48
Aus dem Archiv der Deutschen Seewarte — 52. Bd., Nr. 3
Fritz Wagner: Die meteorologischen Beobachtungen während der Einweisungsfahrt für die Höhenwindmeßstelle F
49
Zu Tabelle TI. Zu Tabelle II.
Nr.
Zeit
Ort
Wind-
Koni]).
Wind
in m/sec
Höhen
in km
Wind in m/sec Höhen in km
Wolkenhöhe in m
Bemerkungen
Tag
MGZ
Breite
Länge
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
10—11
11—12
12-13
13—14
14—15
15—16
N
W
(57
9. 4.
10“
19“ 15'
22“ 20'
Res.
360“ 4.0
15“ 5.0
26“ 4 7
7u> Streu 1000 m
E
0.0
+ 1.3
+ 2.1
N
+ 4.0
+ 4.8
+ 4.2
08
9. 4.
13«.
19° 42'
22“ 12'
Res.
360“ 7.0
360“ 7.3
4 /io Cu 850 m
E
0.0
0.0
N
+ 7.0
+ 7.3
69
9. 4.
13 8 “
19° 49'
22" 10'
Res.
360° 7.0
5° 6.9
24“ 7.5
12" 6.2
295« 4.6
281" 6.9
264° 7.0
264° 6.0
294° 9.1
292° 9.3
285° 9.5
297" 11.6
299“ 17.1
267“ 22.0
264° 27.9
276° 23.7
264" 24.5
*/to Cu 850 m
E
0.0
+0.6
t 3.1
+ 1.3
—4.2
-6.8
-7.0
-6.0
-8.3
-8.6
—9.2
-10.3
— 15.0
—22.0
—27.8
-23.6
—24.4
N
+ 7.0
+ 6.9
+6.9
+6.1
-fl.»
+ 13
—0.7
—0.6
+3.7
+ 3.5
+ 2.5
+ 5.3
+ 8.3
— 1.2
— 2.9
+ 2.5
— 2.6
70
10. 4.
10“
24“ 20'
20“ 25'
Res.
337“ 7.0
323" 7.5
318" 8.0
313“ 7.8
7)0 Cu Streu
E
—2.7
-4.5
—5.4
—5.7
N
+ 0.4
+ 6.0
+5.9
+5.3
71
10. 4.
11«
24“ 25'
20“ 21'
Res.
337" 12.0
332" 10.0
320“ 7.1
324“ 6.2
332° 10.9
320“ 15.4
300" 13.8
308“ 13.9
313“ 15.1
313° 17.8
7.» Cu
E
- 4.7
—4.7
—4.6
—
—5.1
— 9.9
—12.0
—11.0
—11.0
— 13.0
N
+ 11.0
+ 8.8
+ 5.4
4 5.0
+ 9.6
+ 11.8
+ 6.9
+ 8.6
+ 10.3
12.1
72
10. 4.
15 w
25“ 04'
20° 02'
Res.
305° 13 0
321° 13.7
320“ 12.1
V.o Cu 1300 m
E
—10.6
- 8.6
—7.8
N
+ 7.5
+ 10.7
+ 9.3
73
11. 4.
ll 4 “
28“ 15'
17“ 55'
Res.
337“ 8.0
327“ 6.4
293“ 1.7
270" 2.2
334° 4.7
8" 13.5
5“ 18.0
358“ 21.7
352° 18.7
7'.o Cu
E
-3.1
—3.5
—1.6
—2.2
—2.1
+ 1.9
+ 1.6
— 0.8
— 2.6
N
+ 7.4
+5.4
+0.7
0.0
+ 4.2
+ 13.4
+ 17.9
+ 21.7
+ 185
74
11. 4.
IG 40
29° 05'
17° 33'
Res.
300° 8.0
360“ 8.9
5" 10 6
17“ 12.2
15° 12.5
(11° 12.5)
7.o Cu diesig
E
0.0
0.0
+ 09
+ 3.6
+ 3.2
+ 2.4
N
+8.0
+ 8.9
+ 10.6
+ 11.7
+ 12 1
+ 12.3
75
12. 4.
11«
32° 35'
15“ 12'
Res.
337° 13.0
350“ 12.8
348“ 10.8
20“ 10.5
25° 11.1
16“ 14.1
12" 13.1
7.o Cu diesig
E
— 5.1
— 2.2
- 2.3
+ 3 6
+ 4.7
+ 3.9
+ 2.7
N
+ 12.0
+ 12.6
+ 10.6
+9.9
+ 10.1
+ 13.6
+ 12.8
76
12. 4.
15 4 "
33° 12'
14° 40'
Res.
305° 14.0
358° 13.2
V.o Cu + Streu
E
— 11.5
- 0.5
verschwunden in den
N
+ 8.0
+ 13.2
oberen Partien von ah-
ziehenden Stracu.
77
13. 4.
15'°
30“ 57'
11“ 09'
Res.
337“ 6.0
350“ 6.5
357° 3.5
166° 4.4
186° 4.1
178" 5.2
131" 1.8
95° 2 6
120" 1.5
7io str
K
-2.3
—1.1
-0.2
+ 1.1
—0.4
+0.2
+ 1.4
+ 2.6
+ 1.3
N
+5.5
+ 6.4
+3.5
-4.3
—4.1
—5.2
—1.2
— 0.2
—0.8
78
13. 4.
16«
37“ 10’
10° 58'
Res.
360° 3.0
310“ 3 6
90“ 0.2
142° 4.2
158° 2.2
144° 2.8
90° 2.6
102° 3.4
70" 1.8
00“ 0 0
*/*♦ Ci (Str abgezogen)
E
00
— 1.2
+0.2
+ 2.6
+0.8
+ 1.7
+ 2.6
+ 33
+ 1.7
0.0
N
+ 3.0
+ 3.4
0.0
-3.3
—2.0
-2.3
0.0
-0.7
+0.6
0.0
79
13. 4.
17 10
37° 15'
10° 52'
Res.
360“ 2.0
(352“ 2.2)
95° 1.1
128“ 4 0
129° 1.8
118° 4.2
110" 4.1
98" 31
82" 2.6
V.o Ci + Cicu
E
00
—0.3
fl.l
+3.2
4-1-4
+ 3.7
+ 3.9
+ 3.1
+2.6
Kimm diesig in Dunst
N
+2.0
+ 2.2
—0.1
—2.5
—1.1
—2.0
—1.4
—0.4
+ 0.4
80
14. 4.
10’°
Lissabon
Res.
(45° 4.0)
71° 4.8
106“ 4.3
106" 4 5
90" 4.2
75° 5.0
62" 6.1
77° 11.8
82° 13.4
86" 11.1
.
7io Acu + Ci
E
+ 2.8
+ 4.5
+ 41
+4.3
+ 4.2
+ 4.8
+ 5.4
+ 11 5
+ 13.3
+ 11.1
N
+ 2.8
+ 1.6
—1.2
—1.2
0.0
+ 1.3
+ 29
+ 2.7
+ 1.9
+ 1.8
81
14. 4
17“
39° 34'
9° 27'
Res.
360° 7.0
335° 2.7
270" 0 5
106° 2.6
108° 2.8
108“ 3.1
113° 6.8
83° 7.8
93° 8.6
91" 9.8
74° 9.7
82° 10.0
#
V.o Cu + V.o Ci
E
0.0
—1.1
—0.5
+ 2.5
+2.7
+3.0
+ 6.3
+ 7.7
+ 8.6
+ 9.8
+9.3
+9.9
über Land, Boden-
N
+7.0
+2.5
0.0
—0.7
—0.9
—1.0
—2.7
+ 1.0
-0.5
-0.2
+ 2. i
+ 1.4
Schicht leichter Dunst
82
15. 4.
11“
42° 47'
9° 19'
Res.
00° 0.0
235° 1.0
235" 10
00° 0 0
160° 1.0
66° 2.8
6" 3.4
(315° 6.1
V.o Ci Sonnenring
E
0.0
-0.8
—0.8
0.0
+0.3
+2.6
+0.4
-4.3
N
0.0
-0.6
-00
0.0
—0.9
+ 1.1
+3.4
+4.3
83
15. 4.
16 4 "
43° 50'
8° 42'
Res.
(45° 15.0)
(50“ 12.0)
8 /io Cu
E
+ 10.6
+ 9.2
N
+ 10.6
+ 7.7
84
16. 4.
ll>“
47“ 24'
0“ 03'
Res.
348“ 8.0
347" 8.3
352" 8.0
V.o Cu
E
—1.7
-1.9
—1.1
N
+ 7.8
+ 8.1
+ 7.9
•1
