135 
maerz 
1976 
FEHMARNBELT 
STROMRICHTUNG 
IN GRAD, 
STROMGESCHW1ND1GKE1T IN 
CM/SEC 
DA 
0 UHR 
2 
4 
6 
8 
10 
12 
14 
16 
18 
20 
22 
1 
100 
33 
105 
40 
90 
60 
100 
73 
105 
76 
2 
100106 
100166 
105120 
115 
66 
90 
73 
80 
66 
3 
75 
13 
95 
20 
110 
20 
0 
330 
20 
310 
13 
4 
300 
40 
305 
33 
280 
13 
300 
13 
0 
0 
5 
300 
53 
300 
50 
285 
40 
300 
43 
295 
40 
290 
33 
6 
300 
36 
295 
46 
300 
40 
305 
33 
275 
60 
270 
56 
7 
280 
50 
290 
46 
300 
20 
265 
23 
265 
33 
295 
46 
8 
270 
40 
280 
36 
260 
26 
250 
20 
270 
16 
255 
13 
9 
275 
16 
275 
16 
265 
10 
280 
20 
255 
6 
170 
10 
10 
0 
140 
13 
0 
90 
6 
90 
6. 
100 
13 
11 
100 
23 
85 
20 
0 
40 
26 
0 
305 
16 
12 
300 
30 
315 
33 
300 
53 
290 
46 
295 
60 
295 
80 
13 
290 
70 
290 
46 
285 
83 
285 
53 
280 
66 
290 
73 
14 
290 
53 
290 
46 
300 
46 
295 
73 
290 
40 
286 
40 
15 
280 
33 
270 
33 
275 
60 
280 
60 
275 
73 
290 
66 
16 
290 
40 
270 
53 
280 
53 
280 
60 
270 
63 
275 
66 
17 
270 
63 
255 
53 
270 
33 
295 
33 
275 
26 
280 
36 
18 
280 
40 
280 
46 
280 
30 
310 
20 
290 
10 
280 
16 
19 
285 
20 
275 
13 
290 
20 
290 
20 
310 
16 
325 
13 
20 
320 
13 
290 
26 
285 
46 
282 
33 
285 
16 
260 
20 
21 
280 
33 
270 
16 
300 
46 
300 
53 
295 
73 
295 
60 
22 
275 
46 
280 
80 
280 
60 
280 
66 
290 
46 
275 
73 
23 
280 
53 
290 
46 
270 
26 
280 
26 
310 
20 
225 
6 
24 
290 
6 
310 
20 
180 
10 
145 
8 
0 
0 
25 
360 
8 
30 
26 
360 
20 
0 
10 
20 
325 
33 
26 
285 
30 
20 
20 
100 
13 
120 
20 
115 
53 
100 
46 
27 
120 
53 
90 
46 
85 
66 
110 
53 
110 
53 
9!> 
60 
28 
90 
60 
90 
46 
90 
46 
90 
66 
104 
66 
90 
60 
29 
95 
46 
90100 
70 
80 
85120 
90100 
80 
86 
30 
80100 
90 
93 
100 
80 
100120 
100133 
100133 
31 
90 
76 
85 
86 
85126 
82 
93 
75 
80 
85 
73 
MAERZ lq76 FEHMARNBELT 
TEMPERATUR 
UND SALZGEHALT IN DEN TIEFEN 
DA 
0 
METER 
5 
METER 
10 
METER 
15 
METER 
20 
METER 
25 
METER 
28 
METER 
1 
1.8 
16.78 
1.8 
16.76 
1.8 
16.82 
1.7 
17.13 
1.4 
19. 
42 
1.4 
20.98 
1.3 
21.02 
2 
1.8 
15.65 
1.8 
16.22 
1.8 
18.37 
2.0 
19.18 
2.0 
19. 
39 
2.0 
19.48 
2.0 
19.51 
3 
1.7 
14.79 
1.8 
18.02 
2.0 
17.99 
2.0 
18.99 
2.1 
19. 
47 
2.1 
19.81 
2.2 
19.74 
4 
1.8 
15.37 
1.8 
15.81 
2.0 
17.14 
1.8 
18.40 
2.0 
18. 
76 
2.0 
1.9 
18.83 
5 
1.8 
14.19 
1.9 
15.91 
1.8 
16.68 
1.8 
17.38 
1.7 
18. 
68 
1.7 
18.84 
1.7 
18.88 
6 
1.5 
14.18 
1.7 
14.42 
1.8 
15.44 
1.8 
16.85 
1.8 
17. 
19 
1.8 
18.63 
1.8 
18.64 
7 
1.4 
14.32 
1.5 
14.33 
1.5 
14.34 
1.6 
1.6 
15. 
26 
1.7 
1.7 
18.80 
8 
1.4 
13.54 
1.6 
13.63 
1.6 
1.6 
14.20 
1.7 
1.8 
1.8 
9 
1.1 
12.88 
1.2 
12.88 
1.6 
13.74 
1.6 
14.43 
1.8 
1.9 
18.86 
2.0 
10 
1.0 
1.2 
1.6 
13.88 
1.7 
16.12 
2.0 
18. 
69 
2.0 
19.03 
2.1 
11 
1.4 
14.35 
1.4 
1.4 
1.9 
2.0 
18. 
52 
2.0 
19.02 
2.1 
19.04 
12 
1.1 
1.3 
13.99 
1.3 
14.04 
1.7 
18.25 
1.8 
18. 
41 
1.9 
18.75 
1.9 
18.78 
13 
1.1 
13.24 
1.1 
13.28 
1.2 
13.34 
1.3 
13.78 
1.6 
15. 
65 
1.8 
15.69 
1.9 
15.69 
14 
1.0 
11.58 
1.0 
11.94 
1.1 
12.42 
1.1 
13.37 
1.2 
14. 
28 
1.5 
17.52 
1.7 
17.56 
15 
0.9 
10.88 
1.1 
11.37 
1.1 
12.57 
l.Z 
13.57 
1.5 
17. 
17 
1.8 
18.43 
1.9 
18.47 
16 
0.9 
13.29 
1.1 
13.23 
1.2 
14.64 
1.2 
15.59 
1.3 
16. 
11 
1.6 
19.32 
1.8 
19.40 
17 
0.8 
12.33 
1.0 
12.50 
1.2 
13.40 
1.2 
13.60 
1.3 
15. 
30 
1.5 
18.91 
1.7 
18.86 
18 
0.8 
11.41 
1.1 
12.95 
1.1 
13.28 
1.1 
13.49 
1.2 
14. 
92 
1.5 
19.07 
1.7 
19.11 
19 
0.8 
11.71 
0.9 
11.84 
1.0 
13.08 
1.1 
14.22 
1.5 
18. 
06 
1.6 
19.08 
1.7 
19.17 
20 
1.0 
11.09 
1.1 
12.83 
1.1 
14.92 
1.1 
15.56 
1.3 
17. 
54 
1.3 
19.68 
1.4 
19.77 
21 
1.0 
10.96 
1.1 
13.15 
1.3 
15.34 
1.5 
17.37 
1.5 
17. 
70 
1.7 
19.78 
1.7 
19.87 
22 
0.9 
11.54 
1.1 
12.73 
1.3 
15.36 
1.4 
16.92 
1.9 
18. 
33 
1.8 
19.48 
1.7 
19.44 
23 
0.9 
11.55 
1.0 
13.40 
1.2 
15.09 
1.4 
16.84 
1.7 
18. 
24 
1.7 
19.28 
1.7 
19.34 
24 
1.0 
11.39 
1.2 
11.97 
1.3 
14.90 
1.3 
16.34 
1.5 
17. 
88 
1.6 
18.81 
1.6 
18.89 
25 
1.2 
12.38 
1.2 
12.73 
1.2 
14.73 
l.l 
16.38 
1.2 
16. 
85 
1.5 
18.39 
1.6 
18.42 
26 
1.4 
11.26 
1.4 
11.96 
1.3 
15.03 
1.2 
16.46 
1.5 
18. 
14 
1.7 
18.82 
1.7 
18.89 
27 
1.6 
14.36 
1.5 
15.04 
1.5 
15.46 
1.5 
16.54 
1.5 
1.5 
16.95 
1.6 
16.96 
28 
1.7 
15.01 
1.6 
15.80 
1.6 
16.00 
1.7 
16.51 
1.8 
17. 
31 
1.9 
17.53 
1.9 
17.56 
29 
1.9 
15.74 
1.9 
15.91 
1.9 
16.54 
2.0 
16.79 
2.0 
16. 
84 
2.0 
16.92 
2.0 
16.94 
30 
1.9 
16.18 
2.0 
16.18 
2.1 
16.95 
2.1 
17.66 
2.1 
17. 
69 
2.1 
17.70 
2.1 
17.70 
31 
2.0 
16.28 
2.2 
16.94 
2.3 
19.03 
2.3 
19.20 
2.3 
19. 
26 
2.3 
19.27 
2.3 
19.29 
MI 
1.3 
13.39 
1.4 
14.06 
1.5 
15.19 
1.5 
16.24 
1.7 
17. 
54 
1.8 
18.72 
1.8 
18.73 
ST 
0.4 
1.85 
0.4 
1.82 
0.3 
1.72 
0.3 
1.78 
0.3 
1. 
44 
0.2 
1.07 
0.2 
1.07