OF NEBULAE AND CLUSTERS OF STARS. 
101 
No. 
of 
Cata- 
logue. 
References to 
Right 
Ascension 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
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.’s 
Catalogues 
of Nebulas. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
I 
h. 
H. 
h 
m 
s 
s 
1309 
II. 36 
1 0 
0/\ 
20-8 
+ . 8-060 
3 
85 
17 
47*9 
+ 19*93 
3 
F : cL : biN or D neb 
6 
III. 42 
1 0 
o\ 
33-4 
3-040 
1 
77 
37 
57*9 
19*93 
1 
vF 
1 
3397 
1 0 
24 
40-2 
3*105 
O 
129 
12 
18*9 
19*93 
2 
vF: L: R: vglbM 
2 
'3048 
1311 
I. 234 
12 
24 
41-5 
2*827 
1 
31 
16 
14*9 
19*93 
1 
B; cS; E; pgbM; *9f30".. 
3 
3049 
1312 
M. 88 
12 
24 
54-5 
3*031 
3 
74 
48 
26*9 
19*93 
3 
B; vL; vinE; p of D neb 
J1050 
II. 118 
12 
24 
+ 
3*031 
74 
48 

19*93 
F; S; f of D neb (not ob> 
)>8 
by h.). 
J 
305 1 
HI. 69 
1 ° 
24 
57-5 
3-024 
1 
72 
25 
57*9 
19*93 
1 
vF : vS 
1 
3052 
1313 
II. 66 
12 
24 
3*040 
2 
78 
3 
15*9 
19*93 
2 
pB; S; R; gbM 
3 
3053 
1314 
II. 92 
12 
24 
59*4 
3*025 
1 
72 
32 
23*9 
19*93 
1 
vF; S 
2 
i3054 
3398 
II. 771 
12 
25 
4*1 
3*090 
1 
96 
46 
40*6 
19*92 
1 
pB: cL: iE: evlbM: er 
3 
1315 
III. 18 
12 
25 
6-8 
3*060 
1 :: 
85 
14 
53*6 
19*92 
1 
r 9^9 ‘-‘9 &'* K ' i -*9 ^ 
vF ; cL; r; f of 2 
2 
3056 
1316 
II. 631 
12 
25 
6-8 
3*034 
1 
75 
48 
23*6 
19*92 
1 
cF; pmE 90 °+ ; gbM; *9 f 8 s 
2 
3057 
3399 
12 
25 
9D 
3*197 
Q 
129 
8 
6*6 
19*92 
2 
pB; S; R; psmbM#l 6 
2 
3058 
1317 
12 
25 
<+9 
3*055 
1 
83 
24 
1*6 
19*92 
1 
vS ; R ; sbM #13 
1 
3059 
1318 
25 
14-6 
2*974 
1 
57 
7 
59*6 
19*92 
1 
vF;S;R;lbM 
1 
3060 
1196,o 
R. nova 
12 
25 
30 
3*058 
??? 
84 
47 
19*92 
Query R.A.; vF; 1 0' s of scar- 
0 
let *. 
3061 
1319 
III. 834 
12 
25 
33-9 
2*833 
1 
32 
45 
54*6 
19*92 
1 
pF: vS: iR: vffbM 
2 
3062 
1321 
12 
25 
45-5 
2*748 
1 
25 
29 
50*6 
19*92 
1 
pB; S; R; psbM 
1 
3063 
1320 
III. 302 
12 
25 
50-1 
2*Q80 
O 
59 
30 
52*6 
19*92 
2 
eF; vS; R; bM 
3 
3064 
1322 
12 
26 
3-1 
3*049 
l 
81 
22 
31*6 
19*92 
1 
F; S; R; bM '... 
1 
3065 
1323 
III. 78 
12 
26 
3-1 
3-02Q 
i 
74 
38 
42*6 
19*92 
1 
F; pS; R; r 
3 
3066 
IV. 5 
12 
26 
3-3 
3*070 
3 
89 
3 
56*6 
19*92 
3 
cB ; vL ; vmE95°+; B * in 
3 
cont. 
3067 
1324 
II. 93 
12 
26 
4-0 
3*024 
1 
72 
56 
23*6 
19*92 
1 
F* vS; bM# 
2 
3068 
II. 158 
12 
26 
20-2 
3*046 
3 
80 
33 
36*3 
19*91 
3 
F* pL; R- bM; r . 
3 
3069 
II. 849 
12 
26 
23*0 
2*732 
1 
25 
12 
55*5 
19*91 
1 
pB* vS* IE; sbMSN ... 
1 
3070 
11.757 
12 
26 
24 - 2 
3*091 
96 
36 
57*3 
19*91 
2 
vF* S • 2 vS st inv 
2 
3071 
1326 
12 
26 
26*9 
2*741 
1 
25 
37 
18*3 
19*91 
1 
pB ; S ; pmE ; p^bM ; -sfc 9 inv 
1 
3072 
1325 
12 
26 
32-9 
3*044 
1 
80 
2 
47*3 
19*91 
1 
eF; pL; IE; vlbM . . 
1 
3073 
1327 
12 
26 
38-0 
3*104 
1 
101 
14 
26*3 
19*91 
1 
vF; iF; bM 
1 
3074 
1328 
II. 325 
12 
26 
53-3 
2*975 
1 :: 
58 
57 
57*3 
19*91 
1 :: 
F;pL;iR;bM 
3 
r 
I. 31 
3075 
1329<I 
=: 
> 
12 
26 
56*3 
3*048 
3 
81 
31 
57*3 
19*91 
3 
vB; vL; mE 120 ° + ; psmbM; 
5* 
l 
I. 38 
J 
L*f; #9p* 
3076 
1330 
II. 37 
12 
27 
0*4 
3*063 
2 
86 
34 
26*3 
19*91 
2 
pB; L; pmE60°+; mbM ... 
4 
3077 
1331 
II. 67 
12 
27 
2*1 
3*037 
3 
77 
54 
52*3 
19*91 
4 
pF; cS; R; bM; *9f30 s ... 
5 
3078 

III. 26 
12 
27 
2*2 
3*009 
1 
68 
41 
56*3 
19*91 
1 
eF; L ... 
a* 
3079 
1332 
8 Canum 
12 
27 
7-7 
2*925 
4 
47 
52 
34*0 
19*90 
4 
Nebulous * 
4* 
3080 
II. 500 
12 
27 
8*5 
3*047 
] 
81 
1 
56*0 
19*90 
1 
vL ; er ... 
1 
3081 
1333 
II. 175 
12 
27 
10*6 
3*032 
2 
76 
9 
20*0 
19*90 
2 
F; pi.; R. ; VgbM 
3 
3082 
( 1334 
II. 147 
12 
27 
11*7 
3*051 
1 
82 
46 
13*0 
19*90 
1 
pB ; pL ; pmE ; vgbM ; r 
2 
3083 
1336 
II. 410 
12 
27 
13*1 
2*952 
2 
53 
42 
9*0 
19*90 
2 
eF ; T. ; IF. ; vglbM ; r 
4 
r 
II. 94 
I 
3084 
1335< 
— 

12 
27 
14*9 
3*024 
2 
73 
40 
25*0 
19*90 
2 
F* pS* bM* r 
5 
l 
II. 119 
J 
3085 
1337 
V. 2 
12 
27 
19*6 
3*064 
1 
87 
2 
47*0 
19*90 
1 
B; vL; mE 110°; sbM; er ... 
5t 
3086. 
1338 
12 
27 
32*8 
3*015 
1 
71 
1 
23*0 
19*90 
1 
pB • pmE 
1 
3087 
1341 
12 
28 
6*8 
2*860 
1 
38 
25 
19*7 
19*89 
1 
eF; pL; R 
1 
3088 
1340 
12 
28 
12*2 
3*052 
1 
83 
6 
37 *7 
19*89 
1 
pF* cS* R* bM 
1 
3089 
1346 
II. 850 
12 
28 
13*8 
2*721 
1 
25 
42 
2*7 
19*89 
1 
F* L* iR* vgbM* S * nf 
2 
3090 
1342 
III. 493 
12 
28 
15*1 
3-071 
1 :: 
89 
28 
3*7 
19*89 
1 : 
pF • S ■ R ; ghM 
3 
3091 
1344 
III. 802 
12 
28 
15*7 
2*783 
2 
30 
19 
21*7 
19*89 
2 
vF; pS; E; vgbM; # 9 f 2' : 
4 
p of 2 . 
3092 
1339 
1.160 
12 
28 
17-8 
3*081 
4 
93 
1 
7*7 
19*89 
4 
vB ; cL ; pmE 63°+ ; 
6 
vsmbMN. 
1 
3093 
1345 
II. 120 
12 
28 
22*7 
3*026 
3 
74 
43 
45*7 
19*89 
3 
B* L* IE; lbM 
5 
3094 
1347 
III. 807 
12 
28 
23*5 
2*781 
2 
30 
17 
43*7 
19*89 
2 
eF* pS; E; f of 2 
3 
3095 
1343 
I. 36 
12 
28 
24*2 
3*033 
2 
77 
0 
46*7 
19*89 
3 
pR • S- vlF. ; sp of 2 
4 
3096 
1349 
I. 37 
12 
28 
32*3 
+ 3*033 
2 
76 
58 
38*7 
+ 19*89 
2 
pB ; S ; R ; bM ; nf of 2 
3 
I 
