1959 
TEMPERATUR uno SALZGEHALT in der tiefe von : 
Fehmarnbelt 
Da- 
Juli 
August 
htm 
5 m 
10 m 
15m 
20 m 
25m 
Boden 
5 m 
10 m 
15 m 
20 m 
25 m 
Boden 
1 
16.2 
14.08 
15.8 
14.45 
15.0 
16.39 
13.4 
2C.00 
9.0 
26.60 
8.5 
27.22 
19.6 
9.86 
18.3 
12.42 
17.9 
16.35 
10.9 
24.56 
10.8 
27.10 
10.7 
27.62 1 
l 2 
16.2 
15.44 
16.2 
13.46 
14.3 
18.16 
12.8 
20.59 
8.3 
27.40 
6.2 
27.50 
19.5 
10.60 
18.1 
13.11 
15.8 
17.76 
11.4 
24.42 
10.9 
27.55 
10.7 
27.72 
j 3 
13.1 
15.77 
14.3 
17.64 
13.0 
21.00 
11.4 
22.91 
8.4 
27.11 
8.4 
27.14 
20.1 
9.16 
20.1 
15.34 
18.1 
16.47 
18.1 
16.47 
10.9 
2Z..J» 
10.8 
??,.73 
4 
1».7 
17.28 
14.1 
16.86 
11.7 
21.99 
26.02 
8.4 
27.22 
8.4 
27.27 
19.7 
11.09 
18.9 
16.00 
16.3 
18.36 
11.9 
25.08 
10.7 
27.45 
10.7 
27.48 j 
5 
15.6 
15.2 
18.20 
13.5 
20.60 
9.8 
24.86 
9.2 
25.94 
8.5 
27.22 
18.8 
13.65 
17.7 
16.66 
14.2 
22.16 
11.4 
26.73 
10.6 
27.44 
10.6 
27.58 1 
6 
16.4 
16.83 
16.0 
17.32 
14.7 
19.03 
11.4 
23.24 
9.8 
25.50 
8.9 
26.64 
18.9 
13.65 
18.9 
13.76 
13.4 
21.70 
26.06 
10.7 
27.24 
10.9 
27.38 . 
1 
17.1 
15.66 
16.6 
16.14 
14.6 
17.11 
12.7 
20.34 
9.4 
26.22 
8.9 
26.78 
18.1 
16.65 
16.0 
20.32 
12.9 
23.49 
11.4 
26.88 
11.6 
27.20 
11.5 
27.26 I 
8 
17.6 
15.69 
16.9 
16.25 
15.8 
18.86 
13.6 
21.46 
9.4 
26.26 
8.9 
26.88 
18.5 
16.16 
17.8 
17.56 
12.3 
23.78 
11.7 
26.80 
11.1 
27.24 
11.0 
27.24 ' 
9 
17.7 
15.56 
16.8 
16.20 
16.2 
16.98 
13.9 
20.38 
9.4 
26.24 
9.0 
26.90 
19.3 
14.60 
18.6 
16.27 
17.3 
19.00 
12.0 
24.07 
11.6 
27.45 
11.6 
27.50 
10 
18.2 
14.80 
16.3 
16.44 
15.2 
17.16 
13.1 
20.80 
9.3 
26.64 
9.1 
26.83 
18.8 
13.73 
19.2 
14.89 
18.7 
16.21 
13.1 
23.18 
11.1 
26.77 
11.5 
27*26 1 
11 
18.6 
15.46 
17.2 
16.20 
15.2 
17.93 
10.7 
25.70 
9.3 
26.70 
9.1 
26.81 
19.7 
11.59 
18.9 
15.62 
18.1 
15.26 
12.3 
23.54 
11.6 
27.20 
11.6 
27.54 
12 
18.5 
13.02 
16.1 
15.34 
15.6 
17.10 
11.3 
23.64 
8.8 
26.73 
8.8 
27.59 
19.7 
10.14 
19.5 
12.56 
18.0 
15.12 
13.0 
23.18 
11.7 
27.30 
11.6 
27.36 
15 
19.1 
12.26 
17.1 
13.68 
15.2 
17.05 
10.5 
23.81 
9.2 
25.92 
9.4 
28.17 
19.6 
11.50 
18.9 
13.21 
17.7 
15.60 
15.1 
22.80 
11.6 
27.31 
11.6 
27.42 
1 4 
18.4 
12.30 
18.4 
12.30 
15.6 
16.60 
11.6 
23.01 
9.0 
26.46 
8.8 
26.88 
19.6 
9.15 
19.5 
10.28 
17.8 
15.42 
14.6 
20.59 
11.5 
27.23 
11.4 
27.28 
15 
18.1 
14.31 
18.6 
14.81 
16.9 
16.59 
13.8 
19.12 
10.1 
26.99 
9.6 
27.76 
19.9 
9.25 
19.1 
IO.34 
16.5 
17.47 
12.3 
25.60 
11.0 
27.21 
11.0 
27.23 : 
16 
18.0 
15.32 
17.0 
16.56 
16.1 
18.12 
13.1 
20.56 
9.9 
27.21 
9.7 
27.44 
20.1 
9.26 
18.3 
14.87 
17.4 
17.30 
14.7 
20.52 
10.9 
27.10 
11.1 
27.16 
• 17 
18.1 
15.20 
17.9 
15.73 
17.4 
16.48 
13.7 
18.92 
10.3 
27.20 
9.9 
27.65 
19.3 
10.47 
18.3 
16.4? 
15.8 
19.32 
14.6 
20.68 
11.O 
27.12 
11.0 
27.14 
; 18 
18.1 
12.46 
17.8 
13.57 
17.4 
15.57 
13.8 
21.58 
10.3 
27.01 
9.8 
27.43 
19.1 
11.52 
19.2 
13.47 
16.7 
18.37 
12.7 
23.27 
11.1 
27.04 
11.1 
27.04 
19 
18.2 
10.46 
18.4 
13.50 
17.4 
15.41 
12.9 
23.15 
9.7 
26.94 
9.5 
27.24 
18.8 
15.22 
17.6 
16.55 
14.9 
20.48 
12.6 
22.70 
11.1 
26.52 
11.1 
26.96 
20 
18.8 
11.23 
18.4 
13.52 
16.6 
14.60 
12.9 
19.50 
10.0 
26.14 
9.9 
27.22 
19.3 
12.33 
18.4 
14.84 
15.1 
20.22 
12.3 
24.67 
11.1 
27.00 
11.1 
27.00 
21 
18.2 
9.80 
18.2 
14.60 
17.0 
16.23 
12.5 
21.34 
9.6 
27.10 
9.5 
27.20 
19.8 
11.26 
17.8 
15.85 
15.6 
19.32 
12.6 
24.15 
10.7 
26.52 
10.9 
26.78 ! 
22 
19.5 
12.04 
18.4 
15.60 
17.1 
16.76 
14.7 
19.37 
9.8 
27.02 
9.4 
27.24 
19.6 
11.42 
19.4 
12.38 
17.9 
16.10 
14.0 
21.44 
11.3 
26.49 
11.1 
26.60 ; 
25 
19.5 
14.86 
18.3 
16.24 
16.7 
17.08 
12.5 
22.08 
9.4 
26.53 
9.3 
27.14 
20.2 
10.44 
19.6 
11.82 
17.4 
17.12 
12.8 
24.36 
12.0 
26.40 
11.1 
26.59 
24 
19.0 
12.40 
18.5 
15.63 
17.8 
16.27 
14.0 
19.82 
10.1 
25.96 
9.5 
27.02 
20.3 
10.67 
19.4 
13.52 
17.6 
16.50 
12.7 
24.72 
12.2 
27.28 
12.2 
27.36 I 
25 
18.6 
- 
19.0 
15.68 
18.2 
16.12 
14.2 
19.83 
10.0 
26.24 
9.5 
26.93 
20.5 
10.06 
19.4 
13.66 
18.0 
17.30 
12.5 
26^22 
12.3 
27.44 
12.2 
27.53 
26 
19.5 
14.84 
12*0 
15.51 
18.1 
16.33 
14.1 
19.65 
10.1 
26.58 
9.4 
27.60 
19.9 
12.82 
17.9 
16.88 
15.2 
22.90 
12.7 
26.49 
11.4 
26.74 
11.5 
26.78 
27 
20.5 
12.32 
19.0 
15.46 
18.2 
16.23 
12.8 
20.83 
9.1 
26.70 
9.5 
26.90 
18.3 
16.56 
18.0 
17.24 
17.9 
17.86 
16.0 
21.52 
12.8 
26.70 
12.8 
26.73 
I 28 
29 
19.5 
19.8 
8.85 
9.48 
18.8 
18.5 
13.34 
13.51 
18.3 
17.2 
15.93 
16.74 
11.0 
10.7 
24.86 
25.40 
9.7 
10.0 
26.74 
26.86 
9.6 
10.0 
26.84 
26.91 
18.7 
18.0 
14.40 
18.0 
17.8 
17.64 
18.48 
17.7 
17.6 
18.62 
18.94 
12.9 
14.9 
24.91 
21.82 
12.1 
1LJ 
26.00 
24.31 
12.3 
12.5 
26.09 
2^ 
50 
21.0 
10.16 
18.6 
14.48 
17.8 
16.42 
10.8 
24.61 
10.7 
27.32 
10.6 
27.80 
17.0 
18.54 
17.3 
18.85 
17.6 
19.50 
14.9 
22.02 
13.1 
25.38 
12.7 
25.90 ' 
31 
20.2 
9.96 
19.0 
14.74 
17.1 
16.88 
11.2 
24.58 
10,7 
27.60 
10.6 
27.81 
17.6 
16.33 
17.5 
17 .5* 
17.5 
18.76 
15.6 
21.10 
13.1 
24.39 
12.8 
25.75