Ann. d. Hydr. usw. 1936. 
B. Nach Beendigung der Verankerungs- 
periode,. 
IL „Hunte“. 
Tiefe Tempe- Salz. „.., | Sauerstoff 
/ ratur | gehalt Dichte | gehalt | 
“m| 6 | Y%“ | ot | eemp1 (74 Sch, 
Stat. H1. 19. VIII 171 30m, = 54° 27 Ny 
A= 12° 11.8’0, 
E 17.05 | 9.26 | 5.91 | 631 | 96.0 
4.9 | 16.78 9.40 | 6.06 | 6.27 | 948 
9.9 | 16.67 | 9.52 | 6.18 | 628 | 94.9 
48 | 16.45 | 976 | 6.40 | 638 962 
19.7 | 14.87 | 1431 | 10.16 541 813 
24.6 | 9.90 | 23.57 | 18.10 | 2.63 | 37.8 
Stat. H2. 19. VIIL 16% © = 54° 22’ N; 
As= 11° 56,90. 
J } 1672| 9.581 620] 641 ) 970 
5 | 16,39 | 9.58 [ 6.27 | 630 94.7 
10 | 16.18 | 9.76 004 6.40 96.0 
15 | 16.33 | 10.59 7.06 | 638 | 963 
Stat. H3. 19. VII, zb, = 54° 26.9’ N7 
A= 11° 340. 
Dd 16.64 | 1117} 7.44] 6.33 | 96.3 
3 | 1647 4117| 7747| 5.16 784 
8 | 1631| 3117| 7.50 | 585 | 88.5 
i3 | 16.08 | 1191 | 8.11 | 6.18 | 93.6 
18 | 14,27 | 17.59 | 12,77 5.52 | 83.5 
23 8,57 | 25.52 19.81 | 2.04 | 28.9 
tat. H 4. 19. VIIL, 110 30m, = 54° 36 N; 
AÄ= 11° 9.8°0. 
0 16.48 | 12.00 | 8.10] 6.14 ) 935 
45 | 16.39 | 12.09 | 8.20 | 6.18 | 94.2 
9.5 | 16.37 | 13.61 | 9.35 | 631 | 941 
14.5 | 16.39 | 14.83 / 10.28 | 6.16 | 95.4: 
‚9.5 | 11.16} 22,90 | 17.39 | 4.05 | 596 
24.5 | 9.68 | 27.74 | 21.37 | 4.39 | 64.8 
27 | 9.89 | 28.01 ° 21.65 | 454 | 671 
Stat, H5.. 19. VIII 9b, = 54° 4L.5’N; 
A= 10° 45.3’ 0. 
» 1] 16.12 | 13.26. 9.141 605 | 924 
3,9 | 16.13 | 13.26 9.14 | 6.00 915 
8.7 | 15.70 14.94 | 10.50 | 601 | 91.9 
13.5. | 15.44 | 16.20 | 11.51} 5.98 | 91.9 
18.4 | 12.87 | 22.47 16.78 5.14 | 781 
23,2 | 11.30 | 25.88 | 19.67 | 4,82 | 72,5 
Stat, H6, 19, VII. 5%30m, g=55° 38°N; * 
A= 11° 130, . 
| 15:96 | 12.04 | 8.911 5.91 | 89.9 
16.10 | 12.92 | 8.88] 6.12 | 93.2 
16.19 13.30 | 9.14 | 614 98,9 
15.56 | 18.37 | 13.16 | 5,77 39,9 
10.09 | 28,75 | 22.09 | 4.92 73% 
9.21 | 30.23 , 23.38 4.82 
9.18 | 3025, Man + 
Pa 4 
Tiefe X | Tempe- Salz. x / Sauerstoff- 
ratur | gehalt Dichte | gehalt 
| Sc fs c% | com | A 
Stat. H7, 76 TIL Me 55° 20.5 N: 
ir 78 
} 15.92 | „4.85 | 10.39 | 6.44 ı 98.8 
+8 | 15.96 | 14.90 | 10.43 | 6.09 | 93.6 
3.3 | 16.08 15.63 | 10.95 | 6.07 | 935 
3.0 | 13.23 | 283.77 1772. 5.52 | 84.9 
8.5. | 10,93 | 28.13 | 21.49 | 5.17 | 78.4 
3.2 | 10.51 | 28.69 | 21.98 | 4.36 | 658 
78. | 10.01 | 29.65 | 22.81 | 4.90 | 78,7 
»4 9.93. | 29.74 ) 22.88 | 4,75 | 71.3 
af, 5 78 UL, x, & = 55° 45.8’N; 
au 8.57 ) 
) 1] 16.38 | 15.39 | 10.70 1 641 | 997 
4.7 | 16.45 | 15.39 10.69 | 609 | 94,9 
9.4 | 15.06 22.29 | 16.23 | 5.75 | 90.9 
4.1 | 12.94 | 26.02 19.49 | 5.51 85.6 
8.8 | 10.68 | 30.05 22.96 | 4.93 | 75.5 
3,5 | 10,59 | 30.12 23.07 4.93 754 
8,2 | 10.53 |! 80.19 | 23.15 |! 498 76.0 
‘2.9. | 10.22 | 30.53 23.46 | 496 75.4 
‘7.6 | 10.22 | 30.70 | 28.58 | 482 | 73.4 
at H9. 18 YılL 208, = 56° 6.77 
A= 11° 100, 
Y 16.56 | 15.90 | 11.06 | 5.71 } 89,7 
5 16.60 |! 17.00 | 11.89 | 4.11 * 64, 
‚0 | 16:20 | 18,32 | 12.99 | 517 | 81. 
15 12,90 | 27.92 | 20.97 | 2.77 | 438 
20 10.28 31.29 24,03 | 8,78 | 57,8 
25 10.24. 31.31 24.06 | 4,66 | 712 
30 10.04 | 31.46 | 24.22 | 5,78 | 88.0 
35 | 983) 317% 924.483 | 575 ' 874 
Mat. H 10. 18. VIII 17-30, = 56° 22.5 N; 
A== 11° 2000, ; 
) 1 16.96 | 1776 1 12.39 | wa | 
5 17.04. | 17.68 | 12.32 | 6.00 95.7 
10 | 16.89 | 17.97 | 12.57 | 5.87 | 985 
15 | 16,73 18.95 | 183.35 ] 575 | 91.8 
20 | 1110 | 31.91 | 24.38 | 495 | 774 
25 10.92 82.14 | 24.58 | 4,90 | 76.4 
30 | 10.65 | 32:23 ° 24,71 1 471 | 730 
Stat. HI1. 18. - en = 56° 28.5 N; 
Ä= 11° 38.67 0. 
16.96 | 18.10 | 12.78 | 582 | 92.9 
16.900 | 18,14 | 12.70 | 5.72 | 914 
16.84 18.46 12.96 | 5.77 | 92.0 
16.09 21.44 | 15,38 | 5.54 | 88,9 
13.76 | 31.46 28.521 532 | 87.3 
12.73 32.05 | 24.18 ' 5.26 84.7 
IL12 | 92.34 24.70 104 632 
3 
3 
38 
4.9 
9,8 
48 
38 
Stat. HT? 18, YIIL 130, og — 56° 30.2 N. 
52.5°C 
17.38] 2.13) 5.17 
17.45 | 12.13! 6.00 
8.17 12.76 2,77 
23.33 16.97 | 3,78 
32,14 24.50 1 5,36€ 
32.54 25.10 46 
6.00 LI 
82.1 
95.5 
44.1 
50.5 
34 4} 
71 
50 
Schulz, Bruno: Hydrographische Serien im Kattegat, in der Beltsee und westlichen Ostsee unmittelbar vor und nach der Verankerungsperiode vom 10. bis 17. August 1931. 
Tiefe,” Frempe-| Salz- „... | Sauerstoff. "iefe f Tempe- Salz. |... | Sauerstoff- | Tiefe“ |mompe-! Salz | Sauerstoff“ | Tiefer‘ |Tempe- Salz 5.1, Sauerstoff. | Tiefe | Tempe. Salz. |... Sauerstoff. |Tiefe |Tempe-| Salz. „21. Sauersto 
EN gehalt Dichte | gehalt n tr g halt. Dichte | gehalt: Pa vakur gehalt Dichte gehalt £ aA gehalt Dichte. | gehalt P ratur | gehalt Dichte gehalt / ratur | gehalt Dichte: Sohle 
EA | ; A 1 | h - x. I N Pen . | AG , ] ; } . 3. Ge A i % N N rel. Geh, 
m] 0 Don gt | eem/ | ech. m) °C | oo ] ct | com: [rer Sieh “ m 6 | Yo |. ot | um [seem / m °C oo ot | ee, 19 6ch." m] CO | ot | eemft; [= a mE %C KO een | ö_ 
—_ PK En —— — _ l L » LE © EEE . RE. A ———— —— "— 
tat. H13, 18. VIIL, 11630m, # = 56° 9 7 Stat. P5. 21. VIIL 5h 24m 5h 35m, 15.63 | — — u = 16.96 | 23.06 ' 16.44 BP SA #7. gh 17m —6h 53m, 10 | 16.65 | 15.99 | IL | — | — 
Zi 80. u. 55° 94 N3 1=9° 44.00. 15.00 | 5005 | di | | — 10.96 | 30.64 „mr. A= 17 41.67 0. 15 | 10.02 30.55 23.51 = | = 
3 | 16.06 | 17.39 ] 12.11} 6.03 | 060 0 ] 16.48 | 17.48 | 12.28 | 5.08 | 80.0 na 65.06 BR BE 16.84 18.08 | 12,6 - 5 | 8! Berl de |- 1 
5 | 16:88 | 17.57 12.28 | 6.01 956 6 | 16.38 | 17.04 | 12.65 | 5.79 | 91.3 1360| — | — 1 — | — 14.00 32.20 23.0 16.82 | 18.09 | 12.68) —  — ; WE EEE 
10 | 16.98 | 18.40 | 12.88 6.01 | 962 0 | 15.50 20.03 | 14.72 | 551 * 868 P10, 19. VIE 11h 28m— 12h 30m, sy 16.60 | 19.18 | 13.55 | 5.95 | 949 
15 | 16.96 20.01 11 | 5.96 | 96.4 6 | 13.72 | 23.59 | 17.49 | 479 ı 744 . „af °8Ll’ N; = 11° 080. nr m * 4 Ar U Ss SC8 
20 | 1457 380.32 | 22.48 | 5.46 | 90.1 B 16.00 9 691 616 " 1004 12,86 | 33.55 6 12. 31.85 | 23.75 | 5.25 | 86. 
25 | 1201 32.68 24.77. 526 | 840 Stat r‘ 1, VIIL 2b 25m äh 98, 05: E05] 1600) SI0 " 2008 11.08 | 33.82 5 13.78 32.25 | 2413] = 1 — 
' ' DR UN k=9° 40.90. N - 10.44 | 34.13 36.2! . 12.60 32.41 | 24.49 | — — 
Stat. H 14, 18 VDT, 9k 30m, @= 56° 42 Ni; BU 8.04 5,80 91,8 + = 9.46 34.29 | 26.57 10.92 | 32.59 | 24.94 | 497 | 777 
‚= 12° 25 Ö. ; 15°0 20/1 49 577 910 | _ SO SC Or 9.30 a 25.87 — | &1 
) | 16.74 ( 17.99) 12.621 6.05 | 96,0 14.72 21.91 671 537 342 Or MT den & 8.35 | 32.95 | 25.04 4.65 ) 
| N 14.20 | 22.92 16:88 —  — ; {8 7.44 | 33.1 3 444 | 648 
5 | 16.75 17.98 | 12.61 | 5.04 | 945 14.00 | 23.26 | 1718| 300 79 74 34.32 26.8 | 
10 | 1673 18.01 | 12.63 | 5.80 92.1 ; ; 18) 5 18 “77°C nßO8 
. ; 13.93 | 23.42 | 17.32 | — —_- ' 
20 | 16.58 | 27.52 20.13 566 2935 S 3.560 17. 93 | 76. 
1 t m E 
35 | 863 2324 2611 a43 635 3} 18.79 28.67 1753 | 498 | 776 
5 Ä ; * 4 SW 18.78 | 23.69 17,65 | 485 | 75.6 
N 13.78 | 23.69 1755| — | — 
50 13.70 | 28.80 | 17.65 | 4.92 | 76.5 
35° 18.57 | 24.03 | 1785 | — | — 
31.5 | "3.46 24,25 18,04 480 745 
Stat. 27 20./21. VIIL 23h 47m—_0h 3m, 
= 55° 33.9’°N; 4=9° 48.9‘ 0, 
14.88 | 21.51 | 15.67 | 5.95 | 93.3 
14.68 | 22,79 | 16.69 | 5.85 | 92.0 
13.82 | 24.24 | 17.906 545 | 85.2 
11.79 | 27.01. | 20.47 | 4.76 | 72,9 
10.62 | 2851 | 21,83 | 4.14 | 62.4 
10.26 | 29.04 ' 22.29 | 4.23 | 63.6 
3tat. P8, 20, VIIL. zum 54m.—31 bh 09m, 
= 55° 41.8’ N; A= 10° 19.70: 
0 1 2621 | 19.87 | 14.16 | 6.17 | 98.1 
5 | 16.10 | 20.08 1434 6.13 | 97.4 
10 | 14.10 | 24.49 18.10 583 | 91.7 
15 | 1120 | 28,78 | 21.04 | 4.04 | 75€ 
20 | 9.84 29.76 | 22.92 | 437 | 654 
23 | 9.78 29.82 | 22.08 1 429 | 642 
‚VEr jn07m—8h 59m, 
ZU v5 A= 10° 44.40. 
. 22,07 15,82 
a 
518 8HI 
5,33 | 95.8 
5.61. | 86.2 
581 | 87.0 
5,70 | 846 
5m. 21h 54m. 
fa 19 Sg 
LE — 
9 Am | 
Bi 841 1053 561 44 
Le 147 22981 — 2 — 
185.52 32.52 | 23.97! 5.61 | 9.4 
14.93 | 32.44 | 24.41 5.46 | 92.2 
14,50 | 33.24 | 24.74 | 5.49 | 921 
13.10 | 33.51 25.24 | 5.41 88.7 
11.94 | 33.69 | 25,60 | 5.31 85.2 
9.56. 38.87 | 26.17 | &16 | 79.1 
3.01 34.49 26.89 — en 
14.45 26.89 1 562 | 835 
„0. VTTX 231 39m. Oh 46m, 
3,9N, (= 11° 21.6°0, 
6.932 19.98 | 14.10 — n— 
6.94 20.61 | 1457, — _ 
5.66 | 28.80 | 21.09 | 5.49 | 915 
15.38 32.14 | 23,71 | — wi 
14,28 32.66 | 24.34 | 5.20 | 86.7 
13.60 3284 2462| — | — 
{2.67 33.01 24.93 5.15 | 835 
11.06 | 33.39 25.54 5.05 | 79% 
9.90 | — — vb 
8.21 | 33.28 25.91 | 4.90 | 72.7 
8.01 | 33.57 | 26.17 | 4.99 | 73.9 
8.03 33.86 | 26.39 | 5.16 | 76,7 
7.91 34.27 | 26.73 | 5.33 ' 793 
e- LER 7684" 5.09 ' 755 
40m__3h 41m, 
8 
96 
391 1 57 
‚u 20h 55m 
> N ‚010, 
“ a8 459 87] 63 | 95 
E 15.76. 7.56 | 484 1 — — 
1C 1534| 759 494 — _ 
N MM 754 811 _ 
ll 1402 754 5183 a 
18 8.89 7.38 503 | — 
20 855 139 5.68 695 | 90 
25 340 748 | 535  0— | — 
27 507 59 587 | 654 | 84 
Stat. N5. lv. vu. 18040m— 18h 50, 
P=55° 8. , A=12° 350. 
0 | 15.95 | 7.38 | 467 | 640 | 97 
5 | 15.04 738 | 4,67 . 
v3 
3.07 
0.79 
3.80 
14.40 
15.09 
25,50 
25.79 
25.92 
26.05 02 2 — 
8.161 — | — 
m, = 567 23.5‘°N; 
4.5‘ 
44.08 | 14.99 | 932 | 
17.09 | 14.99 032 
16.77 | 19.74 | 13.94 
14.05 | 27,56 | 20.48 
! 10.17 | 32.65 | 25.11 
7.34 | 33.26 26.03. — 
; | 568 | 33.75 | 26.63 | — | — 
at, S8. 18, VIMN. 20h 15m, = 56° 12'N; 
AÄ=1R" 20, 
0 | 1625 | 931 | 626| — | = 
5 | 1651| 1252 8561 2 | — 
Dr 
16.08 
a9 
6 
974 
MM. 
101.6 
100.4 
99,8 
| 
ST a 
„55 0. A=9° 667 
16.73 | 16.73 | 1L65] 581 9L£ 
| 16.207 16.73 11.66 | 585 | 9.1 
16.70 | 16.74 | 11.68 | 5.80 | 9LT 
U 18,78 | 13.52 5.06 | 78.1 
13.02 22.68 | 16.92 | 4.01. | 61.1 
“1.00 | 24.20 | 18.43 2.55 | 37.7 
708 25.41 ) 19.78 | 187 | 262 
5,87 19.94 1.79 | 26.0 
1. VUT. 7A 800m, 
15.2’ N; = 9° 48,5 0. 
[6.68 | 16.89 ] 11.79 | 5.89 | 92.8 
16.68 | 16.92 11,81 | 5,93 | 93.5 
15.70 | 19.76 / 34.17 | 5.38 | S47 
14.67 | — — — = 
[3.89 | 23.19 17.15] 477 | 142 
70 | 23.55 | 17.46 | 458 | 71.2 
18.40 1 23.55 | 17.461 468 | 728 
1 
83 
25 
3C 
36 
| Stat. 
Ka 
CC 
15 
X 
Sr 
5 
& 
For 
Ba 
AO 
756 
A.0 
1. 
7 “ 
9 " 
{ Pf 
WE 
NT 
je 
VE 
zu 
A 
91.2 
A 
„ff 
32.30 
32.54 % 
32.) 24. 
4, | 32.74 | 24. 
4.55 | 32.97 | 24.5; 
‚3,88 ; 33,08 | 24.70 
1.3.60 | 33.15. | 24,86 
4.60 33.17 | 24,87 
19. VEIL 9h 02m. Oh 
15,85 m 
15.2 
5° 
hf DEN 
5,50 2.68 + EN 
481 33.04 MM, 545 | 91.9 
au 4,80 233.08 24.52 = 1 — 
38. 4470| 38.13 | 24611 — | = 
6 1320| 33.21 24,98 | 5.43 89.0 
2 10.42 | 33.26 8541 — | 
4 10.33 33.44 , 25.70 | — | == 
15. | 10.30 | 33.58 | 2507 499 | 775 
Stat, P12. 19, VIIL. 17h 25m. 38h 27m, 
a= 57° 327 N; = 11° 310, 
fi | 17.45. | 16:91 11.65 | — | 
1711 1976 13851 868 | 107.0 
100-0 
3.76 
4.06 
24.32 
24.56 
25.38 
25.69 
26.07 
26,2 
6 15 
93,9 
86.1 
' 
| 
A 
| 
m 8: 
5.14. 
4.2 
44 
‚ 36 
A 
CC 
79,8 
327 
33.15 
33.21 
34 
„3.64 
33.86 
SB 
9 af 
5.00 
5.12 
3.0 
0 
9 
A 
Dale 
De 
32.1 
3 
ze 
Aa 
0u0e 
Da 
M 
| 
7 
dd 
af 
Tiefe / Imrempı | Salz |. | Sauerstoff- 
pe- Salze (scan Sn 
va } ratur | gehalt Dichte } gehalt 
m} GC 0 | ob | com Fre, Geh 
8 ” T 
10 | 15,66 | 743 | 477 | — — 
15 | 15,59 | 765 1 494 | — — 
21 | 13.751 9.07 | 6,34 | 444 | 72 
Stat, N6, 79. VIIL 15h00mM.-— 15h 15m, 
= 55° 4YNı 1=512° 450. 
0 | 1673| 866 | 5561| 6.28 | 97 
5 | 16.59 | 9.02 | 5381| -— — 
10 | 16.12 | 15.53 | 10.87 | — — 
12.5 | 41.20 | 28.42 | 21.66 | — — 
15 9.18 | 31.89. | 24.68 | — =— 
20 7.55 | 32.56 | 25.44 | — -— 
22 751° 3252 | 2542 4,32 64 
Stat. NZ. 19. VIIE 14h 05m — 14h 20m, 
p=65° 54.5 Ni A= 12° 45.5°0, 
0: 16.53} 9.06 | 5851 6.30 | 97 
5 | 1625 | 947 6.22 | ZZ 
10 | 15.23 | 17.72 | 3271 * — — 
12,5 | 11.10. 29.47 | 2248 — 
15 8.30 } 32.34 25.16 — * 
20 747° 32,63 | 25.51 430 | 64 
+ II", 22h40m 23h 10 
“ A= 1? 390. 
5.93 6.27 
5% 02=— 
Qu 
24... 
252 
25.68 
26,06 
12 
J u 5 Ul2 ) 75: 
5 16.80 18.26 | 9 
10 16.71 | 14.94 1210. 
12 14.11 | 23.60 17.42 
15 10.59 | 31.33 24.01 
2C 7.43 | 32.61 25.50 
25 6.89 33.21 | 26.04 
30 6.29 | 33.42. 26.29 | 
35 4{ 6.20 ° 33.44 26.31 
AO 231 5A 91 
Yan, 
6.17 
36 
450 67 
458 | 66 
„ün— 21h 13m, 
EN 
Ö 16.68 | 13.59 | 9.28 | 6.08 9% 
5 | 16.70 | 1449| 996 — — 
im | 15.96 | 17.29 | 1224| — #— 
16.00 | 19.68 | 14.01 | == 
12.83 | 26.96 | 20.24 — — 
9.40 | 31.64 24.45 | — — 
7,85 | 32.54 | 25.38 ° — — 
6.08 | 33.42 ' 26.32 425 61 
508 ' 33,37 26.28 450 | 65 
X 
14 
15 
20 
94 
V. „Japetus Steenstrup“. + 
Stat, J1. 20, VIIL 12h 02m.— 19h 10m, 
= 56° 04’ Nz A= 11° 28‘ 0. 
0 17.06 | 16.35 | 12.30 | 5.04 | 96.3 
5 17.02 | 16,36 | 12,82 — va 
10 16.94 16.80 | 12,68 | 5.85 04.8 
12 16.96 177.45 | 12,15 
Tafel 38. 
{ Tiefe,“ Tempe- Salz A Sauerstoff. 
/ ratur | gehalt Dichte gehalt 
m! 05 O5 | #4 | em je 
16 kb A 
72.44 5.39 | 86.8 
24,94 ee — 
25.55 0=— | — | 
25.71, — — 
25.80 + 4.50 | 66.7 | 
OS, 
43' ©. 
56 5.59 91.9 
J9 =— —— 
BA mn 
417.16 5.22 86.0 
20.65 =—= — 
23.24. | — an 
72 — — 
15.60 m S— 
%.15 4.53 | 66.2 
8.160 452 | 65.9 
Ba ON 06m, 
= 11° 58° 0, 
10.99 | 5.81 | 9.7 
‚0,99 | 5) si 
3.75 5.66 93.1 
5.00 — — 
70 — — 
0% 5.36 | 88,9 
28.8 — han 
9 — — 
vos 51 83,2 
x 4 — m 
570 4,87 | 761 
8 — | — 
v 451 | 65,5 
k 36m, 
9.90 5.86 94.2 
10.29 5.84 , 983.9 
13.32 582 04.9 
15.06 — m | 
16.86 => — 
22.20 == | — 
22.76 533 884 
24.12 =  — | 
24.32 517‘ 83,9 
24.65 5.11‘ 818 | 
25,05 4.94 177 
83h 35m. — 131 560, 
2 sr d= 12 290, 
10.20. 13.20 8.94 | 6.00 | 95.2 
16,93 13,75 9361 — | — 
16,92 | 14.24 9.73 5.88 | 94,1 
16.77 | 19.21 | 13.45 | — | — | 
14.36 | 24.23 | 17.92 5.15 83.2 
12.13. | 31.55 | 23.91 | — | — 
11.00 * 32.43 ) 24.80 — — 
'0.12 32.61 265.09 4.91 76.8 
7.69 33.12 25.86 — ke 
#05 | ana 9027 490 30.* 
Lk 
de 
A 
25