OF NEBULAE AND CLUSTERS OF STAES. 
117 
No. 
of 
Cata- 
logue. 
References to 
Right 
Ascension 
for 
1860, Jan. 0. 
Annual 
Precession 
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.’s 
Catalogues 
of Nebulae. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
Right 
Ascension 
for 1880. 
h. 
H. 
h 
m 
s 
8 
0 
" 
// 
3943 
S> 1 848, 17 
14 
30 
4- 
+ 2-120 
40 
38 
+ 
+ 15-85 
3 novae, one mottled 
0 
3945 
3946 
1846 
II. 582 
14 
30 
39*7 
3-032 
1 
87 
6 
6-6 
15-82 
3 
vF; mE orhiNl40°+;*6*7p 
4 
1847 
II. 681 
1 4 
30 
42’5 
3-070 
1 
89 
46 
46-6 
15-82 
1 
pB; pS; IE; gbM 
3 
1851 
II. 423 
1 4 
31 
38-1 
2-448 
2 
52 
49 
33-4 
15-78 
3 
pB; cS; E; bM; r 
4 
3949 
3950 
| 1851,o 
E. 2 novae 
14 
32 
+ 
2-488 
52 
50 
+ 
15-78 
No description 
0 
1850 
II. 648 
] 4 
31 
38-2 
2-321 
(2) 
1:: 
47 
36 
0-4 
15-78 
1 
cF; cS; E; lbM; r .... 
3 
1853 
II. 675 
1 4 
31 
38-8 
2-325 
47 
45 
53-4 
15-78 
1:: 
F; vS; R ; bM; 4Bstp ... 
2 
1852 
II. 700 
14 
31 
38‘Q 
2-404 
2 
50 
55 
57-4 
15-78 
3 
cF : cS : IE ; in A of st 
4 
3954 
3576 
II. 196 
14 
32 
4-2 
3-477 
1 
115 
55 
37-2 
15-74 
1 
cB; cS; R; psbM; r; * nr ... 
3 
III. 127 
14 
32 
12*5 
2-594 
] 
59 
53 
49-2 
15-74 
1 
eF : vS 
1 
3956 
1854 
II. 575 
14 
32 
12-8 
2-986 
4 
84 
1 
23-2 
15-74 
4 
cB; pS; R; mbM; *15 p ... 
5 
III. 894 
14 
32 
20*6 
2-754 
2 
68 
53 
19-9 
15-73 
2 
vF : vS 
1 
III. 128 
1 4 
32 
26-5 
2-593 
1 
59 
53 
48-9 
15-73 
1 
vF: vS: iR 
1 
1 855 
II. 649 
] 4 
26-6 
2-351 
1 
48 
52 
33-2 
15-74 
1 
F; cS; IE 0°+ 
4 
3960 
185Q 
1 4 
30 
46*2 
2-351 
2 
48 
56 
49-6 
15-72 
2 
F; pL; E 0°+ ; gbM 
2 
396 1 
1856 
III. 895 
14 
32 
50-2 
2-760 
1 
69 
21 
2-0 
15-70 
1 
vF; S; vgbM ; J f; p of 2 ... 
2 
1858 
1 4 
30 
55-7 
+ 2-761 
1 
69 
24 
52-0 
15-70 
1 
eF : vS : ^ att : f of 2 
1 
3963 
III. 950 
1 4 
3° 
57-Q 
— 1-318 
1 
10 
33 
44.4 
15-78 
1 
vF; S; R; S Cl p 
1 
3Qfi4 
1857 
I. 182 
14 
32 
5Q-Q 
+ 3-068 
1 
89 
40 
43-0 
15-70 
1 
cB; pL; R; psmbM; r „ 
3 
3965 
1861 
III. 675 
14 
33 
2-8 
2-175 
1 
42 
44 
300 
15-70 
1 
vF; pS; iE; | n; 1st of3 ... 
2 
3966 
3577 
A. 333 
14 
33 
15*1 
4-353 
1 
146 
56 
49-8 
15-66 
1 
Cl; L; pRi; CM; st 11... 13... 
1 
3967 
VI. 8 
14 
33 
1 6*5 
3-198 
1?? 
98 
30 
48-4 
15-68 
1?? 
Cl; pE: pRi; vmC 
1* 
3968 
I860 
III. 671 
14 
33 
19-0 
3-326 
2 
106 
52 
1-1 
15-67 
2 
vF; pL; R 
3 
3969 
1864 
14 
33 
29*2 
2-172 
2 
42 
42 
29-7 
15-69 
1 
vF; S; R; * nr; 2nd of 3 ... 
2 
3970 
1862 
III. 550 
14 
33 
39-6 
3-014 
1 
85 
56 
1-8 
1 5-66 
2 
vF; S; R; vglbM; *8-9nf... 
3 
3971 
1863 
II. 682 
14 
33 
44-9 
3-069 
1 
89 
42 
24-5 
15-65 
1 
pF; S; IE; bM 
3 
3972 
] 
3973 
>1865,0 
E. 3 novae 
14 
34 
± 
2-170 
42 
41 
+ 
15-67 
h. 1865 is quadruple; ?F neb 
0 
3974 
I 
connecting. 
3975 
1865 
14 
33 
49-6 
2-170 
1 
42 
40 
59-1 
15-67 
1 
vF ; S ; R ; psbM ; 3rd of 3 . .. 
1 
3976 
D’Arrest, 97 
14 
33 
53 
3-03 
[1] 
87 
12 
42 
15-64 
[1] 
O?; vF; S; disc; *15n95"... 
0 
3977 
1866 
I. 184 
14 
34 
38-1 
3-325 
2 
106 
38 
34-0 
15-60 
2 
pF; pL; prnE 45° + ; mbM; 
3* 
*10s. 
3978 
3578 
III. 508 
14 
34 
40*0 
3-197 
2 
98 
24 
7-0 
15-60 
2 
F; pL; E; r 
3 
3979 
1867 
III. 657 
14 
34 
41-8 
2-281 
1 
46 
36 
11-3 
15-61 
1 
vF; cS; E 90°+ 
2 
3980 
1868 
III. 658 
14 
34 
51-9 
2-281 
1 
46 
37 
41-0 
15-60 
1 
vF; eS; IE 
2 
3981 
1869 
III. 686 
14 
35 
2-8 
2-387 
2 
50 
45 
12-7 
15-59 
2 
vF; S; R; lbM 
3 
3982 
1870 
III. 133 
14 
36 
29-1 
2-598 
1 
60 
40 
46-3 
15-51 
1 
vF; E; iR; lbM 
2 
3983 
1871 
III. 896 
14 
36 
42-8 
2*773 
1 
70 
31 
5-7 
15-49 
1 
vF ; eS; R, ; VglbM 
2 
3984 
1873 
I. 171 
14 
37 
12-6 
2-297 
1 
47 
34 
26-1 
15-47 
1 
pB; S; R; smbM; r; * nr ... 
3 
3985 
1872 
II. 538 
14 
37 
17-6 
3 039 
1 
87 
43 
15-8 
15-46 
1 
pB; L; iR; gbM; r 
2 
3986 
3579 
14 
37 
23*1 
3-276 
] 
103 
20 
50-5 
15-45 
1 
vF ; S ; E; pslbM 
1 
3987 
1874 
I. 126 
14 
37 
48-7 
3-035 
1 
87 
26 
59*9 
15-43 
1 
B; L; vmE; bMBN . 
2 
3988 
III. 48 
14 
38 
25-5 
2-880 
1 
77 
18 
32-0 
15-40 
1 
eF ; S 
1 
3989 
3580 
A. 356 
14 
38 
57*4 
4-258 
1 
143 
56 
9-2 
15-34 
1 
Cl; pL; pRi; 1C; silO.,,11... 
1 
3990 
1875 
I. 183 
14 
39 
9-0 
3-068 
1:: 
89 
38 
40-5 
15-35 
1:: 
pF; pS; vlE; r 
3 
3991 
1877 
II. 809 
14 
39 
24-3 
1-892 
1 
35 
59 
5-8 
15-36 
1 
F; S; vlE; A2 st 1 0.1 1 ... 
2 
3992 
1878 ! 
III. 687 
14 
39 
47-5 
2-368 
3 
50 
40 
19-9 
15-33 
3 
cF; cS; R; bM 
4 
3993 
3581 
14 
39 
54-0 
3-293 
1 
104 
15 
56-3 
15-31 
1 
pR; pE; pmE; p-pmhM . . 
1 
3994 
1876 
III. 690 
14 
39 
54-2 
3-362 
1 
108 
29 
45-3 
15-31 
1 
vF; S; iR; lbM 
3995 
1879 
III. 885 
14 
41 
13-2 
2-773 
1 
70 
54 
33-2 
15-24 
1 
vF; vS; cE Q0°; VglhM . . 
2 
3996 
3582 
14 
43 
44*7 
4-208 
1 
142 
5 
25-1 
15-07 
1 
Cl ; vF ; vS • vC 
1 
3997 
1880 
14 
43 
52*3 
2-985 
1 
84 
17 
597 
15-09 
1 
n neb; both eF .... 
1 
3998 
III. 373 
14 
44 
58-6 
3-104 
3 
91 
57 
9-6 
15-02 
3 
F;R;bMFN;S*s .. 
3* 
3999 
1881 
II. 576 
14 
46 
13*3 
3-003 
1 
85 
27 
35-5 
14-95 
1 
cF; S; vlE; bM; ?biN .. 
4* 
4000 
1882 
III. 129 
14 
46 
16-8 
2-551 
1 
59 
35 
3-5 
14-95 
1 
vF; S; R; pgbM 
2 
4001 
1883 
14 
46 
17-5 
2-295 
3 
48 
49 
8-8 
14-96 
3 
pB ; pL ; IE ; pslbM ; *8 np... 
3 
4002 
1884 
III. 130 
14 
46 
34-3 
+ 2-551 
1 
59 
37 
52-9 
+ 14-93 
1 
vF; S; R; pgbM 
2 
