106 
Motorschiff „St. Louis“ Aus dem Archiv der Deutschen Seewarte. - Band 51. Nr. 3. 
Nr. 
Zeit 
Ort 
Wind- 
Komp. 
Wind in m/sec. 
Tag 
Std. 
9 
X 
Boden 
0-0.5 ' 
0.5-1 
1—1.5 
1.5—2 , 
2—2.5 
2.5-3 
3-4 
4-5 
1931 
Fahrt E 1S , August 
E 16 8 
31. 8. 
2015 
41“48'N 
62°18'W 
Res. 
247° 3.0 
328° 1.9 
306= 3.4 
298= 4.3 
(293=5.2) 
E 
-2.8 
1.0 
-2.8 
-3.8 
-4.8 
N 
-1.2 
+ 1.6 
+ 2.0 
+2.0 
+2.0 
E 15 9 
6. 9. 
2030 
40=48’N 
64=48'W 
Res. 
225° 5.0 
223= 8.5 
238= 9.3 
254= 9.9 
258= 10.1 
273“ 10.2 
262“ 9.0 
E 
-3.5 
-5.8 
-7.9 
-9.5 
-9.9 
-10.2 
-8.9 
N 
-3.5 
-6.2 
-4.9 
-2.7 
-2.1 
+ 0.5 
-1.3 
E 15 io 
7. 9. 
lOoo 
41°24'N 
60=06'W 
Res. 
225° 6.0 
227“ 12.7 
230= 12.0 
241= 12.2 
250“ 11.1 
(257=10.9) 
E 
-4.2 
-9.3 
-9.2 
-10.7 
-10.4 
-10.6 
N 
-4.2 
-8.7 
-7.7 
- 5.9 
- 3.8 
- 2.5 
E 16 n 
7. 9. 
2030 
41“42'N 
56“48'W 
Res. 
202= 9.0 
217“ 9.5 
228= 11.9 
230= 11.6 
217° 11.1 
223“ 11.7 
236= 15.5 
E 
-3.4 
-5.7 
8.8 
-8.9 
-6.7 
-8.0 
-12.9 
N 
-8.3 
-7.6 
-8.0 
-7.5 
-8.9 
-8.6 
- 8.7 
E 15 12 
8. 9. 
930 
42°18'N 
51“54'W 
Res. 
157° 9.0 
181= 12.0 
189= 13.3 
191“ 12.9 
193° 13.3 
(214“10.8) 
. 
E 
+3.5 
- 0.2 
- 2.1 
- 2.5 
- 3.0 
-6.0 
N 
-8.3 
-12.0 
-13.1 
-12.7 
-13.0 
-9.0 
E 15 l3 
9. 9. 
845 
44=36'N 
44=30'W 
Res. 
157= 9.0 
181=16.0 
195° 19.4 
E 
+3.5 
- 0.3 
- 5.0 
N 
-8.3 
-16.0 
-18.7 
E 15 14 
9. 9. 
1900 
46=06'N 
41°18'W 
Res. 
135° 9.0 
186= 14.6 
. 
E 
+6.4 
- 1.5 
N 
-6.4 
-14.5 
Dampfer 
„Sierra Ventana“ 
Fahrt 
F 1 , April 
1931 
F 1 l 
30. 4. 
1315 
47°53'N 
5°41'W 
Res. 
90= 4.0 
95° 6.5 
123° 7.8 
118° 9.4 
100= 6.0 
45° 4.0 
64“ 2.3 
102“ 4.4 
108= 5.7 
E 
+4.0 
4 6.5 
+6.5 
+8.3 
+5.9 
+2.8 
+2.1 
+4.3 
+5.4 
N 
0.0 
-0.6 
-4.3 
-4.4 
-1.0 
+2.8 
+1.0 
-0.9 
- 1.8 
F 1 2 
1. 5. 
819 
44=30'N 
8“38'W 
Res. 
45= 10.0 
54° 10.3 
64“ 10.6 
65= 10.0 
84° 5.0 
75“ 6.1 
75“ 4.7 
89“ 6.8 
115° 6.2 
E 
+7.1 
+ 8.3 
+9.5 
+9.1 
+5.0 
+5.9 
+4.5 
+6.8 
+5.6 
N 
+7.1 
+6.1 
+4.7 
+4.2 
+0.5 
+1.6 
+ 1.2 
+0.1 
-2.6 
F 1 3 
2. 5. 
1650 
41“20'N 
9°04'W 
Res. 
315= 10.0 
318= 10.3 
318= 10.9 
314= 12.0 
318= 10.3 
319= 11.7 
315= 12.9 
308= 12.0 
295= 15.0 
E 
-7.1 
-6.9 
-7.3 
-8.6 
-6.9 
-7.7 
-9.1 
-9.5 
-13.6 
N 
+7.1 
+7.7 
+8.1 
+8.3 
+7.7 
+8.8 
+9.1 
+7.4 
+ 6.3 
F 1 4 
3. 5. 
1020 
38“44'N 
9°14'W 
Res. 
337= 6.0 
330= 7.5 
328= 8.2 
328= 8.2 
313= 7.3 
315“ 9.0 
312= 10.5 
302= 11.5 
300° 17.0 
E 
-2.3 
-3.8 
-4.4 
-4.4 
5.3 
-6.4 
-7.8 
-9.8 
-14.7 
N 
+5.5 
+6.5 
+7.0 
+7.0 
+5.0 
+6.4 
+7.0 
+6.1 
+ 8.5 
F 1 5 
3. 5. 
1715 
38°25'N 
9°35'W 
Res. 
315= 7.0 
328= 10.0 
334= 9.3 
326= 8.5 
320= 8.0 
316° 8.8 
316“ 9.5 
310“ 11.5 
290“ 17.8 
E 
-4.9 
-5.3 
-4.1 
-4.8 
-5.1 
-6.1 
-6.6 
-8.8 
-16.7 
N 
+4.9 
+8.5 
+8.4 
+7.1 
+6.1 
+6.3 
+6.8 
+7.4 
+ 6.1 
F 1 6 
4. 5. 
1205 
35°25'N 
13=22'W 
Res. 
360° 6.0 
58“ 10.3 
61= 10.7 
59= 12.2 
E 
0.0 
+8.7 
+9.4 
+ 10.5 
N 
+6.0 
+5.5 
+5.2 
+ 6.3 
F 1 7 
4. 5. 
1246 
35°06'N 
13=43'W 
Res. 
360= 1.0 
27° 3 3 
27= 3.3 
323“ 3.8 
319= 4.0 
326= 5.9 
328= 7.6 
312“ 9.0 
307= 10.8 
E 
0.0 
+ 1.5 
+ 1.5 
-2.3 
-2.6 
-3.3 
-4.0 
-6.7 
-8.6 
N 
+ 1.0 
+2.9 
+2.9 
+3.0 
+3.0 
+4.9 
+6.5 
+6.0 
+6.5 
F 1 8 
4. 5. 
1800 
34=16'N 
14°40'W 
Res. 
360° 1.0 
13= 3.0 
4= 2.1 
350= 2.0 
343° 6.5 
338° 6.0 
310° 7.9 
301= 9.0 
303“ 10.8 
E 
0.0 
+0.7 
+0.2 
-0.3 
-1.9 
-2.2 
-6.1 
-7.7 
-9.1 
N 
+ 1.0 
+2.9 
+2.1 
+2.0 
+6.2 
+5.6 
+5.1 
+4.6 
+5.9 
F 1 9 
5. 5. 
1405 
32“18'N 
17°10'W 
Res. 
c 
318=3.5 
328“ 2.5 
16° 2.6 
C 
325“ 2.0 
273° 3.5 
274° 6.0 
277° 6.2 
E 
0.0 
-2.3 
-1.3 
+0.7 
0.0 
-1.1 
-3.5 
-6.0 
-6.2 
N 
0.0 
+2.6 
+2.1 
+2.5 
0.0 
+ 1.6 
+0.2 
+0.4 
+0.8 
F 1 io 
6. 5. 
1020 
28=00'N 
19=30'W 
Res. 
22= 4.0 
38= 8.4 
38= 7.6 
33= 8.5 
45= 7.0 
45“ 6.5 
22° 6.3 
12= 8.8 
4“ 11.0 
E 
+ 1.5 
+5.2 
+ 4.7 
+4.6 
+4.9 
+4.6 
+2.4 
+ 1.8 
+ 0.8 
N 
+3.7 
+6.6 
+6.0 
+7.1 
+4.9 
+4.6 
+5.8 
+8.6 
+ 11.0 
F 1 ll 
6. 5. 
1810 
26=18'N 
20°22'W 
Res. 
23° 4.3 
13° 9.0 
13= 9.5 
3“ 9.0 
38° 5.5 
40“ 5.5 
49° 6.5 
3=8.2 
347° 8.7 
E 
+ 1.7 
+ 2.0 
+2.1 
+0.5 
+3.4 
+3.5 
+4.9 
+0.4 
-2.0 
N 
+4.0 
+8.8 
+9.3 
+9.0 
+4.3 
+4.2 
+4.3 
+8.2 
+8.5 
F 1 12 
6. 5. 
1855 
26°09'N 
20°26'W 
Res. 
23° 6.0 
18= 10.3 
13= 11.5 
14° 10.8 
39“ 4.3 
44“ 4.3 
31=4.9 
(31° 6.4) 
E 
+2.3 
+3.2 
+ 2.6 
+ 2.6 
+2.7 
+3.0 
+2.5 
+3.3 
N 
+5.5 
+9.8 
+ 11.2 
+ 10.5 
+3.3 
+3.1 
+4.2 
+5.5 
F' 13 
7. 5. 
1230 
22 C 08'N 
22=25'W 
Res. 
67= 4.0 
64= 8.5 
64= 8.5 
E 
+3.7 
+7.6 
+7.6 
I 
Í 
N 
+1.6 
+3.7 
+3.7 
Höhenwindmessungen III. Folge. 
107 
Höhen in km 
Wolkenhöhe in m 
5-6 1 6-7 1 7-8 
8-9 
9-10 
10-11 
11-12 
12-13 1 13-14 
14-15 
Bemerkungen 
bis September 1931 (Fortsetzung) 
Ci, in Dunst 
6 /io Cu-Nb, A-St 
»/io Cu, A-St 
9 /io Cu, Ci 
10 /io St, Ci, in Wolken 
10 /io Cu, A-St, in Wolken 
®/io St-Cu 
iis Juni 1931 
75“ 5.0 
58“ 1.6 
! . 
. 
+4.8 
+1.4 
+ 1.3 
+0.9 
90= 4.1 
65= 5.6 
74= 7.9 
86“ 7.9 
81=7.3 
(111=5.3) 
+4.1 
+5.1 
+7.6 
+7.9 
+7.2 
+5.0 
0.0 
+2.4 
+2.2 
+0.6 
+ 1.1 
-1.9 
194= 19.2 
290“ 22.1 
286“ 23.0 
286= 23.0 
282= 23.0 
279= 21.9 
280= 20.2 
-17.5 
-20.8 
-22.1 
-22.1 
-22.5 
-21.6 
-19.9 
+ 7.8 
+ 7.6 
+ 6.3 
+ 6.3 
+ 4.8 
+ 3.4 
+ 3.5 
302“ 11.0 
-9.3 
+5.8 
298“ 13.7 
289= 20.2 
(270=20.0) 
i 
. 
-12.1 
-19.1 
-20.0 
+ 6.4 
+ 6.6 
0.0 
280“ 8.2 
264° 10.0 
248= 14.0 
256= 15.2 
256“ 21.8 
249= 24.4 
239“ 35.0 
-8.1 
-9.9 
-13.0 
-14.8 
-21.2 
-22.8 
-30.0 
+ 1.4 
-1.0 
- 5.2 
- 3.7 
- 5.3 
- 8.7 
-18.0 
350° 12.2 
353“ 16.0 
356= 22.0 
352= 23.8 
347° 20.0 
- 2.1 
- 2.0 
- 1.5 
- 3.3 
- 4.5 
+ 12.0 
+15.9 
+22.0 
+23.6 
+19.5 
315“ 15.0 
297° 15.6 
279= 20.0 
-10.6 
-13.9 
-19.8 
+ 10.6 
+ 7.1 
+ 3.1 
®/io Cu, Ci 
«/io St-Cu, Cu 
5 /io Cu, Ci 
5/10 Cu 
*/io Cu, 3/to Ci 
8 /io Cu, in Wolken 
6 /io Cu, Ci 
l /io Cu, Ci Schleier 
2 /io Cu, Ci 
*/io Cu 
i/io Cu, »/io Ci, in Dunst 
i/io Cu, 4 /io Ci, Schornsteinrauch