56 Annalen der Hydrographie und Maritimen Meteorologie, Februar 1911. 
Datum 
1909 
1 
A 
De 
ft. 
x 
Ra 
0. 
<_Br. 
0 2. 
40 54 
35 26 
37 5 
35 46 
33 9 
20 41 
27 22 
W-Le. 
5 Bla. : 
3 ln SO = 5 : 
3, HaEo ea 287 BE 
FEN ES ES S= 380 
re ZE2522 E50 
3 ZELL SEEEEEEr 
A S 
SEES EE322ES) 
KA 
| 
50° 50 
79 38 
9 
77 59 
6 49 
:5 50 
74 31 5 
2 54 Y 
76 
9.7 
12,5 
13.2 
13.2 
14.1 
14,9 
116 
13 
15064 
18 0 
23 66 
u9 78 
05 79 
1 78 
Ta 72 
56 
60 
53 
57 
6S 
7 
76 
B- 
Vieder- 
schlag 
lin 24° 
in 
mm 
0.0 
6 
7 
0.1 
0.2 
Vorherrschender Wind 
Richtung und Stärke 
SSW 4 
Ss 5—0 6 
0ON0O 5,02, SW 2 
W_NW 2 
WNNW 3 
WNW 3, SSO 4 
SO 5, SSW 3 
So 3 
B. Heimreise. 
1910 
23, I. 
22, 
21, 
20, 
x 
H 
1909 
31. XII. 
30. 
29. 
“6 
N-Br. 
17° 46 
‘5 20 
N 
2 28 
28 
8 51 
"5 16 
1 28 
29 16 
°5 44 
27 3 
i6 15 
l 9 
57 
1 
17949 | 9 
20 57 | 7 
21 485 | 6 
21 57 | 
25 6 
8 490 
>1 50 
792 Er 
22 1: 
29 381 
29 10 
20 84 
3 
30.48 
>» 8 
29 39 
29 38 
99 921 
) 
4 
JG 
F 
a 
5+Br. 
> 6 
209 37 | 
20 56 
31 1 
32 8 
30 AR 
u 8 
13 9 
1) 935 
19 34 ı 
22 5 
24 43 
26 48 
29 19 
32 48 
34 15 
36 0 
24 15 
“8 
37 
58 
40 
30 
1 
33 
33 
32 
31 
21 
14 
12 
20 
38 
19 
8 
10 
10 
10 
9 | 
10 
\ 
4 
4 
; 6 
32 38 
DZ, 57T 
| 
Ö 
A 
1 
4 
6 
40 
' 
! 
5A 
20 
36 
75 28 
3 19 
50 51 
47 51 
44 10 
41 9 
39 14 
36 59 
25 31 
51 
5 
ö2 
67 
“2 S 
Tan 
32 4 
3 50: 
3 55 1 
4 44 
35 4 ( 
87 29 7 
R7 O2 a 
Zi 
20 
18 
} 
y 
12.5 
12.6 
13.3 
14.3 
16.0 
16.6 
17.9 
19,2 
20,5 
21.9 
73,4 
24,5 
25.8 
26.3 
26.7 
26.6 
27.1 
267 
LU 
5 
1.9 
1.0 
0.2 
0.5 
0.3 
1 
0.6 
05 
7 
TE 
65 
60 
S+4 
£ 
m 
{ 
Ü) 
7 
0.5 
DS 
L5 
US 
06 
S2 
O1 
26.4 
26.5 
26.1 
25.4 
05 1 
(1 
a3 
0.5 
0.5 
02 
SC 
76 
cd 
79 
zn 
24.6 
24.1 
23.3 
22.2 
20,8 
20.1 
18.6 
L6.6 
4.4 
12,0 
0.7 
10.6 
uy9 
ra 
0.1 
0.0 
61 
—( 
0.2 
1.1 
1.0 
1.5 
—m 
A? 
—0.* 
0.4 
0.5 
0,3 
— 1 
.- 
Ö.1 
— 0,2 
0.6 
— 0 > 
— 02 
—_ (\ “x 
a Ol 
1.9 0.2 
3,6 0.6 
14.7, 0.8 - 
17.0 ] 20. 7 
167 16 At 
6 
9 
9 
2 
Cu 
5-4 
+ 
55 
58 
67 
"N 
4 
6 
(7 
Zr 
3 
N 
id 
19 
{1 
69 
70 
7} 
07 
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4 
69 
55 
1f 
; 
62 
N 
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FH 
[25% 
Ze 
x 
-. 
{} 
4.) 
He 
Zo 
my: 
Du 
4 
Q.0 
0.0 
1.3 
6.9 
W 4, SW, SO 3 
0.3, 0SO 2 
0S0 2, ONO 4 
NO 4, SW 5/6 
SW 6, S 5 
SSO 6, 0 6 
0 5, ONO 6 
ONO 4, 82 
SO 45 
08S0 5, 06 
) 67 
) 6, NO 5 
NO 5/4 
NO 43 
NO 5/4 
8 2/3, ONO 1, 50 2 
So 2/3, O0 3/4 
050 3. 0 4 
0.1 
0.1 
11.0 
13,0 
23 
0.2 
0.1 
04 
5) 46 
) 5/6 
05 
O 54 
A417 
X () 
0.1 
O3 
ONO 4 
NO 4% 
ONO 4 
ONO 4 
ONO 5/6 
ONO 4, Stille, NW 1 
NW 2, SW 3 
SW 4, W 7 
W 7, NW 8% 
N 6, SO 5, NW 4 
NNW 4, NNO 3 
NNO 3, O2, SW 3 
SW 68, W 6 
NW 3, NO 2, Stille 
SW 2, NW 24 
WA, N 7 
N 42, WSW 5 
WSW 7, WNW J 
SW 1.N 2, W5 
WNW 5 
WNW 5, WSW 5 
NW 4/5 
WNW 4, W 56 
WSW 4/5 
SSW 3 
SSW 35 
WSW 4; Stille 
SO 925 
00 
DA 
DR 
13 
0.1 
5.6 
0 
1°) 
0.2 
0.4 
1.7 
23 1 
0,3 
0.1