OF NEBULAE AND .CLUSTERS OE STARS. 
49 
No. 
of 
References to 
Cata 
Sir J. H.’s 
SirW. H.’s 
1 Other 
[ogue 
Catalogues 
Classes 
Authorities. 
of Nebula. 
and Nos. 
h. 
H. 
168 
2360 
169 
170 
171 
172 
173 
174 
175 
176 
2359 
76 
2361 
77 
78 
2363 
2362 
79 
| 79, a, b 
4007 
4008 
II. 210 
R. 2 novae 
177 
5059 
178 
179 
180 
2365 
181 
2364 
182 
2366 
183 
2367 
A. 23 
184 
2368 
185 
80 
11.433 
186 
• 2369 
187 
2370 
A. 25 
188 
2371 
189 
81 
III. 191 
190 
82 
II. 434 
191 
2372 
192 
2374 
A. 55 ?? 
193 
2375 
A. 62 
194 
2373 
195 
83 
196 
4012 
197 
D’Arrest, 7 
198 
2376 
A. 31 ?? 
199 
D’Arrest, 8 
200 
2378 
A. 36 ?? 
201 
2377 
202 
84 
II. 215 
203 
85 
II. 216 
204 
VIII. 64 
C.H. 
205 
86, a 
R. nova 
206 
86 
II. 217 
207 
D’Arrest, 9 
208 
D’Arrest, 10 
209 
86 ,b 
R. nova 
210 
86, c 
R. nova 
211 
Auw. N. 9 
212 
87 
11.218 
213 
87, a 
R. nova 
214 
88 
I. 54 
215 
D’Arrest, 11 
216 
2379 
217 
D’Arrest, 12 
218 
89 
II. 224 
219 
2380 
220 
2381 
221 
II. 219 
222 
IT. 220 
Eight 
Ascension 
for 
1860, Jan. 0. 
0 48 23-0 
0 48 24-5 
0 48 59-6 
0 49 15-8 
0 49 25-0 
0 49 55-7 
0 50 3 5 
0 50 10-7 
0 50 11*5 
0 50 22-3 
0 50 29-3 
0 50 36-2 
0 50 36-7 
0 50 40-4 
0 50 51-5 
0 51 27-2 
0 52 10-5 
0 52 46-1 
53 13-3 
54 19-9 
54 45-4 
55 5-2 
56 16-4 
57 26-8 
0 57 28-7 
0 57 28-8 
0 57 44-3 
0 57 45-8 
0 57 57-6 
0 58 53 
0 58 56-4 
0 59 21 
0 59 27-3 
0 59 31-7 
0 59 32-3 
0 59 34-3 
0 59 37-4 
0 59 39-6 
0 59 40-5 
0 59 42 
0 59 42 
0 59 46-3 
0 2-3 
0 15*1 
0 39-6 
0 
0 43-4 
0 45 
0 45-8 
1 29 
1 39-0 
2 5-5 
2 39-6 
2 44-2 
2 44-2 
Annual 
Precession 
Eight 
Ascension 
for 1880. 
No. 
of 
Obs. 
used. 
Nor^h Polar 
Distance 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
N.P.D. 
for 
1880. 
No. 
of 
Obs. 
used. 
+ 2-151 
4 
162 
57 
22 , -3 
- 19-59 
4 
2-844 
3 
128 
27 
8-3 
19-59 
4 
3-131 
1 
78 
40 
51-6 
19-58 
1 
2-132 
1 
163 
0 
0-9 
19-57 
1 
3-060 
1 
92 
31 
27-9 
19-57 
1 
3-240 
2 
| 60 
28 
21-2 
19-56 
2 
2-675 
2 
143 
32 
6-2 
19-56 
2 
2-883 
2 
122 
43 
13-2 
19-56 
2 
3-241 
3 
60 
24 
25*2 
19-56 
3 
3-241 
60 
21 
31-2 
19-56 
2-780 
1 
134 
35 
56-5 
19-55 
1 
2-780 
1 
134 
30 
1-5 
19-55 
1 
2-668 
2 
143 
43 
58-5 
19-55 
2 
2-810 
1 
131 
12 
36-5 
19-55 
1 
2-667 
1 
143 
39 
58-8 
19-54 
1 
2-078 
5 
163 
13 
35-1 
19-53 
5 
2-850 
2 
125 
53 
21-4 
19-52 
2 
3-027 
98 
19 
51-0 
19-50 
1-902 
1 
165 
12 
27-0 
19-50 
1 
2-043 
5 
162 
56 
9-3 
1 9^49 
5 
2-632 
2 
143 
59 
49-6 
19-48 
2 
3-044 
2 
94 
59 
49-5 
19-45 
2 
3-032 
1 
97 
5 
49-1 
19-43 
3 
2-308 
1 
156 
21 
30-0 
19-40 
1 
2-022 
2 
162 
22 
33-0 
19-40 
2 
2-069 
3 
161 
35 
59-0 
19'40 
3 
2-828 
2 
125 
53 
46-0 
19-40 
2 
3-700 
1 
28 
34 
5-0 
19-40 
1 
2-745 
1 
134 
1 
50-3 
19-39 
1 1 
3-28 
[1] 
58 
20 
18 
19-37 
[1] 
1-969 
5 
162 
48 
27*9 
19-37 
5 
3-29 
[1] 
57 
57 
18 
19-36 
1-904 
2 
163 
34 
23-2 
19-36 
2 1 
2-864 
1 
120 
55 
53-2 
19-36 
1 
3-289 
3 
58 
14 
9*2 
19-36 
3 ] 
3-289 
3 
58 
16 
41-2 
19-36 
3 I 
3-703 
1 
29 
9 
36-2 
19-36 
1 ' 
3-289 
58 
20 
48-2 
19-36 
3-289 
3 
58 
20 
16-2 
19-36 
3 | 
3-29 
[3] 
58 
26 
0 
19-36 
[3] 1 
3-29 
[3] 
58 
25 
18 
19-36 
[3] ' 
3-288 
58 
23 
20-2 
19-35 
3-288 
58 
27 
16-2 
19-34 
3 071 
89 
48 
55-8 
19-34 
3-299 
1 
57 
37 
10-1 
19-33 
1 
59 
37 
... 1 
3-361 
2 
51 
5 
25-1 
19-33 
2 
3-30 
[1] 
57 
36 
18 
19-33 
[i-3 : 
1-940 
1 
162 
44 
38-1 
19-33 
1 
3-30 
[1] 
57 
59 
48 
19*31 
[i] ' 
3-326 
2 
55 
2 
13-7 
19-31 
2 1 
2679 
1 
137 
25 
34-0 
19-30 
1 < 
2-041 
1 
160 
37 
28-3 
19-29 
1 
3-306 
0) 
57 
34 
0-3 
19-29 
(0 < 
+ 3-306 
(O 
57 
34 
0-3 
-19-29 
(1)1 
Summary Description from a 
Comparison of all the 
Observations, Eemarks, &c. 
pB; vS; R; gvlbM ; r 
pB; vL; vmiE; vgpmbM .. 
Cl; S; scst 
F;vS 
pF; S; E 
pF; vS; R; gbM 
F; S; R; *12 f 90° 
eF; vS; R ; pB* f 2' 
pB ; pL; R ; gbM ; *9, 3' 135‘ 
fF; S; R (g of Lord R.). ( 
(_ For b, see No. 5059. J 
eF; vS; R; lbM 
vF; vS; R; lbM; 3stp 
pF; S ; R ; bM ; p of 2 
(?)F; S; stellar 
vF; IE; VgbM; f of 2 
©; vB; S; IE; st 13... 15 ... 
vF;S; R; glbM; 2stlls 
pF; L; E 0°+ ; glbM; *10 
f 20 s -5. 
F; L; R; vgbM 
B; L; viF; mbMD*; r 
eF; S; R 
pF; S; iE; *8f97 s 
F; S; iR; sbM; *14nf 20,"... 
eF; vmEl45°-4; vlbM 
vvF ; pL ; vlE ; vgbM 
; vB; vL; vC; vmbM; st 
13... 14. 
F; S; R; glbM 
Cl; S 
Cl ; F; L ; R; pC; st 14...16 
F; S; bet 2 st 15 
vF; S; R; gbM ..i... 
pF; S; R; bM; 1st of 3 ,.. 
pF; S; R; sbM; 2nd of 3 
Cl; pC 
?bM; 3rd of 3. 
f A.R.A. = 0 \ 
\A.P.D. = 93"/ 
vF; R; pS; f of D neb 
>rd R.’s diagram 
F nebula (Bond, Jan. 1853) 
F; vS ; R; mbM; bet 2 st .. 
makes a D neb with h. 87 .. 
F; vS; vlE ; gbM; 4Sstnr .. 
F; S; pos from h. 87 = 40° 
dist 47". 
F; pL; R; glbM 
F; S; R; *10f l?-8, s 80" ... 
•S ; stellar; =*7m . 
F; vL; R; vglbM , 
:S ; F; p of D neb 
(1) pL; f of D neb ... 
Total 
No. of 
times 
of Obs. 
by h. 
and H. 
4 
5*t 
1 
1 
1 
MDCCCLXIV. 
H 
