8 
« 
Motorschiff „Monte Olivia 44 
Nr. 
Zelt 
Ort 
Wind- 
Komp. 
Wind in m/sec. 
Höhen in km 
Wolkenhöhe in m 
Tag 
Std. 
X 
Boden 
0—0.5 
0.5-1 
1—1.5 
1.5-2 
2—2.5 
2.5—3 
3-4 
4-5 
5—6 
6—7 
7—8 
8-9 
9—10 
J 10-11 
11—12 
12—13 
13—14 
14—15 
Bemerkungen 
1929 
Fahrt A 3 , A 
pril 
I S 
Juni 1929 (Fortsetzung) 
A 3 21 
18. 4. 
18 35 
2° 30'N 
29° 30'W 
Res. 
90° 3.0 
65“ 3.3 
79“ 4.0 
89° 4.8 
91“ 9.1 
96“ 9.1 
87° 13.2 
(74“ 16.7) 
1 
, 
s /,o A-Cu, s/ 1() Cu 
E 
+ 3.0 
+ 3.0 
+ 3.9 
+ 4.8 
+ 9.1 
+ 9.1 
+13.2 
+16.1 
N 
0.0 
+ 1.4 
+ 0.8 
+ 0.1 
-0.2 
-1.0 
+ 0.7 
+ 4.6 
A 8 22 
19. 4. 
9 S0 
0“42'S 
31“00'W 
Res. 
158° 3.0 
117° 2.7 
104“ 4.9 
113“ 6.7 
111“ 5.5 
110° 5.6 
113“ 5.6 
(96° 5.4) 
. 
. 
®/io Cu 
E 
+ 1.1 
+ 2.4 
+ 4.8 
+ 6.2 
+ 5.1 
+ 5.3 
+ 5.2 
+ 5.4 
N 
-2.8 
-1.2 
-1.2 
-2.6 
-2.0 
-1.9 
-2.2 
-0.6 
A 3 23 
19. 4. 
18’ 1 
2° 24'S 
31°48'W 
Res. 
180° 4.0 
162“ 2.9 
124“ 2.3 
(115°2.3) 
4 / 10 Cu. 4 / 10 Ci-St 
E 
0.0 
+ 0.9 
+ 1.9 
+ 2.1 
N 
-4.0 
-2.8 
-1.3 
-1.0 
A 3 24 
19. 4. 
1922 
2° 36'S 
31°54'W 
Res. 
C 
140“ 2.6 
120° 2.6 
137“ 2.9 
108° 2.5 
90° 2.8 
112“ 2.3 
112“ 2.6 
128“ 3.6 
122“ 3.4 
150“ 3.2 
131° 4.3 
138° 2.7 
117° 3.5 
. 
Vio Ci 
E 
0.0 
+ 1.7 
+ 2.3 
+ 2.0 
+ 2.4 
+ 2.8 
+ 2.1 
+ 2.4 
+ 2.8 
+ 2.9 
+1.6 
+ 3.3 
+ 1.8 
-^3.1 
N 
0.0 
-2.0 
-1.3 
-2.1 
-0.8 
0.0 
-0.9 
-1.0 
-2.2 
-1.8 
-2.8 
-2.8 
-2.0 
-1.6 
A 8 25 
20. 4. 
8 1I 
5“ 12' S 
33°06'W 
Res. 
135° 4.0 
112“ 3.8 
88“ 2.3 
69° 1.9 
354“ 1.2 
346“ 2.5 
15“ 2.4 
7“ 2.5 
. 
» 
. 
4 /io Cu. 3 / )U A-Cu 
E 
+ 2.8 
+ 3.5 
+ 2.3 
+ 1.8 
-0.1 
-0.6 
+ 0.6 
+ 0.3 
N 
-2.8 
-1.4 
+ 0.1 
+ 0.7 
+1-2 
+ 2.4 
+ 2.3 
+ 2.5 
A 8 26 
20. 4. 
l 9 ss 
7° 36'S 
34“ 18'W 
Res. 
45“ 3.0 
58° 6.2 
74° 5.7 
73° 3.0 
97“ 2.1 
101“ 3.9 
90“ 1.8 
37“ 4.2 
16“ 3.6 
E 
+ 2.1 
+ 5.3 
+ 5.5 
-j- 2.9 
r 2.1 
+ 3.8 
+ 1.8 
+ 2.5 
+ 1.0 
N 
+ 2.1 
+ 3.3 
+ 1.6 
+0.9 
-0.3 
-0.7 
0.0 
+ 3.4 
+ 3.5 
A 3 27 
21. 4. 
8 3i 
10° 00'S 
35° 30'W 
Res. 
45“ 5.0 
42“ 6.5 
49“ 7.3 
(68° 6.4) 
, 
, 
• 
. 
5 /io Cu, ! /,o A-Cu 
E 
+ 3.5 
+ 4.4 
+ 5.5 
+ 5.9 
N 
+ 3.5 
+ 4.8 
+ 4.8 
+ 2.4 
A 3 28 
21. 4. 
854 
10° 06'S 
35“36'W 
Res. 
45“ 5.0 
47“ 6.2 
56° 6.4 
68“ 4.7 
150° 1.6 
273“ 3.1 
262° 3.7 
(273“3.1) 
• 
• 
. 
. 
. 
. 
Vio Cu 
E 
+ 3.5 
+ 4.5 
+ 5.3 
+ 4.4 
+ 0.8 
-3.1 
-3.7 
-3.1 
N 
+ 3.5 
+ 4.2 
+ 3.6 
+ 1.8 
-1.4 
+ 0.2 
-0.5 
+ 0.2 
A 3 29 
23. 4. 
18» 
19° 48'S 
39“ 24'W 
Res. 
180“10.0 
191°11.6 
191“11.0 
203° 10.9 
246“ 5.6 
(333 “6.6) 
E 
0.0 
- 2.2 
- 2.1 
- 4.3 
-5.1 
-3.0 
N 
-10.0 
-11.4 
-10.8 
-10.0 
-2.3 
+ 5.9 
A 3 30 
26. 4. 
918 
25° 06'S 
47“12'W 
Res. 
270° 3.0 
252“ 3.0 
290° 3.3 
263“ 5.3 
252° 4.8 
252“ 4.8 
236“ 3.6 
229“ 6.5 
252“ 5.7 
282“ 8.9 
300“ 10.0 
294“ 13.2 
. 
• 
Vio Cu 
E 
-3.0 
-2.9 
-3.1 
-5.3 
-4.6 
-4.6 
-3.0 
-4.9 
-5.4 
-8.7 
-8.7 
-12.1 
N 
0.0 
-0.9 
+ U 
-0.7 
-1.5 
-1.5 
-2.0 
-4.3 
-1.8 
+1.9 
+ 5.0 
+ 5.4 
A 3 31 
1. 5. 
20*° 
34° 36' S 
58“00'W 
Res. 
112° 10.0 
126“11.3 
143“ 8.1 
164“ 6.2 
195° 7.6 
225°11.1 
235° 14.7 
228“ 17.9 
• 
4 /io Cu 
E 
+ 9.3 
+ 9.1 
+ 4.9 
+ 1.7 
-2.0 
-7.9 
-12.0 
-13.3 
N 
-3.7 
-6.6 
-6.5 
-6.0 
-7.3 
-7.9 
- 8.4 
-12.0 
A 3 32 
3. 5. 
10 41 
Res. 
45“ 7.0 
27“ 9.5 
25° 9.6 
36“ 9.0 
48“ 7.1 
54“ 4.7 
54° 4.8 
66“ 5.7 
90“ 3.8 
120° 2.7 
152° 5.9 
171“10.5 
(161 “11.4) 
. 
. 
. 
Vio Ci 
E 
+ 4.9 
+ 4.3 
+ 4.1 
+ 5.3 
+ 5.3 
+ 3.8 
+ 3.9 
+ 5.2 
+ 3.8 
+ 2.3 
~r 2.8 
+ 1.6 
+ 3.7 
N 
+ 4.9 
+ 8.5 
+ 8.7 
+ 7.3 
+ 4.8 
+ 2.8 
+ 2.8 
+ 2.3 
0.0 
-1.4 
-5.2 
-10.4 
-10.8 
A 3 33 
3. 5. 
20“ 
Res. 
45° 6.0 
34° 10.8 
34° 11.7 
29° 14.1 
24“ 17.4 
27“ 16.4 
(24° 12.1) 
. 
• 
• 
. 
. 
Vio Ci, durch Sonnensegellatte verdeckt 
E 
+ 4.2 
+ 6.0 
+ 6.5 
+ 6.8 
+ 7.1 
+ 7.5 
+ 4.9 
N 
+ 4.2 
+ 9.0 
+ 9.7 
+12.3 
+15.9 
+14.6 
+11.1 
A 3 34 
4. 5. 
10« 
Res. 
45° 15.0 
17° 15.1 
9° 13.0 
20° 11.8 
14“ 12.9 
23“ 12.7 
20° 10.8 
23“ 9.8 
36° 10.0 
. 
. 
. 
. 
6 /i0 Ci 
E 
+10.6 
+ 4.4 
+ 2.0 
+ 4.0 
+ 3.1 
+ 5.0 
+ 3.7 
+ 3.8 
+ 6.2 
N 
+10.6 
+14.4 
+12.8 
+11.1 
+12.5 
+11.7 
+10.2 
+ 9.0 
+ 8.6 
A 3 35 
18. 5. 
1Q09 
30° 30'S 
50° 06'W 
Res. 
113“ 4.0 
114“ 4.4 
90° 2.5 
7“ 2.6 
234“ 1.3 
232° 1.3 
231“ 1.8 
■ 
• 
. 
. 
. 
%o Cu 
E 
+ 3.7 
+ 4.0 
+ 2.5 
+ 0.3 
-1.1 
-1.0 
-1.4 
N 
-1.6 
-1.8 
0.0 
+ 2.6 
-0.8 
-0.8 
-1.1 
A 3 36 
19. 5. 
20 10 
26° 06'S 
48° 18'W 
Res. 
146° 4.0 
168° 5.8 
187° 5.4 
186° 5.6 
197“ 4.8 
192° 2.3 
50° 0.9 
232“ 6.2 
215“10.3 
(214“12.9) 
• 
■ 
. 
s /,o Cu 
E 
+ 2.2 
+ 1.2 
-0.7 
-0.6 
-1.4 
-0.5 
+ 0.7 
-4.9 
-5.9 
- 7.£ 
N 
-3.3 
-5.7 
-5.4 
- 5.6 
-4.6 
-2.3 
+ 0.6 
-3.8 
-8.4 
-10.7 
A 3 37 
22. 5. 
19“ 
21° 00'S 
40° 00'W 
Res. 
225“ 7.0 
189° 6.9 
205° 7.4 
228 “ 8.3 
234“ 8.5 
251° 7.8 
. 
• 
Wolkenlos, durch Schornstein ver- 
E 
-4.9 
-1.1 
-3.1 
-6.2 
-6.9 
-7.4 
deckt 
N 
-4.9 
-6.8 
-6.7 
-5.6 
-5.0 
-2.5 
A 3 38 
23. 5. 
IQÜt 
18° 30'S 
38“ 36'W 
Res. 
180° 7.0 
187° 5.6 
179° 5.6 
205“ 5.0 
220“ 6.1 
221“ 7.8 
227°11.0 
231 “14.4 
250“ 15.1 
256 “24.8 
266“26.0 
263°27.6 
. 
. 
. 
4 /io Cu 
E 
0.0 
-0.7 
+ 0.1 
-2.1 
-3.9 
-5.1 
-8.0 
-11.2 
-14.2 
-24.1 
-25.9 
-27.4 
N 
-7.0 
-5.6 
-5.6 
-4.5 
-4.7 
-5.9 
-7.5 
- 9.1 
- 5.2 
- 6.0 
- 1.8 
- 3.4 
A 3 39 
23. 5. 
19 41 
16° 24'S 
37“36'W 
Res. 
158“ 7.0 
188“ 6.1 
177“ 7.1 
179° 5.5 
(186°7.7) 
• 
• 
• 
. 
. 
6 /io Cu, Vio A-Cu 
E 
+ 2.6 
-0.9 
+ 0.4 
+ 0.1 
-0.8 
N 
-6.5 
-6.0 
-7.1 
-5.5 
-7.7 
A 3 40 
24. 5. 
8 29 
13° 30' S 
36“ 12'W 
Res. 
146“ 7.0 
155° 7.1 
149“ 7.2 
156“ 7.8 
187“ 7.9 
203° 4.8 
187“ 5.3 
178“ 9.2 
243“14.0 
269“ 18.2 
280°19.1 
260“ 15.3 
258°19.5 
281 “20.2 
269“20.0 
278° 18.5 
(294° 23.«) 
Vio Cu 
E 
+ 3.9 
+ 3.0 
+ 3.7 
+ 3.2 
-1.0 
-1.9 
-0.7 
+ 0.3 
-12.5 
18.2 
-18.8 
-15.1 
-19.1 
-19.8 
-20.0 
-18.3 
-21.6 ! 
N 
-5.8 
-6.4 
-6.2 
-7.1 
-7.8 
-4.4 
-5.3 
-9.2 
1 - 6.4 
0.3 
-f 3.3 
- 2.7 
~ 4.1 
+ 3.9 
- 0.3 
+ 2.6 
+ 9.6 1