April 1953 
Beobachter: H. Meesmann u. J. Reiter 
cm/sec 
P 8 
Da- STROM wohin 
Mn N - 
2" 4 6 8" 10 12° 1 14m 116° 
337 25 325 58 
Oo 345 25 
360 25 351 45 
39 23 [743 22 
04 37 | 15 20 
7e 3 0 
52 | 80 32 
53 | 85 3C 
17 1104 3. 
247 30 |145 
j04 57 1294 
14 52 : 309 
314 
324 
285 
275 40 
314 27 
266 27 
OBERFLÄCHENTEMPERATUR und -SALZGEHALT Da- 
—— 7 } 
! I. Beobachtung | 1. Beobachtung 0 
1 
z 
z 
18) 
20" T 22° | 24 
325 58 
325 42 
315 22 
325 
309 
325 
419 
294 
ZAR 
57 
58 
7 
23 
23 
& 75 
314 20 380 
314 33 35 
335 48| 94 
284 4) 
z20 345 
1} 
1 
7 
25 | 
95 
55 
“an 
z2.10 1350 2030 
32.94 4,9| 33.19 5.0| 33.03 
53,04 HW N 
33.01 | 0950 1515 | 
*3.21| 5.2 33.13] 5.0| 33.71 
‘3,461 aw | | a 
53.42 | 
5724 
330 10 
29 
4.9 
: 
4 
5 
= 
Pr 
33 
48 
J 
} 
345 
319 
55 
D 
5 
8 
320 | 3, 
6.0! 33.121 10 | 
NW 11 
1830 12 
5.7| 33.58 13 | 
NW 14 
2018 15 
6.0| 33.491 16 
NW 17 
18 | 
1630) ‚19 1 
5.61 33,75 20 
WW 21 
22 | 
23 ) 
DZ 
1 
45 
509 
5 
„7 
. 
- — ı 155 
284 12] 85 
309 30 
„1315 
| 299 38 | 314 
276 43 | 227 
355 35 | 294 
290 28'285 
39 
3 
123 3 
23 
35 
A 
:2 
2 
Zr 
2 
} 
266 
314 
A 
{= 
32.99 
33.35 
53,535 
53.48 
55,46 
53.535 
53.42 
33.55 
„3.57 
0905 
5 
HW 
140 | 
Ve 33.73) 
AW 
oO 
1330| 353.71 
XW 
25 
52 
09 43 
‚35 38 
°85 20 
48 18 
C 
28 3. 
28 40 
45 35 
33 45 
28 25 
ö 
100 A 
20 
0 
34 
ag 
55 
45 
{8} 
68 
52 
2 
65 
18 
247 17 
280 20 
276 52 
53 
237 
47) 
50 
178 
33 
1174 
‘18 
3 
117 
266 
290 
257 
27 
‚4 
A 
3‘ 
© 
123 
‘18 
123 
.23 
28 
o 
12 
35 
50 
AT 
zZg 
+8 
15 
299 
376 
266 
271 
377 
67 
22 
55 
7 
42 
42 
7 
72 
3 
5 
‚5 
f 
15 
0 
‘78 2 
zz 28 
167 
270 
350 
ae 
257 
780 
271 
30 
A 
>75 
IE 
»2 
57 
‚3 
” 
23.66 
346€ 
z 75 
33,69 
7,49 
7 
32,57 
32.09 
5.30 
33.57 
553.71 
22,55 
1110| | 
6.2| 33.64 
AT 
” 
267 
3” 
.- 
) 
25 
23 
45 
25 
28 
24 
23 
C 
Ze 
>47 
256 
a 
42 
’66 
37 
6 
9 
0 
237 60 
261 50 | 237 
295 47 | 295 
266 38 | 281 
330 20 | 314 
1304 
Oo | 315 
123 
37 
266 
265 
2566 
A 
MO 
4 
7.2) 
ee 
22 | 
35 | 
25 
47 
47 
25 
B 
28 40 ° 
45 151217 10 
34 48] 118 45 
75 47 90 57 
80 4838| 80 62 
90 23] 94 50 
25 = 05T 
26 [236 4C 
27 1275 52 
28 1285 18 
29 1315 20 
30 1355 18 
zu 
OÖ 135 
276 42 |134 
285 57 9 
|514 28 0 
1294 42 |310 27 
325 32 3530 42 
23 je 
33 45 
15 58 
39 58 
65 53 
62 35 
149 17 
‘18 33 
89 48 
85 67 
75 68 
:52 
280 
55a 
38 
135% 
ag 
272 
2305 
) 
28, 
17 
4 
ß 
25 
26 
ar 
70 
80 
75 
18 
30 
45 
314 27 
315 44€ 
299 37 
70 
BO 
95 
27 
32 
3E 
= 
5.6 
2.8 
5,5 
1220 
7.1 
HW 
| 1830 | 
33.77' 7.3| 
| a 
Z3.40! 
28 
29 
30 
zZ 
STROMKENTERUNGSZEITEN 
X ı } Ta 1 m - 
N 
. 0 A 
L 12025 Ir 11] 0505 1730 [r 2225 | 1 J 
2140 I | 12 | 0525 1830 x iq 
2135 Ir |13 | 0015 i230 1 18151 
2050 Ir [14 0030 1300 1 1845 r 
2255 r !15 [0050 132505 2010 1 
2330 5 16 | 0215 315 ı 2100 ı 
2340 E 17 | 0200 425 | r 2125 
1845 |1 | 18 | 0300 1555 | r 2205 
2025 Ir | 1910400 1600 | 5 | 2255 
2140 = '20 | a4s0 “76 6! 2400 
ra nn = 
3 zeit Dreh zeir "Dreh! zei 
be 
1 0225 |1L 0735 Ir 
2 0240 1 0845 Ir 
3 90130 j* 900 IT 
3230 ir 9925 |2 
3425 2 „1005 
0500 [1 1040 
0525 |1 [1030 
8 1 79615 u 
3 0125 = 9740 Ir 
0 10%55 1 2915 
Dreh Arahl 0m ; 
EM zeit PM zeit Kamm] zeit (ah 
1230 |1 1810 - | 
0720 r 125511 |1845| r 
710! 51425 1’ 2000| 7 
! 
9945 | r | 155511 2215| r 
1040 | r|1710 112240 x 
1045 | 7; 1750 1 2240! r 
l 
1035 r 1840 1 2305 1 
1210 1 1840 = 
0740 511325 1 1910 
0740 | 5 1144415 3 1930 
1455 
1440 
1530 
1610 
1520 
728 
840 
1220 
1435 
1545 
3540 
9045 
0215 
0345 
0415 
0500 
27 | 0700 
28 | 0555 
29 | 0045 
50 | 0125 
“