50 Aus dem Archiv der Deutschen Seewarte. 
Band 49, Nr. 4 — Paul Pummerer und Rudolf Otto Steiner: Höhenwind- 
messungen und andere Beobachtungen auf einer flugwissenschaftlichen Forschungsreise nach Rio de Taneiro und dem La Plata. 51 
Zu Tabelle 2. Höbenwindmessungen. 
-o HE 
1 S’ 
Zeit 
Ort 
! Wind- 
Wind in 
m/sec 
Höhen in 
k m 
II 
Komp. 
il 
Tag 
Stunde 
<p 
l 
Boden 
0-0.5 
0-5-1.0 | 
1.0-1.5 
1.5- 
2.0 | 
2.0-2.5 
2.5-3.0 
8-4 
4-5 
5-6 
6 
-7 
1 7-8 
8-9 
9- 
10 
21 
24.12. 
1430 
15° 
30' 
22° 
50' 
Kes. 
45° 
9.0 
61° 11.0 
90° 11.6 
99° 10.5 
86° 10.4 
94° 
8.8 
94° 
13.0 
104° 
121 
114° 16.5 
(107 
0 15.5) 
N 
W 
E 
+ 
6.4 
4* 
9.6 
+ 11.6 
+ 10.4 
+ 10.4 
Hr 
8.8 
+ 13.0 
+ 11.7 
+ 15.1 
4 
14.8 
N 
+ 
6.4 
+ 
5.3 
0.0 
- 1.6 
-h 
0.7 
- 
0.6 
- 
0.9 
2.9 
- 6.7 
* 
4.5 
22 
25.12. 
10<» 
12 
21 
24 
21 
Kes. 
45 
9.0 
56 
11.9 
69 14.2 
90 11.6 
109 
8.9 
Ill 
9.5 
E 
4- 
6.4 
+ 
9.9 
+ 13.2 
+ 11.6 
l 
8.5 
H* 
8.9 
N 
_L. 
6.4 
4- 
6.7 
+ 5.1 
0.0 
— 
2.9 
- 
3.4 
23 
25.12. 
15« 
11 
33 
24 
32 
Res. 
45 
9.0 
53 
11.2 
71 11.6 
86 8.5 
90 
6.0 
1 
E 
-f- 
6.4 
4* 
8.9 
+ 11.0 
+ 8.5 
Hb 
6.0 
1 
N 
4- 
6.4 
4- 
6.7 
+ 3.8 
+ 0.6 
0.0 
24 
25.12. 
16S0 
11 
25 
24 
40 
Kes. 
45 
9.0 
53 
11.1 
70 11.3 
(80 13.3) 
I 
E | 
+ 
6.4 
4- 
8.9 
+ 10.6 
+ 13.1 
1 
i 
N 
4“ 
6.4 
+ 
6.7 
+ 3.9 
4- 2.3 
1 
25 
26.12. 
780 
9 
20 
25 
50 
Res. 
45 
5.0 
56 
7.1 
74 102 
90 13.1 
(88 
13.1) 
E 
+ 
3.5 
+ 
5.9 
+ 9.8 
+13.1 
+ 13.1 
N 
+ 
3.5 
-L_ 
4.0 
+ 2.8 
0.0 
0.5 
26 
26.12. 
1180 
8 
22 
26 
15 
Res. 
45 
5.0 
58 
8.0 
71 106 
77 14.4 
E 
4- 
3.5 
+ 
6.8 
+ 10.0 
+ 14.0 
N 
+ 
3.5 
4- 
4.2 
+ 3.5 
+ 3.2 
27 
26.12. 
16« 
7 
42 
26 
36! 
Res. 
57 
7.0 
59 
9.7 
66 10.0 
85 104 
E 
+ 
5.9 
+ 
8.3 
+ 9.1 
+ 10.4 
N 
4_ 
3.8 
4 
5.0 
+ 4.1 
+ 0.9 
28 
27.12. 
13«) i 
4 
18 
28 
5 
Res. 
68 
6.0 
72 
7.8 
89 8.3 
89 11.3 
81 
6.9 
70 
5.5 
E 
+ 
5.6 
+ 
7.4 
+ 8.3 
+ 11.3 
+ 
6.8 
+ 
5.2 
N 
+ 
2.2 
4 
2.4 
+ 0.1 
+ 0.2 
Hb 
1.1 
+ 
19 
29 
27.12. 
1680 ^ 
3 
58 
28 
20 
Res. 
68 
5.0 
75 
4.8 
109 6.6 
80 10.8 
74 
8.0 
78 
9.6 
82 
10.7 
82 
5.9 
E 
+ 
4.6 
4 
4.6 
+ 6.2 
+ 10.6 
Hb 
7.7 
+ 
9.4 
+10.6 
+ 
5.8 
N 
1.9 
4 
1.2 
- 2.1 
+ 1.9 
Hr 
2.2 
+ 
2.0 
-b 
1.5 
J- 
0.8 
30 
28.12. 
1000 
1 
20 
29 
19 
Res. 
135 
9.0 
130 
10.8 
127 14.0 
1 
E 
4- 
6.4 
4 
8.3 
+ 11.2 
N 
- 
6.4 
- 
6.9 
- 8.4 
31 
28.12. 
1680 
0 
40 
29 
34 
Res. 
135 
10.0 
135 
12.7 
126 12.4 
120 11.3 
E 
4- 
7.1 
4 
9.0 
+ 10.0 
+ 9.8 
N 
- 
7.1 
- 
9.0 
- 7.3 
- 5.7 
32 
28.12. 
17X5 
0 
32 
29 
38 
Res. 
146 
9.0 
127 
8.3 
107 9.6 
91 8.8 
82 
8.6 
81 
8.0 
98 
7.8 
106 
7.5 
31° 4.1 
294 
2.6 
226° 
4.8 
N 
E 
5.0 
4 
6.6 
+ 9.3 
+ 8.8 
Hr 
8.5 
-b 
7.9 
4 
7.7 
+ 
7.2 
+ 2.1 
- 
2.4 
“ 
3.5 
N 
- 
7.5 
- 
5.0 
- 2.8 
- 0.2 
Hb 
1.2 
H- 
1.2 
- 
1.1 
- 
2.1 
+ 3.5 
-b 
1.1 
3.3 
33 
29.12. 
980 
1 
50 
30 
39 
Res. 
146 
10.5 
132 
12.8 
116 13.2 
99 10.7 
80 
12.5 
S 
E 
5.9 
4 
9.5 
+ 11.9 
+ 10.6 
+ 12.3 
1 N 
8.7 
- 
8.5 
- 5.8 
- 1.7 
~j- 
2.2 
34 
29.12. 
1700 
2 
30 
31 
0 
Res. 
146 
10.0 
142 
11.2 
131 12.4 
E 
+ 
5.6 
+ 
6.9 
+ 9.3 
N 
8.3 
- 
8.8 
- 8.1 
35 
29.12. 
1780 
2 
40 
31 
4 
Res. 
146 
10.0 
137 
11.4 
125 10.6 
90 10.0 
90 
9.0 
100 
8.4 
102 
7.4 
121 
4.2 
347 2.6 
288 
2.9 
210 
3.9 
243 c 
7.4 
259° 
6.4 
E 
+ 
5.6 
+ 
7.8 
+ 8.7 
+ 10.0 
+ 
9.0 
H - 
8.3 
+ 
7.2 
+ 
3.6 
- 0.6 
~ 
2.8 
- 
1.9 
“ 
6,7 
- 
6.3 
N 
8.3 
8.3 
- 6.1 
0.0 
0.0 
- 
1.5 
; “ 
1.5 
- 
2.2 
- 2.5 
4 
0.9 
- 
3.4 
— 
3.4 
1.2 
36 
30.12. 
1000 
4 
54 
31 
59 
Res. 
135 
9.0 
130 
10.8 
124 9.6 
91 8.6 
57 
8.7 
63 
6.1 
62 
2.8 
316 
5.4 
E 
6.4 
+ 
8.3 
+ 8.0 
4 8.6 
-b 
7.3 
5.4 
+ 
2.5 
- 
3.1 
N 
_ 
6.4 
6.9 
5.4 
- 0.1 
-b 
4.7 
2.8 
H* 
1.3 
+ 
3.2 
37 
j 30.12. 
1600 
1 5 
37 
32 
49 
Res. 
135 
7.5 
133 
7.6 
126 6.6 
100 5.1 
71 
5.3 
43 
5.5 
60 
4.9 
310 
5.0 319 6.2 
215 
1.3 
339 
2.0 
95 
3.0 
277 
1.2 
324° 
7.1 
E 
5.3 
+ 
5.6 
+ 5.3 
+ 5.0 
4 
5.0 
+ 
3.8 
4 
4.2 
- 
3.8 
- 4.1 
- 
0.8 
0.7 
+ 
3.0 
- 
1.2 
- 
4.2 
N 
5.3 
5.2 
- 3.9 
- 0.9 
H- 
1.7 
-f 
4.0 
4* 
2.4 
4 
3.2 
+ 4.7 
- 
1.1 
+ 
1.9 
- 
0.3 
+ 
0.1 
+ 
5.7 
38 
31.12. 
1000 
8 
18 
33 
56 
Res. 
101 
7.0 
90 
7.5 
86 7.0 
65 4.2 
81 
3.4 
87 
2.6 
339 
2.7 
341 
4.4 342 6.4 
E 
6.9 
7.5 
+ 7.0 
+ 3.8 
-f. 
3.4 
+ 
2.6 
- 
1.0 
- 
0.7 
- 0.9 
N 
et 
1.3 
0.0 
+ 0.5 
+ 1.8 
4* 
0.5 
+ 
0.1 
4. 
2.5 
4 
4.2 
+ 6.1 
39 
31.12. 
1680 
9 
29 
34 
34 
Res. 
68 
5.0 
57 
4.7 
52 3.6 
31 3.9 
107 
4.3 
270 
4.3 
308 
4.2 
320 
3.8 
C 0 
47 
1.1 
24 
5.6 
35 
8.1 
33 
6.5 
24 
8.1 
E 
4.7 
3.9 
+ 2.8 
+ 2.0 
4- 
4.1 
- 
4.3 
— 
3.3 
- 
1.9 
0.0 
4 
0.8 
4 
2.3 
+ 
4.6 
4 
3.5 
4 
3.3 
N 
j_ 
1.9 
+ 
2.6 
+ 2.2 
+ 3.3 
- 
1.3 
0.0 
4- 
2.6 
+ 
3.3 
0.0 
4 
0.7 
H~ 
5.1 
+ 
6.6 
+ 
5.5 
4 
7.4 
40 
1. 1. 
1100 
12 
30 
35 
53 
Res. 
45 
5.0 
37 
6.8 
31 6.6 
26 4.7 
16 
5.2 
45 
6.8 
245 
8.9 
293 
7.2 354 2.31 
53 
3.3 
i6 
5.2 
49 
9.4 
35 
11.6 
1928 
E 
+ 
3.5 
4.1 
+ 3.4 
+ 2.1 
+ 
1.5 
+ 
4.8 
- 
8.1 
- 
6.6 
- 0.2 
4 
2.6 
+ 
1.4 
-b 
7.1 
4 
6.6 
N 
i + 
3.5 
+ 
5.4 
+ 5.7 
+ 4.2 
-b 
5.0 
+ 
4.8 
- 
3.8 
+ 
2.8 
+ 23 
4 
2.0 
4 
5.0 
+ 
6.2 
+ 
9.5 
41 
I 1. 1. 
1630 
1113 
16 
36 
13 
22 
5.0 
14 
6.3 
13 8.0 
360 5.6 
333 
3.7 
288 
7.4 
282 
4.0 
314 
1.4 316 0.9 
342 
3.2 
350 
2.6 
18 
6.2 
E 
+ 
1.9 
+ 
1.5 
+ 1.8 
0.0 
- 
1.7 
- 
7.1 
- 
3.9 
- 
1.0 
- 0.6 
“ 
1.0 
— 
0.5 
+ 
1.9 
1 
N 
1 + 
4.6 
4 
61 
+ 7.8 
1 + 5.6 
Hb 
3.3 
+ 
2.3 
4* 
0.8 
+ 
1.0 
+ 0.6 
4 
3.0 
4 
2.6 
-b 
5.9 
Zu Tabelle 2. 
10-11 
11-12 
12-13 
13-14 14-15 15-16 16-17 
17-18 
3° 17.9 
+ 0.9 
+ 17.8 I 
42° 18.4 
+ 12.3 
+13.6 
63° 14.7 
+13.1 
+ 6.7 
69° 9.8 
+ 9.1 
+ 3.5 
76° 12.0 
+ 11.7 
+ 2.9 
50° 8.3 
+ 6.3 
+ 5.3 
57° 5.3 
+ 4.4 
+ 2.9 
75° 10.2 
+ 9.8 
+ 2.6