JULI 
1970 
fehmarnöelt 
STROMRICHTUNG IN 
GRAD ♦ 
STROMGESCHWINDIGKEIT 
IN 
CM/SEC 
DA 
0 UHR 
2 
4 
6 
8 
10 
12 
14 
16 
18 
20 
22 
1 
0 
13 
75 
10 
45 
30 
9 
30 
5 
20 
310 
40 
2 
70 
25 
50 
20 
0 
60 
10 
3 
40 
13 
88 
26 
80 
13 
115 
23 
106 
26 
90 
20 
4 
108 
56 
107 
56 
90 
66 
88 
63 
88 
93 
92 
60 
5 
98 
56 
70 
70 
85106 
85 
66 
98 
43 
105110 
6 
93 
86 
85 
73 
104 
83 
80 
53 
93 
53 
100 
60 
7 
56 
46 
45 
46 
73 
43 
77 
33 
35 
20 
47 
40 
8 
88 
26 
127 
13 
87 
36 
37 
33 
348 
16 
300 
36 
9 
305 
40 
316 
30 
330 
26 
293 
56 
313 
83 
320 
66 
10 
340 
40 
84 
40 
175 
20 
105 
6 
65 
10 
80 
3 
11 
0 
355 
10 
90 
40 
110 
53 
120 
33 
100 
40 
12 
100 
46 
103 
40 
88 
60 
85 
46 
95 
46 
105 
83 
13 
110 
66 
75 
66 
65 
56 
70 
60 
60 
66 
60 
60 
14 
86 
70 
80 
86 
93 
80 
95 
66 
105 
66 
90 
60 
15 
1 10 
66 
95 
66 
75 
70 
92 
73 
100100 
110 
60 
16 
120 
86 
94106 
100 
80 
100 
73 
107 
80 
85 
73 
17 
60 
46 
98 
90 
80 
73 
75 
73 
113 
46 
54 
26 
18 
70 
40 
53 
20 
66 
26 
350 
8 
5 
i6 
347 
30 
19 
300 
20 
205 
33 
255 
20 
240 
20 
175 
5 
112 
20 
20 
50 
16 
75 
16 
50 
20 
30 
1 6 
345 
16 
290 
20 
21 
85 
16 
75 
63 
105 
73 
126 
46 
90 
46 
22 
87 
46 
100 
70 
95 
66 
120 
50 
87 
60 
85 
80 
23 
75 
66 
80 
73 
67 
80 
75 
66 
73 
93 
35 
66 
24 
10 
40 
337 
46 
354 
40 
338 
26 
306 
26 
300 
46 
25 
290 
73' 
295 
66 
320 
36 
240 
56 
271 
73 
26 
330 
40 
302 
70 
297 
73 
358 
26 
60 
30 
27 
344 
40 
340 
26 
323 
40 
344 
26 
315 
23 
327 
26 
28 
275 
20 
324 
43 
345 
20 
0 
347 
23 
318 
66 
29 
305 
46 
306 
56 
280 
26 
280 
40 
306 
36 
325 
36 
30 
302 
40 
305 
40 
320 
40 
316 
50 
305 
26 
284 
50 
31 
300 
33 
308 
20 
290 
33 
286 
46 
308 
20 
298 
33 
JULI 1970 FEHMARNBELT 
TEMPERATUR 
UNO SALZGEHALT IN DEN TIEFEN 
DA 
0 
METER 
5 
METER 
10 
METER 
15 
METER 
20 
METER 
25 
MEIER 
28 
METER 
1 
16 • 5 
10.563 
16.8 
10.389 
13.5 
13.972 
12.7 
15.845 
9.2 
21.466 
7.4 
27.407 
7.3 
27.493 
2 
15.6 
9.638 
15.7 
10.327 
15.6 
10.332 
13.1 
15.827 
8.8 
22.371 
7.5 
27.612 
7.2 
27.959 
3 
15.3 
10.192 
15.7 
10.319 
15.6 
10.321 
13.4 
13.429 
10.9 
18.464 
7.7 
27.859 
7,7 
27.933 
4 
15.8 
13•595 
15.9 
13.386 
16.1 
13.554 
16.2 
13.714 
8.2 
26•249 
7.8 
27.275 
7.8 
27.332 
5 
15.5 
12.605 
15.6 
13.982 
14.7 
15.734 
12.6 
20.151 
9.8 
24.750 
3.8 
26.037 
8.6 
26.062 
6 
15.4 
14.635 
15.6 
14■563 
14.8 
16.159 
12.5 
20.354 
9.0 
25.976 
8.5 
27.206 
7.7 
27.504 
7 
16.2 
13.489 
15.7 
14.195 
14.7 
16.939 
11.5 
22.965 
8.3 
27.159 
8.6 
27.190 
7.7 
27.765 
8 
17.9 
13.895 
15.8 
14.560 
15.7 
15.44$ 
14.8 
16.762 
10.2 
24.560 
8.7 
27.203 
8.2 
27.297 
9 
16,2 
11.669 
15.6 
13.045 
15.8 
14.947 
14.2 
17.606 
11.0 
23.000 
8.6 
27.341 
8.3 
27.474 
10 
17.4 
10.291 
17.8 
10.427 
15.4 
12.339 
14.8 
16.279 
9.4 
25.927 
8. 3 
27.504 
8.1 
27.655 
11 
16.9 
11.982 
17.4 
13.989 
16.5 
14.951 
13.6 
18.256 
10.0 
24.316 
7.9 
28.036 
7.9 
28.257 
12 
16.5 
14.368 
1 6 * I 
14.995 
16.7 
15.148 
14.5 
17.121 
9.6 
24.818 
8.5 
26.960 
7.8 
28.311 
13 
16.5 
15.279 
16.7 
15.461 
16.0 
16.277 
15.2 
16.791 
7.8 
28.743 
7.5 
28.947 
7.5 
28.976 
14 
15.6 
15.871 
15.8 
16.004 
15.4 
17.125 
8.9 
27.102 
8.3 
27.920 
8.1 
28.256 
7.9 
28.636 
15 
15.7 
15.930 
15.8 
16.3.73 
15.2 
17.868 
12.1 
23.453 
10.2 
25.604 
8.1 
28.307 
8.0 
28.343 
16 
14.5 
18.218 
14*8 
19.146 
14.2 
21.170 
11.8 
24.198 
11.3 
24.764 
8.5 
27.860 
8.3 
28.050 
17 
14.5 
20.857 
13.2 
21.992 
12.5 
23.290 
12.2 
23.830 
10.0 
26.316 
8.0 
28.428 
7.9 
18 
14.9 
18.608 
15.2 
18.799 
14.9 
20.104 
12.8 
22.984 
11.0 
25.459 
8.3 
27.970 
8.0 
28.255 
19 
15.2 
15.588 
15.5 
15.657 
14.7 
18.717 
12.7 
22.547 
9.9 
26.211 
8.0 
28.306 
7.9 
28.281 
20 
15.7 
15.637 
15.8 
17.040 
15.5 
17.754 
14.9 
18.402 
10.6 
25.430 
8.2 
28.098 
8.1 
28.180 
21 
15.5 
16.743 
15.7 
16.855 
15.7 
16.917 
14.5 
19.546 
10.8 
25.103 
8.6 
27.584 
8.0 
28.183 
22 
15.4 
16.409 
15.7 
16.600 
15.6 
16.691 
15*4 
17.182 
11.1 
24.808 
8.2 
27.869 
8.1 
27.900 
23 
14.8 
18.083 
14 • 5 
19.167 
14.3 
19.566 
14.5 
20.121 
11.6 
24.398 
8.3 
27.919 
8.2 
27.930 
24 
15.0 
19.047 
14.8 
19.346 
14.8 
20.146 
14.0 
21.097 
11 .4 
25.121 
8.9 
27.415 
8.4 
27.809 
25 
15.0 
13.683 
15.1 
12.962 
14.7 
17.713 
11.6 
20.463 
9.8 
26.730 
8*8 
27.434 
8.7 
27.539 
26 
15.8 
12.103 
1 6 • 1 
12.239 
15.0 
17.581 
14.4 
20.327 
11.7 
24.818 
9.6 
26.840 
8.5 
27.755 
27 
16.0 
12.309 
16.3 
12.412 
15.8 
14.831 
15.4 
17.36g 
11.7 
24.864 
9.3 
27.207 
8.6 
27.670 
28 
15.6 
10.861 
1 6 9 0 
11.411 
15.7 
15.963 
14.5 
19.058 
12.1 
23.909 
9.1 
27.350 
8.7 
29 
16.4 
12.387 
16.6 
12.558 
1 6 « 6 
12.649 
15.2 
17.167 
11.7 
22.859 
9.0 
27.472 
8.7 
27.582 
30 
15.4 
9.532 
16.3 
12.228 
16.5 
15.655 
14.9 
17« 644 
10.5 
25.963 
10.2 
26.583 
9.2 
27.286 
31 
16.0 
11.520 
16.5 
12.761 
16.0 
14.450 
14.6 
18.871 
12.4 
23.834 
9.3 
27.196 
8.8 
27.551 
MI 
15.8 
14.051 
15.8 
14.619 
15.3 
16.268 
13.7 
19.241 
10.3 
24.900 
8.5 
27.570 
8.1 
27*820 
ST 
0.8 
3.012 
0.9 
3.008 
0.9 
2.908 
1.6 
3.189 
1.2 
1.938 
0.6 
0.589 
0.5 
0.525