54 Aus dem Archiv der Deutschen Seewarte. — Band 49, Nr. 4 — Paul Pummerer und Rudolf Otto Steiner: Plöhenwind- 
messungen und andere Beobachtungen auf einer flugwissenschaftlichen Forschungsreise nach Rio de Janeiro und dem La Plata. 55 
Zu Tabelle 2. Höhenwindmessungen. Zu Tabelle 2. 
I 2 
tz: £3 
Zeit 
Ort 
Wind- 
Wind in m'sec 
ä <^> 
•ca 05 
3= £= 
Tag 
Stunde 
y 
1 * 
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 
4-5 
62 
17.1. 
1630 
Eiode Janeiro 
i Ree. 
135° 5.5 
125° 1.7 
17° 3.3 
15° 4.4 
359° 5.3 
353° 5.7 
35° 1.9 
CO 
253° 3.7 
E 
4- 3.9 
+ 1.4 
+ 1.0 
+ 1.1 
- 0.1 
- 0.7 
+ 1.1 
0.0 
- 3.5 
N 
- 3.9 
1.2 
+ 3.2 
+ 4.3 
+ 5.3 
4- 5.6 
4- 1.6 
0.0 
1.1 
18. 1. 
1720 
Res. 
135 4.0 
164 6.1 
46 1.4 
349 2.9 
349 4.9 
E 
+ 2.8 
+ 1.7 
+ 1.0 
- 0.6 
- 0.9 
N 
- 2.8 
- 5.9 
+ 1.0 
+ 2.8 
+ 4.8 
64 
18.1. 
1740 
Res. 
135 4.5 
157 6.1 
111 2.2 
337 2.4 
355 5.7 
101 1.1 
183 4.1 
208 4.2 
271 5.9 
E 
+ 3.2 
+ 2.4 
+ 2.1 
- 0.9 
- 0.5 
+ 1.1 
- 0.2 
- 2.0 
- 5.9 
N 
- 3.2 
- 5.6 
- 0.8 
+ 2.2 
4 5.7 
- 0.2 
- 4.1 
- 3.7 
4 0.1 
65 
19.1. 
IO«) 
Res. 
360 1.5 
122 4.7 
152 9.8 
147 4.5 
162 1.9 
63 1.4 
7 4.5 
13 4.7 
72 6.5 
E 
0.0 
+ 4.0 
+ 4.6 
+ 2.4 
4- 0.6 
4- 1.2 
4- 0.5 
4 1.1 
+ 6.2 
N 
+ 1*5 
- 2.5 
- 8.7 
- 3.8 
- 1.8 
4- 0.6 
4- 4.5 
4 4.6 
4 2.0 
66 
19.1. 
1830 
Res. 
169 4.0 
142 3.8 
50 1.7 
300 2.0 
E 
+ 0.8 
+ 2.3 
+ 1.3 
- 1.8 
N 
- 3.9 
- 3.0 
+ 1.1 
+ 1.0 
67 
20.1. 
630 
» 
Res. 
22 1.5 
335 3.3 
323 6.3 
299 7.2 
280 3.6 
250 2.4 
202 3.6 
183 8.7 
149 9.1 
E 
-TT 0.6 
- 1.4 
- 3.8 
- 6.3 
- 3.5 
- 2.3 
- 1.3 
- 0.5 
4 4.7 
N 
+ 1.4 
+ 3.0 
+ 5.0 
+ 3.5 
+ 0.6 
- 0.8 
- 3.3 
- 8.7 
- 7.8 
68 
20.1. 
1700 
Res. 
338 4.0 
153 8.4 
198 3.2 
230 2.4 
239 2.7 
258 2.7 
232 3.2 
288 3.8 
115 1.9 
E 
- 1.5 
+ 3.8 
- 1.0 
- 1.8 
- 2.3 
- 2.6 
- 2.5 
- 3.6 
4 1.7 
N 
+ 3.7 
- 7.5 
- 3.0 
- 1.5 
1.4 
- 0.6 
- 2.0 
4 1.2 
- 0.8 
69 
21.1. 
1000 
Res. 
360 2.5 
302 4.7 
314 6.2 
307 6.0 
305 2.4 
157 3.3 
169 6.1 
181 9.9 
185 6.8 
E 
0.0 
- 4.0 
- 4.5 
- 4.8 
- 2.0 
4- 1.3 
4- 1.2 
- 0.2 
- 0.6 
N 
+' 2.5 
2.5 
+ 4.3 
+ 8.6 
+ 1.4 
- 3.0 
- 6.0 
- 9.9 
- 6.8 
70 
21.1. 
1645 
, 
Res. 
158 6.0 
171 6.7 
184 1.2 
220 1.1 
305 2.2 
257 0.6 
141 1.7 
167 4.8 
172 7.8 
E 
+ 2.2 
+ 1.0 
- 0.1 
- 0.7 
- 1.8 
- 0.6 
4 l.l 
4 l.l 
4 1.1 
N 
- 5.6 
- 6.6 
- 1.2 
- 0.8 
4* 1.3 
- 0.1 
- 1.3 
- 4.7 
- 7.7 
71 
23.1. 
1000 
Res. 
158 3.0 
116 1.7 
359 2.8 
339 2.2 
337 1.3 
175 2.5 
161 3.8 
137 4.0 
150 6.8 
E 
4 1-1 
+ 1.5 
- 0.1 
- 0.8 
- 0.5 
4- 0.2 
4 1.2 
4 2.7 
4 3.4 
N 
- 2.8 
- 0.7 
-f 2.8 
+ 2.1 
4- 1.2 
- 2.5 
- 3.6 
- 2.9 
- 5.9 
72 
23.1. 
1630 
Res. 
158 5.0 
134 7.8 
129 6.7 
88 2.6 
33 0.9 
287 1.6 
188 1.4 
161 3.6 
144 8.4 
E 
4 1.9 
+ 5.6 
+ 5.2 
+ 2.6 
4- 0.5 
- 1.1 
- 0.2 
4 1.2 
4 4.9 
N 
- 4.6 
- 5.4 
- 4.2 
+ 0.1 
+ 0.8 
+ 0.3 
1.4 
- 3.4 
- 6.8 
73 
24.1. 
800 
Res. 
CO 
C0 
354 8.3 
360 8.5 
356 5.2 
29 4.7 
12 5.8 
32 3.9 
69 6.0 
E 
0.0 
0.0 
- 0.9 
0.0 
- 0.4 
4- 2.3 
4 1.2 
4 2.1 
4 5.6 
N 
0.0 
0.0 
+ 8.2 
+ 8.5 
+ 5.2 
4- 4.1 
4 5.7 
4 3.3 
4 2.2 
74 
24.1. 
1620 
Res. 
158 3.5 
115 1.3 
38 3.6 
21 4.8 
356 7.0 
331 6.2 
337 6.3 
6 5.3 
28 7.9 
E 
+ 1.3 
+ 1.2 
+ 2.2 
+ 1.7 
- 0.5 
- 3.0 
- 2.5 
+ 0.6 
4 3.7 
N 
- 3.3 
- 0.5 
+ 2.8 
4- 4.5 
4- 7.0 
4- 5.4 
4 5.8 
4 5.3 
4 7.0 
75 
25.1. 
1680 
Res. 
158 6.0 
148 6.5 
91 3.9 
23 4.0 
5 5.1 
343 6.6 
338 9.5 
344 10.7 
19 18.1 
E 
+ 2.2 
+ 3.4 
+ 3.9 
+ 1.6 
4- 0.4 
- 1.9 
- 3.6 
- 2.9 
4 5.9 
N 
- 5.6 
- 5.5 
- 0.1 
+ 3.7 
4- 5.1 
+ 6.3 
4 8.8 
410.3 
417.1 
76 
26.1. 
930 
Res. 
158 3.0 
143 1.6 
34 1.9 
29 5.2 
49 6.6 
45 9.2 
35 10.0 
6 9.8 
343 12.6 
E 
+ 1.1 
+ 1.0 
+ 1.1 
+ 2.5 
4- 5.0 
+ 6.5 
+ 5.7 
4 1.0 
- 3.4 
N 
- 2.8 
- 1.3 
+ 1.6 
+ 4.5 
4- 4.3 
4- 6.5 
+ 8.2 
4 9.7 
411.1 
77 
27.1. 
1000 
Res. 
CO 
295 2.3 
321 4.8 
335 5.7 
322 4.6 
2 3.7 
347 3.5 
330 5.2 
345 7.3 
E 
0.0 
- 2.1 
- 3.0 
- 2.4 
- 1.8 
4- 0.1 
- 0.8 
- 2.6 
- 1.9 
N 
0.0 
4 1.0 
+ 3.7 
+ 5.2 
4- 3.6 
+ 3.7 
4 3.4 
4 4.5 
4 7.1 
78 
27.1. 
1645 
Res. 
169 4.0 
172 9.3 
189 5.3 
180 2.2 
303 1.5 
299 1.8 
279 2.3 
329 2.0 
E 
+ 0.7 
+ 1.3 
- 0.8 
0.0 
- 1.3 
- 1.6 
- 2.3 
- 1.0 
N 
- 3.9 
- 9.2 
- 5.2 
- 2.2 
+ 0.8 
+ 0.9 
4 0.4 
4 1.7 
79 
28.1. 
1116 
Res. 
180 6.0 
159 6.4 
E 
0.0 
+ 2.3 
N 
- 6.0 
- 6.0 
80 
31.1. 
1040 
Res. 
337 1.0 
344 3.8 
344 6.6 
337 10.7 
323 9.8 
313 8.5 
30110.5 
302 6.3 
E 
- 0.4 
- 1.0 
- 1.8 
- 4.2 
- 5.8 
- 6.2 
- 9.0 
- 5.3 
N 
+ 0.9 
+ 3.7 
+ 6.3 
4- 9.8 
4- 7.7 
4- 5.8 
+ 5.4 
4 3.3 
81 
31.1. 
1530 
Res. 
C 0 
142 0.8 
332 4.0 
328 8.0 
308 10.0 
30110.0 
298 10.0 
300 10.9 
300 14.1 
E 
0.0 
+ 0.5 
- 1.9 
- 4.2 
- 7.9 
- 8.6 
- 8.8 
- 9.5 
-12.2 
i 
! 
N 
0.0 
- 0.6 
+ 3.5 
+ 6.8 
4- 6.2 
4- 5.1 
+ 4.7 
4 5.5 
4 7.1 
Höhen in km 
5-6 
6-7 
7-8 
8-9 
9-10 
30 11 
11-12 
12-13 
13-14 
14-15 
15-16 
16-17 
17-18 
18-19 
298° 2.1 
- 1.9 
4 1.0 
118 a 2.0 
4 1.9 
- 0.9 
132° 4.0 
4 3.0 
- 2.7 
117° 7.5 
4 6.7 
- 3.4 
128° 9.9 
+ 7.8 
- 6.1 
129°13.3 
+ 10.3 
- 8.4 
154°16.2 
+ 7.1 
-14.5 
151°20.6 
+ 10.0 
-18.0 
158°27.5 
+ 10.3 
-25.5 
'158°28.5) 
+ 10.7 
-26.4 
301 7.9 
- 6.8 
4 4.1 
327 3.4 
- 1.8 
+ 2.9 
99 4.2 
4 4.1 
- 0.7 
115 8.0 
+ 7.2 
- 3.4 
286 4.4 
- 4.2 
4 1.2 
314 6.9 
- 5.0 
4 4.8 
290 11.7 
-11.0 
4 4.0 
269 16.2 
-16.2 
- 0.3 
282 15.8 
-15.5 
+ 3.3 
(289 19.0) 
-17.9 
+ 6.2 
145 7.0 
4 4.0 
- 5.7 
126 6.4 
4 5.2 
- 3.8 
137 9.2 
4 6-3 
- 6.7 
135 7.6 
4 5.4 
- 5.4 
124 7.7 
+ 6.4 
- 4.3 
79 14.4 
+ 14.1 
+ 2.7 
102 22.4 
+21.9 
- 4.7 
115 24.9 
+22.6 
-10.5 
110 31.6 
+29.7 
-10.8 
105 42.3 
+40.8 
-10.9 
107°44.0 
+ 42.1 
-12.8 
99°44.5 
+43.9 
- 7.0 
125 4.3 
4 3.5 
- 2.5 
130 5.8 
4 4.4 
- 3.7 
135 5.1 
4 3.6 
- 3.6 
147 6.0 
+ 3.3 
- 5.0 
13515.0 
+10.6 
-10.6 
12219.8 
416.8 
-10.5 
192 6.9 
- 1.4 
- 6.7 
169 2.3 
4 0.4 
- 2.3 
161 7.0 
4 2.3 
- 6.6 
166 7.2 
4 1.7 
- 7.0 
107 7.3 
+ 7.0 
- 2.1 
109 9.0 
+ 8.5 
- 2.9 
110 14.4 
413.5 
- 5.0 
117 18.7 
+ 16.7 
- 8.5 
109 22.2 
+21.0 
- 7.2 
115 22.5 
+ 20.4 
- 9.5 
104 24.9 
+24.2 
- 6.0 
107 24.9 
+23.8 
- 7.3 
90°20.5 
+20.5 
0.0 
103°30.3 
+29.5 
- 6.8 
159 5.3 
4 1.9 
- 4.9 
173 6.8 
4 0.8 
- 6.7 
163 9.4 
4 2.7 
- 9.0 
135 5.4 
+ 3.8 
- 3.8 
154 4.7 
+ 2.1 
- 4.2 
123 6.3 
+ 5.3 
- 3.4 
12011.1 
4 9.6 
- 5.5 
11814.4 
+ 12.7 
- 6.8 
113 21.6 
+19.9 
- 8.5 
110 21.0 
+ 19.7 
- 7.2 
122 20.3 
+ 17.2 
- 10.7 
166 7.1 
4 1.7 
- 6.9 
149 10.3 
4 5.3 
- 8.8 
134 14.5 
410.4 
-10.1 
137 16.7 
+ 11.4 
-12.2 
143 18.4 
+ 11.1 
-14.7 
120 8.7 
4 7.5 
- 4.3 
9911.1 
411-0 
- 1.7 
115 10.9 
4 9.9 
- 4.6 
127 14.5 
+ 11.6 
- 8.7 
148 14.3 
+ 7.6 
-12.1 
149 18.7 
+ 9.6 
-16.0 
138 23.7 
415.9 
-17.6 
(141 25.6) 
+ 16.2 
-20.0 
71 7.6 
4 7.2 
4 2.5 
91 8.6 
4 8.6 
- 0.1 
11011.7 
411.0 
- 5.8 
134 21.7 
+ 15.6 
-15.0 
126 25.2 
+20.4 
-14.8 
119 28.0 
+24.5 
-13.6 
58 9.7 
4 8.2 
-t* 5.1 
90 6.3 
4 6.3 
0.0 
104 5.7 
4 5.5 
- 1.4 
8011.1 
410.9 
+ 1.9 
89 15.0 
+ 15.0 
+ 0.3 
111 23.0 
+21.5 
- 8.2 
123 30.1 
+25.9 
-16.8 
119 32.3 
+ 28.3 
-15.7 
132 26.2 
+ 19.4 
-17.5 
139 28.3 
+ 18.6 
-21.3 
1915.9 
4 5.3 
415.0 
22 6.9 
4 2.6 
4 6.4 
41 8.3 
4 5.4 
4- 6.3 
(52 12.5) 
410.2 
+ 7.9 
35415.8 
- 1.6 
415.7 
354 17.3 
- 1.8 
417.2 
819.8 
+ 2.8 
419.6 
510.8 
+ 0.9 
+10.7 
61 5.5 
+ 4.8 
+ 2.7 
87 7.2 
- 7.2 
+ 0.4 
13011.1 
+ 8.5 
- 7.1 
14119.7 
+ 12.4 
-15.3 
152 22.4 
+ 10.5 
-19.8 
148 22.5 
+ 11.8 
-19.2 
138 19.9 
+13.3 
-14.8 
108 10.8 
+10.3 
- 3.3 
88 7.6 
+ 7.6 
+ 0.3 
352 8.7 
- 1.2 
4 8.6 
355 13.3 
- 1.2 
413.2 
15 6.7 
4 1.7 
4- 6.5 
1 
1