160 
ALLGEMEINE THEORIE 
B reite 
Länge 
Berechn. 
Declination 
Beobacht. 
Untersch. 
51 
Astrachan 
+ 46° 
20' 
48° 
0' 
+ i° 
40' 
4- i° 
12' 
4-o° 
28' 
5* 
Chologur 
46 
0 
HO 
34 
— 0 
20 
+ 0 
49 
I 
9 
53 
Ergi 
45 
32 
in 
2 5 
— 0 
6 
+ i 
7 
I 
13 
54 
Mailand 
45 
28 
9 
9 
-f- 20 
56 
+ 18 
33 
4- 2 
2 3 
55 
Sendschi 
44 
45 
HO 
26 
— 0 
20 
-f- 0 
3° 
— 0 
Sc 
56 
Batchay 
44 
21 
H2 
55 
+ 0 
16 
+ 0 
59 
O 
43 
57 
Scharabudurguna 
43 
13 
II4 
6 
4- 0 
3 2 
+ '0 
46 
— 0 
14 
58 
Neapel 
40 
5 2 
H 
16 
-|- 18 
53 
4-15 
Sb 
4- 3 
33 
59 
Chalgan 
40 
49 
II4 
58 
-(- 0 
4 2 
+ i 
13 
— 0 
3 1 
60 
Pekin 
39 
54 
Il6 
26 
+ 0 
58 
+ i 
48 
— O 
50 
61 
Terceira 
38 
39 
33 2 
47 
+ 2 5 
17 
+ 24 
18 
+ 0 
59 
62 
San Francisco 
37 
49 
*37 
35 
— 16 
22 
—14 
55 
— i 
27 
6 3 
Port Praya 
14 
54 
336 
30 
+ 16 
17 
+ 16 
3° 
O 
13 
64 
Madras 
+ *3 
4 
80. 
17 
— 4 
1 
65 
Galapagos Insel 
O 
50 
270 
2 3 
- 8 
57 
— 9 
30 
4- 0 
33 
66 
Ascension 
7 
56 
345 
36 
+ *4 
37 
+ 13 
3° 
+ 1 
7 
67 
Pernambuco 
8 
4 
3 2 5 
9 
+ 5 
58 
+ 5 
54 
4-0 
4 
68 
Callao 
12 
4 
282 
5 2 
— 9 
3 2 
—10 
0 
4* 0 
28 
69 
Keeling Insel 
1 12 
5 
96 
55 
+ 0 
2 3 
4- i 
12 
— 0 
49 
70 
Bahia 
12 
59 
3H 
3° 
+ 3 
12 
+ 4 
18 
„ 1 
6 
71 
St. Helena 
15 
55 
354 
17 
+ 19 
27 
+18 
0 
4-1 
27 
72 
Otaheite 
17 
29 
210 
3° 
— 5 
45 
— 7 
54 
4- 2 
9 
73 
Mauritius 
20 
9 
57 
31 
+ 11 
9 
+ h 
18 
.#■■■—0 
9 
74 
Rio de Janeiro 
22 
55 
316 
51 
— I 
11 
— 2 
8 
4- 0 
57 
75 
Valparaiso 
33 
2 
288 
J 9 
— *3 
45 
—15 
18 
4-1 
33 
76 
Sydney 
33 
5 1 
151 
17 
— 7 
51 
— IO 
2 4 
4- 2 
33 
77 
Vorg. d. g. Hoffn. 
34 
11 
18 
26 
+ 2 7 
24 
4* 28 
3° 
I 
6 
78 
Monte Video 
34 
53 
303 
47 
— h 
2 3 
—12 
0 
-h 0 
37 
79 
K. Georgs Sund 
35 
2 
117 
56 
+ 5 
12 
4- 5 
36 
— 0 
24 
80 
Neu Seeland 
35 
16 
174 
0 
— 11 
IO 
—14 
0 
4- 2 
50 
81 
Concepcion 
36 
42 
286 
5° 
— H 
43 
—16 
48 
4- 2 
5 
82 
Blanco Bay 
38 
57 
298 
I 
12 
57 
—15 
0 
4“ 2 
3 
83 
Valdivia 
39 
53 
286 
31 
— l6 
13 
—17 
3° 
+ 1 
17 
84 
Chiloe 
41 
51 
286 
4 
— l6 
56 
—18 
0 
4-1 
4 
85 
Hobarttown 
42 
53 
147 
2 4 
— 5 
51 
II 
6 
4-5 
15 
86 
Port Low 
43 
48 
285 
58 
— 17 
3 2 
—.19 
48 
4- 2 
l6 
87 
Port San Andres 
46 
35 
284 
2 5 
— 19 
4 
— 20 
48 
4-1 
44 
88 
Port Desire 
47 
45 
2 94 
5 
— 16 
5 2 
20 
<12 
4- 3 
20 
89 
R. Santa Cruz 
S© 
7 
291 
3 6 
— 18 
2 3 
— 20 
54 
4- 2 
3 1 
90 
Falkland Insel 
51 
3* 
301 
53 
— 15 
16 
*9 
O 
4- 3 
44 
91 
Port Famine 
— 53 
38 
289 
2 
— 20 
28 
— 23 
O 
4- 2 
3 2 
8* 
Port Etches 
-f- 60 
21 
213 
19 
— 28 
33 
— 31 
38 
4- 3 
5 
8** 
Lerwick 
60 
9 
358 
53 
+ 2 7 
10 
4- 2 7 
l6 
— 0 
6 
11* 
Stockholm 
+ 59 
20 
18 
4 
+ iS 
22 
4-14 
57 
4- 0 
2 5 
34* 
Valentia 
+ 51 
56 
349 
43 
+ 3° 
2 
4" 28 
43 
4-1 
19 
4°* 
Brüssel 
+ 50 
5* 
4 
5° 
+ 2 3 
2 3 
4- 22 
19 
4-1 
4 
54* 
Montreal 
+ 45 
2 7 
286 
3° 
+ 5 
2 3 
4- 7 
30 
— 2 
7 
62* 
Oahu 
17 
202 
0 
12 
19 
IO 
40 
— i 
39 
64* 
Panama 
1 + 8 
37 
280 
31 
— 6 
44 
— 7 
37 
4- 0 
53 
DES ERDMAGNETISMUS, 
161 
Berechn. 
Inclination 
Beobacht. 
Untersch. 
Berechn. 
Int ensitä 
Beobacht. 
Untersch. 
51 
4-56° 
59' 
4-59° 
58' 
— 2° 
59' 
I-3S8 
i-334 
-j- 0.024 
5 2 
62 
31 
61 
54 
4- O 
37 
i-545 
1.580 
— 0.035 
53 
6l 
58 
61 
22 
4- 0 
36 
1-539 
1-559 
— 0.020 
54 
62 
13 
6 3 
48 
— 1 
35 
i*33i 
1.294 
+ 0.037 
55 
61 
15 
60 
4 2 
33 
i*5*9 
1-530 
— 0.001 
56 
60 
46 
60 
18 
4- 0 
28 
1.520 
i-553 
— 0.033 
57 
59 
3 2 
59 
3 
+ 0 
2 9 
i-5 02 
i-538 
— 0.036 
58 
56 
26 
58 
53 
— 2 
27 
1.271 
1.271 
O. 
59 
56 
51 
56 
17 
4- 0 
34 
1.465 
i-459 
-f- 0.006 
60 
55 
43 
5.4 
49 
4- 0 
54 
1.448 
i-453 
— 0.005 
61 
68 
34 
68 
6 
4- 0 
28 
1.469 
i-457 ; 
+ 0.012 
62 
64 
14 
62 
38 
4-1 
3 6 
I -59 2 
I-59 1 
+ 0.001 
6 3 
45 
51 
46 
3 
— 0 
12 
1.168 
1.156 
+ 0.012 
64 
4 
14 
6 
5 2 
— 2 
38 
1.038 
1.031 
+ 0.007 
65 
13 
2 4 
9 
2 9 
4- 3 
55 
1.085 
1,069 
+ 0.016 
66 
5 
3 2 
1 
39 
+ 3 
53 
0.813 
0.873 
— 0.060 
67 
+ 2 3 
2 
4- 13 
13 
— 0 
11 
0.909 
0.914 
— 0.005 
68 
— 4 
39 
— 6 
14 
4-1 
35 
1.003 
0.97 
+ 0.033 
69 
— 39 
19 
-38 
33 
— O 
46 
1.161 
70 
4- 3 
59 
+ 5 
2 4 
! 
2 5 
O 
OO 
OO 
O-i 
0.871 
-j- 0.012 
7 1 
—14 
5 2 
—18 
1 
4- 3 
9 
0.811 
0.836 
— 0.025 
72 
— 27 
26 
— 30 
26 
4- 3 
0 
1-113 
1.094 
+ 0.019 
73 
— 54 
8 
— 54 
1 
— 0 
7 
1.060 
Ï.I44 
— 0.084 
74 
— 14 
49 
—13 
30 
I 
*9 
0.879 
0.878 
+ 0.001 
75 
— 37 
56 
— 39 
7 
4-1 
11 
1.094 
1.176 
— 0.082 
76 
-58 
II 
62 
49 
4-4 
38 
1.667 
1.685 
— 0.018 
77 
— 51 
4 
— 5 2 
35 
4-1 
31 
0.981 
1.014 
— 0.033 
78 
— 35 
34 
— 35 
40 
4- 0 
6 
1.022 
1.060 
— 0.038 
79 
62 
39 
— 64 
41 
4- 2 
2 
1.658 
1.709 
— 0.051 
80 
— 54 
46 
— 59 
3 2 
4-4 
46 
i.6i6 
ï-59 1 
+ 0.025 
81 
— 42 
49 
— 44 
13 
+ i 
2 4 
I-I47 
1.218 
— 0.071 
82 
— 42 
1 
— 41 
54 
O 
7 
1.103 
1,113 
— 0.010 
83 
— 46 
13 
— 46 
47 
I . Q 
34 
I-I45 
1-238 
— 0.093 
84 
48 
14 
— 49 
26 
4-1 
12 
1.227 
i-3*3 
— 0.086 
85 
— 66 
57 
— 70 
35 
4- 3 
38 
1.894 
1.817 
+ 0.077 
86 
— 50 
4 
— 51 
20 
4-1 
16 
i- 2 57 
1.326 
— 0.069 
87 
— 53 
O 
— 54 
14 
+ 1 
H 
1.310 
— 0.096 
88 
— 51 
22 
— 5 2 
43 
4-1 
21 
1.263 
1 -359 
89 
— 53 
49 
— 55 
16 
4-1 
27 
1.3*1 
1.425 
— 0.104 
90 
— 5 2 
46 
— 53 
2 5 
4- 0 
39 
1.276 
1.367 
— 0.091 
91 
— 57 
38 
— 59 
53 
4- 2 
15 
1.424 
i-53* 
— 0.108 
8* 
4- 76 
2 5 
+ 76 
3 
O 
22 
1.678 
i-75 
— 0.072 
8** 
4- 73 
46 
4- 73 
45 
4- 0 
I 
1.469 
1.421 
+ 0.048 
11* 
4- 7° 
5 2 
-b 71 
40 
4- 0 
48 
1.45 1 
1.38* 
-f- 0.069 
34* 
4- 71 
2 5 
4- 7° 
5 2 
4- 0 
33 
1.448 
1.409 
4- 0.039 
40* 
4- 67 
2 9 
4- 68 
49 
I 
20 
i-393 
1.369 
4- 0.024 
54* 
4- 77 
2 4 
+ 76 
2 9 
4-1 
5 
i-7i3 
1.805 
— 0.092 
62* 
4- 37 
36 
+ 41 
35 
— 3 
59 
1.125 
1.14 
— 0.015 
64* 
4- 34 
40 
4- 31 
55 
45 
1.238 
1.19 
0.048