September 1951 
Beobachter: R. Garrels u. W. Iggena 
Da- 
"um 
VL STROM wohin 
2" | 4 | Eh | 
8» | 10m | 12° | 140 | 
cm/sec 
18 | 20° | 22" 
16 I 
24 
ı 
% 
260 25 | 
299 30 
246 12' 
322 5 
0 
121 8 
20 
12 
22 
358 2E 
295 15 
280 20 
295 25 
280 18 
341 18 
221 28 
- 23 
199 7 
155 12 
02 23 
55 18 
32 23 
5% 10 
89 7 
7 4 
307. 20 
243 35 
- 30 
226 13 
De 
‚09 
70 
18 
51 
47 
28 
23 
40 
25 
E, 27 
123 23 
89 28 
67 28 
57 30 
75 5 
306 12 
303 12 
535 30 
281 13 
80 10 
102 42 
120 47 
4 
119 20 
127 13 
| 85 10, 
78 28 
‘32 15 
176 27 
- 10 
67 28 
320 3° 
70 
359 22 
126 7 
195 53 
157 23 
- 13 
117 17 
15 
1E 
55 
21 35 
298 15 
251 20 
218 15 
- 7 
141 17 
© 
24 10 
335 12| 
359 22 | 
516 30 
270 25 
266 3351| 
- 22 
296 3 
1'097 32 
94 42 
34 18 
45 42 
52 2C % 37 C 
74 25 8&E3 22 102 10 
20 13| 61 32| 62 20 
96 18, 71 42| 68 38 
25 17' 77 251 83 22 
260 7 291 13'162 18 
271 23 173 17 102 
- 13 = 10 
246 3 256 12 
290 27 331 3 
187 23 300 23 
109 38 206 23 
40 
4 
5 
% 
7 
B 
3 
156 13 
- 20 
246 17 
298 7 
285 28 
127 23 
79 30 
17 
ih 
10 
10 
11 
12 
356 18 
30 10 
30 8 
355 | 
309 3 
57 17 
93 32 
78 18 
14 5 
| 46 8 
310 37 
293 12 
30 13 
77 20 
5 32 
319 33 
60 
98 
32 
25 
15 
32 
23 
28 
12 
10 
z0 
13 
14 
15 
55 3 
'32 27 
97 28 
108 18 
360 30 
44 2 
172 13 
123 20 
16 
‘7 
{8 
226 25 
162 7 
207 292 
184 30 
225 13 
263 23 
77 28 
112 20 
83, 23 
107° 23 
82 22 
157 28 
22 
47T 8 162 10 20 
37 22 0 50 
74 201 92 23 23 | 
95 15] 85 15,545 18 325 22,335 35 
22 23| 31 17| 75 10 330 12'315 23 
35 30| 70 33| 67 £& 25 13 30 20 
27! 15 38| 25 3= 82 12 283 25 
22) 27 10| 85 25| 77 23| 107 22 
7 54 23! 35 20° 55 25| 80 38 
35 360 15 56 20 65 30| 74 20 
20 280 33| 294 13 121 17/106 23 
Z5 285 28|316 40 360 281 85 38 
55 
3 
15 
:q - — - =. > — 
20.177 201221 15 236 32 10 132 17 
21 142 15 9253 1%* 251 18 15 65 30 
221103 20, 515 172 308 171340 22€ 5 27 
23 | 65 25|360 25 560 45| 3 35 360 17 
24 | 75 40° 74 27 7A 20) 45 17 45 22 
25 | 55 32, 45 8 10 221345 22 25 40 
26 | 35 18| 45 321 50 15 = =, 310 17 
27 | 45 15| 65 20: 80 32 70 10'275 5 
28] 15 5| 25 13 | 40 18, 40 27| 44 5 
29 |281 13| 72 5'102 42|117 37 © 
30 [275 271315 12 40 17' 70 121] 36 18 
127 33 
112 22 
55 22 
340 17 
5 55 
15 18 
275 25 
‚25 17 
147 15 
216 30 
25 
22 
20) 
32, 
33 
37 
345 37 
45 28 
350 12 
256 5 
265 15 
295 28 
360 
340 
323 
344 
270 
285 
Ta 
Ja- 
um 
TEMPERATUR uno SALZGEHALT IN DER TIEFE VON 
5m 
1m 
4" 
> m 
5m 1. 30m 
>-m 
1 14,7 
8‘ 15.1 
5° 15,4 
221 14.8 
29} 15.1 
„E” 
74,67 
34.61 
34,60 
74,40 
07 
‚7 
15.1. 
LA 
rn 
„En 
*.6C 
4.567 
„4.67 
34.40 
1.7, 
15.1° 
16.7 
15.01 
34.67 
"4. Te 
54.567 
34.65 
34.40 | 
17. 
15, 
15.5 
14.6 
15,0| 
Sk 
"4,f 
74,6. 
34.60 
34.40 ı 
1) 
1.6 
4,6, 
24.69 
34,40 
A, 
15,0 
15,1 
14.56 
15,0 
41T. 
34.61 
34.67 
34,6% 
34.42 
1419 
5.0 
A,.6 
14.8 
24.177 
34.567 
34.61 
34,6% 
34.51 
14:6, 
15.0' 
m 
x 
} 
OBERFLÄACHENTEMPERATUR und» -SALZGEHALT | po- 
7 ne A 
ah 
1. Beobachtung 
| I. Beobachtung 
14.7 
14,5 
14.9 
15,1 
15,3 
34.60 
34.76 
34.67 
34.36 
34.67 
0828 
15,0; 
HW 
1520 
15,9 
NW 
15.5 
NW 
15,4 | 34.72 | 15,4 
EW NW | 
1521 
34.56 | 16.2 | 34.45 
EW | 
| 1314 
34,69| 15.3| 34.99| 
NW 
1518 1 
12.6| 34.65] 
NW | 
34.78. 
34.83] 
£ 
15.0 
12.4 
15.0 
34.76 
34.78 
35,01 
& 
a 
15,9 
8:2 
16.0 
34.56 
34.45 
34.47 
0917 
16,3 
NW 
10 
11 
12 
16.3 
:5.3 
15,6 
15.0 
14.8. 
14.8 
24.40 
34.69 
34.67 
34,61 
34.88 
34.70 
54.74 
34.76 
34.78 
34.65 
34.61 
54.54 
34.45 
34.38 
0616 
15.5 
HW 
13 
14 
15 
0824 
15.0 
HW 
16 
17 
18 
14.5 
13,8 
14.5 
14.7 
14.7 
14.5 
15.5 
15.5 
15,0 
15.2 
15.0 
15,4 
1042 
14.7 
HW 
1720 
14.8 
NW 
19 
20 
21 
T 
34.40) 
1302 
34.42 | 15.1| 34.435 
NW 
22 
23 
2. 
0832 
15,5 
NW 
25 
26 
27 
34.45 
34.40 
34.29! 
0609 
15.01 
HW 
28 
29 
30 
x 4 
Do- 
Fum 
AA m 
Boden 
140. 
‘5.U 
12.6 
14.8 | 
5A.75 
54.61 
34.69 
34.69 
34,61 
‚a, 
14.° 
5.0 
14.6 | 
14.8 
1.77. 
34,72 
34.69 
34.70 
34.61