»M 
= 40 — 
© 
& A 
co - 
30 | 
6 
20 
40 
= 
zZ 
DO 
a 
60 — 
1 Le rn Lt ‘UL 
Liu u u Le — 
58 
466 A 
468 
468 
468 
468 = 
4 / 48% 493 489 494 5 es u A 
Sag \ 
485 495 489 500 483 BA 4688 77 
De { 
499 406 493 499 1 483 \ 462 An 
na 7 © — 45 
'6' 
‚© 
CE15013A | 
WE-Transect-57N 
——— — — 
6 L 
— 
< x 5 | 5 
ur and 
404 a 
Sa \ 
_. 
ne En 
m, a ; 
aa A 
ga © zu 40 
457 
461 
461 
1 
Fr 
af 
'0C 
‘“( 
= 
= 
Q 
OD 
On 
40 - 
—r 
CE15013A 
EW-Transect-56N | 
ı 1 
2 ° 4 5 6 $ 
ass sera ar u Lu 
———— 
EN EN — 
U 
ALL Lo 
va Jazı 450 
La 
TB" 436 454 
441 4487 456 
186 459 
> 46 
454 466 
474 . 
472 I M4 Sage 
34,5 L 
—34275 457 { Ar“ 
f 
“4 
6 
a 
| 
DC 
m 
= 
Q 
5 
80 
00 
2M 
40 
A 
mr 
x A 
+ [+ 465 
| 
470 468 
Do 
N 1470 469 
ıb La 469 
r. 
T ae“ 
Fr 
CE15013A 
WE-Transect-55N 
EL T 
x); 
u un 
Be vn 
Re 426 
160 458% 431 
kA 
ar 
1 364 
» 
Ta6a4 
U“ 
A 
5 
® Yds“ 
\u 12 
SD 
Dw. 
DL — 
a0) — 
100 -, 
% 
m — 
— 
EST 
CE15013A 
EW-Transect-54N 
- TI] Pa 
BB 
Lonaitude 
Fig. 5: Vertical salinity distribution along the 54°, 55°, 56°, and 57°N sections basing on CTD 
raw data. The numbers in the section give (salinities x 100) - 3000 for selected data points. 
19