MAERZ 1978
FEHMARNBELT
STROMRICHTUNG
IN
GRAD,
STROMGESCHWINDIGKEIT IN
CM/SEC
DA
0 UHR
2
4
6
8
10
12
14
16
18
20
22
1
0
110
13
70
36
50
23
60
20
45
23
2
45
26
325
20
35
13
0
300
33
300
16
3
320
6
300
40
290
46
300
26
320
20
250
6
4
270
13
340
10
0
225
6
295
6
295
26
5
280
26
280
20
255
20
250
43
260
33
235
26
6
135
20
120
33
145
60
125
46
105
60
90
93
7
90
73
85106
120
53
90
26
60
60
55
20
8
75
40
75
46
70
60
75
53
90
53
90
33
9
0
130
33
135
40
125
26
100
60
110
73
10
90100
100
60
100
33
60
43
70
40
90
66
11
115
60
95
86
110
70
100
60
105
33
105
13
12
90
10
125
46
95
46
90
26
85
26
0
13
310
26
335
13
0
170
20
120
26
85
20
14
90
46
90
46
90
46
90
53
90
66
95
20
15
345
6
50
13
75
40
90
20
45
6
70
20
16
50
6
60
6
350
6
10
20
340
20
350
13
IT
350
40
100
40
140
26
110
43
135
46
120
53
18
120
76
135
63
135
6
110
13
80
26
10
6
19
345
13
290
53
285
53
295
40
315
60
310
33
20
330
60
295
63
295
40
300
53
295
46
295
66
21
295
60
300
53
300
60
295
40
275
40
250
36
22
230
26
215
40
275
50
345
26
360
6
325
60
23
330
53
315
60
300
66
310
23
330
46
325
66
24
330
50
320
46
325
60
30
40
45
33
60
60
25
45
26
55
36
0
70
46
90
40
70
20
26
325
40
20
26
0
110
26
130
53
120
20
27
105
73
100
60
80
53
80
53
60
53
360
76
28
20
36
45
20
20
16
10
20
0
0
29
0
0
0
0
20
26
0
30
0
340
20
0
0
0
0
31
275
10
205
16
0
60
6
70
6
0
maerz 1978 fehmarnbelt Temperatur und Salzgehalt in den tiefen
DA
0
METER
5
METER
10
METER
15
METER
20
METER
25
METER
28
METER
1
1.3
15.57
1.2
15.76
1.2
16.36
1.2
16.86
1.3
17.00
1.3
17.04
1.3
2
1.1
15.45
1.2
15.46
1.2
15.54
1.2
17.24
1.3
17.68
1.5
18.59
1.6
18.60
3
1.1
15.20
1.1
15.39
1.2
15.95
1.3
16.90
1.4
17.63
1.6
18.77
1.7
18.76
4
1.2
15.33
1.2
15.50
1.1
15.86
1.2
16.32
1.3
16.94
1.8
19.05
2.0
19.66
5
1.5
13.59
1.1
15.47
1.1
15.81
1.2
16,17
1.6
18.43
2.0
19.79
2.0
19.84
6
1.1
12.83
1.2
14.91
1.3
15.63
1.3
16.08
1.4
17.17
1.9
20.19
2.1
20.25
7
1.6
13.98
1.9
15.10
2.3
18.55
2.7
21.37
2.7
21.71
2.9
21.79
2.9
21.86
8
1.7
17.31
1.8
17.62
2.0
18,72
2.5
20.25
2.7
21.33
3.1
22.60
3.1
22.72
9
1.6
15.96
1.7
16.24
1.7
16.82
1.9
18.33
2.4
22.43
2.7
22.47
3.0
22.47
10
1.8
16.51
2.0
17.12
2.1
17.89
2.2
18.37
2.4
22.34
3.0
22.41
3.1
22.46
11
2.2
18.64
2.4
19.22
2.4
19.35
2.4
19.49
2.5
19.93
2.7
21.12
3.2
23.02
12
1 .6
15.24
1.8
15.84
2.4
2.7
19.78
2.7
20.56
3.1
22.68
3.1
22.75
13
2.2
16.25
2.2
17.15
2.3
18.01
2.5
19.27
2.8
21.03
2.8
21.17
2.8
21.42
14
2.0
15.82
2.2
15.98
2.4
16.12
2.5
18.76
2.7
20.45
3.0
22.04
3.0
22.06
15
2.1
15.69
2.2
15.71
2.3
16.24
2.5
19.19
2.9
21.71
3.1
22.53
3.1
22.56
16
2.3
15.94
2.4
16.03
2.5
16.24
2.4
18.10
2.7
20.53
3.0
22.13
3.1
22.16
17
2.3
15.87
2.5
15.88
2.5
15.95
2.4
16.31
2.5
19.29
2.7
22.78
2.7
22.79
18
2.0
16.63
2.0
16.68
2.2
16.95
2.3
16.97
2.3
17.40
2.7
21.28
3.0
21.39
19
1.9
15.70
2.0
15.71
2.2
17.19
2.4
17.52
2.4
21.37
2.5
23.17
2.5
23.33
20
2.0
15.88
2.0
15.88
2.0
15.89
2.0
15.94
2.0
15.93
2.9
22.66
3.3
22.70
21
1.9
14.28
1.9
14.45
2.0
14.68
2.5
14.73
2.5
15.97
3.0
23.09
3.0
23.19
22
1.6
12.87
1.7
13.02
1.7
14.87
1.9
15.32
2.4
20.70
3.2
22.01
3.2
22.16
23
1.9
13.53
1.9
13.57
1.9
13.91
1.9
14.64
2.0
15.22
3.0
22.46
3.4
22.51
24
1.9
13.43
1.9
13.70
2.0
15.39
2.0
15.61
2.7
20.27
3.1
22.20
3.2
22.24
25
2.1
15.04
2.1
14.99
2.2
17.45
2.5
18.97
3.1
21.69
3.1
21.80
3.1
21.81
26
2.2
15.15
2.2
15.14
2.2
15.14
2.2
15.33
2.7
19.80
3.1
21.79
3.1
21.87
27
2.1
13.40
2.1
13.36
2.1
14.62
2.2
15.61
2.4
16.95
2.7
20.40
2.9
20.44
28
2.4
15.30
2.3
15.31
2.2
15.80
2.6
17.80
2.9
19.62
3.0
20.85
3.1
21.30
29
2.9
15.70
2.9
15.70
2.9
15.72
2.5
16.78
2.9
19.25
3.0
20.97
3.0
20.97
30
3.2
15.13
3.1
15.42
2.7
15.89
2.7
17.02
2.7
18.99
2.9
20.72
3.1
20.77
31
3.0
15.35
3.0
15.61
2.7
16.04
2.7
17.62
3.0
20.13
3.2
21.34
3.2
21.35
MI
1.9
15.24
2.0
15.58
2.0
16.29
2.1
17.38
2.4
19.34
2.7
21.35
2.8
21.65
ST
0.5
1.29
0.5
1.24
0.5
1.27
0.5
1.70
0.5
2.05
0.5
1.47
0.5
1.26