23 oo -15.3
9 oo
42.8 40.3 44
-15.1
II OO
23.0 19-3
16
-14.6
02
34-2 33-2
22 56
02
39-0 34-0
22 52
02
43.4 41.8
42
02
26.O 22.
12
04
30.7 29.7
23 02
04
32 . 8 28 . o
23 02
04
44.0 41.2
42
04
29.O 25.0
07
06
37-1 35-9
22 52
06 37.9 36.0
22 51
06
43-9 41-5
42
06
30-1 25.0
06
08
38.2 37-8
50
08 41.5 37.0
22 48
08
42.5 39.0
45
08
24.8 20. o
14
10
38.3 37-3
50
10 30.2 26.0
23 05
IO
40.9 36.5 49
10
27.2 23.8
09
12
36.8 36.3
52
12
37-7 3i.i
22 55 i
12 | 45-9 43-5 39
12
23.9 20.4
IS
14
35-0 34.2
22 55
14
44.6 41.2
42
-15.3
14
49-0 44.8
36
-15.1
14
19-3 17-0
21
16
28.0 27.1
23 06
16 42.0 35.8
48
16
46.2 43.8
39
16
22.9 19.6
16
-14.7
18
30.9 30.0
23 o_>
18 39-1 35-3
51
18
41.8 38.8
46
18
28.0 23.2
09
20
33-1 32.9
22 57
20 43.2 40.1
44
20
44-8 43-5
40
20
25.6 21. I
13
22
31-8 30.7
23 oo
22
35-0 31-3
57
22
45-7 44-7
38
22
18.9 14.9
23
24
36.5 35-0
22 53
24 36.0 30.8
57
24
51-3 49-5
30
24
23-9 15.8
18
26
36.5 36.0
52
26 48.2 45.0
36
26
51-4 50.4
29
26
20.3 13.5
23
28
35-7 34-8
54
28 40.3 32.8
52
28 49.1 47.1 34
28
17.9 10.8
27
30
34-0 33-2
22 56 -15.7
30 34.8 29.3
59
-15.2
30 50.2 49.0 31
-15.0
30
21. O 15.2
21 -14-5
32
31.4 29.0
23 02
32 55.8 52.5
24
32 53.5 48.0 30
32
24-4 I9-I
15
34
30.1 28.0
23 04
34
45-2 39-8
42
34
53-8 52.5 26
34
17.0 12. O
26
36
33-8 31.0
22 58
36
38.9 34-0
52
36
52.6 48.1 30
36
19-0 I3-I
24
38
35-4 35-1
54
38
56.1 51.0
25
38
48.8 44.7 36
38
25.1 20.9
13
40
45-0 42-3
40
38.9 35.2 51
40
44.5 39.2 44
40 28.5 24.3
08
42
33-8 31.2
58
42
40.5 36.1
49
42
45-5 40.5 42
42
29-3 23.3
08
8
01. 60.8
63.0 61.3
13 -15-6
12
44
46
45-4 41-8
44.8 41.7
41
-15.1
44 45.6 41.0 41
46 50.6 48.3 32
-15.2 44 34-0 29.0
46 32.9 30.1
00
23 oo
-14.2
48
44.8 44.2
22 39
48
39-2 36.3
50
48
48.2 38.0 42
48 33-3 30.3
22 59
50
27.0 25.3
23 08
50
36.9 33-8
54
50
43.2 38.8 45
50
33-0 29.3
23 oo
52
19.0 18.1
20
52
44.8 42.2
52
43.4 40.4 44
52
30.8 27.0
04
54
22.2 21-9
15
54
42.8 39.4
45
54
43.3 41-2 43
54
3L3 27.8
23 03
56
15.2 13.6
27
56
39.8 36.8 49
56
40.7 39.6 46
56
33-9 30.8
22 59
58 19.0 18.0
20
58
41-3 38.0
47
58
46.6 39.8
41
58
36.6 33.9
54
Observer R. R. T.
Observers R. R. T. and R. W. P., who alternated from 8h 24m to
8h 38m; R. W. P. and W. J. P., who alternated from loh 32m to loll
42m. F. L,. observed readings from nh o6m to I2h s8m.
74
SCIENTIFIC RESULTS OF ZIEGLER POLAR EXPEDITION
Tabulation of magnetic declinations observed at Teplitz Bay Continued
Wednesday, November 4, 1903 Magnet scale inverted
Wednesday, November 4, 1903 Magnet scale inverted
Scale
East
Scale
East
Scale East
Scale East
Chr'r
readings
decli- Temp. Chr'r
readings decli-
Temp
Chr'r readings decli-
Temp.
Chr'r readings decli- Temp.
time
nation C. time
nation
C.
time nation
C.
time
nation C.
Left Right
Left Right
Left Right
Left Right
h m
d d
t
h m
d d
V /
h m
d d
O '
h m
d d
/
o
12 00
37-0 34.6
22 53 -14.2
14 oo
15.0 11.9
22 37
-13.0
16 oo
20.8 19.1
22 26
-I3-I
18 oo 51.9 51.2 22 33 -14.0
02
36.3 35-2
53 02
16.9 13.2
34
02 22.1 19.9
25
02 54.2 52.0 31
04
38.0 34.7
52 04
19-4 15.9
30
04 22.1 19.8
25
04
55.6 53.7 28
06
39-4 34-7
51 06
18.2 15.3 31
06
22. O 20.2
24
06
57-3 55-3
26
08
37-1 34-7
53
08
17.8 14.1 33
08
21.6 19.9
25
08
58.8 57.2
23
10
40.0 36.9
49
10
17-7 14-3 33
10
21.0 19.2
26
10
59-8 59-0
21
12
43.9 40.6
43
12
15-9 12.4 35
12
16.2 14.2
34
12
61.3 60.8
18
14
45-5 44-6
39 -13-8
14
16.8 13.5 34 -13.0
14
14-3 12.3
37
-I3-I
14
61.8 61.0
18
-14.1
16
51-2 46.7
32
16
16.4 13.2 34
16
14.2 I4.O
35
16
63.8 60.4
17
18
49-9 47-0
33
18
15.4 12.8 35
18
16.2 15.8
33
18
65.2 62.0
20
67.0 59.6
22 10
20
16.8 14.0 34
20
19.8 16.8
29
20
66.8 64.2
ii
22
75-9 71-0
21 54
22
17.6 14.7
32
22
16.7 13.4
34
22
65.6 64.0
12
24
76.7 67.0
57
24
14.8 13.0
36
24
15.8 14.2 22 34
24
66.0 65.1
II
26
74.0 67.0
21 59
26
J5-I 13.0 36
26*
48.2 44.4 ; 23 46
26
66.3 65.1
II
28
66.1 55.1
22 14
28
13.6 ii. 8 38
28
47-7 43-3
48
28
66.0 64.8
12
30
68.0 58.1
10 -13.8
30
12.8 ii. 2 39 -13.0
30
51.2 47.0
42
-13-1
30
64.3 62.9
14
-14.0
32
60.0 48.5
24
32
15.0 12. 1 36
32
49-4 45-8
44
32
62.9 61.7 16
34
56.0 44.6
30
16.1 13-3 35
34
50.0 46.8
43
34
61.1 60. i 19
36
57-5 46.6
28
36
15.3 12.8 36
36
50.4 46.0 43
36
60. i 59.1 20!
38
63.1 56.4
16
38
15.2 12.7 36
38
54.2 49.0 38
38
59-5 58.3 22
40
60. i 41.9
29
40
16.7 14.8 33
40
52.7 48.2 ; 23 40
40
58.6 57.7 23
42
66.0 48.9
19
42
19.8 16.8 39
42
38.2 33.5 24 03
42
57-3 56.3 25
44
61.9 53-3
19
44
18.1 15.3
31 -12.0
44
19.2/7 24 29
-13.2
44
56.8 55-4 26
-14.0
46 ! 59.9 48.9
24
-13-9
46
16.1 11.7
36 i
46*
25.0/7 25 32
i
46
55-8 54-3 i 281
48 58.0 50.8
24
48
17.1 12.6
34
49
39-8 23.0 , 25 22
48
55.6 54.3 28
50
57-0 47.3
28
50
17.1 12.7
34
50*
54-7 54-2 28 39
50
56.1 54.8
27
52
54.2 48.0
29
52
18.0 14.0
33
52*
47.0 41.2 | 30 10
52
57-0 55.6
26
54
54-5 49-2
28
54
18.8 15.0
31
54*
41.2 36.8 ! 28 19
54
57-3 56.0 25
56
59-9 52-7
21
56
17.2 13.7
34
56
36.2 26.2 ; 28 32
56
57-4 56.3 25
58
73.0 66.1
22 OO
58
16.2 13.0
35
58
77.7 77.0 27 19
58
56.3 55-6
26
13 oo
Lost
15 oo
17.2 14.0
33
-12.9
r7 oo*
51.7 51.2 26 48
-13.2
19 oo
55-6 55-0
27
-14.0
02*
52.5 49-3
21 38
-13.5
02
17.8 15.0
32
02*
58.3 40.7 25 56
02
56.0 55.0
27
04
49-8 47-5
41
04
17.9 14.9
32
04
56.9 47.7 51
04
55.0 54.5
28
06
60.0 51.5
30
06
19.8 16.1
30
06
64.8 56.2 38
06 55.0 54.5 28
08
56.8 46.5
37
08
21.2 l8.3
27
08*
51.1 36.3 25 03
08
55-8 55-3 27
IO
12
45-3 41-5
36.1 28.8
21 50
22 O7
10
12
21.0 17.8
19.7 16.8
27
29
10* 40.3 38.8 23 49
12.3 62.7 57.6 17
10
12
55-3 54-7 28
53-6 53-0 30
14
26.2 18.7
23
-13.5
14
20.2 l8-5
27
-13.0
14 75.0 67.1 1 23 oo
-13.0
14
52.7 51-9 32
-14.0
16
19.6 12.8
32
16
21.8 19.8
25
1 6*
45.8 30.3 22 55
16
51.6 51.0 33
18
13-0 7-4
42
18
22.8 20.8
23
18
50.0 36.3 46
18
52.2 51.2 33
20
15.8 10. o
37
20
23.4 21.8
22
20
45-8 43.7 44
20
52.3 51.6 33
22
20.8 14.5!
30
22
23.1 21.2 23
22
45-2 34-9 Si
22
51-5 50.9 34
24
18.1 12. o
34
24
23.1 22.0
22
24 46.9 36.9 48
24
51.1 50.3 id
26
28
I5.O IO.2
12.8 9.6
38
40
26
28
23.8 22.8 21
26.0 24.0 18
26
28
48.0 38.8 46
46.5 38.2 48
28
Si-4 50.6
51.2 50.0
34
35
30
12.8 9.1
41
-13-4
30
26.8 24.3
18
-13.0
30
47.0 39.2 46
-13-3
30
51.6 51.0
33
-14.0
32
12. O 7.1
43
32
29.1 26.0
14
32
48.2 41.7 44
32
51.8 51.1
33
34
12.8 9.2
40
34
29.1 26.7
14
34
47.4 40.8 45
34
51-9 51-3
33
3 S
38
12.3 7.2
ii. i 6.8
42
44
38
28.4 26.2
28.0 26.3
15
is
36
38
47-7 41-8
48.1 42.2
44
43
36
38
51-3 50.7
57-3 56.8
34
40
12. I 7.9
42
40
29.0 28.O
13
40
48.1 43-1
43
40
55-9 53-1
'S
42
12.8 9.1
4 1
42
31-8 29.9
09
42
49-1 44.7
40
42
56.3 52.7
28
1
12.7 9.1
13-0 8.5
41
-13.2 44
46
3I.O 30.0
30.7 27.2
10
12
-13.1
44 48.9 44.2
46 45-9 44-2
44
-13.8 44
46
55-2 52.2
57.3 54.3
30
26
-14.2
48
II. O 7.0
44
48
27.9 26.0
15
48
47.2 46.0
41
48 57.6 54.8 26
50
ii. o 7-3
43
50
28.2 25.8
15
50
47-8 45-9
41
50
57-3 54-8
26
52
12. i 8.6
41
52
26.8 25.0
17
52
46.7 45-0
42
52
57-o 53.1
28
54
12.2 9.1
41
54
25.8 24.2
18
54
47-3 46.3
54
53-3 SO.o
33
M
11.9 8.2
42
56
24.5 23.5! 20
56
50.7 49-6
35
56
53-4 50.5
32
58
14.7 II- 2
37
58
21.9 2O.3
24
58
52.0 51.0
33
58
53-0 50.6
33
Observers F. I,, to I2h s8m ; W. J. P. to I3h 20m, and R. R. T.
Observers R. R. T. and W. J. P., who alternated from i8h i8m to
i8h 32m.
MAGNETIC OBSERVATIONS
Tabulation of magnetic declinations observed at Teplitz Bay Continued
75
Wednesday, November 4, 1903 Magnet scale inverted
Thursday, November 5, 1903 Magnet scale erect
Scale
East
Scale East
Scale Kast
Scale East
Chr'r readings
decli-
Temp. Chr'r readings decli- Temp.
Chr'r readings decli- Temp.
Chr'r readings decli- Temp.
time
nation
C.
time nation C.
time nation ' C.
time
nation C.
Left Right
Left Right
Left Right
Left Right
h m d d
h ra d d
h m
d d ' '
O
h m
d d
/
o
20 oo 54.8 52.4
22 30 -14.4 22 00 60. 1 59.O 22 21 -I5-O
16 oo 43.2 56.3 22 33 -18.0
18 oo 52.9 53.4 22 38 -15.0
02 55.3 53-0
29 02 59.8 58.2 21
02 43.8 56.1 33
02 51.8 52.7 37
04 55-3 53-0
29 04 60.5 59.O 20
04 47.8 49.8 31
04 51-9 52.7 37
06 54.8 52.8
29 06 60.3 58.9 20
06 47.8 49.7 31
06 i 52.9 53-3
38
08 54-7 52-3
30 08 60.3 58.6 21
08 49.2 50.8 33
08 49.0 50.2 33
10 53.2 51.2
32 10 60.8 59.2 20
ia _47.4 49.8 31
10 48.0 48.5 30
12
55-0 52.6
29 12 59.5 57.2 23
12 49.0 50.7 33
12 | 48.2 49.0 31
14
52.6 50.3
33 -14.4 14 56.5 54.2 27 -15.0
14 44.9 46.8 27 -18.0
14
50.8 51.2 35
-14.8
16
53-0 51.0
32 16 52.0 51.1 33
16.3 46.0 47.4 28
16
52.4 52.8 37
18
52.0 50.2
34 18 54-8 50.6 31
18 46.9 48.5 30
18
48.2 49.1 31
20
52.2 50.9
33 20 57.9 49.2 30
20
49-2 50.7 33
20
47-7 48.0
30
22
53-6 51-6
31 22 66.3 58.1 16
22
51-4 53-3 37
22
45.0 46.0
26
24
55-2 53-4
29 24 59-8 51-3 27
24
52.8 54.0 38
24
43-8 45.2
25
26
51-6 50.0
34
26 62.9 54.9 22
26
53-8 55. o 40
26
39-5 39-7
17
28
57-6 56.3
25
28 64.2 57.6 19
28
51.7 52.8 37
28
33-0 33-2
07
30
58.6 57-3
23
-14-5 30
64.8 58.0 18
-15.0
30
48.2 50.1 32
-17-4
30
38.0 39.2
15
-14-3
32
59-1 57-4
23
32
65.8 59.0
16
32.5
50.6 53.2
36
32
37-2 37.8
14
34
58.1 56.8
24 34 66.8 60.6
14
34
49-8 52.8
35
34-2
35-6 36.0
II
36
57-3 55-6
25 36.1 66.1 60.7
15
36
50.7 53-0
36
36
39.3 40.1
17
38
56.9 55-6
26 38 66.3 60.8
14
38
50.6 52.4
36
38
38.6 39.7
16
40
55-2 54-0
28 40 67.0 61.3
13
40
48.8 50.2
32
40
39-9 40.6
18
42
54-8 53-4
29
42 67.6 61.9
13
42
49-3 51-7
34
42
41-8 42.5
21
44
53-3 52.3
3i
-14.6
44
66.8 M.I ! 14
-15.0
44
51-0 52.9
36
-17.0
44
41.5 43-0
21
-I4.I
46
53-0 52.0
32
46
65.9 60.3 IS
46
51.9 54-8 38
46
42.5 43-3
22
48
55-8 54-6
27
48 65 . i 60 . o
16
48
51.2 53-8
37
48
42.5 43-7
22
50
54-3 53-3
30
50 62.0 56.7
21
50
51-9 53-9
38
50
43.0 44.4
23
52
53-9 53-0
30
52 59.8 54.8
24
52
53-0 55-0
39
52
42.6 43.8
22
54
52.5 51-3
33
54 57.8 52.3
28
54
50.2 52.2
35
54
40.8 42.2
2O
56
5L7 50.8
34
56 55.1 SI. 2
31
56
49-7 51-1
34
56
41-4 43-1
21
58
50.2 49-5
36
58 ; 54-7 50.0
32
58
48.7 49.1
31
58
43.2 45.4
24
21 00 49.4 48.7
37
23 oo
50.8 45.7
38
-15.0
17 oo
46.3 47-8
28
-I6.S
19 oo
44.0 46.0
25
-14.0
O2
50.3 49-9
35
02
46.8 42.8
44
02
48.2 49.2
31
02
45-1 47-3
27
4
51-6 50.8
34
04
41.8 36.1 53
04
48.4 49.2
31
04
47.0 48.0
29
06 52.6 52.0
32
06
39-0 33-6 57
06
49-2 49.8
32
06
47.6 50.0
31
08
52.1 51.3
33
08
37.8 32.4 59
08
50.8 51.8
35
08
52.2 55-1
39
IO
52.3 51.8
32
10 37-8 33-0 59
10
49-3 50.2
33
IO
49-4 52.8
35
12
52.9 52-3
31
12 39-5 34-9 56
12
49.2 49.4
32
12
47-5 49-6
31
14
52.1 51-7
33 -14.8 14 41.9 37.7 52
-15.0
14
52.2 52.8
37
-16.0
14
45.1 43.2
24
-14.0
16 52.2 51.6
33 16 44-8 40.9 47
16
50.1 52.0
35
16
43.1 46.0
25
18 52.2 51.6
33 18 48.3 43-9 42
18
48.2 50.2
32
18
43.1 46.1
25
20
52.2 51.8
32
20 47.2 44.8 1 42
20
47-1 49.3
30
20
42.4 45.1
23
22
52.8 52.2
32
22 50.3 49-3 36
22
48.9 50.8
33
22
40.8 44.0
21
24
52.0 51.5
33
24 58.4 55-0 23
24
49-2 51.9
34
24
37-2 40.4
16
26
Si.o 50.5
34
26
59-1 55.3
24
26
48.8 50.2
32
26
41.1 42.9
21
28
50.7 50.1
35
28
60.9 56.8
22
28
47-2 48.7
30;
28
36.0 37.9
13
30
50.6 49.9
35 -15-0
30
63.9 60.2
17
-14.9
30
48.7 49-7
32 -I5-I
30
42.0 43.6
22
-14.0
32
52.7 52.0
32!
32
52.9 Si.o
33
32 49.6 51.9
34
32
43-4 44-8
24
55-0 53-3
29
34
61.1 56.2
22
34
SO.i 52.2
35
34
43.1 44.9
24
36
53-6 51-9
31
36
71.6 68.2
04
36
50.8 52.8
36
36
43.2 44.8
24
38
53-0 51-4
32
38
74-5 71-3 oo
38
51-9 53-8
38
38
45-3 47-0
27
40
52.5 si- i
33
40
69.7 68.0 06
40
52.1 54-0
38
40
46.0 47.5
28
42
53-3 52.2
31
42
7L3 67.8
05
42
52.1 54-2
38
42
45-3 46.6
27
44
56.0 54.9
27 -15-0
44
72.0 69.0
03
-15.0
44
52.3 54-8
39 -15.5
44
45-6 47-0
27
46
56.5 55-6
26
46
68.1 64.5
10
46
54-1 54-9
40
46
44-9 45-6
26
-13.8
48
56.9 56.0
25
48
67.2 65.2
10
48
54-6 55-1
41
48
42.0 42.9
21
50 57-2 56.3
25
50
68.7 67.3
07
50
54-3 55-3
41
50
43-0 44.3
23
52 58.4 57.5
23
52
68.0 66.4
09
52
53-9 54-7 40
52
42.9 44-3
23
54 58.8 58.0
56 58.5 58.0
22
23
11
66.2 65.7
64.5 62.9
II
14
'so"
53.2 54.0 39
53-2 53-9 39
41.4 42.5
41.8 43.2
2O
21
58 60.0 58.3
21
58
64.9 63.8 13
58
53-0 53.4 38
58
41.2 42.9
21
-13-3
24 oo
65.0 63.3 13 -15.0
20 00
39-5 40.8
18
Correction to local mean time is + 2m sos. 90 torsion = 27/9.
Torsion head at oh com read 315 and at 24)1 2im read 310.
Observers W. J. P. and R. R. T., who alternated from 22h o6m
to 22h i6m.
Correction to local mean time is + sm us. 90 torsion = 27/9.
Torsion head at ish 2Om read 355 and at 2oh l6m read 350.
Observers R. R. T. and W. J. P., who alternated from i8h 22m to
i8h 36m.
SCIENTIFIC RESULTS OF ZIEGLER POLAR EXPEDITION
Tabulation of magnetic declinations observed at Teplitz Bay Continued
Friday, November 6, 1903 Magnet scale inverted.
Sunday, November 8, 1903 Magnet scale erect
Scale East
Scale East
Scale
East
Scale
East
Chr'r readings decli- Temp.
Chr'r readings decli- Temp.
Chr'r
readings
decli- Temp.
Chr'r readings
decli- Temp.
time nation C. time nation C.
time
nation C.
time
nation C.
Left Right
Left Right
Left Right
Left Right
H i
h m d d
o
h m
d d
/
h m
d d
' h m d d
Of
2O OO 45.2 44.1 22 22
-17-3
22 00 47.2 46.8 22 30
-15-5
00*
41.4 47-8
22 28 -19.8 2 OO 49.2 49.8
22 36 -17.6
O2 43.O 41.6 26
02
46.9 44.9 32
02
41.8 47.6
29 02 49.4 50.1
36
04 ! 38.2 36.7 33
04
47.2 45.2 32
04
40.0 45.8
26 04 50.8 51.5
39
06 42.8 40.0 27
06 48.8 46.8 29
06
43-5 49-3
31
06 50.3 51.0
38
08 44.0 42.0 25
08 49.8 47.9 27
08
47-8 52.8
37
08 51.3 52.0
39
10 39.7 36.8 i 32
10 49.1 47.6 28
10
48.0 53-3
38
10 ! 52.2 52.6
41
12 39-1 37-7 32
12
49-7 48.0 27
12
47-3 52.0
36 -19.4
12
51.0 51.6
39
14
37-1 35.0 35
-17.0
14
47.8 46.1 30 -15.3
14
50.2 54.0
40
14 50.3 50.9
38 -17-3
16
35.8 34.9 37
16
46.8 43.7 33
16
50.5 55-0
41 16 49.8 50.2
37
18
33- 3>> 40
18
45.1 42.6 35
18
53.8 57-8
46 18
49-0 49-8
36
20
34.8 34.1 38
20
45-2 43-7 34
20
59 . o 62 . o
53
20
49-8 50.8
37
22
31.8 29.5 44
22
45.2 42.7 35
22
55-6 58.2
48
22
52.0 52.8
41
24
25.0 22.2 55
24
45.7 42.8 35
24
53-6 56.6
45
24
52-4 52.8
41
30.8 28.0 46
26
45-7 43-2
34
26
51.8 54 . 5
42 26
52.4 53.1
28
32.8 29.1 43
28
45-3 43-0
35
28
49-7 52.3
39 28
54-7 55-7
45
30
33.0 28.9 43
-17.0
30
44.2 42.1 36
-15-0
30
47-3 50.2
35 -T9-0 30
54-3 55-0
44
-17.1
32
37.8 30.0 39
32
43-8 40.5
38
32
47.1 49.0
34 32
52.5 53-5
42
34
36.7 34-2 37
34
41.8 38.6
34
Si- i 53-5
41 34
51.2 51.6
39
36
35-0 33-0 39
36
42-2 39-3
40
36
49-3 51.6
38 36
52-3 52.9
41
38
34-9 33-8 38
38
45-1 42.9
35
38
Si-7 53-3
4i 38
53-8 54.3
43
40
27.2 20.6 54
40
44-9 42.2
36
40
52.4 54-5
42 40
54-3 54-6
44
42
27.2 18.0 22 56
42
44-2 41-9
37
42
52-0 53.6
41
42
54-7 55-3
45
44*
56.1 49.8 23 23
-16.8
44
40.9 38.1
42
-14.8
44
52-3 54-1
42
-18.6
44
57-o 58.0
49
-17.0
46*
41.8 25.0 22 50
46
41-2 37-4
42
46
50.3 52-5
39
46
58.1 59-3
Si
48
31.2 16.3 23 06
48
42.2 37-6
4'
48
50.5 52.4
39
48
59-4 60.3
52
50
32.0 17.2 04
50
45-1 40.2
37
50
49.6 50.8
37
5
60.6 62.2
55
52
30.2 15.7 07
52
45.0 40.2
37
52
54-0 56.2
45
52
62.8 64.2
22 58
54 32.1 15.2 06
54
44-7 40.2
38
54
52.9 54.1
42
54
65.2 66.8
23 02
56* 57.8 41.7 24
56
43-3 39-2
39
56
52.9 54-8
43
56
66.9 68.1
04
58 70.6 57-0 i 23 02
58
43-3 39-2
39
58
52-4 53-8
42
58
67.3 68.9
05 !
21 oo 78.2 65.3 22 49 -16.3
23 oo
42-9 39-1
40
-14.7
I OO
53-4 54-9
43 -18.2
3 oo
67.8 69.0
06 -16.9
02 67.7 52.7 23 07
02
42.2 38.9
40
02
57-6 58.6
50
02
69.1 70.6
08
04 67.6 56.0 23 05
04
42.3 39-1
40
04
55.6 56.8
47
04
71.0 72.5
II
06* 42.1 33.3 j 22 45
06
41.8 38.2
06
60.5 61.8
54
06
72-3 73-3
13
08 44.0 36.6 41
08
41.2 38.0
42
08
62.3 63.5
57
08
73-0 73-6
10 51.7 41.0 31
10
41.3 38.0
42
10
58.6 59.3
51
10
74-0 74.6
IS
12 44.7 35.2 41
12
42-3 39-0
40
12
56.9 57-9
49
12
74-8 75-6
17
14 48.2 37-7 37
-16.0
H
42.0 38.9
-14.7
14
57-o 58.5
49 -18.2 14
75.o 75.8
17 -16.6
16 33.9 26.2 57
16
43-7 40.7
38
16
61.4 63.7
57
16
74-4 75-6
16
18 46.0 30.4 44
18
43-7 40.8
38
18
62.4 64.8
22 58
18
73-5 74-2
14
20
40.5 28.1 50
20
43.2 41.2
38
20
64.6 66.2
23 oi
20
75-6 76-3
18
22
47-1 36.3 39
22
45-4 43-0
35
22
66.8 67.8
04
22
70.9 71.8
ii
24
53.7 43.2 28
24
43-8 41.1
38
24
65.1 67.2
23 02
24
69.8 70.3
09
26
49.0 40.5 34
26
41-8 39-5
40
26
60.3 61.3
22 54
26
66.9 67.2
23 04
28 48.7 41.8 33
28
40.8 38.7
42
28
61.6 62.6
56
28
61.8 62.9
22 56
30 57-1 50-4 ' 20
-15.8
30
40.8 38.9
42
-14.6
30
58.6 58.9
51 -18.0
30
60.5 61.2
54 -16.5
32 53.0 45.0 27
32
41.2 38.2
42
32
58-0 58.9
So
32
57-0 58.2
49
34 45.0 36.0 40
34
41.4 38.1
42
34
58.8 59-2
Si
34 58.7 60. i
52
36 31.0 29.3 22 57
36
41.8 38.2
41
36
50.6 52.0
39
36
59.3 61.0
53
38 26.2 24.0 i 23 05
38
41-7 37-8
42
38
48.9 49.7
36
38
58.2 60.0
Si
40 27.1 24.8 | 03
40
43-8 39.9
38
40
53-4 54-6
43
40
57-5 58.8
50
42 18.2 13.8 ! 19
42
43-1 40.7
38
42
55-0 55.6
45
42
58.9 59-9
52
44
12.8 9.2 27
-15.6
44
44.0 41.0
37
-14.6
44
53-6 54-3
43 -17-9
44 60.9 61.8
55 -16.5
46
14.6 9.6; 25
46
44.2 39.8
38
46
52.8 53-5
42
46
63.6 64.8
59
48
23-3 20.3 ; 10
48
43-3 39-2
39
48
52.0&
40
48
63.2 64.6
59
50
22.2 20.9 10
50
43-2 39.4
39
50
50. ob
37
50
62.6 63.4
58
52
17.0 15.2 23 Ip
52
42.7 38.7
40
52
50.0 50.2
37
52 61.6 62.2
56
54
32.2 29.4 22 56
54
41.3 37-7
42
54
54-0 54-4
44
54*
51-3 52.6
22 57
56
42.2 41.0 39
56
41-8 39-8
40
56
56.3 56.9
47
56 54-3 56.3
23 02
58
45-8 45-0 33
58
42.1 40.8
39
58
Si-i 52-3
40
58 ; 52-9 55-0
OO
1
24 oo
41.0 40.1
40
-14-5
i
!
Correction to local mean time is + 5m 363.
Torsion head at igh 40111 read 350 and at 24)1 20111 read the same.
Observer R. R. T.
Observer W. J. P.
MAGNETIC OBSERVATIONS
Tabulation of magnetic declinations observed at Teplitz Bay Continued
77
Sunday, November 8, 1903 Magnet scale inverted