50 
■SIR J. IF. W. HERSCHEL’S CATALOGUE 
No. 
of 
Cata- 
logue. 
References to 
Right 
Ascension 
for 
1860, Jan. 0. 
Annual 
Precession 
Right 
Ascension 
for 1880. 
No. 
of 
Obs. 
used. 
North Polar 
Distance 
for 
I860,, 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 
uf Obs. 
by h. 
and H. 
Sir J. H.’s 
Catalogues 
of Nebulae. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
h. 
H. 
h 
m s 
s 
t 
2382 
1 
3 Q*2 
+ 2*800 
1 
126 
31 
25*9 
— 19*27 
1 
eF ; S ; R ; vS* nr 
j 
2384 
1 
3 27-6 
1*908 
1 
162 
30 
42*9 
19*27 
1 
eF ; pL ; R ; svlbM 
2 
2383 
1 
3 37-2 
2*801 
2 
126 
14 
35*2 
19*26 
2 
vF; S; R; glbM 
2 
2386 
1 
3 39*2 
1*861 
4 
163 
6 
23*2 
19*26 
4 
F; pS; R; gbM 
4 
227 
2385 
1 
3 57-5 
2*849 
3 
120 
57 48*5 
19*25 
3 
F ; pL; R; VglbM; p of 2 ... 
3 
2387 
A. 36 ? 
1 
4 4-2 
1*814 
1 
163 
37 
59*5 
19*25 
1 
4 
90 
III. 15 
il 
4 25*7 
3*303 
1 
58 
37 
12*8 
19*24 
1 
F; pS; R; bM... 
2 
III. 15 4 
1 
4 26-1 
3*303 
1:: 
58 
36 
22*8 
19*24 
1:: 
eF; vS 
1 
[162] 
1 
4 28*3 
1*890 
1 
162 30 
54*8 
19*24 
1 
vF . 
1 
2388" 1 
1 
4 41*6 
2*855 
g 
119 
58 
44*8 
19*24 
2 
eF ; S : E : glbM ; f of 2 
2 
2389 
1 
4 57-6 
2*768 
1 
128 
4Q 3Q-1 
19*23 
1 
vF; S; R; glbM 
1 
034 
91 
III. 592 
1 
5 41-2 
3*066 
1 
91 
3 
7*7 
19*21 
1 
vF; vS; R 
2 
235 
91, a 
R. nova 
1 
5 
91 
3 
Forms a A with h. 91 & 92... 
0 
236 
2390 
1 
5 43*8 
2*826 
2 
122 
49 
44*7 
19*21 
2 
2 vSst+F neb 
2 
23 7 
92 
III. 593 
1 
5 46*4 
3*065 
1 
91 
4 
22*7 
19*21 
1 
eF; eS 
2 
238 
II. 622 
1 
5 49*2 
3*074 
1 
89 
45 
44*0 
19*20 
1 
F; L; R; bM; er 
1 
230 
93 
II. 447 
1 
5 51-7 
3*066 
1 
90 
50 22*7 
19*21 
1 
F; vS; R; vsbM* 
3 
95 
1 
6 16*1 
3*324 
1 
57 
1 
50*0 
19*20 
1 
F; S; vsbM 
1 
241 
2391 
1 
6 16-3 
2*340 
1 
152 
20 39*0 
19*20 
1 
F; S; R; gbM; *12 f 
2 
049 
94 
i, 1 
6 27*6 
3*732 
1 
30 
36 52*3 
19*19 
1 
Cl; S; 1C 
1 
943 
2392 
, 1 
6 36-9 
2*430 
2 
148 5Q 
52*3 
49*19 
2 
B; S; R; psbM 
2 
244 
VII. 45 
1 
6 53*4 
3*703 
2 
31 
56 
6*6 
19*18 
Cl; S; iF; pC 
2 
245 
2393 
1 
7 7*0 
2-761 
2 
128 
38 
59*9 
19*17 
% 
pF; S: R: glbM 
2 
246 
2394 
1 
7 12*4 
2*823 
2 
122 
29 
25*9 
19-17 
2 
pB; S; R; gbM 
2 
247 
2396 
1 
7 13*1 
2*423 
2 
149 
1 
44*9 
19*17 
2 
F; vS; R 
2 
248 
2395 
1 
7 16*6 
2*823 
2 
122 
55*9 
19*17 
2 
pF; S; R; gbM 
2 
249 
D’ Arrest, 13 
1 
7 21 
3*32 
[i] 
57 
31 
18 
19*16 
[1] 
F; S; R; *15 p, 8 S *3, 270° ... 
0 
250 
D’ Arrest, 14 
1 
7 51 
3*32 
[2] 
57 
40 
42 
19*15 
[2] 
F; pL; bM; *11 nr 
0 
251 
96, a 
R. nova 
1 
8 
59 
43 
vF; mEl35°+ ; lbM; nph.96 
0 
252 
96 
1 
'8 29*3 
3*306 
1 
59 
42 
41*8 
19*14 
1 
vF: E: *9np: S*nf. vnr 
1 
253 
2397 
1 
8 35*1 
2*480 
1 
146 
8 
37*8 
19*14 
1 
vF; S; R; bM 
1 
254 
III. 440 
1 
8 48*8 
3*061 
1 
91 
35 
19*1 
19*13 
1 
vF ; vL 
1 
255 
2399 
A. 7, 10 ? 
1 
9 50-6 
1*668 
3 
164 
2 
15*0 
19*10 
4 
pF; pL; iR; r; 1st of sev, 
3 
neb and st. 
256 
97 
VII. 42 
1 
10 24-8 
3*722 
1 
32 
24 
35*3 
19*09 
1 
Cl; B; L; pR; st 7, 3, 10 ... 
3 
257 
2401 
A. 60 ? 
1 
10 40*8 
1*799 
2 
162 
17 
13*6 
19*08 
2 
pF; L; R; vgbM 
2 
258 
III. 205 
1 
10 41-4 
3*198 
1 
73 
4 
51*6 
19*08 
1 
eF 
1 
259 
2402 
A. 8, 10? 
1 
10 48*6 
1*650 
4 
164 
2 
41*6 
19*08 
4 
F; pL; iR; gbM; r; 2ndofsev. 
4 
260 
2400 
1 
10 54*4 
2*794 
1 
124 
6 
11*6 
19*08 
1 
pB; R; glbM; ? 1° in P.D.... 
1 
261 
2404 

A. 9? 
1 
11 42-3 
1*629 
1 
164 
4 
36*5 
19*05 
1 
pB ; pL; iF ; 3rd of sev 
1 
26 2 
2403 
1 
11 43-3 
2*365 
1 
149 
38 
46*5 
19*05 
1 
vF; R; gbM; 30 
1 
263 
99 
III. 250 
1 
11 56-6 
3*091 
| 1 
87 
25 
16*5 
19*05 
1 
pB; pL; R; gmbM; p of 2... 
4 
264 
I. 108 
1 
12 1*0 
3*091 
1 
87 
30 
53*5 
19*05 
1 
cB: vL: iR: pB*f 
1 
265 
98 
1 
12 2*9 
3*335 
1 1 
58 
1 
55*5 
19*05 
1 
vF ; eS ; stellar 
1 
266 
D’ Arrest, 15 
1 
12 41 
3*33 
[2] 
58 
2 
0 
19*03 
[2] 
eF; vS; *9pl4 s ; vdiffic 
0 
267 
III. 206 
1 
12 41*2 
3*192 
1 
74 
14 
55*1 
19*03 
1 
eF; S 
1 
268 
100 
III. 577 
1 
13 19*9 
3*428 
1 
50 
14 
18*7 
19*01 
1 
vF ; pS; vlE; vglbM 
2 
269 
III. 251 
1 
13 21*4 
3 092 
3: 
87 
22 
9*7 
19*01 
3: 
pB; S; smbM; f of 2 
3 
270 
101 
1 
13 47*2 
3*119 
1 ;; 
83 
43 
2 
19*00 
1 
cF; pL; R; red * 7*8, 225° ... 
1 
271 
2405 
1 
14 3*5 
2*691 
1 
131 
42 
52*3 
18*99 
1 1 
eF; IE 
1 
272 
102 
III. 156 
1 
14 6*0 
3*350 
1 
57 
17 
30*3 
18*99 
1:: 
vF: eS: 1st of:3 
3 
273 
2406 
1 
14 7*3 
2*353 
2 
149 
1 5 
33*3 
13*99 
2 
vB: S; IE: psmbM 
2 
274 
D’Arrest, 16 
1 
14 29 
3*14 
1 
81 
31 
48 
18*97 
[1] 
pB; S; E 
0 
275 
103, a 
R. nova 
1 
14 29 
3*107 
85 
24 
26*6 
18*98 
y in Lord R.’s diagram 
0 
276 
103 
III. 252 
1 
14 31*2 
3*107 
2 
85 
28 
25*6 
18*98 
2 
pB; L; R; svmbM; *7fl m ... 
3 
277 
103, l 
1 
R. nova 
1 
14 46*4 
3*107 
85 
21 
47*6 
18*98 
(3 in Lord R.’s diagram 
0 
278 
III 157 
J 
14 51*3 
3*351 
2 
57 
15 
28*9 
18*97 
2 
vF : S : 2nd of 3 
2 
279 
2407 
1 
14 53*5 
2*772 
2 
124 
48 
1 5*0 
18*97 
2 
B; S; vlE; bM; vS*nr 
2 
280 
103, c 
R. nova 
1 
14 57*1 
3*107 
85 
18 37*6 
18*97 
8 in Lord R.’s diagram 
0 
281 
105 
III. 594 
1 
14 59*5 
3*075 
1 
89 
47 
7*2 
18*96 
1 
vF; L; mE 60°+ ; lbM ... 
2 
282 
104 
1 
15 4*4 
+ 3*352 
1 
57 
33 
18*2 
-18*96 
1 
vF; E; f s 
1 
