586 
5[R. A. W. RUCKER AKD DR. T. E. THORPE OX A MAGXETIC 
Table XXIV.—Summary of Declinations, Inclinations, Horizontal and 
Ireland 
! 
Xo. Xo. 
1891. 1886.; 
r 1 i 
Station. 
Observer. 
Year. 
i 
784 [ 
F ermoT. 
'W 
92 
785a 176a 
Galway (a). 
E 
87 
. 785J ! 176J 
(0. 
87 
786 
Glencar Hotel. 
G 
91 
787 
Glenfarne. 
91 
788 i 
Glenniore (New Ross') 
,, 
91 
i 789 j 
Goragh Wood. 
W 
92 
799 ! 
Gorey. 
G 
91 
791 177 
Gort. 
E 
87 
792 J 
Goi'tin.... ... 
W 
92 
793 1 178 
Greenore. 
T 
87 
791 1 
Gweedore. 
Gr 
91 
795 ! 
Inisliowen Head .... 
'vr 
92 
796 
Inniskeen. 
jj 
92 
797 ' 179 
Kells. 
T 
87 
798 1 180 
Kildare. 
„ 
87 
799 ! 
Kilfree Junction .... 
IV 
92 
800 ! 
Kilkeel. 
,, 
92 
801 1 181 
Kilkenny. 
T 
87 
802a : 182 
Killarnev (a). 
R 
87 
8025 ; 
(0. 
'VI' 
92 
803 
Killenaule. 
,, 
92 
804 
Kilrea. 
& 
91 
‘ 805 183 
Kilrusli. 
E 
87 
806 
Kilteely 11). 
G 
91 
807 
» (2). 
,, 
91 
808 
,, (3). 
J5 
91 
■ 8u9 
.. (D. 
,, 
91 
810 , 
.. (5). 
>> 
91 
i 811 1 
Kingscourt. 
1 
812 ' 
Kinsale. 
n 
91 
813 
Knocklong. 
IV 
! 92 
814a 
Larne (a). 
Gr 
91 
8145 ! 
„ (0. 
,, 
1 91 
815 ' 184 
Leenane. 
E 
' y / 
816 
Let.terkennv. 
G 
91 
817 185 
Limerick. 
E 
87 
818 
Lisburn. 
G 
91 
819 186 
Lisdoonvarna. 
R 
87 
820 187 
Lismore. 
,, 
87 
1 821 
Little Saltee Island . . . 
G 
91 
822 188 
Londonderry. 
T 
87 
823 
Loughrea. 
G 
91 
824 
Louisburgh. 
91 
1 825 
Lurgau. 
IV 
92 
826 
^facrooni. 
G 
91 
827 
Malaliide. 
,, 
91 
' 828 
Mallow. 
,, 
91 
! 829 
Manulla Junction .... 
,, 
1 ‘)1 
830 
j Maum Bridge. 
,, 
9t 
1 831 
Maynootb. 
>> 
91 
! 832a 
Midleton (a). 
91 
1 8336 
t „ (D. 
1 
1 91 
: 833 
1 IMiitown ilalbay . . . . 
,, 
91 
834 
Mitchelslown. 
91 
! 835 
i 
! Molrannv. 
■’ 
91 
Declination. 
Latitude. , Longitude. 
I 
Observed. 
Calculated. 
Difference. 
O 
52 
8 
// 
55 
8 16 48 
O 
21 
00 
CO 
O 
21 
35'9 j 
6-9 
784 
53 
16 37 
9 3 
42 
23 
26-7 
22 
31-7 
55’0 
785a 
53 
17 
30 
9 3 
21 
22 
50-2 
22 
31-8 
-i- 
18-4 
7856 
52 
0 
28 
9 51 
33 
22 
23-3 
22 
20-8 
- 
2 5 
786 
54 
16 
58 
7 59 
14 
22 
28-3 
22 
211 
72 
787 
52 
21 
6 
7 1 
30 
20 
55-2 
21 
38 
— 
8-6 
788 
54 
15 
27 
■ 6 22 
8 
21 
34-5 
21 
26-7 
-T 
7-8 
789 
52 
40 22 
6 17 
50 
20 
49-3 
20 
49-6 
— 
0-3 
790 
53 
4 
20 
8 49 
15 
22 
11-1 
22 
18-6 
/ o 
791 
54 
43 
32 
7 13 
32 
21 
45'0 
22 
57 
— 
20-7 
792 
54 
1 
35 
6 7 
47 
21 
37-0 
21 
14-4 
-T 
22 6 
793 
55 
2 
57 
8 13 
20 
22 
47-8 
22 
46-4 
-r 
1-4 
794 
55 
14 
2 
6 55 
40 
22 
6-3 
22 
5'2 
-i- 
11 
795 
54 
0 
23 
6 34 26 
21 
31-8 
21 
283 
+ 
3-5 
796 
53 
43 
8 
6 52 
46 
21 
290 
21 
32-2 
_ 
3-2 
797 
53 
9 
25 
6 54 
30 
21 
22-6 
21 
20-5 
-r 
21 
798 
53 
59 
32 
8 26 
8 
22 
35T 
22 
29 3 
5-8 
799 
54 
3 
43 
6 0 
40 
21 
29-4 
21 
11-0 
-r 
18-4 
800 
52 
38 41 
7 15 
30 
21 
20-9 
21 
18-8 
-f 
2 1 
801 
52 
3 
50 
9 32 
20 
22 
16-4 
22 
12-6 
-h 
3-8 
S02a 
52 
3 
43 
9 32 
23 
22 
17-9 
22 
12-6 
-r 
5‘3 
8026 
52 
34 
23 
7 42 
45 
21 
36'1 
21 
30-5 
-f 
5*6 
803 
54 
56 
13 
6 34 
3 
22 
34-5 
21 
47-3 
— 
12-8 
804 
52 
37 
56 
9 29 
40 
22 
31-7 
22 
27-4 
-r 
4-3 
805 
52 
31 
55 
8 24 
10 
23 
52‘4 
21 
50'9 
T- 
1-5 
806 
52 
31 
40 
8 24 
7 
21 
47-3 
21 
50'9 
— 
3-6 
807 
52 
32 
26 
8 24 
10 
21 
12-2 
21 
51-2 
— 
390 
808 
52 
32 
26 
8 24 
10 
22 
51 
21 
51-2 
-t- 
13-9 
809 
52 
32 
38 
8 23 
58 
21 
39 8 
21 
51-2 
— 
11-4 
810 
53 
54 
30 
6 48 
41 
21 
32-6 
21 
33-9 
— 
1-3 
51 
42 
26 
8 30 
48 
21 
41-3 
21 
31-7 
9-6 
812 
52 
26 
17 
8 24 50 
21 
42-7 
21 
48-4 
0*/ 
813 
54 
51 
42 
5 48 
31 
21 
27-2 
21 
19-8 
+ 
7-4 
814a 
54 
51 
42 
5 48 
31 
21 
26'6 
21 
19-8 
6-8 
8146 
53 
35 
43 
9 42 
28 
22 
55’9 
23 
0-7 
— 
4-8 
815 
54 
56 
55 
7 43 
55 
22 
24-1 
22 
27-2 
— 
3T 
816 
52 
39 
13 
8 38 
46 
21 
57'6 
22 
20 
- 
4-4 
yii 
54 
31 
3 
6 2 
23 
21 
42-4 
21 
211 
-r 
21-3 
818 
53 
1 
47 
9 17 
34 
22 
18-8 
22 
32-2 
— 
13-4 
819 
52 
8 
15 
7 55 
12 
21 
27-5 
21 
25-9 
-r 
1-6 
820 
52 
8 
IS 
6 35 
2 
20 
18-4 
20 
45-4 
— 
270 
821 
55 
1 
24 
7 18 
6 
22 
11-4 
22 
13-9 
— 
2-5 
822 
53 
12 
6 
8 32 
32 
22 
26'5 
22 
12-8 
-r 
13-7 
823 
53 
45 
48 
9 48 
38 
22 
50-0 
23 
8-0 
— 
18-0 
824 
54 
25 
6 
6 17 
7 
21 
33-5 
21 
27-2 
T 
6^ 
S25 
51 
53 
32 
8 56 44 
‘ 21 
57'4 
21 
50-0 
-f- 
7-4 
826 
27 
0 
6 8 
35 
21 
0-2 
21 
21 
— 
1-9 
827 
52 
8 
6 
8 40 
10 
21 
56-3 
21 
48-2 
-T 
8-1 
828 
53 
49 
30 
9 11 
33 
i 
49-2 
22 
49-4 
- 
0-2 
829 
30 
27 
1 9 33 
45 
1 22 
38-4 
22 
52*8 
- 
14-4 
830 
53 
22 
41 
' 6 36 
2 
21 
13-3 
21 
15’6 
— 
2-3 
y3l 
51 
54 
58 
8 9 
50 
21 
25’5 
21 
27-2 
” 
1-7 
S32a 
8326 
51 
54 
58 
8 9 
50 
21 
28-9 
21 
27-2 
-f- 
1-7 
52 
50 
43 
9 26 
18 
22 
21-8 
22 
31-8 
- 
10-0 
S53 
52 
15 
36 
8 16 
0 
21 
39'6 
21 
39-6 
00 
834 
53 
54 
5 
9 41 
17 
23 
21 
23 
7-9 
- 
5-8 
835 
