5.09 -1.09 0.0058 562 K0III

07 26 34.9 +73 05 00 Σ 1051B Cam 57044 36132B 9.20 3.93 0.0088 369 F0 07 26 35.1 +73 04 57 Σ 1051A Cam 57044 36132A 7.67 2.40 0.0088 369 F0 07 26 42.8 +49 12 42 21 Lyn 58142 36145 4.61 0.20 0.0131 249 A1V 07 26 56.2 +20 15 26 61 Gem 58579 36156 5.94 0.47 0.0080 405 F2Vn 07 26 59.4 -23 05 10 FY CMa 58978 36168 5.65 -2.54 0.0023 1417 B0IV:pe

07 27 09.0 +08 17 21 β CMi 58715 36188 2.89 -0.70 0.0192 170 B8Vvar 07 27 24.0 +05 14 05 Luyten’s Star CMi — 36208 9.84 11.94 0.2633 12.38 M5 07 27 44.3 +21 26 42 63 Gem 58728 36238 5.37 2.71 0.0294 111 F5IV-V 07 28 02.0 +06 56 31 η CMi 58923 36265 5.22 0.06 0.0093 351 F0III 07 28 09.7 +08 55 32 γ CMi 58972 36284 4.33 -1.10 0.0082 398 K3III

07 29 05.6 -38 48 43 y1 Pup 59635 36363 5.41 -0.75 0.0059 556 B3V 07 29 06.6 +31 47 04 ρ Gem 58946 36366 4.16 2.82 0.0541 60 F0V 07 29 13.8 -43 18 05 σ Pup 59717 36377 3.25 -0.51 0.0177 184 K5III SB 07 29 20.3 +28 07 05 64 Gem 59037 36393 5.07 1.58 0.0200 163 A4V 07 29 47.7 +12 00 24 6 CMi 59294 36425 4.55 -1.63 0.0058 560 K2III

07 29 48.7 +27 54 58 65 Gem 59148 36429 5.01 -0.34 0.0085 383 K2III 07 29 51.4 -23 01 28 Rst 2482 Pup 59612 36431 4.85 -5.13 0.0010 3228 A6Ib-II 07 29 55.9 +49 40 21 22 Lyn 58855 36439 5.35 3.86 0.0503 65 F6V 07 30 42.5 -30 57 44 - Pup 59890 36514 4.65 -4.00 0.0019 1753 G2Ib 07 30 47.3 -09 46 37 U Mon 59693 36521 6.81 -2.38 0.0015 2248 K0Ibpvar

07 31 04.5 +82 24 42 VZ Cam 55966 36547 4.92 -0.89 0.0069 473 M4IIIa 07 31 48.3 +17 05 09 - Gem 59686 36616 5.45 0.62 0.0108 302 K2III 07 32 05.8 +01 54 52 δ1 CMi 59881 36641 5.24 -1.67 0.0041 787 F0III 07 33 11.6 +03 17 25 δ2 CMi 60111 36723 5.59 2.44 0.0234 139 F2V 07 33 24.7 +15 38 21 67 Gem 60081 36739 6.64 0.23 0.0052 623 K0

07 33 36.4 +15 49 36 68 Gem 60107 36760 5.27 -0.03 0.0087 375 A1Vn 07 33 47.8 -14 31 26 KQ Pup 60414 36773 4.82 -5.25 0.0010 3361 M2Iabpe+B2V 07 33 50.9 -36 20 19 OW Pup 60606 36778 5.42 -2.54 0.0026 1273 B2Vne 07 34 03.1 -22 17 46 - Pup 60532 36795 4.44 2.39 0.0389 84 F6V 07 34 15.8 +03 22 17 δ3 CMi 60357 36812 5.83 -0.75 0.0048 676 A0Vnn

07 34 28.1 +31 52 08 αC Gem — — 9.07 8.08 0.0633 52 M0.5Ve 07 34 35.9 +31 53 18 αA Gem 60179 36850A 1.93 0.94 0.0633 52 A1Vcomp 07 34 36.1 +31 53 19 αB Gem 60178 36850B 2.97 1.98 0.0633 52 Am 07 35 08.7 +30 57 40 ΟΣ 175A Gem 60318 36896A 6.08 1.24 0.0108 302 K0III 07 35 08.7 +30 57 40 ΟΣ 175B Gem 60318 36896B 6.49 1.65 0.0108 302 -

07 35 22.8 -28 22 10 p Pup 60863 36917 4.65 0.46 0.0145 225 B8V 07 35 39.7 -52 32 02 Q Car 61248 36942 4.93 -0.48 0.0083 394 K3III 07 35 55.3 +26 53 44 υ Gem 60522 36962 4.06 -0.28 0.0136 240 K5III 07 36 41.0 -19 42 08 PT Pup 61068 37036 5.69 -2.89 0.0019 1698 B2III 07 37 16.6 -04 06 40 25 Mon 61064 37088 5.14 1.18 0.0161 202 F6III

328 α δ Star Con HD HIP m M π l.y. Spectra 07 37 22.0 -34 58 06 f Pup 61330 37096 4.75 -0.46 0.0091 358 B8IV-V 07 38 17.9 -25 21 54 m Pup 61429 37173 4.69 -1.45 0.0059 551 B8IV 07 38 18.2 -48 36 04 MY Pup 61715 37174 5.68 -5.26 0.0007 5015 F4Iab 07 38 32.8 +35 02 55 70 Gem 60986 37204 5.58 0.72 0.0107 306 K0III 07 38 49.3 -26 48 07 k1 Pup 61555 37229A 4.40 -1.32 0.0072 454 B6V

07 38 49.7 -26 48 13 k2 Pup 61556 37229B 4.60 -1.12 0.0072 454 B5IV 07 39 09.9 +34 35 04 o Gem 61110 37265 4.89 1.46 0.0206 158 F3III 07 39 18.1 +05 13 30 α CMi 61421 37279 0.40 2.68 0.2859 11.4 F5IV-V 07 39 27.3 -38 18 30 n1 Pup 61831 37297 4.84 -1.39 0.0057 574 B3V 07 39 28.6 +17 40 29 74 Gem 61338 37300 5.04 -1.02 0.0061 532 M0III

07 40 23.1 -15 15 49 - Pup 61772 37379 4.98 -1.60 0.0048 676 K3III 07 40 30.5 +87 01 12 OV Cep 51802 37391 5.05 -0.88 0.0065 499 M2III 07 40 49.5 +57 04 58 23 Lyn 61106 37406 6.09 -0.56 0.0047 698 K5III 07 41 14.8 -09 33 04 α Mon 61935 37447 3.94 0.71 0.0226 144 K0III 07 41 15.7 -38 32 01 - Pup 62226 37450 5.41 -0.98 0.0053 617 B3V

07 41 49.3 -72 36 22 ζ Vol 63295 37504 3.93 0.86 0.0244 134 K0III 07 42 03.2 +14 12 31 NZ Gem 61913 37521 5.55 -1.93 0.0032 1022 M3Sv 07 42 57.2 -45 10 24 - Pup 62644 37606 5.04 3.13 0.0414 79 G5IV 07 43 00.4 +58 42 37 24 Lyn 61497 37609 4.93 0.62 0.0138 237 A3IVn 07 43 18.7 +28 53 00 σ Gem 62044 37629 4.23 1.36 0.0267 122 K1III SB

07 43 32.3 -28 24 40 1 Pup 62576 37648 4.63 -2.75 0.0033 976 K5III 07 43 41.9 -40 56 03 - Pup 62713 37664 5.12 1.02 0.0151 215 K1III 07 43 48.4 -28 57 18 3 Pup 62623 37677 3.94 -6.46 0.0008 3928 A2Iab 07 44 04.1 +50 26 00 -B Lyn — 37701B 8.50 1.88 0.0047 689 - 07 44 04.1 +50 26 01 -A Lyn 61931 37701A 5.37 -1.25 0.0047 689 A0IIIn

07 44 06.8 +25 47 03 76 Gem 62285 37704 5.30 -1.01 0.0055 595 K5III 07 44 26.8 +24 23 53 κ Gem 62345 37740 3.57 0.35 0.0227 143 G8III 07 45 09.3 +20 18 58 79 Gem 62510 37811 6.53 0.78 0.0071 460 A1V 07 45 15.2 -37 58 07 c Pup 63032 37819 3.62 -4.52 0.0024 1387 K4III 07 45 18.9 +28 01 34 β Gem 62509 37826 1.16 1.09 0.0967 33.7 K0IIIvar

07 45 28.6 -14 41 10 2B Pup 62863 37842 7.03 1.57 0.0081 402 A8V 07 45 29.1 -14 41 27 2A Pup 62864 37843 6.06 0.85 0.0091 359 A2V 07 45 34.8 -34 10 23 - Pup 63077 37853 5.36 4.45 0.0658 50 G0V 07 45 56.8 -14 33 50 4 Pup 62952 37891 5.03 0.73 0.0138 236 F0V 07 46 02.2 -06 46 21 - Mon 62902 37901 5.49 1.17 0.0137 238 K5III

07 46 07.4 +18 30 36 81 Gem 62721 37908 4.89 -0.21 0.0096 341 K5III 07 46 16.2 +10 46 06 11 CMi 62832 37921 5.25 0.34 0.0104 312 A1Vnn 07 46 27.5 +62 49 49 49 Cam 62140 37934 6.50 1.95 0.0123 265 F0pSrEu 07 46 39.2 +37 31 03 - Lyn 62647 37946 5.15 0.15 0.0100 326 M3III 07 46 40.1 +65 27 21 51 Cam 62066 37949 5.93 0.89 0.0098 332 K2III:

07 47 24.9 -38 30 40 I 161 Pup 63465 38010 5.07 -2.83 0.0026 1240 B2IV-V 07 47 30.3 +33 24 56 π Gem 62898 38016 5.14 -1.04 0.0058 562 M0III 07 47 31.5 -46 36 31 - Pup 63578 38020 5.22 -3.33 0.0020 1672 B1V 07 47 56.6 -12 11 34 5B Pup 63336 38048B 7.48 5.08 0.0331 99 - 07 47 56.6 -12 11 35 5A Pup 63336 38048A 5.79 3.38 0.0331 99 F5V:

07 48 05.1 -25 56 14 ο Pup 63462 38070 4.40 -5.00 0.0013 2470 B1IV:nne 07 48 20.2 -47 04 40 Q Pup 63744 38089 4.69 0.48 0.0144 227 K0III 07 48 33.6 +23 08 28 82A Gem 63208 38106A 6.85 -0.69 0.0031 1052 G2III+A4V 07 48 33.7 +23 08 28 82B Gem 63208 38106B 7.30 -0.24 0.0031 1052 - 07 49 01.6 -24 54 44 - Pup 63660 38146 5.07 -2.83 0.0026 1240 G0III

329 α δ Star Con HD HIP m M π l.y. Spectra 07 49 12.8 -46 51 28 QS Pup 63949 38159 5.82 -3.03 0.0017 1918 B1.5IV 07 49 14.3 -46 22 24 P Pup 63922 38164 4.09 -4.81 0.0017 1964 B0III 07 49 17.6 -24 51 35 ξ Pup 63700 38170 3.34 -4.74 0.0024 1347 G3Ib 07 49 41.1 -17 13 43 6 Pup 63697 38211 5.17 0.72 0.0129 253 K3III 07 51 40.8 -12 49 10 8 Pup 64077 38372 6.37 2.00 0.0134 244 F3IV

07 51 41.9 +01 46 01 ζ CMi 63975 38373 5.12 -0.43 0.0078 420 B8II 07 51 46.2 -13 53 53 9A Pup 64096 38382A 5.67 4.56 0.0600 54 G2V 07 51 46.2 -13 53 53 9B Pup 64096 38382B 6.57 5.46 0.0600 54 - 07 52 15.3 -34 42 19 -B Pup — 38423B 8.47 7.19 0.0555 59 - 07 52 15.6 -34 42 19 -A Pup 64379 38423A 5.16 3.88 0.0555 59 F3/F5V

07 52 18.8 -14 50 47 10 Pup 64238 38427 5.69 -2.11 0.0028 1185 F1Ia 07 52 29.7 -54 22 02 V372 Car 64722 38438 5.70 -2.56 0.0022 1462 B1.5IV 07 52 38.6 -38 51 47 b Pup 64503 38455 4.49 -1.98 0.0051 640 B2V 07 53 01.0 +22 20 04 84 Gem 64092 38495 7.05 -0.94 0.0025 1294 K0 07 53 03.5 -36 21 50 - Pup 64572 38497 5.32 0.35 0.0102 321 K1IIICNII

07 53 03.7 -49 36 47 - Pup 64740 38500 4.63 -2.09 0.0045 720 B1.5Vp 07 53 18.2 -48 06 11 J Pup 64760 38518 4.22 -4.65 0.0017 1940 B0.5Ib 07 53 29.7 +26 45 57 ϕ Gem 64145 38538 4.97 0.51 0.0128 254 A3V 07 54 10.9 -35 52 39 - Pup 64802 38593 5.48 -1.47 0.0041 801 B2V 07 54 29.3 +47 23 10 25 Lyn 64106 38623 6.25 -0.13 0.0053 615 K2III:

07 54 42.6 +47 33 53 26 Lyn 64144 38639 5.47 -0.49 0.0064 508 K4III 07 55 39.8 +19 53 02 85 Gem 64648 38722 5.38 0.29 0.0096 339 A0Vs 07 56 46.7 -52 58 56 χ Car 65575 38827 3.46 -1.91 0.0084 387 B3IVp 07 56 50.9 -59 07 33 V341 Car 65750 38834 7.06 -0.30 0.0034 967 M0III 07 56 51.5 -22 52 49 11 Pup 65228 38835 4.20 -1.74 0.0065 502 F7/F8II

07 56 57.8 -43 30 01 - Pup 65460 38846 5.36 -2.32 0.0029 1120 B2V 07 56 59.4 +15 47 25 1 Cnc 64960 38848 5.80 0.04 0.0071 462 K3III 07 57 18.5 -44 06 35 N Pup 65551 38872 5.08 -2.90 0.0025 1283 B2.5IV 07 57 40.1 -30 20 04 - Pup 65456 38901 4.76 -3.47 0.0023 1442 A7III 07 57 51.7 -45 34 40 O Pup 65685 38917 5.14 0.32 0.0109 300 K2III

07 58 14.3 -49 14 42 V Pup 65818 38957 4.47 -3.29 0.0028 1164 B1Vp+B2 07 58 20.6 +02 13 29 14 CMi 65345 38962 5.30 0.75 0.0123 264 K0III 07 58 50.5 -60 49 28 V374 Car 66194 38994 5.77 -1.72 0.0032 1028 B2IVnpe 07 59 05.6 -23 18 38 12 Pup 65699 39023 5.09 -1.82 0.0042 786 G8II 07 59 28.3 -39 17 50 -A Pup 65925 39061A 5.43 1.62 0.0173 189 F3V

07 59 28.3 -39 17 50 -B Pup — 39061B 7.77 3.96 0.0173 189 - 07 59 37.6 -60 35 13 V460 Car 66342 39070 5.19 -2.34 0.0031 1045 M0II 07 59 44.1 -03 40 47 27 Mon 65695 39079 4.93 0.51 0.0131 250 K2III 07 59 52.0 -18 23 58 - Pup 65810 39095 4.61 0.29 0.0137 238 A2Vn 08 00 11.7 +73 55 05 - Cam 64307 39117 5.37 -1.29 0.0047 700 K3III

08 00 20.0 -63 34 03 D1 Car 66591 39138 4.81 -1.29 0.0060 542 B3V 08 00 47.3 +17 18 31 3 Cnc 65759 39177 5.60 -1.12 0.0045 721 K3III 08 00 55.8 +25 23 34 ω Cnc 65714 39191 5.87 -1.82 0.0029 1124 G8III: 08 01 13.2 -01 23 33 28 Mon 65953 39211 4.69 -1.12 0.0069 472 K4III 08 01 30.2 +16 27 19 5 Cnc 65873 39236 5.99 0.19 0.0069 472 B9.5Vn

08 01 42.3 +60 19 28 53 Cam 65339 39261 6.02 1.05 0.0102 321 A2pSrCrEu 08 01 43.8 +25 05 23 4 Cnc 65856 39263 6.32 0.00 0.0055 598 A1V 08 02 15.9 +02 20 04 - CMi 66141 39311 4.39 -0.13 0.0125 261 K2III 08 02 44.7 -41 18 36 V336 Pup 66624 39360 5.52 -0.35 0.0067 486 ApSi 08 03 31.0 +27 47 39 χ Gem 66216 39424 4.94 0.45 0.0127 258 K2III

330 α δ Star Con HD HIP m M π l.y. Spectra 08 03 35.0 -40 00 11 ζ Pup 66811 39429 2.21 -5.95 0.0023 1399 O5Iaf 08 03 50.5 +22 04 14 7 Cnc 66347 39447 6.84 0.39 0.0051 634 K0 08 04 16.1 -32 40 30 MZ Pup 66888 39487 5.25 -4.03 0.0014 2345 M2II 08 04 41.5 -19 43 41 14 Pup 66834 39524 6.12 -2.30 0.0021 1575 B3III 08 04 47.1 +79 28 47 Kui 31 Cam 64486 39538 5.39 0.36 0.0099 330 A0pSi

08 05 04.4 +13 07 05 8 Cnc 66664 39567 5.14 1.09 0.0155 210 A1V 08 06 18.3 +22 38 08 9 Cnc 66875 39659 5.96 -0.46 0.0052 626 M3III 08 06 40.3 -45 15 59 - Vel 67582 39690 5.04 -2.86 0.0026 1240 K3III 08 07 10.0 +43 15 38 28 Lyn 66824 39722 6.35 0.54 0.0069 472 A1V 08 07 17.9 -20 33 17 - Pup 67456 39734 5.33 -2.54 0.0027 1221 A5II

08 07 32.6 -24 18 15 ρ Pup 67523 39757 2.83 1.41 0.0520 63 F6IIpδDel 08 07 45.8 +21 34 54 µ Cnc 67228 39780 5.30 3.46 0.0429 76 G2IV 08 07 55.9 -68 37 02 εA Vol 68520 39794A 4.37 -2.10 0.0051 642 B6IV 08 07 56.2 -68 36 56 εB Vol — 39794B 7.48 1.01 0.0051 642 B6IV 08 08 27.4 +51 30 24 27 Lyn 67006 39847 4.78 0.65 0.0150 218 A2V

08 08 35.6 -02 59 02 ζ Mon 67594 39863 4.36 -4.41 0.0018 1852 G2Ib 08 08 42.4 +13 38 27 12 Cnc 67483 39874 6.25 1.59 0.0117 278 F3V 08 08 49.3 +27 28 46 11B Cnc 67402 39888B 10.19 3.35 0.0043 758 K0III 08 08 49.5 +27 28 49 11A Cnc 67402 39888A 7.11 0.28 0.0043 758 K0III 08 09 00.7 -61 18 07 B Car 68456 39903 4.74 3.09 0.0468 70 F5V

08 09 01.5 -19 14 42 16 Pup 67797 39906 4.40 -1.41 0.0069 472 B5V 08 09 29.2 -47 20 44 γ1 Vel 68243 — 4.27 -4.18 0.0020 1598 B1IV 08 09 30.5 +32 13 19 Σ 1187A Cnc 67501 39948A 7.25 3.11 0.0149 220 F2 08 09 30.6 +32 13 21 Σ 1187B Cnc 67501 39948B 7.96 3.82 0.0149 220 - 08 09 31.9 -47 20 12 γ2 Vel 68273 39953 1.75 -5.31 0.0039 840 WC8+O7.5e

08 09 35.9 -44 07 23 - Vel 68217 39961 5.20 -2.51 0.0029 1136 B2IV-V 08 09 43.2 -47 56 14 IS Vel 68324 39970 5.23 -2.02 0.0035 921 B1IVe 08 10 13.1 +25 50 40 13 Cnc 67690 40007 6.44 -1.06 0.0032 1032 K0 08 10 27.1 +25 30 26 ψ Cnc 67767 40023 5.73 2.61 0.0238 137 G7V 08 10 39.8 -13 47 57 18 Pup 68146 40035 5.53 3.77 0.0445 73 F7V

08 11 16.2 -12 55 37 19 Pup 68290 40084 4.72 0.95 0.0176 185 G9III 08 11 21.5 -39 37 07 NS Pup 68553 40091 4.44 -4.36 0.0017 1874 K4III 08 11 25.9 -42 59 14 h 4057 Pup 68601 40096 4.73 -6.04 0.0007 4657 A5Ib 08 11 32.9 -07 46 21 - Hya 68312 40107 5.36 0.43 0.0103 316 G8III 08 11 59.9 -46 38 39 AH Vel 68808 40155 5.77 -2.49 0.0022 1462 F7p

08 12 12.6 +17 38 52 ζ1A Cnc 68257 40167A 5.68 3.64 0.0391 83 F8V 08 12 12.6 +17 38 52 ζ1C Cnc 68255 40167C 6.09 4.05 0.0391 83 G5V 08 12 13.2 +17 38 51 ζ2 Cnc 68256 40167B 6.22 4.18 0.0391 83 F9V 08 12 48.7 +68 28 27 - UMa 67447 40215 5.34 -2.22 0.0031 1062 G8II 08 13 04.2 -34 34 43 RS Pup 68860 40233 6.99 -4.56 0.0005 6653 F8Iab

08 13 08.8 +29 39 23 15 Cnc 68351 40240 5.62 -1.52 0.0037 872 B9pSiCr 08 13 19.9 -15 47 18 20 Pup 68752 40259 4.99 -2.89 0.0027 1230 G5Ib-II 08 13 29.5 -35 53 59 MX Pup 68980 40274 4.78 -2.61 0.0033 979 B2ne 08 13 36.2 -46 59 31 h 4069 Vel 69144 40285 5.14 -2.23 0.0034 970 B2.5IV 08 13 58.3 -36 19 21 OS Pup 69081 40321 5.09 -2.70 0.0028 1177 B2V:

08 14 02.8 -40 20 53 h2 Pup 69142 40326 4.42 -0.47 0.0105 310 K1II-III 08 14 05.3 -44 34 30 AI Vel 69213 40330 6.56 1.56 0.0100 326 F2pvar 08 15 15.9 -62 54 57 CA Car 69863 40429A 5.28 0.93 0.0135 242 A2V 08 15 15.9 -62 54 57 CB Car — 40429B 7.90 3.54 0.0135 242 - 08 16 30.9 +09 11 08 β Cnc 69267 40526 3.53 -1.22 0.0112 290 K4III

331 α δ Star Con HD HIP m M π l.y. Spectra 08 16 33.9 +11 43 35 R Cnc 69243 40534 6.07 2.68 0.0210 155 M7IIIe 08 17 23.1 -16 17 06 21 Pup 69665 40604 6.32 -0.78 0.0038 858 A2V 08 17 50.4 +59 34 16 29 Lyn 68930 40646 5.63 0.78 0.0107 304 A7IV 08 18 19.0 -65 36 47 - Vol 70514 40680 5.06 0.27 0.0110 296 K1III 08 18 31.7 -76 55 11 α Cha 71243 40702 4.05 2.60 0.0514 63 F5III

08 18 33.3 -36 39 34 q Pup 70060 40706 4.44 2.16 0.0351 93 A4m 08 19 49.2 -71 30 54 κ1 Vol 71046 40817 5.33 -0.06 0.0084 390 B9III-IV 08 20 00.8 -71 30 19 κ2 Vol 71066 40834 5.63 0.21 0.0083 395 A0p 08 20 03.8 +27 13 03 χ Cnc 69897 40843 5.13 3.84 0.0552 59 F6V 08 20 26.1 +57 44 35 30 Lyn 69548 40875 5.89 3.39 0.0316 103 F4V

08 20 32.1 +24 01 20 λ Cnc 70011 40881 5.92 0.37 0.0078 419 B9.5V 08 20 38.7 -77 29 04 ϑ Cha 71701 40888 4.34 0.97 0.0212 154 K0III-IV 08 21 21.0 -36 29 04 h 4085 Pup 70556 40943 5.18 -3.31 0.0020 1630 B2IV-V 08 21 23.0 -33 03 16 w Pup 70555 40945 4.83 -2.22 0.0039 838 K2/K3III 08 21 42.9 +17 17 07 V Cnc 70276 40977 9.25 6.37 0.0266 123 Sevar

08 22 04.7 -73 24 01 η Vol 71576 41003 5.28 0.09 0.0092 356 A0/A1IV-V 08 22 30.8 -59 30 34 εA Car 71129 41037A 2.17 -4.27 0.0052 632 K3III+B2V 08 22 30.8 -59 30 34 εB Car — 41037B 4.12 -2.32 0.0052 632 - 08 22 31.5 -48 29 25 BA Vel 70930 41039A 5.13 -3.20 0.0022 1509 B1V 08 22 31.5 -48 29 31 BB Vel 70930 41039B 6.09 -2.24 0.0022 1509 -

08 22 46.7 -13 03 17 22 Pup 70673 41067 6.13 0.63 0.0079 411 K0III 08 22 50.1 +43 11 17 31 Lyn 70272 41075 4.25 -1.13 0.0084 389 K5III 08 23 21.8 +18 19 56 20 Cnc 70569 41117 5.94 0.52 0.0083 395 A9V 08 23 55.1 +10 37 55 21B Cnc 70734 41163B 9.51 1.84 0.0029 1113 M2III 08 23 55.2 +10 37 55 21A Cnc 70734 41163A 6.26 -1.41 0.0029 1113 M2III

08 24 35.0 -03 45 04 1 Hya 70958 41211 5.61 3.44 0.0368 89 F3V 08 25 03.7 -24 02 46 S 568 Pup 71176 41260 5.32 -0.64 0.0064 506 K4/K5III 08 25 30.7 -51 43 42 DUN 69 Vel 71510 41296 5.18 -1.40 0.0048 674 B2V 08 25 39.6 -03 54 23 C Hya 71155 41307 3.91 0.99 0.0261 125 A0V 08 25 44.3 -66 08 13 β Vol 71878 41312 3.77 1.17 0.0302 108 K2IIIvar

08 25 49.9 +17 02 46 25 Cnc 71030 41319 6.11 2.85 0.0222 147 F6V 08 25 51.9 -42 09 12 - Pup 71459 41323 5.45 -1.53 0.0040 813 B3V 08 25 54.7 +07 33 53 h 785 Cnc 71115 41325 5.13 -0.08 0.0091 359 G8II 08 26 27.1 -03 59 15 2 Hya 71297 41375 5.60 1.97 0.0188 173 A5III-IV 08 26 27.6 +27 53 36 ϕ1 Cnc 71093 41377 5.58 0.15 0.0082 398 K5III

08 26 39.8 +24 32 03 24A Cnc 71152 41389A 6.99 2.59 0.0132 248 F0III 08 26 40.1 +24 32 07 24BC Cnc 71153 41389BC 7.86 3.46 0.0132 248 F7V 08 26 43.8 +12 39 17 27 Cnc 71250 41400 5.56 -1.98 0.0031 1052 M3III 08 26 46.7 +26 56 04 ϕ2B Cnc 71150 41404B 6.31 1.67 0.0118 277 A6V 08 26 46.9 +26 56 07 ϕ2A Cnc 71151 41404A 6.26 1.62 0.0118 277 A3V

08 27 36.5 -53 05 19 GU Vel 71935 41483 5.08 1.10 0.0160 204 A9/F0III-IV 08 28 36.8 +24 08 41 28 Cnc 71496 41574 6.05 1.45 0.0120 271 F0Vn 08 28 37.3 +14 12 39 29 Cnc 71555 41578 5.94 1.07 0.0106 308 A5V 08 29 04.3 -47 55 27 AB Vel — 41616B 7.31 -1.19 0.0020 1638 B5V 08 29 04.8 -47 55 45 AAa Vel 72108 41616A 5.48 -3.03 0.0020 1638 B2IV

08 29 27.4 -44 43 25 I 168B Vel — 41639B 7.05 -4.59 0.0005 6936 - 08 29 27.5 -44 43 30 I 168A Vel 72127 41639A 5.14 -6.50 0.0005 6936 B2IV 08 30 15.8 +60 43 05 ο UMa 71369 41704 3.35 -0.40 0.0178 184 G4II-III 08 31 30.4 +24 04 52 υ1 Cnc 72041 41816 5.71 1.40 0.0138 237 F0IIIn 08 31 30.9 -19 34 39 I 489A Pyx 72310 6862A 5.82 0.48 0.0086 381 A0V

332 α δ Star Con HD HIP m M π l.y. Spectra 08 31 30.9 -19 34 39 I 489B Pyx 72310 6862B 6.67 1.33 0.0086 381 - 08 31 35.7 +18 05 40 ϑ Cnc 72094 41822 5.33 -0.57 0.0066 494 K5III 08 32 39.9 +10 03 58 34 Cnc 72359 41904 6.48 0.38 0.0060 541 A1V 08 32 42.4 +20 26 28 η Cnc 72292 41909 5.33 0.43 0.0105 312 K3III 08 33 00.0 +24 05 05 υ2 Cnc 72324 41940 6.35 0.80 0.0078 421 G9III

08 33 21.8 +36 26 11 32 Lyn 72291 41975 6.20 3.34 0.0268 122 F5Vbwvar 08 34 36.2 +65 08 42 2 UMa 72037 42080 5.47 2.04 0.0206 158 A2m 08 34 43.7 -49 56 39 C Vel 73155 42088 5.01 -2.14 0.0037 876 K1/K2II 08 34 43.8 +36 25 10 33 Lyn 72524 42090 5.76 0.80 0.0102 321 A2Vnn 08 35 15.4 -58 13 29 e1A Car 73390 42129A 5.25 -2.10 0.0034 962 B3V+B3Vn

08 35 15.4 -58 13 29 e1B Car — 42129B 8.90 1.55 0.0034 962 - 08 35 19.4 +19 35 24 35 Cnc 72779 42133 6.55 0.28 0.0056 585 G0III 08 35 19.6 -58 00 33 e2A Car 73389 42134A 5.08 0.84 0.0142 229 K0III 08 35 19.6 -58 00 33 e2B Car — 42134B 8.02 3.79 0.0142 229 - 08 35 28.1 -07 58 56 3 Hya 72968 42146 5.72 1.14 0.0122 268 A1pSrCrEu

08 35 52.0 -50 58 12 HV Vel 73340 42177 5.79 0.01 0.0070 466 B8Si 08 37 05.7 +09 39 20 36 Cnc 73143 42265 5.92 0.17 0.0071 461 A3V 08 37 19.0 -62 51 12 h 4125 Car 73887 42286 5.45 0.39 0.0097 335 K0III 08 37 38.6 -42 59 21 e Vel 73634 42312 4.11 -4.11 0.0023 1436 A6II 08 37 39.3 +05 42 13 δ Hya 73262 42313 4.14 0.44 0.0182 179 A1Vnn

08 37 52.1 -26 15 18 η Pyx 73495 42334 5.24 0.89 0.0135 242 A0V 08 38 05.2 +09 34 29 37 Cnc 73316 42353 6.54 1.25 0.0087 373 A1V 08 38 45.4 +03 20 29 σ Hya 73471 42402 4.45 -0.72 0.0093 352 K2III 08 39 05.3 -70 23 13 ϑ Vol 74405 42425 5.19 0.86 0.0136 239 A0V 08 39 07.9 -22 39 43 β 208A Pyx 73752 42430A 5.44 3.94 0.0502 65 G6IV

08 39 07.9 -22 39 43 β 208B Pyx 73752 42430B 6.90 5.40 0.0502 65 - 08 39 11.7 +65 01 15 π1 UMa 72905 42438 5.63 4.86 0.0701 46.5 G1.5Vb 08 39 23.8 -53 26 23 HW Vel 74071 42459 5.45 -0.25 0.0072 451 B5V 08 39 42.5 -29 33 40 ζ Pyx 73898 42483 4.86 0.56 0.0138 236 G5III 08 39 42.7 +19 46 42 38 Cnc 73575 42485 6.65 0.59 0.0061 531 F0III

08 39 57.6 -53 03 18 h 4126 Vel 74146 42504 5.18 -0.41 0.0076 428 B4IV 08 40 01.4 -12 28 32 6 Hya 73840 42509 4.98 -0.57 0.0078 419 K4III 08 40 06.2 -35 18 29 β Pyx 74006 42515 3.97 -1.41 0.0084 388 G5II-III 08 40 06.4 +20 00 28 39 Cnc 73665 42516 6.39 0.11 0.0056 587 K0III 08 40 11.5 +19 58 16 40 Cnc 73666 42523 6.61 0.40 0.0057 570 A1V

08 40 12.9 +64 19 41 π2 UMa 73108 42527 4.59 0.15 0.0129 252 K2III 08 40 17.6 -52 55 19 ο Vel 74195 42536 3.60 -2.31 0.0066 495 B3IV 08 40 19.2 -40 15 51 Cor 74A Vel 74067 42540A 5.22 0.55 0.0116 280 ApSiCr 08 40 19.6 -40 15 49 Cor 74B Vel 74067 42540B 9.07 4.40 0.0116 280 - 08 40 26.9 +19 32 42 ε Cnc 73731 42556 6.29 0.16 0.0060 548 Am

08 40 37.0 -59 45 40 d Car 74375 42568 4.31 -3.87 0.0023 1411 B1.5III 08 40 37.6 -46 38 55 b Vel 74180 42570 3.77 -6.12 0.0011 3105 F3Ia 08 40 43.2 +19 43 09 42 Cnc 73785 42578 6.83 0.87 0.0064 506 A9III 08 41 01.0 +45 50 02 34 Lyn 73593 42604 5.35 1.64 0.0181 180 G0IV 08 41 13.0 -47 19 01 n Vel 74272 42624 4.74 -4.08 0.0017 1895 A5II

08 41 19.9 -78 57 48 η Cha 75416 42637 5.46 0.53 0.0103 316 B9IV 08 41 43.2 -15 56 36 9 Hya 74137 42662 4.87 0.89 0.0160 204 G8III 08 41 56.8 -45 24 39 LN Vel 74371 42679 5.20 -4.39 0.0012 2694 B5Iab 08 42 15.9 -48 05 56 Rst 5304B Vel 74455 42712B 8.28 -0.30 0.0019 1689 - 08 42 15.9 -48 05 57 Rst 5304A Vel 74455 42712A 5.50 -3.07 0.0019 1689 B1.5Vn

333 α δ Star Con HD HIP m M π l.y. Spectra 08 42 18.9 -53 06 00 B 1625B Vel 74535 42715B 5.57 -0.29 0.0068 483 B8Si 08 42 18.9 -53 06 01 B 1625C Vel 74535 42715C 7.90 2.05 0.0068 483 - 08 42 25.4 -53 06 50 HY Vel 74560 42726 4.83 -1.01 0.0068 479 B3IV 08 43 12.3 +12 40 51 45 Cnc 74228 42795 5.62 -1.87 0.0032 1028 A3V+G0III 08 43 13.4 +03 23 55 η Hya 74280 42799 4.30 -1.48 0.0070 466 B3V

08 43 17.1 +21 28 06 γ Cnc 74198 42806 4.66 1.23 0.0206 158 A1IV 08 43 35.5 -33 11 11 α Pyx 74575 42828 3.68 -3.39 0.0039 845 B1.5III 08 43 40.4 -07 14 01 F Hya 74395 42835 4.63 -1.71 0.0054 604 G2Ib 08 43 40.5 -49 49 22 D Vel 74753 42834 5.15 -3.19 0.0022 1516 B0IIIn 08 44 23.9 -42 38 57 d Vel 74772 42884 4.05 -0.18 0.0143 228 G5III

08 44 41.0 +18 09 15 δ Cnc 74442 42911 3.94 0.84 0.0240 136 K0III 08 44 42.2 -54 42 29 δB Vel — 42913B 5.57 3.63 0.0409 80 - 08 44 42.2 -54 42 30 δA Vel 74956 42913A 1.99 0.05 0.0409 80 A1V 08 44 45.0 +10 04 54 49 Cnc 74521 42917 5.63 0.15 0.0080 408 A1pEuCr 08 45 01.3 +05 40 51 10 Hya 74591 42931 6.13 2.12 0.0158 207 A6V

08 45 21.4 +30 41 52 46 Cnc 74485 42954 6.12 0.30 0.0068 477 G5III 08 46 01.7 -46 02 30 a Vel 75063 43023 3.87 -4.52 0.0021 1552 A1III 08 46 22.5 -13 32 52 12 Hya 74918 43067 4.32 0.11 0.0144 227 G8III 08 46 30.6 -45 54 46 OP Vel 75149 43082 5.43 -4.59 0.0010 3293 B3Ia 08 46 40.0 +28 45 55 ιB Cnc 74738 43100 6.58 2.77 0.0173 188 A3V

08 46 41.8 +28 45 36 ιA Cnc 74739 43103 4.03 -0.77 0.0109 298 G7.5IIIaBa0.1 08 46 42.7 -56 46 11 V344 Car 75311 43105 4.50 -1.62 0.0060 546 B3Vne 08 46 46.4 +06 25 09 εC Hya 74874 43109C 6.67 3.58 0.0241 135 F5 08 46 46.5 +06 25 08 εA Hya 74874 43109A 3.75 0.66 0.0241 135 G5III 08 46 46.5 +06 25 08 εB Hya 74874 43109B 4.70 1.61 0.0241 135 A8IV

08 46 55.9 +12 06 36 50 Cnc 74873 43121 5.89 1.96 0.0164 199 A1V 08 47 14.9 -01 53 50 - Hya 74988 43142 5.28 0.19 0.0096 339 A3V 08 48 25.9 +05 50 16 ρ Hya 75137 43234 4.35 -0.72 0.0097 337 A0Vn 08 49 21.7 -03 26 35 14 Hya 75333 43305 5.30 -0.34 0.0075 438 B9pHgMn 08 49 39.1 -40 19 14 h Vel 75630 43325 5.47 -2.97 0.0021 1590 A2/A3IV

08 49 47.7 -45 18 28 g Vel 75710 43347 4.94 -2.08 0.0039 827 A2III 08 49 51.5 -32 46 50 - Pyx 75605 43352 5.19 0.96 0.0143 229 G8III 08 50 31.9 -27 42 36 γ Pyx 75691 43409 4.02 -0.01 0.0156 209 K3III 08 50 33.4 -46 31 45 f Vel 75821 43413 5.09 -4.50 0.0012 2694 B0III 08 50 34.8 -66 47 35 HdO 206 Vol 76143 43414 5.34 1.74 0.0190 171 F5IV

08 50 43.8 +35 04 17 Σ 1282B Lyn 75353 43426B 7.76 3.94 0.0172 189 - 08 50 44.1 +35 04 16 Σ 1282A Lyn 75353 43426A 7.69 3.87 0.0172 189 F8 08 51 01.5 +15 21 03 54 Cnc 75528 43454 6.36 3.35 0.0250 130 G1V 08 51 10.9 +15 59 58 52 Cnc 75558 43463 7.38 1.03 0.0054 607 G5 08 51 34.4 -07 10 38 15A Hya 75737 43496A 5.79 -0.08 0.0067 488 A4m

08 51 34.5 -07 10 39 15B Hya 75737 43496B 7.48 1.60 0.0067 488 - 08 51 56.8 +43 43 36 35 Lyn 75506 43531 5.15 0.53 0.0119 274 K0III 08 52 28.6 +28 15 33 53 Cnc 75716 43575 6.25 -0.92 0.0037 886 M3III 08 52 34.6 +32 28 27 σ1 Cnc 75698 43584 5.67 1.69 0.0160 204 A8Vms 08 52 35.8 +28 19 51 ρ1 Cnc 75732 43587 5.96 5.47 0.0798 41 G8V

08 53 22.5 +61 57 44 5 UMa 75486 43644 5.72 1.01 0.0115 285 F2III 08 53 50.6 -47 31 15 φ 316 Vel 76360 43671 5.31 0.79 0.0125 261 Am 08 54 14.5 +30 34 47 57B Cnc 75959 43721B 6.43 1.18 0.0089 365 G7III 08 54 14.6 +30 34 46 57A Cnc 75959 43721A 6.21 0.96 0.0089 365 G7III 08 55 02.8 -60 38 40 c Car 76728 43783 3.84 -1.06 0.0105 312 B8III

334 α δ Star Con HD HIP m M π l.y. Spectra 08 55 23.6 +05 56 44 ζ Hya 76294 43813 3.11 -0.21 0.0216 151 G8III-IV 08 55 29.5 -07 58 13 17B Hya 76369 43822B 7.04 2.09 0.0102 318 A7m 08 55 29.5 -07 58 16 17A Hya 76370 43822A 6.78 1.84 0.0102 318 A2m 08 55 31.5 -27 40 55 δ Pyx 76483 43825 4.87 0.66 0.0144 226 A3IV 08 55 39.6 +27 55 39 ρ2 Cnc 76219 43834 5.23 -1.00 0.0057 574 G8II-III

08 55 39.7 -09 08 29 T Hya 76400 43835 6.70 -2.19 0.0017 1952 M3e 08 55 55.5 +11 37 34 60 Cnc 76351 43851 5.44 -0.82 0.0056 582 K5III 08 56 19.3 -52 43 23 H(B) Vel 76805 43878B 7.93 2.62 0.0087 376 - 08 56 19.4 -52 43 25 H(A) Vel 76805 43878A 4.69 -0.61 0.0087 376 B5V 08 56 37.5 +64 36 14 6 UMa 75958 43903 5.57 0.69 0.0106 308 G7III

08 56 41.9 -85 39 47 ζ Oct 79837 43908 5.43 2.01 0.0207 157 F0III 08 56 56.6 +32 54 37 σ2 Cnc 76398 43932 5.44 1.56 0.0167 195 A7IV 08 56 58.3 -59 13 46 b1 Car 77002 43937 4.93 -1.47 0.0053 621 B2IV-V 08 57 14.9 +15 19 21 ο1 Cnc 76543 43970 5.22 1.77 0.0204 160 A5III 08 57 35.1 +15 34 53 ο2 Cnc 76582 44001 5.68 2.22 0.0203 161 F0IV

08 57 58.7 +30 14 01 61 Cnc 76572 44031 6.25 2.75 0.0199 164 F6V 08 58 29.2 +11 51 28 α Cnc 76756 44066 4.26 0.63 0.0188 173 A5m 08 58 52.2 -47 14 05 FZ Vel 77140 44093 5.17 1.02 0.0148 221 Am 08 59 12.4 +48 02 30 ι UMa 76644 44127 3.12 2.29 0.0683 47.7 A7IV 08 59 24.1 -59 05 01 b2 Car 77370 44143 5.17 3.08 0.0382 85 F3V

08 59 32.6 +32 25 07 σ3 Cnc 76813 44154 5.23 0.27 0.0102 320 G9III 09 00 05.4 -41 15 14 w Vel 77258 44191 4.45 0.50 0.0162 201 G8/K1III+A 09 00 38.2 +41 46 58 Kui 37B Lyn 76943 44248B 6.48 5.40 0.0609 54 - 09 00 38.3 +41 46 58 Kui 37A Lyn 76943 44248A 4.18 3.10 0.0609 54 F5V 09 01 20.7 -41 51 52 IZ Vel 77475 44299 5.56 -0.24 0.0069 471 B5V

09 01 24.0 +32 15 08 σ4A Cnc 77104 44307A 5.99 0.02 0.0064 509 A2V 09 01 24.3 +32 15 05 σ4B Cnc 77104 44307B 8.79 2.82 0.0064 509 A2V 09 01 43.6 +17 04 52 68 Cnc 77230 44336 7.39 1.61 0.0070 468 B9 09 01 44.6 -52 11 18 h 4165A Vel 77653 44337A 5.54 -0.10 0.0075 437 ApSi 09 01 44.6 -52 11 19 h 4165B Vel 77653 44337B 6.62 0.98 0.0075 437 -

09 01 48.9 +27 54 09 67 Cnc 77190 44342 6.07 2.23 0.0170 191 A8Vn 09 02 26.9 -66 23 46 α Vol 78045 44382 4.00 1.09 0.0262 124 Am 09 02 32.7 +67 37 47 ρ UMa 76827 44390 4.74 0.01 0.0114 287 M3III 09 02 44.2 +24 27 11 ν Cnc 77350 44405 5.45 -0.28 0.0071 457 A0III 09 03 37.5 +47 09 24 κA UMa 77327 44471A 4.16 -1.41 0.0077 423 A1Vn

09 03 37.5 +47 09 24 κB UMa 77327 44471B 4.54 -1.02 0.0077 423 - 09 04 09.2 -47 05 52 c Vel 78004 44511 3.75 -1.13 0.0106 309 K2III 09 04 09.9 +27 53 54 70 Cnc 77557 44512 6.67 0.33 0.0054 605 A1V 09 05 09.3 -72 36 10 G Car 78791 44599 4.47 -1.25 0.0072 454 F6II-III 09 05 38.4 -70 32 19 E Car 78764 44626 4.66 -2.94 0.0030 1079 B2IVe

09 05 45.6 +17 23 25 71 Cnc 77892 44637 8.09 1.21 0.0042 774 A2 09 05 58.3 +05 05 32 ω Hya 77996 44659 4.99 -2.86 0.0027 1212 K2II-III 09 06 31.7 +38 27 08 - Lyn 77912 44700 4.56 -2.03 0.0048 678 G8Ib-II 09 07 44.8 +10 40 06 κ Cnc 78316 44798 5.23 -0.63 0.0067 484 B8IIIpMn 09 07 59.7 -43 25 57 λ Vel 78647 44816 2.23 -3.99 0.0057 573 K4Ib-II

09 08 00.0 +29 39 15 τ Cnc 78235 44818 5.42 0.91 0.0126 260 G8III 09 08 02.8 -25 51 30 κ Pyx 78541 44824 4.62 -1.25 0.0067 487 K4/K5III 09 08 23.5 +66 52 24 σ1 UMa 77800 44857 5.15 -0.77 0.0065 498 K5III 09 08 42.0 -08 35 23 19B Hya 78556 44883B 9.69 2.49 0.0036 898 - 09 08 42.1 -08 35 23 19A Hya 78556 44883A 5.61 -1.59 0.0036 898 B9.5III

335 α δ Star Con HD HIP m M π l.y. Spectra 09 08 47.3 +26 37 45 75 Cnc 78418 44892 5.95 3.47 0.0320 102 G5IV 09 08 52.2 +51 36 16 15 UMa 78209 44901 4.46 2.13 0.0341 96 Am 09 09 02.4 +17 28 13 78 Cnc 78479 44918 7.19 0.28 0.0042 786 K3III 09 09 21.5 +22 02 43 ξ Cnc 78515 44946 5.16 -0.18 0.0086 380 K0III 09 09 35.5 -08 47 16 20 Hya 78732 44961 5.47 -1.00 0.0051 642 G8II

09 09 56.4 -30 21 55 ε Pyx 78922 45001 5.59 1.52 0.0154 212 A4IV 09 10 20.8 +21 59 47 79 Cnc 78715 45033 6.04 0.49 0.0078 420 G8III 09 10 23.1 +67 08 04 σ2A UMa 78154 45038A 4.92 3.37 0.0489 67 F7IV-V 09 10 23.1 +67 08 07 σ2B UMa 78154 45038B 8.85 7.30 0.0489 67 - 09 10 38.6 +30 57 47 RS Cnc 78712 45058 6.04 0.61 0.0082 397 M6S

09 10 55.0 +63 30 49 τ UMa 78362 45075 4.67 1.81 0.0268 122 Am 09 10 57.9 -58 58 01 a Car 79351 45080 3.43 -2.11 0.0078 418 B2IV 09 11 04.3 -44 52 04 GX Vel 79186 45085 4.99 -6.01 0.0006 5175 B5Ia 09 11 16.7 -62 19 02 i Car 79447 45101 3.96 -1.97 0.0065 499 B3IV 09 11 56.9 +18 02 39 80 Cnc 79009 45153 6.87 1.08 0.0069 470 A0

09 12 17.6 +14 59 46 81 Cnc 79096 45170 6.49 4.93 0.0488 67 G9V 09 12 26.0 -07 06 35 21 Hya 79193 45184 6.10 1.51 0.0121 269 A3III+A0V: 09 12 30.5 -43 36 49 KL Vel 79416 45189 5.95 -0.46 0.0052 623 B8Vp:Si: 09 13 12.1 -69 43 02 β Car 80007 45238 1.67 -0.99 0.0293 111 A2IV 09 13 48.1 +43 13 04 36 Lyn 79158 45290 5.30 -0.92 0.0057 573 B8IIIMNp

09 14 18.0 -55 34 11 - Vel 79846 45328 5.26 -1.20 0.0051 638 G8II-III 09 14 20.6 +61 25 24 16 UMa 79028 45333 5.18 3.72 0.0511 64 F9V 09 14 21.8 +02 18 51 ϑ Hya 79469 45336 3.89 0.91 0.0253 129 B9.5V 09 14 24.4 -43 13 39 z Vel 79735 45344 5.24 -0.92 0.0059 556 B4V 09 15 13.8 +14 56 29 π Cnc 79554 45410 5.36 -1.30 0.0047 701 K1III

09 15 36.7 -38 34 12 l Vel 79917 45439 4.92 0.73 0.0145 225 K0III 09 15 45.1 -37 24 48 κ2 Vel 79940 45448 4.63 1.10 0.0197 166 F3/F5V 09 15 49.8 +56 44 28 17 UMa 79354 45455 5.28 -1.32 0.0048 681 K5III 09 16 11.3 +54 01 18 18 UMa 79439 45493 4.80 2.00 0.0276 118 A5V 09 16 12.2 -57 32 28 g Car 80230 45496 4.34 -1.74 0.0061 536 M1III

09 16 23.0 -44 15 57 - Vel 80108 45505 5.12 -5.34 0.0008 4025 K3Ib 09 16 41.3 -08 44 41 24 Hya 79931 45526 5.49 -1.14 0.0047 689 B9III 09 16 41.6 -06 21 11 23 Hya 79910 45527 5.24 0.58 0.0117 279 K2III 09 16 57.1 -39 24 05 - Vel 80170 45544 5.31 0.12 0.0092 355 K2III 09 17 05.4 -59 16 31 ι Car 80404 45556 2.21 -4.42 0.0047 692 A8Ib

09 17 17.2 -68 41 22 φ 363A Car 80671 45571A 5.76 3.13 0.0298 109 F4V 09 17 17.2 -68 41 23 φ 363B Car 80671 45571B 7.13 4.50 0.0298 109 F4V 09 17 25.5 -74 53 39 h 4206A Car 80951 45581A 5.74 -0.98 0.0045 721 A1V 09 17 25.5 -74 53 39 h 4206B Car 80951 45581B 6.60 -0.13 0.0045 721 A1V 09 17 29.2 -11 57 43 25 Hya 80105 45588 7.07 1.50 0.0077 424 K0

09 18 05.8 -51 03 03 K Vel 80456 45631 5.26 -0.34 0.0076 431 B7/B8III 09 18 42.2 -51 33 38 LR Vel 80558 45675 5.83 -8.02 0.0002 19176 B7Iab 09 18 50.4 +36 48 07 38B Lyn — 45688B 6.30 3.44 0.0268 122 A4V 09 18 50.6 +36 48 09 38A Lyn 80081 45688A 3.95 1.08 0.0268 122 A1V 09 18 58.8 +17 42 19 83 Cnc 80218 45699 6.61 3.64 0.0255 128 F5

09 19 46.3 -11 58 30 26 Hya 80499 45751 4.77 -0.19 0.0102 320 G8III 09 20 20.7 -09 33 44 27C Hya 80550 45802C 10.99 7.03 0.0162 202 - 09 20 20.9 -09 33 37 27B Hya 80550 45802B 7.07 3.11 0.0162 202 F4V 09 20 29.0 -09 33 21 27A Hya 80586 45811 4.80 0.43 0.0134 243 F5Vcomp 09 20 29.5 +59 46 51 20 UMa 80130 45812 7.55 1.67 0.0067 489 K0

336 α δ Star Con HD HIP m M π l.y. Spectra 09 20 57.1 -62 24 17 k Car 81101 45856 4.79 0.62 0.0147 223 G6III 09 20 59.1 +38 11 18 Σ 1338B Lyn — 45858B 7.12 3.73 0.0209 156 F4V 09 20 59.2 +38 11 18 Σ 1338A Lyn 80441 45858A 6.81 3.41 0.0209 156 F3Vcomp 09 21 03.2 +34 23 33 α Lyn 80493 45860 3.14 -1.02 0.0147 222 M0IIIvar 09 21 29.6 -25 57 56 ϑ Pyx 80874 45902 4.71 -1.31 0.0063 522 M0III

09 21 43.2 +56 41 57 CG UMa 80390 45915 5.79 -0.03 0.0068 477 M4IIIa 09 22 06.8 -55 00 38 κ Vel 81188 45941 2.47 -3.62 0.0061 539 B2IV 09 23 12.1 -28 50 02 λ Pyx 81169 46026 4.71 0.98 0.0179 182 G7III 09 24 09.2 -80 47 13 ι Cha 82554 46107 5.34 1.58 0.0177 184 F3/F5IV 09 24 39.2 +26 10 56 κ Leo 81146 46146 4.47 0.39 0.0153 213 K2III

09 25 24.0 -05 07 03 28 Hya 81420 46221 5.60 -0.98 0.0048 675 K5III 09 25 37.4 +54 01 02 21B UMa — 46239B 8.85 2.39 0.0051 637 - 09 25 37.9 +54 00 57 21A UMa 81104 46239A 7.76 1.31 0.0051 637 A2 09 26 18.0 -53 22 45 J Vel 81848 46283 5.09 -0.47 0.0077 422 B6V 09 27 06.5 -71 36 07 - Car 82350 46358 5.46 1.51 0.0162 201 K2III

09 27 14.4 -09 13 26 29B Hya 81728 46365B 7.40 -0.61 0.0025 1304 - 09 27 14.5 -09 13 25 29A Hya 81728 46365A 7.22 -0.79 0.0025 1304 A2V 09 27 18.3 -22 20 38 G Hya 81799 46371 4.72 1.06 0.0185 176 K1III 09 27 35.2 -08 39 31 α Hya 81797 46390 1.99 -1.69 0.0184 177 K3III 09 27 46.7 -06 04 16 B 2530A Hya 81809 46404A 5.75 3.27 0.0320 102 G2V

09 27 46.7 -06 04 16 B 2530B Hya 81809 46404B 7.25 4.78 0.0320 102 - 09 28 27.4 +09 03 24 ωA Leo 81858 46454A 6.01 3.33 0.0291 112 F9V 09 28 27.4 +09 03 24 ωB Leo 81858 46454B 6.66 3.97 0.0291 112 - 09 28 29.1 +08 11 17 3 Leo 81873 46457 5.72 -0.29 0.0063 518 K0III 09 28 39.9 +45 36 06 ΟΣΣ 99 UMa 81688 46471 5.40 0.67 0.0113 288 K0III-IV

09 29 08.8 -02 46 08 τ1 Hya 81997 46509 4.59 3.43 0.0585 56 F6V 09 29 14.7 -35 57 06 ε Ant 82150 46515 4.51 -2.15 0.0047 700 K3III 09 29 54.4 -26 35 23 See 113 Ant 82205 46578 5.49 -1.36 0.0043 763 K2IIICNII 09 30 05.2 -51 31 01 - Vel 82419 46594 5.45 -0.08 0.0079 415 B8V 09 30 41.9 -40 28 00 ψA Vel 82434 46651A 3.96 2.62 0.0539 60 F2IV

09 30 41.9 -40 28 01 ψB Vel 82434 46651B 5.19 3.84 0.0539 60 - 09 30 43.2 +33 39 21 7 LMi 82087 46652 5.87 -0.12 0.0063 515 G8III: 09 30 45.4 -31 53 29 ζ1B Ant 82383 46657B 7.01 1.72 0.0088 372 A1V 09 30 46.1 -31 53 22 ζ1A Ant 82384 46657A 6.20 0.91 0.0088 372 A1V 09 31 13.3 -57 02 04 N Vel 82668 46701 3.16 -1.15 0.0137 238 K5III

09 31 31.7 +63 03 43 23 UMa 81937 46733 3.65 1.83 0.0432 75 F0IV 09 31 32.2 -31 52 18 ζ2 Ant 82513 46734 5.91 0.61 0.0087 374 A9IV 09 31 32.3 +35 06 11 8 LMi 82198 46735 5.39 -0.24 0.0075 436 M1III 09 31 36.5 -73 04 52 H Car 83095 46741 5.46 -1.47 0.0041 791 K4III 09 31 43.1 +22 58 04 λ Leo 82308 46750 4.32 -0.75 0.0097 336 K5IIIvar

09 31 56.7 +11 17 59 ξ Leo 82395 46771 4.99 0.67 0.0137 238 K0IIIvar 09 31 57.5 +09 42 57 h Leo 82381 46774 5.07 -0.78 0.0068 482 K3III 09 31 58.9 -01 11 05 τ2 Hya 82446 46776 4.54 -1.20 0.0071 459 A3V 09 32 14.7 -62 47 19 R Car 82901 46806 6.10 0.57 0.0078 416 M6/M7pe 09 32 19.2 -40 38 58 Rst 1435A Vel 82694 46811A 5.56 0.17 0.0084 390 G8III

09 32 19.3 -40 38 58 Rst 1435B Vel 82694 46811B 8.64 3.25 0.0084 390 - 09 32 51.3 +51 40 38 ϑ UMa 82328 46853 3.17 2.52 0.0742 44.0 F6IV 09 33 12.4 -21 06 57 - Hya 82734 46880 5.02 -0.03 0.0098 334 K0IV 09 33 30.3 +36 29 13 9 LMi 82522 46904 6.19 0.67 0.0079 414 K4III: 09 33 44.2 -49 00 20 h 4220B Vel 82984 46914B 6.24 -1.10 0.0034 959 B8V

337 α δ Star Con HD HIP m M π l.y. Spectra 09 33 44.4 -49 00 18 h 4220A Vel 82984 46914A 5.54 -1.80 0.0034 959 B4IV 09 33 53.4 -80 56 29 ζ Cha 83979 46928 5.07 -1.02 0.0061 539 B5V 09 34 08.7 -51 15 21 L Vel 83058 46950 5.01 -2.27 0.0035 931 B1.5IV 09 34 13.3 +36 23 51 10 LMi 82635 46952 4.54 0.88 0.0185 176 G8III 09 34 26.6 -59 13 46 h Car 83183 46974 4.08 -4.83 0.0017 1976 B5II

09 34 28.8 +69 49 49 24 UMa 82210 46977 4.54 1.99 0.0309 106 G4III-IV 09 34 32.6 -05 54 53 33 Hya 82870 46982 5.56 -1.04 0.0048 681 K1III 09 34 49.4 +52 03 05 26 UMa 82621 47006 4.47 -0.10 0.0122 267 A2V 09 34 53.5 +72 12 20 22 UMa 82189 47013 5.77 2.28 0.0201 163 F7V 09 35 03.8 +39 37 17 - Lyn 82741 47029 4.81 0.58 0.0142 229 K0III

09 35 39.5 +35 48 36 11 LMi 82885 47080 5.40 5.16 0.0895 36 G8IV-V 09 35 52.9 +14 22 46 7 Leo 83023 47096 6.32 0.35 0.0064 510 A1V 09 36 49.7 -49 21 18 M Vel 83446 47175 4.34 1.75 0.0304 107 A5V 09 37 02.5 +16 26 16 8 Leo 83189 47189 5.73 -1.60 0.0034 953 K1III 09 37 05.2 +81 19 35 - Dra 81817 47193 4.28 -3.31 0.0030 1076 K3IIIa

09 37 12.3 -53 40 06 See 115A Vel 83520 47204A 6.19 1.91 0.0140 234 A2/A3V 09 37 12.3 -53 40 07 See 115B Vel 83520 47204B 6.30 2.02 0.0140 234 - 09 37 12.6 +06 50 09 10 Leo 83240 47205 5.00 0.80 0.0145 226 K1IIIvar 09 37 49.9 +24 40 13 9 Leo 83273 47247 6.61 2.41 0.0145 225 G0III 09 37 51.5 -09 25 28 34 Hya 83373 47249 6.40 1.10 0.0087 375 A1V

09 38 01.3 +14 20 50 11 Leo 83343 47266 6.63 2.58 0.0155 210 F2 09 38 01.4 -43 11 27 y Vel 83548 47267 5.51 -0.35 0.0067 484 G8II 09 38 21.7 +40 14 23 42 Lyn 83287 47300 5.28 2.36 0.0261 125 F0V 09 38 27.2 +04 38 57 - Hya 83425 47310 4.68 0.06 0.0119 274 K3III 09 39 12.7 +25 22 03 12 Leo 83469 47382 7.22 2.25 0.0102 321 F0

09 39 21.0 -61 19 41 m Car 83944 47391 4.51 0.33 0.0146 224 B9V 09 39 47.4 -10 34 13 37A Hya 83650 47427A 8.81 1.17 0.0030 1098 A0Vn 09 39 47.4 -10 34 13 37B Hya — 47427B 6.43 -1.21 0.0030 1098 - 09 39 51.3 -01 08 34 ι Hya 83618 47431 3.90 -0.74 0.0118 276 K3IIIvar 09 40 18.3 -14 19 56 κ Hya 83754 47452 5.07 -0.92 0.0063 515 B5V

09 40 42.5 -57 59 00 B 780A Car 84121 47479A 5.85 1.71 0.0149 220 A3IV 09 40 42.5 -57 59 00 B 780B Car 84121 47479B 6.48 2.34 0.0149 220 A3IV 09 41 09.0 +09 53 32 ο Leo 83808 47508 3.52 0.43 0.0241 135 F6II+A1V 09 41 16.9 -23 35 30 I Hya 83953 47522 4.76 -1.16 0.0066 497 B6Ve 09 41 35.1 +31 16 41 DR Leo 83787 47544 5.90 -1.40 0.0035 942 K6III

09 41 38.5 +25 54 46 13 Leo 83821 47550 6.26 0.16 0.0060 541 K2III: 09 42 00.3 +39 45 29 43 Lyn 83805 47570 5.61 0.52 0.0096 340 G8III 09 42 14.4 -23 54 56 - Hya 84117 47592 4.93 4.07 0.0672 48.5 F9IV 09 42 42.8 +35 05 36 13 LMi 83951 47631 6.12 2.49 0.0188 174 F3V 09 42 57.1 +72 15 09 27 UMa 83506 47654 5.15 -0.51 0.0074 442 K0III

09 43 33.2 +29 58 28 f Leo 84107 47701 5.64 2.20 0.0205 159 A2IV 09 43 43.8 +14 01 18 ψ Leo 84194 47723 5.36 -1.34 0.0046 713 M2III 09 44 12.1 -27 46 10 ϑ Ant 84367 47758 5.30 -0.06 0.0085 384 A8V+F7II 09 45 14.8 -62 30 28 l Car 84810 47854 3.69 -4.64 0.0022 1509 G5Iab/Ib 09 45 51.0 +23 46 27 ε Leo 84441 47908 2.97 -1.46 0.0130 251 G0II

09 45 55.3 +63 39 11 28 UMa 84179 47911 6.51 2.07 0.0129 252 F2V 09 46 21.3 -76 46 33 ν Cha 85396 47956 5.43 1.59 0.0171 191 G8III 09 46 23.3 +11 48 36 18 Leo 84561 47959 5.67 -0.99 0.0047 701 K4III 09 46 31.6 +57 07 41 CS UMa 84335 47965 5.09 -1.07 0.0059 556 M3III 09 47 06.1 -65 04 18 υA Car 85123 48002A 3.08 -5.41 0.0020 1622 A7III

338 α δ Star Con HD HIP m M π l.y. Spectra 09 47 06.7 -65 04 21 υB Car 85124 48002B 6.25 -2.23 0.0020 1622 B7III 09 47 25.9 +11 34 06 19 Leo 84722 48029 6.44 1.67 0.0111 293 A7Vn 09 47 33.4 +11 25 43 R Leo 84748 48036 6.02 0.99 0.0099 330 M8IIIe 09 48 12.6 -07 14 45 3 Sex 84882 48087 7.04 0.88 0.0059 555 B9 09 48 35.3 +46 01 15 - UMa 84737 48113 5.08 3.75 0.0543 60 G2V

09 49 50.0 +21 10 46 20A Leo 85040 48218A 6.62 0.63 0.0063 514 A8IV 09 49 50.0 +21 10 46 20B Leo 85040 48218B 7.31 1.32 0.0063 514 A8IV 09 49 57.1 -45 43 58 u Vel 85355 48224 5.09 -2.01 0.0038 856 B7III 09 50 13.8 +39 37 54 16 LMi 85029 48256 6.64 -1.11 0.0028 1156 K5 09 50 30.1 +04 20 36 4 Sex 85217 48273 6.24 2.93 0.0218 150 F6V

09 50 41.1 -07 22 56 5 Sex 85294 48286 7.11 1.79 0.0086 379 F2 09 50 49.3 +11 50 32 21 Leo 85259 48298 6.86 -0.34 0.0036 898 A0 09 50 59.3 +59 02 19 υ UMa 84999 48319 3.78 1.04 0.0284 115 F0IV 09 51 02.0 +13 03 58 23 Leo 85268 48324 6.45 -2.32 0.0018 1852 M0III 09 51 14.0 -04 14 36 6 Sex 85364 48341 6.01 2.07 0.0163 200 A8III

09 51 28.6 -14 50 48 υ1 Hya 85444 48356 4.11 -0.51 0.0119 273 G8III 09 51 40.7 -46 32 52 m Vel 85622 48374 4.58 -3.03 0.0030 1083 G5Ib 09 51 53.0 +24 23 43 22 Leo 85376 48390 5.29 2.27 0.0249 131 A5IV 09 52 06.3 +54 03 51 ϕA UMa 85235 48402A 5.28 -0.36 0.0075 436 A3IV 09 52 06.3 +54 03 51 ϕB UMa 85235 48402B 5.39 -0.24 0.0075 436 -

09 52 12.2 +02 27 15 7 Sex 85504 48414 6.02 -1.52 0.0031 1048 A0Vs 09 52 21.6 +37 54 53 17 LMi 85373 48428 6.71 1.34 0.0084 387 F0 09 52 30.4 -08 06 18 γA Sex 85558 48437A 5.63 1.11 0.0125 261 A2V 09 52 30.4 -08 06 18 γB Sex 85558 48437B 6.10 1.58 0.0125 261 - 09 52 45.8 +26 00 25 µ Leo 85503 48455 3.88 0.83 0.0245 133 K0III

09 54 06.7 +04 56 43 9 Sex 85762 48552 6.72 -0.87 0.0030 1072 K5 09 54 12.2 -25 55 55 - Hya 85859 48559 4.87 -0.19 0.0097 336 K2III 09 54 52.1 -19 00 34 - Hya 85951 48615 4.94 -1.74 0.0046 706 M1III 09 55 42.9 +49 49 12 31 UMa 85795 48682 5.27 1.10 0.0147 223 A3III 09 56 51.7 -54 34 04 ϕ Vel 86440 48774 3.52 -5.34 0.0017 1929 B5Ib

09 57 41.0 +41 03 20 19 LMi 86146 48833 5.11 2.81 0.0346 94 F6Vs 09 58 11.7 +15 13 17 26 Leo 86359 48881 7.45 2.59 0.0107 305 G5 09 58 13.3 +12 26 41 ν Leo 86360 48883 5.26 -0.79 0.0062 529 B9IV 09 58 52.2 -35 53 28 η Ant 86629 48926 5.23 2.66 0.0307 106 A8IV 09 59 43.1 +03 23 05 12 Sex 86611 48990 6.69 2.34 0.0135 241 F0V

09 59 51.6 +56 48 42 - UMa 86378 49005 5.50 -0.47 0.0064 510 K5III 10 00 12.7 +08 02 39 π Leo 86663 49029 4.68 -1.35 0.0062 525 M2III 10 00 43.7 -82 12 52 µ1 Cha 87971 49065 5.53 0.09 0.0082 399 A0IV 10 01 00.6 +31 55 25 20 LMi 86728 49081 5.37 4.50 0.0671 49 G1V 10 04 07.7 -81 33 56 µ2 Cha 88351 49326 6.60 0.41 0.0058 564 G6/G8III

10 04 08.4 +03 12 04 13 Sex 87301 49329 6.43 2.73 0.0182 179 F4V 10 05 07.4 -13 03 53 υ2 Hya 87504 49402 4.60 -0.05 0.0118 277 B9III-IV 10 06 11.3 -47 22 11 I 173B Vel 87783 49485B 7.13 2.64 0.0126 258 - 10 06 11.3 -47 22 12 I 173A Vel 87783 49485A 5.42 0.93 0.0126 258 K0IV 10 06 47.4 +05 36 41 14 Sex 87682 49530 6.20 1.07 0.0094 345 K1III

10 07 19.9 +16 45 45 η Leo 87737 49583 3.48 -5.60 0.0015 2131 A0Ib 10 07 25.7 +35 14 41 21 LMi 87696 49593 4.49 2.26 0.0358 91 A7V 10 07 54.2 +09 59 51 31 Leo 87837 49637 4.39 -0.23 0.0119 274 K4III 10 07 56.2 -00 22 18 α Sex 87887 49641 4.48 -0.25 0.0114 287 A0III 10 08 22.2 +11 58 02 α Leo 87901 49669 1.36 -0.52 0.0421 77 B7V

339 α δ Star Con HD HIP m M π l.y. Spectra 10 08 42.7 -65 48 55 h 4292 Car 88323 49698 5.26 0.16 0.0096 341 K0III 10 08 56.2 -51 48 40 Q Vel 88206 49712 4.85 -2.76 0.0030 1083 B3IV 10 09 14.9 +06 10 15 16 Sex 88048 49739 6.60 0.20 0.0052 622 K0 10 09 21.9 -61 32 57 S Car 88366 49751 5.60 -2.44 0.0025 1320 M2/M3e 10 10 05.8 -12 48 58 - Hya 88215 49809 5.30 3.12 0.0366 89 F5V

10 10 07.4 -08 24 30 17B Sex — 49812B 9.26 3.22 0.0062 527 - 10 10 07.5 -08 24 30 17A Sex 88195 49812A 5.97 -0.07 0.0062 527 A1V 10 10 35.2 -12 21 15 λ Hya 88284 49841 3.61 0.88 0.0284 115 K0III 10 10 43.0 +15 42 15 33 Leo 88233 49850 7.95 3.03 0.0104 314 F0 10 10 55.7 -08 25 06 18 Sex 88333 49865 5.64 -0.17 0.0069 473 K2III

10 11 38.2 +13 21 18 34A Leo 88355 49929A 6.90 2.71 0.0145 225 F7V 10 11 38.2 +13 21 18 34B Leo 88355 49929B 7.87 3.68 0.0145 225 - 10 11 46.3 -58 03 38 QY Car 88661 49934 5.70 -2.29 0.0025 1294 B2IVnpe 10 12 48.3 +04 36 53 19 Sex 88547 50027 5.77 -0.27 0.0062 527 K0III: 10 13 22.8 -51 13 59 LW Vel 88824 50070 5.27 1.78 0.0201 163 A7V

10 13 30.6 -66 22 22 M Car 88981 50083 5.15 0.31 0.0107 304 Am 10 13 44.3 -70 02 16 ω Car 89080 50099 3.29 -1.99 0.0088 370 B8III 10 13 44.4 -07 23 03 20 Sex 88697 50100 7.21 3.79 0.0207 157 F8 10 14 08.3 -07 59 36 21 Sex 88764 50140 6.97 0.39 0.0048 675 K0 10 14 44.1 -42 07 19 q Vel 88955 50191 3.85 1.36 0.0317 103 A2V

10 15 06.3 +31 28 05 22 LMi 88786 50218 6.47 -0.38 0.0043 763 G8III 10 16 14.3 +29 18 38 23 LMi 88960 50303 5.49 1.00 0.0127 257 A0Vn 10 16 28.1 +28 40 57 24 LMi 88986 50316 6.46 3.93 0.0313 104 G0V 10 16 32.2 +23 30 11 35 Leo 89010 50319 5.95 3.54 0.0329 99 G2IV 10 16 40.7 +13 43 42 37 Leo 89056 50333 5.42 -0.51 0.0065 499 M1III

10 16 41.4 +23 25 02 ζ Leo 89025 50335 3.43 -1.08 0.0126 260 F0III 10 17 04.9 -61 19 56 q Car 89388 50371 3.39 -3.38 0.0044 736 K3III 10 17 05.7 +42 54 52 λ UMa 89021 50372 3.45 0.38 0.0243 134 A2IV 10 17 14.5 +23 06 22 39 Leo 89125 50384 5.81 4.03 0.0440 74 F8Vw 10 17 37.7 -08 04 08 ε Sex 89254 50414 5.25 1.51 0.0179 183 F2III

10 17 50.6 +71 03 38 Σ 1415A UMa 88849 50433 6.74 1.89 0.0107 305 A7m 10 17 51.4 +71 03 22 Σ 1415B UMa 88850 50435 7.33 3.30 0.0156 209 Am 10 18 02.0 +65 06 30 32 UMa 88983 50448 5.74 1.32 0.0131 249 A8III 10 18 07.5 -28 59 31 AG Ant 89353 50456 5.52 -3.60 0.0015 2173 B9.5Ib-II 10 19 36.8 -55 01 46 GZ Vel 89682 50555 4.59 -3.71 0.0022 1489 K3II

10 19 44.1 +19 28 15 40 Leo 89449 50564 4.78 3.15 0.0472 69 F6IV 10 19 58.3 +19 50 30 γ1 Leo 89484 50583 2.49 -0.44 0.0260 126 K0III 10 19 58.6 +19 50 25 γ2 Leo 89485 50583 3.64 0.72 0.0260 126 G7IIIcomp 10 20 55.4 -56 02 36 IA Vel 89890 50676A 4.48 -3.67 0.0023 1393 B3III 10 20 56.3 -56 02 37 IB Vel 89890 50676B 8.36 0.20 0.0023 1393 -

10 21 02.0 +02 17 23 23 Sex 89688 50684 6.66 -1.99 0.0019 1753 B2.5IV 10 21 03.4 +68 44 51 EN UMa 89343 50685 5.88 0.38 0.0080 410 A7Vn 10 21 50.3 +14 58 32 42 Leo 89774 50755 6.16 0.34 0.0069 476 A1V 10 22 19.5 -41 39 00 r Vel 89998 50799 4.82 0.88 0.0163 200 K1IIIvar 10 22 19.7 +41 29 58 µ UMa 89758 50801 3.06 -1.35 0.0131 249 M0III SB

10 22 58.1 -66 54 06 L Car 90264 50847 4.97 -0.63 0.0076 430 B8V 10 23 00.5 +06 32 38 43 Leo 89962 50851 6.06 1.82 0.0142 229 K3III 10 23 05.3 +35 13 03 26 LMi 89892 50857 7.10 2.55 0.0123 265 A2 10 23 06.3 +33 54 29 27 LMi 89904 50860 5.89 1.65 0.0142 230 A6V 10 23 26.4 -04 04 27 25 Sex 90044 50885 5.93 0.77 0.0093 351 B9pSiCrSr

340 α δ Star Con HD HIP m M π l.y. Spectra 10 23 28.3 -00 54 09 24 Sex 90043 50887 6.45 2.08 0.0134 244 G5 10 23 29.2 -38 00 35 - Ant 90132 50888 5.34 2.30 0.0247 132 A8V 10 24 07.8 +65 33 59 - UMa 89822 50933 4.94 0.12 0.0108 301 A0pSiSrHg 10 24 08.5 +33 43 06 28 LMi 90040 50935 5.52 0.03 0.0080 409 K1III 10 24 23.7 -74 01 54 I Car 90589 50954 3.99 2.94 0.0617 53 F2IV

10 25 15.1 +08 47 05 44 Leo 90254 51008 5.61 -1.06 0.0046 704 M3III 10 25 44.9 +35 25 31 29 LMi 90250 51047 6.49 0.98 0.0079 413 K1III 10 25 54.8 +33 47 46 30 LMi 90277 51056 4.72 0.71 0.0158 207 F0V 10 26 05.4 -16 50 11 µ Hya 90432 51069 3.83 -0.58 0.0131 248 K7III 10 26 36.9 -00 59 17 26 Sex 90473 51117 6.33 -0.49 0.0043 755 K0

10 26 46.8 -04 23 18 27 Sex 90485 51135 6.55 0.12 0.0052 629 K0 10 27 09.1 -31 04 04 α Ant 90610 51172 4.28 -0.97 0.0089 366 K4III 10 27 24.4 -57 38 20 V399 Car 90772 51192 4.65 -6.86 0.0005 6520 A6Ia 10 27 39.0 +09 45 45 45 Leo 90569 51213 6.01 0.65 0.0085 385 A0pSiCr 10 27 52.7 -58 44 22 s Car 90853 51232 3.81 -3.71 0.0031 1042 F2II

10 27 52.9 +36 42 26 βA LMi 90537 51233A 4.62 1.37 0.0223 146 G8III-IV 10 27 52.9 +36 42 26 βB LMi 90537 51233B 6.04 2.79 0.0223 146 G8III 10 28 52.7 -64 10 20 - Car 91056 51313 5.27 -4.64 0.0010 3135 K3Ib 10 29 28.6 -02 44 21 δ Sex 90882 51362 5.19 0.37 0.0109 300 B9.5V 10 29 34.7 -30 36 33 δB Ant — 51376B 9.64 3.79 0.0068 481 -

10 29 35.3 -30 36 26 δA Ant 90972 51376A 5.57 -0.27 0.0068 481 B9/B9.5V 10 29 54.3 +65 37 34 35 UMa 90633 51401 6.32 1.41 0.0104 313 K2III: 10 30 06.4 +38 55 31 32 LMi 90840 51420 5.79 -1.05 0.0043 760 A4V 10 30 17.4 -00 38 13 β Sex 90994 51437 5.08 -0.04 0.0095 345 B6V 10 30 20.0 -71 59 34 K Car 91375 51438 4.72 0.22 0.0126 259 A2III

10 30 30.8 +02 09 02 31 Sex 91011 51451 6.98 1.13 0.0068 482 K0 10 30 37.5 +55 58 50 36 UMa 90839 51459 4.82 4.28 0.0778 41.9 F8V 10 31 02.0 -73 13 18 h 4333 Car 91496 51495 4.94 -2.42 0.0034 964 K4/K5III 10 31 04.5 +82 33 31 - Cam 90089 51502 5.25 3.59 0.0465 70 F2V 10 31 21.8 -53 42 56 Y Vel 91324 51523 4.89 3.19 0.0457 71 F6V

10 31 51.3 +32 22 46 33 LMi 91130 51556 5.90 1.52 0.0133 245 A0IV 10 32 01.4 -61 41 07 p Car 91465 51576 3.30 -2.62 0.0066 497 B4Vne 10 32 11.7 +14 08 14 46 Leo 91232 51585 5.43 -2.18 0.0030 1083 M1.5IIIb 10 32 18.5 +04 38 43 32 Sex 91256 51592 7.09 0.55 0.0049 661 K0 10 32 41.2 -16 57 32 43 Hya 91369 51614 7.62 3.25 0.0134 244 G2V

10 32 48.6 +09 18 24 ρ Leo 91316 51624 3.84 -7.38 0.0006 5719 B1Ib SB 10 32 56.9 -47 00 12 t Vel 91504 51635 5.30 -2.06 0.0034 964 K4III 10 33 13.8 +40 25 31 h 2534 UMa 91312 51658 4.72 2.04 0.0291 112 A7IV 10 33 30.8 +34 59 19 34 LMi 91365 51685 5.57 -0.48 0.0062 528 A2Vn 10 34 00.8 -23 44 32 44 Hya 91550 51718 5.08 -1.36 0.0052 633 K4III

10 34 47.9 +06 57 14 48 Leo 91612 51775 5.07 0.12 0.0102 319 G8II-III 10 35 02.1 +08 39 00 49B Leo 91636 51802B 8.10 2.34 0.0071 462 - 10 35 02.1 +08 39 01 49A Leo 91636 51802A 5.81 0.05 0.0071 462 A2V 10 35 05.5 +75 42 46 - Dra 91190 51808 4.86 0.38 0.0127 257 K0III 10 35 09.6 +57 04 57 37 UMa 91480 51814 5.16 3.05 0.0378 86 F1V

10 35 12.8 -39 33 45 U Ant 91793 51821 5.50 -1.54 0.0039 836 C5 10 35 28.1 -78 36 27 γ Cha 92305 51839 4.11 -1.40 0.0079 413 M0III 10 35 35.2 -57 33 27 r Car 91942 51849 4.45 -3.68 0.0024 1376 K3/K4II 10 36 04.4 -26 40 29 β 411B Hya 91881 51885B 7.85 4.63 0.0227 143 - 10 36 04.5 -26 40 30 β 411A Hya 91881 51885A 6.73 3.52 0.0227 143 F5V

341 α δ Star Con HD HIP m M π l.y. Spectra 10 36 16.6 -16 20 40 ϕ2 Hya 91880 51905 6.01 -1.35 0.0034 967 M1III 10 36 20.3 -59 33 53 t1 Car 92063 51912 5.08 0.50 0.0121 269 K1III 10 36 21.4 +36 19 36 35 LMi 91752 51914 6.29 2.96 0.0216 151 F3V 10 37 13.7 -27 24 46 - Hya 92036 51979 4.87 -0.97 0.0068 479 M1III 10 37 17.9 -48 13 33 pB Vel 92139 51986B 5.76 3.65 0.0377 86 A4

10 37 18.0 -48 13 33 pA Vel 92139 51986A 4.13 2.01 0.0377 86 A3mF0-F2 10 37 26.8 -58 44 00 V370 Car 92207 52004 5.47 -6.52 0.0004 8150 A0Ia 10 37 33.1 -13 23 04 U Hya 92055 52009 4.89 -1.16 0.0062 528 C5II 10 37 52.2 +34 04 43 36 LMi 92000 52032 6.42 -1.38 0.0028 1185 K0 10 38 34.9 -16 52 36 ϕ1 Hya 92214 52085 4.91 0.72 0.0145 225 K0III

10 38 43.2 +31 58 34 37 LMi 92125 52098 4.68 -1.13 0.0069 474 G0II 10 38 45.1 -59 10 59 DUN 94A Car 92397 52102 4.85 -3.92 0.0018 1852 K4Ib-IIa+A5V 10 38 45.8 -59 10 45 DUN 94B Car — 52106 7.67 2.03 0.0074 438 - 10 38 54.5 +16 07 39 50 Leo 92196 52120 6.61 3.04 0.0193 169 F5V 10 39 07.6 +37 54 37 38 LMi 92168 52139 5.84 2.39 0.0204 159 F9V

10 39 18.3 -55 36 12 x Vel 92449 52154 4.29 -2.92 0.0036 901 G2II 10 40 11.3 -65 06 01 V364 Car 92664 52221 5.51 -0.26 0.0070 466 B9pSi 10 40 21.2 +27 31 31 39 LMi 92371 52240 7.11 0.68 0.0052 631 A2 10 41 24.2 -01 44 30 33 Sex 92588 52316 6.25 3.57 0.0291 112 K1IV 10 41 56.5 +65 42 58 38 UMa 92424 52353 5.12 0.94 0.0146 224 K2IIIvar

10 42 11.3 +31 41 49 RX LMi 92620 52366 6.02 -0.77 0.0044 743 M2III 10 42 14.0 -64 27 58 - Car 92938 52370 4.76 -0.97 0.0072 456 B3V 10 42 37.5 +03 34 59 34A Sex 92749 52401A 6.92 2.65 0.0140 234 F5 10 42 37.5 +03 34 59 34B Sex — 52401B 8.45 4.17 0.0140 234 - 10 42 40.6 -59 12 57 V519 Car 92964 52405 5.36 -6.23 0.0005 6792 B2.5Ia

10 42 57.4 -64 23 40 ϑ Car 93030 52419 2.74 -2.91 0.0074 439 B0Vp 10 43 01.8 +26 19 32 40 LMi 92769 52422 5.51 2.22 0.0220 148 A4Vn 10 43 04.0 +69 04 34 - UMa 92523 52425 5.01 -0.57 0.0077 426 K3III 10 43 20.5 +04 44 49 35B Sex — 52452B 7.34 0.69 0.0047 697 K7 10 43 20.9 +04 44 52 35A Sex 92841 52452A 6.29 -0.36 0.0047 697 K3III+K0III

10 43 24.9 +23 11 18 41 LMi 92825 52457 5.08 1.06 0.0157 207 A3Vn 10 43 32.1 -60 33 59 w Car 93070 52468 4.58 -2.99 0.0031 1065 K3Ib 10 43 32.8 +46 12 14 - UMa 92787 52469 5.18 2.42 0.0281 116 F5III 10 43 43.3 +57 11 57 39 UMa 92728 52478 5.79 0.53 0.0089 368 A0Vs 10 44 06.9 -63 57 40 - Car 93194 52502 4.80 -1.06 0.0067 484 B5Vn

10 44 38.3 +68 46 32 R UMa 92763 52546 9.86 2.40 0.0032 1012 M3e-M9e 10 44 47.2 -59 24 48 RT Car 303310 52562 8.56 -0.57 0.0015 2188 M2Ia 10 45 03.6 -59 41 03 η Car 93308 — 6.21 -5.30 0.0005 6520 pec 10 45 03.9 +67 24 41 VY UMa 92839 52577 5.95 -1.75 0.0029 1132 C5II 10 45 09.4 +02 29 17 36 Sex 93102 52584 6.27 -0.19 0.0051 639 K4III

10 45 15.8 -80 28 10 δ1A Cha 93779 52595A 6.27 1.09 0.0092 354 K0III 10 45 16.1 -80 28 10 δ1B Cha - 52595B 6.50 1.32 0.0092 354 - 10 45 46.6 -80 32 24 d2 Cha 93845 52633 4.45 -0.79 0.0090 363 B2.5IV 10 45 51.8 +30 40 56 42 LMi 93152 52638 5.36 0.04 0.0086 377 A1Vn 10 45 59.8 +56 55 15 40 UMa 93075 52650 7.11 1.88 0.0090 363 A8V

10 46 16.5 -64 30 54 - Car 93540 52678 5.33 -0.45 0.0070 466 B7:V 10 46 22.4 +57 21 57 41 UMa 93132 52685 6.34 -0.49 0.0043 756 M1III 10 46 24.5 +18 53 29 m Leo 93257 52686 5.50 1.81 0.0183 178 K3III 10 46 25.2 +14 11 41 52 Leo 93291 52689 5.49 0.76 0.0113 287 G4III: 10 46 29.7 -64 15 47 φ 364 Car 93549 52701 5.23 -0.37 0.0076 429 B7IV

342 α δ Star Con HD HIP m M π l.y. Spectra 10 46 46.1 -49 25 12 µA Vel 93497 52727A 2.90 0.14 0.0282 116 G5III SB 10 46 46.3 -49 25 11 µB Vel 93497 52727B 5.92 3.17 0.0282 116 - 10 46 51.2 -64 23 00 - Car 93607 52736 4.87 -0.83 0.0073 449 B3IV 10 46 51.9 -17 17 48 b1 Hya 93397 52737 5.44 1.30 0.0149 219 A3V 10 46 57.5 -56 45 26 - Vel 93563 52742 5.14 -0.99 0.0060 548 B8/B9III

10 47 36.4 -15 37 36 Σ 1473A Hya 93527 52792 7.79 2.84 0.0102 319 F7II-III 10 47 36.8 -15 37 06 Σ 1473B Hya — 52793 9.03 4.47 0.0123 266 - 10 47 37.9 -15 15 44 Σ 1474 Hya 93526 52795 6.67 -2.23 0.0017 1964 A0III 10 48 57.2 +29 24 57 43 LMi 93636 52882 6.15 -0.17 0.0055 598 K0 10 48 57.9 -09 06 00 39 Sex 93704 52884 7.07 0.46 0.0048 685 K0

10 49 15.4 +10 32 43 53 Leo 93702 52911 5.32 0.27 0.0098 334 A2V 10 49 17.3 -04 01 25 40B Sex 93742 52913B 7.91 3.00 0.0104 313 - 10 49 17.3 -04 01 27 40A Sex 93742 52913A 7.09 2.18 0.0104 313 A2IV 10 49 37.4 -16 11 37 n Hya 93813 52943 3.11 -0.03 0.0235 138 K2III 10 49 53.8 +27 58 26 44 LMi 93765 52959 6.05 1.59 0.0128 254 F5V

10 50 18.0 -08 53 52 41 Sex 93903 52980 5.80 0.55 0.0089 366 A3m 10 51 11.0 +56 34 56 43 UMa 93859 53043 5.66 0.51 0.0093 350 K2III 10 51 23.6 +59 19 12 42 UMa 93875 53064 5.57 1.04 0.0124 263 K2III 10 52 30.8 -57 14 25 V524 Car 94367 53154 5.26 -6.08 0.0005 6037 B9Ia 10 52 48.8 +27 51 55 45 LMi 94218 53195 7.48 2.20 0.0088 371 F5

10 53 18.6 +34 12 53 46 LMi 94264 53229 3.79 1.41 0.0334 98 K0III-IV 10 53 29.4 -20 08 20 b3 Hya 94388 53252 5.23 2.75 0.0319 102 F6V 10 53 29.6 -58 51 12 u Car 94510 53253 3.78 1.42 0.0337 97 K0III-IV 10 53 34.3 +54 35 06 44 UMa 94247 53261 5.12 -1.46 0.0048 676 K3III 10 53 43.6 -02 07 45 p1 Leo 94402 53273 5.45 0.55 0.0105 312 G8III

10 53 58.7 +43 11 24 ω UMa 94334 53295 4.66 0.10 0.0122 267 A1Vs 10 54 42.2 +25 29 27 48 LMi 94480 53355 6.19 0.72 0.0080 405 A8V 10 55 17.2 -60 31 01 T Car 94776 53394 5.93 1.07 0.0107 306 K0III 10 55 36.7 +24 44 59 54A Leo 94601 53417A 4.49 -0.25 0.0113 289 A1V 10 55 37.2 +24 44 46 54B Leo 94602 53417B 6.44 1.70 0.0113 289 A2Vn

10 55 42.4 +00 44 13 55A Leo 94672 53423A 6.07 2.86 0.0229 143 F2III 10 55 42.5 +00 44 14 55B Leo 94672 53423B 9.14 5.93 0.0229 143 - 10 55 44.3 +33 30 25 46 UMa 94600 53426 5.02 0.64 0.0133 245 K1III 10 56 01.4 +06 11 07 56 Leo 94705 53449 5.91 0.92 0.0100 325 M5IIIvar 10 56 10.5 +00 25 58 57 Leo 94738 53460 6.66 -0.25 0.0041 787 K0

10 56 34.5 +25 30 01 50 LMi 94747 53492 6.36 1.67 0.0116 282 K0 10 56 43.0 -37 08 16 ι Ant 94890 53502 4.60 0.67 0.0164 199 K0III 10 57 07.8 -50 45 56 IW Vel 94985 53530 5.90 0.96 0.0103 317 A4V 10 59 14.0 -84 35 37 η Oct 96124 53702 6.19 1.00 0.0092 356 A1V 10 59 27.9 +40 25 49 47 UMa 95128 53721 5.03 4.29 0.0710 46 G0V

10 59 46.4 -18 17 56 α Crt 95272 53740 4.08 0.44 0.0187 174 K1III 11 00 09.2 -42 13 33 i Vel 95370 53773 4.37 0.39 0.0160 204 A3IV 11 00 14.6 +45 31 35 - UMa 95212 53781 5.47 -1.69 0.0037 881 K5III 11 00 33.6 +03 37 03 d Leo 95345 53807 4.84 -0.26 0.0095 342 K1III 11 00 44.7 +06 06 05 c Leo 95382 53824 4.98 1.65 0.0216 151 A5III

11 00 50.3 +39 12 43 49 UMa 95310 53838 5.06 -0.40 0.0081 403 Am 11 01 49.6 -02 29 04 p2 Leo 95578 53907 4.73 -1.26 0.0063 514 K5III 11 01 50.4 +56 22 56 β UMa 95418 53910 2.34 0.41 0.0411 79 A1V 11 02 19.7 +20 10 47 b Leo 95608 53954 4.42 1.53 0.0264 124 A1m 11 03 20.2 +35 58 13 Lalande21185 UMa 95735 54035 7.49 10.46 0.3924 8.31 M2V

343 α δ Star Con HD HIP m M π l.y. Spectra 11 03 36.5 -00 00 04 p3 Leo 95849 54049 5.95 -0.21 0.0059 557 K3III 11 03 43.5 +61 45 03 αB UMa 95689 54061B 4.95 2.05 0.0264 124 - 11 03 43.6 +61 45 03 αA UMa 95689 54061A 2.02 -0.87 0.0264 124 K0II-III+A8V: 11 04 31.1 +38 14 29 51 UMa 95934 54136 6.01 1.48 0.0124 263 A3III-IV 11 04 54.1 -35 48 17 -A Ant 96146 54173A 5.56 -0.50 0.0062 530 A0V

11 04 54.1 -35 48 17 -B Ant — 54173B 7.89 1.84 0.0062 530 A0V 11 05 01.0 +07 20 10 χ Leo 96097 54182 4.62 2.31 0.0345 94 F2III-IVvar 11 05 15.5 +25 12 06 51 LMi 96094 54196 7.60 3.71 0.0167 195 G0 11 05 19.9 -27 17 36 χ1 Hya 96202 54204 4.92 1.73 0.0230 142 F3IV-V 11 05 57.5 -27 17 16 χ2 Hya 96314 54255 5.69 -1.26 0.0041 799 B8V

11 06 32.4 -62 25 26 z1 Car 96566 54301 4.62 -0.65 0.0088 370 G8III 11 06 54.1 +01 57 20 65A Leo 96436 54336A 5.70 1.72 0.0161 203 G9IIICN 11 06 54.3 +01 57 19 65B Leo 96436 54336B 9.72 5.74 0.0161 203 - 11 07 16.3 -42 38 20 h 4409B Cen 96616 54360B 7.95 3.26 0.0115 283 - 11 07 16.5 -42 38 19 h 4409A Cen 96616 54360A 5.25 0.55 0.0115 283 ApSrCrEu

11 07 39.7 +23 19 25 64 Leo 96528 54388 6.48 2.09 0.0132 246 A5m 11 08 33.8 -61 56 49 z2 Car 96919 54461 5.11 -6.04 0.0006 5525 B9Ia 11 08 35.3 -58 58 30 V382 Car 96918 54463 3.93 -7.37 0.0006 5927 G0Ia0 11 08 43.9 -28 04 50 - Hya 96819 54477 5.43 1.61 0.0172 189 A1V 11 08 49.0 +24 39 30 67 Leo 96738 54487 5.70 0.21 0.0080 408 A3IV

11 09 13.6 -01 20 00 66 Leo 96855 54515 6.82 2.40 0.0131 249 A2 11 09 19.0 +36 18 34 CO UMa 96813 54522 5.71 0.39 0.0086 379 M3.5III 11 09 39.7 +44 29 54 ψ UMa 96833 54539 3.00 -0.27 0.0222 147 K1III 11 11 39.4 -22 49 33 β Crt 97277 54682 4.46 -0.10 0.0123 266 A1V 11 12 30.3 -18 30 00 ψ Crt 97411 54742 6.47 0.63 0.0068 479 A0V

11 12 33.0 -49 06 03 - Cen 97495 54746 5.37 1.88 0.0200 163 A2III 11 12 36.0 -60 19 03 y Car 97534 54751 4.59 -8.10 0.0003 11241 A6Ia 11 12 45.3 -64 10 12 h 4415 Car 97583 54767 5.22 -6.88 0.0004 8579 B9V 11 13 45.5 -00 04 12 p5 Leo 97585 54849 5.40 -0.42 0.0068 477 A0V 11 14 06.4 +20 31 25 δ Leo 97603 54872 2.56 1.32 0.0565 58 A4V

11 14 14.3 +15 25 46 ϑ Leo 97633 54879 3.33 -0.35 0.0184 178 A2V 11 15 12.2 +23 05 44 72 Leo 97778 54951 4.56 -6.99 0.0005 6653 M3IIb 11 15 51.8 +13 18 27 n Leo 97907 55016 5.31 -0.52 0.0068 478 K3III+F1V 11 16 39.6 -03 39 06 ϕ Leo 98058 55084 4.45 0.56 0.0167 195 A7IVn 11 17 17.3 +02 00 38 75 Leo 98118 55137 5.18 -0.31 0.0080 408 M0IIIcomp

11 18 10.9 +31 31 45 ξA UMa 98231 55203 4.41 4.98 0.1300 25.1 G0V 11 18 10.9 +31 31 45 ξB UMa 98230 — 4.87 5.44 0.1300 25.1 G0V 11 18 28.7 +33 05 39 ν UMa 98262 55219 3.49 -2.07 0.0077 421 K3III SB 11 18 54.9 +01 39 02 76 Leo 98366 55249 5.90 1.00 0.0105 311 K0III: 11 19 07.8 +38 11 08 55 UMa 98353 55266 4.76 1.01 0.0178 183 A2V

11 19 20.4 -14 46 43 δ Crt 98430 55282 3.56 -0.32 0.0168 195 K0III 11 21 00.4 -54 29 27 πA Cen 98718 55425A 4.08 -0.89 0.0102 321 B5Vn 11 21 00.5 -54 29 27 πB Cen 98718 55425B 5.57 0.61 0.0102 321 B5Vn 11 21 08.1 +06 01 46 σ Leo 98664 55434 4.05 -0.04 0.0152 214 B9.5Vs 11 22 29.0 +17 26 13 71 Leo 98824 55533 7.03 0.16 0.0042 773 K1III

11 22 49.5 +45 28 58 56 UMa 98839 55560 4.99 -0.90 0.0066 492 G8II 11 23 12.5 -36 09 54 See 131 Cen 98993 55588 5.00 -2.10 0.0038 858 K6III 11 23 21.3 -64 57 17 h 4432B Mus 99103 55597B 6.68 0.86 0.0069 475 B5II: 11 23 21.8 -18 46 48 λ Crt 98991 55598 5.08 1.87 0.0228 143 F3IV 11 23 21.8 -64 57 18 h 4432A Mus 99104 55597A 5.36 -0.45 0.0069 475 B5V

344 α δ Star Con HD HIP m M π l.y. Spectra 11 23 55.4 +10 31 45 ιA Leo 99028 55642A 4.11 2.19 0.0413 79 F2IV SB 11 23 55.5 +10 31 44 ιB Leo 99028 55642B 6.92 5.00 0.0413 79 - 11 24 02.2 +01 24 28 79 Leo 99055 55650 5.39 0.14 0.0089 365 G8IIICN 11 24 36.5 -10 51 34 ε Crt 99167 55687 4.81 -0.43 0.0090 364 K5III 11 24 52.8 -17 41 03 γ Crt 99211 55705 4.06 2.01 0.0389 84 A9V

11 25 29.3 -36 03 47 - Cen 99322 55756 5.21 0.54 0.0116 280 K0III 11 25 36.3 +16 27 23 81 Leo 99285 55765 5.58 2.21 0.0212 154 F2V 11 25 39.5 +03 18 03 82 Leo 99305 55769 6.73 1.75 0.0101 323 A2 11 25 43.2 -63 58 22 - Cen 99453 55779 5.18 2.99 0.0365 89 F7V 11 25 50.1 +03 51 37 80 Leo 99329 55791 6.35 2.41 0.0163 200 F3IV

11 26 35.3 -61 06 54 Rst 4477 Cen 99556 55831 5.22 -3.17 0.0021 1552 B3IV 11 26 45.3 +03 00 47 83A Leo 99491 55846 6.49 5.25 0.0566 58 K0IV 11 26 46.3 +03 00 21 83B Leo 99492 55848 7.58 6.30 0.0556 59 K2V 11 27 09.4 -12 21 25 κ Crt 99564 55874 5.93 1.80 0.0149 219 F4III-IV 11 27 56.2 +02 51 22 τ Leo 99648 55945 4.95 -1.45 0.0053 621 G8II-III

11 28 35.0 -42 40 27 DUN 109A Cen 99803 56000 5.14 -1.27 0.0052 625 B9V 11 28 35.4 -42 40 37 DUN 109B Cen 99803 56001 7.98 3.99 0.0159 205 A3V 11 29 04.1 +39 20 13 57 UMa 99787 — 5.31 2.30 0.0250 130 A2V 11 29 41.8 +15 24 48 85 Leo 99902 56080 5.74 0.11 0.0075 435 K4III 11 30 18.8 -03 00 13 87 Leo 99998 56127 4.77 -1.57 0.0054 604 K4III

11 30 29.0 +18 24 35 86 Leo 100006 56146 5.54 0.55 0.0100 325 K0III 11 30 31.0 +43 10 23 58 UMa 99984 56148 5.94 2.19 0.0178 183 F4V 11 31 24.2 +69 19 52 λ Dra 100029 56211 3.82 -1.23 0.0098 334 M0IIIvar 11 31 44.5 +14 22 05 88B Leo — 56242B 9.18 7.36 0.0434 75 - 11 31 45.0 +14 21 52 88A Leo 100180 56242A 6.39 4.58 0.0434 75 G0V

11 31 46.1 -59 26 32 ο1 Cen 100261 56243 5.07 -4.91 0.0010 3228 G0Ia 11 31 48.6 -59 30 56 ο2 Cen 100262 56250 5.12 -4.97 0.0010 3396 A3Ia 11 32 16.1 -29 15 49 NB Hya 100286 56280B 5.84 3.71 0.0374 87 F3/F5* 11 32 16.4 -29 15 40 NA Hya 100287 56280A 5.76 3.63 0.0374 87 F3/F5 11 32 20.7 +61 04 57 ΟΣ 235B UMa 100203 56290B 7.37 5.17 0.0363 90 -

11 32 20.8 +61 04 57 ΟΣ 235A UMa 100203 56290A 5.80 3.61 0.0363 90 F8V 11 32 54.0 -31 05 14 - Hya 100393 56332 5.13 -0.58 0.0072 453 M1/M2III 11 33 00.1 -31 51 27 ξ Hya 100407 56343 3.54 0.55 0.0252 129 G4III 11 33 37.2 -40 35 12 I 78A Cen 100493 56391A 6.21 0.95 0.0089 368 A2IV-V 11 33 37.3 -40 35 12 I 78B Cen 100493 56391B 6.16 0.89 0.0089 368 A2IV-V

11 34 21.9 +03 03 37 89 Leo 100563 56445 5.76 3.64 0.0377 87 F5V 11 34 42.3 +16 47 46 90B Leo 100600 56473B 7.34 -1.59 0.0016 1988 - 11 34 42.4 +16 47 49 90A Leo 100600 56473A 6.22 -2.70 0.0016 1988 B4V 11 34 45.6 -54 15 51 A Cen 100673 56480 4.62 -1.14 0.0070 463 B9V 11 34 56.8 -49 08 12 - Cen 100708 56497 5.50 1.48 0.0157 207 K1III-IV

11 35 13.2 -47 22 21 V763 Cen 100733 56518 5.64 -0.87 0.0050 652 M3III 11 35 46.8 -63 01 11 λ Cen 100841 56561 3.11 -2.39 0.0080 410 B9II: 11 35 55.5 -47 38 30 C2 Cen 100825 56573 5.26 1.44 0.0172 189 A7m 11 36 02.7 +69 19 22 2 Dra 100696 56583 5.19 0.84 0.0135 242 K0III 11 36 40.8 -09 48 08 ϑ Crt 100889 56633 4.70 -0.15 0.0107 305 B9.5Vn

11 36 56.9 -00 49 26 υ Leo 100920 56647 4.30 0.61 0.0183 178 G9III 11 37 00.6 -61 17 00 - Cen 101021 56656 5.14 0.89 0.0141 231 K1III 11 37 15.6 -75 53 47 π Cha 101132 56675 5.64 2.52 0.0238 137 F1III 11 37 33.9 -47 44 49 C3 Cen 101067 56700 5.46 0.23 0.0090 363 K2III 11 38 07.3 -61 49 35 - Cen 101189 56754 5.15 0.35 0.0110 297 B9IV

345 α δ Star Con HD HIP m M π l.y. Spectra 11 38 20.5 +43 37 31 59 UMa 101107 56770 5.56 2.26 0.0219 149 F2II-III 11 38 27.5 +08 08 03 ω Vir 101153 56779 5.24 -0.60 0.0068 479 M4III 11 38 33.4 +46 50 03 60 UMa 101133 56789 6.09 0.93 0.0093 351 F5IIIs 11 38 40.0 -13 12 07 ι Crt 101198 56802 5.48 3.32 0.0371 88 F7V 11 39 29.5 -65 23 52 GT Mus 101379 56862 5.52 -0.66 0.0058 561 G2III

11 40 12.7 -34 44 41 ο Hya 101431 56922 4.70 -1.21 0.0066 495 B9V 11 40 47.0 +21 21 10 92 Leo 101484 56975 5.26 1.00 0.0140 232 K1III 11 40 53.6 -62 05 23 - Cen 101570 56986 4.93 -1.82 0.0045 729 G3Ib 11 41 02.9 +34 12 05 61 UMa 101501 56997 5.31 5.41 0.1048 31.1 G8Vvar 11 41 34.2 +31 44 45 62 UMa 101606 57029 5.73 2.67 0.0244 133 F4V

11 41 43.9 -32 29 59 h 4465 Hya 101666 57047 5.20 -0.40 0.0076 430 K5III 11 42 28.3 +66 44 41 3 Dra 101673 57111 5.32 -1.15 0.0051 643 K3III 11 43 31.2 -62 29 21 V810 Cen 101947 57175 5.00 -4.48 0.0013 2567 G0Ia+B0.5/IIab 11 44 45.7 -18 21 03 ζA Crt 102070 57283A 4.95 -0.21 0.0093 350 G8III 11 44 45.7 -18 21 03 ζB Crt — 57283B 7.84 2.68 0.0093 350 -

11 45 17.0 +08 15 30 ξ Vir 102124 57328 4.84 2.02 0.0273 119 A4V 11 45 36.4 -66 43 43 λ Mus 102249 57363 3.63 0.66 0.0254 128 A7III 11 45 43.8 -45 41 24 - Cen 102232 57371 5.28 -1.62 0.0042 782 B6III 11 45 51.5 +06 31 46 ν Vir 102212 57380 4.04 -0.87 0.0104 313 M0III 11 46 03.0 +47 46 46 χ UMa 102224 57399 3.69 -0.20 0.0166 196 K0III

11 46 30.7 -61 10 42 - Cen 102350 57439 4.11 -1.51 0.0075 434 G0II 11 46 31.0 -40 30 01 - Cen 102365 57443 4.89 5.06 0.1082 30.1 G3/G5V 11 46 55.5 +55 37 41 - UMa 102328 57477 5.27 1.26 0.0158 206 K3III 11 47 19.0 -57 41 47 V918 Cen 102461 57512 5.42 -1.59 0.0040 821 K5III 11 47 44.2 +00 48 27 Ross 128 Vir — 57548 11.12 13.50 0.2996 10.88 M4.5V

11 47 54.8 +08 14 45 4 Vir 102510 57562 5.31 1.46 0.0170 192 A1 11 47 59.1 +20 13 08 93 Leo 102509 57565 4.50 0.29 0.0144 226 G4III-IV 11 48 14.4 -66 48 53 µ Mus 102584 57581 4.75 -0.86 0.0076 432 K4III 11 48 45.0 -26 44 59 II Hya 102620 57613 5.10 -0.72 0.0068 477 M4III 11 49 03.5 +14 34 19 β Leo 102647 57632 2.14 1.92 0.0902 36.2 A3Vvar

11 49 41.0 -63 47 18 j Cen 102776 57669 4.30 -1.44 0.0071 459 B3V 11 49 56.3 -70 13 32 - Mus 102839 57696 4.98 -3.27 0.0022 1455 G5Ib 11 50 41.6 +01 45 53 β Vir 102870 57757 3.59 3.40 0.0917 35.5 F8V 11 51 08.1 -45 10 26 B Cen 102964 57803 4.47 -1.30 0.0070 464 K4III 11 51 51.2 -65 12 22 CorO 130A Mus 103079 57851A 4.96 -0.12 0.0096 338 B4V

11 51 51.3 -65 12 23 CorO 130B Mus 103079 57851B 7.41 2.33 0.0096 338 - 11 52 54.5 -33 54 27 βB Hya 103192 57936B 5.55 0.30 0.0089 365 - 11 52 54.5 -33 54 28 βA Hya 103192 57936A 4.64 -0.60 0.0089 365 ApSi 11 52 58.7 +37 43 07 Grmb 1830 UMa 103095 57939 6.42 6.61 0.1092 29.9 G8Vp 11 53 49.8 +53 41 41 γ UMa 103287 58001 2.41 0.36 0.0390 84 A0V SB

11 54 42.5 -25 42 49 - Hya 103462 58082 5.26 0.48 0.0111 295 G8III 11 55 03.1 +08 26 38 6 Vir 103484 58110 5.58 2.02 0.0195 168 K0III: 11 55 05.7 +46 28 37 65AB UMa 103483 58112 6.54 -0.41 0.0041 801 A3Vn 11 55 11.2 +46 28 11 65D UMa 103498 58117 7.03 -0.46 0.0032 1025 A1pCrEuSr 11 55 40.5 +15 38 48 o Leo 103578 58159 5.53 -0.65 0.0058 560 A3V

11 55 58.3 +56 35 55 66 UMa 103605 58181 5.83 0.90 0.0103 315 K1III 11 56 00.9 -17 09 03 η Crt 103632 58188 5.17 0.46 0.0114 285 A0V 11 56 30.2 +57 52 18 Z UMa 103681 58225 7.47 -0.12 0.0030 1076 M5IIIvar 11 58 15.2 -56 19 02 - Cru 103961 58379 5.44 -1.00 0.0052 633 B8III 11 59 37.2 -78 13 18 εB Cha 104174 58484B 6.06 0.82 0.0090 364 B9Vn

346 α δ Star Con HD HIP m M π l.y. Spectra 11 59 37.3 -78 13 19 εA Cha 104174 58484A 5.32 0.08 0.0090 364 B9Vn 11 59 56.8 +03 39 18 7 Vir 104181 58510 5.36 0.72 0.0118 276 A1V 12 00 51.1 -19 39 32 TY Crv 104337 58587 5.28 -3.37 0.0019 1753 B1.5V 12 00 52.3 +06 36 51 π Vir 104321 58590 4.65 -0.54 0.0092 356 A5V 12 01 44.3 +22 05 40 1 Com 104452 58661 6.57 0.61 0.0064 507 G0III

12 02 06.8 +43 02 44 67 UMa 104513 58684 5.22 2.57 0.0295 111 A7m 12 03 01.5 -63 18 46 ϑ1 Cru 104671 58758 4.32 0.08 0.0142 230 Am 12 03 39.5 -42 26 03 - Cen 104731 58803 5.15 3.23 0.0413 79 F6V 12 04 00.9 +18 48 53 R Com 104785 58831 7.70 -1.70 0.0013 2470 K2 12 04 16.3 +21 27 31 2B Com 104827 58858B 7.63 2.42 0.0091 359 -

12 04 16.5 +21 27 33 2A Com 104827 58858A 6.22 1.01 0.0091 359 F0IV-Vcomp 12 04 19.2 -63 09 56 ϑ2 Cru 104841 58867 4.72 -2.10 0.0043 753 B2IV 12 04 38.7 -68 19 45 -A Mus 104878 58884A 5.56 0.47 0.0096 339 A0V 12 04 38.8 -68 19 46 -B Mus — 58884B 7.23 2.15 0.0096 339 - 12 04 46.5 -76 31 08 κ Cha 104902 58905 5.04 -0.61 0.0074 441 K4III

12 05 12.5 +08 43 59 ο Vir 104979 58948 4.12 0.52 0.0191 171 G8III 12 06 52.8 -64 36 49 η Cru 105211 59072 4.14 2.67 0.0508 64 F2III 12 07 49.9 -75 22 00 - Mus 105340 59151 5.17 -0.47 0.0075 438 K2II-III 12 08 05.1 -50 39 40 V863 Cen 105382 59173 4.46 -0.85 0.0087 376 B2IIIne 12 08 14.6 -48 41 34 E Cen 105416 59184 5.34 -0.95 0.0055 590 A1V

12 08 21.5 -50 43 20 δ Cen 105435 59196 2.58 -2.84 0.0083 395 B2IVne 12 08 24.7 -24 43 44 α Crv 105452 59199 4.02 3.17 0.0677 48.1 F2III-IV 12 08 53.7 -44 19 34 V788 Cen 105509 59229 5.75 0.75 0.0100 326 A3III 12 08 54.4 -41 13 53 V817 Cen 105521 59232 5.51 -3.52 0.0016 2090 B3IV 12 09 41.2 +01 53 52 10 Vir 105639 59285 5.95 1.34 0.0119 273 K3III

12 10 03.3 +05 48 25 11 Vir 105702 59309 5.72 2.51 0.0228 143 Am 12 10 07.4 -22 37 11 ε Crv 105707 59316 3.02 -1.82 0.0108 303 K2IIIvar 12 10 31.6 +16 48 33 3 Com 105778 59352 6.40 -0.81 0.0036 903 A4V 12 11 03.8 -23 36 08 3 Crv 105850 59394 5.45 1.70 0.0178 183 A2V 12 11 39.1 -52 22 06 ρ Cen 105937 59449 3.97 -1.13 0.0095 342 B3V

12 11 44.9 +57 03 16 68 UMa 106002 59458 6.34 -1.03 0.0034 970 K5III 12 11 51.1 +25 52 13 4 Com 105981 59468 5.66 -1.22 0.0042 774 K4III 12 12 09.2 +20 32 31 5 Com 106057 59501 5.60 -0.26 0.0067 484 K0II-III 12 12 11.8 +77 36 58 CO Cam 106112 59504 5.14 2.50 0.0297 110 A5m 12 13 25.8 +10 15 44 12 Vir 106251 59608 5.85 2.37 0.0202 162 A2m

12 14 02.5 -45 43 25 DA Cen 106321 59654A 5.75 -0.45 0.0058 566 K3III 12 14 02.7 -45 43 26 DB Cen 106321 59654B 6.98 0.78 0.0058 566 K3III 12 15 08.6 -58 44 56 δ Cru 106490 59747 2.79 -2.45 0.0090 364 B2IV 12 15 25.5 +57 01 57 δ UMa 106591 59774 3.32 1.33 0.0401 81 A3Vvar 12 15 48.3 -17 32 31 γ Crv 106625 59803 2.58 -0.94 0.0198 165 B8III

12 16 00.1 +14 53 57 6 Com 106661 59819 5.09 1.18 0.0165 198 A3V 12 16 07.5 +40 39 36 2 CVn 106690 59827 5.64 2.42 0.0227 144 M1III+F7V 12 16 20.5 +23 56 43 7 Com 106714 59847 4.93 0.52 0.0131 248 K0III 12 16 30.1 +33 03 41 - Com 106760 59856 4.99 0.13 0.0107 306 K1III 12 17 34.2 -67 57 38 ε Mus 106849 59929 4.06 -0.77 0.0108 302 M5III

12 18 20.7 -79 18 43 β Cha 106911 60000 4.24 -0.36 0.0121 271 B5Vn 12 18 26.1 -64 00 11 ζ Cru 106983 60009 4.06 -1.16 0.0090 361 B2.5V 12 18 40.2 -00 47 14 13 Vir 107070 60030 5.90 0.90 0.0100 326 A5Vn 12 18 50.0 +75 09 38 - Dra 107193 60044 5.47 0.73 0.0113 289 A1V 12 18 59.7 -55 08 35 F Cen 107079 60059 5.01 -0.33 0.0086 381 M1III

347 α δ Star Con HD HIP m M π l.y. Spectra 12 19 19.1 +23 02 05 8 Com 107168 60087 6.26 1.55 0.0114 285 A8m 12 19 20.2 -08 54 53 14 Vir 107161 60088 6.84 0.57 0.0056 586 K0III 12 19 29.6 +28 09 25 9 Com 107213 60098 6.38 2.90 0.0201 162 F8Vs 12 19 48.7 +48 59 03 3 CVn 107274 60122 5.28 -0.72 0.0063 517 M0III 12 19 50.6 +28 27 52 10 Com 107276 60123 6.64 1.85 0.0110 296 Am

12 19 54.3 -00 40 00 η Vir 107259 60129 3.89 -0.53 0.0131 250 A2IV 12 20 20.9 +03 18 45 16 Vir 107328 60172 4.97 0.26 0.0114 285 K1III 12 20 27.4 +61 18 35 RY UMa 107397 60180 7.21 -1.02 0.0023 1442 M3:III 12 20 33.6 -22 12 57 ζ Crv 107348 60189 5.20 -0.16 0.0085 385 B8Vn 12 20 40.7 +27 03 14 Σ 1633B Com — 60197B 7.20 2.37 0.0108 301 -

12 20 41.3 +27 03 17 Σ 1633A Com 107398 60197A 7.13 2.30 0.0108 301 F3V 12 20 42.9 +17 47 34 11 Com 107383 60202 4.72 -0.50 0.0090 361 G8III 12 20 50.7 +57 51 50 70 UMa 107465 60212 5.54 -1.12 0.0047 701 K5III 12 20 55.7 -13 33 56 - Crv 107418 60221 5.14 1.24 0.0166 196 K0III 12 21 21.5 -60 24 04 ε Cru 107446 60260 3.59 -0.63 0.0143 228 K3/K4III

12 22 07.4 -67 31 20 ζ2A Mus 107566 60320A 5.26 0.19 0.0097 336 Am 12 22 07.5 -67 31 20 ζ2C Mus — 60320C 8.71 3.65 0.0097 336 - 12 22 11.9 -68 18 27 ζ1 Mus 107567 60329 5.73 0.31 0.0082 396 K0III 12 22 30.2 +25 50 46 12 Com 107700 60351 4.78 0.16 0.0119 273 G5III+A5 12 22 32.0 +05 18 20 17A Vir 107705 60353 6.58 4.21 0.0335 97 F8V

12 22 32.5 +05 18 39 17B Vir — 60352 10.48 5.30 0.0092 354 - 12 22 49.3 -57 40 34 - Cru 107696 60379 5.38 0.28 0.0095 342 B9V 12 23 21.5 -24 50 25 6 Crv 107815 60425 5.66 0.73 0.0103 316 K1III 12 23 35.4 -35 24 46 x1 Cen 107832 60449 5.32 -0.17 0.0080 409 B8/B9V 12 23 37.9 -61 37 44 R Cru 107805 60455 6.89 -1.64 0.0020 1655 F7Ib-II

12 23 47.0 +42 32 34 4 CVn 107904 60467 6.03 0.98 0.0098 334 F3IV 12 24 01.4 +51 33 44 5 CVn 107950 60485 4.73 -0.67 0.0083 393 G7III 12 24 18.4 +26 05 55 13 Com 107966 60514 5.17 0.47 0.0115 284 A3V 12 24 26.6 +25 34 59 Σ 1639B Com 108007 60525B 7.94 2.99 0.0102 319 F0V 12 24 26.7 +25 34 58 Σ 1639A Com 108007 60525A 6.79 1.84 0.0102 319 F0V

12 25 03.1 +56 46 39 71 UMa 108135 60584 5.82 -1.99 0.0027 1190 M3III 12 25 50.9 +39 01 07 6 CVn 108225 60646 5.01 0.79 0.0144 227 G8III-IV 12 26 24.0 +27 16 05 14 Com 108283 60697 4.92 0.30 0.0119 273 F0p, shell 12 26 30.9 -63 07 21 αC Cru 108250 — 4.86 -1.97 0.0043 758 B4IV 12 26 31.5 -51 27 02 G Cen 108257 60710 4.82 -0.62 0.0082 400 B3Vn

12 26 32.7 +55 09 34 72 UMa 108346 60712 7.03 1.22 0.0069 472 Am 12 26 35.9 -63 05 56 α1 Cru 108248 60718A 1.25 -3.71 0.0102 321 B0.5IV 12 26 36.5 -63 05 58 α2 Cru 108249 60718B 1.64 -3.33 0.0102 321 BIV 12 26 56.2 +28 16 06 γ Com 108381 60742 4.35 0.76 0.0192 170 K2IIICN 12 26 59.3 +26 49 32 16 Com 108382 60746 4.98 0.29 0.0116 282 A4V

12 27 28.7 -58 59 30 BL Cru 108396 60781 5.38 -0.82 0.0058 566 M4/M5III 12 27 35.0 +55 42 46 73 UMa 108502 60795 5.68 0.03 0.0074 439 M2III 12 28 02.3 -50 13 51 σ Cen 108483 60823 3.91 -1.76 0.0074 443 B3V 12 28 22.4 -39 02 29 u Cen 108541 60855 5.45 -0.13 0.0076 427 B8/B9V 12 28 44.6 +25 53 58 17BC Com 108651 60891 6.63 2.14 0.0127 258 A0p

12 28 54.6 +25 54 46 17A Com 108662 60904 5.29 0.70 0.0121 270 A0p 12 29 26.9 +24 06 32 18 Com 108722 60941 5.47 1.36 0.0151 216 F5III 12 29 43.2 +20 53 46 20 Com 108765 60957 5.68 1.22 0.0128 254 A3V 12 29 51.8 -16 30 56 δ Crv 108767 60965 2.94 0.79 0.0371 88 B9.5V 12 29 57.2 +58 24 21 74 UMa 108844 60978 5.37 0.74 0.0119 274 A5e

348 α δ Star Con HD HIP m M π l.y. Spectra 12 30 02.9 +51 32 08 7 CVn 108845 60988 6.21 2.94 0.0222 147 F7V 12 30 04.3 +58 46 03 75 UMa 108861 60992 6.07 0.48 0.0076 428 G8III-IV 12 30 06.6 +69 12 04 4 Dra 108907 60998 5.01 -1.25 0.0056 581 M4III 12 31 00.5 +24 34 02 21 Com 108945 61071 5.47 0.57 0.0105 311 A2pvar 12 31 09.9 -57 06 47 γA Cru 108903 61084 1.59 -0.56 0.0371 88 M4III

12 31 16.7 -57 04 51 γB Cru 108925 — 6.42 4.27 0.0371 88 A3V 12 31 40.3 -59 25 26 BG Cru 108968 61136 5.49 -3.07 0.0019 1680 F5III 12 32 04.1 -16 11 46 η Crv 109085 61174 4.30 3.00 0.0549 59 F2III-IV 12 32 28.0 -72 07 58 γ Mus 109026 61199 3.84 -1.14 0.0101 324 B5V 12 33 02.9 +10 17 45 20 Vir 109217 61246 6.29 0.49 0.0069 471 G8III

12 33 28.9 +69 47 17 κ Dra 109387 61281 3.85 -2.07 0.0066 498 B6IIIp 12 33 34.2 +24 16 59 22 Com 109307 61295 6.28 1.15 0.0094 346 A4V 12 33 38.8 +33 14 51 - CVn 109317 61309 5.42 0.86 0.0123 266 K0IIICN 12 33 44.5 +41 21 27 β CVn 109358 61317 4.24 4.63 0.1195 27.3 G0V 12 33 46.7 -09 27 07 21 Vir 109309 61318 5.48 0.96 0.0125 261 A0V

12 34 23.2 -23 23 48 β Crv 109379 61359 2.65 -0.51 0.0233 140 G5II 12 34 43.9 +70 01 18 6 Dra 109551 61384 4.95 -1.17 0.0060 546 K3III 12 34 51.0 +22 37 45 23A Com 109485 61394A 4.96 -0.28 0.0089 365 A0IV 12 34 51.0 +22 37 45 23B Com 109485 61394B 6.90 1.65 0.0089 365 - 12 35 06.2 +18 22 37 24B Com 109510 61415 6.49 -3.04 0.0012 2629 A9Vm

12 35 07.7 +18 22 37 24A Com 109511 61418 5.19 -1.18 0.0053 614 K2III 12 35 45.4 -41 01 19 - Cen 109536 61468 5.12 2.43 0.0289 113 A7III 12 36 47.3 -05 49 55 25 Vir 109704 61558 5.88 1.69 0.0145 224 A3V 12 36 58.3 +17 05 22 25 Com 109742 61571 5.70 -0.31 0.0063 518 K5III 12 37 11.0 -69 08 08 α Mus 109668 61585 2.69 -2.17 0.0107 306 B2IV-V

12 37 42.1 -48 32 28 τ Cen 109787 61622 3.85 0.82 0.0248 132 A2V 12 37 42.2 -27 08 20 B 230 Hya 109799 61621 5.41 2.72 0.0289 113 F0V 12 38 29.9 +06 59 18 R Vir 109914 61667 7.77 -1.50 0.0014 2329 M3.5-8.5IIIe 12 38 46.3 +40 52 28 9 CVn 109980 61692 6.35 2.27 0.0153 213 A7Vn 12 39 07.2 +21 03 45 26 Com 110024 61724 5.49 0.77 0.0114 286 G9III

12 39 14.7 -07 59 44 χ Vir 110014 61740 4.66 -0.29 0.0102 318 K2III 12 39 52.4 -39 59 15 l Cen 110073 61789 4.63 -0.55 0.0092 355 B8II-III 12 40 21.3 +55 50 48 Y UMa 110259 61839 7.70 0.23 0.0032 1019 M7II-III:v 12 41 16.0 -13 00 54 Σ 1669B Crv 110317 61910B 5.95 1.29 0.0117 278 F3Vn 12 41 16.3 -13 00 50 Σ 1669A Crv 110318 61910A 5.96 1.31 0.0117 278 F5V

12 41 30.9 -48 57 32 γB Cen 110304 61932B 2.95 -0.06 0.0250 130 A1IV 12 41 30.9 -48 57 34 γA Cen 110304 61932A 2.85 -0.16 0.0250 130 A1IV 12 41 33.9 +62 42 47 76 UMa 110462 61936 6.02 -0.24 0.0056 581 A2III 12 41 34.4 +10 25 35 27 Vir 110377 61937 6.22 2.04 0.0146 223 A7Vn 12 41 39.4 -01 26 58 γB Vir 110380 61941B 3.60 3.24 0.0845 38.6 F0V*

12 41 39.5 -01 26 58 γA Vir 110379 61941A 3.55 3.19 0.0845 38.6 F0V 12 41 53.0 +10 14 08 ρ Vir 110411 61960 4.88 2.04 0.0271 120 A0V 12 41 56.6 -59 41 08 CH Cru 110335 61966 4.91 -2.60 0.0032 1035 B6IV 12 41 57.1 +06 48 24 31 Vir 110423 61968 5.57 1.20 0.0134 244 A2V 12 41 57.7 -07 30 01 28 Vir 110418 61969 6.81 -0.64 0.0032 1006 K5

12 42 05.2 -69 24 27 R Mus 110311 61981 6.31 -2.55 0.0017 1929 F7Ib 12 42 35.3 -48 48 47 w Cen 110458 62012 4.66 0.85 0.0173 188 K0III 12 42 50.2 -63 03 32 BZ Cru 110432 62027 5.27 -2.12 0.0033 982 B2pe 12 44 59.4 +39 16 44 10 CVn 110897 62207 5.95 4.75 0.0576 57 G0V 12 45 07.8 +45 26 25 Y CVn 110914 62223 5.42 -1.27 0.0046 710 C7Iab

349 α δ Star Con HD HIP m M π l.y. Spectra 12 45 37.0 +07 40 24 32 Vir 110951 62267 5.22 0.85 0.0134 244 A8m 12 45 37.8 -60 58 52 ι Cru 110829 62268 4.69 1.78 0.0262 125 K1III 12 46 16.9 -68 06 29 βA Mus 110879 62322A 3.51 -1.39 0.0105 311 B2V 12 46 17.0 -68 06 28 βB Mus 110879 62322B 4.01 -0.89 0.0105 311 - 12 46 22.4 +09 32 24 33 Vir 111028 62325 5.65 2.40 0.0224 146 K1III-IV

12 46 22.6 -56 29 30 h 4548 Cru 110956 62327 4.62 -0.80 0.0082 396 B3V 12 46 38.7 +16 34 39 27 Com 111067 62356 5.12 0.15 0.0101 322 K3III 12 47 13.6 +11 57 29 34 Vir 111164 62394 6.11 1.75 0.0134 243 A3V 12 47 34.3 +66 47 25 7 Dra 111335 62423 5.43 -1.46 0.0042 778 K5III 12 47 43.3 -59 41 19 β Cru 111123 62434 1.25 -3.92 0.0093 352 B0.5III

12 47 51.4 +03 34 22 35 Vir 111239 62443 6.42 0.19 0.0057 574 M4III 12 48 14.3 +13 33 11 28 Com 111308 62478 6.47 0.99 0.0080 407 A1V 12 48 41.8 +48 28 01 11 CVn 111421 62516 6.25 0.49 0.0070 463 A6m 12 48 54.2 +14 07 21 29 Com 111397 62541 5.71 0.25 0.0081 402 A1V 12 49 06.5 +83 25 04 Σ 1694B Cam 112014 62561 5.92 1.75 0.0147 222 A0V

12 49 13.5 +83 24 46 Σ 1694A Cam 112028 62572 5.38 0.54 0.0108 303 A1IIIsh 12 49 17.4 +27 33 08 30 Com 111469 62576 5.76 0.75 0.0100 327 A2V 12 50 41.1 -33 59 57 p Cen 111597 62683 4.90 -0.48 0.0084 389 B9V 12 51 37.0 +03 03 24 37 Vir 111765 62757 6.02 -0.24 0.0056 582 K4III: 12 51 41.8 +27 32 26 31 Com 111812 62763 4.93 0.06 0.0106 307 G0III

12 52 12.3 +17 04 26 32 Com 111862 62807 6.32 -2.43 0.0018 1831 M0III 12 52 22.8 +17 06 30 33 Com 111892 62819 6.93 1.50 0.0082 397 F8 12 53 06.8 -48 56 35 e Cen 111915 62867 4.33 -0.51 0.0108 303 K3/K4III 12 53 11.2 -03 33 11 38 Vir 111998 62875 6.11 3.55 0.0308 106 F5V 12 53 19.3 +21 14 25 35A Com 112033 62886A 5.22 0.23 0.0101 324 G8III

12 53 19.3 +21 14 25 35B Com 112033 62886B 7.18 2.19 0.0101 324 G8III 12 53 26.1 -40 10 44 n Cen 111968 62896 4.25 0.86 0.0210 155 A4IV 12 53 36.9 -09 03 53 39 Vir 112036 — 7.80 - - - K2 12 53 49.0 -60 22 36 κ Cru 111973 62931 5.89 -5.92 0.0004 7494 B5Ia 12 53 49.7 +12 25 07 41 Vir 112097 62933 6.25 2.32 0.0164 199 A7III

12 54 01.7 +55 57 35 ε UMa 112185 62956 1.76 -0.21 0.0403 81 A0pCr 12 54 21.1 -09 32 20 ψ Vir 112142 62985 4.77 -0.76 0.0078 417 M3IIIvar 12 54 35.6 -57 10 40 µ1 Cru 112092 63003 4.03 -1.29 0.0086 377 B2IV-V 12 54 36.8 -57 10 05 µ2 Cru 112091 63005 5.08 -0.14 0.0090 361 B5Vne 12 54 39.1 -59 08 47 λ Cru 112078 63007 4.62 -0.59 0.0091 360 B4Vn

12 54 56.5 +47 11 48 TU CVn 112264 63024 5.75 -0.92 0.0046 704 M5III 12 54 58.5 -85 07 25 ιB Oct 111482 63031B 6.89 1.61 0.0088 371 - 12 54 58.9 -85 07 24 ιA Oct 111482 63031A 6.01 0.73 0.0088 371 K0III 12 55 19.3 -42 54 57 - Cen 112213 63066 5.46 -0.87 0.0054 601 M0III 12 55 28.4 +65 26 18 8 Dra 112429 63076 5.23 2.93 0.0347 94 A5n

12 55 36.1 +03 23 51 δ Vir 112300 63090 3.39 -0.57 0.0161 202 M3III 12 55 56.9 -56 50 09 HdO 221 Cru 112244 63117 5.34 -3.47 0.0017 1884 O9Ib 12 56 00.3 +38 18 53 α1 CVn 112412 63121 5.61 3.62 0.0400 82 F0V 12 56 01.6 +38 19 06 α2 CVn 112413 63125 2.89 0.25 0.0296 110 A0pSiEuHg 12 57 04.3 -51 11 55 H Cen 112409 63210 5.17 -0.67 0.0068 479 B8.5V

12 58 55.4 +17 24 33 36 Com 112769 63355 4.76 -0.05 0.0109 299 M0III 12 59 39.4 -03 48 43 44 Vir 112846 63414 5.79 0.99 0.0110 298 A3V 12 59 55.0 +66 35 50 9 Dra 113092 63432 5.37 -0.87 0.0057 577 K2III 13 00 16.4 +30 47 06 37A Com 112989 63462A 5.09 -2.11 0.0036 898 K1IIIp 13 00 16.4 +30 47 06 37C Com — 63462C 8.55 1.35 0.0036 898 K1IIIp

350 α δ Star Con HD HIP m M π l.y. Spectra 13 00 35.8 -03 22 07 46A Vir 112992 63494A 6.24 1.12 0.0095 344 K2III 13 00 35.8 -03 22 08 46B Vir 112992 63494B 8.88 3.76 0.0095 344 - 13 00 43.7 +56 21 59 78A UMa 113139 63503A 5.07 3.08 0.0401 81 F2V 13 00 43.8 +56 21 59 78B UMa 113139 63503B 8.16 6.18 0.0401 81 - 13 01 09.6 +17 07 23 38 Com 113095 63533 5.97 0.52 0.0081 400 K0III

13 02 10.5 +10 57 33 ε Vir 113226 63608 2.85 0.37 0.0319 102 G8IIIvar 13 02 16.3 -71 32 56 δ Mus 112985 63613 3.61 1.39 0.0359 91 K2III 13 03 33.1 -49 31 38 ξ1 Cen 113314 63724 4.83 0.71 0.0150 218 A0V 13 03 54.4 -03 39 48 48A Vir 113459 63750A 7.25 1.76 0.0080 408 F0V 13 03 54.4 -03 39 49 48B Vir 113459 63750B 7.61 2.13 0.0080 408 -

13 05 44.4 +35 47 56 14 CVn 113797 63901 5.20 0.51 0.0116 282 B9V 13 06 16.6 -48 27 48 f Cen 113703 63945 4.71 -0.81 0.0079 414 B5V 13 06 21.0 +21 09 13 39B Com 113848 63948B 8.89 5.40 0.0200 163 F4V 13 06 21.1 +21 09 12 39A Com 113848 63948A 6.16 2.67 0.0200 163 F4V 13 06 22.5 +22 36 58 40 Com 113866 63950 5.53 -0.69 0.0057 572 M5III

13 06 54.5 -49 54 22 ξ2 Cen 113791 64004 4.27 -1.24 0.0079 412 B1.5V 13 07 10.6 +27 37 29 41 Com 113996 64022 4.80 -0.04 0.0108 303 K5III 13 07 19.5 +00 35 06 Σ 1719A Vir 113984 64030A 7.64 3.25 0.0132 246 F5V 13 07 19.5 +00 35 13 Σ 1719B Vir — 64030B 8.22 3.83 0.0132 246 - 13 07 53.7 -10 44 25 49 Vir 114038 64078 5.15 0.29 0.0107 306 K2III

13 08 06.9 -65 18 27 ϑB Mus — 64094B 7.66 -9.95 0.00003 108667 - 13 08 07.0 -65 18 22 ϑA Mus 113904 64094A 5.64 -11.98 0.00003 108667 B0Ia+WC5 13 09 03.2 -23 07 05 ψ Hya 114149 64166 4.94 0.69 0.0141 231 K1III 13 09 42.0 +38 32 02 15 CVn 114376 64217 6.27 -1.45 0.0029 1144 B7III 13 09 45.2 -10 19 46 50 Vir 114287 64224 5.95 -0.57 0.0050 656 K5III

13 09 56.9 -05 32 20 ϑ Vir 114330 64238 4.49 -1.03 0.0079 415 A1V 13 09 59.2 +17 31 46 αA Com 114378 64241 5.05 4.27 0.0698 46.7 F5V 13 09 59.2 +17 31 46 αB Com 114379 — 5.08 4.30 0.0698 46.7 F5V 13 10 01.3 +38 43 25 16 CVn 114427 64244 7.16 0.60 0.0049 668 A7IV 13 10 03.1 +38 29 56 17 CVn 114447 64246 5.91 1.95 0.0161 202 A9III-IV

13 10 36.9 +35 56 05 RS CVn 114519 64293 8.07 2.90 0.0093 352 K2III 13 11 23.1 -43 22 07 - Cen 114474 64348 5.24 1.09 0.0148 221 K1/K2III 13 11 28.7 +40 47 32 18 CVn 114674 64355 7.17 1.04 0.0060 548 K0 13 11 52.3 +27 52 41 β Com 114710 64394 4.23 4.42 0.1092 29.8 F9.5V 13 12 03.1 -37 48 11 - Cen 114613 64408 4.85 3.29 0.0488 67 G3V

13 12 03.4 -16 11 55 53 Vir 114642 64407 5.04 2.48 0.0307 106 F5III-IV 13 12 17.4 -59 55 15 V831 Cen 114529 64425 4.58 -0.55 0.0094 346 B8V 13 13 26.8 -18 49 36 54A Vir 114846 64520A 6.84 -1.15 0.0025 1294 B9III 13 13 27.1 -18 49 32 54B Vir — 64520B 7.34 -0.65 0.0025 1294 - 13 13 42.9 +40 09 10 - CVn 115004 64540 4.94 -1.08 0.0062 522 K0III

13 14 10.8 -19 55 51 55 Vir 114946 64577 5.31 2.38 0.0259 126 G6V 13 14 14.7 -59 06 12 φ 205 Cen 114837 64583 4.90 3.62 0.0555 59 F7IV 13 14 45.0 -10 22 14 56 Vir 115062 64625 6.95 0.41 0.0049 661 K5 13 15 14.9 -67 53 41 η Mus 114911 64661 4.79 -0.68 0.0080 405 B8V 13 15 31.9 +40 51 18 19A CVn 115271 64692A 5.87 1.50 0.0133 245 A7V

13 15 32.0 +40 51 19 19B CVn — 64692B 9.48 5.10 0.0133 245 A7V 13 15 58.7 -19 56 35 57 Vir 115202 64725 5.21 2.26 0.0257 127 K1IV 13 16 46.4 +09 25 27 59 Vir 115383 64792 5.19 3.92 0.0557 59 G0Vs 13 16 53.1 -31 30 23 r Cen 115310 64803 5.10 0.70 0.0132 247 K1III 13 17 13.0 -66 47 01 - Mus 115211 64820 4.86 -2.94 0.0028 1185 K2Ib-II

351 α δ Star Con HD HIP m M π l.y. Spectra 13 17 15.5 +13 40 32 - Vir 115478 64823 5.33 0.53 0.0109 298 K3III 13 17 27.3 -10 32 47 58 Vir 115466 64834 6.89 2.39 0.0126 259 F0 13 17 32.5 +40 34 21 20 CVn 115604 64844 4.72 0.00 0.0114 286 F3III 13 17 36.2 +05 28 12 σ Vir 115521 64852 4.78 -1.32 0.0060 541 M2III 13 18 14.5 +49 40 55 21 CVn 115735 64906 5.14 0.51 0.0119 275 A0V

13 18 24.2 -18 18 41 61 Vir 115617 64924 4.74 5.09 0.1173 27.8 G6V 13 18 55.2 -23 10 18 γ Hya 115659 64962 2.99 -0.05 0.0247 132 G8IIIvar 13 20 18.9 +40 09 02 23 CVn 116010 65072 5.60 -0.91 0.0050 655 K1III 13 20 20.0 -11 18 15 62 Vir 115903 65074 6.73 1.17 0.0077 422 K0 13 20 35.7 -36 42 44 ι Cen 115892 65109 2.75 1.48 0.0556 59 A2V

13 20 37.7 -52 44 52 V964 Cen 115823 65112 5.47 0.05 0.0082 396 B6V 13 22 09.6 +05 09 17 64 Vir 116235 65241 5.89 1.87 0.0157 208 A2m 13 22 37.9 -60 59 18 J Cen 116087 65271 4.52 -0.66 0.0092 354 B3V 13 23 01.0 -17 44 07 63 Vir 116292 65301 5.36 0.40 0.0102 320 K1III 13 23 18.8 -04 55 28 65 Vir 116365 65323 5.88 -1.88 0.0028 1160 K3III

13 23 55.5 +54 55 31 ζA UMa 116656 65378A 2.25 0.36 0.0417 78 A2V 13 23 56.3 +54 55 18 ζB UMa 116657 65378B 3.87 1.97 0.0417 78 A1m 13 24 00.5 -64 32 09 m Cen 116243 65387 4.52 0.04 0.0127 257 G5III-IV 13 24 33.2 -05 09 50 66 Vir 116568 65420 5.76 3.37 0.0332 98 F3V 13 25 07.2 -74 53 16 ι1 Mus 116244 65468 5.04 0.85 0.0145 225 K0III

13 25 11.5 -11 09 41 α Vir 116658 65474 0.98 -3.55 0.0124 262 B1V 13 25 13.4 +54 59 17 80 UMa 116842 65477 3.99 2.01 0.0402 81 A5V SB 13 25 13.8 -64 29 07 h 4583 Cen 116457 65479 5.32 2.35 0.0255 128 F2III 13 26 07.7 -39 45 19 - Cen 116713 65535 5.11 1.09 0.0157 207 KpBa 13 26 43.1 -12 42 28 68 Vir 116870 65581 5.27 -0.68 0.0065 505 M0IIIvar

13 27 18.3 -74 41 30 ι2 Mus 116579 65628 6.62 0.71 0.0066 495 B9V 13 27 27.1 -15 58 25 69 Vir 116976 65639 4.76 0.27 0.0126 258 K1IIIIvar 13 28 25.7 +13 46 43 70 Vir 117176 65721 4.97 3.68 0.0552 59 G5V 13 28 27.0 +59 56 45 Σ 1752 UMa 117376 65728 5.40 1.10 0.0138 236 A1Vn 13 29 12.9 +10 49 05 71 Vir 117304 65790 5.65 1.04 0.0120 272 K0III

13 29 25.2 -51 09 55 K Cen 117150 65810 5.04 -0.91 0.0065 504 A0V 13 29 42.7 -23 16 52 R Hya 117287 65835 4.97 -3.98 0.0016 2012 M7IIIe 13 30 25.7 -06 28 13 72 Vir 117436 65892 6.10 2.43 0.0185 177 F2V 13 31 02.6 -39 24 26 dA Cen 117440 65936A 4.64 -3.29 0.0026 1254 G8II-III 13 31 02.6 -39 24 26 dB Cen 117440 65936B 5.03 -2.89 0.0026 1254 G8II-III

13 31 57.8 -06 15 21 74 Vir 117675 66006 4.68 -0.93 0.0076 432 M3III 13 32 02.8 -18 43 44 73 Vir 117661 66015 6.01 1.73 0.0139 234 F0IV-V 13 32 51.7 -15 21 47 75 Vir 117789 66091 5.52 -1.01 0.0049 660 K1.5IIIb 13 32 58.0 -10 09 54 76 Vir 117818 66098 5.21 0.67 0.0124 264 K0III 13 33 00.6 -07 11 42 S Vir 117833 66100 6.00 - - - M7IIIe

13 33 24.5 -07 37 21 77 Vir 117878 66131 7.02 2.64 0.0133 245 F0 13 34 07.2 +55 20 54 81 UMa 118214 66198 5.60 0.95 0.0118 277 A0V 13 34 07.8 +03 39 32 78 Vir 118022 66200 4.92 1.17 0.0178 183 A1pSrCrEu 13 34 27.2 +49 00 57 24 CVn 118232 66234 4.68 0.85 0.0171 190 A5V 13 34 41.5 -00 35 46 ζ Vir 118098 66249 3.38 1.62 0.0446 73 A3V

13 34 47.7 +37 10 57 BH CVn 118216 66257 4.91 1.67 0.0225 145 F2IV 13 35 31.2 -05 23 46 80 Vir 118219 66320 5.70 0.42 0.0088 370 G6III 13 37 10.9 +71 14 32 - UMi 118904 66435 5.50 0.05 0.0081 400 K2III 13 37 27.5 +36 17 41 25A CVn 118623 66458A 5.02 1.18 0.0170 192 A7III 13 37 27.6 +36 17 41 25B CVn 118623 66458B 7.07 3.22 0.0170 192 A7III

352 α δ Star Con HD HIP m M π l.y. Spectra 13 37 35.3 -07 52 17 81A Vir 118511 66465A 7.84 0.53 0.0035 945 K0III 13 37 35.4 -07 52 15 81B Vir — 66465B 8.10 0.79 0.0035 945 - 13 39 30.3 +52 55 16 82 UMa 119024 66634 5.46 1.88 0.0193 169 A3Vn 13 39 34.7 +10 44 46 β 612A Boo 118889 66640A 6.35 2.71 0.0187 175 F0V 13 39 34.7 +10 44 46 β 612B Boo 118889 66640B 6.47 2.83 0.0187 175 -

13 39 53.2 -53 27 59 ε Cen 118716 66657 2.29 -3.02 0.0087 376 B1III 13 39 59.6 -49 57 00 V744 Cen 118767 66666 5.74 -0.37 0.0060 543 M8III 13 40 40.4 +19 57 20 1A Boo 119055 66727A 5.78 0.94 0.0108 303 A1V 13 40 40.6 +19 57 17 1B Boo — 66727B 9.60 4.76 0.0108 303 - 13 40 44.1 +54 40 54 83 UMa 119228 66738 4.63 -1.50 0.0059 549 M2IIIvar

13 40 55.8 -85 47 09 κ Oct 117374 66753 5.56 1.08 0.0127 256 A2m 13 41 02.2 +22 29 45 2 Boo 119126 66763 5.63 0.66 0.0101 322 G9III 13 41 36.7 -08 42 11 82 Vir 119149 66803 5.03 -0.70 0.0071 457 M2III 13 41 44.5 -54 33 42 QB Cen — 66821B 6.63 2.04 0.0121 271 - 13 41 44.6 -54 33 36 QA Cen 118991 66821A 5.24 0.65 0.0121 271 B8Vn

13 41 45.7 -33 35 49 T Cen 119090 66825 6.58 -2.43 0.0016 2063 M3e 13 42 01.0 -58 47 13 - Cen 118978 66849 5.38 -1.11 0.0050 647 B9IV 13 43 03.4 +03 32 15 84B Vir 119425 66936B 8.32 4.20 0.0150 217 - 13 43 03.6 +03 32 17 84A Vir 119425 66936A 5.60 1.48 0.0150 217 K2III 13 44 29.7 -16 10 45 83 Vir 119605 67057 5.55 -1.34 0.0042 780 G0II-III

13 45 35.1 -15 46 03 85 Vir 119786 67139 6.18 1.10 0.0096 339 A2Vn 13 45 41.2 -33 02 37 1 Cen 119756 67153 4.23 2.81 0.0519 63 F3V 13 45 56.3 -12 25 35 86B Vir 119853 67172B 8.40 3.07 0.0086 379 - 13 45 56.3 -12 25 36 86A Vir 119853 67172A 5.73 0.41 0.0086 379 G8III 13 46 35.6 +54 25 58 84 UMa 120198 67231 5.68 1.00 0.0116 282 B9pEuCr

13 46 39.3 -51 25 58 M Cen 119834 67234 4.64 0.16 0.0127 257 G8/K0III 13 46 43.2 +25 42 08 3 Boo 120064 67239 5.97 1.36 0.0120 272 G5III:+A7V: 13 46 56.3 -36 15 08 z Cen 119921 67244 5.15 -0.44 0.0076 428 A0V 13 46 59.7 +38 32 34 S 654 CVn 120164 67250 5.51 0.67 0.0107 304 K0III+F8V 13 47 15.7 +17 27 24 τ Boo 120136 67275 4.50 3.53 0.0641 51 F6IV

13 47 25.3 -17 51 36 87 Vir 120052 67288 5.41 -1.04 0.0051 635 M2comp 13 47 32.3 +49 18 48 η UMa 120315 67301 1.85 -0.60 0.0324 101 B3V SB 13 47 38.4 -50 19 16 - Cen 119971 67304 5.46 -0.26 0.0072 454 K2III 13 48 18.0 -06 50 15 88 Vir 120235 67355 6.57 1.03 0.0078 417 K0 13 49 05.0 +26 58 43 Σ 1785A Boo 120476 67422A 7.69 7.01 0.0733 44.5 K2

13 49 05.0 +26 58 46 Σ 1785B Boo 120476 67422B 8.15 7.47 0.0733 44.5 K2 13 49 26.6 -34 27 02 2 Cen 120323 67457 4.19 0.51 0.0184 177 M5III 13 49 28.5 +15 47 52 υ Boo 120477 67459 4.05 -0.33 0.0133 245 K5IIIvar 13 49 30.2 -41 41 16 ν Cen 120307 67464 3.41 -2.41 0.0069 475 B2IV 13 49 36.9 -42 28 26 µ Cen 120324 67472 3.47 -2.57 0.0062 527 B2IV-Ve

13 49 42.7 +21 15 51 6 Boo 120539 67480 4.92 -0.34 0.0089 368 K4III 13 49 52.2 -18 08 03 89 Vir 120452 67494 4.96 0.61 0.0135 242 K1III 13 51 25.8 +64 43 23 10 Dra 121130 67627 4.58 -0.82 0.0083 391 M3.5III 13 51 47.4 +34 26 39 AW CVn 120933 67665 4.76 -1.58 0.0054 604 K5III 13 51 49.5 -32 59 40 3A Cen 120709 67669A 4.51 -0.29 0.0110 297 B4III

13 51 50.0 -32 59 41 3B Cen 120710 67669B 6.05 1.25 0.0110 297 B8V 13 52 02.8 -52 48 35 NB Cen 120641 67702 7.89 0.28 0.0030 1087 B9Vn 13 52 04.7 -52 48 42 NA Cen 120642 67703 5.26 0.03 0.0090 363 B9Vn 13 53 12.3 -31 55 54 4B Cen — 67786B 8.36 1.80 0.0049 669 B4IV 13 53 12.4 -31 55 39 4A Cen 120955 67786A 4.75 -1.81 0.0049 669 B4IV

353 α δ Star Con HD HIP m M π l.y. Spectra 13 53 12.8 +17 55 58 7 Boo 121107 67787 5.71 -0.90 0.0048 683 G5III 13 53 50.9 +53 43 43 86 UMa 121409 67848 5.70 0.03 0.0074 444 A0V 13 54 41.0 +18 23 52 η Boo 121370 67927 2.68 2.41 0.0882 37.0 G0IV 13 54 42.1 -01 30 12 90 Vir 121299 67929 5.16 0.70 0.0128 254 K2III 13 55 32.3 -47 17 18 ζ Cen 121263 68002 2.55 -2.81 0.0085 384 B2.5IV

13 56 27.8 +01 03 02 92 Vir 121607 68092 5.90 0.82 0.0097 337 A8V 13 56 34.1 +27 29 31 9 Boo 121710 68103 5.02 -1.47 0.0050 648 K3IIIvar 13 57 38.9 -63 41 12 - Cen 121474 68191 4.71 0.68 0.0156 209 K4III 13 58 16.2 -42 06 03 ϕ Cen 121743 68245 3.83 -1.94 0.0070 465 B2IV 13 58 31.1 -24 58 20 47 Hya 121847 68269 5.20 0.11 0.0096 339 B8V

13 58 38.8 +21 41 46 10 Boo 121996 68276 5.76 -0.08 0.0068 480 A0Vs 13 58 40.7 -44 48 13 υ1 Cen 121790 68282 3.87 -1.67 0.0078 417 B2IV-V 14 00 00.0 -25 00 37 48 Hya 122066 68390 5.77 1.98 0.0174 187 F7V 14 01 10.5 +27 23 12 11 Boo 122405 68478 6.23 1.14 0.0096 340 A7III 14 01 38.7 +01 32 40 τ Vir 122408 68520 4.23 0.10 0.0149 218 A3V

14 01 43.3 -45 36 12 υ2 Cen 122223 68523 4.34 -1.35 0.0073 448 F6II 14 02 22.7 -27 25 48 - Hya 122430 68581 5.47 -0.15 0.0075 434 K2/K3III 14 03 49.3 -60 22 23 βB Cen 122451 68702B 3.95 -2.08 0.0062 525 - 14 03 49.4 -60 22 22 βA Cen 122451 68702A 0.58 -5.45 0.0062 525 B1III 14 04 23.2 +64 22 33 α Dra 123299 68756 3.67 -1.21 0.0106 309 A0III SB

14 05 19.8 -76 47 48 ϑ Aps 122250 68815 5.69 0.67 0.0099 328 M6.5III 14 06 02.7 -41 10 46 χ Cen 122980 68862 4.36 -1.32 0.0073 446 B2V 14 06 17.8 -08 53 30 94 Vir 123177 68888 6.54 1.37 0.0093 352 A0 14 06 22.2 -26 40 56 π Hya 123123 68895 3.25 0.79 0.0322 101 K2III 14 06 40.8 -36 22 12 ϑ Cen 123139 68933 2.06 0.70 0.0535 61 K0IIIb

14 06 42.7 -09 18 48 95 Vir 123255 68940 5.46 1.76 0.0182 179 F2IV 14 06 56.2 +74 35 38 3 UMi 124063 68956 6.43 0.79 0.0075 438 A7V 14 07 55.7 +43 51 16 BY Boo 123657 69038 5.13 -0.64 0.0070 465 M4.2III 14 08 17.2 +49 27 29 13 Boo 123782 69068 5.26 -0.90 0.0059 556 M2III 14 08 50.8 +77 32 51 4 UMi 124547 69112 4.80 -1.13 0.0065 500 K3III

14 09 00.6 -10 20 04 96 Vir 123630 69127 6.45 0.30 0.0059 554 G8III 14 09 54.7 -53 26 20 Rst 5532 Cen 123569 69191 4.74 1.01 0.0179 182 G8III 14 10 23.9 +25 05 30 12 Boo 123999 69226 4.82 2.00 0.0273 120 F9IVw 14 10 50.4 -16 18 07 ET Vir 123934 69269 4.93 -1.17 0.0060 542 M2IIIa 14 12 04.0 +69 25 57 - UMi 124730 69373 5.18 -0.50 0.0073 445 M2III

14 12 15.7 +02 24 34 CU Vir 124224 69389 4.99 0.47 0.0125 262 B9pSi 14 12 33.5 -09 54 01 97 Vir 124248 69403 7.15 3.07 0.0153 213 F0 14 12 45.9 -27 15 40 50 Hya 124206 69415 5.07 0.83 0.0142 229 K2III 14 12 53.7 -10 16 25 κ Vir 124294 69427 4.18 0.00 0.0146 223 K3III 14 13 27.6 +51 47 15 κ1 Boo 124674 69481 6.62 2.73 0.0167 196 F1V

14 13 28.9 +51 47 24 κ2 Boo 124675 69483 4.53 1.14 0.0210 155 A8IV 14 14 05.1 +12 57 34 14 Boo 124570 69536 5.53 2.92 0.0301 108 F6IV 14 14 50.8 +10 06 03 15A Boo 124679 69612A 5.51 1.05 0.0128 255 K1III 14 14 51.2 +10 06 02 15B Boo 124679 69612B 8.53 4.07 0.0128 255 K1III 14 14 56.9 -57 05 09 V795 Cen 124367 69618 5.03 -0.84 0.0067 486 B4Vne

14 15 39.6 +19 10 57 αA Boo 124897 69673A 0.16 -0.10 0.0889 36.7 K2IIIp 14 15 39.6 +19 10 57 αB Boo 124897 69673B 3.49 3.23 0.0889 36.7 K2IIIp 14 16 00.8 -06 00 02 ι Vir 124850 69701 4.07 2.42 0.0467 70 F7V 14 16 09.8 +51 22 02 ι Boo 125161 69713 4.75 2.38 0.0335 97 A9V 14 16 22.9 +46 05 18 λ Boo 125162 69732 4.18 1.81 0.0336 97 A0sh

354 α δ Star Con HD HIP m M π l.y. Spectra 14 16 34.2 -59 54 50 R Cen 124601 69754 5.30 -3.73 0.0016 2090 M5e 14 17 59.7 +35 30 34 A Boo 125351 69879 4.80 0.63 0.0146 223 K1III 14 18 13.6 -81 00 27 η Aps 123998 69896 4.89 1.73 0.0234 140 A2mA7-F2 14 19 06.5 -13 22 16 λ Vir 125337 69974 4.52 0.73 0.0175 187 A2m 14 19 16.2 +13 00 15 18 Boo 125451 69989 5.41 3.33 0.0383 85 F5.1V

14 19 24.1 -46 03 28 ι Lup 125238 69996 3.55 -1.61 0.0093 352 B2.5IV 14 19 32.4 -02 15 56 υ Vir 125454 70012 5.14 0.52 0.0119 274 G9III 14 19 45.1 +16 18 25 20 Boo 125560 70027 4.84 1.01 0.0171 190 K3III 14 19 51.4 -61 16 23 - Cen 125158 70035 5.22 1.80 0.0207 158 Am 14 20 19.4 -56 23 12 v Cen 125288 70069 4.30 -3.50 0.0028 1185 B6Ib

14 20 33.3 -37 53 07 ψ Cen 125473 70090 4.05 -0.35 0.0132 247 A0IV 14 20 42.4 -45 11 14 - Lup 125442 70104 4.78 1.49 0.0220 149 F0IV 14 21 58.5 -01 59 17 103 Vir 125817 70220 6.82 1.38 0.0082 400 A2 14 22 22.7 -80 06 32 ε Aps 124771 70248 5.06 -1.08 0.0059 551 B4V 14 22 36.9 -58 27 34 DUN 159A Cen 125628 70264A 5.09 0.41 0.0116 282 G8/K1

14 22 37.4 -58 27 42 DUN 159B Cen — 70264B 6.94 2.25 0.0116 282 - 14 22 38.5 -07 46 05 Σ 1833A Vir 125906 70269A 7.67 4.46 0.0228 143 G0 14 22 38.5 -07 46 10 Σ 1833B Vir — 70269B 7.69 4.48 0.0228 143 - 14 23 02.1 -39 30 44 V761 Cen 125823 70300 4.41 -1.13 0.0078 418 B2V 14 23 05.7 -27 45 14 51 Hya 125932 70306 4.78 1.14 0.0187 175 K3III

14 23 22.5 +08 26 48 Σ 1835 Boo 126129 70327A 5.04 0.94 0.0152 215 A0V 14 23 22.6 +08 26 43 β 1111 Boo 126128 70327B 7.60 3.50 0.0152 215 F3V 14 23 25.6 -11 42 51 2 Lib 126035 70336 6.22 1.19 0.0099 330 G7III 14 24 11.3 +05 49 12 - Vir 126248 70400 5.10 1.77 0.0216 151 A5V 14 24 11.6 +25 42 14 RX Boo 126327 70401 7.98 2.02 0.0064 508 M1IIvar

14 24 48.5 -24 48 23 - Lib 126218 70469 5.34 -0.10 0.0082 400 G8III 14 25 11.7 +51 51 03 ϑ Boo 126660 70497 4.04 3.22 0.0686 47.5 F7V 14 26 08.1 -45 13 17 τ1 Lup 126341 70574 4.56 -2.95 0.0032 1035 B2IV 14 26 10.7 -45 22 46 τ2A Lup 126354 70576A 4.93 0.01 0.0104 314 A7 14 26 10.7 -45 22 46 τ2B Lup 126354 70576B 5.55 0.63 0.0104 314 -

14 26 27.3 +19 13 36 22 Boo 126661 70602 5.40 0.76 0.0118 276 F0m 14 26 54.8 -83 40 04 δ Oct 124882 70638 4.31 -0.35 0.0117 279 K2III 14 27 24.4 -06 07 13 104 Vir 126722 70680 6.18 1.88 0.0138 236 A2IV 14 27 31.4 +75 41 45 5 UMi 127700 70692 4.25 -0.87 0.0095 345 K4III 14 28 10.3 -29 29 30 52 Hya 126769 70753 4.97 -0.56 0.0079 415 B7/B8V

14 28 12.1 -02 13 40 ϕA Vir 126868 70755A 4.97 1.88 0.0242 135 G2IV 14 28 12.4 -02 13 41 ϕB Vir 70755B 9.10 6.02 0.0242 135 - 14 28 37.7 +49 50 41 24 Boo 127243 70791 5.58 0.70 0.0106 308 G3IV 14 28 41.6 -06 54 02 106 Vir 126927 70794 5.42 -0.41 0.0068 479 K5III 14 29 42.0 -62 41 07 αC Cen — 70890 11.01 15.45 0.7723 4.221 B2V

14 30 20.8 -49 31 09 HdO 232 Lup 126983 70931 5.38 1.21 0.0147 222 A1V 14 31 49.7 +30 22 17 ρ Boo 127665 71053 3.57 0.27 0.0219 149 K3III 14 32 04.6 +38 18 29 γ Boo 127762 71075 3.04 0.96 0.0383 85 A7IIIvar 14 32 32.5 +22 15 36 26 Boo 127739 71115 5.91 2.35 0.0194 168 F2IV 14 32 36.8 -50 27 25 σ Lup 127381 71121 4.44 -1.79 0.0057 574 B2III

14 34 39.5 +49 22 06 CH Boo 128333 71280 5.74 -1.16 0.0042 782 M1III 14 34 40.7 +29 44 42 σ Boo 128167 71284 4.47 3.52 0.0647 50 F3Vwvar 14 35 30.3 -42 09 28 h Cen 127972 71352 2.33 -2.55 0.0106 308 B1Vn 14 37 11.7 +26 44 11 R Boo 128609 71490 6.20 - - - M3e-M8e 14 37 20.0 -46 08 02 φ 318A Lup 128266 71500A 6.22 -1.85 0.0024 1336 G8III+A1V

355 α δ Star Con HD HIP m M π l.y. Spectra 14 37 20.0 -46 08 02 φ 318B Lup 128266 71500B 6.50 -1.56 0.0024 1336 - 14 37 53.1 -49 25 32 ρ Lup 128345 71536 4.05 -0.84 0.0105 310 B5V 14 38 50.1 +44 24 16 33 Boo 129002 71618 5.39 1.49 0.0166 197 A1V 14 39 35.2 -60 50 13 α2 Cen 128621 71681 1.24 5.60 0.7421 4.393 K1V 14 39 36.5 -60 50 03 α1 Cen 128620 71683 0.14 4.49 0.7421 4.393 G2V

14 40 43.5 +16 25 06 π1 Boo 129174 71762A 4.85 -0.09 0.0103 317 B9p 14 40 43.8 +16 25 04 π2 Boo 129175 71762B 5.91 0.97 0.0103 317 A6V 14 41 08.8 +13 43 42 ζA Boo 129247 71795A 4.53 0.81 0.0181 180 A3IVn 14 41 08.8 +13 43 43 ζB Boo 129246 71795B 4.58 0.86 0.0181 180 A2V 14 41 38.7 +08 09 42 31 Boo 129312 71832 4.86 -1.38 0.0057 576 G8IIIvar

14 41 43.5 +11 39 38 32 Boo 129336 71837 5.55 0.19 0.0085 385 G8III 14 41 55.7 -47 23 17 α Lup 129056 71860 2.30 -3.83 0.0060 548 B1.5III 14 41 57.5 -37 47 37 - Cen 129116 71865 4.01 -0.85 0.0107 305 B2.5V 14 42 30.3 -65 58 31 α Cir 128898 71908 3.18 2.11 0.0610 53 ApSrEuCr: 14 43 03.5 -05 39 30 µ Vir 129502 71957 3.87 2.51 0.0535 61 F2III

14 43 13.5 -24 59 51 4 Lib 129433 71974 5.70 0.21 0.0080 409 B9.5V 14 43 25.3 +26 31 40 34 Boo 129712 71995 4.80 -2.38 0.0037 888 M3III 14 43 39.3 -35 10 26 c1 Cen 129456 72010 4.06 0.07 0.0159 205 K3III 14 44 59.1 +27 04 27 εA Boo 129989 72105A 2.65 -1.39 0.0156 210 K0II-III 14 44 59.1 +27 04 30 εB Boo 129988 72105B 4.85 0.81 0.0156 210 A2V

14 44 59.1 -35 11 31 c2 Cen 129685 72104 4.92 0.91 0.0158 207 A0V 14 45 14.4 +16 57 52 ο Boo 129972 72125 4.60 0.40 0.0145 225 K0III 14 45 17.2 -62 52 33 HdO 239 Cir 129422 72131 5.36 2.05 0.0218 150 A7Vn 14 45 30.1 +00 43 02 108 Vir 129956 72154 5.68 -0.69 0.0053 614 B9.5V 14 45 51.1 +71 57 59 6 UMi 130834 72181 7.52 0.91 0.0048 685 A5

14 45 57.8 -15 27 35 5 Lib 129978 72194 6.33 -1.33 0.0029 1109 K2III 14 46 00.0 -25 26 35 54A Hya 129926 72197A 5.18 2.76 0.0329 99 F2III-IV 14 46 00.5 -25 26 40 54B Hya 129926 72197B 7.25 4.83 0.0329 99 F9 14 46 14.9 +01 53 34 109 Vir 130109 72220 3.73 0.75 0.0254 129 A0V 14 47 01.2 -52 23 01 b Lup 129893 72290 5.22 0.72 0.0126 259 G8III

14 47 22.5 -25 37 28 55 Hya 130158 72323 5.61 -0.76 0.0053 613 A0p 14 47 44.7 -26 05 15 56 Hya 130259 72357 5.23 0.19 0.0098 331 G5III 14 47 51.6 -79 02 41 α Aps 129078 72370 3.83 -1.67 0.0079 411 K5III 14 47 57.4 -26 38 46 57 Hya 130274 72378 5.76 0.14 0.0075 434 B9.5V 14 49 18.6 +46 06 58 38 Boo 130945 72487 5.76 2.41 0.0213 153 K7IVw

14 49 19.0 -14 08 54 µB Lib 130559 72489B 6.72 2.43 0.0139 235 - 14 49 19.0 -14 08 56 µA Lib 130559 72489A 5.69 1.40 0.0139 235 A1pSrCrEu 14 49 41.3 +48 43 14 39A Boo 131041 72524A 6.36 2.12 0.0142 229 F6V 14 49 41.8 +48 43 11 39B Boo 131041 72524B 6.72 2.49 0.0142 229 F5V 14 50 17.2 -27 57 37 58 Hya 130694 72571 4.42 -0.44 0.0107 305 K3III

14 50 29.6 +37 16 19 - Boo 131111 72582 5.47 1.53 0.0163 200 K0III-IV 14 50 41.1 -15 59 50 α1 Lib 130819 72603 5.15 3.28 0.0423 77 F4IV 14 50 42.2 +74 09 20 β UMi 131873 72607 2.07 -0.87 0.0258 126 K4IIIvar 14 50 52.6 -16 02 31 α2 Lib 130841 72622 2.75 0.88 0.0423 77 A3IV 14 51 00.9 -02 17 57 11 Lib 130952 72631 4.93 0.82 0.0151 216 G8comp

14 51 23.2 +19 06 04 ξA Boo 131156 72659A 4.81 5.68 0.1493 21.8 G8V 14 51 26.3 +59 17 38 - Dra 131507 72664 5.48 -0.18 0.0074 442 K4III 14 51 29.2 +19 06 10 ξB Boo 131156 72659B 7.08 7.95 0.1493 21.8 K4V 14 51 38.3 -43 34 31 ο Lup 130807 72683 4.84 -0.65 0.0080 408 B5IV 14 51 51.3 -18 21 19 10 Lib 131027 72702 6.27 -0.97 0.0036 913 K0II-III

356 α δ Star Con HD HIP m M π l.y. Spectra 14 52 35.0 -63 48 36 AXA Cir 130701 72773 6.19 -1.27 0.0032 1012 F8II+A/F 14 52 35.0 -63 48 36 AXB Cir — 72773 8.39 0.93 0.0032 1012 - 14 52 50.9 -37 48 11 - Cen 131120 72800 5.02 -0.34 0.0085 384 B7II-III 14 54 20.0 -24 38 32 12 Lib 131430 72929 5.27 -0.09 0.0085 384 K2/K3III 14 54 22.8 -11 53 54 ξ1 Lib 131530 72934 5.78 0.54 0.0089 365 G7III

14 54 42.4 -65 59 29 ζ Cir 131058 72965 6.09 -1.79 0.0027 1226 B3Vn 14 55 34.4 -60 06 50 - Cir 131342 73036 5.18 1.56 0.0189 173 K1III 14 55 44.6 -33 51 21 Ho 390 Cen 131625 73049 5.32 0.92 0.0132 247 A0V 14 56 17.2 -52 48 35 c Lup 131562 73095 5.38 1.27 0.0151 216 A2III 14 56 44.0 -62 46 51 ϑ Cir 131492 73129 5.08 -1.96 0.0039 834 B4Vnp

14 56 46.0 -11 24 35 ξ2 Lib 131918 73133 5.48 -0.61 0.0061 538 K4III 14 56 48.3 +74 54 03 8 UMi 133086 73136 6.83 0.95 0.0067 489 K0 14 57 10.9 -04 20 47 16 Lib 132052 73165 4.47 2.24 0.0358 91 F0V 14 57 34.9 +65 55 56 RR UMi 132813 73199 4.63 -0.80 0.0082 398 M5III 14 57 52.8 -76 39 45 R Aps 131109 73223 5.37 -0.22 0.0076 428 K4III

14 58 13.4 -11 09 18 17 Lib 132230 73249 6.61 1.30 0.0087 376 A1V 14 58 31.8 -43 08 02 β Lup 132058 73273 2.68 -3.35 0.0062 523 B2III 14 58 39.2 -27 39 26 59 Hya 132219 73284 6.35 1.19 0.0093 350 A6IV 14 58 53.5 -11 08 39 18 Lib 132345 73310 5.88 0.95 0.0103 316 K3III-IV 14 59 09.6 -42 06 15 κA Cen 132200 73334A 3.34 -2.75 0.0061 539 B2IV

14 59 09.6 -42 06 15 κC Cen - 73334C 4.71 -1.38 0.0061 539 B2IV 14 59 36.9 +39 15 55 40 Boo 132772 73369 5.64 2.13 0.0198 164 F1III-IV 15 00 27.0 +71 45 56 9 UMi 133621 73440 6.64 4.00 0.0297 110 G0 15 00 38.7 +47 16 39 BX Boo 133029 73454 6.35 0.53 0.0068 477 B9pSiSrCr 15 00 58.3 -08 31 08 δ Lib 132742 73473 4.91 0.06 0.0107 304 B9.5V

15 01 50.2 -83 13 39 π1 Oct 130650 73540 5.65 0.27 0.0084 389 G8/K0III 15 01 56.6 +40 23 26 β Boo 133208 73555 3.49 -0.64 0.0149 219 G8III 15 02 06.4 +25 00 29 ω Boo 133124 73568 4.80 -0.41 0.0091 359 K4III 15 02 06.4 -28 03 38 60 Hya 132851 73566 5.83 0.84 0.0100 325 A4IV 15 02 54.0 +02 05 28 110 Vir 133165 73620 4.39 0.64 0.0178 183 K0III

15 02 59.1 -32 38 37 See 217 Lup 132955 73624 5.45 0.30 0.0093 350 B3V 15 03 47.3 +47 39 16 Σ 1909A Boo 133640 73695A 5.31 4.78 0.0784 41.6 G2V 15 03 47.4 +47 39 17 Σ 1909B Boo 133640 73695B 6.09 5.56 0.0784 41.6 G2V 15 04 04.1 -25 16 55 σ Lib 133216 73714 3.25 -1.51 0.0112 292 M3/M4III 15 04 26.7 +26 56 51 ψ Boo 133582 73745 4.52 0.10 0.0130 250 K2III

15 04 46.6 -83 02 17 π2 Oct 131246 73771 5.65 -2.98 0.0019 1734 G8Ib 15 04 48.1 -64 01 54 η Cir 132905 73776 5.16 0.59 0.0122 267 G8III 15 05 07.0 +73 53 32 10 UMi 134584 73808 7.56 1.96 0.0076 431 A0 15 05 07.2 -47 03 04 πA Lup 133242 73807A 4.57 -1.35 0.0066 497 B5V 15 05 07.3 -47 03 01 πB Lup 133243 73807B 4.65 -1.27 0.0066 497 B5IV

15 05 19.0 -41 04 02 HdO 242 Lup 133340 73826 5.13 -0.13 0.0089 367 G8III 15 05 25.7 +48 09 03 47 Boo 133962 73841 5.59 1.08 0.0126 260 A1V 15 06 16.7 +54 33 23 — Boo 134190 73909 5.24 0.73 0.0125 260 G8III 15 06 37.5 -16 15 24 ν Lib 133774 73945 5.19 -1.66 0.0043 765 K5III 15 06 49.1 -16 29 03 22 Lib 133800 73953 6.41 0.90 0.0079 413 A1V

15 07 18.0 +24 52 09 45 Boo 134083 73996 4.93 3.46 0.0507 64 F5V 15 08 23.8 +26 18 04 46 Boo 134320 74087 5.67 0.12 0.0078 420 K2III 15 08 50.5 -45 16 47 λA Lup 133955 74117A 4.43 -1.05 0.0080 406 B3V 15 08 50.5 -45 16 47 λB Lup 133955 74117B 5.23 -0.25 0.0080 406 - 15 11 08.2 -84 47 15 ω Oct 131596 74296 5.88 0.93 0.0102 318 B9.5V

357 α δ Star Con HD HIP m M π l.y. Spectra 15 11 15.8 -55 20 46 h 4734 Lup 134270 74305 5.45 -3.52 0.0016 2025 G2Ib-II 15 11 56.0 -48 44 16 κ1 Lup 134481 74376 3.88 0.14 0.0179 182 B9V 15 11 57.5 -48 44 37 κ2 Lup 134482 74380 5.70 1.84 0.0169 193 A3IV 15 12 04.2 +18 58 33 Cou 189A Ser 134943 74386A 6.02 -1.01 0.0039 830 M4II 15 12 04.2 +18 58 34 Cou 189B Ser 134943 74386B 8.16 1.13 0.0039 830 -

15 12 13.2 -19 47 30 ι Lib 134759 74392 4.54 -0.77 0.0087 376 A0pSi 15 12 17.0 -52 05 57 ζ Lup 134505 74395 3.41 0.65 0.0281 116 G8III 15 12 49.4 -44 30 02 e Lup 134687 74449 4.83 -0.89 0.0072 454 B3IV 15 13 19.2 -19 38 51 25 Lib 134967 74493 6.07 1.93 0.0149 219 A3Vn 15 13 28.7 -25 18 33 23 Lib 134987 74500 6.47 4.42 0.0390 84 G4V

15 14 19.1 -70 04 46 X TrA 134453 74582 5.75 -2.56 0.0022 1495 N0v 15 14 29.1 +29 09 51 χ Boo 135502 74596 5.28 1.07 0.0144 226 A2V 15 14 33.7 -17 46 07 26 Lib 135230 74600 6.18 -1.80 0.0025 1283 B9III 15 14 37.2 -31 31 09 1 Lup 135153 74604 4.91 -2.81 0.0029 1140 F3III 15 14 38.2 +67 20 48 - UMi 136064 74605 5.15 3.13 0.0395 83 F9IV

15 15 11.3 +04 56 22 3A Ser 135482 74649A 5.61 -0.17 0.0070 467 K0III 15 15 11.3 +04 56 22 3B Ser — 74649B 7.90 2.12 0.0070 467 - 15 15 30.1 +33 18 53 δ Boo 135722 74666 3.46 0.69 0.0279 117 G8III 15 15 49.0 +00 22 20 4 Ser 135559 74689 5.62 2.15 0.0202 161 A4V 15 16 03.9 -41 29 28 -A Lup 135346 74707A 5.55 -2.42 0.0025 1283 F/G:

15 16 03.9 -41 29 28 -B Lup - 74707B 6.92 -1.05 0.0025 1283 A/F: 15 16 56.7 -60 57 27 δ Cir 135240 74778 5.04 -6.42 0.0005 6392 O8.5V 15 17 00.3 -09 22 58 β Lib 135742 74785 2.61 -0.84 0.0204 160 B8V 15 17 05.8 +71 49 26 11 UMi 136726 74793 5.02 -0.37 0.0084 389 K4III 15 17 16.7 +71 12 40 12 UMi 136727 74806 7.27 1.25 0.0062 522 F8

15 17 30.8 -58 48 04 β Cir 135379 74824 4.07 1.71 0.0338 97 A3V 15 17 38.8 -63 36 38 ε Cir 135291 74837 4.85 -0.44 0.0087 373 K2.5III 15 17 49.7 -30 08 55 2 Lup 135758 74857 4.35 -0.53 0.0106 308 K1II-III 15 18 31.9 -47 52 30 µA Lup 135734 74911A 4.92 0.17 0.0112 291 B8V 15 18 31.9 -47 52 31 µB Lup 135734 74911B 5.05 0.30 0.0112 291 -

15 18 33.8 -47 52 45 µC Lup 135748 74915 6.87 2.12 0.0112 291 A2/A3V: 15 18 48.8 -60 29 47 I 370 Cir 135591 74941 5.43 -13.06 0.00002 163000 O7Iab: 15 18 54.6 -68 40 46 γ TrA 135382 74946 2.87 -0.87 0.0179 183 A1V 15 18 56.3 -40 47 18 GG Lup 135876 74950 5.59 -0.40 0.0063 514 B9V 15 19 18.7 +01 45 55 5 Ser 136202 74975 5.04 3.08 0.0405 81 F8III-IV

15 20 05.1 +51 57 31 - Boo 136729 75043 5.65 1.58 0.0153 213 A4V 15 20 08.4 +29 36 58 ο CrB 136512 75049 5.51 0.89 0.0119 274 K0III 15 20 43.6 +71 50 02 γ UMi 137422 75097 3.00 -2.84 0.0068 480 A3II-III 15 20 53.6 -18 09 31 28 Lib 136366 75110 6.16 -0.27 0.0052 631 G8II-III 15 21 01.2 -15 32 54 ο Lib 136407 75118 6.14 2.45 0.0183 178 F0III

15 21 01.9 +00 42 55 6A Ser 136514 75119A 5.54 1.18 0.0134 244 K3III 15 21 02.0 +00 42 58 6B Ser 136514 75119B 9.42 5.05 0.0134 244 - 15 21 22.2 -40 38 52 δ Lup 136298 75141 3.22 -2.75 0.0064 510 B1.5IV 15 21 30.1 +73 28 35 14 UMi 137686 75152 7.38 3.51 0.0168 194 F5 15 21 48.1 -48 19 03 ν2 Lup 136352 75181 5.65 4.83 0.0687 47 G2V

15 21 48.3 -36 15 41 ϕ1 Lup 136422 75177 3.57 -1.43 0.0100 326 K5III 15 21 48.5 +32 56 01 50 Boo 136849 75178 5.38 0.98 0.0132 247 B9Vn 15 22 08.2 -47 55 40 ν1 Lup 136351 75206 4.99 2.32 0.0293 111 F8V 15 22 23.3 +12 34 03 7 Ser 136831 75230 6.29 0.62 0.0073 445 A0V 15 22 40.8 -44 41 22 εA Lup 136504 75264A 3.56 -2.38 0.0065 504 B2IV-V

358 α δ Star Con HD HIP m M π l.y. Spectra 15 22 40.8 -44 41 23 εB Lup 136504 75264B 5.04 -0.91 0.0065 504 - 15 23 01.8 -15 08 03 30 Lib 136801 75294 6.46 -0.43 0.0042 780 M0III 15 23 09.2 -36 51 30 ϕ2 Lup 136664 75304 4.54 -1.81 0.0054 606 B4V 15 23 12.2 +30 17 16 ηA CrB 137107 75312A 5.73 4.38 0.0537 61 G2V 15 23 12.3 +30 17 17 ηB CrB 137108 75312B 6.02 4.67 0.0537 61 -

15 23 22.6 -59 19 14 γA Cir 136415 75323A 4.94 -1.03 0.0064 509 F7/G0+B3V 15 23 22.8 -59 19 13 γB Cir 136416 75323B 5.82 -0.15 0.0064 509 F8 15 23 43.7 -01 01 21 8 Ser 137006 75342 6.11 2.41 0.0182 179 F0V 15 24 11.8 -10 19 20 ε Lib 137052 75379 4.92 2.37 0.0309 106 F5IV 15 24 29.3 +37 22 38 µ1 Boo 137391 75411 4.31 1.46 0.0270 121 F0V

15 24 30.8 +37 20 51 µ2B Boo 137392 75415B 7.13 4.28 0.0268 122 G1V 15 24 30.8 +37 20 53 µ2C Boo — 75415C 7.74 4.88 0.0268 122 - 15 24 44.8 -39 42 37 υ Lup 136933 75439 5.36 0.00 0.0085 384 ApSi 15 24 55.6 +58 57 57 ι Dra 137759 75458 3.29 0.81 0.0319 102 K2III 15 25 20.1 -38 44 01 k Lup 137058 75501 4.60 -0.70 0.0087 374 A0V

15 25 47.3 +15 25 41 τ1 Ser 137471 75530 5.16 -2.09 0.0036 918 M1III 15 26 17.4 +34 20 09 - Boo 137704 75572 5.46 -0.42 0.0067 489 K4III 15 27 18.1 -36 46 04 HdO 248 Lup 137432 75647 5.46 -0.08 0.0078 418 B5V 15 27 49.7 +29 06 20 β CrB 137909 75695 3.66 0.94 0.0286 114 F0p 15 28 15.4 -16 42 59 32 Lib 137744 75730 5.64 -1.58 0.0036 908 K5III

15 28 38.1 +01 50 31 10 Ser 137898 75761 5.15 2.28 0.0267 122 A8IV 15 29 15.6 +80 26 50 π1A UMi 139777 75809 6.57 4.85 0.0453 72 G0IV-V+G8IV-V 15 29 24.2 -46 43 58 - Lup 137709 75828 5.26 -1.91 0.0037 886 K4III 15 29 28.3 +80 26 55 π1B UMi 139813 75829 7.30 5.62 0.0461 71 G5 15 29 34.7 -17 26 27 33 Lib 137949 75848 6.69 1.94 0.0112 291 F0p

15 30 40.4 -16 36 34 34 Lib 138137 75944 5.82 -0.37 0.0058 564 K0III 15 30 55.7 +40 49 59 ν1 Boo 138481 75973 5.04 -2.10 0.0037 872 K5III 15 31 24.7 +77 20 57 ϑ UMi 139669 76008 5.00 -2.03 0.0039 832 K5III 15 31 30.8 -73 23 22 κ1 Aps 137387 76013 5.40 -2.07 0.0032 1019 B1npe 15 31 46.9 +40 53 58 ν2 Boo 138629 76041 4.98 -0.62 0.0076 430 A5V

15 32 09.6 +16 03 22 τ2 Ser 138527 76069 6.22 0.61 0.0076 431 B9V 15 32 36.6 -19 40 14 - Lib 138413 76106 5.50 1.29 0.0144 227 A2IV 15 32 55.1 -16 51 11 ζ Lib 138485 76126 5.53 -1.33 0.0042 769 B2Vn 15 32 55.7 +31 21 31 ϑA CrB 138749 76127A 4.22 -0.67 0.0105 311 B6Vnn 15 32 55.7 +31 21 32 ϑB CrB — 76127B 6.64 1.74 0.0105 311 -

15 32 57.9 -01 11 11 11 Ser 138562 76133 5.50 0.91 0.0121 270 K0III 15 34 10.6 -10 03 53 37 Lib 138716 76219 4.61 2.30 0.0345 94 K1IV 15 34 26.5 -09 11 00 IU Lib 138764 76243 5.16 0.00 0.0093 351 B6IV 15 34 37.2 -28 02 49 36 Lib 138688 76259 5.13 -0.14 0.0088 369 K2/K3II 15 34 41.2 +26 42 53 α CrB 139006 76267 2.22 0.42 0.0437 75 A0V

15 34 48.0 +10 32 15 dB Ser 138917 76276B 4.22 0.18 0.0155 210 F0IV* 15 34 48.1 +10 32 21 dA Ser 138918 76276A 5.26 1.21 0.0155 210 F0IV 15 35 08.2 -41 10 00 γB Lup 138690 76297B 3.51 -2.69 0.0058 567 - 15 35 08.3 -41 10 00 γA Lup 138690 76297A 3.40 -2.80 0.0058 567 B2IV 15 35 14.8 +39 00 36 µ CrB 139153 76307 5.14 -1.08 0.0057 571 M2III

15 35 31.5 -41 47 22 γ Lib 138905 76333 3.91 0.56 0.0214 152 G8III-IV 15 35 33.1 +17 39 20 τ3 Ser 139074 76337 6.10 0.58 0.0079 414 G8III: 15 35 53.1 -44 57 29 dB Lup 138769 76371B 6.62 0.99 0.0075 434 - 15 35 53.1 -44 57 31 dA Lup 138769 76371A 4.66 -0.96 0.0075 434 B3IVp 15 35 57.5 -49 30 29 R Nor 138743 76377 7.97 1.52 0.0051 634 M3e

359 α δ Star Con HD HIP m M π l.y. Spectra 15 36 12.0 -44 23 48 - Lup 138816 76397 5.44 -1.09 0.0050 659 M0III 15 36 28.1 +15 06 05 τ4 Ser 139216 76423 6.51 0.50 0.0063 520 M5II-III 15 36 29.2 +16 07 08 τ5 Ser 139225 76424 5.93 2.48 0.0204 160 F3V 15 36 29.6 +10 00 36 16 Ser 139195 76425 5.26 0.97 0.0139 235 K0p 15 36 33.8 -00 33 41 14 Ser 139137 76427 6.51 0.52 0.0063 514 G8III

15 36 43.1 -66 19 02 ε TrA 138538 76440 4.11 0.00 0.0151 216 K0III 15 37 01.4 -28 08 06 υ Lib 139063 76470 3.60 -0.28 0.0168 195 K3III 15 37 49.5 +40 21 12 ϕ Boo 139641 76534 5.25 1.76 0.0200 163 G8III-IV 15 38 03.1 -42 34 02 ω Lup 139127 76552 4.34 0.10 0.0142 230 K4.5III 15 38 39.3 -29 46 40 τ Lib 139365 76600 3.66 -2.01 0.0073 445 B2.5V

15 38 39.9 -08 47 40 Σ 1962B Lib 139460 76602 6.56 4.79 0.0442 74 F6IV-V 15 38 40.0 -08 47 28 Σ 1962A Lib 139461 76603 6.45 4.47 0.0402 81 F6V 15 38 49.4 -52 22 22 - Nor 139129 76618 5.43 -0.30 0.0071 457 B9V 15 38 54.4 -19 18 07 41A Lib 139446 76628A 5.57 0.48 0.0096 340 G8III-IV 15 38 54.4 -19 18 07 41B Lib — 76628B 8.80 3.71 0.0096 340 -

15 39 22.1 +36 38 12 ζ1 CrB 139891 76669B 5.95 0.14 0.0069 473 B7V 15 39 22.6 +36 38 09 ζ2 CrB 139892 76669A 4.99 -0.82 0.0069 473 B7V 15 39 38.6 +79 58 59 π2A UMi 141652 76695A 7.40 2.05 0.0085 384 F2 15 39 38.7 +79 59 00 π2B UMi 141652 76695B 8.18 2.83 0.0085 384 - 15 39 45.9 -34 24 42 ψ1 Lup 139521 76705 4.66 0.28 0.0133 245 G8/K0III

15 40 16.8 -23 49 05 42 Lib 139663 76742 4.97 -0.37 0.0086 381 K3III 15 40 21.2 -73 26 48 κ2 Aps 138800 76750 5.64 -1.12 0.0044 734 B8IV 15 40 59.1 +16 01 29 τ6 Ser 140027 76810 6.00 0.30 0.0072 450 G8III 15 41 11.2 -44 39 40 g Lup 139664 76829 4.64 3.42 0.0571 57 F5IV-V 15 41 33.0 +19 40 13 ιA Ser 140159 76852A 5.35 1.50 0.0170 192 A1V

15 41 33.0 +19 40 13 ιB Ser 140159 76852B 5.22 1.37 0.0170 192 - 15 41 47.3 +12 50 50 χ Ser 140160 76866 5.34 1.11 0.0143 228 A0pSr 15 41 54.6 +18 27 50 τ7 Ser 140232 76878 5.80 2.17 0.0188 174 A2m 15 41 56.7 -19 40 44 κ Lib 139997 76880 4.75 -0.69 0.0082 400 K5III 15 42 38.2 -37 25 30 h Lup 139980 76939 5.23 0.63 0.0120 271 G8/K0III

15 42 40.9 -34 42 38 ψ2 Lup 140008 76945 4.75 -0.67 0.0082 396 B5V 15 42 44.5 +26 17 44 γA CrB 140436 76952A 4.06 0.81 0.0225 145 A1Vs 15 42 44.6 +26 17 44 γB CrB 140436 76952B 5.62 2.37 0.0225 145 - 15 42 50.7 +52 21 39 BP Boo 140728 76957 5.48 0.54 0.0103 317 B9pSiCr 15 43 17.0 -84 27 55 ρ Oct 137333 76996 5.57 1.45 0.0150 217 A2V

15 43 59.2 +32 30 57 π CrB 140716 77048 5.57 1.16 0.0131 249 G9III: 15 44 01.7 +02 30 54 ψ Ser 140538 77052 5.86 5.03 0.0682 47.8 G5V 15 44 03.3 +77 47 40 ζ UMi 142105 77055 4.29 -1.02 0.0087 376 A3Vn 15 44 04.3 -15 40 22 η Lib 140417 77060 5.41 2.14 0.0222 147 F0IV 15 44 16.0 +06 25 32 α Ser 140573 77070 2.63 0.87 0.0445 73 K2III

15 44 42.1 +17 15 51 τ8 Ser 140729 77111 6.15 1.18 0.0102 321 A0V 15 46 05.5 -01 48 16 25 Ser 140873 77227 5.39 -0.10 0.0080 408 B8III 15 46 11.2 +15 25 18 β Ser 141003 77233 3.65 0.29 0.0213 153 A2IV 15 46 24.1 +15 31 35 29 Ser 141040 77249 6.70 -0.19 0.0042 780 A3 15 46 26.5 +07 21 11 λ Ser 141004 77257 4.42 4.07 0.0851 38.3 G0Vvar

15 46 39.8 +62 35 58 - Dra 141653 77277 5.19 0.59 0.0120 272 A2IV 15 47 17.2 +14 06 55 υ Ser 141187 77336 5.71 1.27 0.0130 252 A3V 15 48 34.3 +28 09 24 R CrB 141527 77442 5.89 -5.45 0.0005 6037 G0Iab:pe 15 48 44.3 +18 08 29 κ Ser 141477 77450 4.09 -1.05 0.0094 348 M1III 15 49 35.6 +26 04 06 δ CrB 141714 77512 4.59 1.06 0.0197 165 G5III-IV

360 α δ Star Con HD HIP m M π l.y. Spectra 15 49 37.1 -03 25 49 µ Ser 141513 77516 3.54 0.14 0.0209 156 A0V 15 50 17.5 +02 11 47 ω Ser 141680 77578 5.21 0.68 0.0124 263 G8III 15 50 41.6 +15 08 00 R Ser 141850 77615 9.70 2.47 0.0036 911 M7IIIe 15 50 48.9 +04 28 40 ε Ser 141795 77622 3.71 2.04 0.0464 70 A2m 15 50 57.4 -33 37 38 χ Lup 141556 77634 3.97 -0.03 0.0159 206 B9.5III-IV

15 50 58.6 -25 45 05 1 Sco 141637 77635 4.63 -1.39 0.0063 522 B3V 15 51 13.8 +35 39 26 κ CrB 142091 77655 4.79 2.32 0.0321 101 K0III-IV 15 51 15.5 -03 05 26 36 Ser 141851 77660 5.09 1.65 0.0205 159 A3Vn 15 51 15.8 +20 58 40 ρ Ser 141992 77661 4.74 -0.68 0.0083 395 K5III 15 52 40.4 +42 27 06 χ Her 142373 77760 4.60 3.60 0.0631 52 F9V

15 53 12.1 +13 11 48 39 Ser 142267 77801 6.07 4.86 0.0573 57 G0IV 15 53 20.0 -20 10 02 λ Lib 142096 77811 5.04 -0.15 0.0092 356 B3V 15 53 36.5 -25 19 38 2B Sco 142114 77840B 7.12 1.50 0.0075 434 - 15 53 36.6 -25 19 38 2A Sco 142114 77840A 4.69 -0.93 0.0075 434 B2.5Vn 15 53 49.4 -16 43 46 ϑ Lib 142198 77853 4.13 0.64 0.0200 163 K0III-IV

15 53 53.7 -24 31 59 - Sco 142165 77858 5.38 -0.14 0.0079 414 B6IVn 15 53 55.7 -23 58 41 V1040 Sco 142184 77859 5.41 0.01 0.0083 393 B2.5Vn 15 54 34.5 +20 18 40 - Ser 142574 77902 5.45 -0.88 0.0054 601 M0III 15 54 37.8 +43 08 18 2 Her 142780 77907 5.35 -1.07 0.0052 626 M3III 15 54 39.5 -25 14 37 3 Sco 142301 77909 5.87 0.14 0.0072 455 B8IIIp

15 54 40.3 +08 34 49 40 Ser 142500 77910 6.28 1.94 0.0135 241 A7Vn 15 55 00.2 -19 22 59 47A Lib 142378 77939A 6.11 -0.30 0.0052 623 B5V 15 55 00.2 -19 22 59 47B Lib 142378 77939B 8.12 1.71 0.0052 623 - 15 55 00.9 +75 34 27 17 UMi 143803 77942 6.88 0.03 0.0043 765 G5 15 55 08.4 -63 25 40 β TrA 141891 77952 2.83 2.38 0.0812 40.1 F2III

15 55 29.5 -68 36 11 κ TrA 141767 77982 5.11 -4.70 0.0011 2991 G6VII 15 55 30.0 -26 15 57 4 Sco 142445 77984 5.63 0.02 0.0076 432 A3V 15 55 30.5 +42 33 58 4 Her 142926 77986 5.73 -0.12 0.0068 482 B9pe 15 55 47.6 +37 56 49 λ CrB 142908 78012 5.43 2.34 0.0241 135 F0IV 15 56 27.1 +15 39 42 γ Ser 142860 78072 3.85 3.62 0.0899 36.3 F6V

15 56 42.3 -37 49 15 RU Lup 142560 78094 11.09 4.28 0.0043 751 G5Vpe 15 56 53.0 -29 12 50 ρ Sco 142669 78104 3.87 -1.62 0.0080 409 B2IV-V 15 56 53.4 -33 57 59 ξ1 Lup 142629 78105 5.14 1.21 0.0164 199 A3V 15 56 54.1 -33 57 51 ξ2 Lup 142630 78106 5.59 1.70 0.0166 196 B9V 15 57 14.5 +14 24 52 ϕ Ser 142980 78132 5.54 1.33 0.0144 227 K1IV

15 57 35.2 +26 52 40 ε CrB 143107 78159 4.14 -0.10 0.0142 230 K3III 15 57 47.3 +54 44 59 CL Dra 143466 78180 4.96 2.31 0.0296 110 F0IV 15 58 11.3 -14 16 46 48 Lib 142983 78207 4.95 -1.03 0.0064 513 B5IIIp 15 58 34.8 -24 49 53 V913 Sco 142990 78246 5.43 -0.45 0.0067 488 B5IV 15 58 51.0 -26 06 51 π Sco 143018 78265 2.89 -2.85 0.0071 459 BIV+B2V

15 59 30.2 -41 44 39 - Lup 143009 78323 4.99 -0.34 0.0086 380 G8III 16 00 07.2 -38 23 49 η Lup 143118 78384 3.42 -2.48 0.0066 493 B2.5IV 16 00 19.5 -16 32 00 49 Lib 143333 78400 5.47 2.89 0.0305 107 F8V 16 00 19.9 -22 37 18 δA Sco 143275 78401A 2.39 -3.06 0.0081 401 B0.2IV 16 00 19.9 -22 37 18 δB Sco — 78401B 4.62 -0.83 0.0081 401 -

16 00 47.5 -08 24 41 50 Lib 143459 78436 5.53 -0.21 0.0071 459 A0Vs 16 01 02.6 +33 18 13 ρ CrB 143761 78459 5.39 4.18 0.0574 57 G2V 16 01 14.2 +17 49 06 5 Her 143666 78481 5.10 0.22 0.0106 308 G8III 16 01 26.6 +29 51 04 ι CrB 143807 78493 4.98 -0.18 0.0093 351 A0pHg 16 01 53.2 +58 33 55 ϑ Dra 144284 78527 4.01 2.41 0.0478 68 F8IV-V

361 α δ Star Con HD HIP m M π l.y. Spectra 16 02 17.7 +22 48 16 π Ser 143894 78554 4.82 1.15 0.0184 177 A3V 16 02 47.8 +46 02 12 υ Her 144206 78592 4.72 -0.59 0.0087 376 B9III 16 03 12.7 -49 13 47 η Nor 143546 78639 4.65 0.53 0.0150 218 G8III 16 03 20.5 -25 51 55 - Sco 143787 78650 4.96 0.90 0.0154 212 K5III 16 03 24.0 -38 36 09 - Lup 143699 78655 4.90 -1.14 0.0062 527 B6III-IV

16 03 31.9 -57 46 31 ι1A Nor 143474 78662A 5.20 2.03 0.0233 140 A7IV 16 03 31.9 -57 46 31 ι1B Nor 143474 78662B 5.76 2.59 0.0233 140 - 16 03 45.7 +04 59 12 43 Ser 144046 78685 6.07 0.68 0.0084 389 G9III 16 04 22.0 -11 22 18 ξB Sco 144069 — 5.10 3.51 0.0480 68 F5IV 16 04 22.0 -11 22 23 ξA Sco 144070 78727 4.80 3.21 0.0480 68 F5IV

16 04 25.7 -11 26 56 Σ 1999 Sco 144087 78738 7.44 5.18 0.0353 92 G8Vcomp 16 05 26.1 -19 48 19 β1 Sco 144217 78820 2.56 -3.50 0.0062 530 B0.5V 16 05 26.4 -19 48 07 β2 Sco 144218 78821 4.90 -2.80 0.0029 1132 B2V 16 06 06.3 -23 36 23 V929 Sco 144334 78877 5.90 0.03 0.0067 487 B8p 16 06 19.5 +67 48 36 - Dra 145454 78893 5.44 0.82 0.0119 273 A0Vn

16 06 29.3 -45 10 23 δ Nor 144197 78914 4.73 1.84 0.0264 123 Am 16 06 35.4 -36 48 08 ϑ Lup 144294 78918 4.22 -1.28 0.0079 411 B2.5Vn 16 06 48.3 -20 40 09 ω1 Sco 144470 78933 3.93 -1.64 0.0077 423 B1V 16 07 24.2 -20 52 07 ω2 Sco 144608 78990 4.31 -0.24 0.0123 265 G3II-III 16 07 36.1 -12 44 45 11B Sco 144708 79005B 9.77 4.19 0.0077 426 -

16 07 36.3 -12 44 44 11A Sco 144708 79005A 5.78 0.20 0.0077 426 B9Vnn 16 07 37.5 +09 53 30 45 Ser 144874 79007 5.63 1.05 0.0121 269 A7V 16 08 04.4 +17 02 49 κA Her 145001 79043 5.00 -0.38 0.0084 388 G8III 16 08 04.8 +17 03 16 κB Her 145000 79045 6.25 0.45 0.0069 471 K1III 16 08 05.7 +10 04 50 46 Ser 144937 79047 6.74 1.55 0.0092 355 A3

16 08 07.5 -26 19 36 - Sco 144690 79050 5.35 -0.23 0.0077 425 M2III 16 08 27.9 +08 32 03 47 Ser 145002 79072 5.69 -0.52 0.0057 568 M3.5IIIa 16 08 46.1 +44 56 06 ϕ Her 145389 79101 4.23 0.00 0.0143 228 B9pMn 16 08 46.6 +17 12 21 8 Her 145122 79102 6.13 0.87 0.0089 367 A0Vnn 16 08 58.2 +36 29 27 τ CrB 145328 79119 4.73 2.03 0.0288 113 K0III-IV

16 09 18.4 -57 56 03 ι2 Nor 144480 79153 5.57 0.97 0.0120 271 B9V 16 09 50.4 -03 28 00 - Ser 145206 79195 5.39 -0.51 0.0066 494 K4III 16 09 52.5 -33 32 46 - Sco 144987 79199 5.50 -0.12 0.0075 433 B8V 16 10 24.3 +43 49 03 14 Her 145675 79248 6.61 5.32 0.0551 59 K0V 16 10 49.3 +75 52 39 19 UMi 146926 79280 5.48 -1.07 0.0049 665 B8V

16 11 01.9 -29 24 59 - Sco 145250 79302 5.09 0.62 0.0128 255 K0III 16 11 37.9 +23 29 41 10 Her 145713 79349 5.74 -0.46 0.0058 566 M4IIIa 16 11 58.5 -19 26 59 νCD Sco 145501 — 6.30 0.67 0.0075 436 A0IV 16 11 59.6 -19 27 37 νB Sco 145502 79374B 5.39 -0.24 0.0075 436 - 16 11 59.6 -19 27 38 νA Sco 145502 79374A 4.36 -1.27 0.0075 436 B3V

16 11 59.9 -10 03 51 ψ Sco 145570 79375 4.93 1.41 0.0198 165 A3IV 16 12 07.2 -08 32 51 16 Sco 145607 79387 5.43 1.01 0.0131 250 A4V 16 12 15.6 -28 25 02 12B Sco 145483 79399B 8.13 3.32 0.0109 298 - 16 12 15.8 -28 25 03 12A Sco 145483 79399A 5.79 0.99 0.0109 298 B9V 16 12 18.1 -27 55 35 13 Sco 145482 79404 4.58 -1.20 0.0070 468 B2V

16 12 32.1 +75 12 38 20 UMi 147142 79420 6.36 -0.49 0.0043 765 K2IV 16 13 15.4 +05 01 16 9 Her 145892 79488 5.46 -0.11 0.0077 424 K5III 16 13 22.5 -55 32 27 ζ Nor 145361 79497 5.78 1.53 0.0141 231 F2III 16 13 28.6 -54 37 50 κ Nor 145397 79509 4.95 -0.69 0.0075 438 G4III 16 13 50.7 -11 50 16 χ Sco 145897 79540 5.24 -0.41 0.0074 439 K3III

362 α δ Star Con HD HIP m M π l.y. Spectra 16 14 20.6 -03 41 39 δ Oph 146051 79593 2.73 -0.86 0.0192 170 M1III 16 14 40.3 +33 51 26 σB CrB 146362 79607B 6.74 5.06 0.0461 71 G1V 16 14 40.7 +33 51 30 σA CrB 146361 79607A 5.71 4.03 0.0461 71 G0VCaIIe 16 14 42.3 +07 51 30 12 Her 146169 79608 6.59 0.12 0.0051 642 K0 16 15 01.3 +11 29 24 13 Her 146279 79634 7.55 2.56 0.0100 325 F0

16 15 15.2 -47 22 20 ϑ Nor 145842 79653 5.13 0.35 0.0111 295 B8V 16 15 26.2 -63 41 08 δ TrA 145544 79664 3.86 -2.54 0.0053 621 G5II 16 15 28.6 +18 48 30 16 Her 146388 79666 5.72 0.79 0.0103 316 K3III 16 15 37.1 -08 22 11 18 Sco 146233 79672 5.49 4.76 0.0713 45.7 G1V 16 15 59.9 +11 25 31 15 Her 146452 79704 7.26 -0.04 0.0035 939 K0

16 16 16.7 +23 07 22 17 Her 146604 79724 6.57 0.95 0.0075 434 K0 16 16 43.0 -53 48 39 V368 Nor 146003 79754 5.45 -1.51 0.0041 805 M2IV 16 16 44.7 +29 09 01 υ CrB 146738 79757 5.80 -1.22 0.0040 825 A3V 16 17 00.8 -50 04 05 γ1 Nor 146143 79790 4.97 -3.25 0.0023 1436 F9Ia 16 17 15.2 +59 45 18 AT Dra 147232 79804 5.37 -1.15 0.0050 657 M4IIIa

16 17 30.2 +75 45 19 η UMi 148048 79822 4.95 2.58 0.0335 97 F5V 16 17 51.6 +23 36 26 18 Her 146915 79846 7.20 0.42 0.0044 739 K2 16 18 17.8 -28 36 51 d Sco 146624 79881 4.80 1.63 0.0232 140 A0V: 16 18 19.1 -04 41 33 ε Oph 146791 79882 3.23 0.64 0.0303 107 G8III 16 18 23.6 +25 53 48 19 Her 147025 79889 6.70 0.76 0.0065 502 G8III

16 19 17.6 -42 40 26 λ Nor 146667 79963 5.83 0.04 0.0070 468 A3Vn 16 19 44.3 +46 18 48 τ Her 147394 79992 3.91 -1.01 0.0104 314 B5IV 16 19 50.3 -50 09 20 γ2 Nor 146686 80000 4.01 1.05 0.0256 127 G8III 16 19 55.1 +39 42 31 Kui 72 Her 147365 80008 5.48 3.34 0.0373 87 F3IV-V 16 20 20.7 -78 41 45 δ1 Aps 145366 80047 4.68 -2.17 0.0043 765 M5III

16 20 26.7 -78 40 02 δ2 Aps 145388 80057 5.27 -1.27 0.0049 663 K3III 16 20 38.1 -24 10 10 ο Sco 147084 80079 4.55 -3.24 0.0028 1177 A5II 16 21 11.2 -25 35 34 σ Sco 147165 80112 3.06 -3.70 0.0044 734 B2III+O9.5V 16 21 48.6 +69 06 34 - Dra 148293 80161 5.26 0.48 0.0111 294 K2III 16 21 55.1 +19 09 11 γ Her 147547 80170 3.74 -0.15 0.0167 195 A9III

16 22 04.3 +01 01 45 σ Ser 147449 80179 4.82 2.64 0.0366 89 F0V 16 22 05.7 +30 53 32 ξ CrB 147677 80181 4.86 1.11 0.0178 184 K0III 16 22 21.3 +33 47 56 ν1 CrB 147749 80197 5.20 -0.96 0.0059 555 M2III 16 22 27.9 -49 34 20 - Nor 147152 80208 5.32 -0.84 0.0059 556 B6IV 16 22 29.1 +33 42 13 ν2 CrB 147767 80214 5.40 -0.72 0.0060 545 K5III

16 23 59.3 +61 30 51 η Dra 148387 80331 2.73 0.58 0.0372 88 G8III 16 24 01.2 -39 11 35 - Sco 147513 80337 5.37 4.82 0.0777 42.0 G3/G5V 16 24 06.1 -20 02 15 ψ Oph 147700 80343 4.48 0.79 0.0183 178 K0III 16 24 10.7 +06 56 54 21 Her 147869 80351 5.83 0.73 0.0096 341 A2pSr 16 24 25.2 +55 12 18 DQ Dra 148330 80375 5.75 0.50 0.0089 366 A2Sivar?

16 24 31.6 -37 33 57 B 868 Sco 147628 80390 5.42 -0.36 0.0070 468 B8V 16 25 24.0 +37 23 39 25 Her 148283 80460 5.53 1.05 0.0127 256 A5V 16 25 24.3 -23 26 36 ρE Oph 147888 80461B 8.65 2.98 0.0073 445 - 16 25 24.3 -23 26 37 ρD Oph 147888 80461A 7.04 1.37 0.0073 445 - 16 25 24.9 +14 02 00 ω Her 148112 80463 4.57 0.28 0.0139 235 B9pCr

16 25 34.9 -23 26 46 ρA Oph 147933 80473A 5.09 -0.32 0.0083 394 B2IV 16 25 35.0 -23 26 46 ρB Oph 147934 80473B 5.74 0.33 0.0083 394 B2V 16 25 35.2 -23 24 19 ρC Oph 147932 80474 7.27 1.72 0.0078 420 B5V 16 27 01.3 -18 27 23 χ Oph 148184 80569 4.22 -1.66 0.0067 489 B2Vne 16 27 11.0 -47 33 18 ε Nor 147971 80582 4.46 -0.98 0.0082 400 B4V

363 α δ Star Con HD HIP m M π l.y. Spectra 16 27 43.4 -07 35 53 V2105 Oph 148349 80620 5.24 -0.72 0.0064 507 M2comp 16 27 48.1 -08 22 18 υA Oph 148367 80628A 4.71 1.84 0.0267 122 A3m 16 27 48.1 -08 22 18 υB Oph 148367 80628B 8.83 5.96 0.0267 122 - 16 27 57.2 -64 03 29 ι TrA 147787 80645 5.28 2.25 0.0248 132 F4IV 16 27 57.7 +32 41 58 26 Her 148616 80648 6.87 0.92 0.0065 505 K0

16 27 58.8 +68 46 05 15 Dra 149212 80650 4.94 -0.95 0.0066 491 A0III 16 28 28.1 -70 05 04 ζ TrA 147584 80686 4.90 4.49 0.0826 39.5 F9V 16 28 33.8 +00 39 54 - Oph 148513 80693 5.41 -0.15 0.0077 422 K4IIIp 16 28 38.4 +41 52 54 30 Her 148783 80704 4.83 -0.39 0.0090 361 M6III:var 16 29 24.4 -26 25 55 α Sco 148478 80763 1.06 -5.28 0.0054 604 M1Ib+B2.5V

16 29 42.2 -46 14 36 QU Nor 148379 80782 5.35 -2.47 0.0027 1194 B1.5Iap 16 30 06.0 +48 57 39 34 Her 149081 80809 6.44 1.21 0.0090 362 A1V 16 30 12.4 -25 06 54 22 Sco 148605 80815 4.79 -0.61 0.0083 393 B2V 16 30 13.1 +21 29 22 β Her 148856 80816 2.78 -0.50 0.0221 148 G8III 16 30 33.5 +20 28 45 σ Her 148897 80843 5.24 -1.59 0.0043 758 G8p

16 30 49.3 -61 38 00 - TrA 148291 80874 5.19 -1.37 0.0049 669 K0II-IIICNIb/II 16 30 54.7 +01 59 02 λA Oph 148857 80883A 4.18 0.64 0.0196 166 A2V 16 30 54.7 +01 59 02 λB Oph 148857 80883B 5.22 1.68 0.0196 166 - 16 31 08.2 -16 36 46 ϕ Oph 148786 80894 4.29 0.25 0.0155 210 G8/K0III 16 31 22.8 -34 42 16 N Sco 148703 80911 4.24 -2.56 0.0044 746 B2III-IV

16 31 30.6 +33 30 49 31 Her 149141 80927 7.09 1.62 0.0081 404 A0 16 31 41.6 -41 49 01 V1058 Sco 148688 80945 5.31 -6.79 0.0004 8579 B1Ia 16 32 08.0 -21 27 59 ω Oph 148898 80975 4.45 0.80 0.0187 175 Ap 16 32 35.6 +05 31 16 28 Her 149121 81007 5.63 0.66 0.0101 322 B9.5III 16 32 36.2 +11 29 17 29 Her 149161 81008 4.84 -0.10 0.0103 317 K4III

16 32 40.0 +66 45 13 R Dra 149880 81014 6.70 -3.39 0.0010 3396 M5IIIe 16 32 55.6 +06 51 30 SS Her — 81026 11.46 -1.01 0.0003 10187 M0e-M5e 16 33 27.1 -78 53 49 γ Aps 147675 81065 3.86 0.41 0.0204 159 K0IV SB 16 33 29.1 +30 29 56 32 Her 149420 81066 6.87 0.98 0.0066 492 F0III 16 34 04.8 -44 02 43 µ Nor 149038 81122 4.86 -5.91 0.0007 4657 B0Ia

16 34 06.1 +42 26 13 σ Her 149630 81126 4.20 -0.63 0.0108 302 B9Vvar 16 34 19.0 -70 59 18 - Aps 148488 81141 5.50 -1.80 0.0035 942 K1IIICNIa/b 16 35 44.7 -65 29 44 ϑ TrA 148890 81252 5.50 0.49 0.0099 328 G8/K0III 16 35 52.9 -28 12 58 τ Sco 149438 81266 2.82 -2.78 0.0076 430 B0V 16 36 11.3 +52 54 00 16 Dra 150100 81290 5.53 0.09 0.0082 400 B9.5Vn

16 36 13.6 +52 55 28 17A Dra 150117 81292A 5.40 -0.03 0.0082 397 B9V 16 36 14.0 +52 55 27 17B Dra 150118 81292B 6.53 1.10 0.0082 397 A1Vnn 16 36 21.3 -02 19 29 12 Oph 149661 81300 5.77 5.82 0.1023 31.9 K2V 16 36 22.4 -35 15 20 H Sco 149447 81304 4.18 -0.90 0.0096 339 K5III 16 36 22.4 -42 51 32 V918 Sco 149404 81305 5.46 -4.39 0.0011 3047 O9Ia

16 36 51.7 +07 06 26 33 Her 149805 81354 7.29 0.85 0.0052 632 B9 16 37 09.4 -10 34 02 ζ Oph 149757 81377 2.54 -3.20 0.0071 458 O9.5V 16 38 00.4 +56 00 56 - Dra 150449 81437 5.28 0.78 0.0126 259 K1III 16 38 44.7 +48 55 42 42 Her 150450 81497 4.86 -0.45 0.0087 376 M2.5III 16 40 35.2 +04 12 26 36 Her 150379 81634 6.92 2.07 0.0107 304 A3IV

16 40 38.6 +04 13 11 37 Her 150378 81641 5.77 0.93 0.0108 303 A1V 16 40 55.0 +64 35 20 18 Dra 151101 81660 4.84 -1.76 0.0048 681 K1p 16 41 17.0 +31 36 10 ζB Her 150680 81693B 5.71 5.54 0.0926 35.2 G7V 16 41 17.1 +31 36 10 ζA Her 150680 81693A 3.02 2.86 0.0926 35.2 F9IV 16 41 23.3 -68 17 46 η TrA 149671 81710 5.89 -0.73 0.0047 688 B7IV

364 α δ Star Con HD HIP m M π l.y. Spectra 16 41 30.2 +04 52 18 38 Her 150525 81717 6.96 1.47 0.0080 408 A0 16 41 34.3 -17 44 32 - Oph 150416 81724 4.91 -0.48 0.0083 391 G8II-III 16 41 36.6 +26 55 01 39 Her 150682 81729 5.92 2.76 0.0234 140 F2III 16 41 42.3 +01 10 52 14 Oph 150557 81734 5.74 2.21 0.0197 165 F2.7III-IV 16 42 53.7 +38 55 20 η Her 150997 81833 3.48 0.80 0.0291 112 G8III-IV

16 43 04.4 -77 31 03 β Aps 149324 81852 4.23 0.81 0.0207 158 K0III 16 44 59.9 +06 05 17 41 Her 151090 81991 6.55 3.17 0.0211 155 G5 16 45 05.2 +28 21 29 46A Her 151237 82000A 7.42 0.53 0.0042 780 F8II 16 45 05.4 +28 21 24 46B Her — 82000B 9.36 2.46 0.0042 780 - 16 45 08.6 -23 11 02 15 Oph 150937 82007 6.98 2.08 0.0105 312 F3V

16 45 17.7 +56 46 55 - Dra 151613 82020 4.84 2.70 0.0374 87 F2V 16 45 29.7 +01 01 13 16 Oph 151133 82037 6.02 0.20 0.0068 477 B9.5III 16 45 49.8 +08 34 57 43 Her 151217 82073 5.15 -0.01 0.0093 351 K5III 16 45 57.8 +82 02 14 ε UMi 153751 82080 4.21 -0.92 0.0094 346 G5IIIvar 16 46 40.0 -67 06 35 LP TrA 150549 82129 5.10 -1.32 0.0052 626 Ap

16 46 47.7 -39 22 38 - Sco 151078 82135 5.48 0.21 0.0088 369 K0III 16 46 51.3 -25 31 43 25 Sco 151179 82140 6.72 -0.10 0.0043 755 K0II 16 47 09.8 +02 03 52 19 Oph 151431 82162 6.07 0.17 0.0066 492 A3V 16 47 19.6 +42 14 20 V636 Her 151732 82172 5.86 -0.93 0.0044 743 M4IIIa 16 47 46.3 +05 14 48 45 Her 151525 82216 5.22 -0.53 0.0071 460 B9pCr

16 48 39.9 -69 01 40 α TrA 150798 82273 1.91 -3.62 0.0079 415 K2IIb-IIIa 16 49 14.1 +45 59 00 52A Her 152107 82321A 4.87 1.22 0.0186 175 A2pSrCrEu 16 49 14.2 +45 59 02 52B Her 152107 82321B 8.85 5.20 0.0186 175 - 16 49 15.2 +29 57 53 48 Her 151937 82324 6.59 -0.75 0.0034 959 K1II-III 16 49 44.4 -24 38 26 18 Oph 151659 — 7.10 0.59 0.0050 652 A2

16 49 47.0 -59 02 29 η Ara 151249 82363 3.77 -1.14 0.0104 313 K5III 16 49 49.9 -10 46 59 20 Oph 151769 82369 4.64 1.80 0.0270 121 F7IV 16 50 09.7 -34 17 36 ε Sco 151680 82396 2.29 0.78 0.0499 65 K2IIIb 16 50 19.3 +07 14 52 47 Her 151956 82402 5.48 1.67 0.0173 188 A3m 16 50 38.9 +29 48 24 50 Her 152173 82422 5.73 -1.53 0.0035 924 M1III

16 51 24.8 +01 12 58 21A Oph 152127 82480A 5.78 0.65 0.0095 345 A2Vs 16 51 24.8 +01 12 58 21B Oph 152127 82480B 7.26 2.14 0.0095 345 - 16 51 33.6 -41 13 50 V973 Sco 151804 82493 5.23 -6.36 0.0005 6792 O9e 16 51 45.2 +24 39 23 51 Her 152326 82504 5.03 -1.80 0.0043 758 K2II-III 16 51 52.1 -38 02 51 µ1 Sco 151890 82514 3.00 -4.01 0.0040 821 B1.5V+B

16 51 53.7 +14 56 29 S Her 152276 82516 6.40 -5.48 0.0004 7762 M4Se-M7.5Se 16 52 04.9 +14 58 27 49 Her 152308 82526 6.51 0.80 0.0072 452 B9.5pCr 16 52 20.0 -38 01 03 µ2 Sco 151985 82545 3.56 -2.44 0.0063 517 B2IV 16 52 57.9 +31 42 06 53 Her 152598 82587 5.34 2.95 0.0333 98 F1V 16 53 59.6 -42 21 43 ζ1 Sco 152236 82671 4.70 -6.57 0.0006 5863 B1Iae

16 54 00.4 +10 09 55 ι Oph 152614 82673 4.39 0.11 0.0140 234 B8V 16 54 01.7 -41 48 23 B 1833A Sco 152234 82676A 5.65 -5.65 0.0006 5927 B0.5Ia 16 54 01.8 -41 48 23 B 1833B Sco 152234 82676B 7.92 -3.38 0.0006 5927 - 16 54 34.9 -42 21 41 ζ2 Sco 152334 82729 3.62 0.30 0.0217 150 K4III 16 54 35.6 -06 09 14 23 Oph 152601 82730 5.23 0.82 0.0131 248 K2III

16 54 50.8 -23 30 44 22 Oph 152534 82758 6.76 0.91 0.0068 483 G8IIICN 16 54 55.1 +20 57 31 - Her 152815 82764 5.39 0.93 0.0128 255 G8III 16 55 02.1 +25 43 50 56 Her 152863 82780 6.06 0.33 0.0071 457 G5III 16 55 22.1 +18 26 00 54 Her 152879 82802 5.35 0.17 0.0092 355 K4III 16 56 01.6 +65 08 05 19 Dra 153597 82860 4.88 3.99 0.0663 49 F6Vvar

365 α δ Star Con HD HIP m M π l.y. Spectra 16 56 25.1 +65 02 20 20A Dra 153697 82898A 7.13 2.99 0.0149 219 F1V 16 56 25.3 +65 02 20 20B Dra 153697 82898B 7.37 3.23 0.0149 219 - 16 56 37.9 -30 34 47 RR Sco 152783 82912 6.97 -0.76 0.0028 1148 M6IIIe 16 56 47.9 -23 09 01 24A Oph 152849 82925A 6.16 0.93 0.0090 363 A0V 16 56 47.9 -23 09 01 24B Oph 152849 82925B 6.51 1.28 0.0090 363 -

16 57 11.0 -33 15 34 27 Sco 152820 82960 5.48 -1.25 0.0045 724 K5III 16 57 31.0 +25 21 10 57 Her 153287 82987 6.27 0.11 0.0059 555 G5III: 16 57 40.0 +09 22 30 κ Oph 153210 83000 3.19 1.09 0.0380 86 K2IIIvar 16 58 37.1 -55 59 24 ζ Ara 152786 83081 3.12 -3.11 0.0057 574 K5III 16 59 35.0 -53 09 38 ε1 Ara 152980 83153 4.06 -0.79 0.0107 304 K4III

17 00 09.4 -24 59 21 26 Oph 153363 83196 5.74 3.13 0.0301 108 F3V 17 00 17.3 +30 55 35 ε Her 153808 83207 3.92 0.43 0.0200 163 A0V 17 01 03.5 -04 13 21 30 Oph 153687 83262 4.82 -0.63 0.0081 402 K4III 17 01 36.2 +33 34 06 59 Her 154029 83313 5.27 0.49 0.0111 295 A3IV 17 01 51.2 -18 53 08 29 Oph 153727 83331 6.28 0.58 0.0072 450 K1III

17 01 52.6 -32 08 37 - Sco 153613 83336 5.03 -0.86 0.0066 491 B8V 17 03 07.8 +14 05 31 - Her 154143 83430 4.97 -0.52 0.0080 409 M3III 17 03 08.6 -53 14 13 ε2 Ara 153580 83431 5.44 3.34 0.0380 86 F6V 17 03 30.2 +35 24 51 61 Her 154356 83462 6.19 -0.45 0.0047 694 M4III 17 03 50.7 -38 09 08 V923 Sco 153890 83491 5.91 1.88 0.0156 209 F3V

17 04 00.8 -25 41 53 28 Oph 154021 83508 6.66 0.29 0.0053 613 B9IV-V 17 04 43.5 -25 38 42 31 Oph 154132 83566 6.60 1.88 0.0114 287 A9III-IV 17 04 49.3 -34 07 23 V1073 Sco 154090 83574 4.83 -4.74 0.0012 2672 B2Iab 17 05 16.8 +00 42 09 V2213 Oph 154417 83601 6.00 4.45 0.0491 66 F9V 17 05 19.5 +54 28 13 µA Dra 154906 83608A 5.73 3.57 0.0371 88 F7V

17 05 19.6 +54 28 15 µB Dra 154905 83608B 5.81 3.66 0.0371 88 F7V* 17 05 22.6 +12 44 27 60 Her 154494 83613 4.89 1.67 0.0227 144 A4IV 17 08 01.9 +35 56 07 c Her 155103 83838 5.41 1.75 0.0186 176 A5m 17 08 33.5 +24 29 11 62 Her 155104 83876 6.84 1.59 0.0089 366 A0 17 08 47.1 +65 42 53 ζ Dra 155763 83895 3.17 -1.92 0.0096 340 B6III

17 09 33.1 +40 46 37 - Her 155410 83947 5.07 0.42 0.0117 278 K3III 17 09 47.8 -10 31 24 - Oph 155078 83962 5.43 2.40 0.0248 132 F5IV 17 10 22.6 -15 43 29 ηA Oph 155125 84012A 2.97 0.91 0.0388 84 A2.5Va 17 10 22.6 -15 43 29 ηB Oph 155125 84012B 3.48 1.42 0.0388 84 - 17 10 42.2 -44 33 27 I 1312 Sco 154948 84033 5.06 0.24 0.0109 300 G8/K0III+G

17 11 03.1 +24 14 15 63 Her 155514 84054 6.20 1.49 0.0114 286 A8V 17 12 09.1 -43 14 21 η Sco 155203 84143 3.32 1.61 0.0456 72 F3III-IVp 17 12 27.8 +10 35 07 37 Oph 155644 84177 5.32 -1.56 0.0042 776 M2III 17 14 38.8 +14 23 25 α1 Her 156014 84345A 3.03 -2.32 0.0085 382 M5IIvar 17 14 39.1 +14 23 24 α2 Her 156015 84345B 5.37 0.03 0.0085 382 G5III+F2V

17 15 01.8 +24 50 21 δ Her 156164 84379 3.12 1.21 0.0416 78 A3IVv SB 17 15 02.7 +36 48 33 π Her 156283 84380 3.16 -2.10 0.0089 367 K3IIvar 17 15 20.7 -23 36 05 36A Oph 155886 84405A 5.22 6.34 0.1671 19.5 K2:III: 17 15 20.9 -26 36 10 36B Oph 155885 84405B 5.21 6.33 0.1671 19.5 K2V 17 16 31.6 +01 12 38 U Oph 156247 84500 5.89 -0.46 0.0054 606 B5Vnn

17 16 36.6 -00 26 43 41A Oph 156266 84514A 5.00 0.87 0.0150 218 K2III 17 16 36.6 -00 26 43 41B Oph 156266 84514B 7.47 3.35 0.0150 218 K2III 17 16 56.0 +89 02 15 λ UMi 183030 84535 6.31 -0.84 0.0037 876 M1III 17 17 19.4 +33 06 00 68 Her 156633 84573 4.80 -2.32 0.0038 865 B1.5Vp 17 17 39.5 -26 37 46 38A Oph 156252 84605A 6.94 1.30 0.0075 438 B9.5V

366 α δ Star Con HD HIP m M π l.y. Spectra 17 17 39.5 -26 37 46 38B Oph — 84605B 9.30 3.66 0.0075 438 - 17 17 40.2 +37 17 28 69B Her — 84606B 8.68 4.99 0.0183 178 - 17 17 40.2 +37 17 29 69A Her 156729 84606A 4.66 0.97 0.0183 178 A2V 17 18 00.4 -24 17 03 οB Oph 156350 84625 6.71 0.87 0.0068 481 F6IV-Vcomp 17 18 00.6 -24 17 13 οA Oph 156349 84626 5.31 0.07 0.0090 363 K0II-III

17 18 36.9 +10 51 53 e Oph 156681 84671 5.03 -1.60 0.0047 691 K4II-III 17 19 03.2 -46 38 02 BrsO13A Ara 156274 84720A 5.66 5.94 0.1138 28.6 G8V 17 19 03.2 -46 38 02 BrsO13B Ara — 84720B 5.47 5.75 0.1138 28.6 - 17 20 09.8 +25 32 15 - Her 157087 84821 5.36 -0.58 0.0065 502 A3III 17 20 18.8 +18 03 25 V656 Her 157049 84833 5.01 -0.80 0.0069 472 M2III

17 20 21.0 +46 14 27 74 Her 157325 84835 5.51 -0.73 0.0057 576 M0III 17 20 39.5 +32 28 04 72 Her 157214 84862 5.38 4.59 0.0695 46.9 G0V 17 20 49.5 -12 50 48 ν Ser 156928 84880 4.32 0.45 0.0169 193 A2V 17 20 54.1 +24 29 58 70 Her 157198 84887 5.13 -0.63 0.0071 462 A2V 17 21 00.1 -21 06 46 ξ Oph 156897 84893 4.39 3.19 0.0575 57 F2/F3V

17 21 43.5 +39 58 28 V819 Her 157482 84949 5.55 1.51 0.0155 210 F9Vn 17 21 59.5 -67 46 13 ζ Aps 156277 84969 4.76 -0.14 0.0105 312 K1III 17 22 00.5 -24 59 58 ϑ Oph 157056 84970 3.27 -2.92 0.0058 563 B2IV 17 22 05.8 -70 07 24 ιA Aps 156190 84979A 5.90 -1.83 0.0029 1144 B8/B9Vn 17 22 05.8 -70 07 24 ιB Aps 156190 84979B 6.46 -1.27 0.0029 1144 -

17 23 16.0 -47 28 05 ι Ara 157042 85079 5.21 -1.51 0.0045 721 B2IIIne 17 23 21.5 -28 08 35 43 Oph 157236 85084 5.30 -1.02 0.0054 599 K4/K5III 17 23 40.6 +37 08 48 ρB Her 157778 85112B 5.47 0.02 0.0081 401 A0Vn 17 23 40.9 +37 08 45 ρA Her 157779 85112A 4.54 -0.91 0.0081 401 B9.5III 17 24 06.5 +22 57 37 73 Her 157728 85157 5.70 2.54 0.0234 139 F0IV

17 24 12.9 -44 09 45 - Sco 157243 85162 5.10 -1.73 0.0043 756 B7III 17 25 17.9 -55 31 47 β Ara 157244 85258 2.84 -3.49 0.0054 603 K32Ib-II 17 25 23.5 -56 22 39 γ Ara 157246 85267 3.31 -4.40 0.0029 1136 B1Ib 17 25 54.3 +16 55 02 V640 Her 157967 85302 6.09 -0.42 0.0050 652 M4III 17 25 59.9 -50 38 01 κ Ara 157457 85312 5.19 -0.24 0.0082 398 K1III

17 26 22.1 -24 10 31 44 Oph 157792 85340 4.16 2.11 0.0390 84 A3IV:m 17 26 30.8 +04 08 25 σ Oph 157999 85355 4.34 -3.44 0.0028 1173 K3IIvar 17 26 37.8 -05 05 12 - Oph 157950 85365 4.53 2.14 0.0333 98 K3IIvar 17 26 44.1 +48 15 36 77 Her 158414 85379 5.83 0.58 0.0089 365 A4V 17 26 51.2 -45 50 38 h 4949B Ara — 85389B 6.44 0.11 0.0054 599 B8V

17 26 51.4 -45 50 37 h 4949A Ara 157661 85389A 5.70 -0.62 0.0054 599 B8V 17 27 21.2 -29 52 01 45 Oph 157919 85423 4.28 1.61 0.0293 111 F3III 17 28 49.6 +00 19 50 - Oph 158352 85537 5.41 1.41 0.0159 206 A8V 17 30 23.7 -01 03 45 Σ 2173A Oph 158614 85667A 6.17 5.09 0.0608 54 G8IV-V 17 30 23.7 -01 03 45 Σ 2173B Oph 158614 85667B 6.24 5.16 0.0608 54 -

17 30 25.8 +52 18 05 β Dra 159181 85670 2.79 -2.43 0.0090 361 G2II 17 30 44.2 +26 06 38 λ Her 158899 85693 4.41 -0.85 0.0089 367 K3IIIvar 17 30 45.7 -37 17 45 υ Sco 158408 85696 2.70 -3.31 0.0063 518 B2IV 17 30 47.5 +86 58 05 24 UMi 166926 85699 5.78 2.38 0.0209 156 A2m 17 30 49.6 -23 50 30 50 Oph 158527 85703 7.39 2.49 0.0105 312 F2IV

17 31 05.9 -60 41 01 δ Ara 158094 85727 3.60 -0.19 0.0174 187 B8V 17 31 24.8 -23 57 46 51 Oph 158643 85755 4.78 -0.80 0.0077 426 A0V 17 31 49.5 +28 24 27 78 Her 159139 85790 5.66 1.03 0.0119 275 A1V 17 31 50.4 -49 52 34 α Ara 158427 85792 2.84 -1.51 0.0135 242 B2Vne 17 31 57.7 +68 08 06 27 Dra 159966 85805 5.07 0.95 0.0150 217 K0III

367 α δ Star Con HD HIP m M π l.y. Spectra 17 32 10.4 +55 11 03 ν1 Dra 159541 85819 4.89 2.48 0.0330 99 Am 17 32 12.5 +86 35 11 δ UMi 166205 85822 4.35 0.61 0.0179 183 A1Vn 17 32 15.9 +55 10 22 ν2 Dra 159560 85829 4.86 2.43 0.0326 100 Am 17 32 41.1 +74 13 39 29 Dra 160538 85852 6.61 1.54 0.0097 337 K0III 17 33 36.4 -37 06 13 λ Sco 158926 85927 1.62 -5.05 0.0046 703 B1.5IV+B

17 34 22.0 +13 09 39 54 Oph 159466 85979 6.52 0.55 0.0064 509 G8III 17 34 36.6 +09 35 12 53 Oph 159480 85998 5.80 0.70 0.0095 342 A2V 17 34 55.9 +12 33 36 α Oph 159561 86032 2.08 1.30 0.0698 46.7 A5III 17 34 59.3 +61 52 31 26B Dra 160269 86036B 8.76 8.01 0.0710 45.9 M0.5 17 34 59.4 +61 52 30 26A Dra 160269 86036A 5.40 4.65 0.0710 45.9 G0V

17 35 02.3 +13 08 16 56 Oph 159610 86041 7.27 1.89 0.0084 389 A0 17 35 18.5 -22 02 38 52 Oph 159376 86060 6.47 -0.69 0.0037 883 B8p 17 35 39.4 -46 30 20 σ Ara 159217 86092 4.56 -0.80 0.0085 385 A0V 17 36 32.7 -38 38 07 - Sco 159433 86170 4.26 1.03 0.0226 144 G8/K0III-IV 17 36 37.5 +48 35 08 82 Her 160290 86182 5.35 0.33 0.0099 329 K1III

17 36 56.9 +68 45 29 ω Dra 160922 86201 4.77 2.92 0.0426 76 F5V 17 37 18.6 -42 59 48 ϑB Sco — 86228B 5.36 0.76 0.0120 272 - 17 37 19.0 -42 59 52 ϑA Sco 159532 86228A 1.97 -2.63 0.0120 272 F1II 17 37 31.0 +24 18 36 79 Her 160181 86254 5.76 1.43 0.0136 240 A2Vn 17 37 35.1 -15 23 55 ξ Ser 159876 86263 3.54 0.99 0.0309 105 F0IVdelSct

17 37 50.6 -08 07 08 µ Oph 159975 86284 4.58 -1.55 0.0059 549 B8II-IIIMNp 17 38 05.5 -54 30 01 π Ara 159492 86305 5.25 2.12 0.0237 137 A7V 17 39 27.8 +46 00 23 ι Her 160762 86414 3.82 -2.09 0.0066 495 B3V SB 17 40 01.0 -32 12 04 V862 Sco 160202 86468 6.74 -1.89 0.0019 1734 B7Ve 17 40 23.4 -49 24 56 λ Ara 160032 86486 4.76 3.06 0.0457 71 F3IV

17 40 58.6 -32 12 52 BM Sco 160371 86527 7.00 -1.36 0.0021 1531 K3III 17 41 24.8 -12 52 31 ο Ser 160613 86565 4.24 0.68 0.0194 168 A2Va 17 41 56.1 +72 08 56 ψ1A Dra 162003 86614 4.57 2.85 0.0454 72 F5IV-V 17 41 57.8 +72 09 25 ψ1B Dra 162004 86620 5.81 4.07 0.0448 73 G0V 17 42 16.8 -32 31 24 V703 Sco 160589 86650 7.85 0.81 0.0039 834 A9V

17 42 28.3 +24 33 50 83 Her 161074 86667 5.56 0.31 0.0089 365 K4III 17 42 29.1 -39 01 48 κ Sco 160578 86670 2.39 -3.38 0.0070 464 B1.5III 17 43 21.5 +24 19 40 84 Her 161239 86731 5.73 2.82 0.0261 125 G2IIIb 17 43 25.7 -21 41 00 58 Oph 160915 86736 4.86 3.64 0.0570 57 F6/F7V 17 43 28.3 +04 34 02 β Oph 161096 86742 2.76 0.76 0.0398 82 K2III

17 44 08.6 -51 50 03 µ Ara 160691 86796 5.12 4.20 0.0655 50 G5V 17 44 34.1 +02 34 46 61A Oph 161270 86831 6.16 0.41 0.0071 460 A1IV-V 17 44 35.4 +02 34 44 61B Oph 161289 86835 6.67 0.56 0.0060 542 A0V 17 45 43.9 -64 43 26 η Pav 160635 86929 3.61 -1.67 0.0088 371 K1III 17 46 27.5 +27 43 15 µ Her 161797 86974 3.42 3.80 0.1191 27.4 G5IV

17 47 33.5 -27 49 51 3 Sgr 161592 87072 4.53 -3.06 0.0030 1076 F7II 17 47 35.0 -40 07 37 ι1 Sco 161471 87073 2.99 -5.71 0.0018 1791 F3Ia 17 47 53.5 +02 42 26 γ Oph 161868 87108 3.75 1.43 0.0344 95 A0V 17 48 49.0 +25 37 22 87 Her 162211 87194 5.09 1.10 0.0159 205 K2III 17 49 04.1 +50 46 52 30 Dra 162579 87212 5.02 0.90 0.0150 217 A2V

17 49 10.4 -31 42 12 - Sco 161840 87220 4.79 -1.56 0.0054 607 B8Ib-II 17 49 26.8 +76 57 46 35 Dra 163989 87234 5.02 2.49 0.0311 105 F6-V-Vs 17 49 51.4 -37 02 36 G Sco 161892 87261 3.19 0.24 0.0257 127 K0/K1III 17 50 03.3 +48 23 39 88 Her 162732 87280 6.78 -1.05 0.0027 1199 Bep,shell 17 50 11.0 -40 05 26 ι2 Sco 161912 87294 4.78 -5.50 0.0009 3705 A6Ib

368 α δ Star Con HD HIP m M π l.y. Spectra 17 50 26.7 -53 36 45 h 4978B Ara — 87314B 9.40 2.39 0.0040 823 - 17 50 28.1 -53 36 44 h 4978A Ara 161783 87314A 5.68 -1.33 0.0040 823 B2V+B3V 17 53 17.9 +40 00 29 90A Her 163217 87563A 5.36 0.12 0.0090 363 K2II-III 17 53 18.1 +40 00 28 90B Her 163217 87563B 8.90 3.67 0.0090 363 - 17 53 31.6 +56 52 21 ξ Dra 163588 87585 3.73 1.06 0.0293 111 K2III

17 55 10.9 +72 00 19 ψ2 Dra 164613 87728 5.43 -1.30 0.0045 723 F2.5II-III 17 55 25.1 +26 03 00 89 Her 163506 87747 5.47 -4.49 0.0010 3196 F2Iavar 17 56 15.1 +37 15 02 ϑ Her 163770 87808 3.86 -2.70 0.0049 669 K1IIvar 17 56 18.3 +00 40 13 V2052 Oph 163472 87812 5.82 -1.21 0.0039 830 B2IV-V 17 56 36.2 +51 29 20 γ Dra 164058 87833 2.24 -1.04 0.0221 148 K5III

17 56 47.3 -44 20 32 - Sco 163145 87846 4.85 -0.29 0.0094 347 K2III 17 56 47.6 -04 04 55 - Oph 163532 87847 5.44 -0.14 0.0077 426 G9III 17 57 45.8 +29 14 52 ξ Her 163993 87933 3.70 0.61 0.0241 135 K0III 17 57 47.6 -41 42 58 - Sco 163376 87936 4.88 -1.24 0.0060 547 M0III 17 57 50.4 +04 38 19 Barnard’s Oph — 87937 9.54 13.24 0.5490 5.94 M4V

17 58 30.1 +30 11 22 νA Her 164136 87998A 4.56 -2.38 0.0041 795 F2II 17 58 30.1 +30 11 23 νB Her — 87998B 7.49 0.56 0.0041 795 - 17 59 01.5 -09 46 25 ν Oph 163917 88048 3.32 -0.03 0.0214 153 K0III 17 59 05.4 -30 15 11 h 5003B Sgr 163756 88060B 7.11 -0.18 0.0035 934 K5/M0III: 17 59 05.6 -30 15 13 h 5003A Sgr 163755 88060A 5.26 -2.03 0.0035 934 K5/M0III

17 59 47.5 -23 48 58 4 Sgr 163955 88116 4.74 -0.89 0.0075 436 B9V 18 00 03.1 +80 00 03 40 Dra 166865 88127 6.11 2.58 0.0196 166 F7 18 00 03.3 +16 45 03 93 Her 164349 88128 4.67 -1.85 0.0050 656 K0II-III 18 00 09.0 +80 00 14 41 Dra 166866 88136 5.74 2.12 0.0188 173 F7 18 00 11.6 -24 17 02 5 Sgr 164031 88142 6.64 1.06 0.0076 427 K0III

18 00 15.7 +04 22 07 66 Oph 164284 88149 4.79 -1.79 0.0048 676 B2Ve 18 00 28.8 -03 41 25 ζ Ser 164259 88175 4.62 2.79 0.0431 76 F3V 18 00 38.6 +02 55 53 67 Oph 164353 88192 3.93 -4.26 0.0023 1417 B5Ib 18 01 23.1 -17 09 25 6 Sgr 164358 88258 6.27 -2.50 0.0018 1852 K2III 18 01 29.8 +21 35 43 95B Her 164668 88267B 5.31 -0.49 0.0069 470 G8III

18 01 30.3 +21 35 44 95A Her 164669 88267A 4.93 -0.87 0.0069 470 A5IIIn 18 01 45.1 +01 18 19 68A Oph 164577 88290A 4.52 -0.03 0.0123 265 A2Vn 18 01 45.1 +01 18 19 68B Oph 164577 88290B 7.48 2.93 0.0123 265 - 18 02 23.0 +20 50 01 96 Her 164852 88331 5.25 -2.24 0.0032 1028 B3IV 18 02 30.1 +22 55 23 97 Her 164900 88346 6.22 -0.36 0.0048 675 B3Vn

18 02 51.0 -24 16 56 7 Sgr 164584 88380 5.37 -2.28 0.0030 1105 F2/F3II-III 18 03 04.8 -08 10 50 τA Oph 164765 88404A 5.33 1.75 0.0192 170 F2V 18 03 04.8 -08 10 50 τB Oph 164764 88404B 6.00 2.41 0.0192 170 F5V 18 03 52.3 -24 21 38 9 Sgr 164794 88469 5.89 -5.01 0.0007 4939 O6 18 05 01.2 -29 34 48 W Sgr 164975 88567 4.66 -4.36 0.0016 2076 G0Ib-II

18 05 27.2 +02 29 58 70A Oph 165341 88601A 4.33 5.80 0.1966 16.6 K0V SB 18 05 27.2 +02 29 58 70B Oph 165341 88601B 6.17 7.64 0.1966 16.6 - 18 05 43.2 +12 00 14 Σ 2276A Oph 165475 88627A 7.15 1.58 0.0077 424 A7pCrEuSr 18 05 43.2 +12 00 14 Σ 2276B Oph 165474 88627B 7.56 1.98 0.0077 424 A8p 18 05 48.4 -30 25 27 γ Sgr 165135 88635 2.98 0.63 0.0339 96 K0III

18 06 01.8 +22 13 08 98 Her 165625 88657 4.96 -1.42 0.0053 615 M3IIIa 18 06 37.7 -50 05 30 ϑ Ara 165024 88714 3.65 -3.81 0.0032 1012 B2Ib 18 06 49.7 -43 25 27 h 5014B CrA 165190 88726B 5.78 2.57 0.0228 143 - 18 06 49.7 -43 25 29 h 5014A CrA 165189 88726A 5.70 2.49 0.0228 143 A5V 18 07 01.3 +30 33 43 99A Her 165908 88745A 5.20 4.22 0.0639 51 F7V

369 α δ Star Con HD HIP m M π l.y. Spectra 18 07 01.3 +30 33 44 99B Her 165908 88745B 8.94 7.97 0.0639 51 - 18 07 18.3 +08 44 02 71 Oph 165760 88765 4.64 0.33 0.0137 238 G8III-IV 18 07 20.9 +09 33 50 72 Oph 165777 88771 3.71 1.69 0.0394 83 A4IVs 18 07 28.7 +43 27 42 - Her 166208 88788 5.00 -0.23 0.0090 363 G8IIIp: 18 07 32.5 +28 45 45 ο Her 166014 88794 3.84 -1.30 0.0094 347 B9.5V

18 07 49.4 +26 05 51 100A Her 166045 88818 5.83 1.60 0.0143 228 A3V 18 07 49.4 +26 06 05 100B Her 166046 88817 5.79 2.26 0.0197 166 A3V 18 08 02.1 +36 24 05 - Her 166229 88836 5.49 1.46 0.0157 208 K2III 18 08 04.9 -28 27 25 - Sgr 165634 88839 4.55 -0.59 0.0094 348 K0IIICNpvar 18 08 34.7 -63 40 06 π Pav 165040 88866 4.33 1.19 0.0236 138 Am

18 08 45.4 +20 48 52 102 Her 166182 88886 4.37 -3.98 0.0021 1523 B2IV 18 08 52.9 +20 02 43 101 Her 166230 88899 5.10 0.13 0.0102 321 A8III 18 09 33.7 +03 59 36 73A Oph 166233 88964A 6.07 2.53 0.0196 166 F2V 18 09 33.7 +03 59 36 73B Oph 166233 88964B 7.41 3.87 0.0196 166 - 18 10 26.1 -62 00 08 ι Pav 165499 89042 5.47 4.22 0.0563 58 G0V

18 10 40.2 +03 19 28 - Oph 166460 89065 5.50 -0.01 0.0079 412 K2III 18 11 13.7 -45 57 15 ε Tel 166063 89112 4.52 -0.97 0.0080 409 G5III 18 11 33.7 +18 19 27 NQ Her 166801 89141 8.39 1.27 0.0038 865 A0 18 11 43.3 -23 42 04 11 Sgr 166464 89153 4.96 0.59 0.0134 244 K0III 18 11 54.1 +31 24 19 104 Her 167006 89172 4.96 -1.37 0.0054 601 M3III

18 13 02.4 -23 07 03 12 Sgr 166767 89276 7.09 - - - F7/F8Ib-II 18 13 12.5 -41 20 10 V692 CrA 166596 89290 5.47 -3.06 0.0020 1655 B2.5III 18 13 45.7 -21 03 32 µ Sgr 166937 89341 3.84 -10.95 0.0001 29636 B8Iap 18 13 53.6 +64 23 50 36 Dra 168151 89348 4.99 3.14 0.0426 77 F5V 18 14 15.8 -21 42 47 14 Sgr 167036 89369 5.49 -0.46 0.0065 505 K3III

18 15 12.8 -20 23 17 16 Sgr 167263 89440 5.96 -5.44 0.0005 6198 O9II 18 15 12.8 -20 43 42 15 Sgr 167264 89439 5.29 -5.59 0.0007 4888 B0Ia 18 15 16.9 +68 45 21 37 Dra 168653 89448 5.96 1.26 0.0115 284 K1III: 18 15 52.6 -44 12 23 - CrA 167096 89507 5.45 0.87 0.0122 268 G8/K0III 18 16 35.4 -20 32 41 17A Sgr 167570 89567A 7.24 0.90 0.0054 605 G5

18 16 35.4 -20 32 41 17B Sgr — 89567B 8.89 2.54 0.0054 605 - 18 16 58.6 +68 44 30 38 Dra 169027 89594 6.79 0.28 0.0050 655 A0 18 17 07.4 -56 01 24 QV Tel 167128 89605 5.36 -1.43 0.0044 743 B3IIIpe 18 17 37.5 -36 45 42 η Sgr 167618 89642 3.10 -0.20 0.0219 149 M2III 18 17 54.8 +17 58 52 IQ Her 168198 89669 7.40 0.31 0.0038 853 M4

18 18 03.1 -27 02 33 - Sgr 167818 89678 4.66 -2.00 0.0047 700 K3III 18 19 09.4 +07 15 35 h 5494 Oph 168387 89772 5.41 2.15 0.0222 147 K2III 18 19 10.6 +24 26 45 105 Her 168532 89773 5.30 -2.67 0.0026 1278 K4II SB 18 19 51.6 +36 03 52 κ Lyr 168775 89826 4.33 0.02 0.0137 238 K2IIIvar 18 20 08.7 -15 49 54 - Ser 168415 89851 5.39 -0.41 0.0069 470 K4III

18 20 17.8 +21 57 41 106 Her 168720 89861 4.92 -0.66 0.0077 426 M1III 18 20 45.3 +71 20 16 ϕA Dra 170000 89908A 4.46 -0.28 0.0113 289 A0pSi 18 20 45.3 +71 20 16 ϕB Dra 170000 89908B 5.90 1.16 0.0113 289 A0 18 20 52.0 +03 22 38 74 Oph 168656 89918 4.85 0.27 0.0121 269 G8III 18 20 57.0 +29 51 32 108 Her 168913 89925 5.61 1.81 0.0174 188 A5m

18 20 59.6 -29 49 41 δ Sgr 168454 89931 2.72 -2.14 0.0107 306 K3III 18 21 00.9 +28 52 12 107 Her 168914 89935 5.12 0.48 0.0118 277 A7V 18 21 03.2 +72 43 58 χ Dra 170153 89937 3.55 4.02 0.1241 26.3 F7Vvar 18 21 18.5 -02 53 56 η Ser 168723 89962 3.23 1.84 0.0528 62 K0III-IV 18 21 22.9 -18 51 36 Y Sgr 168608 89968 5.76 -2.23 0.0025 1294 F8II

370 α δ Star Con HD HIP m M π l.y. Spectra 18 21 32.5 +49 07 18 - Dra 169305 89981 5.02 -1.80 0.0043 755 M2III 18 22 08.6 +23 17 06 - Her 169110 90023 5.41 -1.17 0.0048 676 K5III 18 22 18.5 -38 39 25 - CrA 168592 90037 5.09 -0.85 0.0065 503 K4/K5III 18 22 48.9 +17 49 36 - Her 169191 90067 5.25 -0.38 0.0075 436 K3III 18 22 53.0 -36 40 10 V4050 Sgr 168733 90074 5.33 -1.06 0.0053 619 B7Ib-II

18 23 13.5 -61 29 38 ξ Pav 168339 90098 4.35 -1.20 0.0078 420 M1III SB 18 23 36.0 -75 02 39 ϕ Oct 167468 90133 5.47 1.57 0.0166 197 A0V 18 23 39.4 -08 56 04 ζ Sct 169156 90135 4.66 0.82 0.0171 191 K0III 18 23 41.8 +21 46 11 109 Her 169414 90139 3.85 0.87 0.0254 128 K2III 18 23 54.4 +58 48 02 39A Dra 170073 90156A 5.08 1.27 0.0173 188 A3V

18 23 54.4 +58 48 06 39B Dra 170073 90156B 8.07 4.27 0.0173 188 - 18 24 10.3 -34 23 05 ε Sgr 169022 90185 1.79 -1.44 0.0226 145 B9.5III 18 24 13.7 +39 30 26 µ Lyr 169702 90191 5.11 -0.55 0.0074 441 A3IVn 18 24 18.2 -44 06 37 DUN 221 CrA 168905 90200 5.24 -0.79 0.0062 524 B2.5Vn 18 25 01.3 -30 45 24 18 Sgr 169233 90260 5.58 -0.93 0.0050 653 K0III

18 25 20.8 -20 32 30 21B Sgr 169420 90289B 7.47 1.15 0.0055 597 - 18 25 20.9 -20 32 30 21A Sgr 169420 90289A 5.05 -1.27 0.0055 597 K2II+A5: 18 25 58.9 +65 33 49 42 Dra 170693 90344 4.82 -0.12 0.0103 317 K2III 18 26 53.8 -48 07 01 - Tel 169405 90414 5.44 -0.61 0.0062 529 K0/K1III 18 26 58.3 -45 58 06 α Tel 169467 90422 3.49 -0.93 0.0131 249 B3IV

18 27 12.3 +00 11 50 59B Ser 169986 90441B 7.62 1.78 0.0068 479 F5V 18 27 12.5 +00 11 46 59A Ser 169985 90441A 5.44 -0.39 0.0068 479 G0III+A6V 18 27 43.8 +19 17 40 Σ 2319B Her 170267 90479B 8.49 2.64 0.0068 481 - 18 27 43.8 +19 17 45 Σ 2319A Her 170267 90479A 8.30 2.46 0.0068 481 F5 18 27 58.1 -25 25 18 λ Sgr 169916 90496 2.82 0.95 0.0422 77 K1IIIb

18 28 49.8 -49 04 15 ζ Tel 169767 90568 4.10 1.14 0.0256 127 G8/K0III 18 29 11.7 -14 33 57 γ Sct 170296 90595 4.67 -0.09 0.0112 291 A3Vn 18 29 40.9 -01 59 07 60 Ser 170474 90642 5.38 1.08 0.0138 236 K0III 18 29 46.7 -14 34 54 V432 Sct 170397 90651 6.02 1.32 0.0115 284 B9pSiCr 18 30 16.2 +21 52 01 AC Her 170756 90697 7.57 -3.20 0.0007 4657 F4Ibpvar

18 30 28.9 -23 15 03 23 Sgr 170457 90713 6.99 -3.24 0.0009 3622 G5Ib 18 31 04.7 -32 59 21 β 1128A Sgr 170479 90763A 5.45 0.30 0.0093 350 A5V 18 31 04.7 -32 59 25 β 1128B Sgr 170479 90763B 9.78 4.63 0.0093 350 - 18 31 06.7 +32 14 50 Σ 2333B Lyr — 90766B 8.73 0.33 0.0021 1560 - 18 31 06.9 +32 14 44 Σ 2333A Lyr 171026 90766A 7.86 -0.54 0.0021 1560 A0

18 31 22.3 -62 16 42 ν Pav 169978 90797 4.63 -1.20 0.0068 479 B8III 18 31 26.2 -18 24 10 - Sgr 170680 90806 5.12 1.04 0.0153 213 A0Vn 18 31 45.3 -45 54 54 δ1 Tel 170465 90830 4.92 -2.02 0.0041 795 B6IV 18 31 53.0 -19 07 30 U Sgr 170764 90836 6.59 -6.25 0.0003 12074 G1Ib 18 31 56.9 -01 00 11 61 Ser 170920 90844 5.93 -0.28 0.0057 570 A4III

18 32 01.9 -45 45 26 δ2 Tel 170523 90853 5.07 -2.60 0.0029 1116 B3III 18 32 21.2 -39 42 15 - CrA 170642 90887 5.16 1.02 0.0148 220 A3Vn 18 32 34.3 +57 02 44 45 Dra 171635 90905 4.77 -4.96 0.0011 2885 F7Ib 18 32 43.2 -14 51 56 V450 Sct 170975 90913 5.47 -2.48 0.0026 1268 K5Ib 18 32 49.8 +30 33 15 β 1253 Lyr 171301 90923 5.47 0.22 0.0089 365 B8IV

18 33 23.0 -38 43 34 κ2 CrA 170867 90969 5.67 -2.94 0.0019 1716 B9V 18 33 23.2 -38 43 13 κ1 CrA 170868 90968 6.31 0.43 0.0067 489 A0III 18 33 30.1 -42 18 45 ϑ CrA 170845 90982 4.62 -2.50 0.0038 867 G5III 18 33 53.4 -24 01 57 24 Sgr 171115 91004 5.49 -4.62 0.0010 3432 K3III 18 33 56.6 +52 21 13 Σ 2348A Dra 171779 91013A 6.20 -0.74 0.0041 795 K0III

371 α δ Star Con HD HIP m M π l.y. Spectra 18 33 56.6 +52 21 13 Σ 2348B Dra 171779 91013B 6.40 -0.53 0.0041 795 - 18 33 57.7 -33 01 00 - Sgr 171034 91014 5.28 -3.90 0.0015 2233 B2III-IV 18 34 32.8 -24 13 21 25 Sgr 171237 91066 6.53 -3.45 0.0010 3228 F3II-III 18 35 02.3 -10 58 38 - Sct 171391 91105 5.12 0.38 0.0113 290 G8III 18 35 12.3 -08 14 39 α Sct 171443 91117 3.85 0.21 0.0187 174 K2III

18 36 27.7 +09 07 21 - Oph 171802 91217 5.38 2.43 0.0258 127 F5III 18 36 37.3 +33 28 09 Σ 2349 Lyr 172044 91235 5.41 -0.61 0.0063 522 B8II-IIIpHg 18 36 39.0 +06 40 19 - Oph 171834 91237 5.43 2.92 0.0315 103 F3V 18 36 56.2 +38 47 01 α Lyr 172167 91262 0.03 0.58 0.1289 25.3 A0Vvar 18 38 20.9 +08 50 02 X Oph 172171 91389 7.41 2.62 0.0110 296 K1IIIvcomp

18 39 34.9 -43 11 10 V718 CrA 171967 91494 5.42 -1.58 0.0040 817 M2III 18 41 51.6 -23 50 00 26 Sgr 172546 91689 6.22 2.20 0.0157 208 A3m 18 42 16.3 -09 03 09 δ Sct 172748 91726 4.70 0.91 0.0174 187 F2IIIpδDel 18 42 37.8 +55 32 22 46 Dra 173524 91755 5.03 -0.21 0.0090 364 B9.5pHg 18 42 48.2 +59 37 34 Σ 2398A Dra 173739 91768 8.94 11.18 0.2803 11.63 K5

18 42 48.5 +59 37 21 Σ 2398B Dra 173740 91772 9.70 11.97 0.2845 11.46 - 18 43 02.1 -71 25 42 ζ Pav 171759 91792 4.01 -0.03 0.0156 210 K2III 18 43 31.2 -08 16 31 ε Sct 173009 91845 4.88 -1.14 0.0062 522 G8II 18 43 46.8 -38 19 25 λ CrA 172777 91875 5.11 1.15 0.0162 202 A1V 18 44 19.3 -35 38 32 β 942 Sgr 172910 91918 4.86 -0.84 0.0072 451 B2V

18 44 20.2 +39 40 15 ε1B Lyr 173583 91919B 6.19 2.71 0.0201 162 F1V 18 44 20.3 +39 40 12 ε1A Lyr 173582 91919A 5.06 1.57 0.0201 162 A4V 18 44 22.8 +39 36 46 ε2C Lyr 173607 91926C 5.30 1.84 0.0203 160 A8Vn 18 44 23.0 +39 36 46 ε2D Lyr 173608 91926D 5.51 2.05 0.0203 160 F0Vn 18 44 46.3 +37 36 18 ζ1 Lyr 173648 91971 4.34 0.97 0.0212 154 Am

18 44 48.1 +37 35 40 ζ2 Lyr 173649 91973 5.73 2.41 0.0217 150 F0IVvar 18 44 49.8 +02 03 36 4 Aql 173370 91975 5.02 -1.02 0.0062 527 B9V 18 44 57.0 -39 41 11 - CrA 172991 91989 5.40 -2.64 0.0025 1320 K1/K2III 18 45 26.6 -64 52 17 - Pav 172555 92024 4.78 2.45 0.0342 95 A7V 18 45 28.3 +05 30 00 Σ 2375A Ser 173495 92027A 6.43 -0.25 0.0046 709 A1V

18 45 28.4 +05 30 00 Σ 2375D Ser 173495 92027D 7.19 0.51 0.0046 709 - 18 45 39.3 -26 59 27 ϕ Sgr 173300 92041 3.17 -1.08 0.0141 231 B8.5III 18 45 39.6 +20 32 47 110 Her 173667 92043 4.19 2.79 0.0524 62 F6V 18 45 46.6 +74 05 08 - Dra 174980 92056 5.25 0.19 0.0097 335 K0II-III 18 46 04.4 +26 39 43 - Lyr 173780 92088 4.83 0.39 0.0130 252 K3III

18 46 20.5 -22 23 32 28 Sgr 173460 92111 5.37 -2.60 0.0026 1278 K5III 18 46 22.0 +75 26 02 50 Dra 175286 92112 5.37 0.52 0.0107 304 A1Vn 18 46 28.6 -00 57 43 5A Aql 173654 92117 5.89 1.40 0.0126 258 A2m 18 46 29.3 -00 57 49 5B Aql 173654 92118 7.65 3.24 0.0131 249 A0 18 46 43.0 +52 59 17 CX Dra 174237 92133 5.91 -3.21 0.0015 2173 B2.5V

18 47 01.2 +18 10 53 111 Her 173880 92161 4.34 2.07 0.0352 93 A5III 18 47 10.4 -04 44 53 β Sct 173764 92175 4.22 -2.41 0.0047 689 G4II+B9.5 18 47 28.9 -05 42 18 R Sct 173819 92202 5.38 -2.79 0.0023 1405 K0Ibpvar 18 47 44.4 -40 24 22 µ CrA 173540 92226 5.20 -0.20 0.0083 393 G6III 18 48 37.8 -65 04 40 ϑ Pav 173168 92294 5.71 1.51 0.0145 226 A9V

18 48 50.4 -43 40 48 η1 CrA 173715 92308 5.46 0.33 0.0094 347 A2Vn 18 49 34.9 -43 26 02 η2 CrA 173861 92382 5.60 -0.75 0.0054 607 B9IV 18 49 40.0 -20 19 29 29 Sgr 174116 92390 5.22 -1.59 0.0044 749 K4III 18 49 45.8 +32 48 46 ν1 Lyr 174585 92398 5.93 -1.52 0.0032 1009 B3IV 18 49 49.0 -23 50 10 Ross 154 Sgr — 92403 10.37 13.00 0.3365 9.69 M3.5Ve

372 α δ Star Con HD HIP m M π l.y. Spectra 18 49 52.8 +32 33 03 ν2 Lyr 174602 92405 5.22 0.90 0.0137 238 A3V 18 50 04.7 +33 21 46 β Lyr 174638 92420 3.52 -3.64 0.0037 881 A8:Vcomp SB 18 50 20.0 -07 54 27 S Sct 174325 92442 6.82 -1.16 0.0025 1289 C5II 18 50 45.7 +10 58 32 Σ 2404B Aql 174569 92475B 7.93 -0.85 0.0018 1863 - 18 50 45.7 +10 58 36 Σ 2404A Aql 174569 92475A 6.86 -1.92 0.0018 1863 K5IIIcomp

18 50 50.9 -22 09 44 30 Sgr 174309 92480 6.29 1.91 0.0133 245 A7III 18 51 05.4 -03 15 40 7 Aql 174532 92501 6.89 1.33 0.0077 422 A2 18 51 11.9 +59 23 18 ο Dra 175306 92512 4.63 -0.34 0.0101 322 G9IIIb 18 51 22.1 -03 19 05 8 Aql 174589 92524 6.08 1.44 0.0118 276 F2III 18 52 08.3 -21 55 17 31 Sgr 174596 92602 6.58 1.85 0.0113 288 A3V

18 52 12.9 -62 11 16 λ Pav 173948 92609 4.22 -4.50 0.0018 1811 B2II-III 18 52 16.3 +21 25 31 112 Her 174933 92614 5.43 -0.31 0.0071 459 B9pHg 18 52 39.5 -52 06 27 κ Tel 174295 92646 5.18 0.41 0.0111 293 G8/K0III 18 53 13.5 +50 42 29 - Dra 175535 92689 4.92 -0.15 0.0097 337 G8III 18 53 43.5 +36 58 18 δ1 Lyr 175426 92728 5.58 -2.02 0.0030 1079 B2.5V

18 54 00.0 -21 21 35 33 Sgr 174947 92747 5.68 -2.95 0.0019 1734 K1Ib 18 54 10.1 -22 44 42 ν1 Sgr 174974 92761 4.86 -3.91 0.0018 1852 K1II 18 54 23.7 +71 17 50 υ Dra 176524 92782 4.82 -0.30 0.0095 344 K0III 18 54 30.1 +36 53 56 δ2 Lyr 175588 92791 4.22 -2.98 0.0036 898 M4IIvar 18 54 43.0 -15 36 11 - Sct 175156 92814 5.08 -3.46 0.0020 1663 B5II

18 54 44.3 -87 36 21 χ Oct 164461 92824 5.29 0.87 0.0131 250 K3III 18 54 44.8 +22 38 43 113 Her 175492 92818 4.57 -1.30 0.0067 486 G4III+A2V 18 54 51.9 +33 58 51 ΟΣ 525C Lyr 175634 92829 7.68 -0.16 0.0027 1207 A 18 54 52.1 +41 36 10 Ho 270 Lyr 175740 92831 5.46 0.89 0.0122 267 G8III 18 54 52.4 +33 58 07 ΟΣ 525A Lyr 175635 92833A 6.20 -1.85 0.0025 1331 G8III+A2

18 54 52.5 +33 58 06 ΟΣ 525B Lyr 175635 92833B 9.28 1.22 0.0025 1331 - 18 55 07.0 -22 40 17 ν2 Sgr 175190 92845 5.00 0.41 0.0121 270 K3comp 18 55 15.8 -26 17 48 σ Sgr 175191 92855 2.05 -2.14 0.0145 224 B2.5V 18 55 20.0 +43 56 46 R Lyr 175865 92862 4.08 -1.07 0.0093 349 M5IIIvar 18 56 13.1 +04 12 13 ϑ1 Ser 175638 92946 4.69 1.65 0.0247 132 A5V

18 56 14.5 +04 12 07 ϑ2 Ser 175639 92951 5.06 1.85 0.0228 143 A5Vn 18 56 16.7 -42 42 38 - CrA 175219 92953 5.35 0.46 0.0105 310 G6III 18 56 40.4 -37 20 36 V686 CrA 175362 92989 5.36 -0.22 0.0077 425 B3V 18 56 44.8 +57 48 53 48 Dra 176408 92997 5.67 0.95 0.0114 286 K1III 18 56 57.0 -67 14 01 κ Pav 174694 93015 4.40 -1.71 0.0060 543 F5I-II

18 57 01.5 +32 54 05 β 648A Lyr 176051 93017A 5.42 4.55 0.0668 48.8 G0V 18 57 01.5 +32 54 06 β 648B Lyr — 93017B 8.04 7.17 0.0668 48.8 K1V 18 57 03.6 -05 50 46 η Sct 175751 93026 4.83 0.82 0.0158 207 K1IIIcomp 18 57 16.5 +02 32 07 64 Ser 175869 93051 5.56 -2.08 0.0030 1101 B9IIIpHg 18 57 20.4 -20 39 23 ξ1 Sgr 175687 93057 5.02 -5.92 0.0007 5015 A0II

18 57 43.7 -21 06 24 ξ2 Sgr 175775 93085 3.52 -1.77 0.0088 372 K1III 18 58 14.6 +17 21 39 FF Aql 176155 93124 5.33 -4.07 0.0013 2470 F8Ib 18 58 27.6 -52 56 18 λ Tel 175510 93148 4.85 -1.21 0.0061 531 A0V 18 58 36.3 -60 12 02 ω Pav 175329 93163 5.14 -0.86 0.0063 516 K1III-IV 18 58 43.3 -37 06 26 ε CrA 175813 93174 4.83 2.45 0.0334 98 F3IV-V

18 58 46.8 +13 54 24 10 Aql 176232 93179 5.91 1.55 0.0135 242 F0pSrEu 18 58 56.5 +32 41 22 γ Lyr 176437 93194 3.25 -3.20 0.0051 634 B9III 18 59 05.6 +13 37 21 11 Aql 176303 93203 5.27 1.88 0.0210 155 F8V 18 59 23.6 -12 50 26 Kui 89A Sgr 176162 93225A 5.98 -0.01 0.0063 514 B5IV 18 59 23.6 -12 50 26 Kui 89B Sgr 176162 93225B 6.64 0.65 0.0063 514 -

373 α δ Star Con HD HIP m M π l.y. Spectra 18 59 37.3 +15 04 06 ε Aql 176411 93244 4.02 0.65 0.0212 154 K2III 18 59 45.4 +26 13 50 - Lyr 176527 93256 5.26 0.12 0.0094 348 K2III 19 00 00.8 +32 08 44 l Lyr 176670 93279 4.94 -3.43 0.0021 1538 K3III 19 00 13.7 +50 32 00 - Dra 177003 93299 5.39 -1.02 0.0052 623 B2.5IV 19 00 43.2 +55 39 30 49 Dra 177249 93340 5.51 -0.40 0.0066 495 G5IIbCN

19 01 26.3 +46 56 05 16 Lyr 177196 93408 5.00 2.04 0.0255 128 A7V 19 01 40.7 -05 44 20 12 Aql 176678 93429 4.02 0.73 0.0220 149 K1IIIvar 19 01 53.7 -36 57 08 R CrA CrA — 93449 11.57 12.00 0.1218 27 A5IIevar 19 02 36.6 -29 52 49 ζA Sgr 176687 93506A 3.27 1.09 0.0366 89 A3IV 19 02 36.6 -29 52 49 ζB Sgr 176687 93506B 3.48 1.30 0.0366 89 -

19 02 54.4 -03 41 56 14 Aql 176984 93526 5.40 -0.53 0.0065 499 A1V 19 03 06.7 -42 05 43 ζ CrA 176638 93542 4.74 0.99 0.0178 184 A0Vn 19 03 17.6 -38 15 12 V701 CrA 176723 93552 5.73 1.68 0.0155 211 F2III-IV 19 04 24.2 -05 41 05 V Aql 177336 93666 6.48 -1.36 0.0027 1207 C5II 19 04 25.0 -31 02 49 - Sgr 177074 93667 5.49 -0.63 0.0060 546 A0V

19 04 40.9 -21 44 30 ο Sgr 177241 93683 3.76 0.61 0.0235 139 G9IIIb 19 04 55.1 +53 23 48 51 Dra 178207 93713 5.40 0.25 0.0093 349 A0Vn 19 04 56.4 -04 02 27 15B Aql 177442 93716 7.00 0.85 0.0059 553 K0 19 04 57.5 -04 01 53 15A Aql 177463 93717 5.40 0.41 0.0100 325 K1III 19 05 24.5 +13 51 48 ζ Aql 177724 93747 2.99 0.96 0.0392 83 A0Vn

19 06 14.8 -04 52 57 λ Aql 177756 93805 3.43 0.51 0.0261 125 B9Vn 19 06 19.8 -52 20 27 ρ Tel 177171 93815 5.17 1.57 0.0191 171 F7V 19 06 22.0 +08 13 48 R Aql 177940 93820 5.50 -1.13 0.0047 689 M7IIIevar 19 06 25.0 -37 03 48 γA CrA 177474 93825A 5.03 3.77 0.0559 58 F7IV-V 19 06 25.1 -37 03 49 γB CrA 177475 93825B 5.10 3.84 0.0559 58 G0

19 06 56.3 -27 40 14 τ Sgr 177716 93864 3.32 0.48 0.0271 120 K1/K2III 19 06 58.5 +11 04 17 18A Aql 178125 93867A 5.44 -0.52 0.0064 507 B8III 19 06 58.5 +11 04 17 18B Aql — 93867B 6.39 0.43 0.0064 507 - 19 07 18.0 +36 06 01 ι Lyr 178475 93903 5.25 -1.78 0.0039 832 B6IV 19 07 25.5 +32 30 06 17 Lyr 178449 93917 5.20 2.16 0.0246 132 F0V

19 08 16.6 -19 17 24 V4024 Sgr 178175 93996 5.56 -2.80 0.0021 1531 B2Ve 19 08 20.8 -40 29 48 δ CrA 177873 94005 4.57 0.93 0.0187 175 K1III 19 08 25.7 +52 25 32 V1762 Cyg 179094 94013 5.88 1.65 0.0142 229 K1IV 19 08 44.0 +34 45 37 Σ 2470B Lyr — 94043B 8.64 2.76 0.0067 488 - 19 08 45.1 +34 45 37 Σ 2470A Lyr 178849 94043A 7.00 -1.03 0.0025 1320 B3V

19 08 59.8 +06 04 24 19 Aql 178596 94068 5.23 2.03 0.0230 142 F0III-IV 19 09 03.0 +34 36 00 Σ 2474B Lyr — 94076B 8.29 4.94 0.0214 152 - 19 09 04.3 +34 36 02 Σ 2474A Lyr 178911 94076A 6.84 3.39 0.0204 160 G1V 19 09 09.7 +76 33 38 59 Dra 180777 94083 5.11 2.93 0.0366 89 A9V 19 09 28.2 -37 54 16 α CrA 178253 94114 4.11 1.11 0.0252 130 A0/A1V

19 09 45.7 -21 01 25 π Sgr 178524 94141 2.88 -2.77 0.0074 440 F3III 19 09 45.8 +65 58 43 55 Dra 179933 94140 6.26 1.29 0.0102 321 A0V 19 09 52.7 -68 25 29 - Pav 177389 94150 5.31 2.48 0.0271 120 G8/K0III-IV 19 10 01.6 -39 20 27 β CrA 178345 94160 4.10 -1.86 0.0064 508 K0II-IIICNIb 19 11 40.4 +56 51 33 53 Dra 180006 94302 5.13 0.03 0.0096 341 G8III

19 11 45.9 +31 17 01 19 Lyr 179527 94311 5.93 -1.46 0.0033 979 B9pSi 19 12 33.1 +67 39 42 δ Dra 180711 94376 3.07 0.63 0.0325 100 G9III 19 12 40.6 -07 56 23 20 Aql 179406 94385 5.35 -2.51 0.0027 1216 B3V 19 13 42.6 +02 17 38 21 Aql 179761 94477 5.14 -1.33 0.0051 640 B8II-III 19 13 45.4 +39 08 46 η Lyr 180163 94481 4.43 -3.09 0.0031 1042 B2.5IV

374 α δ Star Con HD HIP m M π l.y. Spectra 19 13 55.1 +57 42 18 54 Dra 180610 94490 5.00 1.52 0.0201 162 K2III 19 15 17.3 +21 13 56 1 Sge 180317 94620 5.65 0.71 0.0103 318 A4V 19 15 32.3 -25 15 24 ψ Sgr 179950 94643 4.86 -0.16 0.0099 330 K0/K1III 19 15 32.8 +73 21 20 τ Dra 181984 94648 4.45 1.14 0.0217 150 K3III 19 16 12.9 +21 23 26 1 Vul 180554 94703 4.76 -2.47 0.0036 911 B4IV

19 16 21.6 -45 27 59 -A Tel 179886 94712A 5.59 -0.48 0.0061 534 K3III 19 16 21.6 -45 27 59 -B Tel — 94712B 8.63 2.56 0.0061 534 - 19 16 22.0 +38 08 01 ϑ Lyr 180809 94713 4.35 -2.51 0.0042 769 K0II 19 16 28.5 -69 11 26 τ Pav 179009 94724 6.25 -0.14 0.0053 619 A6IV-V 19 16 30.9 +04 50 05 22 Aql 180482 94727 5.59 -0.53 0.0060 546 A3IV

19 16 32.6 -33 31 18 RY Sgr 180093 94730 6.58 -5.64 0.0004 9056 GOIpe(C1,0) 19 16 41.6 -19 18 25 R Sgr 180275 94738 6.10 -3.52 0.0012 2739 M5e 19 17 06.0 +53 22 07 κ Cyg 181276 94779 3.80 0.91 0.0265 123 K0III 19 17 38.0 -18 57 11 43 Sgr 180540 94820 4.88 -1.20 0.0061 535 G8II 19 17 43.5 +23 01 32 2A Vul 180968 94827A 5.50 -3.35 0.0017 1918 B0.5IV

19 17 43.6 +23 01 31 2B Vul 180968 94827B 9.05 0.20 0.0017 1918 - 19 17 48.9 +11 35 44 ω1 Aql 180868 94834 5.28 -0.28 0.0077 422 F0IV 19 18 32.4 +01 05 07 23A Aql 180972 94885A 5.31 -0.02 0.0086 381 K2II-IIIvar 19 18 32.4 +01 05 10 23B Aql 180972 94885B 8.76 3.43 0.0086 381 - 19 18 48.4 +19 36 38 U Sge 181182 94910 6.50 -0.96 0.0032 1012 B8III

19 18 50.9 +00 20 21 24 Aql 181053 94913 6.40 0.52 0.0067 488 K0II-III: 19 19 39.2 +12 22 29 28 Aql 181333 94982 5.53 0.39 0.0094 347 F0III 19 19 52.9 +11 32 06 ω2 Aql 181383 95002 6.03 1.37 0.0117 278 A2V 19 20 32.8 -05 24 57 26 Aql 181391 95066 4.98 1.61 0.0212 154 G8III-IV 19 20 35.6 -00 53 32 27 Aql 181440 95073 5.46 -0.51 0.0064 509 B9III

19 20 40.0 +65 42 52 π Dra 182564 95081 4.60 0.41 0.0145 225 A2IIIs 19 21 40.3 -17 50 50 ρ1 Sgr 181577 95168 3.92 1.06 0.0268 122 F0III-IV 19 21 43.5 -15 57 18 υ Sgr 181615 95176 4.52 -4.03 0.0020 1672 F0IV-V 19 21 50.8 -18 18 30 ρ2 Sgr 181645 95188 5.84 0.63 0.0091 359 K0III 19 22 38.2 -44 27 32 β1 Sgr 181454 95241 3.96 -1.36 0.0086 378 B9V

19 22 50.8 +26 15 45 3 Vul 182255 95260 5.22 -0.24 0.0081 402 B6III 19 22 51.0 -54 25 25 η Tel 181296 95261 5.03 1.64 0.0210 155 A0Vn 19 23 13.1 -44 47 59 β2 Sgr 181623 95294 4.27 1.13 0.0235 139 F2III 19 23 53.0 -40 36 58 α Sgr 181869 95347 3.96 0.38 0.0192 170 B8V 19 24 07.5 +29 37 17 2 Cyg 182568 95372 4.99 -1.89 0.0042 774 B3IV

19 24 22.1 +16 56 16 2 Sge 182490 95398 6.32 1.14 0.0092 355 A2III-IV 19 24 33.1 +50 14 29 CH Cyg 182917 95413 7.08 -0.06 0.0037 874 M7IIIvar 19 24 45.4 +16 57 26 3 Sge 182571 95435 6.84 1.36 0.0080 407 A0 19 24 58.1 +11 56 40 31 Aql 182572 95447 5.17 4.27 0.0660 49 G8IVvar 19 25 16.4 -24 30 31 χ1 Sgr 182369 95477 5.02 0.87 0.0148 221 A4IV-V

19 25 22.1 -24 24 43 48 Sgr 182391 95486 7.27 -0.53 0.0028 1185 B7IV 19 25 27.7 +42 47 05 RR Lyr 182989 95497 7.92 1.13 0.0044 744 A5-F7 19 25 28.5 +19 47 55 4 Vul 182762 95498 5.14 0.84 0.0138 237 K0III 19 25 29.6 -23 57 44 χ3 Sgr 182416 95503 5.45 -0.50 0.0065 505 K4III 19 25 29.8 +03 06 53 δ Aql 182640 95501 3.36 2.43 0.0651 50 F0IV

19 26 09.0 +36 19 04 4 Cyg 183056 95556 5.17 -1.34 0.0050 653 B9pSi 19 26 13.1 +20 05 52 5 Vul 182919 95560 5.60 1.47 0.0149 218 A0V 19 26 19.0 -21 46 36 50 Sgr 182629 95564 5.57 -0.59 0.0059 556 K3III 19 26 31.0 +00 20 19 ν Aql 182835 95585 4.64 -8.12 0.0003 11643 F2Ib 19 26 33.5 +27 19 21 Σ 2525B Vul 183032 95589B 8.48 4.20 0.0140 234 -

375 α δ Star Con HD HIP m M π l.y. Spectra 19 26 33.6 +27 19 20 Σ 2525A Vul 183032 95589A 8.21 3.94 0.0140 234 F8 19 27 25.9 +52 19 14 7 Cyg 183534 95656 5.73 0.51 0.0090 361 A1V 19 28 42.2 +24 39 54 α Vul 183439 95771 4.44 -0.35 0.0110 296 M0comp 19 28 56.9 +24 46 07 8 Vul 183491 95785 5.82 -0.04 0.0067 484 K0III 19 29 00.9 +01 57 01 35 Aql 183324 95793 5.79 1.94 0.0170 192 A0V

19 29 20.9 +20 16 47 7 Vul 183537 95818 6.34 -0.50 0.0043 760 B5Vn 19 29 42.2 +51 43 47 ι Cyg 184006 95853 3.76 0.89 0.0266 122 A5Vn 19 29 52.1 -26 59 08 H N 119A Sgr 183275 95865A 5.67 1.22 0.0129 254 K1/K2III 19 29 52.4 -26 59 14 H N 119B Sgr — 95865B 9.05 4.59 0.0129 254 - 19 30 34.4 -55 06 36 µ Tel 183028 95932 6.29 3.47 0.0273 120 F5V

19 30 39.7 -02 47 20 36 Aql 183630 95937 5.03 -0.91 0.0065 502 M1IIIvar 19 30 43.1 +27 57 35 β1A Cyg 183912 95947A 3.36 -2.00 0.0085 385 K3II+B9.5V 19 30 43.1 +27 57 35 β1C Cyg — 95947C 5.48 0.12 0.0085 385 - 19 30 45.2 +27 57 55 β2 Cyg 183914 95951 5.12 -0.19 0.0087 376 B8V 19 31 04.0 +63 18 52 Σ 2549D Dra 184562 95986 8.03 1.08 0.0041 801 A0

19 31 12.0 +63 18 55 Σ 2549B Dra 184563 96002B 12.00 3.54 0.0020 1598 - 19 31 12.2 +63 18 53 Σ 2549A Dra 184563 96002A 8.42 -0.04 0.0020 1598 K0 19 31 46.2 +34 27 11 8 Cyg 184171 96052 4.74 -1.68 0.0052 627 B3IV 19 32 21.5 +69 39 40 σ Dra 185144 96100 4.67 5.87 0.1734 18.8 K0V 19 33 21.5 -45 16 18 PW Tel 183806 96178 5.59 -0.04 0.0075 436 A0p

19 33 41.5 +49 15 45 V1743 Cyg 184786 96198 6.00 -2.26 0.0022 1462 M4III 19 34 05.3 +07 22 44 µ Aql 184406 96229 4.45 1.80 0.0295 111 K3III 19 34 08.3 -40 02 05 V4089 Sgr 184035 96234 5.89 0.26 0.0075 435 A5III 19 34 34.8 +19 46 24 9 Vul 184606 96275 5.00 -1.35 0.0054 608 B8IIIn 19 34 41.1 +42 24 46 - Cyg 184875 96288 5.34 -0.64 0.0064 512 A2V

19 34 50.8 +29 27 47 9 Cyg 184759 96302 5.39 -0.70 0.0061 538 A0V 19 35 07.2 -10 33 38 37 Aql 184492 96327 5.12 -0.55 0.0073 444 G8III 19 35 12.8 -48 05 57 ι Tel 184127 96341 4.88 -0.55 0.0082 398 G9III 19 35 48.3 +36 56 40 11 Cyg 185037 96387 6.03 -0.74 0.0044 738 B8Vn 19 36 01.6 -24 43 09 51 Sgr 184552 96406 5.64 0.89 0.0112 290 A1m

19 36 26.4 +50 13 16 ϑ Cyg 185395 96441 4.49 3.14 0.0538 61 F4V 19 36 37.8 +44 41 42 - Cyg 185351 96459 5.17 2.13 0.0246 132 K0III 19 36 42.3 -24 53 01 52 Sgr 184707 96465 4.59 0.77 0.0172 189 B8/B9V 19 36 43.2 -01 17 11 ι Aql 184930 96468 4.36 -0.51 0.0106 307 B5III 19 36 53.4 -07 01 39 κ Aql 184915 96483 4.93 -3.32 0.0022 1455 B0.5III

19 37 17.3 +16 27 46 ε Sge 185194 96516 5.67 -0.14 0.0069 473 G8IIIvar 19 37 34.3 -14 18 06 - Sgr 184985 96536 5.46 3.01 0.0324 101 F7V 19 37 47.2 -04 38 51 42 Aql 185124 96556 5.45 2.92 0.0311 105 F3IV 19 38 41.1 +54 58 26 V1143 Cyg 185912 96620 5.89 2.89 0.0251 130 F6Vasv 19 39 11.5 +05 23 52 σ Aql 185507 96665 5.18 -1.42 0.0048 682 B3V+B3V

19 39 22.5 +30 09 12 ϕ Cyg 185734 96683 4.68 0.25 0.0130 251 G8III-IV 19 39 26.4 +42 49 06 14 Cyg 185872 96693 5.41 -1.20 0.0048 685 B9III 19 39 49.4 -23 25 40 53A Sgr 185404 96729A 6.80 1.33 0.0080 406 A0V 19 39 49.4 -23 25 40 53B Sgr 185404 96729B 7.51 2.03 0.0080 406 - 19 40 05.7 +18 00 50 α Sge 185758 96757 4.39 -1.42 0.0069 473 G0II

19 40 43.2 -00 37 16 45 Aql 185762 96807 5.64 0.93 0.0114 285 A3IV 19 40 43.3 -16 17 36 54 Sgr 185644 96808 5.30 0.92 0.0133 245 K2IIIcomp 19 40 50.1 +45 31 29 - Cyg 186155 96825 5.06 1.62 0.0205 159 F5II 19 41 02.9 +17 28 33 β Sge 185958 96837 4.39 -1.39 0.0070 466 G8II 19 41 05.4 +13 48 56 QS Aql 185936 96840 6.70 -1.82 0.0020 1646 B5V

376 α δ Star Con HD HIP m M π l.y. Spectra 19 41 48.8 +50 31 31 16A Cyg 186408 96895 5.99 4.32 0.0463 70 G2V 19 41 52.0 +50 31 03 16B Cyg 186427 96901 6.25 4.60 0.0467 70 G5V 19 42 12.8 +12 11 36 46 Aql 186122 96931 6.33 -0.39 0.0045 720 B9III 19 42 31.0 -16 07 27 55 Sgr 186005 96950 5.06 1.42 0.0187 175 F1III 19 42 33.9 +11 49 36 χA Aql 186203 96957A 5.80 -1.01 0.0043 751 F3V:

19 42 33.9 +11 49 36 χB Aql 186203 96957B 6.68 -0.13 0.0043 751 - 19 43 33.4 -15 28 12 - Sgr 186185 97063 5.49 2.67 0.0273 120 F5IV 19 43 42.8 +25 46 19 10 Vul 186486 97077 5.50 0.31 0.0092 356 G8III 19 44 16.5 +37 21 16 15 Cyg 186675 97118 4.89 0.23 0.0117 279 G8III 19 44 34.0 +13 18 10 ψ Aql 186547 97139 6.25 -0.72 0.0040 809 B9III-IV

19 44 58.3 +45 07 51 δB Cyg 186882 97165B 6.64 3.04 0.0191 171 - 19 44 58.4 +45 07 49 δA Cyg 186882 97165A 2.90 -0.70 0.0191 171 B9.5III 19 45 39.8 +07 36 48 υ Aql 186689 97229 5.89 2.22 0.0184 177 A3IV 19 46 15.5 +10 36 48 γ Aql 186791 97278 2.72 -3.03 0.0071 460 K3II 19 46 21.6 -19 45 40 56 Sgr 186648 97290 4.87 0.88 0.0159 205 K0III

19 46 25.5 +33 43 40 17 Cyg 187013 97295 5.00 3.40 0.0479 68 F5 19 47 23.2 +18 32 02 δA Sge 187076 97365A 4.32 -1.37 0.0073 448 M2II+A0V 19 47 23.2 +18 32 02 δB Sge 187076 97365B 4.95 -0.74 0.0073 448 - 19 48 01.1 -56 21 46 ν Tel 186543 97421 5.33 1.75 0.0192 170 A9Vn 19 48 10.3 +70 16 04 εA Dra 188119 97433A 4.06 0.82 0.0224 146 G8III

19 48 10.5 +70 16 07 εB Dra 188119 97433B 7.06 3.81 0.0224 146 - 19 48 42.0 +11 48 57 πA Aql 187259 97473A 6.47 0.25 0.0057 570 G5III:+A1V 19 48 42.1 +11 48 55 πB Aql 187260 97473B 6.75 0.54 0.0057 570 A2 19 48 58.6 +19 08 31 ζA Sge 187362 97496A 5.64 0.64 0.0100 326 A3V 19 48 58.7 +19 08 31 ζB Sge 187362 97496B 6.04 1.03 0.0100 326 -

19 49 25.3 -72 30 12 - Pav 186219 97534 5.39 2.30 0.0241 135 A4III 19 50 33.8 +32 54 51 χ Cyg 187796 97629 4.23 -0.90 0.0094 346 S7,1e: 19 50 33.9 +38 43 21 19 Cyg 187849 97630 5.18 -1.29 0.0051 642 M2IIIa 19 50 37.2 +40 35 59 V380 Cyg 187879 97634 5.68 -3.80 0.0013 2567 B1III 19 50 37.6 +52 59 17 20 Cyg 188056 97635 5.03 1.18 0.0170 192 K3IIIvar

19 50 44.7 -59 11 35 I 121A Pav 186957 97646A 5.67 1.16 0.0126 260 A0IV 19 50 44.7 -59 11 36 I 121B Pav 186957 97646B 7.30 2.79 0.0126 260 - 19 50 46.7 -10 45 49 51 Aql 187532 97650 5.38 3.27 0.0379 86 F0V 19 50 46.9 +08 52 06 α Aql 187642 97649 0.76 2.20 0.1944 16.8 A7IV-V 19 51 01.5 +10 24 56 ο Aql 187691 97675 5.12 3.68 0.0516 63 F8V

19 51 04.0 +22 36 36 12 Vul 187811 97679 4.90 -1.49 0.0053 619 B2.5V 19 51 50.5 -39 52 28 V3961 Sgr 187474 97749 5.32 0.24 0.0096 339 A0p 19 52 11.9 -19 02 42 57 Sgr 187739 97783 5.88 0.98 0.0105 312 G5III 19 52 21.7 +18 40 18 9 Sge 188001 97796 6.24 -6.95 0.0002 14174 O8e 19 52 28.3 +01 00 20 η Aql 187929 97804 3.87 -3.91 0.0028 1173 F6Ibv SB

19 53 17.3 +57 31 25 23 Cyg 188665 97870 5.14 -1.32 0.0051 638 B5V 19 53 18.6 -03 06 52 V1291 Aql 188041 97871 5.63 0.99 0.0118 277 A5pvar 19 53 26.5 +24 04 47 13B Vul 188260 97886B 7.54 2.33 0.0091 359 - 19 53 27.6 +24 04 47 13A Vul 188260 97886A 4.64 -0.57 0.0091 359 B9.5III 19 54 08.1 -08 34 27 56 Aql 188154 97928 5.76 0.35 0.0083 394 K5III

19 54 14.8 +08 27 41 ξ Aql 188310 97938 4.71 0.73 0.0160 204 K0III 19 54 37.5 -08 13 38 57A Aql 188293 97966 5.70 0.64 0.0097 335 B7Vn 19 54 38.0 -08 14 14 57B Aql 188294 97967 6.49 1.27 0.0090 361 B8V 19 54 44.7 +00 16 25 58 Aql 188350 97980 5.60 0.48 0.0095 345 A0III 19 55 15.5 -41 52 06 ι Sgr 188114 98032 4.12 0.30 0.0172 189 K0III

377 α δ Star Con HD HIP m M π l.y. Spectra 19 55 18.7 +06 24 24 β Aql 188512 98036 3.71 3.03 0.0730 44.7 G8IVvar 19 55 37.7 +52 26 17 ψB Cyg 189037 98055B 7.61 2.88 0.0113 288 F4V 19 55 37.7 +52 26 20 ψA Cyg 189037 98055A 5.05 0.31 0.0113 288 A4Vn 19 55 50.3 -26 17 58 ω Sgr 188376 98066 4.70 2.82 0.0420 78 G5V 19 55 51.6 +38 29 12 22 Cyg 188892 98068 4.95 -2.89 0.0027 1203 B5IV

19 55 55.2 +58 50 46 - Cyg 189276 98073 4.98 -2.27 0.0036 918 K5II-III 19 56 01.2 +16 38 05 10 Sge 188727 98085 5.36 -5.24 0.0008 4289 G5Ibv SB 19 56 14.1 +11 25 25 ϕ Aql 188728 98103 5.28 1.28 0.0158 206 A1IV 19 56 18.3 +35 05 00 η Cyg 188947 98110 3.89 0.74 0.0234 139 K0IIIvar 19 56 56.7 -27 10 12 59 Sgr 188603 98162 4.54 -3.30 0.0027 1207 K3III

19 57 06.1 -58 54 05 - Pav 188162 98174 5.24 0.41 0.0108 302 B9.5IV 19 57 13.8 +40 22 04 - Cyg 189178 98194 5.46 -2.90 0.0021 1531 B5V 19 57 45.3 +16 47 21 11 Sge 189090 98234 5.54 0.07 0.0081 404 B9III 19 57 56.9 -15 29 29 61 Sgr 188899 98258 5.01 0.25 0.0112 292 A3IV 19 58 45.3 +19 29 32 γ Sge 189319 98337 3.51 -1.11 0.0119 274 K5III

19 58 57.1 -26 11 44 60 Sgr 189005 98353 4.84 -0.25 0.0096 340 G8II-III 19 59 10.4 +23 06 05 14 Vul 189410 98375 5.68 2.26 0.0207 158 F0 19 59 36.7 +76 28 53 69 Dra 190960 98401 6.20 0.17 0.0062 525 M3III 19 59 44.1 -35 16 35 ϑ1 Sgr 189103 98412 4.37 -2.02 0.0053 617 B2.5IV 19 59 51.2 -34 41 53 ϑ2 Sgr 189118 98421 5.30 1.89 0.0208 157 A4/A5IV

19 59 55.1 +37 02 35 25 Cyg 189687 98425 5.15 -3.27 0.0021 1575 B3IV 20 00 03.2 +17 30 59 13 Sge 189577 98438 5.33 -1.47 0.0044 746 M4IIIa 20 00 22.9 -66 56 58 µ1 Pav 188584 98478 5.75 1.64 0.0151 216 K0IV 20 00 35.4 -72 54 38 ε Pav 188228 98495 3.97 1.41 0.0307 106 A0V 20 01 06.0 +27 45 13 15 Vul 189849 98543 4.66 0.49 0.0147 222 A4III

20 01 21.5 +50 06 17 26 Cyg 190147 98571 5.06 -0.54 0.0076 429 K1II-III 20 01 28.4 +64 49 16 64 Dra 190544 98583 5.22 -0.97 0.0058 564 M1III 20 01 44.5 -59 22 34 NU Pav 189124 98608 4.95 -0.67 0.0075 434 M6III 20 01 52.3 -66 56 39 µ2 Pav 188887 98624 5.32 1.04 0.0139 234 K2IVCNII 20 01 58.6 -13 38 13 63 Sgr 189741 98633 5.69 0.80 0.0105 309 A3V

20 02 01.3 +24 56 17 16A Vul 190004 98636A 5.93 1.87 0.0154 211 F2III 20 02 01.3 +24 56 17 16B Vul 190004 98636B 6.22 2.16 0.0154 211 - 20 02 13.2 +64 39 32 65B Dra 190696 98647 7.95 1.27 0.0046 706 G5 20 02 20.2 +64 38 04 65A Dra 190713 98658 6.27 1.21 0.0097 335 G7III: 20 02 39.4 -27 42 36 62 Sgr 189763 98688 4.43 -1.26 0.0073 448 M4III

20 02 48.9 +67 52 25 ρ Dra 190940 98702 4.51 -0.97 0.0080 406 K3III 20 03 33.4 -37 56 27 - Sgr 189831 98761 4.77 -0.70 0.0081 405 K4III 20 04 06.1 +17 04 12 15 Sge 190406 98819 5.80 4.56 0.0566 58 G1V 20 04 08.2 +07 16 41 τ Aql 190327 98823 5.51 -0.53 0.0062 527 K0III 20 04 19.5 -32 03 22 h 5165 Sgr 190056 98842 4.99 0.00 0.0101 324 K1III-IV

20 04 23.1 -00 42 34 62 Aql 190299 98844 5.67 -0.59 0.0056 582 K4III 20 04 36.0 +32 13 07 V1768 Cyg 190603 98863 5.62 -7.48 0.0002 13583 B1.5Ia comp 20 05 09.4 +19 59 28 η Sge 190608 98920 5.09 1.61 0.0202 162 K2III 20 05 26.3 -12 39 55 65 Sgr 190454 98953 6.53 1.07 0.0081 402 A1Vn 20 05 32.7 +61 59 44 66 Dra 191277 98962 5.40 1.77 0.0188 174 K3III

20 06 21.7 +35 58 21 27 Cyg 191026 99031 5.38 3.46 0.0413 79 K0IV 20 06 53.3 +23 36 52 17 Vul 190993 99080 5.08 -0.80 0.0067 488 B3V 20 07 23.1 -52 52 51 ξ Tel 190421 99120 4.93 -3.00 0.0026 1254 M1III 20 08 01.7 -00 40 42 64 Aql 191067 99171 5.97 2.57 0.0209 156 K1IV 20 08 43.2 -66 10 56 δ Pav 190248 99240 3.55 4.62 0.1637 19.9 G5IV-Vvar

378 α δ Star Con HD HIP m M π l.y. Spectra 20 08 53.2 +77 42 41 κA Cep 192907 99255A 4.40 -0.61 0.0100 327 B9III 20 08 55.2 +77 42 37 κB Cep — 99255B 8.34 3.33 0.0100 327 - 20 09 25.5 +36 50 23 28 Cyg 191610 99303 4.93 -2.18 0.0038 860 B2.5V 20 09 56.3 +20 55 04 ϑB Sge — 99351 9.06 5.42 0.0188 174 - 20 09 56.7 +20 54 54 ϑA Sge 191570 99352 6.60 3.34 0.0222 147 F5IV

20 10 33.4 +26 54 15 18 Vul 191747 99404 5.51 -0.04 0.0078 420 A3III 20 11 11.8 -36 06 04 h 5173 Sgr 191408 99461 5.32 6.41 0.1652 19.7 K2V 20 11 18.2 -00 49 17 ϑ Aql 191692 99473 3.24 -1.48 0.0114 287 B9.5III 20 11 34.8 +62 04 44 68 Dra 192455 99500 5.70 2.26 0.0205 159 F5V 20 11 47.9 +26 48 32 19 Vul 192004 99518 5.51 -2.96 0.0020 1614 K3II-III

20 11 56.1 +20 20 04 FG Sge — 99527 10.50 3.81 0.0046 709 G6var 20 11 57.8 -12 23 33 ξ1 Cap 191753 99529 6.34 0.49 0.0068 483 K0III 20 12 00.6 +26 28 44 20 Vul 192044 99531 5.91 -1.81 0.0029 1140 B7Ve 20 12 25.8 -12 37 03 ξ2 Cap 191862 99572 5.84 3.60 0.0357 91 F7V 20 13 13.8 -01 00 34 66 Aql 192107 99631 5.44 -1.74 0.0037 888 K5III

20 13 17.9 +46 48 57 30 Cyg 192514 99639 4.80 -1.91 0.0046 716 A5IIIn 20 13 23.8 +56 34 04 33 Cyg 192696 99655 4.28 0.93 0.0214 152 A3IV-Vn 20 13 37.8 +46 44 29 ο1 Cyg 192577 99675 3.80 -4.29 0.0024 1353 K2III 20 13 39.2 +46 42 42 ο1C Cyg 192579 99676 7.01 -1.60 0.0019 1716 B9 20 14 14.4 +28 41 41 21 Vul 192518 99738 5.19 0.18 0.0100 327 A7IVn

20 14 16.5 +15 11 51 ρ Aql 192425 99742 4.94 1.58 0.0212 153 A2V 20 14 31.9 +36 48 23 29 Cyg 192640 99770 4.93 1.86 0.0244 134 A2V 20 14 54.9 +09 05 20 R Del 192502 99802 7.60 0.62 0.0040 813 M5e-M6e 20 15 15.8 +25 35 31 β 983A Vul 192685 99824A 4.80 -3.03 0.0027 1199 B3V 20 15 15.8 +25 35 31 β 983B Vul 192685 99824B 7.55 -0.28 0.0027 1199 -

20 15 28.2 +47 42 52 ο2 Cyg 192909 99848 3.96 -3.70 0.0029 1109 K3II+B9:V 20 15 30.1 +23 30 31 22 Vul 192713 99853 5.18 -5.44 0.0008 4347 G2Ib SB 20 15 46.0 +27 48 51 23 Vul 192806 99874 4.80 -0.22 0.0099 328 K3III 20 16 19.8 +21 35 55 18 Sge 192836 99913 6.11 1.31 0.0110 298 K1III 20 16 22.8 -12 20 13 3 Cap 192666 99918 6.30 0.26 0.0062 527 B9pHg

20 16 47.0 +24 40 16 24 Vul 192944 99951 5.30 -0.50 0.0069 472 G8III 20 16 55.2 +40 21 54 β 661 Cyg 193092 99968 5.27 -2.16 0.0033 1000 K5II 20 17 38.8 -12 30 30 α1 Cap 192876 100027 4.44 -2.18 0.0048 686 G3Ib 20 17 47.0 +38 01 59 P Cyg 193237 100044 4.77 -6.65 0.0005 6269 B2pe 20 18 01.3 -21 48 36 4 Cap 192879 100062 5.86 0.76 0.0096 341 K0III

20 18 03.2 -12 32 42 α2 Cap 192947 100064 3.58 0.97 0.0300 109 G9III 20 18 28.5 +37 00 00 36 Cyg 193369 100108 5.58 1.70 0.0168 195 A2V 20 18 39.0 +34 58 58 35 Cyg 193370 100122 5.14 -3.80 0.0016 2000 F5Ib+B8 20 19 23.5 -19 07 07 σ Cap 193150 100195 5.28 -1.37 0.0047 697 K3III 20 19 36.5 +62 15 27 71 Dra 193964 100221 5.71 0.39 0.0086 378 B9V

20 20 05.9 +68 52 50 AC Dra 194258 100261 5.59 -1.01 0.0048 681 M5III 20 20 39.7 -12 45 33 ν Cap 193432 100310 4.77 0.16 0.0120 272 B9.5V 20 20 46.5 -14 47 06 β2A Cap 193452 100325A 6.16 1.25 0.0104 313 A0III 20 20 46.6 -14 47 05 β2B Cap 193452 100325B 9.14 4.22 0.0104 313 A1 20 21 00.5 -14 46 53 β1 Cap 193495 100345 3.05 -2.07 0.0095 344 G5II+A0V:

20 22 03.3 +24 26 46 25 Vul 193911 100435 5.50 -3.21 0.0018 1801 B8IIIn 20 22 13.6 +40 15 24 γ Cyg 194093 100453 2.23 -6.12 0.0021 1523 F8Ib 20 22 27.4 -42 02 59 κ1 Sgr 193571 100469 5.60 1.23 0.0134 244 A0V 20 23 10.6 +05 20 35 - Aql 194013 100541 5.30 0.91 0.0132 246 G8III-IV 20 23 51.5 +32 11 25 39 Cyg 194317 100587 4.43 -0.04 0.0128 255 K3III

379 α δ Star Con HD HIP m M π l.y. Spectra 20 23 53.1 -42 25 23 κ2A Sgr 193807 100591A 6.04 0.76 0.0088 370 A3V 20 23 53.1 -42 25 23 κ2B Sgr 193807 100591B 7.12 1.84 0.0088 370 - 20 25 38.8 -56 44 07 α Pav 193924 100751 1.94 -1.81 0.0178 183 B2IV 20 27 02.2 +49 23 01 43 Cyg 195068 100859 5.73 2.85 0.0266 123 F0V: 20 27 19.1 -18 12 42 πA Cap 194636 100881A 5.13 -1.42 0.0049 665 B8II-III

20 27 19.2 -18 12 45 πB Cap 194636 100881B 8.34 1.79 0.0049 665 B8II-III 20 27 34.2 +38 26 26 40 Cyg 195050 100907 5.63 1.04 0.0121 270 A3V 20 28 14.2 +81 25 22 75 Dra 196787 100965 5.38 -0.35 0.0072 456 G9III 20 28 24.8 -03 21 28 68 Aql 194939 100977 6.12 -0.04 0.0059 557 B9V 20 28 51.5 -17 48 49 ρA Cap 194943 101027A 5.01 2.61 0.0330 99 F2IV

20 28 51.5 -17 48 50 ρB Cap — 101027B 7.06 4.66 0.0330 99 F2IV 20 29 20.3 +36 27 17 42 Cyg 195324 101067 5.90 -2.67 0.0019 1689 A1Ib 20 29 23.6 +30 22 07 41 Cyg 195295 101076 4.01 -2.82 0.0043 758 F5II 20 29 27.4 +81 05 29 74 Dra 196925 101082 5.96 1.96 0.0159 205 K0III 20 29 34.8 +62 59 39 ϑ Cep 195725 101093 4.21 1.11 0.0240 136 A7III

20 29 38.9 -02 53 08 69 Aql 195135 101101 4.91 1.07 0.0171 191 K2III 20 29 52.4 -18 35 12 οB Cap 195093 101120 6.74 3.63 0.0239 136 A7V 20 29 53.8 -18 35 00 οA Cap 195094 101123 5.94 1.62 0.0137 239 A3Vn 20 30 03.4 +48 57 06 ω1 Cyg 195556 101138 4.94 -2.19 0.0038 869 B2.5IV 20 30 17.9 +10 53 46 1B Del 195325 101160B 8.07 1.87 0.0058 566 -

20 30 18.0 +10 53 45 1A Del 195325 101160A 6.21 0.01 0.0058 566 A1sh 20 30 59.2 +36 56 07 44A Cyg 195593 101214A 6.39 -2.04 0.0021 1583 F5Iab 20 30 59.3 +36 56 09 44B Cyg 195593 101214B 10.02 1.59 0.0021 1583 - 20 31 18.7 +49 13 14 ω2 Cyg 195774 101243 5.44 -0.03 0.0081 404 M2III 20 31 30.3 +74 57 17 73 Dra 196502 101260 5.18 -0.35 0.0078 417 A0pSrCrEu

20 33 12.7 +11 18 12 ε Del 195810 101421 4.03 -1.18 0.0091 359 B6III 20 33 54.1 +35 15 03 47A Cyg 196093 101474A 4.84 -2.43 0.0035 929 K2Ib+B3V 20 33 54.1 +35 15 03 47B Cyg 196093 101474B 7.30 0.02 0.0035 929 - 20 33 55.0 -44 30 58 ν Mic 195569 101477 5.12 1.01 0.0151 216 K0III 20 33 56.9 +13 01 38 η Del 195943 101483 5.39 1.77 0.0189 173 A3IVs

20 35 18.4 +14 40 27 ζ Del 196180 101589 4.64 0.43 0.0144 227 A3V 20 35 34.7 -60 34 54 ψ1 Pav 195627 101612 4.75 2.55 0.0363 90 F1III 20 36 08.3 +25 52 57 26 Vul 196362 101641 6.40 -0.26 0.0047 701 A5III 20 36 43.5 -02 32 59 70 Aql 196321 101692 4.91 -4.24 0.0015 2203 K5II 20 37 04.6 +26 27 43 27 Vul 196504 101716 5.59 0.73 0.0107 305 B9V

20 37 21.2 -15 08 50 13 Cap 196348 101751 6.76 -0.40 0.0037 883 K3III 20 37 31.8 +31 34 21 48 Cyg 196606 101765 6.32 -0.58 0.0042 784 B8IIIn 20 37 32.6 +31 31 19 - Cyg 196629 101768 6.51 3.05 0.0203 161 F0V 20 37 32.9 +14 35 43 βA Del 196524 101769A 4.11 1.74 0.0335 97 F5IV 20 37 32.9 +14 35 43 βB Del 196524 101769B 5.02 2.65 0.0335 97 -

20 37 34.0 -47 17 29 α Ind 196171 101772 3.11 0.65 0.0322 101 K0III 20 37 35.2 -61 31 48 ρ Pav 195961 101773 4.86 0.98 0.0167 195 FmdelDel 20 37 49.0 +11 22 40 ι Del 196544 101800 5.42 1.74 0.0184 177 A2V 20 38 20.2 -01 06 19 71 Aql 196574 101847 4.31 -1.04 0.0085 384 G8III SB 20 38 31.2 +21 12 04 29 Vul 196724 101867 4.81 0.73 0.0153 213 A0V

20 38 31.8 +24 06 58 28 Vul 196740 101868 5.06 -0.84 0.0066 493 B5IV 20 38 43.8 +13 18 54 ϑ Del 196725 101882 5.69 -2.32 0.0025 1304 K3Ib 20 39 07.7 +10 05 10 κ Del 196755 101916 5.07 2.68 0.0333 98 G5IV+K2IV 20 39 16.3 -14 57 17 τA Cap 196662 101923A 5.77 -2.89 0.0019 1753 B6III 20 39 16.3 -14 57 17 τB Cap 196662 101923B 6.19 -2.47 0.0019 1753 B6III

380 α δ Star Con HD HIP m M π l.y. Spectra 20 39 24.8 +00 29 11 1 Aqr 196758 101936 5.15 0.77 0.0133 245 K1III 20 39 38.1 +15 54 43 α Del 196867 101958 3.86 -0.48 0.0136 241 B9V 20 40 02.4 -60 32 56 ψ2 Pav 196378 101983 5.11 3.19 0.0413 79 F8V 20 40 02.9 -18 08 19 υ Cap 196777 101984 5.15 -1.67 0.0043 755 M2III 20 40 09.1 -00 52 15 AE Aqr — 101991 11.42 6.38 0.0098 333 K5IV-Vvar

20 40 19.8 -33 25 54 - Mic 196737 102014 5.47 1.14 0.0136 239 K1III 20 41 02.5 +32 18 26 49A Cyg 197177 102066A 5.82 -1.15 0.0041 805 G8II 20 41 02.6 +32 18 28 49B Cyg 197178 102066B 8.04 1.08 0.0041 805 G8IIb 20 41 16.1 +14 34 59 10 Del 197121 102080 6.01 0.13 0.0067 488 K4III: 20 41 25.8 +45 16 49 α Cyg 197345 102098 1.25 -8.73 0.0010 3228 A2Ia

20 41 43.6 -75 21 02 µ2A Oct 196067 102125A 6.60 3.40 0.0230 142 G1V 20 41 45.0 -75 20 46 µ2B Oct — 102125B 7.30 4.32 0.0254 129 - 20 41 57.1 -66 45 39 υ Pav 196519 102157 5.14 -1.92 0.0039 840 B8Vvar 20 42 03.1 -76 10 50 µ1 Oct 196051 102162 5.99 0.92 0.0097 337 F4III-IV 20 42 12.5 +50 20 24 51 Cyg 197511 102177 5.41 -1.85 0.0035 924 B2V

20 42 35.0 +82 31 53 76 Dra 199095 102208 5.75 0.55 0.0091 358 A0V 20 43 10.9 +66 39 27 4 Cep 197950 102253 5.59 2.44 0.0235 139 A8V 20 43 27.3 +15 04 28 δ Del 197461 102281 4.43 0.45 0.0160 203 A7IIIpδDel 20 44 02.2 -51 55 16 η Ind 197157 102333 4.51 2.59 0.0414 79 A6:var 20 44 52.4 +25 16 15 30 Vul 197752 102388 4.92 -0.32 0.0089 365 K2III

20 44 57.4 -66 12 11 β Pav 197051 102395 3.42 0.29 0.0237 137 A5IV 20 45 17.3 +61 50 20 η Cep 198149 102422 3.41 2.63 0.0697 46.8 K0IV 20 45 21.0 +57 34 47 - Cep 198084 102431 4.52 2.35 0.0369 88 F8IV-V 20 45 39.6 +30 43 11 52 Cyg 197912 102453 4.22 0.22 0.0158 206 K0III 20 46 05.6 -25 16 16 ψ Cap 197692 102485 4.13 3.30 0.0682 48 F4V

20 46 09.9 -21 30 50 17 Cap 197725 102487 5.91 1.32 0.0121 270 A0 20 46 12.6 +33 58 13 ε Cyg 197989 102488 2.48 0.76 0.0453 72 K0III 20 46 13.3 +15 54 26 Σ 2725A Del 197913 102490A 7.67 4.75 0.0262 125 K0 20 46 13.3 +15 54 32 Σ 2725B Del 197913 102490B 8.47 5.56 0.0262 125 - 20 46 19.9 -39 11 57 - Mic 197630 102497 5.48 0.52 0.0102 320 B8/B9V

20 46 38.6 +16 07 27 γ1 Del 197963 102531 5.25 2.75 0.0317 103 A2Iacomp 20 46 39.3 +16 07 27 γ2 Del 197964 102532 4.44 1.97 0.0321 101 K1IV 20 47 10.7 +34 22 27 T Cyg 198134 102571 4.93 -0.51 0.0082 399 K3IIIvar 20 47 24.4 +36 29 27 λA Cyg 198183 102589A 4.77 -2.38 0.0037 879 B6IV 20 47 24.4 +36 29 28 λB Cyg 198183 102589B 6.24 -0.91 0.0037 879 -

20 47 33.2 +80 33 08 - Dra 199437 102599 5.36 -0.09 0.0081 401 K1III 20 47 40.5 -09 29 45 ε Aqr 198001 102618 3.78 -0.46 0.0142 229 A1V 20 47 44.1 -05 01 40 3 Aqr 198026 102624 4.43 -1.24 0.0073 445 M3IIIvar 20 47 48.2 +06 00 30 13A Del 198069 102633A 5.66 -0.33 0.0064 513 A0V 20 47 48.2 +06 00 30 13B Del 198069 102633B 8.51 2.53 0.0064 513 -

20 48 29.0 -43 59 19 ι Mic 197937 102693 5.11 2.04 0.0244 134 F1IV 20 48 56.2 +46 06 51 55 Cyg 198478 102724 4.81 -4.38 0.0015 2248 B3Ia 20 49 18.0 -68 46 36 σ Pav 197635 102773 5.41 0.56 0.0107 305 K0III 20 49 28.9 -46 13 37 ζ Ind 198048 102790 4.90 -0.57 0.0081 404 K5III 20 49 37.7 +12 32 43 15 Del 198390 102805 6.01 3.66 0.0338 96 F5V

20 49 48.2 +07 51 51 14 Del 198391 102819 6.32 0.32 0.0063 517 A1Vs 20 49 58.0 -33 46 48 α Mic 198232 102831 4.89 -0.45 0.0086 380 G8III 20 50 04.8 +44 03 34 56 Cyg 198639 102843 5.06 1.93 0.0237 138 delDel 20 51 25.6 -05 37 34 4B Aqr 198571 102945 7.46 3.60 0.0170 192 F5IV-V 20 51 25.6 -05 37 35 4A Aqr 198571 102945 6.47 2.62 0.0170 192 F5IV-V

381 α δ Star Con HD HIP m M π l.y. Spectra 20 51 28.1 +28 15 02 T Vul 198726 102949 5.66 -2.89 0.0020 1672 F5Ib 20 51 30.0 -51 36 30 ι Ind 198308 102950 5.06 -1.14 0.0058 567 K1II-III 20 51 49.2 -26 55 09 ω Cap 198542 102978 4.12 -2.30 0.0052 628 K4III 20 51 58.7 -33 10 38 β Mic 198529 102989 6.06 -0.48 0.0049 661 A2Vn 20 52 07.6 +27 05 49 31 Vul 198809 103004 4.56 0.45 0.0151 216 G8III

20 52 08.6 -05 30 25 5 Aqr 198667 103005 5.55 -1.27 0.0043 753 B9III 20 52 39.1 -08 59 00 µ Aqr 198743 103045 4.73 1.34 0.0210 155 A3m 20 53 14.7 +44 23 14 57 Cyg 199081 103089 4.80 -1.13 0.0065 501 B5V 20 53 18.5 +45 10 55 - Cyg 199098 103094 5.48 -1.31 0.0044 744 K0II 20 53 40.1 -39 48 36 - Mic 198716 103127 5.34 -0.17 0.0079 412 K2III

20 53 53.8 +33 26 16 - Cyg 199101 103145 5.47 -0.89 0.0054 609 K5III 20 54 33.5 +28 03 28 32 Vul 199169 103200 5.03 -1.75 0.0044 739 K4III 20 54 47.7 -17 55 23 19 Cap 199012 103226 5.78 0.36 0.0083 395 K0III 20 54 48.5 -58 27 15 β Ind 198700 103227 3.67 -2.66 0.0054 603 K0III 20 55 36.6 +13 43 18 17 Del 199253 103294 5.19 -0.62 0.0069 474 K0III

20 55 38.5 +12 34 07 16 Del 199254 103298 5.54 1.61 0.0164 199 A4V 20 56 53.9 -09 41 51 7 Aqr 199345 103401 5.49 -0.84 0.0054 601 K5III 20 57 10.3 +41 10 02 νA Cyg 199629 103413A 4.07 -1.12 0.0092 356 A1Vn 20 57 10.3 +41 10 02 νB Cyg — 103413B 6.04 0.85 0.0092 356 - 20 58 16.3 +22 19 33 33 Vul 199697 103511 5.30 -0.13 0.0082 397 K4III

20 58 25.8 +10 50 21 18 Del 199665 103527 5.51 1.19 0.0137 238 G6III: 20 58 41.8 -14 28 58 DV Aqr 199603 103545 5.95 1.31 0.0118 276 F0IV 20 58 55.5 +44 03 37 V1057 Cyg 199956 130559 6.65 -0.01 0.0047 701 K0 20 59 04.3 +04 17 37 εA Equ 199766 103569A 6.07 2.17 0.0166 197 F5III 20 59 04.3 +04 17 37 εB Equ 199766 103569B 6.42 2.52 0.0166 197 -

20 59 36.2 -19 02 07 20 Cap 199728 103616 6.26 0.66 0.0076 430 B9pSi 20 59 49.5 +47 31 16 59 Cyg 200120 103632 4.80 -2.89 0.0029 1124 B1ne 20 59 54.8 -13 03 06 8 Aqr 199828 103640 6.61 1.66 0.0102 319 A3/A4IV 21 00 32.6 -05 28 38 10 Aqr 199944 103681 6.53 0.12 0.0052 625 A0 21 00 33.8 -04 43 49 11 Aqr 199960 103682 6.21 4.10 0.0378 86 GIV

21 00 51.8 -17 31 51 21 Cap 199947 103703 6.07 -0.05 0.0060 545 K0 21 01 08.3 -13 31 48 9 Aqr 200004 103728 6.55 0.46 0.0061 539 G6/G8III 21 01 10.8 +46 09 21 60A Cyg 200310 103732A 5.37 -2.74 0.0024 1364 B1V 21 01 10.9 +46 09 24 60B Cyg — 103732B 9.53 1.42 0.0024 1364 - 21 01 17.4 -32 15 28 γ Mic 199951 103738 4.67 0.49 0.0146 223 G8III

21 02 12.1 +07 10 45 2B Equ 200256 103813B 7.67 2.64 0.0098 332 - 21 02 12.2 +07 10 47 2A Equ 200256 103813A 7.46 2.43 0.0098 332 F8 21 02 57.8 -38 37 54 ζ Mic 200163 103882 5.32 2.58 0.0283 115 F3V 21 03 03.0 +01 31 55 Σ 2744A Aqr 200375 103892A 6.83 2.73 0.0152 215 F5V 21 03 03.0 +01 31 55 Σ 2744B Aqr 200375 103892B 7.40 3.30 0.0152 215 F5V

21 04 04.6 -05 49 23 12A Aqr 200497 103981A 5.88 -0.22 0.0060 541 G4III 21 04 04.7 -05 49 23 12B Aqr 200496 103981B 7.55 1.45 0.0060 541 A3V 21 04 24.2 -19 51 18 ηA Cap 200499 104019A 5.02 1.59 0.0206 158 A5V 21 04 24.2 -19 51 18 ηB Cap 200499 104019B 7.39 3.96 0.0206 158 - 21 04 34.6 +05 30 10 3 Equ 200644 104031 5.63 -0.99 0.0047 688 K5III

21 04 42.8 -77 01 26 α Oct 199532 104043 5.13 1.85 0.0221 148 G2III+A7III 21 04 55.8 +43 55 40 ξ Cyg 200905 104060 3.72 -4.07 0.0028 1177 K4.5Ib-II+A2 21 05 14.1 -54 43 37 µ Ind 200365 104085 5.17 0.02 0.0094 349 K2III 21 05 26.6 +05 57 30 4 Equ 200790 104101 5.94 3.10 0.0271 120 F8V 21 05 56.7 -17 13 58 ϑ Cap 200761 104139 4.08 0.65 0.0206 158 A1V

382 α δ Star Con HD HIP m M π l.y. Spectra 21 06 01.0 -30 07 31 δ Mic 200718 104148 5.69 0.65 0.0098 332 K0/K1II 21 06 24.6 -32 20 30 - Mic 200763 104174 5.20 0.02 0.0092 354 K2III 21 06 25.4 -41 23 10 η Mic 200702 104177 5.55 -1.73 0.0035 931 K3III 21 06 30.1 +31 11 05 DT Cyg 201078 104185 5.77 -3.05 0.0017 1895 F7.5Ib-IIv 21 06 36.0 +47 38 54 63 Cyg 201251 104194 4.56 -2.83 0.0033 982 K4II

21 06 53.7 +38 44 57 61A Cyg 201091 104214 5.20 7.49 0.2871 11.35 K5V 21 06 55.2 +38 44 30 61B Cyg 201092 104217 6.05 8.33 0.2854 11.42 K7V 21 07 07.6 -25 00 21 24 Cap 200914 104234 4.49 -1.53 0.0062 522 M1III 21 08 33.5 -21 11 37 χ Cap 201184 104365 5.30 1.46 0.0171 191 A0V 21 08 38.6 +30 12 23 Σ 2762B Cyg — 104371B 8.24 2.57 0.0074 444 -

21 08 38.8 +30 12 21 Σ 2762A Cyg 201433 104371A 5.69 0.02 0.0074 444 B9V 21 08 44.8 -88 57 24 σ Oct 177482 104382 5.45 0.86 0.0121 270 F0III 21 09 15.4 -20 11 35 26 Cap 201301 104429 6.73 0.30 0.0052 631 K0III 21 09 33.0 -20 33 23 27 Cap 201352 104452 6.25 2.59 0.0186 176 F2IV-V 21 09 35.5 -11 22 18 ν Aqr 201381 104459 4.50 1.00 0.0199 164 G8III

21 10 20.4 +10 07 53 γB Equ 201601 104521B 9.05 6.32 0.0284 115 - 21 10 20.5 +10 07 53 γA Equ 201601 104521A 4.80 2.07 0.0284 115 F0p 21 10 31.2 +10 02 56 6 Equ 201616 104538 6.07 0.24 0.0068 479 A2Vs 21 12 56.1 +30 13 37 ζ Cyg 202109 104732 3.21 -0.12 0.0216 151 G8III-IIIa 21 13 03.0 -39 25 31 - Mic 201772 104738 5.25 2.63 0.0300 109 F5V

21 13 17.2 -27 37 10 - Mic 201901 104750 5.41 0.01 0.0083 391 K3III 21 13 20.4 -70 07 36 o Pav 201371 104755 5.06 -2.12 0.0037 888 M2III 21 14 28.8 +10 00 25 δA Equ 202275 104858A 5.19 3.86 0.0541 60 F8Vcomp 21 14 28.8 +10 00 25 δB Equ 202275 104858B 5.52 4.19 0.0541 60 - 21 14 47.4 +38 02 44 τA Cyg 202444 104887A 3.90 2.29 0.0478 68 F1IV

21 14 47.5 +38 02 44 τB Cyg — 104887B 6.79 5.18 0.0478 68 - 21 15 37.8 -20 39 06 ϕ Cap 202320 104963 5.17 -1.46 0.0047 691 G9III 21 15 44.8 -15 10 18 29 Cap 202369 104974 5.31 -1.11 0.0052 628 M3III 21 15 49.3 +05 14 52 α Equ 202447 104987 3.92 0.14 0.0175 186 G2II-III+A4V 21 16 17.8 -09 12 53 14 Aqr 202466 105019 6.45 -2.30 0.0018 1831 M0

21 17 24.9 +39 23 41 σ Cyg 202850 105102 4.22 -6.49 0.0007 4528 B9Iab 21 17 55.0 +34 53 49 υ Cyg 202904 105138 4.41 -2.80 0.0036 901 B2Vne 21 17 56.2 -32 10 21 ε Mic 202627 105140 4.71 1.19 0.0198 165 A0V 21 17 57.2 -17 59 07 30 Cap 202671 105143 5.40 -0.85 0.0056 579 B8III 21 18 11.0 -04 31 10 15 Aqr 202753 105164 5.83 -1.56 0.0033 979 B5V

21 18 15.7 -17 27 44 31 Cap 202723 105168 7.07 1.99 0.0097 338 F2V 21 18 27.0 +43 56 46 68 Cyg 203064 105186 5.04 - - - O8 21 18 34.7 +62 35 08 α Cep 203280 105199 2.45 1.58 0.0668 49 A7IV-V 21 19 22.1 +38 14 15 V1334 Cyg 203156 105269 5.89 -4.27 0.0009 3505 F2Ib+B6/7 21 19 22.1 +64 52 19 6 Cep 203467 105268 5.19 -2.41 0.0030 1079 B3IVe

21 19 51.1 -53 26 59 ϑB Ind — 105319B 7.18 4.81 0.0336 97 A7V 21 19 51.9 -53 26 59 ϑA Ind 202730 105319A 4.54 2.17 0.0336 97 A4V 21 20 09.4 -45 01 21 T Ind 202874 105334 6.15 -2.63 0.0018 1863 C5II 21 20 45.5 -40 48 35 ϑ1A Mic 203006 105382A 4.93 1.15 0.0175 186 A2p 21 20 45.5 -40 48 35 ϑ1B Mic — 105382B 7.42 3.64 0.0175 186 -

21 21 04.2 -04 33 36 16 Aqr 203222 105412 5.87 0.80 0.0097 336 G7III: 21 21 04.7 +07 21 16 9 Equ 203291 105413 5.81 -1.75 0.0031 1058 M2III 21 22 05.1 +19 48 16 1 Peg 203504 105502 4.08 0.71 0.0212 154 K1III 21 22 14.7 -16 50 05 ι Cap 203387 105515 4.28 0.18 0.0151 215 G8III 21 22 53.5 +06 48 40 β Equ 203562 105570 5.16 -0.05 0.0091 360 A3V

383 α δ Star Con HD HIP m M π l.y. Spectra 21 22 56.1 -09 19 10 17 Aqr 203525 105574 5.99 -0.73 0.0045 720 M0III 21 24 09.6 -20 51 07 33 Cap 203638 105665 5.38 1.16 0.0143 228 K0III 21 24 11.4 -12 52 42 18 Aqr 203705 105668 5.48 2.07 0.0208 157 F1V 21 24 24.7 -41 00 24 ϑ2A Mic 203585 105696A 6.24 0.48 0.0070 463 A0III 21 24 24.7 -41 00 24 ϑ2B Mic 203585 105696B 6.88 1.12 0.0070 463 A0III

21 24 51.7 -03 23 54 20 Aqr 203843 105729 6.38 2.12 0.0140 232 F0III 21 25 13.0 -09 44 55 19 Aqr 203875 105761 5.71 1.07 0.0118 276 F0IV 21 25 16.8 -03 33 25 21 Aqr 203926 105767 5.48 -0.01 0.0080 408 K4III 21 25 46.9 +36 40 03 69 Cyg 204172 105811 5.93 -3.71 0.0012 2763 B0Ib 21 26 15.4 -54 39 38 γ Ind 203760 105841 6.10 2.08 0.0157 208 F1III

21 26 26.7 -65 21 59 γ Pav 203608 105858 4.21 4.39 0.1085 30.0 F6V 21 26 39.9 -22 24 41 ζ Cap 204075 105881 3.77 -1.66 0.0082 398 G0p 21 26 51.5 +48 50 07 - Cyg 204411 105898 5.29 -0.10 0.0084 389 A6pCrEu 21 27 01.5 -42 32 53 β 767A Mic 204018 105913A 5.69 2.04 0.0186 176 Am 21 27 01.6 -42 32 55 β 767B Mic 204018 105913B 8.30 4.64 0.0186 176 -

21 27 14.7 -21 11 46 35 Cap 204139 105928 5.78 0.02 0.0071 462 K5III 21 27 21.3 +37 07 01 70 Cyg 204403 105942 5.30 -3.38 0.0018 1772 B3V 21 27 40.0 +27 36 31 35 Vul 204414 105966 5.39 1.66 0.0180 182 A1V 21 27 46.0 +66 48 33 7 Cep 204770 105972 5.42 -1.45 0.0042 771 B7V 21 28 39.5 +70 33 39 β Cep 205021 106032 3.23 -3.08 0.0055 595 B2IIIv SB

21 28 43.3 -21 48 26 36 Cap 204381 106039 4.50 0.80 0.0182 179 G5III 21 28 44.8 -69 30 20 SX Pav 203881 106044 5.47 0.05 0.0082 396 M5III 21 29 03.8 -31 14 19 5 PsA 204394 106067 6.52 1.21 0.0087 377 A1V 21 29 26.9 +46 32 26 71 Cyg 204771 106093 5.22 1.04 0.0146 224 K0III 21 29 56.8 +23 38 20 2 Peg 204724 106140 4.52 -1.14 0.0074 442 M1III

21 31 33.3 -05 34 16 β Aqr 204867 106278 2.90 -3.47 0.0053 612 G0Ib 21 32 05.7 -41 10 46 ξ Gru 204783 106327 5.29 -0.06 0.0085 383 K0III 21 32 14.5 -33 56 41 6 PsA 204854 106340 5.97 0.46 0.0079 412 A2V 21 33 58.8 +45 35 31 ρ Cyg 205435 106481 3.98 1.07 0.0262 124 G8III 21 34 46.5 +38 32 03 72 Cyg 205512 106551 4.87 0.40 0.0128 255 K1III

21 34 50.9 -20 05 04 37 Cap 205289 106559 5.70 3.53 0.0369 88 F1V 21 34 55.0 -20 15 10 38 Cap 205306 106568 6.74 3.02 0.0180 181 F7V 21 36 02.3 +45 22 29 W Cyg 205730 106642 5.96 -0.43 0.0053 617 M4III 21 36 10.9 -26 10 18 8 PsA 205471 106654 5.73 2.07 0.0186 176 A7/A8IV 21 36 48.9 -33 02 53 7 PsA 205529 106703 6.10 1.79 0.0138 237 A5V

21 36 56.9 +40 24 49 74 Cyg 205835 106711 5.04 1.03 0.0158 206 A5V 21 37 04.7 -19 27 58 ε Cap 205637 106723 4.51 -2.03 0.0049 663 B3V:p 21 37 43.1 +06 37 44 3B Peg 205811 106781 7.66 2.97 0.0115 283 F2V 21 37 43.7 +06 37 06 3A Peg 205811 106783 6.19 1.71 0.0127 257 A2V 21 37 45.0 -07 51 15 ξ Aqr 205767 106786 4.68 0.99 0.0183 179 A7V

21 37 45.4 +19 19 07 5 Peg 205852 106787 5.46 0.49 0.0102 321 F1IV 21 37 55.1 +62 04 55 9 Cep 206165 106801 4.76 -5.95 0.0007 4528 B2Ib 21 38 31.8 +05 46 18 4 Peg 205924 106856 5.66 2.02 0.0187 174 A9IV-Vn 21 38 56.7 +57 29 39 Σ 2816D Cep — 106884 8.42 0.64 0.0028 1173 - 21 38 57.6 +57 29 21 Σ 2816AB Cep 206267 106886A 5.77 -2.01 0.0028 1173 O6

21 38 58.9 +57 29 15 Σ 2816C Cep — 106890 8.13 0.35 0.0028 1173 - 21 39 31.5 -00 03 04 24A Aqr 206058 106942A 7.23 4.05 0.0231 141 F7III 21 39 31.5 -00 03 04 24B Aqr 206058 106942B 7.90 4.72 0.0231 141 - 21 39 33.2 +02 14 37 25 Aqr 206067 106944 5.10 0.76 0.0136 241 K0III 21 40 05.4 -16 39 45 γ Cap 206088 106985 3.69 0.54 0.0235 139 F0p

384 α δ Star Con HD HIP m M π l.y. Spectra 21 40 11.0 +43 16 26 75 Cyg 206330 106999 5.09 -0.38 0.0081 404 M1IIIvar 21 41 28.6 -77 23 24 ν Oct 205478 107089 3.73 2.10 0.0472 69 K0III 21 41 32.8 -14 02 51 42 Cap 206301 107095 5.16 2.60 0.0307 106 G2IV 21 41 34.3 +40 48 19 76 Cyg 206538 107097 6.07 0.34 0.0072 455 A2V 21 41 55.2 +71 18 42 11 Cep 206952 107119 4.55 0.89 0.0186 176 K0III

21 42 00.7 -23 15 46 41 Cap 206356 107128 5.24 0.84 0.0132 247 G9III 21 42 05.6 +51 11 23 π1 Cyg 206672 107136 4.69 -3.87 0.0019 1680 B3IV 21 42 10.0 +01 17 07 26 Aqr 206445 107144 5.66 -2.77 0.0021 1583 K4III 21 42 15.4 +05 40 48 7 Peg 206487 107151 5.30 -0.72 0.0063 522 M2III 21 42 22.8 +41 04 38 77A Cyg 206644 107162A 6.33 1.04 0.0088 372 A0V

21 42 22.8 +41 04 38 77B Cyg — 107162B 6.72 1.44 0.0088 372 - 21 42 39.4 -18 51 59 κ Cap 206453 107188 4.72 -0.03 0.0112 291 G8III 21 43 03.9 +72 19 13 - Cep 207130 107230 5.18 0.78 0.0132 247 K0III 21 43 04.3 -14 23 59 44 Cap 206561 107232 5.88 0.39 0.0080 409 F0IV 21 43 25.6 +38 17 02 79 Cyg 206774 107253 5.69 1.08 0.0120 272 A0V

21 43 30.3 +58 46 48 µ Cep 206936 107259 4.23 -6.81 0.0006 5258 M2Ia 21 44 00.9 -14 44 58 45 Cap 206677 107302 5.96 2.36 0.0191 171 F0V 21 44 08.5 +28 44 35 µ2 Cyg 206827 107310B 6.31 4.56 0.0446 73 G2V 21 44 08.6 +28 44 34 µ1 Cyg 206826 107310A 4.86 3.11 0.0446 73 F6V 21 44 11.0 +09 52 30 ε Peg 206778 107315 2.38 -4.19 0.0049 672 K2Ibvar

21 44 30.6 +17 21 00 9 Peg 206859 107348 4.34 -2.87 0.0036 901 G5Ib 21 44 31.5 +14 46 22 HN Peg 206860 107350 5.96 4.64 0.0544 60 G0V 21 44 38.5 +25 38 42 κA Peg 206901 107354A 4.94 2.20 0.0283 115 F5IV 21 44 38.5 +25 38 42 κB Peg 206901 107354B 5.04 2.30 0.0283 115 - 21 44 56.7 -33 01 33 ι PsA 206742 107380 4.35 0.36 0.0159 205 B9.5V

21 45 00.2 -09 04 57 46 Cap 206834 107382 5.10 -1.85 0.0041 799 G8II-III 21 45 26.8 +61 07 15 ν Cep 207260 107418 4.25 -6.72 0.0006 5094 A2Iavar 21 46 04.3 +22 56 56 12 Peg 207089 107472 5.29 -2.41 0.0029 1128 K0Ib 21 46 16.2 -09 16 33 47 Cap 207005 107487 6.00 -1.89 0.0026 1235 M3III 21 46 32.0 -11 21 58 λ Cap 207052 107517 5.57 0.80 0.0111 294 A1V

21 46 42.1 -11 41 52 50 Cap 207061 107527 6.99 3.02 0.0161 203 F6V 21 46 47.5 +49 18 34 π2B Cyg — 107533B 5.98 -1.77 0.0028 1156 - 21 46 47.5 +49 18 35 π2A Cyg 207330 107533A 4.44 -3.31 0.0028 1156 B3III 21 47 02.3 -16 07 38 δ Cap 207098 107556 2.85 2.49 0.0846 39 A5mF2 21 47 13.9 +02 41 10 11 Peg 207203 107575 5.63 -0.15 0.0070 467 A1V

21 47 25.2 +60 41 34 12 Cep 207528 107586 5.53 -0.25 0.0070 467 M1III 21 47 44.1 -30 53 54 ϑ PsA 207155 107608 5.02 -0.06 0.0096 339 A1V 21 49 50.6 +30 10 27 14 Peg 207650 107763 5.07 0.23 0.0108 302 A1Vs 21 50 08.6 +17 17 08 13A Peg 207652 107788A 5.74 3.11 0.0299 109 F2III-IV 21 50 08.6 +17 17 08 13B Peg 207652 107788B 6.94 4.32 0.0299 109 -

21 50 47.2 -69 37 47 ο Ind 207241 107835 5.52 -0.65 0.0058 558 M0III 21 50 54.2 -82 43 09 λA Oct 206240 107843A 5.64 0.01 0.0075 435 G8/K0III+A4 21 50 55.8 -82 43 06 λB Oct 206240 107843B 7.25 1.63 0.0075 435 - 21 52 00.3 +55 47 32 Σ 2840B Cep 208063 107929 6.56 -2.33 0.0017 1952 A1p 21 52 00.9 +55 47 45 Σ 2840A Cep 208095 107930 5.70 -0.77 0.0051 643 B6IV-V

21 52 29.8 +28 47 36 15 Peg 207978 107975 5.52 3.31 0.0362 90 F6IVwvar 21 53 03.7 +25 55 31 16 Peg 208057 108022 5.09 -0.89 0.0064 512 B3V 21 53 17.7 -13 33 07 µ Cap 207958 108036 5.08 2.87 0.0362 90 F1III 21 53 55.6 -37 21 54 γ Gru 207971 108085 3.00 -0.97 0.0161 203 B8III 21 54 53.0 +56 36 41 13 Cep 208501 108165 5.74 -3.71 0.0013 2527 B8Ibvar

385 α δ Star Con HD HIP m M π l.y. Spectra 21 56 13.9 -57 53 59 π Ind 208149 108281 6.17 0.06 0.0060 543 A3m 21 56 22.7 -37 15 13 - Gru 208321 108294 5.45 0.52 0.0104 315 A3V 21 56 39.1 +63 37 33 V V Cep 208816 108317 5.11 -6.93 0.0004 8359 M2Iaep+B 21 56 56.3 +12 04 36 17 Peg 208565 108339 5.54 -0.11 0.0074 440 A2Vnn 21 57 55.0 -54 59 34 δA Ind 208450 108431A 4.80 1.03 0.0177 185 F0IV

21 57 55.0 -54 59 34 δB Ind 208450 108431B 5.96 2.19 0.0177 185 F0IV 21 58 29.9 -59 00 45 κ1 Ind 208496 108478 6.13 2.02 0.0150 217 F3V 21 59 14.8 +73 10 48 16 Cep 209369 108535 5.04 2.17 0.0267 122 F5V 21 59 17.8 -38 23 43 - Gru 208737 108543 5.50 0.09 0.0083 393 K1II-III 21 59 34.8 -27 37 49 11A PsA 208851 108571 7.32 3.02 0.0139 235 F2V

21 59 35.3 -27 37 40 11B PsA — 108571 10.75 6.46 0.0139 235 - 22 00 07.8 +06 43 02 18 Peg 209008 108612 6.00 -1.58 0.0031 1069 B3III 22 00 50.1 -28 27 13 ηA PsA 209014 108661A 5.74 -1.72 0.0032 1012 B8/B9V 22 00 50.2 -28 27 14 ηB PsA 209014 108661B 6.83 -0.64 0.0032 1012 - 22 01 04.9 +00 36 18 28 Aqr 209128 108691 5.60 -0.94 0.0049 661 K4III:

22 01 05.3 +13 07 12 20 Peg 209166 108693 5.61 1.39 0.0143 228 F4III 22 01 09.1 +08 15 26 19 Peg 209167 108699 5.65 -0.71 0.0054 609 K5III 22 02 04.5 +58 00 02 14 Cep 209481 108772 5.55 -5.22 0.0007 4657 O9V 22 02 26.2 -16 57 54 29B Aqr — 108797B 7.13 1.33 0.0069 471 - 22 02 26.5 -16 57 51 29A Aqr 209278 108797A 7.36 1.56 0.0069 471 A2V

22 02 56.6 +44 39 00 β 694A Cyg 209515 108845A 5.72 -0.33 0.0062 529 A0IV 22 02 56.6 +44 39 00 β 694B Cyg — 108845B 7.82 1.76 0.0062 529 - 22 03 16.3 -06 31 21 30 Aqr 209396 108868 5.55 0.95 0.0120 271 K0III 22 03 18.7 -02 09 19 ο Aqr 209409 108874 4.74 -0.60 0.0086 381 B7IVe 22 03 18.9 +11 23 11 21 Peg 209459 108875 5.83 -0.27 0.0060 541 B9.5V

22 03 21.3 -56 47 10 ε Ind 209100 108870 4.69 6.89 0.2758 11.82 K5V 22 03 46.0 +64 37 42 ξB Cep 209791 108917B 6.59 4.12 0.0321 102 A3m 22 03 47.3 +64 37 41 ξA Cep 209790 108917A 4.50 2.03 0.0321 102 Am 22 03 52.8 +63 07 12 18 Cep 209772 108924 5.26 -0.43 0.0073 448 M5III 22 03 53.6 +59 48 53 15 Cep 209744 108925 6.82 -1.30 0.0024 1370 BIV

22 04 23.9 -29 55 00 13 PsA 209476 108952 6.45 -1.55 0.0025 1299 K5III 22 04 36.7 -26 49 20 UU PsA 209522 108975 5.97 -1.73 0.0029 1128 B3V 22 04 47.3 -00 54 23 32 Aqr 209625 108991 5.29 1.04 0.0141 231 A5m 22 05 00.4 +62 47 09 20 Cep 209960 109005 5.27 0.32 0.0103 318 K4III 22 05 08.8 +62 16 48 19 Cep 209975 109017 5.07 -6.04 0.0006 5433 O9.5Ib

22 05 34.5 +28 57 50 23 Peg 209833 109056 5.69 0.84 0.0107 304 B9Vn 22 05 40.7 +05 03 31 ν Peg 209747 109068 4.86 0.32 0.0124 263 K4III 22 05 46.9 -00 19 11 α Aqr 209750 109074 2.95 -3.88 0.0043 758 G2Ib 22 05 50.9 -59 38 10 κ2 Ind 209529 109081 5.62 -0.37 0.0063 514 K4III 22 06 01.9 +45 00 52 - Lac 209945 109102 5.09 -1.30 0.0053 619 K5III

22 06 06.8 -39 32 36 λ Gru 209688 109111 4.47 0.07 0.0132 247 M0III 22 06 26.1 -13 52 11 ι Aqr 209819 109139 4.29 0.67 0.0189 172 B9IV-V 22 07 00.6 +25 20 42 ι Peg 210027 109176 3.77 3.42 0.0851 38.3 F5V 22 07 50.2 +21 42 10 25 Peg 210129 109240 5.79 -0.86 0.0047 698 B7Vn 22 08 13.9 -46 57 40 α Gru 209952 109268 1.73 -0.73 0.0322 101 B7IV

22 08 22.9 -32 59 19 µ PsA 210049 109285 4.50 1.49 0.0250 130 A2V 22 08 25.9 -34 02 38 υ PsA 210066 109289 4.99 -1.06 0.0062 528 M1III 22 08 58.9 -18 31 11 35 Aqr 210191 109332 5.80 -5.79 0.0005 6792 B2.5IV 22 09 13.5 +33 10 21 π1 Peg 210354 109352 5.58 0.89 0.0115 283 G6III: 22 09 26.9 -08 11 09 36 Aqr 210269 109369 6.99 0.96 0.0062 524 G5

386 α δ Star Con HD HIP m M π l.y. Spectra 22 09 48.3 +72 20 29 24 Cep 210807 109400 4.79 -0.53 0.0086 377 G8III 22 09 55.6 -34 00 53 - PsA 210271 109404 5.37 1.30 0.0154 212 A5V 22 09 59.1 +33 10 42 π2 Peg 210459 109410 4.28 -0.16 0.0130 252 F5III 22 10 08.7 -32 32 55 τ PsA 210302 109422 4.94 3.58 0.0534 61 F6V 22 10 11.9 +06 11 52 ϑ Peg 210418 109427 3.52 1.16 0.0338 97 A2V

22 10 30.1 +20 58 40 28 Peg 210516 109458 6.45 -0.09 0.0049 663 A3III 22 10 31.8 -10 49 14 37 Aqr 210422 109460 6.64 0.97 0.0073 444 K0 22 10 37.4 -11 33 54 38 Aqr 210424 109472 5.43 -0.75 0.0058 561 B7III 22 10 51.2 +58 12 05 ζ Cep 210745 109492 3.39 -3.35 0.0045 726 K1Ibv SB 22 11 09.8 +50 49 24 h 1741 Lac 210715 109521 5.38 1.69 0.0182 179 A5V

22 11 30.6 +59 24 53 λ Cep 210839 109556 5.05 -3.47 0.0020 1646 O6If 22 11 48.5 +56 50 22 - Cep 210855 109572 5.24 2.40 0.0270 121 F8V 22 12 01.8 +60 45 34 H I 49 Cep 210939 109592 5.37 0.08 0.0087 373 K1III 22 12 25.7 -14 11 38 39A Aqr 210705 109624A 6.19 2.99 0.0230 142 F0V 22 12 25.7 -14 11 38 39B Aqr 210705 109624B 9.34 6.15 0.0230 142 -

22 12 47.8 +34 36 17 - Peg 210889 109654 5.34 0.87 0.0127 256 K2III 22 13 10.5 +86 06 29 - Cep 212710 109693 5.27 0.80 0.0128 256 B9.5Vn 22 13 26.4 -11 55 34 40 Aqr 210845 109720 6.93 -0.71 0.0030 1101 G5IV 22 13 52.6 +39 42 54 h 1746 Lac 211073 109754 4.69 -1.49 0.0058 563 K3III 22 14 17.9 -21 04 28 41A Aqr 210960 109786A 5.73 1.05 0.0116 281 K0III+F2V

22 14 18.3 -21 04 30 41B Aqr — 109786B 7.16 2.48 0.0116 281 - 22 14 18.7 -27 46 01 λ PsA 210934 109789 5.45 -0.51 0.0064 508 B7V 22 15 01.9 +57 02 37 ε Cep 211336 109857 4.18 2.13 0.0389 84 F0IV 22 15 36.9 -41 20 48 µ1A Gru 211088 109908A 5.20 0.67 0.0124 262 G8III 22 15 36.9 -41 20 48 µ1B Gru — 109908B 6.68 2.15 0.0124 262 -

22 15 58.1 +37 44 56 1 Lac 211388 109937 4.14 -2.28 0.0052 627 K3III 22 16 26.5 -41 37 39 µ2 Gru 211202 109973 5.11 0.78 0.0136 240 G8III 22 16 48.0 -12 49 53 42 Aqr 211361 110000 5.34 -0.52 0.0067 484 K0III 22 16 49.9 -07 47 00 ϑ Aqr 211391 110003 4.17 0.33 0.0170 191 G8III-IV 22 17 06.5 -05 23 14 44 Aqr 211434 110023 5.75 0.65 0.0096 341 G6III

22 17 50.0 -77 30 42 ψ Oct 210853 110078 5.49 2.56 0.0260 125 F3III 22 18 12.6 +62 48 16 25 Cep 211833 110103 5.75 -0.88 0.0047 689 K3III 22 18 15.4 -53 37 40 HdO 298 Gru 211415 110109 5.36 4.69 0.0735 44.4 G1V 22 18 30.1 -60 15 35 α Tuc 211416 110130 2.87 -1.05 0.0164 199 K3III 22 19 00.7 -13 18 18 45 Aqr 211676 110179 5.96 0.78 0.0092 354 K0III

22 20 01.4 -80 26 23 ε Oct 210967 110256 5.09 0.51 0.0122 268 M6III 22 20 11.8 -07 49 16 ρ Aqr 211838 110273 5.35 -1.44 0.0044 743 B8IIIpMnHg 22 20 27.5 +05 47 22 30 Peg 211924 110298 5.37 -1.88 0.0036 918 B5IV 22 21 01.5 +46 32 12 2 Lac 212120 110351 4.55 -1.42 0.0064 509 B6V 22 21 19.2 +28 19 50 32 Peg 212097 110371 4.83 -1.53 0.0054 607 B9III

22 21 31.0 +12 12 19 31 Peg 212076 110386 4.82 -2.55 0.0034 970 B2IV-V 22 21 35.5 -21 35 54 47 Aqr 212010 110391 5.12 1.37 0.0178 183 K2III 22 21 39.3 -01 23 14 γ Aqr 212061 110395 3.86 0.44 0.0207 158 A0V 22 22 43.8 -45 56 52 π1 Gru 212087 110478 6.42 0.50 0.0065 498 S5,7: 22 23 07.9 -45 55 42 π2 Gru 212132 110506 5.62 2.58 0.0246 132 F3III-IV

22 23 30.8 -24 45 45 49 Aqr 212271 110529 5.53 0.93 0.0120 272 K0IIICN 22 23 33.5 +52 13 45 β Lac 212496 110538 4.42 0.84 0.0192 170 G9III 22 23 33.8 +45 21 00 Σ 2902AC Lac 212468 110539A 7.70 0.97 0.0045 724 G5 22 23 34.4 +45 21 00 Σ 2902B Lac 212468 110539B 8.37 1.63 0.0045 724 - 22 23 39.6 +20 50 54 33A Peg 212395 110548A 6.39 3.74 0.0295 111 F7V

387 α δ Star Con HD HIP m M π l.y. Spectra 22 23 39.6 +20 50 54 33B Peg 212395 110548B 9.29 6.64 0.0295 111 - 22 24 06.8 -04 50 13 51 Aqr 212404 110578 6.45 0.88 0.0077 424 A0V 22 24 27.0 -13 31 46 50 Aqr 212430 110602 5.76 -0.35 0.0060 542 G6.5III 22 24 30.9 +49 28 35 4 Lac 212593 110609 4.55 -4.51 0.0015 2117 B9Iab 22 24 36.7 -72 15 20 ν Ind 211998 110618 5.28 2.98 0.0346 94 A3V:+F9V

22 24 56.3 -57 47 51 I 383 Tuc 212330 110649 5.31 3.75 0.0488 67 F9V 22 25 16.5 +01 22 39 π Aqr 212571 110672 4.80 -2.84 0.0030 1101 B1Ve 22 26 00.5 +70 46 17 - Cep 213022 110725 5.47 -0.54 0.0063 520 K2III 22 26 34.2 -16 44 29 53B Aqr 212697 110778B 6.52 5.00 0.0498 65 G2V 22 26 34.4 -16 44 33 53A Aqr 212698 110778A 6.36 4.85 0.0498 65 G1V

22 26 37.4 +04 23 37 34 Peg 212754 110785 5.76 2.78 0.0253 129 F7V 22 26 41.7 -11 13 41 54 Aqr 212741 110786 6.98 2.42 0.0122 267 A3 22 26 42.6 +78 47 10 28 Cep 213403 110787 5.83 1.85 0.0160 204 A2m 22 27 05.3 +65 07 57 26 Cep 213087 110817 5.52 -3.93 0.0013 2527 B0.5Ib 22 27 18.9 -64 57 59 δB Tuc — 110838B 8.73 4.16 0.0122 267 -

22 27 20.0 -64 58 00 δA Tuc 212581 110838A 4.50 -0.06 0.0122 267 B8V 22 27 51.5 +04 41 44 35 Peg 212943 110882 4.78 1.33 0.0204 160 K0III 22 28 04.0 +57 41 52 Kr 60A Cep 239960 110893A 9.80 11.78 0.2495 13.07 M2V 22 28 04.4 +57 41 50 Kr 60B Cep — 110893B 11.41 13.39 0.2495 13.07 M4.5V 22 28 39.1 -39 07 55 ν Gru 212953 110936 5.47 0.94 0.0124 262 G8III

22 28 49.6 -00 01 13 ζ1 Aqr 213051 110960B 4.60 2.09 0.0315 103 F5IV 22 28 50.0 -00 01 12 ζ2 Aqr 213052 110960A 4.40 1.89 0.0315 103 F1IV 22 29 07.9 +09 07 44 36 Peg 213119 110986 5.60 -0.65 0.0056 579 K5III 22 29 09.2 +58 24 15 δC Cep 213307 110991 6.31 -1.01 0.0034 950 A0 22 29 10.2 +58 24 55 δA Cep 213306 110991 4.07 -3.32 0.0033 982 G2Ibvar

22 29 16.1 -43 29 45 δ1 Gru 213009 110997 3.97 -0.82 0.0110 296 G6/G8III 22 29 31.8 +47 42 25 5 Lac 213310 111022 4.34 -3.42 0.0028 1164 M0II+B8V 22 29 45.4 -43 44 58 δ2 Gru 213080 111043 4.12 -0.87 0.0100 325 M4.5IIIa 22 29 52.8 +78 49 28 ρ Cep 213798 111056 5.45 1.14 0.0138 237 A3V 22 29 57.9 +04 25 54 37A Peg 213235 111062A 5.83 2.21 0.0189 172 F5IVs

22 29 58.0 +04 25 54 37B Peg 213235 111062B 7.37 3.75 0.0189 172 - 22 30 01.7 +32 34 22 38 Peg 213323 111068 5.64 0.16 0.0080 407 B9.5v 22 30 17.4 -14 35 09 56 Aqr 213236 111086 6.36 -0.08 0.0052 633 B8Vs 22 30 29.1 +43 07 25 6 Lac 213420 111104 4.52 -3.60 0.0024 1370 B2IV 22 30 38.7 -10 40 41 σA Aqr 213320 111123A 4.86 0.31 0.0123 265 A0IV

22 30 38.8 -10 40 38 σB Aqr — 111123B 8.47 3.91 0.0123 265 - 22 30 53.6 -26 04 25 ζ PsA 213296 111138 6.43 0.99 0.0082 399 K1III 22 31 17.4 +50 16 57 α Lac 213558 111169 3.76 1.28 0.0319 102 A1V 22 31 30.3 -32 20 46 β PsA 213398 111188 4.29 1.00 0.0220 148 A1V 22 31 37.6 -85 58 03 υ Oct 211539 111196 5.76 0.73 0.0099 330 K0III

22 31 41.3 -10 54 21 58 Aqr 213464 111200 6.39 2.20 0.0145 225 A8III 22 32 35.5 +20 13 48 39 Peg 213617 111278 6.43 2.81 0.0189 172 F1V 22 33 00.0 -61 58 57 ν Tuc 213442 111310 4.91 0.30 0.0120 273 M4III 22 34 02.8 -01 34 28 60 Aqr 213789 111394 5.88 0.21 0.0074 444 G6III 22 34 41.6 -20 42 30 υ Aqr 213845 111449 5.21 3.43 0.0440 74 F4IV

22 35 21.3 -00 07 03 η Aqr 213998 111497 4.04 0.29 0.0178 183 B9IV-Vn 22 35 46.0 +73 38 36 31 Cep 214470 111532 5.08 1.32 0.0177 184 F3III-IV 22 35 48.8 -17 27 37 61 Aqr 214028 111539 6.39 0.62 0.0070 465 K4III 22 35 51.9 +39 37 43 8B Lac 214167 111546 5.73 -0.73 0.0051 639 B2V 22 35 52.2 +39 38 04 8A Lac 214168 111544 6.60 2.16 0.0129 252 B1Ve

388 α δ Star Con HD HIP m M π l.y. Spectra 22 36 29.2 -40 34 58 σ1 Gru 214085 111594 6.28 2.07 0.0144 226 A3Vn 22 36 58.5 -40 35 28 σ2B Gru 214150 111643B 10.04 5.90 0.0149 219 - 22 36 58.7 -40 35 28 σ2A Gru 214150 111643A 5.91 1.77 0.0149 219 A1V 22 37 22.3 +51 32 43 9 Lac 214454 111674 4.64 1.03 0.0190 172 A8IV 22 37 45.3 -04 13 41 κ Aqr 214376 111710 5.04 0.76 0.0139 234 K2III

22 37 47.8 +01 32 04 CY Aqr — 111719 10.99 0.25 0.0007 4592 K 22 38 37.8 +56 47 45 h 1796 Lac 214665 111795 5.11 -0.49 0.0076 430 M4III 22 38 38.9 +63 35 04 30 Cep 214734 111797 5.19 0.23 0.0102 320 A3IV 22 38 52.5 +19 31 20 40 Peg 214567 111810 5.84 0.50 0.0086 381 G8II 22 39 15.6 +39 03 01 10 Lac 214680 111841 4.89 -2.67 0.0031 1058 O9V

22 39 16.1 -10 01 40 64 Aqr 214572 111843 6.93 2.74 0.0145 224 G0 22 39 47.0 +19 40 52 41 Peg 214698 111884 6.33 -0.12 0.0051 635 A2V 22 40 30.8 +44 16 35 11 Lac 214868 111944 4.50 -0.33 0.0108 302 K3III 22 40 39.3 -27 02 37 ε PsA 214748 111954 4.18 -2.61 0.0044 744 B8V 22 41 27.6 +10 49 53 ζ Peg 214923 112029 3.41 -0.62 0.0156 208 B8.5V

22 41 28.5 +40 13 32 12 Lac 214993 112031 5.25 -2.90 0.0023 1393 B2IIIv SB 22 41 45.3 +29 18 27 ο Peg 214994 112051 4.80 -0.05 0.0107 305 A1IV 22 42 22.2 -29 21 39 19 PsA 214966 112102 6.12 -0.23 0.0054 607 M3III 22 42 40.0 -46 53 05 β Gru 214952 112122 2.07 -1.52 0.0192 170 M5III 22 43 00.1 +30 13 17 η Peg 215182 112158 2.93 -1.16 0.0152 215 G8II+F0V

22 43 01.3 -10 06 09 65 Aqr 215097 112161 7.04 1.29 0.0071 460 K0 22 43 14.2 -06 57 47 67 Aqr 215143 112179 6.40 1.14 0.0089 368 A0Vn 22 43 30.0 -41 24 52 ρ Gru 215104 112203 4.84 0.68 0.0147 222 K0III 22 43 35.2 -18 49 50 66 Aqr 215167 112211 4.68 -1.18 0.0067 484 K4III 22 44 05.4 +41 49 09 13 Lac 215373 112242 5.11 0.49 0.0119 274 K0III

22 45 28.2 +19 22 00 45 Peg 215510 112358 6.27 1.11 0.0093 351 G6III: 22 45 32.4 -25 14 12 20 PsA 215452 112362 6.52 1.68 0.0108 303 A0IV 22 45 37.8 -53 30 00 η Gru 215369 112374 4.84 -0.57 0.0083 394 K2IIICNIV 22 46 03.3 -81 22 54 β Oct 214846 112405 4.13 0.86 0.0222 147 A9IV-V 22 46 31.8 +23 33 56 λ Peg 215665 112440 3.97 -1.45 0.0083 395 G8II-III

22 46 41.5 +12 10 22 ξ Peg 215648 112447 4.20 3.15 0.0615 53 F7V 22 47 28.8 +83 09 14 ΟΣ 482 Cep 216446 112519 4.77 -0.22 0.0101 324 K3III 22 47 33.0 -19 36 48 68 Aqr 215721 112529 5.24 0.68 0.0123 266 G7III 22 47 35.6 -65 33 38 ξ Tuc 215562 112533 6.49 0.05 0.0052 633 K1III 22 47 42.7 -14 03 23 τ1 Aqr 215766 112542 5.68 1.17 0.0126 260 A0V

22 47 50.2 -4 13 43 Σ 2944B Aqr — 112559B 7.73 5.25 0.0319 102 G0 22 47 50.3 -4 13 44 Σ 2944A Aqr 215812 112559A 7.41 4.94 0.0319 102 G5V 22 48 30.2 -10 33 20 70 Aqr 215874 112615 6.19 0.87 0.0086 377 A9III-IV 22 48 33.2 -51 19 01 ε Gru 215789 112623 3.49 0.49 0.0252 130 A3V 22 49 35.4 -13 35 33 τ2 Aqr 216032 112716 4.05 -1.28 0.0086 380 M0III

22 49 40.7 +66 12 02 ι Cep 216228 112724 3.50 0.76 0.0283 115 K0III 22 49 46.1 +55 54 11 - Lac 216174 112731 5.43 0.15 0.0088 371 K1III 22 50 00.1 +24 36 06 µ Peg 216131 112748 3.51 0.74 0.0280 117 G8III 22 50 21.7 +41 57 13 14A Lac 216200 112778A 5.99 -1.63 0.0030 1087 B3IV:var 22 50 21.7 +41 57 14 14B Lac — 112778B 9.36 1.75 0.0030 1087 -

22 50 22.9 -80 07 27 ξ Oct 215573 112781 5.32 -0.35 0.0074 444 B6IV 22 50 46.3 -07 18 42 72 Aqr 216182 112813 7.01 0.18 0.0043 758 K0 22 51 02.1 -39 09 25 - Gru 216149 112832 5.43 -2.22 0.0030 1105 M0III 22 51 20.9 -29 32 11 21 PsA 216210 112862 5.99 0.71 0.0088 370 G8/K0III 22 51 49.3 +41 18 46 h 1823 Lac 216369 112905 7.07 0.32 0.0045 729 A0

389 α δ Star Con HD HIP m M π l.y. Spectra 22 52 02.0 +43 18 45 15 Lac 216397 112917 4.95 -0.05 0.0100 326 M0III 22 52 24.0 +09 50 09 σ Peg 216385 112935 5.16 3.02 0.0373 88 F7IV 22 52 31.1 -32 52 33 γB PsA — 112948B 8.20 4.03 0.0147 222 - 22 52 31.5 -32 52 32 γA PsA 216336 112948A 4.50 0.34 0.0147 222 A0III 22 52 36.8 -07 34 47 λ Aqr 216386 112961 3.73 -1.67 0.0083 391 M2IIIvar

22 53 02.2 +16 50 28 IM Peg 216489 112997 5.86 0.93 0.0103 316 K1III SB 22 53 28.6 -11 37 00 74 Aqr 216494 113031 5.80 -0.72 0.0050 657 B9III 22 53 37.8 -48 35 53 τ1 Gru 216435 113044 6.03 3.42 0.0300 109 G3IV 22 54 07.1 -12 11 26 75 Aqr 216567 113085 6.86 -0.08 0.0041 795 K0 22 54 24.6 +84 20 47 - Cep 217382 113116 4.70 -0.69 0.0084 390 K4III

22 54 34.1 -07 12 17 78 Aqr 216637 113127 6.20 -0.16 0.0054 609 K3III 22 54 38.9 -15 49 15 δ Aqr 216627 113136 3.27 -0.18 0.0204 159 A3V 22 54 39.5 -70 04 26 ρ Ind 216437 113137 6.04 3.92 0.0377 86 G4IV-V 22 54 45.4 -16 16 19 77 Aqr 216640 113148 5.53 2.36 0.0233 140 K2IIIvar 22 54 59.5 +01 03 53 1 Psc 216701 113167 6.11 1.24 0.0106 307 A7III

22 55 13.6 +08 48 58 ρ Peg 216735 113186 4.91 0.22 0.0116 282 A1V 22 55 16.0 -48 28 03 τ2A Gru 216655 113191A 7.79 4.46 0.0216 151 G5 22 55 16.0 -48 28 03 τ2B Gru 216655 113191B 8.03 4.70 0.0216 151 - 22 55 16.0 -48 29 36 τ2CD Gru 216656 113190 6.67 3.33 0.0215 152 F7V: 22 55 56.8 -32 32 23 δ PsA 216763 113246 4.20 0.61 0.0191 170 G8III

22 56 23.5 +41 36 14 16 Lac 216916 113281 5.60 -2.24 0.0027 1203 B2IV 22 56 25.9 +49 44 01 V424 Lac 216946 113288 4.99 -3.81 0.0017 1874 K5Ibvar 22 56 47.7 -47 58 09 τ3 Gru 216823 113307 5.72 1.11 0.0120 272 Am 22 57 04.5 +48 41 03 EW Lac 217050 113327 5.34 -2.30 0.0030 1098 B4IIIpe 22 57 27.9 +20 46 08 51 Peg 217014 113357 5.45 4.52 0.0651 50 G5V

22 57 39.0 -29 37 20 α PsA 216956 113368 1.17 1.74 0.1301 25.1 A3V 22 59 11.7 +11 43 44 52A Peg 217232 113503A 6.09 1.54 0.0123 266 A7V 22 59 11.7 +11 43 45 52B Peg 217232 113503B 7.53 2.97 0.0123 266 - 22 59 27.3 +00 57 46 2 Psc 217264 113521 5.43 0.76 0.0116 280 K1III 23 00 05.0 +56 56 44 V509 Cas 217476 113561 5.10 -3.39 0.0020 1630 G40v+B1V

23 00 38.0 +00 11 10 3 Psc 217428 113610 6.22 -0.24 0.0051 639 G4III 23 00 52.8 -52 45 15 ζ Gru 217364 113638 4.11 1.42 0.0290 112 G8III 23 01 23.6 -07 03 04 81 Aqr 217531 113674 6.23 0.69 0.0078 418 K5III 23 01 55.2 +42 19 34 οA And 217675 113726A 3.73 -2.91 0.0047 692 B6IIIpe+A2p 23 01 55.2 +42 19 34 οB And 217675 113726B 6.03 -0.61 0.0047 692 -

23 02 32.6 -06 34 27 82 Aqr 217701 113781 6.18 -1.72 0.0026 1240 M2III 23 02 36.2 +42 45 28 2A And 217782 113788A 5.26 0.11 0.0093 349 A3Vn 23 02 36.2 +42 45 29 2B And — 113788B 7.43 2.28 0.0093 349 - 23 03 29.7 -34 44 58 π PsA 217792 113860 5.12 2.84 0.0350 93 A9V 23 03 32.8 +67 12 34 - Cep 218029 113864 5.25 -0.11 0.0085 384 K3III

23 03 46.4 +28 04 58 β Peg 217906 113881 2.44 -1.49 0.0164 199 M2II-IIIvar 23 03 52.5 +03 49 12 β Psc 217891 113889 4.48 -1.42 0.0066 492 B6Ve 23 04 10.9 +50 03 08 3 And 218031 113919 4.64 0.94 0.0182 179 K0III 23 04 39.5 -53 57 55 κ Gru 217902 113957 5.37 -0.02 0.0084 390 K5III 23 04 45.6 +15 12 19 α Peg 218045 113963 2.49 -0.67 0.0234 140 B9.5III

23 05 09.7 -07 41 38 83A Aqr 218060 113996A 6.20 2.39 0.0173 188 F2V 23 05 09.7 -07 41 38 83B Aqr 218060 113996B 6.34 2.53 0.0173 188 - 23 05 18.5 -07 45 17 84 Aqr 218081 114006 7.09 -0.49 0.0031 1069 G8III 23 05 52.1 -35 51 10 Lacaille 9352 PsA 217987 114046 7.35 9.76 0.3039 10.73 M2/M3V 23 05 52.5 -07 56 12 85 Aqr 218173 114054 6.71 0.59 0.0060 547 A0

390 α δ Star Con HD HIP m M π l.y. Spectra 23 06 36.8 +59 25 12 1 Cas 218376 114104 4.84 -2.81 0.0030 1105 B0.5IV 23 06 40.8 -23 44 35 86 Aqr 218240 114119 4.79 0.98 0.0173 188 G9III 23 06 52.7 -43 31 14 ϑA Gru 218227 114131A 4.51 1.45 0.0245 133 δDel 23 06 52.8 -43 31 14 ϑB Gru 218227 114131B 6.84 3.78 0.0245 133 - 23 06 53.5 -38 53 32 υA Gru 218242 114132A 5.72 0.94 0.0111 294 A0V

23 06 53.5 -38 53 33 υB Gru 218242 114132B 8.37 3.59 0.0111 294 - 23 07 00.2 +09 24 34 55 Peg 218329 114144 4.54 -0.43 0.0101 322 M2III 23 07 06.6 +25 28 06 56 Peg 218356 114155 4.76 -1.32 0.0061 537 K0IIIp 23 07 11.7 -07 41 41 87 Aqr 218331 114164 7.39 1.97 0.0083 395 A0 23 07 39.2 +46 23 14 4 And 218452 114200 5.30 0.20 0.0095 342 K5III

23 07 45.3 +49 17 45 5 And 218470 114210 5.68 3.02 0.0293 111 F5V 23 07 53.7 +75 23 17 πB Cep 218658 114222B 6.93 2.78 0.0148 220 - 23 07 53.8 +75 23 16 πA Cep 218658 114222A 4.67 0.52 0.0148 220 G2III 23 08 40.8 +02 07 40 5 Psc 218527 114273 5.42 0.75 0.0116 280 G8III-IV 23 09 26.7 -21 10 21 88 Aqr 218594 114341 3.68 -0.60 0.0140 234 K2II

23 09 31.4 +08 40 38 57 Peg 218634 114347 5.05 -1.79 0.0043 762 M4III+A2V 23 09 44.0 +59 19 59 2 Cas 218753 114365 5.68 -3.23 0.0017 1976 A5III 23 09 54.7 -22 27 27 89 Aqr 218640 114375 5.27 -0.75 0.0063 521 G2III+A2V 23 10 01.4 +09 49 19 58 Peg 218700 114389 5.39 -1.00 0.0053 619 B9III 23 10 21.5 -45 14 48 ι Gru 218670 114421 3.88 0.11 0.0176 185 K0III SB

23 10 27.1 +43 32 40 6 And 218804 114430 5.91 3.65 0.0354 92 F5IV 23 11 44.1 +08 43 12 59 Peg 218918 114520 5.15 0.70 0.0129 253 A5Vn 23 11 49.2 +26 50 50 60 Peg 218935 114526 6.19 1.84 0.0135 242 G8III-IV 23 11 59.6 -11 56 01 Σ 2988B Aqr 218928 114536B 7.92 1.64 0.0055 588 G8III 23 11 59.8 -11 56 01 Σ 2988A Aqr 218928 114536A 7.92 1.64 0.0055 588 -

23 12 32.9 +49 24 23 7 And 219080 114570 4.53 2.58 0.0408 80 F0V 23 14 19.3 -06 02 56 ϕ Aqr 219215 114724 4.22 0.05 0.0147 222 M2III 23 15 46.3 +28 14 53 61 Peg 219477 114844 6.51 -0.83 0.0034 956 G5III 23 15 53.4 -09 05 16 ψ1 Aqr 219449 114855 4.24 0.95 0.0220 148 K0III 23 16 50.8 -07 43 36 χ Aqr 219576 114939 4.93 -1.54 0.0051 640 M3III

23 17 09.9 +03 16 56 γ Psc 219615 114971 3.70 0.68 0.0249 131 G7III 23 17 25.7 -58 14 08 γ Tuc 219571 114996 3.99 2.28 0.0454 72 F1III 23 17 44.6 +49 00 55 8 And 219734 115022 4.82 -1.69 0.0050 655 M2III 23 17 54.1 -09 10 57 ψ2 Aqr 219688 115033 4.41 -0.56 0.0101 322 B5Vn 23 18 09.8 -40 49 29 ϕ Gru 219693 115054 5.54 2.84 0.0289 113 F5V

23 18 23.4 +41 46 25 9 And 219815 115065 5.98 0.17 0.0069 472 A7m 23 18 37.0 +68 06 40 οB Cep 219916 115088B 7.28 3.23 0.0155 211 K0III 23 18 37.4 +68 06 42 οA Cep 219916 115088A 5.03 0.98 0.0155 211 - 23 18 49.4 -32 31 55 γ Scl 219784 115102 4.41 0.72 0.0182 179 K1III 23 18 57.6 -09 36 38 ψ3 Aqr 219832 115115 4.99 0.58 0.0131 249 A0V

23 19 06.6 -13 27 32 94 Aqr 219834 115126 5.20 3.62 0.0482 68 G5IV 23 19 23.9 -05 07 28 96 Aqr 219877 115142 5.56 2.85 0.0287 114 F3IV 23 19 29.7 +48 37 32 11 And 219945 115152 5.44 0.43 0.0100 328 K0III 23 19 52.3 +42 04 41 10 And 219981 115191 5.81 -0.30 0.0060 542 M0III 23 20 20.5 +05 22 53 7 Psc 220009 115227 5.05 -0.05 0.0096 341 K2III

23 20 38.2 +23 44 25 τ Peg 220061 115250 4.58 1.03 0.0195 167 A5V 23 20 49.5 +30 24 54 63 Peg 220088 115271 5.58 -0.05 0.0075 435 M0III 23 20 53.2 +38 10 56 12 And 220117 115280 5.77 2.63 0.0236 138 F5V 23 21 54.8 +31 48 45 64A Peg 220222 115355A 5.44 -1.60 0.0039 834 B6III 23 21 54.8 +31 48 45 64B Peg 220222 115355B 7.76 0.72 0.0039 834 -

391 α δ Star Con HD HIP m M π l.y. Spectra 23 22 39.1 -15 02 21 97A Aqr 220278 115404A 5.59 1.28 0.0138 237 A3V 23 22 39.1 -15 02 21 97B Aqr 220278 115404B 6.72 2.41 0.0138 237 A3V 23 22 40.5 +20 49 43 65 Peg 220318 115407 6.28 0.41 0.0067 487 B9.5V 23 22 58.1 -20 06 02 98 Aqr 220321 115438 3.96 0.48 0.0201 162 K0III 23 23 04.5 +12 18 50 66 Peg 220363 115444 5.09 0.06 0.0099 330 K3III

23 24 50.2 +62 16 59 4 Cas 220652 115590 4.96 -1.91 0.0042 771 M1III 23 24 50.7 +32 23 05 67 Peg 220599 115591 5.56 -0.40 0.0064 506 B9III 23 25 22.7 +23 24 15 υ Peg 220657 115623 4.42 0.79 0.0188 173 F8IV 23 26 02.7 -20 38 31 99 Aqr 220704 115669 4.38 -0.50 0.0106 308 K5III 23 26 36.4 -52 43 18 ο Gru 220729 115713 5.53 3.01 0.0313 104 F4V

23 26 55.9 +01 15 20 κ Psc 220825 115738 4.95 1.47 0.0201 162 A0pCrSiSr 23 27 07.3 +42 54 43 13 And 220885 115755 5.75 0.97 0.0111 294 B9III 23 27 14.8 +01 07 22 9 Psc 220858 115768 6.26 0.78 0.0080 407 G7III 23 27 40.3 +25 10 02 69 Peg 220933 115806 5.99 0.73 0.0089 367 A0pHgMn 23 27 58.0 +06 22 44 ϑ Psc 220954 115830 4.27 0.83 0.0205 159 K1III

23 28 03.9 -87 28 57 τ Oct 219765 115836 5.50 -0.52 0.0062 522 K2III 23 29 01.0 -63 06 38 CG Tuc 221006 115908 5.66 0.33 0.0086 380 ApSi 23 29 09.2 +12 45 38 70 Peg 221115 115919 4.54 0.86 0.0183 178 G8III 23 29 27.0 -01 47 28 11 Psc 221147 115945 6.35 -0.91 0.0035 924 K0 23 29 30.3 -01 02 09 12 Psc 221146 115951 6.88 3.90 0.0253 129 G0

23 30 01.9 +58 32 57 AR Cas 221253 115990 4.89 -1.34 0.0057 575 B3IV 23 31 17.3 +39 14 11 14 And 221345 116076 5.22 0.80 0.0131 249 K0III 23 31 42.0 -21 22 10 100 Aqr 221357 116118 6.24 1.72 0.0125 261 A9III 23 31 57.5 -01 05 10 13 Psc 221409 116146 6.39 -0.56 0.0041 801 K1III 23 32 58.2 -37 49 07 β Scl 221507 116231 4.38 0.69 0.0183 178 B9.5IVpHgMnEu

23 33 16.5 -20 54 52 101A Aqr 221565 116247A 4.81 -0.15 0.0102 320 A1n 23 33 16.6 -20 54 53 101B Aqr 221565 116247B 7.43 2.47 0.0102 320 - 23 33 28.0 +22 29 56 71 Peg 221615 116264 5.33 -0.90 0.0057 575 M5IIIa 23 33 57.1 +31 19 32 72A Peg 221673 116310A 5.67 -0.46 0.0060 548 K4III 23 33 57.1 +31 19 32 72B Peg 221673 116310B 6.13 0.00 0.0060 548 -

23 34 08.9 -01 14 51 14 Psc 221675 116323 5.91 1.67 0.0142 230 A2m 23 34 37.5 +40 14 12 15 And 221756 116354 5.55 1.28 0.0140 233 A1III 23 34 38.1 +33 29 51 73 Peg 221758 116355 5.63 0.77 0.0107 305 K0III: 23 35 04.5 -42 36 55 ι Phe 221760 116389 4.69 0.07 0.0119 273 A2V 23 35 28.6 +01 18 47 15 Psc 221833 116422 6.47 1.58 0.0105 310 K0

23 36 23.2 +02 06 08 16 Psc 221950 116495 5.68 3.22 0.0323 101 F6Vbwvar 23 37 33.8 +46 27 30 λ And 222107 116584 3.81 1.75 0.0387 84 G8III-IV 23 37 39.7 +16 49 31 74 Peg 222098 116592 6.26 1.02 0.0090 363 A1V 23 37 50.9 -45 29 33 - Phe 222095 116602 4.74 0.80 0.0163 200 A2V 23 37 56.7 +18 24 03 75 Peg 222133 116611 5.49 1.17 0.0137 239 A1Vn

23 38 08.1 +43 16 05 ι And 222173 116631 4.29 -1.65 0.0065 502 B8V 23 39 08.3 +50 28 18 18 And 222304 116709 5.35 -0.04 0.0084 390 B9V 23 39 20.8 +77 37 57 γ Cep 222404 116727 3.21 2.51 0.0725 45.0 K1IV 23 39 27.5 -46 38 16 ϑB Phe — 116737B 7.39 2.73 0.0117 278 - 23 39 27.9 -46 38 16 ϑA Phe 222287 116737A 6.57 1.92 0.0117 278 A7III+A/F

23 39 47.0 -14 13 18 ω1 Aqr 222345 116758 4.97 1.91 0.0244 134 F0IV 23 39 57.0 +05 37 35 ι Psc 222368 116771 4.13 3.43 0.0725 45.0 F7V 23 40 24.4 +44 20 02 κ And 222439 116805 4.15 0.57 0.0192 170 B9IVn 23 40 38.1 -32 04 24 µ Scl 222433 116820 5.30 0.55 0.0112 291 K0III 23 41 34.4 -18 01 38 103 Aqr 222547 116889 5.36 -0.91 0.0056 584 K4/K5III

392 α δ Star Con HD HIP m M π l.y. Spectra 23 41 45.7 -17 48 59 104 Aqr 222574 116901 4.82 -1.65 0.0051 643 G0II 23 42 02.7 +01 46 48 λ Psc 222603 116928 4.49 2.04 0.0324 101 A7V 23 42 27.8 -15 26 52 - Aqr 222643 116957 5.27 0.60 0.0117 280 K3III 23 42 43.2 -14 32 42 ω2 Aqr 222661 116971 4.49 1.12 0.0212 154 B9.5V 23 42 43.9 +16 20 09 76 Peg 222683 116972 6.30 0.82 0.0080 406 K0

23 43 22.3 +10 19 54 77 Peg 222764 117020 5.09 -1.91 0.0040 817 M2III 23 43 49.4 -15 17 04 R Aqr 222800 117054 5.80 -0.67 0.0051 643 M4pe 23 43 59.4 +29 21 41 78B Peg 222842 117073B 8.12 3.84 0.0139 234 - 23 43 59.4 +29 21 42 78A Peg 222842 117073A 5.16 0.87 0.0139 234 K0III 23 44 12.0 -18 16 37 106 Aqr 222847 117089 5.24 0.20 0.0098 331 B9Vn

23 46 00.8 -18 40 41 107A Aqr 223024 117218A 5.72 1.65 0.0154 212 F0IV 23 46 01.4 -18 40 44 107B Aqr — 117218B 6.72 2.66 0.0154 212 F2III 23 46 02.0 +46 25 13 ψ And 223047 117221 4.97 -3.05 0.0025 1309 G5Ib 23 46 23.4 +03 29 13 19 Psc 223075 117245 4.95 -1.89 0.0043 760 C5II 23 46 32.9 -41 33 29 SX Phe 223065 117254 6.78 2.33 0.0129 253 A2Vvar

23 47 03.4 +58 39 07 τ Cas 223165 117301 4.88 1.26 0.0189 173 K1III 23 47 15.9 -50 13 35 σ Phe 223145 117315 5.18 -1.11 0.0055 592 B3V 23 47 54.7 +67 48 25 - Cep 223274 117371 5.05 0.25 0.0110 297 A1Vn 23 47 56.5 -02 45 42 20 Psc 223252 117375 5.49 0.73 0.0112 291 G8III 23 48 50.0 +62 12 52 6B Cas 223385 117447B 8.08 -5.42 0.0002 16300 A3Iacomp

23 48 50.1 +62 12 53 6A Cas 223385 117447A 5.71 -7.79 0.0002 16300 A3Iacomp 23 48 55.5 -28 07 49 δ Scl 223352 117452 4.59 1.37 0.0227 143 A0V 23 49 27.4 +01 04 34 21 Psc 223438 117491 5.77 1.20 0.0122 267 A5m 23 49 39.3 +28 50 33 79 Peg 223461 117500 5.95 1.39 0.0122 267 A2m 23 49 40.8 +36 25 31 OU And 223460 117503 5.86 0.21 0.0074 440 G1IIIe

23 51 21.1 +09 18 48 80 Peg 223637 117628 5.77 -1.20 0.0040 807 M3III 23 51 21.2 -18 54 33 108 Aqr 223640 117629 5.17 0.20 0.0102 321 B9pSiSrCr 23 51 57.7 +02 55 49 22 Psc 223719 117683 5.59 -2.21 0.0028 1181 K4II 23 52 06.8 -82 01 08 γ1 Oct 223647 117689 5.10 0.53 0.0122 267 G7III 23 52 29.2 +19 07 13 ϕ Peg 223768 117718 5.06 -0.58 0.0075 437 M2III

23 52 37.1 +10 56 51 82 Peg 223781 117730 5.30 1.49 0.0173 188 A4Vn 23 52 40.2 +21 44 33 83 Peg 223792 117735 6.68 0.97 0.0072 453 G9III 23 52 55.5 -03 09 20 24 Psc 223825 117761 5.93 0.00 0.0065 499 G9III 23 53 04.8 +02 05 27 25 Psc 223855 117774 6.29 0.53 0.0071 462 A1V 23 54 23.0 +57 29 58 ρ Cas 224014 117863 4.51 -8.25 0.0003 11643 G2 0e

23 54 46.5 +00 06 35 XZ Psc 224062 117887 5.78 -0.69 0.0051 643 M5IIb 23 55 07.8 +07 04 16 26 Psc 224103 117927 6.22 0.76 0.0081 403 B9V 23 55 33.7 +57 24 44 V373 Cas 224151 117957 6.03 3.34 0.0290 112 B0.5IIv SB 23 57 32.8 -82 10 12 γ2 Oct 224362 118114 5.72 0.80 0.0104 314 K0III 23 57 35.2 -64 17 55 η Tuc 224392 118121 5.00 1.56 0.0205 159 A1V

23 57 45.5 +25 08 29 ψ Peg 224427 118131 4.63 -0.98 0.0075 432 M3III 23 58 21.2 -15 50 51 1 Cet 224481 118178 6.28 0.41 0.0067 486 K1IIICN 23 58 24.7 +51 23 19 R Cas 224490 118188 4.70 -0.44 0.0094 348 M7IIIe 23 58 40.3 -03 33 22 27 Psc 224533 118209 4.88 0.70 0.0146 224 G9III 23 58 55.7 -52 44 45 π Phe 224554 118234 5.13 0.65 0.0127 257 K1III

23 59 00.2 +55 45 20 σB Cas 224572 118243B 7.33 -1.02 0.0021 1523 - 23 59 00.4 +55 45 18 σA Cas 224572 118243A 4.99 -3.36 0.0021 1523 B1V 23 59 18.6 +06 51 48 ω Psc 224617 118268 4.03 1.47 0.0308 106 F4IV 23 59 29.2 +33 43 33 Σ 3050B And 224636 118281B 6.79 4.48 0.0345 95 - 23 59 29.3 +33 43 32 Σ 3050A And 224635 118281A 6.57 4.26 0.0345 95 G0V

23 59 55.0 -65 34 38 ε Tuc 224686 118322 4.49 -0.81 0.0087 374 B9IV

393 394