UNCLASSIFIED OCEANOGRAPHY N88814-88-C-8449 LA JOLLA ... · OCEANOGRAPHY N88814-88-C-8449 LA JOLLA CA JUN 84 SIO-REF-84-14-VOL-2F/G 8/10 NL Ehmlllllhhlll llllllllmllllu Elllllllmllll

L DR5 8 CSS HUDSON CRUISE 82-881 14 FEBRUARY - 6 APRIL 1982 /7 VOLUME 2 CTD DATA PLOTS(U) SCRIPPS INSTITUTION OF

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co UNIVERSITY OF CALIFORNIALn SCRIPPS INSTITUTION OF OCEANOGRAPHY

C- DATA REPORT

* CSS HUDSON CRUISE 82-00114 FEBRUARY - 6 APRIL 1982

* Volume 2: CTD Data Plots

4 4SI EEEC #41,Vlk Lr~

,ECURT" ' ASSIA'CA I-N IV , , ' F' P A ' * ' t. ,-

READ IN..TRIJC1ION SREPORT DOCUMENTATION PAGE J FoP,- N( i,-_T1'" II EIR N~w'f JGO ONN C7 I PIE4N 0 ATA..G NJMtj!

4 TItTLE 1--1/ S-t~t~l~ ) S TY 'E OF HE I'C[T & PERIOD CO)'ERF"

DATA PPO'T CSS ! tD'S CU ISE 82-001, 14 FEBRUARY-6 APPIL 19-2 , VOLU.E-- 1: Physical and Chewical 6 PEFORMING 3140. REPORT N-jMER

1

Data, VOL.,>E 2: CTD Data Plots 84-14 .7 A,;'", k, 8 CONTRACT OR GRAN NUMBER'i)

NO0014 -80-C-0440

9. PERFORMING 0 GANIZATIrN N4AME AND ADLRESS 10. PROGRAM ELEVL NT. R R0TECT. 0Ao,(

Scripps Institution of Oceanocraohy AREA & WORK UNIT NUMBERS

La Jolla, California 92093

11. C31,TOLLING OFFICE NAME AND ADDRESS 12. REPORT DATE

Office of N aval Research June 19U,4

Arlinciton, Virqinia 22217 13. NUMBER OF PAGES

47714. MolITORING AGENCY NAME & ADDRESS(if different trom Controlling Office) 1S. SECURITY CLASS. (of thi l report)

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Approved for public release: Distribution unlimited

17. DISTrOIFUTION STATEMENT (of the abstract entered In Block 20, if different from Report) ... •

8I SUPPLEMENTARY NOTES

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19. KEY WORDS (Continue Oct reverse 6ide ift necessary and Identify by block number) ' - .AV . ! -

20 ABSTRACT (Continue o. roverse side If rrece-ar, e ircd Identify bv bltck number)

A joitt U.S.-C~a i n ni vi , oceane r a hir expedition was m d to the•

waters northi of thn reon Vnd-'rt! n rid:ies ahoard the Can, , Ir. n -, ,-nt Ivessel USS fuf4 sor % 1 11r;q FehrUanl-. ri 1 1c2, iri nci pa ly in ihe renior hotf'Jan .ay-i n airld 1 'e' en The ,oa ls were ]) to ohserve cG li tionr in tK.,'strflre wa - 1 l . .e .I.-Ci 1 in the (;i' ,fll1n,' e I i ill !- ir "-rl nrv~e niain . e '' c .. . ;', l n it. iv w,.f nl tr.:, 'r Si l ';,l .- sinch as . nlinm y , dir<r. lv,:J

DD y'. 73i 1473 lv'4 i ic 1n LotXC'r UncI"r'l: Ir ~ii ird :f, a d i t . .

.,N (.T 10 11 O Ih''" '___ - ___ .~. -

SECuIII I . CL ASSI IC ATION or I uls &G(]l ' *r, Dee' R',Ism-h Is

University of California

Scripps Institution of Oceanography

DATA REPORT

CSS Hudson Cruise 82-001 0

14 February -6 April 1982

A joint venture of

Bedford Institute of Oceanography

Halifax, Nova Scotia

and 0

Scripps Institution of Oceanography

La Jolla, California

Volume 2: CTD Data Plots

Sponsored by 0

United States Office of Naval Research

Canadian Department of Fisheries and Oceans

SIO Reference No. 84-14, Vol. 2

June 1984

Approved for distribution: 0

W. A. Nierenberg, Director-

IS

7..']

INTRODUCTION

We carried out a joint U S.-Canadian mid- Here we report data collected aboard the Hud-winter oceanographic expedition to the waters north son from the Conductivity/Temperature/Depth 0of the Greenland-Scotland ridges aboard the Cana- (CTD)/rosette casts by the Scripps Physical anddian scientific vessel CSS Hudson during February- Chemical Oceanographic Data Facility (PACODF)..Apnl 1982, principally in the region between Jan and results of alkalinity, total inorganic carbon, andMayen and Spitsbergen. Our goals were 1) to tritium analyses by other investigators. Volume Iobserve conditions in the surface waters in winter, contains a brief text outlining the cruise, samplingespecially in the Greenland Sea and in the northern programs, methods and procedures, and the tabu-Norwegian Sea, 2) to exploit useful tracer signals lated hydrographic and CTD data. Volume 2 con-such as salinity, dissolved oxygen, dissolved silica tains plots of the final calibrated CTD data.and other nutrients, tritium, freons. and isotopes of We wish to acknowledge the generous supportcesium, and, 3) to map regional variations in the and encouragement we received at all stages in thevarious water masses. venture from the United States Office of Naval

The cruise track (Fig. 1) was designed not Research and the Canadian Department of Fisheries •only to provide winter stations in major water mass and Oceans. The field program was made a genuineformation regions, such as the Greenland Sea, but pleasure by the expert seamanship and superb sup-also to yield wide enough areal coverage to include port services provided by the officers and crew of thethe exchanges with the Atlantic Ocean through the CSS Hudson, F. W. Mauger, captain. For the finalFaeroe-Shetland Channel, with the Arctic Ocean measure of success - the excellent quality of thesethrough the Greenland-Spitsbergen Passage (Fram data - we are indebted to the care and efficiency in 0Strait), and with the Barents Sea. Coverage conducting the CTD casts, rosette sampling, bottleextended northward and westward as far as ice con- data analyses, and CTD processing provided by per-ditions allowed. We could provide only two widely- sonnel from the Scripps Physical and Chemicalspaced sections in the central Norwegian Sea, a few Oceanographic Data Facility, under the supervisionstations in the Iceland Sea, and no coverage in Den- of R.T. Williams. A. W. Mantyla carefully editedmark Strait However, a companion winter cruise to the final version of the discrete sample data. Pro- 0the Iceland Sea was carried out by the Icelandic gramming, figure preparation, and printing of theMarine Research Institute aboard the RS Barni data tables were patiently undertaken bySaemundsson, and coverage of the Norwegian and J. Washington and M. Mitchell. The text wasGreenland seas was later augmented by the prepared by S. McBride, and the Marine LifeDeutsches Hydrographisches Institut during a May- Research Group Illustration Facility designed theJuly 1982 cruise of the RV Meteor cover and attended to final publication details.

R. A. ClarkeJ. L. Reid1, H. Swift

T'his volume of the Hudson 82-001 The CTD data are plotted at I db intervals,* CTD/hvdrographic data report contains plots gen- and data gaps are left blank. Scale factors are con-

erated from the final CTD data, processed by the stant throughout to facilitate intercomparisons, AtScripps Physical and Chemical Oceanographic Data these ranges, on-paper changes of equal dimensionsFacility (PACODF). An outline of CTD sampling in temperature and salinity correspond to approxi-and processing techniques is found in Volume 1. mately equal changes in density. The expandedHere, the data from each CTD cast are displayed in salinity scale resolves the smallest reported salinity

* two standard formats: changes (reported CTD salinity resolution is 0.001).giving rise to somewhat "chtppy' salinity plots.

1) Tmpeatur an sainit vesus resure Where no data were found within the potential temn-

from 0 to 600 db, or less at shallow stations, andperature - salinity plot ranges, the plot has been

2) Potential temperature versus salinity for all omitted. The symbol ', or its equivalent, is not useddata colder than 3°C. with salinities from 34.-0 - for PSS 78 salinities. The plots, though, were prepared

0 35 06. in SI units, for which the symbol is retained.

Ill

40°W 00

0-Ar

1~ 11*7

;'S"AS

200W 122

Fig. 1. Cruise track and station positions for Hudson Cruise 82-001. Reported CTD and hydrographicsampling began with station 4 and concluded with station 132. The Greenland Sea lies west of the mid-

ocean ridge from Jan Mayen (just south of station t05) to the Greenland-Spitsbergen Passage (Pram

Strait). The Norwegian Sea extends from the Faeroe-Shetland Channel to Fram Strait east of the mid-ocean ridge. The Iceland Sea is bounded by Iceland, Greenland, and Jan Mayen. The Barents Sea is the

large shelf sea north of Norway. Ice-covered areas north of 68°N and west of 20°E are indicated by

hatching.

0i "

muOSCN STA NO 4 OTO CAST_ _ _ _ _ _ _

-00

40 --

500 S

x 00

,EMPEATURE(DEGC)

HUDSON STA NO. 4 CTD CAST 1

z J

347 4,30 24 go 25.20

riuDSON STA NO

400

34 7;, 34 80 14 20SALjNl~y yO/0C}

3c -0 5 00 0 12 1TEMPERATURE ,DEG C/

r'UDS0N S7A NOQ 4 C7D CAS- 2

349

HUDSON STA NJ 5 CTD CAST I

100

200

300

x 400

500

34.80 34.86 34 92 34.98SALINITY (0/00)

-08 -0.4 0,0 0.4 0.8TEMPERATURE (DEG C)2

j

HUSN T. 'O 5 T1CS

rrS

33 4 -4.0 3.0

5000T! }S 3

: "-,

HUiDSON S7A NO 6 -.7D *2ASI

100

S200

300

S400

500

6001-3480 34 90 -150 $ 5 10

SALNI1' \0/ 00)

TEMPERATURE ;,EG 2

H-UDSON S*7A NO 6 CTt) C:AS3T

-1 90

4 --A, V-

mUDSON STA NO0 CTD CAST A

S

100 ____

200 0

6~00-

340 4 j

I.JT -0 0 0 s 5 2 ,

500

'2

34 0343 4.90 35.00SALINITY (0/00)

--1.0 -05 oo 05 10 1 5 20 2,5

TEMPERATURE (DEG C)

HUDSON STA. NO 7 CTD CAST 1

0

/ - /

/ -

DS

i'z 0

t~lS

347 - 21 C 5 20

2 Sl

EALNI 1/7 O

7EIAPER'ATJRE DES

7A -AE

r-'UDSON S7A NO ( -

T

1 T,

SAL.Niy W'000)

-5 D2 C 5 0 5 2 0 25 307EMPEPATURE EEG C,

-tJCSON STA NO 8 CT AST

16S

"-' CSCN S-A C 16 CO CAS7 2

Oco -

121

7EPEANTUR (/00)

"UDSON STA. NO 6 CTO CAST 2

:4S

21S

-ILL 0 N STA NO b.

4Z 202

400 /a

600

500 S

34 60 34 70 34.ao 34.90 35.00

SALJNU-' (ooo)

-JI3 -25 -20 -- 5 -i0 -05 00 05 10

TEMPERATURE (DEG C)

-',.0SON A ",) '6 1.C A.SV

0

200

20

- ii n i n i - 1 i...

H-UDSON STA NO 15 CTD CAST 1

z 200

300

.400 ,00o

500

600 ' '34.60 34.70 34 80 34 90 35.00

SALNiTY ,O/ 00)

-30 -2.5 -2 -i 5 -t -3 3 1TEMPERATURE ."CE: "

HUDSON STA NO 15 CTD CAST

2 "

Sa 0

19 ,

S

TS

400

14 c 309 Si

EKAPRATU ?E (CEG C)

HUDSON STA, NO 14 CTD CAST 3

[c 143 S C

A*.N 7

r-,UDSON S7A NO 14 2DCAS7 2

0I

100 - U, S

T.

x 200 Xm

300

MS400

500

60034.60 34,70 34.80 34.90 35.00

SAUNITY (0/00)

-3.0 -2.5 -2.0 -1 5 .- 1.0 -0.5 0.0 0.5 1 0TEMPERATURE (DEG C)


,C I

343C.

17

,3,._S

HUDSON S3TA NO 14 CTD CASI 1

100

200 -

300

4 400

500

600 L__ _ _ _ _ _ _ _ _ _ _ _

34.60 34.70 34.80 3490 35.00 *1SAUNITY (0/00)

-30 -2.5 -2.0 -1.5 .- 1.0 --05 0.0 0.5 1 0TEMPERATURE (DEG C)

HUDSON STA. NO, 14 CTD CAST 1

2

.4

11

-1 ,.

A

3470 3480 34 90 35.00SALINITY (0/OC)

16

HUDSON ETA NO 13 CTD CAST 2

100 -

3n -,

600

T 2

00,1-2- 0-1|

HUSO EA.N 1 CD AS'

Q

I I !

0 0

42

15

.0 HUDSON STA NO 15 CTD CAST 1

0 200

crn~ ~300 - /

300 TiS

n0 /"' 400 / S

500

600 I S3450 34,60 3470 3480 3490

SALINITY (0/00)

-2.5 -20 -1.5 -1.0 -0.5 00 05 10 1.5TEMPERATURE (DEG C)

HUDSON STA NO 13 CTD CAST 1

14

0

* /L•

.34 70 ,34 80 34 90 32.00

SALNIY (0/00)

14

" S . . . . , , i , " " fT. r t . . . .

00HUDSON STA NO. 12 CTD CAST I

100

200 k

0 T

300

400

600

34.5 34.6 34.7 34,8 34 9SALNITY (0/00)

--2 -1 012TEMPERATURE (DEG C,

HUDSON STA. NO 12 CTD CAST I

2

347 348 4903 D

-13

HUDSON SIA NO 11 CTD CAST 2

S. T100

200

*%

,- - ,

300

400 Sa -

500 -

600 i34 70 .3480 3490 3500 35.10

SALNITY (0/00)

- 0 -5 0 05 10 1 5 2.0 2.5 30

rEMPERATURE KDEG C)

,iUDSON STA NO I CTD CAS- 2

/S

7

/

-17 3 ~ 14 3C 3 5.20

12N;-

S S

0UDSON STA NO. 1 CTD CAST 1

s ;T

i00

.. : 200 S l

300

400 .

500 T-T

60034 70 34.ao 34 90 35.00 35.10

SALINITY (0/00)

a- 0 -0.5 0.0 05 1j 1 5 2 0 2.5 3.0TEMPERATURE (DEC C)

HUDSON STA. NO 11 'TD CAST 1

2-

47 3 44

-. .

3470 3480 0490,,,' 050

.ALNITh .0/DO,

*11

0 S


1 200 .-S_ T

400

500

4 00 : ,34 5 346 34 7 34.8 34 9

SALINITY (0/00)

-0 1 2 3 4TEMPERATURE (DEG C)


* -.

34 70 . 40.4 0 53

1

I S\

1034 73 34 Q 34 90 52 0

I S0


s. T

200 __jC S

3co.

400

500

T 1: S

6 00

600 , - 934.80 34.90 35.00 35 10

SALNiTh' (0/00)

-0.5 00 05 1 0 1.5 2.0 2.5 3.0 3.5TEMPERATURE (DEC C)

HUDSON STA. NO. 9 CTD CAST 2

2

/

a.0

-1

34-70 34.80 34.90 35.00SALNITY '0/00)

9

HUDSON STA NO 9 ."'D ',AS7

sT0,3 100 Si /

LD-a 200 , K

x 400

T,,

" ~500 /"

N 600 '3480 34 90 3500 35 10

SALirY (0/00)

-05 00 05 10 j 15 2.0 25 3.0 357EMPERATURE (DEC C)


cii

1 K

a. 0

wI

, 5 ,4 7 0 3,.8 0 3'4 9 0 . 0

, SA ., -N ' 3100

0o

HUDSON SIA NO , 2A.,0

L

n* 200

T .

s

300

x 4000.

500

6001 _ _ _i _ , ,

34.60 34 70 34 80 34 90 35.00SALNITY ,0/00)

-2 ,) - "2 -'35 02 ' 235 1 0 I 2 0

TEMPERArURE CE,2. C)

HUDSON STA NC 7 CAST I

0

'14 70

2

*r

4 U

*)

34 70 '4.4 s

22

0


100

200 T I

300UAJ

S 400

500

600 . . S34.60 34 70 34 80 34.90 35.00

SALNIT'Y 0/0o0)

-2 0 -1 5 -1 0 -05 00 05 1 0 1 5 2.0TEMPERATURE (DEG C)

-UDSON STA NO 18 CTD CAST

a S

2

14,9

I a-

[. Sa.0

" 2

-23

23


n- 200

w T S300

nuj

a 400 -

500

600 1 t ,

34.60 34.70 34.80 34.90 35.00SAUNrrY (0/00)

-20 -15 -1.0 -05 0.0 05 1 0 1,5 2.0TEMPERATURE (DEG C)

HUDSON STA No 18D 0 ( ASI 2

2

*1 S

a.

L 0

34 70 34.80 34 90 ,35.00

SAUNITY (0/00)24

• 1 , -- , -. . .. --J .•

- • , . - . . • - - .-. - - - ,, -. - " -

-UDSON STA NO. 19 CTD CAST 0

100

A 0

200

300 T s

x 400

500

600 90 S34.70 34.80 3490 35.00 35.10

SALINITY (0/00)

-1 0 -0.5 0.0 0.5 1.0 1.5 2.0 2 5 3 0TEMPERATURE (DEG C)

HLUDSCN STA NO. 19 7T ,S

C 0

SS

C.,,

/

, 0

34 70 34 80 2,4 go353

25


01-100

200 TCL -z

-I00 !SI

20 300

500 -

6 00

34.90 3500 35 10SALINITY (0/00)

00 0.5 1!0 1.5 2.0 2.5

TEMPERATURE (DEG C)

HUDSON STA. NO 20 CTD CAST

uj"C S#

*- .S

0

26-

a. 0 "

0-1 --I

* S

.34 70 34 80 34 90 35.00 1

S.ALIN I7Y (0/00)

26 -

* 0

HUDSON STA NO 20 CTO CAST 2

-100

mr'

-300

h,(11."

-400

-500

3480 3490 3500 35 10SAUNITY (0/00)

-10 -05 00 05 1.0 15 2.0 25

TEMPERATURE (DEG C)


S

* 222

S S,

HUDSON STA ',40 2 -- D -AS7 5~~30

00

(ml ~ 2AGO-

S400 /

a 500:

302490 2500 550cSALNlOY (0/00)

22 05 J 5 22 JSEIMPERAlluRE 'DE-G C)

H-U[DSON SIA NO 20 C:TF) CAS, 35

I I

;cI3431

28

ILCSCN S-A N 2" -7D CAS

400 T ' S

0 -

*500 34 , I

34 5 34 7 34 8 34.9 350 35.1SALNi.2 ( , -0)

2 3 4 5 6TEMPERATURE (DEG C)

HUDSON STA. NO 21 CTD CAST I

0 0,

14" 5t80 34 90 35 00SAL;NITY (0/00)

29

HUDSON 'TA NO .22 CT[ CAST 7

00------ - - -

200 - S

] x. 400 '. 0 6'M s

400

600 S " " J '

14 34 6 34.7 34 8 34 9 35.0 35.1SALINITY 0/00)

2 3 4 5 6TEMPERATURE (CEO C)

HUDSON STA. NO. 22 CTD CAST ,

(4 .

/

/ S

/

30 '

SS

24 0 54C 804 30 520

30 .. LNI - .-- "/ - - - - - -

-IUDSON STA NO 23 2TD CAST 1

.i:- (

' .'"c r/ J-°.,

T i

- .. "-" .-'- s

I -' -- A I

34 5 24c. 347r 34 349 35.3 5

-E4PE AT E :EE C,

<AZS , NC ._2 -1- 1:7-

- •

2 S•

/

i31

L, S

HUDSON STA NO 23 2T., ?AS" 2 •

r

T S0

3 4

-, -' " A

rEMPEPRATURE "DEC C)


32

¢ C"

. S

HUSNSA NO 3CDCS

32.

" S

7 A ' 24 CTD CAST 1

S 0

SA 7-T 0/C

34'33.b L)~ 150 251 J5

TEMPERATURE (DEC C)

HUDSON STA~ NO 24 CTD CAST 1

--4- 3-

L. iS

0 O ----

600 , lS

3, 8.03,!. "3 35 OO 50 52

SALNTY, 0/33

i i I II iS

7

's34 15g 52SAL NirF

E'D4PERA' REL H,,

0

34N~AiG 7 CS

- 5NS7A A S

ST.

i C) 34 C 35 c0 35. 0 5.20SAL NIY ,D/CC)

j: 35 0 5 1 1.3 2 07EVPERATURE yLDEG 2)

-- 3QSN S7A ',0 25 ::- CASTi 2

35S

HUDSON STA NO 34 CTD CASI' 2 '

- 200 -

35.00

"

400 ,

34 70 34 80 3490

SALINITY (0/00)

-2 - 5 - 0 -05 00 05

TEMPERATURE (DEG C)

"UDSON STA NC. ,34 C.D CAST 2

S

i

S

i

25 _0'4~~~ ' , 4. 0 -D C

49SA _"4 - 3,,3,3

I "

-" 00

:z: .CC

.0 -. : - is05 '3

34 C .94 90

EMPERATuRE ,LEG 2)

,:S,-)N '74, NC 34 -. D 'A-5T 1

2,.'

I)

SAL ' I

l32 a 0 4. 2 25220

48

.............. S..

- ------ --- ~

'46 3 4d 34 90 352JOSALNI7- /l C

NAPERATURE DE, 2

-U SON i-.A NO 32 7D _AS7

47S

,-(jUSC)N W'A NO 3,3 -"F !C;AS S

200

TS3 00

500 I

400500 --

00

04 0 34 70 0 3490 3500SALNi-h' (0/00)

-2 -5 -'0 - 5 00 05 10 1 2.0TL MPERATURE ,DEO ,

O

HUDSON STA NO 51 CTD ,:AST 1

SAL

46

i i

SI

$!.i

04'0 oac 24J

46 SA N~>

-2 I S

"LDSON STA NO 32 CTD CAST 10

100

n 200

m1L

IS

300 S

LAnN 400 2

500

60013460 34.70 34.80 34 90 35.00

SALINITY (0/00)

-20 -1 5 -1 0 -05 00 05 1 0 15 20TEMPERATURE (DEG C)

HUDSON 'T4 ',C 32 _7D CAST

AJ

34,70 34 80 34 90 35.00

SALNIY (0/00)45

*I

S

A S i

1..I

S

S S/

PRESSURE DECIBARS)

0 0 0 0 0

CD-

LS

-443

H 'JOS(.N N(;' I. S

100

200

m

u-' 300

CL.:400

500

600 034 60:- 70 3480 34.90 35.00

SAUNiTY (0/00)

-2.0 -15 -1.0 -05 00 05 i 0 15 2.0rEMPERATLJRE (E "

S

HUDSON STA NO 30 C D "AST

2 S

2

4

E}

)S

S

42

0

H-UDSON STA NO 29 CTD CAST 2

20o -

300 \

-.4--

4 0 0 /5 0 0 - -

6003480 34 90 .3500

SAL l4ITY 110,, '.0,

-1]5 -1 0 -. 25 ,20 2b 2'

-EVPERATuRE ,ZEG

HUDSON STA NO 29 27D CAST 2

2.-

@1241

f'--

* --- 1 A

2 : 1 2 " ,-, , ]< "

41

• •

00HU!lDSON 5TA NO 29 OTD CASi 1

-100

-200

L'IJ

-300

S(0

-500 T" s'

3470 34 a0 34 90 3500

SALUNfTY (Q/00)

-20 -1.5 -'0 -05 00 05 1 0TEMPERATURE (DEG C)

HUDSON -T4 NO 29 M" CAS7

oZ L4

0 S

.3

0 __ ____ ___ ____ __

A

40

0 S

-. ,..-~.- - - - - - - -~.-- - - -

HUDSON STA NO. 28 CTO CAST 1

0oo 0

1001

2005 ; S "-..-

u T

300 IL'

hn /(Jm I

0 0

goo a. -

600 9348~0 34.90 35.00 35 10 35.20

SALINITY (0/00)

-2.0 -15 -1.0 -0.5 0.0 0.5 1.0 1.5 2.0TEMPERATURE (DEC C)

HUDSON STA '40 28 CTO CAST I

0] S

0~~ -.

5000

34 7 340 34 0 5 s00SALNfIY (0/00)

-39

+" b'"S

S. - - .- - - ---. . -2...

HUDSON STA NC 2T C-1 ,AS(7: 2

:c z200 "0

r7-

400

50O

34 60 34 0 4.380 34 90 -55 o0

-20 -- 5 -10 -05 00 05 10 5 20TEMPERATURE (CEG C)

HUDSON S7A ,40 2-' -D -AS-

cl

3-

0 ." -L--2'.: S

HUDSON STA NO 27 CTD CAST i

0 -

100

200 /At

s0 S\

" 300

, 400

500

600 934.60 3470 34.80 34.90 35.00

SALINITY (0/00)

-2.0 -1 5 -1 0 -0.5 00 05 o 1.5 2.0TEMPERATURE (DEG C)


4 37

337

* HUDSON STA NO 26 CTD CASI

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UNCLASSIFIED OCEANOGRAPHY N88814-88-C-8449 LA JOLLA ... · OCEANOGRAPHY N88814-88-C-8449 LA JOLLA CA JUN 84 SIO-REF-84-14-VOL-2F/G 8/10 NL Ehmlllllhhlll llllllllmllllu Elllllllmllll