Aus dem Archiv der Deutschen Seewarte — 1900 No. c
o
).C
Tab. D (cf. § 14).
Häufigkeit und Länge von Perioden interdiurnen Steigens oder Sinkens der Temperatur 1890/99.
A. Erwärmung
8"
2"
8’’
2 | 3 | 4 | 5 i
>5
II 2 f 3 1 4 [ 5 | >5 l[
2 | 3 j
4 | 5 |
>5
B. Abkühlung
8"
2 P
8 p
4 5
a) Borkuiu.
Januar
2$
6
2
2
—
19
7
5
2
—
! 26
10
5
O
—
25
13
2
2
39
8
7
O
1 (7)
26
8
2
3
3(6,6,7)
Februar
21
7
4
O
1 (6)
1 18
8
6
O
3 (6,6,7)
17
5
7
I
1 (7)
20
12
2
3
—
23
9
2
2
I 23
7
4
1
März .
18
9
4
O
2 (6)
19
14
7
3
2 (6)
20
8
6
4
24
7
4
O
1 (6)
2 3
11
O
21
5
9
5
3
0
April .
27
14
4
O
—
27
II
3
I
2 (6,7)
26
8
3
I
1 (7)
19
6
4
3
1 (7)
23
9
3
I
—
24
1
—
Mai...
23
14
5
I
2 (6,7)
26
I I
3
2
—
31
II
4
2
—
21
7
4
I
1 (6)
31
7
4
2
29
9
3
0
Juni . .
14
12
6
O
3 (6)
! 22
S
5
O
3 (6,6,7)
29
IO
4
3
—
20
5
6
I
22
10
2
2
—
19
14
3
0
—
Juli ..
22
14
1
I
—
31
8
4
,
1 (6)
iS
14
3
I
1 (6)
27
8
5
I
_
27
12
0
O
29
10
5
2
_
August
19
8
3
I
—
24
II
2
2
1 (6)
24
IO
3
3
21
7
6
O
1 (6)
28
12
3
I
1 (6)
23
11
3
2
—
Septbr.
12
14
2
2
—
19
i7
4
O
1 (8)
24
11
I
O
—
37
6
2
I
1 (7)
29
7
4
O
3°
9
3
1
—
Oktbr.
23
8
1
O
—
22
9
4
O
1 (6)
14
12
2
I
—
21
15
3
5
1 (6)
24
13
6
O
1 (6)
18
16
6
0
2 (6,8)
Novbr.
17
10
3
1
—
15
14
3
O
—
17
9
3
I
—
24
12
5
I
2 (6)
25
10
6
2
22
11
5
2
3 (6,6,7)
Dezbr. .
28
7
1
I
—
27
8
3
I
—
23
12
3
O
-
23
15
I
I
1 (6)
24
7
3
4
2 (6)
25
12
2
1
1(6)
Jal.r...
252
123
36
9
•CSS)
269
126
49
12
/ioX6\
I4l 3X7 )
k iX8 7
269
120
44
17
’ [2X7/
282
113
44
19
•CSS)
318
«15
43
14
»(SS)
289
121
44
13
/ 6X6 \
9 2X7 1
' 1X8 '
J anuar
b) Kiel.
21
15
4
I
—
24
9
5
I
—
28
8
4
O
—
33
3
2
4
1 (6)
36
3
4
I
2 (6, 10)
3°
11
2
0
2 (6, 7)
Februar
22
IO
3
O
I (7)
13
8
8
I
2 (6, 7)
19
8
4
2
1 (7)
25
7
2
3
24
7
5
I
—
22
9
2
1
1 (6)
März ..
27
II
1
3
—
22
II
5
4
1 (7)
26
15
2
I
1 (6)
20
IO
2
I
—
20
10
4
2
—
iS
9
4
1
April .
21
IO
6
3
I (7)
26
I I
9
O
3 (6,6,7)
27
II
6
O
/ 2X6\
^ (2X7 )
28
9
3
O
—
20
9
3
O
—
21
9
2
0
« (6)
Mai....
23
11
4
2
2 (6, 7)
27
8
6
3
—
29
14
6
2
23
5
5
2
—
28
4
4
I
20
7
3
1
Juni .
23
12
6
I
I (6)
25
12
4
I
4 (6)
21
14
3
3
1 (6)
21
5
4
I
—
24
7
2
I
—
22
4
4
2
—
Juli . .
14
IO
7
5
2 (6)
20
II
6
e
—
22
IO
8
I
1 (6)
23
14
3
I
1 (6)
24
8
j
2
21
14
3
j
1 (6)
August
3°
9
3
2
I (71
27
IO
2
I
2 (6)
25
12
2
I
1 (71
l6
13
2
2
22
6
4
2
—
20
6
2
I
Septbr.
23
12
2
O
—
28
11
3
I
—
25
IO
5
O
—
27
15
3
O
—
27
!3
4
2
—
27
14
1
O
1 (6)
Oktbr. .
25
IO
I
O
1 (6)
23
13
3
2
—
17
8
3
2
—
25
11
5
3
—
18
13
7
4
I (6)
20
11
6
2
2 (6)
Novbr..
28
6
3
O
—
19
II
I
I
—
24
9
3
O
—
18
7
6
4
i (6)
23
>3
7
2
3(6,6,7)
21
12
7
3
Dezbr. .
33
5
2
2
—
26
IO
2
2
—
22
13
2
I
—
25
10
4
O
1 (6i
l 9
12
6
3
1 (6)
22
16
5
3
—
Jahr
290
121
42
19
’(SS)
280
125
54
23
■■es)
285
132
48
13
XX
10
ON
284
109
41
21
4 (6)
285
105
51
21
/5X 6v
7liX 7)
'iXlCr
264
122
41
15
“(SS)
Januar
e)
Neufahrwasser.
26
IO
2
O
—
1 22
7
5
3
—
26
6
5
O
1 (6)
31
11
2
3
2 (6,7)
25
II
4
O
,—
21
11
4
O
Februar
22
5
4
I
—
, 22
8
5
I
—
22
8
8
O
—
22
11
I
1 (7)
23
8
5
2
18
9
&
März .
29
7
3
I
4 (6)
24
12
7
I
1 (6)
24
13
I
3
—
21
7
4
O
22
6
3
2
I (6)
20
7
2
2
I (6)
April . .
21
I I
5
I
4 (6,6,7,8)
29
8
I
3
1 (6)
26
9
2
I
3 (6,6,8)
21
9
O
I
1 (7)
24
14
2
O
17
9
.3
I
I (6j
Mai ..
24
IO
9
2
—
27
13
5
I
1 (6)
28
IO
4
2
1 (6)
21
11
4
O
23
12
6
O
2 7
14
2
O
Juni . .
18
13
3
2
1 (6)
29
I I
5
I
1 (7)
34
11
3
O
1 (6)
*5
7
4
2
. —
19
12
0
I
—
ai
8
4
I
—
Juli . .
20
12
6
3
1 (6)
24
12
7
I
1 (7)
24
II
3
O
*
27
10
3
O
1 (6)
24
8
5
I
27
7
2
1
I (6)
August
27
8
4
O
—
17
I I
8
—
—
20
13
5
I
—
24
16
5
O
22
14
2
I
22
13
O
Septbr.
20
4
6
3
—
24
15
I
2
1 №
23
9
0
2
2 (6, 7)
27
8
5
I
20
IO
I
I (6)
22
10
2
I
*—,
Oktbr.
25
9
2
O
—
23
II
3
I
—
21
5
2
I
—
37
8
2
I
—
25
11
2
I
3(6,7,8)
28
9
5
2
—.
Novbr..
27
8
3
O
—
21
IO
ö
I
—
25
8
3
I
1 (6)
25
12
5
4
1 (6)
21
12
5
3
1 (6)
29
12
4
2
I (6)
Dezbr.
l6
11
7
2
1 (6)
15
II
5
2
-
20
8
5
2
1 (6)
22
IO
6
3
-
25
II
4
3
2 (6)
27
9
I
I (6)
Jahr .
275
10S
54
15
/ 9X6 \
ul iX7 )
v iXS y
277
129
58
17
•CSS)
293
III
41
13
/8X6\
10 ( iX'7 )
Mxs ;
293
120
43
16
vo t'-
XX
^TOfO
MD
273
I29
4'
15
/6X6\
8(1x7)
v iX8 ;
279
ns
42
14
5 (61
