Querfurt, H.: Die Einwirkung der Winde auf die Strömungen im Skagerrak und Kattegat usw, 113
Beziehungen zwischen Strom, Salzgehalt und Tenmperatur. Tabelle Ih,
1904.
'Oberfiiche 20m | 38m }Oberflächel 20m | 38m
sirlsa Ts | Ts TISıT ST
4.033431 4.08 14
465344 455
4443430 444,
£.0834.45, 4.93 x
Strom, Oberfläche 20m | 38m _
US TS m ET
ang | S TO ®
a0
S 062 1.763264 5.60434.06: 8.6
SW {18:8 | 78 dA | 72 345 71
SW 42 | 2.4833.55| 6.28134.18 6,5
W072 2.095192.21l 2.4433.06 41
WNWI90.7 | 2.0 320 24 325 (22 7
XW R1ı35 20.8329 22331 7
5.91 0.87132,36| 3.0633.,030 449 ‚23,75
28.4 2.4 326 4 3427 5.27 „24.05
"7.28. 7.899335 3.98.34.04 4.44 „23.06
1524395 27 328) 27 „JaLSS
1
j9 |65# 008 4 MAN!
9.0933.46
2.0335
2.04.34.25|
3.5 134,25
50 O6 345
AA BES AT
im]
Hai
0,4 | 7.9 33.1 6.5 133.6 | 60
2.9 [343 2.88 31.27 6.6738.57] 6.433387. 6.38
5.0 [34.3 18 12095 | 8.0 [33.6 | 6.4 345 | 5.7
£3734.081 4.28, 0.55 8.24.33.551 6.8294.02| 4.02
8.097333 | F87 7 1.0 | 7.20/33.14 7.073340 6.74
29.339 22 915 765332 7.2 [332351 715
Juni
RO ,
S LS! 442388
SSW 23.8 | 28 BALL
sw. bog 5.4733.05
W 81.74: 397206
yXWw32,7 28 32.0 1
XWw
©
"5 86/73.48/33,7 | 8.643449. 681
15 114.4 33,1 | 67 1346 | 5.7 ,
8.95 12.6933.48/70.2 133.7 | 9.51 2
1,97 12,48,32.83 12.0433.43 J1EL a
1.831177 (33.2770.7 933.83| Dör *
August September
so | , ; ! 1.7 52 120.5 83.4 118.7 [34,7 1105 ,
8 1.271756 33.0 23.37 _. 481.51 16.75 30.88| 25.38 33.70 12.68 43 12.96133.61|14.03.34.45(11.97
SW ' . | f | { 43 182.9 35er 1467342718.78 2
SW 31.43.1408 32.88/12.716 33.08 10.45 420,83 16.27:32.0 15.7383A 197.43 N 14.0 34.03 13.47 ©
W [31.44.7468 32.42 13.87 33.23 12.82 „31,93 16.05 32.88 15.06 33.07 15.73 ‚431.3 115.28:33.43|14.06 33.77 14.23 ,
ANWBLTSI75.6 32.4 ko 32.88118.65 B2O07115.49133.2 |14.57133.67173.88 „32,7 1564 B3A 15.5 133.4 15.4
XW
(Iktober
XWarember
3SO a )
S 100.83.17.2 33.0517.6538.4 172.6 9.5233,8
38W [32.03112.28 83.13 12.68 33.83 12.69 0
SW [2951 20.67 33.13.7776 33.88 71.63 „ 2.86| 8.4683.5 | 8.0233.7 | 8.02
w.Bıss 11.6933.08 12.6433.74 11.44 „B2.91| 9.26'33.64/ 9.29,33.96| 9.91
WNWB2G [77.4 33.65.7765 133.0 7185 732.0 | 7.4 182.6 | 8.7 340 | 80
XNWE 03 63 83.1 7,9 346 87
32.0 | 5.0 1335 | 7.5 [33.9 | 7.6 |
6217 5.1233,52| 6.4734.02' 6.9
17 56 834° 7.153838 | 76 2
1.78! 5.68/93.56 6.88 DS 7.06 x
474 6,0633.32 6.2433,56| 6.49 ‚2
Dezember
Tabelle Ie,
/ März
30 | ; Io al , _
S 0,5 | 2.2233.61] 4.479424 5.62 I | 5 82 425] 42 ‚bs. 2028347 2 a0] ar,
SW v ! { : I . |
SW |32.18| 2.4 336 | 4.4934.26| 5.24 ‚J33.37| 2.0934.00 88 3443| 4.48 W207 2.7933.89| 2003.80 29 4
W [38.37] 4.19.33.08 122427 4.49 „35.35 3.5833.07 3.713428 3.96 „4[32.81| 2.96133.48 8.07133,63) 72 19
ANWBEL | 47 844 5.2 44150 )
NW
April
Mai
so ;
8 bass 2.52132.78 4.183383
35W 27.25 4.2833.1 | 41 387
SW [29.73 5.0533.83. 5.1 3423
W BLS1| 438/33,36| 4.4933.75|
WNWI29.13| 2.77,33.23 4.27,33,67]|
N PI1 0 41 8336 | ZA 34
Juni
4.57 26.0 | 8.62:33.4
125 121.45.70.9533,7
5.25 427.55 8.7333.48
4ö£ 31.3: 8.023361
457 „129.05, 7,8 133,9
A €}
ne 160 ‚23.742438 |33.00| 9.8934.10 267 +
00340 | 0.15 884 15.02 3422 7.7 345 72
5.0233.03 6.68 119.3 75.7 [34.27 762345 | 6.78 ©
7.16/33.78' 6.81 29.24 14,97 33.22 71.4933.00 9.99 0
5.2534,35' 5.05 421.45127.9 133.4 10.9 33.9 10.8 -
Nr.
August
580 |
S 1105 128.8 33.6 10.1 344 &I1
SSW 27.6 27.25 32.05.1485 343 11.45
SW [27.35/16.98:32 8474.41 34.35.11.47
W [25.3817/7.78/31,75 16.4 33.441.13.52
WNWI27,3716.5830.0 16.2833.0 14,97
NW R95 176,3 33.5 12.5 38.6 170.5
Ann. d. Hrdr. as. 1904, Heft .
September
4.03172.9 [31.23 19.8832.38111.78
27.2 18.17.33.2812.9833.83 12.08 %
"72 [12.8 33,8 10.4 344 111
'0.48174.28/32,88 14.08 33,5 19.42
1.61'14.2632.86/74.5 [33.12 14.85 1
TA 144 809 [18.4 33.5 279
26.06.75.1931.76174.6 133.7 11.58
129.7 15.5 132.3 [740 134,3 | 9,5
„121,03 75,97[82.29 16.76183.41| 14.7
3131.38/75.98 82.23 |16.66/32.66 14.62
| )
Ül
