OF NEBULJE AND CLUSTERS OE STARS. 
93 
No. 
of 
Cata- 
logue. 
References to 
Sir J. H.’s 
Catalogues 
of Nebula. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
h. 
H. 
2590 
999 
II. 740 
2591 
1000 
III. 616 
III. 769 
2593 
D’Arrest, 84 
25Q4 
1001 
2595 
3367 
2596 
1003 
III. 389 
2597 
1002 
I. 203 
2598 
III. 971 
2599 
1004 
III. 380 
2600 
1005 
I. 173 
2601 
1007 
III. 322 
2602 
1006 
I. 251 
2603 
1008 
II. 403 
2604 
1009 
I. 202 
2605 
1010 
III. 342 
2606 
1011 
V. 45 
2607 
1012 
III. 612 
2608 
1013 
III. 381 
2609 
II. 623 
2610 
3368 
III. 290 
2611 
II. 294 
2612 
1014 
II. 833 
2613 
1015 
IV. 67 
2614 
3369 
A. 349 
2615 
III. 905 
2616 
3370 
I. 67 
2617 
1016 
2618 
II. 789 
2619 
II. 790 
2620 
1017 
IV. 62 
2621 
1018 
II. 162 
2622 
1018, a 
R. nova 
2623 
1020 
2624 
1019 
II. 724 
2625 
1021 
2626 
1022 
II. 132 
2627 
1023 
II. 840 
2628 
III. 274 
2629 
1024 
III. 343 
2630 
1026 
2631 
1025 
III. 707 
2632 
1027 
2633 
1028 
2634 
1029 
II. 791 
2635 
1030 
IV. 61 
2636 
1032 
2637 
1031 
I. 229 
2638 
1 
2639 
> 1033, a 
R. 3 novae 
2640 
J 
2641 
1033 
III. 323 
2642 
1040, a 
R. nova 
2643 
1034 
III. 344 
2644 
1035 
III. 345 
2645 
1036 
III. 354? 
2646 
III. 324 
2647 
1037 
2648 
III. 325 
2649 
1038 
II. 368 
2650 
1039 
Right 
Ascension 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
Right 
Ascension 
for 1880. 
No. 
of 
Ohs. 
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, &e. 
Total 
No. of 
times 
of Obs. 
by h. 
and H. 
h 
m 
S 
s 
11 
44 
24-7 
+ 3-170 
1 
40 
31 
56-6 
+ 2V02 
1 
P F; 
; S; R; pspmbM 
2 
11 
44 
29*7 
3-139 
2 
51 
13 
20-6 
20-02 
2 
eF; 
cL; iF; glbM; *6n5';*7f 
4* 
11 
44 
39*8 
3-182 
1 
37 
16 
0-6 
20-02 
1 
eF; 
S 
1 
11 
44 
49 
3-17 
[1] 
40 
35 
48 
20-01 
[1] 
vF; 
: v diffic; H. II. 740 np ... 
0 
11 
45 
8-9 
3-124 
3 
56 
48 
50-6 
20-02 
3 
pF: 
; S; IE; psbM 
3 
11 
45 
19-8 
3-033 
1 
116 
7 
21-6 
20-02 
1 
vF; 
cL ; vmE 59°-3 
1 
11 
45 
28-9 
3-103 
1 
68 
35 
6-6 
20-02 
1 
vF; 
cS ; R 
2 
11 
45 
30-5 
3-150 
2 
45 
5 
35-6 
20-02 
2 
R; 
vL; R; bMpBN; er 
3 + * 
11 
45 
31*1 
3-378 
1 
14 
7 
0-6 
20-02 
1 
eF; 
vS;R 
1 
11 
45 
34-2 
3-103 
1 
68 
14 
0-6 
20-02 
1 
vF; 
cS; R 
3 
11 
45 
38-3 
3-132 
3 
52 
13 
50-6 
20-02 
3 
vB 
; pL; R; smbM*9 ... 
4 
11 
45 
50-3 
3-111 
3 
63 
0 
39-6 
20-02 
3 
pF: 
; pS; R ; psbM 
4 
11 
45 
50*5 
3-211 
2 
28 
33 
14-6 
20-02 
2 
B; 
pL; R; gmbM; r; *f 
3 
11 
46 
7-9 
3-101 
1 
68 
28 
0-6 
20-02 
2 
F; 
pS; iE; lbM ; *p 
5 
11 
46 
21-7 
3-155 
2 
41 
21 
59-9 
20-03 
2 
cB: 
; pL; pmE; vgbM 
4* 
11 
46 
22*4 
3-105 
1 
65 
49 
28-6 
20-02 
1 
vF: 
; cS; vlE 
2 
11 
46 
27*4 
3-169 
1 
36 
53 
3-9 
20-03 
1 
cB 
; L; E 0°+; vsbMLrN ... 
3+ 
11 
46 
28-1 
3-068 
2 
93 
13 
23-9 
20-03 
2 
cF: 
; cS; IE 90° + ; bM; r ... 
4 
11 
46 
30-0 
3-101 
1 
68 
20 
44-9 
20-03 
1 
eF: 
; R 
2* 
11 
46 
53-7 
3-043 
2 
112 
24 
0-9 
20-03 
2 
cF: 
; S; E 170° + ; lbs 
2 
11 
46 
56-8 
3-047 
1 
109 
47 
29-9 
20-03 
1 
cF: 
; pL; pmE 56°-8 
2 
11 
46 
58-4 
3-048 
1 
108 
47 
0-9 
20-03 
1 
F; 
S; E; r 
1 
11 
47 
1*8 
3-188 
2 
30 
51 
20-9 
20 03 
2 
P F 
; pS; pmE; vgbM 
3 
11 
47 
27-9 
3-184 
2 
30 
43 
51-9 
20-03 
2 
PF 
; cL ; R : vg, sbM 
3 
11 
47 
29-3 
2-976 
1:: 
144 
56 
21-9 
20-03 
1 
Cl; 
pL ; pRi ; gplmbM ; st 1 3 
3 
11 
47 
31-4 
3-254 
1 
19 
54 
0-9 
20-03 
1 
eF: 
; vS 
1 
11 
47 
32-4 
3-056 
2 
103 
11 
30-9 
20-03 
2 
cB 
; pL; iR; gmbM; A 2 st... 
6 
11 
47 
39-1 
3-108 
2 
60 
57 
8-9 
20-03 
2 
vF 
; S; E; *10nf att 
3 
11 
48 
4-2 
3-166 
1 
33 
54 
0-9 
20-03 
1 
pB 
; E 
1 
11 
48 
4-2 
3-166 
1 
33 
54 
0-9 
20-03 
1 
F; 
S 
1 
11 
48 
6-5 
3-165 
1 
34 
6 
0-9 
20-03 
1 
B; 
pL; R ; g, sbM disc 
2 
11 
48 
16-5 
3-086 
2 
77 
15 
16-9 
20-03 
2 
pB 
; L; iR: bM; *10,25°, 5' 
4 
11 
48 
+ 
77 
15 
nf 1 
1 . 1018 
0 
11 
48 
189 
3-060 
1 
101 
15 
54-9 
20-03 
1 
F; 
S; R; psbM ; p of 2 
1 
11 
48 
20-0 
3-109 
1 
59 
13 
39-9 
20-03 
l 
PF 
; vS; R ; bM 
2 
11 
48 
32-4 
3-060 
1 
101 
12 
44-9 
20-03 
1 
vF 
; S; R; bM; f of 2 
1 
11 
48 
45*9 
3-079 
3 
82 
28 
4-2 
20-04 
3 
B; 
pL; cE 30°; vsmbMN ... 
4 
11 
48 
54-9 
3-178 
2 
28 
42 
30-2 
20-04 
2 
cF 
; S; IE; bM; *8, 90°, 6'... 
3 
11 
49 
3-7 
3-052 
1 
109 
7 
1-2 
20-04 
1 
vF 
;pL;iF 
1 
11 
49 
10-1 
3-098 
1 
65 
20 
55-2 
20-04 
1 
cF 
; cS; R; psbM 
2 
11 
49 
23*3 
3-104 
1 
60 
13 
26-2 
20-04 
1 
eF: 
; S; R; bM 
1 
11 
49 
23*7 
3-136 
1 
40 
52 
57-2 
20-04 
1 
vF 
; cS; another suspected ... 
3 
11 
49 
30*3 
3-107 
3 
57 
11 
59*2 
20-04 
3 
PF 
; S;pmE90° + ; *11 nr... 
1 
11 
50 
9-6 
3-100 
1 
61 
20 
43-2 
20 04 
1 
vF 
; S; R; bM* ; p of 2 
2 
11 
50 
14-3 
3-147 
1 
33 
46 
31-2 
20-04 
1 
pF 
; S; IE; pslbM 
2 
11 
50 
15-6 
3-142 
1 
35 
50 
34-2 
20-04 
1 
cB 
; vL; pmE; sbMBrN 
3 
11 
50 
34*2 
3-085 
3 
74 
55 
29-2 
20-04 
2 
vF; 
; pL ; R ; 2 st f 
3 
11 
50 
34*3 
3-145 
1 
33 
46 
21-2 
20-04 
1 
cB 
; pS; R; vg, smbM 
2 
11 
50 
± 
63 
57 
± 
one 
! S, R; the other two E ... 
0 
11 
50 
36-1 
3 095 
1 
63 
57 
34-2 
20-04 
1 
pF: 
; vS ; E 25° bet 2 st 
2 
11 
50 
44-7 
3-121 
41 
54 
13-2 
20-04 
S; 
R; 7'nph. 1Q40 
0 
11 
50 
45-6 
3-093 
1 
66 
0 
39-2 
20-04 
1 
vF: 
; vS; R; n of 2 
2 
11 
50 
45-6 
3-093 
1 
66 
4 
59-2 
20-04 
1 
vF: 
; vS; R ; s of 2 
2 
11 
50 
52-9 
3-097 
2 
61 
20 
22-2 
20-04 
2 
F; 
vS; R ; *12 near 
3 
11 
50 
53-4 
3-095 
1 
63 
53 
51-2 
20-04 
1 
eF; 
; suspected 
1 
11 
50 
56-3 
3-070 
1 
91 
21 
8-2 
20-04 
1 
F; 
S; R; bM; *11 nf 
1 
11 
50 
57-6 
3-087 
1 
66 
6 
2-2 
20-04 
1 
eF; 
vS 
1 
11 
51 
3-0 
3-097 
4 
61 
1 
33-2 
20-04 
3 
pB: 
; pS; R; psbM; r 
5 
11 
51 
4-6 
+ 3-097 
1 
61 
10 
+ ? 
+ 20-04 
0 
vB: 
; mE; mbM(?P.D.) 
1* 
