66 
Motorschiff „Milwaukee“ 
Nr. 
Zeit 
Ort 
Wind- 
Wind in m/sec. 
Tag 
Std. 
<P 
X 
Komp. 
Boden 
0—0.5 
0.5-1 
1—1.5 1 
1.5-2 
2—2.5 
2.5—3 
3—4 
4-5 
1930 
Fa hrt D 1 
D 1 1 
3. 3. 
11« 
49° 20' N 
16° 25' W 
Res. 
180=7.0 
135=5.7 
142=6.0 
155=5.2 
(129=3.1) 
. 
u 
E 
0.0 
4.0 
+ 3.7 
-2.2 
+ 2.4 
N 
- 7.0 
-4.0 
-4.7 
-4.7 
-2.0 
D 1 2 
3. 3. 
I72I) 
49° 00' N 
18° 32' W 
Res. 
135=12.0 
(135°n 5) 
E 
-8.5 
+ 8.1 
N 
-8.5 
-8.1 
D 1 3 
4. 3. 
12« 
48° 00' N 
26° 10' W 
Res. 
270=5.0 
(331°5.6) 
. 
E 
-5.0 
-2.7 
N 
0.0 
+ 4.9 
D 1 4 
4. 3. 
1800 
47° 30' N 
27° 35’W 
Res. 
337=10.0 
338=6.8 
(353=7.5) 
E 
-3.9 
-2.6 
-0.9 
N 
-¡-9.2 
+ 6.3 
+ 7.4 
D 1 5 
5. 3. 
12« 
45" 47' N 
34= 54'W 
Res. 
180=9.0 
163°5.3 
129=3.0 
270=0.7 
(307=1.7) 
E 
0.0 
+ 1.6 
+ 2.3 
-0.7 
-1.4 
N 
-9.0 
-5.1 
-1.9 
0.0 
+ 1.0 
D l 6 
5. 3. 
13« 
45 5 47' N 
34° 54' W 
Res. 
202=11.0 
145=5.7 
142=3.3 
t 
E 
- 4.1 
+ 3.3 
+ 2.0 
N 
-10.2 
-4.7 
-2.6 
D 1 7 
5. 3. 
1853 
45' 40' N 
36° 10' W 
Res. 
168=11.0 
152=6.5 
157=6.0 
* 
E 
-f 2.3 
+ 3.1 
+ 2.3 
N 
-10.8 
-5.7 
-5.5 
D 1 8 
7. 3. 
14<)ü 
41° 50'N 
48° 20' W 
Res. 
67= 7.0 
83° 7.3 
94° 7.7 
102=3.9 
110=2.4 
85° 0.7 
28= 1.9 
(67=3.2) 
E 
+ 6.4 
+ 7.3 
+ 7.7 
f 3.8 
+ 2.3 
+ 0.7 
+ 0.9 
+ 3.0 
N 
+ 2.7 
+ 0.9 
-0.5 
-0.8 
-0.8 
+ 0.1 
+ 1-7 
"T 1.3 
D l 9 
7. 3. 
1900 
41 3 40'N 
50° 00' W 
Res. 
67=13.0 
100=14.0 
116° 15.1 
114=12.7 
120=10.1 
128=10.5 
105=8.5 
(133°!2.0) 
E 
+12.0 
+13.8 
+13.6 
+11.6 
+ 8.8 
+ 8.3 
+ 8.2 
+ 8.8 
N 
+ 5.1 
- 2.4 
- 6.6 
- 5.2 
-5.1 
-6.5 
-2.2 
-8.2 
DMo 
9. 3. 
15 00 
40= 40' N 
65° 00 W 
Res. 
247=5.0 
205=2.0 
(135=3.8) 
. 
E 
-4.6 
-0.8 
+ 2.7 
N 
-2.0 
-1.8 
-2.7 
D 1 11 
9. 3. 
15« 
40= 40' N 
65° 00'W 
Res. 
247=5.0 
206=2.6 
178=1.9 
E 
-4.6 
-1.1 
+ 0.1 
N 
-2.0 
-2.3 
-1.9 
D 1 12 
10. 3. 
15« 
40= 33'N 
72= 32' W 
Res. 
270=5.0 
291=2.5 
327=3.6 
298=5.1 
284=7.3 
290=8.3 
(298=5.5) 
E 
-5.0 
-2.3 
= 2.0 
-4.5 
-7.1 
-7.8 
-4.9 
N 
0.0 
+ 0.9 
+ 3.0 
+ 2.4 
+ 1.8 
+ 2.8 
+ 2.6 
DM3 
16. 3. 
1 6 20 
& 
Ö 
O 
67= 50’ W 
Res. 
315=8.0 
303=8.6 
304=11.7 
302=14.5 
(300°16 0) 
E 
-5.7 
-7.2 
-9.7 
12.3 
-13.9 
N 
+ 5.7 
+ 4.7 
+ 6.5 
+ 7.7 
+ 8.0 
DM4 
16. 3. 
21 80 
40= 12' N 
65° 20' W 
Res. 
303 = 11.0 
303=11.1 
308=11.9 
306=11.1 
(303=9.4) 
E 
-9.2 
-9.3 
-9.4 
-9.0 
-7.9 
N 
+ 6.0 
+ 6.1 
+ 7.3 
+ 6.5 
+ 5.1 
DM5 
17. 3. 
1700 
40= 12' N 
58= 40' W 
Res. 
281=17.0 
281 = 16.2 
275=13.1 
(280=15 0) 
E 
-16.7 
-15.9 
-13.1 
-14.8 
N 
+ 3.2 
+ 3.1 
+ 1.1 
+ 2.6 
DM6 
17. 3. 
20 00 
40° 14' N 
57° 32' W 
Res. 
292=17.0 
289=14.4 
280=15.4 
286=17.4 
(286° 18.9) 
E 
-15.8 
13.6 
15.2 
-16.7 
-18.2 
N 
+ 6.4 
+ 4.7 
+ 2.7 
+ 4.8 
+ 5.2 
DM7 
18. 3. 
14 s " 
40° 12' N 
51° 00’W 
Res. 
315=14.0 
292=16.6 
293'20.1 
E 
-9.9 
-15.4 
-18.5 
N 
+ 9.9 
+ 6.2 
+ 7.9 
DM8 
18. 3. 
20°° 
40° 40' N 
43° 30' W 
Res. 
303=15.0 
285=12.9 
287=12.7 
(294°I2.0) 
E 
-12.6 
-12.5 
-12.2 
-11.0 
N 
+ 8.2 
+ 3.3 
+ 3.7 
+ 4.9 
DM9 
20. 3. 
1300 
43° 18' N 
35= 36'W 
Res. 
303=11.0 
292=9.6 
305=8.5 
314=8.6 
313=15.2 
. 
E 
-9.2 
-8.9 
-7.0 
-6.2 
-11.1 
N 
+ 6.0 
+ 3.6 
+ 4.9 
+ 6.0 
+10.4 
D 1 20 
20. 3. 
1700 
43° 28' N 
35= 55' W 
Res. 
292=6.0 
281=6.4 
279=7.1 
293=6.4 
. 
. 
E 
-5.6 
-8.3 
-7.0 
-5.9 
N 
+ 2.2 
4-1.2 
+ 1.1 
+ 2.5 
67 
Höhen in km 
5-6 
6—7 
7-8 
8—9 
9—10 
10—11 
11—12 
12—13 
13-14 1 
März 1930 
Wolkenhöhe in m 
Bemerkungen 
Ci, Ci-St, in Dunst 
Fr-Nb, St-Cu, Regensohauer 
Fr-Nb, Nb, in Dunst 
Fr-Nb 
St, A-Cn, Ci 
A-Cu, Ci 
St-Cu 
Cu, A-Cu, Ci-St 
Cu, A-St 
St, Cu-Nb, Cu 
Fr-Cu, Cu, St-Cu 
Ci 
A-Cu, Ci-St 
Cu, Cu-Nb, in Wolken 
Cu-Nb 
Cu-Nb 
Cu-Nb 
Cu-Nb, St-Cu 
Cu, Ci-St 
Cu, A-Cu, Ci