33 
Ans dem Archiv der Deutschen Seewarte. 
1924. Heft 2. 
Zn Tabelle 2. 
.3S = 
s= =J 
Zeit 
Oi 
t 
5 g* 
iT o 
Wind 
i n m/s 
ja 
I I 
Tag 
Stunde; 
<P 
¡SW 
Boden 
¡0-0.5 
0.5-1 
1-1.5 
1.5-2 
2-2.5 
2.5-3 
3-4 
4-5 
5-6 
6-7 
7-8 
© -0 
85 
28. IV. 
5p 
38=20' 
57=10' 
Res. 
338= 8.0 
348= 6.3 342= 7.9 
327= 9.7 
330=14.5 322 = 11.7 309=12.0 
(299=13.2) 
E 
-3.0 
-1.3 
-2.4 
-5.3 
-7.7 
-7.2 
-9.3 
-11.5 
N 
4-7.4 
-¡-6.2 
+7.5 
+8.1 
+13.4 
4-9.2 
4-7.5 
+6.4 
86 
29. IV. 
10a 
38=35' 
53=17' 
Res. 
22= 5.0 
4= 3.2 
58= 4.3 
90= 2.6 
St- 
E 
4-1.9 
,-0.2 
i-3.6 
+2.6 
Cu 
N 
4-4.8 
+3.2 
+2.3 
0.0 
1630 
87 
29. IV. 
5Vip 
38°42' 
51=45' 
Res. 
68= 8.0 
60= 4.8 
68= 5.8 
St- 
E 
4-7.4 
¡-4.2 
+5.4 
Cu 
N 
4-3.0 
+2.4 
4 2.2 
1120 
88 
30. IV. 
2' 4)1 
39°38' 
47=10' 
Res. 
68= 7.0 
81= 5.4 
90= 6.0 
107= 6.1 
85= 6.5 
32= 4.5 
15= 5.6 
1= 8.5 
341= 8.7 
332=11.3 
331 = 15.4 
(331 = 15.5) 
E 
+6.5 
¡-5.3 
i-6.0 
+5.8 
+6.5 
+2.4 
+1.4 
4-0.1 
-2.9 
-5.3 
-7.5 
-7.5 
N 
+2.6 
4-0.8 
0.0 
-1.8 
+0.6 
+3.8 
+5.4 
+8.5 
-¡-8.2 
+10.0 
+13.4 
+13.5 
89 
30. IV. 
6p 
39°49' 
46=40'| 
Res. 
68= 8.0 
62= 6.0 
64= 8.2 
[63= 8.01 
[49= 8.0] 
[37= 8.0] 
120° 9.0] 
[344=11.2] 
( 3=21.3) 
St- 
E 
+7.4 
+5.3 
-7.4 
+7.1 
+6.3 
+4.8 
4-3.1 
-3.1 
¡1.1 
Cu 
N 
+3.0 
+2.8 
-3.6 
+3.6 
+5.5 
4-6.4 
+8.4 
—10.7 
+21.3 
1100 
90 
1. V. 
9Vsa 
41° 8' 
43=36' 
Res. 
68= 5.0 
64° 5.6 
80“ 4.9 
65= 2.3 
12° 4.5 
51= 9.5 
E 
+46 
+5.0 
+4.8 
+2.1 
+0.9 
+7.4 
N 
+1.0 
+2.4 
1-0.9 
+1.0 
+4.4 
+6.0 
91 
1. V. 
4p 
41 45' 
42°15'| 
Res. 
© 
r» 
o 
IO 
24= 7.8 
24= 8.8 
16= 6.9 
(13= 7.7) 
St- 
E 
-4.9 
-3.2 
+3.6 
1.9 
+1.7 
Cu 
X 
+4.9 
+7.1 
4-8 0 
4-6.6 
+7.5 
1665 
92 
2. V. 
7‘äa 
42=52' 
39= 4' 
Res. 
360=16.0 
14=17.5 
360=21.4'(330°17.9) 
E 
0.0 
i-4.2 
0.0 
-8 9 
Ni 
N 
+16.0 
4-16.9 
+21.4 
+15.4 
|i CVÄJ 
2. V. 
12m 
42=56' 
38=54' 
Res. 
338=19.0 
E 
+17.6 
N 
+7.4 
3. V. 
8a 
43=52' 
36= 8' 
Res. 
112 = 10.0 
E 
+9.3 
N 
-3.8 
S! 
93 
3. V. 
5 1 /sp 
44=30' 
34=35' 
Res. 
112= 5.0 
70= 5.8 
79= 7.0 
(85= 6.6) 
St,- 
E 
+4.6 
+5.4 
4-6.9 
+6.6 
Cu 
N 
-1.9 
+2.0 
-I-1.3 
+0.6 
1200 
94 
4. V. 
11a 
45=50' 
30=41' 
Res. 
315= 5.0 
285° 1.6 
235= 1.8 
— 
E 
N 
-3.5 
+3.5 
-1.6 
+0.5 
-1.5 
-1.0 
St 
935 
95 
4. V. 
4p 
46=10' 
29=31' 
Res. 
338° 6.0 
o 
»o 
o 
o 
cc 
co 
(320=7.1) 
E 
-2.2 
-2.5 
-4.5 
St 
X 
+5.6 
+4.3 
+5.4 
OÜU 
96 
5. V. 
2p 
47=30' 
24= 8' 
Res. 
338=10.0 
350=10.8 
2=10.3 
E 
-3.7 
-1.9 
4-0.4 
St. 
N 
-9.2 
+10.6 
+10.3 
940 
97 
5. V. 
5 1 /1 p 
47=37' 
23=21' 
Res. 
338=13.0 
352=13.2 
356=12.7 
345= 9.6 
334” 9.8 
E 
-4.9 
-1.8 
-0.9 
-2.5 
-4.3 
X 
+12.0 
+13.1 
+12.7 
+9.3 
8.8 
6. V. 
8a 
48=14' 
19=59' 
Res. 
360=21.0 
E 
0.0 
X 
+21.0 
6. V. 
12m 
48=22' 
19=14' 
Res. 
22=20.0 
E 
7.5 
N 
+18.5 
98 
7. V. 
11a 
49= 6' 
14=14' 
Res. 
45=15.0 
27=10.7 
29=10.3 
40=15.1 
E 
10.6 
-1-4.9 
+5.0 
+9.7 
X 
+10.6 
+9.5 
+9.0 
+11.5 
1 ¿üU 
99 
7. V. 
öVsp 
49=15' 
12=51' 
Res. 
45=15.0 
30=14.8 
32=12.5 
29=14.1 
E 
+10.6 
-¡-7.4 
+6.6 
-46.8 
X 
-10.6 
-¡-12.8 
+10.6 
- 12.6 
100 
8. V. 
10a 
49=36' 
8=36' 
Res. 
22=11.0 
17“ 9.7 
26 = 12.0 
31 = 11.7 
29=15.0 
E 
4-4.1 
+2.8 
1-5.3 
+6.0 
+7.3 
X 
+10.2 
+9.3 
-rlO.8 
+10.0 
+13.1 
101 
8. V. 
4' ip 
49=45' 
6=52' 
Res. 
E 
360=13.0 
0.0 
15=10.4 
2.7 
32=12.8 
-6.8 
34= 6.8 
+3.8 
17= 3.8 
-rl.l 
322= 4.5 
-2.8 
. 
A-St 
1 
X 
1 +13.0 
-,-10.0 
4-10.8 
+5.6 
4-3.6 
3.5 1