Juni 1951 
Beobachter: E, Fette, W. Thomsen, E. Lemke u. Fr. Reichert Flensburg 
Da- 
‘um 
WIND woher Beaufork Stärke 0-12 
SEEGANG woher Petersen Stärke 0-9] 
4b | 8° | 12° | 16 | 20° | 24 
STROM wohin cm/sec 
“12° 1] 16" 20* | 24" 
4b | an | 12) | 46 | 208 | 
Dt 
32 1 | 
0 
29 11 
32 1 
95 1 
293 2953 
36 3] 34 3 
111114112 
183 [162 
081441144 
29 1 ' 
16 4 
25 3 
23 5 
23 2 
29 1 
29 1 
17 2 
© 
17 
312 
171 
11 1 
0 
11 1 
7 1 
% 
9 
a 
a 
0 
(9) 
16 14 
7 
© 
[8] 
233 101 101 13 
0‘ 325 7 
274 8 0 
Oo 47 7 
274 10 287 3 
122 15 111 27% 
O0 118 10 
302 13 317 8 
355 15 0 
o!337 15 
‘00 17 
Ö 
302 10 
0 
Ö 
101 13 
292 10 | 
305 7 
0 
291 7 
106 22 
313 17 
327 5 
352 7 
0 
46 
+. 
17 
) 
£ 
. 
7 
C 
) 
a 
7 
@ 
m 
0 | 
N 
O0 
2 
Mm 
Q 
O 
32 2 
0 
34 3 
C 
167 5 
116 15 
307 17 
330 18! 
289 201 
0 
126 147) 
2 5 
102 18' 
ı 81 12 
0 
0 352 10 
317 23 237 3 
327 8| 9ı 12 
0 0 
126 5 0 
Q 
I 
9 | 
34 1 
36 
1 
ea 
0! 
14 2 
Ö 
0 
170 10 
‘79 12 
283 17 
327 22 
302 2 
ni 
274 
34 2 
14 3 
14 2 
18 3 
27 3 
09 2 
14 2 
14 2) 
14 2! 
36 3 
14 3 
‚412 
36 2 
39 3 
112 
291129 2 
36 1 9 
0 0 
18 1 0 
14 21143 
27? 
34 1 
14 1 
0 
18 1 
27 2 
100 18 
° 
322 8 
343 172 
6 
Q | 
0 | 
14 2 
” 
0: 
14 3 
14 2 
14 4 
14 2 
4 11141 
6 
29.212911 
23 1 ol! 
2721272 
0 0 
9 9 
27 11 
18 2° 
25 4 
25 3 
25 21 
29 2 321 
162 142 
292 1817 
z2 432 3] 
29 3'29 3] 
21 l182'1821112 143 
22141 411141114 094 
3118 2l!18411411410412 
24132 113411252 203 
25} 18312041254 254 
26) 18 21182114 2'253 233 
27|253]203|2011232 273 
28|2731253|293!274 274 
29 | 32 4 3420 -- 293 
30 | 29 1|30 2 le 
51 
2 2 
6 3 
25 3 
23 4 
27 2 
29 3 
14 5 
25 4 
25 2 
272 
19 2 
20 2 
27 3 
20 2 
29 2 
° 
0 
3 
16 3 
25 41 
23 1 | 
# 
0 
‘62 
75 2 
23 2 
A 
29 2 
14.1 
25 2 
25 1 
Ö 
0 
97 8 
22 10 
1311 17 
C 
O0 131 20 
Oo 322 8 
106 13 | 99 8 
52 201 57 8 
0 0 
"al 
310 15 
+11 15 
61 15 
0 
Q 
141 
0 
104 22 
25 2 
25 1 
09} 
° 
Q 
16 2 
29 3 
32 3 
25 3 
23 1 
16 1 
14 2 
0 
27 1 
18.111111 42 144 143 C 
14.3 113 113 113 093 0921142 296 23 
o 181!18 11411) 1 0944 © 284 7 
20 3 0 34 1'251 1 2|232 202 165 5 
2» 2 1822031253125 3 25 2125 4 0! 
>3 31181118 1'114 1125212321232] 27 10 
»9 41252 202'201'232|273 | 29 3 0 
294127 2'252l292|273|27 329 3'133 10 
29 3 j 3 [29 3 2 3 / - 3 2 1 2] 96 | 
za 31291 130112511184 |32 2]34 21106 12 
0 
322 12) 
0 
81 3 
91 20 
° 
322 15 
304 5 
0 
62 12 
5 
0 
312 18 
317 10 
0 
71 43 
“x 
52 3 
32 31 
5 5] 
29 4 
172 7 
69 13 
Oo 
294 20 
[8] 
337 10 
258 23| 
57 7 
107 7 
01 
333 15 
m Tr 
347 8 
297 20 
41 8) 
91 
94 23 | 
19 12 
ol 
18 4130 
321 1] 
287 17° 
262 7 
338 10 
89 1401 
99 22 
6 
172 7 
‘17 18 
128 28' 
125 8] 
09 3 
09 2 
Ö 
a7 
W 
" 
9 
149 5 0 
138 17[| 146 13 
OÖ | 359 5| 
© 
107 15 
144 8 
123 8 
OBERFLÄCHEN-| Da- 
a tum 
Temp. SM 
1 
2 
11.5 
13.6 
13.2 
14.7 
15.4 
14.76 
14,76 
14.63 
14,63 
14,76 
x 
“ 
= 
14.0 
14.4 
14.6 
15.1 
14,7) 
14.74 
14,70 
14.09 
HRG 9 
14,24 * 10 
14.4 
14.8 
15,0 
14.9 
14.09 
14.13 17 
14.52 | 12 
14.54 | 13 
| 
14.611 15 
14.8 
15.8 
15.1 
15.7 
15.9 
14.72 
—. 
13.82 | 18 
1 19 
14.671 20 
15.9 14.65 | 21 
15,9 14.49] 22 
15.7 14.38 | 93 
15.8 14.36 | 24 
15.8 14.78 | 25 
15.3 14.79| 26 
15,3! 14.83] 27 
15.4 | 14.78 | 28 
14.7 | 14,94 | 29 
- - 30 
z1