566 
MR. A. W. RtrCKER ARD DR. T. E. THORPE OR' A MAGNETIC 
Table XXIV.—Summary of Declinations, Inclinations, Horizontal, and 
No. 
1891. 
No. 
1886. 
station. 
Observer. 
Tear. 
245 
Abergavenny. 
90 
246 
Abergwynolwyn .... 
a 
91 
247 
55 
Aberystwitb. 
E 
86 
248 
Abingdon. 
B 
90 
249 
Aleester. 
R 
92 
250 
Aldeburgb. 
(jr 
90 
251 
56 
Aldernev.| 
T 
88 
252 
Alf reton. 
Gr 
92 
253 
57 
Alnwick.I 
R 
86 
254 
58 
Alresford.1 
,, 
88 
255a 
Alston (a) . 
W 
91 
255b 
. „ (0. 
91 
256 
Ambleside. 
E & T 
90 
257 
Am] web. 
Gr 
91 
258 
59 
Apj^leby. 
R 
86 
259 
Appledore. 
B 
90 
260 
Annatbwaite. 
G 
92 
261 
Asbboiume. 
R & T 
90 
262 
Atberstone. 
,, 
90 
263 
Axbridge. 
Gr 
90 
264 
Aysgartb. 
E&K 
89 
265 
Bakewell. 
G 
92 
266 
Bala. 
)y 
91 
267 
Barmouth (1). 
„ 
91 
268 
„ (2). 
91 
269 
Barnard Castle. 
E & R 
89 
270 
Barnsley. 
G 
90 
271 
60 
Barrow. 
li 
86 
272 
Barton Hill. 
89 
273 
Barton-on-IIumber . 
91 
274 
Basingstoke. 
a 
90 
275 
Beaumaris. 
B 
90 
276 
Beccles. 
G 
92 
277 
61 
Bedford. 
T 
88 
278 
Bellingham. 
G 
92 
379 
Bettws-v-Coed. 
,, 
91 
280 
Beverlev. 
R 
89 
281 
Bewdley, East. 
B 
90 
282 
,, West. 
90 
283 
Bidet'ord. 
Gr 
90 
284 
Bingham. 
90 
285 
62 
Birkenliead. 
R 
86 
286 
63 
Birmingham. 
,, 
86 
287 
Bishop Auckland .... 
Gr 
92 
288 
Bishop’s Castle. 
w 
92 
289 
Bitterley (Ludlow) . . . 
B 
90 
290 
Blakeney. 
W 
92 
291 
Blandford. 
Cr 
90 
293 
Bootle. 
W 
93 
293 
Boroughbridge. 
li A: ix 
89 
294 
Boston. 
R 
89 
295 
Boulmer (1). 
W 
91 
296 
(2). 
f} 
91 
297 
„ (3). 
)) 
91 
298 
„ G). 
>1 
91 
299 
Bourne . 
G 
92 
300 
Bourton-on-the Water . . 
B 
90 
30 L 
; Bovey Tracey. 
G 
90 
302 
64 
Braintree. 
T 
88 
303 
65 
Brecon. 
! 
; 86 
England 
Latitude. 
Longitude. 
Declination. j 
No. 
1891. 
Observed. 
Calculated. 
Difference. 
O 
/ // 
O 
O 
O 
/ 
51 
49 13 
3 
0 
38 
18 
50-3 
18 
520 
— 
1-7 
245 
52 
38 45 
3 
58 
45 
19 
29-6 
19 
37-8 
— 
8-2 
246 
52 
23 51 
4 
5 
13 
19 
21-5 
19 35-8 
— 
14-3 
247 
51 
39 58 
± 
16 
47 
17 
51-4 
17 
58'7 
— 
7-3 
248 
52 
12 39 
1 
51 
54 
18 
6-8 
18 
25-3 
— 
18-5 
249 
52 
9 37 
1 
36 
18E. 
16 44-8 
16 40 8 
+ 
40 
250 
49 
43 10 
2 
11 
0 
17 
30-7 
, 
251 
53 
5 58 
1 
23 
22 
18 
18-7 
18 
25-2 
— 
6*5 
252 
55 
25 19 
1 
43 
53 
19 
10-4 
19 
8-2 
+ 
2*2 
253 
51 
4 46 
1 
9 
56 
17 
37-8 
17 
45'5 
— 
7*7 
254 
54 48 40 
2 
26 
30 
19 22-2 
19 
246 
— 
2-4 
255a 
54 
48 38 
2 
26 
30 
19 23-5 
19 
24-6 
— 
11 
255J 
54 
25 18 
2 
57 
38 
19 
40-1 
19 
36-3 
+ 
3-8 
256 
53 
24 50 
4 
21 
4 
19 
59-1 
20 
41 
— 
50 
257 
54 34 10 
2 
29 
3 
19 
31-0 
19 
22-5 
+ 
S‘5 
258 
51 
1 52 
0 
47 
32E. 
16 
45'3 
16 
50T 
— 
4-8 
259 
54 
48 10 
2 
46 
25 
19 
33-6 
19 
35-4 
— 
1-8 
260 
53 
0 53 
1 
44 
5 
18 
19-9 
18 
347 
— 
14-8 
261 
52 
34 54 
1 
32 
37 
18 
59-7 
18 
21-2 
+ 
38o 
262 
51 
16 46 
2 
48 
52 
18 
38-7 
18 
35'7 
+ 
3-0 
263 
54 17 21 
1 
58 
58 
19 
6-7 
19 
1-8 
H 
49 
264 
53 
12 46 
1 
40 
4 
18 
9-5 
18 
35-9 
26-4 
265 
52 
52 15 
3 
39 
22 
19 
52-1 
19 
321 
t- 
200 
266 
52 
45 0 
3 
58 
30 
18 
40-7 
19 
39-5 
— 
5S-S 
267 
52 
43 35 
4 
2 
12 
19 
31-9 
19 
41-2 
_ 
9-3 
268 
54 
32 32 
1 
55 
29 
18 
59-4 
19 
3-3 
— 
3-9 
269 
53 
31 53 
1 
33 
40 
18 
40-0 
18 
36’5 
-f 
3-5 
270 
54 
7 24 
3 
13 
0 
19 
342 
19 
40-3 
— 
61 
271 
54 
4 22 
0 
54 
50 
IS 
40-2 
18 
23-7 
+ 
16-5 
272 
53 
40 25 
0 
31 
35 
18 
24-5 
IS 
6-8 
-T 
17'7 
273 
51 
13 59 
1 
3 
53 
17 
35‘4 
17 
449 
— 
9*5 
274 
53 
14 48 
4 
0 
14 
20 
9*5 
19 
531 
-r 
16-4 
275 
52 
27 23 
1 
33 
32E. 
16 
49-8 
16 
45-2 
-f 
4-6 
276 
52 
8 3 
0 
26 
51 
17 
55-7 
17 
41-8 
-i- 
13-9 
7 / 
55 
8 40 
2 
15 
25 
19 
20-2 
19 
22-8 
— 
2-6 
27S 
53 
6 22 
3 
47 
30 
20 
90 
19 
40-9 
-r 
281 
279 
53 
50 30 
0 
27 
19 
18 
32-5 
IS 
5-8 
-H 
26-7 
280 
52 
22 19 
2 
18 
33 
IS 
42-4 
IS 
41-3 
“T 
1-1 
281 
52 
22 15 
2 
19 
10 
18 
447 
IS 41-6 
*1- 
31 
282 
51 
0 39 
4 
13 
15 
19 
16-6 
19 
10-3 
-r 
. 6-3 
283 
52 
57 35 
0 
57 
30 
IS 
4-9 
18 
9-7 
— 
4-8 
284 
53 
24 4 
3 
4 
18 
19 
23-6 
19 
23-5 
-f 
01 
2S5 
52 
27 37 
1 
53 
40 
18 
10-8 
18 
30-6 
_ 
198 
286 
54 
39 48 
1 
39 
53 
18 
52-0 
18 
55'8 
— 
3-8 
287 
52 
29 37 
2 
59 
33 
19 
7-4 
19 
4*2 
-r 
3-2 
288 
52 
23 26 
2 
38 
7 
19 
0-8 
18 
521 
•f 
8-7 
289 
51 
45 40 
2 
27 
5 
18 
26-2 
18 
34-4 
— 
8-2 
290 
50 
51 15 
2 
10 
9 
IS 
81 
IS 
9-6 
— 
1*5 
291 
54 
17 22 
3 
23 
47 
19 4S-6 
19 48-7 
— 
5T 
292 
54 
3 58 
1 
24 B3 
IS 
•4/ "5 
IS 
398 
7-7 
293 
52 
58 37 
0 
1 
7 
17 
5S’5 
17 
40-9 
-r 
17-6 
204 
55 
25 18 
1 
35 
0 
295 
55 
25 15 
1 
35 
0 
IS 59-9 
19 
3-2 
— 
3-3 
296 
55 
25 18 
1 
35 
0 
IS 
58-9 
19 
3-2 
— 
43 
297 
55 
25 17 
1 
35 
0 
18 
5S'7 
1 19 
3-2 
— 
4*5 
298 
52 
46 10 
0 
22 
30 
17 
42-9 
49-1 
t _ 
6-2 
299 
51 
52 32 
' 1 
44 
55 
17 
490 
1 
! IS 
160 
1 — 
27-0 
300 
50 
35 33 
1 3 
41 
12 
18 
340 
! 18 46-6 
— 
12-6 
301 
51 
52 41 
i ^ 
32 
40E 
^ 17 
24-5 
8‘5 
: -r 
160 
302 
51 
56 56 
3 
24 42 
i 
44 
! 19 
6-4 
2-0 
303 
