OF NEBULAE AND CLUSTERS OF STABS. 
129 
Sir J. II. ’e 
C atalogues 
of Nebulae. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
Eight 
Ascension 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
Eight 
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, Eemarks, &c. 
Total 
No. of 
times 
of Obs. 
by h. 
and H. 
h 
20 
28 
36-4 
s 
+ 1-211 
3 
29 
49 
56-8 
— 12-14 
3 
Cl; pL; eBi; pCM; stll ...16 
5 
20 
28 
42-5 
2-510 
5 
62 
9 
51-9 
12-17 
5 
Cl; vB; vL; vlli; cC; st pL.. 
5 
20 
30 
3-7 
4-563 
1 
144 
4-7 
44.4 
12-32 
1 
p B ; pL ; B ; pslbM 
1 
20 
31 
3-8 
5-831 
1 
159 
14 
17-4 
12"42 
1 
pF; L; mE; vglbMvS* 
1 
20 
31 
57-3 
1-269 
3 
30 
20 
17-9 
12-37 
3 
vF; vL; vg, vsbM; rr 
4+ 
20 
32 
30-6 
3-750 
1 
122 
58 
55-9 
12-47 
1 
vF; L; B; gbM 
1 
20 
33 
4*6 
4-497 
2 
143 
51 
23-1 
12-53 
2 
vF; pS; cE; lbM 
2 
20 
34 
40-7 
2-769 
1 
73 
50 
36-0 
12-60 
1 
Cl; P; vlC 
2 
20 
37 
14-2 
2-852 
1 1 
77 
59 
34-9 
12-77 
1 
vF; S; stellar; % att 
2 
20 
39 
39-2 
3-882 
1 
128 
30 
26-2 
12-96 
1 
B; cS; B; pgmbM; 4 st p ... 
1 
20 
39 
53-0 
2-478 
3 
59 
47 
14-8 
12-94 
0 
!!; pB; cL; eiF; k Cygni inv 
6f 
20 
40 
7-8 
3-074 
2 
90 
11 
12-9 
12-97 
2 
cF; S; B; bM 
4 
20 
40 
± 
3-074 
90 
11 
± 
12-97 
Group of 5 with manyst ... 
0 
20 
40 
13-6 
3-074 
2 
90 
12 
34-6 
12-98 
2 
If ; vS; B ; bM 
4 
20 
42 
15-1 
4-243 
1 
139 
17 
41-8 
13-14 
1 
pB; S; IE; gbM 
1 
20 
45 
16-1 
2-454 
1 
'58 
23 
48-0 
13-30 
1 
F; S; iE; r 
1 
20 
45 
44-9 
3-302 
3 
103 
3 
35-8 
13-34 
3 
©; pB; pL; R; gmCM; rrr.. 
10 
20 
47 
8-1 
4-356 
2 
142 
24 
21 "2 
13-46 
2 
vF ; S ; E ; p of 2 
2 
20 
47 
18-9 
4-043 
1 
134 
30 
30-2 
13-46 
1 
eF; cS ; B 
1 
20 
47 
48-0 
4-353 
3 
142 
24 
12-7 
13-51 
3 
F; pL; vlE ; vgbM ; f of 2 ... 
3 
20 
48 
20-9 
4-211 
2 
139 
10 
13-8 
13-54 
2 
pF; S; vlE ; gpmbM ; vB*p 
2 
20 
49 
13-4 
2-092 
1 
45 
15 
32-5 
13-55 
1 
Cl; cL; st pS 
1 
20 
49 
27-4 
4-529 
2 
146 
6 
24-7 
13-61 
2 
eeF; vS; vmE0°; *13 att, 11 
2 
20 
49 
51-7 j 
2-024 
1 
43 
15 
22-6 
13-58 
1 
Cl; L; P; vlC 
3 
,20 
50 
35-2 
2-478 
2 
58 
50 
11-8 
13-64 
1 
!! ; eF ; eL ; eE ; eiF ; bifurcate 
4 t 
20 
51 
16-0 
3-299 
... 
103 
10 
31-0 
13-70 
Cl??; eP; vlC ; no neb 
3 
20 
51 
19-8 
2-490 
| 1 
59 
19 
15-3 
13-69 
1 
F; eL; neb & st 
If* 
20 
51 
30’9 
2-095 
l 1 
45 
3 
59-3 
13 69 
jCl ; P ; 1C 
2 
20 
51 
33-5 
2-123 
3 
45 
53 
24-0 
13-70 
3 
Cl ; P; 1C ; st L 
3 
20 
53 
48-2 
2-142 
(0 
46 
13 
4-8 
13-84 
F; eeL; diff nebulosity 
3 
20 
53 
54-5 
3-083 
1 
90 
44 
34-9 
13-87 
1 
eF; S; E 0° 
1 
20 
53 
57-1 
4-201 
2 
139 
35 
0-3 
13-89 
2 
cF.; cS; B; bM 
2 
20 
54 
13-9 
4-203 
1 
139 
40 
27-7 
13-91 
1 
eF; R; lbM; *11 f 
1 
20 
54 
43-8 
2-801 
(3) 
74 
21 
51-7 
13-91 
1 
B; pL; R;gbM 
4 
20 
55 
23-1 
j 4-345 
3 
143 
6 
3-6 
13-98 
3 
pB; S; R; psbM; am st 
3 
20 
56 
17-5 
1-749 
1 
35 
59 
39-6 
13-98 
2 
cB; L; E 45° + ; r; J att ... 
20 
56 
31-2 
3-273 
4 
101 
55 
4-8 
14-04 
4 
!!!; O; vB; S; elliptic 
23*f 
20 
57 
5-8 
3-291 
1 
103 
3 
8-9 
14-07 
1 
eF; pL; R; r 
1 
20 
57 
8-1 
2-054 
1 
43 
13 
48-5 
14-05 
1 
Cluster; no description 
1 
20 
57 
21-1 
4-033 
2 
135 
22 
12-0 
14-10 
2 
F; pL; E; vgvlbM; *p 
2 
20 
57 
38-9 
2-535 
2 
60 
39 
30-3 
14-09 
2 
pB; cS; R; psbM; pB*np... 
4 
20 
58 
18-4 
4-111 
1 
137 
44 
44-2 
14-16 
1 
pF; S; R; bM; 2stl2n ... 
1 
20 
59 
22-9 
0-771 
1 
22 
26 
51-2 
14-16 
1 
eF; *7 min neb (?) 
1 
20 
59 
38-5 
5-136 
1 
154 
35 
45-2 
14-26 
1 
pB; cS; IE; pgbM 
1 
20 
59 
39-2 
5-000 
1 
154 
5 
34-2 
14-26 
1 
pF; cS; R; psbM; *7*8 p ... 
1 
20 
59 
45-4 
4-185 
1 
139 
52 
10-5 
14-25 
1 
eeF; S; R; B %* sf 
1 
21 
0 
46-2 
2-255 
2 
49 
3 
58-9 
14-27 
2 
Cl; P; 1C; st 1 6 
3 
21 
0 
7-3 
4-173 
1 
139 
51 
26-0 
14-40 
1 
B; cS; R; pgmbM 
1 
21 
2 
45-7 
1-948 
0) 
39 
43 
13-3 
14-39 
1 
Cl of triple st; 1C 
2 
21 
2 
47-1 
5-457 
1 
158 
51 
57-9 
14-47 
1 
vF; cS; R; glbM 
1 
21 
3 
36-5 
2-825 
1 
75 
7 
5*2 
14-46 
1 
Cl; 1C 
1 
21 
5 
3-4 
2-471 
1 
56 
50 
48-0 
14-60 
1 
Cl; pRi; iF; st 11. ..15 
1 
21 
5 
39-3 
4-079 
2 
137 
47 
45-7 
14-61 
2 
pB; pL; IE; gbM 
2 
21 
6 
14-3 
2-150 
1 
44 
53 
32-7 
14-61 
1 
Cl; vL; pRi; E; st 10 
1 
21 
6 
52*3 
2-860 
1 
76 
58 
16-2 
14-66 
1 
vF; S; R 
1 1 
21 
6 
55-9 
4-114 
2 
138 
56 
41-3 
14-69 
2 
B; cS; cE; psmbM; *10f... 
2 j 
21 
7 
45-4 
2-253 
2 
48 
4 
44-0 
14-70 
2 
Cl; vF; pL; vRi; vC;stl5...18 
: 4 ! 
21 
7 
48*6 
3-008 
1 
86 
3 
33-4 
14-72 
1 
eF 
1 
21 
7 
52-9 
+ 3-035 
0 
87 
44 
17-4 
-14-72 
2 
eF; pL; R; lbM 
M 
4590 
4591 
4592 
4593 
4594 
h. 
2083 
H. 
VI. 42 
VII. 8 
3837 
3838 
2084 
4595 3839 
4596 3840 
4597 2085 
4598 2086 
4599 3841 
4600 2088 
4601; 2087 
4602 ) 
4603 >2087, 
4604' J 
4605 2089 
IV. 76 
4606 
4607 
4608 
4609 
3842 
2090 
3843 
4610; 3844 
4611 
4612 
4613 
4614 
4615 
4616 
4617 
4618 
4619 
4620 
4621 
3845 
3846 
3847 
2091 
2092 
2093 
2094 
2096 
4622 2095 
4623 3848 
VIII. 76 
V. 14 
3849 
2097 
3850 
2099 
2098 
2100 
2101 
3851 
2102 
3852 
4624 
4625 
4626 
4627 
4628 
4629 
4630 
4631 
4632 
4633 
4634 
4635 3853 
4636 3854 
4637 3855 
4638 2103 
4639 3856 
4640j 2105 
4641 1 3857 
4642j 2104 
4643 2106 
4644 3858 
14645 2107 
14646 
4647; 3859 
4648 2110 
4649 2108 
4650] 2109 
VIII. 23 
III. 219 
V. 15 
II. 426 
II. 427 
II. 206 
VIII. 82 
VIII. 58 
V. 37 i 
I. 52 
I. 192 
IV. 1 
VIII. 57 
Vi’il.74 
III. 209 
VI.” 24 
III. 858 
B. 3 novas 
M. 72 
M.73 
11.203 

IV. 74 
Lai. 40765 
MDCL'CLXIV. 
