24
25
Dampfer „Cap Arcona“
Aus dem Archiv der Deutschen Seewarte. — Band 51. Nr. 3.
Höhenwindmessungen III. Folge.
Nr.
Zeit
Ort
Wind-
Wind in m/sec.
Höhen in km
Wolkenhöhe in m
Tag
Std.
1
x
<omp.
Boden 1
0-0.6
0.5-1 j
1-1.5 |
1.5—2
2-2.5 j
2.5-3
3-4
4-5
5—6
6-7
7-8
I 8—9
9-10
10-11
11—12
12-13
13-14
I 14—15
Bemerkungen
1931
Fahrt A 12 ,
Mai
bis ]uni 1931
A 12 l
26. 5. i
165«
36=42'N
10=36’W
Res.
E
N
360° 6.0
0.0
-f-6.0
356= 6.2
-0.4
+6.2
360= 5.6
0.0
+5.6
4=3.6
+0.3
+3.6
268= 2.4
2.4
-0.1
229 = 6.1
-4.6
-4.0
217° 11.6
-7.0
-9.3
.
»/10 St-Cu,
A 12 2
27. 5.
658
31=36'N
14=00'W
Res.
E
N
270° 3.0
-3.0
0.0
276= 2.9
-2.9
+0.3
314° 2.7
-1.9
+ 1.9
295° 3.9
-3.5
+ 1.7
291= 6.4
-6.0
+2.3
293= 7.6
-7.0
+3.0
286° 10.2
9.8
+2.8
(272=8.5)
-8.5
+0.3
*
*
*
1
ä /io Cu
A 12 3
27. 5.
1823
29=12’N
15=36’W
Res.
E
N
338° 4.0
-1.5
+3.7
1= 6.3
+0.1
(-6.3
4= 6.3
+0.4
+6.3
328= 7.2
-3.8 |
+6.1
327= 4.5
-2.5
+ 3.8
308= 8.4
-6.6
+5.2
(272=9.4)
-9.4
+0.3
289° 9.0
-8.5
+2.9
295= 11.2
-10.2
+ 4.7
274° 10.2
-10.2
+ 0.7
273= 20.0
20.0
+ 1.0
(256=23.2]
-22.5
5.6
.
4 /io Cu
A 12 4
28. 5.
7 86
26=00'N
18=06’W
Res.
E
N
34° 5.0
+2.8
+4.1
41=7.4
+4.9
H 5.6
21=4.5
+ 1.6
4.2
354= 4.6
-0.5
+4.6
299= 6.6
-5.8
+3.2
290= 10.2
-9.6
+3.5
287= 16.1
-15.4
+ 4.7
284= 18.8
-18.2
+ 4.6
(286=14.5)
-13.9
+ 4.0
4 /io St-Cu, */w Cu
A 12 5
28. 5.
18>»
23=06'N
20=18'W
Res.
E
N
45=7.0
+4.9
+4.9
44=7.1
+4.9
+5.1
27= 9.1
+4.1
+8.1
342° 10.1
-3.1
+9.6
337= 9.7
-3.8
+8.9
322= 8.0
4.9
+6.3
281=3.0
-2.9
+0.6
233= 7.8
-6.2
4.7
236= 8.3
-6.9
-4.6
:
1
I
4 /io Cu, */io Ci-St
A 12 6
29. 5.
705
19°48'N
22=48'W
Res.
E
N
12= 10.0
+2.1
+9.8
30° 12.6
+ 6.3
+10.9
19“ 17.0
+ 5.5
+ 16.1
40= 10.6
+6.8
+8.1
116= 2.2
+2.0
-1.0
153= 4.0
+ 1.8
-3.6
180° 5.9
0.0
-5.9
3 10 Cu, «/io A St,
in Schornsteinrauch
A 12 7
29. 5.
7M
19°36'N
22=54'W
Res.
E
N
12° 10.0
+2.1
+9.8
25= 12.4
+ 5.2
+ 11.2
18° 18.0
+ 5.6
+ 17.1
34= 11.0
+6.2
+9.1
102° 4.3
+4.2
-0.9
144° 4.8
+2.8
-3.9
159° 6.3
+2.3
-5.9
(196=7.0)
-1.9
-6.7
-
3 /io Cu, */io A-St
A 12 8
29. 5.
1900
16=42’N
25=12’W
Res.
E
N
45° 18.0
+12.7
+12.7
37= 22.4
+13.5
+17.9
37= 18.7
+11.3
+14.9
71= 13.2
+ 12.5
+ 4.3
97=9.8
+9.7
-1.2
110= 9.1
+8.6
-3.1
115° 9.0
+8.2
-3.8
144= 11.0
+ 6.5
-8.9
(129=8.6)
+6.7
5.4
'
«10 A-St, in Dunst
A 12 9
30. 5.
742
12=54'N
26=30'W
Res.
E
N
56= 6.0
+5.0
+3.4
65= 8.6
+7.8-
+3.6
63=8.9
+7.9
+4.0
59= 5.5
+4.7
+2.8
99= 7.3
+7.2
-1.1
86=9.0
+9.0
+0.6
94= 10.0
+ 10.0
- 0.7
(114=12.0)
+ 11.0
- 4.9
2 /io Cu, ’/ui St-Cu, */10 Ci-St,
in Dunst
A 12 io
30. 5.
1818
9=42 N
27=42'W
Res.
E
N
68=6.0
+5.6
+2.2
43= 6.6
+4.5
+4.8
28= 5.6
+2.6
+4.9
61=6.5
+5.7
+3.2
80= 9.6
+9.5
+ 1.7
85° 9.0
+9.0
+0.8
106= 9.9
+9.5
-2.7
107° 11.3
+10.8
- 3.3
90= 4.6
+4.6
0.0
104= 5.0
+4.9
-1.2
155= 4.8
+2.0
-4.4
A ]2 n
31. 5.
803
5=36'N
29=12’W
Res.
E
N
90= 4.0
+4.0
0.0
96= 5.6
+5.6
-0.6
95° 6.4
+6.4
-0.6
99= 9.0
+8.9
-1.4
90° 7.0
+7.0
0.0
80= 10.4
+ 10.2
+ 1.8
84= 7.1
+7.1
+0.7
80= 8.3
+8.2
+ 1.4
(99= 5.3)
+5.2
-0.8
4 /io Cu, */10 A-Cu
A lä l2
31. 5.
19«!
2°00'N
30=30'W
Res.
E
N
135° 7.0
+4.9
- 4.9
127= 6.5
+5.2
-3.9
121=8.2
+7.0
-4.2
106= 8.8
+8.5
-2.4
84° 7.5
+7.5
+0.8
88= 6.3
+6.3
+0.2
3 /io Cu, 5 /n> St-Cu
A 12 13
1. 6.
910
2°00'S
31°54'W
Res.
E
N
112=8.0
+7.4
-3.0
123= 7.6
+6.4
- 4.1
(97=8.0)
+7.9
1.0
88= 9.2
+9.2
+0.3
74° 9.2
+8.8
+2.5
70° 12.4
+ 11.7
+ 4.2
88= 15.0
+ 15.0
+ 0.5
89= 9.7
+9.7
+0.2
72= 4.4
+4.2
+ 1.4
51=5.6
+4.4
+3.5
52= 6.3
+5.0
+3.9
s /io Cu,
durch tiefe Wolken verdeckt
A 12 14
1. 6.
1820
4=30'S
32=42'W
Res.
E
N
112= 7.0
+6.5
-2.6
110= 7.5
+7.1
-2.6
104= 8.8
+8.5
-2.1
98° 8.8
+8.7
1.2
99° 7.2
+7.1
-1.1
92= 7.4
+ 7.4
-0.3
85= 13.4
+ 13.4
+ 1.2
67= 8.6
+7.9
+3.4
133= 1.2
+0.9
-0.8
18° 6.6
+2.0
+6.3
36° 3.2
+ 1.9
+2.6
129° 4.8
+3.7
3.0
(181 = 7.4)
-0.1
-7.4
■
+10 Cu,
durch tiefe Wolken verdeckt
A 12 1ö
2. 6.
1869
11°36'S
35=36'W
Res.
E
N
112= 7.0
+6.5
-2.6
107° 5.2
+5.0
-1.5
127° 1.7
+1.4
-1.0
96= 4.6
+4.6
-0.5
96= 3.5
+3.5
-0.4
51° 1.2
+0.9
+0.8
33° 3.4
+1.9
+2.9
(356=2.6)
-0.2
+2.6
-
•
'
4 /w Cu, 4 /io St-Cu, in Wolken
A ,2 16
3. 6.
923
15=54'S
37=18'W
Res.
E
N
248= 2.0
-1.9
-0.7
280= 2.5
-2.5
+0.4
312° 3.1
-2.3
+2.1
285= 3.0
-2.9
+0.8
297 = 5.2
4.6
+2.4
286= 7.4
-7.1
+2.0
300= 10.7
-9.3
+5.4
292= 8.6
- 8.0
+3.2
285= 7.4
7.2
+ 1.9
260° 9.4
-9.3
-1.6
229= 15.7
-11.9
- 10.3
227= 19.7
- 14.4
13.4
223= 21.4
-14.6
- 15.7
3 /io Cu
A 12 17
3. 6.
1902
18=42’S
38=42'W
Res.
E
N
248= 5.0
4.6
-1.9
(180= 3.1)
0.0
-3.1
| 226= 1.1
-0.8
-0.8
318= 6.4
4.3
+4.8
292= 9.0
-8.3
+3.4
270° 8.0
8.0
0.0
278° 13.5
-13.4
+ 1.9
277= 13.0
-12.9
1 + 1.6
263= 9.c
-9.2
-1.1
963= 10.3
-10.2
- 1.3
(254=15.8)
-15.2
- 4.4
'
i
I
*/10 Cu, 5 /io St-Cu
A 12 18
5. 6.
191»
26=12'S
47°24'W
Res.
E
N
360= 2.0
0.0
+2.0
(5= 5.3)
+0.5
+5.3
(5= 8.5)
+0.7
+8.5
350= 9.9
1.7
+9.8
327= 6.4
-3.5
+5.4
310= 5.4
-4.1
+ 3.5
287= 5.7
-5.5
+ 1.7
276° 8.0
-8.0
+0.8
275= 10.5
-10.5
+ 0.9
(277=13.41
-13.3
+ 1.6
In Nebel
A 12 19
12. 6.
1030
31 =42'S
51°00'W
Res.
E
N
281=7.0
-6.9
+ 1.3
260= 15.6
15.4
- 2.7
264= 15.4
-15.3
1.6
253= 13.6
13.0
i - 4.0
i 258= 14.1
| -13.8
- 2.9
289= 12.8
- 12.1
+ 4.2
| 278° 12.9
1 12.8
+ 1.8
278= 14.6
-14.5
+ 2.0
I 267= 14.8
! 14.8
- 0.8
261° 18.8
-18.6
2.9
[274=22.0)
-21.9
+ 1.5
tyio Cu
A 12 20
12. 6.
j 193«
29=00'S
49=12'W
i
Res.
E
N
158= 4.0
+ 1.5
-3.7
(258=5.0)
4.9
- 1.0
1(274=9.4)
1 -9.4
. +0.7
1 279= 10.1
1 -10.0
i + 1.6
260= 10.9
10.7
1.9
255= 14.1
-13.6
1 - 3.7
264= 13.9
13.8
1.5
257= 15.8
1 -15.4
1 - 3.6
| 262= 20.4
1 20.2
- 2.8
268= 22.3
-22.3
- 0.8
■
!
1
1
• 1
Xm Cu