OF NEBULAE AND CLUSTERS OF STARS. 
105 
No. 
of 
Cata- 
logue. 
Sir J. H.’s 
Catalogues 
of Nebulae. 
Sir W. H.’i 
Classes 
and Nos. 
Other 
Authorities. 
Annual 
Annual 
Total 
Right 
Ascension 
for 
Precession 
in 
Right 
No. 
of 
Obs. 
North Polar 
Distance 
for 
Precession 
in 
N.P.D. 
No. 
of 
Obs. 
Summary Description from a 
Comparison of all the 
Observations, Remarks, &c. 
No. of 
times 
of Obs. 
1860, Jan. 0. 
Ascension 
used. 
1860, Jan. 0. 
for 
used. 
by h. 
for 1880. 
1880. 
and H. 
h 
12 
m 
43 
53-8 
s 
+ 2*720 
3-019 
1 
3$ 
20 
41*1 
+ 19-67 
19-67 
1 
F; S; vsmbM 
1 
12 
44 
3*4 
4 
78 
19 
45-1 
5 
cFi P L: {mE90»} r; » 12 P' 
6 * 
12 
44 
5*1 
3*047 
1 
84 
23 
15-1 
19*67 
1 
vF;vS;R 
1 
12 
44 
17-2 
2*838 
5 
48 
6 
31*8 
19-66 
5 
vB; L; iR; vsvmbMBN; r... 
10 + 
12 
44 
18-7 
2-890 
1 :: 
55 
5 
14-8 
19-66 
1 
eF; vS; pmE 
2 
12 
44 
20-7 
3-108 
1 
97 
39 
9-8 
19-66 
1 
F; pL; IE; pglbM 
2 
12 
44 
30-1 
2-776 
1 
41 
33 
55*8 
19-66 
1 
vF; S; R; psbM 
2 
12 
44 
30-5 
3-118 
1 
99 
41 
33-8 
19-66 
1 
cB; vS; vbMN=*9; *10 sf 
2 
12 
44 
31-3 
3-300 
1 
130 
37 
52-8 
19-66 
1 
F; R; gbM 1 
1 
12 
1 9 
44 
44 
37-2 
3*297 
1 
130 
18 
n 
42-8 
54-5 
19*66 
19-65 
1 
1 
1 
F ; L ; E ; gbM ; 3rd of 3 
1 
1 
1 
12 
44 
54-5 
2-940 
1 
/ / 
63 
y 
28 
40-5 
19-65 
F ; pL ; IE 
12 
44 
55-1 
3-132 
1 
102 
38 
47-5 
19-65 
1 
F; vS; iR; gbM 1 
2 
12 
44 
55-5 
Q .044 
1 
17 
63 
36 
39*8 
0-4 
19*66 
1 
vF; cL; E 135°+ 
1 
12 
45 
0-0 
2-95 
23 
19-65 
E 0° “ 
0 
12 
45 
0-2 
2-175 
1 
16 
21 
38-5 
19-65 
1 
pB; L; II; vg, vsbM 
9 
12 
45 
6-7 
3-313 
1 
131 
54 
27*5 
19-65 
1 
B ; pS; R ; vg, vsmbM 
1 
12 
45 
1 0-5! 
l 
h r 
44 
40*5 
19*65 
1 
1 
vF • S • F • r 
1 
5 
12 
45 
11-6 
3-075 
1 
/ J 
90 
26 
26-5 
19-65 
cB; L; vlE; vglbM 
12 
45 
15*0 
3-015 
5 
77 
55 
36*5 
19*65 
5 
B; pL; R; psbM ; p of 2 
1 7 
12 
45 
22-2 
3-533 
2 
149 
35 
20-2 
19*64 
3 
Cl; vL; stvB (c Crucis) 
3+ 
12 
45 
35-3 
3-143 
1 :: 
104 
38 
49-2 
19*64 
1 :: 
vF; pS; r 
! 2 
12 
45 
46-1 
2-992 
3*015 
3 
73 
23 
18-2 
19-64 
19-64 
3 
vF: pL: E? 
! 4 
12 
45 
53-4 
78 
0 
38-2 
4 
pB; vmE 34°-0 ; 3B st s; f of 2 
6 + 
12 
45 
55-7 
3-152 
1 
106 
13 
39*9 
19-63 
1 
vF; S; IbM 
1 
12 
46 
6-4 
3-048 
1 
84 
46 
58-9 
3-9 
39-9 
25-9 
38-9 
50-9 
5-9 
34*9 
38-6 
19*63 
19-63 
19-63 
19*63 
19-63 
19-63 
19-63 
19-63 
19-62 
1 
F; cS; R; gbM 
2 
12 
46 
11-3 
3*295 
3*115 
2 
128 
58 
2 
B; pS; IE; mbM 
3 
12 
46 
12-7 
1 
98 
87 
97 
87 
52 
45 
1 
vF: vS 
1 
12 
46 
13-2 
3-063 
1 
58 
1 
F; pL; mE; *9 p 90 ° 
2 
12 
46 
22-4 
3-111 
1 
54 
1 
vF; S 
1 
12 
46 
22*4 
3-058 
2 
3 
2 
pF ; pS; R ; mbM 
5 
12 
46 
26-5 
2-862 
1 
25 
1 
eF;cS;R;bM 
2 
12 
46 
29-7 
3-101 
1 
95 
98 
51 
1 
F; cL; R; vglbM; r 
3 
12 
46 
46*5 
3-114 
1 
26 
1 
F; S; R; vlbM; p ofD neb... 
2 
12 
46 
47*5 
3*112 
1 
98 
98 
1 
38-6 
19-62 
19*62 
1 
vF; S 
1 
12 
46 
47-5 
3-114 
1 
26 
17*6 
1 
vF; S; R; vlbM; fofDneb 
I 
12 
46 
48-1 
3-020 
2 
79 
99 
31 
37*0 
38*3 
19-60 
19-61 
2 
vF; pL; R; r 
3 
12 
47 
4-9 
3-120 
1 
46 
1 
cB; vL; mE 
1 
12 
47 
15-1 
3-131 
2 
101 
49 
8*3 
19-61 
2 
pF; pS; R; mbM; pofDneb 
pF; pS; R; mbM; fofDneb 
2 
12 
47 
16-1 
3-131 
2 
101 
50 
8*3 
19-61 
2 
2 
12 
47 
16-9 
3-121 
1 
99 
51 
38-3 
19*61 
1 
eF; eS 
1 
12 
47 
17-2 
3*384 
1 
137 
58 
54*3 
19-61 
1 
vF; S; R; glbM 
1 
12 
47 
21-4 
3-102 
2 
96 
6 
8-3 
19-61 
2 
pB; pS; mbM; r 
2 
12 
47 
29-9 
2-925 
3 
62 
9 
58*3 
19-61 
2 
F; R; *9 att l'n 
i 4 
12 
47 
31-8 
3-120 
1 
99 
28 
38-3 
19-61 
1 
pF; pS; iR 
| 1 
12 
47 
54-0 
2*911 
2 
60 
17 
53-0 
19-60 
2 
pB; pS; IE; * 8 nf 1 ' 
1 4 
12 
47 
55-2 
3*132 
2 
101 
52 
8-0 
19-60 
2 
vF; S; 2 or 3 st near 
2 
12 
47 
39-1 
3-029 
3 
81 
10 
55*0 
19-60 
3 
pF; pL; R; bM; r 
7 
3 
12 
48 
6-7 
2-921 
2 
61 
49 
20-0 
19-60 
2 
pF; pS; gbM ...’ 
12 
48 
7-8 
3*054 
1 
86 
20 
18*0 
19-60 
1 
cF; S; vS* att 
2 
12 
48 
9-1 
2*765 
1 
42 
43 
7*0 
I 960 
1 
pB; cS; R; psbM; *14 p ... 
eF; S; IE 
5 
12 
48 
26-6 
2-683 
1 
36 
8 
27*7 
19*59 
1 
2 
12 
48 
33-9 
3-136 
1 
102 
17 
37*7 
19-59 
1 
S;atttopB* 
1 
12 
48 
39-2 
3*230 
1 
118 
45 
0*7 
19-59 
1 
F; cS; R; gvlbM 
1 
12 
48 
45 
3-05 
86 
42 
± 
19-58 
/ F; Dneb; E at right angles 
\ to each other. 
0 
12 
48 
53-4 
+ 3-047 
1 :: 
84 
56 
47*4 
19-58 
1 :: 
j {^ pf} ' cfj; E135 °± ... 
3 
3255 
3256 
3257 
3258 
3259 
3260 
3261 
3262 
3263 
3264 
3265 
3266 
3267 
3268 
3269 
3270 
3271 
3272 
3273 
3274 
3275 
3276 
13277 
3278 
! 3279 
3280 
3281 
3282 
3283 
3284 
;3285 
I 3286 
■ 3287 
» ! 3288 
j 3289 
J | 3290 
I 13292 
1 3293 
I ! 3294 
i 1 13295 
I j 13297 
! 
I 1 13299 
3300 
3301 
3302 
1453 
1454 
1456 
1457 
1455 
1458 
3432 
3429 
3433 
1460 
1459 
1451, b 
1463 
3434 
H. 
11.814 
II. 73 
III. 496 
III. 515 
III. 721 
I. 133 
II. 344 
III. 537 
III. 907 
IV. 78 
3303 
3304 
3305 
3306 
3307 
3308 
3309 
3310 
3311 
1461 
1462< 
3435 
1464 
1465 
1466 
1467 
3436 
1468 
1469 
1471 
1470 
3437 
3438 
1472 
3439 
1473 
1475 
1474 
1477 
1476 
1478 
1479 
3440 
1509 , a 
1480 
III. 82 
I. 16 
I. 25 
II. 74 
IIL281 
III. 70 
II. 75 
III. 489 
III. 544 
III. 525 
II. 535 
III. 516 
II. 24 
III. 618 
II. 186 
II. 559 
III. 517 
III. 106 
I. 134 
I. 135 
I. 136 
III. 526 
II. 187 
II. 345 
II. 560 
I. 93 
II. 538 
II. 21 
II. 382 
III. 548 
1.211 
III. 816 
IV. 40 
I. 141 
M. 94 
II. nova 
A. 301 
MDOCCLXIV. 
R. 2 novae 
