48 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 Janeiro und dem La Piata. 49
Tabelle 2. Höhenwindmessungen.
■| ^
Zeit
Ort
Wind-
Wind in m/sec
11
Tag
Stunde
9
A
Boden
0 0.5
0.5-1.0
1.0-
-1.5
1.5
-2.0
2.0-2.5
2.5
-3.0
3-4
Aus
reise H
amburg— Rio
de Janeiro
1
15.12.
1440
42
52'
9° 24'
Res.
169° 5.0
189° 10,5
191° 11.8
(183 c
10.5)
4
W
E
+ 1.0
- 1.6
- 2.3
-
0.5
N
- 4.9
10.4
-11.6
10.5
2
17.12.
1000
39
8
10
0
Res.
191 6,0
195 11.4
E
- 1.1
- 2.9
N
- 5.9
-11.0
3
17.12.
14S0
38
59
10
11
Res.
202 6.5
198 12.7
E
- 2.4
- 3.9
N
- 6.0
-12.0
4
17.12.
1540
38
18
10
18
Res.
191 7.0
199 13.1
196 15.9
E
- 1.3
4.3
- 4.4
N
- 6.9
-12.4
-15.3
5
18.12.
14«
35
55
11
50
Res.
202 15.0
217 17.1
213 27.3
E
- 5.6
-10.3
-14.3
N
-13.9
-13.6
- 22.0
6
19.12.
1000
33
21
13
2
Res.
214 8.5
238 11.9
244 15.5
264
20.8
270° 17.8
E
- 4.7
-10.1
-13.9
_
20.7
—
17.8
N
- 7.0
- 6.3
- 6.8
-
2.2
0.0
7
19.12.
15 4S
32
34
13
21
Res.
214 5.5
225 8.2
246 9.1
235
10.2
229
10.4
E
- 3.1
- 5.8
- 8.3
-
8.3
—
7.8
N
- 4.6
5.8
- 3.7
-
5.8
-
6.8
8
20.12.
9»o
29
50
14
35
Res.
214 7.0
216 8.1
225 10.0
E
- 3.9
- 4.8
- 7.1
N
- 5.8
- 6.5
- 7.1
9
20.12.
1000
29
46
14
36
Res.
214 6.0
231 6.5
228 6.6
217
6.0
E
- 3.4
- 5.1
- 4.9
-
3.6
N
- 5.0
- 4.1
- 4.4
-
4.8
10
20.12.
1040
29
37
14
40
Res.
214 6.0
226 6.1
235 6.7
229
7.4
230
6.1
255° 11.9
E
3.4
- 4.4
- 5.5
-
5.6
-
4.7
11.5
К
- 5.0
- 4.2
- 3.8
4.9
-
3.9
3.1
11
20.12.
1550
29
0
14
54
Res.
225 9.0
270 4.8
281 5.3
263
8.6
268
8.1
274
8.3
282'
8.0
302°
81
;
E
- 6.4
- 4.8
5.2
-
8.5
-
8.1
-
8.3
-
7.8
-
6.9
N
- 6.4
0.0
+ 1.0
-
1.0
0.3
4-
0.6
4-
1.7
HP
4.3
12
21.12.
980
26
57
15
48
Res.
67 5.0
71 5.7
61 6.1
50
6.4
25
6.5
346
7.7
343
8.2
341
9.4
E
-f 4.6
+ 5.4
+ 5.3
+
4.9
4"
2.7
-
1.9
-
2.4
-
3.1
N
+ 1.9
+ 1.9
+ 3.0
Hb
4.1
-r
5.9
+
7.5
J_
7.8
~f
8.9
13
21.12.
1600
26
4
16
22
Res.
67 3.0
68 3.2
62 4.7
ei
5.9
40
5.5
20
6.6
6
7.2
1
7.1
E
4- 2.8
+ 3.0
+ 4.1
4.
5.2
4-
3.5
+
2.3
4-
0.8
+
0.1
N
+ 1.1
+ 1.2
+ 2.2
+
2.9
4-
4.2
+
6.2
4-
7.2
4-
7.1
14
22.12.
1016
23
21
18
2
Res.
67 5.0
78 10.3
101 12.1
E
+ 4.6
+ 10.1
+ 11.9
N
+ 1.9
+ 2.0
2.3
15
22.12.
1400
23
5
18
25
Res.
90 6.0
54 9.3
97 10.4
70
11.7
51
6.0
87
5.8
139
2.4
353
3.7
E
+ 6.0
+ 7.5
+ 10.2
+
11.0
-i.
4.7
4-
5.8
4-
1.6
-
0.4
N
0.0
• 4- 5.5
+ 2.0
-r
4.0
+
3.8
4*
0.3
-
1.8
+
3.7
16
22.12.
1730
22
17
18
53
Res.
45 8.5
49 10.3
64 10.3
71
10.2
52
7.7
68
6.1
17
6.0
(349
6.5
E
+ 6.0
+ 7.8
+ 9.3
+
9.6
4"
6.1
+
5.6
4-
1.8
-
1.2
! N
+ 6.0
+ 6.8
+ 4.5
4
3.3
+
4.7
4-
2.3
4-
5.7
~I -
6.4
17
23.12.
945
19
50
20
20
Res.
45 7.0
55 11.7
82 12.1
80
8.8
76
12.8
73
11.5
66
12.8
78
13.0
E
+ 5.0
4-
+ 12.0
+
8.7
+ 12.4
4-
11.0
+ 11.7
+ 12.7
N
+ 6.0
+ 8.3
+ 1.7
-L
1.5
+
3.0
4'
3.4
4-
5.2
+
2.7
18
23.12.
1046
19
35
20
30
Res.
45 7.0
59 11.1
87 14.1
80
11.4
77
10.3
72
11.8
73
14.7
87
12.3
E
+ 5.0
+ 9.5
+ 14.1
+ 11.2
+ 10.0
+ 11.2
4-
14.1
+ 12.3
N
+ 5.0
4- 5.7
+ 0.7
+
2.0
-Г
2.3
+
3.6
4-
4.3
-F
0.6
19
23.12.
1600
j iS
40
21
3
Res.
45 7.0
71 10.0
100 12.8
71
12.8
67
12.2
60
13.3
54
16.0
90
16.5
E
+ 5.0
+ 9.4
+ 12.6
4*
12.1
+ 11.2
_L
11.5
4-
12.9
+ 16.5
N
+ 5.0
+ 3.3
- 2.2
4*
4.2
4-
4.8
+
6.6
+
9.4
0.0
20
24.12.
940
16
7
22
35
Res.
45 11.0
58 12.9
89 16.5
104
12.5
109
10.0
E
+ 7.8
+ 10.9
+ 16.5
+ 12.2
+
9.4
Il N
+ 7.8
+ 6.8
+ 0.3
-
3.0
3.3
Zu Tabelle 2.
Höhen in km
4-5
5-6
6-7
CO
1
t-
8-9
9-10
10-11
11-12
12-13
13-14
14-15
15-16
349° 9.2
1.8
+ 9.0
18 5.7
4- 1.8
+ 5.4
29 10.5
+ 5.1
+ 9.2
77 14.0
+ 13.6
+ 3.1
89 14.5
+ 14.5
+ 0.2
336° 15.3
- 6.2
+ 14.0
4 6.9
0.5
+ 6.9
42 16.4
+11.0
+12.2
89 18.6
+18.6
+ 0.3
360° 7.7
0.0
+ 7.7
36 21.3
+ 12.5
+ 17.2
83 19.3
+ 19.1
+ 2.4
1
13° 8.3
+ 1.8
+ 8.1
49 20.2
+ 15.2
+ 13.2
10° 8.0
4- 1.4
+ 7.9
