OF NEBUL2E AND CLUSTERS OF STAES. 
63 
No. 
of 
Cata 
logue 
References to 
Right 
Ascension 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
Right 
Ascension 
for 1880. 
No. 
of 
Obs. 
used. 
North Polar 
Distance 
for 
1860, Jan. 0. 
Annual 
Precession 
N.RD. 
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 Nebuhe 
Sir W. H.’ 
Classes 
and Nos. 
Other 
Authorities. 
h. 
H. 
h m s 
s 
9 3S 
336 
IV. 32 
4 50 1*9 
+ 2-959 
1 
95 5 43-5 
— 5-95 
1 
cB; S; mbM* 
3 
93C 
2676 
4 50 25-3 
+ 2-333 
3 
120 6 11-1 
5-93 
3 
F; S; vlE; glbM; -* 10 , 75"., 
, 3 
934 
2680 
A. 73? 
4 50 27-0 
-0-443 
1 
160 5 32-0 
6-00 
1 
Cl; vF; S 
1 
935 
2678 
4 50 48-7 
+ 0-866 
2 
149 58 0-1 
5-93 
2 
F: L: R; vp-lbM; * att, 
2 ' 
936 
2683 
4 50 53-7 
-0-427 
2 
159 59 14-9 
5-97 
2 
F; pS; IE; r 
2 
Q37 
2679 
4 51 8-5 
+ 1-342 
3 
143 35 14-3 
5-89 
3 
pF; S; E; pmbM 
3 
938 
2682 
4 51 15-3 
0-544 
1 
153 13 27-7 
5-91 
1 
F; pS; R; vglbM 
1 
939 
338 
4 51 15-6 
3-253 
1 
81 58 39-1 
5-83 
1 
S : R : rrr 
1 
940 
337 
4 51 32-4 
+ 4-753 
1 
37 19 51-9 
5-77 
1 
Cl; vL; pRi; 1C; stL and S. 
1 
941 
2684 
A. 76? 
4 51 44*5 
-0-473 
2 
160 13 0-0 
5-90 
2 
©; B; S; iR ; rrr;stl4 
2 
942 
2685 
4 51 46-1 
- 0-370 
1 
159 39 49-3 
5-89 
1 
Cl; pB; S 
1 
943 
339 
II. 516 
4 51 47-1 
+ 3-057 
2 
90 42 45-3 
5-79 
2 
F; S; R; bM; p of 2 
2 
944 
339, a 
4 51 + 
90 42 + 
No description 
0 
945 
2686 
4 52 0*4 
0-043 
5 
157 8 55-2 
5-86 
5 
vB; S; Eorbi-N; bM; spof'2 
! 5 
946 
2687 
4 52 2-6 
0-046 
3 
157 7 48-2 
5-86 
3 
vF; S; R; sbM; 2stnr; nfof2 
’ 3 
947 
2681 
4 52 16*4 
2-592 
i 
110 34 42*9 
5-77 
1 
pF; pL; R; glbM 
1 
948 
340 
4 52 18’9 
+ 3-063 
1 :: 
90 28 7-5 
5-75 
1 :: 
pF : S : iR : pslbM 
2 
949 
340, a 
4 52 + 
90 28 + 
No description 
1 
950 
2688 
4 52 20-4 
+ 0-022 
3 
157 16 42-8 
5-84 
3 
F; pS; R; vglbM 
3 
951 
D’Arrest, 47 
4 52 39 
+ 2-89 
[2] 
98 4 0 
5-73 
[2] 
pF; pL; lbM; h. 341 nr 
0 
952 
2689 
4 52 41-7 
-0-366 
3 
159 37 11-4 
5-82 
3 
Cl; pF; S; R; 2nd of 3 
3 
953 
341 
4 52 57*2 
+ 2-893 
1 
97 58 11-7 
5-71 
1 
F; R; -*13, s 
1 * 
954 
2690 
4 53 0-9 
— 0-358 
3 
159 34 7-3 
5-79 
3 
Cl; pB; pS; pmE; stl2 
3 
955 
III. 503 
4 53 21-2 
+ 2-994 
1 
93 32 9 -D 
5-67 
1 
vF; pL; 2B st v nr 
1 
956 
2691 
4 53 22-6 
+ 0-038 
3 
157 8 36-5 
5-75 
3 
Cl; pL; IRi; 1C; stl0...15... 
3 
957 
2694 
4 53 43-2 
— 0-238 
158 52 23-4 
5-72 
2 
S; R; close J in M .. 
2 
958 
2693 
4 53 49*2 
+ 0-073 
1 
156 53 44-7 
5-71 
1 
eF; pS; R; gbM 
1 
959 
2695 
4 54 8-4 
— 0-259 
1 
158 59 17-0 
5-70 
1 
pB; L; R; ginbM 
1 
960 
2696 
4 54 18-5 
+ 0-009 
1 
157 18 56-9 
5-67 
2 
pF: pS: R: 2st att 
2 
961 
2697 
4 54 19-0 
— 0-143 
1 
158 17 20-9 
5-67 
1 
B; R; r 
1 
962 
2698 
4 54 31*9 
— 0-335 
1:: 
159 24 10*2 
5-66 
1 : : 
vF; S; 1st of 4 .. 
1 
963 
2699 
A. 114 
4 54 49-4 
-0-339 
2 
159 25 17-8 
5-64 
2 
B ; pL ; R ; gbM ; r ; 2nd of 4 
2 
964 
2692 
4 54 51*1 
+ 2-440 
1 
ll 6 14 38*2 
5-56 
1 
F; vL; vmE; vgvlbM 
1 
965 
342 
4 54 58*2 
+ 2-994 
1 
93 30 26-1 
5-53 
1 
eF : vS: *12. sf 
1 
1 
966 
2702 
4 55 7*9 
— 0-335 
1 : : 
159 23 11-7 
5*61 
1 :: 
F; S; 3rd of 4 
967 
2701 
4 55 12-5 
— 0-006 
2 
157 23 32-0 
5-60 
2 
Cl; pS; IRi; stvS 
2 
968 
2704 
4 55 13*8 
— 0-340 
1 
159 25 6-0 
5-60 
1 
pB; vS; R; 4th of 4 
1 
969 
2703 
4 55 16*5 
— 0-166 
1 
158 24 26-3 
5-59 
1 
vF : R : p of 2 
1 
970 
VIII. 43 
4 55 18*9 
+ 3-630 
1 
66 33 18-3 
5-49 
1 
Cl : stL. vese 
1 * 
971 
2705 
4 55 19-4 
— 0*456 
1 
160 l 59 + 
5-60 
1 
eF; pL; iR 
1 
972 
D’Arrest, 49 
4 55 26 
+ 2-88 
[2] 
.98 26 48 
5-49 
2 
F; pL; pmE; 2 or 3stllnf... 
0 
973 
2708 
4 55 36-9 
— 0-581 
1 
160 3Q 4Q.Q 
5*57 
1 
F; S; R; *13att, 135° 
1 
974 
2707 
4 55 37-8 
— 0-350 
] 
159 27 21-9 
5-57 
1 
vF; S; R 
1 
975 
343 
4 55 45-0 
+ 2-962 
1 
94 55 35*9 
5.47 
1 
vLdiff neb in zigzags?? 
1 * 
976 
2706 
A. 167 
4 55 49-5 
0-266 
1 
155 25 43-1 
5-53 
1 
vB; pL; R; gbM; f of 2 ... 
1 
977 
VII. 21 
4 55 55-7 
3-634 
1 
66 25 21-1 
5-43 
1 
Cl : pC : stL and S 
1 
978 
2700 
4 56 5-5 
2-037 
1 
128 55 2-2 
5-46 
1 
vF; pL; vglbM 
1 
979 
2709 
4 56 15-6 
0-087 
1:: 
156 43 53-0 
5-50 
1: : 
vF ; S; 3vSst inv 
l*f 
980 
2710 
4 56 19 0 
0-093 
3 
156 41 5-0 
5-50 
3 
Cl; L; mC; * 9 ... 
3+ 
981 
III. 453 
4 56 24-5 
3-104 
1 
88 34 31-3 
5 39 
1 
vS; vF 
1* 
982 
2711 
4 56 31-9 
+ 0-102 
5 
156 37 13-3 
5-49 
5 
vB; vL : vimE 
5+ 
983 
2713 
4 56 42-0 
— 0-092 
1 
157 54 38-9 
5-47 
1 
vF; S; R 
1 
984 
2712 
4 56 51*7 
+ 0-631 
2 
152 14 11-8 
5-44 
2 
cF; S; R; glbM 
985 
2717 
4 57 15*1 
— 0-543 
2 
160 26 16-8 
5-44 
2 ' 
cF; S; gbM ., 
2 
5062 
4 57 18*4 
159 36 32-1 
See No. 5062 .. 
1 
1 
986 
2718 
4 57 22*2 
— 0-185 
1 
158 28 4-4 
5-42 
1 
F- S; R- gbM 
987 
2716 
4 57 29*6 
+ 0-091 
5 
156 39 56-0 
5-40 
5 
R; T , • i R • vsmhM * 1 ft 
5+ 
988 
2715 
A. 169 
4 57 39-7 
-0-213 
2 
158 37 42-3 
5-39 
2 
Cl + neb; pL; pRi; stl 1 ... 18 
2 
989 
2720 
4 57 48-0 
+ 0-509 
1 
153 20 44-2 
5.36 
l 
^rpj mE* glbM; ^7j 8 np 
1 
990 
2722 
4 57 48*9 , 
t — 0-416 
3 
159 46 2-3 
5*39 
3 1 
pB; pS; iB ; rr 
3 
991 
2721 
4 57 50-3 ' 
'+0-105 
1 
156 33 59-9 
—5-37 
1 1 
pF; pL; iR; 2 or 3Bst nr ... 
1 
