OF NEBULiE AXD CLUSTERS OF STARS. 
Ill 
No. 
of 
Cata- 
logue. 
References to 
Right 
Ascension 
for 
1860 r Jan. 0. 
Annual 
Precession 
Right 
Ascension 
for 1880. 
No. 
of 
Obs. 
used. 
North Polar 
Distance 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
N.P.D. 
for 
1880. 
No. 
of 
Obs. 
used. 
Summary Description from a 
Comparison of all the 
Observations, Remarks, &c. 
Total 
No. of 
times 
of Obs. 
by h. 
and H. 
Sir J. H. r s 
Catalogues 
of Nebulas. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities; 
h. 
H. 
h 
m 
S 
a 
3597 
1639 
III. 87 
13 
28 
5-2 
+ 2-943 
1 
75° 
37 
21-8 
+ 18-56 
2 
cF; pL; R; glbM; 3rd of 3.. 
4 
3598 
1640 
III. 407 
13 
28 
6-2 
2-713 
3 
54 
34 
50-8 
18-56 
3 
F; cS; R; # 10 p; p of 2 ... 
5 
I II. 822 
13 
28 
9-6 
2-422 
I; 
37 
46 
37-8 
18-56 
1 
cF; pS; iR; IbM. ... 
1 
sfino 
1641 
III. 928 
13 
28 
L5-0 
3-054 
(IS) 
87 
53 
1 6-5 
1 8-55 
1 :: 
vF; S; R 
2 
afioi 
1642 
III. 408 
13 
28 
16*7 
2*711 
2 i 
54 
29 
21-8 
18-56 
2 
vF; vS; R; f of % 
4 
3602 
1643 
13 
28 
31*7 
2-941 
li 
75 
35 
24-2 
18-54 
1 
F; L; E; vgbM 
1 
3603 
1645 
III. 425 
13 
28 
51*6 
2-711 
1! 
54 
36 
47-9 
18-53 
1 
F ; S; R; vS * nr 
2 
3604 
3522 
13 
28 
52*3 
3-666 
l! 
139 
6 
59-6 
18*52 
1 
eeF;S;lE 
1 
3605 
1644 
III. 100 
13 
28 
58*3 
3-008 
3 
82 
41 
27-9 
18-53 
3 
vF: pS: vlE- * q sp> 
4 
f m. 83 y 
f(H,h) vB; vL;.E55°-l; 
1 
3606 
3523 
< = > 
13 
29 
9-0 
3-360 
4 
119 
9 
31-6 
18-52 
4 
!•!;< esbMN 
>6f 
I A. 628 J 
(L) 3-branched spiral. 
J 
3607 
3524 
13 
oq 
20*8 
3-539 
4 
132 
8 
2-3 
18-51 
4 
F : pL : cE : vglbM 
4 
3608 
1646 
III. 101 
13 
oq 
27-9 
3-000 
1 
81 
54 
44-3 
18-51 
1 
vF: pL: R: er 
4 
3609 
III. 823* 
13 
2q 
26-9 
2410 
1 
37 
39 
33-6 
18-52 
1 
eF : pL : R : vlbM 
1 
3610 
III. 409 
13 
9q 
29-9 
2-696 
1 
53 
43 
3-3 
18*51 
1 
vF : pL: R : IbM 
1 
3611 
1647 
13 
30 
0-9 
3-041 
1 
86 
30 
48-0 
1 8-50 
1 
eF; eL 
1 
3612 
1648 
III. 620 
13 
30 
4*6 
2-654 
2 
50 
55 
41-0 
18-50 
2 
cF; pL; E65°; biN? 
3 
3613 
3525 
13 
30 
17*1 
3-591 
2 
135 
9 
0-4 
18-48 
2 
vF; S; R; vglbM; *13att... 
2 
f(H,b)cF; vL; 
1 
3614 
1649 
II. 297 
13 
30 
30-2 
3-234 
2 
107 
10 
3-1 
18-47 
2 
!•!;<( vg, psmbMLN 
(_ (L) 2 -branched spiral. 
J 
3615 
1650 
I. 34 
13 
30 
35-1 
1 
80 
23 
32-1 
18-47 
1 
B: L: E 150°: psbMrN 
3 
3616 
1651 
III. 72 
13 
30 
48-6 
2-916 
3 
73 
18 
27-1 
18-47 
3 
vF; S; R;bM 
4 
3617 
II. 817 
13 
30 
49’8 
2-409 
1 
38 
1 
30-1 
18-47 
1 
pB; S; R. ; vghM 
1 
3618 
1652 
III. 369 
13 
30 
53-0 
2*795 
1 
61 
51 
45-1 
18-47 
1 
vF; S; vlE 
2 
3619 
1653 
III. 505 
13 
31 
11-6 
3-025 
( 1 ) 
84 
46 
14-8 
18-46 
1 
vF; S; R;bM 
4 
3620 
3526 
II. 638 
A. 623 
13 
31 
59-9 
3-390 
K 1 J 
1 
120 
55 
34-6 
18-42 
1 
B; pL; E 45°+ ; psmbM ... 
2 
3621 
3527 
13 
32 
12-4 
3-174 
1 
100 
46 
55*6 
18-42 
1 
pB ; T,; pmE; pdbM 
1 
3622 
III. 803 
13 
32 
21*9 
2-236 
2 : 
32 
10 
56"6 
18-42 
2 
vF ; vS 
2 
3623 
1656 
III. 673 
13 
32 
32*9 
2*465 
1 
40 
59 
35-6 
18-42 
1 
eF,- vS ; Tf ! - p-hM 
2 ' 
13624 
1654 
II. 895 
13 
32 
45-5 
3-059 
1 
88 
26 
55-0 
18-40 
1 
vF ; S; R;. bM ; p of D neb... 
2 
3625 
1655 
11.896 
13 
32 
49-9 
3-058 
1 
88 
27 
15-0 
18*40 
1 
F : S : iR ; f of D neb 
2- 
3626 
1657 
13 
33 
13-6 
3-019 
2 
84 
13 
5-7 
18-39 
2 
vF : R : am pB st 
2 
3627 
1660 
13 
33 
14-4 
0*995 
1 
14 
14 
14-0 
1 8*40 
1 
eF; S 
3628 
1658 
III. 370 
13 
33 
26*7 
2-775 
1 
60 
53 
12-4 
1 8-38 
1 
eF: S: mE 0°+ : * Q sp 
2 
3629 
3528 
13 
33 
43-5 
3.374 
1 
119 
12 
28-8 
1 8-36 
1 
,vF; pT.; R; vlbM 
I 
3630 
1659 
III. 410 
13 
33 
58-5 
2-660 
2 
52 
25 
18-36 
2 
F; cS ; vlE; er. 
3 
3631 
3529 
.. 
13 
34 
27*7 
3-665 
2 
137 
27 
41-9 
18-33 
2 
B; pL; vlE; vglbM; 3 st nr.. 
3632 
1661 
13 
34 
32*8 
2-628 
4 
50 
30 
0-2 
18-34 
4 
F; S; R; gbM; S * np 
4 
3633 
Auw. N. 32 
13 
34 
43-9 
3-196 
103 
9 
3-6 
18-31 
Anebula (MarkreeObs.1855) 
0 
3634 
3530i 
13 
35 
3-6 
4-112 
2 
152 
11 
47-3 
18-31 
2 
Cl; P; L; iF; st 12 
2 
3635 
1662 
13 
35 
5-5 
3-026 
1 
85 
I 
44*6 
18-32 
1 
eF ; S; bet 2 st 
1 
3636 
1663 
M. 3 
13 
35 
40*8 
2-769 
5 
60 
55 
6-0 
18-30 
5 
! ! ; ©; eB; vL; vsmbM; st 1 1 .. 
14 
3637 
1664 
I. 98 
13 
35 
56-1 
2-670 
3 
53 
37 
45-7 
1 8-29' 
3 
e,B- pT.; R.: v. psmbM 
4 
3638 
1664, a 
R. nova 
13 
36 
8-6 
2-670 
53 
37 
45-7 
18*29 
F; S 
0 
3639 
1665 
II. 798 
13 
36 
24-8 
2-248 
2 
33 
37 
25-4 
18-28 
2 
F; E73°-0; Dor biN; B*nf 
3 
3640 
3531 
A. 273 
13 
36 
54-7 
4-131 
2 
152 
11 
45-2 
18-24 
2 
Cl; B; S; pC; iR; st 10... 12 
2 
3641 
3532 
13 
37 
15*3 
3-985 
] 
148 
29 
24-2 
18-24. 
1 
Cl; L; vRi; st 7...16 
1 
3642 
3533 
A. 388 
13 
37 
37-5 
3-757 
2 
140 
40 
6-6 
18-22 
2 
®; vB; pL; R; rrr; st 15... 
2 
3643 
3534 
13 
38 
48-2 
4-237 
2 
153 
59 
16-1 
18*17 
2 
Cl; S; C; iR; st 14 
2 
3644 
1666 
11.668 
13 
39 
9*3 
2-561 
1 
47 
47 
33-4 
1 8*1 8 
1 
vF; vS; IE 90 °+; sbM 
2 
3645 
1. 170 
13 
39 
17.9 
2-556 
2 
47 
33 
53-1 
1 8*1 7 
2 
cB - pL - E 90°+ ; bMN.... 
2 
3646 
3535 
13 
39 
25*8 
3-397 
1 
] 19 
41 
12-8 
18-16 
1 
vF ; R; vlbM; ^ p ..... 
1 
3647 
3536 
13 
39 
41*2 
3-405 
1 
120 
13 
12-2 
1 8-1 4 
1 
pF ; S ; R. ; 2 st nr 
] 
3648 
y. 6 
13 
39 
55*7 
2-899 
1 
72 
59 
14-2 
1 8*1 4 
1 
eF; vL; r 
1 
3649 
1667 
III. 785 
13 
39 
57. 1 
+2-232 
1 
34 
0 
24-5 
18-15 
1 
eF • 2 st att or inv 
2 
3650 
III. 946 
13 
40 
20*5 
— 0-151 
1 
9 
6-7 
18-09 
1 
vF; vS; R 
1 * 
3651 
1668 , a 
R. nova 
13 
40 
+ 
+ 2-511 
45 
28 
+ 
18-13 
R- bM; is sp h. 1668 
0 
3652 
1668 
I. 180 
13 
40 
31-6 
2-511 
1 
45 
27 
31-9 
18-13 
1 
eB; L; pmE 142°; gbM 
2 
3653 
3538 
13 
40 
39-5 
+ 3-401 
1 
119 
44 
SI-3 
+ 18-11 
1 
F; S; R; gbM ! 
1 
