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ngc.dat
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1995-07-31
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13,227 lines
I5370 Gx 0 00.1 +32 45 m And 0.7 15. p pB, S, R, stell N
I5371 0 00.2 +32 49 d And F, vS, *15 att
7801 - 0 00.4 +50 42 r Cas Cl, pRi, pC, st 9...
I5372 Gx 0 00.4 +32 47 m And 0.7 15. p F, vS, R N
I5373 Gx 0 00.4 +32 47 m And 0.7 15. p pB, S, R, stell N
7802 Gx 0 01.1 +06 13 r Psc 14. p vF, S, R, psbM
I5374 0 01.1 +04 30 d Psc F, S, E ns, gbM, r
I5375 Gx 0 01.1 +04 31 m Psc 0.9 14. p cF, E ns, gbMN, r
7804 0 01.3 +07 45 D Psc only a F D*, not nebs
7803 Gx 0 01.4 +13 06 r Peg 14. p pF, pS, R, F* np vnr
7805 Gx 0 01.4 +31 26 s Peg 1.4 14. p eF, S, R, sbM, stellar, sp of 2
I5376 Gx 0 01.4 +34 32 u And 2.1 15. p F, S, E ns, gbM
7806 Gx 0 01.5 +31 27 s Peg 1.3 14. p eF, S, R, stellar, nf of 2
I1526 Gx 0 01.6 +11 21 z Peg 15. p F, S, bMSN
I5377 Gx 0 02.1 +16 36 u Peg 1.3 16. p vF, S, R, dif
7809 Gx 0 02.2 +02 56 r Psc 15. p eF, vS
7810 Gx 0 02.4 +12 57 r Peg 14. p pF, stellar, 2 st np in line
I1527 0 02.4 +04 07 d Psc F, R, r, vF* sf
7811 Gx 0 02.5 +03 20 r Psc 15. p vF, S, R, stellar
I5378 0 02.6 +16 37 d Peg F, pS, E ns, *15 inv
I5379 0 02.7 +16 35 d Peg F, S, lE pf, lbM, *17 close p
I5380 0 02.7 -66 11 d Tuc vlE
7812 Gx 0 02.9 -34 15 r Scl vF, S, R, am st
7813 Gx 0 03.2 -11 59 d Cet 15. p eF, vS, E 160deg , *8.5 p 49s , 2 st 9 n 8'
I5381 Gx 0 03.2 +15 58 v Peg 1.5 pF, S, lE spnf, bM, *13 nr
7814 Gx 0 03.3 +16 09 s Peg 6.3 10.5 cB, cL, E, vgbM
7815 - 0 03.4 +20 41 r Peg F, S, lE, 7817 nf
I5382 0 03.4 -65 11 d Tuc alm R, lbM
7808 Gx 0 03.5 -10 45 r Cet 14. p eF, vS, R, stell N, *8.5 sp 3'
7822 Nb 0 03.6 +68 37 s Cep 60. ! eeF, eeL
7816 Gx 0 03.8 +07 28 s Psc 1.9 14. p vF, pL, R, gbM
I5383 0 03.8 +16 00 d Peg F, S, R, bM
7817 Gx 0 04.0 +20 45 s Peg 3.7 12. p pF, cL, mE 45deg +/- , lbM
7818 Gx 0 04.2 +07 21 r Psc 15. p eeF, pS, v diffic, sf 7816
I5384 Gx 0 04.2 -11 58 m Cet 0.8 15. p eF, vS, E 160deg ; = 7813?
7819 Gx 0 04.4 +31 29 s Peg 2.0 14. p eF, L
7820 Gx 0 04.6 +05 11 r Psc 14. p pF, vS, vsmbM, *14 sp
7823 Gx 0 04.8 -62 04 c Tuc 1.4 F, S, R, gbM
I1528 0 05.1 -03 07 d Psc no description
7824 Gx 0 05.2 +06 54 r Psc 14. p pF, S, R, *10 np
7825 Gx 0 05.2 +05 12 r Psc 15. p vF, S, gbM
7826 - 0 05.2 -20 44 r Cet Cl, vP, vlC
I1529 0 05.2 -11 30 d Cet F, S, R, biN, r
7821 Gx 0 05.3 -16 29 r Cet 14. p vF, pS, iF, glbM
7827 Gx 0 05.5 +05 13 r Psc 14. p vF, S, R, *12-13 nf
7830 * 0 06.2 +08 22 A Psc eF, neb* 13m
7828 Gx 0 06.4 -13 24 v Cet eF, S, E 130deg , sbMN, *15 sf
7829 Gx 0 06.4 -13 24 v Cet only a *13 at 100deg , 20" from 7828
I5385 0 06.4 -00 04 d Psc eF (not verified)
7833 - 0 06.5 +27 38 r Peg Cl, vS, vF, 2'.5, nebs?
I5386 0 06.5 -03 43 x Psc pB, pS, mE ; = 7832
7832 Gx 0 06.6 -03 42 r Psc 13. p vF, vS, R, vgpsmbM, 2 st 9 sf; = IC 5386
7834 Gx 0 06.7 +08 21 r Psc 15. p eeF, vS
7835 Gx 0 06.8 +08 25 r Psc 15. p eF, S, R
7837 Gx 0 06.9 +08 20 r Psc 16. p eF, p of Dneb
7838 Gx 0 07.0 +08 20 r Psc 15. p eF, f of Dneb
7839 D* 0 07.0 +27 38 A Peg vF, pS, dif, r
7840 Gx 0 07.1 +08 33 A Psc eF, S
1 Gx 0 07.3 +27 43 s Peg 1.9 13. p F, S, R, bet *11 and *14
2 Gx 0 07.3 +27 41 s Peg 1.4 15. p vF, S, s of 1
3 Gx 0 07.3 +08 17 r Psc 14. p F, vS, R, alm stell
7831 Gx 0 07.3 +32 35 r And 14. p eF, vS, mE, vF* vnr
I1530 Gx 0 07.3 +32 37 v And 1.8 vF, S, iF, bM
4 Gx 0 07.4 +08 22 A Psc eF
5 Gx 0 07.8 +35 21 r And 14. p vF, vS, N = *13, 14
7836 Gx 0 08.0 +33 04 v And 1.2 eF, vS, R, bet 2 st
6 - 0 08.3 +32 30 r And eF, vS, cE; = 7831?
7 Gx 0 08.4 -29 55 v Scl 2.5 eF, cL, mE, vgvlbM
I 1 D* 0 08.4 +27 43 x Peg D*, 13 & 13, one nebs
10 Gx 0 08.6 -33 52 v Scl 2.7 F, cL, vlE, glbM
11 Gx 0 08.7 +37 26 r And 14. p vF, vS, vlE, 2 vF st inv
12 Gx 0 08.7 +04 37 s Psc 1.9 15. p eF, pL, vglbM
8 D* 0 08.8 +23 50 A Peg vF, N in n end
13 Gx 0 08.8 +33 26 s And 2.7 14. p vF, vS, S st + neb
14 Gx 0 08.8 +15 49 s Peg 3.0 12. p vF, pS, R, glbM
9 Gx 0 08.9 +23 49 s Peg 1.5 15. p F, R, *9, 10 sf
15 Gx 0 09.1 +21 36 r Peg 15. p vF, vS, R, bM
16 Gx 0 09.1 +27 44 s Peg 2.1 12.0 pB, S, R, bM
18 D* 0 09.4 +27 43 r Peg F, vS, iR, mbM, 16 p 19s
19 - 0 09.4 +32 50 r And eeF, lE, 3 vF st around
20 Gx 0 09.5 +33 19 s And 2.0 15. p F, *10 att
I1531 Gx 0 09.6 -32 17 c Scl 1.9 vF, vS, R, D* n
22 Gx 0 09.8 +27 50 r Peg 15. p vF, pS, R, lbM, r
23 Gx 0 09.9 +25 55 s Peg 2.3 12.0 3 S st + neb
24 Gx 0 09.9 -24 58 s Scl 5.5 11.5 vF, cL, mE, gbM
25 Gx 0 09.9 -57 03 r Phe vF, S, R
I1532 Gx 0 09.9 -64 22 c Tuc 1.6 2' l, mE, bM
28 Gx 0 10.3 -57 01 r Phe eF, p of 2
26 Gx 0 10.4 +25 50 s Peg 2.2 14. p vF, pL, R, 2 F st n
27 Gx 0 10.5 +29 00 r And 14. p eF, vS, E, B* nr
31 Gx 0 10.5 -57 00 r Phe eeF, S, R, f of 2
I1533 0 10.6 -07 25 d Cet eeF, vS, R, v diffic; *7.5 n, *9 s
21 Gx 0 10.7 +32 59 s And 1.4 14. p eF, S, lE
29 Gx 0 10.8 +33 21 s And 1.8 14. p pB, pL, E 0deg
30 D* 0 10.8 +21 57 r Peg neb *13
32 Ast 0 10.9 +18 47 r Peg F
33 D* 0 10.9 +03 40 F Psc eF, vS, or neb st
17 0 11.0 -12 06 D Cet vF, eS, iR, D* 2' p; = 34
I 2 Gx 0 11.0 -12 49 x Cet F, S, bM
34 Gx 0 11.1 -12 06 r Cet 13. p pF, S, R, 2 st nr
35 Gx 0 11.2 -12 00 r Cet 14. p eeF, pS, R
37 Gx 0 11.3 -56 58 r Phe eF, S, R
36 Gx 0 11.4 +06 23 s Psc 2.4 15. p vF, pS, iF
38 Gx 0 11.9 -05 36 r Psc 13. p F, S, R, mbM
I 3 Gx 0 12.1 -00 25 x Psc F, vS, iF, r
39 Gx 0 12.3 +31 03 r And 14. p vF, pS, R
41 Gx 0 12.8 +22 02 r Peg 14. p pF, S, lE, gbM
42 Gx 0 12.9 +22 06 r Peg 15. p F, vS, stell
40 Pl 0 13.0 +72 32 s Cep 0.6 11. p F, vS, R, vsmbM, *12 sp
43 Gx 0 13.0 +30 54 r And 14. p eF, *12 np 45"
44 - 0 13.1 +31 17 r And eF, vS
I 4 Gx 0 13.4 +17 29 x Peg vF, vS, R
I1534 0 13.8 +48 09 d And pF, vS, diffic, *10 nr nf
48 Gx 0 14.0 +48 14 s And 1.7 15. p eeF, pL, R, v diffic
I1535 0 14.0 +48 09 d And vF, S, 48 nf 6'
45 Gx 0 14.1 -23 11 A Cet 8.1 10.4 eF, L, vgvlbM, *9 cont s
46 * 0 14.1 +05 59 r Psc nebula
I1536 Gx 0 14.2 +48 08 m And 0.7 15. p F, S, R
49 Gx 0 14.3 +48 14 r And 15. p eeF, S, R, 2nd of 3
47 Gx 0 14.5 -07 11 r Cet 13. p vF, vS
58 0 14.5 -07 10 D Cet vF, pS, R; = 47
51 Gx 0 14.6 +48 15 s And 1.8 15. p pF, pS, R, bM
52 Gx 0 14.6 +18 33 r Peg 14. p vF, S, E
50 Gx 0 14.7 -07 20 v Cet vF
53 Gx 0 14.7 -60 20 c Tuc 2.1 eF, S, R, bM
55 Gx 0 14.9 -39 11 s Scl 32.4 8. p vB, vL, vmE, triN
54 Gx 0 15.1 -07 08 r Cet 14. p vF, pS, R, 50 sp
56 - 0 15.4 +12 26 r Psc eF, eL, diff
57 Gx 0 15.4 +17 18 r Psc 13. p F, S, R, sbM
59 Gx 0 15.5 -21 27 r Cet 13. p vF, pS, iR, gbM
60 Gx 0 16.0 -00 18 r Psc 15. p eF, vS, R, lbM
I1537 0 16.0 -39 19 d Phe eeF, vL, vmE; 55 np
61 Gx 0 16.5 -06 14 r Psc 15. p vF, S, iR, psvlbM
62 Gx 0 17.1 -13 28 r Cet 14. p F, vS, R, glbM
I 5 Gx 0 17.4 -09 33 m Cet 0.8 14. p F, neb *13
64 Gx 0 17.5 -06 51 r Cet 14. p eeF, vS, R, v diffic
63 Gx 0 17.7 +11 27 s Psc 1.9 13. p pF, S, R, sbM
I1538 ? 0 18.0 +30 04 x And eF
67 Gx 0 18.2 +30 04 s And 0.4 16. p eF, vS, R
68 Gx 0 18.3 +30 04 s And 1.5 13.0 eF, L, 3 or 4 st + neb
69 Gx 0 18.3 +30 02 v And 0.4 14.8 eF, vS, R
70 Gx 0 18.4 +30 05 s And 1.7 15. p eF, vS, R, bet 2 F st
71 Gx 0 18.4 +30 04 s And 1.8 13.0 eF, vS, R
I1539 0 18.4 +30 06 x And eF, bet 2 st 13; = 70
72 Gx 0 18.5 +30 02 s And 1.4 13.4 eF, vS, R
73 Gx 0 18.8 -15 21 r Cet 13. p vF, S, R, eF D* close f
74 Gx 0 18.9 +30 03 r And 16. p eF, S, E, last of 6
I 6 Gx 0 19.0 -03 16 m Psc 0.5 14. p F, vS, R, mbM = *14
65 Gx 0 19.1 -22 54 r Cet 15. p eF, vS, R, gbM, p of 2
I 7 0 19.1 +10 33 d Psc F, vS, R, *12.5 close
I 8 Gx 0 19.1 -03 13 m Psc 0.7 15. p vF, vS, irr E, lbM
66 Gx 0 19.2 -22 57 r Cet 14. p eF, pS, E 225deg , *9 n 1', f of 2
75 Gx 0 19.5 +06 25 r Psc 15. p vF, vS, R
76 Gx 0 19.6 +29 56 r And 14. p vF, S, bM
I 9 Gx 0 19.7 -14 07 m Cet 0.4 15. p vF, pL, R
I1540 0 19.8 +23 43 d And F, S, iF
77 0 20.0 -22 31 D Cet eF, vS, iF (*?), *9 p 3'
I1541 Gx 0 20.0 +22 01 z And 15. p F, S, R, lbM, r
I 12 Gx 0 20.3 -02 39 m Psc 0.7 16. p pF, S, E ns
78 Gx 0 20.4 +00 49 r Psc 14. p vF, S, R
I 10 Gx 0 20.4 +59 18 s Cas 5.1 10.3 F* inv in eF, vL neb
I 13 Gx 0 20.4 +07 42 u Psc 1.6 15. p vF, pL, E ns, dif
I 11 0 20.5 +56 36 d Cas vF, L, triple * on np corner
I1542 Gx 0 20.6 +22 37 m And 0.7 15. p F, dif, gbM
I1543 Gx 0 20.9 +21 53 u And 0.8 14. p F, S, R, gbMN
79 Gx 0 21.0 +22 34 r And 15. p vF, S, vlbM
80 Gx 0 21.2 +22 21 s And 2.5 12.1 F, S, R, psbM
81 Gx 0 21.2 +22 22 r And eeF, sp 83
87 Gx 0 21.2 -48 38 r Phe eF, S, R, gbM, 1st of 4
88 Gx 0 21.3 -48 39 r Phe eF, vS, R, 2nd of 4
89 Gx 0 21.3 -48 41 r Phe vF, S, R, gbM, 3rd of 4
I1544 0 21.3 +23 02 d And F, S, R, vlbM
I1545 0 21.3 +21 59 d And F, vS, R, dif, vFN
82 Gx 0 21.4 +22 26 u And 1.3 14. p eF, stellar
83 Gx 0 21.4 +22 26 s And 1.6 12.6 E, biN, 3 B st nr
85 Gx 0 21.4 +22 30 r And 15. p eeF, cL, R
84 Gx 0 21.5 +22 36 r And 17. p eF, st & neb
86 Gx 0 21.5 +22 33 r And 15. p eF, vS, lbM
92 Gx 0 21.5 -48 38 r Phe F, S, R, gbM, 4th of 4
I1546 0 21.5 +22 30 d And vF, S, v diffic
I1547 ? 0 21.6 +22 31 x And eF.pS, sbM *
91 Gx 0 21.8 +22 25 s And 2.5 15. p vF, vS, *13 sp
90 * 0 21.9 +22 25 r And vF, lE
I1548 Gx 0 21.9 +22 01 z And 16. p F, vS, R, stell
93 Gx 0 22.0 +22 25 r And 14. p vF, vS
94 Gx 0 22.2 +22 28 r And 15. p eF, vS
95 Gx 0 22.2 +10 30 s Psc 1.9 12.6 F, pL, R, gbM
96 Gx 0 22.3 +22 33 r And 17. p vF, S, vlbM
97 Gx 0 22.4 +29 44 r And 13. p F, vS, R, gbM
I 14 0 22.6 +10 29 d Psc susp neb
98 Gx 0 22.8 -45 16 c Phe 1.8 vF, pS, R, bM, r
I1549 0 23.2 +06 59 d Psc eF, D* f 46s
101 Gx 0 23.9 -32 34 r Scl 13. p pB, pL, lE, *14 f
99 Gx 0 24.0 +15 47 s Psc 1.7 14. p vF, pL, R, gbM
100 Gx 0 24.0 +16 29 v Psc 5.8 vF, pS, mE, 2' long
104 Gb 0 24.1 -72 05 s Tuc 30.9 4.0 glob. cl. !! vB, vL, vmCM
102 Gx 0 24.4 -13 57 r Cet 14. p eF, vS, R
I1550 Gx 0 24.4 +38 12 m And 0.6 15. p R, stell, vFN
106 Gx 0 24.7 -05 10 D Psc pF, vS, R, lbM
103 OC 0 25.3 +61 21 s Cas 5. 9.8 Cl, pS, pC, st 11...18
105 Gx 0 25.3 +12 53 s Psc 1.2 13.2 vF, S, R, vlbM
107 Gx 0 25.6 -08 17 F Cet F, pL, *7 sf 5'
108 Gx 0 25.9 +29 13 r And 13. p pF, pL, R, pslbM
109 Gx 0 26.2 +21 49 r And 15. p vF, S, 3 st nr
111 - 0 26.7 -02 38 r Cet vF, S, R, lbM, *8.5 p 36s , n 2'; = 113?
112 Gx 0 26.7 +31 43 r And 14. p eF, vS, R
115 Gx 0 26.8 -33 41 r Scl vF, pL, lE, D* 2' np
121 Gb 0 26.8 -71 32 s Tuc 1.5 10.6 pB, pS, lE, vgbM
113 Gx 0 27.0 -02 30 r Cet 13. p vF, S, sbM
114 Gx 0 27.1 -01 47 r Cet 15. p vF, S* in centre, p of 2
119 Gx 0 27.1 -56 59 r Phe pB, S, R, mbM
116 Gx 0 27.2 -07 42 r Cet 14. p vF
117 Gx 0 27.2 +01 19 r Cet 15. p F, vS
118 Gx 0 27.3 -01 47 r Cet 15. p vF, S* in centre, f of 2
110 OC 0 27.4 +71 23 r Cas Cl, pR, lC, st 9...12
120 Gx 0 27.5 -01 31 s Cet 1.8 15. p nebulous *
I1551 Gx 0 27.6 +08 53 u Psc 2.7 15. p F, vS, R, r
122 ? 0 27.7 -01 38 F Cet 1st of 2 vF neb 4'-5' np of *8.5
123 ? 0 27.8 -01 36 F Cet 2nd of 2 vF neb 4'-5' np of *8.5
124 Gx 0 27.9 -01 49 s Cet 1.6 14. p vF, L, dif, 2 F st np
I 16 Gx 0 27.9 -13 05 m Cet 0.5 15. p pB, R, bM
I 15 0 28.0 -00 04 d Cet vF, vS, iF, sbM
I 17 Gx 0 28.5 +02 39 z Cet 15. p pB, vS, R, stellar
I 20 Gx 0 28.5 -13 00 m Cet 0.6 14. p pB, R
I 18 Gx 0 28.6 -11 34 m Cet 0.6 15. p pF, S, iF, gbM
I 19 Gx 0 28.7 -11 38 m Cet 0.6 15. p R, S, stellar = 14m
125 Gx 0 28.8 +02 50 s Psc 2.0 12.3 vF, S, bM, D* sp
126 Gx 0 29.1 +02 49 s Psc 1.4 16. p vF, S, lE
127 Gx 0 29.2 +02 52 s Psc 1.0 14.0 vF, vS, R, p 128
128 Gx 0 29.2 +02 51 s Psc 3.4 11.6 pB, pS, lE 2deg , bM
I 21 Gx 0 29.2 -00 10 m Cet 0.4 14. p pB, vs, iF
130 Gx 0 29.3 +02 52 v Psc 0.9 14.3 vF, vS, R, f 128
131 Gx 0 29.6 -33 16 s Scl 2.1 F, pL, pmE, vgbM, p of 2
I 22 Gx 0 29.6 -09 03 m Cet 0.6 15. p F, S, lbM, r
I1552 Gx 0 29.6 +21 29 u Psc 1.1 15. p F, pL, dif
129 OC 0 29.9 +60 14 s Cas 21. 6.5 Cl, vL, pR, lC, st 9...13
132 Gx 0 30.2 +02 06 s Cet 2.0 14. p pF, cL, R, vglbM, R
134 Gx 0 30.4 -33 15 s Scl 8.1 10.1 vB, L, vmE 47deg , psbM, f of 2, *10 np 45"
I 23 0 30.9 -12 44 d Cet pB, S, R, bM
138 Gx 0 31.0 +05 10 r Psc 15. p F, eS, sbM
139 Gx 0 31.0 +05 05 r Psc 15. p eF, S
137 Gx 0 31.1 +10 11 r Psc 14. p F, iF, lbM
133 OC 0 31.2 +63 22 s Cas 7. 9. p Cl, pL, st 10..., D* inv
I 24 OC 0 31.2 +30 51 x And S, Cl, 30"-40', nebs?
I 25 Gx 0 31.2 -00 24 m Cet 0.8 15. p F, vS, irrR, vlbM, r
140 Gx 0 31.3 +30 47 r And 14. p vF, S, R, gbM
142 Gx 0 31.3 -22 37 r Cet 14. p eF, S, lE, 1st of 3 and faintest
141 Gx 0 31.4 +05 11 r Psc 15. p vF, vS, iR
143 Gx 0 31.4 -22 34 r Cet 15. p eF, S, mE, 2nd of 3
144 Gx 0 31.4 -22 39 r Cet 14. p eF, pS, R, 3rd of 3 and brightest
136 OC 0 31.5 +61 32 s Cas 1. glob. cl. , vF, S, eC
145 Gx 0 31.7 -05 09 s Cet 1.8 12.8 F, pL, vlE, vgbM, *8-9 f 5'
135 0 31.8 -13 22 D Cet vF, vS, R
I 26 0 31.8 -13 20 F Cet F, S, R, gbM; = 135
I1553 Gx 0 32.7 -25 35 m Scl 1.0 14. p vF, vmE 10deg
152 Gb 0 32.8 -73 09 r Tuc 12. p vF, L, R, vglbM
146 OC 0 33.1 +63 18 s Cas 7. 9.1 Cl, pL, lC, st 11-12, D*
I 27 0 33.1 -13 22 d Cet F, vS, lE pf, bM
I 28 0 33.1 -13 27 d Cet vF, dif, vlbM
I1554 Gx 0 33.1 -32 16 c Scl 1.6 vF, vS, eE 170deg , sbM
147 Gx 0 33.2 +48 30 s Cas 12.9 9.3 vF, vL, iR, gsmbM *11
149 Gx 0 33.7 +30 43 r And 15. p vF, vS, R, gbM *14, *12 sp
151 Gx 0 34.0 -09 42 s Cet 3.7 11.5 pF, pL, lE 90deg , vglbM
153 0 34.0 -09 42 D Cet pF, pS, R, * nr nf; = 151
154 Gx 0 34.1 -12 39 r Cet 14. p eF, vS, R
I 29 Gx 0 34.2 -02 11 m Cet 0.6 15. p vF, S, R, lbM
148 Gx 0 34.3 -31 47 s Scl 2.4 12.1 vB, S, lE 90deg , smbM *11
150 Gx 0 34.3 -27 48 s Scl 4.2 11.1 pF, pS, R
I 30 Gx 0 34.3 -02 05 m Cet 0.4 15. p vF, S, R, lbM
I 31 Gx 0 34.4 +12 17 u Psc 1.4 15. p F, E pf, dif
156 D* 0 34.6 -08 21 F Cet vS, np 157
159 Gx 0 34.6 -55 47 r Phe vF, pS, R, glbM, 3 st f
I1555 Gx 0 34.6 -30 01 c Scl 1.5 eeF, S, R, 2 st p in line
155 Gx 0 34.7 -10 46 r Cet 13. p pF, S, R
157 Gx 0 34.8 -08 24 s Cet 4.3 10.4 pB, L, E, bet 2 cB st
158 D*? 0 34.9 -08 19 F Cet vS, nf 157
I 32 Gx 0 35.0 -02 08 m Cet 0.4 15. p vF, vS, R, lbM
I 33 Gx 0 35.1 -02 08 m Cet 0.5 15. p vF vS, R, lbM
I1556 ? 0 35.1 -09 34 x Cet eeF, pS, R, v diffic
167 Gx 0 35.3 -23 22 r Cet 13. p vF, pS, iR
161 Gx 0 35.5 -02 50 r Cet 15. p eF, eS, R, nearly bet 2 st; = IC 1557
I1557 Gx 0 35.5 -02 51 m Cet 0.6 16. p eF, vS, 2 vF st close; nr 161
I 34 Gx 0 35.6 +09 08 u Psc 3.4 14. p vF, pS, lE
166 Gx 0 35.8 -13 37 r Cet 15. p eF, S, lE, *11 np
176 OC 0 35.8 -73 11 r Tuc 12. p eF, S, vlE, r, *8 nr
I1558 Gx 0 35.8 -25 22 c Scl 3.4 E 160deg , * n, perhaps spir
163 Gx 0 36.0 -10 07 s Cet 1.4 12.8 vF, vS
160 Gx 0 36.1 +23 57 s And 3.2 12.4 vF, vS, stell, *8, 17deg , 4'
162 Gx 0 36.1 +23 58 r And eF, stellar, 160 sp
164 Gx 0 36.5 +02 45 r Psc 16. p eF
165 Gx 0 36.5 -10 06 s Cet 1.6 13.2 F, L, st in centre, f of 2
168 Gx 0 36.7 -22 36 r Cet 14. p eF, S, E 30deg , *10 nf 3'
170 Gx 0 36.7 +01 51 r Cet 15. p F, S, R
169 Gx 0 36.9 +23 59 s And 3.0 13. p F, pL, D or biN, *6 nf 4'
174 Gx 0 36.9 -29 29 r Scl 14. p eF, S, vlE, am B st
I1559 Gx 0 36.9 +23 59 v And 0.9 vF, 0'.5 ssf 169
173 Gx 0 37.2 +01 56 s Cet 3.5 15. p vF, S, R, vgbM, *11 sp 80"
172 Gx 0 37.3 -22 36 v Cet 2.6 eF, S, E, *13 close sp
171 0 37.4 -19 56 F Cet vF, pL, lE, 2 pB st sf; = 175
175 Gx 0 37.4 -19 56 s Cet 2.6 12.1 pB, pL, E, gbM, R
177 Gx 0 37.5 -22 34 r Cet 13. p eF, S, E 175deg
I 35 Gx 0 37.7 +10 21 u Psc 1.3 15. p vF, S, dif, *9.5 nf
I1560 0 37.7 +02 40 d Cet eF; = 164?
179 Gx 0 37.8 -17 53 r Cet 14. p eF, eS, R, B* np
I 36 0 37.8 -15 26 d Cet F, vS, R, dif
180 Gx 0 38.0 +08 38 s Psc 2.6 14. p vF, pL, iR, * np inv
181 Gx 0 38.2 +29 28 r And 15. p eF, eS, irr, vF* att
182 Gx 0 38.2 +02 44 s Psc 2.3 12.6 vF, S, iR, vgbM
183 Gx 0 38.3 +29 30 r And 14. p pF, vS, R, gbM
184 Gx 0 38.5 +29 26 r And 15. p eF, eS
186 Gx 0 38.5 +03 09 r Psc 15. p F, S, R, lbM
I 37 Gx 0 38.5 -15 23 m Cet 0.7 15. p eF, vS, R, dif
I1561 Gx 0 38.5 -24 20 m Cet 1.3 14. p E 105deg , * n
I 38 Gx 0 38.6 -15 26 m Cet 0.6 14. p F, S, R
I1562 Gx 0 38.6 -24 17 c Cet 2.1 S, R, psbM
190 Gx 0 38.9 +07 02 s Psc 1.0 14. p vF, S, lE, sev st nr sp
185 Gx 0 39.0 +48 20 s Cas 11.5 9.2 pB, vL, iR, vgmbM, r
191 Gx 0 39.0 -09 00 s Cet 1.5 12. p pB, pL, iE 0deg
I1563 Gx 0 39.0 -09 01 v Cet 0.6 eF, stellar, 0'.6 sf 191
178 Gx 0 39.1 -14 10 s Cet 2.0 12.6 F, S, mE 0deg , bM; = IC 39
209 Gx 0 39.1 -18 38 r Cet 14. p vF, vS, R, bM
I 39 0 39.1 -14 10 x Cet pB, pl, E ns, gbM; = 178
I1564 0 39.2 +05 58 d Psc eF
192 Gx 0 39.3 +00 51 s Cet 2.3 14. p F, pS, pmE, bM
193 Gx 0 39.3 +03 20 s Psc 1.7 12.3 F, L, p of 2, *15 close sp
194 Gx 0 39.3 +03 02 s Psc 1.9 12.1 pB, S, R, vgbM
196 Gx 0 39.3 +00 54 r Cet 14. p F, pS, R, psmbM
197 Gx 0 39.4 +00 53 r Cet 15. p eF, s of 196
198 Gx 0 39.4 +02 48 s Psc 1.3 12.8 F, S, vgbM
I1565 Gx 0 39.4 +06 43 v Psc 1.7 F, S, R, gbM
I1566 Gx 0 39.4 +06 48 m Psc 0.6 15. p F, S, R, gbM, r
I 40 Gx 0 39.5 +02 26 u Cet 1.2 15. p F, S, R, gbMN = 13.5
187 Gx 0 39.6 -14 41 r Cet 13. p F, S, mE 150deg , bM
189 OC 0 39.6 +61 04 s Cas 4. 8.8 Cl, pL, R, st 11...15
195 Gx 0 39.6 -09 12 v Cet 1.3 F
199 Gx 0 39.6 +03 07 r Psc 15. p F, vS, *8 p 27s , 45" s
200 Gx 0 39.6 +02 53 s Psc 2.0 14. p pB, S, vgbM
I1567 0 39.6 +06 37 d Psc neb *
201 Gx 0 39.7 +00 51 s Cet 2.2 15. p vF, cL, E, vglbM
202 Gx 0 39.7 +03 31 r Psc 15. p eF, vS, ibM
203 Gx 0 39.7 +03 26 r Psc 15. p F, R, *9 sp 8'
I 41 0 39.7 -14 10 d Cet vF, S, dif
204 Gx 0 39.8 +03 17 r Psc 14. p F, pS, R, vgbM, f of 2
I1568 Gx 0 39.9 +06 50 m Psc 0.8 15. p F, S, R, gbM, r
207 0 40.0 -14 18 d Cet vF, S, lE, stellar
212 Gx 0 40.1 -56 10 r Phe vF, S, R, p of 2
205 Gx 0 40.4 +41 41 s And 17.4 8.0 vB, vL, mE 165deg , vgvmbM; = M110
208 Gx 0 40.4 +02 44 r Psc 15. p pF
I1569 Gx 0 40.4 +06 42 m Psc 0.2 15. p vF, vS, R, gbM
220 OC 0 40.5 -73 24 r Tuc 11. p F, iR, vgbM, 1st of several
206 C+N 0 40.6 +40 44 r And vF, vL, mE 0deg
210 Gx 0 40.6 -13 52 s Cet 5.4 10.9 B, pS, R, psbM, r, *11 p 2'
222 OC 0 40.6 -73 24 r Tuc 11. p vF, R, 2nd of several
I1570 0 40.6 +06 45 d Psc vF, vS, R, vFN
I1571 Gx 0 40.7 -00 19 u Cet 1.3 15. p F, pS, R, dif
215 Gx 0 40.8 -56 13 c Phe 1.2 F, S, R, am st, f of 2
211 * 0 41.0 +03 26 F Psc eF, S, mbMN
231 OC 0 41.0 -73 22 r Tuc 12. p i train of st and neb
I 42 Gx 0 41.1 -15 26 m Cet 0.6 15. p S, irr, v dif
213 Gx 0 41.2 +16 28 r Psc 15. p F, S, bet 2 S st
I1572 0 41.2 +16 16 d Psc eF, stell, 213 nr
216 Gx 0 41.4 -21 03 s Cet 1.8 13.3 eF, vS, lE
214 Gx 0 41.5 +25 30 s And 2.1 12.2 pF, pS, gvlbM, r
217 Gx 0 41.5 -10 02 v Cet 3.3 F, S, lE 90deg , glbM
218 Gx 0 41.8 +36 21 r And 15. p eF, vS, R, gbM
I 44 Gx 0 42.2 +00 51 m Cet 0.5 14. p eF, S, R, bet 2 st
I1573 0 42.2 -23 32 d Cet eF, eS, mE 60deg
219 Gx 0 42.3 +00 54 r Cet 15. p F, S, R, *11 sp 1'
230 Gx 0 42.4 -23 38 r Cet 15. p eF, eS, R, bMN
I 43 Gx 0 42.4 +29 38 v And 2.1 vF, S, mbM
227 Gx 0 42.6 -01 32 s Cet 2.1 13. p F, pL, lbM
221 Gx 0 42.7 +40 52 s And 7.6 8.2 ! vvB, L, R, psmbMN; = M32
223 Gx 0 42.7 +00 51 r Cet 14. p vF, pS, R; = IC 44
224 Gx 0 42.7 +41 16 s And 178. 3.5 !!! eeB, eL, vmE (Andromeda); = M31
232 Gx 0 42.7 -23 34 r Cet 14. p eF, S, R, bMN
I 45 0 42.7 +29 40 d And susp neb
226 Gx 0 42.8 +32 34 r And 14. p eF, S, R, *13 s 20"
228 Gx 0 42.8 +23 30 r And 15. p eF, S, R, fainter of 2
235 Gx 0 42.8 -23 33 r Cet 14. p eF, S, R, bMN
I 47 ? 0 42.9 -13 45 x Cet eF, eS, R, stellar
229 Gx 0 43.0 +23 29 r And 14. p vF, S, R, smaller of 2
I 46 Gx 0 43.0 +27 15 z And 15. p pB, S, R, bM
I1574 Gx 0 43.1 -22 15 c Cet 2.5 vF, vmE 0deg , gbM
225 OC 0 43.4 +61 47 s Cas 12. 7.0 Cl, L, lC, st 9...10
233 Gx 0 43.4 +30 35 r And 14. p F, vS, R, lbM
234 Gx 0 43.4 +14 20 r Psc 13. p F, pS, ilE, bM
238 Gx 0 43.4 -50 11 c Phe 1.9 eF, pL, R, gvlbM
241 - 0 43.4 -73 26 r Tuc vF, R; = 242?
236 Gx 0 43.5 +02 56 r Psc 14. p vF, pL
237 Gx 0 43.5 -00 07 s Cet 1.8 14. p vF, pS, lE, lbM
242 OC 0 43.6 -73 27 r Tuc 12. p vF, S, biN
I 48 0 43.6 -07 53 d Cet pF, S (var brightness?)
I1575 0 43.6 -04 09 d Cet eF, S, R, *10 s
188 OC 0 44. +85 20 s Cep 14. 8.1 Cl, vL, R, 150-200 st 10...18
I 49 Gx 0 44.0 +01 51 v Cet 1.9 eeF, pS, R, e diffic
I1576 Gx 0 44.2 -25 06 m Scl 0.6 15. p vF, vS, cE 135deg , bet 2 st
I1578 Gx 0 44.5 -25 04 m Scl 0.6 14. p vF, vS, vmE
239 0 44.6 -03 47 D Cet pF, pS, E 20deg , bMN, *8 f 20s
I1577 0 44.6 -08 08 d Cet pB, S, R, gbM stell N
240 Gx 0 45.1 +06 08 r Psc 15. p vF, S, R, * nr s
248 Nb 0 45.4 -73 23 r Tuc F, S, E or biN, vglbM
249 Nb 0 45.4 -73 05 r Tuc F, pL, vlE, r
I1579 Gx 0 45.6 -26 34 m Scl 0.8 15. p eF, eS, cE 15deg , gbM
244 Gx 0 45.8 -15 36 s Cet 1.3 13.3 vF, S, iR, r, *10 s 5'
243 Gx 0 45.9 +29 56 r And 14. p F, vS, R, gbM, *10 p
256 C+N 0 45.9 -73 30 r Tuc 12. p F, S, R, gbM, *9 nf 40"
245 Gx 0 46.1 -01 44 s Cet 1.4 13. p F, pS, iF, er
I1581 0 46.1 -25 54 d Scl eF, eS, E 45deg , gbM
I 50 Gx 0 46.2 -09 30 m Cet 0.6 14. p F, = neb *13
I1580 0 46.3 +29 55 d And vF, v stell
I1582 Gx 0 46.3 -24 18 m Cet 1.2 15. p eF, eS, E 45deg , sbM *
I 51 Gx 0 46.4 -13 26 m Cet 1.0 13. p pB, S, bM, r
261 Nb 0 46.5 -73 07 r Tuc F, pL, R, gbM *13
246 Pl 0 47.0 -11 53 s Cet 3.8 8. p vF, L, 4 st in dif neb
247 Gx 0 47.1 -20 46 s Cet 20.0 8.9 F, eL, vmE 172deg
I1583 0 47.2 +23 05 d And F, vS, R, stell N
250 Gx 0 47.3 +07 55 r Psc 15. p eF, vS, R, am 3 st
I1585 0 47.3 +23 03 d And F, vS, R, stell N
I1584 Gx 0 47.4 +27 49 u And 1.8 15. p eF, L, dif, r
254 Gx 0 47.5 -31 25 s Scl 2.1 11.8 vB, pS, lE, smbM, *8 nf 5'
253 Gx 0 47.6 -25 17 s Scl 25.1 7.1 !! vvB, vvL, vmE 54deg , gbM
265 Gb 0 47.6 -73 29 r Tuc 12. p F, pS, R
251 Gx 0 47.8 +19 34 r Psc 14. p vF, S, R, lbM, * inv, 2 vS st f
255 Gx 0 47.8 -11 28 s Cet 3.1 11.8 F, pS, R, gbM
I1586 Gx 0 47.9 +22 22 v And F, vS, R, gbM, r
252 Gx 0 48.0 +27 38 s And 1.8 13. p pB, S, R, pmbM, r, ** p
267 C+N 0 48.0 -73 17 r Tuc Cl, F, pL, st vS
257 Gx 0 48.1 +08 19 s Psc 2.1 14. p pL, lE, gbM, r
259 Gx 0 48.1 -02 47 v Cet 3.2 F, S, E 135deg , lbM
258 Gx 0 48.2 +27 38 r And 15. p eF, S, vF st close
264 Gx 0 48.3 -38 14 c Scl 0.9 F, S, R, vsvmbM *13
I 52 Gx 0 48.4 +04 06 u Psc 1.2 15. p vF, vS, R, gvlbM
269 Gb 0 48.5 -73 32 r Tuc 12. p vF, S, R
260 Gx 0 48.6 +27 42 s And 1.0 14. p eF, pS, lE
262 Gx 0 48.8 +31 57 s And 1.4 15. p eF, vS, R, v diffic
I1587 Gx 0 48.8 -23 34 m Cet 0.8 15. p eF, eS, alm R
263 Gx 0 48.9 -13 06 r Cet 14. p eF, vS, lE 30deg
266 Gx 0 49.8 +32 16 s Psc 3.2 13. p pB, pS, lE, psbM, r, *8 sf 4'
268 Gx 0 50.2 -05 12 s Cet 1.7 13. p vF, pS, ilE, r
I 53 0 50.5 +10 37 d Psc eeF, pS, R, others susp
270 Gx 0 50.7 -08 39 r Cet 13. p pF, vS, iR, pgbM
271 Gx 0 50.8 -01 53 s Cet 2.5 13. p pF, S, lE, psbM, *8 f 5s
273 Gx 0 50.8 -06 53 s Cet 2.6 13. p vF, vS
I 54 D* 0 50.8 -02 17 F Cet neb or S Cl, 2', bM
274 Gx 0 51.0 -07 03 s Cet 1.7 13. p pB, pS, smbM, np of 2
I1588 0 51.0 -23 33 d Cet vF, vS, cE 155deg
275 Gx 0 51.1 -07 04 s Cet 1.5 12.5 vF, S, R, sf of 2
290 OC 0 51.3 -73 09 r Tuc 12. p eF
272 OC 0 51.4 +35 50 r And Cl, L, lC
277 Gx 0 51.5 -08 35 r Cet 13. p F, pS, *11 np
I 56 Gx 0 51.5 -12 51 v Cet 1.3 vF, S, lbM
I1589 0 51.5 -34 28 d Scl eF, eS, R, like Dneb
I 55 Gx 0 51.7 +07 43 m Psc 0.5 14. p F, vS, dif, *13 close
276 Gx 0 52.1 -22 41 r Cet 14. p eF, pS, E 265deg , *8 nf is a close D*
278 Gx 0 52.1 +47 33 s Cas 2.2 10.9 cB, pL, R, 2 st 10 nr
294 Nb 0 52.1 -73 21 r Tuc vF, pL, R, vglbM, r
I1591 Gx 0 52.1 -22 41 c Cet 1.3 vF, vS, cE 95deg , bM; = 276
279 Gx 0 52.3 -02 12 s Cet 1.8 14. p vF, S, iR, bM, stellar
280 Gx 0 52.5 +24 20 r And 14. p eF, S, R, *15 f 30"
289 Gx 0 52.7 -31 12 s Scl 3.7 12. p vB, L, pmE, gbM, *11 np
281 C+N 0 52.8 +56 37 s Cas 35. 7. p F, vL, dif, S triple * on np edge
282 Gx 0 52.8 +30 37 r Psc 14. p F, S, R, lbM
288 Gb 0 52.8 -26 35 s Scl 13.8 8.1 glob. cl. , B, L, lE, st 12...16
292 Gx 0 52.8 -72 50 r Tuc Cl, F, eeL, R, st 12...18
I1590 OC 0 53.1 +56 35 x Cas Cl, vL, st sc; 281 f
283 Gx 0 53.3 -13 11 r Cet 14. p eF, S, R, 1st of 4
I1592 Gx 0 53.5 +05 46 u Psc 1.1 15. p eF, S, bet *12 and *13
I1597 Gx 0 53.5 -58 07 c Tuc 1.4 eF, eS, cE 165deg , cbM
284 Gx 0 53.6 -13 09 r Cet 15. p eF, S, R, 2nd of 4
286 Gx 0 53.6 -13 06 r Cet 14. p eF, S, R, 4th of 4
287 Gx 0 53.6 +32 29 r Psc 15. p eF, S, R; RA 1mag greater?
291 Gx 0 53.6 -08 45 r Cet 14. p vF, vS, lE, alm stellar
285 Gx 0 53.7 -13 10 r Cet eF, S, R, 3rd of 4
I1594 Gx 0 53.7 -47 39 c Phe 1.2 eF, eS, cE 130deg , stell N
I1595 Gx 0 53.8 -45 11 c Phe 1.2 eF, S, mE 10deg , stell N
299 C+N 0 54.0 -72 10 r Tuc 11. p pB, vS, R, gvlbR, r
293 Gx 0 54.3 -07 14 r Cet 14. p vF, S
I1599 Gx 0 54.5 -23 29 m Cet 0.8 15. p vF, vS, cE 100deg
I1593 0 54.7 +32 30 d Psc eF, semi-stellar
I1596 Gx 0 54.7 +21 31 u Psc 2.5 15. p F, S, E pf, gbM
I1598 Gx 0 54.7 +05 46 u Psc 1.3 15. p neb *11; *9 p 10s , 4'.5 n
303 Gx 0 54.8 -16 40 r Cet eF, vS
I 57 Gx 0 54.8 +11 50 u Psc 1.1 16. p F, vS, R, vlbM, F* close
300 Gx 0 54.9 -37 41 s Scl 20.0 9. p pB, vL, vmiE, vgpmbM
306 C+N 0 54.9 -72 13 r Tuc 12. p F, vS
297 D*? 0 55.0 -07 21 F Cet eF
298 Gx 0 55.0 -07 21 r Cet 13. p pF
I1600 Gx 0 55.0 -23 31 m Cet 0.7 15. p vF, vS, cE 95deg
I 58 Gx 0 55.1 -13 41 m Cet 0.6 15. p F, vS, R, r
295 Gx 0 55.2 +31 31 r Psc 13. p F, S, R, * 10" n, 296 nf
296 Gx 0 55.4 +31 40 r Psc 15. p F, lE, *10 nf 2'
I1601 0 55.6 -24 09 d Cet vF, vS, lE 105deg
I1602 Gx 0 55.9 -09 59 m Cet 0.7 14. p vF, S, nr 309
305 Ast 0 56.0 +12 06 A Psc Cl, S, sc st
304 Gx 0 56.1 +24 07 r And 14. p pF, S, R, svlbM
I 60 Gx 0 56.1 -13 23 m Cet 0.6 15. p F, vS, R, SN
330 OC 0 56.2 -72 29 s Tuc 2. 9.6 glob. cl. , vB, S, lE, st 13...15
301 Gx 0 56.3 -10 40 F Cet eF, S, iR, gbM, *8 p 30s
312 Gx 0 56.3 -52 47 c Phe 1.8 F, S, R, *12 f
302 * 0 56.4 -10 39 F Cet eF, vS
308 * 0 56.4 -01 47 A Cet vF, eS, 1' sf 307
307 Gx 0 56.6 -01 46 r Cet 14. p pF, S, E
309 Gx 0 56.7 -09 55 s Cet 3.1 11.8 pB, pL, *12-13 n
323 Gx 0 56.7 -52 59 c Phe 1.3 pF, S, R, bM, p of 2
I 59 Nb 0 56.7 +61 04 s Cas 10. pF, eL! (nf gamma Cas)
310 * 0 56.9 -01 46 A Cet stellar
314 Gx 0 56.9 -31 58 c Scl 1.2 eF, vS, R, pB* f 2'
319 Gx 0 57.0 -43 50 c Phe 1.1 eF, vS, R, lbM
328 Gx 0 57.0 -52 55 c Phe 2.8 vF, lE, vgbM, f of 2
I1603 Gx 0 57.0 -45 25 c Phe 1.3 eF, eS, cE 115deg , cbM
I 61 Gx 0 57.1 +07 31 u Psc 1.5 15. p pF, vS, R, vlbM
322 Gx 0 57.2 -43 44 c Phe 1.3 vF, vS, R, lbM, 3 st p
321 Gx 0 57.4 -05 02 v Cet eF, vS
311 Gx 0 57.6 +30 16 r Psc 14. p pF, vS, R, gbM
317 Gx 0 57.6 +43 47 r And 15. p eeF, pS, lE, D* close f
I1605 Gx 0 57.6 -48 54 c Phe 1.6 vF, eS, R
339 Gb 0 57.7 -74 29 s Tuc 2.2 11.9 F, L, R, vgbM
313 Gx 0 57.8 +30 21 u Psc 3.6 12. p vF, eS, 1' np 315
315 Gx 0 57.8 +30 21 s Psc 3.2 13. p pB, pL, R, gbM, *9 nf 3'
316 Gx 0 57.8 +30 21 u Psc 3.6 12. p vF, eS, stellar, 1' f 315
325 Gx 0 57.9 -05 08 r Cet 16. p vF, vS
327 Gx 0 57.9 -05 08 s Cet 1.9 13. p F, S, E
329 Gx 0 58.0 -05 04 s Cet 1.9 13. p F, E
I1604 0 58.0 -16 15 d Cet pF, vS, *7.5 np, F* nr sp (= 333?)
318 Gx 0 58.1 +30 25 r Psc 15. p vF, vS, R, bM
326 Gx 0 58.4 +26 52 s Psc 1.5 13.2 F, lE, *9-10 sf
I1606 0 58.4 -12 11 d Cet eF, pS, nearly bet *7 p and *9 nf
324 Gx 0 58.6 -40 30 r Phe (?), F, S, stellar
331 ? 0 58.6 -02 43 F Cet eF, vS, R, lbM, *12 nf 3'
I 62 Gx 0 58.7 +11 49 u Psc 1.0 15. p vF, pL, dif
320 Gx 0 58.8 -20 50 r Cet 15. p vF, pS, E 160deg , *10 n
332 Gx 0 58.8 +07 06 r Psc 15. p vF, S, R, sev st nr S
333 Gx 0 58.8 -16 29 r Cet 16. p no description
334 Gx 0 58.8 -35 08 r Scl vF, S, R, glbM, 2 st 11 s
336 Gx 0 58.8 -18 46 r Cet 12. p vF, vS, R, sbM
I1607 Gx 0 58.9 +00 36 u Cet 1.1 14. p vF, pS, R, lbM
346 C+N 0 59.1 -72 11 s Tuc 14. 10.3 B, L, viF, mbM D*, r
335 Gx 0 59.3 -18 14 c Cet 1.2 vF, pS, E, bM
I 64 Gx 0 59.4 +27 03 u Psc 1.3 16. p F, S, R, gmbM
I1608 Gx 0 59.4 -34 20 c Scl 1.7 pB, pS, R; 2 st nf, 2 np
I 63 Nb 0 59.5 +60 49 s Cas 10. pF, eL! conn with np one
I1611 0 59.7 -72 21 d Tuc vF, bM
337 Gx 0 59.8 -07 35 s Cet 2.8 11.6 pF, L, E, glbM, *10 f 21s
I1609 Gx 0 59.8 -40 20 c Phe 1.4 vF, vS, R
I1612 1 00.0 -72 23 d Tuc eF, vS
I 67 1 00.3 -06 55 d Cet vF, suspected
I 68 1 00.4 -06 57 d Cet vF, suspected
I 66 Gx 1 00.5 +30 48 u Psc 1.1 15. p vF, vS, irr
338 Gx 1 00.6 +30 39 r Psc 14. p vF, vS, iF, bM
340 Gx 1 00.6 -06 53 r Cet 14. p vF, S, E
341 Gx 1 00.8 -09 11 r Cet 13. p F, pL, R, lbM, r
342 Gx 1 00.8 -06 47 r Cet 14. p vF, vS
343 * 1 00.8 -23 14 r Cet eF, vS, iR, sbMN (*?)
348 Gx 1 00.9 -53 15 c Phe 1.1 eF, S, R
I 65 Gx 1 00.9 +47 41 s And 4.3 13. p eF, pL, mE, B st f & s
I 70 1 01.1 +00 03 d Cet vF, vS, lbM
I 71 1 01.3 -06 47 d Cet vF, suspected
345 Gx 1 01.4 -06 54 r Cet 13. p vF, vS, gbM
347 Gx 1 01.4 -06 49 r Cet 14. p vF, vS
I 69 Gx 1 01.4 +31 03 z Psc 15. p F, iF, lbM
I 72 1 01.5 -06 46 d Cet neb; *7 sf 2'
344 Gx 1 01.6 -23 16 c Cet 0.9 eF, vS, iR, sbMN (*?)
I1610 Gx 1 01.7 -15 34 m Cet 1.2 14. p pF, pS, R, *10 np
349 Gx 1 01.9 -06 49 r Cet 13. p vF, vS
350 Gx 1 02.0 -06 49 r Cet 15. p eF
351 Gx 1 02.1 -01 55 r Cet 14. p eF, pS, np of 2
352 Gx 1 02.1 -04 15 s Cet 2.7 13. p pF, S, iE, *8 f 97s
361 Gb 1 02.2 -71 33 s Tuc 1.5 11.8 vvF, pL, vlE, vgbM
353 Gx 1 02.6 -01 56 r Cet 14. p eF, pS, R, sf of 2
360 Gx 1 02.9 -65 37 c Tuc 3.3 eF, vmE 145deg , vlbM
355 Gx 1 03.2 -06 20 r Cet 15. p eF, vS
362 Gb 1 03.2 -70 51 s Tuc 12.9 6.6 glob. cl. , vB, vL, vC, vmbM st 13-14
354 Gx 1 03.3 +22 20 s Psc 0.9 14. p vF, vS, R, vS* inv, *14 close p
356 Gx 1 03.3 -07 00 r Cet 13. p vF, S, iR
371 OC 1 03.3 -72 05 s Tuc 8. Cl, F, L, R, pC, st 14...16
357 Gx 1 03.4 -06 20 s Cet 2.6 11.8 F, S, iR, sbM, *14 nf 20"
376 1 03.9 -72 49 D Tuc only a D*, pos 270deg , dist 10"
365 Gx 1 04.1 -35 07 v Scl F, S, R, glbM
I1615 Gx 1 04.1 -51 08 c Phe 1.2 eF, S, cE 140deg , cbM
I1617 Gx 1 04.3 -51 02 c Phe 1.5 eF, S, cE 130deg , cbM
359 Gx 1 04.4 -00 45 r Cet 15. p eF, vS
368 Gx 1 04.4 -43 16 r Phe eF, vS, *7-8 sp 3'
364 Gx 1 04.6 -00 51 r Cet 14. p vF, vS
I1613 Gx 1 04.8 +02 07 s Cet 12.0 9.3 F, eeL
367 ? 1 04.9 -12 09 F Cet eF, pS, E 175deg , bn, 3 st 12 np
I 73 Gx 1 04.9 +04 46 z Psc 15. p vF, pL, dif
I1616 Gx 1 04.9 -27 26 c Scl 1.7 eF, pS, 3 st in line nr
369 Gx 1 05.1 -17 45 c Cet 1.3 vF, vS, R, gbM
I1614 1 05.1 +33 13 d Psc vF, S, E 120deg , vlbM, *15 nr
358 Ast 1 05.2 +62 02 r Cas Cl, vlRi
395 1 05.3 -72 00 D Tuc group of about 10 st, no neb
I1624 1 05.3 -72 02 d Tuc vF, S, R
I 74 Gx 1 05.9 +04 05 z Psc 15. p vF, S, stellar
I1618 Gx 1 06.0 +32 25 u Psc 1.2 16. p vF, S
363 Gx 1 06.1 -16 34 r Cet 15. p eF, eS, R
I1626 1 06.1 -73 17 d Tuc vF, cS, R
378 Gx 1 06.2 -30 11 r Scl 14. p vF, S, R, gbM
377 *** 1 06.3 -20 03 F Cet vF, vS, mE, sbMN
366 OC 1 06.4 +62 14 s Cas 3. Cl, S
I1621 1 06.4 -46 43 d Phe eF, eS, mE 0deg , cbM
370 - 1 06.6 +32 25 r Psc vF, *13 s 15", dif
372 *** 1 06.7 +32 26 r Psc stellar, mbM, r
373 Gx 1 07.0 +32 18 r Psc vF, vS
374 Gx 1 07.1 +32 46 r Psc 14. p F, S, bet 2 st 15
375 Gx 1 07.1 +32 21 s Psc 1.3 16. p vF, vS
I1620 Gx 1 07.1 +13 58 u Psc 1.2 14. p F, pS, dif
I 75 Gx 1 07.2 +10 51 u Psc 1.6 15. p vF, vS, dif, vlbM
379 Gx 1 07.3 +32 31 s Psc 1.8 12.6 pF, S, R, bM
380 Gx 1 07.3 +32 29 s Psc 1.6 12.5 pF, S, R, sbM
382 Gx 1 07.4 +32 24 s Psc 0.4 14. p vF, S, R, sp of D neb
383 Gx 1 07.4 +32 25 s Psc 2.3 11.9 pF, pL, R, gbM, nf of D neb
384 Gx 1 07.4 +32 18 s Psc 1.1 13.0 pF, pS, sp of 2
385 Gx 1 07.4 +32 19 s Psc 1.5 12.9 pF, pS, R, nf of 2
406 Gx 1 07.4 -69 53 s Tuc 3.8 12. p F, vL, vglbM, bN with eE wisps 165deg
I1619 Gx 1 07.4 +33 04 z Psc 15. p F, S, R, gbMFN, bet 2 st 13
386 Gx 1 07.5 +32 22 v Psc 0.9 14.1 cF, S, R
387 Gx 1 07.5 +32 23 r Psc vF, S, R
391 Gx 1 07.5 +00 56 r Cet 14. p F, S, r
I1622 1 07.5 -17 30 d Cet vF, S, R, sp of 2
I1623 1 07.7 -17 28 d Cet B, cS, lE, nf of 2
I1625 Gx 1 07.7 -46 54 c Phe 2.1 eF, vS, R, susp
388 Gx 1 07.8 +32 19 v Psc 0.8 14.3 vF, S, R
411 1 07.9 -71 46 D Tuc cB, S, R, stellar
396 Gx 1 08.0 +04 32 A Psc eF, S, lE
390 Gx 1 08.1 +32 27 r Psc vF, vS, stellar
416 Gb 1 08.1 -72 21 s Tuc 1.1 11.0 F, pS, R, gbM
I 76 Gx 1 08.2 -04 32 m Cet 0.7 15. p F, vS, R, lbM
I1627 Gx 1 08.2 -46 06 c Phe 2.5 cF, S, eE 135deg , vmbM
381 OC 1 08.3 +61 35 s Cas 6. 9. p Cl, pC
405 D* 1 08.3 -46 40 r Phe eS, stellar, = *7
419 Gb 1 08.3 -72 53 s Tuc 2.6 10.0 pB, pL, R, gbM
I1630 Gx 1 08.3 -46 45 c Phe 1.7 eF, eS, E 60deg , susp
392 Gx 1 08.4 +33 07 r Psc 14. p F, vS, R, mbM, bet 2 st
394 Gx 1 08.4 +33 08 r Psc 15. p F, S, 50" nf 392
389 Gx 1 08.5 +39 42 r And 15. p eF, eS, R, * nr
397 Gx 1 08.5 +33 06 r Psc 15. p eF, S, R, vF* p
393 Gx 1 08.6 +39 40 r And 13. p F, vS, vlE, gbM, 4 S st nr
I 77 Gx 1 08.7 -15 25 x Cet vF, S, irr, bM
398 Gx 1 08.8 +32 30 r Psc 15. p vF, vS, stellar
I 78 Gx 1 08.8 -15 51 x Cet F, S, lbM, r
I 79 Gx 1 08.8 -15 57 v Cet 0.7 R, S, bM N = 14m
I1628 Gx 1 08.8 -28 35 c Scl 1.4 cB, pS, R, 3 st 8 nr
I1631 Gx 1 08.8 -46 29 c Phe 1.3 eF, S, R, susp
422 1 08.9 -71 46 D Tuc only 3 eF st, close, in SMC
I 80 Gx 1 08.9 -15 24 x Cet vF, S, R, gbM
399 Gx 1 09.0 +32 37 r Psc 14. p vF, S, R
400 - 1 09.0 +32 44 r Psc eF, vS, 403 f
401 - 1 09.1 +32 46 r Psc eF, stellar, 403 f
I 82 Gx 1 09.1 -16 00 x Cet F, S, gbM
402 - 1 09.2 +32 49 r Psc eF, vS, R, 403 s 3'
403 Gx 1 09.2 +32 45 s Psc 2.1 13. p vF, pS, cE, *11 s 85"
I 81 1 09.2 -01 41 D Cet eF, S, lE, * 1' sff
I1644 1 09.2 -73 12 d Tuc PN , stell
I1641 1 09.3 -71 46 x Tuc eF, eS, R; = 422
404 Gx 1 09.4 +35 43 s And 4.4 10.1 pB, cL, R, gbM, beta And sf
I1629 Gx 1 09.4 +02 34 z Cet 16. p F, vS, R, stell
409 Gx 1 09.5 -35 48 c Scl 1.5 eF, S, R, vS* nr
413 Gx 1 09.5 -02 50 r Cet 16. p eF, pS, vlE
I1633 Gx 1 09.9 -45 56 c Phe 3.0 vF, S, R, vF* f
415 Gx 1 10.2 -35 29 r Scl vF, S, R, glbM
412 - 1 10.3 -20 01 r Cet vF, eS, R, sbMN (neb?)
I 83 Gx 1 10.5 +01 41 m Cet 0.5 15. p F, S, dif, lbM
407 Gx 1 10.6 +33 07 s Psc 2.0 14. p vF, vS, sp of 2
418 Gx 1 10.6 -30 13 s Scl 2.3 13. p F, pL, R, vglbM, p of 2
I1632 1 10.7 +17 41 d Psc vF, vS, dif, *15 v close
408 Gx 1 10.9 +33 06 A Psc vF, vS, 410 f 8s
410 Gx 1 11.0 +33 09 s Psc 2.6 13. p pB, pL, nf of 2
I1637 Gx 1 11.0 -30 26 c Scl 1.8 eF, S, R, susp
417 Gx 1 11.1 -18 10 r Cet 15. p eF, eS, R
I1634 1 11.1 +17 39 d Psc F, S, R, gbM, r
I1635 1 11.1 +17 39 d Psc F, S, R, gbM, r
414 Gx 1 11.3 +33 06 r Psc 14. p vF, S, iR, mbM, 410 np
423 Gx 1 11.4 -29 13 r Scl 14. p eF, S, E, glbM, f of 2
424 Gx 1 11.5 -38 05 c Scl 2.1 vF, S, R, glbM
I 84 Gx 1 11.5 +01 39 z Cet 15. p pB, S, iF, bM
I1636 1 11.6 +33 21 d Psc F, vS, gbMN
432 Gx 1 11.8 -61 32 c Tuc 1.5 F, S, R, gbM, *12 f
I 85 1 11.8 -00 28 d Cet eF, close to *8
I1639 Gx 1 11.8 -00 39 s Cet 0.8 14. p vS, R, stell
I1649 Gx 1 11.8 -55 51 c Phe 1.6 eF, cS, E 140deg , cbM
I1640 Gx 1 11.9 -00 37 x Cet 15. p vS, R, bMN
I1655 OC 1 11.9 -71 20 x Tuc Cl, C, eF, vS
420 Gx 1 12.1 +32 06 r Psc 13. p F, pS, R, bM
421 - 1 12.1 +32 09 r Psc eF, vS
434 Gx 1 12.2 -58 15 s Tuc 1.9 13. p B, S, R, psbM
I1643 Gx 1 12.2 -00 24 x Cet 15. p F, S, R, gbM
I1638 Gx 1 12.3 +33 21 m Psc 0.4 15. p F, vS, R, gbMN, r
I1650 Gx 1 12.3 -50 24 c Phe 1.5 cF, S, mE 55deg , cbM
I1642 1 12.4 +15 45 d Psc F, S, R, lbMN
427 Gx 1 12.5 -32 03 r Scl 15. p 3 vS st with neby (?)
I1645 1 12.5 +15 44 d Psc F, S, R, dif
I1660 1 12.6 -71 45 d Tuc eF, vS, R, stell N or F* in M
I1662 OC 1 12.6 -73 27 x Tuc vF, eS; vS Cl?
I1646 Gx 1 12.7 +15 41 m Psc 0.5 15. p vF, pS, dif
426 Gx 1 12.9 -00 17 r Cet 14. p vF, vS, R
428 Gx 1 12.9 +00 59 s Cet 4.1 11.4 F, L, R, bM, er
440 Gx 1 12.9 -58 17 s Tuc 1.0 F, vS, R
425 Gx 1 13.0 +38 48 r And 13. p vF, vS, R, lbM, *11 att
429 Gx 1 13.0 -00 20 r Cet 14. p vF, vS
430 Gx 1 13.1 -00 15 r Cet 13. p F, vS, R, vsbM *
I1647 Gx 1 13.2 +38 53 z And 15. p vF, S, R, diffic
438 Gx 1 13.4 -37 56 r Scl pF, S, R, glbM
I 86 Gx 1 13.5 -16 14 x Cet F, sbM
I1651 1 13.5 +02 06 d Cet *13 with neb, chiefly nnf
I1648 1 13.7 +33 13 d Psc F, vS, R, N, r
439 Gx 1 13.8 -31 45 s Scl 13. p pB, S, R, gbM
435 Gx 1 14.0 +02 04 r Cet 15. p eF, S, E
441 Gx 1 14.0 -31 47 r Scl 14. p pF, S, R, gbM
I1657 Gx 1 14.1 -32 39 c Scl 2.1 eF, S, vmE
I1663 1 14.1 -32 39 c Scl eF, mE 350deg ; = IC 1657
431 Gx 1 14.2 +33 44 r And 14. p F, S, vsbM
I 87 Gx 1 14.3 +00 46 x Cet 15. p F, pS, R, dif
I1664 ? 1 14.3 -69 48 x Tuc 2 F st inv in eeF neb
437 Gx 1 14.4 +05 56 r Psc 14. p pF, vS, R, F* np
454 Gx 1 14.4 -55 24 c Phe 1.9 vF, S, R, bM
456 Nb 1 14.4 -73 17 s Tuc 15. pF, pL, iR, r, 1st of sev
I 88 1 14.5 +00 48 d Cet pF, S, R, vlbM
442 Gx 1 14.6 -01 01 s Cet 1.2 15. p vF, S, R, B* sf
460 C+N 1 14.8 -72 18 r Tuc F, pL, iR, gbM, r, 2nd of sev
445 Gx 1 14.9 +01 56 r Cet 15. p vF, vS
446 Gx 1 14.9 +04 11 r Psc 15. p F, vS, stellar; = IC 89
458 1 14.9 -71 33 D Tuc prob Cl, eS, close, no neb
I1652 Gx 1 15.0 +31 58 u Psc 1.4 14. p F, S, E ns, *12 v close
443 Gx 1 15.1 +33 23 r Psc 14. p F, S, R, *15 p 8s on parallel
I1653 Gx 1 15.1 +33 23 s Psc 1.1 13.5 F, vS, R, gbMN, r
I1654 Gx 1 15.2 +30 12 u Psc 1.6 14. p F, S, lE, gblM, r
433 OC 1 15.3 +60 08 s Cas 3. Cl, S, lC
448 Gx 1 15.3 -01 37 r Cet 13. p pB, vS, lE
450 Gx 1 15.5 -00 52 s Cet 3.2 12.1 vF, L
465 OC 1 15.5 -73 20 D Tuc many st, no neb, perhaps Cl
436 OC 1 15.6 +58 49 s Cas 6. 8.8 Cl, S, iF, pC
447 Gx 1 15.6 +33 04 v Psc 2.6 14.0 F, pL, bM, *11 nf
I1656 1 15.6 +33 05 x Psc neb, S* close sf, *9 sf 3'; = 447
I1658 1 15.8 +31 05 x Psc vF, pS, E, N, r; = 444
444 Gx 1 15.9 +31 05 r Psc 14. p vF, mE 135deg , lbM; = IC 1658
455 Gx 1 16.0 +05 11 r Psc 14. p F, vS, alm stell
449 Gx 1 16.1 +33 05 v Psc 0.7 14.3 vF, vS, R, vlbM, vF st inv
I 89 Gx 1 16.1 +04 18 v Psc 2.3 F, S, iF, N = 13m; 462 f; = 446?
I1659 Gx 1 16.1 +30 21 u Psc 1.6 15. p F, S, R, N, r
451 Gx 1 16.2 +33 04 r Psc 15. p vF, vS, R, vlbM; = IC 1661
I1661 1 16.2 +33 05 x Psc eF, S, R; = 451
452 Gx 1 16.3 +31 02 r Psc 14. p vF, E, *9 np, S* nf, vnr
453 *** 1 16.3 +33 05 A Psc vF, vS, R, vF st inv
I 90 Gx 1 16.5 -07 58 m Cet 0.5 14. p B, vS, sbMN
466 Gx 1 17.2 -58 55 c Tuc 2.1 vF, pS, R, gbM
461 Gx 1 17.3 -33 50 c Scl 1.2 pB, R, glbM
I1667 1 17.6 -17 07 d Cet eF, pS, R
I1665 1 17.7 +34 42 d And F, vS, R, like 2 or 3 F st in neb
459 Gx 1 18.0 +17 33 r Psc 15. p eF
462 Gx 1 18.1 +04 14 r Psc eF, vS, stellar
I1666 1 18.5 +32 28 d Psc F, pS, dif, *13 att
I 91 1 18.7 +02 33 d Cet F, S, r, N = 14m
I1668 Gx 1 18.8 +33 11 z Psc 16. p eF, vS, R, vFN
463 Gx 1 18.9 +16 19 r Psc 15. p eF, vS, R, lbM
464 Gx 1 19.0 +34 58 r And S
I 93 Gx 1 19.0 -17 04 m Cet 1.2 14. p vF, pS, lE, *8 f 14s , 1' n
I1674 1 19.0 -50 39 d Phe eF, eS, bM, 2 spir wisps
457 OC 1 19.1 +58 20 s Cas 13. 6.4 Cl, B, L, pRi, st 7, 8, 10
467 Gx 1 19.2 +03 18 s Psc 2.4 11.9 pB, pL, R, gbM
I1670 1 19.2 -16 51 d Cet vF, pS, lE, 2 st nr nf
I 95 1 19.3 -12 34 d Cet F, vS, dif, vlbM
469 Gx 1 19.4 +14 53 r Psc 15. p eF, S, R
484 Gx 1 19.6 -58 31 c Tuc 2.2 vB, S, lE, psmbM
I1671 1 19.6 -17 06 d Cet eF, vS, R, *7 nf 47s
470 Gx 1 19.7 +03 25 s Psc 3.0 11.9 pB, L, iR
468 Gx 1 19.8 +32 47 r Psc 15. p vF, eS, stellar
471 Gx 1 19.9 +14 47 r Psc 14. p neb *12
473 Gx 1 19.9 +16 33 s Psc 2.2 13. p eF, S
I 92 Gx 1 19.9 +32 46 m Psc 0.7 15. p eeF (different from 468?)
475 Gx 1 20.0 +14 51 r Psc eF, S
I 97 1 20.0 +14 51 d Psc stellar = 13.5m
474 Gx 1 20.1 +03 25 s Psc 7.9 11.1 pB, S, smbM, f of 2
I 94 1 20.1 +32 42 d Psc neb *13
I1669 Gx 1 20.1 +33 12 z Psc 16. p vF, S, dif
476 Gx 1 20.2 +16 01 r Psc 15. p eF, vS, stellar
478 Gx 1 20.2 -22 22 r Cet 15. p eF, eS, R, sbMN
482 Gx 1 20.3 -40 57 r Phe eF, lE
I 96 1 20.3 +29 40 d Psc pB, pS, vmbMN = 12m
472 Gx 1 20.5 +32 43 r Psc 14. p eF, vS, *9-10 p 14s , v diff
I1672 Gx 1 20.7 +29 42 u Psc 1.8 14. p pB, S, R, gbMN, r
I1673 1 20.8 +33 01 d Psc F, R, stell N
480 1 20.9 -09 52 F Cet eF, vS, R (neb?); = 481?
481 Gx 1 21.0 -09 12 r Cet 14. p vF, vS, R, F* np
I 98 Gx 1 21.0 -12 37 m Cet 0.6 15. p vF, vS, iF, bM
I1675 Gx 1 21.0 +34 16 u And 0.8 14. p F, S
I1676 Gx 1 21.0 +30 16 z Psc 16. p F, vS, stell N
I1678 Gx 1 21.0 +05 34 z Psc 15. p F, vS, R, stell
I1677 Gx 1 21.2 +33 14 m Psc 0.9 15. p F, pS, R, bMN
477 Gx 1 21.3 +40 29 r And 14. p vF, pS, vlE, vglbM
479 Gx 1 21.3 +03 52 r Psc 15. p eF, S, R
485 Gx 1 21.4 +07 01 s Psc 1.9 14. p cF, pL, R, *8 sp 3'.5
491 Gx 1 21.4 -34 03 s Scl 1.5 13. p B, S, vlE, bM, vS* nr
I1681 Gx 1 21.4 +00 05 x Cet 15. p F, S, R, gbM, r
487 Gx 1 21.8 -16 21 r Cet 14. p eF, vS, R
488 Gx 1 21.8 +05 15 s Psc 5.2 10.3 pB, L, R, svmbM, *8 f 10'
489 Gx 1 21.8 +09 12 r Psc 13. p pB, S, E
I1679 Gx 1 21.8 +33 28 m Psc 0.5 15. p F, S, iF, vlbM, dif
I1680 Gx 1 21.9 +33 18 m Psc 0.6 15. p F, vS, bMN
483 Gx 1 22.0 +33 32 r Psc 14. p vF, vS
486 Gx 1 22.1 +05 24 r Psc 15. p eF, eS, stell, 5' n of 488
490 Gx 1 22.1 +05 22 r Psc 15. p vF, vS, R, 8' nf 488
492 Gx 1 22.2 +05 25 r Psc 15. p eF, vS, R
493 Gx 1 22.2 +00 57 s Cet 3.8 12.5 vF, L, mE 60deg , lbM
I1682 1 22.2 +33 13 d Psc F, vS, R, stell
497 Gx 1 22.4 -00 53 s Cet 2.4 14. p eF, pS, R, vlbM, r
I 99 Gx 1 22.5 -12 57 m Cet 0.5 15. p vF, S, lbM
I1683 Gx 1 22.6 +34 27 u And 1.7 14. p F, S, E ns, gbM, r
500 Gx 1 22.7 +05 24 r Psc 15. p vF, vS, mbM, *11 nf 1'
502 Gx 1 22.8 +09 03 r Psc 14. p cB, S, R, bMN
495 Gx 1 22.9 +33 28 s Psc 1.5 13.2 vF, S, 1st of 3
505 Gx 1 22.9 +09 28 r Psc 15. p vF, vS, stellar
I 100 1 22.9 -04 39 d Cet F, vS, R, N = 12.5m
I1684 1 22.9 +33 23 d Psc F, S, R, dif
494 Gx 1 23.0 +33 11 r Psc 14. p vF, pL, E, 3 F st s
I1685 Gx 1 23.0 +33 11 m Psc 1.9 13. p F, S, R, vlbM, dif
499 Gx 1 23.2 +33 28 s Psc 2.0 12.0 pB, pL, R, 3rd of 3; = IC 1686
I1686 1 23.2 +33 26 x Psc pB, pS, lE pf, gbMN; = 499
496 Gx 1 23.3 +33 33 r Psc 14. p vF, vS, 2nd of 3
498 Gx 1 23.3 +33 30 r Psc 16. p eeF, np 499
501 Gx 1 23.4 +33 27 r Psc 15. p vF, S
509 Gx 1 23.4 +09 26 s Psc 1.7 15. p vF, S, E
I1687 Gx 1 23.4 +33 17 m Psc 0.4 16. p F, vS, R, bMN
I1688 1 23.4 +33 04 d Psc F, vS, R, bMN
503 Gx 1 23.5 +33 21 r Psc 15. p eF, eS, D* 4' sp
504 Gx 1 23.5 +33 13 r Psc 14. p vF, S
511 Gx 1 23.5 +11 17 r Psc 15. p eF, vS, S* inv, S* att
506 - 1 23.6 +33 14 r Psc vF, vS, sp 507; = 504?
507 Gx 1 23.7 +33 15 s Psc 4.3 11.2 vF, pL, R, bM, s of 2
508 Gx 1 23.7 +33 17 s Psc 1.6 12.8 vF, S, n of 2
510 Gx 1 23.7 +33 26 r Psc vF, vS, lE
513 Gx 1 23.8 +33 49 r And 13. p F, S, stellar
I1689 Gx 1 23.8 +33 04 m Psc 0.7 15. p F, vS, R, gbMN, *14 close
I1690 Gx 1 23.8 +33 10 z Psc 15. p F, vS, R, stell
526 Gx 1 23.9 -35 03 r Scl F, S, E, p of 2
512 Gx 1 24.0 +33 55 r And 14. p vF, vS
527 Gx 1 24.0 -35 06 r Scl F, S, lE, bM, f of 2
I1693 Gx 1 24.0 -01 39 x Cet eF, vS, possibly F*
514 Gx 1 24.1 +12 55 s Psc 3.5 11.9 F, L, lE, vglbM, ** f
516 Gx 1 24.1 +09 33 s Psc 1.6 14. p eF, S, v diffic, 524 f 41s
I 101 Gx 1 24.1 +09 56 u Psc 1.6 15. p vF, pL, E, dif
518 Gx 1 24.3 +09 20 s Psc 1.9 14. p F, vS, R
I 102 Gx 1 24.4 +09 54 u Psc 1.0 16. p eF, S, dif
519 Gx 1 24.5 -01 38 v Cet eeF, vS, R, v diffic
I1691 1 24.5 +33 23 d Psc pF, vS, R, dif
515 Gx 1 24.6 +33 29 r Psc 14. p pF, vS, R, np of 2
520 Gx 1 24.6 +03 48 s Psc 4.8 11.2 F, cL, E 137deg
521 Gx 1 24.6 +01 44 s Cet 3.4 13. p F, pL, R, gbM
534 Gx 1 24.6 -38 07 r Scl eeF, S, R, vgbM, 1st of 4
I 103 Gx 1 24.6 +02 02 u Cet 1.4 15. p F, vS, R
I 104 D* 1 24.6 -01 27 x Cet stellar 13m
I1692 Gx 1 24.6 +33 15 z Psc 16. p F, vS, R, gbM, r
517 Gx 1 24.7 +33 27 r Psc 13. p pF, R, stellar, sf of 2
530 Gx 1 24.7 -01 35 A Cet 1.9 14. p eF, S, mE, F* sf; = IC 106
I 105 Gx 1 24.7 +02 05 z Cet 16. p F, eS, R, lbM
I 106 1 24.7 -01 35 x Cet vF, S, dif, lbM; = 530
I 108 Gx 1 24.7 -12 38 m Cet 0.8 15. p F, pL, E ns
522 Gx 1 24.8 +10 00 s Psc 2.8 14. p eF, pL, iF; Cl + neb?
524 Gx 1 24.8 +09 32 s Psc 3.2 10.6 vB, pL, mbM, 4 S st nr
525 Gx 1 24.8 +09 42 r Psc 14. p vF, vS, *11-12 p 5s
I1694 Gx 1 24.8 +01 36 z Cet 15. p vF, S, mbM
I1696 Gx 1 24.9 -01 37 v Cet 1.4 eF, eS, 530 np
I1708 1 24.9 -71 11 d Hyi vF, vS, R, *9 sf 4'
I1695 1 25.0 +08 44 d Psc eF, pS, R, *10 att p
544 Gx 1 25.1 -38 05 r Scl eeF, S, R, vgbM, 2nd of 4
546 Gx 1 25.1 -38 03 r Scl eeF, S, R, vgbM, 3rd of 4
I1697 Gx 1 25.1 +00 27 x Cet 15. p F, vS, R, gbM
I 107 Gx 1 25.2 +14 53 u Psc 1.2 15. p vF, vS, R, * close p
I 109 Gx 1 25.2 +02 04 u Cet 1.3 15. p pB, vS, R
523 Gx 1 25.3 +34 02 s And 3.1 14. p Dneb, vF, vS, pos 90deg , dist 30"
532 Gx 1 25.3 +09 16 s Psc 2.8 14. p vF, pL, E 30deg , bM
539 Gx 1 25.3 -18 09 s Cet 1.8 14. p vF, vS, R
538 Gx 1 25.4 -01 33 s Cet 1.3 15. p eF, S, mE, F* n
I1698 1 25.4 +14 51 d Psc pB, S, iF, bMN
I1699 1 25.4 +14 57 d Psc vF, vS, R, gbM
528 Gx 1 25.5 +33 41 r And 13. p F, pL, R, lbM
533 Gx 1 25.5 +01 46 s Cet 3.7 13. p pB, pL, R, gbM
535 Gx 1 25.5 -01 25 s Cet 1.3 15. p vF, vS, 1st of 3
549 Gx 1 25.5 -38 16 c Scl 2.0 eeF, S, R, vgbM, 4th of 4
I1700 1 25.5 +14 52 d Psc pB, S, R, gbMN
529 Gx 1 25.7 +34 44 r And 13. p pB, vS, sbM, p of 2
541 Gx 1 25.7 -01 23 s Cet 2.7 12.0 F, S, R, bM
543 Gx 1 25.8 -01 18 s Cet 0.7 13.3 eF, eS
I1701 Gx 1 25.8 +18 11 u Psc 1.6 15. p F, S, dif, N 13m
I 110 1 25.9 +33 30 d Psc vF
I1702 Gx 1 25.9 +16 36 u Psc 1.5 14. p eeF, pS, lE, v diffic, bet 2 st ns
545 Gx 1 26.0 -01 20 s Cet 3.0 14. p stellar, p of Dneb
547 Gx 1 26.0 -01 21 s Cet 1.7 12.3 stellar, f of Dneb
548 Gx 1 26.0 -01 14 v Cet 1.5 eF, eS
I 111 1 26.0 +33 29 d Psc *13 with neb
I 112 Gx 1 26.0 +11 27 u Psc 0.9 14. p F, S, dif, E pf
531 Gx 1 26.3 +34 45 r And 15. p F, S, R
537 - 1 26.3 +34 05 r And stellar; = 523?
I 114 Gx 1 26.3 +09 56 u Psc 1.6 16. p eF, vS, R
536 Gx 1 26.4 +34 43 s And 3.7 13. p pB, pL, gbM, f of 2
I 113 1 26.4 +19 12 d Psc vF, 3' nf of *5
I1703 Gx 1 26.4 -01 38 v Cet 2.3 eF, S, dif
542 Gx 1 26.5 +34 41 r And 15. p eF, diffic
557 Gx 1 26.5 -01 38 F Cet 15. p eF, S, R, *10 nf; = IC 1703
550 Gx 1 26.7 +02 01 s Cet 1.7 14. p F, S, E 90deg , bM, r
I1705 1 26.7 -03 30 d Cet neb *12, FD* nf 2'
I 116 1 26.8 -04 59 d Cet F, S, R, lbM
567 Gx 1 26.9 -10 15 r Cet 14. p eF, vS, R
I 115 Gx 1 26.9 +19 13 v Psc 0.6 14.2 vF, *6 3'.5 npp
I1704 1 26.9 +14 43 d Psc pB, pS, dif, iF, gvlbM
540 Gx 1 27.1 -20 02 c Cet 1.4 vF, vS, R, sbMN
563 Gx 1 27.1 -18 38 r Cet 14. p vF, pS, lE, bMN, sev F st nr
554 Gx 1 27.2 -22 43 r Cet 15. p eF, vS, E, 1st of 3, *11 f
555 Gx 1 27.2 -22 45 r Cet 15. p eF, S, iR, 2nd of 3
556 1 27.2 -22 42 D Cet eF, vS, R, 3rd of 3
I1706 Gx 1 27.2 +14 47 v Psc 1.4 F, S, dif, vlbM
558 Gx 1 27.3 -01 58 v Cet 0.7 eF, S, E, *10 p; = IC 117
560 Gx 1 27.4 -01 55 s Cet 2.3 12.9 vF, vS, iE, p of 2
I 117 * 1 27.4 -01 52 x Cet pF, S, dif, 560 sf
551 Gx 1 27.6 +37 11 r And 13. p vF, S, E, vglbM, *13 nr
I 118 1 27.6 -05 00 d Cet vF, vS, R, lbM
552 - 1 27.8 +33 28 r Psc vS, stellar, p of 2; RA?
553 - 1 27.8 +33 28 r Psc vS, stellar, f of 2; RA?
564 Gx 1 27.8 -01 53 s Cet 1.8 12.5 vF, vS, iF, f of 2
568 Gx 1 27.9 -35 43 r Scl vF, S, R
I 119 Gx 1 27.9 -02 03 v Cet 1.6 F, E pf, dif, 564 n
I1709 Gx 1 27.9 -35 43 c Scl 2.7 eF, pS, R, v diffic; = 568
561 Gx 1 28.2 +34 19 r And 14. p eF, pL, R
565 Gx 1 28.2 -01 18 s Cet 1.6 15. p S, E (biN?)
I 120 Gx 1 28.2 -01 55 v Cet F, S, dif
I 122 1 28.2 -14 50 d Cet pB, S, bM
562 Gx 1 28.4 +48 23 s And 1.5 15. p eF, pS, R, D* nr s
I 121 Gx 1 28.4 +02 31 u Cet 1.2 14. p F, S, R, gbM
572 Gx 1 28.6 -39 18 r Scl eF, S, att to S*, B* nr
I 123 Gx 1 28.8 +02 27 m Cet 0.4 15. p F, S, R, sbM
I1707 1 28.8 +33 36 d Psc eF, dif, *13.3 close
576 Gx 1 28.9 -51 36 c Phe 1.2 F, S, R, bM, am st 11
566 Gx 1 29.0 +32 21 r Psc 14. p vF, S, R
570 Gx 1 29.0 -00 57 s Cet 2.5 14. p vF, pL, R, mbMN
574 Gx 1 29.0 -35 35 r Scl vS, D* pos 225deg inv
569 Gx 1 29.1 +11 09 r Psc 14. p eF, vS, R
I 124 * 1 29.2 -01 56 x Cet vF, vS, dif
I 125 Gx 1 29.3 -13 18 m Cet 0.4 15. p vF, vS, R, lbM
559 OC 1 29.5 +63 18 s Cas 4. 9.5 Cl, B, pL, pRi
602 C+N 1 29.6 -73 33 r Hyi B, S, R, psbM*, r
583 Gx 1 29.7 -18 19 r Cet 15. p eF, S, R
I 126 Gx 1 29.8 -01 59 x Cet 16. p eF, stellar, 557 f
I 127 Gx 1 29.8 -06 59 v Cet 2.1 F, pS, dif, *11.5 close
571 Gx 1 29.9 +32 31 r Psc 15. p vF, pS, *13-14 sp
578 Gx 1 30.5 -22 40 s Cet 4.8 10.9 B, L, pmE, gpmbM
577 Gx 1 30.7 -01 59 r Cet 14. p F
580 1 30.7 -02 00 D Cet pF, pS, R; = 577
575 Gx 1 30.8 +21 26 r Psc 14. p eF, pL, iR; = IC 1710
I1710 1 30.8 +21 26 x Psc F, pL, dif, *13.5 att; = 575
573 Gx 1 30.9 +41 16 r And 13. p vF, vS, R, gbM
I1711 Gx 1 30.9 +17 11 u Psc 2.7 15. p F, pL, E 260deg , gbM
584 Gx 1 31.3 -06 52 s Cet 3.8 10.4 vB, pL, R, mbM, p of 2; = IC 1712
I 128 Gx 1 31.3 -12 38 m Cet 0.8 14. p F, R, S, N
I1712 1 31.4 -06 52 x Cet no descr; = 584
I 130 1 31.5 -15 35 d Cet vF, S, dif
586 Gx 1 31.6 -06 54 s Cet 1.6 13.2 vF, vS, R
I 129 Gx 1 31.6 -12 41 m Cet 1.0 14. p F, pL, R, dif
579 Gx 1 31.7 +33 38 r Tri 13. p vF, pL, gbM
585 Gx 1 31.7 -00 55 r Cet 14. p vF, S, R, bM
582 Gx 1 31.9 +33 30 r Tri 13. p vF, pL, pmE, *12 p
597 Gx 1 32.2 -33 29 r Scl F, S, R, bM
593 Gx 1 32.3 -12 21 r Cet 14. p vS Cl, lE, nebulous
587 Gx 1 32.5 +35 22 r Tri 13. p vvF, S, S Cl?
I1717 1 32.5 -67 32 d Hyi eF, eS, mE 25deg , stell N
589 Gx 1 32.6 -12 02 r Cet 14. p vF, S, R, gbMN, *10 sp 2'
588 Kt 1 32.7 +30 40 r Tri F, p of 2
I1713 Gx 1 32.7 +35 20 m Tri 2.2 13. p *13, nebs ?
599 Gx 1 32.8 -12 11 r Cet 13. p F, S, iF, er
I 141 Gx 1 32.8 -14 49 m Cet 1.0 14. p pB, S, R, N 11.5 excentr
596 Gx 1 32.9 -07 02 s Cet 3.5 10.9 pB, R, bM, R, *6 f 12'
I1714 1 32.9 -13 30 d Cet eeF, S, lE, v dif, *8 n
594 Gx 1 33.0 -16 32 r Cet 14. p F, pS, E, glbM
I 138 Gx 1 33.0 -00 42 u Cet 1.4 15. p no description
600 Gx 1 33.1 -07 19 s Cet 3.5 12.4 eeF
581 OC 1 33.2 +60 42 s Cas 6. 7.4 Cl, pL, B, R, Ri, st 10...11; = M103
592 Kt 1 33.2 +30 39 r Tri F, pL, f of 2
I 131 Nb 1 33.2 +30 45 x Tri vF, close to *13.5
I 135 Nb 1 33.2 +30 28 x Tri vF
I 136 Nb 1 33.2 +30 30 x Tri eF, diffic, *10 np 3'
601 - 1 33.3 -12 12 r Cet vF, vS, R, 4' sf 599
I 132 Nb 1 33.3 +30 57 x Tri vF, D* (13, 13) close
I 133 Nb 1 33.3 +30 53 x Tri vF, S, vlb south, dif
I 134 * 1 33.4 +30 53 x Tri vF, susp, *9 n 3'
591 Gx 1 33.5 +35 41 r And 14. p eF, pS, R, lbM, B* sf
595 Kt 1 33.5 +30 42 r Tri vF, S, R, inv in M33
I1716 * 1 33.5 -12 19 F Cet eF, r, neb?
590 Gx 1 33.6 +44 56 r And 14. p F, vS, rr?
I 137 Nb 1 33.6 +30 31 x Tri vF, pL, dif
I1715 Gx 1 33.6 +12 34 u Psc 0.8 14. p F, S, R, N, r
I 139 * 1 33.7 +30 28 x Tri vF, v dif, vlbM
I 140 * 1 33.7 +30 29 x Tri vF, dif
598 Gx 1 33.9 +30 39 s Tri 62. 5.7 ! eB, eL, R, vgbMN; = M33
617 Gx 1 33.9 -09 47 r Cet 15. p eF, S, lE
I 142 Nb 1 33.9 +30 45 x Tri vF, stellar, or *13 inv
612 Gx 1 34.0 -36 30 s Scl 13.2 F, vS, R, *12 p
I 143 Nb 1 34.1 +30 47 x Tri vF, S, dif, *13 f 0'.6
607 1 34.3 -07 25 D Cet *11, *14 close s
610 - 1 34.3 -20 09 r Cet eF, vS, R, vgbM, *10 p 2'
611 - 1 34.3 -20 08 r Cet eF, vS (F*?), 30" nf 610
613 Gx 1 34.3 -29 25 s Scl 5.8 10.0 vB, vL, vmE 118deg , sbM, *10 nf
603 *** 1 34.4 +30 11 A Tri only an eF*?
604 Kt 1 34.5 +30 48 r Tri B, vS, R, vvlbM
619 Gx 1 34.8 -36 28 r Scl eeF, vS, R, p of 2
606 Gx 1 34.9 +21 26 r Psc 14. p eF, pS, R, vlbM, r?
623 Gx 1 35.0 -36 29 r Scl F, S, R, f of 2
605 Gx 1 35.1 +41 16 r And 14. p vF, vS, R, bM
615 Gx 1 35.1 -07 20 s Cet 4.0 11.5 pB, pL, ilE, gbM, r, *8 np 10'
625 Gx 1 35.1 -41 26 s Phe 3.0 12. p B, L, mE, gpmbM
643 Gb 1 35.1 -75 33 A Hyi 13. p vF, pS, R, vglbM
626 Gx 1 35.2 -39 08 r Scl pF, S, R, bM
608 Gx 1 35.4 +33 41 r Tri 14. p vF, psbM, stellar
630 Gx 1 35.6 -39 21 r Scl pF, S, R, bM
624 Gx 1 35.7 -10 00 r Cet 14. p eF, S, am vS st
614 Gx 1 35.8 +33 42 r Tri 14. p pF, psbM, stellar
616 D* 1 36.0 +33 46 r Tri neb D*, *8 np
622 Gx 1 36.0 +00 40 s Cet 2.0 14. p eF, pL, dif
618 1 36.3 +33 24 D Tri nonexistent
633 Gx 1 36.4 -37 18 r Scl pB, S, R, gbM, ** np
621 Gx 1 36.7 +35 32 r Tri 14. p vF, eS, R, bMN
628 Gx 1 36.7 +15 47 s Psc 10.2 9.2 glob. cl. , F, vL, R, vg, psmbM, rr; = M74
631 Gx 1 36.8 +05 51 r Psc 15. p vF, S, gbM
620 Gx 1 37.0 +42 20 r And 14. p eF, vS, R, lbM
627 1 37.1 +33 35 D Tri nonexistent
609 OC 1 37.2 +64 33 s Cas 3. 11.0 Cl, S, pRi, st 14...
632 Gx 1 37.3 +05 53 r Psc 13. p pB, S, R, psbM
646 Gx 1 37.4 -64 55 s Hyi vF, iR, vglbM
I1719 Gx 1 37.6 -33 55 c Scl 2.1 vF, S, R, cF, * nr nf
I 144 Gx 1 37.7 -13 19 m Cet 0.6 15. p eF, eS, stellar
634 Gx 1 38.2 +35 23 r Tri 14. p eF, eS, sev F st inv
635 - 1 38.3 -19 56 r Cet eF, vS, R
I1718 1 38.4 +33 21 d Tri F, pS, pR, *13.5 att
641 Gx 1 38.7 -42 31 r Phe F, S, R, gpmbM, p of 2
648 Gx 1 38.7 -17 50 r Cet 14. p vF, vS, vlE, sbMN
I 145 Gx 1 38.7 +00 44 m Cet 0.6 15. p F, S, dif
I 146 Gx 1 38.7 -17 50 c Cet 1.4 F, vS, R, lbM; = 648
639 Gx 1 38.9 -29 55 r Scl 15. p vF, vS, p of 2
644 Gx 1 38.9 -42 35 r Phe F, S, vlE, glbM, f of 2
642 Gx 1 39.0 -29 54 r Scl 14. p vF, pS, R, gbM, * f nr, f of 2
636 Gx 1 39.1 -07 31 s Cet 2.3 11.3 pB, vS, R, mbM, r
640 Gx 1 39.3 -09 23 r Cet 15. p eF, S, lE 170deg , lbMN, *10 s 4'
638 Gx 1 39.6 +07 14 r Psc 14. p vF, pS, R
647 Gx 1 39.8 -09 13 r Cet 14. p eF, pS, lE 160deg , bMN, *8 f 16s
649 Gx 1 40.0 -09 14 r Cet 15. p eF, S, E 0deg , bM D*?
I 147 Gx 1 40.0 -14 52 m Cet 0.8 14. p F, vS, R, vF* close
645 Gx 1 40.2 +05 44 r Psc 14. p F, pL, mE
629 - 1 40.3 +72 53 r Cas iF, 3 st + neb
I1720 Gx 1 40.4 -28 55 c Scl 1.3 eF, eS, R, B, * p
652 Gx 1 40.7 +07 59 r Psc 14. p eeF, pS, R, v diffic
I1721 Gx 1 41.4 +08 30 u Psc 1.2 14. p pB, pS, E pf, gbM, r
2573 Gx 1 42. -89 20 c Oct 3.6 13.5 F, S, R, glbM, Polarissima Australis
655 Gx 1 42.0 -13 04 r Cet 14. p eF, eS, gbMN
658 Gx 1 42.2 +12 35 s Psc 3.2 14. p pF, pS, mE, mbM
650 Pl 1 42.3 +51 34 s Per 4.8 12. p vB, p of Dneb; = M76
651 Pl 1 42.3 +51 35 d Per 12. p vB, f of Dneb; = M76
653 Gx 1 42.4 +35 39 r And 14. p vF, pL, mE, lbM, sev st inv
656 Gx 1 42.4 +26 09 r Psc 13. p F, vS, R, r?
I 148 1 42.4 +13 39 d Psc eeF, pS, v diffic, 660 sf
I 149 Gx 1 42.4 -16 18 m Cet 1.0 14. p F, pS, E pf, lbM
637 OC 1 42.9 +64 00 s Cas 4. 8.2 Cl, pS, B & vF st
660 Gx 1 43.0 +13 38 s Psc 9.1 10.8 pB, pL, E, bM, r
I 150 Gx 1 43.0 +04 12 u Psc 1.0 15. p F, S, R, dif, *10.5 near, 664 f
I1722 Gx 1 43.0 -34 11 c Scl 1.8 F, S, cE 45deg
I1723 Gx 1 43.2 +08 53 v Psc 3.5 F, pL, E 200deg , glbM
I1724 Gx 1 43.2 -34 15 c Scl 1.6 F, S, cE 175deg
657 OC 1 43.7 +55 53 r Cas Cl, pRi, st 12
664 Gx 1 43.8 +04 14 s Psc 1.8 14. p vF, S, R
I 151 1 44.0 +13 12 d Psc eF, pS, np of 2
654 OC 1 44.1 +61 53 s Cas 5. 6.5 Cl, iF, Ri, one *6-7, st 11...14
I 152 1 44.1 +13 02 d Psc eF, S, R, vF* close, sf of 2
659 OC 1 44.2 +60 42 s Cas 5. 7.9 Cl, lRi, st B
661 Gx 1 44.2 +28 42 s Tri 2.2 13. p F, S, R, bM, r
662 Gx 1 44.5 +37 41 s And 1.0 14.3 F, S, R, mbM
I 153 1 44.6 +12 38 d Psc eF, pS, R, sp of 2
665 Gx 1 44.8 +10 26 r Psc 13. p F, S, lE, bM, r
667 Gx 1 45.1 -22 56 r Cet eF, S, R, *10 np 100"
I1725 1 45.2 +21 47 d Psc F, S, pR, dif
I 154 Gx 1 45.3 +10 39 u Psc 1.3 15. p F, vS, lbM, *11.5 sp
I1726 Gx 1 45.3 +04 37 z Psc 15. p F, vS, gbM, *13.5 close
I 156 Gx 1 45.5 +10 33 u Psc 1.8 15. p pB, S, R, mbMN = *12
I 157 1 45.7 +12 52 d Psc eeF, S, R, D* p, nf of 2
I 158 1 45.9 -06 56 d Cet vF, vS, R, mbM
663 OC 1 46.0 +61 15 s Cas 16. 7.1 Cl, B, L, eRi, st pL
666 Gx 1 46.0 +34 23 r Tri 13. p vF* in eF, eS neby
668 Gx 1 46.3 +36 27 s And 2.3 14. p pF, pS, R, gbM
I 160 Gx 1 46.4 -13 15 m Cet 0.8 14. p F, stellar, 13m
I 159 Gx 1 46.5 -08 39 m Cet 0.6 16. p pB, S, R, mbM
671 Gx 1 46.9 +13 06 r Ari 14. p eF, pS, R, bet D* & *
669 Gx 1 47.2 +35 33 s Tri 3.4 13. p pF, pL, mE, gbM
670 Gx 1 47.4 +27 53 s Tri 2.5 12.1 F, S, lE
I 155 1 47.5 +59 47 d Cas vF, eL, dif
I1727 Gx 1 47.5 +27 20 s Tri 6.2 11.6 F, L, st inv, 672 nf
I1728 Gx 1 47.7 -33 36 c For 1.4 F, S, E 160deg , mbM
685 Gx 1 47.8 -52 47 s Eri 4.1 12. p F, vL, R, vgvlbM
690 Gx 1 47.8 -16 43 r Cet 14. p vF, vS, R, lbM
672 Gx 1 47.9 +27 26 s Tri 6.6 10.8 F, pL, mE 80deg
I1729 Gx 1 47.9 -26 53 c For 1.9 pB, eS, alm stell, rr?
673 Gx 1 48.4 +11 32 s Ari 2.4 13. p pF, pL, E, lbM, *11 nf 3'
692 Gx 1 48.7 -48 39 c Phe 2.4 B, S, R, gbM
I 161 1 48.7 +10 22 d Psc eeF, vS, R
I 162 Gx 1 48.9 +10 31 u Psc 1.9 15. p eeF, S, lE
675 Gx 1 49.0 +13 02 r Ari 15. p vF, S, R, lbM, sp of 2
676 Gx 1 49.0 +05 54 s Psc 4.3 11. p vF, E 161deg , sbM *9
682 Gx 1 49.0 -14 59 r Cet 13. p cF, S, R, gvlbM
686 Gx 1 49.0 -23 48 r For 13. p vF, vS, R, gbM, er, 2 st nr
677 Gx 1 49.1 +13 02 r Ari 14. p eeF, S, R, nf of 2
I 164 1 49.1 -03 55 D Cet pF, S, R, bet 2 st (S Cl?)
674 - 1 49.2 +22 20 r Ari pB, vmE, *14 f 8s ; = 697?
681 Gx 1 49.2 -10 26 s Cet 2.8 11.8 pF, cL, R, glbM, S* p 90"
I 163 Gx 1 49.3 +20 42 t Ari 1.8 14. p F, pS, R, bM
I1734 Gx 1 49.3 -32 45 c For 1.5 vF, pS, lE 100deg , bM
678 Gx 1 49.4 +22 00 s Ari 5.0 13. p pB, S, iR, mbM, p of 2
696 Gx 1 49.4 -34 55 r For F, S, R
683 Gx 1 49.6 +11 41 r Ari 15. p eF, 2 st 14 p 90"
698 Gx 1 49.6 -34 50 r For eF, S
679 Gx 1 49.7 +35 47 s And 2.3 12.4 F, stellar
680 Gx 1 49.8 +21 58 s Ari 2.9 13. p pB, S, iR, mbM, f of 2
689 Gx 1 49.9 -27 28 r For 15. p vF, pL, R, gbM
I1730 Gx 1 50.0 +21 58 m Ari 0.6 15. p F, S, R, gbM
684 Gx 1 50.2 +27 39 s Tri 3.9 13. p F, vlE, *13 f 100"; = IC 165
I 165 ? 1 50.2 +27 38 x Tri eF, S, lE, vF* close f; = 684
I1731 Gx 1 50.2 +27 12 v Tri 1.7 F, E npsf, bM, prob spir
I1739 1 50.4 -34 03 d For cF, cS, R, mbM
693 Gx 1 50.5 +06 09 s Psc 2.7 14. p pF, S, E 90deg , vglbM, *10 nf
I 168 1 50.5 -08 32 d Cet vF, stellar, *10 f 4' (707 f 1mag )
687 Gx 1 50.6 +36 21 r And 13. p vF, stellar
699 Gx 1 50.6 -12 03 r Cet 14. p eF, pS, E 105deg , bnp, curved
I 169 1 50.6 -12 41 d Cet F, S, E pf, bM, r
691 Gx 1 50.7 +21 46 s Ari 3.5 12. p F, cL, vglbM
I1733 1 50.7 +33 06 d Tri F, vS, pR, r
688 Gx 1 50.8 +35 16 r Tri 13. p vF, vS, r?
I1732 Gx 1 50.8 +35 55 u And 1.7 15. p vF, pS, mbM; eF st inv?
I1735 1 50.9 +33 06 d Tri vF, vS, R
I1736 Gx 1 50.9 +18 18 u Ari 1.4 15. p F, pS, E 210deg , glbM
694 Gx 1 51.0 +22 00 s Ari 0.8 14. p F, S, R, bet 2 st 15
701 Gx 1 51.1 -09 42 s Cet 2.5 12.2 F, pL, E, vgvlbM, r
I 167 Gx 1 51.1 +21 55 v Ari 3.0 eF, *10.5 n 4'
I1738 Gx 1 51.1 -09 47 v Cet 1.2 eF, vS, 701 p
695 Gx 1 51.2 +22 35 s Ari 0.7 14. p vS, stellar
707 Gx 1 51.2 -08 30 r Cet 14. p vF, F* in centre
697 Gx 1 51.3 +22 21 s Ari 4.7 13. p F, cL, E, mbM
702 Gx 1 51.3 -04 03 s Cet 1.5 14. p eF, vlE 0deg , *13 s 90"
I1740 1 51.3 -29 57 d For pB, eS, lE, like D*
I1737 1 51.7 +36 15 d And eF, 3 or 4 vF st in neb
706 Gx 1 51.8 +06 18 s Psc 2.2 13. p F, S, bM, *13 n 1'
I1741 Gx 1 51.9 -16 47 m Cet 0.7 14. p eF, eS; = 690?
I 170 1 52.0 -08 32 d Cet F, vS, R, stellar
700 Gx 1 52.2 +36 04 r And 15. p eF, vS, R, sp 703
711 Gx 1 52.5 +17 30 r Ari 14. p vF* in vF, vS neby
I 166 OC 1 52.5 +61 50 s Cas 5. 11.7 S Cl, nebulous?
725 Gx 1 52.6 -16 31 r Cet 14. p vF, vS, R
704 Gx 1 52.7 +36 06 r And 14. p vF, vS, R, 2nd of 4
703 Gx 1 52.8 +36 09 s And 1.5 15. p vF, vS, R, 1st of 4
705 Gx 1 52.8 +36 08 r And 14. p vF, vS, R, 3rd of 4
708 Gx 1 52.8 +36 10 s And 3.3 15. p F, pL, bM, 4th of 4
709 Gx 1 52.9 +36 13 r And 15. p vF, pS, bet 2 st, group sp
716 Gx 1 52.9 +12 32 A Ari eF, S, R, B* f
I1743 Gx 1 52.9 +12 43 v Ari 2.1 vF, pS, lbM, dif; = 716?
710 Gx 1 53.0 +36 02 r And 14. p vF, pS, 2 st s
720 Gx 1 53.0 -13 44 s Cet 4.4 10.2 cB, pL, lE, psmbM
I1745 1 53.0 -16 40 d Cet eF, eS
712 Gx 1 53.2 +36 48 r And 14. p vF, R, am pB st
715 1 53.2 -12 50 D Cet eF, S, gbMN
718 Gx 1 53.2 +04 12 s Psc 2.8 11.7 pB, S, iR, psmbM
I1742 Gx 1 53.2 +22 43 m Ari 0.7 15. p F, S, lE pf, glbM
714 Gx 1 53.6 +36 12 r And 14. p F, vS, R, 2 st 13 p and np
I1744 Gx 1 53.6 +19 50 u Ari 1.4 15. p F, S, R, glbM
719 Gx 1 53.7 +19 49 r Ari 14. p eF, R, vF* f
727 Gx 1 53.7 -35 52 r For F, S, R, bM
724 - 1 53.8 -23 52 r For vF, pL, R, gbM, S* ssp; = 723
723 Gx 1 53.9 -23 46 r Cet 13. p pF, vS, R, vgbM
717 Gx 1 54.0 +36 13 r And 14. p vF, pS, *15 sf 1'
729 D* 1 54.0 -35 49 A For eeF, S, R
745 Gx 1 54.2 -56 41 c Eri 1.5 pB, S, R, gbM
I1746 Gx 1 54.3 +04 48 v Psc 1.9 F, S, pR, gbM
754 Gx 1 54.4 -56 46 c Eri 0.7 vF, S, R, bM
756 Gx 1 54.5 -16 43 r Cet 15. p F, vS, R, bMN
721 Gx 1 54.8 +39 23 s And 2.0 13.4 eF, pL
722 Gx 1 54.8 +20 41 r Ari 14. p vF, vS, R, beta Ari n
734 Gx 1 54.8 -17 03 r Cet vF, vS, R, bMN, *11 p 11s
731 Gx 1 54.9 -09 01 s Cet 1.7 13. p eF, stellar
I 172 Nb 1 54.9 +00 49 x Cet 0.1 pB, S, R, bM
713 Gx 1 55.1 -09 05 r Cet 15. p eF, pS, E 90deg , glbMN, *14 np
728 *** 1 55.1 +04 12 r Psc suspected neb
I 171 Gx 1 55.2 +35 17 u Tri 2.5 14. p pB, pS, cE, * nf
730 * 1 55.3 +05 37 r Psc vF, very stellar
726 Gx 1 55.6 -10 49 r Cet 14. p vF, pL, iR, *9 3' f
749 Gx 1 55.6 -29 57 r For 14. p pB, S, E, bM
758 Gx 1 56.0 -03 06 r Cet vF, vS
I 173 Gx 1 56.0 +01 17 v Cet 1.2 F, pS, R, lbM
I1748 Gx 1 56.1 +17 39 u Ari 1.2 15. p vF
747 - 1 56.2 -09 28 r Cet eF, pS, lE 180deg
I1749 Gx 1 56.2 +06 45 u Psc 1.2 15. p F, S, E ns, biN, r
I 174 Gx 1 56.3 +03 46 u Psc 1.7 15. p neb *13
I 175 Nb 1 56.3 +01 20 x Cet 0.2 vF, dif, diffic
733 Gx 1 56.4 +33 04 r Tri vF, 2' p 736
741 Gx 1 56.4 +05 38 s Psc 3.2 11.3 pF, S, R, p of 2, pos 102deg
748 Gx 1 56.4 -04 28 v Cet 2.9 pF, *9 np
755 Gx 1 56.4 -09 04 v Cet 4.0 vF, pS, vlE
757 - 1 56.4 -08 55 r Cet F, S, gbMN; = 755?
I1750 Gx 1 56.4 +04 05 u Psc 1.1 15. p vF, vS, pR, N
I1751 1 56.4 +05 38 x Psc pB, pS, R, *9 np; = 741
732 Gx 1 56.5 +36 48 r And 15. p vF* in vF, vS, R neby
742 Gx 1 56.5 +05 38 s Psc 0.2 15. p vF, vS, R, sbM, f of 2
735 Gx 1 56.6 +34 11 s Tri 2.0 14. p eeF, stellar
736 Gx 1 56.7 +33 03 s Tri 2.0 12.2 pB, R, bM
737 1 56.7 +33 03 D Tri only a faint star
796 C+N 1 56.7 -74 13 r Hyi eF, vS, R, * np 25"
738 Gx 1 56.9 +33 03 r Tri 15. p neb, 75" nf 736
740 Gx 1 56.9 +33 01 s Tri 1.7 15. p F, L, cE
I 176 Gx 1 56.9 -02 01 u Cet 2.4 15. p pB, S
I1754 Gx 1 56.9 +04 02 u Psc 1.1 15. p F, S, gbM
I1758 1 56.9 -16 32 d Cet F, eS, sbM *11
739 Gx 1 57.0 +33 14 r Tri 15. p cF, vS, R, in triangle of st
I1756 1 57.0 -00 28 d Cet vF, E npsf, *13 close sf
762 Gx 1 57.1 -05 26 r Cet 13. p vF, S, lE, vglbM
I 177 1 57.1 -00 09 d Cet F, vS, R, dif
I1757 1 57.1 -00 29 d Cet eF, vS, R
764 D* 1 57.2 -16 02 F Cet eF, vS, iR, gbM
I1755 Gx 1 57.2 +14 34 u Ari 1.6 15. p F, S, dif
I1752 1 57.3 +28 37 d Tri F, vS, *14.5 att
I1753 1 57.3 +28 36 d Tri F, vS, dif, 14.5 close
763 - 1 57.4 -08 59 r Cet vF, pL, E 65deg , gbMN
750 Gx 1 57.5 +33 13 s Tri 1.6 12.2 cB, pL, R, D with 751 at 25", pos 173deg
I1760 1 57.5 -32 00 d For eF, pS, R, (decl 1deg farther s?)
751 Gx 1 57.6 +33 12 s Tri 1.3 12.5 pF, eS, R, bM, Dneb with 750
I1747 Pl 1 57.6 +63 20 s Cas 0.2 14. p PN , stell
753 Gx 1 57.7 +35 55 s And 2.9 12.4 pB, pL, R, gmbM
752 OC 1 57.8 +37 41 s And 50. 5.7 Cl, vvL, Ri, st L & sc
759 Gx 1 57.8 +36 20 s And 2.1 14. p Cl, vS, R
760 D* 1 57.8 +33 21 r Tri vF, R, 761 nf
761 Gx 1 57.8 +33 23 s Tri 1.6 15. p pF, cL, 4 F st nr
782 Gx 1 57.8 -57 46 s Eri 2.1 13. p pB, pL, lE, *12 att
I1762 Gx 1 57.8 -33 14 c For 1.7 eeF, pS, R, *7 nf
746 Gx 1 57.9 +44 56 s And 1.9 13. p vF, pS, lE, sev st nr
I1759 Gx 1 57.9 -32 59 c For 1.8 pB, vS, R, bM, *10 close sp
744 OC 1 58.4 +55 29 s Per 11. 7.9 Cl, pL, pRi, iF, st 11...13
775 Gx 1 58.5 -26 18 r For 14. p pF, S, R, glbM
743 OC 1 58.7 +60 11 s Cas 5. Cl, not Ri, D* (h 1098)
766 Gx 1 58.7 +08 20 r Psc 14. p vF, S, R, *11 at 2', pos 75deg
768 Gx 1 58.7 +00 31 r Cet 14. p eF, pS, R, *8 f 30s
765 Gx 1 58.8 +24 53 r Ari 14. p vF, vS
I1763 1 58.8 -27 47 d For eeF, S, R, *8 ssf
767 Gx 1 58.9 -09 35 r Cet 14. p eF, pS, E 160deg
I 178 1 58.9 +36 37 d And pF, N = 13m
I1761 Gx 1 58.9 +00 34 z Cet 15. p vF, vS, R, gbMN
773 Gx 1 59.0 -11 31 r Cet 14. p cF, pL, E 0deg , glbM
802 Gx 1 59.1 -67 52 c Hyi 0.7 eeF, vS, R, *13 p 100"
770 Gx 1 59.2 +18 57 s Ari 1.3 14. p vF, S, R, sp 772
772 Gx 1 59.3 +19 01 s Ari 7.1 10.3 B, cL, R, gbM, r
774 Gx 1 59.4 +14 01 r Ari 14. p vF, stellar
769 Gx 1 59.5 +30 54 r Tri 13. p vF, vS, iR, bM, F* att
I 183 Gx 1 59.6 -05 22 m Cet 1.0 15. p F, vS, R, lbM
779 Gx 1 59.7 -05 58 s Cet 4.1 11.0 cB, L, mE 162deg , mbM
795 Gx 1 59.8 -55 49 c Eri 1.5 pF, S, R, 2 st 11 nr
I 182 Gx 1 59.8 +07 25 u Psc 2.0 15. p F, pL, biN
776 Gx 1 59.9 +23 38 r Ari 13. p F, pL
I 184 Gx 1 59.9 -06 50 m Cet 1.0 14. p eF, vS
I 180 Gx 2 00.0 +23 37 z Ari 15. p vF, eS, R, stellar, sf 776
I 181 Gx 2 00.0 +23 40 z Ari 16. p eF, eS, stellar
I1767 2 00.0 -11 07 d Cet eF, pS, bet 2 st 10.5, 2 st n
781 Gx 2 00.1 +12 38 r Ari 14. p eF, stellar
I 185 Gx 2 00.1 -01 31 m Cet 0.5 16. p eF, vS, dif
777 Gx 2 00.2 +31 26 s Tri 3.0 12. p pB, pL, R, glbM
I 179 2 00.2 +38 02 D And pB, S, lE, *9.5 nf
778 Gx 2 00.3 +31 17 r Tri 14. p eF, vS, R, lbM
I 186 Gx 2 00.4 -01 33 z Cet 15. p F, double, dist 15"
I1764 Gx 2 00.4 +24 34 u Ari 1.7 14. p F, vS, R, lbM
780 Gx 2 00.5 +28 13 r Tri 14. p vF, vS, E, 3 st p
I1765 2 00.6 +31 51 x Tri S* att p; = 783
I1768 Gx 2 00.8 -25 02 c For 1.9 eeF, pS, R, 3 st 9 sf, v diffic
I1769 2 00.9 -31 55 d For eF, eS, mE 80deg
787 Gx 2 01.0 -09 00 r Cet 13. p vF, S
783 Gx 2 01.1 +31 52 s Tri 1.8 13. p eF, S, iR, vF st att; = IC 1765
788 Gx 2 01.1 -06 49 s Cet 1.8 12.3 pF, pS, R, bM
I1766 2 01.2 +31 47 x Tri no descr; = 785
784 Gx 2 01.3 +28 50 s Tri 6.2 11.8 vF, L, E (double?)
786 Gx 2 01.5 +15 38 r Ari 14. p eF, vS
790 Gx 2 01.5 -05 23 r Cet 13. p cF, cS, R, bM
813 Gx 2 01.6 -68 26 c Hyi 1.3 pF, S, R, gbM
791 Gx 2 01.7 +08 29 r Psc 15. p vF, S, *14 f 3'
785 Gx 2 01.8 +31 49 r Tri 14. p eF, eS, vF* att; = IC 1766
I 187 2 01.9 +26 28 d Tri eeF, R
I 189 Gx 2 01.9 +23 33 m Ari 0.7 15. p vF, vS, R, *13.5 close
I 188 2 02.0 +27 02 d Tri eeF, vS, R
I 190 Gx 2 02.1 +23 32 m Ari 0.3 15. p F, vS, R, mbM
I1770 2 02.2 +09 59 d Psc F, vS, R, stell
792 Gx 2 02.3 +15 42 r Ari 14. p eF, S, R, *11 75deg
799 Gx 2 02.3 -00 06 r Cet 14. p eeF, pS, R, n of 2
800 Gx 2 02.3 -00 08 r Cet 14. p eeF, S, R, s of 2
I1771 2 02.3 +09 58 d Psc F, vS, R, stell
789 Gx 2 02.5 +32 04 r Tri 14. p vF, S, lE
794 Gx 2 02.5 +18 22 r Ari 14. p vF, cS, stellar; = IC 191
I 191 2 02.5 +18 22 x Ari pB, pL, lE; = 794
I 192 Gx 2 02.5 +16 01 u Ari 1.1 15. p F, L, R, lbM
I1772 Gx 2 02.6 +07 44 m Psc 0.6 15. p F, S, slbM, *8.5 166" n
I 193 2 02.7 +11 05 d Ari eF, pS, lE, B* sf, F* f
793 - 2 02.9 +32 00 r Tri vvF, bet 2 st, sf 789
814 Gx 2 02.9 -14 38 A Cet 16. p eF, S, R, gbM
815 Gx 2 02.9 -14 42 A Cet 16. p eF, vS, R, gbM
I 194 Gx 2 03.1 +02 36 u Cet 1.7 15. p vF, vS, R, *9.5 f 15s
771 - 2 03.4 +72 25 s Cas 4.0 suspected neb* (50 Cas)
797 Gx 2 03.4 +38 07 r And 13. p vF, S, iR, sbM, * nr
798 Gx 2 03.4 +32 04 r Tri 14. p eF, vS
806 Gx 2 03.6 -09 56 r Cet 14. p eeF, S, R, v diffic, pB* n
801 Gx 2 03.7 +38 15 r And 13. p eF, pS, iR, D* close f
I 195 Gx 2 03.7 +14 42 u Ari 1.5 14. p eeF, S, R, F* s
803 Gx 2 03.8 +16 02 s Ari 3.3 12.4 vF, S, iR, glbM, *10 p 3s .5
804 Gx 2 03.9 +30 49 r Tri 14. p eeF, vS, R, lbM
I 196 Gx 2 03.9 +14 43 a Ari pF, pS, R, 3 st nr
I1774 Gx 2 03.9 +15 18 u Ari 2.1 15. p vF, dif
808 Gx 2 04.0 -23 19 v Cet 1.6 vF, pS, vlE
I1773 Gx 2 04.0 +30 49 u Tri 1.4 15. p vF, vS, gbM, r
I 197 Gx 2 04.1 +02 47 u Psc 1.0 14. p pB, S, E 225deg gbM
805 Gx 2 04.4 +28 48 r Tri 14. p eF, eS, R, 2 st 14 p
809 Gx 2 04.4 -08 43 r Cet 14. p vF, S, R
811 Gx 2 04.7 -10 06 r Cet 14. p eF, eS, R (neb?), *10 s 1'
807 Gx 2 04.8 +28 59 r Tri 14. p vF, vS, iR, bet 2 st n & sp
I1776 Gx 2 05.2 +06 06 u Psc 2.3 14. p F, pL, iR, dif
810 Gx 2 05.3 +13 14 r Ari 15. p vF, vS, R, bM
I1775 Gx 2 05.3 +13 31 m Ari 0.6 15. p F, S, dif, *13.5 nr
I 198 Gx 2 06.1 +09 17 v Psc 1.4 pB, pS, R, bM
I1777 Gx 2 06.1 +15 12 z Ari 16. p F, eS, R, stell
I 199 Gx 2 06.3 +09 13 u Psc 1.6 15. p F, S, R, bM
I1778 2 06.3 +09 13 d Psc F, S, R, gbMN
I1779 Gx 2 06.5 +03 41 z Cet 15. p F, S, R, *14 nr
822 Gx 2 06.6 -41 09 r Phe cF, vS, R, sbM, r
812 Gx 2 06.8 +44 34 s And 3.2 13. p eF, pL, E 45deg , bM
824 Gx 2 06.8 -36 28 r For F, S, R, vsvmbM *13
I1781 Gx 2 06.9 -00 31 z Cet 15. p F, vS, R, N
I1780 Gx 2 07.0 +14 44 m Ari 0.6 15. p F, S, dif, sev st 9-10 nr
823 Gx 2 07.3 -25 27 r For 14. p vF, vF D* inv
I 201 2 07.3 +09 06 d Cet vF, S, dif
I1782 Gx 2 07.3 -25 27 c For 2.2 vF, D* in neb; = 823
I 200 2 07.4 +31 10 d Tri pB, pL, R, bM
I 204 2 07.4 -01 23 d Cet no description
I 205 Gx 2 07.4 -02 06 u Cet 1.1 15. p pB, vS, irr R
I 202 Gx 2 07.5 +09 10 u Cet 1.6 15. p vF, vS, dif
I 203 2 07.5 +09 07 d Cet vF, vS, R, *10 sf
I 206 2 07.5 -07 02 d Cet pF, S, irr R
I 207 2 07.7 -06 59 d Cet pF, S, irr R
816 Gx 2 08.0 +29 15 r Tri 15. p vF, vS, iF
817 2 08.4 +17 12 D Ari 14. p eF, vS, R, 2 st nr
820 Gx 2 08.4 +14 20 r Ari 13. p F, vS, R, bM
821 Gx 2 08.4 +11 00 s Ari 3.5 10.8 pB, vS, vlE, svmbM, *10 np 1'
I 208 Gx 2 08.4 +06 23 m Cet 1.5 13. p vF, pL, dif
819 Gx 2 08.5 +29 14 r Tri 14. p pF, vS, R, *13 n
825 Gx 2 08.5 +06 19 r Cet 14. p F, S, mE
818 Gx 2 08.7 +38 47 s And 3.2 13. p pB, cL, lE, mbM
829 Gx 2 08.7 -07 47 v Cet 1.4 F, S, *11 s, 1st of 3
827 Gx 2 08.8 +07 58 r Cet 14. p vF, S, E, bM, am st
852 Gx 2 08.9 -56 44 r Eri pF, pS, R, glbM, r
830 Gx 2 09.0 -07 46 r Cet 14. p pF, vS, R, 2nd of 3
I 209 Gx 2 09.0 -07 04 h Cet 0.8 13. p pB, S, dif
833 Gx 2 09.3 -10 08 s Cet 1.9 12.7 F, S, R, 1st of 4
826 Gx 2 09.4 +30 44 r Tri 15. p eF, S, R, lbM
835 Gx 2 09.4 -10 08 s Cet 1.4 12.2 F, S, R, 2nd of 4
I 210 2 09.4 -09 40 d Cet no description
831 Gx 2 09.5 +06 06 r Cet 15. p vF, pS
838 Gx 2 09.6 -10 09 s Cet 1.7 12.8 vF, vS, R, 3rd of 4
839 Gx 2 09.7 -10 11 s Cet 1.8 13.0 vF, pS, R, 4th of 4
842 Gx 2 09.8 -07 45 v Cet 2.0 vF, vS, R, psbM, 3rd of 3
832 Gx 2 10.1 +35 32 r Tri F, vS, *9-10 sp
I1783 Gx 2 10.1 -32 56 s For 13. p pF, vS, mE ns, F* p
828 Gx 2 10.2 +39 12 s And 3.2 13. p pB, S, iR, D* f 15s
840 Gx 2 10.2 +07 50 s Cet 2.5 15. p eF, vS
844 Gx 2 10.2 +06 03 r Cet 15. p F, S
849 Gx 2 10.2 -22 19 r Cet eF, vS, R (neb?)
848 Gx 2 10.3 -10 19 s Cet 1.9 13.1 eeF, pL, v diffic, * nf
837 Gx 2 10.4 -22 26 r Cet 15. p eF, pS, mE 0deg , *10 n 1'
836 Gx 2 10.5 -22 04 r Cet 14. p eF, S, R, gbMN
834 Gx 2 11.0 +37 40 r And 13. p vF, S, lE
843 *** 2 11.1 +32 06 r Tri glob. cl. , F, S, R
I 211 Gx 2 11.1 +03 52 v Cet 2.5 F, pS, R, bM, 851 sf
850 Gx 2 11.2 -01 30 r Cet 14. p eF, eS, iF
851 Gx 2 11.2 +03 47 s Cet 1.5 15. p eF, pS, R, v diffic
841 Gx 2 11.3 +37 30 s And 2.0 13. p pB, vS, mbMN = *13-14
854 Gx 2 11.6 -35 51 r For cF, pS, lE 0deg , gbM
853 Gx 2 11.8 -09 18 r Cet 13. p F, S, E
846 Gx 2 12.2 +44 34 r And 13. p eF, vS, R, gbM
847 Gx 2 12.2 +44 34 D And vF, pL, R; = 846
845 Gx 2 12.3 +37 29 r And 14. p vF, iF, stellar
858 Gx 2 12.5 -22 27 s Cet 1.6 13. p eF, pL, R
857 Gx 2 12.6 -31 57 r For 13. p cB, S, E, psmbM
862 Gx 2 13.0 -42 04 r Phe F, vS, svmbM
856 Gx 2 13.6 -00 44 r Cet 14. p eF, S, lE, F* close f
I 212 Gx 2 13.6 +16 36 z Ari 16. p F, vS, R, stellar
859 2 13.9 -00 44 F Cet pF, pS, R, lbM; = 856
855 Gx 2 14.0 +27 53 r Tri 13. p F, S, lE 90deg , bM
I 213 Gx 2 14.0 +16 28 z Ari 15. p F, S, gbM, *13.5 close
I 214 Gx 2 14.0 +05 11 u Cet 0.9 14. p pB, S, gbM, r
I 215 Gx 2 14.2 -06 47 m Cet 1.0 15. p pB, E pf
863 Gx 2 14.6 -00 46 s Cet 1.4 14. p vF, R, bM, stellar
866 2 14.6 -00 46 F Cet pF, pS, R, lbM; = 863
885 2 14.6 -00 46 F Cet vF, pS, R, lbM; = 863
860 Gx 2 15.1 +30 47 r Tri 15. p *13 in F neb
872 Gx 2 15.4 -17 48 r Cet 14. p vF, pS, mE 0deg , gvlbM, sev F st inv
864 Gx 2 15.5 +06 00 s Cet 4.6 11.0 eF, cL, R, gbM, *12 sf att
861 Gx 2 15.8 +35 55 r Tri 15. p vF, S, D* att sp
I 216 Gx 2 15.8 -02 01 z Cet 16. p vF, eS, R, lbM
I1788 Gx 2 15.8 -31 12 s For 2.5 12.4 pF, pS, R, 2 st nf
867 2 15.9 +01 03 F Cet eF, vS, R, bM; = 875
868 Gx 2 16.0 -00 44 r Cet 15. p eF, pS, R
I1786 Gx 2 16.0 +05 09 z Cet 15. p vF, vS, R, N
865 Gx 2 16.1 +28 36 r Tri 14. p eF, eS, iR
874 2 16.1 -23 11 D Cet no neby; = D*?
I 217 2 16.2 -11 56 d Cet F, pL, E ns
I1784 Gx 2 16.2 +32 39 s Tri 1.6 13.2 F, L, E pf, gbM
I1787 2 16.2 -11 57 d Cet eF, vmE, bet 2 st pf, *8 nf
I1785 2 16.4 +32 39 d Tri F, S, R, stell
873 Gx 2 16.6 -11 20 r Cet 13. p F, pL, R, vglbM
879 Gx 2 16.8 -08 58 r Cet eF, pS, iR, bM
875 Gx 2 17.1 +01 14 r Cet 14. p vF, vS
I 218 Gx 2 17.1 +01 18 m Cet 0.7 15. p vF, S, dif, *13.5 close, 875 sf
870 Gx 2 17.2 +14 33 r Ari 16. p eF, stellar, 2 vF st sp, s of 871
871 Gx 2 17.2 +14 33 s Ari 1.3 13.5 vF, vS, E, *10 sf 5'
888 Gx 2 17.5 -59 52 c Hor 1.3 eF, S, R, 2 or 3 vF st nr
I1790 2 17.6 +12 30 d Ari F, S, dif
I1791 Gx 2 17.7 +12 29 u Ari 1.2 15. p S, R, like neb *11
878 Gx 2 17.8 -23 22 r Cet 15. p eF, vS, R
876 Gx 2 17.9 +14 31 v Ari 2.1 eF, S, R, 107" sp 877
877 Gx 2 18.0 +14 33 s Ari 2.3 11.8 pF, pL, lE, pgbM, *12 sf 1', *9 166deg , 285"
I1789 2 18.2 +32 24 d Tri F, S, iF, ?
880 Gx 2 18.4 -04 11 F Cet eF, vS, R, sbMN
I 219 2 18.6 -06 55 d Cet pB, S, stellar
881 Gx 2 18.7 -06 35 s Cet 2.9 F, pS, E, bM, 2 or 3 st nr
869 OC 2 19.0 +57 09 s Per 30. 4. p ! Cl, vvL, vRi, st 7...14
883 Gx 2 19.0 -06 45 r Cet 13. p pF, pS, vlE, bM, D* nr
I1792 Gx 2 19.0 +34 29 u Tri 1.7 15. p F, S, pR, gbM, r
889 Gx 2 19.1 -41 45 r Phe vF, vS, R, bM, *7 sf
I 220 2 19.2 -12 47 d Cet vF, dif, vlbM
887 Gx 2 19.6 -16 04 r Cet 13. p F, S, iR, pgbM
882 Gx 2 19.7 +15 49 r Ari 15. p eF, R, gbM, *16 nr
893 Gx 2 20.0 -41 23 r Phe pF, pS, R, lbM, *8 f 4'
892 Gx 2 20.7 -23 07 r Cet eF, eS, E?, neb?
897 Gx 2 21.1 -33 42 r For pB, S, R, psbM, *10 f 35"
I1794 Nb 2 21.5 +15 46 x Ari F, vS, dif, r
894 - 2 21.6 -05 30 r Cet vF, E, bM, Dneb with 895, conn
895 Gx 2 21.6 -05 31 s Cet 3.6 11.8 F, vL, iR, gbM, Dneb with 894, conn
I1793 Gx 2 21.6 +32 34 u Tri 1.8 15. p F, S, E 200deg , glbM
899 Gx 2 21.9 -20 48 s Cet 1.9 13. p pB, S, gbM, r, D* p
890 Gx 2 22.0 +33 16 s Tri 2.9 12. p B, S, R, bM, 3 F st sp
I 223 Gx 2 22.0 -20 45 c Cet 1.4 vF, S, dif, vF stell N
884 OC 2 22.4 +57 07 s Per 30. 4. p ! Cl, vL, vRi, ruby * M
902 Gx 2 22.4 -16 40 r Cet 14. p eF, vS, R
891 Gx 2 22.6 +42 21 s And 13.5 10.0 ! B, vL, vmE 22deg
905 Gx 2 22.6 -08 43 r Cet eF, eS, R, *?
I 221 Gx 2 22.7 +28 16 u Tri 2.2 14. p F, pL, R
I 222 Gx 2 22.7 +11 38 m Ari 0.6 14. p F, S, irr, N, excentr
I1796 Gx 2 22.8 -41 22 c Phe 1.5 vF, vS, R
907 Gx 2 23.0 -20 43 s Cet 1.9 13. p F, S, E 90deg , gbM
908 Gx 2 23.1 -21 14 s Cet 5.5 10.2 cB, vL, E
898 Gx 2 23.3 +41 57 s And 2.1 14. p eF, vS, lE
886 - 2 23.5 +63 47 r Cas Cl, L, lC, sc, st 9...13
900 Gx 2 23.5 +26 31 r Ari 15. p vF, vS, stellar
901 - 2 23.6 +26 34 r Ari eF, vS; = 900?
903 Gx 2 23.8 +27 22 r Ari eF, eS, R
904 Gx 2 24.0 +27 21 r Ari 15. p vF, vS, R, lbM
I 224 Gx 2 24.7 -12 34 m Cet 0.5 14. p F, S, irr R, lbM
896 Nb 2 24.8 +61 54 s Cas 27. eF, pL, iF
922 Gx 2 25.1 -24 47 s For 1.9 12.2 cF, pL, R, gpmbM
906 Gx 2 25.2 +42 06 s And 2.0 14. p eF, iE
909 Gx 2 25.4 +42 03 r And 14. p vF, vS, vS* inv
910 Gx 2 25.4 +41 50 s And 2.3 15. p vF, pS, stellar
I1797 Gx 2 25.5 +20 24 u Ari 1.2 15. p F, vS, iF, dif
915 Gx 2 25.7 +27 14 r Ari 15. p eF, vS, stellar
916 Gx 2 25.7 +27 15 r Ari 15. p eF
911 Gx 2 25.8 +41 59 r And 14. p eF, vS, R, bM
912 Gx 2 25.8 +41 47 r And 15. p F, vS, R, bM
913 Gx 2 25.8 +41 48 r And eF, vS, lbM
918 Gx 2 25.9 +18 30 s Ari 3.4 13. p pF, L, R, *10 sf 3'
914 Gx 2 26.1 +42 09 r And 14. p eF, pL, dif
917 - 2 26.1 +32 14 r Tri vF, S, R, 4 st nr (vS Cl?)
926 Gx 2 26.1 -00 20 s Cet 2.5 14. p vF, pS
919 Gx 2 26.2 +27 13 r Ari 15. p eF
I1798 2 26.3 +13 27 d Ari vF, vS, sbM *15
939 Gx 2 26.4 -44 26 r Eri vvF, S, R, gvlbM
I 225 Gx 2 26.5 +01 09 u Cet 1.8 15. p F, S, R, vlbM, *14 nf 2'
I1795 Nb 2 26.5 +62 04 x Cas 20. patch of neby
921 Gx 2 26.6 -15 50 r Cet 14. p eF, S, R, gbM
927 Gx 2 26.6 +12 09 s Ari 1.4 15. p F, S, bM
944 Gx 2 26.7 -14 30 r Cet 14. p eF, S, mE 0deg , sbM; = IC 228
I 228 Gx 2 26.7 -14 31 m Cet 0.8 14. p vS, R, gbM
924 Gx 2 26.8 +20 30 r Ari 14. p eF, vS, iR
925 Gx 2 27.3 +33 35 s Tri 9.8 10.0 cF, cL, E, vgbM, 2 st 13 np
929 Gx 2 27.3 -12 05 r Cet 15. p eF, S, E 170deg , *8.5 n 4'
I 229 2 27.4 -23 49 d Cet neb, 10m
923 Gx 2 27.6 +41 59 r And 14. p vF, S, R, gsbM
934 Gx 2 27.6 -00 14 r Cet 14. p vF, eS, PN ?
936 Gx 2 27.6 -01 09 s Cet 5.2 10.1 vB, vL, R, mbMN, p of 2
928 Gx 2 27.7 +27 14 r Ari 14. p eF, vS, stellar
I 226 Gx 2 27.7 +28 11 u Tri 2.3 16. p pF, S, R, bM, 2 F st n
920 Gx 2 27.8 +45 58 r And 15. p eF, eS, R, 1 or 2eF st nr
930 Gx 2 27.9 +20 20 r Ari 13. p eF, S, iR, vgbM, 932 sf 1'
932 Gx 2 27.9 +20 19 u Ari 1.9 14. p F, S, lE, 3 st inv
I 227 Gx 2 28.0 +28 10 u Tri 2.3 15. p F, pS, R, lbM
935 Gx 2 28.2 +19 36 r Ari 14. p pB, pS, R, * f 6s
I1801 2 28.2 +19 35 d Ari F, S, glbM, dif
931 Gx 2 28.3 +31 19 r Tri 14. p F, pL, iR
938 Gx 2 28.5 +20 17 r Ari 14. p pB, S, R, lbM, *11 sf
941 Gx 2 28.5 -01 09 s Cet 2.8 12.4 vF, cL, R, f of 2
947 Gx 2 28.5 -19 04 s Cet 2.6 12. p pB, E, gbM
945 Gx 2 28.6 -10 32 s Cet 2.5 12. p vF, L, iR, glbM
I1800 OC 2 28.6 +31 24 x Tri eF, S; eS Cl?
I1799 Gx 2 28.7 +45 58 u And 1.3 15. p vF, S, lbM, *13 p 0'.5
I1802 2 28.7 +23 07 d Ari *11 np 1'
948 Gx 2 28.8 -10 31 s Cet 1.4 14. p vF, S, R
951 Gx 2 28.8 -22 20 r Cet 15. p eF, S, E 0deg , D*?
I 230 2 28.8 -10 50 d Cet eF, S, *9.4 np 9'
954 Gx 2 28.9 -41 25 v Eri vF, pL, lE, gbM, *8 sf 3'
933 Gx 2 29.2 +45 56 r And 15. p eF, eS, R, B* nf
942 Gx 2 29.2 -10 50 s Cet 14. p vF, R, Dneb with 943, F Nucl
943 Gx 2 29.2 -10 50 v Cet vF, R, Dneb with 942, F Nucl
950 Gx 2 29.2 -11 01 r Cet 14. p eF, S, gbM
I1803 2 29.3 +23 09 d Ari stell N
940 Gx 2 29.4 +31 39 r Tri 13. p F, S, R, bM
I1804 2 29.4 +23 10 d Ari no descr
I1810 Gx 2 29.4 -43 04 c Eri 1.4 vF, R, stell N
937 Gx 2 29.5 +42 16 r And 15. p vF* slightly nebulous
I1812 Gx 2 29.5 -42 49 c Eri 2.1 vF, bM
I1806 2 29.6 +22 57 d Ari F, vS, R, bMN
I 231 Gx 2 30.0 +01 10 u Cet 1.1 15. p F, vS, R, stellar
I1807 Gx 2 30.4 +22 57 z Ari 16. p F, vS, R, lbM
963 Gx 2 30.5 -04 14 F Cet eF, S, R, gbM, r; = IC 1808
I1808 Gx 2 30.5 -04 14 m Cet 0.6 14. p F, vS, R, gbM, r
955 Gx 2 30.6 -01 07 s Cet 3.0 12.0 pB, S, E, psbM
I1811 Gx 2 30.6 -34 16 c For 1.9 eeF, S, R, 2 st p, np of 2 (sic)
946 Gx 2 30.7 +42 15 r And 14. p F, S, R, glbM
958 Gx 2 30.7 -02 57 s Cet 2.8 12.2 pF, ilE, bM
949 Gx 2 30.8 +37 08 s Tri 2.8 11.9 cB, L, E, vgbM
I1813 Gx 2 30.8 -34 13 c For 1.6 eF, eS, R, F* n, 2 st np, sf of 2 (sic)
964 Gx 2 31.1 -36 01 r For pB, pS, mE 215deg
I1814 Gx 2 31.1 -36 02 c For 2.1 pB, pS, mE; = 964
953 Gx 2 31.2 +29 36 r Tri 14. p pF, S, R, mbM
961 - 2 31.2 -06 54 r Cet eF, pS, E 230deg , *10 att
I 232 Gx 2 31.2 +01 15 u Cet 1.7 14. p vF, S, R, (= IC 231?)
952 - 2 31.3 +34 45 r Tri vF, vS, R, bM
979 Gx 2 31.5 -44 31 r Eri F, S, R, bet 2 st in par
960 Gx 2 31.6 -09 17 r Cet 14. p eF, vS, R, neb?, *9 sp
I 233 Gx 2 31.6 +02 49 z Cet 15. p pF, S, R, lbM, vF* s 1'
I1809 Gx 2 31.6 +22 55 u Ari 1.2 15. p pB, pL, E 135deg , gbM
I 234 Gx 2 31.7 -00 08 z Cet 15. p F, S, dif, r
966 Gx 2 31.8 -19 53 r Cet 14. p eF, R, *9.5 sp 1'
I1816 Gx 2 31.9 -36 40 c For 1.9 vF, S, R, 2 st nr p
967 Gx 2 32.2 -17 13 r Cet 14. p F, S, iR, gbM
959 Gx 2 32.3 +35 30 s Tri 2.2 13. p eF, pL, lE, lbM
956 OC 2 32.4 +44 39 s And 8. 9. p Cl, pRi, st 9...15
965 Gx 2 32.5 -18 39 r Cet 14. p vF, S, gbM
I1805 C+N 2 32.7 +61 27 s Cas 60. 6.5 Cl, co, eL neby extends f
962 Gx 2 32.8 +28 05 r Ari 14. p eF, S, gbMN
I 235 Gx 2 32.8 +20 39 v Ari 0.5 14.7 F, S, dif
981 Gx 2 32.9 -10 57 r Cet 14. p eF, S, gbM
I 236 2 32.9 -00 08 d Cet F, S, dif, vlbM
977 Gx 2 33.0 -10 44 r Cet 13. p eF, pS, R, vlbM, am sc st
975 Gx 2 33.2 +09 37 r Cet 14. p vF, cE
I 237 Gx 2 33.5 +01 08 m Cet 0.5 15. p F, S, R, *9.5 p
957 OC 2 33.6 +57 32 s Per 11. 7.6 Cl, pL, pRi, st 13...15
986 Gx 2 33.6 -39 02 s For 3.7 11.0 pB, L, pmE, sbM, biN
989 Gx 2 33.8 -16 30 r Cet 15. p F, vS, R, bMN
I1817 2 33.8 +11 12 d Ari F, pL, E pf, dif
976 Gx 2 34.0 +20 59 s Ari 1.7 12.4 vF, vS, 4 F st nr
968 Gx 2 34.1 +34 30 r Tri 14. p pF, pS, R, bM
969 Gx 2 34.1 +32 58 r Tri 13. p S, R, psbM, 1st of 5
I1818 2 34.1 -11 02 d Cet vF, eS, R, prob neb*
970 Gx 2 34.2 +33 00 r Tri 15. p vF, vS, R, 2nd of 5
971 Gx 2 34.2 +32 59 r Tri vF, vS, R, 3rd of 5
972 Gx 2 34.2 +29 19 s Ari 3.6 11.3 pB, cL, lE, gmbM, 3 st s
973 Gx 2 34.3 +32 31 r Tri 13. p eeF, S, mE, pB* nr sp
I1815 Gx 2 34.3 +32 26 u Tri 2.0 14. p F, S, R, gbMN
974 Gx 2 34.4 +32 59 r Tri 14. p vF, R, bM, 4th of 5
985 Gx 2 34.6 -08 47 s Cet 1.3 13.5 vF, vS, R, bMN
984 Gx 2 34.7 +23 26 r Ari 14. p vF, eS, R, bM
978 Gx 2 34.8 +32 52 r Tri 14. p pB, R, 5th of 5
983 - 2 35.0 +31 31 r Tri eF, vS, R, bM
I 238 Gx 2 35.3 +12 49 u Ari 1.8 14. p vF, vS, R, mbM
982 Gx 2 35.4 +40 57 r And 14. p F, S, nf of 2
988 Gx 2 35.4 -09 21 s Cet 4.7 11. p neb *7.5
980 Gx 2 35.5 +40 54 r And 13. p vF, pS, sp of 2
991 Gx 2 35.5 -07 09 s Cet 2.7 12. p vF, cL, iF, vlbM
I1819 Gx 2 35.7 +04 03 z Cet 15. p F, vS, R
I1822 2 35.7 -08 34 d Cet *13.5 slightly nebs
I1820 Gx 2 35.8 +06 03 z Cet 15. p F, vS, R, bMN
1025 Gx 2 36.3 -54 52 c Hor 1.2 eF, S, R, p of 2
990 Gx 2 36.4 +11 39 r Ari 14. p F, S, R, psbM
I1821 Gx 2 36.4 +13 46 z Ari 15. p pF, S, gbM, dif
I 239 Gx 2 36.5 +38 58 s And 4.6 11.2 vF spiral, F stellar N
1031 Gx 2 36.6 -54 52 c Hor 2.2 F, S, R, gbM, *11 s 2'
993 Gx 2 36.7 +02 03 u Cet 1.1 15. p eF, vS
994 2 36.7 +02 03 F Cet eeF, pS, R, vF*; = 993
987 Gx 2 36.8 +33 19 r Tri 13. p F, S, vlE, bM, r, 2 st 14 np
992 Gx 2 37.2 +21 06 D Ari 13. p pF, pS, mE, * s
997 Gx 2 37.2 +07 18 r Cet 14. p F, S
998 Gx 2 37.2 +07 26 r Cet 15. p vF
1006 2 37.4 -11 02 F Cet eeF, pS, R, lbM; = 1010
1010 Gx 2 37.5 -11 02 r Cet 14. p eF, S, R
1004 Gx 2 37.6 +01 57 r Cet 14. p pF, vS, R, vmbM, *11 p 2s
1011 Gx 2 37.6 -11 01 r Cet 15. p eF, S, R, lbM
1007 Gx 2 37.8 +02 08 r Cet 15. p eF, stellar
1013 Gx 2 37.8 -11 31 r Cet 14. p eeF, vS, R, bet 2 dist D st
1014 - 2 37.8 -09 32 r Cet eF, eS, iR, p of 2
1017 Gx 2 37.8 -11 01 r Cet 14. p eeF, vS, R, v diffic
1008 Gx 2 37.9 +02 04 r Cet 15. p vF, eS, stellar
I 241 Gx 2 37.9 +02 20 u Cet 1.2 14. p vF, pS, R, stell N
1018 Gx 2 38.0 -09 34 r Cet 15. p eF, vS, E 180deg , f of 2
1037 Gx 2 38.0 -01 51 r Cet 14. p eeF, vS, mE, v diffic
1015 Gx 2 38.1 -01 19 s Cet 3.5 12. p vF, S
1034 Gx 2 38.2 -15 49 r Cet 14. p vF, vS, lE, lbM, 2 st 11-12 p 20s
1009 Gx 2 38.3 +02 18 r Cet 15. p eeF, pS, R, *9 sf
1016 Gx 2 38.3 +02 08 s Cet 2.8 13. p F, S, R, psbM
1019 Gx 2 38.4 +01 55 s Cet 1.2 15. p vF, S, lE
995 Gx 2 38.5 +41 32 r And 15. p vF, vS
1022 Gx 2 38.5 -06 40 s Cet 2.5 11.4 cB, pL, R, mbM, *11 nf 2'
I 242 Gx 2 38.5 -06 55 m Cet 0.9 15. p eF, eS, vF* close
I 243 Gx 2 38.5 -06 55 m Cet 0.9 15. p vF, vS, R, bM
I1823 Gx 2 38.6 +32 04 u Tri 2.3 15. p F, S, iF, dif
996 Gx 2 38.7 +41 39 r And 14. p vF, vS
1020 Gx 2 38.7 +02 13 r Cet 15. p eF, vS
999 Gx 2 38.8 +41 40 r And 14. p eF
1021 Gx 2 38.8 +02 12 r Cet 15. p eF, S
1000 Gx 2 38.9 +41 27 r And 15. p vvF, pS, dif
1002 Gx 2 38.9 +34 37 r Tri 14. p vF, vS, iR, bMN
I 245 Gx 2 38.9 -14 18 m Cet 0.7 14. p pB, S, R, lbM
I1825 Gx 2 38.9 +09 06 u Cet 1.4 15. p F, S, R, gbMN
I 240 2 39.1 +41 44 d Per vF, pS
I1826 Gx 2 39.1 -27 27 c For 1.7 pB, cS, R, *8 nr p; = IC 1830
I1830 Gx 2 39.1 -27 27 s For 1.8 12.8 vF, S, susp, eF* 1'.5 sp
1001 Gx 2 39.2 +41 40 r Per 14. p vF, vS
1024 Gx 2 39.2 +10 51 s Ari 4.7 14. p pF, S, lE, bM, *11 nf 1'
1003 Gx 2 39.3 +40 52 s Per 5.4 11.5 pF, L, E 90deg +/- , mbM, r
1012 Gx 2 39.3 +30 09 s Ari 2.9 13. p F, pS, iR, bM, st inv
1026 Gx 2 39.3 +06 32 r Cet 14. p pF, S, R, psbM
1032 Gx 2 39.4 +01 06 s Cet 3.6 13. p pB, S, vlE, bM, 3 st trap
I 244 Gx 2 39.4 +02 43 m Cet 0.6 15. p vF, vS, dif
1005 Gx 2 39.5 +41 29 r Per 14. p vF, vS
1028 Gx 2 39.5 +10 50 r Ari 15. p eF
1029 Gx 2 39.5 +10 47 r Ari 14. p F, S, mE
1035 Gx 2 39.5 -08 08 s Cet 2.2 13. p pF, L, mE, r, *17 att sf
1049 Gb 2 39.7 -34 17 r For pB, S, R, stellar
I1827 Gx 2 39.7 +01 33 u Cet 1.2 14. p F, S, fan-shape, *13.5 close s
1030 Gx 2 39.9 +18 01 r Ari 14. p vF, iE
1033 Gx 2 40.1 -08 48 r Cet 14. p eF, pL, iE 190deg , sbMN
1038 Gx 2 40.1 +01 30 r Cet 14. p eF, pS, R, lbM
I 247 Gx 2 40.1 -11 44 m Cet 1.2 14. p pB, S, R
1041 Gx 2 40.3 -05 28 r Cet 14. p pF, pS, iR, bM
1023 Gx 2 40.4 +39 04 s Per 8.7 9.5 vB, vL, vmE, vvmbM
1042 Gx 2 40.4 -08 26 s Cet 4.7 10.9 eeF, L, R, np of 2
1045 Gx 2 40.4 -11 18 r Cet 13. p F, S, R, bM
I1828 Gx 2 40.4 +19 18 u Ari 1.6 13. p F, S, iF, gbMN
1036 Gx 2 40.5 +19 18 s Ari 2.0 13. p F, S, R, lbM
1047 Gx 2 40.5 -08 09 s Cet 1.5 15. p eeF, pS, R, v diffic
I 246 2 40.5 +02 29 D Cet eef, vF, R, 2 eF st nr
1048 Gx 2 40.6 -08 33 s Cet 1.3 14. p eeF, pS, R, sf of 2
1043 Gx 2 40.7 +01 20 r Cet 15. p eeF, S, R, v diffic
I1829 2 40.7 +19 19 d Ari vF, vS, dif, r
I 250 Gx 2 40.9 -13 19 m Cet 0.8 15. p vF, pS, iF
1044 Gx 2 41.1 +08 44 s Cet 0.6 13.2 vF, vS, p of 2, *10 p
1051 Gx 2 41.1 -06 56 t Cet 1.9 eF, lE npsf, * att np; = IC 249
1052 Gx 2 41.1 -08 15 s Cet 2.9 10.6 B, pL, R, mbM *12
I 249 Gx 2 41.1 -06 56 t Cet 1.9 pB, vS, R, dif, 1051 f
1046 Gx 2 41.2 +08 43 v Cet eF, vS, f of 2
I 251 Gx 2 41.2 -14 58 m Cet 0.4 15. p F, S, lbM
I1824 OC 2 41.3 +61 37 x Cas Cl, st F, perhaps F neby p extends to it
I 248 Gx 2 41.4 +17 48 u Ari 1.3 14. p vF
I1833 Gx 2 41.6 -28 10 c For 1.6 eeF, S, R, 3 D st nf
I 252 2 41.7 -14 51 d Cet F, S, bM
1055 Gx 2 41.8 +00 26 s Cet 7.6 10.6 pF, cL, iE 80deg , bM, *11 n 1'
I1832 Gx 2 41.9 +19 02 m Ari 0.4 15. p F, iF or lE ns, bMN
1039 OC 2 42.0 +42 47 s Per 35. 5.2 Cl, B, vL, lC, sc st 9; = M34
1065 Gx 2 42.1 -15 06 r Cet 14. p eeF, pS, * nr s, *7.5 p; = IC 254
I 253 Gx 2 42.1 -15 03 m Cet 0.3 14. p pB, iF, bM
I 254 Gx 2 42.1 -15 05 m Cet 0.5 14. p vF, eS, R, 1065 close
1040 - 2 42.2 +41 30 r Per F, S, bM; = 1053?
1054 Gx 2 42.2 +18 12 r Ari 14. p vF, vS, lE
1063 Gx 2 42.2 -05 34 v Cet 1.6 vF, pS, iR, r?
1064 Gx 2 42.2 -09 22 r Cet 14. p eF, S, R
1050 Gx 2 42.5 +34 46 r Per 13. p F, S, *18 inv n
1059 D* 2 42.6 +18 01 D Ari nonexistent
1027 OC 2 42.7 +61 33 s Cas 20. 6.7 Cl, L, sc st, one 10m
1068 Gx 2 42.7 -00 01 s Cet 6.9 8.8 vB, pL, iR, sbMrrN; = M77
1069 Gx 2 42.8 -08 18 r Cet 14. p eeF, pS, R, *8.5 nr f
I1834 2 42.8 +03 07 d Cet F, pS, pR, glbM
1056 Gx 2 42.9 +28 33 r Ari 13. p F, S, R, psbM
1057 Gx 2 43.0 +32 29 r Tri 15. p vF, double
1071 Gx 2 43.0 -08 46 r Cet 15. p eF, vS, E 0deg , bet 2 st
1053 Gx 2 43.2 +41 30 r Per 14. p vF, vS, lE, 3 or 4 st in line nr
1060 Gx 2 43.2 +32 24 r Tri 13. p F, pL, R, lbM, *7.5 f 46s , 3' s
1061 Gx 2 43.2 +32 27 r Tri 15. p vF, S, R, bM
1070 Gx 2 43.3 +04 58 r Cet 13. p pF, S, iR, gbM
I1836 Gx 2 43.3 +03 06 m Cet 15. p F, S, R, vlbM
1058 Gx 2 43.5 +37 21 s Per 3.0 11.5 pF, cL, R, glbM
1072 Gx 2 43.5 +00 18 s Cet 1.7 14. p eF, vS, R, sev vF st inv
I1837 2 43.5 +00 07 x Cet F, vS, R, gbM, r; = 1072
1062 Gx 2 43.7 +32 30 r Tri 15. p eeF
1073 Gx 2 43.7 +01 23 s Cet 4.9 11.0 vF, L, lbM, er
1074 Gx 2 43.7 -16 18 r Cet 14. p eF, vS, R
1075 Gx 2 43.7 -16 11 r Cet 15. p vF, vS, bMN
1076 Gx 2 43.7 -14 45 r Cet 13. p vF, pS, R, B* f 22s
1079 Gx 2 43.7 -29 00 s For 3.1 11.4 B, pL, pmE, sbM
1066 Gx 2 43.8 +32 27 r Tri 15. p vF, pL, R, lbM, s of 2
1067 Gx 2 43.8 +32 31 s Tri 1.3 15. p eF, S, n of 2
1096 Gx 2 43.8 -59 55 c Hor 2.3 F, pS, R, glbM
I1835 2 43.8 +14 53 d Ari F, S, R, dif
I1840 Gx 2 43.8 -15 42 m Cet 0.6 15. p vF, vS, mbM, 1081 nf
I1831 2 44.1 +63 36 d Cas vF, eeL
1078 Gx 2 44.2 -09 26 r Cet 15. p eF, eS, R; = 1064?
I1838 Gx 2 44.7 +19 27 m Ari 0.6 16. p F, vS, R, sbM *14
I1839 Gx 2 44.8 +15 15 u Ari 1.1 15. p vF, S, R, dif
1098 Gx 2 44.9 -17 38 D Eri 14. p F, vS, R, bMN, 1st of 3
I1845 2 44.9 -27 57 d For eeF, S, R, D * np
1080 Gx 2 45.2 -04 43 v Cet 1.4 vF, pS, iR
1081 Gx 2 45.2 -15 35 r Eri 13. p eF, pS, R
1099 Gx 2 45.3 -17 43 D Eri 13. p F, pS, lE, bMN, 2nd of 3
1091 2 45.4 -17 33 D Eri vF, vS, R, sbMN
I1842 Gx 2 45.4 +11 28 z Ari 16. p F, vS, R, glbM
I1843 Gx 2 45.4 +02 53 u Cet 1.7 14. p F, pL, E pf, dif
1100 Gx 2 45.6 -17 41 D Eri 13. p F, vS, lE, bMN, 3rd of 3
I1841 Gx 2 45.6 +18 56 z Ari 15. p F, vS, R, gvlbM
1082 Gx 2 45.7 -08 13 r Eri 15. p eeF, pS, lE
1092 Gx 2 45.7 -17 32 r Eri 14. p vF, vS, R, sbMN, b of 2
1083 Gx 2 45.8 -15 20 A Eri 14. p eeF, pS, mE, sp of 2
I1844 Gx 2 45.8 +03 15 m Cet 0.7 15. p F, pF, E pf, dif
1084 Gx 2 46.0 -07 35 s Eri 2.9 10.6 vB, pL, E, gpmbM
1077 Gx 2 46.1 +40 05 r Per 16. p vF, pL, E
1097 Gx 2 46.3 -30 17 s For 9.3 9.3 vB, L, vmE 151deg , vbMN
1085 Gx 2 46.4 +03 37 s Cet 1.7 14. p F, S, R, lbM, bet 2 st
1087 Gx 2 46.4 -00 30 s Cet 3.5 11.0 pB, cL, lE, mbM
1089 Gx 2 46.4 -15 04 A Eri 14. p eeF, S, R, nf of 2
1090 Gx 2 46.6 -00 15 s Cet 3.8 11.9 vF, pL, iR, bM
1088 Gx 2 47.0 +16 11 r Ari 15. p vF, S, iF
1102 Gx 2 47.1 -22 14 r Eri 14. p eF, vS, R
I 255 Gx 2 47.1 +16 16 m Ari 0.6 16. p vF, vS, R, *12 f 5s
1094 Gx 2 47.5 -00 17 s Cet 1.4 14. p vF, S, R, 2 S st p
1095 Gx 2 47.6 +04 38 r Cet 14. p eF, pS, R
I1846 Gx 2 47.7 +13 15 u Ari 1.1 15. p F, S, glbM
1086 Gx 2 47.9 +41 15 r Per 13. p vF, pS, D* nr
I1847 Gx 2 47.9 +14 30 z Ari 16. p F, S, iF, r
1103 Gx 2 48.0 -13 57 r Eri 13. p eeF, S, E, *15 inv, *11 f
I1853 Gx 2 48.0 -13 59 m Eri 0.8 14. p eF, vS, 1103 f 2s , 2' n
1093 Gx 2 48.2 +34 25 r Tri 14. p eF, vS
I1849 2 48.2 +09 22 d Cet F, vS, R, stell
1101 Gx 2 48.3 +04 34 r Cet 15. p vF, eS, R, bM, *13 p
1119 2 48.3 -18 01 D Eri F, eS, R (F*?)
1104 Gx 2 48.6 -00 16 s Cet 1.3 15. p vF, vS, r, *14 s
1108 Gx 2 48.6 -07 58 r Eri eF, pS, R
I1850 2 48.7 +13 14 d Ari F, S, dif
I1859 Gx 2 48.8 -31 11 m For 1.2 14. p pF, pS, R, 2nd of 3
I1856 Gx 2 48.9 -00 46 v Cet 1.3 F, S, E 200deg , gbMN
I1852 Gx 2 49.0 +13 13 u Ari 1.3 15. p F, pS, R, gbM
1109 Gx 2 49.1 +13 15 r Ari 15. p vF
I 261 2 49.1 -14 28 F Eri F, pL; = 1120
I1858 Gx 2 49.1 -31 17 c For 1.7 vF, pS, R, 1st of 3
1114 Gx 2 49.2 -17 00 r Eri 13. p pF, pL, pmE, glbM
1120 Gx 2 49.2 -14 27 r Eri 14. p vF, S, R, bM
1107 Gx 2 49.3 +08 06 r Cet 14. p F, vS, R
1110 Gx 2 49.3 -07 51 t Eri 2.7 eF, pL, E 348deg
I1854 Gx 2 49.3 +19 18 v Ari F, vS, R, bMN
I1855 2 49.3 +13 22 d Ari F, pL, D ns, biN
I1860 Gx 2 49.6 -31 11 c For 1.9 pF, pS, lE, 3rd of 3
1111 Gx 2 49.7 +13 08 r Ari F, vS, stellar
I1857 Gx 2 49.7 +14 37 u Ari 1.0 15. p F, S, R, glbM
I 256 Gx 2 49.8 +46 59 u Per 2.5 14. p cF, lE, S, 1st of 3
I 258 Gx 2 49.8 +41 03 u Per 1.7 16. p vF, vlbM, *9.5 f 2'
I 257 2 49.9 +46 59 d Per eF, pS, R, v diffic, 2nd of 3
1112 - 2 50.0 +13 13 r Ari F, pS
1118 Gx 2 50.0 -12 09 r Eri 14. p eF, vS, E pf
I 259 2 50.1 +41 04 d Per vF, double, dist 17"
1113 - 2 50.2 +13 18 r Ari vF
1115 Gx 2 50.5 +13 15 r Ari 15. p vF
1106 Gx 2 50.6 +41 41 r Per 13. p vF, vS, vF* att s
1116 Gx 2 50.6 +13 19 r Ari 15. p vF
I 263 2 50.6 -00 07 d Cet vF, vS, R, N = 14m
1121 Gx 2 50.8 -01 44 r Eri 13. p F, mE
1135 Gx 2 50.8 -54 56 c Hor 0.8 F, R, gbM
1136 Gx 2 50.9 -55 04 v Hor 1.7 F, R, gbM
I 264 2 50.9 -00 10 d Cet vF, eS, R, stellar
I 260 Gx 2 51.1 +46 57 u Per 1.8 15. p eeF, pS, 2 F st nr, 3rd of 3
I1848 C+N 2 51.2 +60 26 s Cas 60. 6.5 Cl, st F, extends 8mag f, in F neby
1117 Gx 2 51.3 +13 11 r Ari 15. p close to a S*
1124 Gx 2 51.6 -25 42 r For 15. p eF, eS, iR, gbM, *9 nf 1'
I 262 Gx 2 51.7 +42 50 u Per 2.3 15. p eeF, pS, R, bet 2 st, v diffic
1125 Gx 2 51.8 -16 38 r Eri 13. p vF, S, lE, gbM
I1851 ? 2 51.8 +58 19 x Cas *6.2, neb att sp, 5' l
I1862 Gx 2 52.0 -33 20 c For 3.2 eeF, vS, lE, v diffic, *7 sf
1105 Gx 2 52.4 -15 42 r Eri 15. p vF, vS, R
1126 Gx 2 52.4 -01 18 r Eri 15. p eeF, S, R, 1132 f
1128 - 2 52.6 +06 03 r Cet eF, S, lE, 2 F st close p
1133 Gx 2 52.7 -08 47 r Eri 15. p vF, vS, lE 45deg , 2 st np, nf
1122 Gx 2 52.8 +42 12 r Per 13. p vF, pS, R, * nr n
1123 - 2 52.8 +42 13 r Per cF, S, iR, vgbM, r; = 1122?
1127 Gx 2 52.9 +13 15 r Ari 15. p vF
1132 Gx 2 52.9 -01 16 r Eri 14. p eF, pL, gbM, *8 f
1139 Gx 2 52.9 -14 31 r Eri 15. p vF, S, R, gbMN
I1864 2 53.2 -34 12 d For eF, S, R
I1861 2 53.3 +25 29 d Ari F, pS, R, vgbM
1134 Gx 2 53.6 +13 00 s Ari 2.5 13. p F, S, iR, r
I 267 Gx 2 53.8 +12 50 v Ari 2.2 vF, pS, dif, 1134 np
1137 Gx 2 54.0 +02 57 r Cet 13. p vF, pS, R, lbM
1130 Gx 2 54.4 +41 37 r Per 13. p eF, eS
1129 Gx 2 54.5 +41 35 r Per 14. p cF, pS, iR, vglbM, D or F* sp
1131 Gx 2 54.6 +41 34 r Per 15. p eF, eS
1140 Gx 2 54.6 -10 02 s Eri 1.4 12.5 pB, S, R, stellar
1145 Gx 2 54.6 -18 38 r Eri 13. p F, pL, pmE, 2 S st f
I 265 Gx 2 54.7 +41 40 z Per 16. p eeF, eS, R
I1863 Gx 2 54.9 +08 47 z Cet 16. p F, vS, R, gbMN
I1866 Gx 2 54.9 -15 38 m Eri 0.4 14. p vF, eS, alm stell
I 266 Gx 2 55.0 +42 14 m Per 0.3 15. p eF, eS, R
1143 Gx 2 55.1 -00 10 s Cet 1.1 13.5 eF, S, R, p of 2
1141 2 55.2 +00 28 F Cet vF, S, p of Dneb; prob = 1143
1142 2 55.2 +00 28 F Cet pF, S, R, f of Dneb; prob = 1144
1144 Gx 2 55.2 -00 11 s Cet 0.9 13.3 eF, S, R, f of 2
1147 - 2 55.3 -09 07 r Eri eF, vS, E 0deg , *9.5 f 6'
I 268 Gx 2 55.4 -14 06 m Eri 0.6 15. p vF, vS, irr R, lbM
I 269 Gx 2 55.4 -14 04 m Eri 1.0 15. p eF, vS, dif
I1865 Gx 2 55.4 +08 49 u Cet 1.6 15. p F, vS, R, gbM, r
I 270 Gx 2 55.7 -14 12 m Eri 1.2 14. p pB, vS, R
I1867 Gx 2 55.9 +09 18 u Cet 2.2 15. p F, S, pR, gbM
I 271 Gx 2 56.0 -12 00 m Eri 0.8 15. p vF, S, R
I 272 Gx 2 56.1 -14 11 m Eri 0.9 15. p vF, S, iF
I1868 2 56.1 +09 21 d Cet F, vS, R, stell
1138 Gx 2 56.5 +43 03 r Per 14. p vF, vS, R, gbM, 2 S st triangle
1181 2 57.0 -15 02 D Eri eF, vS, R, bMN
1148 Gx 2 57.1 -07 42 r Eri 15. p eF, pS, R, v diffic, np of 2
1150 Gx 2 57.1 -15 03 r Eri 15. p vF, S, R, sbMN
1151 Gx 2 57.1 -15 00 r Eri eF, S, R (neb?), nr 1150
1180 2 57.1 -15 00 D Eri eF, vS, R, bMN
I 273 Gx 2 57.1 +02 47 u Cet 1.8 14. p F, pS, lE 235deg , bM
1158 Gx 2 57.3 -14 23 r Eri 15. p eF, S, R, sbMN
1149 Gx 2 57.4 -00 18 r Cet 15. p vF, vS, R, bM, S* p 30"
1146 - 2 57.5 +46 27 r Per Cl, vS, vF + neb
1152 Gx 2 57.6 -07 47 r Eri 15. p eeF, S, R, v diffic, sf of 2, * s
I1870 Gx 2 57.9 -02 21 t Eri 2.9 vF, R, vgbM, v diffic
1153 Gx 2 58.1 +03 22 r Cet 13. p F, vS, ilE, sbM, er
1154 Gx 2 58.1 -10 21 r Eri 14. p eF, S, lbM, sp of 2
I1869 Gx 2 58.1 +05 50 z Cet 16. p F, eS, like neb D*
1155 Gx 2 58.2 -10 20 r Eri 14. p eF, S, lbM, nf of 2
1157 Gx 2 58.2 -15 07 r Eri eF, pS, E 0deg , sbMN
1165 Gx 2 58.7 -32 07 v For 3.1 vF, pL, E, vlbM
I 276 Gx 2 58.7 -15 41 m Eri 2.0 14. p pB, S, mbM
1162 Gx 2 58.9 -12 24 r Eri 13. p F, R, glbM, stellar
1156 Gx 2 59.7 +25 14 s Ari 3.1 11.7 pB, cL, pmE 0deg , bet 2 st
I 277 Gx 2 59.8 +02 46 v Cet 1.6 pB, pS, R, N = 12.5
I 274 3 00.1 +44 13 d Per eeF, pS, R, v diffic
1163 Gx 3 00.3 -17 09 v Eri 3.4 vF, pS, mE 75deg
1166 Gx 3 00.6 +11 51 r Ari 15. p eF, S
1159 Gx 3 00.7 +43 10 r Per 14. p vF, S, R, vlbM
1168 Gx 3 00.8 +11 47 r Ari 15. p eF
I 275 3 00.9 +44 21 d Per eeF, pS, R, bet 2 st
1160 Gx 3 01.2 +44 58 s Per 1.6 13. p F, E
1161 Gx 3 01.2 +44 55 s Per 3.1 13. p F, pS, lE, sbM
I 279 Gx 3 01.2 +16 13 z Ari 15. p vF, vS, R, dif
I 278 Gx 3 01.5 +37 47 u Per 2.3 15. p vF, *10 p 95", F* 12" sp
1172 Gx 3 01.6 -14 50 s Eri 2.2 12.0 pF, pL, R, psbM
1167 Gx 3 01.7 +35 12 s Per 3.1 12.3 vF, pL, R, spmbM
1164 Gx 3 01.9 +42 36 r Per 14. p eF, vS
1205 3 02.4 -09 40 D Eri eF, pS, E 25deg , *9.5 3' sp; = 1182
1170 - 3 02.5 +27 04 r Ari eL, dif
1179 Gx 3 02.6 -18 54 s Eri 4.6 12. p eF, pS, gbM, *12 f 1'
1187 Gx 3 02.6 -22 52 s Eri 5.0 11. p pF, cL, pmE, gbM *16, r
1185 Gx 3 03.0 -09 08 r Eri 15. p eF, pS, E 15deg
I1877 Gx 3 03.2 -50 31 c Hor 3.0 eF, vS, E 170deg , prob neb
I 280 Ast 3 03.3 +42 21 x Per eF, pS, R
1189 Gx 3 03.4 -15 37 r Eri 14. p eF, vS, R, p 1209
1195 Gx 3 03.4 -12 02 r Eri 14. p eF, eS, *12 sf, 1196 sf
1182 Gx 3 03.5 -09 40 r Eri eF, pS, E 120deg , *10 sp 2'.5
1190 Gx 3 03.5 -15 39 r Eri 15. p eF, vS, R, p 1209
1196 Gx 3 03.5 -12 05 r Eri 14. p vF, sp of 2
1169 Gx 3 03.6 +46 23 s Per 4.4 11.7 pF, pS, iF, sbM
1191 Gx 3 03.6 -15 40 r Eri 15. p eF, vS, R, p 1209
1199 Gx 3 03.6 -15 37 s Eri 2.2 11.5 cB, pS, iR, smbM
1188 3 03.7 -15 30 D Eri eF, vS, R, p 1209
1192 Gx 3 03.7 -15 40 r Eri 15. p eF, vS, R, p 1209
I1878 3 03.7 -52 06 d Hor eeF, eS, cE 5deg , prob neb
1194 Gx 3 03.8 -01 05 r Cet 14. p F, S, R, glbM
1200 Gx 3 03.8 -11 59 r Eri 13. p pF, cL, iR, bM, nf of 2
I1873 3 03.8 +09 31 d Cet F, S, E 200deg
I 283 Gx 3 03.9 -00 12 m Cet 0.4 15. p pB, eS, R
I1875 Gx 3 03.9 -39 26 c For 1.8 eF, pS, R, FD* sf in line
I1879 3 03.9 -52 06 d Hor eeF, eS, mE 135deg , stell N
1171 Gx 3 04.0 +43 24 s Per 3.2 13. p vF, pL, iF
1201 Gx 3 04.1 -26 04 s For 4.4 10.6 cB, pS, vlE, r, S* nr
I 285 Gx 3 04.1 -12 01 m Eri 1.0 15. p F, vS, dif, 1200 p
1173 - 3 04.2 +41 22 r Per eF, vS, stellar Nucl
1175 Gx 3 04.5 +42 20 s Per 2.5 12.8 F, cL, E
1176 - 3 04.5 +41 23 r Per *13 in vF neb
I 281 3 04.5 +42 21 x Per eeF, vS, * close n, 1175 nr; = 1177
I1876 Gx 3 04.5 -27 26 s For 0.7 14.4 eeF, S, R, F* nr sf
1177 Gx 3 04.6 +42 22 r Per 15. p vF, S, R, nf 1175; = IC 281
1178 - 3 04.6 +41 18 r Per *13 in vF neb (?)
1204 Gx 3 04.6 -12 20 r Eri 15. p eF, E 45deg , r, sev st inv
I1872 OC 3 04.6 +42 49 x Per Cl
1183 - 3 04.7 +41 22 r Per *13 inv in neb
I 286 3 04.8 -06 29 d Eri vF
1202 Gx 3 04.9 -06 29 r Eri eF, S, 2 st 4' nf
I 287 3 05.0 -12 05 d Eri F, vS, R, stellar
1203 Gx 3 05.2 -14 22 r Eri 15. p vF, S, R, bMN (neb?)
I 282 3 05.2 +41 51 d Per eF, S, R, bet 2 st nr
1174 3 05.5 +42 49 D Per pF, pS, lE, pB* close p; prob = 1186
1186 Gx 3 05.5 +42 50 s Per 3.3 13. p F* with neb appendages
1193 OC 3 05.8 +44 23 s Per 2. 13. p F, cL, er
1209 Gx 3 06.0 -15 37 s Eri 2.6 11.4 B, S, cE, psbM
1206 Gx 3 06.1 -08 50 F Eri eF, vS, vlE 0deg
1197 - 3 06.2 +44 04 r Per pF, pS, cE, sev vF st nr
1198 Gx 3 06.2 +41 52 r Per 14. p neb *11
1208 Gx 3 06.2 -09 32 r Eri 14. p pB, S, lE 80deg +/- , lbM
1217 Gx 3 06.2 -39 01 r For pF, S, R, psbM
I 284 Gx 3 06.2 +42 23 s Per 4.9 13. p eeF, pL, lE, D* np, bet 2 st
I1871 ? 3 06.4 +60 41 x Cas 4. *9.3 nebs, chiefly f
I1874 Gx 3 06.4 +36 00 m Per 0.9 14. p F, vS, vlbM, dif
1244 Gx 3 06.5 -66 47 c Hor 2.0 F, S, pmE, gbM
I1880 Gx 3 06.5 -09 43 m Eri 1.0 15. p eF, S, *9 f 8s
I1885 Gx 3 06.7 -32 52 c For 1.5 vF, vS, mE 140deg , gbM
1210 Gx 3 06.8 -25 42 r For 13. p eF, vS, iR, gbMN
1211 Gx 3 06.9 -00 47 r Cet 13. p pB, vS, R, mbMN = *9-10
1214 Gx 3 06.9 -09 32 r Eri 14. p F, pS, iR, 1208 p
1246 Gx 3 07.0 -66 56 c Hor 1.5 pF, S, R, glbM
1215 Gx 3 07.1 -09 35 r Eri 14. p eF, vS, R
1216 Gx 3 07.3 -09 36 r Eri 15. p eF, S, stellar, 3rd of 3
I 291 Gx 3 07.4 -12 37 m Eri 0.8 14. p F, S, R, bM
I 288 OC 3 07.5 +42 22 x Per vF, vS, R, 2 st nf; S Cl?
I1882 Gx 3 07.8 +03 09 u Cet 1.0 15. p F, pL, E 210deg
I1886 Gx 3 08.0 -04 24 m Eri 0.3 15. p vF, S, vmbM, *13 s 1'.2
I1896 3 08.0 -54 14 d Hor eeF, eS, cE 10deg , stell N
1221 Gx 3 08.1 -04 15 r Eri 15. p eF, vS, E 170deg , * s
1207 Gx 3 08.2 +38 23 r Per 13. p cF, vS, R, psb in npp end
1228 Gx 3 08.2 -22 55 r Eri 14. p eF, eS, R, gbM, p of 2
1229 Gx 3 08.2 -22 58 s Eri 1.9 14. p eF, eS, R, gbM, f of 2
1223 3 08.3 -04 09 D Eri eF, S, R, gbMN, p of 2
1230 Gx 3 08.3 -23 00 r Eri 15. p *12 in eF neb
1218 Gx 3 08.4 +04 07 s Cet 1.3 12.8 pF, pS, R
I1892 Gx 3 08.4 -23 03 c Eri 1.9 vF, L, nr 1230
1219 Gx 3 08.5 +02 09 r Cet 13. p F, pL, R
1212 Gx 3 08.6 +40 51 r Per eF, S, R, Algol nr
1225 3 08.8 -04 06 D Eri eF, vS, R, f of 2
1222 Gx 3 08.9 -02 58 s Eri 1.3 14. p vF* in pF, S, R neb
1213 Gx 3 09.2 +38 39 r Per 15. p eF, lE, * close n, diffic
I1881 Gx 3 09.2 +38 38 u Per 3.0 16. p vF, pS, v dif (= 1213?)
1231 - 3 09.6 -15 35 r Eri eF, pL, E (neb?)
1234 Gx 3 09.6 -07 51 r Eri 15. p eF, S, iR, * or st inv
I1895 Gx 3 09.6 -25 15 c For 1.8 eeF, pS, 2 st close p
I 290 Gx 3 09.7 +40 59 u Per 1.2 15. p eeF, S, R
I1883 Gx 3 09.7 +40 54 u Per 1.1 16. p S, R, vgbM
I1884 3 09.7 +40 59 d Per S, E npsf, diffic, *12 close f
1232 Gx 3 09.8 -20 35 s Eri 7.8 9.9 pB, cL, R, gbM, r
I1890 Gx 3 10.0 +19 13 m Ari 0.2 15. p pB, pL, iF, N, r
1249 Gx 3 10.1 -53 21 s Hor 5.2 12. p B, L, vmE 80deg , vgbM
I1887 3 10.2 +40 45 d Per *12 close sf
I1891 3 10.2 +19 36 d Ari vF, S, bM, dif
I 289 Pl 3 10.3 +61 19 s Cas 0.6 12. p pB, pL, R, bet 2 vF st
I 292 Gx 3 10.3 +40 46 v Per 1.2 eF, pS, R, * s, bet 2 st
I1893 3 10.3 +19 37 d Ari ef, vS, diffic
I1898 Gx 3 10.3 -22 24 c Eri 3.2 neb line at 60deg , susp
1252 3 10.5 -58 08 r Hor Cl of 18 or 20 st
I1894 Gx 3 10.5 +19 36 z Ari 16. p F, S, vlbM, dif
1237 D* 3 10.7 -08 40 F Eri vF, S, E 170deg ; D*?
I1897 Gx 3 10.8 -10 49 m Eri 0.5 14. p eF, vS, nr 1238
1238 Gx 3 10.9 -10 45 r Eri 14. p vF, pS, R, 1247 nf
I 293 Gx 3 10.9 +41 07 m Per 0.2 15. p eF, S, R
I 294 3 10.9 +40 38 d Per vF, pS, irr R
1239 Gx 3 11.0 -02 31 r Eri 15. p eF, stellar (RA 30s greater?)
I 295 3 11.0 +40 37 d Per eF, pS, R
I 299 3 11.0 -13 07 d Eri vF, vS, R, lbM
I1888 3 11.0 +41 08 d Per vF, S
I1889 3 11.0 +40 37 d Per F, R, vgbM
1226 Gx 3 11.1 +35 24 r Per 14. p F, vS, R, bM
I 296 Gx 3 11.1 +40 37 u Per 2.8 16. p eF, pS, irr R, F D* p
1227 Gx 3 11.2 +35 20 r Per 15. p vF, vS
1224 Gx 3 11.3 +41 22 s Per 1.7 16. p eF, vS, R
1241 Gx 3 11.3 -08 55 s Eri 3.0 13. p F, pL, R, vglbM, *9 n
1242 Gx 3 11.3 -08 54 s Eri 1.3 14. p vF, S
I 298 Gx 3 11.3 +01 19 v Cet F, pL, 2 B points inv
1243 Gx 3 11.4 -08 57 h Eri 0.4 14. p F, vS, R
1236 Gx 3 11.6 +10 49 r Ari 15. p eF, vS, R
1220 OC 3 11.7 +53 20 s Per 2. 12. p Cl, vS, st vF
I1899 3 11.8 -25 19 d For eeF, S, R, 2 F st sp in line
1247 Gx 3 12.2 -10 29 s Eri 3.6 13. p F, pL, E 80deg
1261 Gb 3 12.3 -55 13 s Hor 6.9 8.4 glob. cl. , B, L, R, rr
1233 Gx 3 12.5 +39 19 s Per 2.1 13.2 F, vS, R, diff
I 303 3 12.7 -11 42 d Eri eF, eS, stellar
1235 *** 3 12.8 +38 56 r Per vF, S, lE
1248 Gx 3 12.8 -05 13 s Eri 1.3 14. p cF, S, lE, bM, *9 n 5'
I 302 Gx 3 12.8 +04 42 v Cet 2.1 pF, pS, R, vSN
1240 * 3 12.9 +30 34 r Ari eF, vS; vS st?
I 306 3 13.0 -11 43 d Eri eF, S, R, diffic
I1903 3 13.1 -50 36 d Hor 2 F neb, E
I 297 D* 3 13.3 +42 06 x Per eeF, pS, R, v diffic, F* sp
1255 Gx 3 13.5 -25 44 s For 4.1 11.1 F, pL, F* close p
I 307 Gx 3 13.8 -00 13 u Cet 1.9 15. p pB, vS, r
1256 Gx 3 13.9 -21 58 r Eri 14. p F, S, E, alm stell, *8 np
1258 Gx 3 13.9 -21 45 r Eri 13. p eF, pS, vlE, 12' n of 1256
1251 D* 3 14.1 +01 28 F Cet F
1253 Gx 3 14.1 -02 49 s Eri 4.8 12. p *12 with neb f, 90" l
I 300 Gx 3 14.3 +42 25 x Per eF, S, R, *9 sp, np of 2
1254 Gx 3 14.4 +02 42 r Cet 15. p F, vS, stellar
1245 OC 3 14.7 +47 15 s Per 10. 8.4 Cl, pL, Ri, C, iR, st 12...15
I 301 Gx 3 14.8 +42 13 x Per eF, pS, R, sf of 2
I 304 Gx 3 15.0 +37 54 u Per 1.3 15. p vF, * 76" sf, np of 2
I1904 Gx 3 15.0 -30 43 c For 1.8 eF, vS, mE 80deg , stell N
I 305 Gx 3 15.1 +37 51 m Per 1.0 15. p vF, * 49" nf
I1908 Gx 3 15.1 -54 49 c Hor 1.6 vF, vS, spir branch
1250 Gx 3 15.4 +41 21 s Per 2.7 14. p vF, vS, R
1262 Gx 3 15.7 -15 52 r Eri 14. p eF, pS, iR, sbMN
1263 Gx 3 15.8 -15 06 r Eri 15. p vF, S, lE, sbM
1266 Gx 3 16.0 -02 24 r Eri 14. p vF, pS, *13 sp 2'
I1900 Gx 3 16.0 +37 08 m Per 0.6 15. p F, S, pR, gbMN
I 309 Gx 3 16.1 +40 48 v Per 1.0 eeF, pS, R, bet 2 st
I1901 3 16.1 +37 07 d Per F, vS, R, gbMN
I1906 Gx 3 16.1 -34 22 c For 1.5 vF, vS, vmE 60deg , gbM
I1902 Gx 3 16.2 +37 11 z Per 16. p F, vS, R, sbM *14
I 308 Gx 3 16.3 +41 11 x Per eF, pS, iR, r?
1257 Gx 3 16.4 +41 31 r Per 14. p stellar neb
1184 Gx 3 16.6 +80 48 s Cep 3.0 13. p F, pL, mE
I 310 Gx 3 16.7 +41 20 v Per 1.6 vF, pS, R, 1259 and 1260 near
I 311 Gx 3 16.8 +40 01 u Per 1.9 16. p eF, pS, iR, bet 2 st, vF* v close f
I1912 3 16.8 -50 39 d Hor S, E ns
1259 Gx 3 17.0 +41 21 r Per 15. p vF, S, R, vlbM
1288 Gx 3 17.2 -32 35 s For 2.3 12.1 vF, L, R, vglbM, cE ns
1269 3 17.3 -41 06 c Eri vB, R, gmbM; = 1291
1291 Gx 3 17.3 -41 08 s Eri 10.5 8.5 glob. cl. , vB, pL, R, mbM, er
I1909 Gx 3 17.3 -33 41 c For 1.3 vF, vS, cE 45deg , stell N
1260 Gx 3 17.5 +41 24 s Per 1.7 14. p vF, S, R
1284 Gx 3 17.6 -10 18 r Eri 14. p eF, vS, 2 st s
1285 Gx 3 17.8 -07 20 r Eri 14. p pF, S
1286 Gx 3 17.8 -07 39 r Eri 15. p eF, eS, R, 4 B st s
1264 Gx 3 17.9 +41 26 r Per 15. p vF, S, vlbM
1280 Gx 3 18.0 -00 10 r Cet 14. p vF, vS, R, gbM, r
I1910 3 18.0 -21 26 d Eri 2 eF, eS, neb susp
I 312 Gx 3 18.1 +41 45 v Per 1.5 eeF, pS, R, nearly bet 2 st
1292 Gx 3 18.2 -27 37 s For 3.2 13. p F, pS, lE, vgbM, S D* nr
1265 Gx 3 18.3 +41 52 s Per 2.1 15. p vF, vS, mbM
1313 Gx 3 18.3 -66 30 s Ret 8.5 9. p pB, L, E, vgbM, r
1287 Gx 3 18.6 -02 45 r Eri vF, vS, iR
1267 Gx 3 18.7 +41 28 s Per 1.4 15. p F, vS, R, stell
1268 Gx 3 18.8 +41 29 s Per 1.2 15. p eF, S, lE, com
I 314 Gx 3 18.8 -01 58 u Eri 2.1 14. p *13 in vF, S neb
I1905 *** 3 18.8 +41 22 x Per Cl, S, vF; neb?
1289 Gx 3 18.9 -01 59 r Eri 14. p vF, S, R, 4 st f; = IC 314
1296 Gx 3 18.9 -13 04 r Eri 14. p eF, vS, R
1270 Gx 3 19.0 +41 28 s Per 1.1 12.9 vF, S, R
I 317 Gx 3 19.0 -12 45 m Eri 0.8 14. p vF, pL, R
I 315 Gx 3 19.1 +04 02 z Cet 15. p vF, S, dif, vlbM
1271 Gx 3 19.2 +41 21 s Per 16. p vF, vS
1297 Gx 3 19.2 -19 06 s Eri 2.3 13. p F, pS
1272 Gx 3 19.3 +41 29 s Per 2.5 15. p F, S, R
1273 Gx 3 19.4 +41 32 s Per 1.4 12.9 vF, vS
1290 3 19.4 -13 59 D Eri eF, eS
I1914 Gx 3 19.4 -49 36 c Hor 3.8 spiral?
I1913 Gx 3 19.6 -32 28 c For 1.7 vF, vS, mE 155deg , cbM
1274 Gx 3 19.7 +41 33 s Per 0.6 15. p vF, vS
1300 Gx 3 19.7 -19 25 s Eri 6.5 10.4 cB, vL, vmE, psvmbM
I1915 3 19.7 -50 42 d Hor E ns
1275 Gx 3 19.8 +41 31 s Per 2.6 11.6 F, S
1277 Gx 3 19.8 +41 34 s Per 0.8 13.5 vF, vS, np 1278
1276 Gx 3 19.9 +41 33 r Per vF, vS
1278 Gx 3 19.9 +41 33 s Per 1.7 12.6 pB, pS, R, bM
1302 Gx 3 19.9 -26 04 s For 4.4 11. p S, R, psvmbM, *9 np 1'
I1907 Gx 3 19.9 +41 33 x Per vF, S, vmbM
1279 Gx 3 20.1 +41 28 r Per vF, vS
1281 Gx 3 20.1 +41 38 s Per 0.7 13.5 vF, S, *11 p 1'
1295 3 20.1 -14 00 D Eri eF, vS, gbMN, *10 f 3'
1299 Gx 3 20.1 -06 17 r Eri 14. p vF, S, vlE, gbM, er
1311 Gx 3 20.1 -52 10 r Hor F, pL, mE 37deg , gbM
1282 Gx 3 20.2 +41 22 s Per 1.7 14. p vF, S, lbMN
1298 Gx 3 20.2 -02 06 s Eri 1.5 14. p F, pS, R, *13 sp
1283 Gx 3 20.3 +41 24 s Per 1.3 16. p vF, S, vlbM
I1916 3 20.3 -49 03 d Hor F, S, R, 2 st sp
1301 Gx 3 20.5 -18 45 r Eri 13. p vF, mE 135deg
1303 Gx 3 20.7 -07 25 r Eri 15. p vF, sev st inv
I 318 Gx 3 20.8 -14 34 m Eri 0.8 14. p F, S, dif, lbM
I1911 3 20.8 +35 18 d Per neb, not well seen
1304 Gx 3 21.0 -04 35 r Eri 14. p eF, vS
1306 Gx 3 21.0 -25 31 c For 1.4 vF, vS, gbM, *10.5 f 4'
1310 Gx 3 21.0 -37 08 s For 2.3 glob. cl. , vF, pL, R, vgvlbM
I 313 Gx 3 21.0 +41 54 v Per 1.6 eeF, vS, R, close D* nr s
1305 Gx 3 21.4 -02 19 s Eri 1.9 15. p pB, pS, R, *16 att
I 316 Gx 3 21.4 +41 56 x Per eeF, pS, R
1293 Gx 3 21.6 +41 24 s Per 1.1 15. p vF, R, bM, np of 2
1294 Gx 3 21.7 +41 22 s Per 1.8 13.1 vF, R, bM, sf of 2
1309 Gx 3 22.1 -15 24 s Eri 2.3 11.6 cB, cL, iR, gbM, *8 sp 4'
1307 - 3 22.2 -04 33 r Eri eF, vS, R, *9.5 nf
I1917 3 22.2 -53 12 d Hor E ns
1308 Gx 3 22.5 -02 45 r Eri 15. p eF, S, iF, am 3 or 4 st
1314 Gx 3 22.6 -04 11 r Eri 15. p *10 with eF, cL, E neb s
1316 Gx 3 22.7 -37 12 s For 7.1 8.9 vB, cL, vlE, vsvmbMN
1317 Gx 3 22.8 -37 06 s For 3.2 11.0 pB, pS, psbM
1318 - 3 22.8 -37 07 r For F; = 1317
1315 Gx 3 23.1 -21 23 s Eri 1.8 13. p pB, S, R, gbM
I 319 Gx 3 23.4 +41 24 x Per stellar, = 13m
1312 D* 3 23.7 +01 11 F Tau F
1319 Gx 3 23.9 -21 32 s Eri 1.3 14. p F, S, R, bM, p of 2
1326 Gx 3 23.9 -36 28 s For 4.0 10.5 PN ? pS, vsvmbMN
I1920 3 24.2 -52 43 d Hor stellar
1325 Gx 3 24.4 -21 33 s Eri 4.6 11.6 F, mE 239deg , com, *9.5 att
I 321 Gx 3 24.5 -15 00 m Eri 0.4 15. p pB, vS, R
1327 - 3 24.7 -25 40 r For eF, vS, 3 vF st close (no neb)
I1921 3 24.7 -50 42 d Hor stellar
I1922 3 24.7 -50 44 d Hor stellar
1320 Gx 3 24.8 -03 01 s Eri 1.9 14. p F, S, R, bM
I1923 3 24.8 -50 34 d Hor stellar
1321 Gx 3 24.9 -03 00 r Eri 14. p F, S, E pf, D or biN
1322 Gx 3 25.0 -02 54 r Eri 15. p vF, vS, R, bM
1323 Gx 3 25.0 -02 49 r Eri eF, eS, *13 sp 25" +/-
1324 Gx 3 25.0 -05 45 r Eri 14. p vF, pS, pmE
I1924 3 25.0 -51 41 d Hor E, stellar
I1926 3 25.2 -51 41 d Hor E, stell
I1927 3 25.2 -51 43 d Hor vF
I1925 3 25.3 -51 15 d Hor E npsf, stell
I1929 3 25.5 -51 15 d Hor E npsf
1328 Gx 3 25.6 -04 08 r Eri vF, eS, R, bMN
I1933 Gx 3 25.7 -52 47 s Hor 2.5 13. p lE spnf
1329 Gx 3 25.9 -17 37 r Eri 14. p F, pS, R, glbM
I 322 Gx 3 25.9 +03 40 z Tau 15. p vF, pL, vlbM, diffic
I1932 3 25.9 -51 20 d Hor E ns
I 320 Gx 3 26.0 +40 47 x Per eF, pS, R, vF* close p
I1919 Gx 3 26.0 -32 54 c For 2.0 eF, pS, lE, sev st n
I1918 Gx 3 26.2 +04 32 z Tau 15. p F, S, glbM, dif
I1935 Gx 3 26.2 -50 01 c Hor 1.3 stell, E, spir?
1332 Gx 3 26.3 -21 20 s Eri 4.6 10.3 vB, S, E 114deg , smbMN
I1936 3 26.4 -51 19 d Hor stell, E npsf
1331 Gx 3 26.5 -21 21 s Eri 1.1 14. p vF, vS; = IC 324
I 324 Gx 3 26.5 -21 21 c Eri 0.9 F, pS, dif, bM; = 1331
1336 Gx 3 26.6 -35 44 r For vF, S, vlE, gbM
I1937 3 26.8 -48 42 d Hor vF, vS, R, bM
I1938 3 27.2 -53 01 d Hor perhaps D*
I1928 Gx 3 27.5 -21 34 c Eri 1.5 vF, vS, mE 20deg , cbM
I1940 3 27.7 -52 08 d Hor bM
I1939 3 27.8 -51 04 d Hor E pf
1341 Gx 3 28.0 -37 09 s For 1.6 13. p F, S, mE 140deg , *12 sf
I1942 3 28.0 -52 40 d Hor stell, E ns
1337 Gx 3 28.1 -08 23 s Eri 6.8 11.7 eF, vL, mE ns
1339 Gx 3 28.1 -32 17 s For 2.3 13. p cB, pS, R, psbM, D* p
1340 - 3 28.3 -30 54 D For nonexistent; = 1344
1344 Gx 3 28.3 -31 04 s For 3.9 10.3 cB, pL, iR, vgbM
I1930 3 28.8 +04 24 d Tau F, S, R, gbM, *8 p 3s , s 1'.6
I1931 Gx 3 28.8 +01 43 m Tau 0.8 14. p vF, dif
1338 Gx 3 29.0 -12 10 r Eri 13. p vF, S, iR, lbM, r
1330 Gx 3 29.3 +41 22 r Per 15. p vF st in vF, S neb
1333 Nb 3 29.3 +31 25 s Per 9. F, L, *10 nf
I1945 3 29.3 -52 38 d Hor stell
1345 Gx 3 29.4 -17 48 s Eri 1.4 13.7 vF, S, R, pslbM
I1946 3 29.4 -52 37 d Hor stell
I 323 3 29.5 +41 52 d Per eF, pS, R, p of 2
1347 Gx 3 29.7 -22 16 r Eri 13. p eF, pS, E 130deg , sbMN
I1944 3 29.7 -48 00 d Hor eF, eS, lE 20deg
1334 Gx 3 30.1 +41 50 r Per 15. p eF, pL, lbM
1346 Gx 3 30.1 -05 33 r Eri 15. p eF, eS, R, bM, *13 p
1335 Gx 3 30.4 +41 35 r Per 15. p vF * in vF, eS neb
1351 Gx 3 30.5 -34 52 s For 1.8 13. p pB, pS, R, psbM
I1947 3 30.6 -50 19 d Hor stell
1356 Gx 3 30.7 -50 17 r Hor vF, pL, iR, gbM, * nr
I 326 Gx 3 30.7 -14 26 m Eri 0.4 15. p vF, pL, E ns
I 325 3 30.8 -07 03 d Eri vF, S, R, vlbM
I1948 3 30.9 -47 58 d Hor eeF, S, R
I1949 3 31.0 -47 59 d Hor cF, vS, spir, cbM
1350 Gx 3 31.1 -33 38 s For 4.3 10.5 B, L, mE, vmbMRN
I 327 Gx 3 31.1 -14 43 m Eri 0.6 15. p eF, vS, dif, v diffic
I1950 Gx 3 31.1 -50 26 c Hor 1.3 E npsf
I1951 3 31.1 -53 08 d Hor E spnf
I 328 Gx 3 31.2 -14 40 m Eri 0.5 14. p vF, eS, R
1349 Gx 3 31.4 +04 22 r Tau 15. p eeF, S, R, bet 2 st
I1934 Gx 3 31.4 +42 48 u Per 1.3 16. p eF, pS, lbM, *12 dist 34"
I1955 3 31.4 -57 13 d Ret eF, vS, R
1352 Gx 3 31.5 -19 16 r Eri 15. p eF, pslbM, diff, *8 sf
1342 OC 3 31.6 +37 20 s Per 14. 6.7 Cl, vL, ab 60 st
I1954 Gx 3 31.6 -51 55 s Hor 3.6 12. p F, pL, R, spir
1353 Gx 3 32.1 -20 49 s Eri 3.4 11.4 pB, cL, iE, mbM
I 329 Gx 3 32.1 +00 16 z Tau 15. p F, vS, R, lbM
I 330 Gx 3 32.2 +00 21 u Tau 1.0 15. p F, vS, R, lbM
I1941 3 32.2 +24 26 d Tau vF, S, vmE 0deg (prob neb)
I1957 3 32.2 -52 27 d Hor E spnf
1354 Gx 3 32.4 -15 13 r Eri 14. p vF, S, lE, glbM
I 331 Gx 3 32.4 +00 17 z Tau 15. p *13 in neb
I1960 Gx 3 32.6 -57 12 c Ret 1.2 eF, eS, R
I 332 Gx 3 32.7 +01 23 z Tau 15. p F, vS, R, sbM
I1958 3 32.8 -51 27 d Hor stell
1357 Gx 3 33.2 -13 40 t Eri 2.4 13. p pF, pL, R, lbM, *9 nf
I1959 Gx 3 33.2 -50 25 c Hor 2.5 E npsf
I1965 Gx 3 33.2 -56 33 c Ret 1.3 eF, vS, R, cbM
1360 Pl 3 33.3 -25 51 s For 6.5 *8 in B, L neb, E ns
1355 Gx 3 33.4 -05 00 s Eri 1.8 13.1 pF, S
I1952 Gx 3 33.4 -23 43 c Eri 2.4 cF, S, vmE 140deg , * 1' sf
1365 Gx 3 33.6 -36 08 s For 9.8 9.5 !! vB, vL, mE, rN
I1961 3 33.6 -48 57 d Hor eF, vS, cE 20deg
I1964 3 33.6 -53 10 d Ret E pf
1358 Gx 3 33.7 -05 05 s Eri 2.8 12.1 vF, S, bet 2 st
I1953 Gx 3 33.7 -21 29 s Eri 2.8 12. p vF, cL, spir or annular
1348 OC 3 33.8 +51 26 r Per Cl, lRi, st L
1359 Gx 3 33.8 -19 29 s Eri 1.9 12.2 F, L, R, vglbM
1362 Gx 3 33.8 -20 17 r Eri 14. p vF, S, R
1366 Gx 3 33.9 -31 12 s For 2.7 13. p vF, S, iF, lbM
I 333 3 34.0 -05 07 d Eri eF, *8.8 nf 4'
1369 - 3 34.1 -36 17 r For F
I1966 3 34.1 -51 19 d Hor stell
1361 Gx 3 34.2 -06 15 r Eri eF, eS, gbMN
1367 - 3 34.7 -24 56 r For vF; = 1371
I1968 3 34.7 -50 38 d Hor stell
1363 Gx 3 34.8 -09 50 r Eri vF, S, R, *7 sp 3'.5, sp of 2
1364 Gx 3 35.0 -09 50 r Eri vF, S, vlE, nf of 2
1368 Gx 3 35.0 -15 38 r Eri 15. p vF, vS, R, lbM
1371 Gx 3 35.0 -24 56 s For 5.4 11. p pB, pL, vlE, psbM
1373 Gx 3 35.1 -35 11 r For eF, vS, p of 3
1370 Gx 3 35.2 -20 22 r Eri 14. p vF, S, R, bet 2 st 14
1375 Gx 3 35.2 -35 16 s For 1.9 B, S, lE, pmbM, 3rd of 3
1374 Gx 3 35.3 -35 14 s For 1.8 12. p vB, pL, lE, gmbM, 2nd of 3
I 335 Gx 3 35.5 -34 27 c For 3.0 pF, pS, eE pf
I1963 Gx 3 35.5 -34 27 c For 3.0 pB, S, eE 90deg ; = IC 335
I1956 Gx 3 35.6 +05 05 u Tau 1.4 16. p F, S, E 200deg , 2 vF Nuclei
I1962 Gx 3 35.6 -21 17 c Eri 2.3 eF, S, mE 175deg , gbM
1378 D* 3 35.9 -35 12 r For F
I1971 3 36.0 -52 38 d Hor E pf
1379 Gx 3 36.1 -35 27 s For 2.0 12. p glob. cl. , B, pL, R, gpmbM
I1969 3 36.2 -45 11 d Hor eF, vS, cE 50deg , cbM
I1972 3 36.4 -52 01 d Hor E
I1973 3 36.4 -51 59 d Hor E
1380 Gx 3 36.5 -34 59 s For 4.9 11. p vB, L, R, psbM
I1970 Gx 3 36.5 -43 57 c Hor 3.3 eF, vS, eE 75deg
1381 Gx 3 36.6 -35 18 s For 2.9 12. p F
1377 Gx 3 36.7 -20 54 r Eri 14. p F, S, R, gbM
I1974 3 36.7 -49 34 d Hor E npsf
I1979 3 36.7 -57 56 d Ret eeF, eS, vmE 20deg
1392 Gx 3 36.8 -36 16 r Eri vF, pS, R
1386 Gx 3 36.9 -36 00 s Eri 3.5 12. p F
1372 Gx 3 37.0 -15 53 r Eri vF, vS, R, glbM
1387 Gx 3 37.0 -35 31 s For 2.4 12. p glob. cl. , vB, pL, R, gmbM
I1980 Gx 3 37.0 -57 58 c Ret 1.2 eF, cS, vmE 25deg
1376 Gx 3 37.1 -05 03 s Eri 2.0 13. p eF, pL, iR, bM, r
1382 Gx 3 37.1 -35 12 c For 2.1 F
I 337 3 37.1 -06 43 d Eri eeF, pL, 3 st nr
I1978 Gx 3 37.1 -50 09 c Hor 1.2 E ns
1389 Gx 3 37.2 -35 45 s Eri 2.1 13. p F
I1976 3 37.2 -47 26 d Hor eF, eS, R
1385 Gx 3 37.5 -24 30 s For 3.0 11.2 pB, pS, R, gpmbM
1383 Gx 3 37.6 -18 20 r Eri 14. p pF, S, R, psmbM
I 338 Gx 3 37.6 +03 08 z Tau 15. p vF, S, dif, vF* close
I1967 Gx 3 37.7 +03 17 m Tau 0.8 14. p vF, S, R, *13 nr
I1982 Gx 3 37.7 -57 47 c Ret 1.4 cF, eS, R
1343 Gx 3 37.8 +72 34 s Cas 2.8 12.3 F, vS, iR, gbM, D* vnr
1390 Gx 3 37.9 -19 00 r Eri 15. p vF, pS, E 260deg
1396 - 3 38.1 -35 40 r Eri F
I 339 * 3 38.1 -18 23 x Eri eF, eS, stell N
I 336 3 38.2 +23 28 d Tau vF, eeL, v dif
1388 Gx 3 38.3 -15 53 r Eri vF, vS, R, lbM
1391 3 38.5 -18 21 D Eri eF, S, R, gbMN
1395 Gx 3 38.5 -23 02 s Eri 3.2 11. p B, pS, E, psmbM
1399 Gx 3 38.5 -35 27 s For 3.2 9.9 glob. cl. , vB, pL, psbM, rr
1393 Gx 3 38.6 -18 26 s Eri 1.8 14. p F, S, R, glbM
I1943 Gx 3 38.7 -44 06 c Hor 2.1 pB, S, R; = 1411
1411 Gx 3 38.8 -44 05 s Hor 2.8 12. p B, pS, R, smbM
1398 Gx 3 38.9 -26 20 s For 6.6 9.7 cB, cL, R, vmbM
1404 Gx 3 38.9 -35 35 s For 2.5 10.3 vB, pL, R, psmbM
1394 Gx 3 39.1 -18 17 s Eri 1.5 14. p vF, vS, E 170deg , sbMN
I1975 3 39.1 -15 30 d Eri eF, vS, v diffic, nr 1405
1384 Gx 3 39.2 +15 50 r Tau 15. p neb *13
1403 Gx 3 39.3 -22 23 r Eri 14. p vF, eS, neb*
1401 Gx 3 39.4 -22 44 s Eri 2.8 13. p vF, vS, R
1402 Gx 3 39.4 -18 31 r Eri 15. p eF, vS, R
1406 Gx 3 39.4 -31 19 s For 3.9 13. p F, cL, vmE, vglbM, *7 np
1408 - 3 39.4 -35 31 r For F
1400 Gx 3 39.5 -18 41 s Eri 1.9 11.1 cB, pS, R, psmbM
I 340 Gx 3 39.5 -13 07 m Eri 1.4 15. p F, pS, E pf, *14 at end
1397 Gx 3 39.6 -04 40 r Eri 14. p vF, vS, lE
I1984 3 39.9 -47 05 d Hor eeF, eS, mE 150deg
I 343 Gx 3 40.1 -18 27 c Eri 1.8 eF, vS, lE 90deg , dif
1405 Gx 3 40.2 -15 30 r Eri 16. p eF, pL, mE 150deg , glbM, F st inv
1407 Gx 3 40.2 -18 35 s Eri 2.5 9.8 vB, L, R, svmbMN
I1987 Gx 3 40.2 -55 03 c Ret 1.5 eF, vS, R
1413 Gx 3 40.3 -15 35 r Eri eF, vS, R, lbM
I1981 Gx 3 40.5 -26 52 c For 1.9 eF, eS, lE, * close nf; = 1412
1412 - 3 40.6 -26 13 r For F, S, E, gbM, * sf 2'
1419 Gx 3 40.6 -37 31 r Eri pF, pS, R, psbM
I1986 3 40.6 -45 22 d Hor eF, eS, cE 135deg
I1977 Gx 3 40.8 +17 45 u Tau 1.7 15. p F, S, R, dif, *13.5 nr
I1983 Gx 3 40.9 -22 34 c Eri 4.0 vF, pS, R
1415 Gx 3 41.0 -22 34 s Eri 3.6 12. p pB, S, lE, pglbM, * sf
1416 Gx 3 41.0 -22 43 s Eri 1.5 14. p eF, S, R, *8.6 n 2'
1409 Gx 3 41.2 -01 17 s Tau 1.3 15. p eF, stellar or lE
1410 Gx 3 41.2 -01 17 v Tau makes Dneb with 1409, pos 0deg
I 341 3 41.2 +21 57 d Tau vF, eeL, v dif
I 345 Gx 3 41.2 -18 19 m Eri 0.4 15. p eF, vS, iR, gbM
1414 3 41.5 -21 41 D Eri eF, pS, mE 0deg , bMN
1422 Gx 3 41.5 -21 41 s Eri 2.1 13. p eF, pS, E 80deg
I 344 Gx 3 41.5 -04 39 x Eri eeF, pL, R, 1417 f
I 346 Gx 3 41.7 -18 16 c Eri 1.9 eF, pL, E 80deg , dif
I1989 Gx 3 41.9 -50 57 c Hor 1.2 stell
1417 Gx 3 42.0 -04 42 s Eri 2.8 12.0 pF, pL, lE, lbM, * sf
1433 Gx 3 42.0 -47 13 s Hor 6.8 10.0 vB, L, pmE, vsvmbM *10
1425 Gx 3 42.2 -29 54 s For 5.4 12. p F, pL, iR, gbM
1418 Gx 3 42.3 -04 44 s Eri 1.5 15. p vF, S, E, *11 sf 1'
1427 Gx 3 42.3 -35 25 s For 2.8 12. p pF, S, R, psmbM
1428 Gx 3 42.4 -35 10 s For 1.8 F
1421 Gx 3 42.5 -13 29 s Eri 3.6 11.4 F, cL, mE 0deg , r
I 347 Gx 3 42.5 -04 17 m Eri 0.7 13. p eF, vS, R, stellar
1423 Gx 3 42.6 -06 22 r Eri 15. p eeF, S, R, v diffic
1420 *** 3 42.7 -05 51 F Eri F, vS, *13 p
1426 Gx 3 42.8 -22 07 s Eri 2.1 11.4 pF, S, lE, bM
I1988 3 42.8 -39 53 d Eri eF, pL, R, 2 st nr f, 2 st np
1424 Gx 3 43.2 -04 44 s Eri 2.1 15. p vF, *10-11 np
1430 - 3 43.4 -18 14 r Eri eF, S, E 20deg , sbMN
1436 Gx 3 43.6 -35 51 c Eri glob. cl. , vB, pmE, pgbM; = 1437
1437 Gx 3 43.6 -35 52 s Eri 2.9 12. p F, vL, R, glbM
1429 * 3 44.0 -04 43 r Eri eF, vS, E 0deg , gbMN, f of 2
1434 - 3 44.4 -09 41 r Eri eF, S, R, *8.5 f 25s , n 3'
1448 Gx 3 44.5 -44 39 s Hor 8.1 11. p pB, L, vmE 222deg ; = 1457
1457 Gx 3 44.5 -44 38 D Hor pF, pL, eE 42deg , vgpmbM; = 1448
1466 Gb 3 44.5 -71 41 s Hyi 2.3 11.4 pF, pS, iR, glbM, *7 f
I 348 C+N 3 44.5 +32 17 s Per 10. 7.3 pB, vL, vgbM
1431 Gx 3 44.6 +02 51 r Tau 15. p eF, pL, iR
I1985 3 44.6 +32 10 d Per *8 in F, eL neb
I 350 Gx 3 44.7 -11 49 m Eri 0.8 14. p F, S, R, v dif
I1991 3 44.7 -51 33 d Hor stell, E spnf
1439 Gx 3 44.8 -21 55 s Eri 2.3 12. p F, pS, gpmbM
1445 Gx 3 44.9 -09 50 r Eri vF, S, R, *9 np 2'
I1997 Gx 3 44.9 -59 08 c Ret 1.3 eF, vS, R, cbM, stell N
1440 Gx 3 45.0 -18 16 s Eri 2.3 13. p pB, pS, R, smbM *13
1442 Gx 3 45.0 -18 16 c Eri pB, vS, bM; = 1440
I1996 3 45.0 -57 20 d Ret eeF, eS, eE 95deg
I1992 3 45.1 -51 01 d Hor stell
I 334 Gx 3 45.2 +76 38 s Cam 6.0 12. p pB, S, *13 inv sf
1438 Gx 3 45.4 -23 01 v Eri 2.6 eF, mE, N, *10 f 1'
1452 Gx 3 45.4 -18 38 s Eri 1.7 13. p F, R, lbM, hazy *
1455 Gx 3 45.4 -18 38 c Eri 2.6 vF, S, lE 30deg , sbMN; = 1452
1450 Gx 3 45.6 -09 13 r Eri eF, pS, R (D, dist 0'.4?)
1441 Gx 3 45.7 -04 06 s Eri 1.5 12.9 vF, S, iE, *12 f
1443 * 3 45.7 -04 01 F Eri vF, nf 1441
1432 Nb 3 45.8 +24 22 s Tau 30. eF, vL, dif (Maia, in Pleiades)
1447 Gx 3 45.8 -08 59 r Eri vF, S, R, neb? *7-8 f 3'
I1994 3 45.8 -51 40 d Hor E ns
1454 - 3 45.9 -20 41 r Eri vF, eS, R, (*?), *9.5 sp 3'
1446 Gx 3 46.0 -04 04 m Eri 0.4 14. p eF, f 1441
1449 Gx 3 46.0 -04 08 s Eri 1.1 13.5 vF, vS, vlE
1435 Nb 3 46.1 +23 47 s Tau 30. vF, vL, dif (Merope)
1451 Gx 3 46.1 -04 04 s Eri 0.7 13.3 vF, vS, lE
1460 Gx 3 46.1 -36 41 r Eri F, S, R, * att
1463 Gx 3 46.2 -59 48 r Ret cF, S, R, glbM, am 7 B st
I 349 Nb 3 46.3 +23 56 s Tau eF, vS, pos 165deg , dist 36" from Merope
1453 Gx 3 46.4 -03 58 s Eri 2.1 11.6 pB, S, R, *17 in M
I 342 Gx 3 46.8 +68 06 s Cam 17.8 9. p pB, vS, *12 close n
1458 - 3 47.0 -18 15 D Eri nonexistent
1459 Gx 3 47.0 -25 31 r For 14. p eF, pS, gbM
I1993 Gx 3 47.1 -33 43 c For 2.5 eF, L, cE, *7.5 att, v diffic
1473 Gx 3 47.4 -68 12 r Hyi cF, pL, R, gvlbM
I 351 Pl 3 47.5 +35 03 s Per 0.1 12. p plan = *10, *9 p 14s , 2' s
I1990 3 47.5 +24 37 d Tau vL, mE pf, 15' l
I 352 3 47.6 -08 44 d Eri F, vS, R, bM
I1999 3 47.7 -56 57 d Ret eeF, vS, cE 140deg
1456 - 3 48.2 +22 34 r Tau D* 10-12, comp nebulous at 130deg , 9"
1461 Gx 3 48.5 -16 24 s Eri 3.3 11.7 pB, S, lE, mbMN
I2000 Gx 3 49.1 -48 52 c Hor 3.8 cB, L, eE 80deg , vmbM
1444 OC 3 49.4 +52 40 s Per 4. 6.6 Cl of ab 30 st 12...14
1462 Gx 3 50.3 +06 59 r Tau 15. p vF, S, vlE
I1995 3 50.3 +25 35 d Tau *6 in eF, eeL neb
I2001 3 50.9 -48 38 d Hor eF, vS, R, 3 st nr
1464 Gx 3 51.4 -15 25 r Eri pF, S, R, 2 st nr
I1998 Gx 3 51.5 +01 11 z Tau 16. p F, S, R, bMN
I2004 3 51.8 -49 25 d Hor eF, S
1467 Gx 3 51.9 -08 51 r Eri 15. p eF, vS, R, *9 s 4'
I2010 Gx 3 52.0 -59 56 c Ret 1.2 eF, S, E 70deg
I2051 Gx 3 52.0 -83 50 c Men 2.6 ! vF, vS, stell N ellipt ring
1476 Gx 3 52.1 -44 32 c Hor 1.7 cF, S, E 90deg , gbM
1468 Gx 3 52.2 -06 21 r Eri 15. p vF, vS, R, bM
1470 Gx 3 52.2 -09 01 r Eri 15. p eF, S, E 0deg
I2011 3 52.5 -57 29 d Ret eeF, vS, R
1483 Gx 3 52.7 -47 29 v Hor cF, pL, R, vglbM
I2012 3 52.8 -58 38 d Ret eeF, eS, cE ns
1471 - 3 53.1 -15 24 r Eri vF, vS, E 45deg ; = 1464?
I 354 3 53.3 +23 25 d Tau vF, eeL, v dif
1490 Gx 3 53.5 -66 02 r Ret pB, S, vlE, pmbM
1465 Gx 3 53.6 +32 28 r Per 15. p pF, pS, R, pB* nr p
I2009 Gx 3 53.6 -48 59 c Hor 1.9 eF, S
1472 Gx 3 53.7 -08 35 r Eri vF, eS, stell N, 1st of 3
I 355 3 53.8 +20 00 d Tau vF, S, R, dif
1477 Gx 3 54.0 -08 35 r Eri eF, vS, 2nd of 3
1475 - 3 54.1 -08 07 r Eri eF, eS, R, *14 np 4'
1478 Gx 3 54.1 -08 34 r Eri eF, vS, 3rd of 3
I2006 Gx 3 54.1 -35 59 s Eri 2.3 12. p pB, S, R, * nr nf, D* sp
1474 Gx 3 54.2 -10 25 r Eri 14. p vF, S, R
1484 Gx 3 54.2 -37 00 r Eri vF, L, E, vgvlbM
1479 - 3 54.4 -10 12 r Eri eF, S, E, p of 2
1481 Gx 3 54.4 -20 25 r Eri 15. p eF, S, R, 2 B st f, p of 2
I2002 Gx 3 54.4 +10 43 u Tau 1.4 15. p F, E ns, dif, *14 n
1480 3 54.5 -10 16 d Eri eF, S, iR, f of 2, *10 f 30s
1482 Gx 3 54.7 -20 30 s Eri 1.5 14. p F, S, vlE, 2 st 10 nr, f of 2
I 353 Nb 3 55.0 +25 29 s Tau 180. vF, eeL, v dif
I2007 Gx 3 55.4 -28 10 c Eri 1.8 eF, S, R, F* att nf
I2008 3 55.4 -28 10 c Eri eF, vS, eF* v close nf; = IC 2007
I2014 Gx 3 55.4 -56 45 c Ret 1.4 eeF, vS, R
1487 Gx 3 55.8 -42 22 s Eri 2.0 12. p pB, pL, R, gbM, 2 st triangle
1486 Gx 3 56.3 -21 49 r Eri 15. p eF, vS, R
I2003 Pl 3 56.4 +33 52 s Per 0.1 13. p pB, eS, lE ns, *13 n 4", *12 sp 18"
1503 Gx 3 56.5 -66 02 r Ret eF, pS, R, *10 np
I2013 3 56.7 -17 06 d Eri cB, cL, mE 170deg , cbM, susp
I2017 Gx 3 56.7 -59 24 c Ret 1.3 eF, vS, R
1493 Gx 3 57.5 -46 12 s Hor 2.6 12. p F, cL, R, vglbM
1520 OC 3 57.5 -76 50 A Men Cl, pL, lRi, st 9-10
1489 Gx 3 57.6 -19 14 r Eri 14. p eF, pS, E 190deg
I2005 Gx 3 57.6 +36 48 z Per 16. p F, vS, R, stell
1494 Gx 3 57.7 -48 54 s Hor 2.6 12. p F, L, R, vgvlbM, 3 st n
I2018 Gx 3 57.9 -52 47 c Dor 1.2 eF, vS, R
I2015 3 58.0 -40 27 d Hor eF, S, R, bM, susp
1488 Gx 3 58.1 +18 34 r Tau 15. p *12 inv in neb
1492 Gx 3 58.1 -35 27 r Eri vF, vS, R
1500 Gx 3 58.2 -52 19 r Dor F, vS, R, pmbM, *8 np
1495 Gx 3 58.4 -44 28 c Hor 2.9 eF, S, lE 90deg , vgvlbM
I2022 3 58.7 -59 02 d Ret eeF, eS, mE 5deg , cbM
I2020 3 59.0 -54 03 d Ret eF, vS, R
I2021 3 59.4 -52 40 d Dor eF, vS, R
1511 Gx 3 59.5 -67 38 s Hyi 3.3 12. p pB, pS, mE 121deg .5, gbM
I2023 3 59.7 -52 41 d Dor eF, vS, R
I2024 Gx 4 00.1 -53 22 c Ret 1.1 eF, vS, cE 35deg
1506 Gx 4 00.4 -52 34 r Dor eeeF, S, R, bet 2 st 12 & 13
I2025 Gx 4 00.4 -53 04 c Ret 1.1 eF, vS, cE 135deg
1469 Gx 4 00.5 +68 35 s Cam 2.3 15. p vF, vS, R, B* nr
1498 - 4 00.5 -12 01 r Eri Cl, S, C
1499 Nb 4 00.7 +36 37 s Per 145. vF, vL, E ns, dif
I2028 Gx 4 01.3 -52 42 c Dor 1.1 cF, vS, R
I2029 Gx 4 01.3 -52 48 c Dor 1.3 eF, vS, R
I2016 Gx 4 01.9 +20 13 z Tau 16. p eF, vS, *15 s 30"
I2019 Gx 4 02.0 +05 38 u Tau 1.1 15. p F, S, R, stell, r
1497 Gx 4 02.1 +23 08 r Tau 14. p eF, vS, iR, mbM
1504 Gx 4 02.5 -09 19 r Eri 15. p eF, S, R, gbM
1505 Gx 4 02.7 -09 18 r Eri 15. p eF, S, R, gbM
1491 Nb 4 03.4 +51 19 s Per 3. vB, S, iF, bM, r, * inv
1510 Gx 4 03.5 -43 25 s Hor 1.0 13.0 F, pL, R, vgmbM
I 358 Gx 4 03.7 +19 53 u Tau 1.4 15. p vS, dif, lbM
I 357 Gx 4 03.8 +22 09 u Tau 1.3 14. p F, S, R, N = 13.5
1512 Gx 4 03.9 -43 21 s Hor 4.0 10.6 eF ring , B, cL, R, bM
I2026 4 03.9 -11 11 d Eri vF, vS, stell
1509 Gx 4 04.0 -11 12 r Eri 15. p vF, vS, lE, F* nr p
1515 Gx 4 04.1 -54 06 s Dor 5.4 11.0 B, L, vmE 10deg , bM
1496 OC 4 04.4 +52 37 s Per 6. 10. p Cl, segment of a ring
1507 Gx 4 04.5 -02 11 s Eri 3.4 12.2 vF, pL, mE, vlbM, er
I2030 4 04.9 -19 14 d Eri cF, vS, eE 135deg , susp
1485 Gx 4 05.1 +71 00 s Cam 2.4 14. p eF, pS, R
1526 Gx 4 05.2 -65 50 r Ret eF, vS, R, glbM
1508 Gx 4 05.8 +25 24 r Tau 15. p vF, vS, R, bM, r
I2031 4 05.9 -05 37 d Eri eF, vS, dif, lbM, *11 nf 3'
1522 Gx 4 06.1 -52 40 r Dor eF, vS, R, vlbM
1523 Ast 4 06.2 -54 06 D Dor only 3 vF st (not a neb)
I2034 Gx 4 06.6 -57 58 c Ret 1.2 eeF, vS, cE 115deg
I2027 Gx 4 06.7 +37 07 u Per 1.2 16. p F, vS, R, vlbM
1518 Gx 4 06.8 -21 11 s Eri 3.0 11.8 B, L, pmE, gbM, *8 sp
1501 Pl 4 07.0 +60 55 s Cam 0.9 13. p PN , pB, pS, vlE, 1' diam
I2032 Gx 4 07.1 -55 20 c Dor 1.5 eF, vS, R
1529 Gx 4 07.2 -62 54 r Ret vF, S, R, gbM
I2033 Gx 4 07.2 -53 41 c Dor 1.3 eF, vS, cE 130deg
I2054 4 07.2 -78 15 d Men eeF, eS, vF* 1' nf, susp
1502 OC 4 07.7 +62 20 s Cam 8. 5.7 Cl, pRi, cC, iF
I 356 Gx 4 07.8 +69 49 s Cam 5.2 11. p pF, pL, bM, *8.5 4' n
1516 Gx 4 08.1 -08 53 r Eri 15. p eeF, S, E, psmbM, er
1519 Gx 4 08.1 -17 12 s Eri 2.0 13. p vF, S, lE, vS* inv
1521 Gx 4 08.3 -21 03 s Eri 2.9 11.4 pB, R, bM
I2037 Gx 4 08.3 -58 45 c Ret 1.5 eF, vS, eE 90deg , cbM
1527 Gx 4 08.4 -47 53 s Hor 3.4 12. p pB, pS, E 77deg , vsmbMRN
1534 Gx 4 08.8 -62 47 r Ret F, S, R, vS* 3/4deg sf
I2038 Gx 4 08.9 -56 00 c Dor 1.7 eF, vS, eE 145deg
I2035 Gx 4 09.0 -45 31 s Hor 12. p F, vS, R
I2039 Gx 4 09.0 -56 01 c Dor 1.3 eF, vS, R
1514 Pl 4 09.2 +30 47 s Tau 1.9 10. p *9 in neb 3' diam
1517 Gx 4 09.3 +08 39 r Tau 14. p vF, vS, R, r, *9-10 sf
1533 Gx 4 09.9 -56 07 s Dor 2.9 10.9 vB, vL, R, smbM, 2 st 10 nf
1513 OC 4 10.0 +49 31 s Per 9. 8.4 Cl, L, vRi, pC, st vL
I2036 4 10.0 -39 42 d Hor eeF, pS, R, v diffic, *9 f
1524 - 4 10.3 -08 48 r Eri eF, pS, R, gbM, Dneb with 1525
1525 - 4 10.3 -08 48 r Eri eF, pS, R, gbM, at 340deg , 0'.5 from 1524
1536 Gx 4 11.0 -56 29 s Ret 2.0 13. p vF, R, pL, vlbM
I2043 Gx 4 11.2 -53 41 c Dor 1.3 eF, vS, eE 5deg , vmbM
I2044 4 11.2 -54 31 d Dor eF, vS, R
I2046 4 11.4 -54 40 d Dor vF, vS, R
I2042 4 11.7 -47 16 d Hor *9 in neb 1' diam
1531 Gx 4 12.0 -32 51 s Eri 1.3 12.1 pB, pL, R, bM, np of 2
1532 Gx 4 12.1 -32 52 s Eri 5.6 11. p B, vL, vmE 32deg , psmbM
I2049 Gx 4 12.1 -58 33 c Ret 1.1 eF, vS, R
I2041 Gx 4 12.6 -32 49 c Eri 1.5 eF, vS, R, *10 close s
1543 Gx 4 12.8 -57 44 s Ret 3.9 10.6 B, pL, E, smbMN = *11
I 360 Nb 4 13.0 +25 38 s Tau 180. vF, eeL, v dif
I2040 Gx 4 13.0 -32 33 c Eri 1.6 vF, vS, R, rr?, 1531-32 s
1557 - 4 13.3 -70 25 r Hyi Cl, vlC, ab 20 sc st
1537 Gx 4 13.7 -31 39 s Eri 12. p vB, pS, lE, psvmbM
I2050 Gx 4 13.9 -53 29 c Dor 1.4 F, vS, cE 60deg
1535 Pl 4 14.2 -12 44 s Eri 0.7 10. p PN , vB, S, R, pS, vsbM, r
I2048 ? 4 14.3 -33 07 x Eri eeF, eS, B* f, v diffic
1546 Gx 4 14.6 -56 04 s Dor 3.2 11.6 pB, lE, gbMEN, ** p
I2045 4 14.6 -13 10 d Eri eF, eS, alm stell, nr 1538
1538 Gx 4 14.7 -13 12 r Eri 15. p eF, vS, R, gbM
I2047 4 14.9 -13 11 d Eri eF, eS, diffic, nr 1538
I2052 4 15.0 -54 20 d Dor vF, vS, mE
1540 Gx 4 15.2 -28 29 c Eri 1.2 vF, vS, E, gvlbM, r
1528 OC 4 15.4 +51 14 s Per 24. 6.4 Cl, B, vRi, cC
1549 Gx 4 15.7 -55 36 s Dor 3.7 9.9 B, pS, R
I2053 4 15.8 -49 22 d Dor eF, S, cE 140deg , susp
1553 Gx 4 16.2 -55 47 s Dor 4.1 9.5 vB, pS, R, gmbM, am 3 st; a Dneb
I2056 Gx 4 16.5 -60 13 s Ret 1.9 12. p F, pL, R, bM
I 362 Gx 4 16.7 -12 13 m Eri 0.3 14. p pB, vS, bM
1541 Gx 4 17.0 +00 50 r Tau 15. p vF, S
1542 Gx 4 17.2 +04 48 r Tau 15. p vF, S, E
1547 4 17.2 -17 53 D Eri pF, pS, iR, Cl
1559 Gx 4 17.6 -62 47 s Ret 3.3 10.5 vB, vL, mE, vgpmbM, *14 att n
1556 Gx 4 17.7 -50 10 D Dor cF, S, E 165deg , vglbM
I2055 4 17.8 -48 55 d Dor F, S, cE ns, susp
I2058 Gx 4 17.9 -55 56 c Dor 2.7 cB, cL, eE 10deg
I2060 Gx 4 17.9 -56 37 c Ret 1.3 F, S, bM
I 363 4 18.9 +03 03 d Tau eF, *9 nf 3'
1539 Gx 4 19.0 +26 51 r Tau 15. p vF, vS, gbM
I 359 Nb 4 19.0 +28 12 s Tau 15. eeF, pL, R
I 361 OC 4 19.0 +58 18 s Cam 6. 11.7 F, L (neb Cl?)
I 364 Gx 4 19.1 +03 10 z Tau 15. p vF, vS, R, sbM
I 365 Gx 4 19.2 +03 20 m Tau 0.6 14. p pB, S, iF, sbM
1558 Gx 4 19.3 -45 02 v Hor pF, S, E, gbM
1550 Gx 4 19.6 +02 26 r Tau 14. p vF, S, R, *13 nr
1551 - 4 19.6 +01 25 r Tau F, vS, R, probably = 1550
I 366 4 19.6 +02 21 d Tau eF, 3' sf of 1550
1566 Gx 4 20.0 -54 56 s Dor 7.6 9.4 B, vL, VG, svmbM, 15s d in RA
1552 Gx 4 20.3 -00 40 r Eri 14. p cF, pS, lE, vgbM, *11 sp
I2059 Gx 4 20.4 -31 44 c Eri 1.4 eeF, pL, R
I 367 Gx 4 20.6 -14 47 m Eri 0.3 15. p pB, pL, dif
1545 OC 4 20.9 +50 15 s Per 18. 6.2 Cl, pRi, lC, st L
1548 OC 4 21.0 +36 56 r Per Cl, vL, lRi, lC, st 10...12
1567 Gx 4 21.1 -48 15 c Cae 1.2 F, S, R, bM
I2065 Gx 4 21.5 -55 56 c Dor 1.2 vF, vS, vmE 45deg , pmbM
1562 Gx 4 21.7 -15 45 r Eri vF, eS, R, glbM
1554 Nb 4 21.8 +19 32 s Tau !!! var, S, R, Nn = *13
I2057 Gx 4 21.9 +04 03 z Tau 15. p pB, pS, R, gbM, r
1574 Gx 4 22.0 -56 58 s Ret 2.0 10.5 pB, S, R, pgbM, 2 S st sf
1570 Gx 4 22.1 -43 38 c Cae F, S, R, gbM; = 1571
1571 Gx 4 22.2 -43 38 r Cae vF, S, R, gbM, ** nf
1572 Gx 4 22.6 -40 36 r Cae pF, S, R, *13 nf 1'
I 368 Gx 4 22.7 -12 37 m Eri 0.8 14. p eS, R, bM
1555 Nb 4 22.9 +19 32 r Tau !!! vF, S, variable
1563 4 22.9 -15 44 D Eri eF, vS, R, lbM, D with 1564
1564 Gx 4 22.9 -15 44 r Eri eF, vS, R, lbM, D with 1563
I2063 4 22.9 -15 44 F Eri eF, vS, nr 1561-65
1561 Gx 4 23.0 -15 51 r Eri 15. p vF, vS, lE 170deg , glbM, *8 p 6s
1530 Gx 4 23.4 +75 18 s Cam 4.9 12. p pB, L
1565 Gx 4 23.4 -15 45 r Eri 15. p eF, pS, lE
I 369 Gx 4 23.5 -11 47 m Eri 0.5 15. p F, S, R, stellar
I2064 4 23.5 -15 41 d Eri susp, nf 1565
I2066 4 23.5 -54 45 d Dor eeF, vS, R
1578 Gx 4 23.8 -51 35 r Dor pF, S, R, bM
I2061 4 24.0 +21 05 d Tau F, cS, R, susp
I 370 Gx 4 24.1 -09 23 m Eri 1.2 14. p eF, S, dif
1568 Gx 4 24.4 -00 45 r Eri 15. p eF, vS, R, nearly bet 2 st
I2070 Gx 4 24.6 -57 59 c Dor 1.7 vF, vS, cbM
1581 Gx 4 24.7 -54 56 r Dor F, S, E, glbM
I2069 4 25.9 -48 12 d Cae eeF, S, R, susp
1576 Gx 4 26.2 -03 37 r Eri 15. p eF, bM, bet 2 st
I2071 4 26.2 -53 08 d Dor eeF, vS, cE 80deg
1575 Gx 4 26.3 -10 07 D Eri 13. p vF, pS, R, *9.5 s 2'; = 1577
1577 Gx 4 26.3 -10 07 D Eri 13. p vF, pL, R, lbM, * nr s
I2068 Gx 4 26.6 -42 06 c Cae 1.3 eF, pL, R, 1585 f
I2073 Gx 4 26.6 -53 11 c Dor 1.4 vF, vS, eE 60deg , stell N
I2072 4 26.9 -48 22 d Cae cF, S, R, susp
1585 Gx 4 27.5 -42 09 r Cae pF, S, R, gbM, *12 288deg
1596 Gx 4 27.6 -55 02 s Dor 3.9 11.0 B, pL, mE 15deg , smbM, p of 2
1602 Gx 4 27.9 -55 03 v Dor eF, pL, lE, f of 2
1584 Gx 4 28.1 -17 32 r Eri F, eS, R, sbMN
I2076 4 28.1 -48 13 d Cae vF, vS, cE 130deg , susp
1580 Gx 4 28.2 -05 11 r Eri 14. p vF, vS, R, r
1583 Gx 4 28.3 -17 37 r Eri 15. p F, vS, R, sbMN
1595 Gx 4 28.4 -47 49 c Cae 1.5 vF, S, R, bM
I2079 Gx 4 28.5 -53 44 c Dor 1.3 eF, vS, E 130deg
1598 Gx 4 28.6 -47 47 c Cae 1.6 F, S, R, bM
I2081 Gx 4 29.0 -53 37 c Dor 1.5 eF, vS, R, bet 2 F st
I2082 Gx 4 29.1 -53 50 s Dor 12.8 cF, S, R
1629 OC 4 29.3 -71 50 r Hyi vF, pL, R, glbM
1591 Gx 4 29.4 -26 44 r Eri 13. p pF, pS, R, gbM
1592 4 29.6 -26 58 D Eri only F st
I 372 ? 4 30.1 -05 01 n Eri F, vS, R, lbM
1579 Nb 4 30.2 +35 16 s Per 12. pB, vL, iR, mbM, *8 350deg , 2'
I 371 4 30.2 -00 33 d Eri stellar, eS (neb?)
1586 Gx 4 30.7 -00 19 r Eri 14. p vF, iF, vlbM, bet ** & *14
1587 Gx 4 30.7 +00 40 s Tau 2.0 13. p F, pS, R, r, p of Dneb
I 373 Gx 4 30.7 -04 52 m Eri 1.0 15. p F, vS, R, mbM
I2083 Gx 4 30.7 -53 59 c Dor 1.1 eF, vS, R
1569 Gx 4 30.8 +64 51 s Cam 2.9 11.2 pB, S, lE, BNM, *9.5 n 1'
1588 Gx 4 30.8 +00 39 s Tau 1.8 14. p F, vS, R, r, f of Dneb
1589 Gx 4 30.8 +00 51 s Tau 3.1 14. p F, pL, lE 132deg , * 42deg , 80"
1594 Gx 4 30.8 -05 48 r Eri 14. p vF, pS
I2067 4 30.8 +35 27 d Per vF, R, *15 inv n, *17 close np
I2075 Gx 4 31.0 -05 48 v Eri 2.0 eF, pL, vlbM
I 375 4 31.1 -12 58 d Eri vF, dif, lbM
I 376 Gx 4 31.1 -12 27 m Eri 0.8 14. p F, iF
1590 Gx 4 31.2 +07 37 s Tau 1.3 15. p F, S, *12 nf
1597 Gx 4 31.2 -11 17 r Eri 15. p eF, vS, R, gbM
I 377 4 31.3 -12 27 d Eri F, iF
I2074 OC 4 31.3 +07 42 x Tau vF, S, st inv; S Cl?
I2085 Gx 4 31.4 -54 25 c Dor 2.4 eF, vS, eE 110deg
I 378 4 31.5 -12 18 d Eri * strongly nebs
1599 Gx 4 31.6 -04 35 s Eri 1.1 15. p vF, vS, R, vlbM
I2086 4 31.6 -53 38 d Dor eeF, vS, R
1600 Gx 4 31.7 -05 05 s Eri 2.5 11.1 pB, pL, R, gmbM
1603 Gx 4 31.7 -05 06 r Eri 15. p vF, vS
1617 Gx 4 31.7 -54 36 s Dor 4.7 10.4 B, L, mE 106deg , vg, vsmbMN 5"
I 380 Gx 4 31.7 -12 56 m Eri 0.6 15. p vF, bM
1601 Gx 4 31.8 -05 06 s Eri 1.0 13.8 vF, vS
1593 Gx 4 31.9 +00 34 A Tau vF; = 1608
1604 Gx 4 31.9 -05 22 r Eri 14. p eF, S, R, bet * & D*
1608 Gx 4 31.9 +00 35 r Tau 15. p pF, cS, *12 2' n; = IC 2077
I 379 Gx 4 31.9 -07 15 m Eri 0.9 15. p vF, S, R, dif
I2078 4 31.9 -04 41 d Eri eF, pS
1582 OC 4 32.0 +43 51 s Per 37. 7. p Cl, vL, pRi, lC, st L
1607 Gx 4 32.0 -04 27 r Eri 15. p F, S, R, lbM
1606 Gx 4 32.1 -05 02 v Eri eF
I2077 4 32.1 +00 34 x Tau F, vS, gbMN; = 1608
I2084 4 32.1 -48 17 d Cae F, S, R, susp
I2080 4 32.3 -05 45 d Eri eF, vS, 1594 p about 90s , 3' s
I 374 Gx 4 32.5 +16 38 z Tau 16. p F, S, R, mbM
1609 Gx 4 32.6 -04 22 r Eri 15. p vF, eS, *17 45" n
I2089 4 32.6 -75 33 d Men eeF, vS, R, F* 1' f, susp
1616 Gx 4 32.7 -43 43 r Cae F, S, E, vglbM
1560 Gx 4 32.8 +71 53 s Cam 9.8 11.5 vF, L, E, *9.3 sp
I2062 Gx 4 32.8 +71 54 t Cam 8.8 12. p eF; = 1560
1611 Gx 4 33.0 -04 17 r Eri 15. p eF, S, E 90deg +/-
1612 Gx 4 33.1 -04 10 r Eri 15. p vF, vS, R, gmbM
1613 Gx 4 33.3 -04 15 r Eri 15. p F, vS, R, mbM
1614 Gx 4 34.0 -08 35 s Eri 1.3 12.9 pF, S, R, lbM
1610 Gx 4 34.1 -04 42 r Eri eF, vS, R, bMN
1623 Gx 4 34.9 -13 31 r Eri eF, vS, R, gbMN
1573 Gx 4 35.0 +73 15 s Cam 2.2 14. p vF, S, *9.5 f
1605 OC 4 35.0 +45 15 s Per 5. 10.7 Cl, vF, pS, C, st eS
1615 Gx 4 36.0 +19 57 s Tau 1.6 15. p vF, vS, R, lbM, vS* inv
1618 Gx 4 36.1 -03 09 s Eri 2.8 12.6 F, S, iF, lbM, 2 st sf
1641 OC 4 36.1 -65 46 r Dor Cl, pL, pRi, pmC, st 11...16
1619 - 4 36.2 -04 50 r Eri eeF, S, R; nonexistent?
1621 Gx 4 36.3 -04 58 r Eri 14. p eF, S, R, lbM
1620 Gx 4 36.6 -00 09 s Eri 3.0 14. p vF, pL, mE 140deg , B** nf
1622 Gx 4 36.6 -03 11 s Eri 3.9 12.3 vF, S, *20 p 5s , 1618 p
1625 Gx 4 37.1 -03 18 s Eri 2.7 12.4 vF, E 141deg , sbM, F* att np, *6 p 48s
1626 - 4 37.2 -05 00 r Eri eF, vS, R, *8 np
1630 Gx 4 37.3 -18 54 r Eri eF, eS, R
1627 Gx 4 37.5 -04 51 r Eri 13. p eF, pL, R, 2 st sf, s of 2
1628 Gx 4 37.5 -04 42 r Eri 14. p vF, pS, mE ns, n of 2
1651 Gb 4 37.5 -70 35 r Men pF, L, vlE, vglbM
1632 Gx 4 37.9 -09 31 r Eri 13. p eF, vS, R
I 382 Gx 4 37.9 -09 31 m Eri 2.0 13. p pB, pL, R, SN
1644 Gb 4 38.0 -66 12 r Dor 13. p F, S, R, gbM
1649 - 4 38.1 -68 49 r Dor F, pS, R, gbM; = 1652?
1652 Gb 4 38.1 -68 40 r Dor vF, S, R, glbM
1631 Gx 4 38.4 -20 40 r Eri 14. p vF, S
I 383 4 39.0 +09 54 d Tau vF, S, dif, *11.5 f
I 384 4 39.3 -07 50 d Eri F, eS, R, *11 n
I 385 4 39.5 -07 06 d Eri vF, vS, R, dif
I2103 Gx 4 39.8 -76 50 c Men 1.7 cF, vS, eE 80deg , stell N
1633 Gx 4 40.0 +07 21 r Tau 14. p eF, S, R, *8 sp, p of Dneb
1634 Gx 4 40.0 +07 20 r Tau 15. p eF, vS, f of Dneb
I 386 4 40.0 -09 27 d Eri vF, vS, vlbM
I2087 Nb 4 40.0 +25 44 s Tau 4. eeF, in hole of eL neby
1635 Gx 4 40.1 -00 33 s Eri 1.7 14. p F, S, R, bM, *11 nf 12s
1624 C+N 4 40.4 +50 27 s Per 5. 10.4 F, cL, iF, 6 or 7 st + neb
1636 Gx 4 40.7 -08 36 r Eri 14. p vF, pS, R, vgbM, r, * nf 1'
1639 *** 4 40.9 -17 00 D Eri only 3 st 12.5 forming equilateral triangle
1637 Gx 4 41.5 -02 51 s Eri 3.3 10.9 cB, L, R, vgbM
1638 Gx 4 41.6 -01 49 s Eri 2.5 12.1 F, pL, lE
I 387 Gx 4 41.7 -07 05 v Eri 1.5 eF, pL, v dif, diffic
I 388 Gx 4 42.0 -07 18 m Eri 0.4 15. p vF, v dif, S* inv
I 389 Gx 4 42.0 -07 18 m Eri 0.4 15. p F, S, R, stellar
I 390 Gx 4 42.1 -07 13 m Eri 0.7 15. p vF, vS, R
1640 Gx 4 42.2 -20 26 s Eri 2.8 11.7 vF, pS, E 40deg , gbM
1673 OC 4 42.4 -69 51 r Men vF, S, att to *10
1642 Gx 4 42.9 +00 37 s Tau 2.0 14. p F, R, cometary, triangle with 2 st 18 f
1669 Gx 4 43.0 -65 48 r Dor eF, S, R
1643 Gx 4 43.6 -05 17 r Eri 14. p F, vS, iR, bM
1676 OC 4 43.7 -68 50 r Dor vF, pL, iR, r
I2088 4 43.7 +27 16 d Tau eeL, 3deg long
1645 Gx 4 44.0 -05 26 r Eri 14. p vF, pS, R (1643 np)
1658 Gx 4 44.0 -41 27 r Cae F, pS, pmE, glbM
1660 Gx 4 44.2 -41 29 r Cae vF, S, lE, glbM
1646 Gx 4 44.3 -08 33 r Eri 14. p F, vS, iR, bM, *7 np
I 381 Gx 4 44.4 +75 39 s Cam 3.4 14. p F, S, bM, *12 np
1648 Gx 4 44.5 -08 29 r Eri 16. p eeF, pS, v diffic, 1646 sp
I2090 4 44.7 -34 00 d Cae vF, pS, R, 3 st sp
1841 Gb 4 45. -84 00 r Men 12. p pF, L, iR, vsbM, r
1650 Gx 4 45.1 -15 51 r Eri 14. p vF, pS, E 0deg , bMN
1672 Gx 4 45.7 -59 15 s Dor 4.8 11. p B, L, smbMN
1653 Gx 4 45.8 -02 25 s Eri 2.0 13. p F, cS, R, lbM
1654 Gx 4 45.8 -02 06 s Eri 1.0 14. p F, S, R, lbM, r? p of 2
1656 Gx 4 45.8 -05 08 r Eri 14. p L, stell N in F neb E npsf
1647 OC 4 46.0 +19 04 s Tau 45. 6.4 Cl, vL, st L, sc
1668 Gx 4 46.1 -44 43 r Cae eF, R, att to *14
1655 4 46.2 +20 56 D Tau hazy *
1657 Gx 4 46.2 -02 04 r Eri 15. p fainter but larger than 1654
I 392 Gx 4 46.4 +03 30 u Ori 1.5 15. p pB, S, R, N = 12.5
1659 Gx 4 46.5 -04 47 s Eri 1.7 12.5 pF, pS, iE 90deg +/- , bM
I2091 Ast 4 46.6 -04 41 x Eri F, stell N
I2092 D* 4 46.8 -04 57 x Eri S, spiral, stell N
1661 Gx 4 47.2 -02 03 r Ori 14. p vF, vS, bM
1693 OC 4 47.5 -69 21 r Dor F, S, R
1695 OC 4 47.6 -69 24 r Dor F, S, R
I2093 D* 4 47.6 -02 43 F Ori vF, stell
I 393 Gx 4 47.9 -15 32 m Eri 0.3 15. p F, vS, iF, lbM
1696 OC 4 48.0 -68 16 r Dor vF, E, vlbM
1665 Gx 4 48.2 -05 25 r Eri 14. p eF, pL, R, lbM
1688 Gx 4 48.4 -59 48 s Dor 2.4 12. p pB, pL, iR, pgmbM
I2094 4 48.4 -05 22 d Eri spiral, F stell N
1662 OC 4 48.5 +10 56 s Ori 20. 6.4 Cl of L & S sc st
1666 Gx 4 48.5 -06 34 s Eri 1.3 14. p vF, pS, R
1663 OC 4 48.6 +13 10 r Ori Cl, lRi, st L & S
1667 Gx 4 48.6 -06 19 s Eri 1.5 12.1 pF, pS, R, r?
1680 Gx 4 48.6 -47 49 c Pic 1.3 vF, S, R, r or st inv
1697 OC 4 48.6 -68 32 r Dor glob. cl. , pB, L, R, rr
I2095 Gx 4 48.7 -05 08 m Eri 1.3 15. p F, S, E spnf, spiral?
I 394 ? 4 48.9 -06 17 x Eri vF, dif (vS Cl?)
1702 OC 4 49.3 -69 51 r Men Cl, vF, S
1698 Nb 4 49.4 -69 10 r Dor pB, pS, R, glbM
I2105 Nb 4 49.4 -69 12 x Dor PN , stellar
I 395 4 49.6 +00 15 D Ori eF, vS, R, F* close f
I2096 *** 4 49.6 -04 59 F Eri S, E, spiral, stell N
1704 OC 4 49.7 -69 45 r Dor F, pS, lE, r
1670 Gx 4 49.9 -02 44 r Ori 14. p vF, vS
1679 Gx 4 50.0 -31 59 t Cae 3.2 vB, L, iR, 4 st inv
1671 - 4 50.3 -00 46 r Ori pF, pS, R
I2097 4 50.3 -05 05 d Eri F, E npsf, spiral, lbM
1711 OC 4 50.5 -70 00 r Men 10. p glob. cl. , B, S, iR, rrr, st 14
I2098 Gx 4 50.7 -05 26 m Eri 2.0 14. p F, spiral, lbM
1677 Gx 4 50.8 -04 52 r Eri 15. p pF, pL, lE
I2099 Gx 4 50.8 -04 54 m Eri 0.6 15. p S, mbMN
1664 OC 4 51.1 +43 42 s Aur 18. 7.6 Cl, lRi, lC, pL
I2100 D* 4 51.2 -04 50 F Eri vF, S, lE stell
1687 Gx 4 51.3 -33 56 r Cae vF, S, R, vglbM
1712 C+N 4 51.3 -69 28 r Dor Cl, pB, S
I2101 Gx 4 51.6 -06 15 m Eri 1.5 14. p F, E npsf, bM, prob spir
1678 Gx 4 51.7 -02 38 r Ori 14. p vF, S
1681 Gx 4 51.7 -05 49 r Eri 13. p vF, S, R, vlbM
I2102 Gx 4 51.9 -04 58 m Eri 1.1 15. p vF, lbM, prob spir
I2111 Nb 4 51.9 -69 24 x Dor PN , stellar
1714 Nb 4 52.1 -66 56 r Dor vB, S, E or biN, bM, sp of 2
1715 Nb 4 52.1 -66 55 r Dor vF, S, R, sbM, 2 st nr, nf of 2
1718 OC 4 52.2 -67 04 r Dor F, pS, R, vglbM
1722 C+N 4 52.2 -69 24 r Dor Cl, pF, S, R, 2nd of 3
1727 C+N 4 52.2 -69 21 r Dor Cl, pB, pS, pmE, st 12
1682 Gx 4 52.3 -03 06 r Ori 14. p vF, vS, 1684 f 12s +/- , *9 s 4'.5
1683 Gx 4 52.3 -03 01 r Ori vF, R
1674 - 4 52.4 +23 54 r Tau 1st of 2 F neb in same field
1675 - 4 52.4 +23 54 r Tau 2nd of 2 F neb in same field
1684 Gx 4 52.5 -03 06 r Ori 13. p pF, pS, R, bM, *9, 225deg +/-
1706 Gx 4 52.5 -62 59 c Dor 1.4 F, pS, R, vglbM
1685 Gx 4 52.6 -02 57 r Ori 14. p F
1686 Gx 4 52.8 -15 22 r Eri 14. p eF, vS, mE 30deg
1703 Gx 4 52.8 -59 45 v Dor 3.2 F, L, R, vglbM, ** att
1732 OC 4 52.9 -68 40 r Dor S, R, close ** in M
1736 Nb 4 53.1 -68 04 r Dor B, R, r
1734 OC 4 53.3 -68 47 r Dor pB, L, R, gmbM
1731 C+N 4 53.4 -66 56 r Dor Cl, pL, lRi, lC, st 10...15
1689 - 4 53.6 -06 20 r Eri pB, pS, lE; = 1667?
1733 OC 4 53.9 -66 41 r Dor eF, pS, R, gbM
1735 C+N 4 53.9 -67 07 r Dor pF, pS, R, 2 st att
1743 C+N 4 54.0 -69 12 r Dor B, pL, R, gbM, r, 2nd of 4
1705 Gx 4 54.2 -53 22 s Pic 1.8 12.3 pF, S, R, pmbM
1751 Gb 4 54.2 -69 49 r Men eF, pL, iR
1690 Gx 4 54.3 +01 38 s Ori 1.3 14. p vF, vS, am vS st, L* sp
1737 C+N 4 54.3 -69 12 r Dor vF, S, 1st of 4
1745 C+N 4 54.3 -69 12 r Dor F, S, 3rd of 4
1748 C+N 4 54.4 -69 12 r Dor pB, vS, R, 4th of 4
1754 Gb 4 54.4 -70 27 r Men F, S, R, *13 att, 135deg
1691 Gx 4 54.6 +03 15 r Ori 13. p F, S, *11 inv
1749 OC 4 54.6 -68 12 r Dor vF, R, p of 2
1756 OC 4 54.6 -69 15 r Dor vF, S, R
I2114 4 54.6 -69 12 x Dor PN , stellar; = 1748
1747 C+N 4 54.9 -67 11 r Dor Cl, pS, lRi, st vS
1755 OC 4 55.0 -68 11 s Dor 2. 9.9 vB, pL, R, gbM, f of 2
1694 Gx 4 55.2 -04 39 r Eri 15. p vF, vS, R, sbM
1692 Gx 4 55.4 -20 34 c Lep 1.3 eF, vS, R
1701 Gx 4 55.8 -29 53 r Cae 14. p F, S, vlE, glbM, *10 75" sf
1766 OC 4 55.8 -70 14 r Men cF, S, gbM
1777 OC 4 55.8 -74 17 r Men eF, E, ** 9 att, f
1764 OC 4 56.2 -67 41 r Dor vF, S, R
1767 C+N 4 56.3 -69 24 r Dor no descr (in LMC)
1761 C+N 4 56.4 -66 30 r Dor Cl, L, mC, ** 9m
1760 C+N 4 56.5 -66 32 r Dor vF, S, 3 vS st inv
I2104 Gx 4 56.5 -15 47 v Lep 2.2 F, E, gbM
I2106 Gx 4 56.6 -28 30 c Cae 2.0 eeF, pL, D* 24s f
1768 OC 4 56.7 -68 15 r Dor F, S, R, gbM
1772 C+N 4 56.7 -69 34 r Dor pB, pS, iR, rr
1763 Nb 4 56.8 -66 24 s Dor 25. vB, vL, vimE
1775 OC 4 56.8 -70 26 r Men eF, pL, iR
1700 Gx 4 56.9 -04 52 s Eri 2.9 11.0 cB, S, mbM*
1699 Gx 4 57.0 -04 45 s Eri 1.1 15. p eeF, pS, R, bet 2 st, n of 1700
1770 C+N 4 57.0 -68 25 r Dor 9. p Cl + neb, pL, pRi, st 11...18
I2115 Nb 4 57.1 -66 24 x Dor PN , stellar
I2117 Nb 4 57.2 -68 27 x Dor PN , stellar
1710 Gx 4 57.3 -15 18 D Lep 14. p vF, vS, R, bMN, *13 inv
I2108 Gx 4 57.3 -15 17 m Lep 1.2 14. p vF, pS, R, mbM, *9.5 sf 1'.3
I 391 Gx 4 57.4 +78 11 s Cam 1.7 12.7 F, S, R
I2116 Nb 4 57.4 -66 25 x Dor PN , stellar
1782 C+N 4 57.6 -69 23 r Dor glob. cl. , pB, S, R, pmbM, rr
1769 C+N 4 57.7 -66 28 r Dor B, L, iR, vsmbM ** 10
1774 OC 4 57.8 -67 15 r Dor 10. p B, S, R, smbM, ** + neb
1789 OC 4 57.8 -71 54 r Men vF, pS, R, vglbM
I 396 Gx 4 58.0 +68 19 s Cam 3.0 13. p F, S, R, bMN, FD* sf
I 398 Gx 4 58.2 -07 47 v Eri 1.5 eF, pL, E 5deg , dif
1773 C+N 4 58.3 -66 21 r Dor pF, pL, iR, 2 or 3 B st nr
I2107 ? 4 58.3 +08 15 x Ori Cl, vF, vS, R
1716 Gx 4 58.4 -20 24 r Lep 14. p pF, pL, R, glbM
1765 Gx 4 58.4 -62 02 r Dor cF, S, R, glbM
1776 OC 4 58.4 -66 26 r Dor vF, S, R, gbM
1785 - 4 58.6 -68 52 r Dor no descr, in LMC
1709 Gx 4 58.8 -00 29 r Ori 15. p vF, vS, np 1713
1707 - 4 58.9 +08 14 r Ori S, R, rrr; = IC 2107
1713 Gx 4 58.9 -00 30 r Ori 14. p F, S, R, bM
1771 Gx 4 58.9 -63 18 v Dor vF, mE, glbM, *7-8 np
1783 Gb 4 58.9 -66 00 r Dor 11. p cB, L, R, vgpmbM, r
1791 Nb 4 59.0 -70 10 r Men eF, S, R
I2109 4 59.0 -00 19 d Ori vF*, nebs?
I2110 4 59.0 -00 19 d Ori vF*, nebs?
1786 Gb 4 59.1 -67 45 s Dor 1.2 10.1 vB, pS, lE, vsvmbM *9
1787 OC 4 59.1 -65 44 r Dor Cl, vL, pRi
1717 * 4 59.2 -00 15 A Ori np 1719 (F*?)
1721 Gx 4 59.2 -11 08 r Eri 13. p vF, vS, R
1720 Gx 4 59.3 -07 52 s Eri 1.8 13. p pF, pL, lbM, 1726 nr
1725 Gx 4 59.3 -11 08 D Eri 13. p eF, vS, R
1723 Gx 4 59.4 -10 59 s Eri 3.7 12. p F, bet 2 st 9-10 n & s, 3rd * f
1728 Gx 4 59.4 -11 08 D Eri 13. p vF, vS, R
1793 OC 4 59.4 -69 33 r Dor F, S, R, glbM
1795 Gb 4 59.5 -69 48 r Dor F, pL, lE
1719 Gx 4 59.6 -00 16 r Ori 14. p pF, S, iR, pslbM
1730 Gx 4 59.6 -15 50 s Lep 3.0 13. p F, pS, lE, bet 2 F st
I2113 Gx 4 59.6 -15 50 m Lep 2.3 13. p no descr
1726 Gx 4 59.7 -07 45 s Eri 1.4 12.1 F, R, *13, s
1744 Gx 5 00.0 -26 01 s Lep 6.8 11.2 F, vL, vmE, vgvlbM
1729 Gx 5 00.1 -03 21 r Ori 13. p vF, pL, 2 B st vnr
1801 OC 5 00.5 -69 38 r Dor F, pL, R, vglbM, p of 2
I2112 Gx 5 00.5 +04 23 z Ori 15. p vF, pS, dif
1759 Gx 5 00.8 -38 43 r Cae vF, pL, vglbM
1804 OC 5 00.9 -69 05 r Dor F, S, R, bM
I 397 5 01.1 +40 26 d Aur F, S
1741 Gx 5 01.6 -04 16 s Eri 1.7 13.4 vF, vS, vS excent pt inv; = IC 339
1738 Gx 5 01.7 -18 11 r Lep 13. p vF, S, E 45deg
1739 Gx 5 01.7 -18 12 r Lep 14. p eF, vS, lE, in field with 1738
1742 * 5 01.7 -03 18 F Ori vF, vS, 3s .6 f 1740
I 399 Gx 5 01.8 -04 18 s Eri 14.5 vF, vS, sf of 1741
1740 Gx 5 01.9 -03 18 r Ori 15. p eF, vS, *12 sp
1806 Gb 5 01.9 -67 59 r Dor 11. p pB, L, gbM
1809 Gx 5 02.0 -69 34 r Dor pF, S, R, gbM, 2nd of 2
1752 Gx 5 02.1 -08 14 s Eri 2.6 13. p F, pL, pmE, 2 or 3 st 11 nf
1805 OC 5 02.2 -66 06 r Dor 10. p B, vS, vsmbM, st + neb
1815 OC 5 02.3 -70 37 r Men F, vS, R, vlbM, am st
1753 Gx 5 02.4 -03 21 r Ori 15. p eeF, pS, R, sf 1740
1708 - 5 02.6 +52 53 r Cam Cl, vL, pRi, lC, st L & S
1757 - 5 02.6 -04 44 r Eri vL dif neb in zigzags??
1813 OC 5 02.6 -70 19 r Men vF, S, R, r
1796 Gx 5 02.7 -61 08 s Dor 2.0 13. p pF, pS, pmE, vglbM
1544 Gx 5 03. +86 13 r Cep 14. p vF, vS
1810 OC 5 03.1 -66 22 r Dor cF, S, R, lbM, glob. cl. f
1724 OC 5 03.5 +49 30 o Aur 10. p Cl, vS, st + neb?
1823 OC 5 03.5 -70 21 r Men Cl, pF, L, iF, st 12...15
1746 OC 5 03.6 +23 49 s Tau 42. 6. p Cl, P
1762 Gx 5 03.6 +01 34 r Ori 13. p vF, vS
I 400 5 03.7 -15 46 d Lep eF, eS
1814 C+N 5 03.8 -67 17 r Dor 9. p vF, R, s of 2 in Cl
1816 C+N 5 03.8 -67 17 r Dor 9. p vF, R, 2nd neb in Cl
1820 OC 5 03.8 -67 17 r Dor 9. p Cl, pL, Ri, C, iF
1750 OC 5 03.9 +23 39 s Tau Cl, st L, vc sc
1825 OC 5 04.1 -68 55 r Dor no descr, in LMC
1828 OC 5 04.1 -69 23 r Dor F, S, R, 1st of 3
1818 OC 5 04.2 -66 24 s Dor 3. 9.8 glob. cl. , vB, pL, R, vmC, rr
1833 C+N 5 04.3 -70 43 r Men vF, pL, 1st of sev
I 401 5 04.3 -10 05 d Eri vF, vS, R, vSN
1758 OC 5 04.4 +23 46 r Tau Cl, pC, st L and S
1830 OC 5 04.5 -69 20 r Dor F, pS, R, 2nd of 3
1829 C+N 5 04.7 -68 03 r Dor 8. p F, pL, R, r
1837 C+N 5 04.7 -70 42 r Men Cl, L, Ri, st sc
1822 OC 5 05.0 -66 12 r Dor vF, S, p of 2
1792 Gx 5 05.2 -37 59 s Col 4.0 10.2 vB, vL, mE 314deg , glbM, rr
1835 Gb 5 05.2 -69 24 s Dor 1.2 9.8 cB, S, R, gmbM, 3rd of 3
1779 Gx 5 05.3 -09 09 s Eri 2.6 13. p pB, S, R, gpmbM
1834 *** 5 05.3 -69 13 r Dor plan? B, eS, lE
1836 OC 5 05.3 -68 37 r Dor st + neb, 1st of sev
1784 Gx 5 05.4 -11 52 s Lep 4.2 11.8 pB, pL, vlE, vgbM, am st
1803 Gx 5 05.4 -49 34 c Pic 1.1 F, S, R, vglbM, *11 sf; neb?
1826 OC 5 05.4 -66 13 r Dor vF, S, f of 2
1838 OC 5 05.9 -68 27 r Dor Cl, L, vlC
1839 C+N 5 05.9 -68 37 r Dor st + neb, pB, iF, 2nd of sev
1831 OC 5 06.1 -64 55 r Dor 11. p B, L, R, glbM, r
1845 OC 5 06.3 -70 28 r Men Cl, vlCM, st 9, 11...16
I 402 5 06.3 -09 08 d Eri eF, pL, iR, dif
1780 Gx 5 06.4 -19 29 r Lep 15. p eF, eS, gbM
1800 Gx 5 06.4 -31 57 s Col 1.6 12.6 pB, pmE, gpmbM, *13 f
1840 OC 5 06.4 -71 49 r Men F, R, bM, r
1788 Nb 5 06.9 -03 21 s Ori 8. B, cL, R, bM *** ; *10 inv in the neby
1824 Gx 5 06.9 -59 43 r Dor vF, pL, vmE 162deg
1847 OC 5 06.9 -68 59 r Dor B, S, lE, ** in M
I2118 Nb 5 06.9 -07 13 s Eri 180. F, eL, iF, 1779 inv s
1842 OC 5 07.1 -67 16 r Dor vvF, R, p of 2
1844 OC 5 07.2 -67 19 r Dor pF, pL, R, gbM, f of 2
I2119 5 07.2 -20 21 F Lep eeF, pS, v diffic, 2 st 12.5 nr
1848 C+N 5 07.3 -71 11 r Men Cl, vlC, st 9...
1846 Gb 5 07.6 -67 28 r Dor 11. p pB, cL, R, vglbM, r
1797 Gx 5 07.7 -08 02 r Eri 15. p eeF, S, R, vF* np
1799 Gx 5 07.7 -07 58 r Eri 15. p vF, vS, vlE
1808 Gx 5 07.7 -37 31 s Col 7.2 9.9 B, L, E, psbM
1781 5 07.9 -18 10 D Lep eF, vS, stellar; = 1794
1794 Gx 5 07.9 -18 10 D Lep 14. p vF, eS, gbM
1778 OC 5 08.1 +37 03 s Aur 7. 7.7 Cl, pC, lRi, iF, st L
1850 OC 5 08.5 -68 46 s Dor 3. 9.3 glob. cl. ! vB, L, lE, vmCM, rr
1811 Gx 5 08.7 -29 17 r Col 15. p cF, S, lE, p of 2
1812 Gx 5 08.9 -29 16 r Col 14. p F, S, R, glbM, f of 2
1852 C+N 5 09.0 -67 47 r Dor F, pL, R, vglbM
1854 OC 5 09.1 -68 51 r Dor 10. p glob. cl. , cB, S, R, gbM, 2nd of 3
1849 OC 5 09.2 -66 18 r Dor vF, S, lE, glbM
1855 - 5 09.4 -68 51 r Dor Cl, vB, L, R, st 12; = 1854?
1856 OC 5 09.4 -69 08 r Dor 10. p B, pL, R, gbM, 12s diam RA
1858 C+N 5 09.7 -68 54 r Dor B, L, iE, biN, Cl + neb
1827 Gx 5 10.1 -36 58 t Col 3.4 vF, vmE, long ray, *11 inv
1861 OC 5 10.1 -70 46 r Men eF, pL, R, gvlbM
1802 - 5 10.2 +24 06 r Tau Cl, st c sc
1860 OC 5 10.4 -68 46 r Dor F, pL, R, vgbM
1807 OC 5 10.7 +16 32 s Tau 17. 7.0 Cl, pRi, st L & S
1790 - 5 11.3 +52 04 r Aur Cl, group of 8 or 9 st 10
1859 OC 5 11.4 -65 13 r Dor F, S, R, vgbM, *7 nf 6'
1863 OC 5 11.4 -68 47 r Dor vB, vS, R, r or stellar
1798 - 5 11.6 +47 40 r Aur S, Cl or Cl + neb
1819 Gx 5 11.7 +05 12 r Ori 13. p vF, S, R
1821 Gx 5 11.7 -15 07 r Lep 14. p vF, vS, lE
1817 OC 5 12.1 +16 42 s Tau 16. 7.7 Cl, L, Ri, lC, st 11...14
1832 Gx 5 12.1 -15 41 s Lep 2.8 11.4 pB, iR, mbM, c* nf 1'
1862 OC 5 12.2 -66 08 r Dor pF, L, iR, vgbM, r
1865 OC 5 12.2 -68 47 r Dor vF, pL, R, vglbM
1853 Gx 5 12.3 -57 24 c Dor 2.0 F, S, mE 45deg , vgvlbM, *11 nf
1864 OC 5 12.5 -67 38 r Dor F, pS, iR, bM, r or stellar
1878 OC 5 12.6 -70 28 r Men vF, lE, gvlbM, R
1870 OC 5 13.0 -69 08 r Dor B, S, R, glbM
1872 C+N 5 13.0 -69 20 r Dor pB, R, gbM, 1st of group
1874 C+N 5 13.2 -69 23 r Dor neb and Cl, biN
1876 C+N 5 13.2 -69 23 r Dor pB, iR, biN, 2nd in group
1877 C+N 5 13.2 -69 23 r Dor vF, 3rd of group in Cl
1881 C+N 5 13.2 -69 21 r Dor vF, ** p
I 404 Gx 5 13.3 +09 45 z Ori 16. p vF, vS, stellar, *13 close
1866 OC 5 13.5 -65 28 s Dor 5. 9.8 vB, L, R, vgmbM, r
1867 OC 5 13.5 -66 17 r Dor eF, pL, R
1880 C+N 5 13.6 -69 23 r Dor 4th of group in Cl
1871 C+N 5 13.7 -67 28 r Dor Cl, lRi, 2nd of sev
1873 C+N 5 13.7 -67 20 r Dor Cl, 3rd of sev
1869 C+N 5 13.8 -67 23 r Dor Cl, L, pRi, st sc
1890 OC 5 13.9 -72 04 r Men vF, S, R, glbM
1843 Gx 5 14.1 -10 38 t Ori 1.8 F, S, R, lbM
1851 Gb 5 14.1 -40 03 s Col 11.0 7.3 glob. cl. ! vB, vL, R, vsvvbM, rrr
1868 Gb 5 14.5 -63 57 r Dor pB, pL, R, vglbM
1885 OC 5 15.0 -68 58 r Dor pB, vS, R, bM
1882 OC 5 15.2 -66 07 r Dor pF, R, vgvlbM, r
I 403 5 15.3 +39 58 d Aur eF, eS, R
1894 OC 5 15.7 -69 27 r Dor F, pL, R, sbM, r, st inv
1887 OC 5 15.8 -66 18 r Dor vF, vS, R, * p 25"
1884 - 5 15.9 -66 10 r Dor eF, pL
I 405 Nb 5 16.2 +34 16 s Aur 30. *6.7 with pB, vL neb
1898 Gb 5 16.7 -69 36 r Dor 11. p F, pS, R
1895 Nb 5 16.9 -67 19 r Dor pF, pL, R, gvlbM
1892 Gx 5 17.1 -64 57 r Dor cF, pL, E 90deg +/- , vglbM
1903 OC 5 17.2 -69 18 r Dor 12. p vB, S, R, gmbM
1897 OC 5 17.4 -67 26 r Dor eF, S, R
1916 OC 5 17.5 -69 22 r Dor B, S, R, vgvmbM, r
1914 C+N 5 17.6 -71 14 r Men F, L, iE
I 407 5 17.7 -15 31 d Lep F, lE ns
1899 Nb 5 17.8 -67 53 r Dor F, pS, R, vglbM, 3 st 10 p
1901 OC 5 17.8 -68 26 r Dor Cl, bM, lRi, st 7...
I 406 OC 5 17.8 +39 53 x Aur eF, neb or eS neb Cl
I 408 5 17.9 -25 05 d Lep vF, pS, E, *8.5 south 5'
1902 OC 5 18.1 -66 37 r Dor glob. cl. , pB, pL, R, pmbM, rr
1910 OC 5 18.1 -69 13 s Dor 1. Cl, L, pRi, iR, st 11...16
1905 OC 5 18.2 -67 15 r Dor F, S, R, r
I2120 Pl 5 18.2 +37 36 s Aur 0.8 eF
1913 OC 5 18.4 -69 33 r Dor no descr, in LMC
1900 OC 5 19.0 -63 02 r Dor F, pL, lE, vgvlbM, *7 np
1917 Gb 5 19.0 -69 00 r Dor vF, L, R, vglbM
I2122 Gx 5 19.0 -37 05 c Col 2.0 pB, eS, R, 3 st nf
1918 C+N 5 19.1 -69 39 r Dor no descr, in LMC
1911 - 5 19.2 -66 46 r Dor F, R, gbM, am st
1921 Nb 5 19.3 -69 48 r Dor vF, pS, lE, r
1915 - 5 19.6 -66 48 r Dor eF, pL
I 409 Gx 5 19.6 +03 18 m Ori 0.6 15. p pB, R, biN?
1922 OC 5 19.7 -69 29 r Dor no descr, in LMC
1956 Gx 5 19.7 -77 45 r Men vF, hazy * inv in neb
I2121 Gx 5 19.7 -25 04 c Lep 2.1 eef, S, R, v diffic, *7 p 14s , 3'.6 s
1879 Gx 5 19.8 -32 09 s Col 2.2 13. p vF, L, R, vgvlbM, *12 p
1919 C+N 5 20.0 -66 55 r Dor Cl, eF, L, iR, mC, rr
1857 OC 5 20.2 +39 21 s Aur 6. 7.0 Cl, pRi, pC, st 7...
I 411 Gx 5 20.3 -25 20 m Lep 0.5 15. p vF, vS, R, 2 others in field
1926 OC 5 20.5 -69 30 r Dor pB, pL, iR, r, in dif n
1920 Nb 5 20.6 -66 48 r Dor pB, pL, R, vgbM
1928 OC 5 20.8 -69 29 r Dor pF, pL, R, gbM
1923 C+N 5 21.0 -65 30 r Dor vF, pS, R
1891 - 5 21.3 -35 44 r Col Cl, L, sc, ** taken
I 415 5 21.3 -15 33 d Lep vF, vS, R, dif
1938 OC 5 21.4 -69 55 r Men pB, pS, R, glbM, D with 1939, pos 339deg
1939 OC 5 21.4 -69 56 r Men F, S, R, glbM, D with 1938
1929 C+N 5 21.6 -67 56 d Dor F, p of group
1875 Gx 5 21.8 +06 41 s Ori 15. p eF, S, R
1886 Gx 5 21.8 -23 49 c Lep 2.6 vF, pL, E 240deg , *9 p 11s , 0'.9 s
1925 C+N 5 21.8 -65 48 r Dor Cl, vlRi, lC, st 10
1934 C+N 5 21.8 -67 56 r Dor 2nd neb of group
1935 C+N 5 21.9 -67 58 r Dor pF, S, R, 3rd of group; = IC 2126
1944 OC 5 21.9 -72 30 r Men pB, pL, R, bM
I 412 Gx 5 21.9 +03 29 u Ori 1.6 14. p vF, vS, stellar, IC 413 at pos 115deg , dist 36"
I 414 Gx 5 21.9 +03 20 m Ori 0.4 15. p eF, *9 sf 2'
I2123 5 21.9 +03 30 d Ori vS, R, mbM, S* close n
I2124 5 21.9 +03 30 d Ori vS, R, mbM, S* close n
I2126 5 21.9 -67 57 x Dor PN , stellar; = 1935
I2127 5 21.9 -67 58 x Dor PN stellar; = 1936
I 413 Gx 5 22.0 +03 29 u Ori 1.2 14. p eF, vS, stellar
1936 C+N 5 22.1 -67 59 r Dor !, pB, S, R, 4th of group; = IC 2127
1933 OC 5 22.2 -66 09 D Dor eF, R, stellar, D with 1932
1937 C+N 5 22.3 -67 55 r Dor vF, pL, follows a group
1932 OC 5 22.4 -66 09 D Dor pB, S, R, smbM, D with 1933, pos 260deg , 80"
1888 Gx 5 22.5 -11 30 s Lep 3.0 12.0 pB, pL, R, r
1889 Gx 5 22.5 -11 29 s Lep 0.8 14. p makes a close Dneb with 1888
1940 OC 5 22.6 -67 12 r Dor pB, vS, R, bM, 2 st 9 & 10 f
2012 Gx 5 22.6 -79 51 c Men 1.5 vF, S, lE, bM, 2 st 9 nf
I 410 C+N 5 22.6 +33 31 s Aur 40. dif, many st inv
1893 OC 5 22.7 +33 24 s Aur 11. 7.5 Cl, L, Ri, lC
1943 C+N 5 22.7 -70 10 r Men 12. p pF, pS, iR, vglbM, *15 at 191deg , 60"
I2128 Nb 5 22.8 -68 03 x Dor Cl, few st and neb (in LMC)
I2134 5 23.0 -75 27 d Men cF, vS
1941 Nb 5 23.1 -66 23 r Dor vS, neb + st
I 416 Gx 5 23.9 -17 16 c Lep 1.7 F, S, gbM
I2125 5 24.4 -26 59 d Lep eeF, vS, R, v diffic
1904 Gb 5 24.5 -24 33 s Lep 8.7 8.0 glob. cl. , pL, eRi, eC, rrr; = M79
1950 OC 5 24.5 -69 57 r Men the 1st of a group of 7!
1942 OC 5 24.7 -63 56 r Dor eF, stell, *14 + neb
1906 5 24.8 -15 58 D Lep eF, pS, E 0deg , glbM
1946 OC 5 25.1 -66 25 r Dor pF, R, gbM, r
1949 Nb 5 25.1 -68 29 r Dor pB, S, R, psbM
1896 - 5 25.4 +20 10 r Tau Cl, vL, Ri, vlC, st 9...12
1945 Nb 5 25.4 -66 21 r Dor eeeF, vvL, irr dif
1953 Gb 5 25.4 -68 48 r Dor pB, S, R, glbM
1948 C+N 5 25.5 -66 15 r Dor Cl, cL, Ri, st 13
1958 OC 5 25.5 -69 50 r Dor F, pL, iR, vgbM, 2nd of group!
1959 OC 5 25.8 -69 56 r Men F, vL, vgbM, 3rd of group!
1883 OC 5 25.9 +46 33 s Aur 3. 12. p Cl, vF, pRi, pC, iF
1909 - 5 25.9 -08 08 r Ori eL, strongly susp (2deg in decl)
1930 Gx 5 25.9 -46 44 r Pic pF, S, R, bM, 4 B st p
1951 OC 5 25.9 -66 36 r Dor 10. p B, lE, sbM ** 10 & 11
1908 - 5 26.0 -02 32 r Ori v diffused neb susp
1955 C+N 5 26.1 -67 29 r Dor 9. p Cl, Ri, 2nd of sev
1962 C+N 5 26.5 -68 47 r Dor 8. p vF, pL, R, 1st of 4!
1965 C+N 5 26.5 -68 47 r Dor 8. p F, S, 2nd of 4!
1967 OC 5 26.5 -69 04 r Dor no descr, in LMC
1969 OC 5 26.5 -69 49 r Dor F, S, 4th of gr of 7
1970 C+N 5 26.5 -68 47 r Dor 8. p 4th of 4
1971 OC 5 26.7 -69 51 r Dor 5th of gr of 7
1972 OC 5 26.7 -69 49 r Dor 6th of gr of 7! D, a vS neb np
1947 Gx 5 26.8 -63 46 s Dor 3.0 10.8 pB, L, R, glbM, *9 np
1966 Nb 5 26.8 -68 49 s Dor 13. pB, R, pslbM, 3rd of 4, in pL, irr Cl
1968 C+N 5 27.2 -67 26 r Dor 9. p Cl, Ri, 3rd of sev
1987 Gb 5 27.2 -70 46 r Men 12. p F, L, iR, 3 st p
2000 OC 5 27.4 -71 55 r Men F, pL, R, vlbM
1983 C+N 5 27.5 -68 57 r Dor 8. p Cl, vL, pRi, iF
1984 C+N 5 27.5 -69 06 r Dor Cl, place of **
1986 OC 5 27.5 -69 58 r Men 11. p B, pL, R, gbM
I 418 Pl 5 27.5 -12 42 s Lep 0.2 11. p plan = *9.2 (gaseous sp)
1924 Gx 5 27.9 -05 19 r Ori 13. p vF, pL, iR, st nr
1974 C+N 5 27.9 -67 24 r Dor 9. p Cl, L, irr
1907 OC 5 28.0 +35 19 s Aur 7. 8.2 Cl, pRi, pC, R, st 9...12
I 417 Nb 5 28.1 +34 26 s Aur 13. vL, dif, *6 inv
1994 OC 5 28.2 -69 07 r Dor Cl, eS, st 11...16
1978 Gb 5 28.6 -66 14 s Dor 2.7 9.9 vB, vL, lE, vgpmbM
1912 OC 5 28.7 +35 50 s Aur 21. 6.4 Cl, B, vL, vRi, iF, st L & S; = M38
1927 - 5 28.7 -08 23 r Ori diffused nebulosity
1991 - 5 29.0 -67 26 r Dor Cl, 4th of sev
2001 C+N 5 29.1 -68 44 r Dor Cl, st 13m
2005 OC 5 30.0 -69 44 r Dor no description, in LMC
2002 OC 5 30.2 -66 52 r Dor vB, S, R, ** + neb in vLCl
1997 OC 5 30.5 -63 12 r Dor eF, cS, R
2004 OC 5 30.6 -67 17 s Dor 9.8 glob. cl. , B, pL, pRi, C, st 12
2010 OC 5 30.6 -70 49 r Men F, cL, R, vglbM
2018 Nb 5 30.6 -71 04 s Men 25. pB, pL, R, pglbM, *10 p inv
2003 OC 5 30.7 -66 27 r Dor B, S, stellar, r
2009 OC 5 30.8 -69 09 r Dor pF, pS, R, glbM, in Cl
I 419 5 31.0 +30 09 d Aur pB, L, mE
2006 OC 5 31.2 -66 57 r Dor Cl, eL, vRi, vBvSNM
I2129 5 31.3 -23 04 d Lep eeF, pS, R, *7 ssf
1931 C+N 5 31.4 +34 15 s Aur 3. 11.3 vB, L, R, B*** in M
2016 OC 5 31.5 -69 56 r Men F, vL, iR, gbM
2019 Gb 5 31.7 -70 10 r Men 11. p B, pL, gbM
I2130 Gx 5 31.8 -23 09 c Lep 2.2 eF, pL, R, *7.5 nf
2015 C+N 5 31.9 -69 13 r Dor Cl, vL, Ri, vlC
2011 C+N 5 32.1 -67 31 r Dor 9. p vB, S, R, psmbM
2014 C+N 5 32.2 -67 40 r Dor 8. p Cl, pL, pC, iF, st 9...15
I 421 5 32.2 -08 05 d Ori vF, L
I 420 5 32.3 -04 30 d Ori vF, spp *9 (not verified)
I 422 5 32.3 -17 13 d Lep pB, vS, R, sbM
I2131 5 32.3 -17 13 d Lep pB, vS, R
1995 D* 5 32.5 -48 42 A Pic eeF, R, bM, diffic, p of 2
I2132 Gx 5 32.5 -13 55 m Lep 1.3 14. p vF, S
1954 Gx 5 32.8 -14 04 s Lep 4.1 13. p vF, S, R, smbM
1957 Gx 5 32.9 -14 07 A Lep eF, pS, R, bMN, *15 inv
2020 Nb 5 33.1 -67 42 r Dor F, vL, vlE, vglbM
2025 OC 5 33.1 -71 44 r Men vB, vS, lE, gmbM, r
I2142 5 33.1 -78 00 d Men eF, vS, lE 25deg , lbM
I2135 Gx 5 33.2 -36 24 c Col 2.5 eeF, eS, eE, v diffic
I2136 Gx 5 33.2 -36 24 c Col 2.5 eF, pS, eE; = IC 2135
I2140 OC 5 33.2 -75 22 x Men eF, vS; eS Cl?
1963 Gx 5 33.3 -36 25 t Col 3.5 Cl, st 8...11
1998 Gx 5 33.3 -48 41 A Pic vF, R, gbM, st s, f of 2
1964 Gx 5 33.4 -21 57 s Lep 6.2 10.8 F, L, R, vsvmbM *12, 3 st inv
2021 C+N 5 33.4 -67 26 r Dor vF, S, R, in pLCl
I 423 Nb 5 33.4 -00 37 s Ori 6. vF, L, oval ring
2028 OC 5 33.7 -69 56 r Men vF
2031 OC 5 33.7 -70 59 r Men glob. cl. , B, pL, R, gbM, rr
I 424 5 33.7 -00 19 d Ori vF, L, brightest f
1979 Gx 5 33.8 -23 19 r Lep 13. p vF, vS, stellar; = IC 2137
I2137 5 34.3 -23 20 d Lep eF, vS, R, *8 f 10s , 1979 nr
I2138 Gx 5 34.3 -23 33 m Lep 1.0 14. p eF, S, 2 st inv 0'.5 apart, *7 p
1989 Gx 5 34.4 -30 48 c Col 1.8 vF, S, R, lbM, st nr
2036 OC 5 34.4 -70 04 r Men vF, pL, R, gbM
1952 Nb 5 34.5 +22 01 s Tau 6. 8.4 vB, vL, E 135deg +/- , vglbM, r; = M1
1992 Gx 5 34.5 -30 56 r Col 15. p eeF, vS
2033 C+N 5 34.5 -69 44 r Dor Cl, in LMC
2038 OC 5 34.5 -70 33 r Men pB, S, R, gbM, *9 np 5'
2037 C+N 5 34.7 -69 45 r Dor Cl, in LMC
2007 Gx 5 35.0 -50 56 r Pic eF, pL, R
1973 Nb 5 35.1 -04 44 s Ori 5. *8-9 inv in neb (1977)
2008 Gx 5 35.1 -50 59 r Pic eF, pL, R, vlbM
2027 C+N 5 35.1 -66 55 r Dor Cl, vL, Ri, st 9...11
1981 OC 5 35.2 -04 26 s Ori 25. 4.6 Cl, vB, lRi, st L, sc
2048 Nb 5 35.2 -69 46 s Dor 18. vF, L, pmE
2032 C+N 5 35.3 -67 34 r Dor B, L, E, 2nd of 3
2035 C+N 5 35.3 -67 34 r Dor B, L, R, bM, 3rd of 3
2046 OC 5 35.3 -70 14 r Men vF, R, gbM, 1st of 7
I2139 *** 5 35.3 -17 56 F Lep Cl, vvS (12"), looks nebs
1975 Nb 5 35.4 -04 41 s Ori 10. B** inv in neb (1977)
1976 Nb 5 35.4 -05 27 s Ori 66. 4. !!! theta1 Ori and the great neb; = M42
1980 Nb 5 35.4 -05 54 s Ori 14. vF, vvL, 44 Ori inv
2029 C+N 5 35.4 -67 33 r Dor pB, pL, R, gbM, in cLCl
2030 C+N 5 35.4 -66 01 r Dor pB, L, iR, gbM, 1st of 3
1977 Nb 5 35.5 -04 52 s Ori 20. !!, 42 Ori and neb
1993 Gx 5 35.5 -17 49 r Lep 14. p eF, vS, stellar
1982 Nb 5 35.6 -05 16 s Ori 20. 9. ! vB, vL, R with tail, mbM *8-9; = M43
2047 OC 5 35.6 -70 11 r Men F, S, lE, 2nd of 7
2034 C+N 5 35.7 -66 56 r Dor Cl, vL, Ri
2042 C+N 5 35.8 -68 54 r Dor Cl, vL, Ri, st 12...15
2044 C+N 5 35.9 -69 11 r Dor Cl, in LMC
1960 OC 5 36.1 +34 08 s Aur 12. 6.0 Cl, B, vL, vRi, lC, st 9...11 sc; = M36
2040 C+N 5 36.1 -67 33 r Dor F, L, iR, glbM, r
1990 Nb 5 36.2 -01 12 s Ori 50. !!!, eL, E, epsilon Ori inv p
2043 - 5 36.2 -70 05 r Men S, E group of F st inv in F neby
2051 OC 5 36.2 -71 00 r Men pB, S, R, gbM
2041 OC 5 36.4 -66 58 r Dor 10. p B, S, R, vglbM
1999 Nb 5 36.5 -06 42 s Ori 16. *10-11 inv in neb
2050 C+N 5 36.5 -69 22 r Dor Cl + neb, mC, iF, st vS
2056 OC 5 36.5 -70 40 r Men pB, R, bM, p of 2, *9 bet
2058 OC 5 36.6 -70 08 r Men 12. p vB, pL, R, gbM, 4th of 7
I 427 5 36.6 -06 40 d Ori L, prob conn with Great Neb
I 428 5 36.6 -06 31 d Ori L, prob conn with Great Neb
2057 OC 5 36.7 -70 15 r Men pF, S, R, gbM, 3rd of 7
2059 OC 5 36.7 -70 06 r Men vF, 5th of 7
I 426 Nb 5 36.8 -00 15 s Ori 5. vF, 5' diam
2055 C+N 5 37.0 -69 24 r Dor Cl, vL, Ri, st 10...15
I 425 5 37.1 +32 26 d Aur F, vvL
2052 Nb 5 37.3 -69 45 r Dor eF, vvS, vglbM
2053 OC 5 37.3 -67 24 r Dor F, pL, lE, gbM
2065 OC 5 37.3 -70 13 r Men 11. p B, R, 6th of 7
1988 * 5 37.5 +21 14 r Tau !!!, variable (?)
2066 OC 5 37.5 -70 10 r Men vF, vS, E, 7th of 7
2060 C+N 5 37.6 -69 10 r Dor neb, no descrip, in LMC
1985 Nb 5 37.7 +32 00 A Aur cF, S, R, psbM
I2146 OC 5 37.8 -74 46 x Men Cl, vF, bet 2 st
2072 OC 5 38.1 -70 14 r Men vF, S
1996 - 5 38.2 +25 49 r Tau Cl, L, lC, lRi
2075 C+N 5 38.2 -70 40 r Men B, R, bM, rr, f of 2
I 429 5 38.3 -07 03 d Ori vF, vS, R (inv in f one?)
2069 Nb 5 38.5 -69 05 r Dor F, L, E
I 430 Nb 5 38.5 -07 05 s Ori 11. neb band 10' l, np *5
2070 C+N 5 38.6 -69 05 s Dor 40. 8.2 !!! vB, vL, looped
2074 C+N 5 38.9 -69 29 d Dor pB, pL, mE, 5 st inv
I2148 5 39.2 -75 31 d Men vF, vS, bM
2017 - 5 39.4 -17 51 r Lep Cl of L st
2077 C+N 5 39.6 -69 40 d Dor 15. F, R, p of Dneb
2078 C+N 5 39.6 -69 45 d Dor neb, np of gr of 7
2079 C+N 5 39.6 -69 47 d Dor neb, sp of gr of 7
2080 C+N 5 39.7 -69 39 d Dor B, R, f of Dneb
2083 C+N 5 39.9 -69 45 r Dor neb, nf of gr of 7
2084 C+N 5 39.9 -69 45 r Dor neb, sf of gr of 7
2062 OC 5 40.0 -66 53 r Dor vF, pS, E, glbM, 2 st 10 s
2081 C+N 5 40.1 -69 24 r Dor Cl, vF, mC, st + neb
2085 C+N 5 40.2 -69 39 r Dor vF, R, *10 vnr
I 431 Nb 5 40.3 -01 27 s Ori 5. neb *8.6
2086 C+N 5 40.4 -69 39 r Dor B, pS, R, lbM, *10 p
I2145 Nb 5 40.4 -69 40 x Dor PN , stellar
I 433 Gx 5 40.5 -11 38 m Lep 0.4 14. p F, S, dif, gbM
2088 OC 5 40.8 -69 28 r Dor vF, S, R
2091 OC 5 40.9 -69 26 r Dor vF, S, mE, glbM; D?
I 432 Nb 5 40.9 -01 29 s Ori 8. neb, lE, *8.4 inv
2144 Gx 5 41.0 -82 07 c Men 1.6 F, pS, iR, bM
I 434 Nb 5 41.0 -02 24 s Ori 60. neb, 60' l, south from zeta Ori
2092 OC 5 41.5 -69 13 r Dor vF, pL, R, rr
2093 C+N 5 41.5 -68 55 r Dor vF, S, R
2023 Nb 5 41.6 -02 14 s Ori 10. B* in M of L, lE neb
2103 C+N 5 41.6 -71 20 r Men pB, L, pmE, gbM *13
2082 Gx 5 41.8 -64 18 s Dor 1.6 13. p pF, L, R, glbM
2024 Nb 5 41.9 -01 51 d Ori 30. ! irr, B, vvL, black sp incl
2100 OC 5 42.0 -69 14 s Dor 2. 9.6 glob. cl. , B, pL, irr R, rr
1961 Gx 5 42.1 +69 23 s Cam 4.3 11.1 cF, pL, iF, mbM, er, * inv; (decl?)
2022 Pl 5 42.1 +09 05 s Ori 0.3 12. p PN , pB, vS, vlE
2094 OC 5 42.1 -68 21 r Dor vF, S, R
2096 OC 5 42.2 -68 28 r Dor neb, no descrip, in LMC
2102 OC 5 42.2 -69 29 r Dor neb, no descrip, in LMC
I2133 ? 5 42.2 +69 23 x Cam vF, pL, *13 sf 0'.7
I2141 5 42.3 -51 02 d Pic F, vS, R, bM
2098 C+N 5 42.5 -68 16 r Dor glob. cl. , B, S, rr
2095 OC 5 42.7 -67 19 r Dor Cl, F, cS, irr
I 435 Nb 5 43.0 -02 19 s Ori 5. neb, *8.5
2026 - 5 43.1 +20 07 r Tau Cl, lRi, lC, st pL
2107 OC 5 43.2 -70 37 r Men 11. p pB, pS, R, gbM
2049 Gx 5 43.4 -30 06 r Col 14. p vF, S, R, bM
2108 Gb 5 43.8 -69 12 r Dor eF, pL, lE
2061 - 5 43.9 -33 57 r Col Cl, L, lC, st 13
2039 - 5 44.1 +08 38 r Ori Cl, vL, lRi, lC
2097 OC 5 44.1 -62 47 r Dor vF, pS, iR, pslbM *16
2105 OC 5 44.2 -66 25 r Dor F, pS, R, gbM
2087 Gx 5 44.3 -55 32 c Pic 1.1 eF, pS, R, vlbM
2013 - 5 44.4 +55 48 r Aur Cl, vlRi, st 11
2109 C+N 5 44.4 -68 32 r Dor F, pS, R, vglbM
2111 OC 5 44.7 -70 57 r Men vF, S, R, gbM
2045 5 45.0 +12 53 d Tau *8-9 with F neb
2054 Ast 5 45.2 -10 05 D Ori only 3 S st and no neb
2113 C+N 5 45.5 -69 45 r Dor Cl, F, S, iF, vlC, rr
2114 OC 5 45.8 -68 03 r Dor eF, pL, iR
2073 Gx 5 45.9 -21 59 r Lep 13. p eF, vS, R, gbM
2064 Nb 5 46.3 +00 00 s Ori 12. eF, vS, *9-10 np 4'
2101 Gx 5 46.4 -52 05 A Pic 1.9 eF, pS, R, 3 st 10 sp
2067 Nb 5 46.5 +00 06 s Ori 8. F, pL, M78 s
2068 Nb 5 46.7 +00 03 s Ori 8. 8. B, L, wisp, gmbN, 3 st inv, r; = M78
2063 - 5 46.8 +08 48 r Ori Cl, poor, S sc st
2076 Gx 5 46.8 -16 46 r Lep 14. p vF, pS, iE, bM
2116 OC 5 46.9 -68 32 r Dor F, S, R, *11 p
I2143 Gx 5 46.9 -18 44 c Lep 2.5 eF, pS, vmE 45deg , 3 st sf
2090 Gx 5 47.0 -34 14 s Col 4.5 12. p B, pL, iR, gbM, stell N, cE 10deg
2104 Gx 5 47.1 -51 33 c Pic 2.0 pB, pS, R, glbM
2071 Nb 5 47.2 +00 18 s Ori 4. D* (10 & 14m) with vF, L chev
2118 OC 5 47.2 -69 09 r Dor glob. cl. , vB, vS, vsmbM, rr
2117 OC 5 47.3 -67 28 r Dor F, pL, iR, vlbM, rrr
2089 Gx 5 47.8 -17 36 r Lep 14. p vF, eS, stellar
I2147 5 47.8 -30 30 d Col eeF, pS, R, F* np
2121 Gb 5 48.0 -71 28 s Men 1.8 11.2 vF, cL, vgbM
2122 C+N 5 48.7 -70 04 r Men Cl, pB, iF, gvmCM, st 15
2134 OC 5 50.1 -71 07 r Men 11. p glob. cl. , B, pL, R, gmbM, r
I2144 5 50.2 +23 52 d Tau pF, eS, *12 nnp 2', *12 s 1'
2120 Gb 5 50.6 -63 41 r Dor cF, pL, R, vglbM
2106 Gx 5 50.7 -21 35 r Lep 13. p vF, S, vlE, gbM
2125 OC 5 50.7 -69 29 r Dor vF, pS, R, gbM
2127 OC 5 51.1 -69 22 r Dor pB, vS, R, gmbM
2115 Gx 5 51.3 -50 35 c Pic 1.2 eeF, vS, 3 st 10 sp
I2150 Gx 5 51.3 -38 19 c Col 2.3 eeF, S, vmE, v diffic, 3 st s
2133 Gb 5 51.4 -71 11 r Men F, pL, R, gpmbM
I 437 5 51.6 -12 34 d Lep vF, vS, R, dif
2123 OC 5 51.7 -65 19 r Dor pB, vS, R, gbM
2130 OC 5 52.1 -67 20 r Dor F, pS, R, glbM
2110 Gx 5 52.2 -07 27 F Ori 14. p eF, cS, lE, pslbM, er
2099 OC 5 52.4 +32 33 s Aur 24. 5.6 Cl, Ri, pCM, st L & S; = M37
I2151 Gx 5 52.6 -17 47 c Lep 2.1 eF, pS, nr IC 438
2136 OC 5 52.8 -69 30 r Dor 10. p glob. cl. , pB, R, gmbM, rr, st 14...16
I 438 Gx 5 53.0 -17 53 c Lep 3.2 eeF, pS, E ns, 2 st p
2135 OC 5 53.1 -67 26 r Dor F, pS, R, r, am st
2137 OC 5 53.2 -69 29 r Dor vF, S, R, f of 2
I 436 5 53.7 +38 38 d Aur eF
2112 OC 5 53.9 +00 24 s Ori 11. 9. p Cl, pL, lRi, pC, st S
2140 OC 5 54.0 -68 36 r Dor pF, pS, iR, bM
2138 OC 5 54.5 -65 50 r Dor eF, S, R
2145 OC 5 54.5 -70 55 r Men F, lE, r
2132 Ast 5 55.2 -59 55 A Pic Cl, vlC, st L & S
I2160 Gx 5 55.5 -76 55 c Men 1.9 vF, vS, stell N
2161 Gb 5 55.6 -74 21 r Men F, pL, R, gpmbM
2150 Gx 5 55.9 -69 34 r Dor F, vS, R, vsmbM, stellar
2147 C+N 5 56.0 -68 12 r Dor eF, S, R, bM
2151 OC 5 56.3 -69 01 r Dor F, pS, R, bM
I2149 Pl 5 56.3 +46 07 s Aur 0.1 11. p PN , stellar
I 439 5 56.6 +32 02 d Aur eeL, eE 150deg +/-
I2161 5 57.2 -75 08 d Men eF, vS, bM, susp
2157 OC 5 57.3 -69 11 r Dor 10. p glob. cl. , vB, S, R, vgvmbM, rr
2119 Gx 5 57.4 +11 57 r Ori F, vS, R, bM
2153 OC 5 57.5 -66 24 r Dor eeF, lE, *16 att
2154 Gb 5 57.5 -67 15 r Dor F, pL, R, vglbM
2156 OC 5 57.6 -68 27 r Dor pB, S, R, gbM, 1st of 3
2124 Gx 5 57.9 -20 04 r Lep 13. p F, S, E, r
2159 OC 5 57.9 -68 38 r Dor pF, S, R, gbM, *15 att nf
I2152 Gx 5 57.9 -23 11 c Lep 1.9 pB, pS, R, sev B st f
2160 OC 5 58.0 -68 17 r Dor pF, pS, R, gbM
2173 Gb 5 58.1 -72 59 r Men pF, pL, R, gmbM
2155 Gb 5 58.4 -65 28 r Dor F, pL, R, vglbM
2171 Gx 5 58.6 -70 41 r Men eF, L, R, glbM
2131 Gx 5 58.7 -26 38 r Lep vF, pS, R, gbM
2148 Gx 5 58.7 -59 07 r Pic eF, S, R, *12 vnr
2164 OC 5 58.7 -68 31 r Dor 10. p glob. cl. , vB, R, mCM, rr
2166 OC 5 59.3 -67 56 r Dor F, S, R, gbM
2172 OC 5 59.9 -68 38 r Dor F, cL, R, lbM
I2153 Gx 6 00.1 -33 55 c Col 2.5 eF, vS, susp
2162 Gb 6 00.5 -63 45 r Dor F, pL, R, vglbM
2190 Gb 6 00.8 -74 43 r Men vF, pL, R, glbM
I2155 6 00.8 -34 01 d Col eF, vS, R, susp
2152 Gx 6 00.9 -50 44 c Pic 1.3 eeF, R, *15 att
2129 OC 6 01.0 +23 18 s Gem 7. 6.7 Cl, pL, 40 or 50 st 8...15
2177 OC 6 01.0 -67 43 r Dor F, vS, iR, lbM, r
2139 Gx 6 01.1 -23 40 s Lep 2.2 11.7 F, S; = IC 2154
I2154 Gx 6 01.1 -23 40 c Lep 3.3 pF, pS, R, * nf, 2 st np; = 2139
2176 OC 6 01.4 -66 51 r Dor eeF, pL, R, gbM
2142 - 6 01.9 -10 36 r Mon * (3 Mon) inv in pL, F, neb
2181 OC 6 02.6 -65 15 r Dor vF, S, R
I 441 Gx 6 02.7 -12 30 m Lep 1.1 14. p eF, vS, diffic, vF* close
2178 Gx 6 02.8 -63 46 c Pic 1.0 eF, vS, R
2126 OC 6 03.0 +49 54 s Aur 6. 10. p Cl, not Ri, *7 n
2143 - 6 03.0 +05 43 r Ori Cl, L, pRi, vlC, st 10
2141 OC 6 03.1 +10 26 s Ori 10. 9.4 F, pS, dif
2149 Nb 6 03.5 -09 44 s Mon 3. F, *12 inv
2187 Gx 6 03.9 -69 34 r Dor pB, pS, R, gbM, Dneb (comp vF, R, glbM)
2128 Gx 6 04.7 +57 39 r Cam 13. p vF, vS, vlE
2199 Gx 6 04.7 -73 24 r Men F, vS, R, bM
2203 OC 6 04.7 -75 26 r Men F Cl
I2156 OC 6 04.8 +24 09 x Gem Cl, nebs?
I2157 OC 6 05.0 +24 00 s Gem 7. 8.4 Cl, S
I2158 Gx 6 05.3 -27 51 c Col 1.6 vF, pS, lE, brush, * att nf
2197 OC 6 05.9 -67 05 r Dor vF, pS, R, gbM
2193 Gb 6 06.2 -65 05 r Dor F, iF, glbM, 2 or 3 st inv
2167 - 6 06.9 -06 12 r Mon nebulous *7, am 3 st
I2164 Gx 6 06.9 -75 22 c Men 1.3 eF, eeS, R, stell N
2158 OC 6 07.5 +24 06 s Gem 5. 8.6 Cl, pS, mC, vRi, irr triangle st eS
2170 Nb 6 07.5 -06 24 s Mon 2. *9 in vF, pL neb, E 170deg
2163 6 07.8 +18 40 D Ori eF, E, dif, *11 att s
2179 Gx 6 08.0 -21 45 s Lep 1.5 12.5 F, pS, bet 2 st, glbM
2169 OC 6 08.4 +13 57 s Ori 7. 5.9 Cl, S, lRi, pmC, ** (ADS 4728)
2191 Gx 6 08.4 -52 31 c Car 1.9 pB, vS, E, vsbM, *9 p 5s
2209 Gb 6 08.7 -73 51 r Men vF, cL, R, gvlbM
2168 OC 6 08.9 +24 20 s Gem 28. 5.1 Cl, vL, cRi, pC, st 9...16; = M35
2182 Nb 6 09.5 -06 20 s Mon 3. pB** , L* neb, E 90deg +/-
2180 - 6 09.6 +04 43 r Ori Cl, pRi, lC, st L and S
2174 Nb 6 09.7 +20 30 s Ori 40. eF, bet 3 vF st
2175 OC 6 09.8 +20 19 s Ori 18. 6.8 *8 in neb
I2159 Nb 6 09.9 +20 24 x Ori vF, vL, dif
2188 Gx 6 10.1 -34 06 s Col 3.7 11.8 pF, pL, vmE, gvlbM
2205 Gx 6 10.6 -62 32 c Pic 1.4 pF, S, R, bM
2213 Gb 6 10.7 -71 33 r Men vF, S, R, glbM, *** p
2183 Nb 6 10.8 -06 13 s Mon 1. eF, S, lE, *11-12 sp
2184 OC 6 10.9 -03 31 F Ori Cl, L, vlC
2165 - 6 11.1 +51 41 r Aur Cl, pL, poor, st 11
2185 Nb 6 11.1 -06 13 s Mon 3. *11 and 4 S st in vF, L neb
2210 Gb 6 11.5 -69 08 s Dor 1.7 10.2 vB, pL, R, mbM, r
2186 OC 6 12.2 +05 27 s Ori 4. 8.7 Cl, pL, pRi, pC, st L and S
2196 Gx 6 12.2 -21 48 s Lep 2.8 11.2 pF, pS, vlE, pmbM, st nr
2189 - 6 12.3 +01 08 r Ori 2 clusters nr 2 st 9-10 & 10-11
2214 OC 6 12.8 -68 16 r Dor 11. p B, pS, lE, gbM, rrr
I2162 Nb 6 12.9 +17 59 s Ori 15. vF, pL, R, *10 inv p
2200 Gx 6 13.4 -43 39 r Pup eF, pS, R, vlbM
2201 Gx 6 13.4 -43 41 r Pup eF, S, R, pslbM
2194 OC 6 13.8 +12 48 s Ori 10. 8.5 Cl, L, Ri, gvmCM
2198 - 6 13.9 +01 00 r Ori Cl, bet 2 st 9-10 & 10-11
2195 Nb 6 14.4 +17 39 s Ori F, S, 2 S st inv, *10 n 31"
2192 OC 6 15.2 +39 51 s Aur 6. 11. p Cl, cL, C, iF, st vS
2204 OC 6 15.7 -18 39 s CMa 13. 8.6 Cl, L, pRi, lC
2206 Gx 6 16.0 -26 46 s CMa 2.3 13. p F, pS, vlE, pslbM
2207 Gx 6 16.4 -21 22 s CMa 4.3 10.7 pB, pL, mE 87deg , pslbMRN, biN, ring surr
I2163 Gx 6 16.5 -21 23 c CMa eF, pS, 2207 p 7s
2202 - 6 16.9 +05 59 r Ori ** chief of Cl
I 443 Nb 6 16.9 +22 47 s Gem 50. F, narrow, curved
2211 Gx 6 18.4 -18 34 r CMa 14. p vF, pS, E 45deg , bMN
2212 Gx 6 18.5 -18 33 r CMa 14. p eF, vS, R, in field with 2211
2146 Gx 6 18.7 +78 21 s Cam 6.0 10.5 pB, 2' l, lE
I 440 Gx 6 18.9 +80 04 u Cam 2.1 14. p vF, S
2221 Gx 6 20.2 -57 35 c Pic 1.5 vF, lE, vgbM, p of 2
2222 Gx 6 20.3 -57 32 c Pic 1.1 vF, lE, vgvlbM, f of 2
2231 Gb 6 20.4 -67 32 r Dor F, pL, R, gvlbM, ** f
I 444 Nb 6 20.4 +23 16 s Gem 8. neb, *9.5 inv
2215 OC 6 21.0 -07 17 s Mon 11. 8.4 Cl, cL, pRi, pC, st 11...15
2228 Gx 6 21.2 -64 27 r Dor F, S, R, glbM
2229 Gx 6 21.3 -64 58 r Dor eF, vS, R, 1st of 3
2230 Gx 6 21.4 -65 00 r Dor eF, S, lE, 2nd of 3
2216 Gx 6 21.6 -22 05 r CMa 14. p vF, pL, R, vglbM
2217 Gx 6 21.7 -27 14 s CMa 4.8 10.4 vB, S, R, psmbM, r
2233 Gx 6 21.7 -65 03 r Dor eF, S, 3rd of 3
I2165 Pl 6 21.7 -12 59 s CMa 0.1 13. p PN , stellar
2220 Ast 6 21.8 -44 46 A Pup Cl, B, P, st 8...
2235 Gx 6 22.3 -64 57 r Dor vF, S, R, *12 nr
2208 Gx 6 22.5 +51 55 r Aur 14. p pF, pS, lE
2241 OC 6 22.7 -68 57 r Dor vF, pL, R, glbM
2219 - 6 23.4 -04 41 r Mon Cl, P, vlC, st 6, 11...12
2223 Gx 6 24.6 -22 50 s CMa 3.3 11.4 F, pL, R, vglbM, 2 st inv
2218 - 6 24.7 +19 20 r Gem F Cl
2227 Gx 6 25.9 -21 59 s CMa 2.3 14. p eF, R, ** p 270deg , 90"
2249 Gb 6 25.9 -68 48 r Dor pB, pL, R, vgbM, ** p
2225 OC 6 26.6 -09 39 F Mon Cl, P, lCM, st 12...15
2232 OC 6 26.6 -04 45 s Mon 30. 3.9 B* (10 Mon) + Cl
2226 - 6 26.7 -09 39 r Mon S, v diffic, *10 close s
I2166 Gx 6 27.0 +59 05 s Lyn 2.9 13. p neb; F* p 1', D* f 3'
2224 - 6 27.6 +12 38 r Gem Cl, pC, with neb?
2234 - 6 29.3 +16 41 r Gem Cl, eL, pRi, lC, st L & S
2236 OC 6 29.7 +06 50 s Mon 7. 8.5 Cl, pRi, pC, st 10, 12...15
2243 OC 6 29.8 -31 17 s CMa 5. 9.4 F Cl, st 9...11
2237 Nb 6 30.3 +05 03 d Mon pB, vvL, dif, part of eL nebs ring ar 2239
2257 Gb 6 30.4 -64 19 s Dor 3.4 13.5 F, cL, R, vglbM, r, 17s d
2238 C+N 6 30.6 +05 01 D Mon S* in neby, part of eL nebs ring ar 2239
2239 OC 6 31.0 +04 57 s Mon 16. *8 in L, P, B Cl
I 446 Nb 6 31.0 +10 27 s Mon 5. neb *10; = IC 2167
I 447 6 31.2 +10 02 x Mon vF, eeL, dif; = IC 2167
I2169 Nb 6 31.2 +09 54 s Mon 25. F, L, dif, sev st 9-10 inv
I2167 6 31.3 +10 27 d Mon *9.5 in F, L neb
2244 OC 6 32.4 +04 52 s Mon 24. 4.8 Cl, beautiful, st sc (12 Mon)
2246 Nb 6 32.4 +05 07 r Mon eeF, L, irr R, e diffic
2245 Nb 6 32.7 +10 10 s Mon 5. pL, com, mbN sf alm *, *7-8 nf
I 448 Nb 6 32.7 +07 19 s Mon 15. neby, np *5
2250 OC 6 32.8 -05 02 s Mon 8. 9. p Cl, pRi, lC, iF, st 8, 12...14
2240 - 6 32.9 +35 12 r Aur Cl, pL, P, vlC, st 7, 10...15
2247 Nb 6 33.2 +10 20 s Mon 4. neb* in eF, eL neby, nf 2245
I2168 OC 6 33.8 +44 41 x Aur Cl, S, F neby
2242 Pl 6 34.0 +44 46 A Aur 14. p eeF, vS, R, F* nf
2255 Gx 6 34.0 -34 47 r Col eF, S, lE, vlbM
I2170 6 34.1 +44 42 d Aur eF, S, r, *13 spp 0'.8
2248 - 6 34.6 +26 19 r Gem small cluster
2251 OC 6 34.7 +08 22 s Mon 10. 7.3 Cl, vL, E, Ri, lC
2252 OC 6 35.0 +05 23 s Mon 20. 8. p Cl, vL, pRi, lC, st S
2254 OC 6 36.0 +07 40 s Mon 4. 9.7 Cl, S, pC, iF, st 11...13
I 442 Gx 6 36.5 +82 58 u Cam 1.4 14. p F, S, R, mbM
I 445 Gx 6 37.3 +67 51 u Cam 1.2 14. p eF, S, R, B* sf
2260 - 6 38.1 -01 28 r Mon Cl, vL, P, vlC, st L & S
2262 OC 6 38.4 +01 11 s Mon 4. 11. p Cl, vC, iR, bM, st eS
2263 Gx 6 38.4 -24 49 r CMa 13. p pF, lE, bet 2 vS st, pslbM
2259 OC 6 38.6 +10 53 s Mon 5. 11. p Cl, cRi, eC, iF, st eS
2261 Nb 6 39.2 +08 44 s Mon 2. B, vmE 330deg , N com = *11
2267 Gx 6 40.8 -32 29 r CMa 14. p two neb close together
2264 C+N 6 41.1 +09 53 s Mon 60. 3.9 eL neb, 3deg diam, densest 12' sp 15 Mon
2265 - 6 41.5 +11 56 r Gem Cl, P, 30 or 40 st 12...13
2253 OC 6 42.4 +66 20 A Cam vF, st eS
2272 Gx 6 42.7 -27 27 s CMa 2.1 11.9 pF, pS, vlE, bM, r
2271 Gx 6 42.8 -23 28 r CMa 14. p pF, S, R, gbM, am st
2266 OC 6 43.2 +26 58 s Gem 7. 10. p Cl, pS, eC, Ri, st 11...15
2269 OC 6 43.9 +04 34 s Mon 4. 10.0 Cl, vmC, not Ri, st vS
2270 - 6 43.9 +03 26 r Mon Cl, lC, not Ri
2297 Gx 6 44.4 -63 43 c Pic 1.6 vF, S, R, vglbM
I2171 Gx 6 44.4 -17 56 c CMa 1.8 F, 3 st 10 around
2280 Gx 6 44.8 -27 38 s CMa 5.6 12. p pF, pL, lE, gbM
I 449 Gx 6 45.7 +71 21 v Cam 2.0 pF, S, R, bM, bet 2 D st
2283 Gx 6 45.9 -18 14 r CMa 13. p 3 or 4 S st + neb
2282 Nb 6 46.9 +01 19 s Mon 3. *10 in F, R neby
I2172 6 46.9 +01 20 d Mon neb*
2287 OC 6 47.0 -20 44 s CMa 38. 4.5 Cl, vL, B, lC, st 8...; = M41
2256 Gx 6 47.2 +74 14 s Cam 2.6 14. p F, R, *9.5 3' sf
2274 Gx 6 47.2 +33 34 r Gem 13. p F, S, bM
2275 Gx 6 47.2 +33 36 r Gem 14. p eF, vS
2295 Gx 6 47.3 -26 44 r CMa 14. p eF, S, R, bet st, Dneb f
2286 OC 6 47.6 -03 10 s Mon 15. 7.5 Cl, L, C, ab 100 st 9...15
2292 Gx 6 47.6 -26 45 r CMa 14. p eF, R, gbM, D with 2293, am st
2293 Gx 6 47.7 -26 45 r CMa 13. p pB, R, gbM, D with 2292, am st
2258 Gx 6 47.8 +74 29 s Cam 2.6 13. p F, 2 st 10-11 f
2277 - 6 47.8 +33 26 r Gem Cl, vS, lRi
2278 - 6 48.3 +33 24 r Gem vF, vS; = 2274?
2279 - 6 48.4 +33 24 r Gem vF, vS, stellar Nucl; = 2275?
2296 Gx 6 48.6 -16 55 r CMa 13. p vF, vS, R; = IC 452
2305 Gx 6 48.6 -64 16 c Vol 2.0 vF, vS, R, 2 st triangle
I 452 Gx 6 48.6 -16 54 c CMa *13.5 in S neby; = 2296
2307 Gx 6 48.8 -64 20 c Vol 1.6 vF, pS, vlE 90deg
2298 Gb 6 49.0 -36 00 s Pup 6.8 9.4 glob. cl. , B, pL, iR, gbM, rr
2284 - 6 49.1 +33 13 r Gem F, r
I 453 * 6 49.1 -17 02 F CMa 2 or 3 st close?
2281 OC 6 49.3 +41 04 s Aur 15. 5.4 Cl, pRi, vlC, st pL
2285 - 6 49.4 +33 21 r Gem eF, eS, r?
2273 Gx 6 50.1 +60 51 s Lyn 3.5 12. p F, S, iR, r?
2288 Gx 6 50.7 +33 26 A Gem 14. p eF, vS
2289 Gx 6 50.7 +33 27 A Gem 15. p cF, S, R
I2173 6 50.8 +33 26 x Gem eF, neb*, 2288 close, *12 nnp 1'; = 2291
2290 Gx 6 51.0 +33 26 s Gem 1.5 15. p F, S, gbM
2291 Gx 6 51.0 +33 32 s Gem 1.3 16. p eF, vS; = IC 2173
2299 - 6 51.1 -07 00 r Mon Cl of 30 or 40 st
I 454 6 51.1 +12 54 D Gem eeF, S, e diffic, one or 2 st inv
2294 Gx 6 51.2 +33 32 s Gem 1.1 15. p eeF
2301 OC 6 51.8 +00 28 s Mon 12. 6.0 Cl, Ri, L, iF, st L & S
2302 OC 6 51.9 -07 04 s Mon 3. 8.9 Cl, L, P, lC
I 450 Gx 6 52.2 +74 26 v Cam 1.3 vF, S
I 451 Gx 6 52.9 +74 29 v Cam 1.6 vF, S
2310 Gx 6 54.0 -40 52 s Pup 5.0 12. p pB, pL, vmE 45deg , pslbM
2306 - 6 54.6 -07 11 r Mon Cl, P, vlC
2304 OC 6 55.0 +18 01 s Gem 5. 10. p Cl, pL, Ri, mC, st vS
2303 Gx 6 56.2 +45 30 r Aur 14. p eF, vS, R, sev st nr
2309 OC 6 56.2 -07 12 s Mon 3. 11. p Cl, pL, pRi, mC, st 13
2311 OC 6 57.8 -04 35 s Mon 7. 10. p Cl, lC, not Ri
2313 Nb 6 58.0 -07 57 F Mon F, vS, R
2308 Gx 6 58.6 +45 13 r Lyn 14. p eF, vS, vF* inv
2312 - 6 58.8 +10 16 r Mon Cl, P
2317 - 6 58.8 -07 46 r Mon close Dneb with 2316
2318 OC 6 59.5 -13 42 F CMa Cl, L, sc st 8...9
2316 Nb 6 59.7 -07 46 s Mon 4. pF, S, R, r, S st inv
I2175 6 59.7 +35 17 d Gem eF, pL, r, nebs?
I 456 Gx 7 00.3 -30 10 c CMa 2.3 vF, pS, R, B st nf and np
2319 - 7 01.1 +03 04 r Mon Cl of v sc st 8, 9...
2315 Gx 7 02.5 +50 36 r Lyn 14. p eF
2328 Gx 7 02.5 -42 03 r Pup vF, S, vlE, bM, am st
2325 Gx 7 02.7 -28 42 s CMa 2.3 11.2 pB, pL, lE, gbM
2348 7 03.1 -67 23 r Vol Cl, P, lC, 30 st +/-
2323 OC 7 03.2 -08 20 s Mon 16. 5.9 ! Cl, vL, Ri, pC, E, st 12...16; = M50
2324 OC 7 04.2 +01 03 s Mon 8. 8.4 Cl, L, Ri, cC, st 12...16
2327 Nb 7 04.3 -11 18 r CMa pB** inv in S, vF, neb
I2177 Nb 7 05.1 -10 42 s Mon 120. pB, eL, iR, v dif
2320 Gx 7 05.6 +50 36 r Lyn 14. p pB, S, iR, gbM, *8 at 120deg
2321 Gx 7 05.9 +50 46 r Lyn 15. p vF, 12'n of 2320
2322 Gx 7 05.9 +50 31 r Lyn 14. p vF, vS, lE
2335 OC 7 06.6 -10 05 s Mon 12. 7.2 Cl, L, lC
2331 OC 7 07.2 +27 21 s Gem 18. 9. p Cl, L, vlC, S Cl inv
I2176 Gx 7 07.5 +32 28 m Gem 0.4 15. p vF, vS, R, stell
I2178 Gx 7 07.6 +32 31 z Gem 16. p vF, vS, R, bMN
2338 Ast 7 07.7 -05 37 F Mon Cl, vlC
2339 Gx 7 08.3 +18 47 s Gem 2.8 11.6 pB, pL, R, glbM
2343 OC 7 08.3 -10 39 s Mon 7. 6.7 Cl, cL, P, lC
2345 OC 7 08.3 -13 10 s CMa 12. 7.7 Cl, pL, pRi, gbM, st 10...14
2326 Gx 7 08.4 +50 44 r Lyn 14. p vF, pL, iR, psmbM, st p
2333 Gx 7 08.4 +35 11 r Gem 14. p vF, S, R, bM
I 466 Nb 7 08.6 -04 19 s Mon 1. *11.5 in vF neb
I2174 Gx 7 09.1 +75 21 v Cam 1.2 eF, S, bM
2329 Gx 7 09.2 +48 37 s Lyn 1.6 14. p vF, vS, stellar
2341 Gx 7 09.3 +20 35 s Gem 1.1 14. p vF, vS
2342 Gx 7 09.4 +20 38 s Gem 1.6 13. p pF, S, lE, vlbM
2346 Pl 7 09.4 -00 48 s Mon 0.9 *10 att with S, vF, neb
I 457 Gx 7 09.4 +50 09 m Lyn 0.3 16. p eF, sp 2332
2330 Gx 7 09.5 +50 12 r Lyn 14. p vF, vS, v stellar
2332 Gx 7 09.5 +50 11 r Lyn 14. p F, S, R, psbM
2334 - 7 09.9 +50 12 r Lyn vF, bet 2 st 12
2349 - 7 10.0 -08 37 r Mon Cl, cL, P, cC
2337 Gx 7 10.2 +44 27 s Lyn 2.6 13. p eF, S, E
2314 Gx 7 10.5 +75 20 s Cam 2.1 11.9 vF, S, R
I 458 Gx 7 10.5 +50 06 u Lyn 1.0 14. p F, bM
I 459 7 10.6 +50 11 d Lyn eF
I 460 Gx 7 10.7 +50 13 m Lyn 0.4 16. p vF (not seen at Birr)
I 461 Gx 7 10.7 +50 05 m Lyn 0.6 16. p vF, 3 F st f
I 463 Gx 7 10.9 +50 08 z Lyn 15. p eF
2340 Gx 7 11.0 +50 10 r Lyn 14. p pF, S, R, glbM, r
I 462 7 11.0 +50 11 d Lyn vF (not seen at Birr)
I 464 Gx 7 11.0 +50 09 m Lyn 0.6 15. p F
I2180 Gx 7 11.3 +26 23 u Gem 1.2 15. p F, S, iF, dif
I 465 Gx 7 11.5 +50 15 m Lyn 0.8 15. p F
2344 Gx 7 12.5 +47 10 s Lyn 2.0 12.1 pB, pS, R, lbM
2350 Gx 7 13.2 +12 15 r CMi 14. p eF, eS, iR
I2181 Gx 7 13.2 +19 00 u Gem 1.0 15. p F, S, R, stell
2351 7 13.5 -10 29 F Mon Cl, lC, ** taken
2352 - 7 13.6 -24 06 r CMa Cl, pRi, pC
2268 Gx 7 14. +84 23 s Cam 3.4 11.5 pF, pL, lE
I2182 7 14.2 +18 57 d Gem vF, vS, dif, *12 att
2354 OC 7 14.3 -25 44 s CMa 20. 6.5 Cl, cRi, lC
2353 OC 7 14.6 -10 18 s Mon 20. 7.1 Cl, L, lC, one vB*
I2179 Gx 7 15.5 +64 56 s Cam 1.0 12.6 *13 in vF, vS neb (= 2347?)
2347 Gx 7 16.1 +64 43 s Cam 2.0 12.5 vF, S, R, lbM
2369 Gx 7 16.6 -62 21 s Car 4.6 13. p pB, pL, iE, glbM
2358 - 7 16.8 -17 03 r CMa Cl, P, lC
2355 OC 7 16.9 +13 47 s Gem 9. 10. p Cl, pS, pRi, mC, st 15...16
I2183 7 16.9 -20 25 d CMa wisp 2' ns, 3 st n, susp
2356 - 7 17.1 +13 58 r Gem Cl, lC
I 468 Nb 7 17.5 -13 09 s CMa 20. vF neby, perhaps 2 or 3 st inv
2357 Gx 7 17.6 +23 22 s Gem 4.5 14. p eF, L, mE, bM, F st inv
2360 OC 7 17.8 -15 37 s CMa 13. 7.2 Cl, vL, Ri, pC, st 9...12
2361 D*? 7 18.4 -13 13 F CMa vvF, vS; part of 2359
2359 Nb 7 18.6 -13 12 s CMa 8. !!, vF, vvL, viF
2362 C+N 7 18.8 -24 57 s CMa 8. 4.1 Cl, pL, Ri (30 CMa)
2381 Gx 7 20.0 -63 04 c Car 1.6 vF, vS, R, am st
2367 OC 7 20.1 -21 56 s CMa 4. 7.9 Cl, S, P, lC
2364 OC 7 20.8 -07 34 F Mon Cl, pC, st pL, bifid
2368 OC 7 21.0 -10 23 s Mon 5. 12. p Cl, S, pRi, st 15
2397 Gx 7 21.3 -69 00 s Vol 2.2 13. p pB, cL, cE 117deg , lbM
2365 Gx 7 22.5 +22 04 r Gem 14. p vF, pS, R, psbM
I2186 7 22.7 +21 32 d Gem F, S, R, gbM, r
I2187 7 22.7 +21 29 d Gem F, S, R, dif, *11.5 vnr
I2188 7 22.7 +21 30 d Gem F, S, dif, FN
I2185 Gx 7 23.2 +32 30 m Gem 0.5 15. p F, S, R
I 470 7 23.5 +46 05 d Lyn eF, eS, stellar
2380 Gx 7 23.9 -27 31 r CMa 13. p pF, pS, R, vsmbM, am st
2382 7 23.9 -27 32 D CMa pF, S, R, bM; = 2380
2374 OC 7 24.0 -13 16 s CMa 19. 8.0 Cl, vL, pRi, lC, st L
2383 OC 7 24.8 -20 56 s CMa 6. 8.4 Cl, pS, pmC, st 12
2377 Gx 7 24.9 -09 40 s Mon 1.8 15. p eF, vS* inv, *11 s
2370 Gx 7 25.0 +23 47 r Gem 14. p eF, vS, E
I2189 7 25.0 +08 55 d CMi PN stell
2384 OC 7 25.1 -21 02 s CMa 3. 7.4 Cl, lC, bifid, **
2371 Pl 7 25.6 +29 29 s Gem 0.9 13. p B, S, R, bMN, p of Dneb
2372 Pl 7 25.6 +29 30 d Gem pB, S, R, bMN, f of Dneb
2373 Gx 7 26.5 +33 48 r Gem 14. p eF, vS
2376 Gx 7 26.6 +23 04 r Gem 14. p eF, vS
2276 Gx 7 27. +85 45 s Cep 2.6 11.4 F, 60", lbM
2336 Gx 7 27.1 +80 11 s Cam 6.9 10.5 pB, pL, R, 2 st 11 nr
2375 Gx 7 27.1 +33 49 r Gem 14. p eF, vS, 2379 f 17s , 1' s
2395 OC 7 27.1 +13 35 s Gem 12. 8.0 Cl, pRi, C
2378 - 7 27.4 +33 50 r Gem 2 vF close st in eF neb, 2379 f 2s , 1' s
2379 Gx 7 27.4 +33 49 s Gem 1.1 13.5 vF, vS
I2202 Gx 7 27.9 -67 34 c Vol 2.1 eF, eS, R
2396 OC 7 28.1 -11 44 s Pup 10. 7. p Cl, vL, vlC
I2200 Gx 7 28.3 -62 22 c Car 1.1 eF, eS, eE 65deg , bet 2 st, susp
2385 Gx 7 28.4 +33 50 r Gem 15. p vF, vS, R, bM
I2195 7 28.4 -51 15 d Car cB, S, R, bM, susp
2386 *** 7 28.6 +33 46 r Gem stellar
2394 - 7 28.6 +07 02 r CMi Cl, L, P, vlC, st L
2363 Gx 7 28.7 +69 04 A Cam neb* or vFvS, 2366 sf
2388 Gx 7 28.8 +33 49 r Gem 14. p vF, S, R, bM
2366 Gx 7 28.9 +69 13 s Cam 7.6 10.9 vF, pL, mbM, vS* inv, curved tails
2387 Gx 7 29.0 +36 52 r Aur 15. p pB, S, stellar
2390 * 7 29.0 +33 50 r Gem vF
2389 Gx 7 29.1 +33 51 s Gem 2.1 12.8 vF, S, R, psbM
2391 - 7 29.2 +33 49 r Gem eF
2392 Pl 7 29.2 +20 55 s Gem 0.7 10. p B, S, R, *9 M, *8 nf 100"
2401 OC 7 29.4 -13 58 s Pup 2. 13. p Cl, S, cRi, cC, st vS
I2184 Gx 7 29.4 +72 08 v Cam 1.3 vF, S, stell, r
2399 *** 7 29.9 -00 13 F CMi 1st of 2 F neb (vS clusters?)
I2190 7 29.9 +37 31 d Aur F, pS, dif
2393 Gx 7 30.0 +34 01 r Gem 15. p eF, pS, lE, dif, r?
2400 *** 7 30.0 -00 13 F CMi 2nd of 2 F neb (vS clusters?)
I 467 Gx 7 30.0 +79 52 s Cam 3.5 12. p vF, pS, ssF of 2336
2417 Gx 7 30.1 -62 15 v Car 2.2 vF, L, R, gbM, r
2398 Gx 7 30.3 +24 29 r Gem 15. p vF, eS, bM, Dneb?
I2191 Gx 7 30.3 +24 18 m Gem 0.7 15. p F, vS, R, stell
2402 Gx 7 30.8 +09 39 r CMi 15. p eF, S, R, lbM, * inv
2409 - 7 31.6 -17 11 r Pup Cl, S but B, st 8...10
2406 Gx 7 31.9 +18 18 r Gem 15. p eF, eS, vSN?
2407 Gx 7 31.9 +18 21 r Gem 15. p eF, eS, vSN?
2300 Gx 7 32. +85 43 s Cep 3.1 11.0 pB, pL, lE, bM
2405 Gx 7 32.2 +25 55 r Gem 14. p vF, S, iR
2413 - 7 33.3 -13 06 r Pup Cl, vL, P, vlC
2414 OC 7 33.3 -15 27 s Pup 4. 7.9 Cl, P, lC, st 9...
I2192 7 33.3 +31 22 d Gem F, vS, R, *14 nearly in cont
I2193 7 33.3 +31 27 d Gem close p *10 (= IC 2192?)
I2194 Gx 7 33.7 +31 19 m Gem 1.0 15. p F, S, R, gbM, r
I2196 Gx 7 34.1 +31 24 u Gem 1.5 14. p F, S, pR, gbM, r, 3 st 2' p
I2198 Gx 7 34.1 +23 58 z Gem 15. p F, S, R, gbM, r
I2197 Gx 7 34.3 +31 24 m Gem 0.5 14. p vvF
2412 - 7 34.4 +08 33 r CMi vF, *8 f 59s , 1'.5 s, *13 s 10"
2411 Gx 7 34.6 +18 17 r Gem 14. p *14 slightly nebs
2434 Gx 7 34.9 -69 17 s Vol 2.5 11.2 pB, S, R, pmbM, 3 st 11 n
I2199 7 34.9 +31 13 d Gem F, S
I 455 Gx 7 35. +85 33 u Cep 1.2 14. p vF, eS, sf 2300
2410 Gx 7 35.0 +32 50 r Gem 14. p eF, vS, sev vF st inv, 1' long, gbM, r
2416 Gx 7 35.7 +11 37 r CMi 14. p eF, S
I2201 Gx 7 36.2 +33 07 u Gem 1.3 15. p F, vS, R, gbM, r
2421 OC 7 36.3 -20 37 s Pup 10. 8.3 Cl, L, cRi, st 11...13
2443 - 7 36.3 -69 32 r Vol pL, vF, R, D with 42, D* inv M
2442 Gx 7 36.4 -69 32 s Vol 6.0 11. p Cl, vF, R, D with 43, D* inv M
2418 Gx 7 36.5 +17 54 r Gem 13. p vF, eS, bM
2427 Gx 7 36.5 -47 38 s Pup 5.6 11.6 eF, L, pmE, gmbM, 2 st inv
2422 OC 7 36.6 -14 30 s Pup 30. 4.4 Cl, B, vL, pRi, st L and S; = M47
2403 Gx 7 36.9 +65 36 s Cam 17.8 8.4 !! cB, eL, vmE, vgmbMN
2415 Gx 7 36.9 +35 15 s Lyn 1.0 12.4 pB, cS, R, vgvlbM, r, alm PN
2404 Kt 7 37.1 +65 42 A Cam vF, vS
2423 OC 7 37.1 -13 52 s Pup 19. 6.7 Cl, vL, Ri, pC, st vS
2419 Gb 7 38.1 +38 53 s Lyn 4.1 10.4 pB, pL, lE 90deg , vgbM, *7-8 267deg , 4' dist
2425 OC 7 38.3 -14 52 s Pup 3. Cl, P, S, st vS
2420 OC 7 38.5 +21 34 s Gem 10. 8.3 Cl, cL, Ri, C, st 11...18
2428 - 7 39.2 -16 31 r Pup Cl, vL, vlC
2430 - 7 39.4 -16 21 r Pup Cl, vL, vlC
2408 Ast 7 40.5 +71 39 A Cam Cl, vlC
I2203 Gx 7 40.6 +34 13 u Gem 1.2 14. p F, S, R, gbM, r
2424 Gx 7 40.7 +39 14 s Lyn 4.0 12.6 vF, pS, mE, lbM, r?
2439 OC 7 40.8 -31 39 s Pup 10. 6.9 Cl, B, pRi, pL, lC, st 9, 12...14
2432 OC 7 40.9 -19 05 s Pup 8. 10. p Cl, pL, pC, E 0deg , st L and S
I2204 Gx 7 41.2 +34 13 u Gem 1.1 15. p F, vS, R, eFN, r
2437 OC 7 41.8 -14 49 s Pup 27. 6.1 !, Cl, vB, vRi, vL, inv PN ; = M46
2438 Pl 7 41.8 -14 44 s Pup 1.1 10. p PN , pB, pS, vlE, r, 3s .75 d
2440 Pl 7 41.9 -18 13 s Pup 0.5 11. p PN , cB, not v well def
I 473 7 42.4 +09 15 d CMi neb *14, 2433 nf
2433 Gx 7 43.0 +09 19 r CMi eF, *15, 90" sp
2426 Gx 7 43.2 +52 49 r Lyn 14. p cF, R, vgbM, r, *8 p
I 471 Gx 7 43.6 +49 39 u Lyn 0.8 14. p eF, pS, R, np of 2
2429 Gx 7 43.7 +52 21 r Lyn 14. p pF, pS, vmE, *12 att
I 472 Gx 7 43.8 +49 36 u Lyn 1.9 14. p eeF, pS, R, sf of 2
2435 Gx 7 44.2 +31 38 r Gem 13. p F, S, lbM
2447 OC 7 44.6 -23 52 s Pup 22. 6.2 Cl, L, pRi, lC, st 8...13; = M93
2448 - 7 44.6 -24 41 r Pup Cl of 18 or 20 st 11...13
2466 Gx 7 45.2 -71 24 v Vol 1.5 vF, S, R, lbM
2431 Gx 7 45.3 +53 04 r Lyn 14. p eF, vS, R, bM
2451 OC 7 45.4 -37 58 s Pup 45. 2.8 Cl, vvL, vlC, one *4.5
I2206 7 45.8 -34 22 d Pup PN , stell, 9.5m
2436 * 7 46.1 +52 04 r Lyn vF, vS, R, bM
I 474 7 46.1 +26 29 d Gem pB, vS, dif
2444 Gx 7 46.9 +39 02 s Lyn 2.3 12.9 vF, mbM
2445 Gx 7 46.9 +39 01 s Lyn 2.1 13.0 vF, mbM, S* att s
I2205 Gx 7 46.9 +26 53 z Gem 15. p F, vS, neb D*
I 475 Gx 7 47.2 +30 31 m Gem 0.5 15. p vF, vS, dif
2449 Gx 7 47.3 +26 55 r Gem 14. p eF, eS, R, bM, r
I 476 Gx 7 47.3 +26 57 z Gem 15. p vS, vF, lbM, diffic
2452 Pl 7 47.4 -27 20 s Pup 0.3 13. p PN , F, S, lE, am 60 st
2450 Gx 7 47.5 +27 00 r Gem 15. p eF, vS, S* inv
2453 OC 7 47.8 -27 14 s Pup 5. 8.3 Cl, S, pRi, pC
2446 Gx 7 48.7 +54 36 r Lyn 14. p F, am 4 st
2455 OC 7 49.0 -21 18 s Pup 8. 10. p Cl, cL, pRi, lC, st 12
I2207 Gx 7 49.8 +33 57 u Gem 2.0 15. p vF, vS, dif, *15 vnr
2454 Gx 7 50.5 +16 22 r Gem 14. p vF, eS, R, bM
2459 7 52.0 +09 33 D CMi only a couple of F st
I 477 Gx 7 52.1 +23 28 z Gem 15. p F, pL, R, dif
2441 Gx 7 52.2 +73 02 s Cam 2.2 12.2 vF, pS
2477 OC 7 52.3 -38 33 s Pup 27. 5.8 !, Cl, B, Ri, L, lC, st 12
I2208 7 52.5 +27 30 d Gem F, S, R, dif
2467 C+N 7 52.6 -26 23 s Pup 16. 7. p pB, vL, R, er, *8 M
I 478 Gx 7 53.7 +26 29 z Gem 15. p vF, vS, dif
2456 Gx 7 54.1 +55 29 r Lyn 14. p vF, R, vgbM
2470 Gx 7 54.3 +04 27 s CMi 2.2 14. p eF, S, lE, bet 2 st
I 479 Gx 7 54.4 +27 00 z Gem 15. p pF, vS, R
2457 Gx 7 54.7 +55 32 r Lyn 15. p F, pL, R, 2456 sp
2478 - 7 54.7 -15 25 r Pup cluster
2482 OC 7 54.9 -24 18 s Pup 12. 7.3 Cl, L, cRi, vlC
2479 OC 7 55.1 -17 43 s Pup 7. 10. p Cl, pL, pRi, pC, st S
I 480 7 55.3 +26 47 d Gem vF, pL, E ns, dif
2458 Gx 7 55.4 +56 43 r Lyn vF, *12 close
2483 OC 7 55.9 -27 56 s Pup 10. 7.6 Cl, L, lC
2502 Gx 7 55.9 -52 18 c Car 2.1 pF, S, R, vgpmbM
I 469 Gx 7 56. +85 10 v Cep 2.3 F, S, E, sf 2300
2461 Gx 7 56.0 +56 41 r Lyn 15. p *13 slightly nebulous
2489 OC 7 56.2 -30 04 s Pup 8. 7.9 Cl, pL, cRi, pC, st 11...13
I2209 Gx 7 56.2 +60 18 s Cam 1.1 13.8 vF, S, lbM
2462 Gx 7 56.7 +56 39 r Lyn 14. p vF, vS, vlbM
2476 Gx 7 56.7 +39 56 r Lyn 13. p vS* in eF, S neb
2485 Gx 7 56.7 +07 29 r CMi 13. p neb *12
I2220 Nb 7 56.8 -59 07 x Car !! L, E, spiral, * inv
2460 Gx 7 56.9 +60 21 s Cam 2.9 11.7 F, S, R, S* in centre
2463 Gx 7 57.1 +56 40 r Lyn 15. p eF, R
I2210 Gx 7 57.1 +56 40 z Lyn 15. p eF, stell, *13 np
2464 Gx 7 57.2 +56 41 m Lyn 0.4 15. p pS Cl, st eF, nebulous
2480 Gx 7 57.2 +23 47 r Gem 15. p vF, E np sf, close np 2481
2481 Gx 7 57.3 +23 46 r Gem 13. p F, S, lE, bM, er
2465 - 7 57.7 +56 45 r Lyn *, nebulous?
I2211 Gx 7 57.7 +32 34 u Gem 0.8 14. p pB, S, R, FN, r
2474 Gx 7 57.9 +52 51 s Lyn 0.6 14. p F, pS, E?, bM vS*? L* nf
2486 Gx 7 57.9 +25 09 r Gem 14. p vF, S, psbM
2468 Gx 7 58.0 +56 22 s Lyn 1.3 15. p F, R, bM
2475 Gx 7 58.0 +52 51 s Lyn 0.8 14. p makes a Dneb with 2474
2469 Gx 7 58.1 +56 41 s Lyn 1.1 13. p F, vS, R, *9 sf
2471 * 7 58.3 +56 45 r Lyn *13, slightly nebulous
2487 Gx 7 58.3 +25 08 s Gem 2.8 14. p vF, S, gbM
2516 OC 7 58.3 -60 52 s Car 30. 3.8 Cl, vB, vL, pRi, st 7...13
2473 - 7 58.4 +56 41 r Lyn 1 of 10 neb, in line with 2463, 69; = 2472?
2491 Gx 7 58.4 +07 59 r CMi 15. p only a few st 14, v diffic, *10 p
2484 Gx 7 58.5 +37 47 s Lyn 1.6 15. p vF, vS, R, bM, r?
2472 Gx 7 58.6 +56 42 r Lyn 15. p 1 of 10 neb, in line with 2463, 2469
2496 Gx 7 58.6 +08 02 r CMi 15. p vF, pS, R, lbM, *11 3s p
2501 Gx 7 58.6 -14 22 r Pup 14. p cF, S, vlE 90deg , glbM, am st
2499 Gx 7 58.8 +07 30 r CMi 15. p eF, pS, iR
I 481 Gx 7 59.0 +24 09 u Gem 1.1 15. p vF, vS, dif
I2212 Gx 7 59.0 +32 37 m Gem 0.5 15. p F, pL, vlbM, dif
I2213 Gx 7 59.0 +27 28 m Gem 0.7 15. p F, S, R, lbMN
2490 Gx 7 59.2 +27 05 r Gem 15. p vF, S, R, *13 1' f, p of 2
2494 Gx 7 59.2 -00 38 r Mon 14. p F, S, lE; = IC 487
I 487 7 59.2 -00 40 x Mon eeF, vS, E 110deg ; = 2494
2492 Gx 7 59.4 +27 02 r Gem 14. p vF, S, R, bM, f of 2
I2216 7 59.5 +05 36 d CMi vF, eS, sbM
2498 Gx 7 59.6 +24 58 r Gem 14. p vF, vS, R, bMN
I2215 OC 7 59.6 +24 55 x Gem Cl, vS, 30"
2504 Gx 7 59.8 +05 37 r CMi 14. p vF, S, R
I 482 Gx 7 59.8 +25 21 m Gem 0.6 15. p vF, S, dif, diffic
I 483 7 59.9 +25 55 d Gem F, S, bM, F* nf
I 484 Gx 7 59.9 +26 40 z Gem 15. p F, vS, R, bM
I2214 Gx 7 59.9 +33 18 u Lyn 0.8 14. p pB, S, R, gbMN
2506 OC 8 00.2 -10 47 s Mon 7. 7.6 Cl, pL, vRi, C, st 11...20
I 485 Gx 8 00.3 +26 42 u Gem 1.4 15. p vF, vS, R, sbM
I 486 Gx 8 00.3 +26 37 u Gem 1.0 15. p F, S, dif, gbM
2493 Gx 8 00.4 +39 50 s Lyn 2.5 13. p cB, S, R, sbM
2495 Gx 8 00.6 +39 50 v Lyn 0.4 follows 2493 2' or 3', eF, vS
2503 Gx 8 00.6 +22 24 r Cnc 15. p eF, S, glbM
2509 OC 8 00.7 -19 04 s Pup 8. 9. p Cl, B, pRi, lC, st S
I 488 8 00.8 +25 54 d Cnc vF, S, dif, *13 sp
I2217 Gx 8 00.8 +27 30 u Cnc 0.6 14. p F, pS, R, dif, r
2507 Gx 8 01.6 +15 43 s Cnc 2.5 14. p pB, pL, iR, vgbM, er, * at 232deg , 80"
I 489 8 01.6 +26 00 D Cnc vF, vS, sbM
I2218 Gx 8 01.6 +24 26 z Cnc 16. p F, S, R, *14 vnr
2488 Gx 8 01.8 +56 34 r Lyn 14. p vF, vS, R, glbM
2500 Gx 8 01.9 +50 44 s Lyn 2.9 11.6 F, L, R, vgbM, r, am st
2508 Gx 8 02.0 +08 34 r CMi 14. p F, vS, vlE, 2 st p
2510 Gx 8 02.2 +09 29 r CMi 14. p no description
2497 Gx 8 02.3 +56 57 r Lyn 14. p eF, vS
2511 Gx 8 02.3 +09 24 r CMi 15. p eF, 2513 nf
2513 Gx 8 02.5 +09 25 r Cnc 13. p F, S, R, psmbM, r
2520 8 02.5 -28 11 A Pup Cl, B, pRi, pC; = 2527
I2219 Gx 8 02.6 +27 27 u Cnc 1.5 14. p F, pS, E 135deg , gbM, r
2514 Gx 8 02.8 +15 49 s Cnc 1.4 14. p eF, pS, irrR, dif
2517 Gx 8 02.8 -12 19 s Pup 0.8 12.3 F, vS, R, bet 3 st 13-14
2512 Gx 8 03.1 +23 24 s Cnc 1.7 14. p vF, S, iR
I 490 Gx 8 03.3 +25 48 z Cnc 16. p eF, eS, S* f
2515 8 03.4 +20 11 d Cnc vF, cometic
I 491 Gx 8 03.8 +26 32 z Cnc 15. p vF, eS, R
2505 Gx 8 04.0 +53 34 r Lyn 14. p eF, vS
I2221 8 05.1 +37 27 d Lyn vF, vS, R, diffic
I2222 8 05.2 +37 29 d Lyn F, S, R, dif, r
2527 OC 8 05.3 -28 10 s Pup 22. 6.5 Cl, vL, pRi, lC, st 10...15
2525 Gx 8 05.6 -11 26 s Pup 2.9 11.6 cF, pL, R, vgvlbM, am st
I 492 Gx 8 05.7 +26 10 v Cnc 1.3 pB, vgbM, E ns, *13.5 sf
I2223 8 05.8 +37 28 d Lyn F, S, R, dif
I2224 8 05.8 +37 28 d Lyn vF, vS, R, vlbM, diffic
2522 Gx 8 06.1 +17 43 r Cnc 14. p vF, vS, E, psbM
I2226 Gx 8 06.2 +12 32 v Cnc 1.4 F, S
I 494 Gx 8 06.4 +01 02 u CMi 1.4 14. p vF, pS, bM
I2225 8 06.4 +35 56 d Lyn F, pS, gbM, r
2526 Gx 8 06.9 +08 01 r Cnc 14. p vF, S, mE
2533 OC 8 07.0 -29 54 s Pup 4. 7.6 Cl, pL, Ri, C, st 9, 13...14
I2228 Gx 8 07.1 +08 02 m Cnc 0.4 15. p eF, S, r
2518 Gx 8 07.3 +51 09 r Lyn 14. p 1st of 2 neb, F, L, R, gbM
I2227 8 07.3 +36 02 d Lyn F, vS, gbMN, r, *13.5 vnr
2528 Gx 8 07.4 +39 13 r Lyn 13. p F, S, R, bM
I 493 8 07.4 +25 06 d Cnc pB, E ns
2529 Gx 8 07.8 +17 50 r Cnc 14. p eF (suspected)
2530 8 07.9 +17 49 d Cnc eF, lE, vS* n
2519 8 08.0 +51 07 d Lyn F, L, R, gbM, 42s f 2518
2531 8 08.0 +17 49 d Cnc vF
2524 Gx 8 08.1 +39 10 r Lyn 13. p vF, S
I 495 Gx 8 08.3 +09 00 z Cnc 15. p vF, vS, R, gvlbM
2521 Gx 8 08.8 +57 46 s Lyn 1.5 14. p pF, pL, R, psbM, *9 np 3'
I 498 Gx 8 09.4 +05 16 u CMi 1.4 15. p F, pS, R
I 496 Gx 8 09.7 +25 52 m Cnc 0.3 15. p pF, S, E pf, lbM
I2229 8 09.7 +25 53 d Cnc F, S, R, lbMN, r
I 497 Gx 8 10.1 +24 53 m Cnc 0.5 15. p F, S, R, lbM
2532 Gx 8 10.2 +33 57 s Lyn 2.2 12.4 pB, pL, R, vglbM, r, 2 st nf
2539 OC 8 10.7 -12 50 s Pup 22. 6.5 Cl, vL, Ri, lC, st 11...13
2547 OC 8 10.7 -49 16 s Vel 20. 4.7 Cl, B, L, lC, st 7...16
I2230 Gx 8 10.9 +25 41 z Cnc 16. p F, vS, dif
I2231 Gx 8 11.0 +05 05 u CMi 2.0 15. p F, vS, R, dif, *14 att
2535 Gx 8 11.2 +25 12 s Cnc 3.0 12.6 eF, vS, R
2536 Gx 8 11.3 +25 11 s Cnc 0.9 14.1 vF, vS, R
2542 - 8 11.3 -12 56 r Pup nebulous *5
2538 Gx 8 11.4 +03 37 r CMi 14. p vF, vS, R, mbM
2546 OC 8 12.4 -37 38 s Pup 41. 6.3 Cl, B, L, lC, iE, st 9...12
I 500 Gx 8 12.6 -16 03 m Pup 0.7 15. p vF, dif, vF* att
2540 Gx 8 12.8 +26 21 r Cnc 14. p vF, pL, iR, bM, r
2534 Gx 8 12.9 +55 40 s Lyn 1.7 14. p pF, pL, R, psbM, *8 164deg
I2232 8 12.9 +36 15 x Lyn F, pS, R, gbMN; = 2543
2543 Gx 8 13.0 +36 15 s Lyn 2.5 13. p F, pL, iR, vgbM, D* nr; = IC 2232
2537 Gx 8 13.2 +46 00 s Lyn 1.7 11.7 glob. cl. , pB, pL, R, rrr, st 20
I2235 8 13.6 +24 05 d Cnc pB, S, E 135deg , dif
I2236 8 13.6 +24 03 d Cnc pB, E 0deg , dif
2548 OC 8 13.8 -05 48 s Hya 54. 5.8 Cl, vL, pRi, pmC, st 9...13; = M48
I2234 8 13.9 +35 30 d Lyn pF, vS, dif, vFN
I2233 Gx 8 14.0 +45 44 s Lyn 4.7 13.0 pB, L, E np sf; 2537 np
I2237 8 14.1 +24 41 d Cnc vF, pS, p dif
I2238 8 14.1 +24 40 d Cnc pF, S, dif
I2239 Gx 8 14.1 +23 52 m Cnc 1.0 15. p pB, S, R, stell N
2545 Gx 8 14.2 +21 21 s Cnc 2.2 12.4 F, S, lE 45deg , *8 np 4'
2541 Gx 8 14.7 +49 04 s Lyn 6.6 11.8 F, L, E, vgbM
I2240 8 14.8 +24 28 d Cnc vF, S, E 155deg , dif
2523 Gx 8 15.0 +73 35 s Cam 3.0 12.0 pB, pL, lE, lbM, * nr
I2241 8 15.1 +24 08 d Cnc pB, S, dif
I2242 8 15.2 +24 08 d Cnc pF, S, dif
I2243 8 15.3 +23 58 d Cnc F, S, dif, biN
I2244 8 15.4 +24 33 d Cnc vF, S, E 0deg
I2245 8 15.5 +24 32 d Cnc vF, S, iF
I2246 8 16.0 +23 51 d Cnc pB, S, dif, bf
I2247 8 16.1 +24 12 d Cnc pF, E 135deg , biN
I2248 Gx 8 16.1 +23 08 m Cnc 0.4 15. p pB, pL, E 90deg , Nn
I2250 8 16.5 +23 38 d Cnc F, S, dif
I2253 Gx 8 16.5 +21 25 z Cnc 15. p F, vS, R, stell
I2249 8 16.6 +24 30 d Cnc F, vS, iF, att* sp
I2251 8 16.7 +23 57 d Cnc pF, pS, dif
I2252 8 16.7 +24 42 d Cnc pF, S, R
I2254 Gx 8 16.7 +24 47 z Cnc 15. p F, S, R, stell, *13.5 vnr
I2255 8 16.7 +23 27 d Cnc vF, pL, N
I2256 Gx 8 16.8 +24 11 m Cnc 0.6 15. p B, pS, E 205deg
2559 Gx 8 17.1 -27 28 t Pup 5.6 F, pL, gmbM, am 60 st
I2257 8 17.2 +23 39 d Cnc F, S, lbM
I2258 8 17.3 +23 35 d Cnc pF, S, mE 0deg , biN
I2259 8 17.3 +23 34 d Cnc vF, S, dif, diffic
I2262 ? 8 17.4 +18 27 x Cnc pB, S, B* nf
I2260 8 17.5 +24 40 d Cnc pF, S, R, dif
I2261 8 17.6 +23 31 d Cnc vF, mE 45deg , B* 1' f
2553 Gx 8 17.7 +20 54 r Cnc 15. p vF, S, glbM
I2263 8 17.7 +23 35 d Cnc vF, S, E 0deg , vlbM
I2266 ? 8 17.7 +18 25 x Cnc pB, vS, mE, B* att
I2264 8 17.8 +23 43 d Cnc pB, S, stell N
I2265 8 17.8 +24 12 d Cnc pF, vS, R, dif
2554 Gx 8 17.9 +23 28 s Cnc 3.4 14. p F, S, R, mbM, r
2555 Gx 8 18.0 +00 44 r Hya 13. p vF, cS, iF, 3 S st inv?
2568 OC 8 18.0 -37 06 r Pup vF, pL, F* inv
I2267 Gx 8 18.0 +24 44 u Cnc 2.3 15. p pB, mE 137deg
I2270 ? 8 18.0 +19 06 x Cnc pB, S, * vnr np
I2268 Gx 8 18.1 +24 48 z Cnc 15. p pF, S, R, glbM
I2272 ? 8 18.1 +18 44 x Cnc vF, vS, gbM, * att
I2269 Gx 8 18.2 +23 03 z Cnc 16. p pF, S, E 25deg
I2273 ? 8 18.2 +18 24 x Cnc pF, S, bM
I2274 *** 8 18.2 +18 40 x Cnc pB neb*, 2 spir branches
I2275 ? 8 18.2 +18 25 x Cnc pB, S, gbM
I2271 Gx 8 18.4 +24 31 z Cnc 15. p pB, S, bM
I2276 ? 8 18.5 +18 29 x Cnc iF, conn with IC 2278, 80
I2277 ? 8 18.5 +18 39 x Cnc pF, vS, iF
2564 Gx 8 18.6 -21 49 r Pup vF, S, R, gbM, am many st
2567 OC 8 18.6 -30 38 s Pup 10. 7.4 Cl, pL, pRi, lC, iR, st 11...14
I2278 ? 8 18.6 +18 28 x Cnc iF, conn with IC 2276, 80
I2279 ? 8 18.6 +18 34 x Cnc F, S, dif
2566 Gx 8 18.7 -25 29 s Pup 3.1 15. p vF, cL, er, vS neb or neb *11 with *12 close
I2280 ? 8 18.7 +18 27 x Cnc pF, iF, conn with IC 2276, 78
I 501 Gx 8 18.8 +24 32 z Cnc 15. p F, R, lbM
I2311 Gx 8 18.8 -25 22 c Pup 2.2 pB, vS, R, lbM, 6' n of 2566
2571 OC 8 18.9 -29 44 s Pup 13. 7.0 Cl, vL, cRi, lC, st 9...
I2281 ? 8 18.9 +18 55 x Cnc * att 51deg , spir br
2549 Gx 8 19.0 +57 48 s Lyn 4.2 11.1 pB, S, mE 0deg , psmbM
I2284 ? 8 19.0 +18 36 x Cnc F, S, dif, stell N, * vnr sf
I2285 8 19.1 +18 55 d Cnc pF, S, curved N, conn with IC 2281
I2286 8 19.1 +18 57 d Cnc pB, vS, E 50deg
I2287 8 19.1 +19 24 d Cnc vF, pS, lbM, dif
I2289 ? 8 19.1 +18 32 x Cnc pF, S, iF
2556 Gx 8 19.2 +20 55 r Cnc 15. p vF, vS
2557 Gx 8 19.2 +21 27 s Cnc 1.4 15. p eF, eS, R, lbM
2552 Gx 8 19.3 +50 01 s Lyn 3.2 12.2 eF, cL, lE 45deg
I2282 8 19.3 +24 48 d Cnc pF, L, dif, * sf
I2283 8 19.3 +24 47 d Cnc pF, pS, R, *9 f 4s .6, 35" s
I2288 Gx 8 19.3 +23 46 m Cnc 0.3 15. p F, S, E 90deg , bM, dif
I2290 ? 8 19.3 +19 19 x Cnc pF, pS, dif, others nr
I2291 ? 8 19.3 +18 30 x Cnc vF, S, mE 125deg , gbM
2558 Gx 8 19.4 +20 30 r Cnc 14. p vF, S, R, sbM, stellar
I2292 8 19.4 +19 34 d Cnc pF, vS, E 135deg , bM
I2294 8 19.4 +18 59 d Cnc pF, vS, iF
I2295 8 19.4 +18 25 d Cnc F, vS, E 90deg , vF stell N, B* sf
I2296 8 19.5 +18 54 d Cnc pF, vS, iF, vlbM
2561 Gx 8 19.6 +04 39 r Hya 14. p vF, S, R, 2 st triangle
I2293 Gx 8 19.6 +21 23 m Cnc 0.8 15. p F, pS, dif
2565 Gx 8 19.8 +22 02 s Cnc 1.9 14. p F, biN
2560 Gx 8 19.9 +20 59 s Cnc 1.7 15. p F, pL
I2297 8 20.1 +18 23 d Cnc pB, S, others nr
I2298 8 20.1 +18 24 d Cnc pF, S, iF, Ns, * close nf
I2299 8 20.2 +19 20 d Cnc F, vME 60deg
I2300 8 20.2 +18 25 d Cnc F, pS, iF, arms n and p
I2301 8 20.2 +18 26 d Cnc vF, S, mE, exc N, * sf
I2302 8 20.3 +19 21 d Cnc F, vS, R, vlbM
I2303 8 20.3 +19 25 d Cnc F, vS, mE 0deg
2562 Gx 8 20.4 +21 08 s Cnc 1.4 12.9 vF, cS, R
2563 Gx 8 20.6 +21 04 s Cnc 2.3 12.3 cF, S, R, bM
I2304 8 20.6 +19 26 d Cnc B, vS, neb*
I2305 8 20.7 +19 27 d Cnc vF, S, N
I2306 8 20.7 +19 07 d Cnc F, vS, R, bM
I2307 8 20.7 +19 26 d Cnc pB, pS, dif, E 0deg
2574 Gx 8 20.8 -08 57 r Hya 14. p eF, pS, rr, *7.5 nf 5'
I2309 Gx 8 20.8 +18 23 z Cnc 16. p vF, pS, E 165deg
I2310 8 20.8 +18 28 d Cnc pB, pS, mE 40deg , curved mbM
I2308 Gx 8 20.9 +19 21 m Cnc 0.3 16. p pB, vS, iF, bM
I2312 8 20.9 +18 31 d Cnc vF, S, E 45deg , dif, vlbM
I2313 8 20.9 +18 31 d Cnc vF, vS, vF stell N
2579 C+N 8 21.1 -36 11 s Pup 10. 7.5 D* in pS neb, am 70 st
I2314 8 21.1 +18 46 d Cnc F, S, spir, vlbM
I2315 8 21.2 +18 55 d Cnc F, vS, R, dif, N
I2316 8 21.3 +19 46 d Cnc pB, S, R, exc stell N
2572 Gx 8 21.4 +19 08 r Cnc 15. p eF, vS, iF, *13 att
2578 Gx 8 21.4 -13 19 s Pup 2.4 12.4 F, vlE, gbM, r, am 50 st
I2317 8 21.4 +18 51 d Cnc F, vS, dif, vF stell N
I2327 Gx 8 21.4 +03 10 u Hya 1.5 14. p F, S, dif
2569 Gx 8 21.5 +20 52 r Cnc 15. p vF, cE, 3 vS st f
2570 Gx 8 21.5 +20 55 r Cnc 15. p eeF, L, R, n of 2
I2318 8 21.5 +18 37 d Cnc F, vS, N
2580 OC 8 21.6 -30 19 s Pup 8. 10. p Cl, cL, pRi, pC, R, st 12
I2319 8 21.6 +18 29 d Cnc F, S, R
I2320 8 21.6 +18 40 d Cnc F, vS, N
2544 Gx 8 21.7 +73 59 s Cam 1.1 12. p eeF, pS, R, sev B st around
I2321 8 21.7 +18 28 d Cnc pB, vS, R
I2322 8 21.7 +18 29 d Cnc F, S, dif
I2323 8 21.7 +18 37 d Cnc pF, S, R
I 502 Gx 8 22.0 +08 45 k Cnc 0.4 15. p F, vS, dif
I2324 8 22.0 +19 12 d Cnc pF, S, mE 155deg , sev N
I2325 8 22.1 +18 55 d Cnc vF, pL, iF, F* att f
I 503 Gx 8 22.2 +03 15 u Hya 1.1 14. p vF, S, lE
I2326 8 22.2 +19 01 d Cnc vF, mE 90deg , dif, sev N
I2328 8 22.3 +19 37 d Cnc pB, pS, mE 65deg
I2329 Gx 8 22.4 +19 24 u Cnc 2.2 15. p pF, pS, mE 110deg , stell N
I2330 8 22.4 +18 51 d Cnc B, vS, stell, 2 spir branches
I 504 Gx 8 22.6 +04 15 u Hya 1.1 14. p vF, pS, R, 4 st f
I2331 8 22.6 +19 41 d Cnc vF, pL, R, dif
2577 Gx 8 22.7 +22 33 s Cnc 2.1 13. p F, S, iF, r
I2332 8 22.7 +19 55 d Cnc pB, vS, R, stell N, F* att s
2575 Gx 8 22.8 +24 17 s Cnc 2.5 14. p eF, pL, iR, sev F st inv
2576 Gx 8 22.9 +25 44 r Cnc 15. p eF, eS, stellar
I2333 8 23.0 +19 05 d Cnc F, S, R, N
I2334 8 23.0 +18 37 d Cnc pF, S, R
I2335 8 23.1 +19 25 d Cnc F, pS, vlbM, dif, biN
2583 Gx 8 23.2 -05 01 s Hya 0.7 13.5 vF, S, R, sbMN, 1st of 4
2584 Gx 8 23.2 -05 00 r Hya 14. p vF, S, R, 2nd of 4
2588 OC 8 23.2 -32 59 s Pup 2. 12. p Cl, F, S, R, gbM, st 15
I 505 Gx 8 23.3 +04 22 u Hya 1.4 15. p eF, S, R, lbM
I2336 8 23.3 +18 32 d Cnc vF, vS, R
I2337 8 23.3 +18 32 d Cnc F, vS, R
2585 Gx 8 23.4 -04 56 r Hya 14. p vF, S, R, 3rd of 4
I 506 Gx 8 23.4 +04 18 m Hya 0.4 15. p eeF, eS, R, v diffic
2587 OC 8 23.5 -29 30 s Pup 9. 9. p Cl, pmCM, iF, st 9...13
I2342 8 23.5 +18 35 d Cnc pB, S, R, *12 att 112deg
I2338 Gx 8 23.6 +21 20 v Cnc 0.6 F, vS, bMN
I2339 Gx 8 23.6 +21 20 v Cnc 1.2 F, S, R, bMN
I2340 Gx 8 23.6 +18 44 m Cnc 0.8 15. p pF, pS, dif, bMN
I2341 Gx 8 23.7 +21 26 v Cnc 1.6 F, S, R, bMN
I2343 8 23.9 +19 01 d Cnc F, pS, lbM, dif
I2344 8 23.9 +18 39 d Cnc pF, pS, R, lbM
I2345 8 24.1 +19 57 d Cnc F, S, E 90deg , att B* sp
I2346 8 24.2 +19 42 d Cnc vF, S, R, bM, 2nd vnr sf
I2347 8 24.2 +18 46 d Cnc vF, S, iF, dif
I2367 Gx 8 24.2 -18 46 c Pup 2.3 pB, S
I2349 8 24.3 +19 00 d Cnc pF, L, lbM, dif
2586 *** 8 24.4 -04 56 F Hya 15. p eF, pS, R, 4th of 4 (neb?)
I2348 Gx 8 24.4 +20 32 m Cnc 0.6 16. p F, pS, mE 45deg , bM
2581 Gx 8 24.5 +18 35 r Cnc 14. p vF, vS, R, vF* inv, F* att
2589 - 8 24.5 -08 46 r Hya pF, pS, lE; nonexistent?
I2350 8 24.5 +19 33 d Cnc vF, S, gbMN, B* s
2550 Gx 8 24.6 +74 01 s Cam 1.2 13. p eeF, pS, cE
I2351 Gx 8 24.6 +18 36 u Cnc 1.1 14. p pF, pS, iF, F stell N, 2581 f
I2353 8 24.6 +18 39 d Cnc pB, S, R, spir br
I2352 8 24.7 +19 36 d Cnc F, S, lbM, S neb f
I2354 8 24.7 +18 40 d Cnc vF, vS, dif, vFN
2551 Gx 8 24.8 +73 25 s Cam 1.9 12.0 vF, S, F* in centre
I2355 8 24.9 +20 28 d Cnc pB, S, R, stell N
I2356 8 25.0 +19 30 d Cnc F, vS, mE, lbM
2590 Gx 8 25.1 -00 36 r Hya 14. p F* inv in vF, vS, lE neb
I2357 8 25.1 +19 31 d Cnc pF, S, R, dif, stell N
I2358 8 25.1 +19 30 d Cnc F, S, E 135deg , FN, vS neb f
I2360 8 25.2 +19 27 d Cnc F, S, dif, vFN exc
2582 Gx 8 25.3 +20 20 s Cnc 1.3 14. p vF, pS, R, glbM, * p 75"; = IC 2359
I2359 Gx 8 25.3 +20 20 u Cnc 1.1 14. p F, vS, E 160deg , stell N exc nf
2601 Gx 8 25.5 -68 07 v Vol 2.0 F, pS, R, gbM
I 507 ? 8 25.6 -00 27 x Hya eeF, pS, vlE, bet 2 st
I2361 Gx 8 25.7 +27 53 u Cnc 1.7 15. p F, pS, lE ns, gbM, r
I2362 8 25.7 +19 57 d Cnc pF, pL, dif, bet 4 B st
I2363 Gx 8 25.8 +19 27 v Cnc pF, pL, dif
I2364 8 25.9 +19 46 d Cnc pF, S, R, bM
I2368 8 26.0 +19 53 d Cnc pF, vS, bMNE 170deg
I2365 8 26.3 +27 52 d Cnc pB, vS, R, stell
I2366 Gx 8 26.3 +27 50 u Cnc 1.4 15. p pB, vS, R, bMN
I2369 8 26.3 +20 14 d Cnc pB, S, R, stell N
I2375 8 26.3 -13 18 d Pup F, vS, E 90deg , 1st of 3
I2370 8 26.4 +19 38 d Cnc pB, vS, iF, N
I2377 8 26.4 -13 18 d Pup eF, vS, 2nd of 3
I2379 8 26.4 -13 18 d Pup vF, vS, 3rd of 3
I2371 8 26.6 +19 48 d Cnc pB, S, lE 90deg
I2372 8 26.7 +19 53 d Cnc F, S, lE 135deg , B* sf
2593 Gx 8 26.8 +17 22 r Cnc 15. p eF, vS
I2373 Gx 8 26.9 +20 22 u Cnc 1.4 15. p F, S, dif, exc N
2592 Gx 8 27.1 +25 58 r Cnc 13. p pF, S, R, vsbM *
2594 Gx 8 27.3 +25 52 r Cnc 15. p eF
2596 Gx 8 27.4 +17 17 r Cnc 14. p vF, S, lE
2595 Gx 8 27.7 +21 29 s Cnc 3.1 14. p vF, pL, iF, R, D* sp 2'
I2374 8 28.3 +30 26 d Cnc pF, S, R, dif, *11.5 close
I 508 Gx 8 28.4 +25 07 z Cnc 15. p F, L, R
I2376 8 28.4 +30 24 d Cnc F, vS, R, *14 close
I2381 8 28.4 +19 47 d Cnc pF, S, R bM, dif
I2378 Gx 8 28.5 +30 26 v Cnc 0.9 F, S, R, glbM, r
I2380 Gx 8 28.6 +30 25 m Cnc 0.4 15. p F, S, R, lbM, r
I2382 Gx 8 28.7 +22 04 m Cnc 0.4 15. p F, S, R, r, *12.5 close
2609 OC 8 29.5 -61 06 A Car Cl, pS, lRi, lC
I2383 Gx 8 29.6 +30 41 z Cnc 16. p F, vS, R, bMN
2597 Gx 8 30.0 +21 30 u Cnc 1.4 15. p eF, vS
2598 Gx 8 30.0 +21 29 s Cnc 1.3 13.7 F, S
I 509 Gx 8 32.0 +24 00 v Cnc 1.9 vF, pL, dif, lbM
I 510 Gx 8 32.1 -02 10 u Hya 1.1 15. p F, vS, R, dif
2599 Gx 8 32.2 +22 34 s Cnc 2.4 13. p vF, S, stellar
I 513 Gx 8 33.0 -12 21 m Hya 0.6 14. p F, S, dif, r
2604 Gx 8 33.3 +29 33 r Cnc 13. p vF, pL, R, lbM, r, D* nr
2610 Pl 8 33.4 -16 09 s Hya 0.6 14. p F, S, att to *13, *7 nf
2613 Gx 8 33.4 -22 58 s Pyx 7.2 10.4 cB, L, vmE 110deg
2612 Gx 8 33.8 -13 09 s Hya 3.2 13. p F, S, E, psbM, bet 2 st
2607 Gx 8 33.9 +26 59 r Cnc 15. p eF
I2384 Gx 8 34.5 +32 26 m Cnc 0.4 16. p F, S, R, stell
2615 Gx 8 34.6 -02 32 r Hya 13. p F, pS, lE, lbM, F* inv r
2600 Gx 8 34.8 +52 44 r UMa 15. p no description
I2386 8 34.8 +25 49 d Cnc eF, L, e dif
I2385 Gx 8 35.1 +37 17 m Lyn 0.6 15. p F, S, R, dif, r
2602 Gx 8 35.2 +52 50 r UMa 15. p eF, S, R, * 95deg
2608 Gx 8 35.3 +28 28 s Cnc 2.5 12.1 F, vlE, mbM, r
2605 - 8 35.4 +52 51 r UMa F, S, lbM
I 514 Gx 8 35.4 -02 03 z Hya 15. p vF, E ns
2603 Gx 8 35.5 +52 47 r UMa 15. p eF, vS
2611 Gx 8 35.5 +25 02 r Cnc 15. p vF, S, pmE, gbM
I 515 Gx 8 35.5 -01 54 u Hya 1.2 16. p vF, vS, dif, 2616 nf
2616 Gx 8 35.6 -01 51 s Hya 1.3 12.6 vF, S, R, * nr nf
2626 Nb 8 35.6 -40 40 s Vel 5. *9 inv in pB, pL, R neb
2606 Gx 8 35.7 +52 48 r UMa 15. p cF, S, R, * 310deg
2617 Gx 8 35.7 -04 03 r Hya 15. p eF, vS, 2 vF st inv
I 516 Gx 8 35.8 -01 52 z Hya 16. p vF, vS, dif, 2616 p
2618 Gx 8 36.2 +00 42 D Hya 14. p eF, pL, iF
I 517 Gx 8 36.3 -02 04 z Hya 15. p vF, S, iF
I 518 OC 8 37.1 +00 41 x Hya vF (vS Cl?)
2627 OC 8 37.3 -29 57 s Pyx 11. 8. p Cl, cL, pRi, pC, st 11...13
2591 Gx 8 37.4 +78 02 s Cam 3.2 13. p F, S, E, lbM
2640 Gx 8 37.4 -55 07 c Car 2.5 pB, S, R, 3 or 4 vS st p nr
2620 Gx 8 37.5 +24 57 r Cnc 15. p F, S, E
2619 Gx 8 37.6 +28 43 r Cnc 13. p F, pS, R, bM, r
2621 Gx 8 37.7 +25 00 r Cnc 15. p vF, S, R
2624 Gx 8 38.1 +19 44 r Cnc 14. p eF
2622 Gx 8 38.3 +24 55 r Cnc 15. p F, S, R
2623 Gx 8 38.4 +25 45 s Cnc 0.6 13.8 vF, vS, R, bM, r
2625 Gx 8 38.4 +19 42 s Cnc 0.4 eF, vS
2635 OC 8 38.5 -34 46 s Pyx 3. 11.2 Cl, pmC, irr triangle, st 13...
I2387 Gx 8 38.6 +30 47 u Cnc 1.2 15. p F, pS, E ns, gbM
2645 - 8 38.9 -46 13 r Vel Cl, S, st L and S
I2388 Gx 8 40.0 +19 38 z Cnc 16. p eF, S, dif (FN?); *10 n 90"
2632 OC 8 40.1 +19 59 s Cnc 95. 3.1 Praesepe; = M44
I2391 OC 8 40.2 -53 04 s Vel 50. 2.5 Cl, co, incl *3.7 (o Vel)
2628 Gx 8 40.5 +23 33 r Cnc 14. p eF, S
I 519 Gx 8 40.6 +02 36 z Hya 15. p vF, vS, R, diffic, *14 close
2642 Gx 8 40.7 -04 07 s Hya 2.3 13. p vF, pL, gbM, 2 B st s, one f
I 511 Gx 8 40.8 +73 29 v Cam 1.7 vF, S, cE, 2 st sf
2637 Gx 8 41.1 +19 42 r Cnc eeF, vS
I2395 OC 8 41.1 -48 12 s Vel 8. 4.6 Cl, co
2644 Gx 8 41.5 +04 59 r Hya 13. p vF, pL, irr oval, sev S points
2643 Gx 8 41.7 +19 43 r Cnc eF neb*
I2390 Gx 8 41.8 +19 42 z Cnc 16. p iF, gbM, *10 sf 1'.5, *12 nf 1'
2660 OC 8 42.2 -47 09 s Vel 4. 8.8 Cl, pS, mC, iR, gbM, st 13...15
2638 Gx 8 42.4 +37 13 r Lyn 13. p vF, vS, iF
2647 Gx 8 42.6 +19 40 r Cnc 15. p neb*
2659 OC 8 42.6 -44 57 s Vel 3. 8.6 Cl, L, Ri, pmE, st 11...14
2648 Gx 8 42.7 +14 17 s Cnc 3.6 13. p F, S, vlE 135deg , psbM
2614 Gx 8 42.8 +72 59 s UMa 2.8 14. p eF, pS, R
2652 - 8 43.3 -03 37 D Hya F, pS, E 50deg , gbM, stell N, *9 sp 50"; place?
2658 OC 8 43.4 -32 39 s Pyx 12. 9. p Cl, pS, lRi, lC, iF, st 12-13
2639 Gx 8 43.6 +50 12 s UMa 2.0 11.8 cB, S, E 130deg , psmbM
2651 Gx 8 44.0 +11 47 r Cnc 15. p eF, S, E
2649 Gx 8 44.1 +34 43 s Lyn 1.9 13. p F, L, R, r
I2392 Gx 8 44.5 +18 17 x Cnc pB, pS, E 180deg , vlbM
2669 OC 8 44.9 -52 58 s Vel 12. 6.1 Cl, L, P, lC, st 10...13
2663 Gx 8 45.1 -33 48 v Pyx pF, pS, lE
2630 Gx 8 45.4 +73 02 r UMa 16. p 1st of 2 vF, vS, vnr 2629
2657 Gx 8 45.4 +09 40 r Cnc 14. p vF, vS, iR, F* att f
2670 OC 8 45.5 -48 47 s Vel 9. 7.8 Cl, pL, P, lC, st 13...
2662 Gx 8 45.7 -15 08 r Hya 15. p vF, vS, R, bM, *15 nr
I 499 Gx 8 46. +85 43 m Cam 1.9 14. p pF, S, mbM, * nf
2661 Gx 8 46.0 +12 38 r Cnc 14. p eF, cL, R, lbM
2665 Gx 8 46.0 -19 17 r Hya 13. p F, S, R, gbMN
2671 OC 8 46.2 -41 53 s Vel 4. 12. p Cl, pRi, lCM, st 12...13
I2403 8 46.2 -15 21 d Hya vF, eS, lE
I2396 D* 8 46.7 +17 39 x Cnc vF, vS
I2397 ? 8 46.7 +17 40 x Cnc F, vS, R
I2398 Gx 8 46.7 +17 45 x Cnc pB, S, R, bM
I 521 8 46.8 +02 33 d Hya neb *13
I2393 Gx 8 46.8 +28 11 u Cnc 1.4 15. p F, S, R, N, r
2631 Gx 8 47.1 +73 00 m UMa 0.8 14. p 2nd of 2 vF, vS, vnr 2629
I2394 Gx 8 47.1 +28 16 u Cnc 1.7 15. p F, S, R, gbM
2629 Gx 8 47.2 +72 59 s UMa 2.6 13. p vF, S, stellar
2664 - 8 47.2 +12 36 r Cnc Cl, st 9...10
2656 Gx 8 47.8 +53 52 s UMa 1.5 13.3 eF, psbM
I2399 Gx 8 47.8 +18 54 x Cnc vF, pL, E 190deg , bs
I2389 Gx 8 48.0 +73 32 s Cam 1.7 13.4 vF, S, lbM
I2400 Gx 8 48.0 +38 06 m Lyn 0.6 15. p F, S, stell
2633 Gx 8 48.1 +74 06 s Cam 2.6 11.9 F, S, lE
2641 Gx 8 48.1 +72 54 r UMa 15. p vF, S, stellar
I2401 Gx 8 48.1 +37 45 u Lyn 1.3 15. p F, S, R, N, r
I2402 Gx 8 48.1 +31 49 m Cnc 0.4 15. p F, S, R, gbMN, r
I2404 Gx 8 48.1 +29 30 z Cnc 15. p F, S, R, sbMN
I2406 Gx 8 48.1 +17 42 x Cnc B, pS, E 165deg
I2407 Gx 8 48.1 +17 37 x Cnc pB, pS, mE 80deg
2674 - 8 48.2 -14 17 r Hya eF, S; nonexistent?
2667 Gx 8 48.3 +19 01 r Cnc 15. p eF; = IC 2410
I2408 * 8 48.3 +19 02 x Cnc pF, vS, R
2634 Gx 8 48.4 +73 58 s Cam 2.2 13. p F, S, lE
2636 Gx 8 48.4 +73 40 s Cam 0.5 14. p vF, S, 2 st 11-12 f
I2409 Gx 8 48.4 +18 20 x Cnc pB, pL, bM, *15 p
I2410 Gx 8 48.5 +19 01 x Cnc pB, S, E 90deg , stell N
I2411 Gx 8 48.5 +19 03 x Cnc vF, S, E 235deg
I2405 Gx 8 48.7 +37 14 m Lyn 0.4 15. p F, S, R, gbM
2654 Gx 8 49.2 +60 13 s UMa 4.3 11.8 pF, S, F* in M, F* close sp
2672 Gx 8 49.3 +19 04 s Cnc 2.6 11.6 pB, pL, iR, mbM
2668 Gx 8 49.4 +36 41 r Lyn 15. p vF, vS, R, r
2673 Gx 8 49.4 +19 04 s Cnc 1.4 12.9 vF, vS, close f 2672
I2412 D* 8 49.4 +18 33 x Cnc pB, S, R, N, *14 np
I2413 D* 8 49.5 +18 45 x Cnc pF, vS, FN
I2414 Gx 8 49.8 +18 48 x Cnc pF, vS, R, vlbM
2650 Gx 8 50.0 +70 18 s UMa 1.9 14. p pB, pL, iF, er
2666 - 8 50.0 +47 03 r UMa Cl, lC
2677 Gx 8 50.0 +19 00 r Cnc 15. p eF, vS, rr (vS Cl)
I2415 *** 8 50.0 +18 39 x Cnc F, vS, E 65deg , FN
2678 - 8 50.2 +11 20 r Cnc Cl, vlC, P
2646 Gx 8 50.4 +73 28 s Cam 1.7 12.0 vF, S, 2 F st 2'.5 sf
2682 OC 8 50.4 +11 49 s Cnc 30. 6.9 ! Cl, vB, vL, eRi, lC, st 10...15; = M67
I2416 D* 8 50.5 +18 34 x Cnc pB, S, R
I2417 Gx 8 51.2 +18 48 x Cnc B, S, R, stell N
I2418 Gx 8 51.4 +17 57 x Cnc vF, pL, R, 2nd vnr sf
2676 Gx 8 51.5 +47 33 s UMa 1.5 14. p eeF, pS, R, 4 pB st nf
2679 Gx 8 51.5 +30 52 r Cnc 14. p pF, pS, R, bM, D with 2680
2680 Gx 8 51.5 +30 52 r Cnc 14. p vF, vS, R, bM, D with 2679
I2420 Gx 8 51.5 +03 05 z Hya 15. p F, S, gbMN
2675 Gx 8 51.9 +53 36 r UMa 14. p vF, R, *15 p 12s
I2419 * 8 52.2 +18 06 x Cnc F, pS, E 0deg , dif
2683 Gx 8 52.7 +33 25 s Lyn 9.3 9.7 vB, vL, vmE 39deg , gmbM
2690 Gx 8 52.7 -02 37 r Hya 14. p pF, S, E
I 523 Gx 8 53.2 +09 09 u Cnc 1.4 15. p F, S, R, dif
2681 Gx 8 53.5 +51 19 s UMa 3.8 10.3 vB, vL, vg, vsmbM *10
2714 Gx 8 53.5 -59 13 t Car eF, S, R, pslbM
I 520 Gx 8 53.7 +73 29 s Cam 2.3 13. p pB, pL, bM, * nr
2696 - 8 54.4 -04 59 r Hya eF, vS, stellar
I2421 Gx 8 54.4 +32 41 v Cnc 2.6 vF, pS, dif, diffic
I2422 Gx 8 54.4 +20 14 m Cnc 0.4 16. p pF, S, R, dif, *14 close
2695 Gx 8 54.5 -03 05 r Hya 13. p pF, cS, R
I 522 Gx 8 54.5 +57 10 u UMa 1.0 14. p pF, pS, R, bM (2 eF st inv?)
2684 Gx 8 54.8 +49 08 r UMa 13. p F, pL, R, gbM, 4 S st nr
2691 Gx 8 54.8 +39 32 s Lyn 1.6 14. p pF, vS, mbM
I2423 Gx 8 54.8 +20 14 u Cnc 1.1 15. p F, S, R, dif
2686 Gx 8 54.9 +49 08 r UMa 16. p vF, vS, D or * close f
2687 Gx 8 55.0 +49 09 r UMa 17. p vS
2697 Gx 8 55.1 -03 00 r Hya 13. p vF, vS, R
2689 Gx 8 55.2 +49 09 r UMa vvF, S
2688 Gx 8 55.3 +49 06 r UMa 16. p vvF, S
2653 Ast 8 55.6 +78 25 r Cam vF, vS, F* close n, 2655 s
2655 Gx 8 55.6 +78 13 s Cam 5.1 10.1 vB, cL, lE 90deg , gsvmbM
2685 Gx 8 55.6 +58 44 s UMa 5.2 11.1 pF, R, F* in centre
2698 Gx 8 55.6 -03 11 s Hya 1.8 13. p vF, pS, R, *9 np 4'
2700 - 8 55.7 -05 06 r Hya eF, vS, 1' n of 2699
I2425 * 8 55.8 -03 24 F Hya eF, neb?
2699 Gx 8 55.9 -03 09 r Hya 13. p vF, S, R, *15 np
2702 * 8 55.9 -03 03 F Hya vF, vS, 4' nf 2699
2703 D* 8 55.9 -03 17 F Hya eF, lE, doubtful
2705 * 8 56.0 -03 00 F Hya vF, vS, 3 st 14 f, nf
2708 Gx 8 56.1 -03 22 s Hya 3.0 14. p pF, pS, E, 2 st nr
2707 * 8 56.2 -03 04 F Hya eF, S
2706 Gx 8 56.3 -02 35 r Hya 14. p vF, pS, mE, * nr f
2709 Gx 8 56.3 -03 16 r Hya 15. p vF, pS, lE, nnf 2708
I2424 8 56.8 +39 23 x Lyn vF, S, lbM; = 2704
2704 Gx 8 56.9 +39 22 r Lyn 14. p vF, vS; = IC 2424?
2692 Gx 8 57.0 +52 04 s UMa 1.5 14. p vF, S, R, psbM
2693 Gx 8 57.0 +51 21 s UMa 2.2 11.7 pB, lE, psmbM
2694 Gx 8 57.0 +51 20 v UMa 0.3 14.3 vF, vS, 1's of 2693
2717 Gx 8 57.0 -24 40 r Pyx 14. p pF, S, R, vgpmbM
2711 Gx 8 57.3 +17 17 r Cnc 14. p vF, S, R
2713 Gx 8 57.3 +02 55 s Hya 3.9 11.7 pB, iR, mbM
2716 Gx 8 57.6 +03 05 s Hya 1.8 12.4 F, S, R, mbM
I 524 8 58.2 -19 11 d Hya vF, vS, R, vF N?
I2426 Gx 8 58.5 +02 54 m Hya 0.3 15. p F, vS, R, stell
2722 Gx 8 58.8 -03 43 v Hya vF, vS, stellar
2718 Gx 8 58.9 +06 18 s Hya 2.5 13. p F, pL, E, am 3 st
2721 Gx 8 58.9 -04 46 s Hya 2.6 13. p cF, pL, R, vgbM
2701 Gx 8 59.1 +53 46 s UMa 2.1 12.4 pB, fan-shaped, *11 att
2720 Gx 8 59.2 +11 10 r Cnc 14. p F, S, R, bM
2712 Gx 8 59.5 +44 55 s Lyn 2.9 12.0 pB, L, E, vgbM *18
2710 Gx 8 59.8 +55 41 r UMa 14. p vF, S
2723 Gx 9 00.2 +03 11 s Hya 1.3 15. p F, S, R
2719 Gx 9 00.3 +35 44 s Lyn 1.3 14. p vF, S, E 110deg , 2 vF st inv
2736 Gx 9 00.4 -45 54 r Vel ! eeF, vL, vvmE 19deg
2724 Gx 9 01.0 +35 46 r Lyn 15. p eF, S, stellar
I2427 Gx 9 01.0 +37 52 z Lyn 16. p F, vS, R, bM
2725 Gx 9 01.1 +11 05 r Cnc 14. p F, pL, p of 2
2727 - 9 01.1 -03 23 r Hya vF, L, R, bM
I 525 Gx 9 01.3 -01 52 u Hya 1.0 15. p F, S, E ns
2729 Gx 9 01.5 +03 43 r Hya 14. p vF, vS, R
2728 Gx 9 01.8 +11 04 r Cnc 15. p vF, pL, lE, f of 2
2731 Gx 9 02.1 +08 18 r Cnc 14. p F, vS, R
2733 - 9 02.1 -03 44 r Hya eF, R
2730 Gx 9 02.3 +16 50 r Cnc 13. p vF, L, R
2735 Gx 9 02.6 +25 56 s Cnc 1.2 14. p S* inv in vF, vS neb, E pf
I 526 Gx 9 02.6 +10 50 m Cnc 0.7 15. p F, S, R
2734 Gx 9 03.0 +16 50 r Cnc eF, vS, R
I2428 Gx 9 03.2 +30 35 u Cnc 1.9 15. p F, pS, E pf, glbM
I2429 Gx 9 03.8 +29 18 m Cnc 0.4 15. p F, vS, R, bMN
2737 Gx 9 03.9 +21 54 r Cnc 15. p vF, vS, D with 2738
2738 Gx 9 03.9 +21 58 r Cnc 14. p pB, S, iF, D with 2737
I 512 Gx 9 04. +85 30 s Cam 3.6 12. p F, S, R, gbM
2741 - 9 04.3 +18 16 r Cnc vF, p of 2
I2430 Gx 9 04.5 +27 57 u Cnc 1.1 14. p F, S, R, gbM, r
I2431 Gx 9 04.5 +14 36 u Cnc 0.6 14. p F, S, R, N, r
2745 Gx 9 04.6 +18 15 r Cnc 15. p eF, vS, stell, f of 2
I2432 Gx 9 04.6 +05 31 z Hya 15. p F, vS, R, dif
2744 Gx 9 04.7 +18 28 s Cnc 1.8 13.4 vF, S, R, r, D* nr
2726 Gx 9 04.9 +59 56 s UMa 1.5 13. p cF, pS, iR, er
2743 Gx 9 05.0 +25 00 r Cnc 14. p eF, S, R, vlbM
2754 Gx 9 05.0 -19 05 r Hya eF, S, R, 1st of 3
2747 Gx 9 05.3 +18 26 r Cnc 15. p vF, vS, stellar
2749 Gx 9 05.4 +18 19 s Cnc 2.0 12.0 pF, S, R, bMN = *15
2758 Gx 9 05.4 -19 03 r Hya 14. p eF, S, E 0deg , 3rd of 3
I2436 D* 9 05.4 -19 10 F Hya eF, S, stell, susp
2751 Gx 9 05.5 +18 15 r Cnc 15. p eF, eS, stellar
2757 D* 9 05.5 -19 02 F Hya eF, 2nd of 3; only a D*, dist 12"
I2433 Gx 9 05.5 +22 37 m Cnc 0.8 15. p F, lE pf, dif
I2437 Gx 9 05.5 -19 12 c Hya 2.4 F, vS, R, 10' s of 2754, 57, 58
2750 Gx 9 05.7 +25 26 s Cnc 2.3 12. p vF, cL, R, bMN, 2 c st p
2752 Gx 9 05.7 +18 20 s Cnc 2.0 15. p pF, pL, vmE, gbM
2739 Gx 9 06.0 +51 45 r UMa 15. p vF, S, R, np 2740
2746 Gx 9 06.0 +35 22 r Lyn 14. p eF, S, R, vglbM, *12 nnp 50"
2740 Gx 9 06.1 +51 44 r UMa 15. p vF, pS, R
2763 Gx 9 06.8 -15 30 s Hya 2.3 12.1 vF, pS, bM, S* 30" n
I2435 Gx 9 06.8 +26 16 u Cnc 1.0 15. p F, S, R, gbM, r
I2448 Pl 9 07.1 -69 57 s Car 0.1 12. p PN , stell
2753 Gx 9 07.2 +25 20 r Cnc 15. p vF, vS, *14 np 40"
I2434 Gx 9 07.2 +37 12 u Lyn 1.9 14. p F, pS, lbM, r
2761 Gx 9 07.5 +18 26 r Cnc 15. p vF, S
2742 Gx 9 07.6 +60 29 s UMa 3.1 11.7 cB, cL, E 90deg , er
2765 Gx 9 07.6 +03 23 s Hya 2.3 13. p vF, pL, E, gbM, er
2772 Gx 9 07.7 -23 37 r Pyx 15. p eF, lE, lbM
2755 Gx 9 07.9 +41 43 r Lyn 14. p vF, S, iF, lbM, r
2715 Gx 9 08.1 +78 05 s Cam 5.0 11.4 pB, L, E
2764 Gx 9 08.3 +21 27 s Cnc 1.7 12.7 cF, vS, R, er, bet 2 pB st
2759 Gx 9 08.6 +37 37 r Lyn 14. p vF, cS, R
I2439 Gx 9 08.6 +32 35 z Cnc 15. p F, S, dif, r
2766 Gx 9 08.8 +29 52 r Cnc 14. p vF, vS, iF, bM
2756 Gx 9 09.0 +53 51 s UMa 1.9 13. p pB, pS, E, vgbM
2788 Gx 9 09.0 -67 56 v Car vF, vS, mE 105deg
I 528 Gx 9 09.4 +15 48 u Cnc 1.7 15. p pB, vS, R, N = 13m
2770 Gx 9 09.6 +33 07 s Lyn 3.7 12. p F, L, mE 150deg , r, 2 st n
2773 Gx 9 09.6 +07 11 r Cnc 14. p vF, S, lE
I 527 Gx 9 09.6 +37 35 u Lyn 1.9 15. p eeF, pL, R, e diffic
2762 Gx 9 09.8 +50 26 r UMa 15. p vvF, S, R, 1st of 4
I2441 9 10.0 +22 52 d Cnc F, S, R, glbM, D?
2767 Gx 9 10.1 +50 25 r UMa 14. p vF, sbM *15, 2nd of 4
I2442 9 10.1 +22 51 d Cnc vF, vS, R, vlbM
2775 Gx 9 10.3 +07 02 s Cnc 4.5 10.3 cB, cL, R, vgvsmbM, r
2769 Gx 9 10.4 +50 27 r UMa 14. p pF, S, E, pslbM, 3rd of 4
2771 Gx 9 10.5 +50 24 r UMa 14. p vF, S, lE, 4th of 4
2774 Gx 9 10.6 +18 42 r Cnc 15. p vF, S, R, am 5 S st
2777 Gx 9 10.7 +07 12 s Cnc 1.0 14. p F, S
2781 Gx 9 11.5 -14 49 s Hya 3.9 11.5 B, S, vlE, psmbM
I2443 Gx 9 11.5 +28 49 m Cnc 0.6 15. p F, S, R, gbMN
2768 Gx 9 11.6 +60 02 s UMa 6.3 10.0 cB, cL, lE, psbMLBN
2808 Gb 9 12.0 -64 52 s Car 13.8 6.3 ! glob. cl. , vL, eRi, vgeCM, 45s d, st 13...15
2776 Gx 9 12.2 +44 57 s Lyn 2.9 11.6 pB, L, R, vgbM, r
2778 Gx 9 12.3 +35 01 s Lyn 1.5 13. p pB, S, R, psmbM
2779 Gx 9 12.3 +35 03 r Lyn 15. p eF, vS, 92" nf 2778
2784 Gx 9 12.3 -24 10 s Hya 5.1 10.1 B, L, mE 64deg , gmbM
2792 Pl 9 12.4 -42 26 s Vel 0.2 14. p ! PN , pB = *9, vS, R, am st
2780 Gx 9 12.7 +34 55 s Lyn 1.0 14. p vF, S, R, S D* p
I2444 Gx 9 12.8 +30 14 m Cnc 0.9 15. p F, vS, R, stell
I2445 Gx 9 13.2 +31 48 u Cnc 1.0 15. p F, S, R, dif, r
2732 Gx 9 13.4 +79 11 s Cam 2.3 11.9 pB, S, E 45deg , *13 nf
I2446 Gx 9 13.5 +28 58 u Cnc 1.7 15. p F, S, E 130deg , bMN, r
I2447 9 13.5 +28 45 d Cnc F, S, R, gbMN
2783 Gx 9 13.6 +29 59 r Cnc 14. p vF, vS, R, 2 pB st sp
2748 Gx 9 13.7 +76 29 s Cam 3.1 11.7 pB, pL, E, vglbM
2836 Gx 9 13.7 -69 20 v Car F, pS, R, glbM
2786 - 9 14.0 +12 09 r Cnc vF, vS, mbM
2822 Gx 9 14.0 -69 38 s Car 2.1 12. p pF, vS, R, glbM
I2438 OC 9 14.0 +73 26 x Cam Cl, 5 or 6 st 13... within 1'.5
2782 Gx 9 14.1 +40 07 s Lyn 3.8 11.5 cB, R, mbMBN
2789 Gx 9 15.0 +29 44 r Cnc 14. p pF, S, R, gbM
2790 Gx 9 15.0 +19 43 r Cnc 14. p vF, S, R, lbM
2791 Gx 9 15.0 +17 36 r Cnc 15. p F, R
2785 Gx 9 15.2 +40 55 r Lyn 15. p eF, pS, iE, sev eF st inv
I2449 9 15.2 +30 00 d Cnc vF, vS, lbM
I 530 Gx 9 15.3 +11 53 u Cnc 2.1 14. p pB, S, E pf
I2440 9 15.5 +73 28 d Cam vF, stell (13m), neb?
2842 Gx 9 15.6 -63 04 t Car F, vS, bet 2 st
2760 - 9 15.7 +76 23 r Cam vF, S, R, nearly bet *8 & *9
I2450 9 15.7 +25 27 d Cnc F, S, gbM, r
I2451 Gx 9 15.7 +23 29 z Cnc 16. p F, S, R, gbMN
I2453 Gx 9 15.8 +20 56 z Cnc 15. p F, S, R, gbM, r
I2452 Gx 9 15.9 +23 27 z Cnc 16. p F, S, R, gbMN
2794 Gx 9 16.0 +17 36 r Cnc 14. p eF, vS, sp of 2
2818 OC 9 16.0 -36 37 s Pyx 9. 8.2 ! glob. cl. , pB, pL, R, vglbM, in L Cl
I2454 Gx 9 16.0 +17 49 u Cnc 1.2 14. p F, vS, gbMN
2795 Gx 9 16.1 +17 38 r Cnc 14. p eF, vS, nf of 2
2811 Gx 9 16.2 -16 19 s Hya 2.7 11.3 pB, pS, E, psmbM
2815 Gx 9 16.3 -23 38 s Hya 3.5 13. p F, S, lE, gbM
2797 Gx 9 16.4 +17 44 r Cnc 14. p eF, sev st nr
2796 Gx 9 16.7 +30 55 r Cnc 14. p eF, S, R, lbM
2801 Gx 9 16.7 +19 56 r Cnc 15. p eF, pL
2802 Gx 9 16.7 +18 58 r Cnc 14. p vF, S, R, r, np of 2
2803 Gx 9 16.7 +18 58 r Cnc 14. p vF, S, R, r, sf of 2
2793 Gx 9 16.8 +34 26 s Lyn 1.3 14. p vF, S, R, D* p 5s , n 5'
2804 Gx 9 16.8 +20 12 r Cnc 14. p vF, S, R
2821 Gx 9 16.8 -26 49 r Pyx 14. p eF, *11 att
I2455 9 16.8 +20 07 d Cnc F, R, gbMN, r
2806 Gx 9 17.0 +20 03 r Cnc 15. p vF, stellar, p 2809
2807 Gx 9 17.0 +20 02 r Cnc 15. p vF, vS, 2809 f 7s , n 2'
2809 Gx 9 17.1 +20 04 r Cnc 14. p vF, S, R
I2457 Gx 9 17.1 +20 05 m Cnc 1.2 14. p F, S, R, dif
2817 Gx 9 17.3 -04 44 r Hya 13. p vF, pS, R
2798 Gx 9 17.4 +42 00 s Lyn 2.8 12.3 pB, S, stellar
2799 Gx 9 17.5 +42 00 s Lyn 1.9 14. p F, cL, vmE, f 2798
I2456 9 17.5 +34 47 d Lyn F, S, dif, r
2812 Gx 9 17.6 +19 55 r Cnc 15. p eF
2813 Gx 9 17.7 +19 54 r Cnc 15. p F
2835 Gx 9 17.9 -22 21 s Hya 6.3 11. p F, *10 inv f, bet 2 st 9
I 531 Gx 9 17.9 -00 17 u Hya 1.8 15. p F, vS, E pf, lbM
2819 Gx 9 18.2 +16 13 r Cnc 14. p pB, vS, R
2837 Gx 9 18.4 -16 30 h Hya 0.3 14. p eF, R, bM, * f 8s .5
I 529 Gx 9 18.5 +73 46 s Cam 3.7 13. p pF, pL, E
2800 Gx 9 18.6 +52 31 r UMa 14. p vF, S, lE, * att, * inv
2845 Gx 9 18.6 -38 00 r Vel vF, S, R, *12 att sf
2824 Gx 9 19.0 +26 16 s Cnc 1.3 14. p Cl, S, st F, vC
I 532 ? 9 19.0 -16 46 x Hya pB, pL, E pf, bM
I2459 9 19.1 +34 53 d Lyn eF, vS, diffic
2827 Gx 9 19.2 +33 52 r Lyn 15. p vF, vS, R, 1st of 3
2787 Gx 9 19.3 +69 12 s UMa 3.4 10.8 B, pL, lE 90deg , mbM, r, vS* sf inv
2823 Gx 9 19.3 +34 00 s Lyn 1.0 16. p vF, S, R
2849 OC 9 19.3 -40 31 r Vel eF, cL, R, vglbM, rr
I2460 ? 9 19.3 +33 51 x Lyn F, vS, E pf, stell N
2825 Gx 9 19.4 +33 44 s Lyn 1.1 16. p F, pS, lE, bM
2826 Gx 9 19.4 +33 37 s Lyn 1.8 15. p vF, vS, R, 2825 n 7'
2828 Gx 9 19.5 +33 53 r Lyn 15. p vF, vS, R, 2nd of 3
2829 Gx 9 19.5 +33 40 r Lyn eF, vS, R, nf 2826
2830 Gx 9 19.7 +33 44 A Lyn 1.3 15. p F, S, lE, bM, 1st of 3
2831 Gx 9 19.7 +33 44 A Lyn 0.8 13.6 F, vS, R, 2nd of 3
2832 Gx 9 19.8 +33 44 A Lyn 3.3 11.5 cB, cL, E, 3rd of 3
2833 Gx 9 19.9 +33 56 r Lyn 15. p F, pS, R, 3rd of 3 in line
2846 9 19.9 -14 41 D Hya vS Cl (neb?), *10 sf 4'
I2461 Gx 9 19.9 +37 10 u Lyn 2.7 15. p F, vS, vlbM
2834 Gx 9 20.0 +33 43 r Lyn 15. p vF, S, R, bM
2847 Gx 9 20.1 -16 31 h Hya 0.4 15. p vF, S, inv in 2848, np
2848 Gx 9 20.2 -16 32 s Hya 2.7 12.1 vF, cL, E 45deg , glbM, *11 nf 3'
2805 Gx 9 20.3 +64 06 s UMa 6.3 11.3 vF, L, R, mbM
2843 Gx 9 20.4 +18 57 r Cnc S* and neb
I 533 9 20.4 -04 00 d Hya eF, S, dif
2839 Gx 9 20.6 +33 40 r Lyn 15. p vF, S, R
2851 Gx 9 20.6 -16 28 r Hya 15. p eF, pS, mE, f 2848
2838 Gx 9 20.7 +39 19 r Lyn 14. p vF, vS, R
2840 Gx 9 20.8 +35 23 r Lyn 15. p cF, S, R, *10 np 2'
2850 Gx 9 21.0 -04 55 r Hya vF, vS, R, mbM
2816 - 9 21.1 +60 27 r UMa F, pmE
2814 Gx 9 21.2 +64 15 s UMa 1.4 13.8 F, S, iF, 1st of 2
I 534 Gx 9 21.2 +03 09 u Hya 1.9 15. p vF, S, dif
2867 Pl 9 21.4 -58 19 s Car 0.2 10. p !! PN = *8, vS, R, *15, 59deg , 13"
2855 Gx 9 21.5 -11 55 s Hya 2.7 11.6 pB, pL, R, gmbMN
I2458 Gx 9 21.6 +64 14 s UMa 0.4 15. p eF, S, dif close to 2820
2820 Gx 9 21.8 +64 16 s UMa 4.3 12.8 F, S, E, 2nd of 2
2844 Gx 9 21.8 +40 09 s Lyn 1.9 12.9 cF, cS
2841 Gx 9 22.0 +50 58 s UMa 8.1 9.3 vB, L, vmE 151deg , vsmbM = *10
2866 - 9 22.0 -51 05 r Vel Cl, lC
2810 Gx 9 22.1 +71 50 s UMa 2.0 13. p F, cS, bM
I 535 Gx 9 22.2 -01 03 z Hya 16. p F, vS, R
2858 Gx 9 22.9 +03 09 r Hya 14. p vF, S, mbM
I2462 9 22.9 +22 41 d Leo vF, S, dif, r
I2463 Gx 9 23.0 +22 37 z Leo 16. p F, S, R, gbM, r
I2469 Gx 9 23.0 -32 27 c Pyx 5.1 pF, cS, mE, *10 sp nr
2852 Gx 9 23.2 +40 10 s Lyn 1.2 14. p vF, cS, R, *10 p 2', 1st of 2
2853 Gx 9 23.3 +40 12 s Lyn 2.0 14. p vF, S, vgbM, 2nd of 2
2887 Gx 9 23.3 -63 49 t Car F, S, R, pmbM, B* nr
2868 9 23.4 -10 25 D Hya eF, S, R, 10s p 2869
I2464 Gx 9 23.4 +22 35 m Leo 0.6 15. p pF, S, R, gbM, r
2865 Gx 9 23.5 -23 10 s Hya 2.0 11.4 B, S, R, gbM
2861 Gx 9 23.6 +02 08 r Hya 14. p pF, S, iR, *14 f
2863 Gx 9 23.6 -10 24 r Hya 13. p cF, S, E, bet 2 st 12, 16
2869 9 23.6 -10 26 D Hya eF, pS, E 170deg , gbM, bet 2 F st; = 2863
I2465 9 23.6 +24 27 d Leo F, S, dif
I2466 Gx 9 23.7 +24 31 z Leo 15. p vF, vS, dif, *13.5 att
2854 Gx 9 24.0 +49 13 r UMa 14. p cF, cS, vlE, pglbM
2856 Gx 9 24.2 +49 15 r UMa 14. p cF, cS, lE, bM
2864 Gx 9 24.2 +05 57 r Hya 15. p vF, pL, lE
2859 Gx 9 24.3 +34 31 s LMi 4.8 10.7 vB, pL, R, smbM
2857 Gx 9 24.5 +49 21 s UMa 2.4 14. p vF, pL, 4 st p
I 536 Gx 9 24.6 +25 07 u Leo 1.2 15. p F, S, R, lbM
2860 Gx 9 24.9 +41 04 r Lyn 15. p vF, vS, R, gbM
2862 Gx 9 24.9 +26 46 r Leo 14. p F, S, E, bM
I2467 9 24.9 +38 20 d LMi F, vS, R, gbMN
I2468 9 25.0 +38 20 d LMi vS, R, sbM *15
I2470 9 25.0 +03 23 d Hya F, pS, iF, E 135deg , r
2876 Gx 9 25.2 -06 43 r Hya 14. p F, S, sev vF st inv
2883 Gx 9 25.2 -34 05 v Pyx vF, S, vglbM, rrr, st 15
I2471 Gx 9 25.2 -06 50 m Hya 0.7 14. p vF, 2 or 3 st in neb; = 2876?
2879 *** 9 25.4 -11 40 F Hya vF, vS, R, lbM
I 537 Gx 9 25.4 -12 23 m Hya 1.0 14. p neb *14
2871 9 25.7 +11 27 D Leo eF, 2872 sf 1'
2872 Gx 9 25.7 +11 26 s Leo 2.1 13. p pF, pS, R, bM
2874 Gx 9 25.8 +11 26 s Leo 2.5 14. p vF, pL, mE
2875 Gx 9 25.8 +11 26 h Leo 0.5 15. p eF, nf 2874
2877 Gx 9 25.8 +02 13 r Hya 14. p vF, S, vlE
2878 Gx 9 25.8 +02 05 r Hya 15. p vF, S, vlE
2873 Gx 9 25.9 +11 27 r Leo 15. p vF, vS, R, n of E neb
2881 Gx 9 25.9 -11 59 r Hya 14. p eF, pS, 2 st 9.5 & 10.5 sf
2915 Gx 9 26.2 -76 38 s Cha 1.5 12.6 pF, pL, R, gbM
2888 Gx 9 26.3 -28 02 s Pyx 0.8 12.5 cF, S, R, gmbM
2884 Gx 9 26.4 -11 33 s Hya 2.6 13. p F, S, r?
2882 Gx 9 26.5 +07 56 r Leo 13. p F, pL, E
2886 *** 9 26.5 -21 46 F Hya eeF, pL
I2472 Gx 9 26.5 +21 23 z Leo 15. p F, S, R, dif
2890 Gx 9 26.6 -14 32 r Hya 15. p eF, S, R, bMN
2891 Gx 9 26.8 -24 49 r Pyx 14. p F, S, R, bM
I2484 9 26.8 -42 51 d Vel pB, S, R, *7 nf, D* p
2899 Pl 9 27.0 -56 06 s Vel 2.0 F, pL, R, gmbM, am 80 st
I2482 Gx 9 27.0 -12 06 m Hya 2.0 13. p F, vS, *10 p 7s , 0'.8 n
2889 Gx 9 27.2 -11 38 s Hya 2.0 11.8 pF, pS, vlE, vglbM, r
I2474 9 27.2 +23 02 d Leo *13 in vS neb, IC 538 f
I2485 9 27.2 -39 17 d Ant eF, vS, R, st in neb, susp
I 538 Gx 9 27.4 +23 01 m Leo 0.5 *13 in vF neb; = 2885?
I2473 Gx 9 27.4 +30 26 u Leo 1.6 15. p F, pS, R, glbM
I2481 Gx 9 27.4 +03 56 u Hya 0.9 14. p F, S, E 150deg , gbM, r
I2488 OC 9 27.6 -56 59 s Vel 15. 7. p Cl, co
2870 Gx 9 27.8 +57 23 s UMa 2.6 14. p cF, S, E, vglbM
I2475 Nb 9 27.9 +29 48 x Leo 0.5 F, vS, R, lbM
I2476 Gx 9 27.9 +29 59 v Leo 1.7 F, S, R, bM
I2477 9 27.9 +29 42 d Leo F, S, gbM, r
I2478 Nb 9 27.9 +30 01 x Leo 0.1 F, S, R, N
I2479 Nb 9 28.1 +30 00 x Leo 0.3 F, S, R, vlbM
I2480 Nb 9 28.2 +29 43 x Leo 0.2 F, vS, lE pf, gbM, r
I 539 Gx 9 29.1 -02 33 u Hya 1.2 14. p pB, S, R, gbM, r
2894 Gx 9 29.4 +07 43 r Leo 13. p vF, E, er, 2 or 3 st inv
I2483 Gx 9 29.5 +31 00 z Leo 16. p F, S, R, lbM
2880 Gx 9 29.6 +62 30 s UMa 2.6 11.6 B, cS, R, mbM, am st
2885 Gx 9 29.6 +22 57 r Leo eF, vS, E 90deg
2897 Gx 9 29.8 +02 12 r Hya eF, S
2898 Gx 9 29.8 +02 03 r Hya 15. p vF, vS, lE
2904 Gx 9 30.2 -30 23 r Ant 13. p F, S, lE, psbM
I 540 Gx 9 30.2 +07 54 u Leo 1.4 15. p F, S, dif
I2487 Gx 9 30.2 +20 06 v Leo 2.0 F, L, mE 160deg
2893 Gx 9 30.3 +29 32 s Leo 1.4 13. p vF, S, R, vsbM *12
2896 Gx 9 30.3 +23 39 r Leo 15. p F, vS, R, *17 att
2900 Gx 9 30.3 +04 08 r Hya 14. p eeF, pL, R
I2486 Gx 9 30.3 +26 39 u Leo 1.1 15. p vF, cS, dif
2910 OC 9 30.4 -52 54 s Vel 5. 7.2 Cl, cL, pRi, pC, st 10...14
I 541 9 30.5 -04 15 d Hya eeF, pS, R, *10 s
2902 Gx 9 30.9 -14 44 s Hya 1.3 13. p vF, vS, stellar; = IC 543
I 543 Gx 9 30.9 -14 44 t Hya 1.2 13. p vF, pL, E, dif
I 542 Gx 9 31.2 -13 10 m Hya 1.0 15. p F, vS, E pf, lbM
I2489 9 31.2 -05 53 d Hya pF, R
2907 Gx 9 31.6 -16 44 s Hya 1.9 13. p pF, S, lE, mb sf
2903 Gx 9 32.2 +21 30 s Leo 12.6 8.9 cB, vL, E, gmbM, r, sp of 2
2905 Gx 9 32.2 +21 31 u Leo 13.3 10. p vF, cL, R, psbM, r, nf of 2
2906 Gx 9 32.2 +08 27 s Leo 1.6 13. p F, pS, lE, gbM
2895 Gx 9 32.4 +57 29 r UMa 14. p vF, vS, R, vgbM, D* 7' s
2901 - 9 32.4 +31 07 r Leo no description
2892 Gx 9 32.9 +67 37 s UMa 1.7 14. p pF, pS, R, lbM
I2490 Nb 9 33.1 +29 55 x Leo 0.3 F, S, gbM
I2492 9 33.2 -37 54 d Ant cF, vS, R, B* 1' np, susp
2912 Gx 9 33.7 +10 09 r Leo eF, 2911 sp
2925 OC 9 33.7 -53 26 s Vel 12. 8. p Cl, pRi, pC, D* taken
2911 Gx 9 33.8 +10 09 s Leo 4.3 11.6 F, pL, R, gbM, p of 2
2913 Gx 9 34.0 +09 28 r Leo 14. p vF, pL, iR
2914 Gx 9 34.0 +10 07 s Leo 1.2 13.1 vF, S, R, bMN, f of 2
2920 Gx 9 34.3 -20 51 r Hya eF, S, R, p of 2
2917 Gx 9 34.5 -02 30 r Hya 14. p pF, S, mbM
2921 Gx 9 34.7 -20 57 r Hya 13. p vF, pS, lE, vglbM, f of 2
2919 Gx 9 34.8 +10 17 s Leo 1.9 14. p F, pS
I 546 Gx 9 34.9 -16 23 m Hya 0.6 14. p F, vS, iF, 2924 f
2916 Gx 9 35.0 +21 42 s Leo 2.6 12.0 F, S, vlE
2924 Gx 9 35.2 -16 24 s Hya 1.6 13. p pB, S, R
I2491 Gx 9 35.2 +34 44 u LMi 1.1 15. p F, S, R, gbM, r
2932 - 9 35.3 -46 57 r Vel Cl, eL, vRi, st L and S
2918 Gx 9 35.8 +31 42 r Leo 13. p vF, cS, R, sbMN
I 544 Gx 9 35.9 +24 54 m Leo 0.7 15. p vF, dif, diffic
2923 Gx 9 36.0 +16 45 r Leo 15. p vF
I 545 Gx 9 36.1 +24 57 m Leo 0.4 15. p F, E pf, F* f
I2494 9 36.1 -12 26 d Hya pB, pL, R, 2 st nr f
I 547 Gx 9 36.2 -12 25 m Hya 1.2 13. p pB, S, R, lbM
I2493 Gx 9 36.3 +37 23 m LMi 0.5 15. p F, vS, stell
2935 Gx 9 36.7 -21 08 s Hya 3.5 12. p pB, pS, vlE, gmbM
2922 Gx 9 36.8 +37 41 r LMi 14. p vF, S, iR, lbM, r
2927 Gx 9 37.2 +23 35 r Leo 14. p F, pL, R, lbM
2928 Gx 9 37.3 +16 58 r Leo 15. p vF, S, R, bM
2929 Gx 9 37.4 +23 09 r Leo 14. p eF, vS, lE, vlbM, 1st of 3
2926 Gx 9 37.5 +32 50 r Leo 14. p vF
2930 Gx 9 37.5 +23 12 r Leo 14. p eF, S, 2nd of 3
2931 Gx 9 37.6 +23 14 r Leo 15. p eF, vS, 3rd of 3
2945 Gx 9 37.6 -22 02 r Hya 14. p F, S, R, glbM, 2 or 3 S st nr
2936 Gx 9 37.7 +02 44 s Hya 1.7 13.1 vF, iR
2937 Gx 9 37.7 +02 44 s Hya 1.0 13.6 F, S, like a neb*
2933 Gx 9 38.0 +17 01 r Leo 15. p F, vS, lE, sp of 2
2934 Gx 9 38.0 +17 01 r Leo 15. p eF, nf of 2
2973 Gx 9 38.0 -30 08 r Ant eF, pS, *8 f
2939 Gx 9 38.1 +09 31 s Leo 2.7 14. p vF, S, vlE, bM, triangle st nf
2940 Gx 9 38.1 +09 36 s Leo 1.3 15. p vF, S, 5' n of 2939
I2495 Gx 9 38.2 +28 03 m Leo 0.7 15. p F, cS, R, gbMN
2938 Gx 9 38.3 +76 19 r Dra 14. p eF, S, iF, D* f 3'
I 548 Gx 9 38.3 +09 26 z Leo 15. p F, vS, ibM, 2939 np
2941 Gx 9 38.4 +17 03 r Leo 15. p eF, vS, lE, p of 2
2947 - 9 38.4 -12 26 r Hya eF, pL, iR, gbM
2943 Gx 9 38.6 +17 02 r Leo 14. p F, S, iR, bM, f of 2
I2504 9 38.6 -69 05 d Car eF, vS, eE 170deg , lbM, susp
I2496 Gx 9 38.7 +34 43 z LMi 15. p F, vS, R, r
I2501 Pl 9 38.8 -60 05 s Car 0.4 11. p PN , stell
2948 Gx 9 38.9 +06 57 r Leo 14. p vF, pL, vgbM
2942 Gx 9 39.1 +34 00 s LMi 2.2 13. p F, pL, vlE 0deg , vglbM
2946 Gx 9 39.1 +17 01 r Leo 15. p vF, S, E
2944 Gx 9 39.3 +32 19 s Leo 1.3 15. p F, vS, lbM
2952 - 9 39.3 -10 09 r Hya eF, pS, iR, sbM, *9.5 f 30s
2956 Gx 9 39.3 -19 06 r Hya vF, vS, R, *9.5 sf 4'
2951 Gx 9 39.7 -00 14 r Hya 15. p pF, S, E
2949 Gx 9 40.0 +16 47 r Leo 15. p vF, double?
2972 OC 9 40.3 -50 20 s Vel 4. 9.9 Cl, S, lRi, pC, st 13
2953 - 9 40.4 +14 50 r Leo eeF, suspected
2954 Gx 9 40.5 +14 55 r Leo 13. p vF, S, R, n of 2
I 550 Gx 9 40.5 -06 56 m Hya 0.6 14. p F, eS, stellar
2958 Gx 9 40.6 +11 53 r Leo 14. p vF, pS, R, vlbM
2960 Gx 9 40.6 +03 34 r Hya 13. p vF, R, gbM
I 549 9 40.7 +03 59 d Hya vF, S, iF, bM
I 553 Gx 9 40.7 -05 26 x Hya vF, vS, R, dif
2962 Gx 9 40.9 +05 10 s Hya 3.3 11.7 F, vS, vlE, psbM
I 551 Gx 9 40.9 +06 56 u Leo 0.9 14. p F, vS, R, N = 13m
I2497 9 41.1 +34 42 d LMi vF, vS, R, r
2975 Gx 9 41.2 -16 39 r Hya eeF, S, R, gbM
2955 Gx 9 41.3 +35 53 s LMi 1.8 12.7 cF, pS, iR, glbM, r
I 552 Gx 9 41.3 +10 38 u Leo 1.1 14. p F, vS, stell N = 14m
I2498 Gx 9 41.3 +28 06 z Leo 15. p F, S, E ns, r; biN?
I2499 9 41.4 +27 54 d Leo F, vS, dif, v diffic
2969 Gx 9 41.8 -08 37 r Sex 13. p vF, pS, iR, vglbM
I 554 9 41.8 +12 26 d Leo eeF, eS, alm stell
I 555 Gx 9 41.9 +12 17 u Leo 1.3 14. p pB, vS, R, bM
2967 Gx 9 42.1 +00 20 s Sex 3.0 11.6 pF, pL, R, vglbM
2966 Gx 9 42.2 +04 40 r Sex 14. p vF* in vF, lE neb, F* p 30"
I2500 ? 9 42.3 +36 20 x LMi vF, pS, R, mbM
2982 - 9 42.4 -44 12 r Vel Cl, P, E, st 10...11
2950 Gx 9 42.6 +58 51 s UMa 3.2 11.0 B, pS, R, vgvmbMN
2974 Gx 9 42.6 -03 42 s Sex 3.4 10.8 B, cS, iR, bM, *9 sp 43"
2964 Gx 9 42.9 +31 51 s Leo 3.0 11.3 B, vL, lE, vgbM, sp of 3
2979 Gx 9 43.1 -10 23 r Sex 14. p pF, pS, vlE, psbM
2965 Gx 9 43.2 +36 14 r LMi 14. p eF, vS, R, bM, r
2968 Gx 9 43.2 +31 56 s Leo 2.2 11.8 pB, pL, lE, vglbM, 2nd of 3
2980 Gx 9 43.2 -09 37 s Sex 1.8 13. p vF, pS, lE 0deg , vglbM
I2502 9 43.2 +33 08 d LMi F, S, R, gbM, diffic
I2503 9 43.2 +33 11 d LMi vF, vS, dif, v diffic
2978 Gx 9 43.3 -09 45 s Sex 1.2 14. p eF, S, R, 2980 n 10'
2908 Gx 9 43.5 +79 41 r Dra 14. p eF, vS
2970 Gx 9 43.5 +31 59 s Leo 1.0 14. p F, nf of 3
2984 Gx 9 43.6 +11 04 r Leo 14. p eF, vS, R, bM; = IC 556
2971 Gx 9 43.7 +36 10 r LMi 15. p eF, pS, iR, vlbM
2983 Gx 9 43.7 -20 29 s Hya 2.6 11.7 F, pS, R, bM, r, stellar
I 556 Gx 9 43.7 +11 04 u Leo 0.9 14. p F, vS, R, N = 14m
2977 Gx 9 43.8 +74 52 s Dra 1.7 13. p cB, pL, iF
2909 Gx 9 44.0 +65 59 r UMa 14. p eF, S, psbM
2995 - 9 44.1 -54 47 r Vel Cl, P, lC
I 557 Gx 9 44.1 +10 59 m Leo 0.5 15. p F, vS, R, vlbM
2986 Gx 9 44.3 -21 17 s Hya 2.5 10.9 pB, pS, iR, mbM
I2507 Gx 9 44.6 -31 47 c Ant 1.7 vF, S, R, *12.5 nr nf, *9 np
I 559 Gx 9 44.7 +09 37 m Leo 0.8 15. p F, pS, R, dif
2981 Gx 9 45.0 +31 06 r Leo 15. p vF
I 558 Gx 9 45.0 +29 27 m Leo 0.9 15. p F, R, bM
2959 Gx 9 45.1 +68 36 s UMa 1.5 14. p F, pL, R, vglbM, st n
I2505 9 45.1 +27 16 d Leo F, S, R, vlbM
2999 - 9 45.2 -50 26 r Vel Cl, S, lRi, iF, st 12...15
I2506 9 45.2 +27 15 d Leo F, S, R, glbM, r
2961 Gx 9 45.4 +68 36 v UMa 0.9 cF, S, lE, nf 2959
2989 Gx 9 45.4 -18 23 s Hya 1.4 13. p F, R, gbM, D* f
2987 Gx 9 45.6 +04 56 r Sex 14. p eF, S, iF, sev vF st inv
2997 Gx 9 45.6 -31 11 s Ant 8.1 11. p ! vF, vL, vgvsbMN 4", 19s .5 d
2992 Gx 9 45.7 -14 20 s Hya 4.1 11.9 cF, S, R, bM, stellar, p of 2
2993 Gx 9 45.8 -14 22 s Hya 1.6 12.6 cF, S, R, bM, stellar, f of 2
I 560 Gx 9 45.9 -00 16 u Sex 1.5 15. p F, S, dif, *10 near
I 561 Gx 9 46.0 +03 08 m Sex 0.4 15. p pF, dif
I 562 Gx 9 46.1 -03 58 v Sex 1.5 vF, pL, E ns, gbM
2990 Gx 9 46.3 +05 43 s Sex 1.3 12.8 F, pS, lE 90deg
3001 Gx 9 46.3 -30 26 s Ant 3.1 13. p F, S, R, *12 att 320deg
I 563 Gx 9 46.3 +03 03 v Sex 1.1 pB, S, dif, gbM
I 564 Gx 9 46.4 +03 04 v Sex 1.9 pB, pL, E pf
2996 Gx 9 46.5 -21 36 r Hya 14. p vF, S, *9 f 1'
2988 Gx 9 46.8 +22 01 r Leo 14. p eF, p 2991
2991 Gx 9 46.8 +22 01 r Leo 14. p F, vS, bM, sp of 2
I2509 * 9 46.9 +05 43 x Sex eF, neb?
I2508 Gx 9 47.1 +33 30 z LMi 16. p F, vS, R, dif, r
2994 Gx 9 47.2 +22 06 r Leo 14. p F, S, R, bM, nf of 2
2976 Gx 9 47.3 +67 55 s UMa 4.9 10.2 B, vL, mE 152deg , st inv
3007 Gx 9 47.6 -06 26 r Sex 15. p eF, S, iR, lbM, r
I2510 Gx 9 47.7 -32 50 c Ant 1.5 eF, vS, cE 140deg , bM, susp
2963 Gx 9 47.8 +72 58 s Dra 1.4 14. p vF, vS, R, bM
I 565 Gx 9 47.8 +15 51 u Leo 1.7 15. p F, S, dif
2957 Gx 9 47.9 +72 58 r Dra 15. p eF, *13 nr
3003 Gx 9 48.6 +33 25 s LMi 5.9 11.7 ! cB, L, vmE 90deg
2998 Gx 9 48.7 +44 05 s UMa 3.0 13. p pF, pL, E 51deg , bMN, r
3029 Gx 9 48.7 -08 03 r Sex pF, pS, R
3033 OC 9 48.8 -56 25 s Vel 5. 8.8 Cl, pL, pRi, iF, st 11...12
3002 Gx 9 49.0 +44 03 r UMa 16. p eeF, vS
3000 D* 9 49.1 +44 08 r UMa vF, S, iR, r
3017 Gx 9 49.1 -02 50 r Sex 14. p eF, vS, *11 np 3'
3004 D* 9 49.2 +44 07 r UMa eF, suspected
3005 Gx 9 49.2 +44 08 r UMa 16. p vF, pS, E nnp ssf
3014 Gx 9 49.2 -04 44 r Sex 14. p eF, pL, p of 2
3006 Gx 9 49.3 +44 01 r UMa 15. p vF, S, stellar
3036 OC 9 49.3 -62 41 A Car Cl, cL, lC
3015 Gx 9 49.4 +01 08 r Sex 14. p F, vS, alm stellar
I2511 Gx 9 49.4 -32 51 c Ant 3.1 pB, pS, eE, *7 np, np of 2
I2512 Gx 9 49.4 -32 51 c Ant 3.1 eeF, pS, mE, bet 2 st, sf of 2; = IC 2511
3025 Gx 9 49.5 -21 45 r Hya 15. p eF, vS, R, *9 s
3008 Gx 9 49.6 +44 05 r UMa 15. p pF, S, E, *13-14 p 1'
3011 Gx 9 49.7 +32 13 s Leo 1.2 14. p eeF, eS, stellar
3016 Gx 9 49.7 +12 42 r Leo 13. p vF, S, R, p of 2
3018 Gx 9 49.7 +00 37 r Sex 14. p vF, vS, bM
3012 Gx 9 49.8 +34 42 r LMi 15. p vF, pL, R, com
3022 Gx 9 49.8 -05 09 r Sex 14. p F, R, vglbM, f of 2
3023 Gx 9 49.9 +00 37 s Sex 3.1 13. p pF, pL, iR, lbM, dif
3028 Gx 9 49.9 -19 10 r Hya F, S, R, lbM
3019 Gx 9 50.0 +12 44 r Leo 15. p eF, f of 2
I 566 Gx 9 50.0 -00 14 z Sex 15. p vF, vS, R, bM
I2513 Gx 9 50.0 -32 53 c Ant 3.0 eeF, eS, R, D* nr sf, sp of 2; = IC 2514
I2514 Gx 9 50.0 -32 53 c Ant 3.0 eeF, eS, 3 F st nr f, nf of 2
3013 Gx 9 50.1 +33 34 r LMi 15. p pF, pS, R, bM, 3021 f
3020 Gx 9 50.1 +12 49 s Leo 3.2 13. p eF, pS, lE 0deg , r
3009 Gx 9 50.2 +44 18 r UMa 14. p pF, R, bM, r, p of 2
3030 Gx 9 50.2 -12 14 r Hya 15. p eF, vS, R, bM
3059 Gx 9 50.2 -73 55 s Car 3.2 12. p F, L, iR, glbM, S* inv
2985 Gx 9 50.4 +72 17 s UMa 4.3 10.5 vB, cL, R, psmbM, * inv f
3024 Gx 9 50.5 +12 46 s Leo 2.2 14. p eF, pL, E, r
I 567 9 50.5 +12 49 d Leo vF, suspected, 2' from 3024
3010 Gx 9 50.6 +44 20 r UMa 14. p F, psbM, rr, f of 2
3026 Gx 9 50.9 +28 33 s Leo 2.2 13. p eeF, pS, lE, v diffic
3021 Gx 9 51.0 +33 33 s LMi 1.7 13. p pB, pS, vlE, mbM, *10, 140deg
I 568 Gx 9 51.1 +15 44 u Leo 1.5 15. p F, pL, E pf, gbM
3038 Gx 9 51.3 -32 45 s Ant 2.6 13. p pB, pS, R
3037 Gx 9 51.4 -27 02 r Hya 14. p F, pS, R, lbM
I 569 Gx 9 51.5 +10 55 m Leo 0.2 15. p vF, dif, vlbM
3035 Gx 9 51.8 -06 49 r Sex 13. p pF, pL, R, sev vF st inv
I 570 Gx 9 51.8 +15 46 z Leo 16. p pF, S, R, gbM
3032 Gx 9 52.1 +29 14 s Leo 2.5 11.9 F, S, sbM *12, bet 2 B st
3039 Gx 9 52.5 +02 09 s Sex 1.3 14. p vF, S, iR
I 571 Gx 9 52.5 +15 46 m Leo 0.3 15. p pB, S, R, N = 12.5
I 572 Gx 9 52.5 +15 50 m Leo 0.4 15. p F, S, R, gbM
I2517 9 52.7 -33 44 d Ant eeF, S, R, susp
3040 Gx 9 53.0 +19 26 r Leo 14. p vF, vS, bM, r
3041 Gx 9 53.1 +16 41 s Leo 3.7 11.5 glob. cl. , F, L, R, vglbM, rr, 2 B st sp
3045 Gx 9 53.2 -18 39 r Hya 14. p vF, pS, R, lbM, sp of 2
3046 * 9 53.3 -27 19 r Ant pF, R, sp of 2
3042 Gx 9 53.4 +00 42 r Sex 14. p pB, S, vlE, gbM
3058 Gx 9 53.5 -12 30 r Hya 15. p eF, pL, D or biN, pos 210deg , dist 20"; = IC 573
I 573 Gx 9 53.6 -12 31 m Hya 1.2 15. p eF, vS, R, vS* close
3044 Gx 9 53.7 +01 35 s Sex 4.8 12.0 vF, vL, vmE 122deg
3051 Gx 9 53.8 -27 17 r Ant 14. p pF, S, R, gbM, nf of 2
3050 - 9 54.3 -10 22 r Sex vF, pS, vlE, gbMN
I 574 Gx 9 54.4 -06 58 m Sex 0.5 15. p pB, S, R, mbM, * 12s
3052 Gx 9 54.5 -18 38 s Hya 2.1 13. p F, pL, R, glbM, nf of 2
3054 Gx 9 54.5 -25 42 s Hya 3.9 12. p pB, L, irr oblong
3056 Gx 9 54.5 -28 18 s Ant 2.0 13. p pB, S, R, vgmbM, *11 att 204deg
3047 Gx 9 54.6 -01 18 r Sex 14. p vF, S, R
I 575 Gx 9 54.6 -06 51 a Sex F, S, R, gbM
I2515 Gx 9 54.6 +37 24 u LMi 1.1 15. p F, cS, E ns, r, biN?
3049 Gx 9 54.8 +09 16 r Leo 13. p vF, vS, F* vnr
I2516 Gx 9 54.8 +37 41 z LMi 15. p F, S, R, gbM
3048 Gx 9 55.0 +16 28 r Leo 15. p eF
I 576 Gx 9 55.1 +11 02 z Leo 15. p vF, vS, R
I2522 Gx 9 55.2 -33 08 s Ant 2.8 13. p vF, cL, R, *8 n, susp
I2523 Gx 9 55.2 -33 13 c Ant 1.6 vF, vS, cE 20deg , susp
3055 Gx 9 55.3 +04 16 s Sex 2.2 12.1 F, pL, vlE, vgbM, rr, *7 f 92s
3031 Gx 9 55.6 +69 04 s UMa 25.7 6.9 ! eB, eL, E 156deg , gsvmbMBN; = M81
3053 Gx 9 55.6 +16 26 r Leo 13. p vF, S, vlE, gbM
3064 Gx 9 55.6 -06 22 r Sex 14. p eF, vS, E 45deg
3027 Gx 9 55.7 +72 12 s UMa 4.7 12. p vF, vL, lE, r
3034 Gx 9 55.8 +69 41 s UMa 11.2 8.4 vB, vL, vmE (ray); = M82
I2518 Gx 9 56.0 +37 09 z LMi 16. p F, S, R, lbM
I2519 Gx 9 56.0 +34 02 z LMi 16. p F, vS, R, dif
I 577 Gx 9 56.1 +10 30 u Leo 0.7 14. p F, vS, iF, F* n
3043 Gx 9 56.2 +59 18 s UMa 2.0 14. p cF, pS, lE, vgbM, *10 n 7'
3061 Gx 9 56.2 +75 52 s Dra 2.0 14. p vF, pL, r
I 578 Gx 9 56.3 +10 29 u Leo 1.3 15. p F, vS, R, lbM
3060 Gx 9 56.4 +16 51 r Leo 14. p vF, cS, vlE, er
I2520 Gx 9 56.4 +27 14 u Leo 0.7 14. p F, vS, R, gbMN, r
3062 Gx 9 56.6 +01 26 r Sex 15. p vF, vS, alm stellar
I 579 9 56.6 -14 09 d Hya pF, pS, R
I2526 Gx 9 57.1 -32 15 c Ant 1.9 vF, S, R, *7.5 nf
I2521 Gx 9 57.3 +34 01 m LMi 0.5 15. p F, S, dif
I2524 Gx 9 57.5 +33 37 s LMi 0.7 15. p F, vS, R, stell
3072 Gx 9 57.6 -19 21 r Hya 13. p vF, pS, lE, glbM
3076 Gx 9 57.7 -18 11 r Hya 14. p eF, S, R
3069 Gx 9 57.9 +10 27 r Leo 15. p vF, vS; = IC 580
3070 Gx 9 58.0 +10 22 r Leo 13. p pB, pS, R, gmbMN, am 3 st
I 580 Gx 9 58.0 +10 27 m Leo 0.6 15. p pF, vS, iF
I 581 Gx 9 58.2 +15 56 u Leo 1.1 15. p pB, S, dif, N = 13 inv
3067 Gx 9 58.4 +32 22 s Leo 2.5 11.7 pB, pL, E 106deg , gbM, *9, 74deg , 4'
3078 Gx 9 58.4 -26 56 s Hya 1.9 11.1 pB, S, R, mbM
I2525 Gx 9 58.4 +37 06 z LMi 16. p F, S, R, gbM
3068 Gx 9 58.5 +28 53 r Leo 15. p eeF, eS, stellar (?)
3071 Gx 9 58.9 +31 37 r Leo 15. p neb *13
3082 Gx 9 58.9 -30 20 r Ant 14. p vF, S, R, D* att
3075 Gx 9 59.0 +14 25 r Leo 14. p vvF, *14 att, *11 f
3084 Gx 9 59.0 -27 08 r Ant 14. p vF, S, R, *13 att sf
I 582 Gx 9 59.0 +17 49 u Leo 1.1 15. p pB, S, iF, gbm
I 583 Gx 9 59.1 +17 50 u Leo 1.0 15. p F, vS, gbM
I 584 Gx 9 59.1 +10 22 m Leo 0.3 15. p eF, S, R, dif, 3070 p
I2528 Gx 9 59.1 -27 08 c Ant 2.0 eeF, eS, R, v diffic, eF D* s; = 3084
3087 Gx 9 59.2 -34 13 s Ant 1.9 13. p pB, S, R, pmbM, bet 2 st
3081 Gx 9 59.5 -22 50 s Hya 2.2 12. p vF, cS, lbM, triangle S st np; = IC 2529
I2529 Gx 9 59.5 -22 50 c Hya 2.3 eeF, eS, eF* att; = 3081
3085 Gx 9 59.6 -19 29 r Hya 14. p vF, S, mE 90deg
3089 Gx 9 59.6 -28 20 s Ant 1.9 13. p pF, pS, R, vS st inv
3074 Gx 9 59.7 +35 24 s LMi 2.5 15. p vF, pL, iR, vgvlbM
I 585 Gx 9 59.7 +13 02 n Leo 0.2 15. p *13 in eF, S neb
3080 Gx 9 59.9 +13 03 r Leo 14. p vF
3083 Gx 9 59.9 -02 52 r Sex 14. p eF, S, E
I 586 Gx 9 59.9 -06 55 m Sex 0.4 15. p F, vS, mottled
I2531 Gx 9 59.9 -29 37 c Ant 6.3 eeF, pS, cE, 4 st n, nf, D* np
3095 Gx 10 00.1 -31 33 s Ant 3.2 13. p F, L, E, vgvlbM
I2527 Gx 10 00.1 +38 10 z LMi 15. p F, vS, R, N
I2532 Gx 10 00.1 -34 14 c Ant 1.8 cB, S, stell N
3086 Gx 10 00.2 -02 58 r Sex 14. p eF, S, iR
3091 Gx 10 00.2 -19 38 s Hya 2.2 13. p pB, pS, iR, bM, p of 2
I2533 Gx 10 00.5 -31 15 c Ant 1.7 cB, S, R
3090 Gx 10 00.6 -02 57 r Sex 14. p vF, vS
3096 Gx 10 00.7 -19 39 r Hya 15. p eF, R, lbM, f of 2
3100 Gx 10 00.7 -31 40 s Ant 2.8 13. p pB, pS, R, gpmbM
3103 Gx 10 00.7 -31 40 D Ant eF, pL, R; = 3100
3105 OC 10 00.8 -54 46 s Vel 2. 9.7 Cl, C, lE, st 13...16
3073 Gx 10 00.9 +55 37 s UMa 1.5 13. p vF, S, vglbM
3092 Gx 10 00.9 -03 00 r Sex 14. p eF, S
3093 Gx 10 01.0 -02 57 r Sex 15. p eF, vS
3088 Gx 10 01.1 +22 24 r Leo 15. p vF, S
3094 Gx 10 01.5 +15 47 r Leo 13. p F, bM, *9 0'.5 sf
I2530 Gx 10 01.5 +37 12 z LMi 15. p F, vS, stell
I2534 Gx 10 01.5 -34 07 c Ant 2.8 cB, S, R
3063 D* 10 01.6 +72 08 r UMa F, pS, R
3101 Gx 10 01.7 -02 59 r Sex 15. p eF
3065 Gx 10 01.9 +72 10 s UMa 2.0 12.0 pF, vS, R, bM, *11 nr
3079 Gx 10 02.0 +55 41 s UMa 7.6 10.6 vB, L, mE 135deg
3066 Gx 10 02.2 +72 07 s UMa 1.2 12.9 vF, vS, vglbM
I 588 Gx 10 02.2 +03 03 u Sex 1.1 15. p F, S, R, mottled
3098 Gx 10 02.3 +24 43 s Leo 2.6 12.0 pB, S, E 85deg , psbMN
3108 Gx 10 02.6 -31 41 r Ant 13. p F, S, R, glbM
3099 Gx 10 02.7 +32 42 r LMi 15. p eF, S
3114 OC 10 02.7 -60 07 s Car 35. 4.2 Cl, eL, lC, B, st 9...14
I 587 10 03.0 -02 24 F Sex F, pL, R
3109 Gx 10 03.1 -26 09 s Hya 14.5 10. p cF, vL, vmE 82deg , lbM
3077 Gx 10 03.3 +68 44 s UMa 4.6 9.9 cB, cL, mbM, R with ray
3107 Gx 10 03.3 +13 38 d Leo 13. p pF, pL, iR, *8, 148deg , 112"
I2536 Gx 10 03.5 -33 57 c Ant 1.9 F, S, E 50deg , cbM
3149 Gx 10 03.8 -80 25 c Cha 2.1 F, S, lE, vlbM, *15 inv
3104 Gx 10 03.9 +40 45 s LMi 3.2 13. p eF, pL, E, vF* inv
3106 Gx 10 03.9 +31 11 r LMi 14. p F, S, R, sbM
I2537 Gx 10 03.9 -27 34 s Ant 2.7 12.2 eeF, L, cE
I2538 Gx 10 03.9 -34 48 c Ant 1.6 vF, vS, R, cbM
3112 Gx 10 04.0 -20 46 r Hya eF, eS, R; neb?
3110 Gx 10 04.1 -06 28 r Sex 13. p F, vS, iR, r
3097 - 10 04.3 +60 08 r UMa neb*? 2' np 3102
I2539 Gx 10 04.3 -31 22 c Ant 1.7 cF, vS, cE 30deg , vmbM
3113 Gx 10 04.4 -28 27 s Ant 3.2 14. p eF, L, triangle 2 st 8m
I 589 10 04.4 -05 41 d Sex vF, vS, biN?
I2535 Gx 10 04.5 +38 03 m LMi 0.7 14. p pB, pS, E 110deg , gbM, r
3102 Gx 10 04.6 +60 07 r UMa 14. p vF, vS, R, bM, *11, 142deg
3115 Gx 10 05.2 -07 43 s Sex 8.3 9.2 vB, L, vmE 46deg , vgsmbMEN
3120 Gx 10 05.4 -34 13 r Ant F, pS, R, gbM
3057 Gx 10 05.6 +80 17 s Dra 2.5 14. p eF, pL, vlbM, 2 S st s
3136 Gx 10 05.8 -67 23 s Car 2.5 11.0 pB, pS, R, gbM, *13 n
I2541 Gx 10 05.8 -17 27 m Hya 1.2 14. p F, eE 5deg , vmbM
3128 Gx 10 05.9 -16 07 r Hya 14. p eF, pL, mE 170deg , lbM
I 590 Gx 10 05.9 +00 38 u Sex 1.1 14. p F, dif; neb D*?
3111 Gx 10 06.2 +47 16 r UMa 14. p pB, S, R, smbM *12
3117 Gx 10 06.2 +02 54 r Sex 14. p vF, vS, R, S* inv
3127 Gx 10 06.3 -16 07 r Hya 14. p eF, pL, mE 45deg
3122 Gx 10 06.5 -06 32 r Sex F, S, lE, er
3116 Gx 10 06.6 +31 06 r LMi 15. p neb *13
3119 Gx 10 06.6 +14 19 r Leo 15. p vF
3125 Gx 10 06.6 -29 56 s Ant 1.5 13. p cF, S, R, vgbM
I2545 10 06.6 -33 51 d Ant eF, eS, cE 25deg , 2 st
3124 Gx 10 06.7 -19 13 s Hya 3.2 12. p F, pL, R, lbM, D* s
3121 Gx 10 06.8 +14 23 r Leo 14. p pF, pL, glbM, *9.5 np
I2540 Gx 10 06.9 +31 28 m LMi 0.8 15. p F, vS, R, gbMN
3123 - 10 07.0 +00 04 r Sex neb, no description
3132 Pl 10 07.0 -40 26 s Vel 0.8 8. p !! PN , vB, vL, lE *9 M, 4s d
I2546 10 07.1 -33 15 d Ant vF, vS, R, bet 2 st
3133 Gx 10 07.2 -11 57 r Hya eF, vS, R
3118 Gx 10 07.3 +33 02 r LMi 14. p S group of vF st in vF neb
I 591 Gx 10 07.5 +12 16 s Leo 1.4 14. p pF, S, R
I 592 Gx 10 07.9 -02 30 u Sex 1.0 14. p F, S, R, dif
I2542 10 07.9 +34 10 d LMi F, pS, glbM
I2548 Gx 10 07.9 -35 14 c Ant 2.4 eF, vS, R, bM, dif
3126 Gx 10 08.2 +31 52 r LMi 13. p F, S, lE, N = *15
3130 Gx 10 08.2 +09 59 r Leo 14. p eF, S, psbM, *5 sf
I 593 Gx 10 08.3 -02 32 u Sex 0.8 14. p F, S, R, gbM
3129 - 10 08.4 +18 25 r Leo eF, cS, vlE, r
I2543 Gx 10 08.4 +37 50 z LMi 16. p F, S, R, N, r
I2544 Gx 10 08.4 +33 21 z LMi 15. p F, S, dif
I 594 Gx 10 08.6 -00 40 u Sex 1.1 15. p F, S, R, gbM, r
3131 Gx 10 08.7 +18 15 r Leo 14. p pB, pS, pmE, gbM
I2554 Gx 10 08.9 -67 02 c Car 2.7 cF, S, cE 10deg , N, spir
3138 Gx 10 09.1 -11 58 r Hya 15. p eF, vS, R, 1st of 2
3137 Gx 10 09.2 -29 04 t Ant 6.8 vF, S, lE
3141 - 10 09.3 -16 38 r Hya eF, S, R, 2nd of 2
I2553 Pl 10 09.3 -62 37 s Car 0.2 13. p PN , stellar
3134 - 10 09.5 +12 20 r Leo vF, disc
3140 Gx 10 09.5 -16 37 s Hya 1.4 14. p eF, pS, R, sbMN, 1st of 2
3195 Pl 10 09.5 -80 52 s Cha 0.6 ! PN , pB, S, lE, 13s d, 3 S st nr
I 595 Gx 10 09.7 +11 00 z Leo 15. p F, vS, R, lbM
3139 Gx 10 10.1 -11 47 r Hya 15. p eF, vS, R, 2nd of 2
3142 Gx 10 10.1 -08 29 r Sex 14. p F, R
3143 Gx 10 10.1 -12 35 s Hya 0.9 14. p F, S
I2547 10 10.1 +36 31 d LMi F, S, R, dif
3145 Gx 10 10.2 -12 26 s Hya 3.3 12. p F, pL, mE, vgslbM, lambda Hya np
I 597 10 10.2 -06 54 d Sex F, vS, R
I2549 10 10.2 +36 28 d LMi F, S, R, gvlbM
I2550 Gx 10 10.4 +27 57 u LMi 1.1 15. p F, cS, R, dif
I 596 Gx 10 10.6 +10 02 m Leo 0.8 15. p F, S, dif
I2551 Gx 10 10.7 +24 25 u Leo 1.3 15. p F, vS, R, stell
I2552 Gx 10 10.8 -34 51 c Ant 1.8 cB, S, R, bM
3135 Gx 10 10.9 +45 58 r UMa 14. p F, S, R, gbM
3146 Gx 10 11.2 -20 52 r Hya 13. p eF, S, R, gbM
I2555 Gx 10 11.7 -31 39 c Ant 2.4 eF, vS, eE 45deg , cbM; = 3157
3157 Gx 10 11.8 -31 38 A Ant vF, pS, E, *8-9 sp
I2556 Gx 10 12.6 -34 44 c Ant 2.1 eF, S, stell N
3156 Gx 10 12.7 +03 08 s Sex 2.1 13. p F, cS, R, psbM, *9-10 sf 2'
3153 Gx 10 12.9 +12 40 s Leo 2.3 13. p eF, pL, vlE, r, st inv
3154 Gx 10 13.1 +17 03 r Leo 14. p F, S, R, lbM
I 598 10 13.1 +43 14 d UMa vF, vS, R, bM, alm stell
I 599 Gx 10 13.3 -05 38 m Sex 1.0 14. p pF, S, vlbM
3148 Gx 10 13.4 +50 28 r UMa 16. p *7 in photosphere 2' or 3' d
3150 Gx 10 13.4 +38 41 r LMi 15. p vF, S
3151 Gx 10 13.5 +38 37 s LMi 1.0 15. p vF, vS
3162 Gx 10 13.5 +22 44 s Leo 3.1 11.6 pF, cL, R, vglbM, r, S* inv
3165 Gx 10 13.5 +03 23 s Sex 1.6 15. p vF, mE 0deg , 1st of 3
3152 Gx 10 13.6 +38 50 v LMi 1.0 eF, vS, iR, eF* close sp
3158 Gx 10 13.8 +38 46 s LMi 2.3 11.8 cB, cS, R, psbM, r
3166 Gx 10 13.8 +03 26 s Sex 5.2 10.6 B, pS, R, psmbM, 2nd of 3
3159 Gx 10 13.9 +38 39 s LMi 1.3 13.4 vF, vS, stellar
3160 Gx 10 13.9 +38 52 r LMi 15. p vF, vS, lE
3161 Gx 10 14.0 +38 39 v LMi 1.0 vF, vS
3163 Gx 10 14.1 +38 39 s LMi 1.4 13.1 F, S, R, gbM
3169 Gx 10 14.2 +03 28 s Sex 4.8 10.5 B, pL, vlE, pgmbM, *11, 78deg , 80", 3rd of 3
3197 Gx 10 14.4 +77 49 r Dra 14. p vF, vS (place??)
3173 Gx 10 14.5 -27 41 r Ant 14. p eF, S, R, 2 B st f
3167 - 10 14.6 +29 36 r LMi F, S; vS Cl of vF st?
3175 Gx 10 14.7 -28 52 s Ant 4.8 11.3 cB, L, mE 51deg , vglbM
I2558 Gx 10 14.7 -34 20 c Ant 1.6 cF, vS, cE 10deg , cbM
I2559 Gx 10 14.8 -34 04 c Ant 1.8 eF, S, lE 10deg , cbM
3164 Gx 10 15.2 +56 41 r UMa 14. p eF, S, R, vglbM
3176 - 10 15.3 -19 01 r Hya eF, pS, iR; neb?
3144 Gx 10 15.5 +74 13 s Dra 1.4 14. p vF, S, R, *13 att f
3171 Gx 10 15.6 -20 39 F Hya eF, S, R, gbM
3170 - 10 16.1 +46 36 r UMa F, S, R
3178 Gx 10 16.1 -15 47 r Hya 13. p pB, pL, gpmbM
I2557 Gx 10 16.1 +38 05 m LMi 0.3 15. p vF, vS, R
I2560 Gx 10 16.3 -33 34 c Ant 4.1 eF, pS, am 4 st
3168 Gx 10 16.4 +60 14 r UMa 14. p F, psbM, stellar, *7-8 np 5'
3177 Gx 10 16.6 +21 07 s Leo 1.7 12.3 cF, S, R, psbM
3147 Gx 10 16.9 +73 24 s Dra 4.0 10.7 vB, L, R, vgvsvmbM
3199 Nb 10 17.1 -57 55 s Car 22. ! vB, vL, falcate, D* inv
I 600 Gx 10 17.2 -03 30 t Sex 2.3 F, pS, R, gbM
3155 Gx 10 17.6 +74 21 r Dra 14. p vF, S, R
3185 Gx 10 17.6 +21 41 s Leo 2.3 12.2 pF, pL, gmbM
3186 Gx 10 17.6 +06 57 r Leo 15. p pF, vS, gbM, sev F st nr
3201 Gb 10 17.6 -46 25 s Vel 18.2 6.8 glob. cl. , vL, iR, lCM, st 13...16
3187 Gx 10 17.8 +21 52 s Leo 3.3 13.1 vF, E
3211 Pl 10 17.8 -62 40 s Car 0.2 12. p plan = *10, R, am 150 st
3179 Gx 10 18.0 +41 06 r UMa 14. p S, R, bMN, in line with 2 st
3180 - 10 18.1 +41 25 r UMa vF, E, connected with 3184
3190 Gx 10 18.1 +21 50 s Leo 4.6 11.0 B, pS, E, psbMN
3181 - 10 18.2 +41 24 r UMa vF, E, connected with 3184
3189 Gx 10 18.2 +21 50 u Leo 4.5 12. p vvF, mE, parallel to 3190
I 601 Gx 10 18.2 +07 02 m Leo 0.6 15. p vF, vS, dif, sbM
3184 Gx 10 18.3 +41 25 s UMa 6.9 9.8 pB, vL, R, vgbM
I 602 Gx 10 18.3 +07 03 v Leo 1.1 pB, S, E ns
3193 Gx 10 18.4 +21 54 s Leo 2.8 10.9 B, S, vlE, pslbM, *9.5 354deg , 80"
3200 Gx 10 18.6 -17 59 s Hya 4.8 12. p pB, E 160deg , bMN
3196 Gx 10 18.8 +27 40 r Leo 15. p eeF, pS, lE
I2562 Gx 10 18.8 +16 08 m Leo 0.6 15. p F, S, gbM, dif
I2563 Gx 10 18.9 -32 36 c Ant 1.6 eF, vS, eE 110deg , eF* s
3192 Gx 10 19.0 +46 27 A UMa eF, vS; = 3191
3191 Gx 10 19.1 +46 28 s UMa 0.8 14. p F, S, R, bM
I2561 Gx 10 19.1 +34 40 u LMi 1.1 15. p F, S, E 200deg , gbM
I 603 Gx 10 19.4 -05 39 m Sex 0.4 14. p F, vS, R, N = 13.5
3182 Gx 10 19.5 +58 12 s UMa 2.3 13. p cB, cL, iR, vgbM
3203 Gx 10 19.6 -26 42 s Hya 3.0 13. p pB, S, cE, gbM
3188 Gx 10 19.7 +57 25 s UMa 1.1 15. p vF, pL, r
3208 Gx 10 19.7 -25 51 s Hya 1.9 14. p eF, pL, iR, gbM
3198 Gx 10 19.9 +45 33 s UMa 8.3 10.4 pB, vL, mE 45deg , vgbM
3204 Gx 10 20.2 +27 49 r Leo 15. p eF, pL, gbM
3202 Gx 10 20.5 +43 01 s UMa 1.4 14. p cF, S, R, vgbM, 1st of 3
3209 Gx 10 20.6 +25 29 r Leo 14. p F, S, R, has a *
3174 - 10 20.8 +75 09 r Dra cF, S, stellar, S* f nr; = 3144?
3205 Gx 10 20.8 +42 57 r UMa 14. p cF, S, R, vgbM, 2nd of 3
3207 Gx 10 21.0 +42 58 r UMa 14. p cF, S, R, stellar, 3rd of 3
3213 Gx 10 21.3 +19 39 s Leo 1.2 14. p vF, vS, R, r
I2565 Gx 10 21.3 +27 56 v LMi F, vS, R, stell
3217 - 10 21.4 +10 53 r Leo vF disc
I2564 10 21.4 +36 27 d LMi F, S, R, gbM stell N
3223 Gx 10 21.6 -34 16 s Ant 4.1 12. p pB, vL, vlE, pslbMN; = IC 2571
3224 Gx 10 21.6 -34 42 r Ant vF, pS, R, vgmbM
I2570 Gx 10 21.6 -33 37 c Ant 1.3 eF, eS, mE 150deg , 3 st sf
I2571 Gx 10 21.6 -34 16 c Ant 4.3 vF, cS, R, mbM, *9 f 9s ; = 3223
3216 Gx 10 21.7 +23 54 r Leo 15. p vF, pS, R, bM
3183 Gx 10 21.8 +74 10 s Dra 2.5 13. p F, pL, E, lbM
3206 Gx 10 21.8 +56 56 s UMa 3.0 12. p pB, cL, E, vglbM
3228 OC 10 21.8 -51 43 s Vel 18. 6.0 Cl, 9 L and a few S st
3233 Gx 10 22.0 -22 16 r Hya 14. p eF, pL, iF, stell N
I2567 Gx 10 22.0 +24 39 m Leo 0.7 16. p F, vS, R, r
3221 Gx 10 22.3 +21 34 s Leo 3.3 14. p eF, mE, ray
I 605 Gx 10 22.4 +01 12 u Sex 0.7 14. p f, S, R, gbM
I2566 Gx 10 22.4 +36 36 m LMi 0.7 15. p F, S, R, gbM, r
I2568 10 22.5 +36 38 d LMi F, S, R, N, r
3222 Gx 10 22.6 +19 53 s Leo 1.3 12.8 F, lbM, rr; biN?
3219 Gx 10 22.7 +38 34 r LMi 15. p eF, S, R, lbM
I2569 10 22.9 +24 36 d Leo R, vS, R, stell
3194 - 10 23.0 +74 47 r Dra vF, vS; = 3155?
3214 Gx 10 23.1 +57 02 s UMa 1.0 15. p cB, vS, R, sbM, 5' p 3220
3226 Gx 10 23.4 +19 54 s Leo 2.8 11.4 pB, cL, R, D with 3227, pos 159deg , 138"
3229 D* 10 23.4 +00 04 A Sex F
3227 Gx 10 23.5 +19 52 s Leo 5.6 10.8 pB, cL, R, D with 3226
I 606 Gx 10 23.5 +10 58 m Leo 0.4 15. p vF, vS, R, dif
I2573 Gx 10 23.5 -35 27 c Ant 1.5 eF, vS, eE 0deg
3220 Gx 10 23.7 +57 02 s UMa 1.6 14. p pF, cL, E 92deg , *9 f 9'.5
3230 Gx 10 23.7 +12 33 r Leo 14. p pF, pS, sbM *14, *9-10 s 19"
I 604 10 23.8 +57 02 d UMa eeF, vS, vmE (sev eF st in line?)
I 607 Gx 10 24.2 +16 45 u Leo 1.5 15. p eeF, pS, R, v diffic, * sp
3232 Gx 10 24.3 +28 01 r LMi 15. p eF, *11 p 150", ls, p of 2
3241 Gx 10 24.3 -32 29 s Ant 1.5 12.7 F, pmE, glbM, *11 np
I 608 Gx 10 24.3 -06 02 m Sex 0.7 15. p F, S, R
3240 Gx 10 24.5 -21 47 r Hya 14. p eF, S, R, * nr
3242 Pl 10 24.8 -18 38 s Hya 20.8 9. p ! PN , vB, lE 147deg , 45" d, blue
3234 10 24.9 +27 01 D Leo pB, pS, R, psbM
3235 Gx 10 24.9 +28 01 r LMi 14. p F, S, f of 2
I2572 Gx 10 25.0 +28 06 u LMi 1.0 16. p pF, S, iF
3225 Gx 10 25.1 +58 09 s UMa 2.3 13. p cF, pL, lE, vgbM
3239 Gx 10 25.1 +17 10 s Leo 5.2 12. p vF, *9 inv nr M
I2575 10 25.4 -32 39 d Ant eF, vS, R
3244 Gx 10 25.5 -39 50 v Ant 1.9 vF, *11 n 90"
I 609 Gx 10 25.5 -02 13 u Sex 1.6 14. p F, pL, R
3237 Gx 10 25.8 +39 39 r UMa 14. p vF, vS, R, pgbM
3247 C+N 10 25.9 -57 56 s Car 7. 7.6 st inv in neb
I2576 10 26.0 -32 55 d Ant F, S, R
3249 Gx 10 26.3 -34 58 r Ant eF, pL, R, vgvlbM
3243 Gx 10 26.4 -02 38 r Sex 14. p vF, S, lE, bet 2 st
3218 - 10 26.5 +74 39 r Dra cB, cL, er (place??)
3250 Gx 10 26.5 -39 57 s Ant 3.2 11.0 pB, pL, R, vgpsbM, *13, 45deg
3255 OC 10 26.5 -60 40 s Car 2. 11.0 Cl, pS, vC, st 15
I 610 Gx 10 26.5 +20 14 v Leo 2.1 eeF, pS, cE, e diffic; = IC 611
I 611 Gx 10 26.5 +20 14 x Leo eF, S, lE
3231 - 10 26.7 +66 48 r UMa Cl, cL, P, lC, st 10...12
3238 Gx 10 26.7 +57 14 s UMa 1.6 14. p F, S, R, pslbM
3246 Gx 10 26.7 +03 52 s Sex 2.3 13. p eF, S, R, 2 st triangle, *6, 300deg , 8'
3236 Gx 10 26.8 +61 16 r UMa 15. p eF, vS, psbM, 2 st 11-12 f
I 614 Gx 10 26.9 -03 27 m Sex 0.7 15. p vF, dif
I 612 Gx 10 27.1 +11 03 m Leo 0.3 15. p F, vS, dif, vlbM
I 613 Gx 10 27.1 +11 01 m Leo 0.3 15. p F, vS, R
3210 Gx 10 27.2 +79 51 a Dra stellar, 1st of 3 in line, 1' apart
3245 Gx 10 27.3 +28 30 s LMi 3.2 10.8 vB, pL, E 0deg , smbMEN
I 615 Gx 10 27.3 +11 05 u Leo 1.4 15. p vF, S, R
I2578 Gx 10 27.4 -33 53 c Ant 1.4 eF, vS, eE 135deg
I2581 OC 10 27.4 -57 38 s Car 8. 4.3 Cl, around *5.4m
3248 Gx 10 27.8 +22 50 r Leo 14. p pB, S, R, psbM
3256 Gx 10 27.8 -43 54 s Vel 3.5 11.3 cB, S, R, gmbM
I2577 Gx 10 28.0 +32 46 m LMi 0.5 15. p F, cS, r, *12 nr
3212 Gx 10 28.1 +79 47 r Dra 14. p vF, S, 2nd of 3
I2580 Gx 10 28.3 -31 31 c Ant 2.1 cB, S, bM
I2574 Gx 10 28.4 +68 25 s UMa 12.3 10.6 vF, vL, iF
3253 Gx 10 28.5 +12 42 s Leo 1.4 14. p vF, pS, R
3257 Gx 10 28.8 -35 40 s Ant 1.1 vF, vS, R, psbM, 1st of 4
3258 Gx 10 28.9 -35 36 s Ant 1.8 11.7 cF, S, R, pslbM, 2nd of 4
3215 Gx 10 29.0 +79 46 r Dra 14. p vF, S, 3rd of 3
3261 Gx 10 29.0 -44 39 s Vel 4.1 12. p F, S, R, am st
3260 Gx 10 29.1 -35 36 s Ant 1.3 vvF, vS, R, pslbM, 3rd of 4
3262 Gx 10 29.2 -44 10 v Vel 1.2 eF, S, R
I2582 Gx 10 29.2 -30 21 c Ant 1.5 bM, indistinct (corner of plate)
3251 Gx 10 29.3 +26 05 r Leo 14. p vF, pL, 3 B st sp; = IC 2579
3254 Gx 10 29.3 +29 30 s LMi 5.1 11.5 cB, L, mE 45deg , psmbMN
3263 Gx 10 29.3 -44 08 v Vel 3.6 F, S, mE 280deg , psbM
I2579 10 29.3 +26 07 x Leo pB, pL, E 260deg , bM; = 3251?
3267 Gx 10 29.8 -35 19 s Ant 2.4 13. p eF, vS, R, 1st of 4
I2584 Gx 10 29.9 -34 55 c Ant 1.5 cB, bM
3268 Gx 10 30.0 -35 20 s Ant 2.0 11.8 F, S, R, 2nd of 4
3269 Gx 10 30.0 -35 13 s Ant 3.1 13. p F, S, R, bM, 3rd of 4
I2585 Gx 10 30.4 -35 22 c Ant 2.7 cB, bM; = 3271
3271 Gx 10 30.5 -35 22 s Ant 2.3 11.7 pF, S, E, pmbM, 4th of 4
3273 Gx 10 30.5 -35 37 s Ant 2.3 13. p vF, vS, R, pslbM, 4th of 4
3275 Gx 10 30.9 -36 44 s Ant 2.8 12. p F, L, vlE, pslbM
I2586 Gx 10 31.0 -28 43 c Hya 1.6 pF, vS, R, 4 st nr sp
I2587 Gx 10 31.0 -34 34 c Ant 2.4 cB, bM
3265 Gx 10 31.1 +28 48 s LMi 1.2 14. p pF, S, R, psbM, * sf
3276 Gx 10 31.1 -39 57 r Ant F, S, *8 p
I2583 Gx 10 31.2 +26 03 m Leo 0.3 15. p F, vS, R, stell
3270 Gx 10 31.5 +24 51 r Leo 14. p cF, vS, E, glbM
3278 Gx 10 31.6 -39 57 r Ant F, S, R, D* nf
I2588 Gx 10 31.8 -30 23 c Ant 1.5 eeF, pL, R, D* nr sf
3281 Gx 10 31.9 -34 51 s Ant 3.3 11.7 eF, pL, E, glbM
I2589 10 32.1 -24 03 d Hya eeF, eS, v diffic, *13 sf, *9 p 1'
3272 Gx 10 32.2 +28 27 r LMi F, vS, iR, 3277 nf
3274 Gx 10 32.3 +27 40 s Leo 2.2 12.8 F, pL, R, glbM, D* f
3282 Gx 10 32.3 -22 18 r Hya 14. p eF* in eF, vS neb, bet 2 st
3264 Gx 10 32.4 +56 05 s UMa 3.4 13. p eF, bet 2 S st
3259 Gx 10 32.6 +65 03 s UMa 2.3 13. p F, S, R, gbM
3280 Gx 10 32.6 -12 39 r Hya 16. p F, biN
3295 Gx 10 32.7 -12 38 D Hya eF, pL, bM, D or st inv; = 3280
3296 Gx 10 32.7 -12 43 r Hya eF, pS, R, bM
I 616 Gx 10 32.8 +15 52 u Leo 1.1 15. p F, pS, R
I 617 Gx 10 32.8 -12 38 m Hya 0.1 16. p vF, vS, R, bM
I 618 10 32.8 -12 44 d Hya F, S, E pf, lbM
3277 Gx 10 32.9 +28 31 s LMi 2.0 11.7 cB, cS, R, pgmbM
3283 10 32.9 -46 05 r Vel pF, S, R, gbM
3266 Gx 10 33.3 +64 45 s UMa 1.7 14. p cF, vS, R, psmbM *
I 621 Gx 10 33.3 +02 40 z Sex 15. p F, S, R
I 619 10 33.5 +12 33 d Leo eeF, S, R, 3 F st f
I 620 Gx 10 33.5 +11 53 z Leo 15. p vF, vS
3285 Gx 10 33.6 -27 27 s Hya 2.5 13. p pB, S, lE, gbM, 1st of 9
3289 Gx 10 34.2 -35 20 s Ant 2.2 eF, vS, R
I2596 Gx 10 34.2 -73 14 c Car 1.4 eF, pS, bM
3252 Gx 10 34.4 +73 46 s Dra 2.1 14. p eF, pS, mE, r
3279 Gx 10 34.6 +11 12 r Leo 14. p F, mE
I 622 Gx 10 34.6 +11 11 u Leo 2.9 14. p vF, pS, E, * 9s
3287 Gx 10 34.8 +21 39 s Leo 2.2 13. p F, pL, D* p 24s , s 4'
3290 Gx 10 35.1 -17 16 s Hya 1.4 14. p eF, S, lE 0deg , gbM, B* n 6'
I2592 Gx 10 35.1 -43 42 c Vel 1.9 F, pL, cE 15deg , spir?; = 3366
3366 Gx 10 35.2 -43 41 r Vel F, E, gbM, *6-7 vnr
3297 - 10 35.4 -12 42 r Hya eF, S, iR
I 623 Gx 10 35.4 +03 33 u Sex 1.1 15. p F, S, R
3292 Gx 10 35.6 -06 11 r Sex 14. p vF, vS, lE
3293 C+N 10 35.8 -58 14 s Car 40. 4.7 Cl, B, Ri, pL
3302 Gx 10 35.8 -32 22 r Ant 14. p eF, S, R
3284 * 10 36.0 +58 32 r UMa eF, vS
3291 Gx 10 36.1 +37 15 h LMi 1.0 14. p *13 inv in vF neb
I2594 Gx 10 36.1 -24 19 c Hya 2.2 eF, pS, R, bet 2 wide D st
3286 Gx 10 36.3 +58 37 r UMa 14. p vF, pS, R, pslbM
3294 Gx 10 36.3 +37 20 s LMi 3.3 11.7 cB, L, mE 135deg , glbM
3305 Gx 10 36.3 -27 10 s Hya 14. p vF, S, R, 2nd of 9
3307 Gx 10 36.3 -27 32 s Hya 1.0 16. p eeF, 3rd of 9
I 624 Gx 10 36.3 -08 21 v Sex 3.3 F, vS, R
I2590 Gx 10 36.3 +26 58 u Leo 1.1 15. p F, S, R, gbM, *12 close
I2593 10 36.3 -12 43 d Hya eF, cS; *?
3288 Gx 10 36.4 +58 33 s UMa 1.2 15. p eF, cS, R, vglbM
3299 Gx 10 36.4 +12 42 s Leo 2.1 13. p eF, cL, R, vgbM, r
3308 Gx 10 36.4 -27 26 s Hya 2.0 12.2 F, S, R, 4th of 9
I 625 10 36.5 -23 55 d Hya eF, pL, E 110deg , dif
3300 Gx 10 36.6 +14 10 s Leo 2.1 13. p cF, cS, R, pmbM, r, am B st
3309 Gx 10 36.6 -27 31 s Hya 1.9 11.9 B, L, R, p of Dneb, 5th of 9
I2591 Gx 10 36.6 +35 02 u LMi 1.5 14. p F, cS, E 200deg
3311 Gx 10 36.7 -27 32 s Hya 2.5 11.6 B, L, R, f of Dneb, 6th of 9
3301 Gx 10 36.9 +21 53 s Leo 3.6 11.4 cB, S, lE 53deg , psbM, r
3760 10 36.9 +21 53 D Leo B, pS, mbMN = *13, *11 p 4s , s 175"; = 3301
3312 Gx 10 37.0 -27 34 s Hya 3.6 12. p cF, E, gbM, 7th of 9; = IC 629
I 626 Gx 10 37.0 -07 01 m Sex 14. p F, S, R, r
I 629 Gx 10 37.0 -27 34 c Hya 3.0 vF, vS st inv, Cl?; = 3312
3303 Gx 10 37.1 +18 08 s Leo 3.0 15. p vF, vS, vlE, glbM, r
3298 Gx 10 37.2 +50 06 r UMa 15. p vF, pS, iE
3306 Gx 10 37.2 +12 39 s Leo 1.5 14. p F, S, R
3314 Gx 10 37.2 -27 41 s Hya 2.0 14. p 8th of 9 neb
3315 10 37.3 -27 46 A Hya vF, pL, iR, gvlbM, * 1' np; = 3314
3318 Gx 10 37.3 -41 38 s Vel 2.6 12. p cF, pL, pmE, lbM
3324 C+N 10 37.3 -58 38 s Car 16. 6.7 pB, vvL, iF, D* inv
I 627 Gx 10 37.3 -03 22 m Sex 0.4 14. p F, S, r
3317 Gx 10 37.4 -27 29 m Hya 0.6 14. p neb*, 5' n of 3316
I2599 10 37.4 -58 37 d Car *8.5 in neb, 3324 f 6s , 6' s
3313 Gx 10 37.5 -25 19 r Hya 13. p eF, pS, iR, gbMN, *15 s 3"
3304 Gx 10 37.6 +37 27 s LMi 1.7 14. p vF, cS, psbM, er
3316 Gx 10 37.6 -27 36 s Hya 1.2 15. p F, S, R, bM, 9th of 9
I 628 Gx 10 37.6 +05 35 u Sex 1.0 15. p vF, vS, iF
I2595 10 37.6 -11 07 d Sex cB, eS, R, alm stell
I2597 Gx 10 37.8 -27 05 c Hya 3.0 pB, pS, D* nr p
I 630 Gx 10 38.5 -07 10 m Sex 13. p F, eS, stellar, *9.5 sp 1'.5
3330 OC 10 38.6 -54 09 s Vel 7. 7.4 Cl, P, st 9...
3310 Gx 10 38.7 +53 30 s UMa 3.6 10.9 cB, pL, R, vg, vsmbMN 15"
3321 Gx 10 38.8 -11 39 t Hya 2.7 eF, pS, mE 160deg , * np end
3322 10 38.8 -11 39 D Hya F, iF, * p; = 3321
3331 Gx 10 39.0 -23 49 D Hya 14. p vF, S, vlE 0deg
I 631 10 39.0 -07 03 d Sex vF, vS, dif
3319 Gx 10 39.2 +41 41 s UMa 6.8 11.3 cF, L, iE, mb, s of M
I 632 Gx 10 39.2 -00 25 u Sex 1.0 15. p F, S, R, gbM
3325 Gx 10 39.3 -00 13 r Sex 14. p F, vS, vS* inv
I 633 Gx 10 39.4 -00 24 u Sex 0.6 14. p vF, vS, R, SN
3326 Gx 10 39.5 +05 06 r Sex 14. p vF, eS, stellar
3320 Gx 10 39.6 +47 24 s UMa 2.2 13. p F, pS, mE, *10 nf
3335 Gx 10 39.6 -23 56 r Hya 14. p vF, S, iR, gbM
3323 Gx 10 39.7 +25 19 r LMi 14. p vF, vS, R, lbM
3328 10 39.7 +09 13 D Leo vS Cl, not nebs
I2598 Gx 10 39.7 +26 44 z LMi 15. p F, S, R, N, r
3333 Gx 10 39.9 -36 03 v Ant eF, vS, mE, *15 att
3327 Gx 10 40.0 +24 05 r LMi 14. p vF, S, R, gbM, vS* att
3336 Gx 10 40.3 -27 46 r Hya 13. p vF, pL, lE, glbM
3332 Gx 10 40.4 +09 11 r Leo 13. p vF, S, lE 130deg
I 634 Gx 10 40.9 +05 59 u Sex 1.3 15. p vF, S, r
3334 Gx 10 41.4 +37 18 r LMi 14. p cF, vS, R, bM
I 635 Gx 10 41.7 +15 39 u Leo 1.3 15. p F, S, R, gbM
3337 Gx 10 41.8 +04 59 r Sex 15. p eF, vS, alm stellar
I 636 Gx 10 41.9 +04 20 u Sex 1.1 15. p vF, vS, r
3338 Gx 10 42.1 +13 45 s Leo 5.5 10.8 F, cL, E, vgbM, *7 p 10s
3339 * 10 42.2 -00 22 A Sex eF, stellar
3340 Gx 10 42.3 -00 23 A Sex 13. p F, S, R
3436 Gx 10 42.4 +07 56 r Leo eS
I 637 Gx 10 42.4 +15 20 z Leo 15. p F, vS, in line w 3 st
3341 Gx 10 42.6 +05 02 r Sex 15. p vF, vS
3342 * 10 42.7 +09 26 r Leo eF, eS
3347 Gx 10 42.8 -36 22 s Ant 4.4 13. p pF, S, mE 0deg +/- , vsvmbM, 1st of 3
3354 Gx 10 43.1 -36 22 s Ant 14. p F, S, vlE, psbM, 2nd of 3
I2602 OC 10 43.2 -64 24 s Car 50. 1.9 Cl, co, incl theta Car
3344 Gx 10 43.5 +24 55 s LMi 6.9 10.0 cB, L, gbM, * inv, 2 st f
3355 - 10 43.5 -23 12 r Hya neb, no description
3345 D* 10 43.6 +11 59 r Leo eeF (if anything)
3358 Gx 10 43.6 -36 23 s Ant 3.8 13. p cF, vS, vlE, vS* att, 3rd of 3
3346 Gx 10 43.7 +14 52 s Leo 2.8 12. p cF, vL, R, vgvlbM, er
3349 Gx 10 43.8 +06 45 r Leo 15. p eF, vS
3372 Nb 10 43.8 -59 52 s Car 120. ! great neb, eta Car
I 638 Gx 10 43.8 +15 53 z Leo 15. p F, vS, R
3351 Gx 10 44.0 +11 42 s Leo 7.4 9.7 B, L, R, pgmbMN; = M95
3356 Gx 10 44.2 +06 45 r Leo 13. p vF, pS, R, bM, *9 s 150" +/-
3352 Gx 10 44.3 +22 22 r Leo 14. p pB, S, R, bMN
3360 10 44.3 -11 36 D Sex vF, R, pair with 3361
3350 Gx 10 44.4 +30 43 r LMi 15. p eF, vS, 2 st 9-10 s
3357 Gx 10 44.4 +14 05 s Leo 1.9 15. p F, S, mbM
3361 10 44.4 -11 37 D Sex mE 160deg , brighter than 3360
3329 Gx 10 44.7 +76 49 s Dra 2.1 13. p pB, S, lE, psmbM
3362 Gx 10 44.8 +06 36 r Leo 13. p vF, pS, R, lbM, r
3363 Gx 10 45.3 +22 04 r Leo 14. p F, pS, iR, lbM, r
3353 Gx 10 45.4 +55 58 s UMa 1.5 12.7 F, cS, R, pgbM, * s 90"
I 639 Gx 10 45.9 +16 56 m Leo 0.7 15. p eF, S, mE ns, *10 nf 5'
3343 Gx 10 46.1 +73 21 s Dra 1.6 15. p pF, S, R, gbM
3365 Gx 10 46.3 +01 49 s Sex 4.7 13. p eF, L, eE 159deg , vgvlbM
3359 Gx 10 46.6 +63 13 s UMa 6.8 10.5 pB, L, E 0deg , glbM
3367 Gx 10 46.6 +13 45 s Leo 2.3 11.5 pB, cL, iR, vglbM, r, 1st of 3
3378 Gx 10 46.6 -40 01 r Ant cF, S, R, glbM
3369 Gx 10 46.7 -25 15 r Hya 15. p eF, vS, R
I2600 Gx 10 46.7 +72 19 m UMa 0.4 16. p eF, S, v dif
3368 Gx 10 46.8 +11 49 s Leo 7.1 9.2 vB, vL, lE, vsvmbM, r; = M96
I 640 10 46.8 +34 45 d LMi vF, pS, E, D ?
3371 * 10 47.0 +13 48 r Leo eF, R, 2nd of 3
3375 Gx 10 47.0 -09 57 r Sex 13. p F, S, R, gmbM
3370 Gx 10 47.1 +17 16 s Leo 3.1 12. p cB, pL, vlE, gbM, r
I2601 Gx 10 47.1 +72 18 z UMa 15. p eF, pS, sev eF st inv
3348 Gx 10 47.2 +72 50 s UMa 2.2 11.2 B, S, ilE, psbM, *11 282deg , 21s
3373 * 10 47.2 +13 40 r Leo F, R, 3rd of 3
3383 Gx 10 47.3 -24 27 r Hya 13. p F, pL, iR, glbM
3376 Gx 10 47.4 +06 03 r Sex 14. p vF, S
3377 Gx 10 47.7 +13 59 s Leo 4.4 10.2 vB, cL, lE, svmbMBN
3379 Gx 10 47.8 +12 35 s Leo 4.5 9.3 vB, cL, R, psbM, r; = M105
I 641 10 47.8 +34 40 d LMi vS, pS, dif
3374 Gx 10 47.9 +43 10 r UMa 14. p vF, cS, iR
3390 Gx 10 48.1 -31 32 s Hya 4.0 12.2 F, S, pmE 0deg
3450 Gx 10 48.1 -20 51 s Hya 2.7 14. p vF, L, R, vglbM, r
I 642 Gx 10 48.1 +18 11 u Leo 1.6 14. p vF, pS, lE, 2 st f
3380 Gx 10 48.2 +28 36 s LMi 1.9 14. p pB, pS, R, sbM
3385 Gx 10 48.2 +04 55 r Sex 13. p vF, S, R, s of 2
3386 Gx 10 48.2 +05 00 r Sex 15. p vF, S, lE, bM, n of 2
3387 Gx 10 48.2 +05 00 r Sex 15. p eF, eS
3384 Gx 10 48.3 +12 38 s Leo 5.9 10.0 vB, L, R, psmbM, 2nd of 3
3388 - 10 48.3 +08 36 r Leo F, R
3393 Gx 10 48.3 -25 10 r Hya 13. p F, S, R, psbM, 2 st 10 f
3381 Gx 10 48.4 +34 42 s LMi 2.4 13. p pF, cL, iR, vglbM, 1st of 3
I2603 * 10 48.4 +32 56 x LMi vF, pL, biN or D pf, bf
3364 Gx 10 48.5 +72 25 s UMa 1.9 14. p vF, L, R, vgbM, r, D* sf
3382 - 10 48.5 +36 44 r LMi F, S, iR; S Cl?
3389 Gx 10 48.5 +12 32 s Leo 2.7 11.8 F, L, E pf, vglbM, 3rd of 3
3391 Gx 10 48.9 +14 13 r Leo 13. p F, S, R, bet 2 st, nr
3399 Gx 10 49.4 +16 13 r Leo 14. p F, vS
I 643 Gx 10 49.4 +12 13 z Leo 15. p pF, S, E ns, lbM
I2604 Gx 10 49.4 +32 47 v LMi 1.4 F, cS, dif
3405 Gx 10 49.7 +16 14 r Leo 14. p F, eS, alm stell, close to S*
3395 Gx 10 49.8 +32 59 s LMi 1.9 12.1 cB, pS, ilE, 1st of 2
I2605 ? 10 49.8 +32 58 x LMi eF, S, 0'.3 ssp 3395
3396 Gx 10 49.9 +32 59 s LMi 2.8 12.2 pB, pS, ilE, 2nd of 2
3402 Gx 10 50.0 -12 40 r Hya F, R
3420 Gx 10 50.1 -17 15 r Hya 14. p eF, vS, R, pgbMN, *8.5 s 6'
3409 Gx 10 50.2 -17 03 r Hya 15. p eF, S, E 200deg , 2 vF st inv
I 645 10 50.2 -06 03 d Sex F, S, R
3404 Gx 10 50.3 -12 07 s Hya 2.6 14. p pB, vL, E pf; = IC 2609?
3411 Gx 10 50.3 -12 51 r Hya 13. p F, S, R, lbM
I2606 Gx 10 50.3 +37 57 z LMi 15. p F, S, E ns, dif
I2607 Gx 10 50.3 +38 00 m LMi 0.7 15. p vF, vS, vlbM, diffic
I2608 Gx 10 50.3 +32 46 x LMi F, vS, R, *14 att
I2609 10 50.3 -12 06 x Hya vf, S, bM; = 3404
3401 - 10 50.4 +05 48 r Sex eF (not verified)
3394 Gx 10 50.6 +65 43 r UMa 13. p cF, S, lE, vgbM
I 647 10 50.6 -12 52 d Hya eF, vS, dif, 3411 p
I 650 10 50.7 -13 27 d Hya pF, vS, R
3400 Gx 10 50.8 +28 28 s LMi 1.4 14. p pF, S, R, bM
3421 Gx 10 50.8 -12 27 r Hya 14. p F, R
3412 Gx 10 50.9 +13 25 s Leo 3.6 10.6 B, S, lE 135deg +/- , smbMN
3429 Gx 10 50.9 +09 15 r Leo pF, R
I 649 Gx 10 50.9 +01 11 m Sex 0.6 15. p F, S, lbM, *10.5 sp
3392 Gx 10 51.0 +65 46 r UMa 15. p vF, S, psbM, st nr
3417 Gx 10 51.0 +08 29 r Leo 15. p eF, vS, alm stell
I 648 Gx 10 51.0 +12 17 m Leo 0.8 15. p eF, vS, vF* inv, diffic
I 651 Gx 10 51.0 -02 08 v Sex 0.8 pB, pS, gbM, r
I 652 10 51.0 -12 38 d Hya F, vS, R, bM
3422 Gx 10 51.1 -12 24 r Hya 15. p F, R, only susp
3423 Gx 10 51.2 +05 50 s Sex 3.9 11.2 F, vL, R, vgbM, rr
3431 Gx 10 51.2 -17 01 r Crt 14. p eF, S, E 130deg , gbM
3413 Gx 10 51.3 +32 46 s LMi 2.4 13. p F, S
3414 Gx 10 51.3 +27 59 s LMi 3.6 10.8 B, pL, R, mbM
3418 Gx 10 51.3 +28 07 u LMi 1.2 14. p cF, S, R, bM
3419 Gx 10 51.3 +13 57 s Leo 1.1 13. p F, vS, R, alm stell, S* vnr
3425 Gx 10 51.4 +08 34 r Leo 14. p eF, eS, R
3427 Gx 10 51.4 +08 18 r Leo 14. p neb, no descr
3428 Gx 10 51.4 +09 17 r Leo 14. p vF, S, lE, glbM
3398 Gx 10 51.5 +55 23 v UMa 1.3 vF, S, E, er
I 644 Gx 10 51.5 +55 23 x UMa eeF, pS, lE, B* sf, sp of 2
3426 Gx 10 51.6 +18 28 r Leo 14. p pF, S, R, D* n
I 646 Gx 10 51.6 +55 28 x UMa eeF, pS, R, nf of 2
3415 Gx 10 51.7 +43 43 s UMa 2.4 13. p pB, S, vlE, stell, 3 S st nr
3416 Gx 10 51.7 +43 46 r UMa 15. p eF (F*?), n of 3415
3406 Gx 10 51.8 +51 02 r UMa 13. p pB, R, pgbM
3424 Gx 10 51.8 +32 54 s LMi 3.0 13. p pF, pL, lE, sp of 3
3410 Gx 10 51.9 +51 01 r UMa 15. p F, pS, dif, 2' sf 3406
3434 Gx 10 52.0 +03 48 r Leo 13. p F, pS, R, vglbM
3433 Gx 10 52.1 +10 09 s Leo 3.5 12. p vF, vL, R, vgbM
3446 OC 10 52.1 -45 09 A Vel Cl, pL, P, lC, iF, st 9...13
3408 Gx 10 52.2 +58 26 s UMa 1.0 14. p vF, cS, R, 2 pB st s
3430 Gx 10 52.2 +32 57 s LMi 3.9 11.5 pB, L, iE, gbM, 2nd of 3
I 653 Gx 10 52.2 -00 33 u Leo 2.3 14. p F, S, R, dif
I2610 ? 10 52.2 +33 04 x LMi vF, S, lbM, * 25" p
3407 Gx 10 52.3 +61 23 s UMa 1.7 15. p vF, vS, R, vS* nr
3438 Gx 10 52.4 +10 34 r Leo 14. p vF, eS, alm stell
3439 Gx 10 52.4 +08 34 r Leo 15. p eeF, vS, alm stell
3432 Gx 10 52.5 +36 37 s LMi 6.2 11.3 pB, pL, vmE 40deg , ** close sp
3441 Gx 10 52.5 +07 14 r Leo 14. p pB
3437 Gx 10 52.6 +22 56 s Leo 2.6 13. p pB, pL, lE 120deg , gbM
I2611 * 10 52.7 +10 07 x Leo eF
3449 Gx 10 52.9 -32 56 s Ant 2.6 13. p F, S, R, *6-7 sf
3443 Gx 10 53.0 +17 34 s Leo 2.5 14. p eeF, vS, R
3444 Gx 10 53.0 +10 13 v Leo 1.2 eF, vS, pmE
3442 Gx 10 53.1 +33 55 s LMi 0.7 13. p F, vS, R, mbM, r?
3447 Gx 10 53.4 +16 46 s Leo 3.8 13. p eF, vL, vgvlbM, B ** sp
I2612 Gx 10 53.6 +32 46 x LMi F, S, R, dif
3453 Gx 10 53.7 -21 47 r Hya F, S, R, bM
3403 Gx 10 53.9 +73 41 s Dra 3.1 13. p pF, L, iE, vgbM
3440 Gx 10 53.9 +57 07 s UMa 2.3 14. p vF, S, lE
I 654 10 53.9 -11 44 d Crt vF, S, diffic
3452 Gx 10 54.1 -11 24 r Crt 15. p eF, R, n of S*
3456 Gx 10 54.1 -16 02 s Crt 2.1 13. p eF, att to *12 f
3397 - 10 54.2 +77 17 r Dra cB, vS, iF; = 3329?
I2613 10 54.3 +32 58 x LMi B, pL, E 200deg , gmbM dif N; = 3430
3451 Gx 10 54.4 +27 14 r LMi 13. p F, pL, vlE, vlbM
I 655 Nb 10 54.4 -00 22 x Leo 1. eF, iF
3454 Gx 10 54.5 +17 21 s Leo 2.2 14. p pF, lE, np of 2
3455 Gx 10 54.5 +17 17 s Leo 2.8 13. p pF, S, E, gbM, r, sf of 2
3445 Gx 10 54.6 +56 59 s UMa 1.6 12.4 cB, pL, iR, vglbM, *10 nf 2'
3448 Gx 10 54.7 +54 19 s UMa 5.4 11.7 B, pL, mE 67deg , gbM
3457 Gx 10 54.7 +17 37 r Leo 13. p 2 or 3 S st and neb
3459 Gx 10 54.7 -17 04 r Crt 14. p vF, S, E, gbM
3464 Gx 10 54.7 -21 04 s Hya 2.8 13. p eF, pL, E 125deg
3435 Gx 10 54.8 +61 18 r UMa 14. p cF, pS, lE, vgbM
3460 10 54.8 +17 36 A Leo pB, R, no * nr; = 3457
3461 Gx 10 54.9 +17 39 r Leo F neb 5' nf 3460
3463 Gx 10 55.1 -26 07 r Hya 14. p F, S, R, glbM
I 656 OC 10 55.1 +17 36 x Leo vS, Cl, neb?
3462 Gx 10 55.3 +07 42 r Leo 13. p vF, vS, vlE, psbM
3458 Gx 10 56.0 +57 07 s UMa 1.7 13. p vB, vS, R, stellar
3466 Gx 10 56.3 +09 45 s Leo 1.3 15. p vF, *9 90deg , p of 2
3467 Gx 10 56.7 +09 46 r Leo 14. p vF, R, vsmbM *12, f of 2
3469 Gx 10 56.9 -14 18 r Crt 14. p eeF, S
3472 - 10 57.3 -19 38 r Crt eF, S, R, gbM
3468 Gx 10 57.4 +40 57 r UMa 14. p F, eS, R, bM
I 657 10 57.9 -04 54 d Leo F, pS, lE ns
3473 Gx 10 58.0 +17 07 r Leo 15. p vF, E, bet 2 st
3474 Gx 10 58.1 +17 05 r Leo 15. p vF, pS, R, s of 3473
3476 Gx 10 58.1 +09 17 r Leo 15. p eF, vS, alm stell
I 659 10 58.1 -06 16 d Leo F, S, R, bM
3477 Gx 10 58.2 +09 13 r Leo 15. p eeF, eS, stell
3475 Gx 10 58.3 +24 14 r Leo 14. p vF, R, gbM, *13 1' n (2' s?)
I 658 Gx 10 58.3 +08 15 m Leo 0.3 15. p F, vS, R, stellar
I 660 Gx 10 58.5 +01 23 z Leo 16. p vF, S, r
3482 Gx 10 58.6 -46 35 c Vel 2.0 eF, S, R, gbM
3470 Gx 10 58.7 +59 31 s UMa 1.7 14. p vF, S, R, vgbM
3479 Gx 10 58.9 -14 58 r Crt 13. p eF, pS, E 90deg , gbMN
3480 - 10 58.9 +09 21 r Leo S, stellar
I 661 Gx 10 58.9 +01 40 z Leo 16. p eF, vS, R, diffic
3483 Gx 10 59.0 -28 28 r Hya 13. p pF, S, R, bM, am st
3471 Gx 10 59.1 +61 32 s UMa 2.0 13. p vF, S, R, bM
3465 Gx 10 59.3 +75 12 r Dra 14. p eF, pL, R, vglbM, ** nf
I 662 Gx 10 59.4 +01 36 z Leo 16. p vF, SN, diffic
3478 Gx 10 59.5 +46 07 s UMa 2.8 13. p eF, S, R
3481 Gx 10 59.5 -07 31 r Crt 14. p eF, vS, rr, prob vF Cl, *9 5' sf
3496 OC 10 59.8 -60 20 s Car 9. 8.2 Cl, pL, pRi, lC, st 13
3490 Gx 10 59.9 +09 22 r Leo 15. p vF, S
3485 Gx 11 00.0 +14 50 s Leo 2.5 13. p F, L, R, glbM, r
3489 Gx 11 00.3 +13 54 s Leo 3.7 10.3 vB, pL, lE 80deg +/- , smbMN
I2621 Pl 11 00.3 -65 15 s Car 0.1 PN , stell, 10.5m
3486 Gx 11 00.4 +28 58 s LMi 6.9 10.3 cB, cL, R, gmbM
I 665 11 00.5 -13 52 d Crt F, vS, R, bM
3491 Gx 11 00.6 +12 10 r Leo 14. p eF, cS, R, bMN
I 663 Gx 11 00.6 +10 27 z Leo 16. p eF, vS, R, 2 st s, 1st of 4
3487 Gx 11 00.7 +17 35 r Leo 14. p eeF, pS, R, v diffic
I 664 Gx 11 00.7 +10 33 m Leo 1.0 15. p eF, vS, R, lbM, 3492 f
3492 Gx 11 00.9 +10 30 r Leo 14. p pF, S, *9.5 p 20s , 1' s
3494 - 11 01.2 +03 43 r Leo vS, 3495 6' s
3495 Gx 11 01.3 +03 38 s Leo 4.6 13. p vF, pL, mE
3503 Nb 11 01.3 -59 51 s Car 3. 3 S st 10 in vF neb
I 666 Gx 11 01.3 +10 29 z Leo 15. p eF, vS, iF, 4th of 4
3488 Gx 11 01.4 +57 41 s UMa 2.0 14. p eF or cB, vlE, pS, *13 s att
3497 - 11 01.4 -19 28 r Crt vF, vS, iR, glbM; = 3528?
3493 Gx 11 01.5 +27 44 r LMi 15. p vF, R, bM, * sp
I2614 11 01.6 +38 48 d UMa vF, vS, R
3500 Gx 11 01.7 +75 13 A Dra 15. p vF & eF, Dneb, v near
3498 *** 11 01.9 +14 23 r Leo eF, pL
I2615 11 02.0 +37 56 d UMa F, vS, R, lbM
I2618 11 02.0 +27 46 d LMi vS neb?
3502 Gx 11 02.1 -14 08 r Crt 14. p eF, pL, iR, glbM
I2616 Gx 11 02.2 +38 46 m UMa 0.2 15. p F, S, R, gbM, r
I2617 Gx 11 02.2 +38 39 m UMa 0.8 15. p F, S, R, FN
I2619 Gx 11 02.2 +37 57 z UMa 16. p F, vS, R stell
I2620 Gx 11 02.3 +38 30 u UMa 1.1 15. p F, S, R, N, r
3505 - 11 02.7 -15 29 r Crt pF, S, R, glbM, *14 nr
3523 Gx 11 02.8 +75 08 r Dra 14. p F, pL, lbM (place doubtful)
3501 Gx 11 02.9 +17 59 s Leo 3.7 13. p vF, mE ns, gbM, 3' long
3508 Gx 11 02.9 -16 18 r Crt 14. p F, S, bM, * 0'.5 nf
3484 - 11 03.0 +75 49 r Dra very doubtful object
3499 Gx 11 03.2 +56 13 s UMa 1.0 14. p vF, vS, stellar
3504 Gx 11 03.2 +27 58 s LMi 2.7 11.1 B, L, E, mbMN, rr, p of 2
3506 Gx 11 03.2 +11 05 s Leo 1.3 13. p vF, cS, R, vgvlbM
3511 Gx 11 03.4 -23 05 s Crt 5.4 12. p vF, vL, mE
3507 Gx 11 03.5 +18 08 s Leo 3.5 11. p cF, pL, R, sbMS *, *9 att 25deg
I2622 11 03.5 -16 14 d Crt eeF, eS, like D*
3510 Gx 11 03.7 +28 53 s LMi 3.8 12.9 F, L, cE, *7, 310deg , 8'
3513 Gx 11 03.8 -23 15 s Crt 2.8 12. p vF, vL, mE
I2623 11 03.8 -20 06 d Crt vF, vS
3514 Gx 11 03.9 -18 49 r Crt 13. p vF, pL, R, vgvlbM
3512 Gx 11 04.0 +28 02 s LMi 1.7 12.4 F, pS, R, pgbM, f of 2
3519 - 11 04.0 -61 22 r Car Cl, pRi, pC
3518 Gx 11 04.3 -06 28 r Leo eF, eS, lE
3509 Gx 11 04.4 +04 50 s Leo 2.3 14. p eF, S, lE?
3515 Gx 11 04.6 +28 14 s LMi 1.1 15. p vF, S, R, sev eF st inv
3520 Ast 11 05.5 -17 56 F Crt eF, vS, iR, gbM, sev vF st inv
3517 Gx 11 05.6 +56 31 s UMa 1.2 14. p eF, S, R, vgbM
3521 Gx 11 05.8 -00 02 s Leo 9.5 8.9 cB, cL, mE 140deg +/- , vsmbMN
3525 - 11 06.4 -19 27 r Crt F, pS, gbMN
3532 OC 11 06.4 -58 40 s Car 55. 3.0 !!, Cl, eL, R, lC, st 8...12
3524 Gx 11 06.5 +11 24 r Leo 13. p F, S, lE, psbM, 2 st np in line
I 667 Gx 11 06.5 +15 05 z Leo 15. p vF, vS, R, vlbM
3522 Gx 11 06.6 +20 04 r Leo 14. p pF, vS, lE
I 668 Gx 11 06.6 +15 02 m Leo 0.6 15. p vF, vS, R, bM
3516 Gx 11 06.8 +72 34 s UMa 2.3 11.6 pB, vS, iR, psmbM *
3531 11 06.9 +07 10 D Leo E 50deg , *11 at sp end; = 3526
3526 Gx 11 07.0 +07 10 r Leo 13. p eF, vmE 50deg +/-
3533 Gx 11 07.2 -37 10 v Cen 2.6 eeF, vS* att
3527 Gx 11 07.3 +28 32 r UMa 15. p eF, S, *10 p 60"
3528 Gx 11 07.3 -19 28 c Crt 3.0 F, S, R, pslbM, p of 2
3529 Gx 11 07.3 -19 33 c Crt 1.5 eF, S, R, vlbM, f of 2
I 669 Gx 11 07.3 +06 18 u Leo 1.6 14. p pB, vS, R, sbM
I2624 Gx 11 07.3 -19 28 c Crt 3.0 cB, pS, R, n of 2; = 3528
I2625 Gx 11 07.3 -19 33 c Crt 1.5 eeF, vS, R, s of 2; = 3529
I 670 Gx 11 07.4 +06 43 u Leo 1.3 15. p F, pS, R, bM
I 671 Gx 11 07.6 +00 47 u Leo 1.6 15. p vF, pS, R
I 672 Gx 11 08.0 -12 29 m Crt 0.5 15. p vF, vS
3535 Gx 11 08.5 +04 50 r Leo 14. p cF, vS, R, bM, r
3537 Gx 11 08.6 -10 26 r Crt 14. p vF, S, vF st inv
3530 Gx 11 08.7 +57 14 r UMa 14. p vF, S, R, pgbM
3534 Gx 11 08.7 +26 36 r Leo 15. p vF, *9 np 3'
3536 Gx 11 08.8 +28 29 r UMa 15. p F, S, R, bM
3541 Gx 11 08.8 -10 56 r Crt 15. p nebulous *
I2626 Gx 11 09.0 +26 55 z Leo 16. p F, vS, dif, diffic
3539 Gx 11 09.1 +28 40 r UMa 15. p eF
3540 Gx 11 09.3 +36 01 r UMa 14. p vF, R, psbM, *7 p 7'
I 673 11 09.5 -00 05 d Leo vF, vS, E pf, r
3551 Gx 11 09.6 +21 43 r Leo 15. p eeF, vS, R, sp of 2
3555 Gx 11 09.7 +21 44 r Leo 15. p vF, R, nf of 2
3546 Gx 11 09.8 -13 23 r Crt 14. p neb* 12, *12 2' nf
I2631 11 09.8 -76 37 d Cha *9 in L neb
3547 Gx 11 09.9 +10 43 s Leo 2.2 12.8 F, S, lE, vlbM
3565 - 11 09.9 -20 02 r Crt vF, vS, R, gbMN, 1st of 2
3566 - 11 09.9 -20 02 r Crt eeF, eS, R, gbM, 2nd of 2
I2627 Gx 11 09.9 -23 44 s Crt 2.7 12.0 eF, L, R, stell N
3542 Gx 11 10.0 +36 57 r UMa 15. p vF, S, irrR, lbM, r
3557 Gx 11 10.0 -37 32 s Cen 4.0 10.4 B, S, R, pgmbM, 1st of 3
3545 Gx 11 10.2 +36 58 r UMa 15. p vF, vS, irrR, lbM, r
3548 - 11 10.4 +36 02 r UMa eF, S, *8, p; = 3540?
3572 C+N 11 10.4 -60 14 s Car 20. 6.6 Cl, pRi, lC
3550 Gx 11 10.6 +28 46 s UMa 1.4 14. p F (var?), S, R, bM, *9 f 1', 1st of 4
3552 Gx 11 10.6 +28 42 r UMa 15. p eF, vS, 2nd of 4
3553 Gx 11 10.6 +28 42 r UMa 15. p eF, vS, forms Dneb with 3552
3564 Gx 11 10.6 -37 33 s Cen 2.1 12.2 pF, S, R, bM, 2nd of 3
3554 Gx 11 10.7 +28 40 r UMa 15. p vF, pS, R, bM, 3rd of 4
3559 Gx 11 10.7 +12 01 s Leo 1.5 14. p eF, pS, lE, r
3560 * 11 10.7 +11 11 r Leo F, S, R, gbM
I 675 11 10.7 +03 41 d Leo pB, pL, E ns, biN?
3543 Gx 11 10.8 +61 22 r UMa 15. p eF, vS, E 0deg +/- , r
3568 Gx 11 10.8 -37 27 v Cen 2.4 vF, pL, R, * inv, 3 B st nr, 3rd of 3
3549 Gx 11 10.9 +53 23 s UMa 3.2 12. p cB, cL, cE 160deg
3558 Gx 11 10.9 +28 33 s UMa 1.3 15. p pF, S
I 674 Gx 11 11.1 +43 38 u UMa 1.8 14. p pF, R, bM, D* sf
3561 Gx 11 11.2 +28 43 s UMa 1.1 15. p vF, pL, 4th of 4
3567 Gx 11 11.3 +05 50 r Leo 14. p eF, R, sbM, r
3573 Gx 11 11.3 -36 51 r Cen eF, S, R, glbM, 3 st 11 f
3563 Gx 11 11.4 +26 58 s Leo 1.4 15. p pF, pL, *8 2' n
3538 - 11 11.5 +75 34 r Dra vF, pL, *17 nr
3544 Gx 11 11.5 -18 17 c Crt vF, L, mE 95deg , bM; = 3571
3556 Gx 11 11.5 +55 40 s UMa 8.3 10.1 cB, vL, vmE 79deg , pbM, r; = M108
3571 Gx 11 11.5 -18 17 s Crt 3.3 13. p pF, pL, iF, bM
I2628 Gx 11 11.6 +12 08 z Leo 15. p pF, pS, R, bM, spir
3576 Nb 11 11.8 -61 23 d Car 20. F, lE, 1st of 6
3579 Nb 11 11.9 -61 14 d Car F, lE, sbM, 2nd of 6
3569 Gx 11 12.1 +35 27 r UMa 14. p F, vS, stell
3570 Gx 11 12.1 +27 35 s Leo 1.3 15. p vF, vS, R, bM
3581 Nb 11 12.1 -61 18 r Car *12 with fan-shaped neb att, 3rd of 6
3574 Gx 11 12.2 +27 37 v Leo 0.5 eF
3582 Nb 11 12.3 -61 16 r Car B, bM*, 4th of 6
3584 Nb 11 12.4 -61 12 r Car F, L, E 0deg , bM, 5th of 6
3586 Nb 11 12.6 -61 21 r Car eF, S, E 160deg +/- , 6th of 6
I2629 11 12.6 +12 06 d Leo F, S, R, bM
I 676 Gx 11 12.7 +09 04 u Leo 2.2 13. p vF, pS, lE, bet 2 dist st
I2630 11 12.7 +12 19 d Leo F, vS, R, spir
3578 - 11 12.8 -15 57 r Crt doubtful object, probably a neb
3562 Gx 11 12.9 +72 53 r Dra 13. p pF, pS, lE, gbM, *15, 22deg , 70"
3590 OC 11 12.9 -60 47 s Car 4. 8.2 Cl, pRi, C, E
3575 - 11 13.1 +22 40 r Leo pB, pL, R, *11 p
I2632 11 13.1 +11 40 d Leo F, S, R, bM
I2633 11 13.2 +11 36 d Leo F, cS, iF
3580 Gx 11 13.3 +03 40 r Leo 14. p vF, *14 f
3585 Gx 11 13.3 -26 45 s Hya 2.9 10.0 B, pL, E, vsmbMN, 2 B st triangle
I2634 Gx 11 13.5 +10 30 m Leo 0.4 15. p cB, cS, R, gbM
I2635 11 13.5 +11 28 d Leo F, S, stell N
I2636 11 13.6 +11 27 d Leo F, S, bM
3577 Gx 11 13.8 +48 16 s UMa 1.7 15. p eF, vS, p of 2
I2637 Gx 11 13.8 +09 36 u Leo 0.9 14. p pB, cS, R, bM
I 677 Gx 11 13.9 +12 19 u Leo 1.6 14. p F, pL, gbM
I2638 Gx 11 13.9 +10 34 u Leo 1.1 15. p cB, pS, E 100deg , bM
I2639 11 13.9 +09 39 d Leo F, S, R, bM, spir
3588 Gx 11 14.0 +20 24 r Leo 15. p vF, cS, 4s f delta Leo (& 8' s)
3591 Gx 11 14.1 -14 04 r Crt 14. p vF, S, iR, lbM
I 678 Gx 11 14.1 +06 35 m Leo 0.2 15. p F, S, r, N = 13.5
I2640 11 14.1 +11 00 d Leo F, S, iF
3583 Gx 11 14.2 +48 19 s UMa 2.8 12. p pB, pL, R, vgmbM
I2641 11 14.2 +09 24 d Leo F, S, iF
I2642 11 14.2 +10 16 d Leo vF, vS, R, bM, spir
3592 Gx 11 14.4 +17 16 s Leo 2.0 15. p eF, S, pmE 60deg
I2643 11 14.5 +10 08 d Leo cF, S, R, bM
I2644 11 14.5 +10 46 d Leo F, S, R
I2645 Gx 11 14.5 +11 54 z Leo 16. p pF, S, R, bM
3593 Gx 11 14.6 +12 49 s Leo 5.8 11.0 B, cL, E 90deg +/- , psmbM
3597 Gx 11 14.6 -23 43 r Crt 13. p vF, pS, R, bM
I2646 11 14.6 +12 32 d Leo vF, vS, iF
I2647 11 14.7 +12 09 d Leo eF, pL, iF
I2648 Gx 11 14.7 +10 14 z Leo 16. p cF, cS, R, bM
3587 Pl 11 14.8 +55 01 s UMa 3.2 11.2 !!, PN , vB, vL, R, vvg, vsbM, 150" d; = M97
I2649 Gx 11 14.8 +11 08 m Leo 0.6 15. p pB, S, R, bM, spir
I2650 11 14.9 +13 51 d Leo F, S, bM, iF
I2651 11 14.9 +12 15 d Leo F, S, R, bM
I2652 11 14.9 +12 27 d Leo vF, S, R, bM, spir
I2653 11 14.9 +10 33 d Leo vF, S, R
3596 Gx 11 15.1 +14 47 s Leo 4.2 12. p pF, L, R, glbM
3603 C+N 11 15.1 -61 15 s Car 12. 9.1 glob. cl. and neb, st 15...18
I2654 11 15.1 +12 30 d Leo vF, S, E 120deg
I2655 11 15.1 +12 10 d Leo eF, S, iF
I2656 11 15.1 +12 23 d Leo vF, S, iF, E 120deg
3589 Gx 11 15.2 +60 42 s UMa 1.7 15. p vF, L, E, vgbM, in triangle of L st
3598 Gx 11 15.2 +17 16 r Leo 13. p F, vS, stell, * n
I2657 11 15.2 +13 42 d Leo F, pL, dif, bet 2 st
I2658 * 11 15.2 +13 00 x Leo vF, cS, R, bM
3595 Gx 11 15.4 +47 27 s UMa 1.7 13. p vF, vS, vlE, stellar, cB* n
3599 Gx 11 15.4 +18 07 s Leo 2.8 11.9 B, pS, R, pgmbM
3601 Gx 11 15.5 +05 07 r Leo 14. p vF, pS, alm stell
I2659 * 11 15.5 +12 53 x Leo F, vS, R, bM, spir
I2660 11 15.5 +12 26 d Leo vF, S
I2661 Gx 11 15.5 +13 37 z Leo 15. p F, pS, E 100deg , bM
I2662 * 11 15.5 +12 46 x Leo F, vS, R, bM
I2668 Gx 11 15.5 -14 11 m Crt 1.0 14. p eF, S
I2663 * 11 15.6 +12 36 x Leo pB, vS, R, sbM *
I2664 * 11 15.6 +12 34 x Leo F, vS, lE 80deg , bM
I2665 11 15.7 +11 43 d Leo vF, pL, iF, N, 2 st 13 att
I2666 Gx 11 15.7 +13 47 m Leo 0.7 15. p cB, cS, E 20deg , bM
I2667 11 15.7 +12 07 d Leo F, vS, R, bM, spir
3600 Gx 11 15.8 +41 36 s UMa 4.3 12. p pF, S, lE 0deg +/- , vgbM
3602 Gx 11 15.8 +17 25 r Leo 15. p eeF, vS, alm stell
I2669 11 15.9 +13 26 d Leo F, S, E 50deg , bM
I2670 11 16.0 +11 47 d Leo F, vS, R, bM, spir
3594 Gx 11 16.1 +55 42 r UMa 15. p vF, vS, stellar
3620 Gx 11 16.1 -76 13 c Cha 2.8 F, pS, pmE, gbM
I2671 11 16.1 +13 08 d Leo F, vS, R, bM
I2672 11 16.1 +10 10 d Leo F, vS, R, bM
I2673 11 16.1 +10 10 d Leo F, pL, iF, N, *11 f 1'
3606 Gx 11 16.2 -33 49 r Hya eF, S, R, gbM
I2674 Gx 11 16.2 +11 03 u Leo 1.4 15. p F, pS, R, bM, spir
I2675 11 16.2 +12 15 d Leo F, vS, R
3604 - 11 16.3 +04 31 r Leo pB, S, lE, mbM; = 3611?
I2676 11 16.3 +09 50 d Leo F, S, iF, *11 sf 0'.5
I2677 11 16.3 +12 13 d Leo F, vS, R, bM, in L, E neby
I2678 11 16.4 +11 57 d Leo F, vS, E 110deg , bM
I2679 11 16.4 +12 01 d Leo F, S, R, bM, spir, *13 sp 20"
I2680 11 16.4 +09 49 d Leo cF, S, iF, N, *11 np
I 679 11 16.6 -13 58 d Crt F, S, R, sbM
I2681 Gx 11 16.6 +11 12 z Leo 15. p cB, vS
I2682 11 16.6 +09 25 d Leo pF, S, E, bM
3605 Gx 11 16.8 +18 01 s Leo 1.7 13. p F, S, R, sp of 3
3607 Gx 11 16.9 +18 03 s Leo 3.7 10.0 vB, L, R, vmbM, 2nd of 3
I2683 11 16.9 +12 06 d Leo F, pL, iF, N
3608 Gx 11 17.0 +18 09 s Leo 3.0 11.0 B, pL, R, psbM, 3rd of 3
I2684 Gx 11 17.0 +13 06 z Leo 15. p F, pS, R, bM
I2685 11 17.0 +10 06 d Leo F, vS, R, sbM *14
I2686 11 17.1 +12 57 d Leo F, S, iF, att *14 sf
I2687 11 17.2 +10 10 d Leo vF, vS, R, bM, spir
I2688 11 17.3 +13 29 d Leo vF, S, E 30deg , bM
I2689 11 17.3 +12 58 d Leo F, S, E 40deg
I2690 11 17.4 +12 59 d Leo vF, S, iF, diffic
I2691 11 17.4 +12 02 d Leo F, S, R, mbM
3611 Gx 11 17.5 +04 33 s Leo 2.4 12.2 pF, cS, iR, psmbM, *10 np 3'
I2692 11 17.6 +10 46 d Leo F, vS
I2693 11 17.6 +13 33 d Leo vF, S, R, bM
I2694 Gx 11 17.6 +13 23 z Leo 15. p pB, S, E 90deg , bM
3609 Gx 11 17.8 +26 38 r Leo 14. p pF, S, bM
3617 Gx 11 17.8 -26 07 r Hya 13. p F, S, R, gbM
I2695 11 17.8 +13 44 d Leo F, S, R, bM
I2696 11 17.8 +12 45 d Leo F, vS, R, bM
I2697 11 17.9 +13 24 d Leo F, S, iF, N, bet 2 st
I2698 11 17.9 +11 53 d Leo F, pS, iF, biN
I2699 11 17.9 +11 55 d Leo F, eS, R, bM
I2700 11 17.9 +12 03 d Leo vF, vS, iF, N
I2714 OC 11 17.9 -62 42 s Car 12. 8. p Cl, pC
3615 Gx 11 18.0 +23 24 r Leo 14. p cF, vS, smbM, stellar, p of 2
I 680 Gx 11 18.0 -01 56 m Leo 0.6 15. p F, S, R, gbM
I2701 11 18.0 +11 07 d Leo F, vS, iF
I2702 11 18.0 +09 25 d Leo vF, S, E
I2703 Gx 11 18.1 +17 39 x Leo vF, S
I2704 Gx 11 18.1 +12 28 z Leo 15. p F, S, E 70deg , bM
I2705 11 18.1 +11 54 d Leo eF, eS, R, bM, diffic
3612 Gx 11 18.2 +26 38 r Leo 15. p pL, dif, *10-11 nf 2'
3616 - 11 18.2 +14 44 r Leo eF, pL; nonexistent?
3614 Gx 11 18.3 +45 45 s UMa 4.6 12. p F, pL, lE 90deg +/- , glbM, r
3621 Gx 11 18.3 -32 49 s Hya 10.0 10. p cB, vL, E 160deg , am 4 st
3610 Gx 11 18.4 +58 47 s UMa 3.2 10.8 vB, pS, lE 90deg +/- , vsvmbMSN
3618 Gx 11 18.5 +23 29 r Leo 14. p vF, S, f of 2
I2706 11 18.5 +12 33 d Leo F, vS, E 60deg , bM
I2707 11 18.5 +09 29 d Leo F, vS, R, bM, spir, *13 sf
3613 Gx 11 18.6 +58 00 s UMa 3.6 12. p vB, cL, mE 305deg , smbMN
I 681 11 18.6 -12 09 d Crt vF, S, iF, diffic
I2708 Gx 11 18.6 +12 43 z Leo 15. p pB, vS, R, bM
I2709 11 18.7 +12 34 d Leo eF, pL, iF, *13 n
3624 Gx 11 18.8 +07 32 r Leo 14. p eF
I2710 11 18.8 +13 34 d Leo B, vS, R, bM
I2711 11 18.8 +13 44 d Leo F, vS, R, bM
3623 Gx 11 18.9 +13 05 s Leo 10.0 9.3 B, vL, mE 165deg +/- , gbMBN; = M65
I2712 11 18.9 +09 38 d Leo F, vS, R, bM
I2713 11 19.2 +12 10 d Leo cF, vS, R, bM
I2715 11 19.2 +11 57 d Leo vF, S, iF
I2716 11 19.3 +11 42 d Leo vF, S, iF
I2717 11 19.3 +12 03 d Leo vF, vS, R, bM, diffic
3619 Gx 11 19.4 +57 46 s UMa 3.1 13. p cB, cL, R, vgmbM
I2718 11 19.4 +12 01 d Leo F, vS, iF
I2719 11 19.5 +12 04 d Leo vF, S, iF, N
I2720 11 19.6 +12 05 d Leo cF, vS, R, bM
I2721 11 19.7 +12 09 d Leo eF, pS, dif
I2722 11 19.7 +13 58 d Leo F, S, iF
I2723 11 19.8 +12 02 d Leo F, vS, E 200deg , diffic
I2724 11 19.8 +10 43 d Leo cF, vF, R, bM, *13 p 20"
I2725 11 20.0 +13 26 d Leo vF, S, iF, diffic
I2726 * 11 20.0 +13 25 x Leo vF, vS, iF, diffic
I2727 11 20.0 +12 02 d Leo F, vS, iF, N, diffic
3626 Gx 11 20.1 +18 21 s Leo 3.1 10.9 B, S, vlE, sbM
I2728 * 11 20.1 +13 25 x Leo vF, S, iF, N, diffic
I2729 11 20.1 +13 25 d Leo vF, S, iF, diffic
I2730 11 20.1 +12 22 d Leo F, eS, E 90deg , bM
3622 Gx 11 20.2 +67 15 r UMa 13. p pB, S, R, gbM
3627 Gx 11 20.2 +12 59 s Leo 8.7 9.0 B, vL, mE 150deg , mbM, 2 st np; = M66
I2731 * 11 20.2 +13 34 x Leo F, S, R, bM, spir
I2732 11 20.2 +12 24 d Leo vF, S, R, bM
3628 Gx 11 20.3 +13 36 s Leo 14.8 9.5 pB, vL, vmE 102deg
3630 Gx 11 20.3 +02 58 s Leo 2.3 13. p pB, S, R, smbMN
3638 Gx 11 20.3 -08 06 r Crt 15. p eF, vS, 2 st 10 f
3633 Gx 11 20.4 +03 35 s Leo 1.4 14. p vF, S, R, 2 st nr
3636 Gx 11 20.4 -10 17 s Crt 1.1 13. p F, vS, R, lbM, *7 f, p of 2
I2733 D* 11 20.4 +13 52 x Leo vF, cS, iF, N, *14 n
I2734 11 20.4 +12 27 d Leo F, S, iF, N
3625 Gx 11 20.5 +57 47 s UMa 2.2 14. p F, S, lE 135deg +/-
3629 Gx 11 20.5 +26 58 s Leo 2.2 13. p cF, L, R, vgvlbM
3632 - 11 20.5 +18 09 r Leo pB, * inv; = 3626?
3634 Gx 11 20.6 -09 01 r Crt 15. p eF, eS, R, bMN, D with 3635, 85deg , dist 0'.4
3635 Gx 11 20.6 -09 01 r Crt 16. p eF, eS, R, bMN, D with 3634
3637 Gx 11 20.7 -10 16 s Crt 1.7 13. p F, vS, R, psbM, *7 p, f of 2
I2736 11 20.9 +12 25 d Leo vF, S, iF, N
3631 Gx 11 21.0 +53 10 s UMa 4.6 10.4 pB, L, R, svmbMrN
I2735 Gx 11 21.0 +34 21 u UMa 1.2 15. p pB, cS, E pF, N, r
3640 Gx 11 21.1 +03 14 s Leo 4.1 10.3 B, pL, R, psbM
I2737 11 21.1 +14 18 d Leo F, cS, R, bM
3641 Gx 11 21.2 +03 12 s Leo 1.1 14. p F, vS, alm stell, 3640 2' n
I 682 11 21.2 +20 13 d Leo eF, eS, R, vF* close np
I2739 11 21.2 +11 55 d Leo F, vS, annular?
I2738 Gx 11 21.3 +34 22 v UMa 0.6 F, S, R, gbMN
I2740 11 21.3 +08 45 d Leo vF, S, dif, diffic
I2741 11 21.3 +09 09 d Leo vF, pS, iF, sev N
I2742 11 21.3 +10 27 d Leo F, S, iF
3643 Gx 11 21.4 +03 01 s Leo 1.1 15. p eF, vS
I 683 Gx 11 21.4 +02 45 x Leo neb object 13.5m
I2743 11 21.4 +08 42 d Leo F, vS, R, bM, spir
3639 Gx 11 21.5 +18 28 r Leo 14. p pF, S, R, vlbM, 15' f 3626
3644 Gx 11 21.5 +02 49 r Leo 15. p vF, vS; = IC 684
I2745 Gx 11 21.5 +13 26 z Leo 15. p pB, Sp, E 70deg , bM, *12 att sf
3645 Gx 11 21.6 +02 59 r Leo 15. p pB, S, E, bM
3647 Gx 11 21.6 +02 54 r Leo 15. p eF neb*
I 684 11 21.6 +02 50 x Leo F, S, ** sp 0'.5; = 3644
I2746 11 21.6 +11 44 d Leo F, vS, R, bM
3646 Gx 11 21.7 +20 10 s Leo 3.9 11.2 cF, cL, lE, gbM, sp of 2
I2744 Gx 11 21.7 +34 22 m UMa 0.4 15. p F, S, gbM, r
I2747 11 21.7 +08 48 d Leo vF, vS, iF, 2 st p
I2748 11 21.7 +08 48 d Leo F, vS, iF
I2749 Gx 11 21.7 +08 35 z Leo 16. p F, S, dif (D*?)
I2750 11 21.9 +09 40 d Leo vF, vS, iF
I2752 Nb 11 22.0 +14 08 x Leo 0.3 F, S, R, bM
I2753 11 22.0 +09 53 d Leo cF, vS, R, bM
I2754 Nb 11 22.0 +14 09 x Leo 0.5 F, S, iF, N, diffic
I2755 * 11 22.0 +13 48 x Leo F, vS, R, bM
I2756 11 22.0 +09 58 d Leo vF, vS, E 120deg , bM
I2757 Gx 11 22.0 +08 24 z Leo 15. p F, S, iF, N
I2758 Gx 11 22.0 +07 49 z Leo 15. p F, cS, R, bM, diffic
I 685 Gx 11 22.1 +17 45 x Leo eeF, pS, R, * nf
I2751 Gx 11 22.1 +34 23 z UMa 16. p F, S, R, 2 st 15 inv
3649 Gx 11 22.2 +20 13 s Leo 1.6 15. p vF, pS, R, gbM, nf of 2
I2759 11 22.2 +24 19 d Leo cF, stell, *13 npp 2'.5
I2760 11 22.2 +12 40 d Leo vF, S, R, bM
3642 Gx 11 22.3 +59 05 s UMa 5.8 11.1 pB, pL, R, vgbM
I2761 Nb 11 22.3 +14 11 x Leo 0.1 F, S, R, bM, diffic
I2762 Gx 11 22.3 +12 44 z Leo 15. p cF, pS, mE 150deg , bM, *12 p
I2763 11 22.3 +13 04 d Leo cF, pS, E 95deg , long N
3651 Gx 11 22.4 +24 18 r Leo 14. p cF, vS, R, bM, np of 2
I2765 Nb 11 22.4 +14 13 x Leo 0.1 vF, vS, iF, N
I2766 11 22.4 +12 54 d Leo vF, S, iF
I2767 11 22.4 +13 05 d Leo vF, vS, iF
I2768 11 22.4 +12 32 d Leo vF, vS, iF, N
I2769 Nb 11 22.4 +14 12 x Leo 0.1 F, cS, R, bM
I2770 11 22.4 +09 13 d Leo F, S, iF
3653 Gx 11 22.5 +24 16 r Leo 15. p vF, vS, sf of 2
I2771 11 22.5 +12 31 d Leo vF, vS, iF, N, diffic
I2772 11 22.5 +13 36 d Leo vF, eS, iF, N
3648 Gx 11 22.6 +39 53 r UMa 13. p pB, S, pmE, bMN = close ** ?
3650 Gx 11 22.6 +20 42 s Leo 1.9 15. p eF, S, R, bet 2 st
3652 Gx 11 22.6 +37 46 s UMa 2.4 13. p pF, cL, lE, vgbM
I2773 11 22.6 +13 34 d Leo vF, S, viF, diffic
I2774 11 22.6 +12 31 d Leo vF, vS, iF, N, diffic
I2775 11 22.7 +12 31 d Leo vF, vS, iF, N, diffic
I2776 11 22.7 +13 20 d Leo pF, pS, R, bM, spir
I2777 Gx 11 22.7 +12 02 z Leo 15. p pF, vS, R, bM
I2778 11 22.7 +12 31 d Leo vF, vS, iF, N, diffic
I2779 11 22.8 +13 21 d Leo cF, eS, R
I2780 11 22.8 +10 09 d Leo F, vS, R, bM, *15 n 15"
I2781 11 22.8 +12 21 d Leo F, vS, iF, fainter one 2' nf
3655 Gx 11 22.9 +16 35 s Leo 1.6 11.6 pB, pS, iR, bM, r
I2782 Gx 11 22.9 +13 27 u Leo 1.1 15. p cF, cS, R, bM
I2783 11 22.9 +08 53 d Leo F, vS, R, bM, spir
I 686 Gx 11 23.1 +05 39 z Leo 15. p eF, vS, R, v diffic
I2784 11 23.2 +13 07 d Leo pB, eS, R, bM, *13 p 20"
I2785 11 23.3 +13 23 d Leo pF, S, R, bM
I2786 11 23.3 +13 23 d Leo cF, S, E 110deg , bM
I2787 Gx 11 23.3 +13 39 u Leo 1.0 15. p cF, S, R, bM
I2788 11 23.4 +12 42 d Leo vF, S, R
I2789 D* 11 23.5 +14 11 x Leo pB, S, R, bM
3656 Gx 11 23.6 +53 51 s UMa 1.7 13. p pB, S, R, vgbM, *12 p
3660 Gx 11 23.6 -08 40 s Crt 2.8 13. p F, pL, iR, vgbM
I 689 11 23.6 -13 50 x Crt eF, vS, r, dif; = 3661
I2790 11 23.6 +09 33 d Leo vF, S, iF
I2791 11 23.6 +12 54 d Leo vF, vS, iF, diffic
3661 Gx 11 23.7 -13 48 r Crt 14. p F, S, R, stellar, p of 2; = IC 689
I 688 11 23.7 -09 48 d Crt eF, vS, R
I2792 11 23.7 +11 24 d Leo F, S, R
3659 Gx 11 23.8 +17 49 s Leo 2.1 13. p cF, S, lE, r
3662 Gx 11 23.8 -01 06 s Leo 1.6 14. p vF, S, att to *13
I2793 11 23.8 +09 27 d Leo vF, S, iF, diffic
3657 Gx 11 23.9 +52 55 s UMa 1.8 12. p cF, vS, R, stellar
3658 Gx 11 24.0 +38 34 s UMa 2.1 13. p F, S, R, svmbMN = *14
3663 Gx 11 24.0 -12 17 r Crt 13. p eF, fan shaped, * close
3654 Gx 11 24.1 +69 26 r UMa 13. p F, S, lE 15deg +/-
I2794 11 24.1 +12 48 d Leo F, eS, R, bM
I2795 11 24.1 +12 08 d Leo F, vS, R
I2796 11 24.1 +09 21 d Leo vF, S, iF
3667 Gx 11 24.3 -13 49 r Crt 13. p pF, pL, iR, vlbM
I 687 Gx 11 24.3 +47 51 m UMa 0.7 15. p eF, eS, R, stell N, F* f
I 690 11 24.3 -08 21 d Crt pB, S, R, N = 12m
3664 Gx 11 24.4 +03 20 s Leo 2.0 13. p pF, biN
3666 Gx 11 24.4 +11 21 s Leo 4.2 12. p F, E 90deg +/- , *6 f 34s , 5' n
I2797 11 24.4 +11 42 d Leo F, vS, R, bM
I2798 11 24.4 +12 25 d Leo vF, S, iF, N, diffic
I2799 Nb 11 24.4 +13 51 x Leo 0.4 F, S, iF, N
I2800 11 24.5 +12 12 d Leo vF, S, R, bM
I2801 11 24.5 +10 11 d Leo F, S, R, bM, spir
I2802 11 24.5 +12 13 d Leo vF, vS, iF, N, v diffic
I2803 11 24.6 +09 51 d Leo F, vS, E 70deg
3665 Gx 11 24.7 +38 46 s UMa 3.2 10.8 cB, cL, iR, pgmbM
3670 Gx 11 24.7 +23 57 r Leo 14. p vF, vS, R
I2804 Gx 11 24.9 +13 13 m Leo 0.8 15. p pB, cS, E 10deg , exc N
3672 Gx 11 25.0 -09 48 s Crt 4.1 11. p pB, L, E 0deg +/- , gbM
I2805 * 11 25.0 +14 01 x Leo vF, S, R, bM, diffic
3673 Gx 11 25.2 -26 44 s Hya 3.5 12. p F, vL, gvlbM, *7 s 6'
I2806 11 25.3 +09 39 d Leo vF, S, iF; annular?
I2807 11 25.3 +11 32 d Leo F, S, iF, *14 att p
3669 Gx 11 25.4 +57 43 s UMa 2.3 13. p vF, pL, pmE 135deg +/- , er
3668 Gx 11 25.5 +63 27 r UMa 13. p F, pS, iR, gbM, *9 np
I2808 11 25.5 +09 08 d Leo vF, vS, R, bM, spir
3676 - 11 25.6 -10 37 r Crt eF, vS, R, 2 st 10 nf, sf
I2809 11 25.6 +08 32 d Leo F, S, R, bM; spir?
3680 OC 11 25.7 -43 15 s Cen 12. 7.6 Cl, cL, pRi, lC, st 10...14
3671 Gx 11 25.8 +60 29 r UMa 15. p vF, vS, 2 vS st inv
I2810 Nb 11 25.8 +14 40 x Leo 1. pF, pS, R, bM, *14 sf
I2811 11 25.8 +09 10 d Leo F, S, iF, *14 f 30"
I 692 Gx 11 25.9 +09 59 u Leo 0.8 14. p F, vS, R, *12 sf 2'
I2812 11 25.9 +11 32 d Leo F, S, E 10deg
3675 Gx 11 26.1 +43 35 s UMa 5.9 11. p vB, cL, vmE 0deg +/- , vsmbMN, many st p
I2813 11 26.1 +11 15 d Leo F, vS, R, bM, spir
I2814 11 26.1 +09 40 d Leo pF, vS, R, bM, *14 nf 30"
3678 Gx 11 26.2 +27 53 r Leo 14. p vF, S, R, psbM, *12 nf
3679 Gx 11 26.2 -05 35 r Leo 15. p eF, cL, R, r (v near vB*)
3685 - 11 26.2 +04 08 r Leo eF, vS
3677 Gx 11 26.3 +46 58 s UMa 2.0 14. p eF, S, R, vsbM *, 2 st 11 nf
I2815 11 26.3 +12 48 d Leo F, eS, R, bM
I2816 11 26.3 +10 38 d Leo cF, vS, R, bM, spir
I2817 11 26.3 +09 09 d Leo F, vS, iF, N
3674 Gx 11 26.4 +57 03 s UMa 2.0 13. p pF, iF
I2820 11 26.4 +10 14 d Leo pF, vS, *16 att n
3681 Gx 11 26.5 +16 52 s Leo 2.5 11.7 B, pS, R, bM
I2818 11 26.5 +12 55 d Leo F, vS, R, bM
I2819 Gx 11 26.5 +13 51 z Leo 16. p cF, S, E 60deg , bM
I2821 11 26.6 +13 58 d Leo F, S
I2822 Gx 11 26.6 +11 26 u Leo 1.7 15. p F, pL, E 110deg , bM, *14 s
I 691 Gx 11 26.7 +59 09 s UMa 0.7 14. p pF, pS, R, 2 st nr
I2823 Gx 11 26.7 +12 50 z Leo 15. p pF, S, E 20deg , biN?
I 693 Gx 11 26.8 -05 00 m Leo 0.6 15. p F, pS, R, gbM, r
I2825 11 27.0 +08 27 d Leo F, S, iF, N, *15 att sf
I2764 Gx 11 27.1 -28 59 c Hya 1.7 pB, pS, R, *10 nr nf, *7 f
I2824 11 27.1 +14 05 d Leo pF, S, R, bM
I2826 Gx 11 27.1 +13 14 z Leo 15. p pF, cS, N
3684 Gx 11 27.2 +17 02 s Leo 3.2 11.7 pB, pL, E, vgbM
I2827 11 27.2 +11 31 d Leo F, eS, *14 sf
I2828 Gx 11 27.2 +08 43 m Leo 1.0 15. p pF, cS, E 65deg , bM 2 st p
I2829 Gx 11 27.2 +10 18 z Leo 15. p cF, vS, R, bM, spir, *12 s
I2830 Gx 11 27.4 +07 48 z Leo 15. p F, S, R, bM
I2831 11 27.4 +08 59 d Leo F, vS, R
I2832 11 27.4 +13 59 d Leo pF, S, R, bM
I2833 11 27.4 +13 36 d Leo vF, S, iF, diffic, *14 att(?) np
3683 Gx 11 27.5 +56 53 s UMa 2.0 13. p cB, pL, E
I2834 11 27.5 +13 34 d Leo vF, S, iF, diffic, other neb att f
I2835 11 27.5 +12 09 d Leo cF, vS, R, bM, *14 f
I2836 11 27.6 +09 05 d Leo F, vS, neb *15 n 1'
3682 Gx 11 27.7 +66 35 s Dra 2.0 13. p cB, S, iR, spmbMN
3686 Gx 11 27.7 +17 13 s Leo 3.3 11.4 pB, L, vlE, vgbM, r
I2837 11 27.7 +10 19 d Leo cF, vS, R, bM, spir
I2884 11 27.7 -79 44 d Cha eeF, eS, cE 145deg , susp
3688 Gx 11 27.8 -09 10 r Crt 15. p eF, eS, lE 0deg , gbM
I2838 11 27.8 +14 01 d Leo F, S
I2839 11 27.8 +10 49 d Leo vF, S, iF
I2840 11 27.8 +13 26 d Leo vF, S, iF, N
I2841 11 27.8 +12 36 d Leo F, vS, R, bM, diffic
I2842 11 27.8 +09 39 d Leo vF, S, iF
3687 Gx 11 28.0 +29 31 s UMa 2.0 13. p pB, pS, R, lbM, r
3699 Pl 11 28.0 -59 57 s Cen 1.1 B, pL, iR, pgpmbM
I 695 11 28.0 -11 43 d Crt eF, S, v diffic
I2843 Gx 11 28.0 +13 11 z Leo 15. p F, cS, R, bM, diffic, *8.7 f 2'
I2844 11 28.0 +11 27 d Leo F, S, iF
I2845 11 28.0 +12 32 d Leo F, vS, iF, N
I2846 Gx 11 28.0 +11 09 m Leo 0.8 15. p pB, vS, R, bM, *12 f
I2847 11 28.1 +13 56 d Leo vF, vS, iF, diffic
3689 Gx 11 28.2 +25 40 s Leo 1.6 12.3 pB, pL, lE, bM
3691 Gx 11 28.2 +16 55 s Leo 1.3 14. p F, pS, lE, r
3693 Gx 11 28.2 -13 10 r Crt 13. p cF, S, E, gbM
I2848 11 28.2 +13 02 d Leo vF, S, iF
I2849 11 28.2 +09 06 d Leo pF, vS, R, bM
I2850 11 28.2 +09 04 d Leo pB, S, E 120deg , bM, *13 sf
I2852 11 28.2 +09 48 d Leo F, vS, R, bM, spir; neb*?
I2856 Gx 11 28.2 -12 53 m Crt 0.7 14. p vF, vS, cE 30deg , cbM, susp
I2851 11 28.3 +11 24 d Leo F, S
I2853 Gx 11 28.3 +09 08 u Leo 1.0 15. p pB, pS, E 160deg , bM
I2854 11 28.3 +08 58 d Leo F, vS, R, bM, spir
3692 Gx 11 28.4 +09 24 s Leo 3.3 13. p F, mE, r
I2855 11 28.4 +09 41 d Leo F, vS, iF, N
3690 Gx 11 28.5 +58 33 s UMa 2.4 12. p pB, pS, vlE 80deg +/- , pgbM, S st sf nr
I 694 Gx 11 28.5 +58 34 v UMa 1.2 vS, forms Dneb with 3690
I2857 11 28.5 +09 06 d Leo F, pL, mE 160deg , bM
I 696 Gx 11 28.6 +09 05 u Leo 1.0 14. p vF, pS, R, vlbM
I 697 Gx 11 28.6 -01 37 z Leo 15. p F, S, R, gbM
I2858 11 28.6 +13 40 d Leo F, S, R, bM
3697 Gx 11 28.7 +20 48 r Leo 14. p eF, vS, E 90deg
I2859 11 28.7 +09 07 d Leo cF, vS, R, bM
I2860 11 28.7 +14 02 d Leo vF, S, iF, N
I2862 11 28.7 +10 08 d Leo F, S, iF
3696 Gx 11 28.8 -11 15 r Crt eF, eS, R, bMN
3694 Gx 11 28.9 +35 24 s UMa 1.0 13. p cF, S, R, mbM
I2863 11 28.9 +09 06 d Leo pF, vS, E 110deg , bM
3698 - 11 29.0 +35 40 r UMa eF, vS
I 698 Gx 11 29.0 +09 06 u Leo 1.0 14. p F, vS, R, bM
I2861 Gx 11 29.0 +38 51 m UMa 0.2 14. p F, S, R, dif
I2864 11 29.0 +12 22 d Leo F, vS, iF
I2865 * 11 29.0 +09 07 x Leo vF, S, dif
I2866 * 11 29.0 +09 03 x Leo vS, vF, iF
I2867 11 29.0 +09 05 d Leo cF, S, iF, v diffic, *14 np
I2872 Nb 11 29.0 -62 57 s Cen 12. vL, mE, bM
I 699 Gx 11 29.1 +08 59 u Leo 1.3 15. p F, vS, lE ns
I2868 11 29.1 +09 06 x Leo vF, S, iF, N; = IC 698
I2869 11 29.1 +09 01 d Leo vF, S, R, bM, spir
I2870 Gx 11 29.1 +11 52 u Leo 1.4 18. p F, pL, dif, diffic
3695 Gx 11 29.2 +35 35 r UMa 15. p eF, pS, 3694 4' s
I 700 Gx 11 29.3 +20 33 m Leo 0.8 15. p pS, R, lbM
I2871 Gx 11 29.3 +08 36 m Leo 0.7 15. p F, cS, E 85deg
3701 Gx 11 29.4 +24 05 r Leo 14. p pF, pL, lE
3711 Gx 11 29.4 -11 04 r Crt 15. p eF, vS, *9 s 4'
3700 Gx 11 29.5 +35 31 r UMa 15. p eF, 3694 p
I2873 Gx 11 29.5 +13 12 m Leo 0.6 15. p pF, cS, E 5deg , bM
I2874 OC 11 29.5 +10 38 x Leo F, pS, iF; Cl?
3703 - 11 29.6 -08 37 r Crt eF, vS, gbMN
I2875 11 29.6 +12 59 d Leo F, vS, R, bM, *9 sp
I2876 11 29.6 +09 01 d Leo vF, S, dif
I2877 Gx 11 29.6 +12 51 z Leo 16. p F, S, R, lbM
I2878 11 29.6 +09 58 d Leo pF, vS, iF, N
3706 Gx 11 29.7 -36 25 s Cen 2.9 12. p pB, cS, R, psmbM
I2879 11 29.7 +09 01 d Leo vF, S, dif
I2880 11 29.9 +13 12 d Leo pF, vS, R, bM
I2881 11 29.9 +12 31 d Leo F, vS
3704 Gx 11 30.0 -11 30 r Crt 14. p vF, pS, *9-10 2' ssf
3705 Gx 11 30.1 +09 17 s Leo 5.0 11. p pF, pL, R, vsmbM, r
3707 - 11 30.1 -11 32 r Crt vF, S, *15 (neb?) 2s f
3702 Gx 11 30.2 -08 52 r Crt 15. p eF, eS, R, glbM
I2882 11 30.2 +11 59 d Leo vF, S, R, bM, diffic
I2883 11 30.3 +10 55 d Leo F, vS, R, bM
I2885 11 30.4 +09 46 d Leo F, vS, R, bM, spir
I2886 11 30.4 +11 34 d Leo F, vS, R, bM, spir, *12 sf
I2887 Gx 11 30.5 +09 23 z Leo 15. p F, pS, E, curved, *10 nf 1'
I2888 11 30.6 +09 55 d Leo pF, vS, E 130deg
I2889 11 30.6 -13 05 d Crt eF, vS, cE 165deg , bM, susp
3708 - 11 30.7 -03 13 r Leo vF, S, R, gbM
3709 - 11 30.7 -03 15 r Leo eF, eS
I 701 Gx 11 30.8 +20 28 v Leo 0.7 eF, vS, R, 2 pB st sf
I2890 11 30.8 +13 11 d Leo vF, S, iF, N
I2891 11 30.8 +12 41 d Leo F, S, iF, N, diffic
I2892 11 30.8 +10 35 d Leo F, vS, iF
I 702 11 30.9 -04 56 d Leo F, vS, R, N = 13.5
I2893 Gx 11 30.9 +13 23 z Leo 16. p F, eS, E 345deg
3710 Gx 11 31.0 +22 46 r Leo 14. p F, S, *7-8 nf 5'
I2894 Gx 11 31.0 +13 13 z Leo 16. p vF, cS, R, bM
I2895 11 31.0 +09 59 d Leo F, vS, R, bM
3712 Gx 11 31.1 +28 34 r UMa 15. p F, vS, R, smbM
I2896 11 31.2 +12 21 d Leo pB, vS, annular?
I2897 11 31.3 +11 33 d Leo cF, vS, R, bM, *14 p
I2898 11 31.3 +13 20 d Leo vF, S, iF, *14 nf
I2899 11 31.3 +10 38 d Leo F, S, E 350deg ; st?
3715 Gx 11 31.5 -14 12 r Crt 13. p pF, S, R, vgvlbM
3717 Gx 11 31.5 -30 19 s Hya 5.8 12. p pB, S, mE, *13 att
I2900 11 31.5 +13 10 d Leo vF, S, R, bM
I2901 11 31.5 +12 42 d Leo F, S, iF, N
3713 Gx 11 31.6 +28 09 r Leo 14. p F, cS, R, sbMN
I2902 11 31.6 +14 13 d Leo F, S, R, bM, diffic
3716 Gx 11 31.7 +03 30 r Leo 14. p vF, vS
I2903 11 31.7 +12 38 d Leo F, vS, iF, N
I2904 11 31.7 +13 11 d Leo FN in vF, dif neb
3714 Gx 11 31.8 +28 22 r UMa 14. p F, S, R, psbM
I 703 11 31.8 -11 36 d Crt eeF, S, R, p of 2
I2905 11 31.8 +09 06 d Leo vF, S, R, bM, *14 nf
I2906 11 31.8 +13 08 d Leo F, vS, R, bM
I2907 11 31.8 +09 54 d Leo vF, S, iF, N
I2908 11 31.8 +12 56 d Leo vF, S, iF, *13 sp
I2909 11 31.8 +11 28 d Leo vF, S, R, vlbM
I2913 Gx 11 31.8 -30 25 m Hya 0.4 14. p B, pS, R, sf 3717
I 704 11 31.9 -11 33 d Crt eF, vS (close D?), f of 2
I2910 Gx 11 31.9 -09 45 m Crt 0.3 15. p vF, vS, sbM *13
I2911 11 32.1 +12 59 d Leo vF, cS, iF, other nf
I2912 11 32.1 +11 43 d Leo F, S, R, bM, diffic
3719 Gx 11 32.2 +00 49 s Leo 2.0 14. p vF, np of 2
I2914 Gx 11 32.2 +13 30 z Leo 15. p F, S, R, bM
I2915 11 32.3 +14 29 d Leo F, cS, R, bM
I2916 11 32.3 +11 41 d Leo F, S, R, bM
I2917 11 32.3 +10 57 d Leo vF, pS, iF
3720 Gx 11 32.4 +00 48 s Leo 1.1 13.3 vF, sf of 2
3723 Gx 11 32.4 -09 58 r Crt 14. p F, S, R
I2918 11 32.4 +13 15 d Leo vF, S, E 100deg , bM
3718 Gx 11 32.6 +53 04 s UMa 8.7 10.5 pB, vL, R, vglbM
I2919 11 32.6 +14 11 d Leo pF, cS, R, bM
I2920 11 32.8 +12 34 d Leo F, vS, iF, N
I2921 11 32.8 +10 18 d Leo cF, S, R, bM, spir
I 705 Gx 11 32.9 +50 14 m UMa 0.3 15. p eeF, vS, R
I2922 11 32.9 +12 55 d Leo pB, vS, R, bM
I2923 11 32.9 +13 10 d Leo vF, cS, iF, N, diffic, *10 sf
I2924 11 32.9 +09 01 d Leo vF, S, iF, N, *11 nf
I 706 Gx 11 33.1 -13 22 m Crt 1.2 15. p eF, vS, lbM
I2926 11 33.1 +12 26 d Leo pF, vS, R, stell N, spir
I2927 11 33.1 +13 05 d Leo vF, vS, iF
3728 Gx 11 33.2 +24 27 r Leo 14. p F, S, R, bM
I2925 11 33.2 +34 16 d UMa F, S, R, gbM, biN
3726 Gx 11 33.3 +47 02 s UMa 6.0 10.4 pB, vL, lE 0deg , vsmbM *15, *11 n
I2928 Gx 11 33.5 +34 18 u UMa 1.2 15. p F, cS, R, gbMN
I2929 11 33.5 +12 08 d Leo F, pS, dif
I 707 Gx 11 33.6 +21 22 u Leo 0.6 14. p pF, pS, bM
3725 Gx 11 33.7 +61 53 s UMa 1.4 14. p cF, S, R, gvlbM, r
3727 Gx 11 33.7 -13 52 r Crt eF, eS, R, gbMN, *11 sf 1'
I2930 Gx 11 33.7 +10 05 z Leo 16. p F, cS, E 60deg , bM
3729 Gx 11 33.8 +53 08 s UMa 3.1 11.4 pB, pL, lE 0deg +/- , gbM, *12 nr
I2931 11 33.8 +12 28 d Leo F, cS, N; neb*(?) 15m np 20"
I 708 Gx 11 33.9 +49 03 u UMa 1.7 14. p eF, S, R, 1st of 4
I2932 11 33.9 +10 33 d Leo pB, S, R, bM
3731 Gx 11 34.2 +12 32 r Leo 14. p vF, vS, R
3732 Gx 11 34.2 -09 51 s Crt 1.3 13. p F, S, R, psbM, *14 sp 225deg
I 709 Gx 11 34.2 +49 02 z UMa 15. p eeF, S, R, 2nd of 4
I2933 Gx 11 34.2 +34 18 u UMa 1.4 15. p F, cS, E ns, gbMN
I2934 Gx 11 34.3 +13 20 m Leo 0.6 15. p F, S, iF, *14 nf 0'.5
3721 Gx 11 34.4 -09 35 r Crt 15. p eF, eS, R, gbM
I 710 Gx 11 34.4 +25 51 z Leo 16. p F, vS, R, lbM
3722 Gx 11 34.5 -09 39 r Crt 16. p eF, vS, R, sbMN, 1st of 2
3724 Gx 11 34.5 -09 41 r Crt 15. p eF, vS, R, sbMN, 2nd of 2
3730 Gx 11 34.7 -09 37 r Crt eF, S, lE 140deg , glbnM
3734 Gx 11 34.7 -14 06 r Crt 14. p eF, S, R, gbM
I 711 Gx 11 34.7 +48 57 z UMa 15. p eeF, pS, R, F, * close sp
I 712 Gx 11 34.8 +49 04 v UMa 1.6 eF, S, R, pB, * nf
I 713 11 34.8 +16 51 d Leo eF, susp, 3' nnf from *6
I2935 11 34.8 +10 15 d Leo cF, cS, E 130deg , bM
I2936 11 34.9 +13 01 d Leo F, S, R, bM
3733 Gx 11 35.0 +54 51 s UMa 4.8 12. p eF, S, iR, *6 sf
I2937 11 35.1 +10 06 d Leo F, S, R, bM
3742 Gx 11 35.4 -37 56 r Cen pF, pL, vlE, glbM
3736 Gx 11 35.6 +73 28 r Dra 15. p vF, vS, R
3737 Gx 11 35.6 +54 57 s UMa 1.3 14. p vF, stellar
3739 Gx 11 35.6 +25 04 r Leo 15. p vF, bet 2 st 12
I2938 Gx 11 35.6 +13 41 z Leo 15. p cF, pS
I2939 11 35.6 +10 42 d Leo cF, S, R, bM
3738 Gx 11 35.8 +54 31 s UMa 2.6 11.7 pB, pL, bM
3743 Gx 11 35.8 +21 44 r Leo 15. p F, S, R, *9 1' sf
3744 Gx 11 35.8 +23 00 r Leo 15. p eF, S, R, lbM
3749 Gx 11 35.8 -37 59 r Cen F, cS, lE, gvlbM
3735 Gx 11 36.0 +70 32 s Dra 4.2 12. p pB, L, mE 130deg , mbM
3741 Gx 11 36.0 +45 18 r UMa 14. p vF, S, R, vgbM
I2940 D* 11 36.0 +21 46 x Leo eF, susp (not seen at Birr)
3766 OC 11 36.1 -61 37 s Cen 12. 5.3 Cl, pL, pRi, pC, st 8...13
3777 Gx 11 36.1 -12 34 r Crt 14. p eF, pS, iR, gbM, S* or neb f
3740 Gx 11 36.2 +59 59 r UMa 15. p vF, vS, R, vgbM
I2941 Gx 11 36.2 +10 03 m Leo 0.8 15. p F, pL R, bM, spir
I2942 11 36.2 +11 49 d Leo cF, cS, R, bM
3758 Gx 11 36.4 +21 36 r Leo 15. p pB, S, R, bM, *8.5 3' f
3763 Gx 11 36.4 -09 50 r Crt 13. p F, dif, sp 7 st; = IC 714?
I 714 11 36.5 -09 51 d Crt vF, pS, lE 170deg , gbMN
3755 Gx 11 36.6 +36 25 s UMa 3.2 13. p eF, pL, pmE, gbM
I2944 C+N 11 36.6 -63 02 s Cen 75. 4.5 *3.4 in eL neb
I2943 Gx 11 36.7 +54 51 v UMa 0.4 14.8 pF, S
3756 Gx 11 36.8 +54 18 s UMa 4.4 11.5 pF, L, lE
3761 Gx 11 36.8 +23 00 r Leo 15. p vF, S, R, bM
3759 Gx 11 36.9 +54 49 s UMa 1.5 14. p F, S, iR, *11 nr
3764 Gx 11 36.9 +17 54 r Leo 15. p F, S, R
I 715 11 36.9 -08 22 d Crt F, pS, R
3757 Gx 11 37.1 +58 26 r UMa 13. p vF, R, stellar, vS* 1 d sf
3765 Gx 11 37.1 +24 07 r Leo 15. p vF, S, R
I2945 Gx 11 37.1 +12 55 u Leo 1.2 15. p pF, pS
3768 Gx 11 37.2 +17 51 r Leo 13. p vF, eS, stellar
3767 Gx 11 37.3 +16 53 r Leo 14. p vF, S, bM
3747 - 11 37.5 +74 59 r Dra eF, S, place doubtful
3762 Gx 11 37.5 +61 46 r UMa 13. p F, vlE, gbM
I2946 Gx 11 37.5 +32 14 z UMa 15. p F, S, R, gvlbM
I2947 Gx 11 37.5 +31 22 m UMa 0.6 15. p F, cS, R, gbM, r
3752 11 37.6 +75 17 d Dra pB, pL
3745 Gx 11 37.7 +22 01 s Leo 0.4 pB, pS, R
3746 Gx 11 37.7 +22 00 s Leo 1.3 15. p pB, pS, R
3769 Gx 11 37.7 +47 54 s UMa 3.2 12. p pB, S, pmE
3748 Gx 11 37.8 +22 02 s Leo 0.8 pB, pS, R
3772 Gx 11 37.8 +22 42 r Leo 14. p vF, S, E, r
3750 Gx 11 37.9 +21 58 s Leo 0.9 pB, R, cbM, 1st of 3 in line
3751 Gx 11 37.9 +21 56 s Leo 0.4 15. p F, L, E 45deg
3753 Gx 11 37.9 +21 59 s Leo 2.0 15. p pB, pL, 2nd of 3 in line
3754 Gx 11 37.9 +21 59 s Leo 0.4 vF, R, 3rd of 3 in line
3770 Gx 11 38.0 +59 37 r UMa 13. p pF, S, R, gbM, r
3789 Gx 11 38.1 -09 36 F Crt 16. p eF, vS, E 0deg , gbM
3773 Gx 11 38.2 +12 07 s Leo 1.6 13. p cF, cS, R, psbM
3775 Gx 11 38.3 -10 37 r Crt 15. p pB, bMN
3776 Gx 11 38.3 -03 20 r Vir eF, vS
3771 Gx 11 38.4 -09 20 r Crt vF, eS, R, *10 p 15s
3778 Gx 11 38.4 -50 43 c Cen 1.4 eF, S, R, am 50 S st
3774 Gx 11 38.6 -08 59 r Crt 15. p eF, vS, E 75deg , *9 np 3'
I2948 Nb 11 38.8 -63 32 x Cen 60. eeL
3779 11 38.9 -10 37 D Crt eeF
3781 Gx 11 39.0 +26 22 r Leo 15. p vF, vS, R, bM
3783 Gx 11 39.0 -37 45 s Cen 1.9 13. p cB, R, sbMN *, *9 sf
I 716 Gx 11 39.1 -00 13 u Vir 1.7 15. p vF, S, lbM
3782 Gx 11 39.3 +46 31 s UMa 1.7 13. p F, S, att to *15, another * inv
3780 Gx 11 39.4 +56 16 s UMa 3.1 12. p pF, L, vlE, vgbM, r
3784 Gx 11 39.4 +26 20 r Leo 15. p vF, vS, R, gmbM
3793 Gx 11 39.4 +31 52 r UMa 15. p vS, f 3788
I 717 ? 11 39.4 -10 39 x Crt eF, pS, E pf, dif
3785 Gx 11 39.5 +26 19 r Leo 15. p vF, eS, R, bM
3794 Gx 11 39.6 +55 11 r UMa 15. p cF, pS, vS* vnr
3786 Gx 11 39.7 +31 55 s UMa 2.4 13. p pB, pL, E 57deg , gbM, p of 2
3787 Gx 11 39.7 +20 29 r Leo 14. p vF, vS, R, *15 p
3788 Gx 11 39.7 +31 56 s UMa 2.2 13. p cB, pL, pmE 177deg , pgbM
3790 Gx 11 39.8 +17 43 r Leo 14. p cF, vS, pmE, sbM, 2 S st f, 1st of 3
3791 Gx 11 39.8 -09 23 r Crt 14. p vF, vS, R, gbM, *8 s 6'
3792 - 11 39.8 +05 00 r Vir vF, dif
I 718 Gx 11 39.9 +08 52 u Vir 1.2 15. p vF, S
3795 Gx 11 40.1 +58 37 s UMa 2.4 14. p vF, S, mE
3797 Gx 11 40.1 +31 54 h UMa 0.2 15. p vS, f 3788
3798 Gx 11 40.2 +24 43 r Leo 14. p F, cS, lE, stellar, r
3799 Gx 11 40.2 +15 20 s Leo 0.9 14. p cF, R, p of 2
3800 Gx 11 40.2 +15 21 s Leo 2.1 13. p F, pS, E, pglbM, r, f of 2
3801 Gx 11 40.3 +17 44 s Leo 3.2 12.1 pF, pL, R, bM, r, 2nd of 3
3802 Gx 11 40.3 +17 46 s Leo 1.4 13.6 vF, pS, r, 2 vB st p, 3rd of 3
3803 Gx 11 40.3 +17 49 r Leo vF, S, R
I 719 Gx 11 40.3 +09 00 s Vir 1.7 14. p F, pL, lE 45deg , bM
3796 Gx 11 40.6 +60 18 r UMa 13. p F, cS, R, mbM
3808 Gx 11 40.7 +22 27 s Leo 0.7 11.9 vF, vS
3805 Gx 11 40.8 +20 22 r Leo 14. p cB, cS, R, bM, r
3806 Gx 11 40.8 +17 48 r Leo 14. p F, pL, *9-10 s 5'
3807 Gx 11 40.8 +17 47 u Leo 1.5 15. p vF, S, R (vF*?)
3804 Gx 11 40.9 +56 12 s UMa 2.4 13. p pB, E
I2949 11 40.9 -46 29 d Cen no descr
3810 Gx 11 41.0 +11 28 s Leo 4.3 10.8 B, L, vlE
3812 Gx 11 41.1 +24 51 r Leo 14. p cF, vS, R, 1st of 3, *6 sf 3'
3809 Gx 11 41.3 +59 54 r UMa 13. p pB, S, R, glbM
3811 Gx 11 41.3 +47 42 s UMa 2.4 13. p F, S, vlE, glbM
3813 Gx 11 41.3 +36 33 s UMa 2.3 11.7 cB, pL, pmE 83deg , bM
3814 Gx 11 41.5 +24 49 r Leo 15. p vS, nebs*, p 3815
I2950 Gx 11 41.6 +37 58 z UMa 15. p F, cS, lE pf, gbM, r
3815 Gx 11 41.7 +24 49 r Leo 14. p cF, S, 3rd of 3
3816 Gx 11 41.8 +20 07 r Leo 13. p F, S, bM
3817 Gx 11 41.9 +10 19 r Leo 14. p F, 1st of 4
3818 Gx 11 42.0 -06 09 s Vir 2.1 11.8 F, pS, R, psbM
3819 Gx 11 42.1 +10 22 r Leo 15. p vF, 2nd of 4
3820 Gx 11 42.1 +10 24 r Leo 15. p eF, vS, 3819 s
3821 Gx 11 42.2 +20 20 r Leo 14. p vF, cS, R, bM, bet 2 st
3822 Gx 11 42.2 +10 17 r Vir 13. p pF, pS, 3rd of 4
3823 Gx 11 42.2 -13 51 r Crt 14. p F, cS, lE, pslbM
I 720 Gx 11 42.3 +08 46 m Vir 1.0 15. p F, S, R
3825 Gx 11 42.4 +10 17 r Vir 14. p pF, pS, 4th of 4
3826 Gx 11 42.4 +26 30 r Leo 14. p pF, S, R, psbM, stellar
I 721 Gx 11 42.5 -08 22 m Crt 1.1 15. p pF, pL, E pf
3827 Gx 11 42.6 +18 51 r Leo 13. p F, S, lbM
I 722 11 42.6 +09 04 d Vir eF, vS, *10 nf 2'
3824 Gx 11 42.8 +52 47 s UMa 1.6 15. p vF, cS, pmE
3828 Gx 11 42.9 +16 30 r Leo 15. p vF, S, dif
3901 Gx 11 43.0 +77 24 r Cam 14. p pF, pL, r; place doubtful
I 723 11 43.0 -08 19 d Crt pB, S, N = 12.5, r
3830 Gx 11 43.2 +26 35 r Leo 14. p eF
3831 Gx 11 43.2 -12 52 r Crt 14. p F, vS, R, bM
I 724 11 43.4 +09 02 d Vir F, lE 45deg , S, bM
I2951 Gx 11 43.4 +19 44 u Leo 1.4 15. p *14 in neb
3829 Gx 11 43.5 +52 43 s UMa 1.2 15. p vF, vS
3832 Gx 11 43.5 +22 44 r Leo 14. p vF, pL, 2 suspected neb nr
3833 Gx 11 43.5 +10 10 r Vir 14. p eF, pS
3836 Gx 11 43.5 -16 48 r Crt 13. p F, S, F* close n
I 725 Gx 11 43.5 -01 40 z Vir 15. p F, vS, lE ns, *11 n 1'
3834 Gx 11 43.6 +19 05 v Leo 1.9 vF, vS, slbMN *13
3848 Gx 11 43.7 +10 16 r Vir 15. p eF, vS
I 726 11 43.8 +33 18 d UMa vF, pL, R
3837 Gx 11 43.9 +19 54 r Leo 14. p cF, S, R, 1st of 5
3839 Gx 11 43.9 +10 48 r Leo 13. p vF, S, R, lbM
3840 Gx 11 43.9 +20 05 r Leo 14. p F, S, lE
3843 Gx 11 43.9 +07 56 r Vir 14. p F, E sp nf, *11 p
3841 Gx 11 44.0 +19 59 r Leo 15. p cF, S, R, 2nd of 5
3842 Gx 11 44.0 +19 57 s Leo 1.2 13. p F, S, R, vglbM, 3rd of 5
3844 Gx 11 44.0 +20 02 r Leo 15. p vF, pS, lE
3835 Gx 11 44.1 +60 07 s UMa 2.0 13. p pB, E, gbM, ** 8 sf 5'
3845 Gx 11 44.1 +20 00 r Leo 15. p vF, pS, 4th of 5
3838 Gx 11 44.2 +57 57 s UMa 1.7 13. p pB, cS, E, psbM *12
3847 11 44.2 +33 21 D UMa F, S, R, psbM
3849 - 11 44.2 +03 10 r Vir F, S, F* 2' ssp
3851 Gx 11 44.3 +19 59 r Leo 15. p eF, vS, R, 5th of 5
3855 11 44.3 +33 20 D UMa eF, vS
I2952 11 44.3 +33 20 d UMa pF, S, dif, vlbM
3852 - 11 44.4 +10 18 r Vir eF, vS; = 3848?
3853 Gx 11 44.4 +16 34 r Leo 13. p S, R, bM
3856 11 44.4 +33 20 D UMa vF, R, bM
I2953 11 44.4 +33 20 d UMa F, cS, dif, vlbM
3846 Gx 11 44.5 +55 40 s UMa 1.2 15. p F, pL, R, vgbM
3854 - 11 44.5 -09 22 r Crt eF, vS, lE 70deg , bMN
I 727 Gx 11 44.5 +10 46 u Leo 1.6 15. p vF, eS, R, 3839 p
3860 Gx 11 44.6 +19 49 r Leo 14. p vF, vS, r
3857 Gx 11 44.8 +19 33 r Leo 15. p vF, vS, mbM
3861 Gx 11 44.8 +20 00 r Leo 14. p F, S, R, bM
3858 Gx 11 44.9 -09 16 m Crt 1.9 13. p eF, eS, R, gbM, *9.5 p 3s
3859 Gx 11 44.9 +19 28 r Leo 15. p eF, vS, R, lbM, r?
3865 Gx 11 44.9 -09 14 s Crt 2.3 13. p F, pL, dif
I 728 Gx 11 44.9 -01 36 u Vir 1.3 15. p vF, S, R
3862 Gx 11 45.1 +19 36 s Leo 1.6 12.6 vF, vS, R, *17 n
3863 Gx 11 45.1 +08 29 r Vir 14. p vF, 2' l, mE 70deg , glbM
I2955 Gx 11 45.1 +19 36 u Leo 1.3 14. p eF, close to 3862
3864 Gx 11 45.2 +19 24 r Leo 15. p eF, vS, R
I 729 Gx 11 45.2 +33 19 z UMa 15. p F, pS, R
I2954 Gx 11 45.2 +26 46 u Leo 1.3 15. p F, S, R, gbM, stell
I2956 Gx 11 45.2 +26 46 u Leo 1.3 15. p pF, cS, lbM
3866 Gx 11 45.3 -09 20 r Crt 14. p sf 3865, not so L
3867 Gx 11 45.4 +19 24 r Leo 14. p F, S, irrR, mbM, s of 2
3868 Gx 11 45.4 +19 27 r Leo 15. p vF, vS, R, mbM, n of 2
3876 Gx 11 45.4 +09 11 D Vir 13. p vF, r
3850 Gx 11 45.6 +55 53 s UMa 2.3 14. p eF, pL, lE
I 730 Gx 11 45.6 +03 13 m Vir 0.6 15. p F, vS, R, gbM, R
I2957 11 45.6 +33 18 d UMa F, S, R, *14 nr f
3873 Gx 11 45.7 +19 47 r Leo 14. p vF, pS, lE, 3875 sf
I2958 Gx 11 45.7 +33 09 m UMa 0.5 16. p F, S, dif
3869 Gx 11 45.8 +10 50 r Leo 13. p F, S, iR, psbM
3872 Gx 11 45.8 +13 46 s Leo 2.2 11.7 B, S, R, smbM *
3874 D* 11 45.8 +08 33 r Vir vF, vS, suspected
3875 Gx 11 45.8 +19 46 r Leo 15. p vF, vS, r
3870 Gx 11 45.9 +50 12 s UMa 1.3 13. p cF, cS, R, psbM
I 731 11 46.0 +49 34 d UMa vF, vS, R
I 732 Gx 11 46.0 +20 26 h Leo 0.4 15. p vF, v dif
I 733 11 46.0 -08 10 d Crt F, vS, R, gbM, r
3877 Gx 11 46.1 +47 30 s UMa 5.4 12. p B, L, mE 37deg
3882 Gx 11 46.1 -56 22 A Cen vF, lE, 2 st inv
I2959 Gx 11 46.1 +33 06 u UMa 1.1 15. p vF, S, R, r
3871 Gx 11 46.2 +33 05 D UMa 15. p eF, R, gbM, 1st of 4
3878 Gx 11 46.2 +33 12 r UMa 15. p vF, R, 2nd of 4
3884 Gx 11 46.2 +20 25 r Leo 14. p cF, S, iR, gbM, r, *7 sp 6'
I 734 Gx 11 46.2 -08 17 m Crt 0.8 16. p F, S, dif
3880 Gx 11 46.3 +33 10 r UMa 15. p vF, R, gbM, 3rd of 4
I2960 Gx 11 46.3 +34 59 z UMa 16. p F, S, dif, vlbM
3881 Gx 11 46.5 +33 07 r UMa 15. p vF, R, gbM, 4th of 4
3883 Gx 11 46.8 +20 42 r Leo 14. p vF, cL
3885 Gx 11 46.8 -27 55 s Hya 1.7 13. p cF, vS, vlE, bM, vF* sf
3879 Gx 11 46.9 +69 24 r Dra 13. p F, pL, mE 105deg +/-
3886 Gx 11 47.1 +19 51 r Leo 14. p F
3887 Gx 11 47.1 -16 51 s Crt 3.3 11.0 pB, L, iR, vgpmbM
3888 Gx 11 47.6 +55 58 s UMa 1.8 13. p pB, S, lE, pgbM
I2961 Gx 11 47.8 +31 21 z UMa 15. p F, S, R, lbM
3889 Gx 11 47.9 +56 02 A UMa 16. p vF, vS, 5' nf 3888
3891 Gx 11 48.0 +30 23 r UMa 13. p pB, S, bM
3892 Gx 11 48.0 -10 58 s Crt 2.8 12. p pB, pL, R, gbM, r
I 735 11 48.2 +10 13 d Vir eF, S, iF
I 736 Gx 11 48.4 +12 43 m Leo 0.4 15. p vF, eS, R
I 737 Gx 11 48.5 +12 43 m Leo 0.6 15. p vF, eS, R, N = 14
3893 Gx 11 48.6 +48 43 s UMa 4.4 11. p B, pL, R, mbM
3894 Gx 11 48.8 +59 25 s UMa 2.4 13. p B, pL, iR, pgmbM, p of 2
3896 Gx 11 48.9 +48 41 s UMa 1.7 14. p F, vS
I 738 11 48.9 -04 41 d Vir F, S, R, N = 14m
3897 Gx 11 49.0 +35 01 s UMa 2.1 14. p F, S, R, bM
3895 Gx 11 49.1 +59 26 s UMa 1.4 14. p pF, pL, vlE, gbM, f of 2
3903 Gx 11 49.1 -37 30 r Cen pB, cS, vlE, lbM
3905 Gx 11 49.1 -09 44 s Crt 1.8 vF, L, dif
I2962 11 49.1 -12 19 d Crt eF, cL, iR, 2 st n, f
3898 Gx 11 49.2 +56 05 s UMa 4.4 10.8 B, pL, lE, svmbM
3899 - 11 49.2 +26 28 r Leo pB, R, smbM; = 3912?
3900 Gx 11 49.2 +27 01 s Leo 3.5 11.4 B, pL, vlE 0deg +/- , bMN
3904 Gx 11 49.2 -29 17 s Hya 2.2 11.0 pB, S, R, mbM
3902 Gx 11 49.3 +26 07 s Leo 1.8 14. p F, pS, lE, vglbM
3890 Gx 11 49.4 +74 20 r Dra 14. p vF, S, R, bM
3911 Gx 11 49.4 +24 57 r Leo 15. p vF, S, p of 2
I2963 Gx 11 49.4 -05 07 m Vir 1.1 14. p v diffic, *12 npp 20"
3907 Gx 11 49.5 -01 04 r Vir 14. p eF, S, psbM
3909 OC 11 49.6 -48 15 A Cen Cl, vL, lC, st 9...14
3906 Gx 11 49.7 +48 26 s UMa 1.9 14. p eF, pL
I2964 11 49.8 +12 02 d Leo eeF, eF * 3s f, 3' s
3908 Gx 11 49.9 +12 11 r Leo F, vS, R, mbM
3172 Gx 11 50. +89 07 s UMi 0.7 13.6 vF, R, gbM, *11 s 2', Polarissima Borealis
3910 Gx 11 50.0 +21 22 r Leo 14. p S, R, mbM, *10-11 n 50"
3912 Gx 11 50.1 +26 29 s Leo 1.7 13. p F, pL, R, pgbM
3920 Gx 11 50.1 +24 57 r Leo 14. p neb, f of 2
3918 Pl 11 50.3 -57 11 s Cen 0.2 8. p PN , !, S, R, blue, = *7, d = 1s .5
I 739 11 50.4 +23 49 d Leo vF, S, R, *10.5 f
I2966 Nb 11 50.4 -64 54 s Mus 3. pL, bM
I 741 Gx 11 50.5 -04 49 m Vir 0.5 15. p pB, S, R, sbMN = 12m
3913 Gx 11 50.6 +55 21 s UMa 2.6 13. p F, E
3914 Gx 11 50.6 +06 35 r Vir 14. p F, vS, R, lbM, *13 np 80"
3915 - 11 50.6 -05 08 r Vir eF, eS, bet 2 st
3919 Gx 11 50.6 +20 01 r Leo 14. p F, S, R
I 740 Gx 11 50.6 +55 21 t UMa 2.7 13. p eeF, pL, iR, 3916 s; = 3913
3916 Gx 11 50.8 +55 09 s UMa 1.8 15. p eF, R, gbM
3917 Gx 11 50.8 +51 50 s UMa 4.9 12. p F, L, vmE, vgbM
I2967 Gx 11 50.8 +30 52 m UMa 0.3 15. p pB, vS, stell N
3960 OC 11 50.9 -55 42 s Cen 7. 8.3 Cl, pL, pRi, gpmbM, st 13
3923 Gx 11 51.0 -28 48 s Hya 2.9 10.1 B, pL, lE, gmbM, r, vS* sp inv
I 742 Gx 11 51.0 +20 48 u Leo 1.3 15. p eeF, pS, R, pB* sp
3921 Gx 11 51.1 +55 05 s UMa 2.2 13. p pF, S, R, pspmbM
3922 Gx 11 51.2 +50 11 r UMa 14. p vF, vS
3931 Gx 11 51.2 +52 00 s UMa 1.4 15. p eF, S
3925 Gx 11 51.3 +21 55 r Leo 15. p vF, vS
3942 Gx 11 51.4 -11 24 r Crt 14. p eF, pS, E 160deg , gvlbM
3926 Gx 11 51.5 +22 03 r Leo 14. p eF, eS, vlE, er, st nr
3927 - 11 51.6 +28 09 r Leo pF, pS
3929 Gx 11 51.7 +21 01 r Leo 14. p Cl, S, st F, vC
3928 Gx 11 51.8 +48 41 s UMa 1.8 13. p pF, S, R, pspmbM
3930 Gx 11 51.8 +38 01 s UMa 3.8 12. p eF, cL, iF, glbM, *7 (Grb 1830) f
3933 Gx 11 52.0 +16 49 r Leo 14. p pF, lE
3934 Gx 11 52.2 +16 52 r Leo 15. p eF, R
3936 Gx 11 52.3 -26 54 s Hya 4.0 13. p vF, cL, vmE 59deg
3935 Gx 11 52.4 +32 25 r UMa 14. p pF, S, lE, psbM
3932 Gx 11 52.5 +48 28 r UMa 15. p vF, v diffic, 3928 np
3924 Gx 11 52.6 +50 01 s UMa 1.9 15. p pB, S, iF, bM
I2968 Gx 11 52.6 +20 36 m Leo 0.4 14. p eF, vS, 3937 f 12s
I2969 Gx 11 52.6 -03 52 F Vir eF, pS, R, B* f 55s , np of 2
3937 Gx 11 52.7 +20 39 r Leo 14. p vF, cS, R; = IC 2968
3940 Gx 11 52.7 +21 01 r Leo 14. p vF, cS, R
3938 Gx 11 52.8 +44 07 s UMa 5.4 10.4 B, vL, R, bMpBN, er
3941 Gx 11 52.9 +36 59 s UMa 3.8 11. p vB, pL, R, smbM *9
3943 Gx 11 52.9 +20 30 r Leo 14. p pF, pS, E, *8 p 24s
3944 Gx 11 53.1 +26 14 r Leo 14. p pF, pS, R, psbM
3939 - 11 53.2 +75 07 r Dra eF, vS, R (place doubtful)
3945 Gx 11 53.2 +60 41 s UMa 5.5 10.6 B, pL, R, gmbM, r, *12 sp
I2970 *** 11 53.2 -23 07 x Crt pB, S, R, 3955 f
3946 Gx 11 53.4 +21 03 r Leo 15. p vF, vlbM, dif
3947 Gx 11 53.4 +20 45 s Leo 1.6 14. p F, pS, iE, lbM, ** p
3948 Gx 11 53.4 +20 59 m Leo 0.5 15. p vF, stellar
I 743 11 53.4 -13 16 d Crt F, S, dif
I2971 Gx 11 53.5 +30 41 z UMa 16. p F, S, R, psbM
3949 Gx 11 53.7 +47 52 s UMa 3.0 11.0 cB, pL, pmE, vgbM
3950 Gx 11 53.7 +47 56 r UMa 15. p eF, 2'.6 n of 3949
3951 Gx 11 53.7 +23 24 r Leo 14. p vF, cS, vlE
3952 Gx 11 53.7 -04 00 s Vir 1.5 13. p cF, cS, lE 90deg +/- , bM, r
3954 Gx 11 53.7 +20 54 r Leo 14. p eF, R
I2972 Gx 11 53.7 -03 59 m Vir 0.9 14. p vF, pS, R, 2 B st n, np, sf of 2
3953 Gx 11 53.8 +52 20 s UMa 6.6 10.1 cB, L, E 0deg +/- , vsbMLrN
I2973 Gx 11 53.8 +33 21 u UMa 1.5 14. p F, cS, dif
I2974 Gx 11 53.9 -05 09 v Vir 2.8 eeF, vS, lE
3955 Gx 11 54.0 -23 10 s Crt 3.2 11.9 cF, S, E 170deg +/- , lbs
3956 Gx 11 54.0 -20 34 s Crt 3.5 13. p cF, pL, pmE 57deg
3957 Gx 11 54.0 -19 34 s Crt 3.5 13. p F, S, E, r
I2965 Gx 11 54.0 -19 34 c Crt 2.5 B, S, vmE, ray; = 3957
I 744 Gx 11 54.1 +23 12 z Leo 16. p eF, vS, v diffic
I2975 11 54.2 -05 47 d Vir eeF, vS, lE, 3 B st in line n, circle of st n
I 745 Gx 11 54.3 +00 08 s Vir 0.7 14. p F, vS, stellar, N = 14
I2976 11 54.5 -02 43 d Vir vF, vS, R, vF* nr nf
3958 Gx 11 54.6 +58 22 s UMa 1.6 13. p pF, pS, pmE, vgbM
3959 Gx 11 54.6 -07 44 r Crt 14. p vF, S, bet 2 vF st
3962 Gx 11 54.7 -13 58 s Crt 2.9 10.6 cB, pL, iR, gmbM, triangle 2 st
3964 Gx 11 54.8 +28 16 r Leo 15. p vF, S, E, *10 nf att
3961 Gx 11 55.0 +69 20 r Dra 14. p eF, vS
3963 Gx 11 55.0 +58 30 s UMa 2.8 12. p pF, cL, R, vg, sbM
3965 - 11 55.1 -10 52 r Crt eF, eS, R, bMN, *9.5 np 4'
3969 Gx 11 55.1 -18 56 r Crt 14. p eF, vS, gbMN, *8.5 nearly n
3967 Gx 11 55.2 -07 50 r Crt 15. p vF, S, F* close p
I2977 Gx 11 55.2 -37 42 c Cen 2.0 eF, vS, *7 sp
3970 Gx 11 55.3 -12 02 r Crt 14. p F, S, R, psbM, p of 2
3968 Gx 11 55.5 +11 58 s Leo 3.0 13. p pB, L, iR, bM, *10, 65deg , 3'
3971 Gx 11 55.6 +30 00 r UMa 14. p pF, vS, R, bM
3973 Gx 11 55.6 +12 01 r Leo 15. p eF, eS, *10 1' sf (requires verification)
I 746 Gx 11 55.6 +25 53 u Leo 1.3 14. p F, pS, R
3966 Gx 11 55.7 +32 12 r UMa 14. p F, pL, lE, bM, *12 p
3974 Gx 11 55.7 -12 00 r Crt 14. p vF, S, R, bM, f of 2
3972 Gx 11 55.8 +55 19 s UMa 4.0 13. p pB, E
3975 Gx 11 55.9 +60 32 s UMa 0.8 15. p vF, vS, 3978 f 17s
3976 Gx 11 56.0 +06 45 s Vir 3.9 12. p B, pL, cE 30deg , vsmbMN
3977 Gx 11 56.1 +55 24 s UMa 1.7 13. p F, S
3979 Gx 11 56.1 -02 42 r Vir 14. p pF, *11-12 nf
3980 Gx 11 56.1 +55 23 u UMa 1.8 15. p eF, pL, E, D* nr
3981 Gx 11 56.1 -19 54 s Crt 3.9 12. p vF, pL, iF
3978 Gx 11 56.2 +60 31 s UMa 1.8 15. p cF, S, lE, bM, *8, 90deg , 6'
3983 Gx 11 56.4 +23 53 r Leo 15. p cF, cS, R, psbM
I2978 Gx 11 56.4 +32 01 u UMa 1.1 15. p vF, S, v dif
3982 Gx 11 56.5 +55 08 s UMa 2.5 12. p B, pL, R, g, sbM disc
3985 Gx 11 56.7 +48 20 s UMa 1.2 13. p vF, cS, another suspected
3986 Gx 11 56.7 +32 01 s UMa 3.1 14. p pF, S, pmE 90deg +/- , *11 nr
I2979 11 56.9 +33 09 d UMa F, S, R, lbM, r
I 747 11 57.1 -08 18 d Vir F, vS, R, stellar
3987 Gx 11 57.3 +25 12 s Leo 2.5 14. p F, mE
3988 Gx 11 57.4 +27 53 r Leo 14. p vF, S, R, bM *, p of 2
3989 Gx 11 57.4 +25 14 r Leo 15. p eF, vS, R
3991 Gx 11 57.5 +32 20 s UMa 1.4 13.2 F, S, lE, 1st of 3
I 748 Gx 11 57.5 +07 28 m Vir 0.3 15. p F, vS, R, sbMN = 13
I2980 Gx 11 57.5 -73 41 c Mus 2.0 eeF, eS, R, cbM
3990 Gx 11 57.6 +55 28 s UMa 1.7 12.6 pF, S, lE, pslbM
3992 Gx 11 57.6 +53 23 s UMa 7.6 9.8 cB, vL, pmE, sbMBrN; = M109
3993 Gx 11 57.6 +25 15 s Leo 1.9 15. p vF, pS, E, 3 st nr
3994 Gx 11 57.6 +32 17 s UMa 1.1 12.7 pB, vS, 2nd of 3
3995 Gx 11 57.7 +32 18 s UMa 2.8 12.6 F, pL, iR, bM, 3rd of 3
3984 Gx 11 57.8 +29 03 r UMa 15. p eF, S, R, bM
3996 Gx 11 57.8 +14 19 r Leo 14. p vF, pL, R, 2 st f
3997 Gx 11 57.8 +25 16 s Leo 1.8 14. p pF, vS, E 25deg , bet 2 st
I2981 11 57.8 +33 11 d UMa F, S, R, gvlbM
I2982 11 57.8 +27 49 d Leo vF, stell, *10 nr
3998 Gx 11 57.9 +55 27 s UMa 3.1 10.6 cB, pS, R, vg, smbM
4000 Gx 11 58.0 +25 09 r Leo 15. p vF, vS, lE, *8 2' f, 4005 is sf
4002 Gx 11 58.0 +23 13 r Leo 14. p vF, vS, R, n of 2
4003 Gx 11 58.0 +23 08 r Leo 15. p vF, vS, R, s of 2
4001 Gx 11 58.1 +47 20 r UMa 15. p S, R, 7' np 4010
4004 Gx 11 58.1 +27 53 s Leo 2.2 14. p F, vS, R, *12 near
4005 Gx 11 58.2 +25 08 r Leo 14. p pF, vS, mbM, *7 np 2'
4006 Gx 11 58.2 -02 05 r Vir 14. p F, S, R, bM, *11 nf; = IC 2983
4007 11 58.2 +25 08 A Leo eF, vS; = 4005
4008 Gx 11 58.3 +28 12 s Leo 2.5 12.0 pB, pS, E, psbM, * inv n
I2983 * 11 58.3 -02 05 F Vir eF
3999 Gx 11 58.4 +25 09 r Leo 15. p vF, S
4009 Gx 11 58.4 +25 13 r Leo vF, eS
4011 Gx 11 58.4 +25 07 r Leo 15. p vF, vS, *12 np
4016 Gx 11 58.4 +27 31 s Leo 1.5 15. p vF
4012 Gx 11 58.5 +10 02 r Vir 14. p vF, S, lE
4013 Gx 11 58.5 +43 57 s UMa 5.2 12. p B, cL, mE 62deg , vsvmbM *10
4024 Gx 11 58.5 -18 21 s Crv 2.3 13. p F, vS, iF, bM
4010 Gx 11 58.6 +47 16 s UMa 4.2 13. p F, pL, mE, vglbM
4014 Gx 11 58.6 +16 11 r Com 13. p pB, pS, R, psbM
I 749 Gx 11 58.6 +42 44 s UMa 2.5 12.2 pB, L, R, lbM
4015 Gx 11 58.7 +25 03 r Com 14. p F, vS, E, mbM
4017 Gx 11 58.7 +27 26 s Com 1.8 13. p F, L, E, gbfM
4018 Gx 11 58.7 +25 20 r Com 14. p mE np sf, 2 st s
4019 - 11 58.9 +14 13 r Com eF, *9 sf 5'
4020 Gx 11 58.9 +30 25 s UMa 2.1 13. p pB, pL, E 20deg , biN
I 750 Gx 11 58.9 +42 43 s UMa 2.9 11.8 pB, L, lE 35deg , bM
I 751 Gx 11 58.9 +42 34 v UMa 1.5 pF, pL, lE 45deg , mbM
4021 Gx 11 59.0 +25 06 r Com 15. p F, S, vlE
4022 Gx 11 59.0 +25 14 r Com 14. p pF, vS, stellar
4023 Gx 11 59.1 +25 00 r Com 14. p pF, pL, dif
I2984 11 59.1 +30 42 d UMa F, cS, R, vlbM
4025 Gx 11 59.2 +37 48 s UMa 3.3 15. p eF, pL, R
I 753 Gx 11 59.2 -00 30 u Vir 0.6 14. p pB, vS, R, vmbM, *11 nf
I2985 11 59.2 +30 44 d UMa pF, S, dif
I 752 Gx 11 59.3 +42 33 z UMa 15. p vF, S, iR, *13 nf 1'.5
4026 Gx 11 59.4 +50 58 s UMa 5.1 12. p vB, cL, mE 176deg , vsvmbMBN
I 754 Gx 11 59.4 -01 38 u Vir 0.9 14. p F, S, R, sbM
4027 Gx 11 59.5 -19 16 s Crv 3.0 11.1 glob. cl. , pF, pL, R, rr, st 16
I2986 Gx 11 59.8 +30 52 m UMa 0.6 15. p F, vS, R, N, r
4028 - 11 59.9 +16 14 r Com vF, vS, vlE, r
4029 Gx 12 00.1 +08 12 r Vir 14. p vF, vS, lE, stellar N
4030 Gx 12 00.4 -01 06 s Vir 4.3 12. p cB, L, vlE, psmbM, B st nr
4031 Gx 12 00.5 +31 57 r UMa 14. p eF, vS, *17 vnr south
4035 Gx 12 00.5 -15 57 v Crv 1.4 eF, pL, *9 45deg +/-
4032 Gx 12 00.6 +20 04 s Com 2.1 13. p pF, pL, R, gbM, *12 nf
4033 Gx 12 00.6 -17 51 s Crv 2.5 13. p pB, S, lE, bM
I 755 Gx 12 01.2 +14 06 v Com 2.7 eeF, S, E, bet 2 st
4036 Gx 12 01.4 +61 54 s UMa 4.5 10.6 vB, vL, E
4037 Gx 12 01.4 +13 24 s Com 2.7 13. p eF, pL, R, r
4034 Gx 12 01.5 +69 19 r Dra eF, S, iF, gvlbM
4038 Gx 12 01.9 -18 52 s Crv 2.6 10.7 pB, cL, R, vgbM
4039 Gx 12 01.9 -18 53 s Crv 3.2 13. p pF, pL
4052 OC 12 01.9 -63 12 s Cru 8. 9. p Cl, pRi, lC
4040 Gx 12 02.2 +17 50 r Com 15. p eF, pS, R, 3 st nr
4041 Gx 12 02.2 +62 08 s UMa 2.8 11.1 B, cL, R, g, psvmbMrN
4042 - 12 02.4 +20 09 r Com vF, vS; = 4032?
4043 Gx 12 02.4 +04 21 r Vir 14. p pF, S, R, psbM, ** f 30s
4044 Gx 12 02.5 -00 11 r Vir 14. p cF, cS, R, bM
4045 Gx 12 02.7 +01 59 s Vir 2.8 11.8 pF, L, R, sbM, * sf
4046 - 12 02.8 +01 45 r Vir F, pS, triangle 2 F st; = 4045?
4047 Gx 12 02.9 +48 38 s UMa 1.5 13. p pB, pS, R
4048 Gx 12 02.9 +18 01 r Com 14. p vF, vS, R, psbM
4050 Gx 12 02.9 -16 22 s Crv 3.1 12. p F, cL, iR, lbM
4049 Gx 12 03.0 +18 46 r Com 14. p eF, pS, R, glbM
I 756 Gx 12 03.0 +04 50 u Vir 2.1 15. p vF, pL
4051 Gx 12 03.2 +44 32 s UMa 5.0 10.3 B, vL, E, vgvsmbM *11
4053 Gx 12 03.2 +19 44 r Com 14. p F, vS, vlE, alm stell
4054 Gx 12 03.2 +57 54 r UMa 15. p eF, S
I 757 D* 12 03.4 +52 39 x UMa 13. p susp, close to *12
I2987 Gx 12 03.4 +38 49 v UMa F, S, N, dif
4055 - 12 03.7 +21 04 r Com pB (decl very doubtful)
I2988 12 03.7 +03 24 d Vir eF, r, *11.5 sf 2'.7
4058 Gx 12 03.8 +03 34 r Vir 14. p vF, pS, R, bM
4059 - 12 03.9 +21 19 r Com pB (decl very doubtful)
4056 Gx 12 04.0 +20 19 r Com eF, vS
4068 Gx 12 04.0 +52 35 s UMa 3.2 13. p pF, S, stellar
4060 Gx 12 04.1 +20 21 r Com 15. p eF
4061 Gx 12 04.1 +20 13 s Com 1.5 14. p vF, S, R, p of Dneb, pos 80deg
4062 Gx 12 04.1 +31 54 s UMa 4.3 11.2 pB, vL, mE 97deg , vgbM
4063 Gx 12 04.1 +01 52 r Vir 15. p eF, vS, B pts inv
4064 Gx 12 04.2 +18 27 s Com 4.5 11.5 B, E, gbM
4065 Gx 12 04.2 +20 13 s Com 1.5 14. p pF, R, f of Dneb
4066 Gx 12 04.2 +20 22 r Com 14. p pB
4067 Gx 12 04.2 +10 51 s Vir 1.5 13. p F, pS, R, gbM
4069 Gx 12 04.2 +20 20 r Com vF, vS
4070 Gx 12 04.2 +20 26 r Com 14. p F, vS
4071 Pl 12 04.2 -67 18 s Mus 1.3 vF, vS, R, bM*, am st
I 758 Gx 12 04.2 +62 30 s UMa 2.0 13. p eeF, pS, R, bet 2 distant st
4072 Gx 12 04.3 +20 13 r Com 15. p eF, sf 4061, 4062, 4065
4073 Gx 12 04.5 +01 54 s Vir 2.5 13. p F, pS, R, pgbM, np of 2
4074 Gx 12 04.6 +20 20 r Com 15. p eF, vS
4076 Gx 12 04.6 +20 12 r Com 14. p vF, vS
4081 Gx 12 04.6 +64 26 s UMa 1.8 14. p F, S, mE, D* nr
4075 Gx 12 04.7 +02 05 r Vir 14. p F, S, R
4077 Gx 12 04.7 +01 48 r Vir 14. p cF, cS, vlE, bM, sf of 2
I2989 Gx 12 04.7 +01 47 u Vir 1.1 14. p vF, S, bM or 2 or 3 eF st inv
I2990 Gx 12 04.7 +11 02 m Vir 0.6 15. p eF, R, poss PN
4078 Gx 12 04.8 +10 36 r Vir 14. p F, vS, R, glbM
4079 Gx 12 04.8 -02 23 s Vir 2.4 14. p F, L, R, *10 n 1'
4080 Gx 12 05.0 +27 00 r Com 14. p cF, pS, E, gbM
I2991 12 05.1 +10 37 d Vir eF, S, E 10deg , bet 4082 and 83
I 759 12 05.2 +20 15 d Com pB, pL, E pf
I2992 12 05.2 +30 21 d UMa F, S, R, gbMN, r
I2993 12 05.2 +32 52 d UMa F, S, N, dif, r
4057 Gx 12 05.3 +20 19 r Com pB (decl very doubtful)
4082 Gx 12 05.3 +10 41 r Vir 15. p vF, vS, lE, lbM
4083 Gx 12 05.3 +10 37 r Vir 15. p eF, vS
4084 Gx 12 05.3 +21 14 r Com 15. p F, S
4085 Gx 12 05.4 +50 21 s UMa 2.8 12.3 B, pL, pmE 78deg , vsbM
4086 Gx 12 05.5 +20 15 r Com 15. p F, pS, R
4090 Gx 12 05.5 +20 19 r Com 15. p vF, vS, *15 f 1'; = IC 2997
I2994 Gx 12 05.5 +12 41 z Vir 16. p eF, R, bM
4087 Gx 12 05.6 -26 33 r Hya 13. p pB, S, R, bM
4088 Gx 12 05.6 +50 33 s UMa 5.8 10.5 B, cL, E 55deg , lbM
4089 Gx 12 05.6 +20 34 r Com 15. p vF, S, R, p of 2
4091 Gx 12 05.7 +20 34 r Com 15. p vF, S, R, f of 2
I2995 Gx 12 05.8 -27 56 s Hya 3.1 13. p vF, L, cE 120deg , *8 f
I2997 12 05.8 +20 17 d Com eF, *12 sf 2'; = 4090?
4092 Gx 12 05.9 +20 30 r Com 14. p F, pS, R, *11 np
4093 Gx 12 05.9 +20 33 r Com 15. p eF, vS
4094 Gx 12 05.9 -14 32 s Crv 4.2 12. p eF, L, pmE, vgbM, 2 st 11 nr
I 760 Gx 12 05.9 -29 18 c Hya 1.6 F, S, R, bM, E 150deg ?
I2996 Gx 12 05.9 -30 00 m Hya 0.8 14. p F, vS, E 20deg , * sp
I2998 12 05.9 +20 45 d Com vF, others near
I2999 Gx 12 05.9 +31 21 z UMa 16. p vF, vS, N
4095 Gx 12 06.0 +20 35 r Com 14. p vF, vS
4096 Gx 12 06.0 +47 29 s UMa 6.5 10.6 pB, vL, mE 32deg
I 761 Gx 12 06.0 -12 40 m Crv 0.6 15. p neb *14
4097 Gx 12 06.1 +36 52 r UMa 14. p eF, vS, R, stellar, *10 sp 2'
4098 Gx 12 06.1 +20 37 r Com 14. p eF, eS, R, bM
4099 - 12 06.1 +20 39 r Com eF, eS
I3000 12 06.1 -29 41 d Hya F, indistinct (defect?)
4100 Gx 12 06.2 +49 35 s UMa 5.2 12. p pB, vL, vmE 161deg , vgvlbM
4101 Gx 12 06.2 +25 34 r Com 14. p eF, vS, R, vgbM
I3001 Gx 12 06.2 +33 31 m UMa 0.7 15. p F, S, R, gbM
4102 Gx 12 06.4 +52 43 s UMa 3.2 12. p B, pS, R, bMBN, *12 sp, vnr
4104 Gx 12 06.6 +28 10 s Com 3.0 14. p pB, pS, lE, bM
4103 OC 12 06.7 -61 15 s Cru 7. 7. p Cl, pL, pC, iR, st 10...14
4105 Gx 12 06.7 -29 46 s Hya 2.4 12. p pF, pS, R, psbM, r, p of 2
4107 12 06.7 +10 36 D Vir pB, S, lE, *10-11 np
4106 Gx 12 06.8 -29 46 s Hya 1.9 11.4 pF, pS, R, pgbM, f of 2
4108 Gx 12 06.8 +67 10 s Dra 1.9 13. p B, S, R, gbM
4109 Gx 12 06.9 +43 00 s CVn 0.8 15. p vF, 4111 nnf 6'
4110 Gx 12 07.1 +18 32 r Com 14. p F, S
4111 Gx 12 07.1 +43 04 s CVn 4.8 10.8 vB, pS, mE 151deg
4112 Gx 12 07.1 -40 11 r Cen F, S, vlE, glbM, 3 B st nr
I3002 Gx 12 07.1 +33 22 m CVn 0.5 15. p F, cS, R, gbM, r
I3003 12 07.1 +32 51 d Com F, S, dif, N, r
4113 - 12 07.2 +34 00 r CVn eF; nonexistent?
4114 Gx 12 07.2 -14 11 s Crv 2.3 13. p cF, S, iR, gbM
4115 - 12 07.2 +14 25 r Com eF, suspected
4122 Gx 12 07.2 +33 00 r Com 15. p eF, vS, R, mbM
I3004 Gx 12 07.2 +13 14 m Vir 0.9 16. p R, bM, mag 15
I3005 Gx 12 07.2 -30 01 c Hya 2.2 F, S, eE 160deg , stell N
I3006 12 07.4 +12 59 d Vir R, bM, mag 15
I3007 Gx 12 07.4 +31 21 z Com 15. p vF, vS, diffic
4116 Gx 12 07.6 +02 42 s Vir 3.8 11.9 vF, E (hook shape), sp of 2
4117 Gx 12 07.8 +43 08 s CVn 2.8 14. p vF, vS
4118 Gx 12 07.9 +43 07 s CVn 0.9 16. p eF, vS, 1' s of 4117
4119 - 12 07.9 +09 33 r Vir lE; nonexistent?
4121 Gx 12 07.9 +65 07 s Dra 0.6 14. p F, vS, lE, r
I3010 Gx 12 07.9 -30 20 c Hya 1.9 eF, cS, R, 2 st 10 sf 8'
I3008 Gx 12 08.0 +13 33 m Com 0.8 15. p R, bM, mag 13.5
I3009 ? 12 08.0 +12 39 x Vir pB, cS
4125 Gx 12 08.1 +65 11 s Dra 5.1 9.8 pB, pL, cE, mbM
I 762 Gx 12 08.1 +25 45 m Com 0.6 15. p pB, S, R, N = 12m
4123 Gx 12 08.2 +02 53 s Vir 4.5 11.2 cF, vL, E 90deg +/- , bMN
4124 Gx 12 08.2 +10 23 s Vir 4.6 12. p pB, pL, mE 118deg , bM, r; = IC 3011
I 763 Gx 12 08.2 +25 49 m Com 0.8 15. p F, vS, N = 13m
I3011 Gx 12 08.2 +10 22 t Vir 3.8 12. p pF, pS, E 110deg ; = 4124
4127 Gx 12 08.4 +76 48 s Cam 2.3 13. p F, pL, vlE, glbM
4120 Gx 12 08.5 +69 33 s Dra 1.9 14. p eF, vS, E
4128 Gx 12 08.5 +68 46 s Dra 2.8 13. p cB, lE, bM
I3012 Gx 12 08.5 +11 10 z Vir 15. p R, PN ?, mag 15
I3013 Gx 12 08.5 +10 01 m Vir 0.8 15. p bM, mag 15
I3014 Gx 12 08.5 +38 49 u CVn 1.1 14. p pB, cS, R, gbM, r
4133 Gx 12 08.6 +74 56 r Dra 13. p pB, cL, R, gmbM
4126 Gx 12 08.7 +16 09 r Com 14. p vF, S, R, pslbM, bet 2 vS st
4131 Gx 12 08.7 +29 18 s Com 1.6 14. p cF, S, R, 1st of 3
4129 Gx 12 08.9 -09 02 s Vir 2.6 12.6 F, pL, pmE 95deg +/- , vglbM
4130 - 12 08.9 -04 00 r Vir pE, lbM, *13 p 5'
4132 Gx 12 09.0 +29 14 s Com 1.1 15. p cF, S, iR, 2nd of 3
I3015 Gx 12 09.0 -31 31 c Hya 3.0 pB, mE 45deg , *10.5 sf 1'
4134 Gx 12 09.2 +29 11 r Com 14. p pF, pL, lE, 3rd of 3
4135 Gx 12 09.2 +44 00 s CVn 1.0 15. p vF, pS, R, 2 F st inv
4136 Gx 12 09.3 +29 56 s Com 4.1 12. p F, vL, vgmbM
4137 Gx 12 09.3 +44 06 s CVn 1.2 15. p vF, pS, R, l fainter than 4135
I3016 Gx 12 09.4 +11 25 z Vir 16. p S, R, bM
I3017 12 09.4 +13 36 d Com R, bM, dif, mag 14.5
I3019 Gx 12 09.4 +14 00 x Com R, bM, dif, mag 14.5
4138 Gx 12 09.5 +43 41 s CVn 2.9 12. p B, pL, lE, vgbM, * np
4142 Gx 12 09.5 +53 06 s UMa 2.3 14. p vF, S, iF, vglbM, er
I3018 ? 12 09.5 +14 04 x Com R, lbM, mag 13.5
4139 - 12 09.6 +01 49 r Vir F, S, diffic, p of Dneb
4143 Gx 12 09.6 +42 32 s CVn 2.9 12. p cB, R, vg, vsbMN
I3020 12 09.6 +14 13 d Com R, bM, mag 14
4140 - 12 09.7 +01 48 r Vir F, S, diffic, f of Dneb
4141 Gx 12 09.7 +58 51 r UMa 14. p vF, pS, lE, gbM, r
I3022 Gx 12 09.9 +38 43 m CVn 0.2 14. p pB, pS, gbM
4144 Gx 12 10.0 +46 27 s UMa 5.9 12. p pF, cL, vmE 109deg , vgbM
4145 Gx 12 10.0 +39 53 s CVn 5.8 11.0 B, vL, vglbM
I3021 Gx 12 10.0 +13 01 u Vir 1.8 15. p R, bM, v dif, mag 14.5
4147 Gb 12 10.1 +18 33 s Com 4.0 10.3 glob. cl. , vB, pL, R, gbM, rrr
4148 Gx 12 10.1 +35 52 s CVn 1.8 15. p F, S, *12 sf
I3023 12 10.1 +14 21 d Com R, bM, dif, mag 15
I 764 Gx 12 10.2 -29 44 s Hya 4.8 12. p eF, pL, E ns, lbM
4146 Gx 12 10.3 +26 26 s Com 1.6 14. p vF, pS
I3024 Gx 12 10.3 +12 18 u Vir 1.2 15. p R, bM, mag 13.5
4149 Gx 12 10.4 +58 19 r UMa 14. p F, S, E
I3025 Gx 12 10.4 +10 11 m Vir 0.4 15. p S, E, bM
4151 Gx 12 10.5 +39 24 s CVn 5.9 10.4 vB, S, R, vsmbMBN, p of 2
I 765 D* 12 10.5 +16 08 x Com vF, susp 6' n of 4152
I3027 ? 12 10.5 +14 11 x Com bM, mag 14
I3028 12 10.5 +11 45 d Vir bM, mag 15
4150 Gx 12 10.6 +30 24 s Com 2.5 11.7 B, S, R, pgmbM
4152 Gx 12 10.6 +16 02 s Com 2.3 12.0 pB, pL, R, pgmbM, r
I3026 * 12 10.6 -29 56 x Hya vF, vS, mE 40deg , bet 2 st
4154 * 12 10.7 +58 21 r UMa vF, S, E 90deg +/-
4159 Gx 12 10.7 +76 09 r Dra 14. p eF, pS, R, triangle 2 st
4153 - 12 10.8 +18 22 r Com B, pL, E, bM
4155 Gx 12 10.8 +19 03 r Com 14. p eF, vS
4156 Gx 12 10.8 +39 28 s CVn 1.5 13.0 pF, S, E, vgbM, f of 2
I3029 Gx 12 10.8 +13 19 u Com 1.5 15. p E 35deg , mag 13.5
I 766 Gx 12 10.9 -12 40 m Crv 1.2 14. p pB, E ns, sbMN = 14m
4157 Gx 12 11.1 +50 29 s UMa 6.9 12. p pF, cL, vmE 60deg +/- (double?)
I 767 Gx 12 11.1 +12 05 m Vir 0.6 15. p F, vS, stell, N = 14m
I3030 12 11.1 +14 08 d Com R, bM, mag 14
I3031 12 11.1 +13 18 d Vir vF, wisp at 35deg
I3032 Gx 12 11.1 +14 16 z Com 15. p R, bM, mag 13.5
I3033 Gx 12 11.1 +13 35 u Com 1.2 15. p bM, wisps ns 0'.5, mag 13.5
4158 Gx 12 11.2 +20 11 s Com 2.0 13. p F, pS, lE, bM, pB* sf
4161 Gx 12 11.4 +57 44 r UMa 13. p F, S, R
4160 - 12 11.6 +43 45 r CVn neb *13
4162 Gx 12 11.9 +24 07 s Com 2.5 11.5 B, L, iE, bM
I 768 Gx 12 11.9 +12 08 u Vir 1.6 15. p vF, pS, R, gbM
I3034 12 11.9 +14 11 d Com vF, E, bM
4164 Gx 12 12.1 +13 12 r Vir 15. p vF, 2'-3' s of 4165
4163 Gx 12 12.2 +36 10 s CVn 1.9 13. p vF, pL, vlE, r
4165 Gx 12 12.2 +13 15 s Vir 1.5 13.6 eF, *10 np, 4168 f; = IC 3035
4166 Gx 12 12.2 +17 46 r Com 14. p vF, S
4167 - 12 12.2 +36 31 r CVn F, pL, R, vgbM, ** s; = 4163?
4169 Gx 12 12.2 +29 10 s Com 2.1 13. p F, S, 1st of 4
4172 Gx 12 12.2 +56 11 r UMa 14. p F, S, lE, gbM
I3035 12 12.2 +13 15 x Vir F, cS; = 4165
I3036 Gx 12 12.2 +12 28 u Vir 1.8 15. p vF, spir
4168 Gx 12 12.3 +13 12 s Vir 2.8 11.3 pB, pL, iF, psbM, r, * inv
4170 Gx 12 12.3 +29 12 D Com 13. p eF, vnr 4169, 4173-5
4171 Gx 12 12.3 +29 12 u Com 5.1 14. p eF, vnr 4169, 4173-5
4173 Gx 12 12.3 +29 11 s Com 4.8 13. p F, S, 2nd of 4
4174 Gx 12 12.4 +29 08 s Com 0.8 14. p F, S, 3rd of 4
I3037 Gx 12 12.4 +09 59 z Vir 15. p R, PN ?, mag 16
4175 Gx 12 12.5 +29 09 s Com 2.0 14. p F, eS, 4th of 4
I 769 Gx 12 12.5 +12 07 s Vir 2.5 13. p vF, pS, vlbM
I3039 Gx 12 12.5 +12 18 m Vir 1.0 15. p S, R, bM
I3038 Gx 12 12.6 +11 20 z Vir 16. p R, bM, PN ?, mag 16
4176 Gx 12 12.7 -09 08 r Vir eF, vS, R, slbM, *10
I3040 Gx 12 12.7 +11 04 m Vir 0.6 16. p R, PN ?, mag 16
I3041 12 12.7 +12 44 d Vir S, E
4177 Gx 12 12.8 -14 00 r Crv 13. p vF, pL, R, vgbM
4178 Gx 12 12.8 +10 52 s Vir 5.0 11.4 vF, vL, E 45deg +/- , *7 f; = IC 3042
I3042 12 12.8 +10 52 x Vir pF, cL; = 4178
I3043 12 12.8 +10 00 d Vir cS, E ns, mag 15
I3044 Gx 12 12.8 +13 59 v Com 2.1 F, stell
4179 Gx 12 12.9 +01 18 s Vir 4.2 10.9 pB, pS, pmE 135deg +/- , bMN
I 770 12 13.0 -04 33 d Vir vF, vS, R, *13.5 n 1'
I3045 ? 12 13.0 +12 47 x Vir pF, cS, Ns = 10.5m
4180 Gx 12 13.1 +07 02 s Vir 1.8 13. p pF, S, lE 0deg +/- , r
I3046 Gx 12 13.1 +12 55 u Vir 1.2 15. p vF, pS, spir
4183 Gx 12 13.3 +43 42 s CVn 5.0 13. p vF, cL, mE 170deg +/-
I3047 12 13.3 +12 58 d Vir R, bM, mag 14.5
4181 Gx 12 13.4 +50 46 r CVn 14. p eF, S, stellar
4182 - 12 13.4 +04 03 r Vir vS (vS Cl?)
4185 Gx 12 13.4 +28 31 r Com 13. p cF, L, R, gbM
4187 Gx 12 13.4 +50 44 r CVn 14. p pB, S, lE
I3048 D* 12 13.4 +13 04 x Vir F, S; *13?
I3049 Gx 12 13.5 +14 29 u Com 1.1 16. p R, PN ?, mag 16
4184 - 12 13.6 -62 42 r Cru Cl, mC, st eS
4190 Gx 12 13.7 +36 38 s CVn 1.7 13. p cF, pS, R, vglbM, r
I3050 Gx 12 13.7 +13 26 t Com 2.0 13. p pB, cL, gbM; = 4189
4189 Gx 12 13.8 +13 26 s Com 2.5 11.7 F, L, lE, vglbM, r; = IC 3050
4192 Gx 12 13.8 +14 54 s Com 9.5 10.1 B, vL, vmE 152deg , vsvmbM; = M98
4191 Gx 12 13.9 +07 12 r Vir 14. p cF, R, bM, near S*
4193 Gx 12 13.9 +13 10 s Vir 2.3 12.4 vF, pL, E, vgbM; = IC 3051
I3051 12 13.9 +13 10 x Vir pB, pS; = 4193
I3052 12 13.9 +12 40 d Vir R, PN ?, mag 16.5
I3053 12 14.0 +14 12 d Com R, bM, PN ?, mag 16
4186 Gx 12 14.1 +14 44 s Com 1.4 14. p pF, S, R, sp M98
4188 Gx 12 14.2 -12 33 r Crv 14. p eF, pS
4194 Gx 12 14.2 +54 32 s UMa 2.5 12.4 pB, vS, vsbM *12
4195 Gx 12 14.2 +59 37 r UMa 15. p eF
4198 Gx 12 14.3 +56 01 r UMa 14. p pF, pS, lE, gbM
I3054 12 14.3 +13 31 d Com R, PN ?, mag 16.5
4196 Gx 12 14.4 +28 25 s Com 1.6 14. p pB, S, R, vsmbM *
I3055 12 14.4 +12 04 d Vir bM, mag 15
4197 Gx 12 14.6 +05 48 s Vir 3.5 13. p pF, pmE, vgbM
I3056 ? 12 14.6 +13 47 x Com pL, vmE 50deg
4201 Gx 12 14.7 -11 34 r Vir 14. p eF, eS, R, bMN
4199 Gx 12 14.8 +59 54 r UMa 15. p vF, S
4200 Gx 12 14.8 +12 11 r Vir 14. p cF, lE, lbM
4205 Gx 12 14.9 +63 48 r Dra 14. p pB, pS, R, *12 f, ln
I3058 12 14.9 +14 04 d Com R, PN ?, mag 16
I3059 Gx 12 14.9 +13 28 v Com 1.7 vF, spir, doubtful
I3057 12 15.0 -44 29 d Cen cF, S, R (defect?)
I3060 Gx 12 15.0 +12 31 m Vir 0.3 15. p vF, S, lE 0deg ; *14?
4203 Gx 12 15.1 +33 12 s Com 3.6 10.7 vB, S, R, psmbM
I3061 Gx 12 15.1 +14 02 s Com 2.3 13.6 F, pL, spir
I3062 Gx 12 15.1 +13 35 m Com 1.0 15. p F, S
I3063 Gx 12 15.1 +12 00 u Vir 1.0 15. p bM, mag 14.5
4204 Gx 12 15.2 +20 39 s Com 4.2 13. p vF, cL, iR, vgbM
I 771 Gx 12 15.2 +13 11 z Vir 15. p vF, S, R, * 3' south
I 772 Gx 12 15.2 +23 57 z Com 15. p vF, vS, stell
I3064 Gx 12 15.2 +13 01 t Vir 5.3 13. p cF, cL, E 5deg ; = 4206
I3065 Nb 12 15.2 +14 26 x Com 0.5 R, PN ?, mag 14
I3067 Gx 12 15.2 +23 57 z Com 15. p vF, vS, stell
4206 Gx 12 15.3 +13 02 s Vir 5.2 12.1 F, vmE
4210 Gx 12 15.3 +65 59 s Dra 2.2 13. p pF, pS, R, vgbM
I3066 Gx 12 15.3 +13 28 u Com 1.0 15. p pL, E 160deg , spir
4208 12 15.4 +13 54 D Com nonexistent
I3068 12 15.4 +11 30 d Vir bM, mag 16
I3069 12 15.4 +10 10 d Vir bM, mag 15.5
I3070 * 12 15.4 +13 02 x Vir vF, vS
4207 Gx 12 15.5 +09 35 s Vir 1.8 13. p pF, pS, lE, *14 np
4209 - 12 15.5 +28 31 r Com F, pS
I3071 ? 12 15.5 +09 33 x Vir eF, eS
4211 Gx 12 15.6 +28 11 s Com 1.4 14. p vF, eS, mbM
4214 Gx 12 15.6 +36 20 s CVn 7.9 9.7 cB, cL, iE, biN
I3072 ? 12 15.6 +09 33 x Vir eF, eS, ?
I3073 Gx 12 15.6 +13 36 u Com 1.0 16. p bM, mag 16
4212 Gx 12 15.7 +13 54 s Com 3.0 11.2 B, L, E 107deg , g, sbM, r
4213 Gx 12 15.7 +23 59 r Com 14. p cF, vS, R
I3074 Gx 12 15.7 +10 41 s Vir 2.3 14. p cF, pL, E 170deg
4217 Gx 12 15.8 +47 06 s CVn 5.5 12. p pF, L, mE 45deg , ** n, p of 2
4218 Gx 12 15.8 +48 08 s CVn 1.2 13. p vF, vS
I3075 Gx 12 15.8 +23 35 m Com 0.7 15. p F, vS, R, stell
4215 Gx 12 15.9 +06 24 s Vir 1.9 13. p B, pS, E, sbM *11
4216 Gx 12 15.9 +13 09 s Vir 8.3 10.0 vB, vL, vmE 17deg , sbMN
4221 Gx 12 16.0 +66 14 s Dra 2.3 14. p pB, S, R, psbM
I3076 ? 12 16.1 +09 05 x Vir vF, vS
I3077 Nb 12 16.1 +14 24 x Com 0.2 bM, mag 15
I3078 12 16.1 +12 39 d Vir bM, mag 14
I3079 Gx 12 16.1 +11 31 z Vir 15. p bM, mag 14
4220 Gx 12 16.2 +47 53 s CVn 4.1 12. p cB, pL, pmE 134deg , psbM
I3080 Nb 12 16.2 +14 13 x Com 0.3 bM, mag 14
I3081 12 16.2 +12 40 d Vir bM, mag 15
I3082 12 16.2 +23 51 d Com vF, vS, dif, *5 n 6'
I3084 Gx 12 16.3 +23 54 m Com 0.4 16. p F, vS, R, dif
4219 Gx 12 16.4 -43 20 s Cen 4.5 12. p pF, pL, pmE, vglbM
4222 Gx 12 16.4 +13 19 s Com 3.3 14. p vF, pS, R
4226 Gx 12 16.4 +47 02 s CVn 1.3 14. p F, S, lE, f of 2
I3083 ? 12 16.4 +12 35 x Vir bM, mag 15
I3085 * 12 16.4 +09 28 x Vir cF, vS, = *13
I3089 Gx 12 16.4 +23 49 m Com 0.4 16. p vF, S, vlbM, dif
4223 - 12 16.5 +06 42 r Vir pF, pL, R, r; = 4241?
4227 Gx 12 16.5 +33 31 s CVn 1.8 14. p F, vS, vlE, psbM, sp of 2
I3086 ? 12 16.5 +09 01 x Vir eF, vS
I3087 D* 12 16.5 +13 17 x Vir F, S, eE 30deg , neb?
I3088 * 12 16.5 +09 28 x Vir vF, vS, = *14
I3090 D* 12 16.5 +09 26 x Vir vF, vS
4224 Gx 12 16.6 +07 28 s Vir 2.4 11.8 pB, pS, lE, gbM, r
4228 - 12 16.6 +36 20 r CVn vF, L, R, gbM; = 4214?
I3091 D* 12 16.6 +13 59 x Com bM, mag 14
I3092 12 16.6 +10 03 d Vir bM, mag 15.5
4225 Gx 12 16.7 -12 18 r Crv 14. p F, eS, R, * 170deg , 60"
4229 Gx 12 16.7 +33 34 r CVn 14. p cF, vS, lE, psbM, nf of 2
4236 Gx 12 16.7 +69 28 s Dra 18.6 9.7 vF, eL, mE 160deg +/- , vgbM
I3093 Nb 12 16.7 +14 17 x Com bM, mag 14
4231 Gx 12 16.8 +47 27 s CVn 1.4 15. p vF, vS, n of Dneb
4232 Gx 12 16.8 +47 26 s CVn 1.5 15. p vF, vS, s of Dneb
4238 Gx 12 16.9 +63 25 s Dra 1.9 14. p vF, pS, iR, vglbM
I3094 Gx 12 16.9 +13 37 u Com 0.6 14. p F, S, bM
I3095 Gx 12 16.9 +23 56 m Com 0.5 16. p pF, S, vlE pf, bM, *5 p 35s , 1' s
I3096 Nb 12 16.9 +14 31 x Com 1. bM, mag 14.5
I3097 Gx 12 17.0 +09 24 z Vir 15. p vF, S, lbM
4233 Gx 12 17.1 +07 37 s Vir 2.3 11.9 pF, R, vsbMSN
I3099 Gx 12 17.1 +12 27 u Vir 2.1 15. p vF, pL, lE 0deg
4234 Gx 12 17.2 +03 41 s Vir 1.3 12.9 pB, L, R, gbM
4235 Gx 12 17.2 +07 11 s Vir 4.3 11.6 pB, pL, pmE, bM, p of 2
4237 Gx 12 17.2 +15 19 s Com 2.3 11.7 pB, pL, lE, vgbM, r
I3098 12 17.2 +07 12 x Vir pF, pS, E 45deg ; = 4235
I3100 12 17.2 +12 15 d Vir bM, wisps 45deg ?, mag 14.5
4230 OC 12 17.3 -55 08 s Cen 6. 9. p Cl, F, pL, iF, st 13...15
4239 Gx 12 17.3 +16 32 r Com 13. p F, pL, R
I3101 Gx 12 17.3 +11 56 z Vir 15. p bM, mag 15
4240 Gx 12 17.4 -09 56 r Vir 14. p pB, S, *12 sp 0'.5
4241 Gx 12 17.4 +06 41 s Vir 2.5 12.0 vF, L, vgbM, *7 s; = IC 3102
4250 Gx 12 17.4 +70 48 s Dra 2.7 13. p pB, S, R, pgbM
I3102 12 17.4 +06 41 x Vir pF, pS, *?; = 4241
4242 Gx 12 17.5 +45 37 s CVn 4.8 11.0 vF, cL, iR, vgbM, r
4244 Gx 12 17.5 +37 49 s CVn 16.2 10.2 pB, vL, eE 43deg , vgbM
I3103 * 12 17.5 +09 22 x Vir vF, vS, stell
4243 - 12 17.6 -11 19 r Vir pB, eS, pB* close p
4245 Gx 12 17.6 +29 36 s Com 3.3 11.4 cB, pL, vlE, smbM, r
I3105 Gx 12 17.6 +12 23 u Vir 1.8 15. p vF, pS, E 40deg
I3110 12 17.7 +37 23 d CVn vF, S, dif
4248 Gx 12 17.8 +47 25 s CVn 3.0 12.6 vF, S, pmE, psbM
I3106 12 17.8 +09 37 d Vir vF, vS, E 95deg
I3107 Gx 12 17.8 +10 50 u Vir 1.5 14. p F, vS, lE, mbM
I3108 12 17.8 +13 21 d Com R, bM, mag 14
I3109 12 17.8 +13 08 d Vir bM, mag 14
I3111 Gx 12 17.8 +08 26 z Vir 15. p eF, S?
I3112 Gx 12 17.8 +26 01 v Com 1.3 F, S, iF, N
I3114 ? 12 17.9 +09 08 x Vir cF, vS, stell
4246 Gx 12 18.0 +07 11 s Vir 2.5 12.7 eF
4247 Gx 12 18.0 +07 16 s Vir 0.7 15. p F, S, R, bM, 6' n of 4246
4249 Gx 12 18.0 +05 36 r Vir 15. p F
I3113 12 18.0 +07 11 x Vir cF, pL, E; = 4246
I3115 Gx 12 18.0 +06 39 s Vir 1.7 13.1 vF, pL, E
I3116 12 18.0 +25 05 d Com vF, cS, R, bM
4251 Gx 12 18.1 +28 10 s Com 4.2 12. p vB, S, E, vsvmbMN, *6-7 f 90s
I 773 Gx 12 18.1 +06 08 v Vir 1.8 F, vS, dif, 2 vF st inv
I3117 ? 12 18.1 +09 04 x Vir eF, S, E 30deg
I3119 Gx 12 18.1 +24 41 z Com 15. p pF, cS, R, bM
4202 Gx 12 18.2 -01 04 F Vir 14. p F, irr, cometary, F* 1' nf
I3118 Gx 12 18.2 +09 30 u Vir 1.6 15. p vF, cS, lE, dif
I3122 Gx 12 18.3 +25 13 u Com 1.5 15. p pF, pL, E 150deg , pLN
4253 Gx 12 18.4 +29 49 s Com 1.1 14. p vF, vS, R
I3120 12 18.4 +13 42 d Com R, bM, mag 14.5
I3121 12 18.4 +13 14 d Vir eF, lE, mag 15
I3123 * 12 18.4 +08 04 x Vir neb, or *
I3125 12 18.4 +24 22 d Com F, S, R, bM
4252 Gx 12 18.5 +05 34 s Vir 1.5 15. p F, E
I3124 * 12 18.5 +09 35 x Vir cF, S, = *13
I3127 Gx 12 18.5 +11 51 m Vir 0.6 16. p R, bM, mag 16
I3126 12 18.6 +13 48 d Com R, bM, mag 15
4256 Gx 12 18.7 +65 54 s Dra 4.6 12. p pB, L, cE 38deg , bMBN
I3128 12 18.7 +11 43 d Vir lE, D?, mag 14.5
I3129 * 12 18.7 +09 36 x Vir vF, eS, = *14
4254 Gx 12 18.8 +14 25 s Com 5.4 9.8 !! B, L, R, gbM, r, 3-branched spiral; = M99
I 774 12 18.8 -06 46 d Vir F, vS, R, gbM
I3104 Gx 12 18.8 -79 44 c Cha 4.7 eeF, cS, or vS Cl, *12 sp 0'.5
I3130 ? 12 18.8 +08 14 x Vir eF, pS, mE 140deg , ?
I3131 Gx 12 18.8 +07 51 m Vir 0.6 15. p vF, S
I3132 12 18.8 +07 52 x Vir vF, S, stell; = IC 3131
I 775 Gx 12 18.9 +12 55 s Vir 1.4 13.3 vF, S, stell, N
I3133 ? 12 18.9 +07 39 x Vir eF, S, dif
I3134 Gx 12 18.9 +08 58 z Vir 15. p vF, vS, E 0deg
I3135 12 18.9 +27 30 d Com vF, S, iF
I3141 Gx 12 18.9 +24 11 z Com 16. p F, S, R, bM
4255 Gx 12 19.0 +04 48 r Vir 13. p S, pmbM
4258 Gx 12 19.0 +47 18 s CVn 18.2 8.3 vB, vL, vmE 0deg , sbMBN; = M106
I 776 Gx 12 19.0 +08 51 s Vir 2.1 14. p F, pL, R
I3136 Gx 12 19.0 +06 11 v Vir 1.2 F
I3137 12 19.0 +12 27 d Vir pL, E 45deg
I3138 12 19.0 +12 25 d Vir R, bM, mag 15.5
I3139 * 12 19.0 +09 08 x Vir eF, vS
I3140 12 19.0 +27 08 d Com vF, pS, iF, dif
4257 Gx 12 19.1 +05 44 s Vir 1.2 15. p vF, pS, R, *18 s 2'
I3142 Nb 12 19.1 +13 59 x Com R, bM, mag 14.5
I3143 Gx 12 19.1 +27 18 z Com 16. p vF, S, R
I3144 12 19.2 +25 18 d Com vF, S, R, bM
I3145 12 19.2 +24 18 d Com F, S, R, bM
I3146 12 19.2 +25 43 d Com eF, S, iF
I3147 12 19.3 +12 01 d Vir vF, vS, stell
I3148 Gx 12 19.3 +07 52 m Vir 0.8 15. p vF, S
I3149 Gx 12 19.3 +12 18 m Vir 0.5 16. p vF, vS
4259 Gx 12 19.4 +05 23 s Vir 1.1 13.6 F, pS, R
4260 Gx 12 19.4 +06 06 s Vir 2.6 11.8 pB, E, psbM
4261 Gx 12 19.4 +05 49 s Vir 3.9 10.3 pB, pS, R, gbM
I 777 Gx 12 19.4 +28 18 u Com 1.3 14. p vF
I 778 12 19.4 +56 00 d UMa eF, pS, r, bet 2 st
4262 Gx 12 19.5 +14 53 s Com 2.2 11.5 B, S, R, r
I3150 ? 12 19.5 +07 48 x Vir vF, S
I3151 12 19.5 +09 24 d Vir R, bM, mag 13.5
4264 Gx 12 19.6 +05 51 s Vir 1.1 12.9 F, pS, R, gbM
4271 Gx 12 19.6 +56 45 r UMa 13. p pB, pL, iF
I3152 Gx 12 19.6 -26 09 c Hya 2.0 pB, S, R, 4 st sf, *8 np
I3153 Gx 12 19.6 +05 23 z Vir 15. p vF, S, 4273 f
I3154 12 19.6 +25 35 d Com F, S, R, bM
4263 Gx 12 19.7 -12 15 D Crv 14. p vF, pL, iF; = 4265
4265 Gx 12 19.7 -12 15 D Crv 14. p vF, pS, R
4266 Gx 12 19.7 +05 32 s Vir 2.1 15. p pF
I3156 Gx 12 19.7 +09 09 m Vir 0.6 15. p vF, vS
I3157 Gx 12 19.7 +12 25 z Vir 15. p R, bM, mag 14
4267 Gx 12 19.8 +12 48 s Vir 3.5 10.9 pB, vS, R, vsmbM
4268 Gx 12 19.8 +05 17 s Vir 1.6 12.7 pF, S, 2nd of 6 neb
4269 Gx 12 19.8 +06 01 s Vir 1.5 14. p pF, S, R, *9 f 1s .7, n 85"
4270 Gx 12 19.8 +05 28 s Vir 2.2 12.2 pB, S, R
4272 Gx 12 19.8 +30 20 z Com 14. p cF, S, iR, gmbM
4274 Gx 12 19.8 +29 37 s Com 6.9 10.4 vB, vL, E 90deg , mbMN
I 779 12 19.8 +29 53 d Com F
I3155 Gx 12 19.8 +06 00 v Vir 1.1 cF, S, sbM; vF st inv?
I3158 * 12 19.8 +09 18 x Vir eF, cS, ??
4273 Gx 12 19.9 +05 21 s Vir 2.3 11.9 pB, L, E, gbM
4275 Gx 12 19.9 +27 37 s Com 1.0 13. p F, S, vlE, gbM, *15 nr
I 780 Gx 12 19.9 +25 46 u Com 1.3 14. p pB, S, R, N = 12.5m
I3159 12 19.9 +11 39 d Vir R, mbM, mag 15
I3166 12 19.9 +60 42 d UMa eeF, S, p of 2
I3160 * 12 20.0 +09 06 x Vir eF, cS
I3161 D* 12 20.0 +09 00 x Vir eF, vS, *?, conn w f one
I3162 D* 12 20.0 +09 00 x Vir eF, vS, *?, conn w p one
I3163 D* 12 20.0 +09 15 x Vir neb or *?
I3165 Gx 12 20.0 +27 58 u Com 2.0 15. p F, cS, iF, lbM
4277 Gx 12 20.1 +05 21 s Vir 0.9 13.5 vF, eS
4278 Gx 12 20.1 +29 17 s Com 3.6 10.2 vB, pL, R, mbM, r, 1st of 3
I 781 Nb 12 20.1 +14 58 x Com 1. vF, S, dif
I3164 12 20.1 +24 57 d Com eF, S, iF; D*?
4276 Gx 12 20.2 +07 42 r Vir 14. p pF, pL
4284 Gx 12 20.2 +58 06 r UMa 14. p cF, lE, p of 2
I3167 Gx 12 20.2 +09 32 z Vir 15. p vF, vS, lE 65deg , bM
4283 Gx 12 20.3 +29 19 s Com 1.4 12.0 B, S, R, bM, 2nd of 3
4291 Gx 12 20.3 +75 22 s Dra 2.2 12. p pB, vS, R, lbM, 3 st f
I3168 Gx 12 20.3 +27 55 z Com 16. p F, cS, E 45deg , bM
I3171 Gx 12 20.3 +25 32 m Com 0.3 15. p pB, S, R, bM
4279 Gx 12 20.4 -11 40 r Vir 14. p eeF, vS, R
4280 - 12 20.4 -11 41 r Vir eF, vS, R
4281 Gx 12 20.4 +05 23 s Vir 3.1 11.3 B, vL, R, pgbM
4282 Gx 12 20.4 +05 35 r Vir 14. p pF
I3169 12 20.4 +26 36 d Com vF, vS, R, bM
I3170 Gx 12 20.4 +09 25 m Vir 0.4 15. p F, S, R, bM
I3172 12 20.4 +27 49 d Com vF, S, iF
I3174 Gx 12 20.4 +10 14 z Vir 16. p eF, vS, *13 att sp
I3175 Gx 12 20.4 +09 50 z Vir 15. p R, bM, mag 13
I3180 12 20.4 +60 42 d UMa vF, pL, R, *7.5 s, f of 2
I3173 Gx 12 20.5 +11 20 z Vir 16. p R, bM, mag 13
I3176 12 20.5 +25 31 d Com vF, vS, R, bM
4288 Gx 12 20.6 +46 17 s CVn 2.3 13. p vF, pS, R, vgbM, r
I3177 12 20.6 +14 07 d Com L, vmE 45deg , 2'.5 l
I3178 12 20.6 +26 10 d Com F, vS, iF, N
I3179 12 20.6 +26 10 d Com F, vS, iF, N
4285 Gx 12 20.7 -11 39 r Vir 14. p eeF, pS, R
4286 Gx 12 20.7 +29 21 s Com 1.9 15. p vF, 3rd of 3; = IC 3181
I3181 12 20.7 +29 21 x Com pF, pL, lE 150deg ; = 4286
I3184 Gx 12 20.7 +24 55 z Com 16. p pF, cS, E 40deg , bM
4287 Gx 12 20.8 +05 39 r Vir 15. p pF
4290 Gx 12 20.8 +58 06 s UMa 2.5 12. p pB, L, R, gmbM
I3182 *** 12 20.8 +12 44 x Vir vF, S, biN
I3183 * 12 20.8 +06 41 x Vir vF, cS, st?
I3185 12 20.9 +25 26 d Com F, vS, R, bM
I3186 Gx 12 20.9 +24 40 m Com 0.4 15. p pB, S, R, bM
I3187 Gx 12 20.9 +11 10 z Vir 16. p vlE, bM, mag 14.5
I3188 Gx 12 20.9 +11 01 m Vir 0.4 15. p R, bM, mag 13.5
I3189 12 20.9 +25 26 d Com F, vS, R, bM
I3193 Gx 12 20.9 +27 54 m Com 0.8 16. p F, S, iF; D*?
4289 Gx 12 21.0 +03 43 s Vir 3.9 14. p vF, S, *8.5 12s f
I3190 * 12 21.0 +09 34 x Vir eF, eS
I3191 ? 12 21.1 +07 42 x Vir vF, vS, R
I3192 12 21.1 +11 44 d Vir lbM, PN ?, mag 15
4293 Gx 12 21.2 +18 23 s Com 6.0 11. p F, vL, E, lbM, r
4295 Gx 12 21.2 +28 09 v Com vF, S
I3194 12 21.2 +25 08 d Com F, vS, R, bM
4292 Gx 12 21.3 +04 36 s Vir 2.1 14. p F, S, R, vglbM, *9 np 72"
4294 Gx 12 21.3 +11 31 s Vir 3.1 12.1 F, L, mE 135deg +/- , biN, p of 2
I3195 12 21.3 +25 48 d Com vF, S, iF
I3197 12 21.4 +25 27 d Com F, vS, R, bM
4296 Gx 12 21.5 +06 40 r Vir 14. p vF, vS
4297 Gx 12 21.5 +06 40 r Vir 14. p eF, eS
4298 Gx 12 21.5 +14 36 s Com 3.2 11.4 F, L, E, vgbM, p of 2
I3196 12 21.5 +11 44 d Vir bM, mag 14
I3198 12 21.5 +26 22 d Com eF, S, iF
4301 Gx 12 21.6 +04 47 s Vir 1.4 15. p F, E, 10' nf 4292
I 782 Gx 12 21.6 +05 45 m Vir 0.6 15. p eF, S, R
I 783 Gx 12 21.6 +15 45 s Com 1.5 13.6 eF, S, R
I3200 12 21.6 +26 46 d Com vF, S, iF, N
4299 Gx 12 21.7 +11 30 s Vir 1.7 12.5 F, L, lE, vgbM, f of 2
4300 Gx 12 21.7 +05 23 r Vir 14. p F, lE, vgbM
4302 Gx 12 21.7 +14 36 s Com 5.2 11.6 L, vmE 177deg , f of 2
4319 Gx 12 21.7 +75 19 s Dra 3.1 12. p pB, pS, vlE, sbM
I3199 Gx 12 21.7 +10 36 u Vir 1.1 15. p R, bM, mag 14
I3201 12 21.7 +25 43 d Com vF, S, R, bM
I3202 12 21.7 +27 03 d Com eF, S, iF
I3203 Gx 12 21.7 +25 53 u Com 1.5 16. p pF, S, E 150deg
I3204 12 21.8 +24 15 d Com F, S, E
I3205 12 21.8 +26 20 d Com cF, S, iF, N
I3206 12 21.8 +26 22 d Com cF, S, iF, N
4303 Gx 12 21.9 +04 28 s Vir 6.0 9.7 vB, vL, vsbM*, biN; = M61
4308 Gx 12 21.9 +30 03 s Com 1.0 14. p vF, S, vF st inv, np 4314
I3207 12 21.9 +24 21 d Com F, S, E 100deg
I3208 12 22.0 +11 57 d Vir F, pL, vmE 70deg
I3210 Gx 12 22.0 +28 26 z Com 15. p F, S, R, bM, spir
4305 Gx 12 22.1 +12 44 s Vir 2.2 12.6 vF, R
4306 Gx 12 22.1 +12 47 s Vir 1.6 14. p vF, pL, R, 4305 sp
4307 Gx 12 22.1 +09 02 s Vir 3.7 13. p pF, L, mE, 3 knots
I3209 Gx 12 22.1 +11 45 z Vir 15. p pL, E 140deg , sbM *, spir
I3211 Gx 12 22.1 +08 59 u Vir 1.1 15. p eF, S
I3212 Gx 12 22.1 +28 11 z Com 16. p F, S, R, glbM
I3213 Gx 12 22.1 +23 52 z Com 16. p pF, S, R, bM, *12 att np
I3215 Gx 12 22.1 +26 03 u Com 2.0 16. p vF, pS, E 95deg , bM
4304 Gx 12 22.2 -33 29 s Hya 2.4 12.0 vF, vL, R, vgvlbM, r
4309 Gx 12 22.2 +07 09 s Vir 2.0 14. p F, S, *11 f 12s
I3214 12 22.2 +27 14 d Com vF, vS, R, bM
I3216 12 22.2 +25 17 d Com F, vS, R, bM
I3217 12 22.2 +26 23 d Com cF, S, R, bM, spir
I3218 Gx 12 22.2 +06 55 m Vir 0.6 16. p vF, pL, biN?
I3219 12 22.3 +25 57 d Com eF, vS, R, bM, spir
I3221 12 22.3 +25 17 d Com eF, S, iF, v diffic
I3222 Gx 12 22.3 +28 50 u Com 1.1 16. p F, cS, dif
4310 Gx 12 22.4 +29 12 s Com 2.6 13. p F, cL, lE, n of 2
4311 Gx 12 22.4 +29 12 u Com 2.3 13. p F, s of 2
4331 Gx 12 22.4 +76 11 s Dra 2.0 15. p eF, E 0deg +/-
I3220 12 22.4 +10 35 d Vir R, bM, mag 14.5
4312 Gx 12 22.5 +15 32 s Com 4.7 11.8 pB, cL, E, gbM
I3223 * 12 22.5 +09 29 x Vir vF, pS, am 3 vF st
4313 Gx 12 22.6 +11 48 s Vir 3.9 13. p vF, L, E 135deg +/- , r
4314 Gx 12 22.6 +29 53 s Com 4.8 10.5 cB, L, E 150deg +/- , sbM, * np
4317 * 12 22.6 +31 03 r Com F, S
I 784 12 22.6 -04 39 D Vir vF, pL, mE, pB* s
I3224 12 22.6 +12 09 d Vir R, bM, mag 14.5
I3225 12 22.6 +06 41 d Vir F, S; st?
I3226 12 22.6 +26 04 d Com vF, vS, bM *, spir
I3227 12 22.6 +24 05 d Com F, S, iF
4315 - 12 22.7 +09 19 r Vir vF, vS
4318 Gx 12 22.7 +08 12 s Vir 0.9 14. p eF, *8 n 5'
4345 * 12 22.7 +75 20 r Dra F, pL, gbM
I3228 12 22.7 +24 20 d Com F, vS, E 150deg , bM
I3229 12 22.7 +06 41 d Vir eF, cS, dif, ?
I3230 12 22.7 +27 45 d Com F, vS, iF
I3231 12 22.7 +24 49 d Com pF, S, iF, bM
4316 Gx 12 22.8 +09 21 r Vir 14. p vF, S, mE, 2 knots
4332 Gx 12 22.8 +65 51 s Dra 2.3 13. p pF, S, vlE, vgbM
I3232 12 22.8 +24 26 d Com F, eS, neb*
4321 Gx 12 22.9 +15 49 s Com 6.9 9.4 !! pF, vL, R, vg, psbMrN, 2-br spir; = M100
4323 - 12 22.9 +15 54 r Com 2nd of 2, vF, n of M100; = 4322?
I3233 12 22.9 +12 34 d Vir R, bM, mag 15
I3234 12 22.9 +28 07 d Com F, S, R, bM
4322 Gx 12 23.0 +15 54 s Com 1.3 13.9 1st of 2, vF, n of M100
4335 Gx 12 23.0 +58 27 s UMa 2.2 14. p pB, S, E, gbM
I 785 Gx 12 23.0 -13 14 m Crv 0.8 15. p F, vS, R, stell
I3235 12 23.0 +13 32 d Com lE, bM, mag 15
I3236 12 23.0 +10 05 d Vir R, bM, mag 14
I3237 12 23.0 +28 30 d Com F, cS, iF, eFN, att *14 sp
4320 Gx 12 23.1 +10 33 r Vir 15. p F, vS, sp of 2
4324 Gx 12 23.1 +05 15 s Vir 2.5 13. p pB, R or lE, bM
4338 Gx 12 23.1 +28 55 r Com 15. p vF, lE, com; = IC 3247
I3238 Gx 12 23.1 +14 25 m Com 0.6 15. p R, bM, 14m
I3239 Gx 12 23.1 +11 43 z Vir 16. p E, lbM, mag 15
I3241 12 23.1 +26 54 d Com F, vS, R, bM
4325 Gx 12 23.2 +10 38 r Vir 15. p vF, vS, iR, nf of 2
4326 Gx 12 23.2 +06 04 s Vir 1.7 14. p vF, S, R, bM, 1st of 3
4327 - 12 23.2 +15 47 r Com vF, s of 4328
I 786 Gx 12 23.2 -13 13 m Crv 1.0 15. p vF, eS, R, stell
I3240 12 23.2 +10 20 d Vir R, bM, mag 15
I3242 12 23.2 +26 15 d Com vF, S, iF
I3243 Gx 12 23.2 +27 45 z Com 16. p F, S, iF, dif
I3244 Gx 12 23.2 +14 23 v Com 0.7 R, bM, mag 14
4328 Gx 12 23.3 +15 48 s Com 1.5 13.5 F, S, R, r
4330 Gx 12 23.3 +11 23 r Vir 14. p vF, L, mE
I3245 ? 12 23.3 +09 07 x Vir vF, pL, bM; defect?
I3246 12 23.3 +13 03 d Vir eF, pL, vmE 145deg , ?
I3247 Gx 12 23.3 +28 53 u Com 2.4 16. p pF, pS, E 170deg , bM
I3248 12 23.3 +25 33 d Com eeF, S, R, bM
I3249 12 23.3 +25 27 d Com eeF, S, iF
I3250 12 23.3 +25 38 d Com eeF, S, R, bM
I3251 12 23.3 +25 39 d Com eeF, S, R, bM
4329 Gx 12 23.4 -12 34 s Crv 1.2 14. p vF, vS, R, bMN
4333 Gx 12 23.4 +06 02 s Vir 1.1 14. p F, pS, R, bM, 2nd of 3
4334 Gx 12 23.4 +07 28 s Vir 2.4 14. p pF, S, R, * vnr
I3252 OC 12 23.4 +28 37 x Com F, S, iF; Cl?
4346 Gx 12 23.5 +47 00 s CVn 3.5 12. p vF, S, mE 100deg +/- , vsmbMBN
4363 Gx 12 23.5 +74 57 s Dra 1.5 15. p eF, pL, iF
I3254 12 23.5 +19 27 x Com B, S, R, PN ; = 4336
4336 Gx 12 23.6 +19 27 r Com 13. p vF, pL, iR, biN?
4339 Gx 12 23.6 +06 05 s Vir 2.3 11.4 B, pL, R, bM, 3rd of 3
4340 Gx 12 23.6 +16 43 s Com 4.1 11.0 pB, S, R, psbM
4342 Gx 12 23.6 +07 03 t Vir 1.1 14. p eF, vS, R; = IC 3256
4344 Gx 12 23.6 +17 32 s Com 1.9 13. p vF, pS, R, vglbM, triangle 2 st
I3255 Gx 12 23.6 +09 37 z Vir 15. p R, bM, mag 13
4343 Gx 12 23.7 +06 57 s Vir 2.8 12.1 pF, S, E; D?
I3253 Gx 12 23.7 -34 38 s Cen 3.3 12. p eF, vL, mE 20deg , lbM
I3256 Gx 12 23.7 +07 03 s Vir 1.4 12.6 *12 in S neb (= 4341 or 42?)
I3257 ? 12 23.7 +07 16 x Vir eF
I3258 Gx 12 23.7 +12 28 s Vir 1.9 14. p cF, cS, R, exc N s
I3259 Gx 12 23.8 +07 11 s Vir 1.8 13.6 F, cS, R, bM
I3262 OC 12 23.8 +27 24 x Com F, S, iF, Cl?
I3263 Gx 12 23.8 +28 12 m Com 0.6 15. p pF, S, R, bM, spir, 2nd sp att
4337 OC 12 23.9 -58 08 s Cru 4. 8.9 Cl, pRi, lC, st 12...14
4347 - 12 23.9 -03 14 r Vir no description
4348 Gx 12 23.9 -03 27 s Vir 3.5 13. p F, pL, E 70deg +/- , vlbM
I3260 Gx 12 23.9 +07 07 s Vir 1.9 13.3 F, cS, R, bM
I3261 12 23.9 +11 28 d Vir pS, F* M, spir, doubtful
I3264 12 23.9 +25 34 d Com vF, S, R, bM
4341 Gx 12 24.0 +07 07 r Vir 14. p eF, vS, R; = IC 3260
4350 Gx 12 24.0 +16 42 s Com 3.2 11.1 cB, vS, mE, vsbM
4351 Gx 12 24.0 +12 12 s Vir 2.0 12.7 F, pL, iR, bM
4353 Gx 12 24.0 +07 47 s Vir 1.3 14. p no description; = IC 3266
4357 Gx 12 24.0 +48 46 s CVn 3.8 14. p F, pS, gbM; = 4381?
4358 Gx 12 24.0 +58 24 r UMa 14. p cF, cS, lE
4364 Gx 12 24.0 +58 24 r UMa 14. p cF, cS, R
I3265 ? 12 24.0 +07 48 x Vir pF, S, N; *?
I3266 12 24.0 +07 47 x Vir cF, S, biN, st?; = 4353
4352 Gx 12 24.1 +11 13 s Vir 1.9 12.7 cF, cS, lE
4354 - 12 24.1 +12 12 r Vir eeF, pL, v diffic; = 4351?
I3267 Gx 12 24.1 +07 03 s Vir 1.1 13.5 pF, cS, R
I3268 Gx 12 24.1 +06 36 s Vir 0.7 14. p pB, *?
I3269 12 24.1 +27 26 d Com eF, S, iF
I3270 12 24.1 +27 35 d Com vF, vS, iF
4355 - 12 24.2 -01 00 r Vir eF, S, R
4359 Gx 12 24.2 +31 31 s Com 3.5 13. p cF, pmE 90deg , vlbM
4362 Gx 12 24.2 +58 22 r UMa 15. p vF, cS, R, r
I3271 Gx 12 24.2 +07 57 u Vir 1.1 15. p eF, pS, dif, ??
I3272 12 24.2 +23 18 d Com vF, S, iF, *13 att n
I3276 12 24.2 +25 49 d Com vF, vS, R, bM
4356 Gx 12 24.3 +08 33 r Vir 14. p vF; = IC 3273
4360 Gx 12 24.3 +09 17 s Vir 1.7 13. p F, F st inv, *9.5 np
I3273 12 24.3 +08 32 x Vir cF, pL, E 48deg , *10.5 inv; = 4356
I3274 Gx 12 24.3 +09 17 u Vir 1.4 14. p eF, vS, ?
I3275 12 24.3 +10 25 d Vir R, bM, mag 14.5
I3277 12 24.3 +25 34 d Com eF, cS, dif
I3278 12 24.3 +27 25 d Com vF, S, iF, N
I3279 * 12 24.4 +12 51 x Vir pF, S; 2 st?
I3280 Gx 12 24.4 +13 14 m Vir 0.7 15. p S, R, bM, mag 15.5
4349 OC 12 24.5 -61 54 s Cru 16. 7.4 Cl, vB, vL, lC, st 12...14
4361 Pl 12 24.5 -18 48 s Crv 1.8 10. p vB, L, R, vsmbMN, r
4365 Gx 12 24.5 +07 19 s Vir 6.2 11. p cB, pL, vlE, gl, smbM
4386 Gx 12 24.5 +75 32 s Dra 3.0 12. p pB, cL, lE, psmbM
I3281 ? 12 24.5 +07 49 x Vir pB, pS, N, stell
I3282 12 24.5 +25 40 d Com eF, vS, R, bM
I3283 12 24.5 +27 13 d Com vF, S, R, bM, spir
4367 - 12 24.6 +12 11 r Vir vF, S, R
4369 Gx 12 24.6 +39 23 s CVn 2.5 12. p cB, S, R, mbMN, r
I3284 12 24.6 +10 49 d Vir vS, R, bM, mag 14
I3285 12 24.6 +24 52 d Com vF, vS, R, bM, in dif neb E 25deg
I3286 12 24.6 +23 45 d Com S, pR
I3287 12 24.6 +24 36 d Com eF, cS, iF, in dif neby
4368 - 12 24.7 +10 36 r Vir vF, vS
I3288 12 24.7 +24 57 d Com vF, vS, R, bM
I3292 Gx 12 24.8 +18 11 z Com 15. p F, vS, R, bM
I3294 12 24.8 +25 36 d Com eF, cS, dif
I3295 12 24.8 +28 42 d Com cF, S, R, bM
4370 Gx 12 24.9 +07 27 s Vir 1.6 14. p pF, pS, lE, bM
4371 Gx 12 24.9 +11 42 s Vir 3.9 10.8 B, pS, R, gbM
I3291 12 24.9 +12 00 d Vir R, bM, mag 14
I3293 12 24.9 +17 26 d Com F, eS, R, PN
4366 ? 12 25.0 +07 27 A Vir eF; evidently not 4370
4375 Gx 12 25.0 +28 33 s Com 1.6 14. p F, S, R, bM, * nf 90"
I3289 Gx 12 25.0 -26 02 m Hya 0.8 14. p eF, vS, R, v diffic, *7 nf, *8 np
I3296 Gx 12 25.0 +24 23 z Com 16. p cF, neb *13, *13 sp
I3297 12 25.0 +26 46 d Com vF, pL, R, bM, spir
I3298 12 25.0 +17 02 d Com S, E 150deg , bM
I3300 Gx 12 25.0 +25 57 u Com 1.1 15. p pF, pS, E 80deg , bM
4374 Gx 12 25.1 +12 53 s Vir 5.0 9.3 vB, pL, R, psbM, r; = M84
4381 - 12 25.1 +48 50 r CVn F, S; = 4357?
I3299 12 25.1 +27 23 d Com vF, vS, R, bM, spir
4377 Gx 12 25.2 +14 46 s Com 1.8 11.8 B, S, R, smbM
4379 Gx 12 25.2 +15 36 s Com 2.1 11.7 pS, R, psbMN
4384 Gx 12 25.2 +54 30 s UMa 1.5 13. p cF, S, iR
4392 Gx 12 25.2 +45 52 r CVn 14. p cF, S, R, vgbM
I3290 Gx 12 25.2 -39 47 c Cen 1.6 pF, vS, R, * att, 4373 f
I3301 12 25.2 +14 09 d Com vF, vS, R
I3302 12 25.2 +25 53 d Com eF, vS, iF
I3303 Gx 12 25.2 +12 43 v Vir 1.4 vF, vS
I3304 12 25.2 +25 25 d Com eF, S, R
I3305 Gx 12 25.2 +11 50 u Vir 1.1 15. p vlE, bM, mag 15
I3306 12 25.2 +27 24 d Com vF, vS, iF, N
4373 Gx 12 25.3 -39 45 s Cen 3.2 11.1 pB, S, R, pgvmbM
4376 Gx 12 25.3 +04 56 r Vir 14. p F, S
4378 Gx 12 25.3 +04 55 s Vir 3.3 12. p B, S, *8-9 sf 3'
4391 Gx 12 25.3 +64 56 s Dra 1.4 14. p cF, S, R, sbM, *** sp
I3308 Gx 12 25.3 +26 42 u Com 1.5 15. p F, cS, E 70deg , bM
4380 Gx 12 25.4 +10 01 s Vir 3.7 12. p vF, pL, R, lbM
4382 Gx 12 25.4 +18 11 s Com 7.1 9.2 vB, pL, R, bM, * np; = M85
4383 Gx 12 25.4 +16 28 s Com 2.2 13. p eS, stellar or neb* 11-12
I3307 * 12 25.4 +14 09 x Com R, bM, mag 15
I3309 Gx 12 25.4 +28 23 u Com 1.4 16. p F, pS, R, bM, spir
I 787 Gx 12 25.5 +16 06 m Com 1.0 15. p eF, pS, R, B* n, 4405 f
I3310 * 12 25.5 +15 40 x Com vF, S, dif, sbM
I3311 Gx 12 25.5 +12 15 u Vir 2.1 15. p vF, cS, mE 135deg
I3312 12 25.5 +23 35 d Com eF, S, R, bM, v diffic
I3313 12 25.5 +15 50 d Com F, vS, R, PN , IC 3310 ssp
I3314 12 25.5 +23 35 d Com vF, S, R, bM
4389 Gx 12 25.6 +45 41 s CVn 2.7 12. p pB, pL, iE, vglbM
I3316 12 25.6 +26 10 d Com eF, vS, bM; neb?
I3317 12 25.6 +25 21 d Com eF, S, E
4385 Gx 12 25.7 +00 34 s Vir 2.3 12.4 vF, vS, alm stell
4387 Gx 12 25.7 +12 49 s Vir 1.9 12.0 pF, vS, R, *13 90" np, np of 2
I3315 12 25.7 +12 18 d Vir E, bM, mag 15
4372 Gb 12 25.8 -72 40 s Mus 18.6 7.8 glob. cl. , pF, L, R, st 12...16
4388 Gx 12 25.8 +12 40 s Vir 5.1 11.1 vF, E, sf of 2
4390 Gx 12 25.8 +10 27 s Vir 1.8 13. p vF, pL, R; = IC 3319-20
4393 Gx 12 25.8 +27 33 s Com 3.3 13. p vF, vL, iF, B* p; = IC 3323, IC 3329
4395 Gx 12 25.8 +33 33 s CVn 12.9 10.2 eF, vL, np of Dneb
I3318 * 12 25.8 +09 46 x Vir pB, S; = *10.5
I3319 12 25.8 +10 23 x Vir pF, pS; = 4390
I3320 12 25.8 +10 27 x Vir pF, pS, iF, FN; = 4390
I3321 12 25.8 +26 05 d Com vF, vS, R; D*?
I3323 Gx 12 25.8 +27 33 t Com 3.1 13. p cF, vS, R, bM, neb* att
I3324 12 25.8 +26 44 d Com cF, vS, R, bM, spir
I3325 12 25.8 +23 54 d Com F, S
4394 Gx 12 25.9 +18 13 s Com 3.9 10.9 pB, lE, bM
4399 - 12 25.9 +33 34 r CVn vF, forms trapezium with 4395, 4400, 4401
4400 - 12 25.9 +33 34 r CVn vF
4401 - 12 25.9 +33 31 r CVn vF, vL, pslbM, sf of Dneb
I3322 Gx 12 25.9 +07 33 v Vir 2.5 cF, pS, mE 130deg
I3326 12 25.9 +23 46 d Com F, S, iF
I3328 Gx 12 25.9 +10 03 m Vir 0.6 15. p vF, vS, bM
I3329 12 25.9 +27 34 d Com vF, S, iF, att 4393
I3330 Gx 12 25.9 +30 51 v Com 1.4 F, cS, E pf, gbM
4396 Gx 12 26.0 +15 40 s Com 3.5 13. p vF, pL, mE
4397 *** 12 26.0 +18 19 r Com vF, S, 4394 sp
I3327 Gx 12 26.0 +14 52 z Com 15. p bM, mag 15
I3331 Gx 12 26.0 +11 48 m Vir 0.2 15. p eF, cS, E 78deg , bM
4398 * 12 26.1 +10 42 r Vir F, pS, 4390 p 14s , 14' s
4402 Gx 12 26.1 +13 07 s Vir 4.1 11.7 F, L, mE 90deg
4405 Gx 12 26.1 +16 11 s Com 2.0 13. p pF, S, R, vsbM, r; = IC 788?
I 788 12 26.1 +16 12 x Com pB, pL, R, 4405 south; = 4405?
I3332 12 26.1 +25 17 d Com vF, vS, iF, N
4406 Gx 12 26.2 +12 57 s Vir 7.4 9.2 vB, L, R, gbMN, r; = M86
4408 Gx 12 26.2 +27 53 r Com 15. p F, S, r
I3333 * 12 26.2 +13 08 x Vir vF, vS; *14?
I3334 12 26.2 +28 28 d Com vF, pS, R, bM
4403 Gx 12 26.3 -07 41 r Vir 14. p vF, vS, E
4407 - 12 26.3 +12 39 r Vir f of 2 neb; = 4413?
I 789 Gx 12 26.3 +07 27 x Vir 15. p F, vS, R, N = 14m, vF* close
I3335 12 26.3 +26 08 d Com eF, vS, R, bM; neb?
I3336 Gx 12 26.3 +26 49 z Com 15. p pB, vS, R, bM
4404 Gx 12 26.4 -07 41 r Vir 14. p vF, vS, E
4414 Gx 12 26.4 +31 13 s Com 3.6 10.3 vB, L, E, g, vsmbM *
I3337 12 26.4 +25 19 d Com eF, vS, R, bM, spir
I3338 12 26.4 +25 53 d Com F, vS, R, bM, spir
I3341 12 26.4 +27 45 d Com vF, cS, dif
4409 - 12 26.5 +02 30 r Vir vF, pS, r; = 4420?
4410 Gx 12 26.5 +09 01 s Vir 1.3 14. p pF, vL, R, gbM
4411 Gx 12 26.5 +08 52 s Vir 2.2 12.8 vF, L, 2'.5; = IC 3339
4413 Gx 12 26.5 +12 37 s Vir 2.5 13. p cF, S, gbM, 2 st n, np
I 790 Gx 12 26.5 +09 01 m Vir 0.5 15. p vF, vS, f 4410
I3339 12 26.5 +08 52 x Vir *11 with neb nf; = 4411
I3340 Gx 12 26.5 +16 50 m Com 0.7 15. p vS, E 200deg
I3342 12 26.5 +27 08 d Com vF, vS, R, spir, sbM *
I3344 Gx 12 26.5 +13 34 m Com 0.5 15. p R, bM, mag 14.5
I3345 12 26.5 +24 22 d Com eF, S, iF
4412 Gx 12 26.6 +03 58 s Vir 1.5 13. p F, pL, R, gbM, r
4415 Gx 12 26.6 +08 25 s Vir 1.5 14. p eF, pS
I3343 ? 12 26.6 +08 53 x Vir eF, vS, ??
I3348 12 26.6 +25 37 d Com eF, vS, iF
I3346 12 26.7 +11 21 d Vir eS, R, bM, mag 15.5
I3347 12 26.7 +10 53 d Vir R, bM, mag 15
I3349 Gx 12 26.7 +12 27 z Vir 15. p vS, R, lbM, mag 15
I3351 12 26.7 +27 36 d Com eF, S, iF
I3353 12 26.7 +27 55 d Com eF, S, iF
4416 Gx 12 26.8 +07 56 r Vir 13. p vF, L, R, *7 sp 5'
4417 Gx 12 26.8 +09 35 s Vir 3.6 11.2 F, pL, E, lbp
I3350 * 12 26.8 +09 27 x Vir *10.5 with neb sp
I3352 ? 12 26.8 +08 45 x Vir F, pS, E
I3355 Gx 12 26.8 +13 11 v Vir 1.3 eF, pS, E 168deg
I3356 Gx 12 26.8 +11 34 t Vir 1.4 15. p R, bM, mag 16
I3357 Gx 12 26.8 +09 45 z Vir 15. p R, bM, mag 15
I3360 12 26.8 +26 03 d Com eF, vS, iF
4418 Gx 12 26.9 -00 51 r Vir 14. p F or vF, S or cL, R or mE, * nr
4419 Gx 12 26.9 +15 03 s Com 3.4 11.1 B, pmE 135deg +/- , sbM
I3354 * 12 26.9 +12 06 x Vir eF, S, ?
I3358 Gx 12 26.9 +11 39 u Vir 1.2 15. p vF, S
I3359 12 26.9 +23 30 d Com F, S, iF, N, *14 np
I3362 12 26.9 +26 41 d Com F, vS, bM, spir
4420 Gx 12 27.0 +02 30 s Vir 2.2 13. p F, pL, lE, r; = 4409?
4421 Gx 12 27.0 +15 28 s Com 2.7 11.6 pB, pL, pgbM, B* np
I 791 Gx 12 27.0 +22 38 u Com 1.2 14. p BN = 12m
I3361 12 27.0 +10 38 d Vir R, bM, mag 15.5
I3363 Gx 12 27.0 +12 33 z Vir 15. p E, bM, mag 15
4423 Gx 12 27.1 +05 52 s Vir 2.3 14. p vF, vS, E
I 792 Gx 12 27.1 +16 20 u Com 1.8 15. p F, S, gbM
I3364 12 27.1 +25 34 d Com vF, vS, R, bM
I3365 Gx 12 27.1 +15 54 s Com 1.9 14. p pL, vmE 240deg
4424 Gx 12 27.2 +09 25 s Vir 3.7 11.6 F, pL, iR, bM
4425 Gx 12 27.2 +12 44 s Vir 3.4 11.9 pF, S, R, bM
4426 D* 12 27.2 +27 51 r Com Cl, F, S
4427 D* 12 27.2 +27 51 r Com vF; 2 or 3 F st in neb?
I3367 Gx 12 27.2 +26 57 z Com 16. p F, vS, R, att 2nd np
4422 Gx 12 27.3 -05 49 r Vir 14. p F, vS, R, psbM, 2 S st nr
4441 Gx 12 27.3 +64 48 s Dra 4.7 14. p pB, S, iR, bM
I3366 ? 12 27.3 +09 25 x Vir vF, vS
I3368 12 27.3 +16 25 d Com vS, vlE, PN
I3369 12 27.3 +16 02 d Com vF, bM, mag 14
I3371 Gx 12 27.3 +10 52 u Vir 1.9 15. p F, pL, vmE 225deg
4429 Gx 12 27.4 +11 07 s Vir 5.5 10.2 B, L, cE, psbM, *10 nf
4430 Gx 12 27.4 +06 15 s Vir 2.7 12. p cF, L, R, gbM
I3372 12 27.4 +25 17 d Com vF, vS, bM, spir
4428 Gx 12 27.5 -08 10 s Vir 1.9 13. p vF, pL
4431 Gx 12 27.5 +12 18 s Vir 2.0 12.8 vF, vS, cE, gbM
4434 Gx 12 27.5 +08 09 s Vir 1.6 13. p pF, vS
I3373 12 27.5 +25 27 d Com F, cS, iF
I3374 Gx 12 27.5 +09 59 z Vir 16. p R, bM, mag 15.5
4432 Gx 12 27.6 +06 14 r Vir 15. p 2 st in eF neb
4433 Gx 12 27.6 -08 17 s Vir 2.3 13. p pF, pL, lE
I3370 Gx 12 27.6 -39 20 s Cen 2.8 11.1 pB, pL, R, *8.5 p 4'
4435 Gx 12 27.7 +13 05 s Vir 3.0 10.9 vB, cL, R, np of 2
4436 Gx 12 27.7 +12 19 s Vir 1.9 13.1 cF, S, gbM
I3375 12 27.7 +27 22 d Com F, vS, R, att *14 sp
4438 Gx 12 27.8 +13 01 s Vir 9.3 10.1 B, cL, vlE, r, sf of 2
4456 Gx 12 27.8 -30 07 r Hya 15. p eeF, vS, *13 att
I3376 Gx 12 27.8 +26 59 u Com 1.8 14. p pB, S, R, bM
4440 Gx 12 27.9 +12 18 s Vir 2.0 11.8 B, pS, R, bM, r
I3377 12 27.9 +24 56 d Com pF, vS, R, bM
I 793 12 28.0 +09 26 x Vir eF, S, mE, 3 others in field; = 4445
4442 Gx 12 28.1 +09 48 s Vir 4.6 10.5 vB, pL, R, smbM
4443 * 12 28.1 +13 08 r Vir F, S
I 794 Gx 12 28.1 +12 06 v Vir 1.7 F, S, E pF, bM
I3378 12 28.1 +17 18 d Com 1st of 2 neb, 1'apart, mag 15.5
I3379 12 28.1 +17 18 d Com 2nd of 2 neb, 1'apart, mag 15.5
I3380 12 28.1 +26 40 d Com F, vS, bM, spir
4446 Gx 12 28.2 +13 55 r Com 15. p eeF, pS, R
4448 Gx 12 28.2 +28 37 s Com 4.0 11.1 B, L, E 90deg , sbM
4449 Gx 12 28.2 +44 06 s CVn 5.1 9.4 vB, cL, mE, D or bifid, rrr, *9 f 5'
I3382 Gx 12 28.2 +13 33 u Com 1.0 16. p F, pS, mE 150deg
I3383 Gx 12 28.2 +10 17 m Vir 0.7 15. p R, bM, mag 15
I3384 12 28.2 +25 05 d Com eF, vS, iF
I3385 12 28.2 +25 26 d Com eF, pS, R, bM, dif
4445 Gx 12 28.3 +09 26 s Vir 2.8 12.8 vF, pL, mE; = IC 793
4447 Gx 12 28.3 +13 54 r Com 15. p eeF, pS, R
I3381 Gx 12 28.3 +11 47 v Vir 1.5 eF, vS, stell
I3387 12 28.3 +28 00 d Com vF, S, viF
4439 OC 12 28.4 -60 06 s Cru 4. 8.4 Cl, S, st 11...12
I3386 12 28.4 +13 11 d Vir vF, cS, E 90deg
I3388 Gx 12 28.4 +12 49 z Vir 15. p vS, R, lbM, mag 15
I3389 12 28.4 +27 51 d Com vF, S, iF
I3391 Gx 12 28.4 +18 24 u Com 1.1 14. p cS, vlE, sbMF*; spir?
4450 Gx 12 28.5 +17 05 s Com 4.8 10.1 B, L, R, gvmbM *, r, B* sp
I 795 Gx 12 28.5 +23 18 z Com 15. p pB, S, stellar, 13m
I3390 12 28.5 +24 49 d Com vF, vS, R, bM
4444 Gx 12 28.6 -43 16 t Cen 1.6 eF, L, R, vgbM
4451 Gx 12 28.7 +09 16 s Vir 1.5 12.5 pB, pS, R, bM, *13 s
4452 Gx 12 28.7 +11 45 s Vir 2.4 12.4 pB, S, vmE
4453 Gx 12 28.7 +06 30 v Vir 0.6 F, pS, bM, r
4455 Gx 12 28.7 +22 49 s Com 2.8 13. p F, L, E, gbM, 2 B st nf
I3392 Gx 12 28.7 +15 00 v Com 2.4 B, L, mE 225deg , mbM
I3393 Gx 12 28.7 +12 55 v Vir 1.4 S, E 125deg , bM, mag 14
I3395 12 28.7 +25 02 d Com vF, vS, R, bM
I3396 12 28.7 +25 03 d Com vF, vS, R, bM, others n
4454 Gx 12 28.8 -01 56 s Vir 2.2 12.1 F, L, R, gbM, er
4460 Gx 12 28.8 +44 52 s CVn 4.4 12. p B, pL, E 123deg , psbM
I3394 Gx 12 28.8 +26 47 m Com 0.4 16. p F, S, bM, spir
I3397 12 28.8 +25 44 d Com F, S, v iF
4484 Gx 12 28.9 -11 39 r Vir 14. p pF, S, R, gbM
I3399 12 28.9 +25 42 d Com vF, vS, R, bM
4457 Gx 12 29.0 +03 34 s Vir 3.0 10.8 cB, pS, R, smbMN
4458 Gx 12 29.0 +13 15 s Vir 1.9 12.1 pB, S, R, bM, p of 2
4459 Gx 12 29.0 +13 59 s Com 3.8 10.4 pB, pL, iR, bM, r, *8 sf 2'
4461 Gx 12 29.0 +13 11 s Vir 3.7 11.2 pF, S, R, bM, f of 2
I3398 * 12 29.0 +13 34 x Com cF, vS
I3400 ? 12 29.0 +09 24 x Vir cB, cS, = *10
I3401 12 29.0 +26 28 d Com vF, vS, R
I3402 Gx 12 29.0 +28 51 u Com 1.0 16. p vF, cL, E 10deg , * np, conn?
I3403 Gx 12 29.0 +24 38 z Com 16. p cF, S, pR, bM
I3405 12 29.0 +37 44 d CVn F, S, R, vlbM
I3407 Gx 12 29.0 +27 47 u Com 1.2 15. p cF, cS, E 150deg , bM; spir?
I3406 Gx 12 29.1 +27 38 m Com 0.5 16. p cF, S, bM, spir
I3410 Gx 12 29.1 +19 00 z Com 16. p bM, mag 15.5
I3404 ? 12 29.2 +07 09 x Vir cB, cS, R, mbM
I3411 12 29.2 +24 35 d Com eF, S, iF, neby sf
4462 Gx 12 29.3 -23 10 s Crv 3.7 12. p pB, pS, E 130deg , sbM
I3408 * 12 29.3 +11 53 x Vir B, stell; *9.5?
I3412 Gx 12 29.3 +09 59 z Vir 15. p eF, cS
4464 Gx 12 29.4 +08 10 s Vir 1.1 12.7 F, vS, R, pgbM
4465 Gx 12 29.4 +08 02 r Vir 15. p vF, v dif
I 796 Gx 12 29.4 +16 24 u Com 1.4 14. p F, S, E ns, r
I3409 Gx 12 29.4 +14 46 m Com 0.6 17. p bM, mag 15
I3413 Gx 12 29.4 +11 26 v Vir 1.6 vF, vS, R, bM
I3414 Gx 12 29.4 +06 46 v Vir 1.7 cF, cS, mbM
I3415 12 29.4 +26 46 d Com F, vS, bM, spir; neb*?
4466 Gx 12 29.5 +07 42 s Vir 1.4 15. p vF, pS, iR
4467 Gx 12 29.5 +08 00 v Vir 0.7 14.5 vF, vS, lE
4468 Gx 12 29.5 +14 03 s Com 1.5 13.0 F, cL
4469 Gx 12 29.5 +08 45 s Vir 3.9 12. p pF, pL, mE, bM, r
4470 Gx 12 29.6 +07 49 s Vir 1.5 13. p F, pL, iR, bM; = IC 3417
I3416 Gx 12 29.6 +10 47 m Vir 0.1 15. p S, mE 250deg
I3421 OC 12 29.6 +26 14 x Com Cl, F, cS, R, bM
4471 Gx 12 29.7 +07 55 h Vir 0.2 15. p vF, vS
I3417 * 12 29.7 +07 52 x Vir eF, vS, ?*
I3418 Gx 12 29.7 +11 24 v Vir 1.5 vF, wisp
I3419 12 29.7 +15 02 d Com vF, R, mag 16
I3420 * 12 29.7 +13 27 x Com vF, S, R, ??
I3422 12 29.7 +14 42 d Com bM, mag 15
I3424 12 29.7 +24 24 d Com eF, pS, iF
4472 Gx 12 29.8 +08 00 s Vir 8.9 8.4 vB, L, R, mbM, r; = M49
4473 Gx 12 29.8 +13 26 s Com 4.5 10.2 pB
4475 Gx 12 29.8 +27 15 s Com 2.1 15. p eF, pL, R
4481 Gx 12 29.8 +64 03 r Dra 15. p pF, vS, R, *13 att
I3423 ? 12 29.8 +13 40 x Com vF, vS
4474 Gx 12 29.9 +14 04 s Com 2.3 11.8 pF, R, r
I3425 Gx 12 29.9 +10 36 u Vir 1.9 15. p bM, mag 14
4463 OC 12 30.0 -64 48 s Mus 5. 7.2 Cl, P, vlC
4476 Gx 12 30.0 +12 21 s Vir 1.9 12.3 F, S, R, bM, 1st of 3
4477 Gx 12 30.0 +13 38 s Com 4.0 10.4 pB, cL
I3426 * 12 30.0 +13 36 x Com vF, vS
I3427 Gx 12 30.1 +10 46 x Vir 14. p F, vS, exc Nf
I3428 12 30.1 +23 40 d Com F, S, R, bM
I3429 12 30.1 +23 33 d Com vF, S, iF, N
4482 Gx 12 30.2 +10 47 r Vir 14. p eF, pL; = IC 3427
I3430 Gx 12 30.2 +09 04 u Vir 1.2 15. p eF, cS, dif
4478 Gx 12 30.3 +12 20 s Vir 2.0 11.2 pB, S, R, psbM, 2nd of 3
4479 Gx 12 30.3 +13 35 s Com 1.8 12.5 pB, pL
4480 Gx 12 30.4 +04 15 s Vir 2.6 12.4 pF, pS, E, bs
I3431 * 12 30.4 +11 35 x Vir vS, R
I3432 Gx 12 30.4 +14 10 m Com 0.6 15. p B, S, R
I3433 12 30.4 +17 18 d Com bM, mag 14.5
4485 Gx 12 30.5 +41 42 s CVn 2.4 12.0 B, pS, iR, np of 2
I3434 Gx 12 30.5 +18 48 z Com 15. p bM, mag 15
I3436 Gx 12 30.5 +19 39 m Com 0.4 15. p bM, mag 14
4490 Gx 12 30.6 +41 38 s CVn 5.9 9.8 vB, vL, mE 130deg , r, sf of 2
I3435 Gx 12 30.6 +15 07 u Com 1.2 16. p S, mE 135deg , sbM
4483 Gx 12 30.7 +09 01 s Vir 1.8 13. p pB, pS, R, bM
4486 Gx 12 30.8 +12 24 s Vir 7.2 8.6 vB, vL, R, mbM, 3rd of 3; = M87
4489 Gx 12 30.8 +16 45 s Com 2.2 13. p pF, cS, R, gbM
I3437 Gx 12 30.8 +11 20 z Vir 15. p bM, mag 15
4488 Gx 12 30.9 +08 22 s Vir 3.6 13. p vF, vS, lE
4491 Gx 12 31.0 +11 29 s Vir 1.9 12.5 F, L, R
4492 Gx 12 31.0 +08 05 s Vir 2.0 12.5 pF, pL, vglbM, 2 st nr; = IC 3438
I3438 12 31.0 +08 05 x Vir cF, S, FN; = 4492
I3439 12 31.0 +25 34 d Com vF, cS, iF, sev N
4487 Gx 12 31.1 -08 03 s Vir 4.1 11. p F, vL, er
I3440 12 31.1 +12 02 d Vir eF, pS, lE 30deg
4493 Gx 12 31.2 +00 37 r Vir 15. p vF, vS, iR
I3441 Gx 12 31.2 +28 51 m Com 0.4 15. p F, S, bM, spir
I3444 12 31.2 +27 33 d Com vF, vS, bM, spir
4495 Gx 12 31.3 +29 09 r Com 14. p pF, cS, R, pslbM
I3442 Gx 12 31.3 +14 07 v Com 1.5 F, vS, R, lbM
I3443 Gx 12 31.3 +12 19 m Vir 0.2 16. p bM, mag 15.5
I3445 12 31.3 +12 44 d Vir F, eS, R
I3446 Gx 12 31.3 +11 29 z Vir 15. p bM, mag 14
4494 Gx 12 31.4 +25 47 s Com 4.8 9.9 vB, pL, R, vsmbMN
4500 Gx 12 31.4 +57 58 s UMa 1.9 13. p B, cS, E, pgbM, *9 f 50"
I3447 * 12 31.4 +10 40 x Vir F, eS, R
I3448 12 31.4 +17 12 d Com vF, vlE
I3449 D* 12 31.4 +25 55 x Com eF, vS, bM, spir
I3450 Gx 12 31.4 +26 48 x Com vF, vS, spir, ? (4494 sp)
I3451 Gx 12 31.4 +28 51 m Com 0.5 15. p F, S, bM, spir
4497 Gx 12 31.5 +11 37 s Vir 2.3 12.6 vF or pF; = IC 3452
I3452 12 31.5 +11 37 x Vir pF, pS, E 100deg ; = 4497
I3453 Gx 12 31.5 +14 51 s Com 1.2 15. p F, S, E 160deg , lbM
4496 Gx 12 31.6 +03 56 s Vir 3.9 12. p F, cL, biN or Dneb
I3454 Gx 12 31.6 +27 30 u Com 1.3 16. p F, S, iF, dif, att *11 n
4498 Gx 12 31.7 +16 51 s Com 3.2 13. p vF, pL, E; biN?
4510 Gx 12 31.7 +64 15 r Dra 14. p Cl, vS, st F, mC
I3455 ? 12 31.7 +25 47 x Com eF, S, iF
I3456 12 31.7 +28 21 d Com vF, pS, iF
I3458 12 31.7 +28 09 d Com F, S, bM, spir
4529 Gx 12 31.8 +20 30 r Com 15. p eF, L
I3460 12 31.8 +27 23 d Com F, S, iF
4513 Gx 12 31.9 +66 20 r Dra 14. p F, R (vS Cl?)
I 797 Gx 12 31.9 +15 07 u Com 1.2 14. p F, S, R, gbM
I3457 Gx 12 31.9 +12 39 v Vir 1.6 S, R, lbM
I3459 Gx 12 31.9 +12 10 u Vir 1.2 15. p vF, pS, dif
4501 Gx 12 32.0 +14 25 s Com 6.9 9.5 B, vL, vmE; = M88
I3461 Gx 12 32.0 +11 53 m Vir 0.6 15. p vF, vS
I3462 12 32.0 +15 18 d Com vF, eS, R
I3464 * 12 32.0 +26 00 x Com eF, vS, bM, spir
4499 Gx 12 32.1 -39 58 r Cen vF, L, R, vglbM
4502 Gx 12 32.1 +16 42 r Com 15. p vF, S
4503 Gx 12 32.1 +11 11 s Vir 3.5 11.1 pB, S, R, gbM
I3463 D* 12 32.1 +12 19 x Vir vF, cS, E 40deg
4506 Gx 12 32.2 +13 25 s Com 1.6 14. p cF, pmE 90deg +/- , gbM, *9 p 8s
4511 Gx 12 32.2 +56 29 r UMa 14. p pF, vS, iR, vgbM
I3465 12 32.2 +12 04 d Vir bM, mag 16
I3466 12 32.2 +11 48 d Vir bM, mag 15
I3469 12 32.2 +25 48 d Com eF, S, E 50deg
4504 Gx 12 32.3 -07 34 s Vir 4.0 12. p pB, cL, iE, gvlbM, er
4505 - 12 32.3 +03 59 r Vir vF, cL, r, f of 2; = 4496?
I3467 12 32.3 +11 47 d Vir cS, vmE 255deg , sbM *
I3468 Gx 12 32.3 +10 14 x Vir bM, mag 13.5
I3471 Gx 12 32.3 +16 01 m Com 0.7 16. p F, vS, R
I3472 12 32.3 +24 44 d Com eF, S, iF
I3473 Gx 12 32.3 +18 14 u Com 1.1 15. p S, R, lbM
4508 - 12 32.4 +05 50 r Vir vS, R, sbM *13
I3470 Gx 12 32.4 +11 15 x Vir bM, mag 13.5
4514 Gx 12 32.5 +29 44 r Com 14. p eF, vS, R, bM
I 798 Gx 12 32.5 +15 24 z Com 15. p vF, eS, R
4512 Gx 12 32.6 +63 54 r Dra 14. p pB, S, R, psbM
I3474 Gx 12 32.6 +02 40 v Vir 2.2 pF, E spnf, dif, *17 np, B* sf
I3477 * 12 32.6 +26 03 x Com vF, vF, bM, spir
I3475 Gx 12 32.7 +12 46 s Vir 2.6 13.3 vF, pS, R, dif
I3476 Gx 12 32.7 +14 03 s Com 2.2 12.7 pF, pL, lbM
I3478 Gx 12 32.7 +14 12 v Com 1.3 vF, vS, bM
I3479 12 32.7 +25 24 d Com vF, vS, iF
I3480 12 32.7 +26 50 d Com vF, S, E 90deg , bM
4437 12 32.8 +00 07 A Vir F, eE 75deg , *10 nf, place that of *; = 4517
4517 Gx 12 32.8 +00 07 s Vir 10.2 10.5 cB, vL, vmE 89deg , pB* in cont
4521 Gx 12 32.8 +63 57 r Dra 13. p pB, S, pmE, pgbM, *10 p 12s
I3481 Gx 12 32.9 +11 24 s Vir 0.7 14.0 bM, mag 13
I3568 Pl 12 32.9 +82 33 s Cam 0.1 12. p PN or neb *9.5; *13 p 15"
4515 Gx 12 33.0 +16 15 s Com 1.6 13. p F, vS, bM *
I3482 12 33.0 +27 50 d Com vF, S, bM, spir
4509 Gx 12 33.1 +32 06 s CVn 1.1 14. p vF, S, R, lbM
4516 Gx 12 33.1 +14 34 s Com 1.9 14. p F, pS, R, r
I3484 Gx 12 33.1 +17 24 m Com 0.6 15. p S, R, bM
I3488 Gx 12 33.1 +26 21 x Com F, S, R, bM
4518 Gx 12 33.2 +07 51 r Vir 15. p F, S, R, bM
I3483 Gx 12 33.2 +11 21 s Vir 0.5 15.0 bM, mag 14
I3485 * 12 33.2 +09 13 x Vir eF, S; ?
I3486 12 33.2 +12 52 d Vir F, S, R, dif
I3487 12 33.2 +09 24 d Vir vF, vS
I3489 Gx 12 33.2 +12 14 m Vir 0.6 15. p bM, mag 13
I3490 Gx 12 33.2 +10 55 z Vir 0.6 16. p vF, S, vmE 240deg
I3491 Gx 12 33.2 +27 06 x Com F, S, iF
I3492 Gx 12 33.2 +12 51 s Vir 15. p sbM, prob spiral
I3494 Gx 12 33.2 +27 35 x Com vF, vS, neb*, *15 np
I3493 * 12 33.4 +09 23 x Vir eF, vS
4519 Gx 12 33.5 +08 39 s Vir 3.1 11.7 F, pL, R, bM, r
I3495 Gx 12 33.5 +26 47 x Com vF, cS, iF, diffic
I3496 Gx 12 33.5 +26 44 x Com vF, cS, iF, *15 np
I3497 12 33.5 +25 29 d Com vF, vS, R, bM
I3498 * 12 33.5 +26 44 x Com vF, S, iF
4522 Gx 12 33.7 +09 10 s Vir 3.7 13. p eF, pL, lE, vlbM
I 799 12 33.7 -07 24 x Vir eF, eS, R (eF* att p?); = 4520
I3499 Gx 12 33.7 +10 59 s Vir 1.6 13.3 cS, E (wisps) 130deg , bM
I3502 Gx 12 33.7 +26 37 x Com eF, S, iF
4520 Gx 12 33.8 -07 23 s Vir vF, S, 2 vS st inv
4523 Gx 12 33.8 +15 10 s Com 2.6 14. p Cl + neb, close to a **
4524 Gx 12 33.8 -12 01 r Crv 14. p vF, iF, bM
4525 Gx 12 33.8 +30 17 s Com 2.9 13. p F, pL, iR, bM
4530 - 12 33.8 +41 21 r CVn nebulous * 4 mag ??? (8 CVn)
I 801 Gx 12 33.8 +52 15 u CVn 1.2 15. p eeF, S, R, * close n
I3500 Gx 12 33.8 +13 58 z Com 15. p S, E 90deg , sbM *
I3501 Gx 12 33.8 +13 19 m Com 0.6 15. p F, S, R, bMN
I3503 12 33.8 +37 47 d CVn eF, vS, bMN
I 800 Gx 12 33.9 +15 21 v Com 1.7 F, S, R, gbM
4526 Gx 12 34.0 +07 42 s Vir 7.2 9.6 vB, vL, mE 120deg +/- , psmbM, bet 2 st 7m
4527 Gx 12 34.1 +02 39 s Vir 6.3 10.4 pB, L, pmE 69deg , mbM
4528 Gx 12 34.1 +11 19 s Vir 1.8 11.7 pF, cS, R, bM, *9 f 30s
4534 Gx 12 34.1 +35 31 s CVn 3.0 12. p cF, L, lE, vglbM, r
I3504 ? 12 34.1 +06 53 x Vir eF, vS, nr *10
I3505 Gx 12 34.1 +15 57 m Com 0.8 15. p F, S, E
I3507 12 34.1 +25 22 d Com vF, vS, iF
I3508 Gx 12 34.1 +26 40 x Com cF, S, bM, spir
I3506 12 34.2 +12 44 d Vir vF, R
I3511 ? 12 34.2 +27 21 x Com vF, S, iF, N
I3512 ? 12 34.2 +27 22 x Com vF, S, iF, N
I3513 ? 12 34.2 +27 20 x Com vF, S, iF, N
4531 Gx 12 34.3 +13 05 s Vir 3.0 13. p F, pL, R, vgbM
4532 Gx 12 34.3 +06 28 s Vir 2.9 11.9 pB, pL, pmE, vgbM, r
4535 Gx 12 34.3 +08 12 s Vir 6.8 9.8 pF, vL, r, spiral neb
I3509 Gx 12 34.3 +12 04 z Vir 15. p bM, mag 14
I3510 Gx 12 34.3 +11 04 u Vir 1.1 15. p eF, bM, mag 15, *10 nf
I3514 D* 12 34.3 +26 42 x Com vF, vS, bM, spir
I3515 12 34.3 +27 52 d Com F, S, iF
I3516 Gx 12 34.3 +27 27 x Com vF, S, iF, N
4533 Gx 12 34.4 +02 20 s Vir 2.0 15. p F, 4536 sf
4536 Gx 12 34.5 +02 11 s Vir 7.4 10.4 B, vL, mE 110deg , sbM, er
I3517 Gx 12 34.5 +09 09 u Vir 1.5 15. p eF, pS, mE 28deg ; ?
I3518 Gx 12 34.5 +09 37 u Vir 1.3 15. p cS, mE 210deg , bM
I3519 ? 12 34.5 +15 34 x Com vF, vS, R
I3520 Gx 12 34.5 +13 30 z Com 15. p vF, R
4539 Gx 12 34.6 +18 12 s Com 3.5 12.0 pB, pmE
4545 Gx 12 34.6 +63 31 s Dra 2.8 13. p F, L, iR, vgbM, S* nf
I3521 Gx 12 34.6 +07 09 x Vir pF, cS, E 45deg , bM
4538 Gx 12 34.7 +03 20 r Vir 15. p eF, vS, nearly R
I3523 12 34.7 +14 01 d Com vF, R
I3524 D* 12 34.7 +14 14 x Com cF, S; *12.5?
I3526 12 34.7 +25 41 d Com F, vS, R, bM
I3527 D* 12 34.7 +26 09 x Com F, vS, R, bM *
4540 Gx 12 34.8 +15 33 s Com 2.0 12. p F, pS, bM, r
4542 Gx 12 34.8 +50 50 r CVn 15. p eF, pL, R
4547 Gx 12 34.8 +58 56 r UMa 15. p vF, pS, E, vgbM, *9 f 2', p of 2
4549 Gx 12 34.8 +58 56 r UMa 15. p eF, pS, E, f of 2
I3522 Gx 12 34.8 +15 13 v Com 1.5 vF, S, mE 90deg
I3525 12 34.8 +10 10 d Vir vF, R
I3529 12 34.8 +25 42 d Com F, vS, R, bM
I3530 Gx 12 34.8 +17 48 z Com 15. p F, vS, R
I3528 Gx 12 34.9 +15 34 v Com 0.7 bM, mag 14
I3531 Gx 12 34.9 +26 38 x Com vF, vS, bM, spir
I3532 12 35.0 +25 53 d Com vF, vS, bM, spir
I3533 Gx 12 35.0 +25 46 z Com 16. p pF, vS, R, bM
4537 Gx 12 35.2 +50 50 r CVn 16. p eeF, S, R, nearly bet 2 st
4541 Gx 12 35.2 -00 13 s Vir 1.8 14. p F, S, R, gbM
I3534 12 35.2 +15 00 d Com vF, cS, R
I3535 12 35.2 +25 44 d Com F, vS, R, bM
I3536 Gx 12 35.2 +26 32 x Com vF, S, iF
I3538 * 12 35.2 +26 14 x Com eF, S, iF
I3539 12 35.3 +23 59 d Com eF, S, R, bM, *13 sp
4543 Gx 12 35.4 +06 07 r Vir 14. p pF, cS, R, bM
4548 Gx 12 35.4 +14 30 s Com 5.4 10.2 B, L, lE, lbM; = M91
I3537 D* 12 35.4 +07 39 x Vir vF, S, ?
I3540 Gx 12 35.4 +12 45 m Vir 0.4 15. p vS, R, sev condens
I3541 12 35.4 +23 58 d Com eF, S, R
4546 Gx 12 35.5 -03 48 s Vir 3.5 10.3 vB, cL, pmE 78deg , vsmbMN
4550 Gx 12 35.5 +12 13 s Vir 3.5 11.6 pB, S, vlE, sp of 2
4507 Gx 12 35.6 -39 55 s Cen 2.3 13. p pB, S, R, psmbM *16
4544 Gx 12 35.6 +03 02 s Vir 2.1 14. p vF, S, R, bet 2 st
4551 Gx 12 35.6 +12 16 s Vir 2.0 11.9 pB, S, R, bM, nf of 2
4562 Gx 12 35.6 +25 51 s Com 2.5 14. p S, sp 4565
4552 Gx 12 35.7 +12 33 s Vir 4.2 9.8 pB, pS, R, gmbM; = M89
4554 - 12 35.7 +11 11 r Vir vF
4555 Gx 12 35.7 +26 31 s Com 1.7 14. p B, pS, iR, vsmbM *12
I3543 Gx 12 35.7 +26 17 v Com 1.1 vF, S, lE 150deg
I3545 12 35.7 +26 31 x Com pB, S, R, bM; = 4555
I3546 Gx 12 35.7 +26 13 x Com F, S, lE 150deg
4556 Gx 12 35.8 +26 54 s Com 1.5 14. p F, pL
4558 Gx 12 35.8 +27 01 r Com 15. p vF, nf of 2 (or 3?); = IC 3556
I 802 Nb 12 35.8 +74 15 x Dra 1. vF, S, stellar
I3542 12 35.8 +11 40 d Vir bM, mag 14.5
I3544 D* 12 35.8 +14 18 x Com cF, vS; *12.5?
I3547 D* 12 35.8 +26 20 x Com vF, vS, iF
I3549 * 12 35.8 +26 24 x Com vF, vS, bM, spir
4563 Gx 12 35.9 +26 59 r Com 15. p F, vS, R, mbM
4566 Gx 12 35.9 +54 13 s UMa 1.5 14. p pF, S, iR, gbM
4572 Gx 12 35.9 +74 15 r Dra 15. p eF, S
I3548 12 35.9 +10 57 d Vir vF, eS, R
I3550 12 35.9 +27 56 d Com N inv in 4559
I3551 12 35.9 +27 58 d Com N inv in 4559
I3552 12 35.9 +28 00 d Com N inv in 4559
I3553 ? 12 35.9 +26 12 x Com vF, vS, R, bM
I3554 12 35.9 +27 56 d Com N inv in 4559 (2s p, 1'.8 s)
I3555 12 35.9 +28 00 d Com N inv in 4559 (1s .5 p, 2'.0 n)
4559 Gx 12 36.0 +27 58 s Com 10.5 9.9 vB, vL, mE 150deg , gbM, 3 st f
I3556 Gx 12 36.0 +26 58 x Com F, S, R, bM
4553 Gx 12 36.1 -39 27 v Cen 2.1 F, vlE, glbM
4557 Gx 12 36.1 +26 57 r Com 15. p nebulous *
4560 - 12 36.1 +07 41 r Vir cB, pL, R, gbM
4561 Gx 12 36.1 +19 20 s Com 1.5 13. p pB, pL, vlE, lbM, r; = IC 3569
I3557 Gx 12 36.1 +16 38 m Com 0.7 15. p bM, mag 15.5
I3559 Gx 12 36.1 +26 59 x Com vF, vS, R, bM
I3560 Gx 12 36.1 +27 05 x Com vF, vS, R, bM
I3561 Gx 12 36.1 +26 54 x Com cF, vS, R, bM *
I3563 12 36.1 +27 56 d Com N inv in 4559
I3569 Gx 12 36.1 +19 19 t Com 1.3 13. p cS, spir, 2 br, F* M, F* inv; = 4561
I3558 12 36.2 +11 51 d Vir D; F, R, dist 12" n & s
I3562 Gx 12 36.2 +09 55 z Vir 16. p E 220deg
I3564 12 36.2 +27 56 d Com N inv in 4559
I3565 Gx 12 36.2 +26 45 x Com vF, S, E 148deg ; st?
4565 Gx 12 36.3 +25 59 s Com 16.2 9.6 B, eL, eE 135deg , vsbMN = *10-11
I3566 ? 12 36.3 +11 09 x Vir com, R with tail 1' at 110deg
I3570 12 36.3 +24 05 d Com eF, S, iF, *13 np
I3571 Gx 12 36.3 +26 05 x Com eF, S, iF, others nr
4564 Gx 12 36.4 +11 26 s Vir 3.1 11.1 pB, S, lE, psbM
I3567 Gx 12 36.4 +13 36 z Com 15. p F, vS, R, bM
4567 Gx 12 36.5 +11 15 s Vir 3.0 11.3 vF, L, np of Dneb (4568 at 160deg +/- )
I3572 * 12 36.5 +11 37 x Vir eF, vS, ??
I3573 12 36.5 +11 46 d Vir F, vS, R
I3574 12 36.5 +12 24 d Vir vF, vS; *14?
I3575 12 36.5 +13 45 d Com vF, vS, R
I3579 * 12 36.5 +26 06 x Com eF, S, iF, others nr
I3582 Gx 12 36.5 +26 12 v Com 0.5 F, vS, com, bM, others nr
4568 Gx 12 36.6 +11 14 s Vir 4.6 10.8 vF, L, sf of Dneb
I3576 Gx 12 36.6 +06 37 s Vir 3.0 14. p F, pS, dif
I3577 D* 12 36.6 +11 54 x Vir vF, pS, dif, *13 inv nf
I3578 Gx 12 36.6 +11 06 u Vir 1.0 15. p S, E 125deg
I3580 12 36.6 +18 17 d Com F, vS, R
I3581 Gx 12 36.6 +24 24 m Com 0.4 15. p pB, S, E 50deg , bM
I3583 Gx 12 36.7 +13 15 s Vir 2.2 14. p vmE, *13 att sf, 2 st 12 nr
I3585 Gx 12 36.7 +26 50 v Com 1.4 cF, S, neb*
4569 Gx 12 36.8 +13 10 s Vir 9.5 9.5 pL, bMN; = M90
I3584 * 12 36.8 +12 14 x Vir vF, vS; *14?
I3587 Gx 12 36.8 +27 33 u Com 1.5 16. p vF, S, lE 120deg , *15 nf
4570 Gx 12 36.9 +07 15 s Vir 4.1 10.9 cB, pS, mE 0deg +/- , sbMrN
4571 Gx 12 36.9 +14 13 s Com 3.8 11.3 vF, L, E, vgbM, *9 nf nr; = IC 3588
I3586 Gx 12 36.9 +12 32 m Vir 0.6 15. p vF, cS, dif
I3588 ? 12 36.9 +14 13 x Com cF, pL, lbM
I3590 12 36.9 +27 17 d Com vF, S, viF
I3592 Gx 12 36.9 +27 53 u Com 1.3 15. p pF, S, lE 140deg
I3594 * 12 36.9 +26 07 x Com eF, vS, iF
I3589 12 37.0 +06 56 d Vir vF, S, R, stell
I3591 12 37.0 +06 56 d Vir F, pS, nr *14
I3593 Gx 12 37.0 +27 46 m Com 0.4 15. p pF, S, iF, N
I3595 12 37.1 +23 47 d Com eF, S, iF
I3596 D* 12 37.3 +26 31 x Com vF, S, iF, nr D*
4589 Gx 12 37.4 +74 12 s Dra 3.0 12. p cB, L, lE, pgmbM
I3597 12 37.4 +23 52 d Com eF, S, R
I3598 Gx 12 37.4 +28 12 v Com 1.7 pF, vS, sbM *, *15 nf 100"
4577 - 12 37.5 +06 04 r Vir vF, vS; = 4543?
4578 Gx 12 37.5 +09 33 s Vir 3.6 11.4 pF, pS, R, sbMN, * np
4576 Gx 12 37.6 +04 22 s Vir 1.4 13.5 F, *7 sf
I3600 Gx 12 37.6 +27 08 v Com 0.6 F, vS, neb*
4573 Gx 12 37.7 -43 37 r Cen vF, S, *10 n 30"
4574 Gx 12 37.7 -35 30 r Cen vF, L, lE, vglbM
4579 Gx 12 37.7 +11 49 s Vir 5.4 9.8 B, L, iR, vmbM, r; = M58
I3599 Gx 12 37.7 +26 42 v Com cF, S, R, bM
4580 Gx 12 37.8 +05 22 s Vir 2.4 13. p pB, L, vgbM
I3601 PD 12 37.8 +15 12 x Com bM, mag 15
4575 Gx 12 37.9 -40 32 s Cen 2.2 13. p F, S, pmE, 2 st p
4583 Gx 12 38.0 +33 28 r CVn 14. p cF, S, lE, bM
4585 Gx 12 38.1 +28 57 r Com 14. p vF, eS
I3602 Gx 12 38.1 +10 05 z Vir 15. p F, eS, R, lbM
4581 Gx 12 38.2 +01 28 r Vir 13. p F, S, bM, stell N
4582 * 12 38.2 +00 11 F Vir *12 in F neb
I3603 12 38.2 +15 32 d Com eF, bM, mag 15
4584 Gx 12 38.3 +13 07 s Vir 1.5 14. p vF, S, R
I3605 12 38.3 +19 31 d Com vF, vS, R
I3604 12 38.4 +11 43 d Vir F, vS, R, lbM
I3606 12 38.4 +12 36 d Vir F, vlE
4586 Gx 12 38.5 +04 19 s Vir 4.4 11.6 pB, L, E, psbM
I3607 ? 12 38.5 +10 22 x Vir F, eS, R
I3609 Gx 12 38.5 +14 22 z Com 15. p B, vS, R; PN ?
4587 Gx 12 38.6 +02 40 r Vir 14. p F, pS, mbM
I3608 Gx 12 38.6 +10 29 u Vir 3.5 15. p vS, R, wisps pf, 1' each
4588 Gx 12 38.8 +06 46 r Vir 15. p vF, eS
I3610 12 38.8 +26 52 d Com eF, S, viF
I3614 12 39.0 +26 18 d Com eF, pS, gbM, spir
I3615 Gx 12 39.0 +18 11 u Com 1.3 15. p S, E 185deg , bM
I3611 Gx 12 39.1 +13 22 x Com pF, cS, E 130deg
I3612 12 39.1 +14 43 d Com B, vS, R; PN ?
I3613 12 39.1 +13 44 d Com F, eS, R, lbM
I3616 ? 12 39.2 +14 44 x Com bM, mag 14
I3618 Gx 12 39.2 +26 41 v Com F, vS, R, bM
4591 Gx 12 39.3 +06 01 r Vir 14. p vF, cS
4592 Gx 12 39.3 -00 32 s Vir 4.6 12. p F, L, E 90deg +/- , vgbM
I3619 12 39.3 +24 08 d Com vF, cS, E 160deg , bM
I3620 Gx 12 39.3 +27 55 v Com F, S, iF, bM, sev neb st nr
I3617 Gx 12 39.4 +07 58 s Vir 1.1 15. p vF, S
I3623 Gx 12 39.4 +27 07 v Com cF, S, R, bM
4590 Gb 12 39.5 -26 45 s Hya 12.0 8.2 glob. cl. , L, eRi, vC, iR, rrr, st 12; = M68
I3621 12 39.5 +15 29 d Com bM, mag 14
I3622 12 39.5 +15 25 d Com vF, S, R
I3626 Gx 12 39.5 +25 41 z Com 16. p vF, S, bM, spir
I3627 12 39.5 +27 30 d Com F, S, iF, N
I 803 Gx 12 39.6 +16 36 m Com 0.7 15. p eF, S, v diffic
I3624 12 39.6 +11 59 d Vir F, S, E 180deg
4593 Gx 12 39.7 -05 21 s Vir 4.0 12. p pB, cL, E, sbMN = *
I3625 12 39.7 +10 58 d Vir vF, R
I3628 12 39.7 +26 15 d Com eF, S, R
I3629 12 39.8 +13 31 d Com S, mE 245deg , lbM
I3630 12 39.8 +25 26 d Com vF, vS, lE; D*?
I3631 Gx 12 39.8 +12 59 x Vir 14. p bM, mag 13
4595 Gx 12 39.9 +15 18 s Com 1.8 13. p pF, pL, R, gbM
4596 Gx 12 39.9 +10 11 s Vir 3.9 10.5 B, pS, R, gmbM, r, 3 st f
4594 Gx 12 40.0 -11 37 s Vir 8.9 8.3 !, vB, vL, eE 92deg , vsmbMN; = M104
4605 Gx 12 40.0 +61 37 s UMa 5.5 11. p B, L, vmE 118deg , glbM
I3632 12 40.0 +26 41 d Com eF, cS, iF
4597 Gx 12 40.2 -05 48 s Vir 3.6 12. p F, vL, bM
I3633 Gx 12 40.2 +09 53 z Vir 15. p vS, PN , lbM
I3634 12 40.2 +09 50 d Vir vF, R, dif
I3635 Gx 12 40.2 +12 53 u Vir 1.2 15. p F, vS, R, bM
I3636 12 40.2 +22 04 d Com eF, vS, E 0deg , bM
4598 Gx 12 40.3 +08 23 r Vir 14. p eF, L, R, vlbM
I3637 Gx 12 40.3 +14 43 z Com 16. p vF, vS, R, dif
I3638 Gx 12 40.3 +10 31 m Vir 0.6 15. p B, S, R, lbM
4600 Gx 12 40.4 +03 08 r Vir 13. p F, S, R, 2 st 8 f
I3640 12 40.4 +26 31 d Com vF, R neb 30" np IC 3641
I3641 12 40.4 +26 31 d Com F, S, bM, spir
I3642 12 40.4 +26 44 d Com vF, cS, iF, dif
4599 Gx 12 40.5 +01 11 r Vir 13. p vF, vS
I3645 Gx 12 40.5 +26 32 v Com 0.7 F, vS, R, bM
I3646 Gx 12 40.5 +26 31 v Com 1.3 F, S, E 65deg , bM
4602 Gx 12 40.6 -05 08 s Vir 3.6 12. p F, L, E, vglbM
I3644 12 40.6 +26 30 d Com vF, S, iF
4604 - 12 40.7 -05 09 r Vir no description
I3643 12 40.7 +12 24 d Vir F, vlE
I3650 Gx 12 40.7 +26 30 m Com 0.8 15. p eF, vS, bM, spir
4601 Gx 12 40.8 -40 54 v Cen 2.2 eF, L, R, pslbM, p of 2
I3649 12 40.8 +21 06 d Com F, vS, iF, N
I3651 Gx 12 40.8 +26 44 v Com 1.3 pF, cS, R, spir
4603 Gx 12 40.9 -40 59 s Cen 3.8 12. p F, L, R, vgbM, r
I3639 Gx 12 40.9 -36 45 c Cen 1.4 pF, pS, *12.5 ssp
I3647 ? 12 40.9 +10 28 x Vir F, cS, mE 135deg
I3648 ? 12 40.9 +12 59 x Vir eF, S; ??
4606 Gx 12 41.0 +11 55 s Vir 2.8 11.9 vF, pS, E, 2 or 3 vS st inv
I3652 Gx 12 41.0 +11 11 u Vir 1.0 15. p S, R, mbM
4617 Gx 12 41.1 +50 26 s CVn 3.1 14. p pF, S, iR, er
4607 Gx 12 41.2 +11 53 s Vir 3.2 12.9 F, mE, 3' or 4' f 4606
4608 Gx 12 41.2 +10 09 s Vir 3.2 11.1 pB, pL, R, psbM, r, *12 np 1'
I3653 Gx 12 41.2 +11 24 x Vir 15. p bM, mag 13
I3654 12 41.2 +22 35 d Com F, S, iF, N
I3655 12 41.2 +20 40 d Com vF, vS, iF, *16 inv, other neb nr
I3656 12 41.2 +22 36 d Com F, S, iF, N
I 804 Gx 12 41.3 -05 01 x Vir vF, vS, R
I 805 12 41.3 +13 44 x Com vF, pL, R, 2 st n & nf; = 4611
I3657 12 41.3 +21 41 d Com vF, vS, N; neb*?
I3658 Gx 12 41.3 +14 42 z Com 15. p F, S, E 240deg
4610 - 12 41.4 +07 43 r Vir F, vL; = 4470?
4613 Gx 12 41.4 +26 05 r Com 15. p vF, S, lE, 1st of 3
4614 Gx 12 41.4 +26 02 r Com 14. p F, S, R, *12 np, 2nd of 3
4611 Gx 12 41.5 +13 44 r Com 15. p eF, S, lE, bet 2 vF st; = IC 805
4612 Gx 12 41.5 +07 19 s Vir 2.2 13. p pB, S, R, psmbM
4615 Gx 12 41.5 +26 04 r Com 14. p F, pL, E, 3rd of 3
4618 Gx 12 41.5 +41 09 s CVn 4.4 10.8 B, L, E, mbM, curved branch n
I3659 12 41.5 +22 56 d Com cF, S, E 50deg
I3667 12 41.5 +41 09 d CVn cB, pL, E 55deg , bM
I3668 12 41.5 +41 08 d CVn pF, pS, iF, N
I3660 12 41.6 +21 06 d Com F, vS, iF, N
I3661 12 41.6 +22 30 d Com cF, S, iF, N
I3662 Gx 12 41.6 +23 25 m Com 0.6 15. p F, S, R, bM, spir
I3669 12 41.6 +41 08 d CVn F, pS, iF, N
4619 Gx 12 41.7 +35 04 s CVn 1.5 14. p F, pS, R, lbM, *8-9 f
I3663 12 41.7 +12 14 d Vir F, S, R, dif
I3664 12 41.7 +19 57 d Com vF, vS, iF, N
4648 Gx 12 41.8 +74 25 s Dra 2.2 13. p pB, cS, R, gbM, ** p
I3665 Gx 12 41.8 +11 30 u Vir 1.0 15. p F, S, R, dif
I3671 Gx 12 41.8 +23 31 m Com 0.5 15. p cF, cS, lE 230deg , bM
4625 Gx 12 41.9 +41 16 s CVn 2.4 12.3 pF, S, R
I 808 OC 12 41.9 +19 57 x Com S nebs Cl
I3666 12 41.9 +07 51 d Vir eF, vS, ?
I3670 12 41.9 +11 45 d Vir vS, R, bM
I3675 Gx 12 41.9 +41 17 t CVn 2.0 13. p pB, pL, iF, N; = 4625
4620 Gx 12 42.0 +12 57 s Vir 2.0 13. p vF, S, R, vgbM
4621 Gx 12 42.0 +11 39 s Vir 5.1 9.8 B, pL, lE, vsvmbM, 2 st p; = M59
4627 Gx 12 42.0 +32 34 s CVn 2.7 12.3 F, S, R, np of 2
I3680 12 42.0 +39 06 d CVn F, S, iF, N
I3681 12 42.0 +39 05 d CVn cF, vS, E 135deg , bM, *13 sp
4631 Gx 12 42.1 +32 32 s CVn 15.1 9.3 !, vB, vL, eE 70deg +/- , bMN, *12 att n
I 809 Gx 12 42.1 +11 45 u Vir 1.1 15. p eF, pS, R, M59 s
I 810 Gx 12 42.1 +12 36 u Vir 1.7 15. p eF, pS, mE
I3672 Gx 12 42.1 +11 45 x Vir vF, vS, R, stell; IC 809 n
I3673 12 42.1 +21 08 d Com F, vS, iF, N
I3674 12 42.1 +22 31 d Com pF, S, exc N, *11 sp
I3687 Gx 12 42.1 +38 30 s CVn 3.5 13. p vF, cL, dif, sev N
4623 Gx 12 42.2 +07 41 s Vir 2.6 13. p cF, pL, E, pslbM, r
I 806 Gx 12 42.2 -17 20 m Crv 0.6 15. p eF, eS, R, *12 close
I3676 * 12 42.2 +13 33 x Com vF, vS; *13?
I3677 12 42.2 +20 53 d Com F, vS, iF, N
I3678 12 42.2 +20 53 d Com vF, vS, iF, N
I3679 12 42.2 +22 49 d Com F, S, iF, N
4609 OC 12 42.3 -62 58 s Cru 5. 6.9 Cl, pL, pC, cE, st 10
4616 Gx 12 42.3 -40 39 s Cen 1.6 eF, vS, R, * att nf, p of 2
4624 - 12 42.3 +03 04 r Vir B, E; = 4636?
I 807 Gx 12 42.3 -17 22 m Crv 0.3 15. p pF, vS, R, gbM
I3682 12 42.3 +20 52 d Com F, vS, iF, N
I3683 12 42.3 +20 52 d Com F, vS, iF, N
4626 Gx 12 42.4 -07 02 r Vir 14. p vF, cS, lE, glbM
4628 Gx 12 42.4 -06 57 r Vir 14. p cF, S, E, gbM
I3684 12 42.4 +11 43 d Vir vF, vS, R
4630 Gx 12 42.5 +03 58 s Vir 1.7 13. p cF, S, R, lbM
4632 Gx 12 42.5 -00 05 s Vir 3.2 12. p pB, L, E 45deg +/-
I3685 12 42.5 +06 52 d Vir vF, pL
4622 Gx 12 42.6 -40 45 s Cen 2.1 pF, S, R, pslbM, f of 2
4629 D* 12 42.6 -01 21 F Vir pB, pL, E, lbM; biN?
4633 Gx 12 42.6 +14 21 s Com 2.1 13.2 eeF, pS, F* close p, 4634 s; = IC 3688
4635 Gx 12 42.6 +19 57 s Com 2.0 13. p vF, L, vglbM
I3686 Gx 12 42.6 +10 34 m Vir 1.5 16. p F, S, R
I3688 12 42.6 +14 22 x Com cF, pS; = 4633
I3689 12 42.6 +20 51 d Com F, vS, iF, N
4634 Gx 12 42.7 +14 18 s Com 2.4 12.4 vF, L, mE 135deg +/- , vgbM
4644 Gx 12 42.7 +55 09 s UMa 1.8 14.0 vF, S, R, gbM
4636 Gx 12 42.8 +02 41 s Vir 6.2 9.6 B, L, iR, vgvmbM, r
4638 Gx 12 42.8 +11 26 s Vir 2.8 11.3 F, R, gbM
I3690 Gx 12 42.8 +10 22 u Vir 1.3 15. p B, vS, R
I3691 12 42.8 +22 47 d Com F, S, iF, N
4637 Gx 12 42.9 +11 26 s Vir 1.5 15. p cB, S, like a *10; makes a Dneb with 4638?
4639 Gx 12 42.9 +13 15 s Vir 2.9 11.5 pB, S, E, r, *12 sf 1'
4646 Gx 12 42.9 +54 51 s UMa 0.7 14. p F, S, 4 vS st sp
I3692 Gx 12 42.9 +21 00 u Com 1.0 15. p pF, S, bM, spir
I3693 12 43.0 +10 40 d Vir F, vS, R, lbM
I3697 Gx 12 43.0 +39 50 m CVn 0.7 17. p vF, S, N; neb*?
4640 Gx 12 43.1 +12 18 r Vir 15. p eF, pL, lE, * nr p
I3694 Gx 12 43.1 +11 13 m Vir 0.7 15. p bM, mag 13.5
I3695 12 43.1 +22 45 d Com vF, vS, iF, N
4641 Gx 12 43.2 +11 03 r Vir 15. p eF, pL, R, F* nr f
I3696 12 43.2 +19 56 d Com vF, vS, iF, N
4642 Gx 12 43.3 -00 39 s Vir 2.0 14. p vF, cS, E
4643 Gx 12 43.3 +01 59 s Vir 3.4 10.6 cB, pS, lE, mbM
4652 Gx 12 43.3 +58 58 r UMa 15. p pF, pL, gbM, 2 B st 6' np
I3698 Gx 12 43.3 +11 13 m Vir 0.5 15. p S, R, mbM
I3699 12 43.3 +19 00 d Com F, S, iF, N, 3 st n, np
I3700 12 43.3 +19 16 d Com F, S, dif
I3703 12 43.4 +37 59 d CVn F, vS, iF, N, 2 st 11 sf
4647 Gx 12 43.5 +11 35 s Vir 3.0 11.4 pF, pL, lE 115deg +/- , np of Dneb
I3701 12 43.5 +11 02 d Vir F, vS, R, dif
I3702 Gx 12 43.5 +10 53 z Vir 15. p B, vS, R
I3707 12 43.5 +37 59 d CVn pF, vS, bM*
4655 Gx 12 43.6 +41 02 r CVn 15. p vF, vS, stellar, *15 f
4649 Gx 12 43.7 +11 33 s Vir 7.2 8.8 vB, pL, R, f of Dneb; = M60
4651 Gx 12 43.7 +16 24 s Com 3.8 10.7 cB, L, E 90deg , gbM, r
I3704 Gx 12 43.7 +10 47 u Vir 1.3 15. p F, pL, mE 225deg
I3705 12 43.7 +19 20 d Com eF, S, iF
I3706 * 12 43.8 +09 14 x Vir vF, cS, dif
4653 Gx 12 43.9 -00 34 s Vir 2.6 12.3 vF, pL
I3708 12 43.9 +13 08 x Vir pB, cL, E; = 4654
4654 Gx 12 44.0 +13 08 s Vir 4.7 10.5 F, vL, pmE (D?), 3 st nr; = IC 3708
4656 Gx 12 44.0 +32 10 s CVn 13.8 10.4 !, pB, L, vmE 34deg , sp of 2
I3709 Gx 12 44.0 +09 04 z Vir 15. p vF, cS, dif
I3710 Gx 12 44.1 +12 08 x Vir vF, cS, R, dif
I3713 Gx 12 44.1 +41 10 m CVn 0.6 15. p F, pS, dif, *13 sf 1'
4645 Gx 12 44.2 -41 45 s Cen 2.2 13. p pB, S, psbM
4657 Gx 12 44.2 +32 12 v CVn 1.2 !, pF, L, E 90deg +/- , nf of 2
I3711 12 44.2 +11 10 d Vir vF, vS, R, dif
4650 Gx 12 44.3 -40 44 s Cen vF, R, bM, r
I3712 ? 12 44.3 +10 22 x Vir vF, pS, E 42deg ; ?
I3714 Gx 12 44.4 +10 11 m Vir 0.8 16. p S, R
I3715 12 44.4 +19 51 d Com vF, vS, iF, N
I3717 Gx 12 44.4 +39 30 m CVn 0.6 16. p F, cS, E 150deg , bM, *15 np
4659 Gx 12 44.5 +13 31 s Com 1.8 13. p F, cS, R, bM, r
4660 Gx 12 44.5 +11 11 s Vir 2.8 11.0 vB, S, vsvmbMN
4662 Gx 12 44.5 +37 07 s CVn 2.5 14. p pF, pL, R, gbM, r
I3723 Gx 12 44.5 +40 44 v CVn 0.4 pF, vS, R, bM
4658 Gx 12 44.6 -10 05 s Vir 2.2 13. p vF, L, E, *16 att, *9 p
I3726 Gx 12 44.7 +40 42 u CVn 1.7 16. p F, cS, E 145deg , bM
4663 Gx 12 44.8 -10 12 s Vir 1.4 14. p vF, S, *13-14 f; = IC 811
4669 Gx 12 44.8 +54 53 s UMa 1.7 15. p F, E; r?
I 811 12 44.8 -10 12 x Vir nebs *13, sf 4658; = 4663
I3716 12 44.8 +08 06 d Vir vF, vS, sp of 2
I3718 Gx 12 44.8 +12 21 v Vir 3.0 F, pS, E 90deg
I3719 12 44.8 +08 06 d Vir eF, vS, ??, nf of 2
I3720 Gx 12 44.8 +12 04 v Vir 2.8 eF, S, dif
I3721 12 44.8 +18 45 d Com bM, mag 13.5
I 812 12 44.9 -04 26 d Vir pB, S, R, N = 13m
I3722 * 12 44.9 +11 47 x Vir vF, vS, = *13
I3724 Gx 12 44.9 +10 17 z Vir 16. p S, R
I3725 12 44.9 +18 45 x Com pF, cS, E, bM; = IC 3721
I3729 Gx 12 44.9 +39 20 m CVn 0.2 16. p F, vS, iF, N, neb st np
4664 12 45.1 +03 03 A Vir pB, 2 S st in M, S* p; = 4665
4665 Gx 12 45.1 +03 03 s Vir 4.2 12. p B, pL, iR, mbM, *10 sp
4666 Gx 12 45.1 -00 28 s Vir 4.5 10.8 B, vL, mE 45deg +/- , psbM
I3727 Gx 12 45.1 +10 54 u Vir 1.6 16. p F, S, R, lbM
I3728 12 45.1 +20 58 d Com vF, vS, iF, N
I3730 Gx 12 45.1 +21 11 v Com 0.4 14.6 pB, vS, R, bM, in dif neb
4661 Gx 12 45.2 -40 49 c Cen 1.1 F, pL, R, gbM
I 813 Gx 12 45.2 +23 03 u Com 1.1 14. p F, pS, iR, bM
I3731 12 45.2 +12 25 d Vir bM, mag 14.5
I3732 12 45.2 +10 18 d Vir vS, R
I3734 12 45.2 +23 02 d Com *15 in dif neb; IC 813 f 0'.5
4667 - 12 45.3 +11 26 r Vir B, S, R, psbM; nonexistent?
4670 Gx 12 45.3 +27 08 s Com 1.8 12.7 pF, cS, R, bM, r, p of 2
I3733 12 45.3 +06 58 d Vir eF, S, = *14
I3735 Gx 12 45.3 +13 42 m Com 0.4 15. p F, S, R
I3736 Gx 12 45.3 +21 31 m Com 0.5 16. p pF, vS, E 155deg , bM
I3737 12 45.3 +21 58 d Com F, vS, iF, N
I3738 12 45.4 +19 14 d Com neb *15
4668 Gx 12 45.5 -00 32 s Vir 1.4 13.1 vF, S, iF
I3739 ? 12 45.5 +13 00 x Vir cF, cS, biN
I3740 Gx 12 45.5 +20 49 z Com 16. p pF, cS, E 0deg , bM
I3742 Gx 12 45.5 +13 20 v Com 1.9 pL, mE 225deg , bM
4673 Gx 12 45.6 +27 04 s Com 1.2 14. p F, vS, R, sbM *10, f of 2
4675 Gx 12 45.6 +54 44 s UMa 1.6 15. p cF, S, lE
I 814 12 45.6 -08 06 d Vir pB, vS, R, r
I3741 12 45.6 +19 12 d Com neb *16
I3745 Gx 12 45.6 +19 10 m Com 0.3 15. p pF, vS, R, bM
I3746 Gx 12 45.6 +37 49 z CVn 16. p F, S, iF, N
I3747 12 45.6 +37 58 d CVn F, vS, iF, N
I3751 Gx 12 45.6 +37 49 z CVn 16. p F, vS, iF, N, neb *15 p
I3743 * 12 45.7 +11 06 x Vir vF, S
I3744 12 45.7 +19 30 d Com F, vS, iF, N
4671 Gx 12 45.8 -07 04 r Vir 14. p pF, S, R, psmbM
I3748 12 45.8 +19 26 d Com vF, vS, iF, N
I3749 12 45.9 +19 32 d Com vF, eS, bM, spir
I3758 Gx 12 45.9 +40 47 z CVn 15. p pF, S, neb*
I3750 12 46.0 +19 06 d Com eF, eS, iF, N
I3757 12 46.0 +38 31 d CVn pF, S, iF, *13 inv
4674 Gx 12 46.1 -08 39 s Vir 1.9 15. p vF, cS, R, glbM
4676 Gx 12 46.1 +30 44 s Com 2.8 14. p vF, pmE; biN?
I3752 12 46.1 +19 01 d Com vF, vS, iF, neb *14 np 1', *10 np 1'.5
I3753 12 46.1 +19 07 d Com eF, S, E, *14 conn p
I3755 12 46.1 +19 09 d Com F, vS, iF, N
I3754 Gx 12 46.2 +08 21 u Vir 1.4 15. p F, S
4672 Gx 12 46.3 -41 43 v Cen 1.9 eF, S, R, vgbM
I3756 Gx 12 46.3 +11 53 m Vir 0.3 15. p bM, mag 15
I3759 12 46.3 +20 47 d Com vF, vS, iF, N, *15 sf 20"
I 815 Gx 12 46.4 +11 53 m Vir 0.4 15. p F, vS, *14 inv
I3760 12 46.4 +11 52 x Vir bM, mag 14; = IC 815
I3761 12 46.5 +20 17 d Com vF, vS, R, bM, *12 sp
I 818 Gx 12 46.6 +29 44 v Com 1.3 vS, R, bM, *12 nf 2'.5
I3762 12 46.6 +22 15 d Com vF, S, iF, in gr of neb
I3765 12 46.6 +38 34 d CVn vF, S, iF, N
4678 - 12 46.7 -04 35 r Vir eF, eS, R (neb?), * 2s f
4686 Gx 12 46.7 +54 33 s UMa 2.3 14. p pF, vS, vmE, vsmbM
I 816 Gx 12 46.7 +09 51 u Vir 1.0 15. p eeF, vS, R, D* nf, np of 2
I3768 12 46.7 +40 36 d CVn vF, S, iF, N
I3763 12 46.8 +21 59 d Com F, S, iF
I3769 12 46.8 +40 28 d CVn F, vS, iF, N
4680 Gx 12 46.9 -11 37 r Vir 13. p eF, S, 1 or 2 st inv
I 817 Gx 12 46.9 +09 52 m Vir 0.3 15. p eeF, vS, R, sf of 2
I3766 12 46.9 +19 07 d Com vF, vS, R, bM
I3771 12 46.9 +39 10 d CVn vF, S, dif
I3774 Gx 12 46.9 +36 17 u CVn 1.1 16. p F, cS, iF, N
4677 Gx 12 47.0 -41 35 s Cen 2.9 12.7 eF, lE, vgbM
I3764 12 47.0 +09 51 x Vir vF, cS; = IC 816
I3767 12 47.0 +10 10 d Vir vF, bM, mag 16
I3778 Gx 12 47.0 +40 37 z CVn 16. p pF, S, R, bM
4685 Gx 12 47.1 +19 28 r Com 14. p F, S, R, sbM*, rr
4693 Gx 12 47.1 +71 12 r Dra 14. p vF, plE
I3772 Gx 12 47.1 +36 34 m CVn 0.6 16. p pF, cS, iF, N
I3780 12 47.1 +40 14 d CVn F, vS, bM, spir
I 819 12 47.2 +30 44 d Com vF, vS, np & conn with IC 820
I 820 12 47.2 +30 43 x Com Dneb with IC 819 and brighter; = 4676
I3773 Gx 12 47.2 +10 13 u Vir 2.1 14. p vF, S, bM
I3776 12 47.2 +22 29 d Com F, S, iF
4682 Gx 12 47.3 -10 04 s Vir 2.8 13. p cF, L, E 45deg +/- , gvlbM
4684 Gx 12 47.3 -02 43 s Vir 2.9 13. p B, pL, pmE 25deg
I3770 12 47.3 +09 12 d Vir cF, cS, E 30deg ; ?
I3775 12 47.3 +11 44 d Vir vF, bM, mag 16
I3779 Gx 12 47.3 +12 10 z Vir 15. p bM, mag 15
I3782 12 47.3 +40 23 d CVn F, vS, R, bM
4687 Gx 12 47.4 +35 21 s CVn 1.2 14. p vF, vS, R, psbM
I 821 Gx 12 47.4 +29 48 v Com 1.4 R, pL, glbM, 2 st ssf
I3777 12 47.4 +09 09 d Vir F, S
I3781 12 47.4 +22 34 d Com vF, pS, iF, 2 st n and p
I3783 Gx 12 47.4 +40 34 m CVn 0.6 14. p pF, S, iF, N
4679 Gx 12 47.5 -39 34 s Cen 2.3 13. p eeF, pL, R
4681 Gx 12 47.5 -43 20 r Cen pF, S, R, gbM
4695 Gx 12 47.5 +54 23 s UMa 1.3 15. p eF, pS, vlE, mbMN
I3791 12 47.5 +54 27 d UMa eeF, S, cE
I3786 12 47.6 +39 03 d CVn vF, S, iF, p dif
4683 Gx 12 47.7 -41 32 s Cen 2.1 12.9 eF, pS, R, vgbM, S* sp
I3787 12 47.7 +40 37 d CVn F, vS, iF, N
4688 Gx 12 47.8 +04 20 s Vir 3.3 13. p eF, pL, *9-10 p 10s
4689 Gx 12 47.8 +13 46 s Com 4.0 10.9 pB, vL, E, vglbM, r
I 822 Gx 12 47.8 +30 05 m Com 0.4 16. p F, eS, bM
I 823 ? 12 47.8 +27 12 x Com susp, 2' s of 4692
4690 Gx 12 47.9 -01 38 r Vir 14. p vF, S
4692 Gx 12 47.9 +27 13 s Com 1.4 14. p F, cS, R, bM; = IC 823
I3784 12 47.9 +19 23 d Com F, vS, E 70deg , bM
I3785 12 47.9 +19 17 d Com vF, vS, iF, N
I3788 Gx 12 48.1 +18 52 m Com 0.5 17. p F, S, R, *7 sp 2'
I3789 12 48.1 +20 12 d Com F, cS, bM, spir, *13 sp 0'.5
I3795 Gx 12 48.1 +40 43 m CVn 0.5 16. p F, S, iF, N
4691 Gx 12 48.2 -03 20 s Vir 3.2 11.2 pB, pL, E 90deg +/- , mbM
4694 Gx 12 48.2 +10 59 s Vir 3.6 12. p pF, S, vlE
I3790 * 12 48.2 +11 07 x Vir eF, vS, ??
I3793 12 48.2 +19 09 d Com vF, vS, iF, N
I3792 ? 12 48.3 +11 05 x Vir vF, S
4698 Gx 12 48.4 +08 29 s Vir 4.3 10.7 cB, pL, iR, bM, r
4707 Gx 12 48.4 +51 10 s CVn 2.3 14. p S, stellar
I3794 12 48.4 +19 10 d Com F, spir, sbM *
I3796 12 48.5 +20 02 d Com vF, eS, R, bM, D* 13 np
I3800 12 48.5 +36 35 d CVn F, S, iF, N
4697 Gx 12 48.6 -05 48 s Vir 6.0 9.3 vB, L, lE 45deg +/- , smbMN
I3797 ? 12 48.6 +11 36 x Vir F, pS, vmE, lbM
I3798 12 48.7 +09 14 d Vir F, S
I3802 12 48.7 +38 15 d CVn F, vS, R bM
I3805 12 48.7 +38 15 d CVn gr of eF neb and st
4696 Gx 12 48.8 -41 19 s Cen 3.5 10.7 pB, L, R, gbM, r
4704 Gx 12 48.8 +41 55 s CVn 1.2 15. p cF, S, R, gbM
I3804 Gx 12 48.8 +35 20 v CVn 1.6 pF, pL, E 40deg , bM; = 4711
4711 Gx 12 48.9 +35 21 r CVn 14. p F, S, E, glbM, er; = IC 3804
I3806 Gx 12 48.9 +14 54 v Com 1.7 vS, R, bM, mag 13.5
4699 Gx 12 49.0 -08 40 s Vir 3.5 9.6 vB, R, vmbMrN, r
4702 Gx 12 49.0 +27 11 r Com 15. p pF, S, viF
I3799 Gx 12 49.0 -14 23 m Crv 2.5 14. p vF, pL, vmE 210deg , 1st of 7
I3801 ? 12 49.0 +10 57 x Vir cB, pS, stell
I3808 Gx 12 49.0 +40 36 m CVn 0.6 15. p pF, S, iF, N, *14 f 0'.5
4700 Gx 12 49.1 -11 25 s Vir 3.0 12. p F, L, mE 40deg , vlbM, B* p
I3803 12 49.1 +10 38 d Vir eF, pL, ?
I3809 12 49.1 +36 29 d CVn pF, S, iF, N
I3810 12 49.1 +40 39 d CVn cF, cS, iF, N
4701 Gx 12 49.2 +03 23 s Vir 3.0 12.4 F, S
4703 Gx 12 49.3 -09 07 s Vir 2.8 15. p eF, cS, pmE
4705 Gx 12 49.4 -05 12 s Vir 3.0 14. p cF, pL, lE
I3811 12 49.4 +21 28 d Com F, eS, iF, N
I3807 12 49.5 -04 24 d Vir eeF, L, mE, *7 sf
I3814 12 49.5 +20 03 d Com vF, vS, E 110deg
4710 Gx 12 49.6 +15 10 s Com 5.1 11.0 cB, pL, vmE 28deg , sbMN
4712 Gx 12 49.6 +25 28 s Com 2.6 13.0 vF, pL
I3815 12 49.6 +19 16 d Com vF, vS, R
I3816 Gx 12 49.6 +37 15 m CVn 0.5 15. p pF, vS, R
4708 Gx 12 49.7 -11 06 s Vir 1.6 14. p eF, S
I 824 Gx 12 49.7 -04 34 m Vir 0.5 15. p pB, pL, E pf, biN
I3817 12 49.7 +22 50 d Com neb *15
I3820 12 49.7 +37 07 d CVn vF, vS, iF, N
I3823 12 49.7 +40 53 d CVn vF, vS, iF, N
4715 Gx 12 49.8 +27 49 s Com 2.0 15. p F, S, R
I3818 12 49.8 +21 45 d Com vF, S, iF, *14 p
4706 Gx 12 49.9 -41 17 s Cen 2.2 12.7 vF, vS, R, psbM
I3812 Gx 12 49.9 -06 42 m Vir 0.8 15. p eeF, eS, cE 15deg
4713 Gx 12 50.0 +05 19 s Vir 2.8 11.8 pB, L, vlE, glbM
I3813 Gx 12 50.0 -25 55 c Hya 1.5 eF, S, E, *8 nf
I3821 12 50.0 +20 58 d Com vF, vS, iF, N
4709 Gx 12 50.1 -41 23 s Cen 2.7 pB, cS, R, gbM
4719 Gx 12 50.1 +33 09 s CVn 1.8 14. p vF, stellar
4732 Gx 12 50.1 +52 52 r UMa 15. p F, S, vsmbM
4750 Gx 12 50.1 +72 52 s Dra 2.3 12. p pB, L, R, vg, vsbM
4721 Gx 12 50.2 +27 20 r Com 15. p vF, vS; r?
4714 Gx 12 50.3 -13 18 r Crv 14. p F, pS, R, gbM
I 825 12 50.3 -05 23 d Vir eeF, pS, R, nearly bet 2 st
I3819 12 50.3 -14 23 d Crv eF, vS, 2nd of 7
4725 Gx 12 50.4 +25 30 s Com 11.0 9.2 vB, vL, E, vg, vsvmbMeBN
I3822 Gx 12 50.4 -14 19 m Crv 1.1 15. p eF, vS, 3rd of 7
I3828 D* 12 50.4 +37 57 x CVn F, vS, iF; neb*?
4716 Gx 12 50.5 -09 26 r Vir 15. p np part of Dneb, smbM
4718 Gx 12 50.5 -05 17 s Vir 2.1 15. p eF, vS, bet 2 st
4728 Gx 12 50.5 +27 26 v Com 1.1 eF, eS
I3824 12 50.5 -14 26 d Crv eF, vS, 4th of 7
4717 Gx 12 50.6 -09 26 r Vir 15. p sf 4716 & fainter
I3825 12 50.6 -14 30 d Crv eeF, vS, *14?, 5th of 7
4720 Gx 12 50.7 -04 07 r Vir 15. p eF, S, bM
I3826 Gx 12 50.7 -09 00 m Vir 0.6 15. p vF, vS, mbM
I3827 Gx 12 50.8 -14 29 m Crv 0.8 14. p F, vS, R, *11 s 0'.6; 6th of 7
I3832 12 50.8 +39 49 d CVn F, S, iF, p dif
4724 Gx 12 50.9 -14 20 s Crv 1.5 15. p F, vS, R, stellar, np of 2
4736 Gx 12 50.9 +41 07 s CVn 11.0 8.2 vB, L, iR, vsvmbMBN, r; = M94
4737 Gx 12 50.9 +34 09 r CVn 15. p eF, vS, pmE
4741 Gx 12 50.9 +47 40 r CVn 14. p vF, S, R, psbM
I3830 12 50.9 +19 50 d Com vF, eS, bM, spir
I3835 12 50.9 +40 12 d CVn vF, vS, iF, N
4727 Gx 12 51.0 -14 20 s Crv 1.6 13. p F, pL, R, lbM, sf of 2
4731 Gx 12 51.0 -06 24 s Vir 6.5 11. p vF, pL, E
4735 Gx 12 51.0 +28 56 s Com 0.7 15. p vF, vlbM
4723 Gx 12 51.1 -13 15 r Crv 15. p 2nd of 2, vF, vS, f 4714; nonexistent?
4733 Gx 12 51.1 +10 55 s Vir 2.3 13. p cF, pL, lE, r, *12 p
4738 Gx 12 51.1 +28 48 s Com 2.3 15. p vF, E 30deg , vlbM
I3836 12 51.1 +40 11 d CVn vF, vS, iF, N
4734 Gx 12 51.2 +04 52 s Vir 1.2 14. p vF, vS, R
4749 Gx 12 51.2 +71 38 s Dra 1.9 14. p vF, cL, E 135deg +/-
I 830 Gx 12 51.2 +53 41 m UMa 0.8 14. p vF, vS, lE, stellar
4745 Gx 12 51.3 +27 26 v Com 0.7 eF, *6 n
I 826 Gx 12 51.3 +31 04 m Com 0.6 15. p F, pS, R, gbM
I3831 Gx 12 51.3 -14 34 m Crv 1.4 14. p F, vS, R, bM, 7th of 7
4722 Gx 12 51.5 -13 19 r Crv 13. p vF, vS, f 4714, with *11 4s f; = IC 3833
4726 Gx 12 51.5 -14 13 r Crv 14. p vF, 4' n of Dneb; = IC 3834
4740 Gx 12 51.5 -14 13 D Crv pF, pS, R, mbM; = 4726
I3833 Gx 12 51.5 -13 19 m Crv 1.8 13. p vF, S, iF, bM
I3834 Gx 12 51.5 -14 13 m Crv 0.7 14. p vF, lbM, *13 p 0'.8
I3837 12 51.5 +19 43 d Com eF, vS, bM, spir
4739 Gx 12 51.6 -08 25 s Vir 1.7 14. p F, pL, lE, pglbM
I3842 12 51.6 +40 22 d CVn vF, cS, dif; neb* np 0'.5
I3843 12 51.7 +39 00 d CVn F, vS, mE 160deg , am 3 st
4729 Gx 12 51.8 -41 08 c Cen 1.3 neb, 1st of 3, p & a little s of 4744
4742 Gx 12 51.8 -10 27 s Vir 2.3 11.1 pB, vS, vbMN = *11, *10 sf
4747 Gx 12 51.8 +25 47 s Com 3.6 12.4 F, pL, lE
I3839 12 51.8 +20 25 d Com vF, S, bM, spir
I3840 12 51.8 +21 44 d Com vF, S, iF, * inv sp
I3841 12 51.8 +22 21 d Com vF, vS, iF, ?
4746 Gx 12 51.9 +12 05 s Vir 2.5 13. p pB, mE, r
4730 Gx 12 52.0 -41 09 c Cen 1.2 2nd of 3
I 827 Gx 12 52.0 +16 17 u Com 1.0 15. p vF, S, E pf, dif
I3838 12 52.0 -14 28 d Crv vF, S, lbM, *13 s 0'.8
I3844 12 52.1 +39 49 d CVn vF, S, iF, N
4748 Gx 12 52.2 -13 24 r Crv F, vS, iR, gbM
I3829 Gx 12 52.2 -29 50 c Hya 2.3 B, S, lE, *9 sf
I3845 12 52.2 +38 37 d CVn vF, S, iF, N
4743 Gx 12 52.3 -41 24 s Cen F, R, gbM
4752 * 12 52.3 +13 29 r Com vF, S, E, r
4754 Gx 12 52.3 +11 19 s Vir 4.7 10.6 B, pL, R, psbM, p of 2
I 828 12 52.3 -08 08 d Vir F, vS, R, N = 13.5m
4744 Gx 12 52.4 -41 04 s Cen F, L, E, gbM, 3rd of 3
4753 Gx 12 52.4 -01 12 s Vir 5.4 9.9 cB, L, vlE, vglbM
I 829 Gx 12 52.4 -15 31 m Crv 0.4 15. p neb *13
I3847 12 52.6 +22 04 d Com vF.vS, iF, neb *15 sp
I3849 12 52.6 +40 46 d CVn vF, vS, iF, N, *14 nf
4758 Gx 12 52.7 +15 51 s Com 3.2 14. p vF, pL, E?
I 831 Gx 12 52.7 +26 29 x Com 15. p F, S, R, bM
I3846 12 52.7 +13 39 d Com B, pS, N = *9.2
I3848 12 52.7 +21 25 d Com vF, vS, E 120deg
I3850 Gx 12 52.7 +40 06 m CVn 0.9 15. p pF, vS, iF, N
4757 Gx 12 52.8 -10 19 s Vir 1.8 15. p vF
4751 Gx 12 52.9 -42 40 r Cen B, pS, R, vg, vsmbM
4756 Gx 12 52.9 -15 25 s Crv 2.0 13. p vF, pS, r
4762 Gx 12 52.9 +11 14 s Vir 8.7 10.2 pB, vmE 31deg , 3 B st s, f of 2
4759 Gx 12 53.1 -09 11 r Vir 15. p pL, double, *10 2' sp
4760 Gx 12 53.1 -10 30 s Vir 1.8 13. p pB, R
4761 Gx 12 53.1 -09 11 r Vir 14. p eF, eS, 1' f Dneb 4759
4766 Gx 12 53.1 -10 23 s Vir 1.6 15. p vF
I3851 12 53.1 +21 55 d Com vF, vS, iF, ?, *12 s
I3852 Gx 12 53.1 +35 47 u CVn 1.4 16. p F, pS, E 60deg , bM
4764 Gx 12 53.2 -09 11 r Vir 16. p eF, eS, sf Dneb 4759
4765 Gx 12 53.2 +04 28 s Vir 1.4 13. p F, cS, R, gbM
4774 Gx 12 53.2 +36 49 s CVn 0.6 14.4 eF, cS, R, bM
I3853 12 53.2 +38 50 d CVn eF, S, p dif
I3854 12 53.2 +40 51 d CVn vF, pL, dif, diffic, *15 f
4768 * 12 53.3 -09 32 F Vir vF, vS, p 4770 on parallel
4769 D* 12 53.3 -09 32 F Vir vF, vS, p 4770 on parallel
4763 Gx 12 53.4 -17 00 s Crv 1.7 13. p vF, S, lbM
4771 Gx 12 53.4 +01 16 s Vir 4.0 13. p F, pL, mE, *9 p 90deg
I3855 12 53.4 +36 47 d CVn pF, eS, R, bM
4770 Gx 12 53.5 -09 31 r Vir 14. p vF, vS
4772 Gx 12 53.5 +02 10 s Vir 3.3 13. p pF, pS, R, mbM
4785 Gx 12 53.5 -48 46 r Cen vF, S, R, glbM
4755 OC 12 53.6 -60 20 s Cru 10. 4.2 Cl, vL, st vB (kappa Cru)
4773 Gx 12 53.6 -08 38 s Vir 2.0 15. p vF, S
4775 Gx 12 53.8 -06 37 s Vir 2.2 12. p F, cL, R, vglbM, r
4779 Gx 12 53.8 +09 44 s Vir 2.3 13. p vF, pL, R, r
I 832 Gx 12 53.8 +26 27 v Com F, S, R, bM, D* nf
I3856 12 53.8 +20 06 d Com vF, S, iF, *15 inv p
I3862 Gx 12 53.8 +36 06 u CVn 1.0 16. p vF, pS, dif, *15 att
4767 Gx 12 53.9 -39 43 s Cen 2.6 13. p B, pS, lE, mbM
I3857 12 53.9 +19 36 d Com eF, vS, R, bM, 2 eF st nr
I3858 12 53.9 +20 47 d Com F, vS, R, bM, neb *14 & *13 sp
I3861 12 53.9 +38 17 d CVn F, eS; neb*?
I3863 12 53.9 +38 29 d CVn F, S, iF, *14 att
4777 Gx 12 54.0 -08 47 s Vir 2.3 15. p vF, S
4776 - 12 54.1 -09 13 r Vir F, S, R, vlbM, p of Dneb
4778 - 12 54.1 -09 12 r Vir vF, S, R, vlbM, f of Dneb
4780 Gx 12 54.1 -08 37 s Vir 2.1 14. p vF, f 4773 and 4777
4787 Gx 12 54.1 +27 04 r Com 15. p vF, vS, 4789 f
I3860 12 54.1 +19 18 d Com vF, vS, R, bM
4788 Gx 12 54.2 +27 19 r Com 15. p vF, S
I3864 12 54.2 +18 57 d Com vF, vS, iF, *14 s 30"; many other neb about
I3865 12 54.2 +18 52 d Com vF, vS, R, bM
4789 Gx 12 54.3 +27 04 s Com 1.7 12.0 F, R, *9 att 1' n
I3866 OC 12 54.3 +22 22 x Com vF, S, iF, N; Cl?
I3867 12 54.3 +18 56 d Com vF, S, iF, N
I3868 12 54.3 +19 00 d Com vF, vS, iF, N
4781 Gx 12 54.4 -10 32 s Vir 3.5 12. p cB, vL, mE
I3859 OC 12 54.4 -09 06 x Vir vF; eF Cl?
I3869 12 54.4 +18 58 d Com vF, vS, iF, N
I3870 12 54.4 +22 23 d Com vF, S, iF, p dif
I3871 12 54.4 +18 56 d Com vF, vS, R, bM
4786 Gx 12 54.5 -06 52 s Vir 2.0 13. p pB, pS, mbM, r
I3872 12 54.5 +18 58 d Com vF, vS, iF, N
I3873 12 54.5 +18 53 d Com vF, vS, iF, N
I3878 12 54.5 +40 04 d CVn vF, vS, bM, spir
I3879 Gx 12 54.5 +38 38 m CVn 0.6 16. p F, S, R, bM
4782 Gx 12 54.6 -12 34 s Crv 1.5 11.7 pF, pS, R, mbM, p of Dneb
4783 Gx 12 54.6 -12 33 s Crv 1.7 11.8 pF, pS, R, mbM, f of Dneb
4784 Gx 12 54.6 -10 37 s Vir 1.8 15. p eF, eS
4793 Gx 12 54.6 +28 56 s Com 2.9 11.7 pB, pS, lE, *8 nf 1'
4800 Gx 12 54.6 +46 32 s CVn 1.8 12. p pB, cS, R, psbM, *14 p
4801 Gx 12 54.6 +53 06 r UMa 15. p eF, S, lE
I3874 12 54.6 +18 57 d Com vF, vS, iF, *15 sf 20"
I3875 12 54.6 +22 02 d Com vF, S, iF, N, *14 p
I3885 12 54.7 +37 09 d CVn F, S, R, neb*
I3887 12 54.7 +40 18 d CVn vF, vS, iF, N
I3888 Gx 12 54.7 +39 34 m CVn 0.9 16. p F, S, lE 60deg , N
4791 Gx 12 54.8 +08 03 r Vir 15. p eF, vS, lE, vlbM
4809 Gx 12 54.8 +02 39 s Vir 1.9 14. p F, Dneb with 4810, E perpendicular to each other
4810 Gx 12 54.8 +02 38 s Vir 0.8 15. p F, Dneb with 4809
I3876 12 54.8 +19 01 d Com vF, vS, R, bM
I3877 12 54.8 +19 18 d Com pF, cL, E 20deg , bM
I3880 12 54.8 +22 30 d Com vF, S, viF
I3881 Gx 12 54.8 +19 11 s Com 3.9 13. p vF, vS, R, bM
I3890 12 54.8 +37 11 d CVn vF, S, iF, N
4790 Gx 12 54.9 -10 15 s Vir 1.8 13. p pF, pS, iR
4797 - 12 54.9 +27 21 r Com F, S, R, lbM; nonexistent?
I3882 12 54.9 +22 34 d Com vF, vS, iF, N
I3889 12 54.9 +36 01 d CVn vF, S, iF, diffic
4795 Gx 12 55.0 +08 04 s Vir 1.7 13. p pB, pL, R, bM, r
4798 Gx 12 55.0 +27 25 s Com 1.3 13.1 pF, pS, gbM
I3884 12 55.0 +19 41 d Com F, S, R, bM, * 14s
I3886 12 55.0 +19 01 d Com vF, S, iF, N
I3891 12 55.0 +36 03 d CVn vF, S, iF, diffic
4792 Gx 12 55.1 -12 30 v Crv 1.1 vS, R, 7' nnp of 4794
4796 Gx 12 55.1 +08 04 r Vir 13. p eF, eS, alm stell, close f 4795
I3892 12 55.1 +39 13 d CVn F, S, iF
I3893 12 55.1 +38 34 d CVn vF, S, iF, N
4794 Gx 12 55.2 -12 37 s Crv 2.3 14. p vF, S, 2 or 3 st near
I3895 12 55.2 +39 12 d CVn F, cS, iF, N, *15 nf conn
4799 Gx 12 55.3 +02 54 r Vir 14. p cF, S, vS* att
I3883 12 55.3 -08 09 d Vir eF, vS, mE 5deg
I3897 12 55.3 +39 40 d CVn F, vS, E 40deg , bM
4805 Gx 12 55.4 +27 57 r Com vF
4814 Gx 12 55.4 +58 21 s UMa 3.2 13. p B, pS, vlE, vgbM
I3898 12 55.4 +37 35 d CVn eF, vS, v diffic, att eF*
4807 Gx 12 55.5 +27 31 s Com 1.2 14. p F, pS, R, bM
I3894 12 55.5 +19 04 d Com vF, vS, iF, N
I3902 12 55.6 +36 00 d CVn pF, vS, neb*
I3903 12 55.6 +40 24 d CVn vF, vS, iF, N
4803 Gx 12 55.7 +08 14 r Vir 15. p eF, eS, R, lbM
I3899 12 55.7 +20 38 d Com vF, S
I3900 Gx 12 55.7 +27 15 v Com 0.7 pB, S, bMN
4802 Gx 12 55.8 -12 03 s Crv 12. p vF, S, *10 att
4808 Gx 12 55.8 +04 18 s Vir 2.7 12. p pB, cL, E 135deg +/-
I3906 12 55.8 +40 28 d CVn vF, S, iF, N
4804 - 12 55.9 -13 02 r Crv S, att to pB*; = 4802?
I3901 * 12 55.9 +21 56 x Com eF, vS, E 95deg
I3904 Gx 12 55.9 +36 18 m CVn 0.5 15. p F, S, bM, spir
I 836 Gx 12 56.0 +63 37 u Dra 1.4 15. p eeF, vS, v diffic, bet 2 st
I3909 12 56.0 +40 23 d CVn vF, vS, R, bM
I3905 12 56.1 +19 51 d Com vF, S, iF
I3910 12 56.1 +39 43 d CVn vF, vS, R, bM; neb D*?
I3912 12 56.1 +39 55 d CVn F, vS, iF, N
4806 Gx 12 56.2 -29 30 r Hya 14. p F, cS, R, gvlbM
4816 Gx 12 56.2 +27 45 s Com 1.6 15. p vF, pL
4817 - 12 56.2 +28 00 r Com vF, no N; nonexistent?
I3911 12 56.2 +35 38 d CVn vF, pS, dif, diffic
I3907 12 56.3 +18 47 d Com eF, S, iF, N, *13 sf 1'
4834 Gx 12 56.4 +52 18 r CVn 15. p vF, S, iR, bM
I3914 12 56.4 +36 22 d CVn eF, vS, iF, N
4819 Gx 12 56.5 +26 59 s Com 1.2 14. p vF, pL, iF
4821 Gx 12 56.5 +26 57 s Com 0.7 15. p vF, vS, 4819 np
I 834 12 56.5 +26 20 D Com pF, pS, sbM
I3913 Gx 12 56.5 +27 17 m Com 0.6 15. p F, S, R
I3916 Gx 12 56.5 +38 37 u CVn 1.1 16. p pF, S, bM, spir?
4813 Gx 12 56.6 -06 48 r Vir 15. p F, S, R, bM
4824 Gx 12 56.6 +27 31 r Com vF, vS
I3896 Gx 12 56.6 -50 19 s Cen 2.2 13. p bM, mag 14
4826 Gx 12 56.7 +21 41 s Com 9.3 8.5 ! vB, vL, vmE 120deg +/- , bMSBN; = M64
4827 Gx 12 56.7 +27 11 s Com 1.7 13.0 F, cL
4828 Gx 12 56.7 +28 01 r Com 15. p F, S, R
I 833 12 56.7 -06 44 d Vir vF, S, R
I3908 12 56.7 -07 35 d Vir eF, eS, cE 160deg ; F trail?
I3915 12 56.7 +20 07 d Com F, vS, spir, *14 inv s
4818 Gx 12 56.8 -08 31 s Vir 4.5 12. p pB, L, pmE 0deg , gbM
I3919 12 56.8 +38 32 d CVn F, vS, bM, spir
I3920 12 56.8 +39 58 d CVn F, vS, iF, N
4811 Gx 12 56.9 -41 48 r Cen eF, cS, R, gbM, p of 2
4812 Gx 12 56.9 -41 49 r Cen eF, S, R, gbM, f of 2
4837 Gx 12 56.9 +48 18 s CVn 1.4 14. p neb?
I 835 Gx 12 56.9 +26 29 v Com 0.6 F, S, R
I3917 Gx 12 56.9 +22 22 x Com eF, vS, iF, N
I3918 12 56.9 +22 22 x Com pF, vS, bM, spir; = IC 3917
4820 Gx 12 57.0 -13 42 r Vir 15. p vS, sp of 4825
4822 Gx 12 57.0 -10 45 r Vir 14. p F, st inv
I3921 12 57.0 +38 38 d CVn F, vS, bM, spir
I3922 12 57.0 +38 29 d CVn vF, vS, iF
I3923 12 57.0 +37 57 d CVn pF, eS, E, bM
4825 Gx 12 57.2 -13 40 s Vir 2.0 12.1 pB, iF, bM
4857 Gx 12 57.2 +70 12 r Dra 14. p eF, vS, iR, vlbM
4829 Gx 12 57.3 -13 44 r Vir vS, sf 4825
I3925 12 57.3 +36 25 d CVn pF, vS, E 60deg , bM
I3928 12 57.3 +40 26 d CVn vF, pL, dif, *13 att
4823 12 57.4 -13 44 F Vir vS, sp of 4825
4830 Gx 12 57.4 -19 42 r Vir 13. p F, L, st inv, *8 5' sf
4839 Gx 12 57.4 +27 30 s Com 4.2 14. p F, pL, R
I3924 12 57.4 +18 47 d Com eF, S, R
I3930 12 57.4 +38 46 d CVn F, vS, N; neb*?
4836 Gx 12 57.5 -12 45 r Vir 13. p vF, L, dif
4840 Gx 12 57.5 +27 37 s Com 0.6 15. p vF, vS
4841 Gx 12 57.5 +28 29 s Com 1.9 11.5 pF, pL, R, vS* att
I 837 Gx 12 57.5 +26 30 x Com 15. p F, S, R
I3926 12 57.5 +22 49 d Com vF, vS, iF, N
4831 Gx 12 57.6 -27 18 r Hya 14. p F, S, R, gbM
4842 Gx 12 57.6 +27 29 s Com 0.6 15. p vF, vS, 4839 sp
I3929 12 57.7 +20 24 d Com vF, vS, bM, spir
4832 Gx 12 57.8 -39 44 A Cen pF, vS, R, sbM *17, *10 70deg
4838 Gx 12 57.9 -13 03 r Vir 13. p vF, pS, R, 3 S st sp
4846 Gx 12 57.9 +36 22 r CVn 14. p eF
I3933 12 57.9 +36 39 d CVn F, vS, iF, N
4815 OC 12 58.0 -64 57 s Mus 3. 8.6 Cl, pL, pRi, iF, st 10...18
4843 Gx 12 58.0 -03 37 r Vir 14. p cF, E, er, * sf 30"
4845 Gx 12 58.0 +01 35 s Vir 5.0 12. p pF, pL, pmE, vgbM, * nf 30deg
I3931 12 58.0 +19 37 d Com cF, S, iF, N
4835 Gx 12 58.1 -46 15 s Cen 3.4 12. p F, pL, mE, vgbM
4844 * 12 58.1 -13 04 A Vir F, S
4848 Gx 12 58.1 +28 15 s Com 1.8 14. p pF, S, lE
I3932 12 58.1 +19 35 d Com vF, eS, R bM
4849 Gx 12 58.2 +26 24 s Com 2.2 15. p pB, R, bM; = IC 3935
I 838 Gx 12 58.2 +26 24 x Com 14. p vF, 1'.5 nf 4849
I3927 Gx 12 58.2 -22 53 c Hya 1.4 vF, vS, *10 np, *7 s 10'
I3935 12 58.2 +26 23 x Com pB, S, R, N, r, IC 838 f; = 4849
I3941 12 58.2 +39 46 d CVn F, vS, iF, N
4851 Gx 12 58.3 +28 09 r Com 15. p F, vS, r; = IC 839?
I3934 12 58.3 +18 50 d Com F, S, iF
I3936 12 58.3 +19 03 d Com neb *13, *12.5 f 1'
I3940 12 58.3 +35 50 d CVn cF, vS, R, bM
I3942 12 58.3 +36 06 d CVn eF, eS, iF, N
4850 Gx 12 58.4 +27 58 s Com 1.6 16. p F, S, R
I 839 Gx 12 58.4 +28 09 x Com stellar, 13m
I3937 12 58.4 +18 49 d Com vF, vS, iF, N
I3938 12 58.4 +18 45 d Com eF, vS, R, bM, *13 sp
4847 Gx 12 58.5 -13 08 r Vir F, S neb*, *9 p 40s on parallel
I3939 12 58.5 +18 45 d Com vF, eS, bM, spir
I3945 12 58.5 +39 56 d CVn F, vS, iF, N
4853 Gx 12 58.6 +27 36 s Com 1.2 13.1 F, S, R, pslbM
I3943 Gx 12 58.6 +28 07 x Com pF, vS, iF
I 840 Gx 12 58.7 +10 37 u Vir 1.0 15. p F, S, R, lbM, r
I3944 12 58.7 +23 47 d Com F, vS, iF, N
4854 Gx 12 58.8 +27 40 s Com 15. p vF, pL, com
I3946 Gx 12 58.8 +27 49 s Com 1.0 13.9 F, pS, bM
I3947 Gx 12 58.9 +27 47 v Com vF, S
I3949 Gx 12 58.9 +27 50 v Com 1.3 F, pS, E
I3952 12 58.9 +38 52 d CVn F, cS, iF, N
I3956 12 58.9 +37 24 d CVn F, vS, R, bM
4858 Gx 12 59.0 +28 07 s Com 0.4 16. p F, vS, p of Dneb
4859 Gx 12 59.0 +26 49 s Com 1.7 15. p F, vS, R
4861 Gx 12 59.0 +34 52 s CVn 4.1 12.2 vF, pL, vmE 30deg +/- , bet 2 st
I3948 12 59.0 +24 04 d Com vF, vS, iF, N
4860 Gx 12 59.1 +28 07 s Com 1.0 13.5 pF, S, R, f of Dneb
4868 Gx 12 59.1 +37 19 s CVn 1.7 13. p pB, S, R, mbM
I3950 12 59.1 +18 44 d Com F, vS, R, bM
I3955 Gx 12 59.1 +28 00 v Com vF, S, N 14 mag
I3957 Gx 12 59.1 +27 46 x Com 16. p cF, vS, R, bM
I3959 Gx 12 59.1 +27 47 v Com 0.6 F, pS, R, lbM
I3960 Gx 12 59.1 +27 51 v Com 0.4 vF, pS, diffic
I3961 Gx 12 59.1 +34 52 t CVn 4.2 13. p pF, pL, lE 30deg , bM; = 4861
4864 Gx 12 59.2 +27 59 s Com 0.6 13.6 F, S, p of 2
I3951 12 59.2 +18 46 d Com F, vS, iF, N; neb D*?
I3953 12 59.2 +23 05 d Com vF, S, R, bM, dif
I3954 12 59.2 +19 16 d Com F, vS, R, bM
I3958 12 59.2 +24 02 d Com vF, vS, iF, N
I3963 Gx 12 59.2 +27 47 v Com 0.7 vF, vS, R, bM
I3964 * 12 59.2 +27 51 x Com eF, vS
I3967 Gx 12 59.2 +36 07 m CVn 0.4 15. p pF, vS, iF, N
I3970 12 59.2 +40 24 d CVn F, vS, E 120deg , *15 att p
I3975 Gx 12 59.2 +38 53 m CVn 0.5 15. p pF, vS, E 40deg , bM
4855 Gx 12 59.3 -13 13 r Vir 14. p F, S, st inv
4856 Gx 12 59.3 -15 02 s Vir 4.6 10.4 B, R, psmbM, *13 np
4865 Gx 12 59.3 +28 05 s Com 1.4 13.3 vF, vS, *7-8 f 13s
4867 Gx 12 59.3 +27 58 s Com 1.1 16. p vF, vS, stellar, f 4864
4870 Gx 12 59.3 +37 00 r CVn pF, lE, bet 2 st
I3962 12 59.3 +23 40 d Com vF neb*
I3966 Gx 12 59.3 +35 52 m CVn 0.4 15. p F, S, iF, N
I3972 12 59.3 +37 17 d CVn vF, vS, R, bM
I3977 12 59.3 +36 48 d CVn vF, S, iF, N
I3980 12 59.3 +39 09 d CVn eF, vS, iF
I3982 12 59.3 +40 05 d CVn F, vS, R, bM, bet 2 st 13
I3983 12 59.3 +39 15 d CVn F, S, iF, N
4862 Gx 12 59.4 -14 07 r Vir 15. p eF, S, R
4869 Gx 12 59.4 +27 55 s Com 1.1 13.5 cF, S, R, *7 n
I3965 12 59.4 +18 51 d Com F, vS, iF, N
I3968 Gx 12 59.4 +27 58 x Com eF, vS, *14 nr
I3979 12 59.4 +36 20 d CVn F, eS, R, bM
I3981 12 59.4 +37 14 d CVn eF, vS, iF, N, diffic
I3987 12 59.4 +38 44 d CVn pF, vS, R, bM
4866 Gx 12 59.5 +14 10 s Vir 6.5 11.0 B, pL, mE 90deg , sbMN, S* inv
4871 Gx 12 59.5 +27 57 s Com 0.5 15. p vF, vS, stell N
I3969 12 59.5 +19 39 d Com eF, S, iF
I3971 12 59.5 +22 51 d Com vF, vS, iF, N
I3973 Gx 12 59.5 +27 53 v Com F, vS, R, N 13 mag
I3976 Gx 12 59.5 +27 51 v Com *14 inv in vF neb
I3988 12 59.5 +37 15 d CVn vF, S, iF
I3989 12 59.5 +36 47 d CVn vF, vS, iF, N
I3992 12 59.5 +36 46 d CVn F, vS, iF, N
I3993 12 59.5 +40 36 d CVn F, vS, iF, N
I3996 12 59.5 +40 28 d CVn F, vS, sbM *
4833 Gb 12 59.6 -70 53 s Mus 13.5 7.4 glob. cl. , B, L, R, g, vsbM, st 12
4863 Gx 12 59.6 -14 01 r Vir 15. p eF, S, mE 45deg , sbMN
4872 Gx 12 59.6 +27 57 s Com 1.0 13.7 pF, pS, R
4873 Gx 12 59.6 +27 59 v Com 0.8 14.2 vF, vS
4874 Gx 12 59.6 +27 58 s Com 2.7 11.9 F, 4869 and 4872 p
4875 Gx 12 59.6 +27 54 s Com 16. p vF, vS, stellar
I3978 12 59.6 +19 38 d Com eF, S, iF
I3990 Gx 12 59.6 +28 54 v Com 1.3 F, S, R, N, r
I3991 Gx 12 59.6 +28 56 x Com 15. p F, S, R, FN, r
I3995 12 59.6 +38 53 d CVn F, S, iF, N
I3997 12 59.6 +36 42 d CVn vF, S, iF
I4000 12 59.6 +39 35 d CVn vF, vS, iF; neb*?
I4001 12 59.6 +38 52 d CVn pF, vS, R, bM
4876 Gx 12 59.7 +27 55 s Com 0.4 15. p vF, vS, no Nucl
I3984 12 59.7 +19 38 d Com eF, S, iF
I3985 12 59.7 +19 35 d Com cF, eS, R, bM
I4002 12 59.7 +36 46 d CVn pF, S, iF, N
I4003 12 59.7 +38 49 d CVn pF, vS, iF, N
I4004 12 59.7 +38 49 d CVn pF, vS, iF, N
I 841 12 59.8 +21 49 D Com vF
I3994 12 59.8 +22 43 d Com eF, vS, iF; eF* inv?
I3998 Gx 12 59.8 +27 58 v Com 14.7 eF, pS
I4006 12 59.8 +37 01 d CVn vF, S, iF
4883 Gx 12 59.9 +28 02 v Com 14.3 vF, S, stellar
4901 Gx 12 59.9 +47 12 r CVn 15. p pF, S, R, gbM
I4009 12 59.9 +36 40 d CVn vF, vS, R, bM
I4010 12 59.9 +37 53 d CVn F, vS, iF, N
4881 Gx 13 00.0 +28 15 s Com 1.0 13.5 F, S, lE, *9 sp
4882 13 00.0 +27 59 A Com vF, S, others near
4884 - 13 00.0 +27 59 r Com chief one of mult neb; = 4889?
4886 Gx 13 00.0 +27 59 s Com 0.8 13.9 F, S, R, 4889 f 4s
4892 Gx 13 00.0 +26 54 s Com 1.6 15. p vF
I4005 13 00.0 +22 38 d Com vF, vS, iF, N
I4013 13 00.0 +37 12 d CVn vF, vS, iF, N
I4015 13 00.0 +37 12 x CVn n part of Dneb, eF, S, iF, N; = 4893
I4016 13 00.0 +37 12 x CVn s part of Dneb, eF, S, iF, N; = 4893
I4018 13 00.0 +40 29 d CVn vF, S, iF, N
I4020 13 00.0 +38 36 d CVn eF, pL, dif
4852 OC 13 00.1 -59 36 s Cen 11. 9. p Cl, L, pRi, iR, st 10
4889 Gx 13 00.1 +27 58 s Com 3.0 11.4 pB, pmE, bM, *7 n
4893 Gx 13 00.1 +37 11 r CVn 15. p vF, *20 sp, *17 nf; = IC 4015
I4007 13 00.1 +19 58 d Com vF, vS, R, bM
I4008 13 00.1 +22 21 d Com vF, vS, iF, N
I4011 Gx 13 00.1 +28 00 v Com 15.0 eF, vS, N 15m
I4012 Gx 13 00.1 +28 05 v Com 14.8 *14 in vF neb
I4022 13 00.1 +38 29 d CVn eF, eS, iF, N
I4024 13 00.1 +40 31 d CVn vF, vS, iF, N
4880 Gx 13 00.2 +12 29 s Vir 3.3 12. p cF, pL, R, vglbM, r
I4014 13 00.2 +22 30 d Com vF, vS, iF, N
I4021 Gx 13 00.2 +28 02 v Com 0.3 14.9 *14 in vF neb
I4027 13 00.2 +37 08 d CVn F, S, iF, N, 4893 np
I4029 13 00.2 +38 46 d CVn vF, vS, iF, N
4878 Gx 13 00.3 -06 05 r Vir 14. p vF, vS, p of 2
4894 Gx 13 00.3 +27 58 s Com 16. p pF, S, R
4895 Gx 13 00.3 +28 12 s Com 2.3 12.8 vF, S, R
4898 Gx 13 00.3 +27 57 s Com 15. p vF, S, close to 4894
I4017 13 00.3 +22 33 d Com vF, vS, E 80deg , bM
I4019 13 00.3 +23 43 d Com F, vS, iF, *14 att nf, * 11 sp
I4028 Gx 13 00.3 +36 15 u CVn 1.2 15. p F, cS, iF, N
I4031 13 00.3 +39 09 d CVn vF, S, R, bM
I4034 13 00.3 +37 03 d CVn cF, S, iF, N
I4035 13 00.3 +40 18 d CVn vF, S, viF, diffic
I4037 13 00.3 +39 00 d CVn F, vS, iF, N
4877 Gx 13 00.4 -15 17 s Vir 2.7 13. p pB, pL, mbM
I4023 13 00.4 +19 06 d Com vF, vS, iF; ?
I4026 Gx 13 00.4 +28 03 v Com 14.7 *14 in vF neb
I4032 Gx 13 00.4 +28 52 x Com 15. p F, S, R, gbM
I4036 13 00.4 +36 55 d CVn vF, vS, iF, N
I4038 13 00.4 +37 02 d CVn F, vS, iF, N
4879 Gx 13 00.5 -06 03 r Vir 15. p vF, vS, f of 2
4885 Gx 13 00.5 -06 50 r Vir 15. p vF, S, E
4896 Gx 13 00.5 +28 21 s Com 1.3 13.7 vF, vS, R, mbM
I3999 Gx 13 00.5 -14 18 x Vir eF, susp
I4025 13 00.5 +19 06 d Com vF, vS, iF, N
I4030 Gx 13 00.5 +27 57 x Com eF, vS, R, *15 inv
I4033 Gx 13 00.5 +27 58 x Com eF, pS, R
4887 Gx 13 00.6 -14 40 s Vir 1.6 14. p vF, 4902 nf
4890 Gx 13 00.6 -04 34 r Vir 14. p cF, S, iR, bM
4900 Gx 13 00.6 +02 30 s Vir 2.3 11.5 cB, cE, *10 att 135deg +/-
I 842 Gx 13 00.6 +29 01 x Com 15. p pF
I4040 Gx 13 00.6 +28 03 v Com 1.1 vF, S, R, gbM
I4048 13 00.6 +39 50 d CVn vF, vS, iF, N
4906 Gx 13 00.7 +27 55 v Com 14.2 vF, vS, *15 p
4914 Gx 13 00.7 +37 19 s CVn 3.6 12. p pB, cS, R, smbM, *17 np
4916 Gx 13 00.7 +37 22 r CVn neb, nf 4914 (?)
I4039 13 00.7 +21 41 d Com cF, vS, neb*
I4041 Gx 13 00.7 +28 00 v Com 0.7 vF, pS
I4042 Gx 13 00.7 +27 58 v Com 14.3 F, S, bM
I4043 Gx 13 00.7 +37 06 u CVn 1.0 16. p vF, S, iF
I4046 13 00.7 +36 41 d CVn F, vS, R, bM
I4049 Gx 13 00.7 +36 21 u CVn 1.2 15. p pB, vS, sbM *
I4050 13 00.7 +36 40 d CVn vF, S, iF, N; D*?
I4052 13 00.7 +39 40 d CVn vF, vS, iF, N
I4056 Gx 13 00.7 +39 45 u CVn 1.1 16. p F, vS, exc N
4891 * 13 00.8 -13 26 A Vir F neb*
4907 Gx 13 00.8 +28 09 s Com 1.4 13.4 eF, vS, *13 att
4912 - 13 00.8 +37 23 r CVn neb n of and in line with 4914 (?)
4913 - 13 00.8 +37 21 r CVn nonexistent?
I4044 Gx 13 00.8 +27 55 x Com eF, S, lbM
I4045 Gx 13 00.8 +28 05 s Com 0.7 13.9 pF, S, bM
I4060 Gx 13 00.8 +40 35 m CVn 0.7 15. p vF, cS, iF, N
4897 Gx 13 00.9 -13 27 A Vir 2.8 13. p F
4899 Gx 13 00.9 -13 57 s Vir 2.7 12. p pF, eL
4908 Gx 13 00.9 +28 02 s Com 1.1 15. p vF, vS
4911 Gx 13 00.9 +27 47 s Com 1.3 12.8 1st of 4, F, pL, *11 2' np
4917 Gx 13 00.9 +47 14 r CVn 15. p eF, S, E, bM
I4051 Gx 13 00.9 +28 00 s Com 1.3 13.4 pF, S, R, bM, 4908 np
4902 Gx 13 01.0 -14 31 s Vir 3.0 11.2 pB, pL, iR, st nr
4904 Gx 13 01.0 -00 02 s Vir 2.3 12.1 pB, pS, R, bM
I4047 Gx 13 01.0 +19 41 z Com 16. p cF, S, E 110deg , bM
I4053 13 01.0 +22 56 d Com eF, eS, R, bM; others nr?
I4054 13 01.0 +22 54 d Com vF, eS, R, bM, *10 f 0'.5
I4055 13 01.0 +22 54 d Com eF, vS, iF, N; ?
I4061 13 01.0 +39 35 d CVn vF, S, iF
I4062 13 01.0 +39 52 d CVn vF, cS, iF, N
4888 - 13 01.1 -06 04 r Vir pF, cS, E, psbM, ** np; = 4879?
I4057 13 01.1 +23 09 d Com vF, vS, R
I4063 13 01.1 +39 15 d CVn F, S, iF, N
I4064 13 01.1 +39 50 d CVn pF, S, R, bM; spir?
I4058 13 01.2 +19 30 d Com cF, vS, R, bM
I4065 Gx 13 01.2 +39 44 m CVn 0.7 15. p vF, vS, sbM *
4919 Gx 13 01.3 +27 48 s Com 1.4 15. p vF, vS, 2nd of 4
I4059 13 01.3 +19 16 d Com F, vS, iF, N
I4067 13 01.3 +39 56 d CVn vF, vS, iF, N
I4068 13 01.3 +39 54 d CVn vF, vS, iF, N
4903 Gx 13 01.4 -30 56 r Cen 15. p vF, cS, R, * att, p of 2
4910 - 13 01.4 +01 40 r Vir eF, vL, rr
4921 Gx 13 01.4 +27 53 s Com 2.7 12.1 F, pL, 3rd of 4
4922 Gx 13 01.4 +29 19 s Com 2.1 14. p pB, S, R, lbM, *11-12 f
I4069 13 01.4 +36 05 d CVn vF, vS, pR, eFN
I4072 13 01.4 +37 21 d CVn eF, S, iF, diffic
I4073 13 01.4 +39 55 d CVn F, vS, iF, N
4905 Gx 13 01.5 -30 52 r Cen 15. p vF, vS, R, slbM, f of 2
4915 Gx 13 01.5 -04 33 s Vir 1.7 11.9 pB, S, R, bM
4923 Gx 13 01.5 +27 51 s Com 1.3 13.6 vF, 4th of 4
I3986 Gx 13 01.5 -32 17 c Cen 2.0 eeF, pS, R, *10 nf
I 843 Gx 13 01.6 +29 08 x Com 15. p F, bMN
I4077 13 01.6 +37 23 d CVn F, S, R, bM
I4082 13 01.6 +37 20 d CVn F, S, iF
I4083 13 01.6 +38 09 d CVn F, vS, iF, neb*
I4085 13 01.6 +39 42 d CVn vF, vS, R, bM
I4066 13 01.7 +19 16 d Com vF, vS, iF
I4070 13 01.7 +19 18 d Com F, S, iF, N
I4078 Gx 13 01.7 +36 38 u CVn 1.0 16. p pF, vS, iF, N
I4084 13 01.7 +36 58 d CVn pF, vS, R, bM
I4086 Gx 13 01.7 +36 38 u CVn 1.0 16. p F, pS, iF, N, *15 n
4918 Gx 13 01.8 -04 30 r Vir eF, eS, R, bMN, 4915 sp 4'
I4074 13 01.8 +19 00 d Com F, S, iF, N
I4075 13 01.8 +19 58 d Com F, vS, bM, spir
I4076 13 01.8 +23 23 d Com F, vS, iF, N, Cl?; *15 np
I4088 Gx 13 01.8 +29 03 x Com 15. p eF, susp; *11 or 12 f 1'.4
I4090 13 01.8 +36 50 d CVn vF, S, iF, N
4920 Gx 13 01.9 -11 22 r Vir 14. p vF
4926 Gx 13 01.9 +27 37 s Com 1.4 12.9 pB, S, R, glbM
I4079 13 01.9 +19 15 d Com vF, vS, att to IC 4080
I4081 13 01.9 +22 46 d Com F, vS, R, bM
4909 Gx 13 02.0 -42 46 r Cen eF, 3 or 4 st 11-12 f
4927 Gx 13 02.0 +28 00 s Com 15. p vF
I4071 Gx 13 02.0 -07 35 m Vir 0.5 15. p eeF, eS, cE 10deg
I4080 13 02.0 +19 15 d Com F, vS, *14 p 0'.3, *15 sf
I4087 13 02.0 +20 00 d Com vF, vS, bM; spir?
I4094 13 02.0 +37 48 d CVn F, vS, iF, N
I4100 Gx 13 02.0 +40 25 u CVn 1.5 15. p pF, cS, iF, 3 wings
4925 Gx 13 02.1 -07 42 r Vir 14. p cF, S
I4089 13 02.1 +19 30 d Com eF, S, iF, N, bet 2 st 14
I4093 13 02.1 +29 00 d Com susp, close p *8
I4097 13 02.1 +36 36 d CVn pF, vS, iF, N
I4098 13 02.1 +37 59 d CVn F, vS, R, bM
4924 Gx 13 02.2 -14 58 s Vir 0.7 14. p cF, L, vlE 45deg +/-
4954 Gx 13 02.2 +75 24 r Dra 14. p vF, S, R, vgbM
I4091 13 02.2 +19 54 d Com vF, vS, iF, N
I4092 13 02.2 +19 11 d Com vF, S, iF, N
I4101 13 02.2 +39 56 d CVn vF, vS, iF, N
I4095 13 02.3 +19 06 d Com F, S, iF, N
I4096 13 02.3 +24 01 d Com F, S, iF, N
I4102 13 02.3 +36 09 d CVn F, vS, R, sbM *
I4104 13 02.3 +38 35 d CVn F, S, iF, N
I4105 13 02.3 +38 16 d CVn vF, vS, iF, neb*
I4099 13 02.4 +24 05 d Com vF, vS, iF, N
I4103 Gx 13 02.4 +38 02 m CVn 0.7 15. p F, vS, iF, N
I4108 13 02.5 +38 29 d CVn F, vS, iF, N
4932 Gx 13 02.6 +50 27 r CVn 14. p cF, S, R, vglbM
I4106 Gx 13 02.6 +28 07 x Com 15. p eF, pS, dif
4929 Gx 13 02.7 +28 03 s Com 1.5 15. p F, S, *16 close p
I4107 13 02.7 +22 00 d Com eF, cL, dif
I4112 13 02.7 +37 13 d CVn F, S, iF, N, diffic
I4114 13 02.7 +40 06 d CVn vF, S, viF, N
I4115 13 02.8 +37 13 d CVn F, pL, iF, N
I4117 13 02.8 +40 32 d CVn vF, S, iF, neb*
I4111 Gx 13 02.9 +28 04 x Com 16. p eF
I4118 13 02.9 +38 18 d CVn F, vS, R, bM
4928 Gx 13 03.0 -08 05 s Vir 1.3 13. p F, pS, vlE, glbM
4931 Gx 13 03.0 +28 02 s Com 2.0 13.5 F, S
4938 Gx 13 03.0 +51 20 r CVn 15. p eF, R, psbM
I4109 13 03.0 +19 00 d Com vF, S, iF
I4110 13 03.0 +19 14 d Com eF, vS, R, *13 p
I4120 13 03.0 +37 05 d CVn cF, vS, iF, N
I4113 13 03.1 +20 28 d Com vF, vS, iF, N
I4123 13 03.1 +38 19 d CVn F, S, fan, Ns
I4116 13 03.2 +19 05 d Com F, S, R
4934 Gx 13 03.3 +28 01 r Com 15. p F, S, lE
4935 Gx 13 03.3 +14 23 r Com 14. p vF, vS, R, 3 st f
I 844 Gx 13 03.3 -30 31 c Cen 1.3 vF, vS, lbM
I4119 13 03.3 +19 14 d Com eF, S, E 30deg ; ?
I4127 Gx 13 03.3 +38 04 m CVn 0.4 15. p F, vS, iF, neb*
I4121 13 03.4 +19 17 d Com vF, vS, iF N
I4122 Gx 13 03.4 +20 11 z Com 15. p cF, S, bM, spir, *15 p 20"
I4131 13 03.4 +38 57 d CVn F, cS, iF, N
I4124 13 03.5 +22 51 d Com vF, vS, E 110deg , bM
I4125 13 03.6 +18 48 d Com F, S, iF, N
I4126 13 03.6 +19 19 d Com eF, vS, iF, N
I4132 13 03.6 +38 23 d CVn F, vS, R, bM
I4135 Gx 13 03.6 +40 15 u CVn 1.0 16. p vF, cS, iF, N
I4128 13 03.7 +20 13 d Com F, S, bM, spir
I4129 13 03.7 +18 53 d Com vF, S, iF
4943 Gx 13 03.8 +28 05 r Com 15. p vF, vS
4944 Gx 13 03.8 +28 11 s Com 1.9 13. p F, S, R, bM, *9 nf 1'
I4130 13 03.8 +19 16 d Com cF, S, R
I4133 Gx 13 03.8 +27 59 x Com 15. p vF, vS, mbM
I4142 13 03.8 +38 12 d CVn vF, vS, iF, N
I4143 13 03.8 +40 12 d CVn F, S, iF
I4145 13 03.8 +38 17 d CVn vF, S, iF
4933 Gx 13 03.9 -11 29 s Vir 2.5 13. p pB, pL, iR
I4144 Gx 13 03.9 +36 57 u CVn 1.1 16. p F, cS, iF
I4137 13 04.0 +22 44 d Com cF, vS, iF, N
I4138 13 04.0 +20 40 d Com F, vS, iF, N, *16 inv np; D*?
I4149 Gx 13 04.0 +22 16 m Com 0.4 15. p pF, vS, iF, N, *9 p 2', *15 sf
I4151 13 04.0 +36 51 d CVn vF, cS, iF
I4152 13 04.0 +38 12 d CVn F, vS, iF, N
4930 Gx 13 04.1 -41 25 t Cen 3.6 vF, R, triangle 2 st 8, 9, f
I4139 13 04.1 +19 18 d Com F, S, iF, N, 2 st nf
I4140 13 04.1 +20 06 d Com vF, vS, R; ?
I4141 13 04.1 +19 13 d Com F, S, iF, N
4939 Gx 13 04.2 -10 20 s Vir 5.8 11. p pB, L, R, gmbM
4941 Gx 13 04.2 -05 33 s Vir 3.7 11.1 pF, L, E, gbMBN, r
4949 Gx 13 04.2 +29 02 r Com eF, S
4972 - 13 04.2 +75 18 r UMi vF, S, iR, bM
I4146 13 04.2 +19 17 d Com F, vS, R, bM
I4147 13 04.2 +20 15 d Com vF, S, dif
I4148 13 04.2 +19 15 d Com eF, vS, R
I4150 13 04.2 +21 59 d Com vF, vS, R
I4155 13 04.2 +40 01 d CVn vF, S, iF, dif
4936 Gx 13 04.3 -30 32 s Cen 1.9 11.3 pB, S, R, bM, * f 6s
4942 Gx 13 04.3 -07 39 s Vir 1.8 14. p vF, S
I4157 13 04.3 +38 40 d CVn eF, pL, iF; biN?
I4134 13 04.4 -11 27 d Vir vF, S, mbM
I4136 ? 13 04.4 -05 58 x Vir eeF, cS
I4153 13 04.4 +19 03 d Com F, S, R, bM
I4158 13 04.4 +36 29 d CVn F, S, iF, N
I4154 13 04.5 +23 34 d Com pF, S, R
I4161 13 04.6 +39 59 d CVn F, vS, iF, N
4937 - 13 04.7 -47 13 r Cen eeF, S, R, p of 2
I4159 13 04.8 +22 15 d Com F, vS, iF, N
I4160 13 04.8 +22 54 d Com vF, S, iF, dif
4940 Gx 13 04.9 -47 16 r Cen F, S, R, f of 2
4948 Gx 13 04.9 -07 57 s Vir 1.8 14. p eeF, pS, lE, 4958 f
4952 Gx 13 05.0 +29 08 s Com 1.6 14. p F, S, R, psbM *11
I4156 ? 13 05.0 -06 16 x Vir eeF, cS, mE 140deg
I4165 13 05.0 +39 55 d CVn F, cS, p dif
4951 Gx 13 05.1 -06 30 s Vir 3.3 12. p F, pL, lE, r
4956 Gx 13 05.1 +35 11 r CVn 13. p pB, cS, R, smbM
I4162 13 05.1 +20 33 d Com vF, S, iF, N, *14 sp
I4163 13 05.1 +20 46 d Com F, vS, bM; spir?
4957 Gx 13 05.2 +27 34 s Com 1.3 12.9 F, S, R
I4164 OC 13 05.2 +20 33 x Com vF, S, neb Cl?; *14 n
I4168 13 05.2 +40 13 d CVn F, vS, R, bM, *13 sp
I4169 13 05.2 +38 46 d CVn vF, S, iF, N
I 845 13 05.3 +12 07 d Vir eeF, S, R, F* nr p; decl uncertain
I 846 Gx 13 05.3 +23 06 z Com 15. p vF, R, lbM, diffic
I3974 Gx 13 05.3 -35 20 c Cen 2.1 eeF, pS, lE; = 4947
4945 Gx 13 05.4 -49 28 s Cen 20.0 9. p B, vL, vmE 39deg
4946 Gx 13 05.4 -43 36 r Cen B, pS, R, gpmbM, p of 2
4947 Gx 13 05.4 -35 20 s Cen 2.8 12. p F, pL, R, vglbM
4964 Gx 13 05.4 +56 18 r UMa 13. p eF, S, lE
I4166 Gx 13 05.4 +31 27 u CVn 1.0 15. p F, S, dif
I4171 Gx 13 05.4 +36 07 u CVn 1.0 16. p F, cS, E 60deg , bM
4950 Gx 13 05.5 -43 31 r Cen eF, S, R, pslbM, f of 2
4973 13 05.5 +53 41 D UMa vF, S
I4167 13 05.5 +21 55 d Com vF, vS, iF, N
I4174 13 05.5 +36 24 d CVn vF, S, iF, N
I4170 13 05.6 +21 08 d Com F, vS, iF, N
I4172 13 05.6 +22 51 d Com F, S, R, bM
4959 Gx 13 05.7 +33 11 r CVn 15. p eF, S, R
4967 Gx 13 05.7 +53 34 r UMa 15. p vF, S, E, * att
I4178 Gx 13 05.7 +36 00 u CVn 1.2 16. p vF, cS, R, bM, dif
4958 Gx 13 05.8 -08 01 s Vir 4.1 10.5 vB, pS, E, bMBN
4960 Gx 13 05.8 +27 33 r Com F, S, R, N = *16
4961 Gx 13 05.8 +27 44 s Com 1.7 13.5 F, S, iF
4963 Gx 13 05.8 +41 43 r CVn 14. p F, vS, R, stell, vS* s
I4175 13 05.8 +20 22 d Com vF, S, R
I4179 13 05.8 +37 12 d CVn F, vS, iF, N, *14 p
I4182 Gx 13 05.8 +37 36 s CVn 6.7 13. p cF, vL, iF, N
4962 - 13 05.9 +29 04 r Com eF, vS
4974 13 05.9 +53 40 D UMa vF, S; = IC 847
I4184 13 05.9 +38 50 d CVn pF, S, iF, N
I4190 Gx 13 05.9 +37 37 m CVn 5.0 13. p vF, cS, iF, diffic
I 847 13 06.0 +53 41 x UMa vF, S, R, bet 2 st; = 4974
I4186 13 06.0 +36 59 d CVn F, S, iF, N
I4187 13 06.0 +36 18 d CVn F, S, iF, N, D* s
I4188 13 06.0 +36 20 d CVn vF, S, iF, cF neb p 1'
I4189 Gx 13 06.0 +35 58 v CVn 1.6 pF, pS, E 60deg , bM
4953 Gx 13 06.1 -37 34 r Cen vF, pS, am 3 S st
4955 Gx 13 06.1 -29 45 r Hya 15. p F, cS, R, gbM
I4181 13 06.1 +21 30 d Com cF, vS, R, bM
I4192 ? 13 06.1 +37 36 x CVn vF, S, iF, v diffic
I4193 Gx 13 06.1 +39 26 z CVn 16. p pF, S, iF, N, eF* att np
I4194 13 06.1 +38 52 d CVn F, S, iF, N
4977 Gx 13 06.2 +55 39 r UMa 14. p cF, S
I4173 13 06.2 -11 34 d Vir neb *13, sp of 2
I4183 13 06.2 +21 30 d Com F, vS, iF, N
I4185 13 06.2 +21 47 d Com vF, S, iF, att *15 n
4966 Gx 13 06.3 +29 04 s Com 1.2 14. p vF, vS, vlE, vglbM, ** sp
I4176 13 06.3 -11 33 d Vir pF, pS, bM, nf of 2
I4177 Gx 13 06.3 -13 35 m Vir 0.8 15. p vF, vS, R, susp
I4195 13 06.3 +37 02 d CVn vF, S, iF
4971 Gx 13 06.9 +28 32 s Com 1.3 15. p F, vS, lE, ** nr n
I4180 Gx 13 06.9 -23 55 c Hya 1.5 eeF, eS, R, 1st of 3
4969 Gx 13 07.0 +13 39 r Vir 15. p eeF, S, R, v diffic
I 848 Gx 13 07.0 +16 02 m Com 0.8 15. p eF, vS, diffic
4968 Gx 13 07.1 -23 41 r Hya 14. p F, pL, R, glbM
4965 Gx 13 07.2 -28 14 s Hya 2.6 14. p vF, vL, cE, vgbM
4970 Gx 13 07.5 -24 02 r Hya 14. p vF, pL, iF
I4199 13 07.5 +35 51 d CVn F, S, iF, N
4979 Gx 13 07.6 +24 49 r Com 15. p eF, pL, lE; = IC 4198?
I 849 Gx 13 07.6 -00 56 u Vir 1.2 14. p F, pL, R, gbM
I 852 Gx 13 07.6 +60 09 u UMa 1.1 15. p vF, pS, R, B* p
I4196 Gx 13 07.6 -24 01 c Hya 2.0 eeF, eS, R, *11 p 4'; 2nd of 3; = 4970
I4198 Gx 13 07.7 +24 49 u Com 1.1 15. p F, cS, R, 4979 nr
4978 Gx 13 07.8 +18 25 r Com 14. p F, vS, R, sbM, stellar
I 850 Gx 13 07.8 -00 51 v Vir 0.8 vF, S, R
I4201 Gx 13 07.8 +35 50 m CVn 0.4 15. p F, S, iF, N
4975 Gx 13 08.0 -05 01 v Vir 0.5 vF, vS, R, psbM
4987 Gx 13 08.0 +51 56 r CVn 14. p vF, vS, stellar
4985 Gx 13 08.1 +41 41 r CVn 15. p vF, vS, R, lbM
I4197 Gx 13 08.1 -23 48 c Hya 1.7 eeF, eS, R, 3rd of 3, *8 f 37s
4998 Gx 13 08.2 +50 40 r CVn 15. p vF
I4203 13 08.3 +40 26 d CVn eF, S, dif
4983 Gx 13 08.4 +28 19 r Com 15. p vF
4986 Gx 13 08.4 +35 12 r CVn 14. p vF, S, R, stellar
I4202 Gx 13 08.4 +24 42 u Com 1.8 15. p F, cS, E, gbM
I4204 Gx 13 08.4 +39 27 u CVn 1.5 16. p F, cS; spir?
I 851 Gx 13 08.5 +21 02 m Com 1.0 15. p vF
4976 Gx 13 08.6 -49 30 s Cen 4.3 10.2 B, pL, R, gmbM
5003 Gx 13 08.6 +43 44 A CVn 15. p vF, pS, lbM
I 853 Gx 13 08.6 +52 46 v UMa 1.3 eeF, pS, R
I4205 13 08.7 +52 52 d UMa vF, pL, R (= IC 853?)
4981 Gx 13 08.8 -06 47 s Vir 2.8 12. p B, pL, R, *10 1' sf
4982 Ast 13 08.8 -10 35 F Vir vF, S
I4191 Pl 13 08.8 -67 39 s Mus 0.1 12. p PN , stellar
4984 Gx 13 09.0 -15 31 s Vir 2.8 12. p B, pL, R, psmbM
4992 Gx 13 09.0 +11 38 r Vir 14. p vF, S, lE, 2 S st s
4980 Gx 13 09.2 -28 38 s Hya 2.2 15. p eF, cS, R
4991 Gx 13 09.3 +02 21 r Vir 15. p vF, vS
5007 Gx 13 09.3 +62 10 r UMa 14. p vF, vS
4989 Gx 13 09.4 -05 25 r Vir 14. p pB, S, R, *4 sf
4990 Gx 13 09.4 -05 16 r Vir 15. p vF, vS
I4206 13 09.4 +39 01 d CVn pF, S, iF, N
I4207 13 09.5 +37 49 d CVn vF, cS, iF
4996 Gx 13 09.6 +00 53 r Vir 14. p pB, S, R, bM
4999 Gx 13 09.6 +01 40 s Vir 2.6 13. p cF, pL, R, lbM, er
5001 Gx 13 09.6 +53 29 r UMa 14. p pF, S, iR, gbM
I4200 Gx 13 09.6 -51 58 c Cen 1.4 F, bM, mag 14.5
I4208 13 09.6 +37 15 d CVn F, cS, bM, spir
4993 Gx 13 09.7 -23 24 r Hya 14. p vF, vS
4995 Gx 13 09.7 -07 50 s Vir 2.5 11.0 pB, pL, R, vgpmbM, *8 np
4988 Gx 13 09.8 -43 06 r Cen vF, S, E, r
4994 Gx 13 09.8 -23 23 c Hya pF, cS, R, slbM, am st; = 4993
5000 Gx 13 09.8 +28 54 s Com 1.9 14. p cF, pS, lE
I 854 Gx 13 09.8 +24 35 m Com 0.6 15. p pF, vS, R, vlbM
4997 Gx 13 10.0 -16 30 r Vir 13. p no description, *6.5 2' p
I4209 Gx 13 10.4 -07 10 v Vir 1.6 eF, cS, cE 100deg
I 855 13 10.6 -04 29 d Vir F, S, *13.5 sp
5002 Gx 13 10.7 +36 37 r CVn 14. p vF, pL, E, *13 att n
I 856 13 10.7 +20 32 d Com F, E, lbM
5009 Gx 13 10.8 +50 05 r CVn 15. p vF, R, bet 2 vS st
I4210 Nb 13 10.8 +29 42 x Com 1. eF, S, dif
5005 Gx 13 10.9 +37 03 s CVn 5.4 9.8 vB, vL, vmE 66deg , vsbMN
I4211 * 13 10.9 +37 11 x CVn cF, S, E 315deg , bM
5004 Gx 13 11.1 +29 38 s Com 1.9 14. p vF, vS, vlE
5008 - 13 11.3 +25 23 r Com pF, pL, R
5014 Gx 13 11.5 +36 17 s CVn 1.7 13. p pF, S, E, psbM
5012 Gx 13 11.6 +22 55 s Com 2.9 13. p pF, cL, E 17deg , biN, *9 f
5006 Gx 13 11.8 -19 14 r Vir 14. p F* close p
5016 Gx 13 12.1 +24 06 s Com 1.9 14. p pB, S
5021 Gx 13 12.1 +46 12 r CVn 14. p pF, cS, R, *12 nf 90"
I4212 13 12.1 -06 59 F Vir eF, cS, cE 20deg
I4213 Gx 13 12.1 +35 40 s CVn 2.6 14. p F, L, vmE ns, gvlbM
5013 Gx 13 12.2 +03 12 r Vir 15. p vF, vS
5023 Gx 13 12.2 +44 02 s CVn 6.5 12. p pF, L, mE 20deg , vlbM
5034 Gx 13 12.2 +70 39 r UMi 14. p vF, vS, R
5015 Gx 13 12.4 -04 19 s Vir 1.9 13. p eF, eS, cE 55deg
5010 Gx 13 12.5 -15 47 r Vir 14. p vF, R, bM, *10 np 5'
5020 Gx 13 12.6 +12 36 r Vir 13. p cF, cL, vlE, lbM
5029 Gx 13 12.6 +47 04 r CVn 14. p F, vS, R, gbM
5019 Gx 13 12.8 +04 44 r Vir 14. p eF, vS, R, er
5025 Gx 13 12.8 +31 48 r CVn 14. p vF, S, lE, *13 n
5011 Gx 13 12.9 -43 06 s Cen 2.0 13. p pB, cS, R, am 4 st
5017 Gx 13 12.9 -16 46 s Vir 1.7 13. p vF, R, bM
5024 Gb 13 12.9 +18 10 s Com 12.6 7.7 !, glob. cl. , B, vC, iR, vvmbM, st 12; = M53
5018 Gx 13 13.0 -19 31 s Vir 2.6 10.8 cB, S, R, mbMpBN
5027 Gx 13 13.4 +06 04 r Vir 15. p vF, S, R, pgbM
5032 Gx 13 13.4 +27 48 r Com 13. p vF, pL, iR
5033 Gx 13 13.4 +36 36 s CVn 10.5 10.1 vB, pL, E 167deg , smbMvBN, * np
5022 Gx 13 13.5 -19 33 s Vir 2.5 13. p vF, pL, E 30deg , gbM, f 5018, F* close p
5040 Gx 13 13.6 +51 16 r CVn 15. p F, S, iR, vgmbM
5028 Gx 13 13.8 -13 03 s Vir 1.7 14. p vF, S, *11-12 p
I 857 13 13.8 +17 05 d Com pF, vS, R, gvlbM
5030 Gx 13 13.9 -16 30 s Vir 1.9 14. p vF, S
5031 Gx 13 14.1 -16 06 r Vir 14. p vF, stellar
5026 Gx 13 14.2 -42 58 s Cen 2.3 13. p pB, pL, R, gbM, *7 nf
5041 Gx 13 14.6 +30 42 r Com 14. p F, S, R
5036 Gx 13 14.7 -04 11 r Vir eF, vS, R, gbM, 1st of 2
5035 Gx 13 14.8 -16 30 s Vir 1.6 14. p F, S, R, bMN
5039 Gx 13 14.9 -04 10 r Vir eF, eS, E 45deg , 2nd of 2
I 858 Gx 13 14.9 +17 13 u Com 1.7 15. p F, vS, R, stellar, N = 12m
5037 Gx 13 15.0 -16 35 s Vir 2.5 13. p cF, pS, vlE, bM
I 859 Gx 13 15.0 +17 13 z Com 15. p pF, R, N = 14m
5038 Gx 13 15.1 -15 56 r Vir 14. p pB, E 90deg , stellar
I 860 Gx 13 15.1 +24 36 m Com 0.5 15. p F, vS, R, N = 12m
I 861 Gx 13 15.1 +34 19 u CVn 1.1 16. p F, vS, R, sbM
5044 Gx 13 15.4 -16 23 s Vir 2.6 11.0 pB, pL, R, bM
5042 Gx 13 15.5 -23 59 s Hya 4.2 13. p F, L, R, vgvlbM, *9 p
5052 Gx 13 15.6 +29 39 r Com 14. p vF
5046 Gx 13 15.8 -16 20 s Vir 1.2 15. p F, vS, R, stellar Nucl
5047 Gx 13 15.8 -16 31 s Vir 3.0 13. p vF
5050 Gx 13 15.8 +02 52 r Vir 14. p F, vS, stell
5055 Gx 13 15.8 +42 02 s CVn 12.3 8.6 vB, L, pmE 120deg +/- , vsmbMBN; = M63
5049 Gx 13 16.0 -16 24 s Vir 2.1 12.9 cF, S
5048 Gx 13 16.1 -28 23 r Hya 15. p pF, R, sp of 2
5056 Gx 13 16.2 +30 56 r Com 13. p cF, cS, R, sp of 2
I 862 Gx 13 16.2 +20 02 k Com 0.3 15. p pB, eS, R, N = 12m
I4215 Gx 13 16.2 +25 24 u Com 1.8 15. p F, S, E 210deg
5051 Gx 13 16.3 -28 17 c Hya 1.4 neb, nf of 2
5053 Gb 13 16.4 +17 42 s Com 10.5 9.8 Cl, vF, pL, iR, vgbM, st 15
5057 Gx 13 16.5 +31 01 r Com 14. p cF, cS, R, nf of 2
5043 - 13 16.7 -60 04 r Cen Cl, P, E, sc st 11
5058 Gx 13 16.8 +12 33 r Vir 14. p vvF
5045 - 13 17.0 -63 25 r Cen Cl, vL, vRi, st 11
5054 Gx 13 17.0 -16 38 s Vir 5.0 11. p F, pS, iR
5059 Gx 13 17.0 +07 50 r Vir 15. p eF, S, lE
I4216 Gx 13 17.0 -10 46 m Vir 1.8 13. p vF, cL, cE 40deg
I 875 Gx 13 17.1 +57 32 s UMa 1.9 13. p eF, S, R, stellar
I4218 Gx 13 17.1 -02 16 u Vir 1.4 14. p eF, eS, cE 170deg ; susp
I 863 Gx 13 17.2 -17 16 c Vir 2.4 F, S, iF, biN
I 864 Gx 13 17.2 +20 42 u Com 1.1 16. p vF, pS, R, bMSN
I 866 Gx 13 17.2 +20 42 u Com 1.1 16. p vF, S, R, lbM
I 867 Gx 13 17.2 +20 39 u Com 1.5 15. p vF, R, lbM
I4217 Gx 13 17.2 -13 09 m Vir 0.6 15. p eF, eS, R
5060 Gx 13 17.3 +06 02 r Vir 14. p F, S, lE
I 868 Gx 13 17.4 +20 36 z Com 15. p vF, R, lbM
I 869 13 17.5 +20 41 d Com vF, S, R, lbM
I 870 13 17.5 +20 36 d Com vF, S, R, lbM
5065 Gx 13 17.6 +31 04 r Com 14. p vF, cS
I 865 13 17.6 -05 50 d Vir F, vS, R, stellar
I4214 Gx 13 17.7 -32 06 c Cen 2.4 pB, pS, R, *9 sf
I 871 Gx 13 17.9 +04 24 u Vir 2.1 15. p pB, pS, E pf, dif
I4220 Gx 13 17.9 -13 36 m Vir 0.7 14. p eF, eS, cE 130deg
5061 Gx 13 18.1 -26 50 s Hya 2.6 12. p vB, S, R, vsmbM, *10 f
I 872 13 18.2 +06 21 d Vir eeF, pS, R, lbM
I 873 Gx 13 18.3 +04 28 z Vir 15. p F, vS, R, bMN = 13.5m
5062 Gx 13 18.4 -35 26 r Cen eF, vS, E, r
5063 Gx 13 18.4 -35 20 r Cen eF, vS, R, * nr
5066 Gx 13 18.4 -10 14 r Vir 14. p vF, vS
5067 D* 13 18.4 -10 08 F Vir vF, vS
5074 Gx 13 18.4 +31 28 s CVn 1.0 14.0 eF, vS
I 876 Gx 13 18.5 +04 29 m Vir 0.6 15. p F, pL, dif
I4219 Gx 13 18.5 -31 38 c Cen 1.0 eeF, pL, R, *9 sp
I4221 Gx 13 18.5 -14 36 m Vir 1.1 13. p cF, S, mE 165deg , cbM
5069 - 13 18.7 -10 12 r Vir eF, vS; = 5066?
5071 Gx 13 18.7 +07 56 r Vir 15. p eF, eS, stell
5068 Gx 13 18.9 -21 02 s Vir 6.9 11. p F, L, iR, bM
I4223 Gx 13 18.9 +07 47 z Vir 15. p eF, S, r
5064 Gx 13 19.0 -47 55 s Cen 2.8 13. p B, S, R, pslbM
5083 Gx 13 19.0 +39 36 r CVn 15. p pF, pL, R
I 874 Gx 13 19.0 -27 38 c Hya 1.2 vF, S, R, dif
I 877 13 19.0 +06 05 d Vir eeF, pS, pB* f 13s
I 878 13 19.0 +06 07 d Vir eeF, pL, v diffic
5072 Gx 13 19.1 -12 32 r Vir 14. p F, S, *14 nf
I 880 13 19.1 +06 07 d Vir eeF, pS, E ns, pB* s, 5th of 5
I4224 Gx 13 19.1 -02 31 m Vir 0.8 15. p eF, S, cE 110deg , susp
5070 Gx 13 19.2 -12 29 r Vir 15. p eeF, eS, vF* nr, 5072 nr
5075 Gx 13 19.2 +07 49 r Vir 15. p vF, eS, stell
5081 Gx 13 19.2 +28 30 r Com 14. p pF, S, iR, *7-8 np
5073 Gx 13 19.4 -14 52 s Vir 3.5 13. p vF, pL, pmE 135deg +/-
5076 Gx 13 19.4 -12 45 r Vir 13. p vF, cS, R, 1st of 3
5080 Gx 13 19.4 +08 25 r Vir 14. p F, S, *7 nf
5077 Gx 13 19.5 -12 39 s Vir 2.0 11.5 pB, S, vlE, sbM, 2nd of 3
I4222 13 19.5 -28 26 d Hya eeF, eS, R
5079 Gx 13 19.6 -12 42 s Vir 1.7 12. p cF, pS, vlE, 3rd of 3
5089 Gx 13 19.6 +30 15 s Com 2.1 14. p pF, pL, gbM
5093 Gx 13 19.6 +40 23 r CVn 15. p vF, S, R, lbM
I 879 Gx 13 19.7 -27 26 c Hya 1.3 eF, pL, iR, dif
5078 Gx 13 19.8 -27 24 s Hya 3.2 12. p pB, pS, cE, psbM, *7-8 f
5092 Gx 13 19.9 +23 00 r Com 14. p pB, pL, iR, *17 s
I 881 Gx 13 20.0 +15 51 u Com 1.7 15. p F, vS, R, stellar
I4225 Gx 13 20.0 +31 58 u CVn 1.1 15. p F, cS, R
5096 Gx 13 20.2 +33 05 r CVn 15. p vF, cS, R, bM, sp of 2
5098 Gx 13 20.2 +33 09 s CVn 0.9 15. p vF, S, bet 2 st, nf of 2
I 882 Gx 13 20.2 +15 54 z Com 15. p pF, vS, R, stellar
5084 Gx 13 20.3 -21 50 s Vir 4.8 12. p cB, cS, vlE 90deg +/- , bf
5085 Gx 13 20.3 -24 26 s Hya 3.4 12. p F, L, R, vglbM
5088 Gx 13 20.3 -12 34 s Vir 2.7 13. p pB, pS, R, bM
5087 Gx 13 20.4 -20 37 s Vir 2.3 11.0 cF, vS, iF
5103 Gx 13 20.5 +43 04 r CVn 13. p pB, cS, E
I4226 13 20.5 +32 00 d CVn F, vS, stell N
5095 Gx 13 20.6 -02 17 r Vir 15. p vF, iR, *11 sp
I 883 Gx 13 20.6 +34 08 v CVn 1.7 F, pS, iR, bM
5094 Gx 13 20.7 -14 05 r Vir 14. p cF, vS, R, gbM
5082 Gx 13 20.9 -43 42 v Cen 3.1 vF, S, R, 1st of 4
5097 Gx 13 20.9 -12 29 r Vir eF, eS, R, stell, nearly bet 2 st
5109 Gx 13 20.9 +57 39 s UMa 1.9 14. p cF, S, cE
I4227 Gx 13 20.9 +32 11 z CVn 16. p F, S, gbM, r
5090 Gx 13 21.1 -43 44 s Cen 2.6 13. p pB, pL, R, 3rd of 4
5100 Gx 13 21.1 +08 58 r Vir 15. p vF, vS, lbM
5086 Gx 13 21.2 -43 46 r Cen eF, vS, R, 2nd of 4
5091 Gx 13 21.2 -43 44 s Cen 2.2 cF, S, vlE, 4th of 4
5099 Gx 13 21.3 -13 04 r Vir eF, eS, R
5104 Gx 13 21.4 +00 20 r Vir 14. p F, S, lE
5107 Gx 13 21.4 +38 32 s CVn 1.9 14. p vF, S, cE 0deg +/-
5113 Gx 13 21.4 +57 42 r UMa 15. p cF, S, E (perhaps = 5109)
I4228 Gx 13 21.6 +25 31 z Com 15. p F, S, r
5106 * 13 21.7 +08 29 r Vir vF, vS; decl very doubtful
5101 Gx 13 21.8 -27 26 s Hya 5.5 12. p cB, pS, lE, psbM *
5105 Gx 13 21.8 -13 13 s Vir 2.6 13. p eF, pS, lE
5112 Gx 13 21.9 +38 44 s CVn 3.9 12. p F, L, iR, vglbM
5102 Gx 13 22.0 -36 38 s Cen 9.3 9.7 vB, pS, R, svmbM
I4230 Gx 13 22.1 +26 44 u Com 1.1 15. p F, S, R, N
5110 Gx 13 22.5 -13 05 r Vir eF, pS, R, in line with 2 pB st
I 885 Gx 13 22.6 +21 19 m Com 0.8 15. p vF, pS, R
I4229 13 22.6 -02 24 d Vir eF, eS, R, susp
5111 Gx 13 22.8 -12 58 r Vir 13. p cF, cS, iR, glbM
5115 Gx 13 22.9 +13 57 r Vir 15. p eeF, S, R, * nf, D* f 24s
5116 Gx 13 22.9 +26 59 s Com 2.2 14. p pF, pS, pmE, glbM, r
5144 Gx 13 22.9 +70 31 s UMi 1.4 13. p PN ?, cB, S, R, g, slbM
I 884 13 22.9 -12 44 d Vir vF, pS, R
5117 Gx 13 23.0 +28 19 s CVn 2.3 14. p vF, L, triangle 2 st 11 np
I4234 Gx 13 23.1 +27 07 m Com 0.6 15. p F, cS, R, N, r
5108 Gx 13 23.2 -32 20 r Cen 15. p eeF, p of 2
5123 Gx 13 23.2 +43 04 r CVn 13. p pF, S, R, gmbM
I4231 Gx 13 23.2 -26 18 c Hya 1.6 pL, vmE
I4232 Gx 13 23.4 -26 07 c Hya 1.1 bM, mag 14
5118 Gx 13 23.5 +06 23 r Vir 14. p vF, S, R, gbM
I4236 13 23.6 +06 14 d Vir eeF, pS, mE, v diffic
5127 Gx 13 23.8 +31 34 s CVn 2.6 14. p pB, pL, R, gmbM, ** p
5119 Gx 13 23.9 -12 17 r Vir 14. p pB, S, lE
5125 Gx 13 23.9 +09 42 r Vir 13. p pF, S, R, gbM
I 886 13 23.9 -04 24 d Vir vF, vS, bMN, v diffic
I4235 13 23.9 -12 45 d Vir eF, vS, R
5114 Gx 13 24.0 -32 21 r Cen 14. p F, lE, psbM, f of 2
5131 Gx 13 24.0 +30 59 r CVn 14. p F, pS, lE, N = *15
I4233 13 24.0 -30 19 d Cen eeF, pS, R, 4 st sf
I4238 13 24.0 +30 56 d CVn F, vS, dif, 5131 np
5122 Gx 13 24.1 -10 39 r Vir 14. p vF, S, R
5129 Gx 13 24.1 +13 59 r Vir 13. p pB, vS, R, gmbM, ** f
I 887 13 24.2 -12 28 d Vir vF, vS, nearly bet 2 st
5130 Gx 13 24.3 -10 13 r Vir 14. p vF, vS, gbM
5132 Gx 13 24.4 +14 05 r Vir 14. p vF, r
I4239 13 24.4 +30 57 d CVn F, cS, dif
I4237 Gx 13 24.5 -21 08 c Vir 2.1 vF, S, lbM, r
I4240 13 24.5 +30 59 d CVn F, vS, dif
I4242 13 24.7 +31 01 d CVn F, S, R, N
5121 Gx 13 24.8 -37 41 s Cen 2.3 12. p cB, S, R, psmbM, r
5124 Gx 13 24.8 -30 19 r Cen 13. p vF, S, vlE
5136 Gx 13 24.8 +13 44 r Vir 14. p eF, vS, R, psbM
5137 Gx 13 24.8 +14 04 r Vir 15. p eeF, pL, v diffic
I4241 Gx 13 24.8 +26 44 m Com 0.5 15. p F, S, iF, *12.5 att
5126 Gx 13 24.9 -30 20 r Cen 14. p vF, vS
5133 Gx 13 24.9 -04 02 r Vir 15. p vF, vS, irrR, bM
5141 Gx 13 24.9 +36 23 s CVn 1.7 12.8 cF, cS, R, vsmbM *, *12 sp, sp of 2
5142 Gx 13 25.0 +36 24 s CVn 1.1 13.3 F, cS, R, vsmbM *, nf of 2
5143 Gx 13 25.0 +36 26 r CVn 15. p vF
I4244 Gx 13 25.0 +26 27 z Com 16. p F, S, R, gbM
5145 Gx 13 25.2 +43 15 s CVn 2.3 13. p pB, vS, vlE, glbM
5134 Gx 13 25.3 -21 08 s Vir 2.8 12. p F, pS, lE, vgbM
5128 Gx 13 25.5 -43 01 s Cen 18.2 7.0 !!, vB, vL, vmE 122deg , bifid
5135 Gx 13 25.7 -29 50 s Hya 2.4 13. p pB, S, E
I 888 13 25.8 +13 45 d Vir eeF, pS, R
I4243 13 25.9 -27 38 d Hya bM, mag 14
5120 OC 13 26.1 -63 25 o Cen 3. 13. p Cl, eRi, mC, st 12...16
5149 Gx 13 26.1 +35 56 r CVn 14. p cF, pS, E, bM, sp of 2
I4245 13 26.1 -26 40 d Hya neb 0'.3 p IC 4246
I4246 13 26.1 -26 40 d Hya neb 0'.3 f IC 4245
5140 Gx 13 26.3 -33 53 m Cen 0.5 13. p vF, S, R, glbM
5147 Gx 13 26.3 +02 06 s Vir 1.8 11.8 pB, pL, vlE, vsmbM *12
I4250 Gx 13 26.3 +26 29 z Com 15. p F, S, dif
5154 Gx 13 26.4 +36 00 r CVn 15. p vF, pL, R, nf of 2
5146 Gx 13 26.5 -12 19 r Vir 14. p vF, vS, stellar
5148 Gx 13 26.6 +02 19 v Vir 1.1 eF, S
5151 Gx 13 26.6 +16 52 r Com 15. p vF, S, R, *8 nf 4'
I 889 Gx 13 26.6 +11 52 z Vir 15. p F, vS, R, N = 14m
I4247 Gx 13 26.7 -30 22 m Cen 1.2 15. p S, E, mag 14
5139 Gb 13 26.8 -47 29 s Cen 36.3 3.7 !!!, glob. cl. , omega Cen
I4248 13 26.8 -29 54 d Hya F, spir, *13 in M
5163 Gx 13 26.9 +52 45 r UMa 15. p cF, stellar
I4256 13 27.0 +31 03 d CVn vF, S, R
5164 Gx 13 27.2 +55 29 s UMa 1.2 15. p cF, S, iR
I4249 Gx 13 27.2 -27 56 m Hya 0.4 14. p vF, bM, mag 13, nr B*
5138 OC 13 27.3 -59 01 s Cen 8. 7.6 Cl, Ri, lC, st 11
I4257 13 27.3 +46 52 d CVn eF, S, R, dif
5157 Gx 13 27.4 +32 01 r CVn 14. p F, pS, vlE, bM, p of 2
I4251 13 27.4 -29 28 d Hya vF, bM, mag 14, 5150 sf
I4252 Gx 13 27.5 -27 19 c Hya 1.5 bM, mag 13.5
I4253 Gx 13 27.5 -27 52 c Hya 1.4 bM; spir?
5150 Gx 13 27.6 -29 34 s Hya 1.4 13. p cF, S, R, pslbM, * f 2'
5158 Gx 13 27.7 +17 46 r Com 14. p vF, R
I4254 13 27.8 -27 14 d Hya bM, dif, mag 14.5
5152 Gx 13 27.9 -29 37 r Hya 14. p vF, S, R, p of Dneb
I4258 13 27.9 +28 23 d CVn F, S, gbMN
5153 Gx 13 28.0 -29 37 r Hya 14. p pF, S, f of Dneb
I4255 Gx 13 28.0 -27 22 m Hya 0.3 15. p bM, mag 13.5
5169 Gx 13 28.2 +46 40 s CVn 2.4 14. p vF, pS, R
5159 Gx 13 28.3 +02 59 r Vir 15. p eF, S, lE
5160 D* 13 28.3 +05 59 r Vir pF (vF D* with F* close?)
5166 Gx 13 28.3 +32 01 r CVn 14. p pF, pL, lE, lbM, f of 2
5173 Gx 13 28.4 +46 36 s CVn 1.3 13. p F, vS, R, stellar
I 890 13 28.4 -16 05 d Vir vF, sbM *13.5, r
5165 Gx 13 28.6 +11 23 r Vir 14. p F, vS, R, *13 sf
5167 Gx 13 28.6 +12 42 r Vir 14. p vF, sev vF st close
I4263 Gx 13 28.6 +46 56 v CVn 2.0 eF, pL, mE, mbM
5156 Gx 13 28.7 -48 55 s Cen 2.1 13. p pB, cS, iE, glbM, r
5162 Gx 13 29.1 +11 16 r Vir 15. p vF, pL, lE, F* nr nf
I4266 13 29.1 +37 37 d CVn F, S, R, N
5161 Gx 13 29.2 -33 10 s Cen 5.4 12. p pF, L, vmE, pgbM, rr
5201 Gx 13 29.2 +53 04 r UMa 14. p pF, cS, R, vglbM
I4268 13 29.2 +37 40 d CVn F, S, R, N
5171 Gx 13 29.3 +11 44 r Vir 14. p pB, L
5172 Gx 13 29.3 +17 03 s Com 3.3 11.9 F, pL, R, gbM
5174 Gx 13 29.3 +11 00 r Vir 13. p vF, pL, D with 5175
5175 Gx 13 29.3 +11 00 r Vir 13. p vF, pL, D with 5174
5176 Gx 13 29.3 +11 47 r Vir 15. p no description
5177 Gx 13 29.3 +11 48 r Vir 15. p no description
5178 Gx 13 29.4 +11 37 r Vir 15. p vF
5179 Gx 13 29.4 +11 45 r Vir 15. p vF, * in centre
5180 Gx 13 29.4 +16 49 r Com 14. p vF, S, R, am 3 st, *7 nf
I4269 Gx 13 29.4 +37 39 m CVn 0.3 15. p F, S, N
I4271 Gx 13 29.4 +37 26 m CVn 0.7 15. p F, S, R, gbM, r
I4259 13 29.5 -30 08 d Hya bM, mag 14
I4260 13 29.5 -28 17 d Hya bM, mag 14.5
5155 - 13 29.6 -63 25 r Cen Cl, vRi
5181 Gx 13 29.6 +13 18 r Vir 14. p vF, S, R
5204 Gx 13 29.6 +58 25 s UMa 4.8 11.3 pB, cL, iR, gmbM, r
5170 Gx 13 29.8 -17 58 s Vir 8.1 12. p cF, L, mE 129deg , pgbM
5187 Gx 13 29.9 +31 07 r CVn 14. p vF, vS, R, glbM
5194 Gx 13 29.9 +47 12 s CVn 11.0 8.4 !!!, great spiral neb M51
5205 Gx 13 29.9 +62 31 s UMa 3.4 13. p vF, pS, R, bet 2 vF st
I4261 13 29.9 -28 02 d Hya bM, mag 14
5185 Gx 13 30.0 +13 25 r Vir 14. p vF, S, iR
5186 Gx 13 30.0 +12 10 r Vir 15. p no description
5195 Gx 13 30.0 +47 16 s CVn 5.4 9.6 B, pS, lE, vgbM, inv in M51
I 891 Gx 13 30.0 +00 18 m Vir 0.3 15. p F, S, R, N = 13m
5183 Gx 13 30.1 -01 44 r Vir 13. p F, cS, lE, gbM, p of 2
5184 Gx 13 30.2 -01 41 r Vir 13. p pF, pL, iR, bM, f of 2
5198 Gx 13 30.2 +46 40 s CVn 2.1 13. p pF, pS, R, mbM
I4262 13 30.3 -28 17 d Hya bM, wisps extend 0'.1
I4264 Gx 13 30.3 -27 56 c Hya 1.8 bM, mag 14.5
I4277 13 30.3 +47 19 d CVn eF, S, vmE, nf M51
I4265 13 30.4 -25 46 d Hya bM, mag 14
I4278 Gx 13 30.4 +47 15 v CVn eF, vS, R, bM, f M51
5190 Gx 13 30.6 +18 08 r Com 13. p cF, S, R, bM, *** f
5199 Gx 13 30.6 +34 49 r CVn 15. p vF, vS, lE
I4267 Gx 13 30.6 -26 16 m Hya 1.2 15. p wisp, 0'.7 long
5182 Gx 13 30.7 -28 08 r Hya 13. p vF, pL, vlE, *7 nf 10'
5191 Gx 13 30.7 +11 12 r Vir 15. p eF, *9 f 57s
I4270 Gx 13 30.8 -25 20 m Hya 0.8 14. p bM, mag 14
5192 Gx 13 30.9 -01 47 r Vir 15. p vF
5168 OC 13 31.2 -60 56 s Cen 4. 9.1 Cl, vF, S, vRi, st 15
I4272 13 31.2 -29 58 d Hya bM, D(?), mag 14
5188 Gx 13 31.3 -34 47 s Cen 13. p F, pL, vlE, vglbM
I4282 13 31.3 +47 11 d CVn eF, S, R, dif
5196 Gx 13 31.4 -01 37 r Vir 15. p vF
I4273 13 31.4 -28 54 d Hya bM, mag 13
I4274 Pl 13 31.4 -25 59 x Hya PN , stellar
5197 Gx 13 31.5 -01 42 r Vir 15. p vF
I4284 13 31.5 +46 47 d CVn eF, vS, R
5200 D* 13 31.7 -00 02 F Vir *12 in F neb
I4275 13 31.7 -29 44 d Hya bM, mag 12.5
I 892 Gx 13 31.8 -02 43 u Vir 1.3 14. p pB, iF, bM, r
I 893 Gx 13 31.8 -02 36 u Vir 1.2 15. p F, vS, dif
I4285 13 31.8 +46 49 d CVn eF, vS, lE
5193 Gx 13 31.9 -33 14 s Cen 1.8 13. p pB, S, R, g, psbM
5202 Gx 13 32.1 -01 42 r Vir 15. p vF
5216 Gx 13 32.1 +62 42 s UMa 3.0 14. p pB, S, vlE
I 894 Gx 13 32.1 +17 03 m Com 1.0 15. p pF, vS, R, lbM
5203 Gx 13 32.2 -08 48 r Vir 14. p vF, cS, R, gbM, r
5207 Gx 13 32.2 +13 54 r Vir 14. p F, S, cE, *11 att np
5218 Gx 13 32.2 +62 46 s UMa 2.1 12.3 pB, pL, R, gbM
I4276 13 32.2 -28 10 d Hya bM, wisps 0'.2 each side
I4283 Gx 13 32.2 +28 24 z CVn 15. p F, S, R, *14 att
I 895 13 32.3 +35 40 d CVn vF, pLR, sbM, D?
5208 Gx 13 32.5 +07 19 r Vir 14. p F, vS, R, psbM, p of 2
I4279 Gx 13 32.5 -27 08 c Hya 1.6 bM; wisps 0'.3 l?
I4280 13 32.5 -24 13 d Hya eF, pS, R, * nf, vF* n
5212 Gx 13 32.6 +07 18 r Vir 15. p eF
I4281 13 32.6 -27 10 d Hya bM, mag 13.5
5209 Gx 13 32.7 +07 20 r Vir 14. p F, vS, R, stellar, f of 2
I4287 Gx 13 32.7 +25 26 z Com 15. p F, S, R, gbM; another vnr?
5214 Gx 13 32.8 +41 52 r CVn 14. p vF, S, R, lbM
5210 Gx 13 32.9 +07 10 r Vir 14. p F, S, R, psbMN
5211 Gx 13 33.2 -01 02 r Vir 14. p pB, S, R, psmbM
5225 Gx 13 33.3 +51 30 r CVn 14. p cF, pS, iR, lbM
5189 Pl 13 33.5 -65 59 s Mus 2.6 10. p !, B, pL, cE, bM curved axis, 4 st inv
5206 Gx 13 33.7 -48 09 r Cen F, pL, R, vgbM
I4286 13 33.7 -27 38 d Hya bM, mag 14
I 897 Gx 13 33.9 +17 43 u Com 1.0 15. p vF, s of 5217
5217 Gx 13 34.1 +17 51 r Com 14. p vF, S, R, bM
5229 Gx 13 34.1 +47 55 s CVn 3.3 14. p eF, L, mE, v diffic
I 896 Gx 13 34.1 +04 52 u Vir 1.0 15. p vF, vS, dif, lbM
I 898 Gx 13 34.2 +13 17 z Vir 15. p vF, vS, dif
5223 Gx 13 34.4 +34 42 s CVn 1.8 14. p F, cS, R, *10 p, p of 2
5228 Gx 13 34.5 +34 46 r CVn 14. p vF, vS, R, f of 2
I4288 Gx 13 34.6 -27 19 m Hya 0.6 15. p bM, mag 14
5213 Gx 13 34.7 +04 07 r Vir 15. p vF, S, lE
5238 Gx 13 34.7 +51 37 s CVn 2.0 13. p cF, pL, R, vlbM
I 900 Gx 13 34.7 +09 21 v Vir 1.7 F, S, R, gbM
5221 Gx 13 34.9 +13 49 r Vir 14. p vF, S, vlE, 1st of 3
5222 Gx 13 34.9 +13 44 r Vir 14. p cF, S, R, bM, 2nd of 3
I 899 Gx 13 34.9 -08 05 n Vir 0.3 15. p F, vS, R, sbM N
I4289 Gx 13 34.9 -27 08 m Hya 0.3 15. p bM, mag 14
5215 Gx 13 35.0 -33 30 r Cen 15. p eF, eS, * s and * p
5226 Gx 13 35.0 +13 54 r Vir eF, pS, 5221 sp
5233 Gx 13 35.1 +34 40 r CVn 15. p F, S, R, vS* nr
5224 Gx 13 35.2 +06 28 r Vir 15. p vF, S, *9 nf inv?
5227 Gx 13 35.3 +01 25 s Vir 1.9 15. p vF, S, R
I4290 Gx 13 35.3 -28 01 c Hya 2.3 annular, F, pL, stell N
I4297 Gx 13 35.3 +26 26 u Com 1.1 15. p F, S, R, dif
5262 Gx 13 35.4 +75 02 r UMi 15. p eF, S
I4300 Gx 13 35.4 +33 25 m CVn 0.2 16. p F, vS, dif
5230 Gx 13 35.5 +13 40 s Vir 2.2 13. p F, L, E, vgbM, 3rd of 3
I4301 Gx 13 35.6 +33 22 m CVn 0.8 15. p F, S, dif, N
I4302 Gx 13 35.6 +33 29 u CVn 1.3 16. p vF, cS, dif
I 901 Gx 13 35.7 +13 20 u Vir 1.3 16. p pF, eS, R
5231 Gx 13 35.8 +02 59 r Vir 14. p F, S, bM
I4292 13 35.8 -27 41 d Hya bM, mag 13.5
5220 Gx 13 35.9 -33 28 r Cen vF, S, R, *10 f
5240 Gx 13 35.9 +35 34 r CVn 14. p vF, pL, R, lbM
5232 Gx 13 36.0 -08 30 r Vir 13. p F, vS
5250 Gx 13 36.0 +51 14 r UMa 14. p pB, S, R, vgbM
I 902 Gx 13 36.0 +49 58 u UMa 2.2 15. p eeF, S, mE, v diffic
I4293 Gx 13 36.0 -25 53 c Hya 1.8 bM, mag 13
I4304 Gx 13 36.0 +33 26 u CVn 1.3 15. p pB, pS, R, gbM, r
I4305 Gx 13 36.0 +33 28 m CVn 0.3 14. p pB, cS, lE ns, bMN
5235 Gx 13 36.1 +06 34 r Vir 15. p vF, pS, vlE, *9 sp
5243 Gx 13 36.2 +38 21 s CVn 1.7 14. p cF, pL, E 65deg , biN?
I4306 Gx 13 36.3 +33 25 m CVn 0.4 15. p F, vS, gbM, *13 nr
5239 Gx 13 36.5 +07 22 r Boo 14. p vF, pL, R, er
I4294 13 36.5 -28 47 d Hya bM, mag 14
I4295 13 36.5 -29 06 d Hya S, lE, mag 14
I4307 Gx 13 36.5 +27 15 m Boo 0.5 15. p F, S, E pf, *11 p 6s
5241 Gx 13 36.6 -08 24 r Vir 15. p pF, eS, vF* close
I4296 Gx 13 36.6 -33 58 s Cen 10.6 pF, pS, R
I4298 Gx 13 36.7 -26 34 m Hya 1.4 14. p bM; spiral?
I4299 Gx 13 36.8 -34 04 s Cen 12.7 eeF, eS, F* att
I4308 13 36.8 +32 43 d CVn F, S, dif, vlbM
5236 Gx 13 37.0 -29 52 s Hya 11.2 7.6 !! vB, vL, E 55deg , esbMN, 3-br spir; = M83
I4291 13 37.0 -62 03 d Cen pS, R, bM
5242 - 13 37.1 +02 46 r Vir eF, eL
5255 Gx 13 37.3 +57 06 r UMa 15. p vF, vS
I4303 Gx 13 37.3 -28 38 m Hya 0.4 15. p bM, mag 13.5
5234 Gx 13 37.5 -49 50 c Cen 1.2 eeF, S, lE
5245 Gx 13 37.5 +03 53 r Vir vF, vS
5246 Gx 13 37.5 +04 05 r Vir 15. p vF, vS
5248 Gx 13 37.5 +08 53 s Boo 6.5 10.2 B, L, E 150deg , psbMrN
5251 Gx 13 37.5 +27 25 r Boo 14. p vF, S, vlE
5237 Gx 13 37.6 -42 52 r Cen F, pL, cE, vglbM
5249 Gx 13 37.6 +15 58 r Boo 14. p vF, S, R, bM
5247 Gx 13 38.1 -17 53 s Vir 5.4 10.5 !! cF, vL, vg, psmbMLN, 2-branched spiral
5252 Gx 13 38.3 +04 31 r Vir 14. p vF, S, R, bM
5256 Gx 13 38.3 +48 17 s UMa 1.4 14. p eF, vS, R, gbM
I 903 Nb 13 38.4 -00 14 x Vir 0.3 pB, lE ns, gbM N = 13m
I4313 13 38.4 +26 45 d Boo F, vS, R, stell
I4314 13 38.4 +26 44 d Boo F, vS, N, stell
5244 Gx 13 38.6 -45 53 r Cen vF, S, R, vglbM, *13 att
5295 Gx 13 38.6 +79 27 r Cam 15. p vF, vS, R
I 904 Gx 13 38.6 +00 32 u Vir 1.1 15. p F, vS, dif
5219 Gx 13 38.7 -45 51 c Cen vF, S, R, * n, nr; = 5244
I4309 13 38.7 -29 41 d Hya bM, mag 14
I4310 Gx 13 38.9 -25 51 c Hya 2.3 vF, bM, wisps 0'.3 l
5259 Gx 13 39.3 +30 59 r CVn 15. p vF, S, iR
I 907 13 39.5 +50 43 d UMa eF, pS, R
5254 Gx 13 39.6 -11 30 s Vir 3.2 13. p pB, L, pmE, glbM
5253 Gx 13 39.9 -31 39 s Cen 4.0 10.6 B, pL, E 45deg +/- , psmbM
5257 Gx 13 39.9 +00 50 s Vir 1.9 14. p vF, S, R, bM, p of Dneb
5258 Gx 13 40.0 +00 50 s Vir 1.8 14. p F, S, iR, f of Dneb
5263 Gx 13 40.0 +28 24 r CVn 14. p cF, S, mE 0deg +/- , *9 sp
I4315 Gx 13 40.0 -25 28 c Hya 1.6 wisp 1'.3 l
5265 Gx 13 40.1 +36 51 r CVn 15. p F, cS, vlE, er
I 905 Gx 13 40.1 +23 10 m Boo 0.8 15. p F, vS, R, lbM, stellar
I 906 Gx 13 40.1 +23 22 m Boo 0.8 16. p eF, S, bM
I4311 13 40.1 -51 03 d Cen vF; spiral?
5261 Gx 13 40.3 +05 03 r Vir 15. p vF, R, am pB st
I4316 Gx 13 40.3 -28 54 c Hya 2.2 bM, mag 14.5
5260 Gx 13 40.4 -23 51 s Hya 1.9 13. p eF, pL, 3 st f in a line
I4312 Gx 13 40.5 -51 04 c Cen 1.6 eeF, bM
5267 Gx 13 40.6 +38 46 r CVn 14. p F, S, R, gbM, S* np
I 909 Gx 13 40.8 +24 29 z Boo 15. p no descr
5283 Gx 13 41.1 +67 40 s Dra 1.3 14. p F, S, stell
I 910 Gx 13 41.1 +23 17 m Boo 0.5 15. p F, S, bM, r
I 908 Gx 13 41.2 -04 19 m Vir 0.8 15. p eF, pS, *13.5 close
I 911 Gx 13 41.4 +23 15 m Boo 0.4 16. p eF, eS, R, lbM
I 912 Gx 13 41.4 +23 15 m Boo 0.6 16. p eF, eS, R, lbM
I 913 Gx 13 41.5 +23 10 u Boo 1.0 16. p vF, vS, R, dif
5264 Gx 13 41.6 -29 55 s Hya 1.8 13. p vF, pL, R, vlbM
5271 Gx 13 41.6 +30 07 r CVn 15. p vF, vS, R, gvlbM
5278 Gx 13 41.6 +55 40 s UMa 1.4 14. p pF, R, vS neb 40" f, * n
5279 Gx 13 41.7 +55 40 s UMa 1.3 14. p F, vS, f of 2
I 914 Gx 13 41.7 +23 12 m Boo 0.6 15. p vF, vS, R, dif
I4317 13 41.8 +27 06 d Boo F, S, R, N, r
5268 *? 13 42.1 -13 52 F Vir a nebula
5273 Gx 13 42.1 +35 39 s CVn 3.1 11.6 cB, pL, R, g, psmbM
5272 Gb 13 42.2 +28 23 s CVn 16.2 6.4 !!, glob. cl. , eB, vL, vsmbM, st 11...; = M3
5270 Gx 13 42.3 +04 14 r Vir 14. p eF, S, bet 2 st
5274 Gx 13 42.3 +29 50 r CVn 15. p vF, vS, R, bM
5275 Gx 13 42.3 +29 49 r CVn 15. p F, S, R, gmbM
5276 Gx 13 42.4 +35 38 s CVn 1.1 15. p F, S
5277 Gx 13 42.6 +29 57 r CVn 15. p eF, S, R, bM
I 916 Gx 13 42.6 +24 28 m Boo 0.5 15. p N = 13m
I 917 13 42.7 +55 38 d UMa S
5280 Gx 13 42.8 +29 51 r CVn 15. p F, vS, R, bM
I 918 13 42.8 +55 36 d UMa vF, vS
I 919 13 42.9 +55 35 d UMa cB, R, bM
5266 Gx 13 43.0 -48 11 s Cen 3.2 12. p B, pL, vlE, vglbM, 3 st nr
I 921 13 43.2 +55 40 d UMa vS, R, bM
5282 Gx 13 43.3 +30 04 r CVn 15. p F, S, R, gbM *14
I 922 Nb 13 43.3 +55 36 x UMa 0.1 vS, R, bM
I 923 13 43.3 +55 37 d UMa vS
I4318 Gx 13 43.3 -28 57 m Hya 0.8 15. p bM, mag 14
I 925 13 43.4 +55 36 d UMa vS
I4319 Gx 13 43.4 -29 48 c Hya 1.6 cL, E, bM, mag 13.5
I 915 13 43.5 -17 20 d Vir eF, vS, diffic
I 926 13 43.5 +55 39 d UMa vS, R, bM
I 928 Nb 13 43.7 +55 37 x UMa 0.1 F, vS, R, gbM
I 929 13 43.7 +55 39 d UMa vS, R, bM
I4322 Gx 13 43.7 +25 23 z Boo 15. p F, S, R, N, r
I 930 13 43.8 +55 41 d UMa F, vS, R, gbM
I 931 Nb 13 43.8 +55 37 x UMa 0.1 F, vS, R, gbM
I 932 13 43.8 +55 38 d UMa vS, R
I 934 13 44.0 +55 37 d UMa F, vS, R
I 935 13 44.0 +55 36 d UMa F, vS, R, gbM
I 936 13 44.0 +55 37 d UMa F, vS, R
I4320 Gx 13 44.1 -27 15 m Hya 0.6 14. p bM, mag 13.5
I4321 Gx 13 44.4 -30 08 m Cen 0.5 15. p bM, mag 15
5285 Gx 13 44.5 +02 05 r Vir 15. p eF, vS, R, gvlbM
I 937 13 44.5 +55 39 d UMa vS
I 938 13 44.6 +55 37 d UMa vS
5269 - 13 44.8 -62 55 r Cen Cl, P, L, iF, st 12
5287 Gx 13 44.9 +29 48 r CVn 16. p F, S, irr, r?
5289 Gx 13 45.1 +41 30 s CVn 1.9 14. p vF, vS, lE 90deg +/- , sbM
I4323 13 45.1 -28 39 d Hya cS, wisp, mE
5294 Gx 13 45.2 +55 17 r UMa 15. p eF, 2 st att or inv
5290 Gx 13 45.3 +41 43 s CVn 3.7 13. p cB, pL, E 90deg +/- , bMN
I 933 Gx 13 45.3 +23 13 u Boo 1.3 15. p vF, vS, R, N = 13m, stellar
I4324 Gx 13 45.4 -30 13 m Cen 0.4 15. p bM, mag 13.5
5323 Gx 13 45.5 +76 51 r UMi 14. p vF, pS, lE 0deg +/-
I 920 Gx 13 45.5 -12 34 m Vir 0.4 15. p F, vS, R, bM N, r
I 924 13 45.6 -12 27 d Vir F, S, dif, 86 Vir nf
I 927 13 45.9 -12 28 d Vir F, S, dif, 86 Vir nf
5314 Gx 13 46.2 +70 21 r UMi 14. p vF, eS, stellar, eF* v close
5296 Gx 13 46.3 +43 51 s CVn 1.2 15. p R, bM, is sp 5297
5286 Gb 13 46.4 -51 22 s Cen 9.1 7.6 glob. cl. , vB, pL, R, rrr, st 15
5297 Gx 13 46.4 +43 52 s CVn 5.6 12. p cB, L, pmE 142deg , gbM
5301 Gx 13 46.4 +46 06 s CVn 4.4 13. p cF, L, vmE
5281 OC 13 46.6 -62 54 s Cen 5. 5.9 Cl, B, S, pC, iR, st 10...12
5284 - 13 46.6 -59 11 r Cen Cl, L, vRi, st 7...16
5293 Gx 13 46.9 +16 16 s Boo 1.9 14. p eF, vL, r
5308 Gx 13 47.0 +60 58 s UMa 3.5 11.3 B, pL, mE 57deg , psbMBEN
I4330 Gx 13 47.2 -28 20 c Hya 1.4 pL, E, mag 13.5
5291 Gx 13 47.4 -30 25 s Cen 1.4 vF, R, vlbM, ** p
I 942 Gx 13 47.6 +56 36 m UMa 0.3 15. p eF, pS, R
I4325 Gx 13 47.6 -29 26 m Hya 0.8 16. p R, PN ?, mag 14
5292 Gx 13 47.7 -30 57 s Cen 1.6 14. p pF, S, R, 2 st nr
I 939 Gx 13 47.7 +03 24 m Vir 1.0 15. p pB, vS, bM
5303 Gx 13 47.8 +38 18 s CVn 1.1 13. p pF, cS, lE, F** inv
5305 Gx 13 47.9 +37 50 r CVn 14. p eF, S, R
I 940 Gx 13 47.9 +03 27 z Vir 15. p vF, vS, dif
I 945 Gx 13 48.0 +72 03 m UMi 0.5 16. p eeF, S, R, 2 st nf
5298 Gx 13 48.2 -30 27 s Cen 1.4 14. p F, S, R, gbM
5300 Gx 13 48.3 +03 57 s Vir 3.9 12. p vF, vL, lE, vgbM
I4326 Gx 13 48.4 -29 37 m Hya 0.6 15. p R, PN ?, mag 14
I 941 Gx 13 48.5 +24 00 z Boo 15. p F, eS, gbM, r
5288 OC 13 48.7 -64 41 s Cir 4. 12. p Cl, S, C, iR, st 14
I4327 Gx 13 48.7 -30 13 c Cen 1.1 bM, mag 12.5
5302 Gx 13 48.8 -30 31 s Cen 1.7 12.2 F, S, R, gbM
5311 Gx 13 49.0 +40 00 r CVn 13. p cF, cS, R, sbM, p of 2
5306 Gx 13 49.1 -07 12 r Vir 14. p vF, vS, R, r
5340 Gx 13 49.1 +72 39 r UMi 15. p eF, S, R
I4328 13 49.1 -29 57 d Hya R, lbM, mag 14
I4329 Gx 13 49.1 -30 18 s Cen 3.2 11.5 F, cS, bM
5322 Gx 13 49.3 +60 12 s UMa 5.5 10.0 vB, pL, iR, psmbM
I4331 13 49.4 +25 09 d Boo pF, S, R, dif
5313 Gx 13 49.7 +39 59 s CVn 1.9 13. p pB, pS, vlE, glbM, f of 2
I4335 13 49.7 +33 40 d CVn vF, stell, neb(?); *13 nnf 2'.5
5310 * 13 49.8 +00 04 F Vir *12 in F neb
5312 Gx 13 49.8 +33 38 r CVn 15. p vF, R, stellar, 1st of 4
I4334 Pl 13 49.8 +29 40 x CVn 0.1 F, vS, R, N
I4332 Gx 13 49.9 +25 11 m Boo 0.8 15. p F, S, R, gbM
5304 Gx 13 50.0 -30 35 s Cen 1.0 15. p eF, pS, lE, vF* at 160deg , dist 0'.7
5309 - 13 50.0 -15 45 r Vir vF, pS, R, bet * and D*
5344 Gx 13 50.0 +73 58 r UMi 15. p vF, S, R
I 954 Gx 13 50.0 +71 10 v UMi 1.3 eeF, S, R, B* f
5320 Gx 13 50.3 +41 22 s CVn 3.5 13. p cF, pL, R, gbM
5299 Ast 13 50.4 -59 56 A Cen 30. Cl, vL, vRi
5318 Gx 13 50.5 +33 43 r CVn 13. p F, S, R, psbM, 2nd of 4
5319 Gx 13 50.5 +33 43 r CVn 15. p vF, R, n of 5318, 3rd of 4
I 943 Gx 13 50.5 +03 11 m Vir 0.6 15. p pF, iF, lbM, F* close
5321 Gx 13 50.7 +33 39 r CVn 15. p eF, pL, R, svmbM *, 4th of 4
I4336 Gx 13 50.7 +39 42 u CVn 1.6 15. p eF, pL, dif, lbM, r
5326 Gx 13 50.8 +39 34 s CVn 2.5 13. p cF, S, vlE, sbM
5325 Gx 13 51.0 +38 17 r CVn 15. p eeF, pS, R, v diffic, 2 B st nr
5307 Pl 13 51.1 -51 12 s Cen 0.2 12. p PN , or vF, eS, Dneb
5317 - 13 51.2 +05 00 r Vir vF, vL, R, vgbM
5342 Gx 13 51.4 +59 53 r UMa 14. p eF, vS
I 944 Gx 13 51.5 +14 05 u Boo 1.7 15. p vS, pS, mE, 3 st f
I 951 Gx 13 51.7 +51 00 u UMa 1.4 14. p eeF, pS, R, 2 st nr sp
5324 Gx 13 52.1 -06 03 s Vir 2.4 12. p cF, L, iR, bM
5327 Gx 13 52.1 -02 12 r Vir 14. p F, pS, R, 2 st p
5332 Gx 13 52.1 +16 59 r Boo 14. p vF, S, R
5336 Gx 13 52.1 +43 15 r CVn 13. p cF, pL, R, psbM
I 946 Gx 13 52.1 +14 06 u Boo 1.0 14. p eF, vS, R, * close f
5329 Gx 13 52.2 +02 20 r Vir 14. p F, vS, R, psbM
I 949 Gx 13 52.2 +22 31 u Boo 1.2 15. p pF
I4337 Gx 13 52.2 +14 16 z Boo 15. p eeF, pL, R, v diffic, 3rd of 4
5331 Gx 13 52.4 +02 06 r Vir 14. p vF, S, E 0deg , rr
5385 - 13 52.4 +76 11 r UMi Cl, P, S
I 948 Gx 13 52.4 +14 05 u Boo 1.2 14. p eF, S, R
I 950 Gx 13 52.4 +14 29 u Boo 1.4 15. p F, eS, R, lbM
5337 Gx 13 52.5 +39 42 r CVn 13. p vF, S, iR, *7 p
5341 Gx 13 52.6 +37 50 r CVn 14. p lE, bM, sp 5351
I 947 Gx 13 52.7 +00 48 u Vir 1.7 14. p pB, vS, R, sbMN = 12m
I4338 13 52.7 -01 08 x Vir eF, vL, cE ns, F* nr each end; = 5334
5328 Gx 13 52.9 -28 29 s Hya 1.7 11.8 pB, S, R, slbM
5334 Gx 13 52.9 -01 07 s Vir 4.4 12. p cF, vL, R, lbM, r; = IC 4338
5330 Gx 13 53.0 -28 28 s Hya 15. p eeF, S, R, v diffic, nf 5328
5335 Gx 13 53.0 +02 50 r Vir 14. p F, iR
5346 Gx 13 53.2 +39 35 r CVn 15. p eF, pL, irrR, glbM, r?
5349 Gx 13 53.2 +37 54 r CVn 15. p bM, sp 5351
5347 Gx 13 53.3 +33 29 s CVn 1.9 12.6 pF, cL, R, lbM
5350 Gx 13 53.4 +40 22 s CVn 3.2 11.4 cF, pL, bM, *7 p, 1st of 4
5338 Gx 13 53.5 +05 13 r Vir 14. p vF, E pf, 4' f D*
5351 Gx 13 53.5 +37 55 s CVn 3.1 12.1 cF, L, lE 90deg , vgbM
5353 Gx 13 53.5 +40 17 s CVn 2.8 11.1 pB, S, R, 2nd of 4
5354 Gx 13 53.5 +40 18 s CVn 2.3 11.5 pF, S, R, 3rd of 4
I4339 13 53.5 +37 32 d CVn F, S, R, r
5352 Gx 13 53.6 +36 09 r CVn 14. p cF, S, R, lbM, * nf 90"
I4340 Gx 13 53.6 +37 23 m CVn 0.7 14. p F, S, R, gbM
I4341 13 53.6 +37 32 d CVn F, S, R, r, *12 nr
I 952 Gx 13 53.7 +03 22 u Vir 1.4 15. p F, E pf, F* inv
5339 Gx 13 53.8 -07 56 s Vir 2.1 12. p vF, pS, R
5355 Gx 13 53.8 +40 21 r CVn 14. p vF, pS, 4th of 4
5315 Pl 13 53.9 -66 31 s Cir 0.1 13. p PN , stellar = 10.5 mag
5316 OC 13 53.9 -61 52 s Cen 14. 6.0 Cl, pL, pC, st 11
5343 Gx 13 54.0 -07 34 r Vir 14. p vF, S, R, lbM
5358 Gx 13 54.1 +40 17 r CVn 14. p vF, vS, R, 2 vF st inv
5370 Gx 13 54.1 +60 41 r UMa 14. p F, S
5348 Gx 13 54.2 +05 14 s Vir 3.6 14. p vF, mE ns
5345 Gx 13 54.3 -01 25 r Vir 14. p F, S, R, bM
I4342 Gx 13 54.4 +25 07 m Boo 0.8 15. p F, S, R, lbM, r
5333 Gx 13 54.5 -48 31 t Cen 1.9 vF, vS, R, *8 f
5368 Gx 13 54.5 +54 20 s UMa 1.1 14. p F, cS, R, stellar, *16 nf
5452 Gx 13 54.5 +78 13 s UMi 2.3 13. p vF, pL, iR, vgvlbM
5361 Gx 13 54.7 +38 27 r CVn 14. p eF, cS, E
5372 Gx 13 54.7 +58 41 r UMa 13. p cF, S, E; ** inv?
I 956 Gx 13 54.7 +20 43 z Boo 16. p eF, vS, *14 n
5362 Gx 13 54.9 +41 19 s CVn 2.4 13. p pB, pL, E
5356 Gx 13 55.0 +05 20 s Vir 3.2 14. p F, pL, vmE 17deg , r
I 953 13 55.0 -30 21 d Cen vF, eS, gbM
I4343 Gx 13 55.0 +25 06 m Boo 0.7 16. p F, S, R, N, r
I4344 13 55.2 +25 02 d Boo F, vS, N, stell
I4345 13 55.2 +25 04 d Boo cF, vS, R, N, stell
5376 Gx 13 55.3 +59 30 s UMa 2.1 13. p cB, pL, vlE, vgmbM
5379 Gx 13 55.6 +59 45 s UMa 2.2 14. p pB, pS, E, mbM
5360 Gx 13 55.7 +04 59 s Vir 2.0 14. p vF, vS, lE
5371 Gx 13 55.7 +40 28 s CVn 4.4 10.8 pB, L, R, bMFN
I 955 13 55.7 -30 16 d Cen vF, vS, gbM
I4346 13 55.7 +25 09 d Boo F, S, R, gbMN
I4348 Gx 13 55.7 +25 11 z Boo 16. p F, S, R, N
I 958 ? 13 55.8 +05 02 x Vir eeF, pS, iR
I 961 Gx 13 55.8 +25 50 z Boo 15. p vF, S, dif
I4349 13 55.8 +25 09 d Boo F, S, bM
5357 Gx 13 56.0 -30 20 s Cen 14. p pF, S, R, glbM, bet 2 st 10
I 959 Gx 13 56.0 +13 30 u Boo 1.8 14. p eeF, S, R
I 960 Gx 13 56.0 +17 31 m Boo 0.8 15. p F, pL, lbM, dif
5363 Gx 13 56.1 +05 15 s Vir 4.2 10.2 B, pL, R, psbM, *8 nf
5389 Gx 13 56.1 +59 44 s UMa 4.1 13. p pB, pL, E, mbMN
I 957 13 56.1 -30 14 d Cen vF, S, gbM
5364 Gx 13 56.2 +05 01 s Vir 7.1 10.4 cF, L, R, gbM
5377 Gx 13 56.3 +47 14 s CVn 4.6 11.2 B, L, mE 42deg , smbMN
5366 Gx 13 56.4 -00 14 r Vir 14. p S, R, *9 dist 2'
5369 Gx 13 56.8 -05 29 r Vir vF, vS, R
5375 Gx 13 56.8 +29 10 s CVn 3.5 12. p pB, pL, R, lbM
5378 Gx 13 56.8 +37 48 s CVn 2.7 14. p pB, lE, vglbM
5380 Gx 13 56.9 +37 37 s CVn 2.1 13. p F, cS, R, smbM
5391 Gx 13 57.0 +46 17 r CVn 16. p F, vS, * close
5415 Gx 13 57.0 +70 46 r UMi 15. p eF, vS, R, 2 F st nr
5383 Gx 13 57.1 +41 51 s CVn 3.5 11.4 cB, cL, R, gbM
I4353 13 57.1 +37 46 d CVn eF, vF st & neb?, *8.4 nf 3'
5373 Gx 13 57.2 +05 16 r Vir 15. p vF, vS, stell
I4350 Gx 13 57.2 -25 15 c Hya 1.9 eeF, eS, F* close s
5390 - 13 57.3 +40 26 r CVn F, L, vgbM, *9 nf; = 5371?
I 962 13 57.3 +12 03 d Boo pF, vS, R, bM
5412 Gx 13 57.4 +73 36 r UMi 14. p pF, S, R, D* p
I 963 Gx 13 57.4 +17 25 m Boo 0.7 15. p eF, vS, R
5374 Gx 13 57.5 +06 06 s Vir 1.9 14. p cF, pL, R, vgbM, *11 np
I4347 13 57.6 -40 01 d Cen *9 in eeF neb
5367 Nb 13 57.7 -39 59 s Cen 4. !, vB, vL, vl, vsmbM **
I 964 Gx 13 57.7 +17 31 m Boo 0.3 15. p eF, eS, R
I 965 Gx 13 57.8 +17 31 m Boo 0.8 15. p vF, vS, R, vSN
5365 Gx 13 57.9 -43 57 s Cen 3.1 12. p pB, cS, R, pgbM, am st
5413 Gx 13 57.9 +64 56 r Dra 14. p pF, pS, R, pslbM, *7 p 37s
I4351 Gx 13 57.9 -29 19 s Hya 5.6 12. p S, lE
5384 Gx 13 58.1 +06 32 r Vir 14. p F, vS, stell
I4355 Gx 13 58.1 +28 25 m CVn 0.4 15. p F, S, R, glbM
5382 Gx 13 58.2 +06 16 r Vir 14. p vF, vS, r, stellar
5386 Gx 13 58.2 +06 21 r Vir 13. p vF, vS, biN, r, stellar
5402 Gx 13 58.2 +59 49 r UMa 14. p vF, vS, R
I 966 Gx 13 58.2 +05 24 u Vir 1.6 15. p F, S, R, gbM, r
5387 Gx 13 58.4 +06 04 s Vir 1.8 15. p vF ray, 2' l
I 967 Gx 13 58.4 +14 27 m Boo 0.7 15. p pF, vS, R, *14 nr
I4352 Gx 13 58.4 -34 31 c Cen 1.9 sev eF st in eeF neb, 2 st 8 n
5394 Gx 13 58.6 +37 27 s CVn 1.9 13.0 cF, S, np of 2
5395 Gx 13 58.6 +37 25 s CVn 3.1 11.6 cF, cL, E 15deg , lbM, sf of 2
I4354 13 58.6 -12 35 d Vir eF, vS, eE 110deg
I4356 13 58.7 +37 30 d CVn F, vS, stell N = *15
5388 - 13 58.9 -14 09 r Vir F, S, R, vgbM
5396 - 13 59.0 +29 07 r CVn vF, S, iR, sbM *
5392 13 59.4 -03 12 d Vir vF, cS, R, gbM
5399 Gx 13 59.5 +34 47 r CVn 14. p eF, vS, pmE 90deg
5401 Gx 13 59.7 +36 15 r CVn 14. p cF, cS, E
5359 OC 13 59.8 -70 24 A Cir Cl, vL, lRi, lC, st 11
5403 Gx 13 59.9 +38 11 s CVn 3.2 15. p vF, pL, iF
5406 Gx 14 00.3 +38 55 s CVn 2.1 13. p F, pS, R, lbM
5393 Gx 14 00.5 -28 50 r Hya 15. p vF, S, R, glbM
5381 OC 14 00.6 -59 34 s Cen 14. Cl, Ri, vC, pL, st 11...12
5400 Gx 14 00.6 -02 51 r Vir 14. p vF, cS
I 968 14 00.6 -02 57 d Vir vF, vS, stellar
5410 Gx 14 00.7 +41 00 r CVn 14. p pF, pS, bM
5422 Gx 14 00.7 +55 10 s UMa 3.9 13. p pB, S, pmE 45deg +/- , vsvmbMN
I4357 Gx 14 00.7 +31 54 u CVn 1.2 15. p F, S, R, gvlbM
5425 Gx 14 00.8 +48 27 r UMa 14. p eF, S, mE 290deg , B* 4' n
5430 Gx 14 00.8 +59 20 s UMa 2.4 13. p pB, S, iE, mbM
5407 Gx 14 00.9 +39 09 r CVn 14. p vF, vS, R, bM, in Cl
5404 D* 14 01.1 +00 05 F Vir *12 in neb
5405 Gx 14 01.1 +07 43 r Boo 14. p vF, iF, bM
5397 Gx 14 01.2 -33 57 r Cen vF, S, R, gbM
5398 Gx 14 01.4 -33 04 s Cen 2.9 13. p pB, pL, R, vgbM
5409 Gx 14 01.7 +09 30 r Boo 14. p eF, R, 5416 f 26s
5421 Gx 14 01.7 +33 50 r CVn 14. p F, irrR, 2 vF st inv
I 969 14 01.8 -04 11 d Vir vF, vS, R, N = 14m
5411 Gx 14 01.9 +08 57 r Boo 14. p vvF
5414 Gx 14 02.0 +09 57 r Boo 14. p S, F* in centre, *10-11 nf
5439 Gx 14 02.0 +46 19 r CVn 14. p vF, pL, cE, bet 2 st
5416 Gx 14 02.1 +09 27 r Boo 13. p eF, vS, E, r
5417 Gx 14 02.1 +08 03 r Boo 14. p cF, S, R, psbM, * p
5418 Gx 14 02.2 +07 42 r Boo 14. p vF, R, bM
5443 Gx 14 02.2 +55 49 s UMa 2.8 13. p pF, L, E
5433 Gx 14 02.5 +32 31 s CVn 1.7 14. p vF, cS, lE 0deg , bM
5447 Kt 14 02.5 +54 17 r UMa pB, S, R, gmbM, conn with M101
5449 Kt 14 02.5 +54 19 A UMa vF, pL, gvlbM, conn with M101
5450 Kt 14 02.5 +54 14 A UMa F, pS, iR, glbM, conn with M101
I 970 Gx 14 02.5 +14 33 u Boo 1.2 15. p pB, vS, R
5423 Gx 14 02.7 +09 21 r Boo 14. p vF, R, * in centre
5451 Kt 14 02.7 +54 22 A UMa vF, pL, iR, vlbM, conn with M101
5448 Gx 14 02.8 +49 10 s UMa 4.2 12. p pB, cL, vmE 90deg +/- , smbMN
5469 Gx 14 02.8 +09 20 r Boo 15. p vF, pS, R
5424 Gx 14 02.9 +09 26 r Boo 14. p vF, R, * in centre
5420 Gx 14 03.0 -14 37 d Vir 13. p F, pS, mE, com
5431 Gx 14 03.0 +09 23 r Boo 15. p vF
5440 Gx 14 03.0 +34 46 s CVn 3.3 13. p pF, cS, lE, bM, *11 sp
5453 Kt 14 03.0 +54 18 A UMa F, pL, lE, vlbM, conn w M101
5455 Kt 14 03.0 +54 12 r UMa pB, pS, R, psbM, conn w M101
5441 Gx 14 03.2 +34 41 r CVn 15. p vF, S
5457 Gx 14 03.2 +54 21 s UMa 26.9 7.7 pB, vL, iR, g, vsmbMBSN; = M101
5458 - 14 03.2 +54 16 r UMa vF, pL, R, vlbM, conn w M101
5408 Pl 14 03.3 -41 23 s Cen eF, E bet 2 vS st
5434 Gx 14 03.3 +09 27 r Boo 14. p vF, L
5426 Gx 14 03.4 -06 04 s Vir 2.9 12.2 pF, cL, R, gmbM, sp of 2
5427 Gx 14 03.4 -06 02 s Vir 2.5 11.4 pF, cL, R, nf of 2
5428 * 14 03.4 -06 02 F Vir 1st of 2 nr 5427
5429 * 14 03.4 -06 02 F Vir 2nd of 2, in line with 5426-7
5444 Gx 14 03.4 +35 08 s CVn 2.7 13. p pB, pL, ivlE, vsmbM
5445 Gx 14 03.5 +35 02 r CVn 14. p F, *13 p
I4358 Gx 14 03.5 -10 09 m Vir 1.2 15. p pL, mE 120deg ; spir neb f (IC 971)
5432 * 14 03.6 -05 57 F Vir vF
5436 Gx 14 03.6 +09 35 r Boo 15. p 1st of 3 vF in a line, 2'-3' dist
5419 Gx 14 03.7 -33 59 s Cen 12. p pB, pL, R, gpmbM
5437 Gx 14 03.7 +09 31 r Boo 15. p 2nd of 3
5438 Gx 14 03.7 +09 37 r Boo 14. p 3rd of 3, nf *8.6
5461 Kt 14 03.7 +54 19 r UMa B, pS, R, psbM, conn with M101
5435 * 14 03.8 -05 54 F Vir vF, *10-11 close f
I 971 14 03.8 -10 08 D Vir fine spiral, pL, mbM
I4365 Gx 14 03.8 +09 31 m Boo 0.8 15. p *13 in vF, S neb (perhaps 5438)
5462 Kt 14 03.9 +54 22 r UMa pB, pL, iR, gbM, conn with M101
I4360 14 04.1 -11 24 d Vir eF, eS, E 35deg
I4361 Gx 14 04.1 -09 46 m Vir 0.6 15. p eF, vS, cE 150deg
I4369 14 04.1 +33 19 d CVn vF, S, R, dif
I4363 14 04.2 -09 38 d Vir eF, vS, cE 150deg
I4370 14 04.2 +33 21 d CVn F, S, iF, gbM, *14 nr
I4371 14 04.2 +33 18 d CVn F, S, R, vlbM
I4364 Gx 14 04.3 -10 00 m Vir 0.6 15. p eF, vS, R
I 972 Pl 14 04.4 -17 15 s Vir 0.7 15. p F, vS, R, r
5471 Kt 14 04.6 +54 24 r UMa F, S, R, *12-13 p
5454 Gx 14 04.7 +14 23 r Boo 14. p pF, S
5473 Gx 14 04.7 +54 54 s UMa 2.6 11.4 pB, S, R, gbM
I4368 14 04.7 -09 57 d Vir F, S, R, bM
5442 Gx 14 04.9 -09 43 r Vir 14. p vF, vS, iR
5456 Gx 14 04.9 +11 53 r Boo 14. p F, pS
I4333 Gx 14 05. -84 16 c Oct 1.7 eF, vS, eE 40deg , susp
5474 Gx 14 05.0 +53 40 s UMa 4.5 10.9 pB, L, bM
5446 Gx 14 05.1 +09 37 r Boo eF, eS
5475 Gx 14 05.2 +55 45 s UMa 2.2 13. p pB, S, pmE, bM
I4366 Gx 14 05.2 -33 46 c Cen 1.8 vF, vS, cE 170deg
5459 14 05.3 +13 08 D Boo F, S, lE, pB* sp
I4359 14 05.4 -45 16 d Cen eF, vS, E 170deg , bet 2 F st
I4362 Gx 14 05.4 -41 49 c Cen 1.7 vF, S, vE 175deg
5466 Gb 14 05.5 +28 32 s Boo 11.0 9.1 Cl, L, vRi, vmC, st 11...
5477 Gx 14 05.6 +54 28 s UMa 1.7 13.8 vF, pL
I4367 Gx 14 05.6 -39 12 c Cen 1.8 eeF, pS, R, bet 2 st
I4372 14 05.7 -10 53 d Vir eF, eS, E 75deg
I4373 Gx 14 05.7 +25 14 z Boo 15. p F, S, R, N, r
5479 Gx 14 05.9 +65 41 r UMi 15. p eF, vS, R, nearly bet 2 st
5463 Gx 14 06.1 +09 22 r Boo 14. p eF, S, lE
5465 Gx 14 06.4 -05 32 h Vir 0.8 15. p eF, vS, sp 5468
5470 Gx 14 06.4 +06 02 r Vir 14. p F, mE, vglbM
5480 Gx 14 06.4 +50 43 s UMa 1.8 13. p F, pS, vgbM, np of 2
5467 * 14 06.5 -05 29 r Vir eF, vS, sp 5468
I 973 * 14 06.5 -05 29 F Vir stellar 13.5m
5468 Gx 14 06.6 -05 27 s Vir 2.5 12. p F, L, R, vgbM, *9 sf 4'
I 974 * 14 06.6 -05 31 F Vir neb object 1'.8 sff of 5465
5481 Gx 14 06.7 +50 43 s Boo 1.7 13. p F, vS, smbM, stellar, sf of 2
5484 Gx 14 06.8 +55 02 s UMa 16. p vF, S, R, 4' from 5485
5472 Gx 14 06.9 -05 28 s Vir 1.4 15. p pF, vS, bet 2 vF st
5464 Gx 14 07.1 -30 01 s Hya 1.0 13. p pF, S, R, pslbM
5485 Gx 14 07.2 +55 00 s UMa 2.6 11.5 cB, R, vgbM, f of 2
I 975 14 07.2 +15 21 d Boo vF, vS, R
5486 Gx 14 07.4 +55 06 s UMa 1.7 14. p F, pL
I4374 Gx 14 07.5 -27 01 c Hya 1.6 eeF, pS, R
5460 OC 14 07.6 -48 19 s Cen 25. 5.6 Cl, vL, vlC, st 8...
5488 Gx 14 08.0 -33 18 A Cen F, R, *8 s nr; = IC 4375
I4375 Gx 14 08.1 -33 19 c Cen 3.0 eF, eS, eE 15deg , stell N, * sp; = 5488
5476 Gx 14 08.2 -06 05 r Vir 14. p F, pS, iR
5478 Gx 14 08.2 -01 42 r Vir 14. p vF, vS
5482 Gx 14 08.4 +08 56 r Boo 14. p eF, S
I 976 Gx 14 08.7 -01 09 u Vir 1.5 14. p eF, vS, R, eF, * att s
I 977 Gx 14 08.7 -03 00 k Vir 0.6 15. p vF, S, dif
I 978 Gx 14 09.0 -02 58 k Vir 0.8 15. p vF, S, R, bMN
I 979 14 09.3 +14 51 d Boo eeF, pS, R, v diffic
5503 Gx 14 09.4 +60 25 r UMa 16. p eeF, vS, R, v diffic, 2 st nr
5502 - 14 09.6 +60 26 r UMa eeF, pS, R, v diffic, bet 2 st
5487 Gx 14 09.7 +08 05 r Boo 14. p eF (place uncertain)
5547 Gx 14 09.8 +78 36 r UMi 14. p eF, vS, E 0deg +/-
5490 Gx 14 10.0 +17 33 s Boo 2.6 13. p cF, cS, R, sbMF **
I 982 Gx 14 10.0 +17 42 v Boo 1.5 vS, R, N = 11m
I4380 Gx 14 10.0 +37 33 m Boo 0.5 14. p F, S, R, dif
I 983 Gx 14 10.1 +17 44 v Boo 5.5 eS, R, N = 11m
I 984 Gx 14 10.1 +18 22 u Boo 1.9 14. p pB, S, gbM
5500 Gx 14 10.2 +48 33 r Boo 14. p cF, cS, iR
5483 Gx 14 10.4 -43 19 s Cen 3.1 12. p pF, vL, R, vgbM
5497 Gx 14 10.4 +38 53 r Boo 15. p eF, S, R, lbM
I 980 14 10.4 -07 21 d Vir F, S, R, N = 13m, r
5492 Gx 14 10.5 +19 37 s Boo 1.8 14. p pB, vS, E
I 981 Gx 14 10.5 -04 10 n Vir 0.6 15. p F, S, gbM
I4376 *** 14 10.8 -30 49 x Cen F, S, eE 40deg
I4404 14 10.8 +78 38 d UMi eF
5491 Gx 14 10.9 +06 22 r Vir 14. p pB, pS, R, gbM, r
5499 Gx 14 10.9 +35 54 r Boo 14. p F, S, R, gbM, r?
5498 Gx 14 11.0 +25 42 r Boo 15. p F, S, R, lbM, r?
I4381 14 11.0 +25 29 d Boo F, cS, R, biN
I4382 14 11.1 +25 30 d Boo F, S, R, gbM, 5498 n 11'
I 986 14 11.4 +01 20 d Vir F, S, N = 13.5, r
5493 Gx 14 11.5 -05 03 s Vir 2.0 11.5 pB, vS, R, psmbM *, *18 inv
I 985 Gx 14 11.5 -03 14 m Vir 0.5 15. p eF, eS
I 987 Gx 14 11.5 +19 11 m Boo 1.2 15. p eF, vS, stellar, v diffic
5496 Gx 14 11.6 -01 09 s Vir 4.4 13. p pB, vL, E ns
I4384 Gx 14 11.9 +27 07 u Boo 1.1 15. p F, S, R, bMN, r
5489 Gx 14 12.0 -46 05 t Cen 1.4 vF, S, R, bM
I4378 14 12.1 -34 16 d Cen vF, vS, E 150deg
I4379 14 12.1 -34 17 d Cen vF, vS, E 90deg
I4383 14 12.2 +15 51 d Boo 1'.7 np 5504 (no descr)
5504 Gx 14 12.3 +15 50 r Boo 14. p vF, vlE, vlbM
5509 Gx 14 12.3 +24 39 r Boo vF, S, R, stellar Nucl
5520 Gx 14 12.3 +50 22 r Boo 13. p F, S, lE, stellar
5494 Gx 14 12.4 -30 39 s Cen 2.2 13. p pB, L, R, gbM, rr
5495 Gx 14 12.4 -27 07 r Hya 13. p vF, S, R, bM, *10 nf
5501 Gx 14 12.4 +01 16 r Vir 15. p vF, S, rr
5508 Gx 14 12.4 +24 39 r Boo 15. p eF, eS, R, lbM
5505 Gx 14 12.5 +13 18 r Boo 14. p vF, pS, bet * and D*
5515 Gx 14 12.5 +39 18 r Boo 13. p vF, S, vlE
5512 Gx 14 12.6 +30 51 r Boo 15. p vF, vS, R, sbMN, r?
5517 Gx 14 13.0 +35 42 r Boo 15. p F, eS, R, bMN
5511 Gx 14 13.1 +08 37 r Boo 15. p vF, S, *10 p
5506 Gx 14 13.2 -03 13 s Vir 2.9 13. p pB, L, E 20deg +/- , lbM
5513 Gx 14 13.2 +20 26 r Boo 14. p pB, pL, iR
5507 Gx 14 13.3 -03 09 s Vir 2.0 13. p cF, S, R, stellar
5510 Gx 14 13.6 -17 59 r Vir 14. p vF, S, R, gbM
5514 Gx 14 13.6 +07 40 r Boo 14. p F, pS, R, lbM, *16 nf
5518 Gx 14 13.9 +20 51 r Boo 15. p F, vS, R, gbM
5526 Gx 14 13.9 +57 46 r UMa 14. p vF, S, E, r
5519 14 14.4 +07 26 D Boo vF, pL, *10 p
5524 Gx 14 14.5 +36 24 r Boo 15. p vF
I 988 Gx 14 14.5 +03 11 z Vir 15. p F, vS, R
I4385 14 14.7 -42 18 d Cen vS, R, lbM
5522 Gx 14 14.8 +15 09 r Boo 14. p vF, vS, E
5523 Gx 14 14.8 +25 19 s Boo 4.5 13. p F, pL, pmE 90deg , *10 np
5540 Gx 14 14.8 +60 00 r UMa 15. p eF, vS, R, stellar
I 989 Gx 14 14.8 +03 07 u Vir 1.3 14. p F, vS, R, bM
I4386 Gx 14 15.0 -43 58 c Cen 3.1 F, vS, R
I4387 Gx 14 15.0 -44 00 c Cen 1.3 F, vS, R
5527 Gx 14 15.4 +36 11 r Boo 16. p eeF
5521 Gx 14 15.5 +04 24 r Vir 14. p F, S, R, bM
5525 Gx 14 15.6 +14 17 r Boo 14. p pF, pS, iR, bM
5529 Gx 14 15.6 +36 13 s Boo 5.9 13. p cF, pL, vmE 110deg , vgvmbM
I 990 Gx 14 15.7 +39 47 m Boo 0.6 15. p vF, S, dif
5516 Gx 14 15.8 -48 07 r Cen pF, S, R, psbM, S** nf
I4392 14 15.9 -13 07 d Vir eF, vS, mE 80deg , F* sf, susp
I4388 Gx 14 16.0 -31 46 m Cen 0.8 15. p vF, vS, R, sbM
5533 Gx 14 16.1 +35 21 s Boo 3.2 11.8 pB, R, vsmbM, 2 or 3 st inv
5528 Gx 14 16.2 +08 17 r Boo 15. p eeF, pS, R, 2 vF st nr
5536 Gx 14 16.3 +39 30 r Boo 14. p cF, vS, R, sp of 2
I4391 Gx 14 16.3 -31 41 m Cen 0.5 15. p vF, vS, R
5541 Gx 14 16.4 +39 35 r Boo 13. p cF, S, R, gbM, nf of 2
I4394 14 16.5 +39 42 d Boo eF, S, R
I 995 Gx 14 16.6 +57 48 u UMa 1.4 14. p eeF, S, lE, v diffic
5531 Gx 14 16.7 +10 53 r Boo 14. p F, S, R, 5532 f 10s
I4389 14 16.8 -40 33 d Cen vF, vS, R, dif
5532 Gx 14 16.9 +10 48 s Boo 1.9 12.0 vF, vS, R, gbM, r
5544 Gx 14 17.0 +36 34 s Boo 1.1 13. p F, pS, E 80deg , Dneb or biN with 5545
I 996 14 17.0 +57 39 d UMa eeF, S, mE, v diffic
I4377 Gx 14 17.0 -75 39 c Aps 2.6 eeF, vS, mE 180deg , vmbM
I4390 Gx 14 17.0 -44 59 c Cen 1.7 eF, vS, mE 5deg , stell N
5545 Gx 14 17.1 +36 35 s Boo 1.3 13. p E, lbM, Dneb or biN with 5544
I4395 Gx 14 17.2 +26 51 u Boo 1.5 15. p F, S, R, N, stell
5561 Gx 14 17.4 +58 44 r UMa 15. p eF, pS, R, F* close p
5537 Gx 14 17.5 +07 03 r Vir 15. p eeF, S, lE
I4396 14 17.5 +28 48 d Boo F, S, dif
5535 Gx 14 17.6 +08 11 r Boo 15. p eF, S, iR
5538 Gx 14 17.6 +07 29 r Boo 15. p eF, S, E
5539 Gx 14 17.6 +08 11 r Boo 15. p F, pL, iF, gbM
5534 Gx 14 17.7 -07 25 s Vir 1.4 14. p pF, st inv, *12 np
I 991 Gx 14 17.7 -13 53 m Vir 1.4 13. p F, S
5542 Gx 14 17.8 +07 33 r Boo 15. p vF, vS
I4393 Gx 14 17.8 -31 21 c Cen 2.3 cF, S, eE 75deg
I4397 Gx 14 17.9 +26 25 u Boo 1.1 14. p F, cS, R, bM, r
5543 Gx 14 18.0 +07 39 r Boo 15. p eF, vS
5548 Gx 14 18.0 +25 08 s Boo 1.9 12.5 cF, pS, R, vsvmbM *
5546 Gx 14 18.1 +07 34 r Boo 14. p pB, cS, gbM
I 993 14 18.1 +11 16 d Boo vF, iF, diffic
I4398 Gx 14 18.2 +28 51 m Boo 0.5 15. p F, S, R, gbM, r
I 992 Gx 14 18.3 +00 53 u Vir 1.6 15. p F, pS, R, *10.5 nf
I 994 Gx 14 18.3 +11 11 u Boo 1.4 15. p pB, vS, R
I1005 14 18.3 +71 36 d UMi F, S, R, bM
I4399 Gx 14 18.3 +26 23 u Boo 1.2 15. p F, cS, R, N, r
I4403 Gx 14 18.3 +31 39 u Boo 1.4 15. p F, S, R, gbM, *14 n
5550 Gx 14 18.4 +12 52 r Boo 14. p vF, cS, pmE
5553 Gx 14 18.4 +26 17 r Boo 15. p vF, S, lE
5557 Gx 14 18.4 +36 30 s Boo 2.4 11.1 cB, S, R, vsbM *
5530 Gx 14 18.5 -43 24 s Lup 4.1 12. p !, vF, pmE, esvmbM *12
5549 Gx 14 18.5 +07 22 r Vir 14. p vF, vS, R
5551 Gx 14 18.9 +05 26 r Vir 15. p 3 st in neby
5552 Gx 14 18.9 +07 02 r Vir 15. p vF, S
5555 Gx 14 19.0 -19 08 r Vir 15. p vF, S, iR, gbMN
5559 Gx 14 19.1 +24 48 r Boo 15. p vF, S, vlE, bM
5554 Gx 14 19.2 +07 01 r Vir 15. p eF, S
5567 Gx 14 19.3 +35 08 r Boo 15. p pF, R
5568 Gx 14 19.4 +35 05 r Boo 15. p vF, S, v dif
5570 Gx 14 19.4 +07 26 r Boo F, S, iR
5607 Gx 14 19.4 +71 35 s UMi 1.1 14. p pF, cS, iR, bM, er
I4401 Gx 14 19.4 -04 31 m Vir 1.0 15. p vF, S, mE 200deg , nr IC 997
I4405 Gx 14 19.4 +26 16 m Boo 0.9 15. p F, S, dif
5572 Gx 14 19.5 +36 08 r Boo 15. p eF, vS, bM
5571 - 14 19.6 +35 09 r Boo S Cl of F st in neb; = 5579?
I 999 Gx 14 19.6 +17 52 u Boo 0.8 14. p F, vS, R, N = 14m, stellar
5558 - 14 19.7 +07 02 r Vir eF, S, lE, np of 2
I1000 Gx 14 19.7 +17 51 u Boo 0.8 14. p F, vS, R, N = 14m, stellar
5585 Gx 14 19.8 +56 44 s UMa 5.5 10.9 pF, L, iR, vgmbM, r
I 997 Gx 14 19.9 -04 27 m Vir 1.0 14. p pF, S, R, * n
5560 Gx 14 20.1 +04 00 s Vir 3.9 12.4 pF, cL, E, gbM
5562 Gx 14 20.1 +10 15 r Boo 14. p vF, S, vF* 3s f
5563 Gx 14 20.1 +07 03 r Vir 15. p eF, S, lE
5564 - 14 20.2 +07 01 r Vir eF, S; probably = 5563
5565 - 14 20.2 +07 00 r Vir eF, S, v diffic; probably = 5563
I 998 14 20.2 -04 28 d Vir eeF, S, R, v diffic
5566 Gx 14 20.3 +03 56 s Vir 6.5 10.5 B, pL, R, psbM, r, *12 f 1'.5
5569 Gx 14 20.5 +03 59 s Vir 1.9 15. p eF, pL, R
5579 Gx 14 20.5 +35 11 r Boo 14. p vF, cL, p of 2
5556 Gx 14 20.6 -29 15 s Hya 3.1 12. p eF, L, S* inv
5573 Gx 14 20.6 +06 54 r Vir 15. p vF, S, lE
5580 ? 14 20.7 +35 13 A Boo pB, S, f of 2
5582 Gx 14 20.7 +39 42 r Boo 13. p pB, pS, R, bMFN, * sp
I1001 14 20.7 +05 08 d Vir eF, S, dif
I1002 14 20.7 +05 11 d Vir eF, vS, lbM
5640 Gx 14 20.8 +80 06 r Cam 15. p eF, S, lE
5574 Gx 14 20.9 +03 14 s Vir 1.6 12.4 pF, pS, lE, p of 2
5575 Gx 14 20.9 +06 12 r Vir 14. p F, vS, or neb*
I1003 14 20.9 +05 27 d Vir eF, vS, vS * att, diffi
I1004 14 20.9 +17 39 d Boo pF, sbM
5576 Gx 14 21.1 +03 16 s Vir 3.2 10.9 B, S, R, vsmbM, f of 2
5581 Gx 14 21.1 +23 29 r Boo 15. p vF* in vF, vS, R neby
5577 Gx 14 21.2 +03 26 s Vir 3.4 13. p pF, pL, vmE 53deg
5578 - 14 21.2 +06 12 r Vir vF, vS, lE, mbMN
I4402 Gx 14 21.2 -46 18 c Lup 3.4 L, eE 125deg , pointed ends
I4408 Gx 14 21.2 +29 59 u Boo 1.0 15. p F, S, R, gbM
5588 D* 14 21.5 +35 07 r Boo vF, R, gbM
5589 Gx 14 21.5 +35 15 r Boo 14. p vF, S, R, np of 2
I4409 Gx 14 21.5 +31 35 m Boo 0.7 15. p F, S, R, *13.5 close
5583 Gx 14 21.7 +13 13 r Boo 14. p vF, pS, R, pB* nr
5590 Gx 14 21.7 +35 11 r Boo 13. p cF, S, R, bM *, sf of 2
5586 - 14 22.1 +13 10 r Boo eF, vS, R
5587 Gx 14 22.2 +13 55 s Boo 2.9 14. p F, cS, vlE, *8 sf
5602 Gx 14 22.3 +50 31 r Boo 13. p pF, pS, lE, mbM
I4400 14 22.3 -60 35 d Cen F, S, E
I4410 Gx 14 22.3 +17 23 m Boo 0.6 16. p vF, vS, R
5584 Gx 14 22.4 -00 23 s Vir 3.3 12. p F, L, mE, dif, glbM
I4406 Pl 14 22.4 -44 09 s Lup 0.5 11. p PN , stellar, 10 mag, E 80deg
5596 Gx 14 22.5 +37 07 s Boo 1.5 15. p eF, S, R, stellar
5598 Gx 14 22.5 +40 19 r Boo 14. p F, vS, R, bM
5620 Gx 14 22.5 +69 34 r UMi 15. p eF, vS
5591 Gx 14 22.6 +13 43 r Boo 14. p eF, S, R, pB* nr sf
5601 Gx 14 22.9 +40 18 r Boo 15. p vF, bet 5598 and 5603
I1006 Gx 14 23.0 +23 47 m Boo 1.0 15. p F
I4413 Gx 14 23.0 +37 32 m Boo 0.2 16. p F, S, R
5603 Gx 14 23.1 +40 22 r Boo 14. p cF, pS, R, gbM
5594 Gx 14 23.2 +26 15 r Boo 15. p eF, vS, stellar; = IC 4412
I4412 14 23.2 +26 16 x Boo F, S, R, dif; = 5594
5608 Gx 14 23.3 +41 46 s Boo 2.7 13. p F, pL, lE, vglbM
I4407 14 23.6 -05 59 F Vir no description
5599 Gx 14 23.7 +06 34 r Vir 14. p F, S, lE
5600 Gx 14 23.8 +14 38 s Boo 1.4 12.7 pB, pS, gbM
I4414 Gx 14 23.8 +28 19 m Boo 0.5 15. p pB, cS, gbMN, r
5592 Gx 14 23.9 -28 41 s Hya 1.7 13. p F, S, E, gvlbM, r
5609 Gx 14 23.9 +34 50 r Boo eeF
5613 Gx 14 24.1 +34 54 s Boo 1.1 16. p eF, pS, dif, 2' n of 5614
5614 Gx 14 24.1 +34 52 s Boo 2.7 11.7 pB, S, R, smbM
5595 Gx 14 24.2 -16 43 s Lib 2.0 12. p F, pL, R, vgbM, p of 2
5611 Gx 14 24.2 +33 01 r Boo 13. p F, S, R, bM
5615 Gx 14 24.2 +34 52 r Boo 15. p close n of 5614 (vF*?)
5616 Gx 14 24.2 +36 26 r Boo 15. p vF, S, cE, vgbM, er
5610 Gx 14 24.3 +24 36 r Boo 14. p vF, S, pmE 0deg +/- , *9 f
I4415 14 24.4 +16 38 d Boo vF, vS, R, lbM
I4416 Gx 14 24.4 +29 37 m Boo 0.3 16. p F, S, R, N
5597 Gx 14 24.5 -16 46 s Lib 2.0 12.1 vF, L, vlE, vglbM, f of 2
I1007 Gx 14 24.6 +04 32 z Vir 15. p vF, vS, R, lbM, *10.5 nr
5604 Gx 14 24.7 -03 13 r Vir 14. p F, pS, R, vgbM*, r
I4417 Gx 14 24.9 +17 02 m Boo 0.2 15. p vF, vS, R, lbM
I1008 14 25.0 +28 20 d Boo pF
I4411 14 25.0 -35 01 d Cen F, S, eE 45deg
5605 Gx 14 25.1 -13 10 s Lib 1.8 13. p vF, pL, R, vgbM
I4418 14 25.3 +25 31 d Boo pB, S, R, gbMN
I4420 Gx 14 25.6 +25 22 m Boo 0.7 15. p F, S, E 220deg , N
5593 OC 14 25.8 -54 49 r Lup Cl, vlRi, vlC, st 10
I4419 14 25.8 +16 38 d Boo F, vS, R, lbM
I4422 Gx 14 26.0 +30 28 m Boo 0.2 15. p F, cS, r
5622 Gx 14 26.2 +48 33 r Boo 14. p vF, pS, vlE, vglbM
I1009 Gx 14 26.3 +12 21 z Boo 15. p vF, S, dif
I4423 Gx 14 26.3 +26 15 u Boo 1.1 15. p vF, S, R, dif
5624 Gx 14 26.6 +51 36 r Boo 14. p eF, S, lE
5631 Gx 14 26.6 +56 35 s UMa 2.2 13. p B, S, R, psbMN
I4425 Gx 14 26.7 +27 12 z Boo 15. p F, S, R, dif
5625 Gx 14 27.0 +39 57 r Boo 15. p vF, S, R, gbM
I4427 Gx 14 27.0 +26 51 m Boo 0.7 15. p F, cS, dif, r
I4431 Gx 14 27.1 +30 57 u Boo 1.3 15. p F, cS, R gbM, r
5618 Gx 14 27.2 -02 16 s Vir 1.8 15. p eF, S
5623 Gx 14 27.2 +33 14 r Boo 13. p cF, S, R, vsmbM, r
I1012 14 27.2 +30 59 d Boo no description
5619 Gx 14 27.3 +04 48 s Vir 2.5 14. p vF, S, R, vgbM
I1010 Gx 14 27.3 +01 02 u Vir 2.3 15. p F, S, dif
I4426 Gx 14 27.3 +16 50 m Boo 0.4 16. p F, vS, R, lbM
I4428 14 27.4 +16 12 d Boo F, eS, R, lbM
I4437 14 27.4 +41 29 d Boo no descr, *8 nf
5633 Gx 14 27.5 +46 09 s Boo 2.3 12.3 cB, pS, R, pglbM
I4424 Gx 14 27.5 +04 49 m Vir 0.8 15. p eF, S, stellar
I4435 Gx 14 27.5 +37 29 m Boo 0.5 14. p F, R, sbM *13.5
5630 Gx 14 27.6 +41 16 s Boo 2.5 14. p F, S, E 90deg +/- , gbM
5671 14 27.7 +69 38 D UMi vF, pL, R, bM
I4429 Gx 14 27.7 +16 53 m Boo 0.6 15. p F, vS, R
5606 OC 14 27.8 -59 38 s Cen 3. 7.7 Cl, S, pC, st L & S
5621 - 14 27.8 +08 15 r Boo eeF, L, r
I1013 14 27.8 +25 50 D Boo eF, vS
I4433 14 27.8 +16 12 d Boo F, vS, R, mbM
I4434 14 27.9 +16 13 d Boo F, vS, R, lbM
I4436 Gx 14 27.9 +26 29 m Boo 0.8 15. p pB, S, R, gbM, r
I1011 Gx 14 28.1 +01 00 m Vir 0.4 15. p F, vS, R, N = 14m
I1017 Gx 14 28.1 +25 52 u Boo 1.1 15. p pF, vS, sbM, stellar
I1019 Gx 14 28.1 +25 56 m Boo 0.4 15. p F, vS, R, stellar, * 13 nr
I4421 14 28.1 -37 35 d Cen eef, vS, R, F* f
I4470 OC 14 28.1 +78 54 x UMi Cl, eF, S; neb?
5629 Gx 14 28.3 +25 50 r Boo 14. p pF, S, R, gbM
5632 Gx 14 28.3 -00 12 r Vir neb, *11 f 150s
I1014 Gx 14 28.3 +13 47 s Boo 2.8 13. p F, pL, R, vgbM
I1015 Gx 14 28.3 +15 25 m Boo 0.6 15. p vF, iF
I1018 Gx 14 28.3 +25 51 u Boo 2.3 14. p eF, eS, v diffic
5628 Gx 14 28.4 +17 55 r Boo 14. p pF, S, R, gbMN = 14m
5627 Gx 14 28.5 +11 22 r Boo 14. p vF, vS, R, *9 sp
5635 Gx 14 28.5 +27 25 s Boo 2.6 14. p F, S, E, sbM
I4438 Gx 14 28.6 +17 21 m Boo 0.4 16. p F, vS, R, dif
I4439 Gx 14 28.7 +17 02 z Boo 16. p F, S, R, mbM
5639 Gx 14 28.8 +30 24 r Boo 14. p vF, R, *7 p, *11 s
I1016 14 28.8 +04 50 d Vir vF, vS, R, f 5619
I1020 Gx 14 28.8 +26 02 u Boo 1.2 15. p F, stellar, vF* close
I4442 Gx 14 28.8 +28 57 m Boo 1.0 15. p F, S, R, N
5637 Gx 14 28.9 +23 11 r Boo 14. p vF, S, R, vgbM
I4440 Gx 14 29.0 +17 20 m Boo 0.6 16. p bM, mag 15
I4446 Gx 14 29.0 +37 28 m Boo 0.8 15. p F, cS, R, dif
5642 Gx 14 29.2 +30 01 r Boo 14. p cF, S, * inv, *12 nf
I1021 Gx 14 29.2 +20 40 u Boo 1.2 15. p F, S, iR
5641 Gx 14 29.3 +28 49 s Boo 2.7 13. p pB, pS, lE, mbM, r?
I4443 14 29.3 +16 11 d Boo vS, vlE, lbM
I4430 14 29.4 -33 37 d Cen cF, cS, indistinct
5646 Gx 14 29.5 +35 26 r Boo 15. p eF, E sp nf, 45" l
5634 Gb 14 29.6 -05 59 s Vir 4.9 9.6 glob. cl. , vB, cL, R, gbM, rrr st 19, *8 sf
I4447 14 29.6 +30 49 d Boo F, S, R, gbMN, r
5626 Gx 14 29.7 -29 46 r Hya 15. p eF, S, R
5636 Gx 14 29.7 +03 16 s Vir 1.9 15. p eF, cL, R, np of 2
5638 Gx 14 29.7 +03 14 s Vir 2.6 11.3 cB, pL, R, sf of 2
5712 Gx 14 29.7 +78 51 r UMi 15. p vF, S, R, S Cl p
5617 OC 14 29.8 -60 43 s Cen 10. 6.3 Cl, L, pRi, pCM, st 8...
5660 Gx 14 29.8 +49 37 s Boo 2.8 11.8 pB, L, iR, vgbM
I1027 14 29.8 +53 57 D Boo eeF, pS, R, *13 sp 0'.7
I4432 14 29.8 -39 32 d Cen vF, vS, mE 85deg
5654 Gx 14 29.9 +36 21 r Boo 14. p F, S, E?, ** inv?
I1022 Gx 14 30.0 +03 46 u Vir 1.2 15. p vF, E ns
5653 Gx 14 30.2 +31 13 s Boo 1.8 12.2 pF, pS, R, bM
5644 Gx 14 30.4 +11 55 r Boo 14. p pB, pS, R, gmbM
5656 Gx 14 30.4 +35 19 s Boo 2.1 13. p pF, pL, R, mbM, r
5667 Gx 14 30.4 +59 29 s Dra 1.8 13. p pB, pS, E 0deg
5647 Gx 14 30.6 +11 52 r Boo 15. p F, S, R, vlbM
5648 Gx 14 30.6 +14 00 r Boo 14. p vF, S, no Nucl; = 5649
5649 Gx 14 30.6 +14 00 D Boo 14. p eF, vS, np of 2
5645 Gx 14 30.7 +07 17 s Vir 2.6 12.3 cF, pL, iR, gbM
5657 Gx 14 30.7 +29 10 r Boo 14. p F, S, irr, sev vF st inv, r?
5650 Gx 14 30.8 +06 00 h Vir 0.2 15. p vF, pS, R
5652 Gx 14 30.9 +05 58 r Vir 14. p pB, pL, vlE, bM
5655 Gx 14 31.0 +13 59 r Boo eeF, sf of 2
5659 Gx 14 31.1 +25 21 r Boo 15. p eF
I1026 * 14 31.2 +31 13 x Boo pB
5651 - 14 31.3 -00 56 r Vir neb, R
I4449 14 31.3 +15 15 d Boo vF, vS, R, dif
I1024 Gx 14 31.4 +03 00 u Vir 1.6 14. p pB, vS, E ns
I4441 14 31.4 -43 31 d Lup pF, pS, R
5673 Gx 14 31.5 +49 58 s Boo 2.6 14. p F, S, cE, *15 np
I1025 Gx 14 31.5 +07 04 z Vir 15. p eF, sbM
I4444 Gx 14 31.7 -43 25 s Lup 1.9 12. p vF, vS, * M, spir or annular
5661 Gx 14 31.9 +06 14 r Vir 14. p vF, pS, iE
I4445 14 31.9 -46 02 d Lup F, cS, E 160deg
5678 Gx 14 32.1 +57 55 s Dra 3.2 12. p B, L, lE 0deg , vgmbM
I4450 Gx 14 32.1 +28 33 u Boo 1.2 15. p F, cS, dif, *10.5 nf
5658 Gx 14 32.4 +00 16 r Vir 14. p neb, F, E
5665 Gx 14 32.4 +08 05 s Boo 2.1 13. p pB, pL, R, gbM, r
I1023 14 32.4 -35 48 d Cen neb
I4452 Gx 14 32.4 +27 26 z Boo 15. p F, S, R, gbM, r
I1028 14 32.5 +41 51 d Boo pB, S, R, F* close nf
I1029 Gx 14 32.5 +49 54 v Boo 3.0 vF, S, lE, mbM
5672 Gx 14 32.6 +31 40 s Boo 1.0 13.6 vF, vL, iR, lbM, ** p
5675 Gx 14 32.6 +36 17 r Boo 14. p F, pS, E, bM
5643 Gx 14 32.7 -44 10 s Lup 4.6 11. p pB, L, R, vglbM, st inv
5669 Gx 14 32.7 +09 53 s Boo 4.1 12. p F, L, R, lbM, r
5676 Gx 14 32.8 +49 28 s Boo 3.9 10.9 B, L, E 45deg +/- , pgbM, r
5666 Gx 14 33.1 +10 29 r Boo 13. p vF, vS, R, stellar
I4454 14 33.3 +17 43 d Boo F, eS, R, lbM
5668 Gx 14 33.4 +04 27 s Vir 3.3 11.5 F, pS, vlE, *14 inv
5664 14 33.7 -14 35 D Lib pF, S, E, gbM
I1030 14 33.7 +31 42 d Boo pF
5674 Gx 14 33.8 +05 26 r Vir 13. p cF, pS, R, gbM
5663 Gx 14 33.9 -16 34 r Lib 15. p eF, vS, R, glbM
5612 Gx 14 34.1 -78 24 s Aps 2.0 13. p vF, E, gbM, r
I4456 14 34.1 +16 11 d Boo F, S, R, dif
5677 Gx 14 34.2 +25 27 r Boo 15. p vF, vS, R, r, 3 st 9, 10 np
I4453 Gx 14 34.5 -27 31 c Hya 2.0 pB, eS, R, F* close
I4455 14 34.5 -14 38 d Lib eF, cS, cE 30deg
I4457 14 34.5 +18 13 d Boo F, vS, R, lbM
I4459 Gx 14 34.5 +30 58 m Boo 0.5 15. p F, pL, E ns, glbM, r
I1031 14 34.6 +48 02 d Boo eeF, S, R
I4451 Gx 14 34.6 -36 17 c Cen 1.9 vF, vS, R, * n 0'.5
I4460 Gx 14 34.6 +30 17 m Boo 0.7 F, S, dif, glbM
I1032 14 34.7 +47 57 d Boo eeF, S, R
5682 Gx 14 34.8 +48 40 s Boo 2.0 14.0 F, pS, E
I1033 14 34.8 +47 56 d Boo eeF, S, R
5683 Gx 14 34.9 +48 40 v Boo 0.7 14.8 F, vS, lE
5687 Gx 14 34.9 +54 29 s Boo 2.6 11.8 pF, S, iF, r, *10 f
5679 Gx 14 35.0 +05 20 r Vir 14. p vF, S, R, *12 att
I4461 14 35.0 +26 31 d Boo F, vS, R, N, r
I4462 14 35.0 +26 32 d Boo F, S, R
5662 OC 14 35.2 -56 33 s Cen 12. 5.5 Cl, L, pRi, lC, st 9...
5689 Gx 14 35.5 +48 45 s Boo 3.7 11.9 cB, pL, E 87deg , psmbM
5670 Gx 14 35.7 -45 57 t Lup 2.0 vF, S, cE, bet 2 st
5681 Gx 14 35.7 +08 18 r Boo 14. p F, S
5680 Gx 14 35.8 -00 03 r Vir 15. p vF, vS
5684 Gx 14 35.8 +36 32 r Boo 14. p F, cS, R, bM, p of 2
I4463 Gx 14 35.8 +16 02 z Boo 15. p F, vS, R
I4465 14 35.9 +15 34 d Boo vF, vS, lE 180deg
5686 Gx 14 36.0 +36 29 r Boo 15. p vF, S, R, f of 2
5685 Gx 14 36.2 +29 54 r Boo 15. p vF, vS, R, gbMN = 15m
5693 Gx 14 36.2 +48 35 s Boo 1.9 15. p F, pL, *13 att s
I4471 14 36.4 +41 40 x Boo no description; = 5697
5697 Gx 14 36.6 +41 41 r Boo 14. p F, vS, R, bM, 4 B st p; = IC 4471
I4466 14 36.7 +18 20 d Boo F, vS, lE
I4467 Gx 14 36.8 +18 21 z Boo 15. p F, vS, R, lbM
5696 Gx 14 37.0 +41 49 r Boo 14. p cF, cS, R, lbM, r
5700 Gx 14 37.1 +48 33 r Boo 15. p eF, S, r, *11 sp 4'
5698 Gx 14 37.2 +38 28 r Boo 14. p cF, cS, lE, in triangle of st
I1034 Gx 14 37.2 +14 40 z Boo 16. p vF, lbM
I4458 14 37.2 -39 28 d Cen eF, eS, E 100deg
5695 Gx 14 37.3 +36 34 r Boo 14. p pB, cS, R, bM, r
I4469 Gx 14 37.3 +18 15 u Boo 1.6 16. p F, pL, eE 110deg
5707 Gx 14 37.5 +51 34 s Boo 2.8 13. p B, pS, R
5690 Gx 14 37.7 +02 17 s Vir 3.5 13. p vF, mE 138deg , F* att sf, *7 p 4'
I1046 Gx 14 37.8 +69 00 m UMi 0.8 15. p eF, S, R, D* f
I4464 Gx 14 37.8 -36 53 c Cen 1.6 vF, S, R, N, wisp at 45deg
5691 Gx 14 37.9 -00 24 s Vir 2.0 13. p pB, pS, lE, gbM
5704 - 14 37.9 +40 31 r Boo F, cS, lE 0deg +/-
I4473 Gx 14 37.9 +15 50 m Boo 0.5 15. p vS, com, 170deg
I1035 Gx 14 38.1 +09 20 m Boo 0.7 15. p pF, vS, R, S, * nr
5714 Gx 14 38.2 +46 38 s Boo 3.0 14. p vF, pS, E pf, D* n, 1st of 6
5692 Gx 14 38.3 +03 24 s Vir 0.9 13. p pB, vS, R, gbM
5699 - 14 38.3 +29 30 r Boo eF, vS; = 5706?
5708 Gx 14 38.3 +40 28 r Boo 14. p F, pL, E 0deg +/- , gbM
I1036 Gx 14 38.3 +18 07 z Boo 16. p pF, S
5720 Gx 14 38.4 +50 52 r Boo 14. p eeF, pS, R, bet 2 st
I1037 Gx 14 38.4 +18 10 m Boo 0.8 15. p F, vS, R, stellar
I4468 Gx 14 38.4 -22 22 c Lib 2.3 F, pL, cE 160deg , cbM
I4474 14 38.4 +23 26 d Boo F, vS, R, N
I4475 Gx 14 38.4 +23 20 z Boo 15. p F, vS, N, stell
5703 - 14 38.5 +29 30 r Boo vF, vS, iR; = 5709?
I4477 Gx 14 38.5 +28 27 z Boo 15. p F, vS, dif, *12 p 2s , 15" n
5706 Gx 14 38.6 +30 29 r Boo 15. p vF, vS, R, vlbM
5717 Gx 14 38.6 +46 41 r Boo 15. p vF, S, R, D* nr, 2nd of 6
I4479 Gx 14 38.7 +28 30 u Boo 1.5 15. p F, cS, N, dif
5702 Gx 14 38.8 +20 31 r Boo 14. p vF, vS
5709 Gx 14 38.8 +30 27 r Boo 14. p vF, S, iF, E pf
5721 Gx 14 38.9 +46 41 r Boo 15. p vF, S, R; forms trapez with 5722-4
5723 Gx 14 38.9 +46 41 r Boo 15. p vF, S, R
5722 Gx 14 39.0 +46 40 r Boo 15. p vF, S, R, psbM
5724 Gx 14 39.1 +46 44 r Boo 17. p vF, S, R; F neb connecting 5721-4?
5701 Gx 14 39.2 +05 22 s Vir 4.7 12. p cB, pS, R, mbM, *11 p 15s
I4478 Gx 14 39.2 +15 53 z Boo 15. p bM, mag 15
5710 Gx 14 39.3 +20 03 r Boo 14. p vF, S, vgbM, ** f, p of 2
5711 Gx 14 39.4 +20 00 r Boo 15. p eF, vS, ** att, f of 2
I1038 Gx 14 39.4 +11 55 z Boo 15. p F, vS, stellar, *10 f 8s
5688 Gx 14 39.5 -45 02 t Lup 3.9 F, S, vgbM, am st
5694 Gb 14 39.6 -26 32 s Hya 3.6 10.2 cB, cS, R, psbM, r, *9.5 sp
I1049 14 39.6 +62 02 D Dra eeF, pS, R
5705 Gx 14 39.8 -00 43 s Vir 2.8 14. p eF, L, lE, eF dif neby around
I4480 Gx 14 39.8 +18 29 m Boo 0.5 15. p F, S, R, dif, * in M
I4476 14 39.9 -16 14 d Lib neb, *7 nf 5'
5731 Gx 14 40.0 +42 46 r Boo 14. p vF, eS, lE
I4481 14 40.1 +16 08 d Boo eF, vS, R, dif
I4482 Gx 14 40.1 +18 57 z Boo 15. p F, S, R
5713 Gx 14 40.2 -00 17 s Vir 2.8 11.4 cB, pL, R, psmbM, r
I4472 Gx 14 40.2 -44 19 c Lup 1.8 L, eE 180deg , bet 2 st ns, doubtful
5730 14 40.3 +42 45 D Boo vF, cS, E 90deg +/-
I1040 Gx 14 40.3 +09 28 z Boo 15. p eF, vS
I4483 Gx 14 40.3 +16 41 u Boo 1.6 15. p E 200deg , lbM
5727 Gx 14 40.5 +33 59 s Boo 2.3 14. p eF, pL, R, dif
I1039 Gx 14 40.5 +03 25 z Vir 16. p vF, vS, lbM
I4448 Gx 14 40.5 -78 49 c Aps 1.0 !! F, vS, annul, * in M
I4485 14 40.5 +28 40 d Boo F, S, dif
5732 Gx 14 40.6 +38 39 r Boo 14. p vF, S, R, lbM
I1041 14 40.6 +03 21 d Vir pB, vS, R, N = 12m
I1042 14 40.6 +03 26 d Vir vF, vS, R, bM, close D with 5718
I1043 14 40.7 +03 21 d Vir vF, vS, R, bM
I1045 14 40.7 +42 45 d Boo eeF, pS, R, nearly bet 2 st
5718 Gx 14 40.8 +03 28 r Vir 14. p vF, S, R, vglbM, *8-9 nf
5719 Gx 14 40.9 -00 19 s Vir 3.4 14. p pF, S, lE, bM
5716 Gx 14 41.1 -17 29 s Lib 1.9 13. p vF, pL, R
5725 Gx 14 41.1 +02 10 r Vir 14. p vF, S, disc, *15 s 95"
I1044 Gx 14 41.5 +09 26 m Boo 1.0 15. p F, vS, R, gbM
I4486 Gx 14 41.9 +18 33 m Boo 0.7 16. p vF, vS, R, dif
5729 Gx 14 42.0 -09 03 s Lib 3.0 13. p F, pL, E, r
I4487 14 42.0 +18 37 d Boo F, eS, R, lbM
5728 Gx 14 42.4 -17 15 s Lib 2.8 11.3 pF, pL, pmE 45deg +/- , mbM, *10 s
5735 Gx 14 42.4 +28 44 r Boo 14. p vF, L, iR, lbM
I1047 Gx 14 42.4 +19 10 m Boo 0.6 16. p vF, S, v, dif
5739 Gx 14 42.5 +41 50 s Boo 2.2 13. p pB, S, R, smbM, r, * nr
I4492 14 42.6 +37 25 d Boo F, vS, R, N, stell
5733 Gx 14 42.8 -00 21 s Vir 1.3 15. p vF, S, mE
I4488 14 42.8 +18 36 d Boo vF, eS, R, lbM
5726 14 42.9 -18 26 D Lib F, S, R, gbM, *10.5 np 3'
I1048 Gx 14 42.9 +04 53 s Vir 2.5 14. p pB, pL, E pf, r
5737 Gx 14 43.2 +18 53 r Boo 14. p vF, cS, R, vglbM
I4489 14 43.2 +18 31 d Boo vF, eS, R, lbM
5715 OC 14 43.4 -57 33 s Cir 6. 10. p Cl, L, pRi, CM, st 11...13
5736 Gx 14 43.5 +11 13 r Boo 15. p eeF, S, lE, v diffic
5744 Gx 14 43.9 -18 29 A Lib eF, vS, neb?
5751 Gx 14 43.9 +53 25 r Boo 14. p F, S, vlE, triangle 2 st 10-11
I4496 Gx 14 43.9 +33 23 m Boo 0.3 15. p F, S, R, N
5738 Gx 14 44.0 +01 37 r Vir 14. p F, S, bM
I1050 Gx 14 44.1 +18 01 z Boo 15. p vF, S, R, dif
I1051 Gx 14 44.2 +19 01 z Boo 15. p F, vS, stellar
I1052 Gx 14 44.2 +20 37 u Boo 1.1 15. p neb *12
I4495 Gx 14 44.2 +23 33 z Boo 16. p vF, vS, R
I4497 Gx 14 44.3 +28 32 m Boo 0.6 15. p F, S, R, N, r, *12.5 f 5s
5740 Gx 14 44.4 +01 41 s Vir 3.1 11.9 pB, L, iR, gbM, r
5747 Gx 14 44.4 +12 09 r Boo 14. p eF, S; = IC 4493
I4493 14 44.4 +12 07 x Boo eF, S, R, dif, rM; = 5747
I4491 14 44.5 -13 44 d Lib F, S, eE 0deg
I4494 Gx 14 44.5 +15 30 m Boo 1.0 15. p vF, vS, R, dif
I4500 Gx 14 44.6 +37 29 m Boo 0.3 15. p F, S, R, gbM
5746 Gx 14 44.9 +01 57 s Vir 7.9 10.6 B, L, vmE 170deg , bmBN
5748 Gx 14 45.0 +21 55 r Boo 15. p eF, vS
I4498 Gx 14 45.0 +26 17 m Boo 0.4 15. p F, S, R, gbM
5734 Gx 14 45.1 -20 52 r Lib 14. p vF, S, lE, glbM
5743 Gx 14 45.1 -20 54 r Lib 13. p F, S, mE, smbMN
5745 Gx 14 45.1 -13 56 r Lib 14. p vF, S, E, pslbM
5752 Gx 14 45.3 +38 43 r Boo 14. p F, 1' p 5754
I4502 14 45.3 +37 18 d Boo F, S, dif r, *14 vnr
5753 Gx 14 45.4 +38 43 r Boo 15. p F, bM, np 5754
5754 Gx 14 45.4 +38 47 r Boo 14. p cF, cS, R, bM
I4490 14 45.4 -36 10 d Cen oval, around 2 st 9.5 & 10
5755 Gx 14 45.5 +38 46 r Boo 15. p F, 2' nf 5754
I1053 Gx 14 45.6 +16 57 m Boo 0.5 15. p eF, vS, v dif, *4 p 28s
5742 Gx 14 45.8 -11 48 r Lib 14. p F, pS, pmE, gbMN
I1056 Gx 14 45.8 +50 25 u Boo 2.0 14. p eeF, L, R, 3 pB st sf
I1057 14 46.0 +50 22 d Boo eF, pS, R, bet 3 st
5741 Gx 14 46.1 -11 54 r Lib 15. p vF, vS, R, sbMN
5750 Gx 14 46.2 -00 13 s Vir 2.9 11.6 pF, pS, vlE, r
I1054 Gx 14 46.5 +01 16 u Vir 1.2 15. p vF, vS, sbMN = 14m
I4504 Gx 14 46.5 +31 42 z Boo 15. p F, S, R, N, r
I4503 Gx 14 46.6 +16 06 m Boo 0.8 15. p F, vS, R
I4505 14 46.6 +33 24 d Boo F, S, R, N
I4506 14 46.7 +33 24 d Boo vF, vS, N
5758 Gx 14 47.1 +13 40 r Boo 15. p eF, pS, R, *9 f 22s
5759 Gx 14 47.3 +13 28 r Boo 15. p eF, S, R
I1055 Gx 14 47.4 -13 44 v Lib 2.6 F, pL, E ns
I4501 Gx 14 47.5 -22 25 m Lib 0.9 14. p vF, S, indistinct
5756 Gx 14 47.6 -14 51 s Lib 2.0 13. p pB, pL, pmE, gpmbM
5760 Gx 14 47.7 +18 31 r Boo 14. p vF, vS, cE 90deg , vglbM
I4484 Gx 14 47.7 -73 18 c Aps 2.5 eF, eE 140deg , susp
I4507 Gx 14 47.7 +18 27 m Boo 0.8 16. p vF, eS, R
5757 Gx 14 47.8 -19 05 s Lib 2.1 13. p vF, S, iR, lbM
I4508 Gx 14 47.8 +31 47 z Boo 15. p F, S, R, sbM *14
I4509 Gx 14 48.4 +31 48 u Boo 1.0 15. p F, cS, iF, r
5762 Gx 14 48.7 +12 28 r Boo 14. p vF, S, R, p of 2
5749 OC 14 48.9 -54 31 s Lup 8. 9. p Cl, pL, pRi, lC, st 10...11
5763 Gx 14 49.0 +12 29 r Boo 15. p eeF, pS, v diffic, f of 2
5761 Gx 14 49.1 -20 22 r Lib 14. p vF, S, R, glbMN
I1058 Gx 14 49.1 +17 02 u Boo 1.6 15. p F, E ns, mbMN = 14m
I1065 Gx 14 49.3 +63 16 s Dra 1.3 13.4 vF, pS, R
5767 Gx 14 49.7 +47 23 r Boo 15. p eF, pS, R, * nr
I4512 14 49.9 +27 42 d Boo vF, S, R
I1059 Gx 14 50.7 -00 52 z Lib 16. p F, S, lbm, r
I4510 14 50.7 -20 44 d Lib vF, vS, iR, susp
5765 Gx 14 50.8 +05 07 r Vir 14. p Dneb, both eF
I4514 14 50.9 +27 37 d Boo F, S, R, N, *13 vnr
I1069 14 51.0 +54 23 d Boo pF, vS, R, no st nr
I4515 14 51.1 +37 36 d Boo F, S, R, gbM, r
I1061 14 51.2 +18 45 d Boo eF, eS, diffic
5777 Gx 14 51.3 +58 58 s Dra 3.3 14. p vF, vS, lE
I1062 Gx 14 51.3 +18 41 m Boo 0.3 15. p pF, iF, diffic
5772 Gx 14 51.7 +40 36 s Boo 2.3 14. p pB, pL, lE, pslbM, *8 np
I1060 Gx 14 51.9 -07 13 m Lib 1.0 14. p no descr
I1074 Gx 14 52.0 +51 17 u Boo 1.0 15. p eeF, S, R
5768 Gx 14 52.1 -02 32 s Lib 2.0 13. p F, R, bMFN, S* s
I4511 14 52.1 -40 30 d Cen cS, R, lbM, dif
5771 Gx 14 52.2 +29 51 r Boo 14. p vF, S, R, pgbM
5779 Gx 14 52.2 +55 54 r Dra 15. p vF, pS, lE, lbM
I1063 14 52.2 +04 41 d Vir pF, stellar
I1064 14 52.2 +04 40 d Vir vF, vS, R, lbM
I4513 14 52.3 -20 44 d Lib F, S, vE 80deg
5773 Gx 14 52.5 +29 48 r Boo 14. p vF, S, R, pgbM
5769 Gx 14 52.6 +07 56 r Boo 15. p vF
I1066 Gx 14 53.0 +03 18 u Vir 1.6 14. p F, vS, R
I1067 Gx 14 53.1 +03 20 v Vir 2.3 F, vS, R, bM
5766 Gx 14 53.2 -21 22 r Lib 14. p eF, pS, R, gbM
5788 Gx 14 53.2 +52 03 r Boo 15. p eeF, S, R, v diffic, sf of 2
5770 Gx 14 53.4 +03 57 r Vir 13. p cF, S, vlE, bM, biN
5783 Gx 14 53.5 +52 05 s Boo 3.0 13. p pB, pS, iR, F* inv
I1068 Gx 14 53.5 +03 04 m Vir 0.2 15. p F, pL, dif
5764 OC 14 53.6 -52 41 s Lup 2. 13. p Cl, vF, vS, vC
5774 Gx 14 53.7 +03 35 s Vir 3.2 12.2 pF, pL, R, np of 2
5808 14 53.8 +73 01 D UMi vF, S, iR, bet 2 st
5785 - 14 53.9 +52 09 r Boo vF, pS, F* close f, np of 2
I1070 Gx 14 53.9 +03 29 z Vir 15. p vF, S, R, diffic
I4516 14 53.9 +16 23 d Boo vF, pS, R
5775 Gx 14 54.0 +03 33 s Vir 4.3 11.4 F, pS, vmE 148deg , gvlbM
5819 Gx 14 54.0 +73 08 r UMi 14. p F, pL, triangle 2 st
5784 Gx 14 54.2 +42 33 r Boo 13. p pB, S, R, smbM, stellar
I1071 Gx 14 54.2 +04 45 u Vir 1.2 14. p vF, S, R, bM
I1072 Gx 14 54.2 +04 51 m Vir 0.5 15. p vF, vS, R, vlbM, 2nd of 3
I1073 Gx 14 54.2 +04 48 z Vir 15. p vF, S, R, S* s, 3rd of 3
5780 Gx 14 54.4 +28 57 r Boo 14. p vF, S, R, * nr sp
5778 Gx 14 54.5 +18 38 r Boo 15. p eeF, pS, R, pB* close f, diffic
I4517 Gx 14 54.5 +23 38 z Boo 15. p F, S, N dif
5776 Gx 14 54.6 +02 58 r Vir 14. p vF, pL, vlbM, *8-9 sp
I1075 Gx 14 54.8 +18 06 u Boo 1.3 15. p eeF, pS, R, v diffic
I4519 Gx 14 54.8 +37 25 m Boo 0.6 15. p F, S, dif, *14 sp
I1076 Gx 14 55.0 +18 02 v Boo 1.2 eF, pS, R, bM, * sp
I4520 Gx 14 55.1 +33 43 m Boo 0.4 15. p F, vS, R, N, r
5787 Gx 14 55.3 +42 30 s Boo 1.2 14. p F, cS, R, pslbM
I1083 Gx 14 55.6 +68 24 m UMi 0.7 16. p eeF, S, R
5794 Gx 14 55.7 +49 44 r Boo 14. p pF, S, vsbM *13, 1st of 4
5804 Gx 14 55.7 +49 39 r Boo vF, vS, vsmbM, *6 nr
5807 Gx 14 55.7 +63 55 r Dra 15. p vF, vS, r
5782 14 55.9 +11 53 D Boo eF, vS, E, * nr sf
5805 Gx 14 55.9 +49 43 r Boo S
5795 Gx 14 56.3 +49 23 r Boo 14. p vF, pS, lE, pB* close to p end
5797 Gx 14 56.3 +49 42 r Boo 13. p F, S, vsbM *13, 2nd of 4
I1078 14 56.5 +09 21 d Boo pF, vS, R, lbM
5781 Gx 14 56.6 -17 15 r Lib 14. p F, S, R, bM, *16 sp
5789 Gx 14 56.6 +30 13 r Boo 14. p eF, pS, iF
I1079 14 56.6 +09 22 d Boo F, vS, R, gbM
I1077 Gx 14 57.4 -19 13 c Lib 2.0 vF, vS, R, gbMN
5790 Gx 14 57.5 +08 17 r Boo 15. p eF, vS, iF, lbM
5798 Gx 14 57.7 +29 58 r Boo 13. p F, S, R, vgbM, * nf
I4518 Gx 14 57.7 -43 08 c Lup 1.4 eS, R; also one pL, eE 100deg
5832 Gx 14 57.8 +71 41 s UMi 4.0 12. p pB, cL, iR, bp, r
I1080 Gx 14 58.1 -06 42 m Lib 0.4 14. p vF, vS, R, lbM
5792 Gx 14 58.4 -01 05 s Lib 7.2 12. p pB, pL, R, mbM, *8-9 np 1'
5820 Gx 14 58.7 +53 53 s Boo 2.5 11.9 B, E 90deg +/- , sbM, B D* f 8'
5791 Gx 14 58.8 -19 16 s Lib 2.4 13. p pF, S, R, stellar
5818 Gx 14 58.8 +49 49 r Boo 15. p vF, pS, R, eF* inv, bet 2 st
5821 Gx 14 58.9 +53 55 r Boo 15. p vF, S
I1081 Gx 14 58.9 -19 14 c Lib 1.6 eF, pL, E 175deg
I1082 Gx 14 58.9 +07 00 z Vir 15. p pF, S, R
5786 Gx 14 59.0 -42 01 r Cen F, mE, B* sf
5793 Gx 14 59.4 -16 42 s Lib 1.8 13.2 eF, pS, E, bMN
5796 Gx 14 59.4 -16 37 s Lib 1.9 13. p F, pS* in centre
5836 Gx 14 59.5 +73 53 r UMi 15. p eF, vS, lE, 2 st inv
5817 Gx 14 59.6 -16 11 r Lib 15. p vF, pS
I4521 Gx 14 59.6 +25 35 m Boo 0.5 15. p F, cS, E pf, gbM
5826 - 14 59.8 +55 31 r Dra vF, pL, E
5806 Gx 15 00.0 +01 54 s Vir 3.1 11.6 cB, cL, E 165deg +/- , sbMN
I4499 Gb 15 00.3 -82 13 s Aps 7.6 10.6 Cl, vF, 4' diam; 3 F st in neb?
5801 Gx 15 00.4 -13 54 r Lib vF, vS, sbM, 1st of 3
5802 Gx 15 00.5 -13 55 r Lib vF, vS, sbM, 2nd and brightest
5811 Gx 15 00.5 +01 37 s Vir 1.0 15. p vF, S, iR
5815 Gx 15 00.5 -16 50 r Lib 14. p eF, pS, E 10deg , D* inv
5828 Gx 15 00.6 +49 59 r Boo 14. p eF, pS, R, bet 2 dist st
5809 Gx 15 00.9 -14 10 r Lib 14. p vF, S, E, glbM
5803 15 01.0 -13 54 D Lib vF, vS, sbM, 3rd of 3
5812 Gx 15 01.0 -07 27 s Lib 2.4 11.2 cB, S, R, svmbM
5813 Gx 15 01.2 +01 42 s Vir 3.6 10.7 B, pS, R, psmbM
I1084 Gx 15 01.3 -07 27 m Lib 0.4 14. p eF, S, R, dif
5814 Gx 15 01.4 +01 37 r Vir 14. p vF, vS, R
I4528 Gx 15 01.4 +49 07 m Boo 0.7 15. p eF, pS, dif, r
5830 Gx 15 01.7 +47 52 r Boo 15. p vF, S, R, B* nr f
5827 Gx 15 01.8 +25 58 s Boo 1.4 14. p pB, pL, R, bM
5800 - 15 02.0 -51 55 r Lup Cl, pL, pRi, lC
5825 - 15 02.0 +18 42 r Boo eeF, pS, lE, pB* close f
5816 - 15 02.1 -16 08 r Lib F, pS, gbMN, stellar
I4524 Gx 15 02.1 +25 35 z Boo 16. p F, S, iF, gbM, r
5835 Gx 15 02.3 +48 52 r Boo 15. p vF, pS, R
I4525 Gx 15 02.4 +25 38 z Boo 16. p vF, cS, dif
5810 Gx 15 02.6 -17 53 r Lib 14. p eF, vS, lE 230deg , bet 2 vF st
I4526 15 02.6 +23 22 d Boo vF, vS, N
5829 Gx 15 02.7 +23 20 s Boo 1.9 15. p vF, vL, irrR, bM
I1085 Gx 15 02.7 +17 14 m Boo 1.2 15. p pB, vS, lE ns
I1086 15 03.4 +17 05 d Boo F, iR, bMN
I1090 Gx 15 03.7 +42 41 v Boo 0.4 eF, neb?
I4530 Gx 15 03.8 +26 05 u Boo 1.0 15. p F, S, dif, *13.5 nf
5824 Gb 15 04.0 -33 04 s Lup 6.2 9.0 pB, S, stell, N
5834 15 04.0 -33 04 D Lup eeF? B, stellar; = 5824
5831 Gx 15 04.1 +01 13 s Vir 2.2 11.5 pB, S, mbM
5840 - 15 04.3 +29 30 r Boo eeF, pS, lE, v diffic
I4531 Gx 15 04.4 +23 24 z Boo 16. p F, vS, R, N
I4533 Gx 15 04.4 +27 48 u Boo 1.0 15. p F, S, iF, *10.5 f
I4532 15 04.5 +23 13 d Boo vF, N, stellar
5837 Gx 15 04.7 +12 38 r Boo 14. p vF, S, R, D* np
5842 Gx 15 04.8 +21 04 r Boo 15. p eF, vS, R, lbM
5822 OC 15 05.2 -54 21 s Lup 40. 7. p Cl, vL, Ri, lC, st 9...12
I4523 Gx 15 05.2 -43 31 c Lup 2.0 bM, mag 14
5838 Gx 15 05.4 +02 06 s Vir 4.2 10.8 pB, pS
5799 Gx 15 05.5 -72 26 r Aps eF, S, R, bM
5839 Gx 15 05.5 +01 38 s Vir 1.4 14. p pF, pS
5841 - 15 05.6 +01 59 r Vir F, S, E
5823 OC 15 05.7 -55 36 s Cir 10. 7.9 Cl, cL, Ri, lCM, st 13...14
I4527 Gx 15 05.7 -42 27 c Lup 1.5 cS, E 225deg , bM
5853 Gx 15 05.8 +39 31 r Boo 15. p pF, pS, R, mbM, r?
5845 Gx 15 06.0 +01 38 s Vir 0.9 12.3 vF, R
5862 Gx 15 06.0 +55 34 r Dra 15. p eF, pS, R, v diffic
5847 Gx 15 06.3 +06 23 r Vir 15. p eF, S, iR
I1100 Gx 15 06.3 +63 00 u Dra 1.0 14. p vF, pS, lE, bet 2 st
5846 Gx 15 06.4 +01 36 s Vir 3.4 10.2 vB, pL, R, psbMN, F* inv s, rr
5867 - 15 06.4 +55 44 r Dra eF, vS, stellar
I1098 * 15 06.4 +55 36 x Dra vF (only a *13?)
I4529 Gx 15 06.4 -43 14 c Lup 0.6 bM, mag 14
5866 Gx 15 06.5 +55 46 s Dra 5.2 10.0 vB, cL, pmE 146deg , gbM
5860 Gx 15 06.6 +42 38 s Boo 1.0 14. p F, S, R, psbM
5870 Gx 15 06.6 +55 28 r Dra 15. p eF, pS, lE, v diffic, * f
5848 Gx 15 06.7 +02 00 r Vir 15. p eF, S, close D* sf 7'
I1087 15 06.7 +03 46 d Vir vF, vS
I1088 15 06.7 +03 46 d Vir eeF, vS
5849 Gx 15 06.9 -14 36 r Lib 15. p *13 in vF neb, 3 st p 1s , *8 f 10s , 15' s
5851 Gx 15 06.9 +12 52 r Boo 15. p eF, vS, np of 2
I1099 Gx 15 06.9 +56 31 v Dra 1.4 eeF, pS, R, bet 2 F st
5852 Gx 15 07.0 +12 51 r Boo 14. p eF, vS, sf of 2
5850 Gx 15 07.1 +01 33 s Vir 4.3 11.0 cF, S, lE, psbM
5856 - 15 07.3 +18 27 r Boo neb *6 (??)
I1089 Gx 15 07.4 +07 08 z Vir 15. p eF, vS, R
5843 Gx 15 07.5 -36 20 c Lup 2.0 vF, S, lE, vlbM, r
5857 Gx 15 07.5 +19 36 s Boo 1.4 13.1 cF, cS, E, p of Dneb
I1092 Gx 15 07.5 +09 23 z Boo 15. p vF, vS, R
5859 Gx 15 07.6 +19 35 s Boo 3.0 12.4 pF, pS, E, f of Dneb
I1093 Gx 15 07.7 +14 33 u Boo 1.0 15. p pB, vS, R, lbM
I1094 Gx 15 07.7 +14 38 m Boo 0.5 15. p pB, vS, R, biN
5854 Gx 15 07.8 +02 34 s Vir 2.7 11.8 pB, S, vlE, lbM, am st
5855 Gx 15 07.9 +03 58 r Vir 15. p eF, S, R, 2 st nf
5874 Gx 15 07.9 +54 45 s Boo 2.5 14. p vF, pL, R, in triangle of 3 B st
I1091 Gx 15 08.2 -11 09 v Lib 1.4 vF, S, dif
I4534 15 08.2 +23 42 d Boo pB, S, E ns, N
I1095 15 08.5 +14 01 d Boo eeF, S, lE
I1096 Gx 15 08.5 +19 11 u Boo 1.1 15. p vF, S, dif
I1097 Gx 15 08.5 +19 11 u Boo 1.1 15. p vF, vS, R, lbM
I4535 15 08.7 +37 34 d Boo F, S, dif, *14 sp
5858 Gx 15 08.8 -11 13 s Lib 1.4 14. p F, S, stell N, 5861 sf
5881 15 09.1 +62 57 d Dra pF, cS, R, vgbM (place?)
5875 Gx 15 09.2 +52 32 s Boo 2.6 13. p pB, pL, lE
5861 Gx 15 09.3 -11 19 s Lib 3.0 12. p F, L, E, r
5876 Gx 15 09.5 +54 30 s Boo 2.6 14. p F, S, R, mbM
5864 Gx 15 09.6 +03 03 s Vir 2.8 13. p pF, cS, ilE, gbM, *14 f
5879 Gx 15 09.8 +57 00 s Dra 4.4 11.5 cB, S, E, mbMRN, r
5865 Gx 15 09.9 +00 31 A Vir 15. p eF, 5869 s 3'
5868 15 09.9 +00 31 A Vir eF, 5869 s 3'; = 5865
5869 15 09.9 +00 28 F Vir 13. p pF, S, E, psbM
5871 * 15 10.1 +00 31 F Vir eF, forms trapez with 3 neb p
5844 15 10.7 -64 41 r TrA pB, pL, R, vgvlbM
5863 Gx 15 10.8 -18 27 r Lib 14. p *12 in eF neb, S, R
I1101 15 10.9 +05 46 D Vir eF, vS, *13 f 1s .5, *13 p 2s
5872 Gx 15 11.0 -11 30 r Lib 14. p vF, S, R, vmbM, *13 nf 0'.5
I1102 Gx 15 11.1 +04 18 u Vir 1.2 15. p eeF, vS, F* sf, v diffic
I1114 15 11.3 +75 27 d UMi vF; only a *13?
5909 Gx 15 11.5 +75 22 A UMi 14. p vF, vS
I4522 Gx 15 11.5 -75 52 c Aps 2.9 vF, vS, cbM, st inv
I1103 15 11.6 +19 12 d Ser vF, S
5894 Gx 15 11.7 +59 49 s Dra 3.3 13. p pF, pS, E 0deg +/-
5912 Gx 15 11.7 +75 22 A UMi 14. p vF, vS
5833 Gx 15 11.8 -72 52 r Aps F, cS, lE, glbM, am st
I1110 Gx 15 12.1 +67 22 u UMi 1.3 15. p eeF, S, mE
5886 Gx 15 12.7 +41 13 r Boo 15. p F, vS, R, bM
5873 Pl 15 12.8 -38 08 s Lup 0.1 13. p PN , stellar = 9.5 mag
5877 *** 15 12.8 -04 56 F Lib vF, S, *12 att n
I1104 * 15 12.8 -05 05 F Lib vF
5888 Gx 15 13.1 +41 16 s Boo 1.5 14. p cF, vS, R, bM, r
5884 15 13.2 +31 52 D Boo only 2 F st (pos 170deg , dist 7")
I4536 Gx 15 13.2 -18 08 c Lib 2.6 vF, L, R, F* att np, F* nr sf
5889 Gx 15 13.3 +41 20 s Boo 0.9 16. p eeF, glbM
I1105 15 13.3 +04 16 d Ser eeF, S, lE, F* np
5893 Gx 15 13.6 +41 58 s Boo 1.4 14. p F, S, R, r, 3 st nr
5892 Gx 15 13.7 -15 30 r Lib 13. p eF, L, gbM
5878 Gx 15 13.8 -14 16 s Lib 3.5 11.5 pB, pL, pmE 0deg , psmbM, * inv
5895 Gx 15 13.8 +41 59 r Boo 15. p vF, S, E ns, apparently conn with 5896
5896 Gx 15 13.8 +41 59 r Boo 15. p vF, vS, R
I1106 Gx 15 14.0 +04 43 z Ser 15. p vF, vS, R, gbM
I1107 Gx 15 14.2 +04 43 z Ser 15. p F, vS, R, gbM
5902 Gx 15 14.4 +50 21 r Boo 15. p vF, vS, stellar
I1111 15 14.4 +54 32 d Boo pB, S, R, 2 st nr
5887 Gx 15 14.8 +01 08 r Ser 15. p pF, pS, gbM
5899 Gx 15 15.0 +42 03 s Boo 3.0 11.8 cB, pL, pmE, smbMN
5880 Gx 15 15.1 -14 34 F Lib 15. p eF, vS, R, bM, in field with 5883
5885 Gx 15 15.1 -10 05 s Lib 3.5 11.7 F, cL, R, vgbM
5900 Gx 15 15.1 +42 13 s Boo 1.6 15. p vF, S, vlE, gbM
5901 * 15 15.1 +42 12 r Boo close n of 5900, eF, S
5883 Gx 15 15.2 -14 37 D Lib vF, pS, stellar N
5905 Gx 15 15.4 +55 31 s Dra 4.2 12. p pF, pS, iR
5906 Gx 15 15.8 +56 20 h Dra 0.5 14. p a ray, vmE, par to 5907 and close p it
5907 Gx 15 15.9 +56 19 s Dra 12.3 10.4 cB, vL, vmE 155deg , vg, psbMN
5891 Gx 15 16.3 -11 31 r Lib 14. p vF, pS, lE, gbM, *11 f
5908 Gx 15 16.7 +55 25 s Dra 3.2 11.9 pF, pS, R
5882 Pl 15 16.8 -45 39 s Lup 0.1 11. p PN , vS, R, quite sharp
I1108 15 16.8 -45 39 d Lup stellar, gaseous spectrum
I1109 Gx 15 17.1 +05 15 z Ser 15. p eeF, pS, R, * nf, v diffic
5897 Gb 15 17.4 -21 01 s Lib 12.6 8.6 glob. cl. , pF, L, viR, vgbM, rrr
I4537 Gx 15 17.5 +02 02 z Ser 16. p eF, vS, R, bM
5890 Gx 15 17.9 -17 35 r Lib 14. p vF, vS, E 235deg
I1112 Gx 15 17.9 +07 13 z Ser 15. p eeF, pS, R
5898 Gx 15 18.2 -24 06 s Lib 1.7 11.5 F, S, R, gbM
I1113 Gx 15 18.3 +12 29 m Ser 0.6 15. p eF, *12 nr
I4539 Gx 15 18.5 +32 24 m CrB 0.4 15. p F, S, R, vlbM
5903 Gx 15 18.6 -24 04 s Lib 2.0 11.5 cF, S, R, gpmbM
5904 Gb 15 18.6 +02 05 s Ser 17.4 5.8 !!, glob. cl. , vB, L, eCM, st 11...15; = M5
5914 Gx 15 18.7 +41 52 r Boo 15. p F, vS, R, F st inv
5910 Gx 15 19.3 +20 55 r Ser 15. p vF, S, er
5918 Gx 15 19.3 +45 54 r Boo 14. p cF, L, pmE, glbM, ** s
I4540 15 20.1 +01 47 d Ser vF, pS, mE, B* nr
5911 Gx 15 20.4 +03 32 r Ser 14. p vF, vS, 2 S st inv
5913 Gx 15 20.9 -02 35 r Ser 14. p vF, pL, vlE, r
5922 Gx 15 21.2 +41 40 h Boo 0.5 15. p eF, S
5923 Gx 15 21.2 +41 43 s Boo 2.0 15. p vF, pL, vlE, vgbM
I4538 Gx 15 21.2 -23 39 c Lib 2.6 eeF, vL
5917 Gx 15 21.4 -07 22 r Lib 14. p eF, vS, psbM
5919 Gx 15 21.5 +07 44 r Ser 15. p eeF, pS, lE, np of 2
5915 Gx 15 21.6 -13 06 s Lib 1.6 12. p B, S, R, glbM, p of 2
5916 Gx 15 21.6 -13 10 s Lib 2.9 14. p F, S, lE, glbM, f of 2
5920 Gx 15 21.8 +07 42 s Ser 1.4 13.6 eeF, pS, lE, sf of 2
5921 Gx 15 21.9 +05 04 s Ser 4.9 10.8 cB, cL, iR, vsbM *12, am st
5924 Gx 15 21.9 +31 14 r CrB 15. p neb*, vF, S, F* close s
I1116 Gx 15 21.9 +08 26 m Ser 1.2 15. p eeF, S, R
I4542 15 22.1 +33 10 d Boo F, S, R, N, *12 sp
I1115 * 15 22.4 -04 28 F Lib only a D*, 12.5 & 13.5, dist 5"
5926 Gx 15 23.4 +12 42 r Ser 15. p F, vS, 2 st nr
I1117 15 24.4 +15 27 d Ser F, vS, R, lbM
I4543 Pl 15 24.6 +13 29 x Ser eF, pS, vF* nr np
5939 Gx 15 24.8 +68 45 r UMi 13. p pB, pS, lE
I1118 Gx 15 25.1 +13 26 m Ser 0.8 15. p pB, vS, R, S* nr
I1119 Gx 15 25.7 -03 39 m Ser 0.5 15. p F, pS, R, *11.5 nf
5928 Gx 15 25.9 +18 05 r Ser 14. p pB, cS, R, psbM, *7 n
5929 Gx 15 26.1 +41 40 s Boo 1.1 13. p vF, vS, sp of Dneb
5930 Gx 15 26.1 +41 41 s Boo 2.0 13. p pF, pS, R, nf of Dneb
I1120 15 26.2 +18 52 d Ser eF, eS, vF, * att
5932 Gx 15 26.8 +48 37 r Boo 15. p vF, pS, R, np of 2
5933 Gx 15 27.0 +48 37 r Boo 15. p eeF, vS, R, sf of 2
I4546 Gx 15 27.0 +28 51 m CrB 0.6 15. p F, vS, R, *13 att
I4547 Gx 15 27.3 +28 48 z CrB 15. p F, S, R, N, r
I4548 15 27.4 +28 51 d CrB vF, S, iF, r
5925 OC 15 27.7 -54 31 s Nor 15. 8. p Cl, vL, vRi, lC, st 11...14
I1121 Gx 15 27.8 +06 49 z Ser 16. p eeF, eS, stellar, vF* close
5927 Gb 15 28.0 -50 40 s Lup 12.0 8.3 glob. cl. , cB, L, R, vgbM, rrr, st 15
5949 Gx 15 28.0 +64 46 s Dra 2.4 13. p F, S, lE 45deg +/- , vglbM
5934 Gx 15 28.2 +42 55 r Boo 14. p F, S, irr, lE ns, 2 S st inv
5935 Gx 15 28.3 +42 56 r Boo 15. p *13-14 seems slightly nebs
I1123 15 28.9 +42 53 d Boo vF, eS, stellar
I4549 Gx 15 29.2 +32 50 m Boo 0.5 15. p F, cS, E pf
I4544 15 29.4 -50 35 d Nor PN , stellar
5931 Gx 15 29.5 +07 35 r Ser 15. p eF, pL, R
I1122 Gx 15 29.5 +07 35 m Ser 0.2 15. p vF, pS, mbM, *11 p 1'
I1139 Gx 15 29.6 +82 36 z UMi 16. p eeF, S, lE, v diffic
5943 Gx 15 29.8 +42 47 r Boo 14. p vF, pS, dif
5945 Gx 15 29.8 +42 55 r Boo 14. p pF, pL, gmbM, S* att np
I4541 Gx 15 29.9 -70 35 c Aps 2.0 eF, vS, mE 150deg , susp
5936 Gx 15 30.0 +12 59 s Ser 1.5 12.4 F, pL, iR, vgbM, r
I1124 15 30.0 +23 38 D Ser pB, cS, E 250deg , N
5947 Gx 15 30.7 +42 43 r Boo 15. p vF, S, dif
I1143 Gx 15 30.7 +82 28 v UMi 1.8 pF, vS, R, * nr
5937 Gx 15 30.8 -02 49 r Ser 13. p pB, pS, R, vgbM, 3 st f
5940 Gx 15 31.2 +07 28 r Ser 14. p eF, pS, R, F* p, 1st of 4
5941 Gx 15 31.5 +07 20 r Ser 15. p eeF, S, R, 2nd of 4
5950 Gx 15 31.5 +40 26 r Boo 15. p vF, S, R, S* np
5942 Gx 15 31.6 +07 18 r Ser 15. p eeF, S, R, 3rd of 4
5944 Gx 15 31.7 +07 19 r Ser 15. p eeF, S, R, 4th of 4
I1129 Gx 15 32.0 +68 15 u UMi 1.2 14. p vF, pS, iR, D* nf
5948 - 15 32.9 +03 59 r Ser F* in vF neby, vF* close
I1125 Gx 15 33.1 -01 38 u Ser 1.7 14. p F, pL, R, dif
5963 Gx 15 33.5 +56 35 s Dra 3.5 12. p pF, pS, iF
5951 Gx 15 33.7 +15 00 s Ser 3.5 13. p F, pS, E 150deg +/-
I4551 15 33.9 +06 01 x Ser eeF, L, R, v dif; = 5964
5965 Gx 15 34.0 +56 42 s Dra 5.4 13. p cF, cL, lE
5953 Gx 15 34.5 +15 12 s Ser 2.0 13. p pB, cS, p of Dneb
5954 Gx 15 34.6 +15 12 s Ser 1.3 14. p pB, cS, f of Dneb
I4557 Gx 15 34.6 +39 44 z Boo 16. p F, vS, N
5958 Gx 15 34.7 +28 40 r CrB 13. p pF, pL, iR, bM, r
5952 Gx 15 34.8 +04 57 r Ser 15. p eF, vS, alm stell; = IC 1126
I4550 15 34.8 -50 39 d Nor B, pS, lE
5969 Gx 15 34.9 +56 28 r Dra 15. p eS, R, stellar
5956 Gx 15 35.0 +11 45 r Ser 13. p F, S, R, *16 close f
I1126 15 35.0 +05 00 x Ser *13, nebulous?; = 5952
I4552 15 35.0 +04 42 d Ser eF, pS, R
I4553 Gx 15 35.0 +23 29 s Ser 2.0 14. p F, S, R, gbM
5955 Gx 15 35.1 +05 04 r Ser 15. p eF, vS, stellar
I4554 15 35.1 +23 28 d Ser vF, vS, N, stell
5961 Gx 15 35.2 +30 51 s CrB 0.8 14. p pF, S, E pf
5957 Gx 15 35.4 +12 03 s Ser 3.0 13. p pB, pL, com, lbM
5946 Gb 15 35.5 -50 40 s Nor 7.1 9.6 glob. cl. , cB, pL, R, vglbM, rrr, st 16
I4556 Gx 15 35.5 +25 19 m Ser 0.4 15. p F, S, R, N
5971 Gx 15 35.6 +56 29 r Dra 15. p eeF, vS, R, lbM
5966 Gx 15 35.8 +39 47 r Boo 14. p vF, S, R, gbM, 2 st 8 f
I4558 15 35.8 +25 21 d Ser vF, vS
I4560 15 35.8 +39 51 d Boo vF, vS; 5966 sf
I1127 15 35.9 +23 29 d Ser pF
I4559 15 35.9 +25 21 d Ser F, vS, R, N
I4562 Gx 15 36.0 +43 29 v Boo 1.5 pB, S, R, mbM, F* or neb 1' nf
I4563 Gx 15 36.0 +39 50 m Boo 0.7 14. p vF, vS, N
5960 Gx 15 36.2 +05 40 r Ser 15. p vF, S, neb*
5938 Gx 15 36.4 -66 52 c TrA 2.8 F, S, am st
5962 Gx 15 36.5 +16 37 s Ser 2.8 11.4 pF, pL, ilE, gbM
I4564 15 36.6 +43 31 d Boo pF, R, gbM
I4565 Gx 15 36.6 +43 25 u Boo 1.0 15. p F, R, gbM
I4566 Gx 15 36.7 +43 33 v Boo 2.0 pF, R, gbM
5976 Gx 15 36.8 +59 23 v Dra 1.0 14.8 eeF, S, R
I4561 Gx 15 36.9 +25 25 m Ser 0.3 15. p F, vS, R, N
5959 Gx 15 37.4 -16 37 r Lib 14. p vF, pS, vlE, bMN
I4567 15 37.5 +43 16 d Boo pF, R, gbM
5964 Gx 15 37.6 +05 59 s Ser 4.2 13. p eF, vL, R, vgbM, r; = IC 4551?
I1130 Gx 15 37.8 +17 15 m Ser 0.6 15. p vF (another 2' sp?), *8.7 f
5981 Gx 15 37.9 +59 23 s Dra 2.8 13.0 F, mE
I1128 15 37.9 -01 33 d Ser pF, pS, R
5970 Gx 15 38.5 +12 11 s Ser 3.0 11.4 pF, pL, R, rr
5982 Gx 15 38.7 +59 21 s Dra 2.9 11.1 cB, S, R, psbM, r
5972 Gx 15 38.8 +17 02 r Ser 15. p F, pS, irrR
I1131 Gx 15 38.9 +12 05 v Ser 1.0 pF, vS, R, stellar, 5970 np
5974 Gx 15 39.0 +31 45 s CrB 0.5 14. p vF, vS, R, bM
5985 Gx 15 39.6 +59 20 s Dra 5.5 11.0 pB, cL, iE, r
5968 Gx 15 39.9 -30 33 s Lup 2.2 13. p vF, L, R, gbM, r
5987 Gx 15 39.9 +58 05 s Dra 4.7 13. p pF, cS
5975 Gx 15 40.0 +21 28 r Ser 14. p vF, vS, irrR, sev vF st inv
I1132 Gx 15 40.0 +20 40 m Ser 1.1 14. p no descr
I4568 Gx 15 40.1 +28 09 z CrB 15. p F, S, R, N
5973 Gx 15 40.2 -08 37 r Lib F, S, iR
5977 Gx 15 40.4 +17 07 r Ser 15. p eF, S, R, lbM
I4569 Gx 15 40.8 +28 17 m CrB 0.5 15. p pB, D *13 in S neb
I1133 Gx 15 41.2 +15 34 u Ser 1.3 15. p pB, pL, iF
I4570 Gx 15 41.3 +28 14 u CrB 1.0 15. p F, cS, R
5980 Gx 15 41.4 +15 47 s Ser 2.1 13. p F, pS, E 0deg
5989 Gx 15 41.5 +59 45 r Dra 13. p vF, vS
I4545 Gx 15 41.5 -81 38 c Aps 2.0 eeF, eS, mE 145deg , bet 2 vF st, susp
I4572 Gx 15 41.9 +28 07 m CrB 0.9 15. p pB, cS, gbM, dif, r
I4574 Gx 15 42.0 +28 15 z CrB 16. p pF, S, R
I4573 Gx 15 42.2 +23 48 z Ser 16. p F, vS, dif, r
I4575 15 42.3 +23 48 d Ser F, S, dif, r, *15 att
5978 Gx 15 42.4 -13 14 r Lib 14. p eF, vS, sbMN, am st
I4576 Gx 15 42.6 +23 41 z Ser 15. p F, vS, R, N, *14 np
5983 Gx 15 42.7 +08 14 r Ser 15. p eF, eS, R, vlbM
I4577 15 42.7 +23 47 d Ser F, S, R, gbM, r
I4579 15 42.8 +23 46 d Ser F, S, R, gbM, r
5984 Gx 15 42.9 +14 14 s Ser 3.0 13. p pB, S, E 135deg +/- , bM
I4580 Gx 15 43.2 +28 22 z CrB 15. p F, S, R
I4581 Gx 15 44.0 +28 17 z CrB 15. p F, S, iF, *12.5 nr
5992 Gx 15 44.4 +41 05 s Boo 1.1 14. p vF, vS, R, bM, sp of 2
5993 Gx 15 44.5 +41 07 r Boo 14. p cF, vS, R, bM, nf of 2
5988 Gx 15 44.6 +10 17 r Ser 15. p eeF, pS, R, F* nr n
I1134 Gx 15 44.9 +16 58 m Ser 0.4 15. p vF, vS, dif
5991 Gx 15 45.3 +24 37 r Ser 14. p pF, S, R, mbM
I1135 Gx 15 45.6 +17 42 m Ser 0.6 15. p vF, vS, R
I4582 Gx 15 45.7 +28 06 u CrB 1.4 15. p F, S, E pf, gbM, *12.5 f 6s .5
5986 Gb 15 46.1 -37 47 s Lup 9.8 7.1 !, glob. cl. , vB, L, R, vgbM, st 13...15
I1145 15 46.2 +72 27 d UMi eeF, pS, R, 6011 nr
5990 Gx 15 46.4 +02 24 r Ser 13. p vF, vS, R, gbM
I4583 Gx 15 46.4 +23 49 m Ser 0.8 15. p F, vS, E, N, r
6011 Gx 15 46.6 +72 09 r UMi 14. p vF, S, E 90deg +/- , vS* f
5994 Gx 15 46.8 +17 51 r Ser 15. p S, sp 5996
5996 Gx 15 46.9 +17 52 r Ser 13. p pF, cS, R, r, bet 2 D st
5997 Gx 15 47.4 +08 19 r Ser 15. p eF, eeS, stell
I1136 Gx 15 47.6 -01 33 z Ser 15. p F, eS, stellar
5979 Pl 15 47.7 -61 13 s TrA 0.1 !, PN , pF, vS, R, r? am 150 st
6001 Gx 15 47.7 +28 38 r CrB 14. p vF, S, R
6002 Gx 15 47.7 +28 37 m CrB 0.2 17. p neb 100" s of 6001
5967 Gx 15 48.1 -75 40 s Aps 2.9 12. p F, pL, R, vgbM
I1138 Gx 15 48.2 +26 12 u CrB 1.0 15. p vF, S, iF, lbM, r
I4555 Gx 15 48.3 -78 11 c Aps 1.9 vF, vS, eE 55deg , bM
5995 Gx 15 48.4 -13 47 r Lib 14. p eF, S, R, vS* p
I1146 Gx 15 48.5 +69 23 m Dra 0.9 14. p vF, pS, R, 2 st nr, sp of 2
I1137 15 48.9 +08 35 d Ser vF, S, R, *9 close np
I4571 Gx 15 48.9 -67 19 c TrA 1.4 cF, cS, mE 155deg
I1140 15 49.1 +19 04 d Ser vF (S Cl?), *9.5 close
6003 Gx 15 49.3 +19 01 r Ser 14. p F, vS, S* inv
5998 - 15 49.4 -28 36 r Sco Cl, pL, pRi, st vS
I1142 15 49.4 +18 09 d Ser vF, dif
I1141 15 49.6 +12 24 d Ser vF, vS, R
6000 Gx 15 49.9 -29 24 t Sco 1.9 vF, S, R, sbM
I1147 Gx 15 50.1 +69 33 m Dra 0.4 15. p eeF, S, R, nf of 2
6004 Gx 15 50.3 +18 56 r Ser 13. p vF, pL, lE, lbM
I1144 Gx 15 51.3 +43 25 m Her 0.6 15. p eeF, vS, R, * sf
6015 Gx 15 51.4 +62 19 s Dra 5.4 11.2 B, mE
5999 OC 15 52.2 -56 28 s Nor 5. 9. p Cl, L, pRi, st 12...14
6019 Gx 15 52.3 +64 51 r Dra 15. p eeF, S, R, v diffic
I1154 Gx 15 52.5 +70 23 u UMi 1.8 15. p vF, pS, R
6008 Gx 15 52.9 +21 08 r Ser 14. p vF, R, pL, bM
6013 Gx 15 52.9 +40 39 r Her 14. p eF, vS, iR, lbM
6006 Gx 15 53.0 +12 02 r Ser 15. p vF, S
6024 Gx 15 53.2 +64 56 r Dra 15. p pF, pS, R, bM, * close
I4578 Gx 15 53.2 -74 50 c Aps 2.1 eF, eS, cE 140deg , bet 2 vF st
6007 Gx 15 53.4 +11 57 s Ser 1.9 14. p F, pL
6009 Gx 15 53.5 +12 05 r Ser 15. p F, vS, stell
6012 Gx 15 54.2 +14 35 s Ser 2.3 13. p F, bet 2 B st
6010 Gx 15 54.4 +00 32 r Ser 13. p pF, S, E 90deg +/- , gbM, r
I4586 15 54.9 +06 01 x Ser eF, S, R, bet *8 f & curve of st p; = 6014
I1164 15 55.1 +70 35 d UMi *13 with neb?
6068 Gx 15 55.4 +79 00 s UMi 1.2 13. p vF, vS, lE 0deg , r
6005 OC 15 55.8 -57 26 s Nor 3. 10.7 Cl, pS, pRi, mC, st 16
6014 Gx 15 55.8 +05 57 r Ser 14. p pB, pL, E; = IC 4586
6016 Gx 15 55.9 +26 59 r CrB 15. p vF, S, E
I1152 Gx 15 56.7 +48 05 m Her 1.0 14. p vF, S, R, sp of 2
I1153 15 56.8 +48 10 d Her pF, pS, R, bM, * nf, nf of 2
I1148 15 56.9 +22 25 x Ser neb *; = 6020
6017 Gx 15 57.2 +06 00 r Ser 14. p !, vF, vS, R, disc g, smbM
6020 Gx 15 57.2 +22 24 s Ser 1.7 12.6 eF, eS, iR, lbM; = IC 1148?
6018 Gx 15 57.5 +15 51 s Ser 1.8 15. p vF, S, lE, p of 2
6021 Gx 15 57.5 +15 56 s Ser 2.1 14. p eF, vS, lE, f of 2
6048 Gx 15 57.6 +70 42 s UMi 2.5 14. p F, R, bM
6022 Gx 15 57.8 +16 16 s Ser 0.8 15. p eF, eS
6023 Gx 15 57.8 +16 18 s Ser 1.4 15. p F, S, R, bM
I1149 15 58.0 +12 05 d Ser eeF, pS, R, am 4 st, v diffic
I1150 15 58.3 +15 52 d Ser 2 S st in F neby
I1151 Gx 15 58.5 +17 27 x Ser 13. p vF, pL, dif
6027 Gx 15 59.2 +20 45 s Ser 2.2 12.4 eF, vF* inv, 2 vF st nr
I1187 Gx 15 59.3 +70 34 m UMi 0.3 16. p *13 with neb
I4587 Gx 15 59.9 +25 57 z CrB 15. p eF, eS, T CBr sp
I4584 Gx 16 00.2 -66 23 c TrA 1.7 eF, S, iF
I4585 Gx 16 00.3 -66 19 c TrA 2.0 eF, S, iF
I1155 Gx 16 00.6 +15 42 v Ser 1.3 vF, S, diffic
I1156 Gx 16 00.6 +19 44 x Her 15. p eeF, pS, lE, 2 st nr
I1157 Gx 16 01.0 +15 31 m Ser 0.6 16. p vF, vS
I1159 16 01.0 +15 25 d Ser vF, eS, R
6071 Gx 16 01.1 +70 37 r UMi 15. p eF, vS
I1160 16 01.1 +15 29 d Ser vF, vS, R
I1161 Gx 16 01.3 +15 39 m Her 0.6 15. p F, vS, R, vSN
I1162 Gx 16 01.3 +17 41 x Her 15. p vF, vS, R, diffic (another susp)
6026 Pl 16 01.4 -34 32 s Lup 0.8 F, S, R, gpmbM, triangle of st np
6028 Gx 16 01.4 +19 21 s Her 1.7 13.2 vF, pS, no Nucl
I1158 Gx 16 01.5 +01 43 s Ser 2.9 13. p eeF, pL, iR
I1163 Gx 16 01.5 +15 30 m Ser 0.2 15. p F, R, vSN
6030 Gx 16 01.8 +17 58 r Her 14. p pF, vS, R, bM
6029 Gx 16 02.0 +12 34 r Ser 15. p vF, vS
I1165 16 02.1 +15 42 d Her vF, S, diffic
I1166 Gx 16 02.1 +26 20 z CrB 15. p vF, vS, vF, * nf
6038 Gx 16 02.6 +37 21 r CrB 14. p vF, S, R, *10 sf
6032 Gx 16 03.0 +20 58 s Her 1.8 15. p vF, pL, lE, vlbM, np of 2
6034 Gx 16 03.4 +17 12 r Her 15. p eeF, vS, R, v diffic
6035 Gx 16 03.4 +20 54 s Her 1.2 14. p vF, pL, lE, sf of 2
6025 OC 16 03.7 -60 30 s TrA 12. 5.1 Cl, B, vL, pRi, lC, st 7...
I1167 Gx 16 03.9 +14 57 m Ser 0.5 F, vS, R
I1168 Gx 16 04.0 +14 54 m Ser 0.5 16. p pF, vS, iF, D?, 3 F st n
I1169 Gx 16 04.2 +13 45 u Ser 1.0 14. p eF, vS, stellar
6033 Gx 16 04.4 -02 08 r Ser 15. p vF neb*
6036 Gx 16 04.4 +03 52 r Ser 14. p vF, vS, R, stell
6037 Gx 16 04.4 +03 48 r Ser 15. p vF, S
6039 * 16 04.4 +17 42 A Her eeF, vS, R, sp of 3 in line
6040 Gx 16 04.4 +17 45 s Her 1.6 15. p vF, eS, F* close
6058 Pl 16 04.4 +40 41 s Her 0.4 13. p pF, vS, R, stellar
6079 16 04.5 +69 38 D Dra vF, vS
I1170 Gx 16 04.5 +17 43 x Her 0.3 vF, vS, vSFN, 6041 f
I1200 Gx 16 04.5 +69 42 u UMi 1.4 14. p pF, pS, lE, *12 nr; = IC 1204?
6041 Gx 16 04.6 +17 43 s Her 1.6 13.7 F, S
6042 Gx 16 04.6 +17 42 r Her 15. p vF, vS
6043 Gx 16 04.9 +17 47 r Her 15. p eeF, pS, lE, ``4th of 10''
6046 - 16 04.9 +19 21 r Her eF, pL, partly verified
6051 Gx 16 04.9 +23 56 s Ser 1.9 13.0 F, S, R, gbMN, *10 sf; = IC 4588
I1171 * 16 04.9 +17 59 x Her neb *?
I1172 Gx 16 04.9 +17 52 x Her 15. p vF, S, stellar N
I4588 Gx 16 04.9 +23 56 u Ser 2.1 15. p vF, vS, R, stell, 5051 p
6044 Gx 16 05.0 +17 52 v Her 0.5 16. p eeF, vS, R, vF* close p
6045 Gx 16 05.1 +17 45 v Her 1.3 14.2 eeF, vS, R, v diffic
6047 Gx 16 05.1 +17 43 s Her 1.3 13.6 eF, R, pS, F* close n
6052 Gx 16 05.2 +20 32 s Her 1.0 13.0 F, pL, iR; = 6064?
I1173 Gx 16 05.2 +17 25 v Her 1.3 pF, S, iF, gbM, r
I1175 ? 16 05.3 +18 08 x Her neb object, 6055 f 2'
I1177 Gx 16 05.3 +18 19 x Her vF, *9.5 4' s
6050 Gx 16 05.4 +17 46 s Her 15. p eeF, S, R, v diffic
6053 * 16 05.4 +18 08 A Her eeF, S, R, v diffic; = IC 1180
6054 Gx 16 05.4 +17 47 r Her 15. p eeF, pS, lE, F* sp; = IC 1179
I1174 Gx 16 05.4 +15 02 u Ser 1.0 14. p pF, S, bMN = 12m
I1176 Gx 16 05.4 +17 58 x Her 15. p eeF, pS, iR, 2 st nr s
I1179 Gx 16 05.4 +17 45 x Her 0.6 16. p eeF, pS, R; = 6054?
I1180 ? 16 05.4 +18 07 x Her F* with neb?, 6055 f
6055 Gx 16 05.5 +18 10 s Her 1.5 15. p eeF, pS, R, v diffic
6056 Gx 16 05.5 +17 58 s Her 15. p eeF, v diffic
I1178 Gx 16 05.5 +17 36 v Her 1.4 eeF, pS, bet 2 st
6057 Gx 16 05.6 +18 10 r Her 15. p eeF, eS, R
I1181 Gx 16 05.6 +17 35 v Her 1.1 eeF, S, R, ``12th of 12''
I1182 Gx 16 05.6 +17 48 v Her 0.6 16. p vF, S, dif, lbM
I1183 Gx 16 05.6 +17 46 v Her 0.9 14.3 vF, vS, stellar, *11 sp 1'
6049 - 16 05.7 +08 06 r Ser *7 in photosphere
I1184 Gx 16 05.7 +17 47 x Her 0.1 16. p *13 with neb?
I1185 Gx 16 05.7 +17 43 s Her 0.8 13.9 *13 with S neb
I1186 Gx 16 05.7 +17 22 v Her 0.8 F, S, dif
I1201 Gx 16 05.8 +69 37 u Dra 1.1 16. p eeF, pS, iR, v diffic
6060 Gx 16 05.9 +21 30 s Her 2.2 14. p eF, E, sbM
I1188 Gx 16 06.1 +17 27 x Her 0.5 vF, S, dif
I1189 Gx 16 06.2 +18 11 v Her 0.6 eeF, pS, iR, bet 2 st
6061 Gx 16 06.3 +18 15 s Her 1.4 15. p eeF, S, R, 4 B st s
6062 Gx 16 06.3 +19 47 r Her 14. p eF, R, vlbM, r
I1190 ? 16 06.3 +18 14 x Her eeF, S, R, 6061 nr
I1191 Gx 16 06.5 +18 16 x Her 0.5 eeF, S, lE
I1193 Gx 16 06.5 +17 43 x Her 0.4 F, S, r
6094 Gx 16 06.6 +72 30 r UMi 14. p vF, vS, lE
I1192 Gx 16 06.6 +17 46 x Her 0.7 vF, S, iF, dif
I1194 Gx 16 06.7 +17 46 v Her 0.5 14.3 eF, vS, dif
I1195 Gx 16 06.7 +17 12 v Her 0.6 vF, S, dif
6064 - 16 07.0 +20 33 r Her vF, vS, r, pB* sf; = 6052?
I1204 16 07.1 +69 56 D UMi vF, S, stell N, *11 f 3'
6063 Gx 16 07.2 +07 58 r Ser 14. p F, pL, R, vlbM
6059 16 07.4 -06 25 D Oph vF, S, R
I4589 * 16 07.4 -06 23 F Oph *13, in eF neb?
6065 Gx 16 07.5 +13 52 r Ser 15. p eeF, vS, R, sp of 2
6031 OC 16 07.6 -54 04 s Nor 2. 8.5 Cl, S, mC, st 11...14
6066 Gx 16 07.7 +13 56 r Ser 15. p eeF, vS, R, 2 pB st nr, nf of 2
6069 Gx 16 07.7 +38 55 r CrB 15. p vF* in vF, vS, R neb
6091 Gx 16 07.8 +69 55 r UMi 14. p vF, vS, R, * n
I1196 Gx 16 08.0 +10 47 u Ser 1.1 15. p eeF, nr p * of 3 in line
I1197 Gx 16 08.3 +07 32 u Ser 2.8 15. p L, mE, * att nf
I4590 Gx 16 08.3 +28 29 m CrB 0.3 16. p F, S, gbM, dif
I1198 Gx 16 08.6 +12 20 m Ser 0.6 15. p F, vS, R, N = 13m
6070 Gx 16 10.0 +00 43 s Ser 3.6 11.7 F, L, pmE, vgbM, r
6073 Gx 16 10.1 +16 42 r Her 14. p vF, S, r
I1199 Gx 16 10.6 +10 02 u Ser 1.3 15. p eeF, S, E, *9.5 f 9s
6088 Gx 16 10.7 +57 28 r Dra 14. p vF, vS, lE
6076 Gx 16 11.1 +26 52 r CrB 15. p vF, S, E
6077 Gx 16 11.1 +26 56 r CrB 15. p F, sbM
6095 Gx 16 11.1 +61 16 r Dra 14. p eF, pS, R, in line with 2 st
I4594 16 11.3 +23 40 d Her F, S, R, N, r
6074 Gx 16 11.4 +14 15 r Her 15. p eF, vS, R, bM
6075 Gx 16 11.4 +23 57 r Her 15. p F, vS, R, * or st inv; rr?
6090 Gx 16 11.7 +52 27 s Dra 1.9 14. p vF, S, R
I4593 Pl 16 11.7 +12 04 x Her 2.0 11. p PN , stellar
I4592 Nb 16 12.0 -19 28 s Sco 150. vL, E, inv nu2 Sco
6078 Gx 16 12.1 +14 12 r Her 14. p eF, vS, R, bM
I4591 16 12.3 -27 56 d Sco *5.6 in F neb
6085 Gx 16 12.5 +29 22 r CrB 14. p F, S
6086 Gx 16 12.6 +29 29 s CrB 2.0 15. p F, vS, stellar N
6089 Gx 16 12.7 +33 02 r CrB 15. p vF, S, R, bM
6092 Gx 16 12.7 +27 58 r CrB 15. p vF, stellar N
6072 Pl 16 13.0 -36 14 s Sco 1.2 14. p pF, R, vgvlbM, r
6081 Gx 16 13.0 +09 52 r Her 14. p vF, S, R, bM; = IC 1202
I1202 Gx 16 13.0 +09 52 u Her 1.7 14. p eF, pS, R
6080 Gx 16 13.1 +02 10 r Ser 14. p pB, pS, R, mbM, with *12.5 20" nf (nebs?)
6067 OC 16 13.2 -54 13 s Nor 13. 5.6 Cl, vB, vL, vRi, lC, st 10...
6083 Gx 16 13.3 +14 10 r Her 15. p eF, vS, diffic
6084 Gx 16 14.2 +17 45 r Her 15. p eeF, pS, R, v diffic
6097 Gx 16 14.3 +35 06 r CrB 15. p neb *13
I1205 Gx 16 14.3 +09 31 m Her 0.6 15. p F, S, lE, * p
I1210 Gx 16 14.5 +62 33 u Dra 1.6 14. p vF, vS, lE, r
6096 Gx 16 14.7 +26 34 r CrB 15. p vF, vS, R, bM
I1203 16 15.3 -22 20 d Sco no descr
I1206 Gx 16 15.3 +11 18 u Her 1.1 15. p eF, S, R
6111 16 15.5 +62 44 D Dra vF, pS, lE, D* nr s
I1212 Gx 16 15.5 +64 14 z Dra 15. p eeF, pS, R, 3 st n in line
6082 - 16 15.6 -34 15 r Sco eF, S, E, lbM; nonexistent?
6098 Gx 16 15.6 +19 27 r Her 14. p eF, vS, R, *8 f 41s , np of 2
6099 Gx 16 15.6 +19 27 r Her 14. p eF, vS, R, sf of 2
6102 Gx 16 15.6 +28 09 r CrB 15. p vF, S, R
I1215 Gx 16 15.6 +68 25 u Dra 1.3 14. p vF, S, R, 1st of 3
6103 Gx 16 15.7 +31 57 r CrB 14. p vF, S, R, vglbM
I1208 Gx 16 15.7 +36 32 z CrB 15. p vF, *7 105" n
I1216 Gx 16 16.0 +68 22 u Dra 1.1 15. p eeF, pS, R, 2nd of 3
I1217 16 16.1 +69 41 d Dra eeF, S, R, v diffic
I4596 Gx 16 16.1 -22 38 c Sco 1.9 F, S, mE 40deg , mbMN, prob spir
I1214 Gx 16 16.2 +65 58 u Dra 1.1 15. p eF, S, R
6104 Gx 16 16.5 +35 42 r CrB 14. p vF, S, iR
I1211 Gx 16 16.8 +53 01 u Dra 1.2 14. p pB, vS, R, bM
I1218 Gx 16 16.8 +68 13 m Dra 0.9 15. p vF, vS, lE
6093 Gb 16 17.0 -22 59 s Sco 8.9 7.2 !! glob. cl. , vB, L, vmbM (var*), rrr, st 14; = M
6100 Gx 16 17.0 +00 48 r Ser 14. p eeF, vS, eeF* close p
6105 Gx 16 17.0 +34 52 r CrB 15. p F, S, R, gvlbM
6107 Gx 16 17.2 +34 53 r CrB 14. p F, vS
6123 Gx 16 17.2 +61 56 r Dra 14. p pF, vS, E, * nr
6108 Gx 16 17.3 +35 07 r CrB 15. p eF, vS, R, lbM
6110 Gx 16 17.6 +35 05 r CrB 15. p eF, vS, R, gbM
6109 Gx 16 17.7 +35 00 s CrB 1.3 15. p F, S, R, gbM
I4597 16 17.8 -34 22 d Sco bM, mag 14
6112 Gx 16 17.9 +35 06 r CrB 15. p vF, vS, R, bM
I4598 16 18.2 -31 27 d Sco neb streak of F st, 1' ns
6114 Gx 16 18.3 +35 10 r CrB 15. p eF, S, R, glbM
I4600 16 18.3 -22 47 d Sco eF, eS, R
I1209 Nb 16 18.7 +15 34 x Her 0.3 pF, vS, R, bM, r
6106 Gx 16 18.8 +07 25 s Her 2.6 12.2 F, pL, lE, vgbM, r
6116 Gx 16 18.8 +35 09 r CrB 15. p vF, vS, R, gbM
6087 OC 16 18.9 -57 54 s Nor 12. 5.4 Cl, B, L, lC, st 7...10
6125 - 16 18.9 +57 36 r Dra pF, pS, lE; = 6130?
6135 - 16 19.0 +64 54 r Dra vF, vS, mE, 2 st nr
6128 Gx 16 19.1 +57 59 u Dra 1.4 13. p pF, pS, R, bM
6113 Gx 16 19.2 +14 07 r Her 15. p vF, S, R
6127 Gx 16 19.2 +57 58 r Dra 13. p pF, vS, R
6117 Gx 16 19.3 +37 05 r CrB 14. p vF, S, R
I4599 16 19.3 -42 16 d Sco PN , 15 mag
I1207 16 19.4 -29 39 d Sco no descr
6130 Gx 16 19.5 +57 37 r Dra 14. p pF, pL, R, B* nr p
6119 Gx 16 19.7 +37 48 r CrB 15. p vF, eS, R
6120 Gx 16 19.8 +37 47 s CrB 0.6 14. p vF, vS, R, D* nf
I4601 Nb 16 20.0 -20 02 s Sco 20. 2 st 8 in eL, dif neb, lE npsf
6133 - 16 20.1 +56 40 r Dra eeF, S, cE, v diffic
6122 Gx 16 20.2 +37 48 r CrB 15. p vF, R, no N
I4595 Gx 16 20.7 -70 09 c TrA 2.5 F, S, eE 55deg
6136 Gx 16 20.8 +55 57 r Dra 15. p eeF, S, R, v diffic
6140 Gx 16 20.9 +65 23 s Dra 6.2 12. p cF, pL, iR
6126 Gx 16 21.4 +36 23 r CrB 14. p F, vS, R, bMSN
6143 Gx 16 21.7 +55 05 s Dra 1.2 14. p pB, iR, vgvlbM
6118 Gx 16 21.8 -02 17 s Ser 4.7 12. p vF, cL, cE 45deg +/- , r
6129 Gx 16 21.8 +37 59 r CrB 14. p eF, vS, R, lbM
6131 Gx 16 22.0 +38 56 r CrB 14. p vF, pL, iR, dif
I1213 16 22.0 -01 31 d Ser F, vS, R
6138 ? 16 22.9 +40 56 A Her vF, vS, R, bM
6137 Gx 16 23.1 +37 55 s CrB 2.2 14. p F, S, iR, bM
6141 ? 16 23.1 +40 48 A Her vF, pS, no Nucl
6142 Gx 16 23.4 +37 16 r CrB 15. p eF, S, bM
I4602 16 23.4 +12 45 d Her eeF, lE, e diffic, F* f
6121 Gb 16 23.6 -26 32 s Sco 26.3 5.9 Cl, 8 or 10 B st line, with 5 st, rrr; = M4
6132 Gx 16 23.7 +11 48 r Her 15. p eF, vS, vlbM
I1219 Gx 16 24.4 +19 28 u Her 1.4 15. p F, S, E pF, lbM
6115 OC 16 24.6 -51 58 o Nor 3. 11. p Cl, eL, eRi
6145 Gx 16 25.0 +40 56 r Her 15. p F, R, bM
6147 Gx 16 25.1 +40 55 A Her 16. p eF, one of 3
6146 Gx 16 25.2 +40 53 r Her 14. p cF, vS, R, bM
6124 OC 16 25.6 -40 40 s Sco 29. 5.8 Cl, B, L, pRi, lCM, st 9...11
6154 Gx 16 25.6 +49 50 s Her 2.4 14. p vF, S, R, lbM, er
I4603 Nb 16 25.6 -24 28 s Oph 20. eF, vL, dif, st inv
I4604 Nb 16 25.6 -23 26 s Oph 60. rho Oph in eL neb
6157 Gx 16 25.7 +55 22 r Dra 15. p eeF, pS, R, v diffic
6101 Gb 16 25.8 -72 12 s Aps 10.7 9.3 glob. cl. , pF, L, iR, vgbM, rr, st 14
6150 Gx 16 25.8 +40 30 r Her 15. p vF, vS, R
6155 Gx 16 26.1 +48 22 r Her 13. p F, pS, iF, gbM
6170 - 16 27.0 +59 35 r Dra eeF, vS, R, v diffic; = 6176?
6148 Gx 16 27.1 +24 05 r Her vF, S, with st
6144 Gb 16 27.3 -26 02 s Sco 9.3 9.1 Cl, cL, mC, gbM, rrr
6149 Gx 16 27.4 +19 36 r Her 15. p vF, pS, R, pB* nr s
6159 Gx 16 27.4 +42 41 r Her 15. p vF, S, iR, lbM
6176 Gx 16 27.5 +59 35 r Dra 15. p eF, eS, v diffic
6134 OC 16 27.7 -49 09 s Nor 7. 7.2 Cl, cL, pRi, lCM, st 13...15
6139 Gb 16 27.7 -38 51 s Sco 5.5 9.2 B, pL, R, psbM, rr
6158 Gx 16 27.7 +39 23 s Her 16. p F, S, iF
6160 Gx 16 27.7 +40 55 s Her 2.1 15. p cF, pL, R, gbM, r
6161 Gx 16 28.3 +32 49 r Her 15. p vF, S, lbM
6162 Gx 16 28.4 +32 52 r Her 15. p F, S, lbM
6163 Gx 16 28.4 +32 52 r Her 15. p vF, S, lbM
6166 Gx 16 28.6 +39 33 s Her 2.4 12.0 pF, S, vlE, vgmbM
I1220 16 29.2 +08 27 d Her eeF, pS, E
6182 Gx 16 29.5 +55 31 r Dra 14. p vF, vS, iR
6174 Gx 16 29.7 +40 51 r Her 15. p vF
6173 Gx 16 29.8 +40 49 s Her 2.2 14. p cF, vS, R, bM
6175 Gx 16 29.9 +40 39 r Her 15. p vF, vS, R
I4605 Nb 16 30.2 -25 06 s Sco 30. *7 in eF, vL neb
I4607 16 30.3 +24 34 d Her F, cS, dif
6180 Gx 16 30.5 +40 34 r Her 15. p eF, vS, R, mbM
6177 Gx 16 30.6 +35 04 r Her 15. p vF, pL, iE, rr, * nr
6179 Gx 16 30.7 +35 07 r Her 15. p vF, S, bMN, 4' nf 6177
6168 Gx 16 31.4 +20 12 r Her 14. p eeF, mE, F* at p end, v diffic
6153 Pl 16 31.5 -40 15 s Sco 0.4 12. p PN , stellar
6184 Gx 16 31.5 +40 35 r Her 15. p eF, vS, R, vlbM
6187 Gx 16 31.6 +57 43 r Dra 15. p vF, vS, lbM
6189 Gx 16 31.6 +59 39 r Dra 13. p vF, pS, lE
I4606 16 31.6 -26 03 d Sco neb; F* p 4s .5, 0'.5 n
6190 Gx 16 32.0 +58 27 r Dra 13. p vF, pS, R, F* nr
6191 - 16 32.0 +58 48 r Dra pF, pL, E, 2 st p
6172 - 16 32.1 -01 29 r Oph vF, eS, R, bM
6181 Gx 16 32.3 +19 50 s Her 2.6 11.9 pB, pL, vlE, pgmbM
6171 Gb 16 32.5 -13 03 s Oph 10.0 8.1 glob. cl. , L, vRi, vmC, R, rrr; = M107
6252 Gx 16 32.5 +82 36 r UMi 15. p vF, vS, f of 2
6217 Gx 16 32.6 +78 12 s UMi 3.1 11.2 B, cL, lE, slbM
6251 Gx 16 32.6 +82 33 r UMi 14. p cF, S, bM, p of 2
6152 OC 16 32.7 -52 37 s Nor 30. 8. p Cl, L, lC, st L
I4609 Gx 16 33.0 +22 46 m Her 0.7 15. p F, vS, R, gbMN
6185 Gx 16 33.2 +35 20 r Her 14. p F, S, R, gbM, *11 np
I4610 16 33.6 +39 16 d Her F, eS, R, gbM
I4611 16 33.7 +39 20 d Her F, vS, iF
I4612 16 33.8 +39 16 d Her F, eS, R, gbM
6164 Pl 16 34.0 -48 06 r Nor eF (strongly susp), D* f nr
6165 Pl 16 34.0 -48 06 r Nor F, cS, lE, vglbM, D* p
6169 OC 16 34.1 -44 03 s Nor 7. 7. p Cl, mu Nor inv
6167 OC 16 34.4 -49 36 s Nor 8. 6.7 Cl, L, lC, iF
6186 Gx 16 34.4 +21 33 s Her 1.8 14. p eF, vS, E
I1221 Gx 16 34.7 +46 24 u Her 1.3 15. p eeF, pS, E, p of 2
6156 Gx 16 34.8 -60 36 r TrA pF, pL, vlE, gbM
I1222 Gx 16 35.1 +46 13 v Her 1.9 eeF, pL, R, f of 2
I1223 16 35.4 +49 16 d Her eeF, pS, R, bet 2 dist F st
6198 Gx 16 35.5 +57 31 r Dra 15. p vF, vS, R, 2 st f
6178 OC 16 35.7 -45 38 s Sco 4. 7.2 Cl, B, S, st pL
6202 - 16 36.2 +61 57 r Dra eeF, pS, * f
6195 Gx 16 36.5 +39 02 s Her 1.8 15. p vF, S, R, gbM, bet 2 st
6194 Gx 16 36.6 +36 11 r Her 14. p vF, vS, sbM *12
I1225 Gx 16 36.9 +67 38 u Dra 1.5 15. p eeF, vS, 2 or 3 F st inv, * p
I4613 Gx 16 37.3 +35 59 x Her eF, dif; = 6196?
6196 Gx 16 37.4 +36 06 A Her 14. p vF, vS, stellar
6197 Gx 16 37.5 +36 02 A Her 15. p eF, E, stellar
I4614 Gx 16 37.8 +36 07 x Her eF, stellar
I4615 Gx 16 37.9 +36 04 s Her 1.7 12.8 *13 in S neb
I4616 Gx 16 38.0 +36 00 x Her eF, S, dif, r; *12 sf 2'
6151 16 38.3 -73 15 r Aps vF, vS *9 nr
6199 * 16 39.0 +36 06 A Her eF
6214 Gx 16 39.5 +66 01 r Dra 14. p eF, vS, R
6206 Gx 16 40.1 +58 38 r Dra 14. p pF, eS, R, stell, 3 vF st nr; = IC 1227
I1227 ? 16 40.1 +58 37 x Dra vF, S, R, stellar N; = 6206
6201 Gx 16 40.2 +23 45 r Her 15. p eF, vS
6192 OC 16 40.3 -43 22 s Sco 8. 9. p Cl, pL, pRi, iR, st 11...14
6203 Gx 16 40.4 +23 46 r Her 15. p eF, vS
6188 Nb 16 40.5 -48 47 s Ara 20. ! F, vL, viE, B* inv
I1226 Gx 16 41.1 +46 00 z Her 15. p eF, S, R, forms arc with 4 st
6193 OC 16 41.3 -48 46 s Ara 15. 5.2 Cl, vL, lRi, lC, rrr, F neb inv
6211 Gx 16 41.5 +57 47 s Dra 2.0 14. p vF, pS, R, sp of 2
6213 Gx 16 41.5 +57 50 r Dra 15. p eF, vS, R, nf of 2
6183 Gx 16 41.6 -69 23 r TrA vF, eS, R, gbM
6205 Gb 16 41.7 +36 28 s Her 16.6 5.9 !! glob. cl. , eB, vRi, vgeCM, st 11...; = M13
I1228 Gx 16 42.0 +65 34 u Dra 1.6 14. p vF, pS* n, 4 st in curve s
I4617 Gx 16 42.1 +36 41 x Her S, E 29deg , bM
I1224 Gx 16 42.9 +19 15 m Her 0.7 15. p vF, vS, R, stellar
6207 Gx 16 43.1 +36 50 s Her 3.0 11.6 pB, pL, E 45deg +/- , vgmbM
6223 Gx 16 43.1 +61 34 s Dra 3.4 13. p F, S, R, mbM
6212 Gx 16 43.3 +39 48 r Her 15. p eF
6232 Gx 16 43.3 +70 38 r Dra 13. p pF, pL, lE
6226 Gx 16 43.5 +61 58 r Dra 14. p F, S, triangle with 2 st 12 & 14
6200 OC 16 44.2 -47 29 s Ara 12. 7.4 Cl (in Milky Way)
I4619 Gx 16 44.2 +17 46 z Her 15. p F, R
6210 Pl 16 44.5 +23 49 s Her 0.2 9. p PN , vB, vS, R, disc & border (Nucl variable?)
6236 Gx 16 44.5 +70 48 s Dra 3.0 12. p F, pL
I1229 Gx 16 45.0 +51 17 u Dra 1.0 15. p eeF, pS, v diffic, np of 2
I1230 16 45.3 +51 13 d Her eeF, L, R, v diffic, sf of 2
6245 Gx 16 45.5 +70 48 r Dra vF, pL, R
6219 Gx 16 46.3 +09 02 r Her 15. p F, S
6248 Gx 16 46.4 +70 22 s Dra 3.3 13. p eeF, pL, R, v diffic
6204 OC 16 46.5 -47 01 s Ara 5. 8.2 Cl, pRi, eiCM, st 11...12
6237 Gx 16 46.5 +70 23 r Dra eF, S, E
I1231 Gx 16 46.9 +58 27 u Dra 2.4 14. p eeF, L, R, pB* sp
I4608 Gx 16 46.9 -77 29 c Aps 1.2 vF, vS, cE 85deg , bM
6229 Gb 16 47.0 +47 32 s Her 4.5 9.4 glob. cl. , vB, L, R, disc & F border, r
6218 Gb 16 47.2 -01 57 s Oph 14.5 6.6 !! glob. cl. , vB, vL, iR, gmbM, rrr, st 10...; =
6220 Gx 16 47.2 -00 17 r Oph 15. p eeF, pS, iR, 3 F st s
6238 Gx 16 47.2 +62 08 r Dra 14. p eeF, eS, eF* close, v diffic
6228 Gx 16 48.0 +26 12 r Her 15. p vF, S
6244 Gx 16 48.1 +62 11 r Dra 14. p vF, vS, R, bet 2 st, nf of 2
6224 Gx 16 48.2 +06 18 r Her 15. p eeF, vS, lE, pB* nr n, n of 2
6247 Gx 16 48.2 +62 58 r Dra 13. p F, pS, iF
6225 Gx 16 48.3 +06 13 r Her 15. p eF, vS, lE, F st inv, s of 2
I1233 16 48.4 +63 09 d Dra eF, vS, vE, bet 2 st (= 6247?)
I4620 16 48.5 +18 17 d Her vF, R
I1232 16 49.1 +46 05 d Her eeF, S, iR, B* sf
6216 OC 16 49.4 -44 44 s Sco 4. 10. p Cl, pS, pRi, pC, st 12...15
6208 OC 16 49.5 -53 49 s Ara 16. 7.2 Cl, L, Ri, lCM, st 9...12
6246 Gx 16 49.9 +55 33 s Dra 1.7 14.1 eF, S, R
6233 Gx 16 50.1 +23 34 r Her 15. p pF, S, R, gbM
6239 Gx 16 50.1 +42 44 s Her 2.8 12.3 vF, E, biN np sf
6241 Gx 16 50.1 +45 24 r Her 15. p eF, pS
6230 Gx 16 50.6 +04 35 r Her 15. p eeF, pS, R, v diffic
6222 OC 16 50.7 -44 45 r Sco 10. p Cl, vL, vRi, lbM, st 12...13
I4621 Gx 16 50.8 +08 48 u Her 1.1 15. p vF, vS
6215 Gx 16 51.1 -58 59 s Ara 2.0 12. p pF, R, vglbM, *4 p 79s
I4623 Gx 16 51.2 +22 31 m Her 0.6 15. p F, S, R, gbM
I4624 Gx 16 51.5 +17 27 z Her 16. p vF, R
6227 - 16 51.6 -41 13 r Sco Cl, eL, eRi (Milky Way)
6260 Gx 16 51.8 +63 43 r Dra 15. p eF, pS, R, sev st nr sf
6234 Gx 16 51.9 +04 23 r Oph 15. p F, S, R
I1235 Gx 16 52.1 +63 07 z Dra 15. p vF, dif, pS, *8 nf 3'
I4622 ? 16 52.1 -16 14 x Oph cF, S, iF, D
6258 Gx 16 52.3 +60 33 r Dra 14. p eF, vS, R, B* & D* p
6243 Gx 16 52.4 +23 21 r Her 15. p vF, vS, iF, dif
6221 Gx 16 52.8 -59 13 s Ara 3.2 11. p glob. cl. , pB, cL, R, glbM, rr
I1234 16 52.9 +56 54 d Dra vF, sev st in neb?
I4625 16 52.9 +02 26 x Oph neb, *10 close nf; = 6240?
6240 Gx 16 53.0 +02 24 s Oph 2.2 15. p vF, pL, lE, dif; = IC 4625
6235 Gb 16 53.4 -22 11 s Oph 5.0 10.2 pB, cL, iR, rrr, st 14...16
I4626 * 16 53.4 +02 19 F Oph eF
6262 - 16 53.6 +56 56 r Dra eeF, pS, R, v diffic
6231 C+N 16 54.0 -41 48 s Sco 15. 2.6 Cl, B, cL, pRi, st 10...13
I4627 16 54.1 -07 38 d Oph eF, eS, dif, *12 s 12"
6255 Gx 16 54.8 +36 30 s Her 3.5 14. p eF, cL, E 90deg
6209 Gx 16 55.1 -72 32 r Aps vF, pL, vgvlbM
I4630 Gx 16 55.1 +26 39 u Her 1.3 15. p F, S, R, stell N
6242 OC 16 55.6 -39 30 s Sco 9. 6.4 Cl, B, L, Ri, st 8...11
6275 Gx 16 55.6 +63 15 s Dra 15. p eeF, S, lE, v diffic
6257 Gx 16 56.0 +39 39 r Her 15. p vF (vS D*?), F D* nf
I4629 16 56.2 -16 43 d Oph vF, vS, eE 75deg , susp
I1237 Gx 16 56.3 +55 02 v Dra 2.1 eF, pL, lE, * nr p
6261 Gx 16 56.5 +28 00 r Her 15. p eF, eS, iF
6263 Gx 16 56.7 +27 50 r Her 15. p vF, vS, R
I4628 Nb 16 57.0 -40 20 s Sco 90. F, eL, E pf, dif
6254 Gb 16 57.1 -04 06 s Oph 15.1 6.6 ! glob. cl. , B, vL, R, gvmbM, rrr, st 10...15; =
6264 Gx 16 57.3 +27 52 r Her 15. p eF, vS
6265 Gx 16 57.5 +27 51 r Her 15. p eF, vS
6288 Gx 16 57.5 +68 27 r Dra 15. p eF, vS, R, sp of 2
6249 OC 16 57.6 -44 47 s Sco 6. 8.2 Cl, pRi, vlC, iF, st L & S
6289 Gx 16 57.8 +68 31 r Dra 15. p eF, pL, mE, nf of 2
I4618 Gx 16 57.9 -77 00 c Aps 1.9 !! eF, eS, 2-branch spiral
6250 OC 16 58.0 -45 48 s Ara 8. 5.9 Cl, L, lRi, lC, st 8...12
6269 Gx 16 58.0 +27 52 r Her 14. p F, S, R
6267 Gx 16 58.2 +22 59 r Her 14. p vF, pL, R, lbM
6285 Gx 16 58.4 +58 59 s Dra 1.3 15. p eeF, S, R, v diffic, np of 2
I1236 Gx 16 58.5 +20 02 v Her 1.2 eF, pS, vlE, vF* close p
I4632 16 58.5 +22 55 d Her eF; neb?
6286 Gx 16 58.6 +58 58 s Dra 1.5 14. p eF, pS, R
6270 Gx 16 58.7 +27 38 r Her 15. p eF, S, R
6271 Gx 16 58.8 +27 59 r Her 15. p vF, R
6272 Gx 16 58.9 +27 56 r Her 15. p vF
6279 Gx 16 59.0 +47 14 r Her 15. p vF, pS, lE, coarse D* np
I4636 16 59.0 +47 11 d Her vF, fainter than 6279
6253 OC 16 59.1 -52 43 s Ara 5. 10. p Cl, S, triangular, st 13
6274 Gx 16 59.4 +29 57 r Her 14. p eF, vS
6283 Gx 16 59.4 +49 56 r Her 13. p vF, cS, iR
6256 Gb 16 59.5 -37 07 s Sco glob. cl. , vF, vL, iR, vgbM, rrr
6276 Gx 17 00.3 +23 07 r Her eF
I1238 17 00.6 +23 05 d Her eF
6259 OC 17 00.7 -44 40 s Sco 10. 8.0 ! Cl, B, vL, vRi, st 11...
6277 Gx 17 00.8 +23 03 r Her 15. p eF
6282 Gx 17 00.8 +29 50 r Her 15. p vF, S, R
I1239 Gx 17 00.8 +23 01 u Her 2.1 14. p eF, eF stell N; = 6276?
6278 Gx 17 00.9 +23 01 r Her 14. p vF, stellar
6290 Gx 17 00.9 +59 00 r Dra 14. p eF, pS, R, * close f
6291 Gx 17 00.9 +58 58 r Dra 15. p eeF, eS, R
I1240 17 01.0 +61 03 d Dra susp neb, 3' nf *8.7
6266 Gb 17 01.2 -30 07 s Oph 14.1 6.6 ! glob. cl. , vB, L, gmbM, rrr, st 14...16; = M62
I4638 17 01.2 +33 34 d Her no descr, *9 sf 2'.5
I1241 Gx 17 01.4 +63 42 u Dra 1.7 14. p eF, pS, R
I4634 Pl 17 01.6 -21 50 s Oph 0.2 11. p PN , stellar
6280 Gx 17 01.9 +06 40 r Oph 15. p pB, S, lE
6268 OC 17 02.4 -39 44 s Sco 6. 10. p Cl, B, pL, cRi, st 10...
6273 Gb 17 02.6 -26 16 s Oph 13.5 7.2 glob. cl. , vB, L, R, vCM, rrr, st 16; = M19
I4639 17 02.9 +22 54 d Her vF, vS, R
6292 Gx 17 03.0 +61 03 r Dra 14. p eF, E, v diffic, F st nr
6295 Gx 17 03.1 +60 20 r Dra 15. p eF, S, mE, F* nr
6298 17 03.4 +62 02 d Dra vF, eS, R, bet 2 st, f of 2
6331 Gx 17 03.5 +78 38 r UMi 15. p eF, S
6297 Gx 17 03.6 +62 02 r Dra 14. p pB, pS, R, bet 2 st, p of 2
6284 Gb 17 04.5 -24 46 s Oph 5.6 9.0 glob. cl. , B, L, R, CM, rrr, st 16...
6281 C+N 17 04.8 -37 54 s Sco 60. 5.4 Cl, L, pRi, lC, st 9...11
6299 Gx 17 05.0 +62 27 r Dra 15. p vF, vS, R
6303 17 05.1 +68 21 D Dra eF, pL, mE, nearly bet 2 st
6287 Gb 17 05.2 -22 42 s Oph 5.1 9.2 glob. cl. , cB, L, R, gmpCM, rrr, st 16
I4637 Pl 17 05.2 -40 53 s Sco 0.3 14. p PN , stellar
6324 Gx 17 05.4 +75 25 r UMi 13. p vF, S, E, S* s
6306 Gx 17 07.6 +60 44 s Dra 1.2 14. p vF, vS, lE
6307 Gx 17 07.7 +60 45 s Dra 1.6 14. p vF, vS, lE, *13 nr n
6310 Gx 17 08.0 +61 00 s Dra 2.1 14. p F, pL, lE
I4643 17 08.5 +42 20 x Her F, *12 inv; = 6301
6301 Gx 17 08.6 +42 20 r Her 14. p F, stellar; = IC 4643
6296 Gx 17 08.7 +03 54 s Oph 1.1 14. p pB
I1242 Gx 17 08.7 +04 02 u Oph 1.0 15. p vS, R, vlbM
6317 Gx 17 09.3 +62 53 r Dra 16. p eeF, S, R, F* nr, sp of 2
6319 Gx 17 09.6 +62 59 r Dra 14. p vF, vS, R, lbM, nf of 2
I1251 Gx 17 10.1 +72 24 u Dra 1.7 14. p eeF, pS, R, sp of 2, 6340 nr
6293 Gb 17 10.2 -26 35 s Oph 7.9 8.2 glob. cl. , vB, L, R, psbM, rrr, st 16
6294 - 17 10.3 -26 34 r Oph only a D* 13, 13.5, dist 8"
6313 Gx 17 10.4 +48 19 r Her 15. p eeF, vS, lE, bet 2 F st
6340 Gx 17 10.4 +72 18 s Dra 3.4 11.0 cF, pL, R, vgmbM
6311 Gx 17 10.6 +41 39 r Her 15. p pB, vS, R
I1243 ? 17 10.6 +10 47 x Oph only 5 st 12-14 in line ns, 45" long
I1244 Gx 17 10.6 +36 17 u Her 1.2 15. p vF, pS, R, bet 2 st
6312 Gx 17 10.8 +42 17 r Her 15. p eF, irrR, dif, vS* inv
I4631 17 11.0 -77 36 d Aps eF, eeS, ann?, susp
I1254 Gx 17 11.5 +72 24 v Dra 1.9 13.9 eeF, pS, R, nf of 2, v diffic
I1248 Gx 17 11.8 +60 00 v Dra 1.5 eeF, pS, R, bet 2 st p & f
I4642 Pl 17 11.8 -55 24 s Ara 0.4 13. p PN , stellar
6308 Gx 17 12.0 +23 23 s Her 1.3 14. p vF, S, R, sbM
6314 Gx 17 12.6 +23 16 s Her 1.8 13.1 F, vS, R, bM
I1245 Gx 17 12.6 +38 02 u Her 1.7 15. p eF, S, R, bM, F* close s
6315 Gx 17 12.8 +23 13 s Her 0.9 13.3 eF, S
6320 Gx 17 12.9 +40 16 r Her 15. p eF, *13 p 0s .5
6323 Gx 17 13.3 +43 46 r Her 15. p eF, vS, diffic
6302 Pl 17 13.7 -37 06 s Sco 0.8 13. p pB, E pf, PN
I4633 Gx 17 13.8 -77 32 c Aps 3.7 vF, cL, cbM; spir?
6327 Gx 17 14.0 +43 38 r Her 15. p eF, vS, diffic
6309 Pl 17 14.1 -12 55 s Oph 1.1 11. p close Dneb, 160deg , both B, eS
6329 Gx 17 14.3 +43 41 r Her 14. p vF, vS, R, bM
I1246 17 14.3 +20 14 d Her neb *13? *10 n 1'
I1250 17 14.4 +57 25 d Dra pF, S, cE
6304 Gb 17 14.5 -29 28 s Oph 6.8 8.4 glob. cl. , B, cL, R, lbM, rrr, st 16
6321 Gx 17 14.5 +20 18 r Her 14. p eF, iR, pS, vlbM
I4645 Gx 17 14.6 +43 07 z Her 16. p eF, pS, *13.5 f 80"
I1249 Gx 17 14.9 +35 31 z Her 15. p eeF, pS, R, v diffic, 4 st s
6332 Gx 17 15.0 +43 39 r Her 14. p vF, oval, ibM
6338 Gx 17 15.3 +57 25 r Dra 14. p F, S, R, vglbM
6345 Gx 17 15.3 +57 21 r Dra 15. p eeF, vS, R, 2nd of 3
6346 Gx 17 15.3 +57 19 r Dra 15. p eeF, S, R, 3rd of 3
I4635 Gx 17 15.7 -77 29 c Aps 3.1 vF, eS, cbM
6330 Gx 17 15.8 +29 23 r Her 15. p eF, S, R
I1252 17 15.8 +57 23 d Dra vF, pS, *12.5 v close
I4649 17 15.8 +57 23 d Dra eF, pS, v dif, *12.5 f 0'.5
I4650 17 15.9 +57 20 d Dra eF, st and neb
I4648 OC 17 16.0 +45 52 x Her Cl, vS, neb, vF D* inv
6336 Gx 17 16.3 +43 48 r Her 14. p vF, vS, R, bM
I1247 * 17 16.4 -12 47 F Oph stellar, *9.8 sp 0'.7; D* 12-12 is 30s p
6316 Gb 17 16.6 -28 08 s Oph 4.9 9.0 glob. cl. , cB, pS, R, gvmbM, rrr, st 16
6300 Gx 17 17.0 -62 49 s Ara 5.4 11. p F, vL, vlE, am st, 2 st inv
6339 Gx 17 17.1 +40 51 s Her 3.4 13. p vF, L, iR, sp of 2
6341 Gb 17 17.1 +43 08 s Her 11.2 6.5 glob. cl. , vB, vL, eCM, rrr, st S; = M92
6344 Gx 17 17.2 +42 27 r Her F, S, R, *12 nf, nr
6343 Gx 17 17.3 +41 03 r Her 14. p vF, S, lE, nf of 2
6318 OC 17 17.8 -39 27 s Sco 4. 12. p Cl, pL, Ri, R, gbM, st 12...14
6359 Gx 17 17.9 +61 47 s Dra 1.2 12.6 pB, S, R, bMN = *12
6325 Gb 17 18.0 -23 46 s Oph 4.3 10.7 pF, L, R, rr
6305 Gx 17 18.1 -59 09 t Ara vF, vS, R, glbM
6348 Gx 17 18.4 +41 39 r Her 15. p eF, vS, iR, lbM
6322 OC 17 18.5 -42 57 s Sco 10. 6.0 Cl, vL, pRi, lC (place of * nf)
6361 Gx 17 18.6 +60 37 s Dra 2.4 14. p vF, pS, mE, nearly bet 2 st
6350 Gx 17 18.7 +41 41 r Her 14. p pF, pS, gbM
6358 Gx 17 19.0 +52 37 r Dra 15. p eF, S, R, D* nr np
6349 Gx 17 19.1 +36 03 r Her 15. p vF, eS, R, lbM, p of 2
6333 Gb 17 19.2 -18 31 s Oph 9.3 7.9 glob. cl. , B, L, R, eCM, rrr, st 14; = M9
6351 Gx 17 19.2 +36 02 r Her 16. p vF, vS, fainter than 6349
I1253 17 19.8 +18 40 d Her F
6347 Gx 17 19.9 +16 40 r Her 14. p eF, iR, dif
6334 Nb 17 20.5 -35 43 s Sco 40. cF, vL, icE, vglbf, *8 inv
6335 - 17 20.5 -30 08 r Sco dif neb in patches
6326 Pl 17 20.8 -51 45 s Ara 0.2 12. p !!! PN , pB, vS, R
6342 Gb 17 21.2 -19 35 s Oph 3.0 9.9 cB, pS, lE, er
6353 - 17 21.2 +15 42 r Her pB, pS, 3 S st inv, *10 nf 1'
I4660 Gx 17 21.6 +75 51 v UMi 1.5 pL, E ns, *9.2 sp 30"
6337 Pl 17 22.3 -38 29 s Sco 0.8 !!! ring , eF, S, am st
6363 Gx 17 22.7 +41 08 r Her 14. p vF, S, R, gbM
6365 Gx 17 22.7 +62 11 r Dra 14. p eeF, pL, iR, eF st inv, * sf
I1255 Gx 17 23.1 +12 41 u Oph 1.1 14. p vF, pS, R, forms trap with 3 st
6370 Gx 17 23.3 +57 00 r Dra 14. p vF, vS, R, B* nr n
I1261 17 23.5 +71 17 d Dra eeF, pS, R
6356 Gb 17 23.6 -17 49 s Oph 7.2 8.4 glob. cl. , vB, cL, vgvmbM, rrr, st 20
6328 Gx 17 23.7 -64 59 A Ara eF pair of st only, one hazy
I1256 Gx 17 23.8 +26 28 u Her 1.7 14. p F, S, gbM
I4640 Gx 17 23.9 -80 04 c Aps 1.5 vF, eS, cbM
I4646 Gx 17 23.9 -60 00 c Ara 2.6 F, pL, spir
6355 Gb 17 24.0 -26 21 s Oph 5.0 9.6 cF, L, R, gbM, rrr
I4641 Gx 17 24.2 -80 09 c Aps 1.6 eF, vS, bM
6373 Gx 17 24.3 +59 01 r Dra 14. p eeF, pL, v diffic
6364 Gx 17 24.5 +29 24 r Her 14. p pF, vS, R, bM *13
6354 Ast 17 24.6 -38 32 r Sco eF, S
6357 Nb 17 24.6 -34 10 s Sco 50. F, L, E, vglbM, D* inv
I4644 Gx 17 24.6 -73 56 c Aps 2.1 eF, vS, mE 135deg
I4651 OC 17 24.7 -49 57 s Ara 12. 6.9 Cl, pC
6367 Gx 17 25.2 +37 46 r Her 15. p vF* in vF, vS, R neb
6360 - 17 25.4 -30 00 r Oph neb in patches (Milky Way)
6376 Gx 17 25.4 +58 50 r Dra 14. p eeF, eS, R, v diffic
6377 Gx 17 25.4 +58 50 r Dra 14. p eF, eS, R, lbM
6352 Gb 17 25.5 -48 25 s Ara 7.1 8.2 Cl (not neb), pF, L
I4647 Gx 17 26.0 -80 12 c Aps 1.7 bM
6395 Gx 17 26.4 +71 06 s Dra 2.6 13. p vF, pL, lE, D* n
I4652 Gx 17 26.4 -59 44 c Ara 1.7 F, PN , 15 mag
6368 Gx 17 27.1 +11 33 s Oph 4.0 13. p F, S, E
I1257 17 27.1 -07 06 d Oph F, pL, lbM
I4653 Gx 17 27.1 -60 53 c Ara 1.6 eeF, eS, bM, eF, * vnr, susp
6371 Gx 17 27.2 +26 30 r Her 15. p vF, S, R, np of 2
6381 Gx 17 27.3 +60 01 s Dra 1.5 14. p vF, pL, E
I1258 Gx 17 27.3 +58 31 v Dra 1.2 pB, pS, R, 1st of 3
I1259 Gx 17 27.4 +58 33 v Dra 1.5 pB, pS, R, 2nd of 3
I1260 17 27.4 +58 29 d Dra eeF, S, R, 3rd of 3
6372 Gx 17 27.5 +26 28 s Her 1.9 14. p vF, pS, iF, sf of 2
6366 Gb 17 27.7 -05 05 s Oph 8.3 10.0 F, L, vlbM
6382 Gx 17 27.8 +56 52 r Dra 15. p pF, pS, R
6385 Gx 17 28.0 +57 33 r Dra 14. p eF, S, R, B* s
6387 Gx 17 28.4 +57 34 r Dra 15. p eF, S, R
6390 Gx 17 28.5 +60 06 r Dra 14. p eeF, mE, v diffic
6386 Gx 17 28.9 +52 44 r Dra 15. p vF, pS, R, bet 2 st
6391 Gx 17 28.9 +58 52 r Dra 15. p eF, vS, R, nearly bet 2 st
6369 Pl 17 29.3 -23 46 s Oph 1.1 13. p !! ring , pB, S, R
6375 Gx 17 29.3 +16 12 r Her 14. p F, vS, R
6412 Gx 17 29.6 +75 42 s Dra 2.3 11.8 glob. cl. , cL, R, vgbM, rr
6394 Gx 17 30.1 +59 32 r Dra 16. p eF, pS, R, n of 2
6393 Gx 17 30.3 +59 39 r Dra 15. p eF, pS, R, s of 2
6378 Gx 17 30.6 +06 17 r Oph 15. p v difficult
6379 Gx 17 30.6 +16 17 s Her 1.3 15. p vF, pL
6414 Gx 17 30.6 +74 23 r Dra 15. p eeF, pS, R, v diffic, bet 2 st
6399 Gx 17 31.8 +59 38 r Dra 15. p eF, vS, R
6362 Gb 17 31.9 -67 03 s Ara 10.7 8.3 glob. cl. , cB, L, vgmbM, rrr, st 14...17
6374 OC 17 32.3 -32 36 s Sco 3. 9.0 Cl, S, P, B* inv
6384 Gx 17 32.4 +07 04 s Oph 6.0 10.6 pB, S, vlE
6389 Gx 17 32.7 +16 24 s Her 3.1 14. p F, S, iF, er
I4657 ? 17 32.7 -17 31 x Oph vF, *11 np 2'
I1262 Gx 17 33.0 +43 45 u Her 1.5 15. p eF, pS, R, 1st of 3
I1263 Gx 17 33.1 +43 49 u Her 1.7 15. p eF, pS., R, 2nd of 3
I1264 Gx 17 33.3 +43 38 u Her 1.4 16. p eF, pS, R, 3rd of 3
I4659 17 34.2 -17 56 d Oph pF, S, *8 f 21s , 3' n
I4655 17 34.6 -60 43 d Ara eF, eS, mE 170deg
6383 C+N 17 34.8 -32 34 s Sco 80. 5.5 Cl, st 13, *6-7 in M
6410 * 17 35.2 +60 49 r Dra eeF, S, R, nearly bet 2 st, sp of 2
6380 Gb 17 35.4 -39 04 s Sco 3.9 eF, pS, lE, *9 att
6411 Gx 17 35.6 +60 48 r Dra 13. p vS, gbM
6419 Gx 17 35.9 +68 08 r Dra 15. p eeF, eS, R, v diffic
6420 Gx 17 36.1 +68 01 r Dra 15. p eeF, eS, R, v diffic
6424 Gx 17 36.2 +69 59 r Dra 15. p vF, pS, R
6388 Gb 17 36.3 -44 44 s Sco 8.7 6.9 glob. cl. , vB, L, R, pg, psvmbM, rrr, st 17...
6422 Gx 17 36.3 +68 02 r Dra 15. p eF, pS, R, nearly bet 2 st
6409 Gx 17 36.6 +50 46 r Dra 15. p vF, S, R
6423 Gx 17 36.7 +68 09 r Dra 15. p eeF, vS, R, * close f
I1265 Gx 17 36.7 +42 05 u Her 2.1 14. p eeF, S, lE
6434 Gx 17 36.8 +72 05 r Dra 13. p vF, vS, R, stellar, *8 s
I4654 Gx 17 37.1 -74 23 c Aps 1.7 eF, eS, R, vmbM
I4658 17 37.2 -59 35 d Ara F, PN , 15 mag
6402 Gb 17 37.6 -03 15 s Oph 11.7 7.6 ! glob. cl. , B, vL, R, eRi, vgmbM, rrr, st 15; =
I4656 Gx 17 37.7 -63 44 c Ara 2.2 eeF, vS, eE 90deg , cbM
6396 OC 17 38.1 -35 00 s Sco 3. 8.5 Cl, pL, lRi, lC
6418 Gx 17 38.1 +58 43 r Dra 14. p eF, pS, R
6406 - 17 38.3 +18 50 r Her vF, eS, stellar
6401 Gb 17 38.6 -23 55 s Oph 5.6 9.5 pB, pL, R, *12 f inv
6461 Gx 17 38.7 +73 30 r Dra 15. p eF, pS, R, 5 st nr
I1267 Gx 17 38.7 +59 23 v Dra 1.7 eeF, pS, R, v diffic
6408 Gx 17 38.8 +18 52 r Her 14. p F, S, iR, gbM
6404 OC 17 39.6 -33 15 s Sco 5. 11. p Cl, F, L, pRi, lC, st 13...15
6405 OC 17 40.1 -32 13 s Sco 15. 4.2 Cl, L, iR, lC, st 7, 10...; = M6
6435 Gx 17 40.1 +62 37 r Dra 15. p eeF, vS, R, vF D* nr f
6397 Gb 17 40.7 -53 40 s Ara 25.7 5.7 glob. cl. , B, vL, Ri, st 13
6413 - 17 40.7 +12 37 r Oph vF, vS, smbM
6400 OC 17 40.8 -36 57 s Sco 8. 9. p Cl, pL, pRi, iR, st 9...10
6436 Gx 17 41.2 +60 27 r Dra 15. p eeF, pS, lE, *** nr
6417 Gx 17 41.7 +23 40 r Her 14. p pF, S, vlbM
6456 Gx 17 42.4 +67 34 r Dra 15. p eeF, eS, R, v diffic, bet 2 st
6398 Gx 17 42.7 -61 41 A Pav eF hazy * only, p of 2
6457 Gx 17 42.8 +66 28 r Dra 14. p F, vS, R, bM
6403 Gx 17 43.2 -61 41 A Pav eF hazy * only, f of 2
6392 Gx 17 43.5 -69 47 c Aps 1.5 cF, S, R, glbM, *13 sp
6463 Gx 17 43.5 +67 35 r Dra 15. p eeF, S, R, v diffic, 2nd of 6
6427 Gx 17 43.6 +25 29 r Her 14. p vF, vS, stellar
6449 Gx 17 43.7 +56 47 r Dra 14. p vF, pS, R
6428 - 17 43.9 +25 32 r Her vF, S, stellar
6477 Gx 17 43.9 +67 37 r Dra eeF, eS, R, v diffic, * nr
6429 Gx 17 44.0 +25 21 r Her 14. p F, S, stellar
6433 Gx 17 44.0 +36 46 r Her 14. p vF, S, pmE, bM
6470 Gx 17 44.1 +67 34 r Dra 15. p eeF, vS, R, v diffic, 3rd of 6
6471 Gx 17 44.1 +67 34 r Dra 15. p eeF, eS, R, * nr, 4th of 6
6472 Gx 17 44.2 +67 36 r Dra 15. p eeF, eS, R, v diffic, 5th of 6
6431 - 17 44.3 +25 30 r Her vF, vS, R
6448 - 17 44.3 +53 32 r Dra vF, pS, R, lbM
6415 - 17 44.4 -35 01 r Sco nebs portion of Milky Way
6416 OC 17 44.4 -32 21 s Sco 18. 5.7 Cl, vL, Ri, lC
6430 Ast 17 44.6 +18 09 r Her vF, S, mE
6443 Gx 17 44.6 +48 05 r Her 15. p eF, pS, lE
6462 Gx 17 44.7 +61 53 r Dra 14. p F, eS, R, PN ?
6426 Gb 17 44.9 +03 00 s Oph 3.2 11.2 vF, cL, E, vlbM
6454 Gx 17 44.9 +55 42 s Dra 1.4 15. p vF, pS, R, lbM
6407 Gx 17 45.0 -60 44 c Pav 1.9 eF, S, R, 3 st nr
I4663 Pl 17 45.5 -44 54 s Sco 0.2 13. p PN , stell
I1266 17 45.6 -46 06 d Ara stellar (gaseous spectrum)
6421 - 17 45.8 -33 42 r Sco Cl, vL, pRi, st 8...12
6464 Gx 17 45.8 +60 53 r Dra 15. p eeF, pS, R, s of 4 st
I4666 Gx 17 45.8 +55 46 m Dra 0.6 16. p eF*, slightly nebs
6459 Gx 17 45.9 +55 45 r Dra 16. p eF, eS, R, r
6446 Gx 17 46.1 +35 33 r Her 15. p eF, vS, iR
6447 Gx 17 46.3 +35 33 r Her 14. p vF, S, R
I4665 OC 17 46.3 +05 43 s Oph 41. 4.2 Cl, co
I4667 17 46.3 +55 53 d Dra 2 stell neb susp
6425 OC 17 46.9 -31 32 s Sco 8. 7.2 Cl, pS, lRi, lC, st 10...12
6442 Gx 17 46.9 +20 45 r Her 14. p pF, S, iR, gbM
6474 - 17 46.9 +57 20 r Dra eF, pS, R, n of 3, 3 st nr
I4668 17 46.9 +57 24 d Dra eF, * 3' n
6473 Gx 17 47.0 +57 20 r Dra 15. p eeF, S, R, s of 2
I4662 Gx 17 47.1 -64 38 s Pav 2.2 11.4 F, pS, lE
I4669 Gx 17 47.2 +61 26 x Dra eF, S; eF st inv?
6432 17 47.4 -24 53 D Sgr only 4 st 12-13
6450 - 17 47.5 +18 35 r Her vF, vS, B* f 2'; nonexistent?
I1270 * 17 47.8 +62 13 x Dra eeF, S, R, v diffic, 6488 f
6452 Gx 17 48.0 +20 51 r Her 15. p eeF, S
6466 Gx 17 48.2 +51 26 r Dra 15. p eF, vS, R, bet 2 st
6439 Pl 17 48.3 -16 29 s Sgr 0.1 14. p PN , stellar = 13m
6479 Gx 17 48.3 +54 10 r Dra 14. p eF, pS, R, 3 st n
6478 Gx 17 48.6 +51 09 s Dra 1.9 14. p pB, S, vmE, spindle
6440 Gb 17 48.9 -20 22 s Sgr 5.4 9.7 pB, pL, R, bM
I4664 Gx 17 49.0 -63 15 c Pav 1.7 eF, vS, cE, cbM
6437 - 17 49.1 -35 26 r Sco Cl, F, eL, vS st + neb
6445 Pl 17 49.2 -20 01 s Sgr 0.6 13. p pB, pS, R, gbM, r, *15 np
6458 Gx 17 49.2 +20 49 r Her 15. p eF, vS, stellar
6488 Gx 17 49.3 +62 14 r Dra 14. p pF, pS, E
6503 Gx 17 49.4 +70 09 s Dra 6.2 10.2 B or pB, L, mE, *9 f 4'
6444 OC 17 49.5 -34 49 s Sco 12. Cl, vL, vRi, st 12...13
6460 Gx 17 49.6 +20 46 r Her 14. p vF, pL, iR
6508 Gx 17 49.9 +72 02 r Dra 14. p vF, S, 3 st nr
6489 Gx 17 50.0 +60 06 r Dra 15. p eeF, pL, lE, bet 2 st
6491 Gx 17 50.1 +61 32 r Dra 14. p pF, eS, vF* att, np of 2
6441 Gb 17 50.2 -37 03 s Sco 7.8 7.4 glob. cl. , vB, pL, R, vgmbM, rrr, st 18
6493 Gx 17 50.4 +61 33 v Dra 1.4 F, eS, R, PN ?, F* vnr, sf of 2
6451 OC 17 50.7 -30 13 s Sco 8. 8. p Cl, pL, pRi, bifid, st 12...
6467 Gx 17 50.7 +17 32 s Her 2.7 15. p vF, vS, lE
6468 Gx 17 50.7 +17 32 u Her 2.3 14. p vF, S, R
I1268 17 50.7 +17 13 D Her eeF, pS, R, v diffic
6453 Gb 17 50.9 -34 36 s Sco 3.5 9.9 cL, iR, pmbM, r
6498 - 17 51.0 +59 29 r Dra pF, pS, R, F* vnr, sf of 2
I4661 Gx 17 51.0 -74 02 c Aps 2.5 eF, vS, R, cbM
6497 Gx 17 51.2 +59 30 r Dra 14. p eF, pS, lE, * close n, np of 2
6505 Gx 17 51.3 +65 33 r Dra 15. p eeF, vS, R
6484 Gx 17 51.7 +24 30 r Her 13. p eF, vS, R, mbM
6482 Gx 17 51.8 +23 04 s Her 2.3 11.3 ! vF, S, R, vsvmbMvSRN
6485 Gx 17 51.8 +31 28 r Her 14. p vF, vS, R
6455 - 17 52.0 -35 23 r Sco Cl, rr, st eS + neb
I1269 Gx 17 52.1 +21 34 v Her 1.9 eeF, pL, R, 2 F st; *10 sp 4'
6486 Gx 17 52.6 +29 50 r Her 15. p vS* slightly nebs
6487 Gx 17 52.7 +29 51 r Her 14. p F, S, R, gbM
6481 D* 17 52.8 +04 10 r Oph vS, bM
6465 17 52.9 -25 24 D Sgr only 2 F D st
6469 OC 17 52.9 -22 21 s Sgr 12. 8. p Cl, pRi (in Milky Way)
6476 - 17 53.8 -29 08 r Sgr neb or nebs part of Milky Way
6475 OC 17 53.9 -34 49 s Sco 80. 3.3 Cl, vB, pRi, lC, st 7...12; = M7
6510 17 54.0 +60 48 D Dra eeF, pS, lE, v diffic
6538 Gx 17 54.2 +73 25 r Dra 14. p eF, vS, lE, bet 2 eF st
6490 Gx 17 54.5 +18 23 r Her 14. p vF, vS, stellar
6480 - 17 54.6 -30 26 r Sco neb or nebs part of Milky Way
6511 17 54.7 +60 48 D Dra F, pL, bM
6495 Gx 17 54.8 +18 20 r Her 14. p F, S, R
6512 Gx 17 54.8 +62 39 r Dra 15. p vF, R, 1st of 3
I4670 Nb 17 55.1 -21 48 x Sgr 5. stellar, 12.5 mag
I4671 17 55.1 -10 17 d Ser spiral? (edge of plate)
6516 Gx 17 55.2 +62 40 r Dra 15. p vF, vS, 2nd of 3
6499 D* 17 55.3 +18 23 r Her S D* in neb
6521 Gx 17 55.8 +62 37 r Dra 14. p F, pL, 3rd of 3
6500 Gx 17 56.0 +18 20 s Her 2.5 13. p vF, vS, sp of 2
6504 Gx 17 56.0 +33 12 s Her 2.5 13. p F, vmE, sbM
6534 Gx 17 56.0 +64 19 r Dra 15. p eeF, pS, R
6501 Gx 17 56.1 +18 22 s Her 2.0 12.3 vF, vS, nf of 2
6494 OC 17 56.8 -19 01 s Sgr 27. 5.5 Cl, B, vL, pRi, lC, st 10...; = M23
6536 Gx 17 57.3 +64 56 r Dra 14. p vF, pL, R
6515 Gx 17 57.4 +50 44 r Dra 14. p vF, vS, R, 2 B st nr
I4677 Gx 17 58.3 +66 38 m Dra 1.0 15. p vF, S; 6543 f 16s .5
6543 Pl 17 58.6 +66 38 s Dra 5.8 9. p PN , vB, pS, sbMvSN
6496 Gb 17 59.0 -44 16 s Sco 6.9 9.2 neb + Cl, pL, mE, gvlbM
6532 Gx 17 59.1 +56 13 r Dra 15. p eeF, pS, R
6524 Gx 17 59.2 +45 55 r Her 14. p pF, pS, lE
6509 Gx 17 59.4 +06 17 s Oph 2.3 13. p vF, pL, irrR, lbM
6483 Gx 17 59.5 -63 40 r Pav F, S, E, bM, bet 2 st 10
6513 Gx 17 59.5 +24 54 r Her 14. p vF, vS, stellar
6507 OC 17 59.6 -17 24 s Sgr 7. 10. p Cl, pS, lRi, lC
6518 Gx 17 59.7 +28 52 r Her 15. p 2 vF, close st in vF, vS neb
6542 Gx 17 59.7 +61 22 s Dra 1.5 14. p eF, S, mE, 2 st sp
6506 - 17 59.8 -24 39 r Sgr Cl, Ri, eL, vlC
6552 Gx 18 00.1 +66 36 r Dra 14. p F, pS, iR
6517 Gb 18 01.8 -08 58 s Oph 4.3 10.3 pB, pL, R, rr
6527 Gx 18 01.8 +19 44 r Her 15. p eeF, vS, R
6525 - 18 02.1 +11 03 r Oph Cl, P, st L
6514 C+N 18 02.3 -23 02 s Sgr 29. 6.3 !!! vB, vL, trifid, D* inv; = M20
I4672 18 02.4 -62 50 d Pav eeF, eS, vE 45deg , cbM
6526 Nb 18 02.6 -23 35 s Sgr 40. F, L, cE
6492 Gx 18 02.8 -66 25 r Pav pF, S, pmE 90deg , *12 att f
I4676 Gx 18 02.8 +11 49 z Oph 16. p eF, vS
I4675 18 03.2 -09 15 d Oph doubtful, not seen a second time
I4673 Pl 18 03.3 -27 06 s Sgr 0.3 PN , 13 mag, *13 nf 33"
6519 - 18 03.4 -29 48 r Sgr vF, np 6522
6520 OC 18 03.4 -27 54 s Sgr 6. 8. p Cl, pS, Ri, lC, st 9...13
6522 Gb 18 03.6 -30 02 s Sgr 5.6 8.6 glob. cl. , B, pL, R, gvmbM, rrr, st 16
6523 Nb 18 03.8 -24 23 s Sgr 90. 5.8 !!! vB, eL, eiF, with L Cl; = M8
6535 Gb 18 03.8 -00 18 s Ser 3.6 10.6 pF, L, diam 1' or 2'
6502 Gx 18 04.2 -65 25 c Pav 1.2 vF, vS, f * of D* inv
6531 OC 18 04.6 -22 30 s Sgr 13. 5.9 Cl, pRi, lC, st 9...12; = M21
6528 Gb 18 04.8 -30 03 s Sgr 3.7 9.5 glob. cl. , pF, cS, R, gbM, rrr, st 16
6530 OC 18 04.8 -24 20 s Sgr 15. 4.6 Cl, B, L, pRi, f M8
6539 Gb 18 04.8 -07 35 s Ser 6.9 9.6 no description
6562 Gx 18 04.9 +56 15 r Dra 14. p F, pS, R, bM, bet 2 st
I1272 OC 18 04.9 +25 05 x Her S Cl
I1273 OC 18 05.0 +25 07 x Her vF, S Cl with neb? *10 f 3'
6533 - 18 05.1 -24 53 r Sgr eL, eiF, st f
6547 Gx 18 05.1 +25 13 r Her 14. p F, vS, E, mbM
6537 Pl 18 05.2 -19 51 s Sgr 0.2 13. p PN , B, S, stellar
6560 Gx 18 05.3 +46 52 s Her 1.3 14. p eeF, pS, iR
6529 - 18 05.5 -36 18 r Sgr Cl in Milky Way
I1271 18 05.5 -24 27 D Sgr eF, vL, B* inv, part of 6523
6549 Gx 18 05.8 +18 32 r Her 15. p vF, pL, iR, near 6548
6548 Gx 18 06.0 +18 35 D Her 13. p cF, S, lE, r; = 6550
6550 Gx 18 06.0 +18 35 D Her 13. p vF, pS, R, sev F st inv, near 6549
6540 OC 18 06.3 -27 49 s Sgr 1. 15. p pF, S, iE, er or Cl
6566 Gx 18 07.0 +52 16 r Dra 15. p eF, vS, R, *16 nr
6546 OC 18 07.2 -23 20 s Sgr 13. 8.0 Cl, vL, vRi
6544 Gb 18 07.3 -25 00 s Sgr 8.9 8.3 cF, pL, iR, r
6555 Gx 18 07.8 +17 36 s Her 2.1 12. p F, L, R, vglbM
6541 Gb 18 08.0 -43 42 s CrA 13.1 6.6 glob. cl. , B, R, eC, gbM, rrr, st 15...16
I4678 18 08.0 -23 52 d Sgr B, S, E
I4688 Gx 18 08.1 +11 42 u Oph 1.6 15. p vF, pS, dif, *12 close f
I4674 Gx 18 08.2 -62 24 c Pav 1.5 eF, vS, eE 80deg , cbM stell N
I4681 18 08.3 -23 24 d Sgr S neb or neb*
I4683 18 08.7 -26 14 d Sgr vF, eeL
I4691 Gx 18 08.7 +11 50 z Oph 15. p F, S, iF, 1 or 2 F st inv
6598 Gx 18 08.8 +69 04 r Dra 14. p eF, pS, R
6551 - 18 09.0 -29 33 r Sgr vF, vS, R, rr
6554 - 18 09.1 -18 26 r Sgr Cl, pRi, vlC, st L & S
6564 - 18 09.1 +17 24 r Her eF, vS
I4684 Nb 18 09.1 -23 25 s Sgr 3. S neb or neb*
I4693 18 09.2 +17 20 d Her eF, S, bM, sev eF st inv
6553 Gb 18 09.3 -25 54 s Sgr 8.1 8.3 glob. cl. , F, L, lE, vglbM, rr, st 20
I4685 Nb 18 09.3 -23 59 s Sgr 10. *7.5 in L, dif neb
I1274 Nb 18 09.5 -23 44 s Sgr 9. 3 st 8.5 to 9m in pL neb
6592 Gx 18 09.9 +61 25 r Dra 15. p vF, vS, R
6556 18 10.0 -27 31 D Sgr F, vL, cE, lbM, rr; no nebulosity?
6559 Nb 18 10.0 -24 06 s Sgr 8. vF, vL, lE, ** inv
I1275 Nb 18 10.0 -23 50 s Sgr 10. 2 st 8 & 8.5 in pL neb
6594 Gx 18 10.2 +61 07 r Dra 15. p vF, vS, R
I1277 OC 18 10.2 +31 00 x Her S Cl
6558 Gb 18 10.3 -31 46 s Sgr 3.7 glob. cl. , pB, pL, R, glbM, rrr, st 16
6561 - 18 10.5 -16 48 r Sgr Cl, L, lC, st cL
I1278 18 10.5 +31 09 d Her vF, vS, sev st susp
I4690 18 10.5 -19 49 d Sgr *9.5 in neb, E spnf
I1276 Gb 18 10.7 -07 12 s Ser 7.1 eeF, vL, v diffic, D* close p
6575 Gx 18 10.8 +31 05 r Her 14. p pB, S, R
6571 Gx 18 10.9 +21 14 r Her 15. p eF, vS, stell
6582 Gx 18 11.0 +49 53 r Her 15. p eeF, pS, R
6570 Gx 18 11.1 +14 06 s Oph 1.8 13. p pF, pL, R
I1279 18 11.1 +36 02 d Her eeF, pS, R, v diffic
6597 Gx 18 11.3 +61 10 r Dra 15. p vF, vS, R, B* nr
I4679 Gx 18 11.4 -56 15 c Tel 1.9 cF, S, R, vmbM; susp
I1281 ? 18 11.6 +36 01 x Her = IC 1279
6576 Gx 18 11.8 +21 25 r Her 15. p eF, vS
6565 Pl 18 11.9 -28 11 s Sgr 0.2 13. p PN , stellar
6574 Gx 18 11.9 +14 59 s Her 1.4 12.0 pB, S, R
6601 Gx 18 11.9 +61 26 r Dra 15. p eF, pS, R
6563 Pl 18 12.0 -33 52 s Sgr 0.8 14. p PN , F, L, cE, hazy border
6572 Pl 18 12.1 +06 51 s Oph 0.1 9. p PN , vB, vS, R, l hazy
6577 Gx 18 12.1 +21 28 r Her 14. p vF, S
I1280 Gx 18 12.2 +25 40 m Her 0.4 15. p *13, nebulous?
6545 Gx 18 12.3 -63 46 A Pav eeF, eeS, R
6579 18 12.3 +21 26 D Her F, p of Dneb
6607 Gx 18 12.3 +61 19 r Dra 15. p eF, pS, R, v diffic
6580 18 12.4 +21 26 D Her F, f of Dneb
6585 Gx 18 12.4 +39 37 r Her 13. p eeF, S, eE, bet sev B st
I4697 Gx 18 12.5 +25 26 u Her 1.6 15. p F, S, iF, r
6581 Gx 18 12.6 +25 25 r Her 15. p eF, dif, bet 2 F st
6608 Gx 18 12.6 +61 19 r Dra 15. p vF, eS, R, vF* nr
6609 Gx 18 12.6 +61 19 r Dra 15. p vF, pS, lE, F* nr
6568 OC 18 12.8 -21 36 s Sgr 13. 9. p Cl, vL, lC
6621 Gx 18 12.9 +68 22 s Dra 2.5 13.1 pF, pS, R, lbM, s of 2
6622 Gx 18 13.0 +68 20 r Dra 13. p pF, pS, R, lbM, n of 2
I4680 Gx 18 13.5 -64 29 c Pav 1.7 eF, vS, eE 85deg , cbM
6569 Gb 18 13.6 -31 50 s Sgr 5.8 8.7 glob. cl. , cB, L, R, rrr, st 15...
I4686 Gx 18 13.6 -57 44 c Pav 0.5 bM, mag 14
6567 Pl 18 13.7 -19 05 s Sgr 0.1 12. p PN , stell, 11 mag, in a Cl
6586 Gx 18 13.7 +21 05 r Her 14. p eF, S, R
I4687 Gx 18 13.7 -57 44 c Pav 1.5 bM mag 14
I4689 Gx 18 13.7 -57 45 c Pav 0.9 bM, mag 14
I4708 Gx 18 13.7 +61 09 z Dra 15. p eF, eS, v diffic, 6617 nr
6573 - 18 13.8 -22 10 r Sgr Cl, st vS
6587 Gx 18 13.9 +18 50 s Her 2.3 12.1 F, vS, R, stell
6591 Gx 18 14.0 +21 02 r Her eeF, vS, stell
6617 Gx 18 14.1 +61 19 r Dra 15. p eeF, pL, R, v diffic
I1282 ? 18 14.1 +21 06 x Her vF, 2 or 3 st susp
6593 Gx 18 14.2 +22 17 r Her 15. p vF, vS, R, lbM
6606 Gx 18 14.7 +43 16 r Lyr 14. p vF, S, R, gbM, vF* inv
I4692 Gx 18 14.8 -58 42 c Pav 1.7 F, S, iF, susp
I4694 Gx 18 15.4 -58 13 c Pav 2.1 F, S, eE 20deg , lbM
6599 Gx 18 15.6 +24 56 r Her 13. p pF, vS, R, gbM, S* att f
6600 - 18 15.7 +25 02 r Her F, vS, stell; = 6602
6583 OC 18 15.8 -22 08 s Sgr 3. 10. p Cl, pRi, pC, cE, st 13...
I1285 OC 18 16.1 +25 06 x Her S Cl
6612 Gx 18 16.2 +36 05 r Lyr 15. p eeF, eS, R, v diffic
I1286 Gx 18 16.2 +55 34 u Dra 1.5 15. p eF, pS, R, 2 st nr
6578 Pl 18 16.3 -20 27 s Sgr 0.2 13. p PN , stellar = 13 mag
I4682 Gx 18 16.4 -71 35 c Pav 2.5 vF, cS, cE 140deg , stell N
I4701 Nb 18 16.5 -16 44 s Sgr 60. eL, conn with cloud IC 4715
6602 Gx 18 16.6 +25 02 r Her 14. p Cl, vS, st F, 30", nebulous?
6589 18 16.9 -19 46 D Sgr 5. D* in centre of eF, pL neby
6590 C+N 18 17.0 -19 53 s Sgr 4. D* in centre of pF, pL, R neby; = 6595
6595 OC 18 17.0 -19 53 s Sgr 11. 7. p F, pL, cE, ** inv; = IC 4700
6605 OC 18 17.1 -14 58 s Ser 6. p Cl, lRi, lC, st 10...12
I4700 18 17.1 -19 52 x Sgr *9.4 in dense neb; = 6595
6610 - 18 17.2 +15 00 r Her F, S, E, mbM, r
I1283 Nb 18 17.3 -19 44 d Sgr *9.3 nebulous
I4695 18 17.4 -58 55 d Pav eF, vS, R, bM, sev st nr; susp
6596 OC 18 17.5 -16 40 s Sgr Cl, lC
I1284 Nb 18 17.7 -19 40 x Sgr 10. *7.6 in neb, 15' diam
6616 Gx 18 17.8 +22 15 r Her 15. p vF, eS, mE, 2 st 9-10 nr, one p 2s , 0'.6 s
6604 C+N 18 18.1 -12 14 s Ser 60. 6.5 Cl, lRi, lC
6603 OC 18 18.4 -18 25 s Sgr 5. 11. p !, Cl, vRi, vmC, R, st 15 (Milky Way)
I4699 Pl 18 18.5 -45 59 s Tel 0.2 12. p PN , stellar
6584 Gb 18 18.6 -52 13 s Tel 7.9 9.2 glob. cl. , cB, cL, R, gmbM, rrr, st 15
6615 Gx 18 18.6 +13 16 s Oph 1.2 15. p vF, vS
6611 C+N 18 18.8 -13 47 s Ser 35. 6.0 Cl, at least 100 st L & S; = M16
6619 Gx 18 18.8 +23 40 r Her 14. p F, S, E
I4703 OC 18 18.9 -13 47 x Ser B, eL, Cl M16 inv
6623 Gx 18 19.5 +23 43 r Her 14. p pF, S, R, bM
I4706 18 19.6 -16 01 d Sgr *9.2 in S neb, conn with M17
6643 Gx 18 19.8 +74 34 s Dra 3.9 11.1 pB, pL, E 50deg , 2 st p
6613 OC 18 19.9 -17 08 s Sgr 9. 6.9 Cl, P, vlC; = M18
I4707 18 20.1 -16 01 d Sgr *9.4 in S neb, conn with M17
I4696 Gx 18 20.3 -64 44 c Pav 2.4 neb, susp
6618 C+N 18 20.8 -16 11 s Sgr 46. 6.0 !!!, B, eL, eiF, 2 hooked; = M17
I4698 18 21.0 -63 22 d Pav eF, vS, eE 45deg , stell N
6557 Gx 18 21.4 -76 34 A Oct vF, vS, R, glbM
6588 18 21.5 -63 48 D Pav sev vF st (no neb)
6636 Gx 18 22.0 +66 38 r Dra 14. p eeF, pS, R, 3 st nr
6628 Gx 18 22.2 +23 29 r Her 15. p vF, S, lE, bM
6627 Gx 18 22.7 +15 42 s Her 1.5 13.2 vF, pL
6620 Pl 18 22.9 -26 49 s Sgr 0.1 15. p PN , stellar
I4702 Gx 18 23.1 -59 14 c Pav 1.6 eF, eS, * in disc, ring susp
6625 OC 18 23.2 -12 03 s Sct 9. p Cl, lC, lRi, st 11...12
6624 Gb 18 23.7 -30 22 s Sgr 5.9 8.3 glob. cl. , vB, pL, R, rrr, st 16
6654 Gx 18 24.1 +73 11 s Dra 3.0 11.6 *12-13 in pB, pL neby
6651 Gx 18 24.3 +71 36 s Dra 1.8 14. p eeF, pS, lE, v diffic
I4709 18 24.3 -56 12 d Tel eF, vS, vE 0deg , stell N; susp
6626 Gb 18 24.5 -24 52 s Sgr 11.2 6.9 !, glob. cl. , vB, L, R, geCM, rrr, st 14...16; =
6632 Gx 18 25.0 +27 32 s Her 3.1 13. p F, S, R, gbM
6614 Gx 18 25.2 -63 14 r Pav vF, S, R, gvlbM, *9 p
6650 Gx 18 25.4 +68 00 r Dra 15. p vF, vS, R
6648 - 18 25.6 +64 59 r Dra S, pmE, ** inv
6629 Pl 18 25.7 -23 12 s Sgr 0.3 12. p plan or glob. cl. , pB, eeS, R
6438 Gx 18 26. -85 25 s Oct 2.6 13. p pB, R, vgbM
I4715 C+N 18 26.2 -18 26 F Sgr 30. eeL cloud of st and neb
I4733 18 26.5 +64 58 d Dra vF, stellar
6631 OC 18 27.2 -12 02 s Sct 5. 12. p Cl, pL, pRi, st 12...15
6635 Gx 18 27.6 +14 49 s Her 1.3 15. p vF, S, R
6633 OC 18 27.7 +06 34 s Oph 27. 4.6 Cl, lC, st L
I4704 Gx 18 27.9 -71 37 c Pav 3.2 cB, bM
6640 Gx 18 28.1 +34 18 r Lyr 14. p vF, S, R, vlbM
I4711 18 28.1 -64 57 d Pav eF, eS, eE 125deg , stell N
I4705 Gx 18 28.2 -71 42 c Pav 2.7 eF, eS, R
I4710 Gx 18 28.7 -66 59 s Pav 4.2 12. p vF, vS, R, bM
6641 Gx 18 28.8 +22 54 r Her 14. p vF, vS, R, bM
I1288 Gx 18 29.4 +39 43 u Lyr 1.3 14. p v F, S, lE, 3 st nr
6646 Gx 18 29.6 +39 52 r Lyr 13. p F, S, iF
I1289 18 29.8 +40 00 d Lyr eeF, pS, lE, 3 st nr
6634 - 18 29.9 -33 25 r Sgr neb, without stars
I4713 Gx 18 30.0 -67 13 c Pav 1.2 vF
6639 OC 18 30.1 -13 12 r Sct Cl (in Milky Way)
6667 Gx 18 30.7 +67 59 s Dra 2.6 12. p vF, pL, lE, vF D* nr
6638 Gb 18 30.9 -25 30 s Sgr 5.0 9.2 glob. cl. , B, S, R, rr
I4714 Gx 18 30.9 -66 39 c Pav 1.1 vF
I4712 Gx 18 31.1 -71 42 c Pav 2.1 vF, vS, R, bM
I1287 Nb 18 31.3 -10 50 s Sct 44. *5.5 in L, E neb
6637 Gb 18 31.4 -32 21 s Sgr 7.1 7.7 glob. cl. , B, L, R, rrr, st 14...16; = M69
6647 OC 18 31.5 -17 21 s Sgr 8. p Cl, L, Ri, lC, st vS
I4725 OC 18 31.6 -19 15 s Sgr 32. 4.6 Cl, pC; = M25
6642 Gb 18 31.9 -23 29 s Sgr 4.5 8.8 glob. cl. , pB, pL, iR, gpmbM rrr, st 16
I4762 OC 18 32.5 +67 50 x Dra vF, eS, Cl or * with neb
6630 Gx 18 32.6 -63 17 A Pav pF, S, R, gbM
6644 Pl 18 32.6 -25 08 s Sgr 0.1 12. p PN , stellar
6645 OC 18 32.6 -16 54 s Sgr 10. 9. p Cl, pL, vRi, pC, st 11...15
I4716 18 32.7 -56 58 d Pav eeF, eS, lE 90deg , susp
6657 Gx 18 33.0 +34 02 r Lyr 14. p vF, vS, sbM
6676 Gx 18 33.2 +66 57 r Dra 15. p eeF, pS, lE, lbM, v diffic
6678 - 18 33.2 +67 51 r Dra pF, pS, R; nonexistent?
I4719 Gx 18 33.2 -56 44 c Tel 1.3 eF, vS, 2 patches, susp
6668 18 33.3 +67 08 D Dra pB, pS, mE; = 6677?
I4717 Gx 18 33.3 -57 58 c Pav 1.5 F, S, eE 95deg , stell N
6649 OC 18 33.5 -10 24 s Sct 6. 8.9 Cl, P, lC, pS, st 9-10, 12...13
6663 Gx 18 33.5 +40 03 r Lyr 15. p eeF, pS, R, v diffic
6670 Gx 18 33.5 +59 53 r Dra 15. p eeF, S, mE, v diffic
I4720 Gx 18 33.5 -58 24 c Pav 2.5 cF, S, eE 165deg , cbM
I4763 18 33.5 +67 08 d Dra vF, neb*?; 6677 nr
6677 Gx 18 33.6 +67 08 r Dra 13. p vF, vS, bet * v close & vF D*
6679 Gx 18 33.6 +67 08 r Dra 13. p eF, neb D* 12.5, dist 5"
6672 Gx 18 33.8 +42 48 r Lyr 15. p 2 close st, n one nebs
I4718 Gx 18 33.8 -60 08 c Pav 2.1 cB, S, E 125deg , B, stell N
6658 Gx 18 33.9 +22 53 s Her 1.9 12.9 F, vS, lE
6659 - 18 33.9 +23 34 r Her Cl, P, lC
I1291 Gx 18 33.9 +49 16 s Dra 2.4 14. p eF, vS, R, F, 2 st 12 nf and np
I4732 Pl 18 33.9 -22 39 s Sgr 0.1 13. p PN , stellar
6662 Gx 18 34.0 +32 03 r Lyr 15. p F* in vF, vS, lE neby
6665 Gx 18 34.5 +30 42 r Lyr 14. p vF, vS
I4721 Gx 18 34.5 -58 30 s Pav 4.1 13. p F, cL, E 150deg
I4722 Gx 18 34.5 -57 48 c Pav 1.6 F, vS, 2-branch spir
6660 18 34.6 +22 55 D Her pB, pS, R, mbM, bet 2 st; = 6661
6661 Gx 18 34.6 +22 55 s Her 2.0 11.9 F, vS, R, gbM
6655 - 18 34.8 -05 59 r Sct pF, vS, E
6690 Gx 18 34.8 +70 32 s Dra 3.8 13. p pF, L, R, bet 2 st
6689 Gx 18 34.9 +70 32 t Dra 3.9 12. p vF, pS, *8 f, 7' dist
6666 18 35.3 +33 35 D Lyr eF, S, R, v diffic
6652 Gb 18 35.8 -32 59 s Sgr 3.5 8.9 B, S, lE, rrr, st 15
I4723 Pl 18 35.8 -63 22 x Pav 0.2 15. p vF, vS, R
6656 Gb 18 36.4 -23 54 s Sgr 24.0 5.1 !!, glob. cl. , vB, vL, R, vRi, vmC, st 11...15; M
6664 OC 18 36.7 -08 13 s Sct 16. 7.8 Cl, L, pRi, vlC
I4726 18 36.9 -62 51 d Pav eF, vS, R, eF* 0'.5 nf
6687 Gx 18 37.2 +59 37 r Dra 15. p eF, pL, R, bet 2 st
6671 Gx 18 37.4 +26 24 r Lyr 14. p vF, vS, R, mbM
6675 Gx 18 37.4 +40 04 r Lyr 13. p vF, E, 45"
I4727 Gx 18 37.9 -62 42 c Pav 1.4 vF, eS, R
I4728 Gx 18 37.9 -62 32 c Pav 2.0 eF, S, cE 170deg , stell N
6669 Gx 18 38.0 +22 04 r Her eF, pL
I4734 Gx 18 38.4 -57 29 c Pav 1.4 vF, vS, lE 130deg
I1290 18 38.5 -24 07 D Sgr Cl of half dozen st 12...
6674 Gx 18 38.6 +25 23 s Her 4.2 12.1 F, pS, iR, bM
I4724 18 38.6 -70 07 d Pav eF, eS, cE 170deg
I4736 Gx 18 38.6 -57 54 c Pav 1.5 eF, eS, R
I4731 Gx 18 38.7 -62 57 c Pav 1.5 vF, vS, eE 88deg , stell N
I4730 Gx 18 38.8 -63 21 c Pav 1.8 eeF, eS, eE 0deg , *9 s 2'
I4756 OC 18 39.0 +05 27 s Ser 52. 5. p Cl, C
6691 Gx 18 39.3 +55 38 s Dra 1.7 14. p vF, pL, R, pB* s nr
I4735 18 39.7 -62 57 d Pav eF, vS, bM
6680 Gx 18 39.8 +22 18 r Her 15. p eF, S, close to a S*
6685 18 39.9 +39 59 D Lyr eeF, vS, R, v diffic, sp of 2
I4737 18 39.9 -62 36 d Pav eF, vS, cE 10deg , bet 2 F st
I4772 Gx 18 39.9 +40 00 u Lyr 1.1 15. p eF, eS; 6685 f 2s , 2'.7 s
6696 Gx 18 40.0 +59 19 r Dra 16. p eeF, pL, v diffic
I4729 Gx 18 40.0 -67 26 c Pav 1.4 vF, S, R, stell N
6686 Gx 18 40.1 +40 08 r Lyr 15. p eeF, eS, R, v diffic, nf of 2
I4738 18 40.4 -61 54 d Pav eeF, eS, eF* sf 0'.5
6688 Gx 18 40.7 +36 16 r Lyr 14. p F, pS, R, bM
I4739 18 40.8 -61 54 d Pav eeF, eS, eF* inv
I4743 18 41.3 -61 46 d Pav vF, bM
6682 - 18 41.6 -04 46 r Sct Cl, L, Ri, st 10...18
6693 * 18 41.6 +36 55 r Lyr vF
I4741 18 41.6 -63 57 d Pav vF, vS, lE 20deg , stell N, 4 F st inv
6692 Gx 18 41.7 +34 49 r Lyr 14. p vF, vS, irrE, sev vF st inv
I1293 18 41.7 +56 19 D Dra 3 st 14, of which the f one is nebs
I4744 18 41.8 -63 14 d Pav eeF, eS, R, eF* inv
I4768 OC 18 41.8 -05 31 x Sct Cl, D, st sc
I4742 Gx 18 41.9 -63 52 c Pav 1.3 cF, vS, R, bM, F* inv
6683 OC 18 42.2 -06 17 s Sct 11. 10. p Cl, vRi, vlC (in Milky Way)
I4745 Gx 18 42.6 -64 57 c Pav 2.2 eF, vS, vF* p 0'.4
6695 Gx 18 42.7 +40 24 r Lyr 14. p vF, S, irrE ns, vlbM
I4748 18 42.7 -64 05 d Pav eF, vS, R, F* sf 1'
I4749 18 42.9 -63 13 d Pav eeF, eS, 3 F st nr
I4740 Gx 18 43.0 -68 22 c Pav 1.1 eeF, vS, R, lbM, 2 eF st nr
I4750 18 43.0 -62 58 d Pav eeF, eS, R, *11 np 0'.5
6681 Gb 18 43.2 -32 18 s Sgr 7.8 8.1 glob. cl. , B, pL, R, gbM, st 14...17; = M70
6701 Gx 18 43.2 +60 40 s Dra 1.8 13. p pB, pS, mE, F* close f
I4751 18 43.2 -62 07 d Pav vF, vS, R, bM
I4753 18 43.5 -62 06 d Pav vF, vS, R, bM
I4752 18 43.8 -64 05 d Pav eF, vS, R, vF* sf 1'
I4757 Gx 18 43.9 -57 10 c Pav 1.6 eF, eS, cE 50deg
I4761 Gx 18 43.9 -52 51 c Tel 1.7 vF, bM, doubtful
I4754 Gx 18 44.0 -61 59 c Pav 1.4 eF, pS, R, stell N; ring?
6653 Gx 18 44.6 -73 16 c Pav 1.8 vF, S, lE, glbM
I1292 18 44.8 -27 49 d Sgr stellar, gaseous spectrum, *9.6 sf
I4755 18 45.0 -63 41 d Pav vF, vS, eE 90deg , stell N
6673 Gx 18 45.1 -62 17 r Pav pF, S, R, psbM, r
6694 OC 18 45.2 -09 24 s Sct 15. 8.0 Cl, cL, pRi, pC, st 12...15; = M26
6697 Gx 18 45.2 +25 31 r Her 14. p F, vS, stell
I4759 Gx 18 45.7 -63 05 c Pav 1.2 eF, eS, R
I4760 18 45.7 -62 57 d Pav eF, vS, R, F* np 1'
I4776 Pl 18 45.8 -33 21 s Sgr 0.1 12. p PN , stellar
6714 - 18 45.9 +66 44 r Dra eeF, pS, v diffic, sev B st n
I4746 18 45.9 -72 40 d Pav eF, eS
I4747 18 45.9 -72 37 d Pav vF, eS, cE 75deg
6700 Gx 18 46.0 +32 17 r Lyr 14. p eF, lE, dif, iR
I4758 18 46.4 -65 45 d Pav vF, S, R
6702 Gx 18 47.0 +45 42 s Lyr 2.1 12.2 pF, S, lE
I4764 18 47.0 -63 29 d Pav eeF, eS, bM
6703 Gx 18 47.3 +45 33 s Lyr 2.6 11.4 B, S, R, mbM
I4765 Gx 18 47.3 -63 20 c Pav 3.6 vF, S, R, bM
I4766 18 47.5 -63 17 d Pav eF, eS, bM
I4767 Gx 18 47.7 -63 24 c Pav 1.3 eF, eS, mE 25deg , cbM
I4769 Gx 18 47.7 -63 10 c Pav 2.1 eF, vS, mE 170deg , cbM
I4770 18 48.1 -63 23 d Pav eeF, eS, bM
I4777 18 48.1 -53 08 d Tel vF, PN , lE
6698 - 18 48.2 -25 55 r Sgr suspected Cl, cL, st vF
I4774 Gx 18 48.2 -57 56 c Pav 1.1 eF, S, iF, mbM
I4771 18 48.3 -63 15 d Pav eF, eS, R, bM
I4775 Gx 18 48.4 -57 11 c Pav 1.4 eF, eS, mE 15deg , susp
6684 Gx 18 49.0 -65 11 s Pav 3.7 10.5 vB, pL, R, vg, psvmbM *7 p
6711 Gx 18 49.0 +47 39 s Dra 1.3 14. p vF, pS, R, lbM
I4791 18 49.0 +19 20 d Her neb; *6 f 2'
I1294 18 49.9 +40 15 d Lyr eeF, S, iR, v diffic, F* close nf
I4778 Gx 18 50.0 -61 43 c Pav 1.5 cF, vS, cE 35deg
I4780 18 50.0 -59 14 d Pav eF, vS, lE 120deg
I4779 18 50.5 -63 00 d Pav eeF, eS, eF* p 0'.3
6710 Gx 18 50.6 +26 50 s Lyr 2.0 12.8 vF, S, R, bM
6713 Gx 18 50.7 +33 57 r Lyr 14. p vF, S, R, bM
6704 OC 18 50.9 -05 12 s Sct 6. 9.2 Cl, B, 60 st 13
I4782 Gx 18 50.9 -55 29 c Tel 1.6 eeF, eS, susp
6705 OC 18 51.1 -06 16 s Sct 14. 5.8 !, Cl, vB, L, iR, Ri, *9, st 11...; = M11
I4773 Gx 18 51.3 -69 55 c Pav 1.6 eF, dif
6709 OC 18 51.5 +10 21 s Aql 13. 6.7 Cl, pRi, lC, iF
I4783 18 51.5 -58 48 d Pav eF, vS
I4781 18 51.7 -62 47 d Pav 3 eeF st in neb
6699 Gx 18 52.1 -57 19 s Pav 1.9 13. p pF, pS, lE 90deg , pslbM
I4786 18 52.7 -56 42 d Tel eeF, eS, mE 0deg
I4784 18 52.9 -63 25 d Pav cF, S, R, bM
I4785 Gx 18 52.9 -59 15 c Pav 2.9 eF, vS, iF, stell N
6712 Gb 18 53.1 -08 42 s Sct 7.2 8.2 glob. cl. , pB, vL, irr, vglbM, rrr
I1296 Gx 18 53.3 +33 04 u Lyr 1.3 15. p eF, pS, iR, 4' np M57
6720 Pl 18 53.6 +33 02 s Lyr 2.5 9.0 !!!, ring , B, pL, cE (in Lyra); = M57
6716 OC 18 54.6 -19 53 s Sgr 7. 6.9 Cl, pRi, st 9...13
I1295 Pl 18 54.6 -08 50 s Sct 1.4 15. p pB, pL, gbM
I4788 18 54.7 -63 26 d Pav eeF, eS, eE 35deg
6715 Gb 18 55.1 -30 29 s Sgr 9.1 7.7 glob. cl. , vB, L, R, g, smbM, rrr, st 15; = M54
6717 Gb 18 55.1 -22 42 s Sgr 3.9 F, S, rr, Cl + neb
I4802 18 55.1 -22 42 d Sgr neb *13, 15" nf 6717
6747 Gx 18 55.3 +72 47 r Dra 15. p eeF, v diffic, pB st sf
6707 Gx 18 55.4 -53 49 v Tel F, S, vlE, gbM
6708 Gx 18 55.6 -53 43 v Tel pF, S, R, gpmbM, last of group
I4792 18 55.7 -56 25 d Tel eeF, eS, mE 160deg , bet 2 st, susp
I4787 Gx 18 56.1 -68 41 c Pav 1.4 eF, dif
I4789 Gx 18 56.3 -68 34 c Pav 1.4 eF, eS, R
6732 Gx 18 56.4 +52 22 r Dra 14. p pB, vS, R, F* n
I4796 Gx 18 56.5 -54 13 c Tel 1.6 14m, bM, near edge of plate
I4797 Gx 18 56.5 -54 18 s Tel 2.8 11.3 14m, bM, near edge of plate
I4790 18 56.6 -64 56 d Pav cB, S, R, bM
6706 Gx 18 56.9 -63 10 c Pav 1.5 vF, vS, eE 120deg , stell N
I4793 18 56.9 -61 23 d Pav eF, vS, cE 130deg
6724 - 18 57.0 +10 22 r Aql Cl
6731 - 18 57.0 +43 04 r Lyr vF
I4794 18 57.1 -62 05 d Pav F, S, R, bM
I4795 18 57.2 -61 36 d Pav eeF, eS, eE 40deg
I4798 Gx 18 58.3 -62 07 c Pav 1.9 F, S, R, bM
I4800 Gx 18 58.7 -63 08 c Pav 1.7 vF, S, stell N, oval ring, 2 wisps
I4799 18 58.9 -63 55 d Pav vF, S, R, stell N, ring, 2 wisps
6742 Pl 18 59.3 +48 28 s Dra 0.5 15. p vF, stellar
6723 Gb 18 59.6 -36 38 s Sgr 11.0 7.3 glob. cl. , vL, vlE, vgbM, rrr, st 14...16
I4801 Gx 18 59.6 -64 40 c Pav 1.7 cF, S, R, bM
6728 - 19 00.0 -08 57 r Aql Cl, vL, P
I4803 19 00.6 -62 04 d Pav eeF, eS, R
6750 Gx 19 00.7 +59 10 r Dra 13. p vF, vS, R
6721 Gx 19 00.8 -57 47 s Pav 1.9 12.0 pF, cS, R, vmbM
6735 OC 19 00.8 -00 28 F Aql Cl, vL, P, st 12...
6740 Gx 19 00.8 +28 45 r Lyr 15. p eeF, S
I4804 Gx 19 01.1 -61 50 c Pav 1.5 eeF, eS, cE
I4808 Gx 19 01.1 -45 19 c CrA 2.0 vF, cL, cE 45deg , lbM, susp
I4812 Nb 19 01.1 -37 04 d CrA *7 inv in eL neb
6738 OC 19 01.4 +11 36 s Aql 15. 8. p Cl, P, lC
6743 ? 19 01.4 +29 16 A Lyr Cl, pL, P, st 11...12
6718 Gx 19 01.5 -66 07 c Pav 1.5 vF, S, R, glbM, *9 sp
I4806 Gx 19 01.5 -57 32 c Pav 2.1 eeF, eS, eE 10deg , 2 st vnr, susp
6745 Gx 19 01.6 +40 45 r Lyr 13. p vF, lE ns
6726 Nb 19 01.7 -36 53 s CrA 2. *6-7 in F, pL, neb
6725 Gx 19 01.8 -53 56 A Tel eF, eS, stell N, with straight wisp at 40deg
6727 Nb 19 01.8 -36 54 r CrA *8 in F, pL neb
I4816 19 01.8 -13 09 d Sgr PN , stellar
6729 Nb 19 01.9 -36 57 s CrA 1. var* (11...) with neb!!
I4805 19 02.0 -63 03 d Pav eF, vS, eE 25deg , bM
6737 - 19 02.2 -18 32 r Sgr Cl, pL, pRi, R, st 12...15
I4807 Gx 19 02.3 -56 56 c Pav 0.9 vF, vS, lE, PN ?, susp
6741 Pl 19 02.6 -00 27 s Aql 0.1 11. p PN , stellar
I4810 Gx 19 03.0 -56 10 c Tel 3.0 eF, S, eE 140deg , lbM, susp
6719 Gx 19 03.1 -68 35 c Pav 1.6 vF, pL, R, vgvlbM
6722 Gx 19 03.7 -64 54 c Pav 2.9 pF, S, E, glbM, 2 st 8 p
6748 - 19 03.8 +21 36 r Vul pB, vS, bM
I4809 19 04.0 -62 10 d Pav eF, vS, lE 20deg
I4814 19 05.0 -58 44 d Pav eeF, cS, cE 100deg , susp
6749 Gb 19 05.1 +01 47 s Aql 6.3 11.1 Cl, L, lC, st L & S
6757 Gx 19 05.1 +55 43 r Dra 14. p pF, mE, 3 F st inv
6762 Gx 19 05.6 +63 56 r Dra 14. p eF, mE; = 6763
6763 Gx 19 05.6 +63 56 D Dra 14. p eF, vS, cE, F* nr
I4811 19 05.8 -67 07 d Pav eeF, eS, R, alm stell
I4813 19 05.8 -66 31 d Pav vF, S, R
6751 Pl 19 05.9 -06 00 s Aql 0.3 13. p pB, S
I4818 Gx 19 06.0 -55 08 c Tel 1.6 eF, eS, cE 90deg
6733 Gx 19 06.2 -62 12 c Pav 1.7 eeF, vglbM, v difficult
I4817 Gx 19 06.2 -56 10 c Tel 1.5 eF, vS, cE 0deg
I4815 19 06.7 -61 41 d Pav cF, vS, R, bM
6759 Gx 19 06.9 +50 19 r Dra 15. p vF, S, R, vF D* close sp
I4819 Gx 19 07.1 -59 28 c Pav 2.7 vF, S, eE 130deg
6734 Gx 19 07.2 -65 28 c Pav 1.4 vF, S, R, glbM, p of 2
6736 Gx 19 07.5 -65 26 c Pav 1.2 eF, S, R, glbM, f of 2
6730 Gx 19 07.6 -68 55 c Pav 1.5 vF, S, R, pmbM, *7-8 nf
6739 Gx 19 07.8 -61 22 c Pav 2.2 cF, vS, cE, psbM, 3 st p
6755 OC 19 07.8 +04 14 s Aql 15. 7.5 Cl, vL, vRi, pC, st 12...14
6764 Gx 19 08.3 +50 56 s Cyg 2.5 13. p pF, pL, mE, sev vF st inv
6756 OC 19 08.7 +04 41 s Aql 4. 11. p Cl, S, Ri, lC, st 11...12
I4820 Gx 19 09.2 -63 28 c Pav 1.4 eeF, eS
I4821 Gx 19 09.5 -55 01 c Tel 1.8 vF, vS, eE 10deg
6744 Gx 19 09.8 -63 51 s Pav 15.5 9. p cB, cL, R, vg, svmbM, r
6766 - 19 09.9 +46 15 r Lyr PN , stellar
6746 Gx 19 10.4 -61 58 c Pav 1.4 eF, cS, R, glbM
6752 Gb 19 10.9 -59 59 s Pav 20.4 5.4 glob. cl. , B, vL, iR, rrr, st 11...16
6786 Gx 19 10.9 +73 24 r Dra 13. p F, S, R, 2 st nf
6765 Pl 19 11.1 +30 33 s Lyr 0.6 F, S, E
6760 Gb 19 11.2 +01 02 s Aql 6.6 9.1 pB, pL, vglbM
6753 Gx 19 11.4 -57 03 s Pav 2.5 12. p pB, pL, R, gbM
6754 Gx 19 11.4 -50 39 s Tel 2.2 13. p pF, pL, mE 63deg , vglbM
6767 - 19 11.6 +37 43 r Lyr vF, S, R, stellar, S* nr n
I4823 19 12.2 -64 00 d Pav vF, vS
I4826 Gx 19 12.3 -57 12 c Pav 1.7 eF, eeS, R
I4829 Gx 19 12.6 -56 32 c Tel 2.0 eeF, eS, mE 20deg
I4824 Gx 19 13.2 -62 05 c Pav 2.5 eF, eS, Dneb
I4827 Gx 19 13.3 -60 52 c Pav 2.5 F, cS, eE 170deg , stell N
I4828 19 13.6 -62 04 d Pav vF, vS, cE 60deg
I4830 Gx 19 13.8 -59 18 c Pav 1.7 eF, eS, R, lbM
6758 Gx 19 13.9 -56 19 s Tel 2.1 13. p pB, S, R
I4832 Gx 19 14.1 -56 37 c Tel 2.0 vF, vS, eE 145deg , stell N
6772 Pl 19 14.6 -02 42 s Aql 1.0 14. p vF, L, R, vvlbM, r
I4831 Gx 19 14.7 -62 16 c Pav 3.3 ! cF, vS, eE 150deg , 2-br spir
I4822 19 14.9 -72 26 d Pav F, S, R
6773 - 19 15.0 +04 53 r Aql Cl, P, lC
6761 Gx 19 15.3 -50 40 v Tel 2.2 vF, pS, iR
I4837 Gx 19 15.3 -54 40 s Tel 2.8 12. p F, cS, R, bM
I4835 19 15.5 -58 14 d Pav eF, eS, cE 0deg
I4833 19 15.6 -62 20 d Pav eeF, eS, R, bM
I4839 Gx 19 15.6 -54 38 c Tel 2.4 F, neb*
I4840 Gx 19 15.9 -56 13 c Tel 1.1 cF, vS
6787 Gx 19 16.3 +60 25 r Dra 15. p eeF, pS, 4 st sf, e diffic
I4836 Gx 19 16.3 -60 12 c Pav 1.1 F, cL, iF, 2 st inv
6768 Gx 19 16.5 -40 11 r CrA vF, S, R, pslbM
I4834 19 16.5 -64 01 d Pav eF, vS, lE 140deg
I4846 Pl 19 16.5 -09 03 s Aql 13. p PN , stellar
6774 OC 19 16.6 -16 16 r Sgr Cl, vL, lC
6779 Gb 19 16.6 +30 11 s Lyr 7.1 8.3 glob. cl. , B, L, iR, gvmCM, rrr, st 11...14; = M5
6783 Gx 19 16.6 +46 01 r Cyg 15. p eF, diffic
6789 Gx 19 16.7 +64 00 r Dra 13. p eeF, pL, R, v diffic
6775 Ast 19 16.8 -00 55 F Aql Cl, P, lC, st 10...11
I4838 19 16.8 -61 37 d Pav cF, S, eE 45deg
I4825 19 17.3 -72 45 d Pav eF, eS, R
I1297 Pl 19 17.4 -39 37 s CrA 0.1 stellar (gaseous spectrum)
6769 Gx 19 18.4 -60 31 s Pav 2.5 11.8 vF, S, R, lbM, 1st of 3
6778 Pl 19 18.4 -01 36 s Aql 0.3 13. p S, E, ill-defined disc
6781 Pl 19 18.4 +06 33 s Aql 1.8 12. p PN , F, L, R, vsbM disc, S* nf
I1298 OC 19 18.5 -01 37 x Aql vS Cl, 6778 p 3'
6770 Gx 19 18.7 -60 31 s Pav 2.5 12.0 eF, vS, 2nd of 3
6771 Gx 19 18.7 -60 33 s Pav 2.6 12.5 eF, S, 3rd of 3
I4844 Gx 19 19.0 -56 02 c Tel 1.6 vF, vS
I4843 19 19.3 -59 18 d Pav eF, eS, cE 90deg
I4842 Gx 19 19.5 -60 39 s Pav 2.4 12.3 vF, vS, R
I4845 Gx 19 20.4 -60 23 c Pav 1.7 cF, bM, *11 sp 0'.4
I4850 19 20.4 -00 08 d Aql PN , stellar
6791 OC 19 20.7 +37 51 s Lyr 16. 9.5 vF
I4841 19 20.8 -72 13 d Pav eF, S, R, cbM
6785 19 20.9 -01 06 D Aql eS, stellar
6792 Gx 19 21.0 +43 08 r Lyr 13. p F, E 26deg , glbM, *9.5 sf
6796 Gx 19 21.5 +61 09 s Dra 2.1 14. p vF, pS, mE ns
I1299 OC 19 22.6 +20 45 x Vul S Cl of vF st
I4848 19 22.8 -56 47 d Pav eF, eS, R
6780 Gx 19 22.9 -55 47 s Tel 1.9 13. p vF, L, R, vglbM
6790 Pl 19 23.2 +01 31 s Aql 0.1 10. p PN , B, eS, stell = 9.5 mag
6793 OC 19 23.2 +22 11 r Vul Cl, P, lC
I4847 19 23.5 -65 31 d Pav vF, eS, R, *8.9 sf 4'
6782 Gx 19 24.0 -59 55 s Pav 2.7 13. p cF, cS, R, lbM, *9 s
6798 Gx 19 24.0 +53 38 r Cyg 14. p F, vS, R, * vnr
I1300 ? 19 24.1 +52 39 x Cyg = 6798
6776 Gx 19 25.4 -63 52 s Pav 1.9 12.0 pB, S, R, pgbM
I4849 19 25.4 -62 54 d Pav vF, vS
I4851 Gx 19 25.5 -57 40 c Pav 1.6 vF, vS, eE 15deg , vmbM, susp
6795 - 19 26.1 +03 31 r Aql Cl, Ri, bet 2 st 9
I4852 Gx 19 26.4 -60 20 c Pav 1.7 cF, bM
I4867 Gx 19 26.5 +50 07 u Cyg 1.0 14. p S; 2 st 7 nf 3' (= IC 1301?)
6784 Gx 19 26.6 -65 37 c Pav 0.8 eeeF, pS, am S st
I1301 Gx 19 26.6 +49 45 v Cyg 1.4 eeF, vS, R, 3 st f; = IC 4867?
6777 19 26.8 -71 30 D Pav 2 st 8 or 9 mag nr (no neb)
6788 19 26.9 -54 57 D Tel pB, S, mE, pslbM
6800 OC 19 27.2 +25 08 s Vul Cl, vL, pRi, vlC, st 10...
I4854 19 27.4 -59 18 d Pav vF, cS, R
I4855 19 27.5 -59 18 d Pav eF, vS, R, susp
I4856 Gx 19 27.5 -54 55 c Tel 1.0 eF, eS, Dneb, susp
6801 Gx 19 27.7 +54 22 r Cyg 15. p eF, pS, R, F* s nr
6794 Gx 19 27.9 -38 53 r Sgr eF, pS, R, vgvlbM
I4863 19 28.3 -36 12 d Sgr close D*, nebulous?
I4857 Gx 19 28.6 -58 46 c Pav 1.8 vF, cS, R; = IC 4858
I4858 Gx 19 28.6 -58 46 c Pav 1.8 eeF, eS, prob spir; susp
6797 - 19 28.9 -25 40 r Sgr neb with *9 att f; nonexistent?
I4861 19 29.2 -57 34 d Pav vF, eS, cE 25deg , susp
6802 OC 19 30.6 +20 16 s Vul 3. 8.8 Cl, L, vC, E 0deg , st 14...18
I4859 19 30.8 -66 19 d Pav eF, S, cbM, alm stell N
I1302 Gx 19 30.9 +35 47 s Cyg 1.0 13.3 vF, undefined
I4853 19 30.9 -71 04 d Pav eeF, eS, lE 170deg
I4865 19 30.9 -46 42 d Tel F, perh stell N; *9.5 att sf
6803 Pl 19 31.3 +10 03 s Aql 0.1 11. p PN , stellar
I1303 Gx 19 31.5 +35 53 v Cyg 1.5 14.2 vF, S, with S Cl
I4860 Gx 19 31.5 -67 22 c Pav 1.1 eF, S, R
6804 Pl 19 31.6 +09 13 s Aql 1.1 12. p cB, S, iR, rrr
I4862 Gx 19 31.7 -67 19 c Pav 1.4 eF, S, cbM, lE 0deg
6799 Gx 19 32.3 -55 54 c Tel 1.5 eF, vS, R, lbM, 3 vS st nr
I4868 19 33.5 -45 54 d Tel eS, lE, mag 9.4
6807 Pl 19 34.6 +05 41 s Aql 14. p PN , stellar
I4866 Gx 19 34.6 -61 09 c Pav 1.6 cF, S, R, bM
I4873 19 34.9 -46 08 d Tel F, S, R, F* M
I1304 19 35.5 +41 02 d Cyg F neby
I4871 Gx 19 35.7 -57 31 c Pav 3.2 vF, S, eE 15deg
I4872 Gx 19 35.7 -57 31 c Pav 3.2 vF, S, eE 5deg ; = IC 4871
I4869 Gx 19 36.0 -61 02 c Pav 2.3 F, S, R, bM, F* sp 1'
I4874 Gx 19 36.4 -47 16 c Tel 1.4 F, S, R, F* M
6805 Gx 19 36.8 -37 33 c Sgr 1.2 eF, R, vgbM
6806 Gx 19 37.2 -42 19 v Sgr eF, vS, *14 att
6817 Gx 19 37.4 +62 22 r Dra 15. p eeF, pS, lE
I4870 Gx 19 37.6 -65 49 c Pav 1.5 vF, S, F* inv
I4875 Gx 19 37.7 -52 04 c Tel 1.3 F, S, R, lbM
I4876 Gx 19 37.7 -52 51 c Tel 1.2 F, S, R, lbM
I4877 Gx 19 37.9 -51 59 c Tel 1.1 F, S, R, lbM
6811 OC 19 38.2 +46 34 s Cyg 13. 6.8 Cl, L, pRi, lC, st 11..14
I4878 19 38.8 -58 13 d Pav eF, eS, mE 40deg
I1305 19 39.3 +20 13 d Vul vF, *9.5 at sf end
I4879 19 39.7 -52 22 d Tel F, S, R, lbM
6809 Gb 19 40.0 -30 58 s Sgr 19.0 7.0 glob. cl. , pB, L, R, vRi, vgbM, st 12...15; = M55
I4864 Gx 19 40.1 -77 33 c Oct 1.6 eF, vS, eE 70deg , vF* sp 1'
6813 Nb 19 40.4 +27 18 s Vul 3. ** in vF, S neb
I4881 Gx 19 40.4 -55 51 c Tel 1.5 eF, vS, R
I4882 Gx 19 40.4 -55 12 c Tel 1.2 eF, eS, R
I4880 Gx 19 40.5 -56 25 c Tel 1.5 eF, vS, R
6815 OC 19 40.9 +26 51 r Vul Cl, vL, pRi, lC, st 10...15
6819 OC 19 41.3 +40 11 s Cyg 5. 7.3 Cl, vL, vRi, st 11...15
6825 Gx 19 41.7 +64 05 r Dra 15. p eF, vS, v diffic, F* nr
I1306 ? 19 41.7 +37 39 x Cyg neb group of F st
I4883 Gx 19 42.0 -55 33 c Tel 1.3 vF, vS, mE 170deg
6814 Gx 19 42.7 -10 19 s Aql 3.2 11.2 pF, pL, R, bM, r
I4884 19 42.7 -58 07 d Pav eF, eS, cE 170deg
I1307 ? 19 42.8 +27 30 x Vul F, vL, E ns, st inv
6820 Nb 19 43.1 +23 17 s Vul 40. F, S, R, bM
6823 OC 19 43.1 +23 18 s Vul 12. 7.1 Cl, cRi, E, st 11...12
I4886 Gx 19 43.1 -51 48 c Tel 1.5 F, S, R, mbM
6810 Gx 19 43.6 -58 40 s Pav 3.8 12. p cF, S, eE 170deg , stell N
6824 Gx 19 43.7 +56 07 s Cyg 2.1 11.9 pB, iF, bM
6808 Gx 19 43.9 -70 39 s Pav 1.7 13. p pB, E, biN, *8 f
I4885 Gx 19 43.9 -60 39 c Pav 2.0 vF, eS, eE 85deg , stell N
6816 19 44.0 -28 33 D Sgr eF, pS, R, vlbM, *14 at pos 20deg , dist 30"
6818 Pl 19 44.0 -14 09 s Sgr 0.3 10. p PN , B, vS, R
6821 Gx 19 44.4 -06 50 s Aql 1.1 14. p F, pL, R
6826 Pl 19 44.8 +50 31 s Cyg 2.3 10. p PN , B, pL, R, *11 M
6822 Gx 19 44.9 -14 48 s Sgr 10.2 9. p vF, vS, E, dif; = IC 4895
I4888 Gx 19 44.9 -54 27 c Tel 1.3 F, vS, R, lbM
I4895 Gx 19 45.0 -14 48 m Sgr 10.0 8. p group of neb, 25' diam; = 6822
I1308 19 45.1 -14 43 d Sgr eF, eS, lE, gbM, 6822 p 12s
I4889 Gx 19 45.3 -54 20 s Tel 2.6 12. p bM, mag 10
I4891 Gx 19 45.3 -54 21 c Tel 2.8 cB, S, R, bM; = IC 4889
6812 Gx 19 45.4 -55 21 c Tel 2.1 pB, pS, pmE, glbM
I4890 Gx 19 45.6 -56 33 c Tel 1.3 eeF, eS, R, F* s 1'
I4894 Gx 19 47.0 -51 51 c Tel 0.9 bM, mag 15
6829 Gx 19 47.1 +59 55 r Dra 15. p eF, pS, R, pB* close s, p of 2
I4898 19 47.8 -33 19 d Sgr eeF, eS, e dif, sev F st nr
6831 Gx 19 47.9 +59 54 r Dra 14. p eF, S, R, f of 2
6832 - 19 48.1 +59 25 r Dra Cl, vL, lC, st 7...
I4887 19 48.3 -69 35 d Pav cB, S, R, bM
6827 OC 19 48.9 +21 13 r Vul vF, E, dif, sev st inv
I4896 19 49.1 -58 59 d Pav eeF, eS, R, bet 2 eF st
I4897 Gx 19 49.3 -51 52 c Tel 1.1 bM, mag 16
I4892 Gx 19 49.5 -70 14 c Pav 1.6 eF, S, eE 10deg
6833 Pl 19 49.7 +48 58 s Cyg< 0.1 14. p PN , stellar
I4900 19 50.3 -51 20 d Tel bM, mag 15
6828 - 19 50.4 +07 55 r Aql Cl, P, lC
I4893 19 50.6 -72 31 d Pav eF, vS, R, bM
6830 OC 19 51.0 +23 04 s Vul 12. 7.9 Cl, L, pRi, pC, st 11...12
6834 OC 19 52.2 +29 25 s Cyg 5. 7.8 Cl, P, lC, st 11...12
6837 OC 19 53.5 +11 41 A Aql Cl, S, P
6838 Gb 19 53.8 +18 47 s Sge 7.2 8.3 Cl, vL, vRi, pmC, st 11...16; = M71
I4899 19 54.4 -70 36 d Pav eeF, eS, vF* sp 1'
I4901 Gx 19 54.4 -58 43 c Pav 5.0 cF, S, vlE 135deg
I4902 19 54.4 -56 23 d Tel eeF, eS, cE 0deg ; susp
6835 Gx 19 54.5 -12 34 s Sgr 2.7 12.5 F, pL, mE
6839 - 19 54.5 +17 54 r Sge Cl, vS, vC
6836 Gx 19 54.7 -12 41 s Sgr 1.2 13. p vF, pL, R, dif, *13.5 att f
6842 Pl 19 55.0 +29 17 s Vul 0.8 14. p F, pL, vlE
6840 OC 19 55.3 +12 06 A Aql Cl, P, lC
6843 OC 19 56.1 +12 09 A Aql Cl, S, P
I4905 19 56.1 -61 13 d Pav eeF, eS, mE 130deg , nr 2 eF st
I4907 19 56.2 -52 27 d Tel bM, mag 16
6846 OC 19 56.5 +30 21 r Cyg 14. p eF, vS, 3 st inv
I4909 Gx 19 56.7 -50 03 c Tel 2.1 bM, mag 15
I4906 Gx 19 56.8 -60 28 c Pav 1.7 F, S, R, bM, 4 st around
I4913 Gx 19 56.8 -37 20 c Sgr 1.9 eeF, pS, e diffic, 3 st 10 s 8'
I4908 19 56.9 -55 47 d Tel eF, eS, R, susp
6847 - 19 57.0 +29 20 r Vul neb, r
I4911 19 57.7 -51 58 d Tel bM, mag 16
6841 Gx 19 57.8 -31 49 c Sgr 1.5 vF, S, R, psbM
I4910 19 57.8 -56 52 d Pav eF, eS, cE 130deg , am st; susp
I4914 19 58.1 -50 07 d Tel F, vS, R
I4903 19 58.2 -70 27 d Pav eF, vS, bet 2 F st
I4916 Gx 19 58.3 -50 16 c Tel 1.3 F, S, R, F* M
I4904 19 58.5 -70 11 d Pav vF, S, R
I4915 Gx 19 58.5 -52 38 c Tel 1.4 bM, mag 15
I4917 Gx 19 58.9 -52 16 c Tel 1.2 bM, mag 16
6856 - 19 59.3 +56 08 r Cyg Cl, pS, pmC, iR, st 12...16
I4918 19 59.3 -52 17 d Tel bM, mag 16
I4922 19 59.5 -40 22 d Sgr vF, vS, R; susp
6853 Pl 19 59.6 +22 43 s Vul 15.2 8.1 !!!, vB, vL, biN, iE (Dumbbell); = M27
I4924 19 59.9 -41 33 d Sgr dif (defect?)
I4920 20 00.1 -53 23 d Tel vF, vLE, lbM
I4919 Gx 20 00.2 -55 22 c Tel 1.6 eeF, eS, R, * f 1'; susp
I4926 20 00.2 -38 35 d Sgr eeF, S, lE, v diffic, p of 2
6852 Pl 20 00.6 +01 43 s Aql 0.5 F neb, am st
6869 Gx 20 00.7 +66 13 s Dra 1.7 13. p pB, pS, R
I4931 Gx 20 00.8 -38 35 c Sgr 2.6 eeF, pS, R, *8 f 20s , f of 2
6845 Gx 20 00.9 -47 05 r Tel vF, S, vlE, glbM
I4923 Gx 20 01.0 -52 38 c Tel 1.3 bM, mag 14
I4925 20 01.2 -52 51 d Tel F, S, vME 170deg
6849 20 01.3 -40 13 d Sgr pB, S, R, vS* np
I4927 Gx 20 01.8 -53 55 c Tel 1.3 F, S, E 170deg
6857 Pl 20 01.9 +33 31 r Cyg F, am Milky Way st
I4932 20 02.3 -52 50 d Tel bM, mag 15
I4930 20 02.4 -54 18 d Tel cB, S, mE 45deg , susp
6844 Gx 20 02.8 -65 14 c Pav 1.6 eF, vS, R, psbM, *11 np
6848 Gx 20 02.8 -56 05 c Tel 2.5 cF, cL, R, vglbM, 2 st f
6858 - 20 03.1 +11 16 r Aql Cl, cL, E, pRi, st 13...
I1309 Gx 20 03.1 -17 14 c Sgr 2.0 F, vS, R, r
I4921 20 03.3 -67 50 d Pav vF, S, R; cbM
6850 Gx 20 03.5 -54 51 v Tel vF, S, R, bM
I4933 Gx 20 03.5 -54 59 c Tel 2.5 eF, eS, 2-branch spir
6851 Gx 20 03.6 -48 17 s Tel 1.8 13. p pF, S, vlE, psbM
6866 OC 20 03.7 +44 00 s Cyg 7. 7.6 Cl, L, vRi, cC
6859 *** 20 03.9 +00 26 F Aql vS Cl, *10 p 1s , s 1' 29"
I4935 Gx 20 04.6 -57 36 c Pav 1.5 vF, vS, mE 5deg , * 1' sp; susp
I4954 Nb 20 04.8 +29 15 s Vul 25. D neb*, iF, *11 close
I4955 20 04.9 +29 11 d Vul fine neb *12
6863 Ast 20 05.1 -03 34 F Aql Cl, S, vmC, st 19
I4937 Gx 20 05.3 -56 15 c Tel 2.0 eF, vS, eE 0deg , N; susp
6854 Gx 20 05.7 -54 23 s Tel 2.3 13. p F, S, vlE, glbM
I4940 20 05.7 -44 42 d Sgr F, S, E 100deg
6871 OC 20 05.9 +35 47 s Cyg 20. 5.2 Cl, st L and S, ** inv
I4936 Gx 20 05.9 -61 26 c Pav 1.6 eF, vS, eE 20deg , 2 F st np
6865 Gx 20 06.0 -09 02 r Aql F, S, E
I4946 20 06.0 -44 02 d Sgr eF, S, R
6864 Gb 20 06.1 -21 55 s Sgr 6.0 8.6 glob. cl. , B, pL, R, vmbMBN, rr; = M75
I4938 Gx 20 06.2 -60 13 c Pav 1.9 ! vF, pS, annul, stell N, vF* sf
I4943 Gx 20 06.5 -48 22 c Tel 2.2 eeF, pS, R, F* n, v diffic
I4948 20 06.5 -43 37 d Sgr vF, pS, R, 2 st f, * np
I4929 Gx 20 06.7 -71 41 c Pav 1.3 F, S, cE 15deg
6855 Gx 20 06.8 -56 24 r Tel pF, S, R
I4912 Gx 20 06.8 -77 21 c Oct 1.0 eF, vS, F* np 1'; susp
I4942 Gx 20 06.8 -52 37 c Tel 1.3 F, vS, R
I4941 Gx 20 07.0 -53 39 c Tel 1.2 F, S, R, lbM, v dif
I4944 Gx 20 07.1 -54 27 c Tel 1.9 bM, mag 14
I4934 20 07.2 -69 28 d Pav vF, vS, cE 15deg , lbM; susp
I4939 20 07.2 -60 44 d Pav eeF, eS, cE 150deg , F* s 2'
6861 Gx 20 07.3 -48 22 s Tel 2.7 11.1 B, S, cE, gpmbM
I4949 Gx 20 07.3 -48 22 c Tel 3.0 B, vS, cE; = 6861
I4947 Gx 20 07.5 -53 08 c Tel 1.2 bM, mag 15
6874 - 20 07.8 +38 14 r Cyg Cl, P, lC
6873 D* 20 08.3 +21 06 r Sge Cl, lC, st 10...13, ** inv
I4950 Gx 20 08.4 -56 10 c Tel 1.3 eF, vS, eE 35deg , lbM
I4952 Gx 20 08.6 -55 27 c Tel 1.3 F, vS, cE 10deg
6860 Gx 20 08.8 -61 06 c Pav 1.6 F, pS, gbM
6862 Gx 20 08.9 -56 24 c Tel 1.9 F, S, lE, glbM
I4951 Gx 20 09.5 -61 51 c Pav 2.8 vF, vS, eE 170deg , vmbM
I4957 Gx 20 09.6 -55 43 c Tel 1.0 bM, mag 14
6868 Gx 20 09.9 -48 23 s Tel 2.7 12. p vB, S, R, pgvmbM
I1310 20 10.0 +34 58 d Cyg F neby
I4953 20 10.1 -62 48 d Pav eF, eS, cE 60deg , bet 2 eF st
6870 Gx 20 10.2 -48 17 s Tel 2.5 12.2 cF, cS, E 90deg , gbM
I4928 20 10.2 -77 18 d Oct eF, vS, eE 25deg , eF* n 1'; susp
I1311 C+N 20 10.3 +41 13 s Cyg 60. 13. p eF, within circle of st
6867 Gx 20 10.4 -54 47 r Tel eeF, L, pmE
6884 Pl 20 10.4 +46 28 s Cyg 0.1 13. p PN , stellar
6879 Pl 20 10.5 +16 55 s Sge 0.1 13. p PN , stellar = 10m
6881 Pl 20 10.8 +37 25 s Cyg 0.1 14. p PN , stellar
I4959 20 11.0 -53 06 d Tel hazy star
6883 OC 20 11.3 +35 51 s Cyg 15. 8. p Cl, pRi, ** inv
I4945 Gx 20 11.3 -71 01 c Pav 1.0 F, S, E 5deg , cbM
I4956 Gx 20 11.5 -45 36 c Tel 1.9 vF, pS, R
I4961 Gx 20 11.5 -53 08 c Tel 1.4 F, pS, mE 90deg , dif
6882 OC 20 11.7 +26 33 s Vul 18. 8.1 Cl, P, lC
I4977 20 11.9 -21 38 d Cap stellar, close to *13
6885 OC 20 12.0 +26 29 s Vul 7. 6. p Cl, vB, vL, Ri, lC, st 6...11
6888 Nb 20 12.0 +38 21 s Cyg 20. F, vL, vmE, ** att
I4963 Gx 20 12.1 -55 15 c Tel 2.0 vF, vS, R
I4966 20 12.3 -53 36 d Tel F, vS, E 40deg
I4965 Gx 20 12.5 -56 50 c Pav 1.5 bM, mag 15
6886 Pl 20 12.7 +19 59 s Sge 0.1 12. p PN , stellar = 10m
I4969 Gx 20 12.9 -53 55 c Tel 1.0 F, vS, R
6875 Gx 20 13.2 -46 09 s Tel 2.5 13. p F, vS, R, vgmbM, *7 sp 3'
6878 Gx 20 13.9 -44 31 s Sgr 1.7 13.4 vF, pL, R, glbM
I4975 Gx 20 14.0 -52 43 c Tel 1.3 bM, mag 15
I4968 20 14.6 -64 47 d Pav vF, S, B* sf 3'
I4973 20 14.6 -58 22 d Pav eeF, vS, R
I4978 20 14.6 -54 26 d Tel bM, mag 15
I4979 Gx 20 14.7 -53 28 c Tel 1.3 vF, S, R, dif
6891 Pl 20 15.2 +12 42 s Del 1.2 12. p PN , stellar = 9.5m
I4974 20 15.3 -61 52 d Pav eF, eS, R, bM, * sp 1'
I4960 Gx 20 15.4 -70 32 c Pav 1.0 eF, eS, bM
I4958 20 15.5 -72 42 d Pav eF, bM
I4976 20 15.5 -61 53 d Pav eF, eS, R, bM, * 3' np
I4980 Gx 20 15.5 -57 55 c Pav 1.6 vF, S, lE 130deg , * 2' s
I4962 20 15.9 -71 00 d Pav F, S, eE 160deg , vmbM
I4983 Gx 20 16.1 -52 05 c Tel 1.1 vF, cS, R, lbM, dif
I4984 20 16.3 -52 43 d Tel vF, S, R, dif, 6887 f
6894 Pl 20 16.4 +30 34 s Cyg 0.7 14. p !!, ring , F, S, vvlE
6895 - 20 16.4 +50 14 r Cyg Cl, pRi, lC
I4967 Gx 20 16.4 -70 34 c Pav 0.6 vF, bM
I4996 OC 20 16.5 +37 38 s Cyg 6. 7.3 Cl, st 8...13
6892 - 20 16.8 +18 02 r Sge eF neb* (eS Cl?); = IC 1312?
I1312 20 16.8 +18 01 x Sge eF, pL, dif; = 6892
6872 Gx 20 16.9 -70 46 s Pav 4.7 11.6 F, pS, lE, glbM, *9 p 10s .5, 1st of 4
I4970 Gx 20 16.9 -70 45 s Pav 0.8 13.9 bM, nr 6872
I4971 20 17.0 -70 38 d Pav eF, vS
6887 Gx 20 17.2 -52 47 s Tel 4.1 12. p pF, cL, pmE, glbM
I4986 Gx 20 17.2 -55 02 c Tel 2.0 eeF, S, cE 0deg , bet 2 F st
I4987 Gx 20 17.3 -52 17 c Tel 1.4 F, vS, R, lbM
I1315 20 17.4 +30 41 d Cyg *13 with eF neb?
I4964 Gx 20 17.4 -73 53 c Pav 1.3 F, S, cbM
I1314 20 17.7 +25 11 d Vul F, pL, partly resolved
I4972 Gx 20 17.7 -70 55 c Pav 1.0 eF, vS, eE 15deg
6896 - 20 18.0 +30 39 r Cyg Cl (+ neb?), S, st vS
6876 Gx 20 18.3 -70 52 s Pav 2.4 13. p pB, S, R, eS* sf, 2nd of 4
6890 Gx 20 18.3 -44 48 s Sgr 1.5 12.5 pF, S, R, vglbM
I4991 Gx 20 18.4 -41 03 c Sgr 2.5 vF, cS, R
6877 Gx 20 18.6 -70 51 s Pav 1.4 12.7 vF, vS, R, 3rd of 4
I1313 Gx 20 18.7 -16 57 c Cap 2.6 F, vS, R, *13 close
6889 Gx 20 18.9 -53 57 c Tel 1.9 vF, L, lE
6880 Gx 20 19.5 -70 52 s Pav 2.1 F, S, R, r, vS* att, 4th of 4
I4989 20 19.5 -58 33 d Pav cS, mE 175deg , spir, F* M
6911 Gx 20 19.6 +66 45 r Dra 15. p eF, L, lbM, pB* nr
I4981 Gx 20 19.7 -70 51 c Pav 0.7 eF, eS, * nr
I4994 Gx 20 19.7 -53 27 c Tel 2.0 bM, mag 15
I4995 Gx 20 20.0 -52 37 c Tel 1.7 bM, mag 14
I4997 Pl 20 20.2 +16 45 s Sge< 0.1 12. p PN , stellar
I4982 20 20.4 -71 00 d Pav vF, bM
I4985 20 20.7 -70 59 d Pav vF, bM
6893 Gx 20 20.8 -48 14 s Tel 2.8 13. p pF, S, R, sbM *12
6897 Gx 20 21.0 -12 16 r Cap 15. p vF, S
6898 Gx 20 21.2 -12 21 r Cap 14. p F, S, iR
I4990 20 21.5 -66 54 d Pav eF, eS, cE 15deg , bM, susp
6900 Gx 20 21.6 -02 34 r Aql 14. p vF, S, R
6904 - 20 21.8 +25 45 r Vul Cl, S, vlC, st 10...11
I4988 20 21.8 -69 23 d Pav hazy patch, st?; susp
I4993 20 22.0 -67 00 d Pav eF, vS, R, bM, susp
I1318 20 22.2 +40 15 d Cyg 240. gamma Cyg, surr by L patches of F neby
I4998 Gx 20 22.2 -38 18 c Sgr 1.7 eF, pS, R, bet 2 st 8.5 sp, nf
I5018 Gx 20 22.2 -38 18 c Sgr 1.7 eF, pS, R, bet 2 st 8.5 sp, nf; = IC 4998
6901 Gx 20 22.3 +06 27 r Aql 15. p eF; = IC 5000, IC 1316
6905 Pl 20 22.4 +20 07 s Del 1.7 12. p !!, PN , B, pS, R, 4 S st nr
I1316 20 22.4 +06 32 x Aql eF, neb, suspected; = IC 5000
I5000 Gx 20 22.4 +06 26 v Aql 1.5 pS, eF st inv
6910 OC 20 23.1 +40 47 s Cyg 8. 7.4 Cl, pB, pS, P, pC, st 10...12
I1317 Gx 20 23.3 +00 40 s Aql 0.9 13.4 plan = *12, diam 10"-15"
6916 Gx 20 23.5 +58 22 r Cyg 15. p eeF, pS, F* close p, v diffic
I4992 Gx 20 23.5 -71 34 c Pav 2.0 vF, S, eE 65deg , *9 nf 2'
6903 Gx 20 23.6 -19 19 r Cap 13. p Cl, E, bM *17, *10 att n
6906 Gx 20 23.6 +06 27 s Aql 1.8 12.7 pF, pL, R
I5006 Gx 20 23.7 +06 27 m Aql 1.6 12. p *14 in F, vS, R neb
6913 OC 20 23.9 +38 32 s Cyg 7. 6.6 Cl, P, lC, st L and S; = M29
I4999 Gx 20 23.9 -26 01 c Cap 1.9 vF, pL, R, am st
6899 Gx 20 24.4 -50 26 c Tel 1.9 F, S, R, glbM, am st
6902 Gx 20 24.5 -43 39 s Sgr 2.2 13. p F, cS, R, bM
6914 Nb 20 24.7 +42 29 s Cyg 13. vF, vL, iR, dif, 2 st att p
6907 Gx 20 25.1 -24 49 s Cap 3.4 11.3 cF, cL, vlE, vglbM, r, 3 st p
6908 - 20 25.2 -24 48 r Cap eF, vS, lE, 6907 p
I5003 20 25.2 -29 52 d Sgr vF, cS, R, 2 st sf in line
I5005 Gx 20 25.3 -25 50 c Cap 2.3 pS, R, vgbM, F* close np
I5004 20 25.4 -30 52 d Sgr eF, pS, lE, 2 st s
I5007 20 25.6 -29 42 d Sgr eeF, cL, R
I1319 Gx 20 26.0 -18 31 m Cap 0.6 14. p pF, vS, R, r
I5001 Gx 20 26.3 -54 47 c Tel 1.3 bM, mag 15
I1320 Gx 20 26.4 +02 55 u Del 1.0 14. p pF, S, R, gbM, r
I5002 Gx 20 26.7 -54 48 c Tel 1.6 bM, mag 13
6912 Gx 20 26.9 -18 38 s Cap 1.6 14. p vF, 2 st 14-15 np, *8 f
6917 Gx 20 27.4 +08 06 r Del 14. p vF, S, att to a S*
6909 Gx 20 27.7 -47 02 s Tel 2.3 13. p pB, pL, gbM, 2 st 10 nr
6915 Gx 20 27.8 -03 05 v Aql 1.2 pB, S, R
I1321 Gx 20 28.2 -18 18 m Cap 0.6 15. p F, S, iF, r
6921 Gx 20 28.5 +25 43 s Vul 1.1 15. p F, S, E
I5011 Gx 20 28.6 -36 02 c Mic 2.2 pB, vS, vmE
I5013 Gx 20 28.6 -36 02 c Mic 2.2 eS, vmE ns; = IC 5011
I5015 20 28.6 -31 42 d Mic pB, pS, R, nearly bet 2 st
I5012 Gx 20 29.5 -56 45 c Pav 1.4 pS, E 225deg , lbM
6922 Gx 20 29.9 -02 11 r Aql 14. p vF, pL, R
I1322 20 30.1 -15 13 d Cap F, vS, R
I1323 D* 20 30.5 -15 11 F Cap vS, neb *
I5020 Gx 20 30.6 -33 29 s Mic 13. p pF, pS, iE
6918 Gx 20 30.8 -47 28 c Ind 1.0 vF, *12 att sp
I5019 Gx 20 30.8 -36 05 c Mic 2.0 vF, cS, R
I5010 20 31.0 -65 55 d Pav vF, vS, cE 20deg , mbM
6939 OC 20 31.4 +60 38 s Cep 8. 7.8 Cl, pL, eRi, pCM, st 11...16
6919 Gx 20 31.6 -44 13 r Mic eF, pS, R, vgvlbM
6923 Gx 20 31.7 -30 50 s Mic 2.5 12.1 pF, cS, R, gbM, bet 2 st
I5017 Gx 20 32.1 -57 35 c Ind 1.3 bM, mag 14.5
I1324 20 32.2 -09 04 D Cap eeF, S, R, *8 s
6927 Gx 20 32.6 +09 55 v Del 0.6 14.5 eF, lE
I5009 20 32.6 -72 10 d Pav vF, vS, bM
I5008 Gx 20 32.7 -72 42 c Pav 1.2 eF, vS, lE 90deg , lbM
6928 Gx 20 32.8 +09 56 s Del 2.2 12.6 pB, pL, mE
I1325 20 32.8 +09 53 x Del vF, S, sev F st inv; = 6928
6930 Gx 20 33.0 +09 52 s Del 1.4 13.1 F, mE
I1326 20 33.0 +09 54 x Del eeF, S, mE, pF* s; = 6930
6926 Gx 20 33.1 -02 01 s Aql 2.1 12.4 vF, pL, E 176deg , p of 2
6924 Gx 20 33.2 -25 30 r Cap 14. p vF, pS, R, sbMN
6929 Gx 20 33.4 -02 02 s Aql 0.9 13.5 vF, vS, sf of 2
I5021 20 33.5 -54 31 d Ind vS, R disc, mag 14
6931 Gx 20 33.6 -11 23 r Cap 14. p eF, pS, E 120deg , gbM
6933 D* 20 33.6 +07 23 r Del pB, vS, 6934 f
6934 Gb 20 34.2 +07 24 s Del 5.9 8.9 glob. cl. , B, L, R, rrr, st 16..., *9 p
6925 Gx 20 34.3 -31 59 s Mic 4.1 11.3 cB, L, mE 6deg , pslbM
6940 OC 20 34.6 +28 18 s Vul 31. 6.3 Cl, vB, vL, vRi, cC, st pL
6938 - 20 34.8 +22 15 r Vul Cl, vL, P, vlC
6946 Gx 20 34.8 +60 09 s Cep 11.0 8.9 vF, vL, vg, vsbM, rr
6949 Gx 20 35.1 +64 48 r Cep 15. p eF, pS, iR
I5014 20 35.3 -73 28 d Pav F, S, bM, bet 2 F st
I5016 20 35.6 -72 55 d Pav eeF, eS, *11 sp 1'
I1327 Gx 20 35.7 +00 01 z Aql 15. p vF, *8 1' f
6936 20 35.9 -25 17 D Cap vF, vS, R, slbM
6941 Gb 20 36.3 -04 38 r Aql 13. p eF, lE, lbM
6986 20 36.6 -18 38 D Cap vF, vS, R, glbMN
6952 Gx 20 37.0 +66 06 D Cep pB, oval, dif, *15 close f; = 6951
6951 Gx 20 37.2 +66 06 s Cep 3.8 11.1 pB, pL, lE
6953 20 37.7 +65 46 D Cep vS group of 4 st (no neb)
I5023 20 38.1 -67 11 d Pav F, S, cE 130deg
6935 Gx 20 38.4 -52 06 s Ind 2.0 13. p pB, cL, R, glbM, r, p of 2
6944 Gx 20 38.4 +07 00 s Del 1.7 13.3 pF, S, R
6937 Gx 20 38.8 -52 09 s Ind 3.0 vF, cS, R, slbM, f of 2
6945 Gx 20 38.9 -05 01 r Aqr 13. p pF, vS, R, mbM
I5024 20 40.1 -71 06 d Pav eF, S, mE 15deg
I5029 ? 20 40.3 -29 50 x Mic eeF, eS, mE, F* sf, np of 2
I5030 20 40.6 -29 51 d Mic eeF, vS, mE, v dif, sf of 2
6942 Gx 20 40.8 -54 19 s Ind 2.6 13. p pB, pL, R, pslbM
I5022 Gx 20 41.1 -76 27 c Oct 1.2 eF, S, R, cbM, susp
I5027 20 41.1 -55 29 d Ind R, mag 15
6950 - 20 41.2 +16 38 r Del Cl, P, vlC
6947 Gx 20 41.3 -32 29 c Mic 2.0 vF, L, R, gbM
I1328 Gx 20 42.0 -19 38 m Cap 0.8 15. p F, S, vF* close
6932 Gx 20 42.1 -73 37 c Pav 2.0 F, S, R, gbM, 5 st p
I5039 Gx 20 43.2 -29 51 s Mic 2.5 12.6 eeF, pS, vmE, sp of 2
I5046 Gx 20 43.2 -29 51 c Mic 1.9 eF, pS, mE, 2 vF st sf, sp of 2; = IC 5039
I5028 Gx 20 43.4 -65 39 c Pav 1.4 vF, dif, *10 s 2', susp
6948 Gx 20 43.5 -53 21 c Ind 2.5 vF, pS, cE, lbM
I5041 Gx 20 43.6 -29 42 c Mic 3.0 eeF, pS, mE, v diffic, nf of 2
I5047 Gx 20 43.6 -29 42 c Mic 3.0 eeF, pS, mE, v diffic, nf of 2; = IC 5041
I1329 20 43.7 +15 35 d Del eeF, pL, R, bet 4 st, v diffic
I5034 Gx 20 43.7 -57 02 c Ind 1.6 bM, mag 14.5
I5033 20 43.8 -57 19 d Ind vS, R, lbM, mag 15
6920 Gx 20 43.9 -80 00 c Oct 1.8 pB, cS, R, psmbM
6956 Gx 20 44.0 +12 31 s Del 2.1 14. p vF, S, stell, ** att
6954 Gx 20 44.1 +03 13 s Del 1.1 13.2 F, S, vlE
I5035 20 44.3 -57 08 d Ind vS, R, lbM, mag 15
6955 Gx 20 44.4 +02 35 r Del 15. p eF, pL, R
6943 Gx 20 44.5 -68 45 s Pav 4.1 12. p pF, L, mE, vglbM vS*
I5036 20 44.7 -57 37 d Ind F, pS, mE 125deg
6957 Gx 20 44.9 +02 34 r Del 15. p vF, S, R
I5025 Gx 20 45.0 -76 59 c Oct 1.3 vF, vS, cE 125deg , bM, susp
I5031 ? 20 45.3 -67 32 x Pav eF, eS, R, susp
I5050 Gx 20 45.3 -05 39 m Aqr 1.0 14. p F, cS, dif, vS E N
I5032 20 45.4 -67 32 d Pav eF, eS, R, susp
I5037 20 45.6 -58 26 d Ind F, pS, mE 170deg
6960 Nb 20 45.7 +30 43 s Cyg 70. !! pB, cL, eiF, 52 Cyg inv
I1330 Gx 20 46.3 -14 02 m Aqr 0.8 15. p F, vS, dif
I5043 20 46.7 -56 59 d Ind F, S, E 210deg
I5038 20 46.9 -65 01 d Pav vF, vS, R, alm stell
6959 Gx 20 47.1 +00 27 r Aqr 14. p vF
6961 Gx 20 47.2 +00 23 r Aqr 15. p eF, vS
I5057 * 20 47.2 +00 19 x Aqr cF, neb* or eS neb
6962 Gx 20 47.3 +00 19 s Aqr 3.0 12.0 cF, S, R, bM
6963 Gx 20 47.3 +00 29 s Aqr 0.7 14.1 neb *13
6964 Gx 20 47.4 +00 18 s Aqr 1.9 12.7 F, vS, R, bM, *14 sf 0'.5
6965 20 47.4 +00 30 A Aqr vF, vS; = 6963
6966 D* 20 47.4 +00 22 F Aqr eF, vS
I5049 Gx 20 47.4 -38 25 c Mic 1.2 eeF, pS, R
I5058 * 20 47.4 +00 29 x Aqr eF, distinct from 6963
6967 Gx 20 47.6 +00 25 r Aqr 14. p eF, vS, *10 50" f
I5061 *** 20 47.6 +00 20 x Aqr eF, vS Cl; neb?
I5042 20 47.8 -65 05 d Pav vF, vS, R, alm stell
I5067 20 47.8 +44 22 d Cyg F
I1331 Gx 20 47.9 -09 59 m Aqr 1.8 14. p F, S, bM, r
I5062 D* 20 48.2 -08 22 F Aqr *13.5 with eF st & neb, *13 p 1'
6968 Gx 20 48.4 -08 20 r Aqr 14. p F, S, R, gbM, F* inv
6969 Gx 20 48.4 +07 45 r Del 15. p F, pL, E
I5026 Gx 20 48.5 -78 04 c Oct 2.5 eF, vS, mE 70deg , lbM, susp
6958 Gx 20 48.6 -38 00 s Mic 2.4 12. p B, cS, R, pgmbM, 4 st p
I5056 20 49.0 -39 11 d Mic F, cL, eE 150deg
6971 Gx 20 49.4 +06 00 r Del 15. p vF, S, R
6972 Gx 20 50.0 +09 54 s Del 1.4 14. p F, S, R
I5044 20 50.6 -71 57 d Pav eF, eS, R
I5045 20 50.7 -71 58 d Pav eF, eS, R
6974 Nb 20 50.8 +31 52 r Cyg neb*, neby cE pf
I5068 Nb 20 50.8 +42 31 s Cyg 80. vF
I5070 Nb 20 50.8 +44 21 s Cyg 80. F, dif
6979 Nb 20 51.0 +32 09 r Cyg vF, S, iE, sev F st f nr
I5059 20 51.3 -57 41 d Ind vF, S, R, dif
I5048 20 51.6 -71 48 d Pav eF, vS
I5065 Gx 20 51.8 -29 51 c Mic 1.2 vF, pS, R
I1332 Gx 20 51.9 -13 43 m Aqr 0.8 15. p F, vS, R
I5063 Gx 20 52.0 -57 05 s Ind 1.9 12.0 bM, mag 13
6970 Gx 20 52.1 -48 48 s Ind 1.2 12.7 pB, S, lE, gbM
6973 * 20 52.1 -05 53 F Aqr vF, S, r
I5052 Gx 20 52.1 -69 12 s Pav 5.8 12. p F, L, eE 140deg , 4' l
I1334 Gx 20 52.2 -16 17 m Cap 1.1 15. p F, S
I1333 20 52.3 -16 15 d Cap vF, vS, sbM
I5040 20 52.3 -76 40 d Oct cB, S, R, susp
I5051 20 52.3 -71 47 d Pav eF, vS
6975 Gx 20 52.4 -05 46 D Aqr vF, S; = 6976
6976 Gx 20 52.4 -05 46 r Aqr 14. p eF, iR
6977 Gx 20 52.5 -05 44 r Aqr 14. p vF, S, iR
6978 Gx 20 52.6 -05 43 s Aqr 1.9 14. p vF
I5064 Gx 20 52.6 -57 14 c Ind 1.6 bM, mag 14
6980 * 20 52.8 -05 49 F Aqr vF, S, r
I5055 20 52.9 -68 27 d Pav vF, bM, susp
I1335 20 53.1 -16 20 d Cap F, S, stellar
6981 Gb 20 53.5 -12 32 s Aqr 5.9 9.4 glob. cl. , pB, pL, R, gmCM, rrr; = M72
I5053 Gx 20 53.6 -71 08 c Pav 1.9 cF, vS, bM, *11 n 2'
I5054 Gx 20 53.7 -71 01 c Pav 1.8 cF, vS, bet 2 F st
6989 - 20 54.1 +45 17 r Cyg Cl, cL, st pS
I5060 20 54.6 -71 38 d Pav eF, eS, bet 2 F st
I1336 Gx 20 55.1 -18 04 m Cap 0.6 15. p vF, S, dif, F* f
6988 Gx 20 55.8 +10 32 r Del 15. p eF, pL, R
I5076 Nb 20 55.9 +47 25 s Cyg 9. vF, vL, lE ns, st inv
6985 - 20 56.0 -11 05 r Aqr eF, vS, iR
I1340 Nb 20 56.2 +31 04 s Cyg 25. possibly conn with 6995
6992 Nb 20 56.4 +31 43 s Cyg 60. !!, eF, eL, eE, eiF, bifurcated
6996 OC 20 56.4 +45 28 A Cyg Cl, P, lC
6997 OC 20 56.5 +44 38 o Cyg 15. 10. p Cl, P, lC, st L
6991 OC 20 56.6 +47 25 r Cyg Cl, L, P, vlC
6983 Gx 20 56.8 -43 58 r Mic eF, cS, R
I1337 20 56.9 -16 35 d Cap F, vS, R, gbM
I1338 20 57.0 -16 30 d Cap vF, vS, dif
6995 Nb 20 57.1 +31 13 s Cyg 12. F, eL, neb & st in groups
I5066 20 57.1 -73 09 d Pav vF, vS, bM
6982 Gx 20 57.4 -51 51 v Ind vF, S, E, p of 2
6984 Gx 20 57.9 -51 52 s Ind 1.7 13. p F, pL, vlE, vgbM, f of 2
I1339 Gx 20 57.9 -17 57 c Cap 1.9 F, S, gbM, r
6987 Gx 20 58.0 -48 37 r Ind pF, S, vlE, gpmbM, B* p 1'
7000 Nb 20 58.8 +44 20 s Cyg 120. F, eeL, dif nebulosity
6994 OC 20 59.0 -12 38 s Aqr 3. 9. p Cl, eP, vlC, no neb; = M73
6993 - 20 59.5 -25 41 r Cap vF, vS, R, sbMN
6990 Gx 20 59.9 -55 34 c Ind 1.1 eeF, vS, vmE 0deg , *13 att, n
I5069 21 00.0 -71 48 d Pav eF, S, R
I1341 Gx 21 00.4 -13 58 m Aqr 0.5 15. p F, vS, R, lbM
I1342 21 00.4 -14 30 d Aqr vF, vS, E pf, lbM
7023 C+N 21 00.5 +68 10 s Cep 18. 7. p *7 in eF, eL, neby
7008 Pl 21 00.6 +54 33 s Cyg 1.4 13. p cB, L, E 45deg +/- , r, ** att
7003 Gx 21 00.8 +17 48 r Del 14. p vF, vS, lE, *15 close f
I5074 21 00.9 -63 08 d Pav R, PN , mag 14
7001 Gx 21 01.2 -00 11 D Aqr 14. p pB, S, E 0deg
I1343 21 01.2 -15 24 d Cap pB, vS, R, mbM
I1344 Gx 21 01.3 -13 22 m Aqr 0.6 15. p pB, pL, iF, sbM
I5071 Gx 21 01.3 -72 39 c Pav 3.5 cB, S, eE 20deg , stell N
I1345 21 01.4 -13 24 d Aqr vF, S, R, vlbM
7006 Gb 21 01.5 +16 11 s Del 2.8 10.6 B, pL, R, gbM
6998 Gx 21 01.6 -28 01 r Mic eeF, vS
I1346 21 01.7 -13 52 d Aqr pB, vS, R, gbM
I1347 Gx 21 01.7 -13 19 v Aqr 1.3 pB, R
I1348 21 01.7 -13 21 d Aqr F, vS, R, bM
I1349 21 01.8 -13 16 d Aqr vF, vS, R, lbM
7011 - 21 01.9 +47 19 r Cyg Cl, no description
I1351 21 01.9 -13 12 d Aqr F, vS, R, lbM
I1352 21 01.9 -13 23 d Aqr pB
I1353 21 01.9 -13 16 d Aqr vF, vS, R
6999 Gx 21 02.0 -28 04 c Mic 0.9 eeF, vS
7005 OC 21 02.0 -12 53 F Aqr Cl, S, P
I1350 Gx 21 02.0 -13 51 m Aqr 0.6 15. p F, S, iF, lbM, r
I1354 21 02.0 -13 45 d Aqr F, vS, R, bM
I1355 21 02.0 -13 10 d Aqr F, vS, R, bM
I5072 21 02.0 -72 59 d Pav eF, eS, R
I5080 Gx 21 02.5 +19 13 z Del 16. p F, vS, R, stell N
I5078 Gx 21 02.6 -16 49 c Cap 4.0 eE, nr 2nd * of 3; susp
I1356 21 02.9 -15 48 d Cap F, R, sbM
I5081 21 03.0 +19 12 d Del vF, vS, R, stell N
I5073 Gx 21 03.3 -72 41 c Pav 1.2 eF, S, R
7002 Gx 21 03.6 -49 01 r Ind cF, cS, R, bM
7013 Gx 21 03.6 +29 54 s Cyg 4.9 12. p pB, cS, R, psbM, pB* np
I5083 Gx 21 03.8 +11 46 z Equ 15. p eeF, vS, v diffic; *8 f 13s
7004 Gx 21 03.9 -49 07 r Ind eF, R, lbM, *11 f
7009 Pl 21 04.2 -11 22 s Aqr 1.7 8. p !!!, PN , vB, S, elliptic
I5075 21 04.5 -71 51 d Pav vF, S, cbM
7010 Gx 21 04.7 -12 20 r Aqr 14. p eF, S, R, lbM; = IC 5082
I5082 21 04.7 -12 21 x Aqr eF, S; = 7010
7007 Gx 21 05.5 -52 33 s Ind 1.9 13. p pB, S, R, psbM, am st
I5079 OC 21 05.5 -56 15 x Ind F, S, E; vS Cl or ring? (RA +/- )
7015 Gx 21 05.7 +11 25 s Equ 2.0 13. p vF, pS, glbM
I1357 21 05.9 -10 43 d Aqr vF, vS, iF, vlbM
7024 - 21 06.0 +41 30 r Cyg Cl, P, lC, st 10...
7026 Pl 21 06.3 +47 51 s Cyg 0.4 13. p pB, biN, PN
7019 Gx 21 06.4 -24 25 c Cap 0.7 vF, vS, R, sbMN
I1358 21 06.5 -16 12 d Cap vF, vS
7012 Gx 21 06.8 -44 49 c Mic 3.2 F, pL, E, vgvlbM, * p
7027 Pl 21 07.1 +42 14 s Cyg 0.3 10. p PN , stellar = 8.5m
7031 OC 21 07.3 +50 50 s Cyg 5. 9.1 Cl of triple st, lC
7016 Gx 21 07.4 -25 30 r Cap 15. p vF, eS, R, bMN, 1st of 3
7017 Gx 21 07.5 -25 30 r Cap 15. p eF, vS, R, bMN, 2nd of 3
7018 Gx 21 07.6 -25 28 r Cap 14. p vF, vS, vlE, glbM, 3 of 3
7014 Gx 21 07.9 -47 11 s Ind 1.9 12.3 pF, S, R, bM, 2 st 12 n
7025 Gx 21 07.9 +16 20 r Del 14. p vF, vS, R, stell
7028 - 21 08.3 +18 29 r Del vF, S, vlE
I5086 Gx 21 08.5 -29 46 c Mic 2.0 eeF, pS, R, F* f
I1359 Gx 21 08.7 +12 27 u Del 1.1 15. p eeF, eS, stellar, eF* att
I5077 21 09.0 -73 39 d Pav eF, eS, *10 np 2'
I5084 Gx 21 09.2 -63 17 c Pav 1.6 F, pS, eE 155deg , cbM
I5088 Gx 21 09.4 -22 53 c Cap 1.8 eF, vS, diffic
7022 Gx 21 09.5 -49 18 r Ind eeF, S, R, B*** sf
7033 Gx 21 09.6 +15 07 r Peg 15. p vF, S, R
7034 Gx 21 09.7 +15 09 r Peg 15. p vF, vS, R
7036 - 21 10.2 +15 27 r Peg Cl, lC
I1363 ? 21 10.6 +46 51 x Cyg F, *9.4 at s end
7037 - 21 10.7 +33 43 r Cyg Cl, pRi, iF, st 11...15
7035 Gx 21 10.8 -23 08 c Cap 1.2 eF, S, iR
I1360 Gx 21 10.8 +05 04 x Equ F, dif
I5089 21 11.0 -03 51 d Aqr eF, vS, bM, F* 30" sp
7030 Gx 21 11.2 -20 30 r Cap vF, vS, iR, bMN
7039 OC 21 11.2 +45 39 s Cyg 25. 7.6 Cl, vL, pRi, E, st 10...
7021 21 11.3 -64 02 c Pav pF, cS, R, psbM, *7-8 p; = 7020
7020 Gx 21 11.4 -64 03 s Pav 4.3 12. p pB, cS, lE, pgbM
I1361 Gx 21 11.5 +05 03 u Equ 1.1 15. p vF, vS, dif
I5090 Gx 21 11.6 -02 02 u Aqr 1.1 14. p vF, S, R, sbM
I1362 Gx 21 11.8 +02 20 z Aqr 16. p vF, vS, R, *14 nf
7029 Gx 21 11.9 -49 17 s Ind 1.4 11.8 B, cS, R, pgmbM
I1369 OC 21 12.1 +47 44 s Cyg 4. 6.8 S neb Cl of st 13m
7044 OC 21 12.9 +42 29 r Cyg 11. p Cl, vF, pL, vRi, vC st 15...18
7040 Gx 21 13.2 +08 51 r Equ 15. p eF, vL, mE ns
I1364 Gx 21 13.3 +02 47 m Equ 0.3 15. p pB, pS, R, sbM
I5085 21 13.4 -74 06 d Pav vF, vS, R
7042 Gx 21 13.8 +13 33 s Peg 2.2 13. p vF, S, R
I1365 Gx 21 13.9 +02 35 m Equ 0.2 15. p eF, pS, R (another p?)
7043 Gx 21 14.1 +13 36 r Peg 15. p vF, S, R
I1366 Gx 21 14.1 +01 45 z Aqr 16. p F, S, iR, bet 2 st 11 & 13
7048 Pl 21 14.2 +46 16 s Cyg 1.0 11. p pF, pL, dif, iR, vlbM
I1367 Gx 21 14.2 +02 59 z Equ 15. p vF, vS, R, F, * nr
I1368 21 14.3 +02 10 D Aqr eeF, S, mE 225deg , v diffic
I5087 Gx 21 14.3 -73 46 c Pav 1.4 vF, vS, *11 np 3'
7045 D* 21 14.8 +04 31 A Equ not a neb; only 2 F close st
7046 Gx 21 14.9 +02 50 s Equ 2.0 14. p eF, pL, R, lbM
I5097 *** 21 15.0 +04 27 x Equ eF, stell, 3' sf 7045
I5098 D* 21 15.0 +04 29 x Equ eF, 2'.5 sff 7045
7050 - 21 15.1 +36 12 r Cyg Cl, no description
7038 Gx 21 15.2 -47 13 s Ind 3.0 12. p pB, pL, lE, gbM
I1370 Gx 21 15.2 +02 12 z Aqr 15. p vF, 2 F st inv
7032 Gx 21 15.4 -68 17 c Pav 1.1 vF, cS, R, glbM
I5092 Gx 21 16.2 -64 28 c Pav 2.9 pL, E, mbM
7041 Gx 21 16.5 -48 22 s Ind 3.9 11.1 B, cS, cE, psmbM, *10 f
7047 Gx 21 16.5 -00 50 r Aqr 14. p eF, vS, biN pf
I5095 21 17.3 -59 56 d Pav pL, E
I5091 21 17.7 -70 39 d Pav eF, vS, R
I5094 Gx 21 17.8 -66 26 c Pav 1.4 vF, vS, R, * np 0'.5
I5096 Gx 21 18.4 -63 46 c Pav 3.0 F, pL, eE 145deg , stell N
7052 Gx 21 18.6 +26 27 s Vul 2.8 14. p F, S, vlE, r
I5093 21 18.8 -70 38 d Pav eeF, vS, R, susp
7049 Gx 21 19.0 -48 34 s Ind 2.8 10.7 vB, pS, E, mbM
7055 - 21 19.4 +57 35 r Cep Cl, F, pS, P
7051 Gx 21 19.8 -08 47 r Aqr 14. p vF, R, gbM, ** nr
I1371 Gx 21 20.3 -04 53 m Aqr 0.8 15. p F, S, dif, gbM, r
I1372 21 20.3 -05 37 d Aqr vF, vS, R, dif, *14 sf
I1373 Gx 21 20.6 +01 05 m Aqr 0.3 15. p F, vS, R, sbM, 2 others south
7054 - 21 20.7 +39 10 r Cyg vF, vS, R, F* inv
7058 - 21 21.0 +50 48 r Cyg Cl, P, lC
I1374 Gx 21 21.0 +01 43 z Aqr 16. p vF, vS, lbM
I1375 Gx 21 21.0 +04 00 z Equ 15. p F, S, 2 F st inv
7053 Gx 21 21.1 +23 04 r Peg 14. p pB, S, vlE
I5104 Gx 21 21.5 +21 14 u Peg 1.8 14. p F, vS, E ns, dif, *14 nr
I5100 Gx 21 21.7 -65 56 c Pav 1.7 F, S, cE 110deg
I5099 21 21.9 -71 00 d Pav vF, S, lE 10deg
I5101 Gx 21 21.9 -65 50 c Pav 1.4 cF, S, * in neb
7056 Gx 21 22.2 +18 39 r Peg 14. p pF, S, R
I1378 21 23.0 +55 27 d Cep F, dif, F st inv
7062 OC 21 23.2 +46 23 s Cyg 7. 8.3 Cl, pS, pRi, pC, st 13...
7067 OC 21 24.2 +48 01 s Cyg 3. 9.7 Cl, P, neb?
7063 OC 21 24.4 +36 30 s Cyg 8. 7.0 Cl, P, st 10...
I5105 Gx 21 24.4 -40 37 s Mic 2.5 11.5 vF, vS, R, st n & s
I1376 21 24.7 -05 45 d Aqr no descr
7057 Gx 21 25.0 -42 29 r Mic eF, vS, R, p of 2
I1377 Gx 21 25.4 +04 19 m Equ 0.6 14. p pB, S, R
7060 Gx 21 25.9 -42 24 r Mic vF, pS, R, f of 2
I1379 Gx 21 26.0 +03 06 z Equ 16. p vF, bM, stellar
7066 Gx 21 26.2 +14 10 r Peg 15. p eeF, close sf of M of 3 F st
7076 Nb 21 26.3 +62 53 s Cep 2. vF, er
I5102 21 26.3 -73 19 d Pav eF, eS, bM
7071 - 21 26.5 +47 57 r Cyg Cl, S, C, cE; = 7067?
7068 Gx 21 26.6 +12 13 r Peg 15. p vF, close to a S*
7065 Gx 21 26.7 -07 00 s Aqr 1.4 vF, sbM
I1382 21 26.9 +18 39 d Peg pF, pS, iF
I1380 Gx 21 27.1 +02 43 z Peg 15. p pB, S
7059 Gx 21 27.4 -60 01 s Pav 3.2 13. p B, pL, lC, gpmbM
7061 Gx 21 27.4 -49 04 c Ind 1.5 eeF, vS, R
I1381 Gx 21 27.6 -01 11 m Aqr 0.5 15. p F, vS, R, bM
I1383 Gx 21 27.7 -01 05 z Aqr 16. p F, vS, R, stellar
I1384 Gx 21 27.8 -01 22 m Aqr 0.6 14. p vF, vS, R
7069 Gx 21 28.1 -01 38 r Aqr 15. p vF, S, R, stell
I5111 Gx 21 28.2 +02 29 m Aqr 0.8 15. p F, S, iF
I5107 21 28.3 -65 44 d Pav eF, vS, cE 10deg
I5106 Gx 21 28.6 -70 50 c Pav 1.3 F, S, R, bM
I1385 Gx 21 28.9 -01 04 m Aqr 0.4 15. p pB, vS, R
7064 Gx 21 29.0 -52 46 s Ind 4.1 13. p eF, pL, vmE 91deg , * s
I5103 Gx 21 29.2 -74 04 c Pav 1.4 eF, vS, R
7082 OC 21 29.4 +47 05 s Cyg 25. 7.2 Cl, L, cRi, lC, st 10...13
7073 Gx 21 29.5 -11 28 r Cap 14. p vF, vS, iR
7074 Gx 21 29.5 +06 42 r Peg vF, S, E
I5112 OC 21 29.5 +06 47 x Peg Cl, eF, eS
I1386 Gx 21 29.6 -21 12 c Cap 2.1 F, biN, or neb D*
I1387 Gx 21 29.6 -01 21 m Aqr 0.4 15. p pB, vS, iF
I5113 OC 21 29.7 +06 49 x Peg Cl, eF, S; nebs?
7077 Gx 21 29.9 +02 25 s Aqr 0.8 14. p F
I1388 Gx 21 29.9 -00 38 m Aqr 0.4 15. p eF, vS, 2 st nf
7078 Gb 21 30.0 +12 10 s Peg 12.3 6.4 !, glob. cl. , vB, vL, iR, vsmbM, rrr, st vS; = M1
7080 Gx 21 30.0 +26 43 s Vul 2.0 14. p vF, S, vlE
7070 Gx 21 30.5 -43 06 s Gru 2.1 12.3 F, cL, lE, gvlbM, p of 2
7086 OC 21 30.5 +51 35 s Cyg 9. 8.4 Cl, cL, vRi, pC, st 11...16
I5115 21 30.5 +11 47 d Peg eeF, vS, F* f
7072 Gx 21 30.6 -43 09 s Gru 0.8 13.9 F, S, R, vglbM, f of 2
I5110 21 30.6 -59 59 d Ind vF, vlE
7081 Gx 21 31.4 +02 30 r Aqr 13. p F, S, R, mbM, *14 s
7075 Gx 21 31.5 -38 36 r Gru cF, cS, R, pgbM
7084 - 21 31.8 +17 25 r Peg Cl, lC
I1389 21 32.1 -18 01 d Cap F, vS, R, gbM
7092 OC 21 32.2 +48 26 s Cyg 32. 4.6 Cl, vL, vP, vlC, st 7...10; = M39
7085 Gx 21 32.3 +06 36 r Peg 15. p eF, S, E
7079 Gx 21 32.5 -44 05 s Gru 2.8 11.6 B, R, cS, psbM
I1390 Gx 21 32.5 -01 52 z Aqr 15. p F, vS, R, bM
I5117 Pl 21 32.5 +44 35 s Cyg 0.1 13. p PN , stellar
I5108 Gx 21 32.9 -72 40 c Ind 1.4 eF, vS, cbM
7088 - 21 33.4 -00 23 r Aqr eF, eL, dif, E pf, n of M2
7089 Gb 21 33.5 -00 49 s Aqr 12.9 6.5 !!, glob. cl. , B, vL, gpmbM, rrr, st eS; = M2
I5109 21 33.9 -74 06 d Ind vF, bM
I5119 Gx 21 34.0 +21 49 u Peg 1.0 15. p F, vS, dif, *15 att, *13 n
7091 Gx 21 34.1 -36 38 r Gru eF, pL, vgbM, *6 f 40s
I5114 Gx 21 34.1 -36 39 c Gru 2.0 eF, pS, R, 2 st f 30s ; = 7091
7087 Gx 21 34.6 -40 49 r Gru cF, S, R, gbM
7093 - 21 34.8 +46 01 r Cyg Cl, P, lC
I1391 Gx 21 35.1 -00 30 z Aqr 16. p vF, S, dif
I1392 Gx 21 35.6 +35 24 u Cyg 1.7 13. p pB, vmbM*
7083 Gx 21 35.7 -63 54 s Ind 4.5 12. p pF, cL, vlE, vgpmbM, r
7090 Gx 21 36.5 -54 33 s Ind 7.1 11. p pB, pL, vmE 127deg , g, pslbM
7094 Pl 21 36.9 +12 47 s Peg 1.6 * in eeF neby, v diffic
I5116 21 37.1 -70 59 d Ind cF, S, R, stell N
I5120 Gx 21 38.8 -64 21 c Ind 2.1 F, alm R
I1396 C+N 21 39.1 +57 30 s Cep 170. 3.5 neb part of Milky Way
7100 Gx 21 39.5 +08 53 r Peg 14. p vF, r
7101 ? 21 39.6 +08 54 D Peg F, vS, R, stell; = 7100?
7102 Gx 21 39.7 +06 17 s Peg 1.9 13.1 F, pL, R; = IC 5127
I5122 21 39.8 -22 24 d Cap eF, vS; 7103-04, IC 1393 nr
I5127 21 39.8 +06 14 x Peg eF, pL, sev eF st & neb; = 7102
7103 Gx 21 39.9 -22 28 r Cap 15. p vF, vS, R, gbM, 1st of 2
I5124 21 39.9 -22 26 d Cap eeF, S, diffic; another susp 1' s
7104 Gx 21 40.1 -22 25 r Cap 15. p vF, vS, iR, gbMN, 2nd of 2
I5126 21 40.1 -05 22 d Aqr vF, vS, R, bet 2 st 14
7095 Gx 21 40.2 -42 32 c Gru 1.6 F, pL, R, vglbM, *13 inv; = 7097
I1393 21 40.2 -22 25 d Cap eF, vS, R, dif
I1394 Gx 21 40.2 +14 38 m Peg 0.8 15. p eF, S, R
7097 Gx 21 40.3 -42 32 s Gru 2.5 12. p B, S, vlE, mbM
I5118 21 40.3 -71 23 d Ind vF, S, cE 35deg , *10 sp 2'
7099 Gb 21 40.4 -23 11 s Cap 11.0 7.5 !, glob. cl. , B, L, lE, gpmbM, st 12...16; = M30
7105 - 21 40.5 -10 20 r Cap F, vS, E 130deg , smbMN, * np; nonexistent?
7096 Gx 21 41.3 -63 54 s Ind 2.7 13. p vF, S, R, vS** nf
7129 C+N 21 41.3 +66 06 s Cep 8. 12. p !, cF, pL, gbM ***
I5121 Gx 21 41.3 -63 55 c Ind 1.7 PN , stellar, 13 mag; = 7096
7114 - 21 41.7 +42 50 r Cyg nebulous var *; PN ?
I1395 Gx 21 41.7 +04 07 z Peg 15. p vF, vS, iF, lbM
7111 Gx 21 41.8 -06 43 r Aqr 15. p eF, eS, R, bM
I5125 Gx 21 41.8 -52 46 c Ind 1.4 F, eS, R, bM
7109 Gx 21 41.9 -34 27 r PsA eF, vS, am st
7110 Gx 21 42.2 -34 10 r PsA F, S, R, bM
7112 Gx 21 42.3 +12 30 r Peg 15. p eeF, S, R, pB* close p
I5132 21 42.3 +66 08 d Cep 1st of 2 st 13m in vF neb
7107 Gx 21 42.4 -44 48 s Gru 1.9 13. p vF, cL, R, vglbM
7108 Gx 21 42.4 -06 47 r Aqr vF, S, R, stell
7113 Gx 21 42.4 +12 35 r Peg 15. p vF, S, stell
I5133 21 42.4 +66 09 d Cep 2nd of 2 st 13m in vF neb
7106 Gx 21 42.6 -52 42 c Ind 1.8 eF, cS, lE, vglbM
7116 Gx 21 42.6 +28 57 r Cyg 14. p vF, pL, mE
7133 Nb 21 42.6 +66 03 r Cep vF, pL
I5128 21 42.7 -39 00 d Gru eeF, vS, R, dif, st sp
I5134 21 43.0 +66 06 d Cep *9.5 in neb; 7129 close
7115 Gx 21 43.6 -25 21 r PsA 14. p vF, pS, mE 90deg , com, 2 st inv
7127 OC 21 43.9 +54 37 s Cyg 3. Cl, S, P, lC
7128 OC 21 44.0 +53 43 s Cyg 3. 9.7 Cl, S, pRi, has a ruby *9.5
I1397 21 44.0 -04 53 d Aqr F, vS, stellar
I1400 21 44.2 +52 57 d Cyg F, dif, partly resolved
7120 Gx 21 44.4 -06 33 r Aqr 15. p vF, S, vlE
I1402 21 44.8 +53 16 d Cyg F, partly res, st 14m
I5123 Gx 21 44.8 -72 25 c Ind 1.9 cF, vS, cE 15deg , *12 p 1'
7121 Gx 21 44.9 -03 37 r Aqr 14. p vF, vS, R, vlbM
7117 Gx 21 45.7 -48 24 r Gru F, S, R, glbM, p of 2
7122 D* 21 45.7 -08 49 F Cap nebulous * 10-11 or vS Cl
7139 Pl 21 45.9 +63 39 s Cep 1.3 vF, cS, R, r
7142 OC 21 45.9 +65 48 s Cep 4. 9.3 Cl, cL, cRi, pC, st 11...14
I1398 Gx 21 45.9 +09 28 m Peg 0.8 15. p vF, vS, bM
7118 Gx 21 46.1 -48 21 r Gru F, S, R, glbM, f of 2
I1399 Gx 21 46.1 +04 24 z Peg 16. p vF, vS, stellar
7119 Gx 21 46.3 -46 31 s Gru 1.1 14. p F, S, R, gbM
7098 Gx 21 46.8 -75 07 v Oct 4.4 pF, R, g, psmbM, am st
I1401 Gx 21 46.9 +01 42 v Aqr 2.2 pB, pS, r
7132 Gx 21 47.2 +10 14 r Peg 14. p vF, pL, lE, bet 2 st
I5131 Gx 21 47.4 -34 53 s PsA 1.6 12.4 vF, vS, R
7131 Gx 21 47.7 -13 11 r Cap 14. p vF, S, vlE, vgbM
I5129 21 47.8 -65 23 d Ind no descr
7124 Gx 21 48.1 -50 34 s Ind 2.7 13. p pB, L, pmE, vgbM
7137 Gx 21 48.2 +22 10 s Peg 1.5 12.4 F, pS, R, vglbM, r
7130 Gx 21 48.3 -34 57 A PsA pB, S, R, glbM; = IC 5135
I5135 Gx 21 48.3 -34 57 s PsA 1.3 12.3 vF, pL, R; = 7130
I5136 21 48.8 -33 39 d PsA eeF, S, R
7134 Ast 21 48.9 -12 59 D Cap only 3 or 4 vF st (no neb)
7143 D* 21 48.9 +29 57 r Cyg vF; D*? (inv in neb?)
7138 Gx 21 49.0 +12 30 r Peg 15. p vF, vS, stell
7125 Gx 21 49.3 -60 43 s Ind 3.2 13. p eF, pL, R, sp of 2
7126 Gx 21 49.3 -60 37 s Ind 2.3 13. p pB, pS, lE, gbM, nf of 2
7136 D* 21 49.7 -11 47 F Cap stellar, nebulosity doubtful
7135 Gx 21 49.8 -34 53 s PsA 2.8 11.7 pB, pL, R, vgbM, *14 att p
7150 Ast 21 50.4 +49 45 A Cyg neb, no description
I5130 Gx 21 50.4 -74 00 c Ind 2.4 vF, vS
I5139 Gx 21 50.4 -31 00 c PsA 2.2 vF, S, lE
I1403 21 50.5 -02 43 d Aqr eF, S, F, * att, v diffic
7123 Gx 21 50.8 -70 20 c Ind 3.5 pB, S, R, vgbM, *9 f
I1405 Gx 21 50.8 +02 01 u Aqr 1.0 15. p pB, vS, R, bM
I1404 21 50.9 -09 16 d Cap F, vS, R, sbM *13
I1406 Gx 21 51.0 +01 59 z Aqr 15. p F, vS, R, stellar
I5137 21 51.6 -65 35 d Ind eF, S, R, stell N, spir?; susp
7146 Gx 21 51.8 +03 01 r Peg 15. p F, R
7147 Gx 21 52.0 +03 04 r Peg 15. p F, S, lE
7148 D* 21 52.1 +03 20 F Peg vF, vS, R
7141 Gx 21 52.2 -55 34 v Ind F, L, R, gpsmbM
7149 Gx 21 52.2 +03 18 r Peg 14. p vF, vS, R
7140 Gx 21 52.3 -55 34 c Ind pF, cS, R, bM; = 7141
I1407 Gx 21 52.3 +03 26 z Peg 15. p F, S, r
7144 Gx 21 52.7 -48 15 s Gru 3.5 10.7 vB, pS, R, mbMN
I1408 Gx 21 53.2 -13 21 m Cap 0.6 15. p F, vS, R, bM
7145 Gx 21 53.3 -47 53 s Gru 2.5 11.2 B, S, R, in triangle of st 13
I1409 21 53.3 -07 30 d Aqr eF, S, iF
I5141 Gx 21 53.3 -59 30 c Ind 1.8 PN , stell, 15 mag
I5146 C+N 21 53.4 +47 16 s Cyg 12. 7.2 pB, vL, iF, *9.5 in M
I5138 21 53.5 -68 57 d Ind eF, eS, R, susp
7160 OC 21 53.7 +62 36 s Cep 7. 6.1 Cl, P, vlC
7152 Gx 21 53.9 -29 16 r PsA 14. p eeF, vS
I5144 21 53.9 +15 06 d Peg F, S, sev F st close f
I5145 21 54.2 +15 13 d Peg no descr
I5140 Gx 21 54.3 -67 20 c Ind 1.9 eF, vS, mE 135deg
7153 Gx 21 54.4 -29 02 r PsA 14. p eF, S, E or has eF* nr
7156 Gx 21 54.6 +02 57 s Peg 1.7 13.0 F, pL, R, bM, r
7151 Gx 21 55.0 -50 40 r Ind vF, pL, lE, vgbM, r
I5142 Gx 21 55.3 -65 31 c Ind 1.4 eF, vS, R, bet 2 st, susp
7154 Gx 21 55.4 -34 49 v PsA 1.3 B, pL, iR, glbM, r
I1410 21 56.0 -02 53 d Aqr pF, vSN
I1411 Gx 21 56.1 -01 31 u Aqr 0.9 14. p F, vS, R, vlbM
7155 Gx 21 56.2 -49 32 s Ind 1.9 13. p pB, S, lE, mbM
I5143 21 56.3 -49 03 d Gru eeF, pS, R
7159 Gx 21 56.4 +13 34 r Peg 15. p eeF, eS, R, vF* sf inv
7164 Gx 21 56.6 +01 22 r Aqr eF, R, 4 vF st n
7157 Gx 21 56.8 -25 23 r PsA 14. p vF, vS, R, sbMN, B D* p 8s
7161 D* 21 57.0 +02 57 F Peg Cl, vS, st 19, bet 2 st 16
7158 *** 21 57.4 -11 36 F Cap vF neb*, *9.5 nf 3'
I1412 Gx 21 58.3 -17 11 c Cap 1.6 F, vS; D stell neb?
I1414 21 58.3 +08 24 d Peg vF, vS, R, 2 F st s
I1413 21 58.5 -03 06 d Aqr F, S, stellar
I1415 * 21 58.7 +01 21 F Aqr eF, *9.5 sf 8'
I5149 21 58.7 -27 23 d PsA eF, S, R, *6.5 f 63s on par
7175 - 21 58.8 +54 49 r Cyg Cl, vL, pRi, lC
I1416 21 58.8 +01 27 D Aqr eF, trace of neby
I5151 Gx 21 58.9 +03 45 z Peg 15. p F, vS, R, gbMN, r
I5150 21 59.2 -39 25 d Gru pB, pL, annular
7163 Gx 21 59.3 -31 53 s PsA 1.8 13.4 F, pL, vlE, vglbM
I5147 Gx 21 59.4 -65 27 c Ind 1.4 eF, eS, R, F* f 2'
7165 Gx 21 59.5 -16 31 r Aqr 14. p eF, bM *13
I5148 Pl 21 59.5 -39 23 s Gru 2.0 vF, L, lE, * att
7162 Gx 21 59.8 -43 19 s Gru 2.8 13. p cF, cL, cE, glbM
I1417 Gx 22 00.4 -13 09 v Aqr 1.4 pB, pL, part more condensed
I5153 ? 22 00.4 +17 51 x Peg eF, st?; *9.5 sf 1'.4
7167 Gx 22 00.5 -24 38 r Aqr 13. p F, pS, R, vglbM, *10 f
7166 Gx 22 00.7 -43 25 s Gru 2.4 11.8 cB, S, vlE, smbMN
7177 Gx 22 00.7 +17 44 s Peg 3.3 11.2 pB, pS, R, bMN, r, * sp
7171 Gx 22 01.0 -13 16 s Aqr 2.8 12.3 vF, cL, E 124deg , vgbM
7186 22 01.0 +35 06 D Peg vF, am 5 or 6 st
7170 22 01.4 -05 27 D Aqr vF, pS, iR, bMN, D* p 36s
7181 Gx 22 01.8 -01 58 r Aqr 15. p eF, vS, stellar
7182 Gx 22 01.9 -02 12 r Aqr 15. p eF, vS, stellar
7172 Gx 22 02.0 -31 52 s PsA 2.2 11.9 pB, pL, lE, gbM, 1st of 4
7173 Gx 22 02.0 -31 58 s PsA 1.3 12.1 cB, cS, R, sbM*, 2nd of 4
I1418 Gx 22 02.0 +04 21 m Peg 0.8 14. p vF, S
7168 Gx 22 02.1 -51 45 s Ind 2.0 13. p pB, S, R, psbM
7174 Gx 22 02.1 -31 59 s PsA 1.3 12.6 cF, S, R, p of Dneb, 3rd of 4
7176 Gx 22 02.1 -31 59 s PsA 1.3 11.9 B, pL, R, f of Dneb, 4th of 4
I5155 * 22 02.1 +00 30 F Aqr eF, S, smbM, *13 f 1'.5
7180 Gx 22 02.3 -20 33 s Aqr 1.8 12.5 vF, S, R, lbM, p of 2
7183 Gx 22 02.4 -18 56 r Aqr 14. p vF, pL, E 90deg , lbM
7178 Gx 22 02.5 -35 49 r PsA eF, S, R, *8 s 2'
I1420 Gx 22 02.6 +19 45 s Peg 1.6 14. p eeF, pS, R, bet 2 F st
7184 Gx 22 02.7 -20 49 s Aqr 5.8 12. p pB, pL, mE 64deg , bet 3 st, er
7187 Gx 22 02.7 -32 48 c PsA 1.7 pF, pS, R, lbM
I5159 * 22 02.7 +00 21 x Aqr eF, vS, stell, *11.5 nff 1'.5
7169 Gx 22 02.8 -47 42 c Gru 1.0 eF, S, R, *8 np
7197 Gx 22 02.9 +41 03 r Lac 14. p F, cS, cE, vglbM, er
I5152 Gx 22 02.9 -51 17 s Ind 4.5 12. p F, cL, cE 150deg , cbM
I1419 22 03.0 -09 55 d Aqr eF, slbM
I1422 Gx 22 03.0 +02 37 z Peg 16. p vF, eS, lbM, bet 2 st 13.5
7185 Gx 22 03.1 -20 28 r Aqr 14. p vF, pL, iR, vglbM, f of 2
7190 Gx 22 03.1 +11 12 r Peg 15. p eF, vS, iR, lbM
I1421 Gx 22 03.1 -09 57 m Aqr 0.3 15. p neb *14
I1423 Gx 22 03.2 +04 18 u Peg 1.1 15. p F, vS, R, gvlbM
I1424 Gx 22 03.2 +11 13 u Peg 1.0 15. p eF, vS, 1' f 7190
I5160 Gx 22 03.2 +10 56 u Peg 1.1 15. p F, vS, R
7189 Gx 22 03.3 +00 34 r Aqr 14. p F, S, lE
I1427 22 03.3 +15 07 d Peg vF, vS
I5156 Gx 22 03.3 -33 50 s PsA 13. p pF, pS, R
7195 Gx 22 03.4 +12 39 r Peg 15. p eeF, R, v diffic
I1425 Gx 22 03.4 +02 37 z Peg 15. p F, lE pf, r, D?
I5157 Gx 22 03.4 -34 56 c PsA 2.1 pB, pS, R, 3 st in line nf
7188 Gx 22 03.5 -20 20 r Aqr 14. p eF, pS, E, lbM
7194 Gx 22 03.5 +12 37 r Peg 14. p vF, vS, R, lbM
7193 - 22 03.6 +10 49 r Peg Cl, lRi, lC, st 9...10
I1426 22 03.9 -09 55 d Aqr F, S, iF, lbM
I1428 Gx 22 04.4 +02 38 z Peg 16. p vF, S, R, *14 nr
I5154 22 04.6 -66 07 d Ind vF, bM
7179 Gx 22 04.8 -64 03 v Ind 1.8 cF, pS, vgbM
7209 OC 22 05.2 +46 30 s Lac 25. 6.7 Cl, L, cRi, pC, st 9...12
7198 Gx 22 05.3 -00 39 r Aqr 15. p eF, vS, stellar
7206 Gx 22 05.6 +16 47 r Peg 15. p F, S, lE, bM
I5161 22 05.6 +09 34 d Peg F, R, stell, r
7207 Gx 22 05.7 +16 45 r Peg vF, S
I5163 22 05.8 +27 05 d Peg eF, 2 st 13 nr
7196 Gx 22 06.0 -50 07 s Ind 1.9 11.5 cB, S, R, am st
I5164 22 06.0 +27 03 d Peg eF, stell
I5166 22 06.1 +27 04 d Peg eF, stell N, or vS Cl
7211 Gx 22 06.2 -08 07 r Aqr eF, S, stellar
7210 - 22 06.3 +27 06 r Peg eF, R, bM, vF D* np
I5158 Gx 22 06.4 -67 31 c Ind 1.1 eeF, eS, bM
7201 Gx 22 06.5 -31 16 s PsA 1.7 14. p F, R, gbM, 1st of 4
7202 Gx 22 06.7 -31 12 m PsA 1.3 13. p eF, S, stellar, 2nd of 4
7203 Gx 22 06.7 -31 10 s PsA 1.9 13. p cF, R, stellar, 3rd of 4
7192 Gx 22 06.8 -64 19 s Ind 2.5 12. p pB, S, R, pmbM
7191 Gx 22 06.9 -64 38 v Ind vF, S, lE, vgbM
7204 Gx 22 06.9 -31 03 s PsA 14. p pB, L, lE, gbM, 4th of 4
I1429 22 06.9 +10 06 d Peg neb susp close to *11
7212 Gx 22 07.0 +10 14 r Peg 15. p eF, vS, lE
7200 Gx 22 07.2 -50 00 v Ind 1.6 pF, S, R, smbM
I5167 * 22 07.5 -08 08 F Aqr vF, neb?
I1431 22 07.7 -13 30 F Aqr eF, v diffic, F* np
7217 Gx 22 07.9 +31 22 s Peg 3.7 10.2 B, pL, gbM, er
I5162 22 08.1 -52 43 d Ind eF, eS, vE 95deg
7208 Gx 22 08.4 -29 06 r PsA 14. p vF, vS, R, almost PN
7199 Gx 22 08.5 -64 42 v Ind 1.3 vF, S, R, pslbM, *11 p 3'
7205 Gx 22 08.5 -57 25 s Ind 4.3 11. p pB, L, cE, gpslbM
I1430 22 08.5 -13 34 d Aqr F, S, vlbM, diffic
7215 Gx 22 08.6 +00 30 r Aqr 15. p vF, S, E
I5168 Gx 22 08.8 -27 51 c PsA 1.3 eeF, vS, mE, 2 F st
7214 Gx 22 09.1 -27 49 s PsA 1.9 12.4 glob. cl. , pL, iR, rr
7213 Gx 22 09.3 -47 10 s Gru 1.9 10.5 vB, pS, R, gbM
I5172 Gx 22 09.9 +12 49 z Peg 16. p vF, vS, stell, *14 att
I1432 22 10.1 +03 41 d Peg vF, vS, sbM *14, *13.5 nr
I5165 Gx 22 10.1 -64 35 c Tuc 1.4 eF, eS
7218 Gx 22 10.2 -16 40 s Aqr 2.5 12.1 pB, lE, r
7223 Gx 22 10.2 +41 00 r Lac 13. p eF, pS, lE, r, am 3 st
I5169 Gx 22 10.2 -36 05 c PsA 2.2 eF, eS, stell N, spir or oval
7226 OC 22 10.5 +55 25 s Cep 2. 9.6 pB, L, in cluster
I1434 OC 22 10.5 +52 50 s Lac 8. 9. p fine Cl, 6 branches, st 12-15m
I5171 Gx 22 10.9 -46 05 c Gru 2.8 no descr
7222 Gx 22 11.0 +02 05 r Aqr 15. p vF, S
I5180 Gx 22 11.1 +38 55 u Lac 1.1 15. p vF, S, sbM
7221 Gx 22 11.3 -30 37 s PsA 2.2 12. p F, S, R, gbM, r, 2 vS st nr
7220 Gx 22 11.5 -22 58 r Aqr 15. p eF, vS, vlE, gbM, *10 n 3'
7227 Gx 22 11.5 +38 42 r Lac 15. p vF, vS, R, lbM, np of 2
7224 Gx 22 11.6 +25 50 r Peg 14. p F, S, R
I5177 Gx 22 11.6 +11 48 u Peg 1.6 15. p F, S, E ns, glbM
7228 Gx 22 11.8 +38 41 r Lac 15. p F, vS, R, lbM, sf of 2
7234 - 22 12.1 +56 58 r Cep Cl, S, P, lC
I1433 Gx 22 12.2 -12 46 m Aqr 0.4 15. p F, S, E pf, bM
7231 Gx 22 12.4 +45 19 r Lac 14. p eF, S, er
I5170 Gx 22 12.5 -47 13 c Gru 1.8 no descr
I5178 Gx 22 12.5 -22 57 c Aqr 1.4 eF, vS, 7220 p 63s
7216 Gx 22 12.6 -68 40 c Ind 1.4 pF, S, R, gbM
7235 OC 22 12.6 +57 17 s Cep 4. 7.7 Cl, pC, has a ruby *10
I5174 Gx 22 12.7 -38 10 c Gru 0.8 eF, eS, cE 150deg
I5175 22 12.7 -38 08 d Gru eF, eS, R, bM
7219 Gx 22 13.1 -64 51 s Tuc 2.4 13. p pB, S, R, 2 st nr
7225 Gx 22 13.2 -26 09 r PsA 13. p pF, S, lE, bM
I5181 Gx 22 13.4 -46 02 s Gru 2.8 11.7 no descr
I1435 Gx 22 13.5 -22 06 m Aqr 0.9 14. p F, S
I1436 Gx 22 13.9 -10 11 m Aqr 0.2 15. p eF, vS, R, vSN
7229 Gx 22 14.0 -29 25 s PsA 1.8 12. p F, pL, R, vglbM
7230 Gx 22 14.3 -17 04 r Aqr 14. p vF, S, R, bM
7236 Gx 22 14.7 +13 51 s Peg 1.0 13.5 vF, S, stellar
7237 Gx 22 14.8 +13 50 s Peg 1.0 13.7 vF, S, stellar
I5173 Gx 22 14.8 -69 22 c Ind 1.6 eF, S, mE 75deg
7239 Gx 22 14.9 -05 05 r Aqr eF, vS
I5176 Gx 22 14.9 -66 51 c Tuc 4.7 vF, S, eE 30deg , * n
I5191 Gx 22 15.0 +37 18 x Lac 0.8 one of 6 neb incl 7240, 7242, & IC 5195
I5192 Gx 22 15.2 +37 16 x Lac 0.2 another of group of 6
7238 - 22 15.3 +22 30 r Peg pF, S, R, mbM, 4 st p
7243 OC 22 15.3 +49 53 s Lac 21. 6.4 Cl, L, P, lC, st vL
7245 OC 22 15.3 +54 20 s Lac 5. 9.2 Cl, C, st eS
I1441 Gx 22 15.3 +37 18 v Lac 0.9 eF, S, S stellar N
7240 Gx 22 15.4 +37 17 s Lac 0.8 13.8 eF, eS, * att n, p of 2; = IC 1441
I5183 22 15.4 -35 50 d PsA pB, cS, F* att sf
7232 Gx 22 15.7 -45 51 s Gru 3.0 13. p pB, S, pmE, psbM, p of 2
7242 Gx 22 15.7 +37 18 s Lac 2.6 12.0 vF, S, lbM, f of 2
I1437 Gx 22 15.7 +02 03 u Aqr 1.1 15. p pB, vS, R, mbM
I5193 Gx 22 15.7 +37 15 x Lac another of group of 6
I5195 Gx 22 15.7 +37 18 x Lac eF, S, 0'.5 s of 7242
7233 Gx 22 15.8 -45 51 s Gru 2.2 F, vS, R, *8 f, f of 2
7241 Gx 22 15.8 +19 14 s Peg 3.5 14. p pF, lE, *10 att s
I5179 Gx 22 16.1 -36 50 s Gru 2.3 11.9 vF, L, R, * nr s; B* sp
I5182 22 16.1 -65 27 d Tuc eF, eS, bM
I5184 Gx 22 16.1 -36 51 c Gru 2.6 pF, pS, lE, bet 2 st ns; = IC 5179
I5189 * 22 16.2 -05 00 F Aqr eF*; nebs?
7244 Gx 22 16.4 +16 28 v Peg 0.7 14.4 eF, eS, R, bM
I1438 Gx 22 16.5 -21 26 c Aqr 2.4 F, biN
I1440 Gx 22 16.5 -16 00 m Aqr 0.6 15. p F, S, stellar
I1442 OC 22 16.5 +54 03 s Lac 9.1 Cl of neb stars
I1439 Gx 22 16.7 -21 29 c Aqr 1.8 vF, S, vlbM
7248 Gx 22 16.9 +40 30 s Lac 2.1 14. p vF, vS, mbM
I5194 Gx 22 17.1 -15 57 x Aqr 0.2 eF (not found again)
7246 Gx 22 17.5 -15 32 r Aqr 15. p vF, S, vlE, vgbM, *13 n
I5198 22 17.7 -15 40 d Aqr eF, pL, R, bM, r
7247 Gx 22 17.8 -23 43 r Aqr 13. p pF, vS, R, lbM, B D* p 13s
I5185 22 17.8 -65 51 d Tuc eF, vS, bM
7250 Gx 22 18.3 +40 35 r Lac 13. p vF, S, mE 165deg +/-
I5187 22 18.3 -59 37 d Tuc vS, R, disc, mag 14.5
I5188 Gx 22 18.4 -59 38 c Tuc 1.5 F, cS, R, cbM
I5186 Gx 22 18.8 -36 48 c Gru 1.5 eeF, S, R, F* nr p
I5190 Gx 22 19.0 -59 53 c Tuc 1.6 vF, 2-br spir, *15 in M
I1443 Gx 22 19.1 -20 56 c Aqr 1.7 pB, S, iF, mbM
7253 Gx 22 19.4 +29 24 r Peg 14. p vF, pE
I5199 Gx 22 19.5 -37 32 c Gru 1.6 eF, eS, cE 160deg
I5197 Gx 22 19.8 -60 08 c Tuc 1.3 bM, mag 15
I5196 22 20.2 -65 24 d Tuc eF, eeS, eE 105deg , stell N
7251 Gx 22 20.4 -15 46 r Aqr 13. p F, pS, R, gpmbM
7261 OC 22 20.4 +58 05 s Cep 6. 8.4 Cl, L, pRi, lC
7249 Gx 22 20.5 -55 08 c Gru 1.1 eeF, R, doubtful object
7252 Gx 22 20.7 -24 41 s Aqr 2.2 12.1 F, S, R, er
I5204 22 20.7 -14 24 d Aqr vF, vmE
I5201 Gx 22 21.4 -46 04 s Gru 8.5 11. p no descr
7263 Gx 22 21.8 +36 21 v Lac 0.8 F, S, R
7255 - 22 21.9 -15 33 r Aqr eF, L, mE 30deg , sbMN
7254 22 22.0 -21 44 D Aqr vF, vS, R, *11 p 4'.5; = 7256
7257 - 22 22.2 -04 01 r Aqr F, vS, lE
7264 Gx 22 22.2 +36 24 r Lac 14. p vF, pS, mE
I1444 Gx 22 22.3 +05 08 u Peg 1.1 16. p F, S, iF, mbM, vF* close
I5200 22 22.3 -65 45 d Tuc eeF, eS, R, F* np 1'
7265 Gx 22 22.4 +36 14 r Lac 13. p F, vS, R, mbM
I5210 Gx 22 22.5 -18 52 c Aqr 1.6 eeF, vS, R, p of 2
I5203 Gx 22 22.6 -59 46 c Tuc 1.6 bM, mag 15
7256 Gx 22 22.7 -21 44 r Aqr 14. p 3 F st in F neb
7260 Gx 22 22.7 -04 07 r Aqr 14. p eF, pS, iR
I5211 22 22.7 -18 53 d Aqr eF, S, f of 2
I5205 22 22.8 -59 48 d Tuc bM, mag 16
I5202 Gx 22 22.9 -65 48 c Tuc 1.4 ! eF, vS, stell N, spir
7258 Gx 22 23.0 -28 22 r PsA 14. p vF, S, E, glbM; biN?
7259 Gx 22 23.1 -28 59 v PsA eF, pL, R, vlbM
I5209 22 23.1 -37 59 d Gru F, eS, R, 2 st np
7262 Gx 22 23.4 -32 20 r PsA eF, S, R, lbM
I5207 Gx 22 23.5 -60 34 c Tuc 1.6 bM, mag 16
I5212 Gx 22 23.5 -38 02 c Gru 1.4 eF, eS, cE 40deg
7270 Gx 22 23.6 +32 24 r Peg 15. p vF, S, E
I5214 22 23.7 -27 28 d PsA eF, pS, R, *8 p
7271 Gx 22 23.8 +32 22 r Peg 15. p vF, S, vlE
I5217 Pl 22 23.9 +50 58 s Lac 0.1 13. p PN , stellar
7266 Gx 22 24.1 -04 04 r Aqr 15. p F, vS, R, alm stellar
7273 Gx 22 24.1 +36 13 r Lac 15. p F, vS, R, mbM
7275 Gx 22 24.1 +32 27 r Peg 15. p eF, S, mE
I5206 Gx 22 24.1 -66 51 c Tuc 1.2 eF, vS, R, stell N
7274 Gx 22 24.2 +36 08 s Lac 1.8 14. p pF, vS, mbM
7276 Gx 22 24.2 +36 06 r Lac 15. p vF, vS, mbM
7267 Gx 22 24.3 -33 41 r PsA cB, pS, vlE, glbM, B*** sp
7272 Gx 22 24.5 +16 36 r Peg 15. p vF, S, iR
I5208 Gx 22 24.6 -65 14 c Tuc 1.3 eeF, eS, eE 65deg , stell N
7281 OC 22 24.7 +57 50 s Cep Cl, L, pRi, lC, st 10...16
I5216 22 24.7 -18 05 d Aqr vF, S, R, N
I5213 22 25.0 -60 29 d Tuc bM, mag 16
I1445 Gx 22 25.5 -17 15 c Aqr 2.1 pF, vS, gbMN
7268 Gx 22 25.7 -31 12 c PsA 1.8 F, cS, vlE, p of 2
7269 Gx 22 25.8 -13 09 r Aqr 14. p eF, pS, R, glbM
7282 Gx 22 26.0 +40 19 r Lac 15. p eF, pL, dif, bet 3 st
7277 Gx 22 26.4 -31 10 r PsA 14. p F, cS, vlE, f of 2
7280 Gx 22 26.5 +16 09 s Peg 2.4 13. p F, cS, R, gbM S*, 3 st n, nf
I5215 22 27.0 -65 56 d Tuc eF, vS, R, * 2' nf; susp
7279 Gx 22 27.1 -35 08 r PsA vF, pS, R, vgvlbM
7286 Gx 22 28.0 +29 07 r Peg 13. p vF, S, R, am st
I5218 Gx 22 28.1 -60 24 c Tuc 1.4 F, pS, E 195deg
7296 OC 22 28.2 +52 17 s Lac 4. 10. p Cl, iR, lC, st vS
I5220 22 28.2 -59 43 d Tuc F, pS, E 105deg
7288 Gx 22 28.3 -02 51 r Aqr 14. p vF, eS, stellar
7278 Gx 22 28.4 -60 10 c Tuc 0.9 eeF, lE, vgvlbM, 3 st sf
7290 Gx 22 28.4 +17 09 s Peg 1.8 14. p pB, S, pmE
7292 Gx 22 28.4 +30 18 s Peg 2.1 13. p eF, S, oval, F* inv
7295 - 22 28.4 +52 50 r Lac Cl, P, lC, st 12...13
7291 Gx 22 28.5 +16 47 r Peg 15. p eF, eS, R, smbM
7283 Gx 22 28.6 +17 30 r Peg 15. p vF, vS, R
7284 Gx 22 28.6 -24 51 r Aqr 13. p cF, cS, lE, r
7285 Gx 22 28.7 -24 51 r Aqr 13. p neb* at pos 60deg , dist 40", from 7284
I5219 22 28.7 -65 52 d Tuc eF, eS, cE 15deg , susp
7287 Gx 22 28.8 -22 12 c Aqr 0.7 eF, slightly nebs D*
I5221 22 28.9 -65 53 d Tuc eF, bM, susp
I1446 22 29.1 -01 12 d Aqr vF, stellar
7289 Gx 22 29.2 -35 27 r PsA vF, S, R, gbM
7293 Pl 22 29.6 -20 48 s Aqr 12.8 ! pF, vL, E or biN
I5223 Gx 22 29.8 +07 58 u Peg 1.1 16. p F, vS, dif, r
I5222 Gx 22 29.9 -65 40 c Tuc 1.7 ! eF, pS, stell N, susp
I1447 22 30.0 -05 09 D Aqr eeF, pS, R, *9.0 n 3'
7301 Gx 22 30.4 -17 34 r Aqr 14. p vF, pS, lE, lbM
I5224 Gx 22 30.5 -46 00 c Gru 1.4 no descr
7298 Gx 22 30.8 -14 11 s Aqr 1.5 14. p vF, pL, iR
7297 Gx 22 30.9 -37 49 r Gru eF, S, R, p of 2
7300 Gx 22 31.0 -14 00 s Aqr 2.2 12.9 vF, pL, E 150deg , vglbM
I5239 Gx 22 31.1 -38 02 c Gru 1.6 vF, pS, R
7299 Gx 22 31.4 -37 49 r Gru eF, S, R, f of 2
7304 - 22 31.5 +30 58 r Peg vF, pS, vlbM, nf 7303(?)
I5225 22 31.5 -25 22 d PsA eeF, pS, R, bet 2 st
7303 Gx 22 31.6 +30 58 r Peg 13. p vF, S, R, gvlbM
I5226 22 31.7 -24 40 d Aqr eeF, pL, R
7294 Gx 22 32.2 -25 23 r PsA 14. p vF, vS, R
7305 Gx 22 32.2 +11 43 r Peg 15. p eF, S, R, 4 F st around
7302 Gx 22 32.4 -14 07 s Aqr 1.9 12.1 F, pS, R, vsbMSN; = IC 5228
I5228 Gx 22 32.4 -14 08 t Aqr 1.9 13. p pB, pS, R, B* s; = 7302
7306 Gx 22 33.5 -27 14 r PsA 13. p vF, S, lE, *11 p
7307 Gx 22 33.8 -40 57 s Gru 4.2 13. p F, pL, pmE
I5231 Gx 22 34.0 +23 21 m Peg 0.4 15. p F, S, R, gbMN
I5227 Gx 22 34.1 -64 42 c Tuc 1.5 F, S, stell N
7311 Gx 22 34.2 +05 35 r Peg 13. p pF, S, R, psbM, r
7309 Gx 22 34.3 -10 21 s Aqr 2.1 12.5 vF, pL, R, glbM, r
7308 Gx 22 34.5 -12 56 r Aqr 14. p pB, vS, R; = IC 1448
I1448 Gx 22 34.6 -12 56 m Aqr 1.0 14. p vF, vS, diffic
7310 Gx 22 34.7 -22 29 r Aqr 14. p vF, pS, R, bMN
7312 Gx 22 34.7 +05 49 r Peg 14. p F, S
I5229 22 34.8 -61 23 d Tuc bM, mag 15
I1449 22 35.1 -08 47 d Aqr F, S, iF, bM, r
7315 Gx 22 35.4 +34 50 r Peg 14. p vF, eS, R, bM
7313 Gx 22 35.5 -26 06 v PsA eF, E
I5230 22 35.6 -61 32 d Tuc eF, eS, cE 35deg , cbM
7314 Gx 22 35.8 -26 03 s PsA 4.6 10.9 cF, L, mE 0deg , vlbM
7316 Gx 22 35.9 +20 19 s Peg 1.3 14. p F, S, R, *8 sp
7317 Gx 22 35.9 +33 57 s Peg 1.0 13.6 vF, vS
7318 Gx 22 36.0 +33 58 s Peg 1.9 13.1 eF, eS
7319 Gx 22 36.1 +33 59 s Peg 1.7 13.1 eF, eS
7320 Gx 22 36.1 +33 57 s Peg 2.2 12.7 F, vS
7321 Gx 22 36.4 +21 38 r Peg 14. p F, S, iR, vgvlbM
I5233 Gx 22 36.6 +25 46 u Peg 1.1 15. p F, vS, dif, *12.5 v close
7323 Gx 22 36.8 +19 09 r Peg 14. p pF, pL, iR
7325 D* 22 36.8 +34 22 A Peg F, vS, 7331 f
7326 D* 22 36.8 +34 25 A Peg eF, eS, 7331 f
7327 * 22 36.8 +34 29 r Peg eF, eS, np 7331
7330 Gx 22 36.9 +38 33 r Lac 13. p pB, S, lE, bM
7324 Gx 22 37.0 +19 09 r Peg 15. p vF, vS, neb*
7331 Gx 22 37.1 +34 25 s Peg 10.7 9.5 B, pL, pmE 163deg , smbM
7333 Gx 22 37.2 +34 26 h Peg 0.1 15. p vF, vS, p 7335
7336 Gx 22 37.2 +34 29 r Peg 15. p eF, vS
7335 Gx 22 37.3 +34 27 s Peg 1.7 15. p vF, vS
7332 Gx 22 37.4 +23 48 s Peg 4.2 11.0 cB, S, mE 156deg , smbMN, p of 2
7337 Gx 22 37.4 +34 22 v Peg 1.3 eF, S, stellar
7328 Gx 22 37.5 +10 32 r Peg 14. p eF, pS, lE 90deg , vglbM
7338 Gx 22 37.5 +34 25 h Peg 0.2 14. p eF, eS, sf 7335
7340 Gx 22 37.6 +34 26 r Peg 15. p vF, vS
7322 Gx 22 37.7 -37 13 r Gru vF, S, vlE, gbM
7334 Gx 22 37.8 -37 14 c Gru eeF; = 7322
7339 Gx 22 37.8 +23 47 s Peg 3.0 12.1 F, pS, mE 89deg , vglbM, f of 2
I5232 22 37.8 -68 52 d Ind eF, eeS, bM
I1450 * 22 38.0 +34 33 x Peg vF, eS, stellar
7342 Gx 22 38.1 +35 31 r Peg 15. p eF, vS
7343 Gx 22 38.6 +34 04 s Peg 1.2 13.4 eF, vS, R, lbM, S* inv
7345 Gx 22 38.6 +35 33 r Peg 15. p eF, vS
7341 Gx 22 39.2 -22 41 r Aqr 13. p pF, pS, E, lbM
7346 Gx 22 39.5 +11 05 r Peg 15. p eF, vS, stellar
7353 Gx 22 39.5 +11 47 r Peg 15. p eF
7344 Gx 22 39.7 -04 10 r Aqr 14. p pF, vS, R
7352 - 22 39.7 +57 24 r Cep Cl, vL, pRi, vlC
7347 Gx 22 39.9 +11 02 r Peg 14. p eF, pL, E
I5234 22 40.2 -65 48 d Tuc eF, eeS, cE 165deg , cbM
7354 Pl 22 40.4 +61 17 s Cep 0.3 13. p PN , B, S, R, pgvlbM
7329 Gx 22 40.5 -66 28 s Tuc 4.2 12. p pB, pS, mE 90deg
7348 Gx 22 40.6 +11 54 s Peg 1.3 15. p vF, pL, iR
7350 * 22 41.0 +11 58 r Peg vF
I5242 Gx 22 41.2 +23 24 u Peg 1.0 15. p F, S, R, gbM, *13 nf
7351 Gx 22 41.3 -04 27 r Aqr 13. p pF, pS, mE 180deg , bM, r
I5235 22 41.4 -66 34 d Tuc eeF, bM
I5243 Gx 22 41.4 +23 23 v Peg 0.7 F, cS, iF, dif
7349 22 41.5 -22 54 d Aqr eF, vS, E 175deg , biN, bn
I5236 22 41.5 -66 36 d Tuc eF, eeS, cE 60deg , bM
I5238 22 41.5 -60 45 d Tuc F, vS, vlE
I5241 Gx 22 41.5 +02 38 u Aqr 1.0 15. p pB, cS, R, gbM, r
I5240 Gx 22 41.9 -44 48 s Gru 3.2 12. p pF, pL, R, F* sf
7356 Gx 22 42.1 +30 43 r Peg 15. p eF, pS, R, glbM, * att
7361 Gx 22 42.3 -30 03 s PsA 3.5 12.5 F, pL, vmE 0deg , vgvlbM
I5237 Gx 22 42.3 -30 03 c PsA 4.0 eeF, eS, eE, *8 np; = 7361
7357 Gx 22 42.4 +30 11 r Peg 15. p vF, vS, vF* inv
I1454 Pl 22 42.6 +80 27 s Cep 0.6 15. p vF, S, *7 4' f
7363 Gx 22 43.3 +34 00 s Peg 1.1 15. p pF, pL, E, D* f
7355 - 22 43.4 -37 52 r Gru eeF, S, R, D* f 40s
7360 Gx 22 43.6 +04 09 r Peg 14. p eF, vS
7362 Gx 22 43.9 +08 43 r Peg 15. p vF, S, R, lbM
I5244 Gx 22 44.2 -64 03 c Tuc 3.3 eF, pS, eE 0deg , stell N
7366 Gx 22 44.3 +10 46 r Peg 15. p eF, S, stellar
7369 Gx 22 44.3 +34 21 r Peg 15. p pF, bet 2 F st
7364 Gx 22 44.5 -00 07 r Aqr 14. p F, S, R, psbM
7367 Gx 22 44.7 +03 41 r Peg 15. p vF, pS, lE
I5248 22 44.7 -00 21 d Aqr susp (13.5 mag)
7359 22 44.8 -23 41 D Aqr pF, vS, pmE, bMN
7365 Gx 22 45.0 -19 59 r Aqr 14. p vF, eS, R, gbMN, *11 nf 4'
I5245 22 45.1 -65 20 d Tuc eF, eS, R, F* np 0'.5
I5251 * 22 45.1 +11 09 x Peg eF
I5253 Gx 22 45.4 +21 49 u Peg 1.0 15. p F, S, E ns, *13.5 nr
7370 Gx 22 45.5 +11 03 r Peg eF, vS
7368 Gx 22 45.6 -39 20 v Gru 3.2 F, cS, lE, glbM
7358 Gx 22 45.7 -65 07 r Tuc F, S, R, bM, stell N with wisps 175deg
7372 Gx 22 45.7 +11 08 r Peg 14. p F, S, iR
I5255 22 45.8 +36 14 d Lac F, S, R, gbM
I1452 22 45.9 +16 51 d Peg vF, vS, quite stellar
7374 Gx 22 46.0 +10 51 r Peg 15. p vF, pL, R
I5254 22 46.0 +21 07 d Peg F, vS, R, r, *14 att sf, 7375 f
7371 Gx 22 46.1 -11 00 s Aqr 2.1 12.1 vF, pL, R, lbM
I1451 Gx 22 46.2 -10 22 m Aqr 0.4 15. p vF, S, dif, vS, excent N
7373 Gx 22 46.5 +03 13 r Peg 15. p F, vS, bM, stellar
7375 Gx 22 46.6 +21 05 r Peg 15. p eF, vS, R
I5246 22 46.6 -64 54 d Tuc eF, eS
I1453 Gx 22 46.8 -13 27 m Aqr 0.6 15. p pB, pL, R
I5247 22 46.9 -65 17 d Tuc vF, vS, mE 125deg , mbM
7380 C+N 22 47.0 +58 06 s Cep 25. 7.2 Cl, pL, pRi, lC, st 9...13
I5249 Gx 22 47.1 -64 50 c Tuc 3.7 eF, vS, eE 15deg , vlbM
I5250 Gx 22 47.3 -65 03 c Tuc 3.8 cB, S, R, F* f 0'.5
7376 Gx 22 47.4 +03 40 r Peg 15. p eF, vS, R
7379 Gx 22 47.4 +40 14 r Lac 14. p eF, S, R, lbM
7377 Gx 22 47.8 -22 19 s Aqr 2.2 11.6 pB, S, vlE, vgmbM, *12 p
7378 Gx 22 47.9 -11 49 r Aqr 13. p vF, pL
I5252 Gx 22 48.1 -68 54 c Ind 1.2 F, S, R, cbM
7383 Gx 22 49.6 +11 36 s Peg 1.0 13.9 vF, vS, R, 7385 nf
7384 Gx 22 49.7 +11 33 r Peg eF, 5' nf 7383
I5256 Gx 22 49.8 -68 42 c Ind 1.1 vF, vS, cE 25deg , cbM
7385 Gx 22 49.9 +11 36 s Peg 1.6 12.3 cF, S, R, glbM, *11 np
7381 Gx 22 50.0 -19 43 r Aqr 15. p eF, vS, R, gbM
7386 Gx 22 50.0 +11 42 s Peg 2.1 12.5 cF, S, R, pgbM, f of 2
7388 Gx 22 50.2 +11 44 r Peg vF, *11 f 2'.5
7382 Gx 22 50.3 -36 51 r Gru eF, vS, R, *12 att np
7387 Gx 22 50.3 +11 38 s Peg 0.7 14.0 eF, vS, R, 2 st 11 s
7389 Gx 22 50.3 +11 35 s Peg 1.3 13.4 vF, R
7390 Gx 22 50.3 +11 32 r Peg 15. p eF, s of 7389
7394 - 22 50.6 +52 10 r Lac Cl, vP
7391 Gx 22 50.7 -01 31 r Aqr 13. p cF, cS, R, sbM *13, * np
7395 Gx 22 51.2 +37 05 r Lac 15. p eF, vS, R, bM
I5258 Gx 22 51.5 +23 02 m Peg 0.4 14. p F, vS, R, mbM, r
7393 Gx 22 51.7 -05 33 s Aqr 2.0 14. p vF, pL, lE, vgbM, r
7392 Gx 22 51.8 -20 36 s Aqr 2.0 11.9 pB, pS, lE 120deg , mbM
I5257 22 52.3 -67 26 d Ind eF, eeS, stell N
7396 Gx 22 52.5 +01 06 r Psc 14. p pF, pS, R, gbM
7399 Gx 22 52.7 -09 16 r Aqr 14. p eF, pL
7405 Gx 22 52.8 +12 35 r Peg eF, S, R
I5259 22 52.8 +36 43 d Lac neb; D *9.5 f 2'
7397 Gx 22 52.9 +01 08 r Psc 15. p eF, vS
7398 Gx 22 52.9 +01 13 r Psc 15. p vF, pL
7402 Gx 22 53.0 +01 10 r Psc 14. p eF, vS
7401 Gx 22 53.1 +01 10 r Psc eF, vS
7403 * 22 53.1 +01 29 F Psc * slightly nebs? (prob not)
7407 Gx 22 53.3 +32 08 r Peg 14. p eF, vS
7409 Gx 22 53.7 +20 12 r Peg 15. p eF
I1455 Gx 22 53.9 +01 23 u Psc 1.0 15. p F, pS, R, 2 st 11 nr
7406 Gx 22 54.0 -06 36 r Aqr 15. p F, S, lE
7400 Gx 22 54.3 -45 21 c Gru 2.5 pF, lE, glbM, vS* inv
7404 Gx 22 54.3 -39 19 r Gru vF, S, R
7419 OC 22 54.3 +60 50 s Cep 2. 13. p Cl, pRi, cC
I5260 Gx 22 54.3 -39 19 c Gru 1.5 eeF, pS, R, *9 sp, v diffic; = 7404
I5261 Gx 22 54.4 -20 22 c Aqr 1.7 eeF, pL, R, v diffic, *9 p 22s
7411 Gx 22 54.5 +20 14 r Peg 15. p vF, vS
7415 Gx 22 54.8 +20 15 r Peg 15. p eF
7410 Gx 22 55.0 -39 40 s Gru 5.5 10.4 cB, L, vmE 43deg , mbM
7413 Gx 22 55.1 +13 13 v Peg 14.1 eeF, pS, R, v diffic, s of 2
I5262 22 55.2 -33 50 d PsA eeF, pS, R, v diffic
7414 Gx 22 55.3 +13 15 r Peg eeF, S, R, v diffic, n of 2
7423 OC 22 55.3 +57 08 o Cep 6. 15. p vF, pL, iF, er
I1456 22 55.3 -12 43 d Aqr vF, vS
I1457 * 22 55.4 -05 33 x Aqr eF, *10 sf 1'
7420 Gx 22 55.6 +29 48 r Peg 15. p vF, S
7416 Gx 22 55.7 -05 30 s Aqr 3.4 12.3 F, pL, pmE, vgbM
7412 Gx 22 55.8 -42 39 s Gru 4.0 11.4 eF, vL, *7 nf
7408 Gx 22 55.9 -63 42 v Tuc pB, pS, R, vglbM
7429 OC 22 55.9 +59 59 s Cep Cl, P, pC, st 9...11
7426 Gx 22 56.1 +36 21 r Lac 13. p vF, cS, R, stellar, D* p
7422 Gx 22 56.2 +03 56 r Psc 14. p vF, pS, vlE
I5268 22 56.2 +36 36 d Lac B, S
7418 Gx 22 56.6 -37 02 s Gru 3.3 11.4 cB, vL, vlE, vglbM
I1458 Gx 22 56.8 -07 23 m Aqr 1.2 14. p vF, pL, dif
7421 Gx 22 56.9 -37 21 s Gru 2.2 12.0 cB, L, vlE, gpmbM, rr
I5264 Gx 22 56.9 -36 33 c Gru 2.7 vF, S, vmE, sp of 2
I1460 Gx 22 57.1 +04 41 v Psc 0.4 14.4 pB, vS, mbM
7427 Gx 22 57.2 +08 30 r Peg 15. p F, S, *9 sf 4'
I1459 Gx 22 57.2 -36 28 s Gru 10.0 F, pS, com, N = 12m
I5265 Gx 22 57.2 -36 28 c Gru 6.0 B, cL, R, bet 2 st pf, nf of 2; = IC 1459
I5267 Gx 22 57.2 -43 24 s Gru 5.0 10.5 pB, S, R, mbM
7424 Gx 22 57.3 -41 04 s Gru 7.6 11. p F, cL, vlE, vgmbM
7425 Gx 22 57.3 -10 57 r Aqr 15. p eF, vlE, *10 p 4'
7428 Gx 22 57.3 -01 02 s Psc 2.6 14. p F, vS, R, bM
7430 Gx 22 57.5 +08 48 r Peg 15. p eF, vS
7438 - 22 57.6 +54 21 r Cas Cl, vL, E
I5269 Gx 22 57.7 -36 02 s PsA 2.5 13. p vF, pS, R, np of 2
7417 Gx 22 57.8 -65 02 v Tuc pB, cS, R, gpmbM
7431 Gx 22 57.8 +26 10 r Peg 15. p eF, vS
7435 Gx 22 57.9 +26 08 r Peg 15. p eF, s of 7436
I5270 Gx 22 57.9 -35 51 c PsA 3.2 vF, pS, mE, sf of 2
7432 Gx 22 58.0 +13 08 r Peg 15. p eF, S, R
7433 Gx 22 58.0 +26 09 r Peg 14. p eF, vS, p 7436
7436 Gx 22 58.0 +26 09 r Peg 14. p F, pS, F* att p, gbM
I5271 Gx 22 58.0 -33 45 s PsA 13. p pF, pS, mE 145deg , cbM
7437 Gx 22 58.2 +14 18 s Peg 1.9 13. p eeF, L, R, F* nr nf, v diffic
I5263 Gx 22 58.2 -69 03 c Ind 1.2 cF, S, R, * in neb
I5266 Gx 22 58.3 -65 08 c Tuc 1.5 eF, vS, eE, stell N
7434 Gx 22 58.4 -01 11 r Psc 15. p vF, vS, R, stellar
7440 Gx 22 58.5 +35 48 s And 1.9 15. p eF, S, iR
I5274 Gx 22 58.5 +18 55 u Peg 1.1 15. p F, cS, R, gbMN
I1461 Gx 22 58.6 +15 10 v Peg eeF, vS, R
I1462 22 58.6 +08 24 d Peg vF, eS; only a *?
I5275 22 58.6 +18 52 d Peg pF, vS, dif
7439 22 58.7 +29 10 D Peg long patch of F neby
I5276 Gx 22 58.7 +18 49 z Peg 15. p F, S, E 135deg , gbM, r, bet 2 F st
I1463 D* 22 59.3 -10 32 F Aqr only a F D*, dist 20", in a trapez of st 10
7442 Gx 22 59.4 +15 33 s Peg 1.2 14. p pF, R, bet 2 st 16, *13 nf
7441 Gx 22 59.5 -07 04 r Aqr 15. p vF, pS, iR, *10 p; (decl?)
7445 Gx 22 59.5 +39 06 r And 15. p eF, vS
I5273 Gx 22 59.5 -37 42 s Gru 2.9 11.5 vF, cL, lE, 4 st p
7446 Gx 22 59.6 +39 04 r And 15. p eF, vS, R, r
I5272 22 59.6 -65 11 d Tuc eF, vS, R
7449 Gx 22 59.7 +39 08 r And 15. p vF, S, R, vS* in centre
7443 Gx 23 00.1 -12 48 s Aqr 1.8 14. p F, vS, vlE, smbM, er, n of 2
7444 Gx 23 00.1 -12 50 s Aqr 2.0 14. p F, vS, vlE, smbM, er, s of 2
7448 Gx 23 00.1 +15 59 s Peg 2.7 11.7 pB, L, E 173deg , vgbM, *11 f 2'.5
7447 23 00.4 -10 32 D Aqr nonexistent; only a F*** np place
7451 23 00.4 +08 25 D Peg pF, pL, *10-11 sp 2'
7455 Gx 23 00.6 +07 17 v Psc eF, pS, cE, *10 nf 2'
I5278 23 00.6 -08 08 d Aqr eF (not verified)
7450 Gx 23 00.9 -12 56 r Aqr 13. p vF, S
7457 Gx 23 01.0 +30 09 s Peg 4.4 10.8 cB, cL, lE, gmbM, r, 2 S st n
7452 Gx 23 01.1 +06 45 r Psc 15. p eeF, pL, R, v diffic
7454 Gx 23 01.1 +16 23 s Peg 2.0 14. p F, cS, lE, lbM, *11 p 1'
7453 *** 23 01.4 -06 21 A Aqr B, vS, *11 close np
7458 Gx 23 01.5 +01 45 r Psc 14. p cF, cS, psbM
7459 - 23 01.7 +06 44 r Psc eeF, pL, R, * nr
7461 Gx 23 01.7 +15 35 r Peg 14. p vF, vS, alm stellar
7460 Gx 23 01.8 +02 16 s Psc 1.3 14. p eF, pL, R
7463 Gx 23 01.9 +15 59 s Peg 3.0 13. p vF, S, lE, p of 2
7464 Gx 23 01.9 +15 58 s Peg 0.7 14. p vF, vS, E, sf 7463
I5277 23 01.9 -65 12 d Tuc vF, S, R, almost a *; susp
7465 Gx 23 02.0 +15 58 s Peg 1.6 13. p vF, vS, f of 2
7466 Gx 23 02.0 +27 03 r Peg 14. p eF, eS, bM; = IC 5281
7456 Gx 23 02.1 -39 35 s Gru 5.9 12. p vF, L, mE 34deg , vglbM
7467 Gx 23 02.3 +15 33 r Peg 15. p eF, vS
I5281 23 02.4 +27 02 d Peg eF, stell, *13 sff 2'.5
I5282 Gx 23 02.7 +21 53 u Peg 1.5 15. p F, cS, iF, vlbM
7462 Gx 23 02.8 -40 50 s Gru 3.7 13. p cF, pS, vmE 5deg +/- , *11 np
I1465 OC 23 02.9 +16 35 x Peg vF; vS Cl?
7468 Gx 23 03.0 +16 36 s Peg 1.1 14. p eF, vS
I5279 Gx 23 03.0 -69 13 c Ind 1.8 vF, vS, cE 40deg , stell N
I1464 23 03.2 -09 00 d Aqr F, r, D?
7469 Gx 23 03.3 +08 52 s Peg 1.8 11.9 vF, vS, vsmbM *12
I5283 Gx 23 03.3 +08 54 s Peg 0.9 13.8 F, S, R, 7469 p 2s , 1' s
I1466 23 03.7 -02 46 d Psc pB, vS, iF
I5280 Gx 23 03.8 -65 13 c Tuc 1.7 eF, vS, eE 5deg , stell N, bet 2 st; susp
7471 - 23 03.9 -22 55 r Aqr eF, vS, lE 85deg , sbM, 3 st 10 p 20s
7473 Gx 23 03.9 +30 10 r Peg 15. p vF, S, R
7474 Gx 23 04.0 +20 02 r Peg 15. p eF, vS
7475 Gx 23 04.1 +20 03 r Peg 15. p vF, S
7478 Gx 23 04.9 +02 35 r Psc eF, E
7479 Gx 23 04.9 +12 19 s Peg 4.1 11.0 pB, cL, mE 12deg , bet 2 st
I1467 Gx 23 04.9 -03 13 m Psc 0.7 15. p F, S, biN
7470 Gx 23 05.2 -50 07 c Gru 1.5 eF, pL, R, glbM, *11 np
7476 Gx 23 05.2 -43 07 r Gru F, S, R, triangle with 2 st 7
I1468 Gx 23 05.2 -03 11 m Psc 0.6 15. p vF, vS, iF, sbM
I1470 Nb 23 05.2 +60 15 s Cep 15. vF, vS, stellar N north edge
7480 Gx 23 05.3 +02 32 r Psc 15. p vF, vS, vlE, vgbM
7472 23 05.7 +03 04 D Psc F neb*; = 7482
7477 23 05.7 +03 04 D Psc F, S, bM *15, *17 att n; = 7482
7482 Gx 23 05.7 +03 03 r Psc 14. p F, vS, stellar
7481 - 23 05.8 -19 57 r Aqr vF, vS, R, gbM
7483 Gx 23 05.9 +03 32 r Psc 14. p vF, S, E, psbM
7485 Gx 23 06.1 +34 06 r Peg 14. p vF, S, R, bM, *10 p
7486 Gx 23 06.2 +34 04 r Peg vF, vS, 2' f 7485
I1469 23 06.5 -13 32 d Aqr F, S, R, F* f
I5284 Gx 23 06.8 +19 07 v Peg 1.3 F, cS, R, N
7487 Gx 23 06.9 +28 11 r Peg 15. p vF, S, R
I5285 Gx 23 06.9 +22 56 v Peg 1.9 F, vS, R, *9.4 s 1'.5
7484 Gx 23 07.1 -36 16 r Scl pB, S, R, lbM, *8-9 att s
7489 Gx 23 07.4 +23 00 r Peg 14. p F, S, R
7490 Gx 23 07.4 +32 22 r Peg 13. p vF, vS, iR, lbM
7488 Gx 23 07.9 +00 56 r Psc 15. p vF, vS, stellar
7491 Gx 23 08.1 -05 58 r Aqr 14. p vF, S, R, vlbM
7492 Gb 23 08.4 -15 37 s Aqr 6.2 11.5 eF, L, Cl of eF st
7493 * 23 08.6 +00 54 F Psc vF, stellar
I1471 Gx 23 08.7 -12 39 m Aqr 0.7 14. p pB, S, R, bM
7494 Gx 23 08.9 -24 22 r Aqr 15. p eF, vS, stellar
7495 Gx 23 09.0 +12 04 s Peg 2.1 15. p eF, S, lE, *9 nf nr
7497 Gx 23 09.1 +18 11 s Peg 5.0 13. p vF, L, pmE 45deg , lbM
I1472 Gx 23 09.2 +17 14 m Peg 0.9 15. p F, vS, bM, 2 st f
I5287 Gx 23 09.4 +00 45 u Psc 1.1 15. p F, vS, R, vlbM
7496 Gx 23 09.8 -43 26 s Gru 3.5 11.1 pB, cL, lE, vgbM *13
7498 Gx 23 09.8 -24 25 r Aqr 15. p vF, S, iR
I5286 23 09.8 -68 16 d Ind eeF, eS, mE 130deg , 2 st s, susp
7499 Gx 23 10.4 +07 35 s Psc 1.4 13.8 vF, vS, stellar
7501 Gx 23 10.5 +07 35 s Psc 0.8 13.8 eF
7500 Gx 23 10.6 +11 01 r Peg 15. p eF, vS, R
7504 * 23 10.6 +14 24 r Peg vF, S, stellar
7503 Gx 23 10.7 +07 34 s Psc 0.9 13.8 vF, S, stellar
7502 D* 23 10.8 -21 46 r Aqr eF, vS, E 290deg ; F D*?
I5289 23 10.9 -32 33 d Scl S Cl, st eF, in neb
I1473 Gx 23 11.1 +29 38 u Peg 2.1 14. p F, pS, gbM
7505 Gx 23 11.2 +13 37 r Peg 15. p eeF, eS, lE, bet a B & 2 F st
7510 OC 23 11.5 +60 34 s Cep 4. 7.9 Cl, pRi, pC, fan-sh, st pB
I5288 Gx 23 11.7 -68 06 c Ind 1.8 eF, eS, alm *, susp
7506 Gx 23 11.8 -02 10 r Psc 14. p cF, vS, R, sbM *15
7508 Gx 23 11.9 +12 58 r Peg 15. p eF, bM*, *11 np 2'
7507 Gx 23 12.1 -28 32 s Scl 2.6 10.4 pB, cS, R, psvmbM, *10 np
7512 Gx 23 12.3 +31 08 r Peg 14. p F, S, R, vS* in centre
7509 Gx 23 12.4 +14 37 r Peg 15. p vF, S, R, bet 2 st
7514 Gx 23 12.4 +34 53 r Peg 13. p eF, pL, iR
7511 Gx 23 12.5 +13 43 r Peg 15. p eeF, S, R, v diffic, sev st nf
7519 23 12.7 +10 47 D Peg vF, pL
7516 Gx 23 12.8 +20 14 r Peg 14. p F, vS, stellar
I1474 Gx 23 12.8 +05 47 u Psc 1.1 15. p F, R, pS, gbM
7515 Gx 23 12.9 +12 41 r Peg 14. p F, cS, R, vglbM, r
I5290 Gx 23 12.9 -23 28 c Aqr 1.8 vF, S, stell N
7518 Gx 23 13.1 +06 19 s Psc 1.5 14. p vF, S, R
7513 Gx 23 13.2 -28 22 s Scl 3.2 11.8 vF, pL, E, gbM
7517 Gx 23 13.3 -02 07 r Psc 15. p vF, vS, stellar
7538 Nb 23 13.5 +61 31 s Cep 10. vF, L, 2 pB st inv
7527 Gx 23 13.6 +24 54 r Peg 14. p vF, vS, stellar
7520 - 23 13.7 -23 48 r Aqr F, pS, bet 2 st; nonexistent?
7521 Gx 23 13.7 -01 44 r Psc 15. p vF, pS, psbM
7523 Gx 23 13.7 +14 00 r Peg 15. p eeF, E
7525 Gx 23 13.7 +14 01 s Peg 15. p eF, vS, vlE, gbM
I5291 Gx 23 13.7 +09 13 z Peg 16. p F, vS, R, N, stell
7522 - 23 13.8 -22 54 r Aqr eF, vS, iR, *10 nff 3'; nonexistent?
7524 Gx 23 13.8 -01 45 r Psc eF, vS
I5292 Gx 23 13.8 +13 41 z Peg 15. p vF, S, slbM
7526 Ast 23 13.9 -09 12 F Aqr eF, vS
I1475 23 14.0 -28 25 d Scl neb *
7529 Gx 23 14.1 +08 58 r Peg 14. p vF
7528 Gx 23 14.3 +10 13 r Peg F, S
7530 Gx 23 14.3 -02 45 r Psc 15. p eF, vS, alm stellar
7535 Gx 23 14.3 +13 35 r Peg 15. p eeF, pS, R, v diffic, n of 2
7536 Gx 23 14.3 +13 26 r Peg 15. p eeF, pS, R, am 6 st, s of 2
7532 Gx 23 14.4 -02 42 s Psc 1.8 15. p vF, vS, lE
7533 Gx 23 14.4 -02 01 r Psc 15. p F, S, R
7539 Gx 23 14.4 +23 40 r Peg 13. p F, S, R, psbM
7534 Gx 23 14.5 -02 39 r Psc 14. p eF, vS, lE
7540 Gx 23 14.5 +15 56 r Peg 15. p F, vS, stellar
7537 Gx 23 14.6 +04 30 s Psc 2.3 13.2 vF, cS, R, bM, sp of 2
7543 Gx 23 14.6 +28 19 r Peg 14. p vF, S, R, lbM
7551 Gx 23 14.6 +15 55 r Peg neb* 13m
7541 Gx 23 14.7 +04 32 s Psc 3.5 11.7 B, L, mE 97deg , mbM, nf of 2
I5293 Gx 23 14.7 +25 08 z Peg 16. p F, S, like D* in neb
7531 Gx 23 14.8 -43 36 s Gru 3.5 11.3 pB, S, lE, pgbM
7542 Gx 23 14.8 +10 39 r Peg 15. p eF, eS, stellar
7544 Gx 23 15.0 -02 12 r Psc eF, vS
7547 Gx 23 15.0 +18 58 s Peg 1.3 15. p vF, S, iR
7548 Gx 23 15.1 +25 16 r Peg 14. p vF, vS, *16 p 11s
7546 Gx 23 15.2 -02 18 r Psc 14. p eF, S, lE
7549 Gx 23 15.3 +19 02 s Peg 2.9 14. p pF, pS, R, *10-11 p
7550 Gx 23 15.3 +18 57 s Peg 1.7 14. p cF, S, R
7553 Gx 23 15.3 +19 01 r Peg vF, vS, R
I1476 OC 23 15.3 +30 33 x Peg S Cl?
7545 Gx 23 15.5 -38 32 r Gru F, S, vlE, vgvlbM, *10 att
I5295 Gx 23 15.5 +25 07 z Peg 16. p F, vS, R, N
7555 - 23 15.6 +12 35 r Peg F, R, bM, place very rough
7558 Gx 23 15.6 +18 55 r Peg 16. p eeF, neb* 13m
7564 Gx 23 15.6 +07 17 v Psc vF, eS, stellar N
7554 Gx 23 15.7 -02 23 r Psc eF, eS, alm stell, 7556 f
7557 Gx 23 15.7 +06 41 r Psc 15. p vF, vS, p of 2
I5296 Gx 23 15.7 +25 06 u Peg 1.0 15. p F, S, R, *15 att
7556 Gx 23 15.9 -02 20 r Psc 14. p cF, pL, R, B** f
7559 Gx 23 15.9 +13 17 r Peg 14. p F, cS, R, bM *16, np of 2
7560 D* 23 16.0 +04 30 r Psc F, vS, iR, sp of 2
7561 23 16.0 +04 31 D Psc eF, stellar, nf of 2
7562 Gx 23 16.0 +06 41 s Psc 2.3 11.5 cB, pS, iR, psbM
7563 Gx 23 16.0 +13 11 r Peg 14. p pF, cS, R, sbM *16, sf of 2
I5297 Gx 23 16.0 +25 01 z Peg 16. p F, S, R, N
I5298 Gx 23 16.1 +25 33 m Peg 0.6 15. p vF, vS, dif
7552 Gx 23 16.2 -42 35 s Gru 3.5 10.7 B, S, mE 90deg +/- , vsbM *13
7567 Gx 23 16.2 +15 52 r Peg 15. p eeF, vS, E
I5294 Gx 23 16.2 -42 35 c Gru 3.2 pB, pS, R, *8 p; = 7552
7565 * 23 16.3 -00 03 r Psc vF
7568 Gx 23 16.3 +24 29 r Peg 14. p eF, pL, iR, sev st inv
7573 Gx 23 16.3 -22 10 r Aqr 14. p eF, S, iR, b np, *10 p 4'
I5299 23 16.3 +20 51 d Peg F, eS, *13 close s
7566 23 16.6 -02 21 D Psc vF, pS, E, er, 3 F st inv
I5300 Gx 23 16.6 +20 49 z Peg 16. p F, S, R, neb *15
7569 - 23 16.8 +10 55 r Peg vF, S, R, 3 F st sf
7570 Gx 23 16.8 +13 29 r Peg 14. p eF, eS
7572 Gx 23 16.8 +18 29 r Peg 15. p eeF, alm stellar
7574 - 23 16.8 +24 00 r Peg pF, S, E, rr
7571 23 17.2 +18 59 D Peg vF, cE, sev knots or gr of neb
7578 Gx 23 17.2 +18 41 s Peg 1.6 14. p vF, am vS st
7596 Gx 23 17.2 -06 55 r Aqr vF, pS, lE 0deg , lbMN
I1477 Gx 23 17.2 -06 56 m Aqr 0.6 15. p F, S, r
7575 * 23 17.3 +06 39 r Psc F, S, vlE
7576 Gx 23 17.4 -04 44 s Aqr 1.5 13.0 F, S, smbM
7577 Gx 23 17.4 +07 22 r Psc *13.5 in vF neb
7580 Gx 23 17.6 +14 00 s Peg 0.9 15. p vF, pS, R, F* sp
7579 Gx 23 17.7 +09 25 r Peg 15. p eF, vS, stellar
7586 Gx 23 17.7 +08 15 r Peg 15. p eF, vS, alm stellar
7581 - 23 17.8 +04 40 r Psc vF, mE, *12-13 close f; = 7541?
7588 Gx 23 17.8 +18 45 r Peg 15. p eF, eS
7583 Gx 23 17.9 +07 24 r Psc 15. p vF, vS
7604 Gx 23 17.9 +07 26 r Psc 15. p eF, vS, bM
I5303 D* 23 17.9 +00 16 F Psc vF, S, sbM (D* in M?)
7584 Gx 23 18.0 +09 25 r Peg 15. p eF, vS, stellar
7585 Gx 23 18.0 -04 39 s Aqr 2.3 11.7 pB, pS, iR, gbM
7587 Gx 23 18.0 +09 41 s Peg 1.4 15. p vF, vS, lE, gbM
7593 Gx 23 18.0 +11 21 r Peg 14. p F, S, R
I5305 Gx 23 18.0 +10 16 m Peg 0.4 15. p pF, vS, 7594 nr
I5306 23 18.1 +10 15 d Peg vF, S
I1478 Gx 23 18.2 +10 18 u Peg 1.7 15. p vF, S, dif
I5304 23 18.2 -10 18 d Aqr eF, S, R, 3 or 4 F st sp
I5307 Gx 23 18.2 +10 13 m Peg 0.6 16. p vF, vS
7594 Gx 23 18.3 +10 13 r Peg 16. p pF, R, 3 st p; = IC 5307
7582 Gx 23 18.4 -42 22 s Gru 4.6 10.6 pB, L, pmE, gbM
7589 Gx 23 18.4 +00 16 r Psc 15. p eF, vS
7591 Gx 23 18.4 +06 34 r Psc 14. p pF, S, R, vgbM
7592 Gx 23 18.4 -04 25 s Aqr 1.4 14. p eF, vS
7595 Gx 23 18.5 +09 54 r Peg F, stellar
7597 Gx 23 18.5 +18 41 v Peg 1.3 eF, vS, gbM
7598 Gx 23 18.5 +18 44 r Peg 15. p eF, eS, stellar
I1479 Gx 23 18.7 -10 25 m Aqr 0.8 14. p pF, S, R, stellar
7601 Gx 23 18.8 +09 14 s Peg 1.5 15. p pB, dif
7602 Gx 23 18.8 +18 42 v Peg 0.6 eF, eS, stellar
I5301 23 18.8 -69 34 d Ind eeF, eS, vF, * f 1', susp
7590 Gx 23 18.9 -42 14 s Gru 2.7 11.6 pB, pL, pmE, gbM, p of 2
7600 Gx 23 18.9 -07 35 s Aqr 2.4 13. p cF, S, R, psmbM
7605 - 23 18.9 +07 25 r Psc vF, S, R, glbM; = 7583?
7603 Gx 23 19.0 +00 15 s Psc 1.7 14. p F, vS, stellar
7607 - 23 19.0 +11 21 r Peg vF, S, R, *16 nf 0'.5 (nebs?)
I1480 OC 23 19.0 +11 19 x Peg vS Cl, nebs?
7606 Gx 23 19.1 -08 29 s Aqr 5.8 10.8 pF, cL, pmE 0deg +/-
I5309 23 19.2 +07 59 d Psc F, S, fan-shaped, * att s
7599 Gx 23 19.3 -42 15 s Gru 4.4 11.4 F, pL, pmE, gbM, f of 2
7608 Gx 23 19.3 +08 20 r Peg 15. p vF, pS, lE, lbM
I5308 Gx 23 19.3 -42 16 t Gru 4.9 12. p eeF, S, cE, f 7599
I1481 Gx 23 19.4 +05 54 u Psc 0.9 14. p vF, vS, R
7609 Gx 23 19.5 +09 29 s Peg 1.5 15. p vF, vS, gbM
7616 Gx 23 19.5 +10 09 r Peg pF, dif
7610 Gx 23 19.6 +10 10 s Peg 3.0 15. p F, S, dif
7611 Gx 23 19.6 +08 04 s Psc 1.5 12.6 F, S, R, triangle with 2 st 19 n
I5302 Gx 23 19.6 -64 34 c Tuc 1.3 vF, vS, 2 st nr, susp
7612 Gx 23 19.8 +08 33 r Peg 14. p pB, vS, R, bM
7618 Gx 23 19.8 +42 51 r And 14. p F, S, R, gbM
7613 Gx 23 19.9 +00 24 r Psc vF
7615 Gx 23 19.9 +08 24 s Peg 1.2 16. p eF, cS
7614 - 23 20.0 +00 13 r Psc vF, nf of 2
7620 Gx 23 20.1 +24 13 s Peg 1.3 14. p F, S, vlE
7617 Gx 23 20.2 +08 10 s Psc 1.0 13.8 eF, vS
7619 Gx 23 20.2 +08 12 s Peg 2.9 11.1 cB, pS, R, psbM
7621 Gx 23 20.4 +08 20 r Peg 15. p eF, vS, stellar
7624 Gx 23 20.4 +27 19 s Peg 1.1 13.4 vF, lE or iR, dif, vlbM
7623 Gx 23 20.5 +08 24 s Peg 1.9 12.4 F, vS, R, psbM
7625 Gx 23 20.5 +17 14 s Peg 1.8 12.1 pB, cS, R, smbM
I5311 * 23 20.6 +17 16 x Peg eF, susp, 2'.5 nff 7625
7626 Gx 23 20.7 +08 13 s Peg 2.5 11.2 cB, pS, R, psbM
7635 Nb 23 20.7 +61 12 s Cas 15. vF, *8 inv l excentric
7628 Gx 23 20.8 +25 53 r Peg 14. p vF, S, R, bM
I1482 Gx 23 20.8 +01 44 m Psc 0.3 14. p pB, vS, R
I5310 23 20.8 -22 09 d Aqr eF, eS, alm stell, *9.5 n 5'
I5312 23 21.0 +19 19 d Peg F, S, R, gbM, r
I5314 Gx 23 21.1 +19 17 m Peg 0.5 15. p F, S, R, gbM, r
I5315 Gx 23 21.3 +25 22 u Peg 1.0 15. p F, vS, like neb D* 15
7629 Gx 23 21.4 +01 23 r Psc 15. p vF, vS, stellar
7630 Gx 23 21.4 +11 24 r Peg 15. p F, S
7631 Gx 23 21.4 +08 13 s Peg 1.9 14. p vF, vS
7622 ? 23 21.6 -62 07 A Tuc cF, eS, am 5 st (doubtful)
7634 Gx 23 21.6 +08 52 s Peg 1.5 14. p F, S, F** att
I5316 23 21.9 +21 13 d Peg vF, vS, R, N, stell
I5313 Gx 23 22.0 -42 29 c Gru 2.5 eeF, pL, R, *10 sp; = 7632
7632 Gx 23 22.1 -42 30 v Gru F, S, R, lbM
7640 Gx 23 22.1 +40 51 s And 10.7 10.9 cF, L, mE 164deg , vlbM, r
7636 Gx 23 22.3 -29 18 r Scl 15. p eF, S, R, sbM
I1483 Gx 23 22.4 +11 18 m Peg 0.6 15. p F, S, lbM
7627 23 22.5 +11 54 D Peg vF, S, mE, 2 st n; = 7641
7638 Gx 23 22.5 +11 18 r Peg 15. p 1st of 2 neb, F, S
7641 Gx 23 22.6 +11 53 r Peg 15. p vF, S, iR, dif, lbM
I1484 23 22.7 +11 23 d Peg vF, vS
I1485 Gx 23 22.7 +11 21 m Peg 0.3 15. p vF, vS, R, vSN
7639 Gx 23 22.8 +11 21 r Peg 15. p 2nd of 2 neb, F, S
7642 Gx 23 22.9 +01 26 r Psc 14. p vF, vS, bM
7643 Gx 23 22.9 +11 59 r Peg 15. p F, pS, iR, dif, lbM
7633 Gx 23 23.1 -67 39 c Ind 2.1 F, vS, E 90deg , psbM
I5317 Gx 23 23.4 +21 09 z Peg 15. p F, S, R, gbMN, r
7645 Gx 23 23.7 -29 23 r Scl 14. p vF, S, R, glbM
7648 Gx 23 23.8 +09 39 s Peg 1.9 14. p vF, pS, lE, bM; = IC 1486
I1486 Gx 23 23.8 +09 39 u Peg 1.6 13. p vF, S
7646 Gx 23 24.0 -11 52 r Aqr vF, vS, E 260deg (neb?), *9 n 3'.6
I5318 Gx 23 24.0 -11 53 m Aqr 0.9 14. p vF, vS, *9.5 p 1s
7647 Gx 23 24.1 +16 47 r Peg 15. p eF, cL(?), p a row of st
7654 OC 23 24.2 +61 35 s Cas 13. 6.9 Cl, L, Ri, mCM, R, st 9...13; = M52
7649 Gx 23 24.3 +14 38 s Peg 1.6 13.7 vF, pL, R
7667 Gx 23 24.3 -00 07 r Psc 14. p vF
7644 Gx 23 24.5 +13 58 r Peg vF, pS, lE
7651 Gx 23 24.5 +13 58 r Peg 15. p eF, S, R
7656 Gx 23 24.5 -19 05 r Aqr 14. p vF, vS, R, bMN
I1487 23 24.6 +14 38 D Peg eeF, pS, iR, F* nf, *7 p 15s and 9' s
I1488 23 24.8 +15 20 d Peg eF, vS, E ns, v diffic, 7653 s
I5319 23 24.8 +14 00 d Peg eF, eS, *9.5 f, 7651 nr
7653 Gx 23 24.9 +15 16 r Peg 14. p vF, pS, R, gbM; = IC 1488
7650 Gx 23 25.3 -57 48 r Tuc pF, pS, R, glbM, np of 2
7652 Gx 23 25.6 -57 54 r Tuc eF, S, R, sf of 2
7660 Gx 23 25.7 +27 01 r Peg 14. p F, vS, psmbM, *10 p
7662 Pl 23 25.9 +42 33 s And 2.2 9. p !!! PN or ring , vB, pS, R, blue, variable Nucl
7659 Gx 23 26.0 +14 12 r Peg 15. p vF, vS, R, psbM
I5321 Gx 23 26.3 -17 58 m Aqr 1.0 14. p eF, vS, R, *10 np 1'
7637 Gx 23 26.5 -81 55 c Oct 2.5 vF, pL, R, vlbM, * nr
7658 Gx 23 26.5 -39 14 r Gru D, both eF, S, R, 4 st p
I1489 Gx 23 26.5 -12 31 m Aqr 0.4 14. p F, vS, R, *9 south
7664 Gx 23 26.6 +25 04 r Peg 13. p vF, * s, 2 st 11-12 p
7655 Gx 23 26.7 -68 02 A Ind group of st (not a neb), *10 p
7657 Gx 23 26.7 -57 49 r Tuc eF, R
7663 Gx 23 26.7 -04 56 r Aqr vF
7661 Gx 23 27.2 -65 16 c Tuc 1.9 eF, cL, R, vgvlbM
7665 Gx 23 27.2 -09 24 r Aqr 13. p eF, S, stellar
7668 - 23 27.2 -00 11 r Psc vF, near 7667
7669 - 23 27.2 -00 11 r Psc vF, near 7667
7670 - 23 27.2 -00 11 r Psc vF, near 7667
7671 Gx 23 27.3 +12 28 s Peg 1.7 12.7 pB, S, R, vsmbM, *9 p
7666 - 23 27.4 -04 11 r Aqr vF
I5320 23 27.4 -67 45 d Ind bM, mag 14
7672 Gx 23 27.5 +12 23 s Peg 1.0 15. p vF, S, 5' s of 7671
I5322 23 27.5 -67 45 d Tuc bM, mag 14
I5323 Gx 23 27.6 -67 49 c Tuc 1.6 F, S, bM
7673 Gx 23 27.7 +23 35 s Peg 1.7 12.7 F, S, R
7674 Gx 23 27.9 +08 47 s Peg 1.2 14. p F, cS, gbM, p of 2
7675 Gx 23 28.0 +08 46 s Peg 0.7 15. p vF, S, R, gbM, f of 2
7677 Gx 23 28.1 +23 32 s Peg 1.9 14. p eF, vS, stell
I5324 Gx 23 28.3 -67 49 c Tuc 1.3 F, S, bM
7678 Gx 23 28.5 +22 25 s Peg 2.3 12.2 vF, pL, vlE, lbM, am 4 st
7680 Gx 23 28.5 +32 24 r Peg 13. p vF, S, R, lbM, r
7681 Gx 23 28.6 +17 16 r Peg 15. p vF, S, iR, r, ** f
I5325 Gx 23 28.7 -41 19 s Phe 2.5 12. p F, S, R, gbM, * sp 1'
7679 Gx 23 28.8 +03 31 s Psc 1.9 12.7 pB, S, R, mbMN, stell
I1497 23 28.8 +11 59 D Peg eF, suspected
7676 Gx 23 28.9 -59 43 r Tuc B, S, lE, vsvmbM *11
I1490 23 29.0 -04 08 d Aqr eF, pS, R, vF* close n
7682 Gx 23 29.1 +03 32 s Psc 1.2 13.4 eF, *14 p 13s .7, ln
7683 Gx 23 29.1 +11 26 r Peg 14. p F, *13 n
I1491 Gx 23 29.4 -16 18 m Aqr 0.5 15. p F, S, R
I5326 Gx 23 29.5 -28 48 m Scl 0.8 14. p eeF, S, mE, *8 p
7686 OC 23 30.2 +49 08 s And 15. 5.6 Cl, P, lC, st 7...11
I5327 23 30.3 -13 35 d Aqr pF, pS, *11 f 1'
7684 Gx 23 30.5 +00 04 r Psc 15. p F, vS, stell
I1493 23 30.5 +14 27 d Peg F, vS, sbM, another susp 7s p, 1' n
7685 Gx 23 30.6 +03 54 s Psc 2.1 15. p eF, cL, R, gbM, ** nr
I1492 Gx 23 30.7 -03 02 m Psc 0.8 14. p eF, S, R, sp of 2
I1496 23 30.7 -02 57 d Psc eeF, pS, R, nf of 2
I1494 23 30.8 -12 44 d Aqr F, R, lbM
I1495 Gx 23 30.8 -13 30 m Aqr 1.0 13. p F, S, lbM
7687 Gx 23 30.9 +03 32 r Psc 15. p vF, vS, *11 f 1s , n 85"
7688 Gx 23 31.2 +21 24 r Peg 15. p F, vS, dif, *11 201deg , 80"
I1498 Gx 23 32.0 -05 00 m Aqr 1.4 14. p eeF, pS, R, *9.5 p 36s , 3' s
I1499 D* 23 32.0 -13 27 F Aqr pB, pL, iF
7691 Gx 23 32.6 +15 50 r Peg 14. p eF, pL, triangle with 2 st 10
7689 Gx 23 32.7 -54 05 s Phe 2.8 12. p pF, L, R, vgbM
7692 Gx 23 32.8 -05 36 r Aqr 15. p neb, *9 f 18s , 73" s
7690 Gx 23 32.9 -51 41 s Phe 2.8 13. p cB, S, lE, psbM, *8 f
I5328 Gx 23 33.2 -45 02 s Phe 2.5 12. p vF, S, R, bet 2 st
7693 Gx 23 33.3 -01 17 r Psc 14. p S neb or neb* 14
7695 - 23 33.3 -02 43 r Psc eF, stell (nr 7694)
I1500 Gx 23 33.3 +04 34 z Psc 15. p F, vS, E ns, lbM
I5329 Gx 23 33.3 +21 14 u Peg 1.8 16. p vF, S, E 250deg
7694 Gx 23 33.4 -02 42 r Psc 14. p eF, pL, stellar
I5330 23 33.5 -02 52 d Psc vF, S, bM, others nr
I5331 Gx 23 33.5 +21 08 u Peg 1.1 15. p F, S, fan, gbM
7696 Gx 23 33.9 +04 53 r Psc 15. p F, S, lE
7698 Gx 23 34.0 +24 56 r Peg 14. p vF, eS, R, bMSN
7708 - 23 34.3 +72 55 r Cep Cl, L, P, lC, st 8, 10...15
7699 Gx 23 34.4 -02 54 r Psc eF, vS
I5332 Gx 23 34.5 -36 06 s Scl 6.6 10.6 eeF, vL, bet 2 st, D* p 45s
7700 Gx 23 34.6 -02 57 r Psc 14. p vF, eS, stellar
7701 Gx 23 34.6 -02 51 r Psc 14. p vF, S, R, mbM, *11 sp
I5334 Gx 23 34.7 -04 31 m Aqr 1.5 14. p neb *10.5 (close D*?)
7707 Gx 23 34.8 +44 18 r And 15. p eF, S, R, *9-10 p vnr
I1501 Gx 23 34.8 -03 08 m Psc 1.0 14. p vF, S, dif
7697 Gx 23 34.9 -65 24 A Tuc eeF, pL (certain)
7703 Gx 23 34.9 +16 04 r Peg 15. p vF, vS, gbM, *14 nf 1'
I5333 Gx 23 34.9 -65 24 c Tuc 1.5 cB, S, dif, susp; = 7697
7704 Gx 23 35.2 +04 54 r Psc 15. p eF, *12 p, sp of 2
7705 Gx 23 35.2 +04 48 r Psc 15. p eF
7706 Gx 23 35.3 +04 59 r Psc 14. p vF, pS, *18 close s, nf of 2
7702 Gx 23 35.4 -56 00 s Phe 1.9 12.2 B, cS, E, g, sbM, *8-9 p
7709 Gx 23 35.4 -16 42 r Aqr 13. p pF, S, R, lbM
7711 Gx 23 35.7 +15 18 r Peg 14. p F, S, R, psbM, stellar
7710 Gx 23 35.8 -02 53 r Psc 15. p pF, vS, stellar
I5335 Gx 23 35.8 -67 24 c Tuc 1.3 F, S, susp
7712 Gx 23 35.9 +23 36 r Peg 13. p vF
7714 Gx 23 36.2 +02 09 s Psc 2.1 13. p pB, S, R, psbM, *12 sp, *6 sf
I1502 Gx 23 36.2 +75 40 u Cep 1.3 15. p vF, S, vF* close
I5336 23 36.3 +21 05 d Peg F, S, E ns, vlbM
7715 Gx 23 36.4 +02 09 s Psc 2.6 15. p eF, pL, R
I5337 Gx 23 36.4 +21 09 v Peg 0.9 F, S, R, gbMN
7713 Gx 23 36.5 -37 56 s Scl 4.3 12. p pB, L, E, vgbM
7716 Gx 23 36.5 +00 18 s Psc 2.3 12.2 F, pL, lE, gbM, *10 s
I5338 Gx 23 36.5 +21 09 s Peg 1.1 13.8 F, S, lE ns, gbMN
7717 Gx 23 37.7 -15 07 r Aqr 13. p vF, S
7719 Gx 23 38.0 -22 58 r Aqr eF, vS, R
7718 Gx 23 38.1 +25 41 r Peg 15. p vF, S, R
I5339 Gx 23 38.1 -68 27 c Tuc 1.2 bM
I5341 Gx 23 38.4 +26 59 x Peg eF, eS, 7720 nr
7720 Gx 23 38.5 +27 02 s Peg 1.9 12.6 F, S, lE, bM, am st
I1503 Gx 23 38.5 +04 49 u Psc 1.0 14. p F, S, R, gbM
I5340 23 38.6 -04 52 d Aqr eF, *13 n 1'.5
I5342 Gx 23 38.6 +27 01 v Peg 0.4 eF, eS, others nr
7726 Gx 23 38.7 +27 00 r Peg 15. p eeF, pS, R, v diffic
7721 Gx 23 38.8 -06 31 s Aqr 3.4 11.8 pF, cL, E 12deg +/- , vgbM
7722 Gx 23 38.8 +15 57 r Peg 13. p pB, pL, R, mbM
7723 Gx 23 38.9 -12 58 s Aqr 3.6 11.1 cB, cL, E, gmbM, r
7724 Gx 23 39.1 -12 14 r Aqr 13. p eF, pL, iR
7725 Gx 23 39.3 -04 32 F Aqr 14. p eeF
I5344 23 39.3 -04 58 d Aqr vF, L, others nr
I5343 Gx 23 39.4 -22 31 m Aqr 0.6 14. p eF, pS, *7.5 sf 19s
I5345 Gx 23 39.6 -22 25 m Aqr 0.5 14. p vF, vS, R, 6' n of IC 5343
7727 Gx 23 39.9 -12 18 s Aqr 4.2 10.7 pB, pL, iR, mbM
7728 Gx 23 40.0 +27 08 r Peg 14. p vF, vS, lE, *10 sp
7729 Gx 23 40.6 +29 11 r Peg 14. p vF, S, iE, F* inv s
I5346 Gx 23 41.0 +24 57 z Peg 16. p F, cS, R, gvlbM
I1504 Gx 23 41.3 +04 02 u Psc 1.9 14. p F, pL, E pf, gbM
7730 - 23 41.4 -20 14 r Aqr pB, pL, E; nonexistent?
I5347 Gx 23 41.5 +24 53 z Peg 16. p vF, vS, R, sbM *15
7731 Gx 23 41.6 +03 45 s Psc 1.7 14. p F, S
I1505 23 41.6 -03 34 D Aqr eeF, pS, R, 3 st f, diffic
7732 Gx 23 41.7 +03 44 s Psc 2.0 15. p vF, pL
7735 Gx 23 42.3 +26 13 r Peg 15. p vF, S, vlE, *13 nf, vnr
7736 Gx 23 42.4 -19 27 r Aqr 14. p eF, eS, gbM, bet 2 st 12
7733 Gx 23 42.6 -65 57 c Tuc 1.4 eF, S, R, p of 2
7734 Gx 23 42.7 -65 57 c Tuc 1.6 eF, cS, R, f of 2
7737 Gx 23 42.8 +27 03 r Peg 15. p vF, S, mbMN
7740 Gx 23 43.3 +27 21 r Peg 15. p vF, S, lbM, stellar
7739 - 23 43.6 +00 28 r Psc s of 2, vnr
7741 Gx 23 43.9 +26 05 s Peg 4.0 11.4 cF, cL, iR, D* 10-12 np 2'
7738 Gx 23 44.1 +00 31 s Psc 2.2 14. p vF, n of 2
7742 Gx 23 44.3 +10 46 s Peg 2.0 11.5 cB, cS, gmbM, *12 f 72"
7743 Gx 23 44.4 +09 56 s Peg 3.1 11.2 pF, S, R, *14 sf
7745 Gx 23 44.8 +25 53 r Peg eF
I1506 Gx 23 44.8 +04 44 m Psc 0.6 15. p vF, gbM
7744 Gx 23 45.0 -42 55 s Phe 2.3 13. p cB, S, vlE, svmbM *14
7748 - 23 45.0 +69 45 r Cep vL neby, surrounds *7
I5348 Gx 23 45.0 -42 55 c Phe 1.9 eF, eS, R; = 7744
7746 Gx 23 45.4 -01 41 r Psc 14. p eF, pS, R, * nr s
7747 Gx 23 45.6 +27 22 r Peg 14. p vF, vS, iR
I1507 Gx 23 45.6 +01 42 u Psc 1.4 15. p pB, iF, mbM
7749 Gx 23 45.9 -29 33 r Scl 14. p vF, S, R, gmbM, *12 f
I1508 Gx 23 45.9 +12 04 v Peg 2.0 F, pL, E ns
I5349 Gx 23 46.3 -28 00 m Scl 0.6 15. p vF, vS, vmE 200deg ; neb D*?
7750 Gx 23 46.7 +03 47 s Psc 1.8 14. p cF, pL, vlE 0deg , lbM, *11 sf
7751 Gx 23 47.0 +06 51 r Psc 14. p F, S, R, gbM, er
7752 Gx 23 47.0 +29 27 s Peg 0.7 14. p F, S, lE, p 7753
7753 Gx 23 47.1 +29 29 s Peg 3.4 13. p cF, cL, vlE, vglbM, r
I1509 Gx 23 47.2 -15 17 m Aqr 1.3 15. p F, S, E ns, gbM
I5350 Gx 23 47.2 -27 58 m Scl 0.3 15. p eeF, eS, R, *9 nr f
I5355 Gx 23 47.2 +32 48 u And 1.1 14. p F, pL, E ns, gbM
I5351 23 47.3 -02 18 d Psc cF, vS, bM, *10 sf 5" +/-
I5352 23 47.4 -02 16 d Psc pF, pS, gbM
I5357 23 47.4 -02 18 d Psc pB, R, mbM
I5353 Gx 23 47.5 -28 07 c Scl 1.6 eF, S, R, *6 f
I5354 23 47.5 -28 08 d Scl eeF, S, R
I5356 Gx 23 47.5 -02 19 m Psc 0.3 15. p pF, R, mbM
I5358 Gx 23 47.7 -28 08 c Scl 2.6 eF, pS, biN 20"
I5359 Gx 23 47.7 -02 17 m Psc 1.0 15. p F, pS, gbM, *9.5 p 2'
7755 Gx 23 47.9 -30 31 s Scl 3.7 12. p B, cL, R, psmbM
I5360 23 47.9 -37 04 d Scl eeF, cS, R
7756 * 23 48.5 +04 07 A Psc neb, 5' sp 7757
7757 Gx 23 48.8 +04 10 s Psc 2.6 14. p vF, cL, vlE, vglbM, 2 st 13 n
7758 Gx 23 48.9 -22 03 r Aqr eF, vS, iR, sbM, D* 10 nf 50s
7759 Gx 23 48.9 -16 32 r Aqr 14. p vF, S, R, lbM, B* n
7754 Gx 23 49.2 -16 35 r Aqr 15. p eF, vS
7760 Gx 23 49.3 +30 58 r Peg 15. p cB, vS, R, psbM, *12 att
7761 23 49.6 -13 23 D Aqr 14. p F, vS, R, gbM, *10 p 8'; nonexistent?
7762 OC 23 49.8 +68 02 s Cep 11. 10. p Cl, pRi, pC, st 11...15
7763 Gx 23 50.3 -16 37 r Aqr eF, vS, R, F* f
I1510 Gx 23 50.7 +02 07 m Psc 0.6 15. p F, S, R, biN
7765 Gx 23 50.8 +27 10 r Peg 15. p vvF, 100" np 7768
7764 Gx 23 50.9 -40 44 s Phe 1.5 12.3 B, pL, R, gbM
7766 Gx 23 50.9 +27 07 r Peg 15. p vF, S, 85" s of 7768
7767 Gx 23 50.9 +27 05 r Peg 14. p vF, S, lE, * p 19"; = IC 1511
7768 Gx 23 50.9 +27 10 s Peg 1.7 14. p vF, S, E, * inv, * p vnr
I1511 23 51.0 +27 05 x Peg eF, susp close to *12.5; = 7767
I1512 23 51.0 +27 03 d Peg *13, nebulous?
7769 Gx 23 51.1 +20 09 s Peg 1.8 12.1 pF, pS, R, mbM
7770 Gx 23 51.4 +20 06 s Peg 1.0 15. p vF, vS, iR, s of 2
7771 Gx 23 51.4 +20 07 s Peg 2.7 12.3 pB, pL, E 84deg , bM, n of 2
I5361 Gx 23 51.4 -13 23 m Aqr 0.4 14. p vF, vS, bM, stellar
I5362 Gx 23 51.6 -28 22 c Scl 1.5 eeF, pS, *8 sf
7772 OC 23 51.8 +16 15 r Peg Cl of sc st 10m
7774 Gx 23 52.2 +11 28 r Peg 14. p eF, S, R, in centre of 3 st
I5363 23 52.2 -28 38 d Scl vF, eS, R, 3 st in line p
7773 Gx 23 52.3 +31 16 r Peg 14. p pF, cS, R, *13 nf nr
7775 Gx 23 52.5 +28 46 r Peg 14. p vF, pS, lE, glbM
7776 23 52.7 -13 23 D Aqr eF, vS, lE, gbM; nonexistent?
7777 Gx 23 53.3 +28 17 r Peg 14. p vF, vS, R, bM
7778 Gx 23 53.3 +07 52 r Psc 14. p cF, S, R, psbM, stellar, 1st of 4
7779 Gx 23 53.4 +07 52 s Psc 1.6 14. p pF, S, R, psbM, stellar, 2nd of 4
I1513 Gx 23 53.5 +11 20 u Peg 1.0 15. p F, vS, E pf, gbM
7780 Gx 23 53.6 +08 07 s Psc 1.2 15. p vF, vS, R, lbM, F* inv
7781 Gx 23 53.8 +07 51 r Psc 15. p F, S, R, 3rd of 4
7782 Gx 23 53.9 +07 58 s Psc 2.4 13. p pF, pL, lE, glbM, 4th of 4
7783 Gx 23 54.2 +00 23 s Psc 1.9 14. p F, S, lE
I1514 Gx 23 54.2 -13 35 m Aqr 0.8 15. p vF, S, excent N
7784 Gx 23 55.3 +21 45 r Peg 15. p vF, eS, lbM, r?, p of 2
7785 Gx 23 55.3 +05 55 s Psc 2.3 11.6 pB, pS, iR, psbM, r, *8 p 4'.5
7786 Gx 23 55.4 +21 35 r Peg 14. p pF, pS, lE, vF st inv, f of 2
7787 Gx 23 56.2 +00 33 r Psc 15. p vF, S, R
I1515 Gx 23 56.2 -00 59 v Psc 1.2 eeF, pS, *9.5 inv, bet 2 st
I5364 23 56.2 -29 04 d Scl vF, pS, R, *8 sf
I1516 Gx 23 56.3 -00 55 v Psc 1.6 vF, pS, R, B* sf, nf of 2
I1517 Gx 23 56.4 -00 17 z Psc 15. p eeF, vS, R, 3 st p
7788 OC 23 56.7 +61 24 s Cas 9. 9. p Cl, S, pRi, vC, st 10, 13...
7789 OC 23 57.0 +56 44 s Cas 16. 6.7 Cl, vL, vRi, vmC, st 11...18
I1518 23 57.1 +12 28 d Peg vF, vS, R
I1519 23 57.1 +12 28 d Peg F, vS, lbM, stellar
I5365 23 57.6 -37 01 d Scl pB, cS, vmE, * sf
I5366 ? 23 57.7 +52 47 x Cas eL, mE (30' by 10')
7793 Gx 23 57.8 -32 35 s Scl 9.1 9.1 like a comet
7791 D* 23 58.0 +10 45 r Peg vF, vS; F*?
I1520 Gx 23 58.0 -14 02 m Cet 0.5 14. p vF, pL, R
7792 Gx 23 58.1 +16 29 r Peg 15. p eF, eS, bM
7790 OC 23 58.4 +61 13 s Cas 17. 8.5 Cl, pRi, pC
7794 Gx 23 58.6 +10 42 r Peg 14. p vF, pS, iR
7795 - 23 58.7 +60 00 r Cas Cl, vL, P, lC, st 7, 10...
I5367 23 58.7 +22 26 d Peg F, lE 120deg , gbMN, r
7796 Gx 23 59.0 -55 27 s Phe 2.3 12. p pB, cS, R, gmbM
7797 Gx 23 59.0 +03 38 r Psc 15. p eF, pS, iR, lbM
I1521 23 59.0 -07 09 d Cet vF, S, iF
I1522 Gx 23 59.1 +01 43 z Psc 15. p F, S, E ns
I1523 23 59.1 +06 52 d Psc vF, *4 3' f
I1524 Gx 23 59.3 -04 09 v Psc 1.9 no description
I5368 23 59.3 +06 52 d Psc eF, vS, lbM, 3' p or f from omega Psc
7798 Gx 23 59.4 +20 45 s Peg 1.5 13. p pF, S, R, sbM, *10 sp
I1525 Gx 23 59.4 +46 54 v And 2.1 eF, pS
7799 Gx 23 59.5 +31 17 r Peg vF, vS, *16 close p
7800 Gx 23 59.6 +14 49 s Peg 2.6 13. p F, pS, E 39deg
7807 Gx 23 59.6 -18 51 c Cet 1.0 eF, pS, iF
I5369 23 59.8 +32 41 d And F, S, R, N
