178 
ALLGEMEINE THEORIE 
DES ERDMAGNETISMUS. 
179 
• 
Breite 
Länge 
Berechn. 
Declination 
Beobacht. [ Untersch. 
I 
Auf dem Eise 
+ 70 0 
S3' 
170 0 
O' 
— 16 0 
47 
— 18 0 
49’ 
+ 
2° 
2' 
2 
Turuchansk 
65 
55 
87 
33 
—‘19 
29 
— 15 
0 
+ 
5 
41 
3 
Drontheim 
63 
26 
IO 
24 
+ 20 
i? 
+ 20 
0 
+ 
0 
17 
4 
Viluisk 
62 
49 
119 
27 
+ 0 
37 
+ i 
52 
— 
I 
15 
5 
Bogoslowskoie 
59 
45 
60 
7 
— 5 
38 
— 9 
9 
+ 
3 
3 1 
6 
Fredriksvarn 
59 
0 
10 
4 
+ 20 
18 
7 
Jeniseisk 
58 
27 
92 
il 
— 6 
33 
— 6 
57 
+ 
0 
24 
8 
Kodiack 
57 
20 
207 
9 
— 24 
38 
— 26 
43 
+ 
2 
5 
9 
Copenhagen 
55 
41 
12 
34 
-j-“ 18 
37 
+ 17 
40 
+ 
0 
57 
IO 
Altona 
53 
33 
9 
56 
+ 20 
28 
+ 18 
43 
+ 
i 
45 
li 
Semipalatinsk 
50 
24 
80 
21 
— 6 
50 
— 6 
43 
— 
O 
7 
iz 
Kremsmünster 
48 
3 
14 
8 
+ 18 
26 
+ 15 
46 
+ 
2 
40 
13 
Baker’s Bay 
46 
17 
235 
58 
20 
46 
— 19 
il 
— 
i 
35 
i4 
Fort Vancouver 
45 
37 
237 
24 
20 
8 
— 19 
22 
— 
0 
46 
iS 
Toulon 
43 
6 
5 
55 
+ 22 
26 
+ 19 
6 
-4- 
3 
20 
i6 
Barcelona 
41 
25 
2 
15 
+ 23 
45 
i? 
Lissabon 
38 
43 
350 
58 
+ 26 
i 
i8 
Angra (Terceira) 
38 
39 
332 
47 
+ 25 
17 
+ 24 
2 
+ 
I 
15 
19 
Port Bodega 
38 
18 
236 
58 
l6 
41 
— 15 
20 
— 
I 
21 
ao 
Messina 
38 
h 
15 
34 
+ 19 
16 
21 
Palermo 
38 
7 
13 
21 
+ 19 
29 
+ 16 
3 
+ 
3 
26 
aa 
Algier 
3 6 
47 
3 
4 
+ 23 
18 
+ 29 
25 
+ 
3 
53 
a 3 
Monterey 
36 
3 6 
238 
7 
— 1 5 
47 
— 14 
13 
— 
I 
34 
a 4 
Gibraltar 
36 
7 
354 
41 
+ 24 
54 
+ 21 
40 
+ 
3 
14 
a 5 
Zafarine (Ins.) 
35 
il 
357 
34 
+ 24 
35 
+ 21 
7 
1 + 
3 
28 
a6 
Sta Barbara 
34 
24 
240 
r 9 
— 14 
40 
— !3 
28 
' — 
I 
12 
27 
San Pedro 
33 
43 
241 
45 
— 14 
13 
— !3 
8 
— 
I 
5 
a8 
San Diego 
32 
41 
242 
47 
— 13 
42 
12 
21 
— 
I 
21 
29 
San Quentin 
30 
22 
244 
2 
— 12 
53 
12 
6 
0 
47 
30 
San Bartolomeo 
27 
40 
245 
7 
— 12 
I 
IO 
46 
— 
I 
15 
31 
Magdalena Bay 
24 
38 
247 
53 
— il 
5 
— 9 
15 
— 
I 
5° 
32 
Mazatlan 
23 
II 
253 
36 
— 10 
15 
— 9 
24 
— 
0 
51 
33 
San Lucas Bay 
22 
52 
250 
7 
— 10 
3 1 
— 8 
37 
— 
I 
54 
34 
San Blas 
21 
32 
254 
44 
— 9 
55 
— 9 
0 
— 
0 
55 
35 
Socorro Insel 
18 
43 
249 
6 
— 9 
55 
36 
Clarion Insel 
18 
21 
245 
J 9 
—10 
0 
37 
Acapulco 
i6 
So 
260 
5 
— 9 
3 
— 8 
23 
— 
0 
40 
38 
Trevandrum 
8 
31 
77 
0 
— 3 
14 
— 0 
44 
— 
2 
30 
39 
Cocos Insel 
+ 5 
53 
272 
58 
— 8 
li 
— 8 
24 
+ 
0 
13 
40 
Puna Insel 
— 2 
47 
280 
5 
— 8 
23 
— 8 
56 
. + 
0 
33 
4 1 
Martins Insel 
— 8 
56 
220 
20 
— 5 
27 
42 
Bow Insel 
— 18 
5 
219 
7 
— 5 
21 
43 
Bio Grande 
— 32 
2 
307 
40 
— 7 
29 
44 
— 67 
4 
H? 
30 
+ 6 
20 
— 12 
35 
-)- 18 
55 
14 
Sitka 
+ 57 
3 
224 
35 
— 28 
45 
— 29 
32 
+ 
0 
47 
6a 
San Francisco 
+ 37 
49 
237 
35 
l6 
22 
— 15 
20 
— 
I 
2 
62* 
Oahu 
+ 21 
17 
202 
0 
— 12 
19 
IO 
40 
— 
I 
39 
72 
Otaheite 
-17 
29 
210 
30 
— 5 
45 
— 6 
30 
+ 
0 
45 
Berechn. 
Inclinatio n 
Beobacht. 
Untersch. 
Berechn. 
Intensität 
Beobacht. [ Untersch 
i 
+ 79 c 
27' 
+ 8i° 9' 
— i 
0 42' 
1.675 
• 
2 
77 
20 
77 
46 
— 0 
26 
1.662 
1.678 
— 0.016 
3 
74 
7 
74 
12 
— 0 
5 
1.483 
1-415 
-j“ O.O68 
4 
75 
44 
76 
46 
I 
2 
1.675 
1.765 
— 0.090 
5 
70 
45 
71 
36 
— 0 
51 
1.556 
1.524 
+ 0.032 
6 
71 
37 
72 
i 
— 0 
24 
1.450 
1.436 
+ 0,014 
7 
72 
33 
73 
24 
— 0 
51 
1.647 
1.674 
— 0.027 
8 
73 
22 
72 
43 
+ 0 
39 
1.638 
1.603 
+ 0.035 
9 
68 
52 
70 
0 
— i 
8 
1-419 
1.372 
+ 0.047 
10 
68 
9 
69 
2 
— 0 
53 
1.405 
1-357 
+ 0.048 
li 
64 
44 
65 
18 
— 0 
34 
1.551 
1.560 
— 0.009 
12 
63 
8 
64 
34 
— i 
26 
1.348 
1-339 
+ 0.009 
13 
71 
12 
69 
27 
+ i 
45 
1.675 
1.643 
+ 0.032 
14 
70 
56 
69 
22 
+ 1 
34 
1.676 
1.657 
+ 0.019 
iS 
61 
15 
62 
58 
— i 
43 
1.320 
16 
61 
12 
62 
iS 
I 
3 
1.324 
1.288 
+ 0.036 
i? 
63 
0 
61 
58 
+ 1 
2 
1-352 
1.299 
+ 0.053 
18 
68 
34 
66 
So 
+ 1 
44 
1.469 
1.449 
+ 0.020 
19 
64 
28 
62 
53 
+ i 
35 
1.588 
1-563 
+ 0.025 
20 
54 
12 
56 
10 
— i 
58 
1.219 
1.232 
— 0.013 
21 
53 
54 
57 
16 
— 3 
22 
1.242 
1.274 
— 0.032 
22 
56 
52 
57 
43 
— 0 
51 
1.267 
1.272 
— 0.005 
23 
63 
10 
6l 
4 
2 
6 
1-579 
I-53I 
+ 0.048 
24 
59 
35 
59 
40 
— 0 
5 
i-3°7 
1.297 
+ 0.010 
25 
57 
32 
58 
34 
I 
2 
1.283 
26 
61 
23 
58 
54 
+ 2 
29 
1-559 
1.501 
+ 0.058 
27 
60 
56 
58 
21 
+ 2 
35 
1-556 
1.480 
+ 0.076 
28 
60 
7 
57 
6 
+ 3 
I 
1-547 
1.482 
+ 0-065 
29 
57 
42 
54 
30 
+ 3 
12 
I-5I4 
1.461 
+ 0.053 
30 
54 
43 
Si 
41 
+ 3 
2 
1-475 
1.432 
+ 0.043 
31 
51 
24 
46 
34 
+ 4 
50 
1-434 
1.362 
+ 0.072 
32 
5° 
35 
46 
38 
+ 3 
57 
1.429 
1.370 
+ 0.059 
33 
49 
26 
45 
39 
+ 3 
47 
1.411 
1-359 
+ 0.052 
34 
48 
35 
44 
33 
+ 4 
2 
i-4°5 
1.362 
+ 0.043 
35 
43 
il 
40 
44 
+ 2 
27 
I-33I 
1.307 
+ 0.024 
36 
41 
50 
37 
3 
+ 4 
47 
1*310 
1.222 
-J~ O.O88 
37 
+ 42 
50 
+ 37 
57 
+ 4 
53 
1-335 
1.316 
+ 0.019 
38 
— 7 
15 
— 2 
50 
— 4 
25 
1.014 
1.012 
+ 0.002 
39 
+ 27 
46 
-h 22 
56 
+ 4 
50 
1.172 
1-125 
+ 0.047 
40 
+ 13 
23 
+ 9 
8 
+ 4 
15 
1.062 
1.024 
+ 0.038 
41 
— 12 
44 
— 14 
6 
+ i 
22 
1.026 
1.024 
+ 0,002 
42 
— 28 
46 
— 30 
16 
+ 1 
30 
1.125 
1.123 
+ 0.002 
43 
— 33 
14 
— 30 
4 
— 3 
10 
0-997 
0.967 
+ 0.030 
44 
-85 
59 
-87 
30 
+ 1 
31 
2.248 
14 
+ 76 
30 
+ 75 
49 
+ 0 
41 
1.697 
1.704 
— 0.007 
62 
+ 64 
14 
+ 62 
6 
+ 2 
8 
1.592 
1.540 
+ 0.052 
62* 
+ 37 
36 
+ 41 
17 
— 3 
41 
1.125 
I-I34 
— 0.009 
72 
— 27 
26 
— 30 
18 
—I - 2 
52 , 
1.113 
1.133 
— 0.020