64 
SIE J. E. W. HEESCHEL’S CATALOGUE 
No. 
of 
Cata- 
logue 
References to 
Right 
Ascension 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
Right 
Ascension 
for 1880. 
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, Remarks, &c. 
Total 
No. of 
times 
of Obs. 
by h. 
and H. 
Sir J. H.’s 
Catalogues 
of Nebula;. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
b. 
H. 
h 
m 
8 
QQ 2 
2723 
4 
58 
11-0 
— 0-027 
3 
157 
27 
6*5 
— 5-35 
3 
B; S; E; smbM; * + neb ... 
3 
qq3 
4 
58 
18-6 
— 0-590 
1 
160 
38 26-5 
5-35 
1 
eF; pL; iR 
3 
994 
2724 
4 
58 
23-2 
+ 0-093 
1 
156 
38 
1-4 
5-32 
1 
vF; S; R; gbM 
1 
995 
2728 
4 
58 
28*2 
— 1-562 
1 
164 
29 
44-2 
5-36 
1 
eF; E; * 9att, f 
2 
996 
344 
VIII. 61 
4 
58 85-7 
+ 4-041 
1 
53 
8 
20-3 
5-19 
1 
Cl; pC; lRi; iF; stL . .. 
2 ; 
f 345 1 
997 
J - J> 
III. 500 
4 
58 37*6 
+ 2-860 
3 
99 
20 
30-1 
5-23 
3 
pB: S: R; gpmhM 
4 
1 2714 j 
998 
III. 268 
4 
58 
42-9 
+ 2-643 
1 
108 
22 
53-0 
5-31 
1 
eF : vS : stellar 
1 * 
999 
2727 
4 
58 
43-5 
— 0-390 
159 
36 
16-7 
5-31 
2 
®; pB; S; R; pmbM; rr ... 
2 ■ 
1000 
2726 
4 
58 
44-0 
+ 0-153 
2 
156 
11 
37-6 
5-28 
2 
cB: L: R; vp+mbM; r 
2 
1001 
2719 
4 
58 
56-6 
+ 2-797 
1 
102 
4 
3-7 
521 
1 
pB; pL; vlE; vgbM; am st .. 
1 
1002 
(147) 
4 
59 
1 9*9 
—0-294 
1 
159 
.9 .96-0 
5-27 
1 
No description 
1 
1003 
2729' 
4 
59 
20-7 
— 0-109 
3 
157 
57 
2*5 
5-25 
3 
vB; pS; IE; vsvmbM*9 
3 1 
1004 
2731 
4 
59 
52-1 
+ 0-170 
1 
1 nfi 
2 
39*3 
5-19 
1 
Cl ; vL; pRi 
1 
1005 
V. 32 
4 
59 
55-9 
+ 2-993 
2 
93 32 
59-7 
5-11 
2 
B; cL; R; bM ** 15; *10, 
4 
318°. 
1006 
2733 
4 
59 
57-5 
— 0-926 
1 
162 
5 
37-4 
5-22 
1 
vF: dS; R: velbM 
1 
1007 
346 
5 
0 
12-6 
+ 4-723 
1 
38 
7 
8-8 
5-04 
1 
Cl group of 8 or 9 stlO 
1 
1008 
2734 
5 
0 
20-2 
-0-542 
1 
160 
21 
49-6 
5-18 
1 
eF; S; R 
1 
1009 
2730 
A. 531? 
5 
0 
23-9 
+ 2-056 
2 
128 
11 
33-0 
5-10 
3 
vB; vL; mE314°; glbM; rr. 
3 
1010 
2736 
5 
0 
36-4 
— 0-426 
2 
159 
45 
22-5 
5-15 
2 
F; S; R; glbM 
2 
1011 
2738 
A. 81 
5 
0 
58*7 
— 0-472 
1 
159 
59 
38-4 
5-12 
1 
F; pL; IE 
1 
10121 
2735 
5 
1 
1-0 
+ 0-710 
2 
151 
19 
31-6 
5-08 
2 
pF; pS; pmE; vglbM 
2 
1013 
2732 
5 
1 
10-9 
+ 2-260 
1 
122 
8 
40-1 
5-03 
1 
pB; pmE; gpmbM; *13f ... 
1 
1014 
2739 
5 
1 
34-1 
— 0-440 
4 
159 
48 
27-9 
5*07 
4 
F; pL; R; vglbM; p of 2 ... 
4 
1015 
VIII. 41 
5 
1 
44.4 
+ 3-647 
1 
66 
4 
49-8 
4-94 
1 
Cl: st e sc 
1 
1016 
2737 
5 
1 
51 '5 
+ 1-544 
1 
139 
45 
48-3 
4-99 
1 
F; S; R; vglbM; *llsf;? neb 
1 j 
1017 
2742 
5 
1 
51-9 
— 0-344 
2 
159 
16 
55-8 
5-04 
2 
F; S; R; bM 
2 
1018 
2741 
A. 233? 
5 
2 
1*9 
+ 0-128 
5 
156 
18 
4.4 
5-02 
5 
B; vS; vsmbM;st+neb 
5 
1019 
2745 
5 
2 
31-5 
-0-159 
1 
158 
11 
17-6 
4-98 
1 
1 
1020 
348 
5 
2 
37*5 
+ 3-453 
1 
73 
39 
38-9 
4-87 
1 
Cl; pRifstL and S 
1 
1021 
2740 : 
A. 549 
5 
2 
50-1 
+ 2-071 
2 
127 
41 
47-0 
4-90 
2 
B; L; E; psbM 
1022 
2747 
5 
3 
4*7 
— 0-448 
1 
159 
49 
11-8 
4-94 
1 
pF; S; R; gbM; 2nd of 2 ... 
1 
1023 
2746 
A. 235 
5 
3 
9*1 
+ 0-086 
5 
156 
34 
15-4 
4-92 
5 
cF; S; R; lbM; ©f 
5 ! 
1024 
2743 
5 
3 
16-9 
+ 2-340 
2 
119 
27 
56-5 
4-85 
2 
cF; S; IE; p of 2 
2 
1025 
2744 
5 
3 
27-3 
+ 2-341 
2 
119 
26 
7’1 
4-83 
2 
F; S; R; glbM; f of 2 
2 ; 
1026 
2752 
5 
3 
54*8 
— 0-586 
1 
160 
30 
43-6 
4-88 
1 
vF; S; R; r 
1 
1027 
2748 
5 
3 
55*4 
— 0-054 
157 
29 
41-2 
4-86 
2 
vF; R; s of 2 in Cl 
2 ! 
1028 
2753 
5 
3 
56-0 
— 0-648 
2 
160 
48 
33-6 
4-88 
2 
F; vS; R; vlbM; am st 
2 
1029 
2750 
5 
3 
58-7 
— 0-048 
1 
157 
27 
2-5 
4-85 
1 
vF; R; 2nd neb in Cl 
1 
1030 
349 
VII. 4 
5 
3 
59-1 
+ 3-458 
2 
73 28 
42-5 
4-75 
2 
Cl; L; Ri; 1C; stll...l4 ... 
5* 
1031 
2749 
A. 236 
5 
4 
2-0 
+ 0-076 
6 
156 
37 
35 
4-85 
6 
©; vB; pL; R; vmC; rr ... 
6 
1032 
2754 
5 
4 
22’ 1 
— 0-049 
1 
157 
26 
48-4 
4-82 
1 
Cl; pL; Ri; C; iF 
1 
1033 
2756 
5 
4 
47-9 
+ 0-104 
1 
156 
23 
46-6 
4-78 
1 
vF; S; p of 2 
1 
1034 
2758 
5 
4 
51*8 
— 0-595 
1 
1 60 
.Si 
53-0 
4-80 
1 
Cl; pF; L; iF; stl2...15 ... 
1 
1035 
2755 
5 
4 
53-3 
+ 0-834 
2 
140 54 
12-5 
4-75 
2 
vF; pL; vmEl62°-0 
2 
1036 
( 1 99) 
5 
5 
2*2 
— 0-328 
1:: 
159 
jj 
51-0 
4-80 
1:: 
No description 
1 
1037 
2757 
5 
5 
10-7 
+ 0-101 
1 
156 
24 
57-5 
4-75 
1 
vF; S; f of 2 
1 
1038 
2751 
5 
5 
1 2*8 
+ 2-088 
1 
127 
9 
17-3 
4-69 
1 
vF; vmE; long ray; *llinv. 
1 j 
1039 
2761 
5 
5 1 6 -q 
— 0-411 
4 
159 
34 
33-2 
4-76 
4 
F; S; R; 1st of 3 
4 
1040 
2760 
5 
5 
22*7 
— 0-177 
1 
158 
14 
14-8 
4-74 
1 
F; pL; R; r 
1 
1041 
2762 
5 
5 33-Q 
— 0-403 
4 
159 
31 
45-1 
4-73 
4 
F; pS; R; 2nd of 3 
4 
1042 
2759 
A. 246 
5 
5 
35-8 
+ 0-275 
2 
155 
6 
40-7 
4-71 
2 
B; L; R; glbM; r 
2 
1043 
II. 292 
5 
5 
52-Q 
+ 2-702 
1 
105 
53 
13-4 
4-62 
1 
pB; iR; mbM; cSnfl f 
1 
1044 
2765 
5 
5 56-2 
— 0-679 
1 
160 
55 
5-7 
4-71 
1 
vF; pL; 1st of sev 
1 j 
1045 
2764 
5 
6 
3-3 
0-381 
1 
159 
23 
56-5 
4-68 
1 
O ? B; eS; IE 
1 
1046 
2763 
5 
6 
3‘7 
0-415 
4 
159 
35 
14-6 
4-68 
4 
cB; S; R; gmbM; 3rd of 3.. 
4 
1047 
2766 
5 
6 
12'5 
0-278 
2 
158 
48 
409 
4-67 
2 
st + neb; 1st of sev 
2 
1048 
2769 
5 
6 
28*0 
0-677 
2 
160 
53 
56*2 
4-66 
2 
Cl; L; Ri; st sc 
2 
1049 
2767 
Br. 895 
5 
6 
32*8 
-0-246 
1 
158 
37 
28-8 
— 4-64 
1 
Cl; L; vlC | 
1 
