OE NEBULAE AND CLUSTERS OE STARS. 
125 
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 
1860, Jan. 0. 
Annual 
Precession 
N.RD. 
for 
1880. 
N 
of 
Obs. 
used. 
Sir J. H.’s 
Catalogues 
of Nebul®. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
h. 
H. 
h 
m 
s 
s 
4375 
3727 
17 
58 
45*8 
+ 5*788 
1 
153 
47 
28*2 
— 0*06 
1 
4376 
3729 
17 
58 
47-5 
3*646 
1 :: 
113 
14 
0*0 
0*00 
1 :: 
4377 
III. 555 
1 7 
59 
39T 
2-624 
1 
71 
27 
7*8 
— 0*04 
1 
4378 
3730 
IV. 12 
18 
0 
44-2 
3*722 
1 
115 
56 
17*6 
0*18 
1 
4379 
1995 
18 
0 
50-8 
3*518 
1 
108 
26 
46*6 
0*18 
1 
4380 
3732 
18 
1 
9*8 
3*769 
1 
117 
32 
31*7 
0*21 
1 
4381 
3728 
18 
1 
11-4 
8*690 
1 
166 
36 
39*2 
0*36 
1 
4382 
3731 
18 
1 
12-2 
3*900 
3 
121 
46 
50*4 
0*22 
3 
4383 
II. 902 
18 
1 
18*7 
2*649 
1 
72 
25 
54-3 
0*19 
1 
4384 
f 1996"^ 
18 
1 
23-9 
3*671 
2 
114 
7 
30-1 
0*23 
2 
4385 
1997 
VIII. 54 
18 
2 
24-7 
3-476 
1 
106 
48 
57*7 
0*31 
1 
1 
4386 
3734 
18 
2 
47-5 
3*970 
1 
123 
53 
29*2 
0*36 
2 
4387 
D’Arrest, 112 
18 
3 
51 
1-34 
[ 1 ] 
37 
44 
0 
0*38 
[ 1 ] 
fl998'| 
4388 
« = > 
VII. 30 
18 
4 
20-6 
3*602 
2 
111 
37 
33-6 
0*48 
2 
i 
L3735 J 
4389 
3736 
II. 201 
A. 619 
18 
4 
33-3 
3*902 
3 
121 
51 
0*7 
0*51 
3 
1 
4390 
2000 
2.6 
18 
5 
17*8 
2*912 
1 
83 
10 
53*5 
0*55 
2 
1 
4391 
1999 
18 
5 
23-5 
3*617 
1 ; 
112 
10 
47*6 
0*58 
1 
ll 
4392 
f 20 on 
1 I 
VII. 31 
18 
7 
24-1 
3*616 
2 
112 
10 
21*5 
0*75 
2 
4393 
3737 
A. 376 
18 
7 
24-6 
4*797 
2 
142 
15 
13*3 
0*79 
2 
1 j 
4394 
3738 
18 
7 
56’9 
5*793 
1 
153 
51 
18*2 
0*86 
1 
1 
4395 
2002 
18 
8 
47-2 
3*529 
1 
109 
55 
8*6 
0*88 
3 
i ! 
4396 
2003 
VIII. 55 
18 
9 
28-2 
3-473 
1 
106 
41 
22*1 
0*93 
1 
i ■ ] 
4397 
2004 
M. 24 
18 
10 
13-7 
3*518 
2 
108 
28 
7*3 
0*99 
2 
4398 
3740 
VIII. 15 
18 
10 
14-2 
3*363 
1 
102 
17 
10*3 
099 
1 
4399 
2005 
18 
10 
20*9 
3*429 
1 
104 
59 
37*7 
1*01 
1 
1 r 
4400 
2006 
M. 16 
18 
10 
57-0 
3*401 
1 :: 
103 
50 
2*2 
1*06 
1 
4401 
2007 
M. 18 
18 
11 
44-6 
3*485 
1 :: 
107 
11 
8*1 
1*13 
1 
i 
4402 
3741 
18 
11 
45*3 
5*724 
2 
153 
17 
47*0 
1*20 
2 
4403 
2008 
M. 17 
18 
12 
33-1 
3*460 
2 
106 
13 
36*0 
1*20 
2 
1 
4404 
3742 
I. 50 
18 
14 
41-9 
3*855 
3 
120 
25 
26-0 
1*40 
3 
; 
4405 
2009 
18 
15 
20-7 
3*358 
1 :; 
102 
5 
58*8 
1*44 
1 
i 
f 2010 ~] 
‘ 
4406 
L3743 } 
M. 28 
18 
15 
55-4 
3*692 
2 
114 
56 
30*0 
1*50 
2 
4407 
3744 
II. 204 
18 
17 
13-4 
3*645 
1 
113 
16 
30*4 
1*62 
1 
■l 1 
4408 
3745 
18 
19 
12'0 
5.726 
1 
153 
22 
22*5 
1*85 
1 
i 
4409 
3746 
18 
19 
23‘4 
3*358 
1 
102 
6 
42*3 
1 ■7Q 
j 
4410 
VIII. 72 
C. H. 
18 
20 
43-1 
2*921 
1 
83 
31 
15*3 
1 / y 
1*89 
1 
! 
5076 
18 
20 
44*6 
123 
30 
27*3 
; 
4411 
M. 69=A.6l3 
18 
22 
13-2 
3*917 
3 
122 
26 
33*5 
2*05 
3 
4412 
3748 
I. 51 
18 
22 
16-6 
3*708 
1 
115 
34 
55*5 
2*05 
1 
i 
4413 
2011 
18 
23 
4-6 
3*385 
1 
103 
15 
12*7 
2*11 
1 
j 
r 2012^1 
4414 
< = > 
II. 205 
18 
23 
24-2 
+ 3-651 
3 
113 
33 
57*5 
2*15 
3 
L 3749 J 
4415 
Auw. N. 40 
18 
23 
35-4 
-1*719 
15 
29 
47*7 
2*01 
4416 
2013 
VI. 23 
18 
24 
31-5 
+ 3*477 
1 
106 
59 
3*8 
2*24 
1 
4417 
II. 907 
18 
24 
55‘8 
1*967 
1 
50 
1 4 
52*8 
2*24 
j 
! 
4418 
2014 
VIII. 14 
18 
25 
4-6 
3-488 
1 
107 
26 
2*3 
2*29 
1 
4419 
Auw. N. 41 
18 
25 
4-9 
0*230 
25 
5 
44*2 
2*20 
4420 
3751 
18 
25 
44-1 
3*317 
1 
100 
29 
32*8 
2*34 
l 
4421 
3752 
A. 607 
18 
26 
32-0 
+ 3*936 
4 
123 
5 
5*1 
— 2*43 
4 
Cl; L; 1C; stcL 
O; F; L; cE;hazy border. 
eF; vS; R; * 16 nr 
Cl; vL; 1C 
Summary Description from a 
Comparison of all the 
Observations, Remarks, &c. 
eeF; eeS; R 
Cl; vL; vRi 
cF; S; IE; r 
0; F; L; IE; vglbM; rr; 
st 20. 
Cl; pRi; vlC; st L & S 
F; vL; cE; lbM; rr 
vF; vS; R; glbM 
; pB; pL; R; glbM; rrr; st 1 6 
F; L; R; vglbM 
vF; vL; IE; * 
0; cB; L; R; rrr; st 15. 
O; V B; vS; R; 1 hazy . 
Cl; st vS 
Cl ; pRi ; pC ; cE ; st 1 3 
0; cB; cL; R; gmbM; rrr; st 1 5 
eF; S; *6, sp 
F; pL; cE; * inv 
Cl; 1C 
Cl; vRi; vmC; R; st 15 
I'M. Way). 
Cl; IRi; 1C 
Cl; IRi; 1C; st 10... 12 
Cl; at least 100 st L & S ... 
Cl; P; vlC 
vF; S; R; gvlbM; *9p 
Ill; B; eL; eiF; 2-hooked... 
; vB; pL; R; rrr; st 16 ... 
1C; IRi; 1C; st 11. ..12 
0; vB; L; R ; geCM; rrr; 
st 14... 16. 
O or 0; pB; eeS; R 
pF; S; R; gbM 
See No. 5076 
0; B; L; R; rrr; st 14... 16 
©; B; S; R; rr 
Cl (in M. Way) 
0; pB; pL; iR; gpmbM; rrr; 
st 16. 
!! ; pB ; pL ; E 50°; 2 st p Var. 
(Tuttle.) 
Cl; pL; vRi; pC; st 11... 15 
F; S; iF 
Cl; L; Ri; 1C; st vS 
S; pmE; J inv (S.nebNo.7) 
Cl; P; 1C; pS;st 9*10,12. ..13 
B; S; IE; rrr; st 15 
Total 
No. of 
times 
of Obs. 
by h. 
and H. 
