ie of
.oceanic and Atmospheric Sciences
SEASOAR and CTD Observations
During EBC Cruises
W9306A and W9308B
June to September 1993.
by
P.M. Kosro, J. A. Barth, J. Fleischbein,
A. Huyer, R. O'Malley,
K. Shearman and R.L Smith
Oregon State University
College of Oceanic and Atmospheric Sciences
Oregon State University
Corvallis, Oregon 97331-5503
Data Report 160
Reference 95-2
May 1995
MRILY?1 H17S GUfN LIBRARY
;ENC CENTER
NEWPORT, OREGON 97365
SEASOAR and CTD Observations During EBC Cruises
W9306A and W9308B June to September 1993
P.M. Kosro, J. A. Barth, J. Fleischbein, A. Huyer,
R. O'Malley, K. Shearman and R.L. Smith
College of Oceanic and Atmospheric Sciences
Oregon State University
Corvallis, Oregon 97331-5503
Data Report 160
Reference 95-2
May 1995
College of Oceanic and Atmospheric Sciences
Oregon State University
Table of Contents
Introduction
1
CTD Data Acquisition, Calibration and Data Processing
26
Fluorometer Calibration
28
Seasoar Data Acquisition and Preliminary Processing
29
Seasoar Conductivity Calibration
29
Post-Processing of Seasoar Data
37
Data Presentation
40
CTD/Seasoar Comparisons
40
Acknowledgments
41
References
41
CTD Data
W9306A
W9308B
43
44
82
Maps of Seasoar Dynamic Topography, Temperature, Salinity and Sigma-t
Large-Scale Survey 1
Large-Scale Survey 2
Small-Scale Survey 1
Small-Scale Survey 3
Small-Scale Survey 4
Summary Temperature-Salinity Diagrams
Large-Scale Survey 1
Large-Scale Survey 2
Small-Scale Surveys
Vertical Sections of Temperature, Salinity and Sigma-t
Large Scale Survey 1
Large Scale Survey 2
Small Scale Survey 1
Small Scale Survey 3
Small Scale Survey 4
145
146
165
180
199
214
Appendix A: Time Series of Maximum T/C Correlation and Lags
361
229
230
237
242
245
246
288
315
327
339
Appendix B: T-S Diagrams from CTD and Seasoar at Start and End of Tows 379
SEASOAR and CTD Observations During ESC Cruises,
W9306A and W9308B, June to September 1993
Introduction
This report summarizes the Seasoar and CTD observations from Wecoma
cruises W9306A (5 June to 12 July, 1993) and W9308B (14 August to 22 September
1993) conducted as part of the Eastern Boundary Currents Accelerated Research
Initiative, under funding by the Office of Naval Research. The cruises were
designed to study the spatial and temporal variability of the mesoscale eddy/jet
field in the eastern boundary current region off northern California. Participants
on each cruise are listed in Table 1.
The major cruise activities are summarized in Table 2. Each cruise
consisted of two legs, and each began with a large-area survey off northern
California (Figures 1, 2), with sampling on long (-400 km) zonal sections
separated by 0.25 degrees of latitude. Thirteen long sections were sampled
during W9306A (Figure 1) and nine were sampled during W9308B (Figure 2).
Measurements for the large-area survey were begun on the first leg of each cruise
and completed on the second leg. Results from the large-area surveys, as well as
drifter trajectories and satellite AVHRR imagery of sea-surface temperature,
were then used to guide focused physical and biological sampling of mesoscale
features, either with small-scale Seasoar surveys (Figures 3, 4) or with transects
of stations using CTD casts, MOCNESS and live-net tows. To provide timeseries estimates of local variability, a single "anchor station" was sampled
repeatedly during a 48 hour period of W9308B, with net tows as well as CTD and
ADCP. Other cruise activities included drifter deployments, transits to/from the
experimental site, and an ADCP-only survey when heavy weather prevented
instrument deployment or recovery.
The OSU Seasoar was operated on seven tows during W9306A and five
tows during W9308B (Table 3); tow duration varied from 5 to 187 hours (an
eighth "tow" at the end of W9306A was quickly terminated due to cable
problems). On each tow, the Seasoar was outfitted with dual pumped SeaBird
Electronics (SBE) temperature and conductivity sensors (one T/C pair on the
starboard side of the vehicle and one on the port side) as well as with an SBE
pressure sensor and 9/11-plus CTD. Inlet/outlet ports for the T/C sensor
pairs were toward the front of the Seasoar nose, with outlet ports slightly aft of
the inlet ports. Other sensors were mounted on the Seasoar for some tows
(Table 3); these included a SeaTech fluorometer (FL), a Biospherical Instruments
WSP-200L 400-700 nanometer Irradiance Profiling Sensor (PAR), an Optical
Plankton Counter (OPC) and a Towed Optical Fluorescence Unit (TOFU). This
report presents results from the CTD measurements made with Seasoar.
1
Table 1. Cruise participants on W9306A and W9308B, with their institution and
primary responsibility.
W9306, Leg 1 (Newport OR to San Francisco CA), June 5-20, 1993
Jane Huyer
Robert L. Smith
Brett Barksdale
Francois Carlotti
Jane Fleischbein
Heidi Hadlett
Mike Hill
Walter Nordhausen
Bob O'Malley
Brian Wendler
OSU
OSU
OSU
CNRS
OSU
OSU
OSU
SIO
OSU
OSU
Chief Scientist; SeaSoar
Co-Chief Scientist; SeaSoar
SeaSoar
OPC/MOCNESS
SeaSoar
SeaSoar
Marine Technician
OPC/MOCNESS
SeaSoar
Marine Technician
W9306, Leg 2 (San Francisco CA to Newport OR), June 21 to July 12, 1993
Mike Kosro
OSU
Chief Scientist; SeaSoar/ADCP
Jack Barth
Mark Huntley
Carin Ashjian
Kathryn Brooksforce
Francois Carlotti
Alejandro Gonzales
Tim Holt
Mai Lopez
Walter Nordhausen
Nathan Potter
Dylan Righi
John Rogers
Kipp Shearman
Marc Willis
Meng Zhou
OSU
SIO
SID,
OSU
SIO
SIO
OSU
SIO
SIO
OSU
OSU
OSU
OSU
OSU
SIO
Co-Chief Scientist; SeaSoar
Co-Chief Scientist; OPC/MOCNESS
LiveTows/Bio-ADCP
SeaSoar
OPC/MOCNESS
OPC/MOCNESS
Marine Technician
OPC/MOCNESS/LiveTows
OPC/MOCNESS
TOFU
SeaSoar/AVHRR
SeaSoar/TOFU
SeaSoar
Marine Technician
OPC/MOCNESS
W9308, Leg 1 (Newport OR to San Francisco CA), August 14-27 1993
Chief Scientist; SeaSoar
Jane Huyer
OSU
Co-Chief Scientist; SeaSoar
Bob Smith
OSU
Co-Chief Scientist; OPC/MOCNESS
Marc Huntley
SIO
SeaSoar
Eric Antonissen
OSU
Francois Carlotti
Richard Davis
Jane Fleischbein
SIO
OSU
OSU
OPC/MOCNESS
SeaSoar/TOFU
SeaSoar
John Gregor
OSU
SeaSoar
Tim Holt
Walter Nordhausen
Richard Weiner
Marc Willis
OSU
SIO
OSU
OSU
Marine Technician
OPC/MOCNESS
SeaSoar
Marine Technician
W9308, Leg 2 (San Francisco CA to Newport OR), August 29 - September 22 1993
Chief Scientist; SeaSoar/ADCP
Mike Kosro
OSU
Jack Barth
Tim Cowles
Francois Carlotti
Richard Davis
Alejandro Gonzales
Mike Hill
Lisa Kann
Walter Nordhausen
Bob O'Malley
Steve Pierce
Brian Wendler
Meng Zhou
OSU
OSU
SIO
OSU
SIO
OSU
Co-Chief Scientist; SeaSoar
Co-Chief Scientist; TOFU
OPC/MOCNESS
SeaSoar/TOFU
OPC/MOCNESS
Marine Technician
BNL
SeaSoar/LiveTows
OPC/MOCNESS
SeaSoar
SIO
OSU
OSU
OSU
SIO
SeaSoar
Marine Technician
OPC/MOCNESS
2
The times and designations of cross-shore and alongshore Seasoar sections
made during the Large-Scale (Figures 1, 2) and Small-Scale Surveys (Figures 3, 4)
are given in Tables 4 and 5. Figures 5 and 6 show the ship's track, in both space
and time, during each Seasoar tow of both cruises.
During both cruises, upwelling-favorable winds prevailed, with direction
usually between 330° and 030°T (Figure 7). Strong winds (>20 kts) were very
common (Figure 7). High winds and heavy seas interfered with over-the-side
operations on a few occasions.
Conventional CTD casts were made during both cruises: 37 stations
during W9306A (Table 6, Figure 8), and 63 stations on W9308B (Table 7,
Figure 9). These casts were typically made to 500 dbar, using an SBE 9/11-plus
CTD equipped with dual temperature and conductivity sensors and, usually,
with a SeaTech fluorometer. On nearly every cast, water samples were collected
at various depths for CTD calibration as well as for biological analysis.
Conventional CTD casts were made on the MOCNESS/live-net tow transects, at
the anchor station, and also just prior to deployment of, and just following
recovery of, the Seasoar CTD. The ship's tracks during these transects are shown
in Figures 10 and 11.
Table 2: Major activities during the two cruises.
W9306A
6/07-6/19
6/20-6/21
6/21-6/28
6/29-7/02
7/03-7/05
7/05-7/06
7/06-7/09
7/09-7/10
7/10-7/12
Large-Scale Survey 1, part 1, Lines 1-9
in-port, San Francisco
Large-Scale Survey 1, part 2, Lines 10-13
Small-Scale Survey 1
MOCNESS/CTD/Live Net Transect
Small-Scale 2 (aborted; Seasoar data signal loss in heavy weather)
Transit to allow Seasoar recovery and maintenance
CTD transect
ADCP sampling only (heavy weather)
W9308B
8/14-8/27
8/28-8/29
8/30-9/01
9 / 01-9 / 05
9/05-9/06
9/07-9/09
9 / 09-9 / 16
9/16-9/18
9/18-9/19
9/19-9/20
Large-Scale Survey 2, part 1, Lines 3-9
in port, San Francisco
Large-Scale Survey 2, part 2, Lines 9-11
Small-Scale Survey 3
MOCNESS/CTD/Live Net Transect
MOCNESS/CTD/Live Net Time-Series Station
Small-Scale Survey 4
MOCNESS/CTD/Live Net Transect
Deploy coherent drifter array
MOCNESS/CTD sampling near EBC slope moorings
3
40°N
Line
1
Line 2
Line 3
39°N --
Line 4
Line 5
Line 6
Line 7
38°N
37°N
Line 14
36°N
129°W
128°W
127°W
126°W
125°W
124°W
Figure 1. W9306A, Ship track for Large Scale Survey, 7-28 June 1993.
123°W
122°W
'
4
40°N
Line 3
39°N
Line 4
Line 5
Line 6
Line 7
38°N -I
Line 8
Line 9
Line 10
37°N -I
Line 11
36°N
129°W
128°W
127°W
126°W
125°W
124°W
123°W
Figure 2. W9308B, Ship track for Large Scale Survey, 14 August to 1 September 1993.
122°W
37°N
I
39°N
127°W
128°W
129°W
I
I
I
1
I
1
1
I
1
1
I
1
I
1
I
1
I
1
1
1
1
I
I
1
I
I
I
I
I
1
122°W
123°W
124°W
125°W
126°W
1
I
I
1
I
I
1
ON
38°N -I
Small Scale Survey 2, 6-7 July 1993 (aborted)
37°N
129°W
128°W
127°W
126°W
125°W
1240W
123°W
Figure 3. W9306A, Ship tracks for Small Scale Survey 1, 29 June to 2 July 1993 (top),
and for the aborted Small Scale Survey 2, 6-7 July 1993 (bottom).
122°W
I
39°N
1
1
1
I
1
1
t
1
1
1
I
I
I
1
I
1
1
1
I
1
I
1
1
2
0
38°N
Small Scale Survey 4, 9-16 Sept 1993
37°N
111111111 11
11, ''1 111
129°W
128°W
127°W
126°W
125°W
124°W
123°W
Figure 4. W9308B, Ship tracks for Small Scale Survey 3,1-5 September 1993 (top),
and for Small Scale Survey 4, 9-16 September 1993 (bottom).
122°W
Table 3. Summary of Seasoar Tows, W9306A and W9308B. Measured
parameters and their appreviations are: pressure (P), temperature (T),
conductivity (C), fluorescence (FL), photosynthetically available
radiation (PAR), fluorescence from the towed optical fluorescence
unit (TOFU), and optical plankton count (OPC). The primary T-C duct
malfunctioned during Tow 6 of W9306A because of a plumbing fault.
Tow No.
Start Time
Stop Time
Duration
Parameters
Measured
(hrs)
W9306A
06/07/1506
06/09/2155
06/18/2311
06/21/2158
06/29/1349
06/30/0651
07/05/2312
06/09/1030
43
06/17/1645
06/19/1810
187
19
06/28/1548
06/29/1908
162
07/02/2057
62
07/06/0804
9
1
08/16/0311
2
42
137
08/26/2035
66
4
08/18/0307
08/24/0233
08/30/0628
08/17/2056
08/23/2047
5
09/09/1531
09/05/0717
09/16/1838
145
171
1
2
3
4
5
6
7
P, T1, C1, T2, C2, FL, PAR, OPC
P, Ti, C1, T2, C2, FL, PAR, OPC
P, T1, C1, T2, C2, FL, PAR, OPC
P, T1, C1, T2, C2, PAR, TOFU, OPC
P, T1, C1, 12, C2, PAR, TOFU, OPC
P, T2, C2, PAR, TOFU, OPC
P, T1, C1, T2, C2, PAR, TOFU, OPC
5
W9308B
3
P, T1, C1, T2, C2, PAR, TOFU, OPC
P, T1, C1, T2, C2, PAR, TOFU, OPC
P, T1, C1, T2, C2, PAR, TOFU, OPC
P, T1, C1, T2, C2, PAR, TOFU, OPC
P, T1, C1, T2, C2, PAR, TOFU, OPC
8
Table 4. Times(UTC) of cross-shore and alongshore sections of the large scale
(LS) and small scale (SS) surveys of W9306A.
Start Time
Stop Time
Section Name
Start Time
Tow 1
06/07
06/08
06/08
06/08
06/09
15:08
04:10
15:55
17:46
04:35
06/08
06/08
06/08
06/09
06/09
04:10
06/09
06/10
06/10
06/10
06/10
06/11
06/11
06/11
06/12
06/13
06/13
06/13
06/14
06/14
06/14
06/15
06/15
06/16
06/16
06/16
06/16
06/16
06/16
06/17
06/17
06/17
06/17
23:24
01:13
07:17
12:27
14:15
19:27
21:06
23:13
01:37
03:27
05:33
16:45
LS 2 offshore b
LS B
LS 3 offshore
LS 3 inshore
LS C
LS 4 inshore
LS 4 offshore
LS D
LS 5 offshore
LS 5 inshore
LS E
LS 6 inshore
LS 6 offshore
LS F
LS 7 offshore
LS 7 inshore
LS G
LS 8 inshore
LS 8 offshore
LS H
LS 9 offshore a
LS 9 offshore b
LS 9 offshore c
LS 9 offshore d
LS 9 offshore e
LS 9 offshore f
Tow 2 end
06/19
06/19
06/19
06/19
00:23
Tow 3 deployment
01:30
17:17
18:11
LS 9 inshore a
LS 9 inshore b
Tow 3 recovery
06/22
06/23
06/23
06/23
06/24
16:58
05:16
07:16
20:05
02:08
LS 10 inshore
LS 10 offshore
LS inshore
LS 11 offshore
LS 11 inshore a
15:55
17:46
04:35
10:31
Tow 4 cont.
06/24 02:08
06/24 03:37
06/24 05:27
06/24 08:48
06/24 10:04
06/24 12:00
06/24 18:30
06/24 21:05
06/25 19:37
06/26 02:28
06/26 04:11
06/26 11:13
06/27 09:50
06/27 11:43
06/28 11:11
LS 1 offshore
LS 1 inshore
LS A
LS 2 inshore
LS 2 offshore a
Tow 2
06/09
06/09
06/10
06/10
06/10
06/10
06/11
06/11
06/11
06/12
06/13
06/13
06/13
06/14
06/14
06/14
06/15
06/15
06/16
06/16
06/16
06/16
06/16
06/16
06/17
06/17
06/17
Tow 3
06/18
06/19
06/19
06/19
21:56
23:24
01:13
07:17
19:05
21:02
09:16
21:07
22:55
10:48
00:18
02:02
15:45
03:16
05:01
16:47
06:36
08:25
00:10
12:27
14:15
19:27
21:06
23:13
01:37
03:27
05:33
23:11
00:23
01:30
17:17
19:05
21:02
09:16
21:07
22:55
10:48
00:18
02:02
15:45
03:16
05:01
16:47
06:36
08:25
00:10
22:00
16:58
05:16
07:16
20:05
Section Name
06/24 03:37
LS 11 inshore b
LS 11 inshore c
LS 11 inshore d
LS 11 inshore e
LS 11 inshore f
LS 11 inshore g
06/24 05:27
06/24
06/24
06/24
06/24
06/24
06/25
06/26
06/26
06/26
06/27
06/27
06/28
06/28
08:48
10:04
12:00
18:30
21:05
19:37
02:28
04:11
11:13
09:50
11:43
11:11
15:48
LS J
LS 12 inshore
LS 12 offshore
LS K
LS 13 offshore
LS 13 inshore
LS L
LS 14 inshore
LS 14 offshore
Tow 5
06/29
06/29
Tow 6
06/30
06/30
06/30
06/30
06/30
06/30
07/01
07/01
07/01
07/01
07/01
07/01
07/01
07/01
07/02
07/02
07/02
07/02
07/02
07/02
07/02
Tow 4
06/21
06/22
06/23
06/23
06/23
Stop Time
13:49
15:56
06/29 15:56
06/29 19:10
SS E
SS 3 offshore
06:54
06/30
06/30
06/30
06/30
06/30
07/01
07/01
10:05
17:06
17:52
SS pre-track line
SS 4
07/01
07/01
07/01
07/01
07/02
07/02
07/02
07/02
07/02
07/02
07/02
07/02
10:22
11:31
18:42
19:25
02:28
10:05
17:06
17:52
20:12
21:22
01:47
02:45
07:46
08:09
10:22
11:31
18:42
19:25
02:28
03:10
10:33
11:15
14:59
16:38
18:53
20:12
21:22
01:47
02:45
07/01 07:46
07/01 08:09
SS D
SS 2 inshore
SS B
SS 1
SS A
SS 2 offshore
SS C
SS 3 inshore
10:33
11:15
14:59
16:38
18:53
20:58
SS F
SS 5
SS G
SS 6
SS H
SS 7
SS I
SS 8
SS 9
SS 10
SS J
07/06 01:27
07/06 06:41
07/06 08:06
SS 2-1
SS 2-2
SS 2-3
03:10
Tow 7
07/05 23:13
07/06 01:27
07/06 06:41
9
W9306A, Tow 1
W9306A, Tow 2
39.5°N
39.5°N
39.0°N
39.0°N
38.5°N
38.5°N
38.0°N
38.0°N
37.5°N
37.5°N
37.0°N
37.0°N
36.5°N
36.5°N
1----F128.0°W
126.0°W
127.0°W
125.0°W
I
128.0°W
122.0°W
I
I
124.0°W
123.0°W
124.0°W
127.0°W
126.0°W
125.0°W
124.0°W
123.0°W
123.0°W
124.0°W
125.0°W '1
-
125.0°W
126.0°W
126.0°W
127.0°W
127.0°W
128.0°W -
128.0°W
129.0°W
129.0°W
I
I
39.5°N
T160.0
160.5
158.5
164.0
168.0
l
39.5°N
39.5°N
39.0°N -
39.4°N
38.5°N -
39.4°N -a
39.3°N 39.3°N -{
39.2°N
36.5°N -1
39.2°N
158.5
159.5
Day of 1993
160.5
160.0
164.0
Day of 1993
Figure 5(a) Ship's track, in space and time, of Seasoar Tows 1 and 2 of W9306A.
168.0
122.0°W
W9306A, Tow 4
W9306A, Tow 3
L
I
I
I
I
I
I
I
I
I
I
I
39.5°N
39.5°N
39.0°N
39.0°N
38.5°N
38.5°N
38.0°N
38.0°N
37.5°N -{
37.5°N
37.0°N
37.0°N
36.5°N -I
36.5°N -',
128.0°W
127.094
125.0°W
126.0°W
124.0°W
123.00W
I
123.5°W
128.0°W
122.094
127.0°W
126.094
125.094
124.0°W
123.094
122.094
122.0°W
123.0°W
124.0°W
124.0°W
124.56W
125.0°W
125.0°W
126.0°W -
125.5°W
127.0°W
126.0°W
128.0°W
126.56W
129.0°W 169.8
170.2
180.0
172.0
170.6
37.4°N
37.2°N I
37.6°N 37.6°N
37.6°N
37.5°N -
37.0°N
37.6°N
36.8°N
36.6°N
37.5°N
36.494
37.5°N
-
I
36.2°N
37.5°N
169.8
170.2
Day of 1993
170.6
172.0
174.0
176.0
Day of 1993
Figure 5(b) Ship's track, in space and time, of Seasoar Tows 3 and 4 of W9306A.
178.0
180.0
W9306A, Tow 6
W9306A, Tow 5
I
I
I
I
I
I
I
I
I
I
I
1
I
I
1
I
1
I
I
1
1
I
i
39.5°N -{
39.5°N
39.0°N
39.0°N
38.5°N
38.5°N -i
38.0°N
38.0°N
37.5°N
37.5°N
37.0°N
37.0°N
36.5°N
36.5°N -!
128.0°W
127.0°W
125.0°W
126.0°W
124.0°W
123.0°W
128.0°W
122.0°W
125.4°W
125.6°W
126.5°W -
127.0°W
126.0°W
125.0°W
124.0°W
I
123.0°W
122.0°W
1
-
125.8°W -
126.6°W -1
126.0°W t
126.7°W -I
126.2°W -{
126.8°W -1
126.4°W
126.9°W
126.6°W -
-
127.0°W
126.8°W
127.1°W -
182.0
181.0
180.5
183.0
184.0
183.0
184.0
1
38.2°N
37.9°N -{
37.9°N 37.9°N
37.8°N
37.8°N
37.8°N
-
37.8°N
180.5
180.6
Day of 1993
180.8
181.0
182.0
Day of 1993
Figure 5(c) Ship's track, in space and time, of Seasoar Tows 5 and 6 of W9306A.
W9306A, Tow 8
W9306A, Tow 7
I
I
1
I
I
L
I
I
I
I
I
I
1
I
I
I.
1
I
I
I
39.5°N
39.0°N
38.5°N -
38.0°N I
a
38.0°N -a
37.5°N -i
37.5°N --
37.0°N
37.0°N -4
36.5°N -1
36.5°N -
1
128.0°W
127.0°W
125.0°W
126.0°W
124.0°W
123.0°W
122.0°W
128.0°W
127.0°W
126.0°W
125.0°W
124.0°W
123.0°W
122.0°W
1
125.8°W
126.0°W
126.2°W
126.4°W
-
126.6°W 126.8°W -{
127.0°W -I
127.2°W
189.2
189.2
186.9
1
38.2°N
37.0°N 37.0°N -j
37.0°N -{
38.1°N -1
38.0°N -
37.0°N
37.0°N
37.0°N
37.9°N -
-
37.0°N -{
37.8°N -I
37.0°N
37.7°N
i
186.9
187.1
Day of 1993
187.3
189.2
189.2
189.2
Day of 1993
Figure 5(d) Ship's track, in space and time, of Seasoar Tows 7 and 8 of W9306A.
189.2
Table 5. Times(UTC) of cross-shore and alongshore sections of the large scale
(LS) and small scale (SS) surveys of W9308B.
Start Time
Tow 1
08/16
08/16
08/17
08/17
08/17
08/17
03:14
15:38
02:26
04:27
16:11
19:31
Stop Time
Section Name
08/16 15:38
08/17 02:26
08/17 04:27
08/17 16:11
08/17 19:31
08/17 20:59
LS 3 offshore
LS 3 inshore
08/18 03 56
08/18 12:39
08/18 14:36
08/19 03:56
08/19 17:36
08/19 19:49
08/20 01:02
08/20 21:02
08/20 22:47
08/21 11:45
08/22 01:50
08/22 03:43
Tow 2 pre
LS 4 offshore b
LS D
LS 5 offshore
LS 5 inshore
LS E
LS 6 inshore
LS 6 offshore
08/22/6:12
LS 8 inshore a
Tow 2 mid
LS 8 inshore c
LS 8 offshore
Start Time
Tow 4 cont.
09/02 18:45
09/03 06:53
09/03 08:48
09/03 21:51
09/04 00:06
09/04 12:46
09/04 16:26
09/04 22:56
09/05 06:04
Tow 5
09/09 15:32
09/09 19:31
09/10 04:46
09/10 13:45
09/10 14:46
09/10 22:57
09/10 23:49
09/11 08:16
LS C
LS 4 inshore
LS 4 offshore a
Tow 1 recovery
Tow 2
08/18
08/18
08/18
08/18
08/19
08/19
08/19
08/20
08/20
08/20
08/21
08/22
08/22
08/22
08/22
08/23
08/23
08/23
08/23
Tow 3
08/24
08/24
08/24
08/24
03:08
03:56
12:39
14:36
03:56
17:36
19:49
01:02
21:02
22:47
11:45
01:50
03:43
16:12
23:42
03:00
16:40
18:32
19:31
02:33
13 22
15 12
1700
Tow 4
08/30 06 33
08/31 01:37
08/31 03:08
08/31
08/31
09/01
09/01
09/01
09/01
09/02
09/02
09/02
15:51
17:46
06:35
10:04
12:11
15:00
01:23
03:12
16:55
08/22 23 42
08/23 03:00
08/23 16:40
08/23 18:32
08/23 19:31
08/23 20:47
LS F
LS 7 offshore
LS 7 inshore
LS G
09/11
09/11
09/11
09/11
09/12
09/12
09/12
09/12
09/13
09/13
09/14
09/14
09/14
09/14
09/15
09/15
09/15
09/15
09/15
09/15
09/16
09/16
09/16
09/16
09/16
LS H
LS 9 offshore pre
Tow 2 end
08/24 13:22
08/24 15:12
08/24 17:00
08/26 20:36
LS 9 offshore a
LS 9 offshore b
LS 9 offshore c
Tow 3 end
08/31 01:37
08/31 03:08
08/31 15:51
08/31 17:46
09/01 06:35
09/01 10:04
09/01 12:11
09/01 15:00
09/02 01:23
09/02 03:12
09/02 16:55
09/02 18:45
LS 9 inshore
LS M
LS 10 offshore c
LS I
LS 11 offshore
LS 11 inshore
LS N
LS 10 inshore
SS-3 line A
SS-3 line AB
SS-3 line B
SS-3 line BC
14
09:21
18:31
19:16
20:26
05:48
06:46
15:22
19:13
12:15
17:16
01:47
02:46
15:03
15:57
03:08
06:01
06:54
08:20
17:37
18:40
03:43
06:18
07:21
08:32
17:38
Stop Time
09/03
09/03
09/03
09/04
09/04
09/04
09/04
09/05
09/05
09/09
09/10
09/10
09/10
09/10
09/10
09/11
09/11
09/11
09/11
09/11
09/12
09/12
09/12
09/12
09/13
09/13
09/14
09/14
09/14
09/14
09/15
09/15
09/15
09/15
09/15
09/15
09/16
09/16
09/16
09/16
09/16
09/16
Section Name
06:53
08:48
21:51
00:06
12:46
16:26
22:56
06:04
07:23
SS-3 line C
SS-3 line CD
SS-3 line D
SS-3 line DE
SS-3 line E
SS-3 line EF
SS-3 line F
SS-3 line G
SS-3 end
19:31
SS-4 pre
SS-4 line 0
SS-4 line 1
04:46
13:45
14:46
22:57
23:49
08:16
09:21
18:31
19:16
20:26
05:48
06:46
15:22
19:13
12:15
17:16
01:47
02:46
15:03
15:57
03:08
06:01
06:54
08:20
17:37
18:40
03:43
06:18
07:21
08:32
17:38
18:38
SS-4 line A
SS-4 line 2
SS-4 line B
SS-4 line 3
SS-4 line C
SS-4 line 4
SS-4 pump
SS-4 line D
SS-4 line 5
SS-4 line E
SS-4 line 6
SS-4 line F
SS-4 line G
SS-4 line H
SS-4 line 7
SS-4 line 1
SS-4 line 8
SS-4 line J
SS-4 line 9
SS-4 line 9d
SS-4 line K
SS-4 line 10d
SS-4 line 10
SS-4 line L
SS-4 line 11
SS-4 line lld
SS-4 line M
SS-4 line 12d
SS-4 line 12
SS-4 line N
W9308B, Tow 1
I
1
1
I
I
I
I
W9308B, Tow 2
1
1
39.5°N -
I
I
i
I
1
1
1
39.0°N 38.5°N
J(J.J I 1
38.0°N 37.5°N
38.0°N -
-
37.5°N -i
37.0°N -
37.0°N -
36.5°N -
128.0°W
36.5°N -1
127.0°W
126.0°W
125.0°W
124.0°W
123.0°W
122.0°W
124.0°W -
128.0°W
127.0°W
126.0°W
125.0°W
124.0°W
123.0°W
122!0°
123.0°W -
125.0°W -i
124.0°W
126.0°W
125.0°W
127.0°W
126.0°W
127.0°W
128.0°W
128.0°W
129.0°W
230.0
230.0
232.0
230.0
232.0
234.0
236.0
38.6°N
38.4°N
38.8°N -I
38.2°N
38,8°N
38.0°N
38.7°N
37.8°N
38.7°N
37.6°N
38.6°N
228.0
37.4°N
229.0
Day of 1993
230.0
234.0
Day of 1993
Figure 6(a) Ship's track, in space and time, of Seasoar Tows 1 and 2 of W9308B.
236.C
W9308B, Tow 4
W9308B, Tow 3
39.5°N
39.5°N -1
39.0°N
39.0°N -
38.5°N
38.5°N -a
38.0°N
38.0°N -4
37.5°N
37.5°N -a
37.0°N
37.0°N
36.5°N
36.5°N -a
128.0°W
127.0°W
126.0°W
125.0°W
124.0°W
123.0°W
122.0°W
128.5°W
127.5°W
126.5°W
125.5°W
124.5°W
123.5°W
122.5°W
123.0°W
123.0°W
124.0°W -a
124.0°W -
125.0°W t
125.0°W -1
126.0°W -
126.0°W -{
127.0°W -
127.0°W "
128.0°W
128.0°W -{
239.0
38.5°N
38.0°N -
38.0°N
37.5°N t
37.5°N -
37.0°N -a
37.0°N -
36.5°N H
36.5°N
36.0°N
236.0
-
238.0
237.0
Day of 1993
239.0
242.0
244.0
246.0
Day of 1993
Figure 6(b) Ship's track, in space and time, of Seasoar Tows 3 and 4 of W9308B.
248.0
W9308B, Tow 5
I
I
I
I
I
I
I
I
I
I
39.5°N 39.0°N
38.5°N
J
38.0°N
37.5°N
37.0°N
36.5°N
128.0°W
127.0°W
126.0°W
125.0°W
124.0°W
123.0°W
122.0°W
123.0°W 123.5°W
124.0°W
124.5°W
125.0°W
125.5°w
126.0°W
126.5°W 252.0
260.0
38.6°N
38.4°N
38.2°N
38.0°N
37.8°N
37.6°N
37.4°N
37.2°N
252.0
260.0
Figure 6(c) Ship's track, in space and time, of Seasoar Tow 5 of W9308B.
17
180
185
190
195
180
185
190
195
255
260
265
0
155
160
165
170
175
day of 1993
4-
235
240
W9308B
0
225
230
235
240
245
250
255
260
day of 1993
Figure 7. Shipboard winds from the dual anemometers on Wecoma. Port or
starboard sensor was selected for maximum wind speed at each sample, to
reduce shading.
18
265
Table 6. Summary of CTD stations during W9306A.
Station
No.
Date
Time Latitude Longitude Cast
UTC
ON
°W
Depth
Dir
Wind
Speed
Atm.P.
(mbar)
1
7 June
1311
39 31.6
128 02.3
503
325
21
1023.5
2
9 June
1121
39 14.3
126 50.1
508
280
18
1019.2
3
9 June
2036
39 15.0
126 53.4
507
255
14
1020.3
4
18 June
2200
37 32.7
126 01.2
508
000
25
1015.5
5
19 June
1850
37 33.2
123 35.1
513
345
23
1014.1
6
19 June
2221
37 30.0
123 24.0
507
345
12
1014.3
7
20 June
0005
37 30.1
123 14.9
502
325
12
1013.7
8
21 June
2038
37 15.4
123 09.3
507
305
21
1017.8
126 43.0
506
350
23
1019.2
28
1020.0
9
28 June
1745
36 14.9
10
29 June
2032
37 55.1
126 28.0
506
345
11
30 June
0550
37 49.9
126 40.1
71
-
-
-
12
2 July
3 July
2122
37 18.8
125 39.1
507
345
28
1017.5
0335
37 32.7
12544.6
507
340
30
1015.1
3 July
4 July
2053
0657
37 36.7
3744.8
125 55.6
126 05.3
510
506
340
345
24
26
1017.2
1014.3
1257
37 50.0
126 11.7
1007
335
28
1013.2
17
4 July
4 July
1824
37 53.7
126 20.5
508
350
30
1013.9
18
4 July
2349
37 55.8
126 27.4
508
350
33
1014.3
19
5 July
0557
37 57.9
126 34.3
506
003
35
1014.2
20
5 July
1156
37 59.5
126 42.0
1007
355
30
1014.3
21
7 July
1555
36 45.2
124 20.8
507
355
23
1010.2
22
9 July
0429
37 17.9
127 00.0
509
350
28
1015.2
23
9 July
0605
37 21.8
126 55.0
506
010
32
1015.5
24
9 July
9 July
0734
37 25.5
126 50.0
508
000
27
1015.6
25
0905
37 29.3
508
005
34
1014.8
26
9 July
1132
37 33.6
12644.7
126 40.2
508
000
28
1015.2
27
1252
37 36.8
126 35.0
505
005
28
1015.4
28
9 July
9 July
1450
37 40.5
126 30.0
507
345
30
1015.6
29
9 July
1657
37 47.9
126 20.0
507
355
32
1016.3
30
9 July
1819
37 51.7
126 15.1
507
355
34
1016.5
31
1941
37 55.6
126 10.0
507
000
32
1017.0
32
9 July
9 July
2111
37 59.2
126 05.0
506
350
34
1016.2
33
10 July
0140
38 03.1
126 00.0
509
005
33
1016.6
34
10 July
0306
38 06.8
125 55.0
508
350
35
1016.3
35
10 July
0512
38 10.8
125 50.2
508
345
35
1016.6
36
10 July
0641
38 14.2
125 45.0
507
340
35
1017.0
37
10 July
0814
38 17.9
125 40.0
508
000
34
1016.2
13
14
15
16
19
40°N
I
I
I
I
I
I
I
I
I
I
I
I
36°N
129°W
128°W
127°W
126°W
125°W
124°W
Figure 8. Location of conventional CTD stations during W9306A.
123°W
122°W
40°N
I
39°N -I
I
i
i
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
i
I
I
I
f
I
t
I
I
I
I
I
I
I
I
I
I
I
i
l
01
02,3
018
017
016
015
38°N -
d9-36
014
04
037
047
0 46
CM 5,55 e9
013
039
0
3
09
O
X1,53
012
j'i2
o
EP4
011
07
37°N ..
08
0 5,6
36°N
129°W
128°W
127°W
126°W
125°W
124°W
Figure 9. Location of conventional CTD stations during W9308B.
123°W
122°W
Table 7. Summary of CTD stations during W9308B.
Station
No.
Date
Time
UTC
Latitude Longitude Cast
ON
Depth
°W
Wind
Dir Speed
Atm. P.
(mbar)
1018.3
1
16 Aug
0155
39 01.0
128 01.1
504
355
19
2
17 Aug
2125
38 40.0
126 34.7
99
-
-
-
3
17 Aug
2245
38 32.3
126 34.7
507
335
21
1019.4
4
24 Aug
0110
37 32.3
128 02.7
301
355
29
1022.2
5
26 Aug
2120
36 17.8
123 45.2
72
350
21
1017.0
6
26 Aug
2128
123 45.2
507
000
21
1017.0
7
27 Aug
27 Aug
0553
125 00.7
506
340
25
1017.8
8
1657
3617.8
3700.1
3700.1
12300.0
507
350
9
1015.7
9
30 Aug
0510
37 30.0
123 15.0
506
180
16
1010.9
10
5 Sept
0732
37 46.1
128 29.8
506
310
15
1021.5
11
1425
37 10.1
127 19.4
506
325
16
1018.9
1900
37 20.1
127 20.2
505
320
16
1019.0
2230
37 30.0
127 19.9
506
320
19
1017.5
0227
37 41.9
127 20.0
505
340
13
1016.5
0702
38 10.0
127 20.1
506
330
14
1016.5
1130
38 20.2
127 20.1
505
320
13
1014.6
17
5 Sept
5 Sept
5 Sept
6 Sept
6 Sept
6 Sept
6 Sept
1530
38 30.0
127 20.1
505
320
14
1016.6
18
6 Sept
1900
38 40.0
127 20.2
506
light
airs
1016.8
19
7 Sept
7 Sept
7 Sept
7 Sept
7 Sept
7 Sept
7 Sept
7 Sept
8 Sept
8 Sept
8 Sept
8 Sept
8 Sept
8 Sept
8 Sept
8 Sept
8 Sept
8 Sept
9 Sept
0104
37 55.0
127 20.0
506
295
6
1017.6
0450
37 54.9
127 20.0
505
320
8
1019.0
0718
37 55.2
127 19.9
505
325
9
1019.7
0937
37 55.1
127 20.0
505
345
12
1020.0
1431
37 55.0
127 19.9
505
015
7
1020.6
1655
37 54.9
127 19.8
505
360
12
1021.2
1935
37 55.1
127 20.0
505
015
12
1022.2
2220
37 55.1
127 19.9
506
010
8
1022.0
0017
37 55.0
127 20.0
505
355
8
1021.2
0217
37 55.0
127 20.0
505
355
16
1021.3
0515
37 55.0
127 20.0
505
020
22
1021.3
0721
37 55.0
127 20.0
511
025
20
1021.2
1009
37 55.0
127 19.9
505
025
20
1021.2
1246
37 55.0
127 20.0
506
000
10
1020.8
1510
37 55.0
127 19.9
2000
010
12
1020.8
1835
37 55.0
127 20.0
506
010
14
1020.8
2055
37 55.0
127 19.9
506
010
15
1020.0
2300
37 55.0
127 20.0
505
025
11
1019.2
0330
37 45.0
126 50.0
506
010
12
1018.1
12
13
14
15
16
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
22
Table 7 (cont'd). Summary of CTD stations during W9308B.
Latitude Longitude Cast
Depth
°W
ON
Station
No.
Date
38
9 Sept
9 Sept
16 Sept
16 Sept
17 Sept
17 Sept
0926
37 42.3
126 31.7
504
330
17
1017.7
1243
37 30.0
125 30.0
507
330
16
1016.5
1910
37 19.8
125 25.9
506
310
17
1019.0
2300
37 18.0
125 31.5
506
310
13
1018.8
0309
37 26.0
125 19.0
505
320
18
1018.0
0548
37 28.5
125 15.1
506
320
18
1018.3
44
17 Sept
0859
37 31.1
125 10.3
506
315
15
1018.7
45
17 Sept
1138
37 34.5
125 05.1
508
315
21
1018.5
46
17 Sept
1452
37 39.1
124 57.0
505
310
16
1019.0
47
17 Sept
1755
3744.9
124 48.0
506
330
17
1019.8
48
17 Sept
2200
37 35.9
124 36.8
505
320
16
1020.0
49
18 Sept
0030
37 31.0
124 30.5
505
335
17
1019.5
50
18 Sept
18 Sept
0313
37 26.4
124 26.0
506
340
23
1018.8
51
0649
37 21.8
124 20.2
514
330
20
1019.8
52
18 Sept
0944
3718.0
12414.5
506
325
24
-
53
18 Sept
1237
37 21.9
124 20.0
120
345
24
1015.4
54
18 Sept
19 Sept
1422
37 12.1
124 08.2
506
330
12
1012.8
1206
37 33.9
125 05.0
506
345
24
1015.4
2210
38 42.6
123 05.0
401
330
12
1012.8
0122
38 37.9
123 57.1
1825
335
22
1011.9
58
19 Sept
20 Sept
20 Sept
0528
38 33.3
12404.0
2001
350
29
1011.2
59
20 Sept
1008
3844.5
124 02.2
1822
345
29
1011.1
60
20 Sept
20 Sept
20 Sept
20 Sept
1305
38 33.0
123 52.3
1901
345
20
1012.3
1645
38 28.1
124 12.4
2002
345
30
1013.0
1945
38 23.5
124 19.5
2002
345
30
1012.5
2240
38 22.5
124 06.6
2002
345
25
1010.8
39
40
41
42
43
55
56
57
61
62
63
Time
UTC
23
Dir
Wind
Speed
Atm.P.
(mbar)
39°N
MOCNESS/Live Net/CTD station transect, 3-5 July 1993
38°N -
`
37°N
129°W
128°W
127°W
126°W
125°W
124°W
123°W
122°W
123°W
122°W
39°N
38°N -
CTD transect, 9-10 July 1993
r-F-r
37°N
129°W
128°W
127°W
126°W
125°W
124°W
ADCP-only transects, 10-12 July 1993
129°W
128°W
127°W
126°W
125°W
124°W
123°W
122°W
Figure 10. Ship's tracks during MOCNESS, Live Net CTD, and
ADCP-only transects, W9306A.
24
390N
38°N -
MOCNESS/Live Net/CTD station transect, 5-9 Sept 1993
(with 2-day Time-Series Station)
37°N
129°W
128°W
127°W
125°W
126°W
1240W
123°W
122°W
39°N
38°N -
37°N -
129°W
MOCNESS/Live Net/CTD station transect, 16-18 Sept 1993
128°W
127°W
125°W
126°W
124°W
123°W
122°W
39°N
38°N -
CTD/MOCNESS sampling near moored arrays, 19-20 Sept 1993
J / "IV
129°W
128°W
127°W
126°W
125°W
124°W
123°W
Figure 11. Ship's tracks during MOCNESS, Live Net, and CTD sampling.
25
122°W
CTD Data Acquisition, Calibration and Data Processing
All CTD/rosette casts were made with an SBE 9/11-plus CTD system
equipped with dual ducted temperature and conductivity sensors (Table 8).
Mounted adjacent to the CTD were a Sea Tech 25cm transmissometer,
S/N 33D, and a Sea Tech 3000m fluorometer. In addition to the CTD casts
made along transects, at anchor stations, and adjacent to the moored array,
CTD casts were were made to monitor the calibration of the Seasoar CTD data.
These calibration casts were made immediately before and after each Seasoar
tow, with as little delay as possible. The typical maximum sampling depth
was about 500 m for both cruises (Table 6, 7); several casts to 2000 m were
made during W9308B (Table 7). Raw 24 Hz CTD data were acquired on an
IBM compatible PC using the SEASAVE module of SEASOFT version 4.015
(Anon., 1992); temperature and conductivity data were recorded from both
pumped sensor ducts.
At each station a few salinity samples were collected from Niskin
bottles at two or more depths for in situ calibration of the conductivity
sensors; CTD values (calculated from the most recent manufacturer's precruise calibration) of pressure, temperature, and conductivity at the time of
rosette firing for each sample were recorded both by the PC and manually on
the station log sheets. Samples were analysed on a Guildline Autosal 8400A
Salinometer that was standardized with IAPSO Standard Water at the
beginning and end of each batch of 24 samples. Sample conductivities were
calculated using the sample salinity value with the CTD temperature and
pressure values; a value of 42.914 mmho cm -1 for conductivity of standard
seawater at 15°C (Culkin and Smith, 1980) was used to convert the measured
sample conductivity ratios to conductivity. During W9308B, station 56, the
primary conductivity cell was damaged and replaced, so sample data from
stations 1-55 only were used for the primary sensor calibration. Analysis of
the sample and CTD conductivity differences showed conductivity corrections
were needed for both the primary and secondary sensors of each cruise (Table
9). For W9306A a slope correction to conductivity was sufficient, and for
W9308B a slope and offset were applied to conductivity.
CTD data were processed on an IBM-compatible PC using applicable
SEASOFT modules. Data from the primary sensors were used for final
processing for all CTD stations of W9306A and for stations 1-55 of W9308B.
For stations 56-63 of W9308B the secondary sensors were used for final
processing. The DATCNV module of SEASOFT was used with the pre-cruise
calibration constants to calculate 24 Hz values of pressure, temperature and
conductivity from the raw frequencies. When necessary, the output data file
was edited to remove any spikes and any values inadvertently recorded
before the pressure minimum at the beginning of the cast. The CELLTM
module was used to correct for the thermal mass of the conductivity cell,
assumed to have a thermal anomaly amplitude of 0.03 and a time constant of
26
Table 8. Instrument and sensors used for CTD, Seasoar, and underway salinity
sampling,W9306A and W9308B, and date of most recent manufacturer's precruise calibration.
System (Instrument)
CTD/Rosette
W9306A (SBE 9/11 plus, SN 0256)
Sensor
SN
Pre-Cruise
Calibration
P
50130
1371
1367
1030
1041
05 Mar 92
20 Apr 93
20 Apr 93
25 Mar 93
25 Mar 93
07 Nov 89
20 Apr 93
20 Apr 93
25 Mar 93
T1
T2
C1
C2
W9308B (SBE 9/11 plus, SN 2843)
P
T1
T2
(Stations 1-56)
(Stations 57-63)
C1
(Stations 1-63)
Seasoar (W9306A and W9308B)
92843
1371
1367
1030
C1
657
20 Oct 89
C2
1041
P
50506
1364
1366
25 Mar 93
23 April 92
06 May 93
06 May 93
07 May 93
07 May 93
06 May 93
21 April 93
T1
T2
C2
1021
1070
T
C
854
830
C1
5-rn Intake (W9306A and W9308B)
Table 9. Results of in situ conductivity calibration for both sensor pairs for
W9306A and W9308B. Columns show the range of station numbers, number
of samples (N), slope and offset applied to CTD conductivity, and the average
and standard deviations of the salinity differences between the sample values
and the corrected CTD data.
Slope
N
C1
C2
W9306A 1-37
82
1.00008
1.00011
W9308B 1-55
W9308B 1-63
108
127
1.00061
Sta
-
-
1.00057
Offset
C1
0.0
-0.01636
-
Std. Dev.
S1
S2
S1
S2
0.0
0.000
0.000
0.004
0.004
-
-0.01436
27
Average
C2
0.000
-
-
0.000
0.003
-
0.003
9 seconds. Ascending portions of the 24-Hz data file were removed by
LOOPEDIT with the minimum velocity set to 0.0 m/s. The remaining data
were averaged to 1 dbar values using BINAVG. The final processed data files
consist of 1 dbar values of pressure, temperature and conductivity. These
processed data files were transferred to a SUN computer where we used
standard algorithms (Fofonoff and Millard, 1983) to calculate salinity,
potential temperature, density anomaly (sigma-theta), specific volume
anomaly, and geopotential anomaly (dynamic height).
Fluorometer Calibration
The SeaTech fluorometer measures the fluorescence emitted by
photosynthetic pigments (chlorophyll and related pigments) in marine
phytoplankton following excitation with blue light from a xenon flashlamp.
The fluorometer produces analog output of 0 to 5 VDC which is digitized by
the CTD and merged into the data stream. Calibration samples were obtained
from multiple depths via rosette samples at each CTD station. Tim Cowles
(OSU) and coworkers compared in vivo fluorescence values from the
fluorometer with the extracted pigment concentrations- obtained from the
calibration samples, using standard chlorophyll extraction techniques for
frozen, filtered samples. Results of this calibration are presented for each
cruise in Table 10. There were insufficient sample data to determine the
calibration below 100m and for nights for W9306A. Stations were defined as
nearshore or offshore based on geographic location and fluorescence profiles.
Offshore stations are characterized by fluorescence profiles typical of
oligotrophic waters, i.e., with low surface levels and a deep chlorophyll
maximum; nearshore stations are characterized by chlorophyll levels that are
elevated at surface and decrease with depth. CTD stations 5 - 8 were the
nearshore stations used in the W9306A analyses. For W9308B, offshore CTD
stations were 1-55, and nearshore CTD stations were 56-63.
Table 10. Calibration equations for converting fluorescence voltage to total
pigment (Mg/1). Each equation was derived from data in the indicated depth
range, using N samples correlated at the r2 level.
Depth Range Calibration Equation
W9306A Offshore. Day or Night
0-100m
total pigment = 0.90 * volts
W9306A Nearshore, Day (0550-2045 local time (GMT -7))
0-100m
total pigment = 0.90 * volts + 0.26
W9308B Offshore, Day or Night
0-150m
total pigment = 0.89 * volts + 0.06
W9308B Nearshore, Day or Night
0-70m
total pigment = 0.74 * volts + 0.16
28
N
r2
25
67.9%
20
67.7%
232
81.1%
28
74.4%
Seasoar Data Acquisition and Preliminary Processing
The Chelsea Instruments Seasoar vehicle was equipped with a SBE 9/11-plus
CTD with dual temperature and conductivity sensors (Table 8). The Seasoar also
carried a Biospherical Instrument QSP-200L 400 - 700 nanometer Irradiance
Profiling Sensor, an Optical Plankton Counter and either a Towed Optical
Fluorescence Unit or a SeaTech 300m Fluorometer (Table 3).
Raw 24 Hz CTD data from the Seasoar vehicle and GPS position and time data
were acquired by an IBM compatible PC, which also set flags to mark the collection
of hourly salinity samples from the flowthrough system. The raw data were
simultaneously recorded on optical disk by PC and on a Sun Sparc workstation.
Flags were also set to indicate missing GPS position data. The PC displayed time
series of subsampled temperature (both sensors), conductivity (both sensors) and
pressure in real time; it also displayed accumulated temperature data for 6-8 hours
as a vertical section (color raster). One-second averages of ship's position, CTD
temperature (both sensors), conductivity (both sensors), salinity (both sensor pairs),
and pressure were calculated on the Sparc workstation, using the most recent
manufacturer's calibration (Table 8). Preliminary salinity estimates for each sensor
pair were calculated using a fixed offset between temperature and salinity, and a
fixed value, a = 0.045, for the amplitude and for the time constant, 'r = 9, of the
thermal mass of the conductivity cell. Time-series and vertical profile plots of the
one-second data were made at the end of each hour. The 1-Hz preliminary data
were used to calculate 12-minute or 15-minute average temperature and salinity
values in bins extending 2 dbar in the vertical, and these gridded values were used
for at-sea analysis to devise sampling strategies for the small-scale surveys.
Seasoar Conductivity
Calibration
During all Seasoar tows, salinity samples were collected once per hour from
a throughflow system in Wecoma's wetlab. This system pumps water from the
seachest at a depth of 5 m in the ship's hull, through a tank containing SBE
temperature and conductivity sensors; samples are drawn from a point just beyond
this tank. The 120 ml glass sample bottles were rinsed three times before filling, and
closed with screw-on plastic caps with conical polyethylene liners. Samples were
further sealed by wrapping parafilm around the base of the cap. Samples were
analyzed ashore on a Guildline Autosal salinometer, following the end of each
cruise; the salinometer was standardized with IAPSO Standard Water at the
beginning and end of each batch of about 24 samples. Time series of these hourly
salinity samples and time series of preliminary Seasoar data from the 3-7 m depth
range (Figure 12, 14) show very similar variations.
For a quantitative comparison between the salinity samples and the Seasoar
data, we selected Seasoar values that were both within 7 minutes of the time of the
salinity sample and within a depth range of 3.0 to 5.5 m. For each salinity sample,
we calculated a bottle conductivity using the measured salinity and the
29
N 32.9
I
CO
32.8
a
C
0b
C)
`a
©
N 32 . 7
32.6
E
32.5
W9306A Tow 1
32.4 L
158.5
159
160.5
160
159.5
Julian Day
33
N 32.9
cE
CO
32.8
.*
0
c
m
32.7
F
Co
0 32.6
Ca
m
CO
E
632.5
W9306A Tow 2
32.4
160.5
161
161.5
162
162.5
163
163.5
164
164.5
167
167.5
168
168.5
Julian Day
33
, 32.9
a
E
Ca
Co
ca 32.8
c
32.7
0,
Co
0 32.6
CO
lE
m
E
' 32.5
32.4
164.5
165
165.5
166
166.5
Julian Day
Figure 12(a). Time series of hourly samples from the ship's 5-m intake (squares),
and of preliminary estimates of near-surface (3.0-7.99 m) Seasoar salinity
(dots) from the preferred sensor pair, for Tows 1 and 2 of W9306A.
30
33.6
I
33.5<
0
a 33.4
E
33.3
233.2
33.1
7
IL M
33
32.9
70
y,
P
32.8
32.7
32 . 6
172
e4
W9306A Tow 4
I
172.5
173
I
173.5
175
174.5
174
175.5
176
179.5
180
Julian Day
33 . 6
33.5
a
i
Q 33.4
E
m
N 33.3
as
33.2
a
C\I
Cz
'2
33.1
33
m 32.9
32.8
I
c)
32.7
W9306A Tow 4
32.6
176
177
177.5
.I
i
i
176.5
178.5
178
179
Julian Day
W9306a Tow 6
181
181.5
182
182.5
Julian Day
183
183.5
Figure 12(b). Time series of hourly samples from the ship's 5-m intake (squares),
and of preliminary estimates of near-surface (3.0-7.99 m) Seasoar salinity
(dots) from the preferred sensor pair, for Tows 4 and 6 of W9306A.
31
184
m
0.06
0
0.06
0.04
0.04
0.02
0.02
0
m
U
-0.02
-0.02
O -0.04
-0.04
Towl pai2
N
-0.06
158.5
Tow4 pai2
159
159.5
-0.06
160.5
172
160
ro 0.06
i.
172.5
173
173.5
177
177.5
174
174.5
..
175
175.5
176
179
179.5
180
.i
0.06
0.04
0.04
?
0.02
0.02
0
0
m -0.02
-0.02
o -0.04
-0.04
Tow2 paid
-0.06
N
160.5
161
Tow4 pall
161.5
162
162.5
163
163.5
164
-0.06
164.5
176
rt 0.06
0.04
178
178.5
0.04
0.02
0.02
0
0
-0.02
-0.02
0-0.04
-0.04
Tow2 paid
-0.06
164.5
176.5
0.06
165
Tow6 pai2
165.5
166
166.5
Julian Day
167
-0.06
167.5
168
168.5
181
181.5
182
182.5
Julian Day
183
183.5
Figure 13. Time series of salinity differences between the 5-m samples and the matching
corrected Seasoar data
from the preferred sensor pair, for Tows 1, 2, 4 and 6 of W9306A.
184
temperature from each Seasoar sensor duct, and then compared this sample
conductivity to the directly measured conductivity from the same sensor duct; a
very few pairs with very large differences were eliminated from the comparison.
Assuming, as usual, that the measured conductivity should be corrected by a
multiplier alone, we calculated the slope (m) of the zero-intercept regression line
between the measured conductivity and the sample conductivity separately for
each sensor pair and for each Seasoar tow (Table 11).
For cruise W9306A there was no significant difference in the multiplier for
the primary sensor pair between tows 2 and 4 (Table 11), which had large numbers
of calibration points, so the same correction factor (k) was used for both tows. The
same correction factor (k) was also used for tows 1, 3, 5, 6 and 7. The secondary
sensor pair required no correction for tows 2 and 4 (Table 11), so no conductivity
correction was applied for any tow of W9306A. For cruise W9308B there was no
significant difference in the multiplier for the primary sensor pair between tows
1,2,4 and 5, so the data was pooled and a correction factor (k) was determined for all
the tows (Table 11); Sensor pair 2 required no conductivity correction.
These multipliers were applied to the Seasoar conductivity data to calculate
corrected Seasoar salinity values. Average values of these differences (Table 11)
were within the expected uncertainty (± 0.005 psu) of determining near-surface
salinities in this high-gradient region. The time series of the differences (Figures 13,
15) show reasonable agreement between sample and near-surface Seasoar data for
the preferred sensor pair of each tow. In general, largest differences occur when the
surface layer is stratified, and the standard deviations of the salinity differences
(Table 11) reflect sampling errors rather than instrumental noise.
Table 11. Conductivity multipliers (ml and m2) for primary and secondary sensors,
determined separately for each tow from comparison of near-surface Seasoar data with 5-m
intake samples, and the correction factors (ki and k2) adopted for reprocessing the Seasoar
conductivity data. Also shown are the average and standard deviations of the salinity
differences between the sample and corrected Seasoar values, and the preferred sensor pair.
Average
W9306A
W9308B
Std Dev
S2
Si
N
ml
m2
kl
k2
20
131
0.99997
1.00010
0.99989
0.99999
1.00012
1.00012
1.00000
1.00000
-0.005
-0.001
-0.004 0.003
2
3
0
--
--
1.00012
1.00000
--
--
4
94
1.00012
1.00004
1.00012
1.00000
5
3
--
--
1.00012
1.00000
6
34/37
0.99972
0.99998
7
5
--
--
1.00012
1.00012
1.00000
1.00000
1
2
24
74
1.00017
1.00020
1.00001
1.00005
1.00018
1.00018
3
1
--
--
4
88
105
291
1.00015
1.00020
1.00018
1.00003
1.00007
1.00005
Tow
1
5
1,2,4,5
S1
S2
Pref.
Pair
0.003
0.010
2
0.010
--
--
2
0.006
0.006
1
--
--
1
0.000
0.010
0.010
--
--
--
--
2
2
1.00000
1.00000
-0.001
0.000
0.002
0.008
0.005
0.008
0.005
1
1.00018
1.00000
--
--
--
2
1.00018
1.00018
1.00018
1.00000
1.00000
1.00000
-0.001
0.000
0.000
0.006
0.006
0.006
0.007
0.006
0.006
1
33
0.000
--
0.002
0.001
0.000
0.001
--
--
0.001
0.000
0.000
1
1
1
33.3
I
33.2
0
CL
W9308b Tow 1
33.1
E
CO
0
33
I
RS
232.9
e
a 32.8
0
32.7
"
O 32.6
a>
CD
E 32.5
t
MMW
YML
Ca
+
Ia+
o
«Y 'a
r
.q
Cr)
+a
+
{
+
IQ
Pp
32.4
32.3
230
229.5
229
228.5
228
Julian Day
33.4
1
33.3
W9308b Tow 2
N
CL
33.2
E
33.1
I0
Rf
33
*
CO
- 32.9
a
a
+
s
32.8
.+
Cz
t+
0 32.7
U)
32.6
.
10
t
4
.
32.5
32.4 K........... I........... i, ..
230
230.5
231
....I...........i ......,, i ........... i..,
231.5
232
232.5
.,,,,i.......,
233.5
233
,i ,
234
..
i,
.,,,,.,,,i.,,,,, ....I..........
234.5
235
235.5
236
Julian Day
Figure 14(a). Time series of hourly samples from the ship's S-m intake (squares),
and of preliminary estimates of near-surface (3.0-7.99 m) Seasoar salinity
(dots) from the preferred sensor pair, for Tows 1 and 2 of W9308B.
34
33.5
33.4
33.3
E
N
33.2
f0
33.1
c
T 33
32.9
CO
CO 32.8
Ca)
E 32.7
M
I
32.6
W9308b Tow 4
32.5
242
242.5
243
`
244
243.5
244.5
245
245.5
246
247
246.5
247.5
248
248.5
Julian Day
33.4
33.3
N
a 33.2
E
N 33.1
s
CO
33
4P
£,
19
CO
j* E?
Y-32.9
oi
32.8
o
Cz
+i
«
wj
i
t
13
32.7
FID
G
CP3
E 32.6
V.
2
CO
32.5
W9308b Tow 5
32.4
252.5
253
253.5
254 254.5 255 255.5 256 256.5 257 257.5 258 258.5 259 259.5 260
Julian Day
Figure 14(b). Time series of hourly samples from the ship's 5-m intake (squares),
and of preliminary estimates of near-surface (3.0-7.99 m) Seasoar salinity
(dots) from the preferred sensor pair, for Tows 4 and 5 of W9308B.
35
co 0.06
0
U)
0.04
0.02
CO
Cn
0
a)
0
L
2-0.02L
o -0.04 L
ZI
cc;
cA
co
0
Towl pairs
-0.06
228
228.5
230
229.5
229
0.06
W 0.04
0.02
E
al
0
U
sD -0.02
(D
C -0.04
Tow5 pairl
U)
-0.06
252.5
253
253.5
254
254.5
255
255.5
256 256.5
Julian Day
257
257.5
258
258.5
259
259.5
260
Figure 15. Time series of salinity differences between the 5-m samples and the
matching corrected Seasoar data from the preferred sensor pair, for
Tows 1, 2, 4 and 5 of W9308B.
36
Post-processing of Seasoar Data
Salinity data derived from SeaBird ducted temperature and
conductivity sensors are subject to errors from two principal sources (Larson,
1992): (1) poor alignment of the 24 Hz temperature and conductivity data, and
(2) poor compensation for the transfer of heat between the mantle of the
conductivity cell and the water flowing through it. These sources of error are
minimized in a normal SeaBird CTD, by pumping the water through the
ducted pair at a fixed rate. Even though we used the standard SeaBird sensor
duct with high-speed SeaBird pumps, the flow rate through the sensors
mounted inside the Seasoar vehicle was apparently not constant, presumably
because of dynamic pressure gradients along the skin of the Seasoar vehicle;
these gradients seem to vary with vehicle attitude (ascending vs. descending),
and with the relative currents enountered by the vehicle (Huyer et al., 1993).
An additional source of potential error is the possibility of a mismatch
of the effective time constants of the temperature and conductivity
measurements (Larson, 1992). The SeaBird sensors are designed to have
matching time-constants, but the effective time constant of the thermistor
may lengthen significantly through biological fouling. Such a time-constant
mismatch would further modify the effective lag between the measured
temperature and conductivity signals.
Seasoar data were processed using the same general procedures
outlined by Huyer et al. (1993), i. e., by first determining the lags between 24Hz temperature and conductivity by cross-correlation for consecutive data
segments with specified depth ranges, and using the lag calculated for each
segment to offset the 24-Hz conductivity data relative to the temperature data
within that segment; by applying appropriate calibration equations to the
conductivity data; by applying Lueck's (1990) correction for the thermal mass
of the conductivity cell, with the value of the amplitude parameter related to
the T-C offset for each data segment; and block averaging the data to 4-Hz
values, and finally by averaging the 4-Hz values from each ascending or
descending profile into 2 dbar bins.
Configuration files for reprocessing the raw 24-Hz Seasoar data contained
the manufacturer's pre-cruise calibration constants for the pressure, temperature
and conductivity sensors, modified by the appropriate conductivity multiplier.
Lagged correlations between first-differenced temperature and
conductivity were calculated for each sensor pair, separately for ascending and
descending profiles, and separately for three depth ranges: 50 to 120 dbar, 120 to
180 dbar, and 180 to 240 dbar, provided the segment contains at least 180 scans.
The fractional value of the lag at maximum correlation was determined by
fitting a parabola to the cross-correlation values. The time-series of lags for one of
the sensor pairs during some tows (pair 1 during tows 2 and 4 of W9306A, and
pair 2 during Tows 2, 4 and 5 of W9308A) showed erratic behavior, and even lags
less than zero (i.e., C leading T) that we interpreted as evidence of fouling. Time
37
series for the preferred sensor pair of each tow are shown in Appendix A.
Outlying lag values (obtained occasionally for data segments lasting <10 seconds)
were not used in processing the data.
The edited values of the alignment offset were applied sequentially in
reprocessing the 24-Hz T/C data. To reprocess data from depths shallower than
50 m, we used the value determined from the associated (ascending or
descending) 50 to 120 dbar layer; for data deeper than 240 m, we used the value
determined from the associated (ascending or descending) 180 to 240 dbar layer.
Short segments with unreasonably large lags were processed with the lag
obtained for the succeeding data segment.
To correct the 24-Hz conductivity data for the thermal mass of the
conductivity cell, we used the standard recursive algorithm provided by SeaBird:
AC,, = -bCn-1 + a (dC/dT)(Tn-Tn-1)
a=2a/(2+(30t)
b=1-2a/a
0=1/'r
dC/dT = 0.1(1 + 0.006 (Tn- 20)),
where OCn is the conductivity correction at time n, Cn-1 is the conductivity (in
S m-1) at the preceding time, Tn andTn_1 are the temperatures (in degrees Celsius)
at times n and n-1, and At is the time between scans (1 /24 sec). Use of constant
values for a and r works well with conventional CTD/rosette casts, but it is not
sufficient for a Seasoar towed at 4 m s-1 with climb and dive rates that sometimes
exceed 3 m s-1 (Huyer et al., 1993).Following the procedure outlined by Huyer et
al. (1993), we used a constant value for the time constant (ti) and variable values
for the amplitude ((x) of the thermal anomaly. The value of r = 8 seconds was
chosen by examining some data segments (from both cruises) with exceptionally
steep gradients at the bottom of the surface mixed layer, and minimizing
differences between ascending and descending salinity data near the top of the
thermocline.
Since Lueck (1990) had suggested that a varies inversely with flow rate,
and flow rate is inversely related to the T-C lag, we assume that the thermal
anomaly amplitude varies directly with the lag whenever it is longer than the
1.75 scans that corresponds to the nominal flow rate through the standard T-C
sensor duct:
a=0.03
iflag<-1.75
a = 0.03 + 0.03((lag-1.75)/2.75)
if lag > 1.75
for both primary or secondary sensors. Note that 1.75 scans were not removed
from the data for the primary sensors by our deck-unit as in previous cruises.
The corrected and realigned 24 Hz temperature and conductivity data were
used to calculate 24-Hz salinity, and these were averaged to yield 4-Hz averages
stored in hourly files. Reprocessed data from both sensor pairs were plotted to
verify our choice of the preferred pair for each Seasoar tow. The primary sensor
pair (starboard side) was preferred for Tows 2, 4 and 5 of W9306A and Tows 1,2,4
38
and 5 of W9308B. The secondary pair was preferred for Tows 1, 3, 6 and 7 of
W9306A and Tow 3 of W9308B.
The final post-processing step involved correcting the PC-time of the
hourly 4-Hz averaged files, to enable proper merging of the TOFU's fluorescence
data with the Seasoar CTD data. The PC-timestamp in the 24-Hz data stream had
two sources of error: the first was due to PC-clock drift and not setting the PCclock to UTC prior to each tow (largest error in EBC was about 5 minutes); the
second was the erratic PC-time given for "10-second" intervals. Usually the PC
recorded about ten seconds while acquiring 240 CTD scans from the deck unit
internal buffer, but sometimes it would take 11, 12, or 13 seconds to acquire those
scans, and then the next 240 scans would take only 9, 8, or 7 seconds to acquire.
The source of this error appears to be the acquisition system, which can take up
to 3 seconds doing tasks other than acquiring CTD data, and then get the next 240
scans faster since they have been stored in buffers and the PC is no longer busy.
This erratic PC-time had to be corrected before the 4-Hz Seasoar data could be
properly merged with TOFU data.
The PC time was first corrected by adjusting the tow start time to the
correct UTC time if necessary (Table 11). The GPS time, merged with the CTD
data stream, gave the correct time although the PC acquisistion of the GPS time
had a median delay of 8 seconds that had to be accounted for: UTC = GPS time +
8 seconds. The data stream was then assumed to have 240 scans every 10 seconds.
Comparisons of the processed PC time with the GPS time at the end of each EBC
tow show the results of these corrections (Table 12).
Table 12. Corrections added to PC time at the start of each tow and the median
PC/GPS time differences (PC time-(GPS time + 8 sec.)) in the last hour of each
tow.
Tow
Correction Added
(seconds)
W9306A
(seconds)
Tow Duration
(hours)
0
-1
2
0
-4
3
-2
-1
4
5
27
39
42
46
-1
19
162
-3
5
-4
62
-1
9
138
0
-3
1
6
7
W9308B
Median Difference
1
43
187
3
10
0
4
5
322
0
-2
42
137
66
145
-2
171
2
-6
39
Data Presentation
Successive hourly files of the reprocessed 4-Hz average data were joined
and clipped to construct one or two data file for each section of the Small Scale
Surveys and Large Scale Surveys for each cruise (Tables 4 and 5). Zonal sections
of the Large Scale surveys were split into onshore and offshore sections at
126° W. The 4-Hz data from each ascending and descending profile were
vertically sorted into 2-dbar bins (centered at odd integral values) and averaged
together. Final 2-dbar processed data files contain unfiltered GPS latitude and
longitude; pressure; temperature, salinity and sigma-t from the preferred sensor
pair; date and time (both in decimal year-day and integer year, month, day, hour,
minute, second); an integer representing flags (thousands digit of 1 indicates
collection of a water sample from 5-m intake, hundreds digit of 1 indicates
beginning of new ascending or descending profile, tens digit of 1 indicates
missing GPS data filled by linear interpolation, and ones digit indicates port (1)
or starboard (0) intake for the T/C sensor pair); voltage from the SeaTec
fluorometer (W9306A, tows 1 - 3 only); voltage from the PAR sensor; and the
number of 4Hz values in the 2-dbar average.
In the body of this data report, we summarize the results of the
conventional CTD casts and the thermohaline data from the Seasoar tows. For
the CTD stations, we provide plots of the vertical profiles of temperature,
salinity, sigma-t and fluorescence voltage, and listings of observed and calculated
variables at standard pressures.
For the two Large- and three Small-Scale Seasoar Surveys, we present
maps at selected depths, summary T-S diagrams, and vertical sections. The maps
show geopotential anomaly (dynamic topography) in J/kg (m2s-2) at 15, 25, 49, 75,
99, 149 dbar (all relative to 200 dbar) for both cruises, and at 199 dbar (relative to
249 and 299 dbar) for W9306A. Maps of temperature, salinity and sigma-t are
shown for the same depths.
Summary T-S diagrams are shown for each of the long zonal sections of
both Large-Scale Surveys and for each of the Small-Scale Surveys.
Vertical distributions of temperature, salinity and sigma-t are shown for
the principal sections of the two Large-Scale Surveys (i.e. the zonal sections,
Figures 1, 2) and three Small-Scale Surveys (Figure 3, 4).
CTD/Seasoar Comparison
T-S diagrams for the beginning and end of each Seasoar Tow are shown in
Appendix B. Each diagram shows the T-S curve from both the conventional CTD
cast (solid) and the preferred Seasoar sensors (dashed line) during Seasoar
deployment or recovery. Seasoar deployment profiles are generally noisier than
either the CTD profiles or Seasoar recovery profiles, probably because the Seasoar
vehicle is tilted nose-upward during both deployment and recovery:
40
observations during deployment are sometimes within the turbulent wake of
the descending vehicle. The largest differences between the CTD and Seasoar
data seem to reflect the high amplitude of small-scale T-S variations in this
region rather than instrumental error.
Acknowledgments
We are deeply indebted to Wecoma's Marine Technicians: Marc Willis,
Mike Hill, Tim Holt and Brian Wendler; this work would not have been
possible without their skill and dedication. We are also grateful to the Wecoma's
officers and crew for superb service under difficult weather conditions. Many of
our EBC colleagues participated in collecting the data presented here. Our EBC
Survey cruises were supported by the Office of Naval Research through Grant
N0014-92J1348.
References
Anonymous, 1992. CTD Data Acquisition Software, SEASOFT Version 4.015.
Sea-Bird Electronics, Inc., Bellevue, Washington, USA.
Fofonoff, N. P., and R. C. Millard. 1983. Algorithms for computation of
fundamental properties of seawater. Unesco Technical Papers in Marine
Science, 44, 53 pp.
Huyer, A., P.M. Kosro, R. O'Malley and J.Fleischbein. 1993. Seasoar and CTD
Observations during a COARE Surveys Cruise, W9211C, 22 January to
22 February 1993. College of Oceanic and Atmospheric Sciences, Oregon
State University, Corvallis. Reference 93-2, Data Report 154, October 1993.
Larson, N. 1992. Oceanographic CTD Sensors: Principles of Operation, Sources
of Error, and Methods for Correcting Data. Sea-Bird Electronics, Inc.,
Bellevue, Washington, USA.
Lueck, R. 1990. Thermal inertia of conductivity cells: Theory. J. Atmos.
Oceanic Tech., 7, 741-755.
Lueck, R., and J. J. Picklo. 1990. Thermal inertia of conductivity cells:
Observations with a Sea-Bird cell. J. Atmos. Oceanic Tech., 7, 756-768.
41
CTD DATA
For each station, we present plots of the vertical profiles of temperature,
salinity, sigma-t and fluorescence voltage, and a listing of the observed and
derived variables at standard pressures. Header data includes the CTD Station
Number, Latitude (degrees and minutes North), Longitude (degrees and
minutes West), Date and Time (UTC), and Bottom Depth (in meters).
43
Temperature, Salinity
34
33
32
4
8
35
12
0
Fluorescence (v)
36
0
16
2
3
4
25
Sigma-theta
26
27
1
i
I
100
co 200
2
Cl)
0
300
L_
400 J
FL
500 .+
23
24
25
Sigma-theta
26
STA NO
1
07 JUN 1993
P
(DB)
3
10
20
30
T
(C)
14.901
14.907
14.915
14.917
27
LAT:
39 31.6 N
1311 GMT
24
23
LONG: 128 2.3 W
DEPTH 3750
SVA
(CUT)
371.3
371.6
DYN HT FL
32.669
32.670
14.900
14.906
SIGMA
THETA
24.198
24.197
32.668
14.912
14.912
24.19 5
24.19 5
372.1
372.4
0.743
1.115
0.12
0.12
S
POT T
(C)
(J/KG) (V)
0.111
0.12
0.12
0.371
40
14.293
32.668
32.696
14.288
24.348
358.0
1.485
0.13
50
12.755
32.760
12.749
24.70 8
323.9
1.824
0.17
60
70
12.125
11.891
32.837
32.875
12.117
11.882
24.888
24.96 1
306.9
300.1
2.140
2.443
0.25
0.43
80
11.666
32.873
11.656
25.00 2
296.5
2.740
0.41
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
503
11.216
9.889
9.043
8.796
8.506
8.216
8.133
7.789
7.377
7.190
6.899
6.646
32.919
33.005
11.205
9.878
9.031
8.783
8.493
8.202
8.118
7.772
7.358
7.169
6.876
25.11 9
25.41 5
285.5
257.3
232.1
0.36
0.24
0.16
0.13
0.12
0.10
0.10
0.10
6.621
25.6 81
25.772
25.892
26.028
26.0 68
26.21 7
26.4 06
26.5 01
26.5 77
26.629
144.1
3.033
3.304
3.548
3.774
3.993
4.201
4.399
4.867
5.295
5.695
6.075
6.442
6.328
5.826
33.952
33.991
6.302
5.796
26.6 87
26.7 81
138.8
130.2
6.795
7.470
0.12
0.12
5.612
5.218
4.998
4.975
34.017
34.059
34.097
34.100
5.579
5.182
4.959
4.935
26.8 28
26.9 08
26.9 64
26.9 69
126.2
118.8
113.9
113.5
8.111
0.12
0.12
0.12
0.12
33.171
33.237
33.333
33.451
33.486
33.611
33.777
33.865
33.910
33.933
data from secondary t,c sensors
44
223.6
212.3
199.5
195.9
182.1
164.4
155.7
148.8
8.725
9.307
9.341
0.11
0.11
0.11
0.12
Temperature, Salinity
32
0
_
4
33
34
I
I
I
35
Fluorescence (v)
36
12
8
16
0
2
1
1
1
24
25
Sigma-theta
26
P
T
(DB)
(C)
15.811
3
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
508
15.774
15.547
15.148
13.892
12.824
11.630
10.826
10.374
9.586
9.307
8.741
8.316
8.098
8.192
8.063
7.874
7.627
7.399
7.190
6.836
6.607
6.229
5.797
5.462
5.250
5.257
23
27
STA NO 2
09 JUN 1993
LAT:
39 14.4 N
1121 GMT
S
32.777
32.777
32.772
32.793
32.787
32.821
32.860
32.899
33.051
33.197
33.283
33.414
33.475
33.531
33.627
33.703
33.810
33.876
33.948
33.978
33.984
33.995
34.014
34.031
34.070
34.103
34.117
24
1
25
Sigma-theta
LONG: 126 50.1 W
DEPTH
POT T
(C)
15.810
15.773
15.544
15.143
13.886
12.817
11.623
10.817
10.365
9.576
9.296
8.729
8.304
8.085
8.178
8.048
7.856
7.607
7.377
7.167
6.811
6.580
6.199
5.763
5.425
5.209
5.216
data from secondary t,c sensors
45
SIGMA
THETA
24.082
24.090
24.137
24.241
24.502
24.742
24.998
25.173
25.369
25.614
25.727
25.919
26.031
26.108
26.170
26.249
26.360
26.448
26.538
26.591
26.645
26.684
26.748
26.817
26.888
26.940
26.950
SVA
DYN HT FL
(CLJT)
(J/KG)
0.115
0.382
0.762
1.138
1.488
1.819
2.124
2.412
2.682
2.932
3.164
3.382
3.586
382.3
381.8
377.6
368.0
343.3
320.6
296.4
279.9
261.4
238.1
227.6
209.4
198.9
191.7
186.1
178.7
168.5
160.5
152.3
147.7
142.8
139.3
133.6
127.4
121.0
116.5
115.7
3.781
3.969
4.152
4.584
4.995
5.384
5.759
6.122
6.475
7.156
7.807
8.427
9.020
9.113
4
1
I
23
3
(V)
0.13
0.14
0.15
0.15
0.22
0.36
1.45
0.92
0.51
0.30
0.21
0.15
0.11
0.11
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
1
26
27
Temperature, Salinity
32
33
34
4
0 _1
500
I
23
8
I
I
1
11
24
I
1
1
I, I,
I
I, r
I
26
27
STA NO 3
09 JUN 1993
P
T
(C)
15.842
15.803
15.501
15.068
14.071
13.529
11.696
10.943
10.484
9.913
9.514
9.185
8.689
8.468
8.210
7.983
7.901
7.606
7.373
7.120
6.923
6.685
6.216
5.789
5.490
5.179
5.181
0
1
2
3
I
I
I
I
I
1
25
Sigma-theta
26
I
I
1
25
Sigma-theta
(DB)
3
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
507
Fluorescence (v)
36
16
12
I
1
35
LAT:
39 14.9 N
32.756
32.755
32.756
32.775
32.769
32.791
32.858
32.896
33.002
33.155
33.229
33.297
33.402
33.461
33.510
33.552
33.790
33.885
33.939
33.975
33.999
34.012
34.026
34.060
34.097
34.118
34.129
POT T
(C)
15.841
15.801
15.498
15.064
14.065
13.522
11.688
10.935
10.475
9.903
9.503
9.173
8.677
8.454
8.196
7.968
7.884
7.587
7.352
7.097
6.898
6.657
6.186
5.755
5.453
5.139
5.140
LONG: 126 53.5 W
DEPTH 4310
2036 GMT
S
24
23
SIGMA
THETA
24.058
24.067
24.135
24.244
24.451
24.579
24.984
25.149
25.312
25.528
25.652
25.758
25.917
25.998
26.075
26.142
26.341
26.459
26.535
26.598
26.644
26.687
26.760
26.841
26.907
26.960
26.969
46
SVA
(CL/T)
384.6
384.0
377.8
367.7
348.2
336.2
297.7
282.2
266.8
246.4
234.8
224.9
209.8
202.2
195.1
188.8
170.4
159.5
152.7
146.9
142.9
139.0
132.5
125.2
119.3
114.5
113.8
DYN HT FL
(J/KG) (V)
0.115 0.09
0.384 0.09
0.765 0.10
1.141
0.12
1.495 0.17
1.838 0.23
2.152 1.10
1.04
2.441
2.715 0.52
2.970 0.31
3.212 0.21
3.443 0.18
3.660 0.14
3.866 0.11
4.064 0.11
4.256 0.10
4.705 0.11
5.118 0.11
5.508 0.12
5.882 0.12
6.244 0.12
6.596 0.12
7.276 0.12
7.920 0.12
8.532 0.12
9.117 0.12
9.197 0.12
4
27
Temperature, Salinity
32
1, I
4
0
34
33
35
12
8
.
I
.
16
I
I
Fluorescence (v)
36
I
I
0
1
2
3
4
23
24
25
26
27
I
500
23
24
25
Sigma-theta
26
27
Sigma-theta
STA NO 4
18 JUN 1993
P
T
(DB)
(C)
3
16.381
10
16.356
20
16.305
16.289
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
508
16.251
14.910
12.776
12.557
11.906
11.599
11.344
11.209
10.169
9.156
8.705
8.409
8.309
7.956
7.634
7.477
7.228
6.939
6.510
6.080
5.768
5.429
5.371
LAT:
37 32.8 N
2200 GMT
S
32.861
32.864
32.869
32.872
32.873
32.790
32.748
32.896
32.851
32.862
32.877
33.131
33.224
33.251
33.343
33.453
33.754
33.842
33.909
33.963
33.991
34.014
34.043
34.071
34.109
34.145
34.151
POT T
(C)
16.381
16.355
16.302
16.284
16.245
14.903
12.768
12.548
11.895
11.588
11.331
11.195
10.155
9.143
8.691
8.394
8.291
7.937
7.612
7.453
7.202
6.911
6.478
6.045
5.730
5.388
5.329
47
LONG: 126 1.2 W
DEPTH 4360
SIGMA
THETA
24.017
24.025
24.041
24.048
24.057
24.290
24.695
24.852
24.940
25.005
25.064
25.286
25.539
25.726
25.869
26.001
26.253
26.374
26.474
26.539
26.596
26.654
26.735
26.813
26.882
26.952
26.964
SVA
(CUT)
388.5
387.9
386.7
386.4
385.8
363.8
325.4
310.7
302.4
296.4
291.0
270.1
246.0
228.2
214.7
202.3
178.9
167.7
158.5
152.7
147.6
142.3
135.1
128.1
121.9
115.6
114.6
DYN HT FL
(J/KG)
0.117
0.388
0.775
1.162
1.548
1.930
2.270
2.587
2.894
3.193
3.487
3.770
4.027
4.264
4.484
4.693
5.169
5.600
6.007
6.395
6.770
7.134
7.828
8.486
9.110
9.702
9.795
(V)
0.09
0.11
0.11
0.12
0.14
0.16
0.22
0.27
0.53
0.59
0.53
0.43
0.30
0.17
0.12
0.10
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
0.13
0.12
Temperature, Salinity
32
0
1
4
33
8
34
12
35
16
Fluorescence (v)
36
t
1
0
1
,
I
2
4
3
I
I
100 J
0200-
400
500+
23
a
FL
-
I
24
26
25
24
23
27
Sigma-theta
STA NO 5
19 JUN 1993
P
T
(DB)
(C)
3 12.285
12.285
10
11.855
20
11.087
30
40
10.719
10.602
50
10.517
60
10.480
70
10.446
80
10.341
90
100
9.707
110
9.610
120
9.253
9.168
130
140
8.824
150
8.496
175
8.381
200
8.321
7.599
225
250
7.303
7.057
275
7.035
300
7.011
350
400
6.535
450
6.170
500
5.901
513
5.807
LAT:
37 33.2 N
POT T
(C)
32.922
32.922
32.983
33.143
33.210
33.222
33.245
33.265
33.292
33.301
33.383
33.414
33.583
33.677
33.680
33.729
33.873
33.997
33.955
33.982
34.014
34.064
34.174
34.181
34.202
34.220
34.221
LONG: 123 35.1 W
DEPTH 3310
1850 GMT
S
25
Sigma-theta
12.284
12.284
11.853
11.084
10.714
10.596
10.510
10.472
10.437
10.331
9.696
9.598
9.240
9.154
8.809
8.481
8.364
8.301
7.577
7.279
7.031
7.007
6.978
6.499
6.131
5.858
5.763
48
SIGMA
THETA
24.922
24.923
25.051
25.316
25.433
25.462
25.495
25.517
25.545
25.570
25.741
25.781
25.971
26.058
26.114
26.204
26.335
26.441
26.515
26.579
26.638
26.681
26.771
26.841
26.906
26.954
26.967
SVA
(CUT)
302.2
302.4
290.4
265.4
254.5
251.9
249.0
247.1
DYN HT FL
(J/KG)
0.091
0.302
0.602
0.874
1.134
1.387
1.638
1.886
244.7
242.5
226.4
222.7
204.8
196.8
191.5
2.131
183.1
3.631
4.071
171.2
161.5
154.7
148.9
143.5
139.9
132.1
125.9
120.1
116.0
114.8
2.375
2.614
2.838
3.049
3.251
3.444
4.487
4.882
5.261
5.627
5.982
6.662
7.303
7.918
8.508
8.658
(V)
1.64
2.01
3.04
1.37
1.09
0.87
0.85
0.77
0.96
0.84
0.73
0.31
0.15
0.14
0.13
0.13
0.13
0.13
0.12
0.12
0.12
0.12
0.13
0.13
0.13
0.13
0.13
26
27
Temperature, Salinity
I
32
34
33
4
0
1
i
I
35
8
,
I
.
I
,
I
,
I
Fluorescence (v)
36
12
0
16
I
.
,
2
.3
4
25
Sigma-theta
26
27
1
I
100 -
200
M
L
2
S
400 J
FL
C
500+
23
24
25
Sigma-theta
27
26
STA NO 6
19 JUN 1993
P
(DB)
3
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
507
T
LAT:
11.529
11.459
11.349
11.018
10.528
10.065
10.101
9.952
9.688
9.260
9.157
8.991
8.641
8.414
8.605
8.667
8.368
8.168
7.893
7.622
7.441
7.309
6.946
6.429
6.081
5.761
5.731
37 30.0 N
S
33.149
33.167
33.178
33.184
33.195
33.235
33.325
33.365
33.389
33.476
33.540
33.595
33.743
33.862
33.944
33.964
34.022
34.048
34.073
34.104
34.119
34.137
34.165
34.141
34.182
34.227
34.225
24
LONG: 123 25.0 W
DEPTH 2200
2221 GMT
(C)
23
POT T
(C)
11.529
11.458
11.347
11.014
10.524
10.059
10.095
9.944
9.679
9.250
9.146
8.980
8.629
8.401
8.591
8.652
8.351
8.148
7.871
7.598
7.414
7.280
6.913
6.393
6.042
5.718
5.688
49
SIGMA
THETA
25.240
25.267
25.295
25.360
25.454
25.565
25.628
25.685
25.748
25.885
25.952
26.022
26.192
26.320
26.356
26.362
26.453
26.504
26.565
26.629
26.667
26.700
26.773
26.823
26.901
26.977
26.979
SVA
(CL/T)
272.0
269.6
267.1
261.2
252.4
DYN HT FL
(J/KG) (V)
0.082 1.04
0.272
1.62
0.539 2.52
0.804 2.04
1.061
1.61
236.3
1.309
1.547
231.1
1.781
225.3
212.4
206.2
199.8
183.7
171.7
168.6
168.2
159.9
155.5
2.009
2.229
2.438
2.642
2.834
3.010
0.40
0.92
0.72
0.65
0.27
0.17
0.16
0.14
0.13
0.13
0.12
0.12
0.12
0.13
0.13
0.13
0.13
0.13
0.13
0.13
0.14
0.14
242.1
150.1
144.3
141.0
138.3
131.9
127.4
120.5
113.6
113.5
3.181
3.349
3.757
4.153
4.535
4.902
5.257
5.607
6.280
6.927
7.547
8.131
8.210
Temperature, Salinity
32
4
33
34
8
12
35
Fluorescence (v)
36
16
0
1
2
3
4
24
25
26
27
FL
23
24
25
26
23
27
Sigma-theta
Sigma-theta
STA NO 7
20 JUN 1993
T
LAT:
37 30.1 N
5 GMT
SVA
(CLfT)
253.5
237.6
231.1
DYN HT FL
20
33.353
33.324
9.995 33.361
9.992
SIGMA
THETA
25.434
25.603
25.674
30
40
9.911
9.763
33.421
33.454
9.907
9.758
25.735
25.786
225.5
220.9
0.711
0.934
1.39
1.26
50
60
9.635
9.625
33.481
9.629
9.618
25.828
25.860
217.1
33.520
214.2
1.153
1.368
0.96
1.06
70
9.606
33.532
9.598
25.873
9.554
9.467
1.582
1.794
205.7
2.002
0.79
9.007
26.072
194.8
2.204
0.78
110
120
130
140
150
175
200
225
250
275
300
8.707
8.826
9.545
9.457
8.996
8.696
8.813
8.678
25.902
25.957
100
26.241
26.276
350
8.518
8.375
8.105
7.924
7.654
7.495
7.180
6.770
26.319
26.365
26.387
26.432
26.495
26.549
26.604
26.636
26.693
26.774
178.9
175.9
171.9
167.7
165.8
162.0
156.4
151.6
146.7
144.0
138.9
131.7
2.392
2.568
8.596
8.533
8.393
8.126
7.947
7.678
7.522
7.209
6.802
33.558
33.610
33.663
33.819
33.886
33.914
33.954
33.970
33.999
34.027
34.063
34.083
34.094
34.109
34.141
213.2
210.7
1.04
80
90
5.005
5.356
6.034
0.16
0.13
0.13
0.13
0.13
0.13
0.12
0.13
0.13
0.12
0.13
0.13
400
6.309
34.145
6.273
26.842
125.6
6.675
0.13
450
500
502
6.042
5.769
5.736
34.179
34.186
34.187
6.003
5.727
5.694
26.904
26.943
26.949
120.2
116.8
116.3
7.289
0.13
0.13
0.13
P
(DB)
1
10
S
(C)
11.329
10.242
8.691
POT T
(C)
11.329
LONG: 123 14.9 W
DEPTH 1600
10.241
8.581
50
(J/KG) (V)
0.025 2.12
0.248 1.99
0.483 1.51
2.741
2.911
3.077
3.486
3.884
4.269
4.641
7.881
7.904
1.01
Temperature, Salinity
32
0
33
4
8
I
1
34
I
I
I
35
12
16
.
I
0
I
I
Fluorescence (v)
36
2
1
-
-
I
3
4
I
1
100 J
c 200
400 -
500-23
T
FL
I
24
25
Sigma-theta
26
27
STA NO 8
21 JUN 1993
P
T
(DB)
(C)
2 11.955
10
11.910
20
11.090
10.509
30
40
10.066
50
9.854
60
9.771
70
9.716
80
9.220
90
9.005
100
9.018
110
8.772
120
8.702
130
8.685
140
8.559
150
8.339
175
8.170
200
8.058
225
7.769
250
7.699
275
7.527
300
7.284
350
6.878
400
6.508
450
6.127
500
6.060
507
5.955
LAT:
37 15.4 N
2038 GMT
S
24
23
25
Sigma-theta
LONG: 123 9.4 W
DEPTH 1100
SVA
DYN HT FL
(CLlr)
269.9
269.6
254.8
244.5
227.7
(J/KG) (V)
0.054 0.79
0.270
1.08
0.536 3.01
0.784 2.73
1.019
0.65
33.280
33.275
33.285
33.295
33.428
11.954
11.909
11.087
10.505
10.061
SIGMA
THETA
25.262
25.267
25.425
25.535
25.715
33.471
9.849
25.784
221.3
1.244
0.71
33.506
33.560
33.607
33.668
33.817
33.873
33.900
33.965
33.967
33.963
33.994
34.055
34.053
34.077
34.108
34.109
34.111
34.128
34.147
34.203
34.203
9.764
25.825
25.876
25.994
26.076
26.191
26.274
26.306
26.359
217.6
212.9
201.8
194.2
183.6
175.8
173.0
26.381
166.2
163.4
1.463
1.679
1.887
2.086
2.274
2.453
2.627
2.798
2.965
3.130
3.532
3.922
4.301
4.672
5.034
5.389
6.075
6.734
7.367
7.975
8.058
0.78
0.65
0.38
0.26
0.16
0.13
0.13
0.13
0.13
0.12
0.13
0.13
0.13
0.12
0.13
0.13
0.13
0.13
0.13
0.13
0.13
POT T
(C)
9.709
9.211
8.996
9.007
8.760
8.689
8.671
8.545
8.324
8.153
8.038
7.746
7.674
7.500
7.255
6.846
6.472
6.087
6.016
5.911
51
26.412
26.462
26.526
26.568
26.597
26.647
26.682
26.740
26.803
26.867
26.921
26.934
168.1
159.1
153.4
149.7
147.3
143.0
140.0
134.9
129.4
123.7
119.3
118.0
26
27
Temperature, Salinity
32
33
4
0
I
34
8
I
i
35
i
Fluorescence (v)
36
12
0
16
I
I
2
3
4
25
Sigma-theta
26
27
1
I
FL
500
23
24
25
Sigma-theta
26
STA NO 9
28 JUN 1993
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
506
T
(C)
16.855
16.852
16.852
16.853
16.854
16.840
15.182
13.752
13.093
12.703
12.043
11.371
11.037
10.237
9.643
9.166
8.488
8.241
7.942
7.725
7.360
7.137
6.492
5.993
5.681
5.254
5.227
LAT:
36 14.9 N
1745 GMT
S
32.923
32.922
32.921
32.921
32.924
32.926
32.873
32.830
32.855
32.882
32.861
32.874
33.056
33.215
33.308
33.381
33.550
33.711
33.821
33.918
33.935
33.965
33.987
34.018
34.079
34.111
34.118
POT T
(C)
16.855
16.851
16.849
16.848
16.847
16.832
15.173
13.742
13.082
12.691
12.030
11.357
11.023
10.222
9.628
9.150
8.471
8.221
7.919
7.700
7.333
7.109
6.460
5.959
5.643
5.213
5.186
52
24
23
27
LONG: 126 43.0 W
DEPTH 1750
SIGMA
THETA
23.955
23.956
23.955
23.956
23.958
23.964
24.296
24.564
24.716
24.814
24.923
25.057
25.259
25.522
25.693
25.827
26.065
26.229
26.360
26.468
26.534
26.589
26.693
26.782
26.869
26.946
26.954
SVA
(CUT)
394.4
394.6
395.0
395.2
395.3
395.1
363.6
338.2
323.9
314.8
304.6
291.9
272.9
247.9
231.7
219.0
196.7
181.5
169.5
159.6
153.5
148.6
139.0
130.9
123.1
116.0
115.2
DYN HT FL
(J/KG)
0.079
0.395
0.789
1.184
1.580
1.975
2.365
2.713
3.043
3.363
3.674
3.972
4.255
4.514
4.754
4.979
5.499
5.973
6.411
6.823
7.214
7.591
8.309
8.983
9.617
10.214
10.284
(V)
0.10
0.10
0.11
0.13
0.14
0.19
0.23
0.22
0.23
0.27
0.41
0.39
0.30
0.23
0.19
0.13
0.10
0.10
0.10
0.10
0.11
0.11
0.11
0.12
0.12
0.12
0.12
Temperature, Salinity
32
0
1
34
33
4
8
35
12
Fluorescence (v)
36
0
16
2
3
4
25
Sigma-theta
26
27
1
1
100-1
0 200
m
a 300
CL
400 -
FL
500 +
23
24
25
Sigma-theta
26
27
STA NO 10
LAT:
P
(DB)
3
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
506
T
S
(C)
14.446
14.414
14.302
13.455
13.323
13.291
11.926
11.194
10.313
32.679
32.690
32.688
32.732
32.741
32.744
32.897
33.115
33.114
9.618
33.210
33.402
9.351
33.541
9.365
9.158
33.675
33.749
33.753
33.800
33.903
33.976
34.010
34.030
34.005
33.997
34.019
34.048
34.151
34.143
34.147
10.047
8.591
8.412
8.059
7.959
7.677
7.380
6.908
6.638
6.178
5.797
5.819
5.206
5.183
37 55.0 N
LONG: 126 28.0 W
DEPTH 4500
2032 GMT
29 JUN 1993
24
23
POT T
(C)
14.445
14.412
14.299
13.451
13.318
13.284
11.918
11.186
10.304
10.037
9.607
SIGMA
THETA
24.302
24.317
24.340
24.547
24.581
24.590
24.972
25.275
25.429
SVA
(CL/T)
361.3
360.1
358.2
338.7
DYN HT FL
(J/KG) (V)
0.108
0.53
0.361
0.33
0.720 0.72
1.063 1.93
335.7
1.400
2.74
335.2
298.9
270.2
1.735
2.058
2.342
2.43
1.32
0.63
255.7
2.605
0.37
2.856
3.088
3.306
3.510
3.705
3.892
0.35
0.38
0.56
0.65
0.73
1.36
9.339
9.352
9.144
8.576
8.397
8.042
7.939
7.655
7.356
6.882
25.922
26.025
26.116
26.208
244.5
223.6
209.3
199.8
191.3
182.6
26.272
176.6
4.071
1.35
26.406
26.479
26.547
26.605
26.652
26.681
4.496
4.897
5.283
5.657
6.017
6.370
2.05
2.98
1.95
6.611
6.148
5.764
26.759
26.830
26.909
26.977
26.983
164.3
157.8
151.7
146.4
142.2
139.5
132.6
126.2
119.4
113.0
112.5
5.781
5.166
5.143
no data at 251 dbar
53
25.549
25.770
7.051
7.697
8.311
8.894
8.961
0.91
0.39
0.28
0.13
0.12
0.13
0.12
0.12
Temperature, Salinity
32
0
4
33
I
1
I
34
8
i
I
35
12
16
I
i
Fluorescence (v)
36
0
1
2
3
23
24
25
Sigma-theta
26
4
i
20
cts
JD
fD
z
F
zco
- 0L
Cl)
L 0-
T6
S
1T
80 _I
100
I
23
I-I
24
T- I- -
25
Sigma-theta
I
I
26
27
LAT: 37 50.0 N
LO NG: 126
DEPTH 2638
550 GMT
STA NO 11
30 JUN 1993
P
T
(DB)
(C)
15.285
2
10
15.283
20 15.270
30 15.150
40 14.538
50 14.240
13.785
60
70
13.334
71
13.306
T
S
32.6 73
32.712
32.7 13
32.7 12
32.725
32.732
32.730
32.731
32.730
POT T
(C)
15.285
15.282
15.267
15.1 45
14.5 32
14.232
13.777
13.324
13.297
no data at 65 dbar
54
SIGM A
THET A
24.11 7
24.148
24.152
24.178
24.320
24.387
24.480
24.572
24.576
SVA
(CL/i')
378.9
376.2
376.2
373.9
360.7
354.5
345.9
337.4
337.0
40.1 W
DYN HT
(J/KG)
0.076
0.377
0.753
1.1 29
1.499
1.8 58
2.208
2.549
2.583
FL
(V)
0.22
0.22
0.25
0.23
0.52
0.59
0.61
0.41
0.42
27
Temperature, Salinity
32
0..
33
4
34
35
8
I
i
I
I
16
I
i
1\
I
Fluorescence (v)
36
12
0
2
1
4
3
1
I
Z)
100 -
cz 200 -
I,
T
co
L 300
400 J
T
S
6
FL
500
23
24
25
Sigma-theta
26
27
STA NO 11
30 JUN 1993
P
LAT:
37 50.0 N
550 GMT
24
LO NG: 126
DEPTH 2638
25
Sigma-theta
40.1 W
SIGMA
THETA
24.11 7
SVA
(CUT)
378.9
DYN HT FL
32.673
POT T
(C)
15.285
(J/KG)
0.076
0.22
T
(DB)
(C)
2 15.285
23
S
(V)
10
15.283
32.712
15.2 82
24.14 8
376.2
0.377
0.22
20
30
40
50
15.270
15.150
32.713
32.712
15.2 67
15.1 45
24.152
24.17 8
376.2
373.9
0.753
1.129
0.25
0.23
14.538
32.725
14.5 32
24.32 0
360.7
1.499
0.52
14.240
32.732
24.387
354.5
1.858
0.59
60
13.785
32.730
24.48 0
345.9
2.208
0.61
70
13.334
13.306
32.731
14.2 32
13.7 77
13.324
13.2 97
24.572
24.576
337.4
337.0
2.549
2.583
0.41
71
32.730
no data at 65 dbar
55
0.42
26
27
Temperature, Salinity
32
33
4
34
8
35
Fluorescence (v)
36
16
12
0
1
2
3
4
23
24
25
26
27
500
23
24
25
26
27
Sigma-theta
Sigma-theta
STA NO 12
02 JUL 1993
P
(DB)
2
10
20
30
40
50
60
70
80
90
T
LAT:
S
(C)
16.743
16.730
16.713
16.691
16.675
16.670
16.666
16.650
13.826
12.657
32.963
32.964
32.964
32.964
32.965
32.964
32.965
32.965
32.883
32.932
100
12.182
33.002
110
120
130
140
150
175
200
225
250
275
11.737
10.884
9.566
9.329
33.065
33.124
33.187
33.320
8.974
33.399
8.498
8.203
33.559
33.766
33.930
33.998
34.008
34.023
34.056
300
350
400
450
500
507
8.011
7.769
7.400
7.177
6.691
6.231
5.891
5.604
5.589
LONG: 125 39.1 W
37 18.8 N
DEPTH 4400
2122 GMT
POT T
(C)
16.743
16.72 8
16.71 0
16.68 6
16.66 9
16.66 2
16.65 6
16.63 9
13.81 4
12.64 5
12.16 9
SIGMA
THETA
24.012
24.016
24.020
24.026
24.031
24.032
24.034
24.038
24.590
SVA
(CUT)
389.0
388.8
388.8
388.5
388.4
388.6
388.8
DYN HT FL
388.7
2.721
0.23
3.090
0.34
0.40
0.55
5.503
5.967
6.388
6.783
7.163
7.529
8.232
8.894
9.523
10.123
10.205
34.081
34.116
34.151
11.724
10.86 9
9.55 2
9.31 4
8.95 9
8.480
8.183
7.989
7.744
7.373
7.149
6.660
6.195
5.853
5.562
25.006
25.139
25.339
25.611
25.753
25.871
26.071
26.278
26.435
26.525
26.585
26.629
26.722
26.802
26.873
26.936
336.0
310.3
296.7
284.2
265.3
239.3
225.9
214.8
196.2
176.9
162.4
154.3
148.7
144.9
136.5
129.3
122.9
117.4
34.153
5.546
26.939
117.1
56
24.861
(J/KG) (V)
0.078 0.12
0.389
0.12
0.778
0.16
1.166
0.18
1.555
0.21
1.943 0.20
0.21
2.332
3.411
3.715
4.005
4.280
4.535
4.770
4.991
0.41
0.34
0.25
0.19
0.14
0.10
0.11
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.13
0.12
Temperature, Salinity
32
34
33
4
8
24
16
12
25
Sigma-theta
27
26
STA NO 13
LAT:
P
T
37 32.8 N
335 GMT
03 JUL 1993
(DB)
(C)
3
15.746
15.746
10
20
15.751
Fluorescence (v)
36
35
S
POT T
(C)
15.746
15.744
15.748
15.737
15.596
13.863
12.710
12.297
11.846
11.455
0
1
23
24
2
3
4
25
Sigma-theta
26
27
LONG: 125 44.6 W
DEPTH 4325
SIGMA
THETA
24.063
24.064
24.063
24.065
SVA
(CUT)
DYN HT FL
24.513
24.785
24.866
24.972
25.030
384.3
384.6
384.7
382.6
342.6
316.8
309.2
299.4
294.0
(J/KG) (V)
0.21
0.115
0.384
0.20
0.769
0.21
1.153
0.21
1.537 0.22
1.908
0.26
2.234 0.22
2.547
0.30
0.49
2.852
3.148 0.59
30
40
50
60
70
80
90
15.741
15.602
13.870
12.718
12.306
11.856
11.467
32.735
32.735
32.735
32.734
32.727
32.795
32.850
32.853
32.879
32.862
100
11.083
32.886
11.071
25.118
285.8
3.438
0.44
110
120
10.555
9.929
32.994
33.112
10.542
9.916
25.294
25.492
269.2
250.4
3.715
3.973
0.33
0.23
130
140
9.495
8.967
33.252
33.311
9.480
8.952
25.673
25.804
233.3
221.0
4.212
4.440
0.20
0.16
150
175
200
225
250
275
300
8.563
8.070
7.692
7.407
7.235
33.400
33.610
33.763
33.867
33.911
8.548
8.053
7.672
7.386
208.5
186.2
169.9
158.5
153.2
4.654
5.145
5.590
6.000
6.390
0.12
0.10
0.10
7.211
25.936
26.175
26.350
26.473
26.532
6.957
33.938
6.932
26.592
147.8
6.766
0.11
6.992
34.008
6.965
26.642
143.5
7.130
0.12
350
6.452
34.021
6.421
26.725
136.0
7.826
0.12
400
450
500
507
6.110
5.747
5.432
5.408
34.058
34.091
34.143
34.157
6.075
5.709
26.799
26.871
26.951
26.964
129.4
123.0
115.8
114.5
8.490
9.122
9.719
9.799
0.12
0.12
0.12
0.13
5.391
5.366
57
24.091
384.1
0.11
0.11
Temperature, Salinity
32
4
33
34
8
12
35
16
Fluorescence (v)
36
0
2
1
4
3
100 J
400 J
6
FL
500+
23
24
25
Sigma-theta
26
STA NO 14
03 JUL 1993
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
510
T
(C)
15.069
15.055
14.937
14.182
13.239
12.560
12.124
11.372
10.827
9.994
9.676
9.502
9.239
8.792
8.437
8.255
7.848
7.602
7.233
6.980
6.776
6.549
6.149
5.803
5.364
5.200
5.036
LAT:
S
32.771
32.772
32.767
32.740
32.775
32.801
32.842
32.906
33.040
33.273
33.374
33.447
33.580
33.629
33.687
33.722
33.808
33.896
33.936
33.969
33.985
33.993
34.033
34.065
34.083
34.139
34.127
POT T
(C)
15.069
15.054
14.934
14.178
13.233
12.554
12.116
11.364
10.817
9.984
9.665
9.490
9.226
8.779
8.423
8.240
DEPTH 4200
SIGMA
THETA
24.240
24.244
24.266
24.405
24.624
24.777
24.892
25.080
25.282
25.607
25.738
25.824
25.971
26.080
7.583
26.180
26.235
26.363
26.467
7.211
26.551
6.957
26.613
26.653
26.690
26.774
26.842
26.910
26.974
26.984
7.831
6.751
6.522
6.119
5.769
5.328
5.160
4.995
58
25
Sigma-theta
LONG: 125 55.6 W
37 36.6 N
2053 GMT
24
23
27
SVA
(CL/T)
367.2
367.1
365.3
352.3
331.7
317.3
306.5
288.8
269.7
239.0
226.6
218.6
204.9
194.6
185.2
180.1
1'68.3
158.7
151.0
145.4
141.9
138.6
131.2
125.1
118.8
113.2
112.3
DYN HT FL
(JIKG)
0.073
0.367
0.733
1.097
1.438
1.763
2.076
2.373
2.652
2.906
3.137
3.359
3.571
3.771
3.961
4.143
4.578
4.985
5.371
5.741
6.101
6.452
7.124
7.764
8.372
8.951
9.063
(V)
0.16
0.18
0.23
0.30
0.36
0.37
0.35
0.49
0.44
0.46
0.43
0.45
0.42
0.41
0.64
0.44
0.31
0.22
0.16
0.13
0.13
0.13
0.12
0.13
0.12
0.12
0.12
26
27
Temperature, Salinity
I-
32
33
4
34
35
Fluorescence (v)
2
3
36
12
8
16
0
1
23
24
4
100 J
200
V
CD
co
co
a)
400 J
500
23
24
25
26
27
Sigma-theta
STA NO 15
04 JUL 1993
P
(DB)
3
10
20
30
T
(C)
15.430
LAT:
S
32.831
32.831
32.831
120
15.433
15.434
15.423
13.736
12.142
10.405
10.152
9.834
9.606
9.433
8.487
8.680
130
8.621
33.782
140
150
175
200
225
8.563
8.374
7.904
7.362
33.834
33.853
33.942
34.025
34.007
250
7.176
34.031
275
300
350
400
450
500
506
6.800
34.024
34.073
34.080
34.139
34.148
34.162
34.172
40
50
60
70
80
90
100
110
8.071
6.761
6.182
6.066
5.738
5.362
5.352
37 44.8 N
657 GMT
32.832
32.807
32.896
33.123
33.351
33.403
33.538
33.645
33.563
33.681
POT T
(C)
15.429
LONG: 126
DEPTH 4300
13.731
SIGMA
THETA
24.207
24.207
24.207
24.210
24.548
12.136
24.930
10.398
10.144
9.825
9.596
9.422
8.475
8.668
8.608
8.548
8.359
8.053
7.884
7.341
7.153
6.775
6.734
6.152
6.031
5.700
5.321
5.311
25.419
15.431
15.431
15.419
59
25.641
25.735
25.878
25.990
26.075
26.137
26.226
26.276
26.319
26.435
26.526
26.590
26.635
26.681
26.725
26.806
26.869
26.917
26.974
26.983
25
Sigma-theta
5.2 W
SVA
(CLR)
370.4
370.6
370.9
370.9
DYN HT FL
(JIKG)
(V)
0.111
0.32
0.370
0.31
0.741
1.112
0.39
0.34
338.9
302.7
1.476
1.799
0.47
0.70
256.2
235.3
226.6
213.2
202.7
194.6
188.9
180.7
176.2
172.2
161.5
153.3
147.5
2.082
2.327
2.558
2.777
2.985
3.184
3.375
3.560
3.738
3.913
4.329
4.723
5.098
5.462
5.815
6.158
6.819
7.447
8.050
8.629
8.697
0.54
0.42
0.38
0.36
0.45
0.47
0.64
0.76
143.5
139.3
135.5
128.1
122.9
118.6
113.5
112.7
1.15
1.29
0.53
0.96
0.53
0.53
0.49
0.31
0.14
0.44
0.13
0.13
0.13
26
27
Temperature, Salinity
33
32
4
0
1
34
8
1
1
I
35
0
16
12
1
I
Fluorescence (v)
36
1
1
2
1
3
4
I
200
400
800
1000
25
24
26
Sigma-theta
27
STA NO 16
04 JUL 1993
P
T
(DB)
(C)
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
1
T-
15.077
15.082
15.057
14.895
12.535
12.164
11.586
11.174
10.401
9.809
9.261
8.694
8.479
8.389
8.163
8.149
S
32.763
32.774
32.774
32.773
32.785
32.856
32.901
32.961
33.177
33.323
33.408
33.467
33.568
33.652
33.741
33.809
POT T
(C)
15.077
15.080
15.054
14.890
12.530
12.158
11.578
11.165
10.392
9.799
9.250
8.682
8.467
8.376
8.149
8.134
SIGMA
THETA
24.232
24.240
24.245
24.280
24.769
24.895
25.038
25.159
25.462
25.676
25.832
25.968
26.079
26.160
26.263
26.318
SVA
(CUT)
368.0
367.5
367.2
364.3
317.7
306.0
292.6
281.3
252.5
232.3
217.6
204.8
194.4
186.9
177.2
172.2
LAT:
37 50.0 N
DYN HT FL
(V)
0.45
0.30
0.29
0.36
0.67
0.91
0.91
0.80
0.62
0.50
0.70
0.69
0.74
0.96
1.49
1.04
26
Sigma-theta
27
28
LONG: 126 11.7 W
DEPTH 4400
1257 GMT
(J/KG)
0.037
0.367
0.735
1.100
1.434
1.746
2.044
2.329
2.590
2.834
3.059
3.270
3.470
3.660
3.843
4.018
25
24
28
I
P
(DB)
175
200
225
250
275
300
350
400
450
500
600
700
800
900
1000
1007
60
T
(C)
7.970
7.745
7.636
7.277
7.166
6.947
6.622
5.872
5.676
5.455
5.001
4.647
4.293
3.984
3.685
3.651
S
POT T
(C)
33.924
33.968
34.019
34.025
34.064
34.092
34.122
34.075
34.128
34.168
34.254
34.322
34.364
34.404
34.445
34.446
7.952
7.725
7.614
7.253
7.141
6.920
6.590
5.838
5.638
5.414
4.953
4.592
4.232
3.917
3.612
3.577
SIGMA
THETA
26.436
26.504
26.560
26.616
26.662
26.715
26.783
26.842
26.909
26.967
27.089
27.184
27.256
27.321
27.384
27.389
SVA
(CUT)
161.4
155.4
150.4
145.3
141.3
136.6
130.7
125.1
119.3
114.2
103.3
95.0
88.6
82.9
77.2
76.7
DYN HT FL
(J/KG) (V)
4.436 0.60
4.831
0.32
5.213 0.22
5.583 0.24
5.941
0.22
6.289 0.17
6.955 0.14
7.594 0.12
8.206 0.13
8.788 0.13
9.869
0.13
10.857
0.13
11.775 0.12
12.631
0.12
13.435 0.12
13.489 0.12
Temperature, Salinity
32
34
33
4
35
12
8
0
I
500
.
23
I
.
I
,
I
16
0
1
2
3
4
23
24
25
26
27
.
.
I,
I
I
24
Fluorescence (v)
36
I
I
I
26
25
27
Sigma-theta
Sigma-theta
STA NO 17
04 JUL 1993
P
T
(DB)
(C)
15.005
2
10
15.008
20
30
14.987
40
50
60
70
80
13.850
12.299
10.608
9.794
90
100
110
120
130
140
9.258
8.456
8.308
8.197
14.915
LAT:
37 53.6 N
S
LONG: 126 20.5 W
DEPTH 4400
1824 GMT
POT T
(C)
32.749
32.749
32.748
32.749
15.004
15.006
32.763
32.803
33.212
33.300
33.423
33.518
33.451
33.536
13.844
12.293
14.984
14.910
10.601
SVA
DYN HT FL
SIGMA
THETA
(CL/i)
(J/KG)
24.237
24.236
24.241
24.257
367.5
367.8
367.7
366.4
0.073
0.368
0.735
1.102
0.18
0.24
0.34
0.48
24.492
24.828
25.454
25.660
25.792
25.919
25.991
26.081
26.156
26.247
26.313
344.3
312.4
252.9
233.4
0.69
1.30
0.94
209.2
202.4
194.0
187.0
178.5
172.4
1.464
1.789
2.066
2.310
2.536
2.749
2.955
3.153
3.345
3.527
3.702
(V)
8.061
33.611
33.701
7.899
33.754
9.786
9.573
9.249
8.446
8.297
8.185
8.048
7.886
150
7.865
33.796
7.850
26.350
169.0
3.873
0.42
175
200
225
250
275
300
350
400
450
500
508
7.843
7.645
7.439
33.929
33.990
34.012
7.826
7.626
7.417
26.459
26.536
26.583
159.2
152.3
148.2
4.282
4.672
5.049
0.19
0.26
0.15
7.207
34.029
7.184
26.629
144.1
5.414
0.16
6.922
6.644
6.322
6.063
5.720
5.495
5.460
34.024
6.896
6.617
26.664
26.708
26.783
26.845
26.913
26.962
26.968
141.0
137.0
130.5
5.771
0.16
0.14
0.13
0.14
0.13
0.12
0.12
9.581
34.031
34.072
34.108
34.140
34.168
34.170
6.291
6.028
5.682
5.453
5.418
61
221.1
125.1
119.0
114.7
114.2
6.119
6.787
7.425
8.033
8.620
8.711
0.51
0.53
0.60
0.49
0.69
1.15
0.61
0.40
Temperature, Salinity
34
35
Fluorescence (v)
36
0
16
I
I
2
1
3
4
I_
'
100 J
L
2
U)
Cl)
CD
0
400 J
FL
500 +
23
'1
24
25
27
26
24
23
Sigma-theta
STA NO 18
04 JUL 1993
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
508
T
LAT:
S
14.917
14.917
14.903
14.917
12.563
11.811
11.392
11.061
10.454
9.562
9.258
9.197
9.145
8.365
8.202
8.061
7.842
7.815
7.671
7.451
7.258
7.086
6.591
6.169
5.859
5.607
5.480
DEPTH 4400
POT T
(C)
32.768
32.767
32.767
32.767
32.760
32.785
32.874
32.956
33.201
33.357
33.416
33.455
33.610
33.525
33.597
33.665
33.798
33.922
33.961
34.008
34.028
34.038
34.053
34.087
34.126
34.175
34.162
LONG: 126 27.4 W
37 55.8 N
2350 GMT
(C)
25
Sigma-theta
14.917
14.915
14.900
14.913
12.558
11.805
11.385
11.052
10.444
9.552
9.247
9.185
9.132
8.351
8.188
8.046
7.825
7.795
7.649
7.427
7.232
7.058
6.559
6.134
5.820
5.565
5.438
62
SVA
(CL/T)
364.4
364.6
364.6
DYN HT FL
24.270
365.1
1.094
0.57
24.745
24.906
25.052
320.1
304.9
291.2
1.427
1.740
2.040
1.35
2.24
1.76
25.175
279.7
2.325
0.68
25.473
251.5
225.9
216.9
213.3
201.2
196.0
188.5
181.5
168.9
2.594
2.832
3.056
3.270
3.476
3.673
3.866
0.84
159.7
155.2
SIGMA
THETA
24.270
24.270
24.273
25.744
25.839
25.880
26.009
26.063
26.145
26.219
26.356
26.458
26.510
26.578
26.621
26.654
26.733
26.815
26.884
26.955
26.959
149.1
145.2
142.5
135.4
128.0
121.8
115.6
115.1
(J/KG) (V)
0.073 0.32
0.364 0.29
0.729 0.55
0.51
0.54
0.53
0.73
4.051
0.61
1.02
0.39
4.486
0.19
4.897
0.15
5.290
5.669
6.037
6.396
7.090
7.750
8.372
8.967
9.060
0.14
0.13
0.12
0.13
0.12
0.12
0.12
0.12
0.12
26
27
Temperature, Salinity
32
4
33
0
100
34
8
I
35
12
,
I
I
16
I
,
Fluorescence (v)
36
0
2
1
4
3
I
-
cz 200
Co
c,n) 300
L
a-
400 -
500
6l
FL
L
I
23
24
25
Sigma-theta
26
27
STA NO 19
05 JUL 1993
P
T
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
(C)
14.981
450
500
506
14.985
14.988
13.323
12.733
12.036
11.442
11.017
10.154
9.269
8.921
8.672
9.021
8.770
8.649
8.447
8.060
7.804
7.680
7.456
7.195
7.027
6.791
6.510
6.148
5.798
5.784
LAT:
37 58.0 N
557 GMT
S
32.724
32.723
32.723
32.644
32.743
32.802
32.820
32.987
33.155
33.232
33.346
33.487
33.702
33.763
33.816
33.854
33.932
33.959
34.016
34.027
34.039
34.052
34.083
34.105
34.115
34.142
34.143
SIGMA
THETA
24.223
13.31 9
12.72 8
12.03 0
24.505
24.698
24.878
11.43 4
11.00 8
10.14 5
9.25 9
25.001
8.75 7
8.63 5
8.432
8.04 3
7.78 4
7.65 8
7.43 2
7.16 9
6.99 9
6.759
6.474
6.10 8
5.75 5
5.74 1
63
25
Sigma-theta
LONG: 126 34.2 W
DEPTH 4400
POT T
(C)
14.98 0
14.98 3
14.98 5
8.91 0
8.66 0
9.00 8
24
23
24.221
24.221
25.207
25.487
25.693
25.838
25.987
26.101
26.188
26.249
26.309
26.429
26.488
26.551
26.592
26.639
26.672
26.729
26.785
26.840
26.905
26.908
SVA
(CUT)
368.9
369.2
369.6
342.7
324.5
307.6
296.0
276.6
250.1
230.6
217.0
203.0
192.5
184.4
178.7
173.1
162.1
156.8
151.3
147.7
143.5
140.7
135.9
131.2
126.3
120.5
120.3
DYN HT FL
(J/KG) (V)
0.074 0.31
0.369 0.38
0.738 0.28
1.101
0.42
1.438
0.70
1.753 0.92
2.056 0.88
2.345 0.86
2.609 0.85
2.849 0.74
3.072 0.74
3.282 0.88
3.480 0.49
3.668 0.40
3.849 0.29
4.025 0.22
4.441
0.13
4.841
0.27
5.226 0.12
5.600 0.12
5.963 0.12
6.319 0.12
7.009 0.12
7.678 0.12
8.321
0.12
8.937 0.12
9.010 0.12
26
27
Temperature, Salinity
F_-,
32
4
33
34
8
12
35
Fluorescence (v)
36
16
0
1
24
25
2
3
4
26
Sigma-theta
27
28
200
co
400
-+3
L
2
co
co
m
800 -
1000
24
P
T
(DB)
2
(C)
15.131
15.131
15.121
15.095
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
14.880
13.132
12.199
11.687
11.232
11.129
10.564
10.064
9.560
9.101
9.062
8.946
25
S
32.619
32.619
32.618
32.617
32.663
32.806
32.814
32.864
33.029
33.118
33.199
33.257
33.323
33.424
33.585
33.672
26
Sigma-theta
POT T
(C)
15.131
15.130
15.118
15.091
14.874
13.126
12.191
11.678
11.222
11.119
10.552
10.052
9.547
9.087
9.047
8.930
27
28
STA NO 20
LAT:
07 MAY 1993
1156 GMT
SIGMA
THETA
24.110
24.109
24.111
24.117
24.198
24.670
24.856
24.991
25.202
25.289
25.452
25.583
25.717
25.871
26.003
26.090
37 59.5 N
SVA
(CUT)
379.7
379.9
380.0
379.8
372.3
327.5
310.0
297.3
277.4
269.3
254.0
241.7
229.0
214.5
DYN HT FL
202.1
194.1
4.219
4.418
(J/KG)
0.076
0.380
0.760
1.140
1.517
1.863
2.183
2.486
2.772
3.045
3.305
3.552
3.790
4.011
LONG: 126 42.0 W
DEPTH 4400
(V)
0.31
0.31
0.30
0.29
0.35
0.24
0.32
0.58
0.37
0.33
0.28
0.24
0.36
0.27
0.20
0.20
P
T
(DB)
175
200
225
250
275
300
350
400
(C)
450
500
600
700
800
900
1000
1007
64
8.538
8.130
7.859
7.688
7.485
7.261
6.953
6.716
6.417
5.991
5.397
4.821
4.423
4.005
3.751
3.731
S
POT T
(C)
33.822
33.893
33.955
34.001
34.020
34.042
34.064
34.093
34.109
34.115
34.212
34.261
34.315
34.363
34.414
34.416
8.520
8.109
7.836
7.663
7.459
7.233
6.921
6.679
6.377
5.948
5.347
4.765
4.361
3.938
3.678
3.657
SIGMA
THETA
26.271
26.388
26.477
26.539
26.583
26.632
26.692
26.748
26.800
26.860
27.010
27.116
27.203
27.286
27.353
27.356
SVA
(CUT)
177.3
166.5
158.4
152.8
149.0
144.6
139.5
134.8
130.4
124.9
111.4
101.7
93.9
86.2
80.3
79.9
DYN HT FL
(J/KG)
4.879
5.307
5.712
6.099
6.477
6.844
7.554
8.239
8.903
9.539
10.713
11.778
12.753
13.655
14.484
14.540
(V)
0.19
0.12
0.14
0.12
0.12
0.12
0.13
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
Temperature, Salinity
32
34
33
4
8
35
Fluorescence (v)
36
12
16
0
1
23
24
2
3
4
25
Sigma-theta
26
27
0
T
23
24
25
26
27
Sigma-theta
STA NO 21
07 JUL 1993
P
T
(DB)
3
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
(C)
507
14.346
14.332
13.297
13.210
12.216
11.696
11.304
10.073
9.823
9.639
9.521
9.370
9.262
9.100
9.048
8.966
8.740
8.505
8.257
8.024
7.906
7.756
7.317
6.808
6.442
6.042
5.957
LAT:
36 45.2 N
1555 GMT
S
32.891
32.892
32.955
33.088
33.238
33.299
33.345
33.547
33.635
33.716
33.745
33.783
33.809
33.850
33.865
33.885
33.963
34.001
34.038
34.068
34.079
34.098
34.140
34.168
34.185
34.188
34.188
LONG: 124 20.8 W
DEPTH 3900
POT T
(C)
14.346
14.330
13.294
13.206
12.211
11.690
11.296
10.065
9.814
9.629
9.510
9.358
9.249
9.086
9.033
8.950
8.722
8.484
8.234
7.999
7.878
7.726
7.284
6.771
6.401
5.998
5.914
65
SIGMA
THETA
24.486
24.491
24.751
24.872
25.181
25.327
25.434
25.807
25.918
26.011
26.053
26.108
26.146
26.205
26.225
26.254
26.350
26.416
26.483
26.542
26.569
26.606
26.702
26.794
26.858
26.911
26.922
SVA
(CUT)
343.8
343.6
319.0
307.8
278.5
264.9
254.9
219.5
209.2
200.5
196.7
191.7
188.2
182.9
181.1
178.6
169.9
163.9
158.0
152.7
150.6
147.4
138.9
130.6
125.0
120.2
119.2
DYN HT FL
(J/KG)
0.103
0.344
0.679
0.992
1.287
1.557
1.816
2.048
2.262
2.466
2.665
2.859
3.049
3.236
3.417
3.597
4.032
4.450
4.851
5.241
5.619
5.991
6.709
7.388
8.023
8.640
8.723
(V)
0.15
0.16
0.21
0.30
0.43
0.78
1.19
0.58
0.49
0.48
0.54
0.43
0.52
0.52
0.45
0.38
0.21
0.16
0.17
0.14
0.14
0.15
0.15
0.13
0.14
0.13
0.13
Temperature, Salinity
32
0 _1
4
I
33
34
8
i
i
12
I
35
16
I,
i
I
Fluorescence (v)
36
0
1
2
3
4
23
24
25
26
27
2
CL
500
23
24
25
Sigma-theta
26
27
Sigma-theta
STA NO 22
LAT:
P
T
(DB)
(C)
2
15.979
15.977
15.887
14.958
14.112
13.228
12.990
12.536
12.290
12.022
11.256
10.772
10.302
9.823
9.131
8.649
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
509
8.131
7.932
7.612
7.431
7.095
6.818
6.365
5.929
5.549
5.259
5.221
37 17.8 N
429 GMT
09 JUL 1993
S
32.747
32.747
32.733
32.699
32.690
32.801
32.928
32.919
32.974
33.009
32.978
33.018
33.056
33.185
33.207
33.314
33.554
33.758
33.881
33.948
33.970
33.980
33.997
34.032
34.057
34.092
34.110
POT T
(C)
15.978
15.976
15.884
14.954
14.106
13.221
12.982
12.527
12.280
12.010
11.244
10.759
10.288
9.809
9.116
8.634
8.114
7.912
7.590
7.407
7.069
6.790
6.334
5.895
5.512
5.218
5.180
66
LONG: 127 0.1 W
DEPTH 4500
SIGMA
THETA
24.021
24.021
24.032
24.209
24.381
24.647
24.792
24.874
24.964
25.042
25.158
25.275
25.386
25.567
25.696
25.855
26.122
26.312
26.455
26.533
26.598
26.644
26.717
26.801
26.868
26.931
26.949
SVA
(CL/T)
388.1
388.3
387.6
371.0
354.8
329.7
316.1
308.5
300.2
293.0
282.0
271.0
260.6
243.5
231.3
216.2
191.2
173.6
160.3
153.2
147.3
143.2
136.6
129.1
123.1
117.4
115.7
DYN HT FL
(J/KG)
0.078
0.388
0.776
(V)
1.524
1.869
0.15
0.14
0.16
0.19
0.22
0.42
2.191
0.31
2.503
2.808
3.105
3.392
3.669
3.935
4.187
4.423
4.646
5.153
5.609
6.024
6.415
0.30
0.35
0.37
1.161
6.791
7.153
7.853
8.517
9.148
9.749
9.854
0.31
0.27
0.26
0.20
0.14
0.11
0.09
0.10
0.10
0.11
0.11
0.11
0.11
0.11
0.11
0.11
0.11
Temperature, Salinity
32
33
34
4
35
0
,
I
.
I
,
16
,
I
Fluorescence (v)
36
12
8
0
2
3
4
25
Sigma-theta
26
27
1
I
FL
23
24
25
Sigma-theta
27
26
STA NO 23
LAT:
09 JUL 1993
605 GMT
T
23
24
LONG: 126 55.0 W
37 21.8 N
DEPTH 4600
DYN HT FL
SIGMA
THETA
24.038
24.038
24.069
24.213
24.389
24.758
24.832
24.918
24.998
SVA
(CUT)
386.5
386.7
32.704
32.712
32.914
32.933
32.888
32.906
POT T
(C)
15.883
15.883
15.720
14.955
14.152
13.101
12.802
12.171
11.818
2.772
0.14
0.14
0.16
0.26
0.33
0.34
0.28
0.38
0.46
10.933
11.040
32.843
33.047
10.922
11.028
25.111
286.3
3.064
0.37
10.057
33.051
10.045
9.772
33.181
9.759
273.2
256.8
242.8
33.235
33.329
33.468
8.990
8.643
8.414
175
200
8.004
7.792
33.675
33.820
7.986
7.772
3.343
3.608
3.858
4.092
4.312
4.520
4.998
0.28
0.22
0.19
0.14
150
9.004
8.658
8.429
225
7.505
33.905
7.483
250
7.352
33.954
7.328
25.251
25.423
25.572
25.738
25.866
26.009
26.235
26.381
26.489
26.549
275
7.098
33.965
7.073
300
350
400
6.842
6.252
5.986
33.977
33.997
34.049
6.815
6.222
5.952
450
500
506
5.625
34.083
34.110
34.097
5.587
P
(DB)
(C)
3 15.884
10
15.884
20
15.724
14.960
30
14.157
40
13.108
50
60
12.810
70
12.180
11.828
80
90
100
110
120
130
140
5.181
5.070
S
32.741
32.742
32.735
5.141
5.030
67
26.594
26.639
26.732
26.807
26.879
26.954
26.956
384.1
370.6
354.1
319.1
312.3
304.3
296.9
227.1
215.0
201.5
180.4
167.0
157.1
151.7
147.7
143.7
135.2
128.5
122.0
115.1
114.8
(J/KG)
0.116
0.387
0.773
1.147
1.512
1.848
2.163
2.471
5.431
5.837
6.224
6.598
6.962
7.660
8.320
8.947
9.539
9.608
(V)
0.11
0.09
0.09
0.10
0.10
0.10
0.10
0.11
0.11
0.11
0.11
0.11
0.11
Temperature, Salinity
32
33
4
34
8
35
Fluorescence (v)
36
16
12
0
1
2
3
4
23
24
25
Sigma-theta
26
27
CL
500
23
24
25
Sigma-theta
26
27
STA NO 24
LAT:
37 25.4 N
P
T
(DB)
(C)
2
32.747
32.748
15.218
10
15.218
15.222
20
15.220
32.748
30
15.218
32.747
40
50
15.068
13.771
32.740
32.704
60
12.874
32.779
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
508
11.757
11.044
11.282
10.482
9.835
9.265
8.699
8.569
8.425
32.840
32.888
33.038
33.001
33.087
33.180
33.308
33.366
33.466
33.674
33.807
33.898
33.930
33.955
33.970
34.002
34.001
34.053
34.101
34.112
15.217
15.214
15.062
13.764
12.866
11.748
11.035
8.091
7.793
7.588
7.243
6.974
6.727
6.327
5.715
5.366
5.097
5.133
S
LONG: 126 50.0 W
DEPTH 4500
734 GMT
09 JUL 1993
POT T
(C)
15.221
11.271
10.470
9.823
9.252
8.685
8.555
8.410
8.074
7.774
7.566
7.219
6.948
6.700
6.297
5.682
5.330
5.057
5.092
68
SIGMA
THETA
24.189
24.189
24.190
24.190
24.217
24.462
24.699
24.959
25.126
25.200
25.312
25.489
25.653
25.842
25.908
26.009
26.222
26.370
26.471
26.546
26.603
26.648
26.727
26.803
26.887
26.956
26.961
SVA
(CUT)
372.1
372.3
372.5
372.8
370.5
347.4
324.9
300.3
284.6
277.9
267.2
250.5
235.0
217.1
211.0
201.6
181.7
168.0
158.8
152.0
146.8
142.7
135.7
128.7
121.1
114.8
114.5
DYN HT FL
(J/KG)
0.074
0.372
0.745
1.117
1.489
1.844
2.181
2.493
2.784
3.066
3.339
3.597
3.839
4.066
4.280
4.485
4.970
5.405
5.815
6.203
6.577
6.939
7.636
8.298
8.922
9.512
9.603
(V)
0.20
0.19
0.20
0.20
0.23
0.34
0.59
0.43
0.35
0.29
0.28
0.22
0.17
0.13
0.10
0.09
0.10
0.10
0.10
0.10
0.10
0.10
0.11
0.11
0.11
0.11
0.11
Temperature, Salinity
32
4
0 _1
34
33
,
I
8
35
12
Fluorescence (v)
36
16
,
0
1
23
24
2
3
4
25
Sigma-theta
26
27
I
a
24
25
Sigma-theta
26
27
37 29.3 N
STA NO 25
LAT:
09 JUL 1993
905 GMT
LONG: 126 45.0 W
DEPTH 4600
P
T
(DB)
(C)
2
15.014
15.013
15.020
15.017
14.944
12.469
32.737
POT T
(C)
15.013
32.737
32.737
15.012
15.017
32.737
32.740
15.013
14.938
SIGMA
THETA
24.226
24.226
24.225
24.226
24.244
32.725
12.462
24.736
12.181
32.802
32.859
32.940
33.039
33.307
33.358
33.410
33.464
33.562
33.654
12.174
24.850
24.979
25.102
25.309
25.617
10
20
30
40
50
60
70
11.731
80
90
100
110
120
130
140
150
11.401
10.671
175
200
225
250
275
300
350
400
450
500
508
10.093
9.376
8.703
8.499
8.293
8.043
7.675
7.401
7.119
6.856
6.593
6.400
6.017
5.652
5.364
5.179
5.101
S
33.772
33.873
33.915
33.939
33.956
33.967
33.999
34.029
34.069
34.127
34.128
11.722
11.392
10.661
10.082
9.364
8.690
8.486
8.279
8.028
7.658
7.382
7.098
6.833
6.569
6.373
5.987
5.619
5.327
5.139
5.061
69
25.775
25.922
25.996
26.104
26.213
26.359
26.478
26.551
26.606
26.654
26.689
26.763
26.832
26.899
26.967
26.977
SVA
(CUT)
368.6
368.8
DYN HT FL
(J/KG)
0.074
0.369
0.22
0.23
369.2
0.738
0.24
369.4
367.9
321.2
310.5
1.107
1.476
1.812
2.126
0.23
0.23
0.57
0.58
298.5
286.9
2.431
0.38
2.723
0.41
267.4
238.2
223.3
209.4
202.5
192.4
182.1
3.000
3.250
3.480
3.697
3.902
4.099
4.287
0.30
0.22
0.19
0.18
0.18
0.12
0.10
168.5
4.725
0.12
157.6
151.0
146.0
141.7
138.6
132.0
125.9
119.9
113.8
112.9
5.131
5.516
0.12
0.12
0.12
0.12
0.12
5.887
6.248
6.598
7.272
7.915
8.529
9.113
9.204
(V)
0.11
0.11
0.11
0.11
0.11
Temperature, Salinity
32
4
33
34
8
0
12
35
16
Fluorescence (v)
36
0
2
3
4
25
Sigma-theta
26
27
1
I
I
100 -
2
Cl)
300
0-
400
FL
-
500 +
23
24
25
Sigma-theta
26
27
STA NO 26
LAT:
P
T
(C)
(DS)
2 15.024
15.026
10
15.024
20
15.022
30
14.529
40
11.809
50
11.135
60
70
10.847
10.251
80
10.122
90
9.951
100
9.741
110
120
9.236
9.013
130
9.029
140
150
8.491
8.251
175
7.901
200
7.718
225
7.525
250
7.145
275
6.693
300
6.410
350
400
5.860
450
5.433
5.227
500
5.207
508
37 33.6 N
1132 GMT
09 JUL 1993
S
POT T
(C)
32.732
32.742
32.741
32.741
32.744
32.792
32.884
33.000
33.176
33.298
33.387
33.467
33.584
33.639
33.736
33.759
33.866
33.932
33.988
34.015
34.034
34.014
34.068
34.060
34.072
34.135
34.145
15.024
15.024
15.021
15.018
14.523
11.803
11.128
10.839
10.242
10.111
9.940
9.728
9.223
8.999
9.014
8.476
8.233
7.881
7.696
7.501
7.119
6.666
6.379
5.826
5.396
5.187
5.166
70
24
23
LONG: 126 40.2 W
DEPTH 4500
SIGMA
THETA
24.219
24.227
24.227
24.228
24.336
24.912
25.106
25.247
25.487
25.605
25.703
SVA
(CUT)
369.2
368.7
369.0
369.2
359.2
304.4
286.0
272.8
DYN HT FL
2.091
2.371
0.61
0.41
250.1
2.633
2.877
0.35
3.111
0.39
0.28
0.37
0.29
0.36
0.46
25.974
26.053
26.127
26.228
26.349
26.452
26.524
26.573
26.642
26.687
26.768
239.2
230.0
220.9
204.6
197.2
190.4
180.8
169.8
160.3
153.9
149.5
143.2
139.0
131.9
26.831
126.1
26.894
26.968
26.978
120.5
113.9
112.9
25.801
(J/KG)
0.074
0.369
0.738
1.107
1.474
1.796
3.336
3.550
3.750
3.944
4.128
4.565
4.976
5.369
5.750
6.115
6.468
7.146
7.790
8.406
8.992
9.083
(V)
0.20
0.21
0.23
0.22
0.25
0.54
0.31
0.51
0.57
0.55
0.52
0.44
0.30
0.14
0.15
0.13
0.12
0.12
Temperature, Salinity
32
0
34
33
4
8
I
I
35
I
1. I
Fluorescence (v)
36
16
12
0
1
2
3
4
23
24
25
Sigma-theta
26
27
500
23
24
25
Sigma-theta
26
27
STA NO 27
LAT:
09 JUL 1993
P
T
S
(DB)
2
10
20
30
40
(C)
15.146
15.147
15.151
15.156
12.010
32.826
32.827
32.827
32.827
32.788
50
11.537
32.814
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
10.928
10.549
10.104
9.627
9.298
8.939
8.604
8.393
8.383
7.993
8.077
32.945
33.030
33.168
33.369
33.439
33.548
33.609
33.694
33.774
33.775
33.935
7.748
33.956
7.687
7.414
7.120
6.815
34.020
34.035
34.031
34.038
6.481
34.070
6.150
34.098
450
5.790
5.523
34.134
34.157
5.461
34.157
500
505
37 36.8 N
LONG: 126 35.0 W
DEPTH 4500
1252 GMT
SVA
DYN HT FL
(CL/I)
364.8
365.0
(J/KG) (V)
0.073 0.29
0.365 0.28
365.3
0.730
0.30
24.871
365.7
308.0
1.096
1.443
0.30
0.50
11.530
24.979
297.9
1.744
0.58
10.921
10.541
25.190
25.323
278.0
265.6
2.032
2.304
0.40
0.43
10.095
25.506
248.4
2.561
0.57
9.617
9.288
8.928
8.592
8.380
8.368
7.978
8.059
7.729
7.665
25.742
25.850
25.993
26.093
26.192
26.257
26.315
26.429
26.494
26.553
226.0
215.9
202.5
2.800
7.390
7.094
6.788
6.449
6.115
5.752
5.482
5.419
POT T
(C)
15.146
15.146
15.148
15.152
12.005
71
SIGMA
THETA
24.266
24.266
24.266
24.265
162.1
3.230
3.428
3.618
3.799
3.974
4.394
156.2
4.791
151.1
5.175
0.35
0.37
0.25
0.25
0.38
0.40
0.33
0.24
0.20
0.18
26.605
146.5
5.547
0.17
26.642
26.690
26.760
26.826
26.900
26.950
26.958
143.2
138.9
132.7
127.0
120.3
115.9
115.2
5.909
6.262
6.940
0.21
193.1
183.9
177.9
172.4
3.021
7.591
8.206
8.798
8.856
0.17
0.15
0.13
0.12
0.13
0.13
Temperature, Salinity
32
33
4
0
i
I
I
I, I
16
12
8
I
I
I
I
I
Fluorescence (v)
36
35
34
I
I
I
I
0
1
23
24
2
3
4
25
Sigma-theta
26
27
I
CL
500
23
24
II
25
Sigma-theta
I
26
27
STA NO 28
09 JUL 1993
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
T
(C)
15.279
15.282
15.283
15.288
15.290
13.923
11.411
10.932
10.514
9.664
9.184
8.879
8.453
8.153
8.074
8.186
7.973
7.550
I
LAT:
37 40.5 N
1450 GMT
S
SVA
DYN HT FL
(CLJT)
366.4
366.6
366.9
367.3
(J/KG)
0.073
0.366
0.733
1.100
24.248
367.6
1.468
0.46
339.1
11.404
24.549
25.086
288.0
1.834
2.142
0.46
0.44
10.924
10.504
25.263
25.483
271.3
250.6
2.422
2.683
0.46
0.49
9.65 4
9.17 3
8.86 7
8.44 0
8.14 0
8.06 0
8.171
7.956
7.53 1
7.290
7.08 1
25.737
25.863
25.926
26.039
26.120
26.236
26.310
26.416
26.488
26.551
26.596
26.651
26.697
26.765
26.841
26.896
26.943
26.955
226.5
214.7
208.8
198.2
190.6
179.8
173.0
163.3
156.8
151.0
2.920
3.141
3.352
3.556
0.40
0.26
0.30
0.34
0.34
0.34
0.27
0.19
0.16
0.14
0.14
0.14
0.14
0.13
0.13
15.278
15.28 1
15.28 0
15.284
SIGMA
THETA
24.249
24.249
24.249
24.248
15.284
13.91 6
POT T
(C)
32.842
32.842
32.842
32.842
32.843
32.856
32.922
33.040
33.228
33.370
33.431
33.450
33.511
33.556
7.105
6.844
6.618
6.129
6.085
33.689
33.805
33.899
33.912
33.950
33.970
33.993
34.014
34.019
34.107
450
5.795
34.130
5.757
500
507
5.607
5.564
34.160
34.168
5.565
5.52 1
7.311
LONG: 12 6 30.0 W
DEPTH 4500
6.81 9
6.59 1
6.099
6.05 1
72
3.751
(V)
0.42
0.41
0.44
0.46
142.2
138.0
132.0
125.5
3.936
4.112
4.531
4.930
5.314
5.687
6.049
6.400
7.074
7.720
120.7
8.334
0.12
116.7
115.6
8.929
9.010
0.13
0.12
147.1
Temperature, Salinity
r_1
33
32
34
35
12
8
4
I
16
.
I
36
Fluorescence (v)
0
1
23
24
2
3
4
25
Sigma-theta
26
27
I
1
24
25
Sigma-theta
27
26
STA NO 29
LONG: 126 19.9 W
LAT: 37 47.8 N
1657 GMT
DEPTH 4500
09 JUL 1993
T
32.853
32.853
32.853
32.852
POT T
(C)
15.45 0
15.446
15.446
15.447
SIGMA
THETA
24.220
15.432
14.586
32.852
32.873
15.42 6
14.579
24.224
24.424
369.9
60
11.048
33.041
11.04 1
70
10.396
33.215
10.388
80
90
100
9.880
9.495
110
8.802
33.368
33.481
33.516
33.597
120
130
140
150
175
8.447
8.285
8.286
8.093
7.999
200
225
P
20
30
(C)
15.451
15.448
15.449
15.451
40
50
S
SVA
(CL/T)
369.2
369.3
369.6
370.0
DYN HT FL
(J/KG)
0.111
(V)
0.29
0.369
0.739
1.108
0.31
351.1
1.478
1.847
0.46
0.46
25.244
273.0
2.137
0.38
25.493
249.4
2.398
0.38
9.87 1
9.485
9.020
8.79 1
25.699
229.9
215.6
26.053
196.8
2.637
2.857
3.068
3.269
0.52
0.35
0.24
0.18
33.624
33.671
33.728
33.757
33.874
8.435
8.272
8.272
8.078
7.982
26.128
26.190
26.235
26.286
26.393
189.7
184.0
180.0
175.2
165.5
3.461
3.648
3.830
4.008
4.432
0.24
0.26
0.23
0.25
0.26
7.868
7.393
33.965
33.947
7.848
7.372
26.484
26.538
157.3
152.4
4.835
5.224
0.28
0.22
250
7.090
33.970
7.06 6
26.598
146.9
5.598
0.18
275
6.816
33.996
6.79 1
26.656
141.6
5.958
0.19
300
6.609
34.012
6.582
26.697
138.1
6.307
0.15
350
400
6.143
5.639
34.041
34.043
6.11 2
5.60 5
26.781
26.846
130.5
124.6
6.980
7.615
0.13
0.12
450
500
5.487
5.273
34.098
34.136
5.45 0
5.23 3
26.908
26.963
119.2
114.3
8.223
8.806
0.12
0.13
507
5.234
34.141
5.19 3
26.972
113.5
8.886
0.12
(DB)
3
10
9.031
73
24.221
24.220
24.220
25.851
25.953
206.1
0.44
0.46
Temperature, Salinity
32
0 1,
4
33
34
8
I
,
I
,
35
12
16
Fluorescence (v)
36
0
2
3
4
25
Sigma-theta
26
27
_1
I
FL
500
I
23
24
25
Sigma-theta
26
STA NO 30
09 JUL 1993
P
T
(DB)
(C)
7 15.493
10
15.493
20
15.486
30
15.488
40
15.388
50
10.356
9.678
60
9.261
70
8.938
80
8.800
90
100
8.612
110
8.469
120
8.213
130
8.143
140
7.957
7.968
150
7.594
175
7.746
200
7.516
225
7.275
250
7.185
275
6.894
300
6.466
350
400
450
500
507
6.175
5.785
5.522
5.440
LAT:
37 51.8 N
1819 GMT
S
32.837
32.837
32.838
32.838
32.841
33.102
33.381
33.482
33.530
33.573
33.647
33.729
33.750
33.828
33.852
33.874
33.915
34.018
34.033
34.036
34.070
34.064
34.077
34.100
34.131
34.167
34.162
POT T
(C)
15.492
15.49 1
15.48 3
15.484
15.382
10.350
9.672
9.254
8.929
8.79 1
8.60 1
8.458
8.20 1
8.130
7.943
7.953
7.57 7
7.72 6
7.494
7.25 1
7.15 9
6.86 6
6.43 5
6.14 0
5.74 6
5.48 1
5.39 9
74
24
23
27
LONG: 126 15.1 W
DEPTH 4450
SIGMA
THETA
24.199
24.199
24.201
24.201
24.226
25.411
25.743
25.889
25.979
26.034
SVA
(CUT)
371.3
371.4
371.5
371.8
369.7
DYN HT FL
(J/KG)
0.260
0.371
0.743
1.114
1.486
0.30
0.33
0.46
0.47
0.50
256.7
1.777
0.56
225.3
211.6
203.2
198.2
2.019
2.236
2.444
2.643
2.838
3.024
3.203
3.377
3.545
3.710
4.111
4.495
4.869
5.235
5.592
5.940
6.613
0.48
0.39
0.23
0.18
0.17
0.17
0.18
0.19
0.17
0.17
0.14
0.14
0.13
0.14
0.13
0.13
0.12
0.12
0.12
0.12
0.12
26.121
190.1
26.208
26.262
26.334
26.381
26.397
26.483
26.543
26.588
26.625
26.665
26.700
26.767
26.824
26.897
26.958
26.964
182.0
177.0
170.3
166.0
164.7
156.8
151.6
147.7
144.5
141.1
137.9
132.0
127.1
120.5
115.1
114.5
7.261
7.881
8.469
8.549
(V)
Temperature, Salinity
32
0
I,I
4
33
34
8
35
12
.
I
16
I
STA NO 31
09 JUL 1993
P
T
(DB)
(C)
3 15.467
10
15.472
20
15.468
15.449
30
40
15.403
10.626
50
60
9.685
70
9.306
80
9.092
90
8.893
100
8.683
110
8.516
120
8.410
130
8.317
140
8.184
150
8.069
175
7.862
200
7.559
225
7.306
250
7.065
275
6.706
300
6.438
350
6.060
400
5.990
450
5.704
500
5.278
507
5.244
Fluorescence (v)
36
0
2
1
I
LAT:
37 55.5 N
1941 GMT
S
32.835
32.835
32.835
32.835
32.835
33.224
33.391
33.482
33.527
33.563
33.640
33.696
33.777
33.810
33.850
33.875
33.939
33.986
34.001
34.010
34.001
34.009
34.036
34.131
34.148
34.149
34.151
POT T
(C)
15.466
15.471
15.465
15.445
15.397
10.621
9.678
9.298
9.084
8.883
8.673
8.504
8.398
8.303
8.170
8.054
7.845
7.540
7.284
7.041
6.681
6.411
6.030
5.956
5.666
5.237
5.203
75
LONG: 126
DEPTH 4700
SIGMA
THETA
24.202
SVA
(CUT)
370.9
24.201
371.1
24.202
24.207
24.218
25.460
25.750
25.883
25.952
26.012
26.105
26.175
26.254
26.294
26.346
26.382
26.463
26.545
26.592
26.634
26.675
26.717
26.787
26.872
371.4
371.2
370.5
26.921
26.973
26.979
252.1
224.7
212.2
205.8
200.3
191.7
185.1
177.8
174.1
169.4
166.1
158.8
151.4
147.2
143.5
139.8
136.0
129.8
122.5
118.2
113.5
113.0
9.9 W
DYN HT FL
(J/KG)
(V)
0.111
0.371
0.28
0.742
1.114
1.485
1.799
2.034
2.251
2.461
2.663
2.860
3.047
3.228
3.404
3.575
3.743
4.148
4.533
4.907
5.271
5.624
5.968
6.632
7.263
7.863
8.444
8.523
0.31
0.41
0.48
0.51
0.67
0.60
0.44
0.23
0.18
0.17
0.14
0.16
0.17
0.20
0.18
0.31
0.13
0.12
0.12
0.12
0.11
0.11
0.12
0.12
0.12
0.11
3
4
Temperature, Salinity
32
33
4
0
I
23
I
24
,
Fluorescence (v)
36
12
8
,
35
34
16
0
1
23
24
2
3
4
25
Sigma-theta
26
27
I
26
25
27
Sigma-theta
STA NO 32
09 JUL 1993
P
T
LAT:
37 59.2 N
2111 GMT
S
POT T
(DB)
(C)
3 15.400
15.399
10
20
15.396
15.387
30
15.387
40
10.056
50
9.689
60
70
9.238
8.795
80
8.626
90
8.552
100
32.823
32.823
32.823
32.823
32.824
33.300
33.503
33.556
33.608
33.659
33.694
110
8.476
33.762
8.465
120
130
140
150
175
200
225
250
275
300
350
400
450
500
8.381
33.802
33.829
33.868
33.888
33.950
34.002
34.036
34.064
34.073
34.079
8.369
8.280
8.142
8.032
7.677
7.406
7.229
6.998
6.850
6.698
6.225
5.830
34.099
5.796
5.630
5.387
34.150
34.188
5.592
5.346
506
5.322
34.190
5.281
8.293
8.156
8.047
7.694
7.425
7.250
7.021
6.876
6.725
6.255
34.051
(C)
15.400
15.398
15.393
15.382
15.381
10.051
9.682
9.231
8.787
8.617
8.542
76
LONG: 126
DEPTH 4700
SIGMA
THETA
24.208
24.208
24.209
24.212
24.212
25.617
25.836
25.951
26.062
26.128
SVA
(CUT)
370.3
370.5
370.7
370.7
371.0
237.2
216.5
205.8
195.4
189.2
26.167
26.232
26.278
26.313
26.364
26.396
26.497
26.576
26.628
26.672
26.702
26.730
26.797
26.867
26.932
26.992
27.000
5.1 W
DYN HT FL
(J/KG) (V)
0.111
0.28
0.370 0.31
0.741
0.36
1.112 0.43
1.483
1.789
2.015
2.226
2.427
2.619
0.43
0.64
0.64
0.58
0.35
0.20
185.7
2.807
0.16
179.7
175.5
172.4
167.7
164.8
155.5
148.3
143.8
139.9
137.4
135.0
2.990
3.167
3.342
3.512
3.677
4.077
4.456
0.15
0.19
0.19
0.17
0.19
0.16
0.14
0.14
0.13
0.12
0.12
0.12
0.12
0.12
0.12
0.12
129.1
122.8
117.1
111.8
111.0
4.821
5.175
5.522
5.863
6.524
7.153
7.752
8.325
8.392
Temperature, Salinity
32
34
33
4
0
,
I
,
Fluorescence (v)
36
35
12
8
0
16
I
2
1
4
3
,
,
100 J
its
200
400
6
FL
-
500
I
23
24
25
Sigma-theta
P
27
26
STA NO 33
LAT:
10 JUL 1993
140 GMT
T
(DB)
(C)
3 15.185
10
15.192
20
15.173
30 15.159
40
15.082
50 12.600
60
9.616
70
9.452
80
9.027
90
8.886
100
8.708
110
8.614
120
8.534
130
8.414
140
8.477
150
8.327
175
8.127
200
7.731
225
7.449
250
7.191
275
6.973
300
6.707
350
6.304
400
5.978
450
5.656
500
5.419
509
5.360
S
32.781
32.782
32.782
32.781
32.779
33.021
33.350
33.408
33.529
33.589
33.627
33.671
33.723
33.776
33.814
33.871
33.970
34.003
34.024
34.040
34.053
34.060
34.095
34.116
34.141
34.175
34.180
38
3.0 N
POT T
(C)
15.184
15.190
15.170
15.155
15.076
12.593
9.609
9.444
9.019
8.877
8.698
8.603
8.522
8.401
8.463
8.312
8.109
7.712
7.428
7.167
6.947
6.679
6.273
5.944
5.618
5.378
5.318
77
24
23
LON G: 126
DE PTH 4700
SIGMA
THETA
24.223
24.222
24.226
24.229
24.245
24.940
25.729
25.801
25.964
26.033
26.090
26.139
26.193
26.253
26.273
SVA
(CL/T)
368.9
369.2
369.1
369.1
367.9
301.8
226.7
220.0
204.7
198.3
193.0
188.5
183.6
26.341
170.1
26.449
26.534
26.590
26.640
160.2
152.5
147.4
26.681
139.5
135.8
128.5
123.4
26.722
26.803
26.862
26.922
26.977
26.988
178.1
176.4
143.1
118.1
113.2
112.3
25
Sigma-theta
0.1 W
DYN HT FL
(J/KG)
0.111
0.369
0.738
1.107
1.476
1.828
2.077
2.299
2.511
2.712
2.908
3.100
3.285
3.466
3.643
3.816
4.229
4.619
4.994
5.356
5.709
6.053
6.715
7.344
7.948
8.525
8.627
(V)
0.33
0.30
0.32
0.34
0.37
0.69
0.91
0.77
0.42
0.24
0.18
0.17
0.16
0.17
0.26
0.33
0.55
0.57
0.25
0.19
0.15
0.13
0.13
0.12
0.12
0.12
0.12
26
27
Temperature, Salinity
32
4
34
33
35
16
12
8
Fluorescence (v)
36
0
2
1
4
3
0
100 J
co 200
400 J
6
FL
500
23
24
25
Sigma-theta
26
27
STA NO 34
LAT:
P
T
(DB)
(C)
3 15.205
10
15.211
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
508
15.212
15.208
15.163
11.614
10.268
9.546
9.290
9.214
9.160
8.744
8.531
8.459
8.387
8.292
8.005
7.812
7.569
7.243
6.979
6.699
6.276
6.063
5.732
5.428
5.406
38
6.9 N
306 GMT
10 JUL 1993
S
32.776
32.776
24
23
25
Sigma-theta
LONG: 125 55.0 W
DEPTH 4200
POT T
(C)
15.204
SIGMA
THETA
24.214
SVA
DYN HT FL
(CLlr)
(J/KG)
369.7
370.0
0.111
0.370
0.27
0.29
370.3
370.5
369.9
289.2
0.740
1.110
1.480
1.810
0.27
0.29
0.29
0.54
(V)
15.210
24.213
32.776
32.776
15.209
15.203
32.775
15.157
24.214
24.214
24.224
32.951
11.607
10.261
9.539
25.071
25.448
253.4
2.078
0.40
25.642
235.1
9.281
9.20 5
9.14 9
25.792
221.0
207.7
202.4
198.7
190.2
113.1
2.322
2.550
2.763
2.967
3.168
3.363
3.550
3.732
3.909
4.327
4.726
5.106
5.473
5.829
6.174
6.839
7.475
8.084
8.663
0.26
0.24
0.35
0.33
0.27
0.30
0.32
0.47
0.47
0.50
0.38
0.32
0.26
0.15
0.13
0.13
0.12
0.12
0.12
112.3
8.754
0.12
33.130
33.224
33.363
33.529
33.591
33.560
33.634
33.704
33.762
33.813
33.924
33.985
34.019
34.032
34.050
34.057
34.070
34.116
34.142
34.178
34.186
8.73 2
8.51 8
8.44 6
8.37 2
8.27 7
7.98 7
7.79 2
7.54 8
7.21 9
6.953
6.672
6.246
6.029
5.694
5.386
5.365
78
25.934
25.992
26.033
26.123
26.190
26.246
26.301
26.431
26.507
26.570
26.626
26.677
26.721
26.786
26.851
26.912
26.979
26.988
184.1
178.9
173.9
161.9
155.0
149.4
144.4
139.8
135.9
130.1
124.5
119.0
26
27
Temperature, Salinity
32
0
1
4
33
34
8
35
16
12
,
Fluorescence (v)
36
0
1
2
3
4
23
24
25
26
27
I
100 J
N
400 J
500
F
23
24
25
Sigma-theta
26
27
Sigma-theta
38 10.8 N
STA NO 35
LAT:
10 JUL 1993
512 GMT
P
T
(DB)
(C)
3 15.898
10
15.895
20 15.911
30 15.910
40 15.632
50 12.440
60 11.479
70 10.813
80 10.105
90
9.663
100
9.278
110
9.022
120
8.747
130
8.669
140
8.408
150
8.405
175
8.192
200
7.903
225
7.653
250
7.310
275
7.184
300
6.979
350
6.400
400
6.001
450
5.732
500
5.155
508
5.046
S
32.813
32.813
32.814
32.813
32.796
32.837
32.894
33.028
33.212
33.325
33.452
33.507
33.558
33.657
33.678
33.753
33.905
33.972
33.997
34.007
34.035
34.054
34.077
34.085
34.133
34.129
34.125
LONG: 125 50.1 W
DEPTH 4100
POT T
(C)
15.898
15.894
15.908
15.906
15.626
12.433
11.471
10.805
10.096
9.653
9.267
9.010
8.735
8.656
8.393
8.389
8.174
7.884
7.631
7.286
7.158
6.952
6.369
5.966
5.694
5.115
5.006
79
SIGMA
THETA
24.090
24.091
24.088
24.088
24.137
24.828
25.052
25.275
25.541
25.702
25.864
25.948
26.031
26.120
26.177
26.237
26.388
26.484
26.540
26.597
26.637
26.680
26.776
26.834
26.906
26.972
26.981
SVA
(CUT)
381.6
381.7
382.3
382.6
378.2
312.4
291.3
270.2
245.0
229.8
214.6
206.8
199.0
190.7
185.5
180.0
166.0
157.3
152.3
147.1
143.7
139.9
131.2
126.0
119.7
113.4
112.5
DYN HT FL
(J/KG)
0.114
0.382
0.763
1.146
1.527
1.879
2.181
2.460
2.718
2.954
3.175
3.387
3.589
3.784
3.972
4.155
4.585
4.989
5.375
5.749
6.112
6.467
7.144
7.787
8.399
8.982
9.072
(V)
0.19
0.20
0.21
0.23
0.23
0.49
0.62
0.46
0.37
0.29
0.29
0.21
0.19
0.25
0.31
0.35
0.47
0.22
0.20
0.14
0.12
0.13
0.12
0.12
0.12
0.11
0.12
Temperature, Salinity
34
33
32
4
8
35
Fluorescence (v)
36
12
0
16
2
1
4
3
100 1
.Q
Ca
Co
a)
400
6
FL
-
500
23
24
25
Sigma-theta
26
27
STA NO 36
LAT:
10 JUL 1993
641 GMT
P
T
DYN HT FL
25.632
25.723
25.825
25.922
26.013
SVA
(CLtT)
369.6
369.9
370.1
367.5
364.0
309.2
290.9
273.9
253.8
236.6
228.0
218.5
209.4
200.9
8.735
26.121
190.9
3.980
0.18
8.517
7.817
26.215
26.361
26.472
26.560
26.616
26.660
26.707
26.793
26.867
26.916
26.976
26.983
182.1
4.165
4.603
5.014
5.399
5.767
6.125
6.473
7.137
7.768
0.19
0.20
0.15
32.800
32.801
32.801
32.804
32.806
32.829
32.912
33.041
33.160
33.284
33.349
33.436
33.508
33.520
8.750
33.673
8.532
7.834
7.560
7.190
7.017
6.887
6.782
6.347
5.804
33.750
33.804
33.893
33.940
33.980
34.012
34.054
34.089
34.096
34.088
34.139
34.142
150
175
200
225
250
275
300
350
400
450
500
5.351
5.182
5.145
S
25
Sigma-theta
LONG: 125 45.0 W
DEPTH 4100
SIGMA
THETA
24.215
24.214
24.215
24.245
24.286
140
507
38 14.2 N
POT T
(C)
15.285
15.292
15.290
15.160
14.984
12.229
11.528
11.083
10.399
9.884
9.637
9.428
9.178
8.654
(DB)
(C)
3
15.286
10
15.294
20
15.293
30
15.165
40
14.990
50
12.235
60
11.536
70
11.092
80
10.408
90
9.894
100
9.648
110
9.441
120
9.191
130
8.667
24
23
7.541
7.169
6.994
6.862
6.754
6.316
5.770
5.315
5.142
5.104
80
24.861
25.056
25.236
25.449
168.4
158.3
150.1
145.2
141.3
137.2
129.6
122.7
118.3
113.0
112.4
(J/KG)
(V)
0.111
0.25
0.25
0.25
0.28
0.37
0.86
0.75
0.46
0.29
0.29
0.370
0.740
1.110
1.475
1.819
2.116
2.398
2.662
2.906
3.138
3.363
3.577
3.782
8.371
8.948
9.027
0.41
0.28
0.18
0.17
0.11
0.11
0.12
0.12
0.12
0.11
0.11
0.11
0.12
26
27
Temperature, Salinity
32
33
4
23
34
8
24
35
12
25
Sigma-theta
26
LAT:
4
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
508
T
(C)
14.940
14.940
14.944
14.946
14.944
13.501
12.048
11.233
10.752
10.405
10.140
9.502
9.306
9.176
8.779
8.180
7.787
7.447
7.218
7.096
6.944
6.695
6.189
5.835
5.438
5.166
5.134
S
32.817
32.817
32.817
32.817
32.817
32.787
32.840
32.939
33.080
33.171
33.290
33.347
33.497
33.546
33.607
33.556
33.714
33.831
33.900
33.957
33.997
34.014
34.019
34.061
34.085
34.131
34.135
23
38 17.9 N
814 GMT
10 JUL 1993
P
0
27
STA NO 37
(DB)
Fluorescence (v)
36
16
1
2
3
4
24
25
Sigma-theta
26
27
LONG: 125 40.0 W
DEPTH 4000
POT T
(C)
14.939
14,938
14.941
14.941
14.938
13.494
12.040
11.224
10.742
10.394
10.129
9.490
9.293
9.162
8.764
8.165
7.770
7.428
7.197
7.073
6.919
6.668
6.159
5.801
5.401
5.126
5.093
81
SIGMA
THETA
24.304
24.304
24.303
24.303
24.304
24.581
24.905
25.132
25.327
25.457
25.595
25.746
25.895
25.954
26.064
26.115
26.298
26.439
26.525
26.588
26.640
26.687
26.757
26.835
26.903
26.972
26.979
SVA
(CUT)
361.2
361.4
361.8
362.1
362.3
336.0
305.3
283.9
265.5
253.2
240.3
226.0
212.1
206.6
196.2
191.4
174.4
161.4
153.5
147.9
143.2
139.0
132.8
125.7
119.6
113.4
112.8
DYN HT FL
(J/KG) (V)
0.144 0.41
0.361
0.37
0.723 0.41
0.36
1.085
1.447 0.39
1.802 0.62
2.120 0.82
2.416
0.46
2.690 0.33
2.949 0.29
3.194 0.23
3.425 0.23
3.644 0.26
3.853 0.17
4.054 0.17
4.248
0.18
4.702 0.10
5.120 0.10
5.514 0.10
5.891
6.255
6.608
7.288
7.931
8.546
9.128
9.218
0.11
0.11
0.12
0.12
0.11
0.11
0.12
0.11
Temperature, Salinity
32
0
i
4
i
33
12
8
I
35
34
I
i
16
Fluorescence (v)
36
0
1
2
3
4
23
24
25
26
27
i
I
2
a
500
23
24
26
25
27
Sigma-theta
Sigma-theta
LAT:
1
STA NO
16 AUG 1993
P
T
(DB)
(C)
39
0.9 N
155 GMT
S
1.0 W
LONG: 128
DEPTH
4350
POT T
(C)
17.639
17.586
17.586
17.352
16.836
16.583
16.052
SIGMA
THETA
23.443
23.450
23.450
23.510
SVA
(CL/T)
443.2
442.9
443.2
437.8
23.654
23.715
23.849
DYN HT FL
(J/KG)
0.044
0.443
0.886
1.326
(V)
0.13
0.13
0.13
0.15
424.3
1.754
0.18
418.8
406.3
2.176
2.588
0.25
0.30
40
17.639
17.588
17.589
17.357
16.842
50
60
16.591
16.061
32.496
32.488
32.488
32.494
32.525
32.528
32.544
70
15.681
32.627
15.670
23.998
392.4
2.989
0.38
80
14.190
32.619
14.178
24.311
362.6
3.371
0.61
90
100
12.701
11.540
32.645
32.742
12.689
11.528
24.630
24.923
332.3
304.4
3.718
4.040
0.44
0.30
110
120
11.015
10.585
32.824
32.888
11.002
10.571
25.082
25.207
289.5
277.7
4.339
4.625
0.22
0.19
130
10.199
32.933
10.184
25.307
268.3
4.898
0.17
140
150
175
200
225
250
275
9.669
9.403
8.397
7.953
33.073
33.257
33.528
25.505
25.692
26.062
249.5
231.9
197.0
5.158
5.400
5.934
0.15
0.16
0.10
33.840
26.272
26.423
177.4
163.3
6.401
7.609
6.827
0.10
0.10
7.240
33.909
9.653
9.387
8.379
7.933
7.588
7.217
26.529
153.5
7.221
0.11
6.849
33.925
6.824
26.596
147.3
7.597
0.11
300
6.661
33.941
6.634
26.634
144.0
7.961
0.11
350
6.183
33.975
6.153
26.723
135.9
8.660
0.11
400
5.825
34.009
5.791
26.796
129.5
9.324
0.12
450
5.519
34.053
5.482
26.868
123.0
9.954
0.11
500
504
5.195
5.182
34.091
5.155
5.142
26.937
26.939
116.7
116.6
10.552
10.599
1
10
20
30
33.711
34.092
82
0.12
0.12
Temperature, Salinity
32
4
33
34
12
35
16
0
Fluorescence (v)
36
0
1
23
24
2
3
4
25
Sigma-theta
26
27
1
100
23
24
25
Sigma-theta
26
27
STA NO 2
17 AUG 1993
P
(DB)
2
10
20
30
40
50
60
70
80
90
99
T
(C)
17.443
17.456
17.431
17.386
16.256
16.037
15.247
14.771
13.892
13.210
12.500
LAT:
38 40.0 N
S
32.648
32.645
32.643
32.638
32.623
32.670
32.665
32.686
32.703
32.758
32.836
LONG: 126 34.6 W
DEPTH 4360
2125 GMT
POT T
(C)
17.442
17.455
17.427
17.381
16.250
16.030
15.238
14.761
13.881
13.198
12.487
no data at 8 db
83
SIGMA
THETA
23.607
23.601
23.607
23.613
23.865
23.950
24.122
24.240
24.438
24.618
24.818
SVA
(CUT)
427.6
428.4
428.2
427.9
404.2
396.3
380.2
369.2
350.5
333.5
314.6
DYN HT FL
(J/KG)
0.086
0.428
0.857
1.285
1.706
2.107
2.495
2.870
3.229
3.572
3.862
(V)
0.10
0.10
0.11
0.13
0.18
0.27
0.39
0.69
1.04
0.46
0.23
Temperature, Salinity
32
0
1
4
34
35
I
I
9
24
1
0
16
I
I
Fluorescence (v)
36
8
I
500
23
33
1
I
1'
1
25
Sigma-theta
I
I
1
1
26
T
P
(DB)
(C)
3 17.456
10
17.427
20
17.411
17.363
30
16.206
40
50
15.824
60
15.037
70
14.290
13.709
80
90
12.776
100
12.461
110
12.043
120
11.594
130
11.326
140
10.990
150
10.677
175
9.786
200
8.803
225
8.427
250
8.039
275
7.732
300
7.551
350
6.903
400
450
500
507
6.386
5.950
5.884
5.837
LAT:
32.640
32.639
32.636
32.639
32.624
32.667
32.675
32.675
32.709
32.811
32.848
32.876
32.911
32.957
33.032
33.175
33.410
33.560
33.727
33.837
33.914
33.988
34.001
34.025
34.062
34.136
34.141
3
I
I
I
POT T
(C)
17.456
17.425
17.408
17.358
16.200
15.816
15.028
14.280
13.698
12.764
12.448
12.029
11.579
11.310
10.973
10.659
9.766
8.782
8.404
8.014
7.705
7.522
6.870
6.350
5.912
5.841
5.794
84
24
23
38 40.0 N
2245 GMT
S
2
4
1
27
STA NO 3
17 AUG 1993
1
25
Sigma-theta
LONG: 126 34.6 W
DEPTH 4370
SIGMA
THETA
23.597
23.604
23.605
23.620
23.876
23.996
24.175
24.333
24.480
24.745
24.834
24.935
25.045
25.130
25.248
25.415
25.749
26.025
26.214
26.359
26.464
26.549
26.650
26.737
26.823
26.890
26.900
SVA
(CL/T)
428.6
428.2
428.4
427.3
403.1
391.9
375.2
360.2
346.5
321.4
313.1
303.7
293.3
285.4
274.3
258.7
227.1
201.1
183.6
170.1
160.4
152.7
143.5
135.5
127.7
122.0
121.1
DYN HT FL
(J/KG)
0.129
0.428
0.857
1.285
1.699
2.097
2.478
2.846
3.200
3.536
3.853
4.160
4.459
4.748
5.029
5.295
(V)
0.11
0.11
5.901
0.12
0.12
0.12
0.12
6.430
6.908
7.348
7.760
8.152
8.889
9.584
10.241
10.866
10.951
0.12
0.13
0.21
0.29
0.50
0.91
0.88
0.34
0.18
0.13
0.12
0.11
0.11
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
26
27
Temperature, Salinity
32
33
4
34
12
8
0
I
.
I
35
,
16
,
I
.-
I
I
Fluorescence (v)
36
,
0
1
2
3
4
23
24
25
Sigma-theta
26
27
I
100 -
T
400 -
500
I
23
T I
24
25
Sigma-theta
26
27
STA NO 4
24 AUG 1993
P
T
(DB)
(C)
2
17.983
10
17.990
17.970
20
30
17.609
40
17.079
50 16.903
60 15.311
70
13.470
13.134
80
90
12.827
100
12.438
110 11.795
120
10.982
130
10.265
140
9.481
150
9.085
175
8.281
200
7.793
225
7.567
250
275
300
301
7.330
7.145
6.872
6.869
LAT:
37 32.3 N
S
32.686
32.687
32.692
32.929
33.003
33.051
33.024
32.890
32.928
32.980
33.039
33.040
33.091
33.250
33.289
33.359
33.558
33.738
33.887
33.940
33.978
33.994
33.995
LONG: 128 2.8 W
4730
DEP TH
110 GMT
POT T
(C)
17.982
17.988
17.967
17.604
17.072
16.895
15.302
13.461
13.123
12.815
12.425
11.782
10.967
10.250
9.465
9.069
8.264
7.773
7.546
7.306
7.120
6.845
6.841
85
SIGMA
THETA
23.506
23.505
23.514
23.783
23.966
24.044
24.384
24.667
24.764
24.865
24.986
25.108
25.296
25.544
25.705
25.823
26.103
26.316
26.466
26.542
26.598
26.648
26.649
SVA
(CUT)
437.2
437.6
DYN HT FL
411.7
394.6
387.4
355.3
328.3
319.3
309.9
298.6
(J/KG)
0.087
0.437
0.875
1.305
1.709
2.100
2.475
2.815
3.139
3.453
3.757
287.1
4.051
269.4
245.8
230.6
219.4
4.327
4.584
4.822
5.047
5.557
6.015
6.430
6.818
7.192
7.555
7.569
437.1
193.1
173.1
159.3
152.4
147.4
142.8
142.8
(V)
0.14
0.12
0.12
0.12
0.12
0.13
0.17
0.19
0.20
0.24
0.30
0.28
0.23
0.18
0.14
0.12
0.09
0.09
0.10
0.10
0.11
0.11
0.11
Temperature, Salinity
32
4
33
8
34
12
35
16
Fluorescence (v)
36
0
1
23
24
2
3
4
25
Sigma-theta
26
27
a
23
24
25
Sigma-theta
26
27
STA NO 5
26 AUG 1993
P
T
(DB)
(C)
3
15.958
15.956
15.878
15.792
11.389
10.822
10.429
9.826
9.736
10
20
30
40
50
60
70
72
LAT:
36 17.8 N
S
POT T
(C)
33.271
33.303
33.307
33.312
33.256
33.284
33.412
33.559
33.558
LONG: 123 45.1 W
DEP TH 3850
2120 GMT
15.957
15.954
15.875
15.787
11.384
10.816
10.423
9.818
9.727
SIGMA
THETA
24.428
24.454
24.475
24.498
25.349
25.473
25.641
25.858
25.872
86
SVA
(CLrr)
349.3
347.1
345.4
343.5
262.5
250.9
235.1
214.7
213.4
DYN HT FL
(J/KG)
0.105
0.348
0.695
1.039
1.329
1.583
1.827
2.051
2.094
(V)
0.41
0.32
0.71
0.60
0.81
0.88
0.76
0.34
0.27
Temperature, Salinity
32
4
0
33
34
8
1
I
35
16
12
,
,
I
I
.
I
.
Fluorescence (v)
36
0
2
1
6
FL
23
24
25
Sigma-theta
27
26
STA NO 6
26 AUG 1993
P
T
(DB)
(C)
2 15.950
10
15.955
20 15.907
30 15.823
40
11.639
50 10.867
60
10.351
70
9.897
80
8.946
90
8.750
100
8.350
110
8.381
120
8.030
130
7.917
140
7.900
150
7.873
175
7.650
200
7.469
7.417
225
250
7.031
275
300
350
400
450
500
507
7.042
6.883
6.429
5.881
5.701
5.353
5.326
LAT:
36 17.8 N
33.301
33.304
33.311
33.260
33.275
33.369
33.547
33.488
33.546
33.615
33.729
33.771
33.816
33.862
33.902
33.942
33.987
34.057
34.036
34.094
34.116
34.150
34.146
34.198
34.220
34.228
25
Sigma-theta
LONG: 123 45.1 W
DEPTH 3850
POT T
(C)
33.299
24
23
2128 GMT
S
4
3
I
15.950
15.954
15.904
15.819
11.634
SIGMA
THETA
24.452
24.453
24.466
10.861
10.344
9.890
8.937
8.740
8.340
8.370
8.018
7.904
7.887
7.858
7.633
7.450
7.395
7.008
7.016
6.856
6.398
5.847
5.663
5.312
5.284
87
SVA
25.307
25.458
(CLrr)
347.0
347.2
346.2
344.2
266.6
252.4
25.621
237.1
25.837
25.945
216.7
206.5
199.4
188.6
180.7
24.491
26.021
26.136
26.221
26.306
26.358
26.397
26.433
26.497
26.558
26.621
26.658
26.703
26.742
26.830
26.897
26.961
27.020
27.031
172.8
168.0
164.5
161.2
155.5
150.1
144.5
141.2
137.4
133.9
126.1
120.0
114.5
109.1
108.2
DYN HT FL
(J/KG)
0.069
0.347
0.694
1.039
1.346
1.604
1.852
2.079
2.291
2.493
2.687
2.872
3.047
3.218
3.384
3.547
3.945
4.325
4.694
5.051
5.398
5.737
6.388
7.002
7.586
8.146
8.222
(V)
0.37
0.35
0.43
0.78
0.94
0.86
0.82
0.37
0.24
0.16
0.13
0.12
0.11
0.10
0.10
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
26
27
Temperature, Salinity
T -r-7-7-1
33
32
4
34
35
8
0
I
24
.
I
,
I
25
Sigma-theta
I
,
T
(DB)
(C)
2 14.899
10
14.901
20
14.902
30
14.904
40
13.890
50
10.460
60
9.955
70
9.498
80
9.470
90
9.301
100
9.076
110
8.969
120
8.913
130
8.759
140
150
175
200
225
250
275
300
350
400
450
500
506
8.722
8.645
8.336
8.034
7.729
7.457
7.278
6.944
6.729
6.369
6.260
5.874
5.864
I
,
I
LAT:
37
0.1 N
33.311
33.311
33.312
33.312
33.329
33.396
33.431
33.504
33.562
33.653
33.693
33.720
33.796
33.860
33.887
33.928
33.998
34.036
34.050
34.064
34.072
34.075
34.122
34.152
34.217
34.232
34.237
25
Sigma-theta
0.7 W
LONG: 125
DEP TH 4377
POT T
(C)
14.899
14.900
14.899
14.899
13.884
10.454
9.948
9.491
9.461
9.291
SIGMA
THETA
24.693
24.692
24.693
24.693
24.920
25.623
25.736
25.868
25.918
26.017
26.084
26.123
SVA
(CUT)
324.1
324.3
324.6
324.9
303.5
236.6
226.0
213.6
DYN HT FL
(J/KG)
0.065
0.324
0.649
0.973
1.295
1.547
1.778
1.997
2.209
2.412
2.608
2.800
2.987
(V)
0.71
0.44
0.52
0.70
0.48
0.82
0.62
0.37
0.29
0.19
0.13
0.12
0.12
26.191
209.1
199.9
193.7
190.2
183.9
8.745
26.266
176.9
3.168
0.13
8.707
8.629
8.318
8.014
7.707
7.433
7.252
6.916
6.697
6.334
6.220
26.293
26.337
26.439
26.515
26.571
26.621
26.653
26.702
26.768
26.840
26.906
26.967
26.973
174.6
170.6
161.3
154.4
149.4
145.0
142.2
137.8
132.2
125.8
120.2
114.7
114.3
3.344
3.516
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
9.066
8.958
8.900
5.831
5.820
88
4
I
I
24
23
553 GMT
S
1
I
I
27
26
STA NO 7
27 AUG 1993
P
0
16
,
Fl u o rescence (v)
2
3
36
12
3.931
4.324
4.705
5.073
5.431
5.781
6.456
7.103
7.719
8.305
8.374
26
27
Temperature, Salinity
32
33
4
34
8
35
0
16
12
0
Fluorescence (v)
36
I
I
2
1
3
4
I
I
100 -
Q200V
V
400 J
FL
500
I
I
23
24
25
Sigma-theta
26
37 0.1 N
1657 GMT
STA NO 8
27 AUG 1993
P
T
(DB)
(C)
3 15.000
10
14.935
20
14.654
30
11.292
40
10.640
50 10.197
9.774
60
70
9.545
80
9.371
90
9.282
100
9.351
110
9.241
120
9.171
130
9.108
140
8.887
150
8.736
175
8.736
200
8.384
225
7.980
250
8.083
275
7.534
300
7.202
350
6.633
400
6.492
450
5.845
500
5.610
507
5.644
23
27
LAT:
S
33.407
33.410
33.411
33.435
33.451
33.446
33.530
33.549
33.603
33.657
33.778
33.810
33.859
33.921
33.951
33.934
34.044
34.073
34.083
34.170
34.138
34.139
34.146
34.199
34.164
34.197
34.209
24.761
24.823
25.505
14.651
11.289
10.635
10.191
9.768
9.537
9.362
9.272
9.341
9.229
9.158
9.094
8.872
8.721
8.717
8.363
7.958
8.058
7.507
7.174
6.601
6.456
5.807
5.568
5.601
89
25
Sigma-theta
LONG: 123 0.2 W
DEPTH 1880
SIGMA
THETA
24.745
POT T
(C)
14.999
14.934
24
25.634
25.707
25.843
25.896
25.967
26.023
26.107
26.150
26.200
26.259
26.317
26.328
26.414
26.491
26.561
26.614
26.669
26.717
26.800
26.861
26.916
26.972
26.977
SVA
(CL/T)
319.1
317.8
312.2
247.4
235.4
228.7
215.9
211.0
204.5
199.3
191.5
187.7
183.1
177.7
172.4
171.5
163.8
156.8
150.5
146.0
140.9
136.6
129.1
124.0
118.8
114.0
113.6
DYN HT FL
(J/KG)
0.096
0.319
0.634
0.906
1.146
1.377
1.601
1.813
2.022
2.224
2.419
2.609
2.794
2.975
3.150
3.322
3.743
4.144
4.527
4.898
5.256
5.604
6.268
6.900
7.508
8.090
8.169
(V)
0.69
0.70
0.77
0.57
0.46
0.37
0.25
0.16
0.13
0.12
0.13
0.13
0.14
0.13
0.13
0.13
0.13
0.13
0.12
0.13
0.13
0.13
0.12
0.13
0.12
0.12
0.12
26
27
Temperature, Salinity
32
4
33
34
8
0
I
24
,
,
I
35
12
I
16
0
1
23
24
26
25
Sigma-theta
27
9
LAT:
30 AUG 93
T
37 30.0 N
510 GMT
26
27
SVA
DYN HT FL
(J/KG)
0.094
0.312
0.586
0.834
1.068
(V)
0.68
25.755
224.0
1.295
0.23
25.855
25.885
214.8
212.2
1.515
1.728
0.21
25.943
206.9
1.938
0.17
25.955
205.8
199.8
194.8
189.9
188.4
186.3
181.0
171.2
166.5
159.0
152.8
147.9
143.8
136.8
128.6
2.144
2.348
2.545
2.738
2.926
3.115
3.298
3.740
4.163
4.569
4.958
5.334
5.697
6.399
7.061
7.690
8.293
8.363
0.16
0.16
0.14
0.14
0.14
0.14
0.13
0.13
0.13
0.13
0.16
0.18
0.12
0.12
0.13
0.12
0.12
0.12
3
40
50
60
70
80
90
14.785
14.164
11.529
11.367
10.753
10.426
10.095
10.108
9.940
9.901
33.410
33.412
33.454
33.490
33.554
33.559
33.614
33.654
33.692
33.700
100
9.737
33.748
9.72 6
26.021
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
506
9.610
9.477
9.439
9.280
9.180
8.945
8.729
8.562
8.258
7.787
7.583
7.133
6.415
5.955
33.791
9.598
9.464
9.42 4
9.2 64
9.1 64
8.9 27
8.708
8.53 9
8.2 33
7.760
7.5 54
7.0 99
6.380
5.91 6
5.430
5.416
26.076
26.129
26.147
26.171
26.229
26.337
26.390
26.474
26.544
26.597
26.643
26.723
5.458
25
Sigma-theta
(CL/T)
314.5
302.0
249.8
244.6
229.6
POT T
(C)
14.784
14.163
11.52 6
11.363
10.74 8
10.42 0
10.08 9
10.10 0
9.93 1
9.8 91
5.471
4
SIGMA
THETA
24.794
24.927
25.477
25.535
25.695
(C)
10
20
30
3
LONG: 123 15.2 W
DEPTH 1600
(DB)
P
2
I
.
STA NO
Fluorescence (v)
36
S
33.832
33.846
33.844
33.897
33.987
34.012
34.085
34.114
34.093
34.113
34.134
34.122
34.125
34.132
34.133
90
26.811
26.872
26.937
26.939
123.1
117.1
116.9
0.81
0.75
0.38
0.31
0.19
Temperature, Salinity
32
4
0 _1
I
33
34
8
I
I
35
I
,
I
I
Fluorescence (v)
36
16
12
0
1
2
3
4
24
25
26
27
I
FL
23
24
25
Sigma-theta
26
STA NO 10
05 SEP 93
P
T
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
(C)
27
23
Sigma-theta
LAT:
37 46.1 N
732 GMT
S
LONG: 128 29.8 W
DEPTH 2250
POT T
(C)
16.970
16.767
16.152
15.688
15.229
14.776
13.734
SIGMA
THETA
23.717
23.764
23.909
SVA
(CUT)
DYN HT FL
(J/KG)
0.083
0.416
0.823
1.219
1.605
1.979
2.335
2.659
2.943
(V)
16.970
16.768
16.155
15.693
15.235
14.783
13.742
12.580
10.328
10.327
9.985
9.798
32.648
32.647
32.652
32.649
32.666
32.694
32.782
33.012
32.962
33.185
33.255
9.561
9.258
9.017
8.950
8.255
8.030
7.739
33.362
33.444
33.553
33.654
33.722
33.868
33.934
10.319
10.317
9.974
9.786
9.547
9.244
9.002
8.935
8.237
8.010
7.717
158.1
5.857
0.11
0.11
0.11
7.355
33.961
7.331
26.555
151.2
6.243
0.11
7.151
34.002
34.066
34.033
7.125
7.131
6.379
26.615
26.665
26.740
145.7
141.4
134.6
6.614
6.973
7.662
0.12
0.12
6.045
5.652
5.300
26.815
26.883
26.943
127.9
121.8
116.3
8.316
8.940
9.535
0.12
0.12
0.12
5.274
26.950
115.8
9.604
0.12
7.159
6.410
33.301
400
450
500
6.080
5.689
5.341
34.074
34.097
34.120
506
5.315
34.125
12.571
91
24.011
24.125
24.243
24.529
24.937
25.307
25.482
25.595
25.661
25.748
25.862
25.985
26.075
26.235
26.383
26.479
417.1
412.9
399.3
389.9
379.3
368.3
341.3
302.6
267.2
250.9
240.3
234.2
226.0
215.4
203.8
195.5
180.5
166.9
3.202
3.448
3.686
3.917
4.137
4.347
4.547
5.016
5.451
0.23
0.24
0.28
0.30
0.38
0.66
2.18
1.43
0.37
0.20
0.21
0.22
0.25
0.19
0.12
0.12
0.11
Temperature, Salinity
32
0
i
4
i
33
34
8
i
i
12
35
16
i
I
Fluorescence (v)
36
0
2
3
4
25
Sigma-theta
26
27
1
I
2
FL
500
23
24
26
25
24
23
27
Sigma-theta
STA NO 11
05 SEP 1993
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
506
T
(C)
17.630
17.640
17.645
17.705
16.290
15.452
14.030
13.285
12.554
12.044
11.897
11.313
10.177
9.359
8.932
8.595
8.083
7.715
7.464
7.060
6.787
6.504
6.114
5.744
5.384
5.097
5.093
LAT:
37 10.2 N
S
32.803
32.808
32.808
32.834
32.653
33.011
32.946
32.948
32.921
33.013
33.108
33.174
33.207
33.282
33.375
33.463
33.650
33.801
33.907
33.946
33.963
33.992
34.020
34.050
34.079
34.115
34.124
LONG: 127 19.3 W
DEPTH 4775
1425 GMT
POT T
(C)
17.629
17.639
17.642
17.700
16.283
15.444
14.022
13.276
12.544
12.033
11.884
11.300
10.163
9.345
8.917
8.579
8.066
7.696
7.442
7.036
6.762
6.478
6.084
5.711
5.347
5.058
5.053
92
SIGMA
THETA
23.680
23.682
23.681
23.688
23.879
24.343
24.596
24.749
24.872
25.040
25.142
25.300
25.525
25.718
25.859
25.980
26.204
26.377
26.496
26.583
26.634
26.695
26.768
26.838
26.905
26.968
26.975
SVA
(CUT)
420.6
420.7
421.1
420.8
402.8
358.9
334.9
320.5
308.9
293.1
283.7
268.8
247.4
229.0
215.7
204.4
183.4
167.3
156.3
148.3
143.7
138.1
131.7
125.4
119.4
113.7
113.1
DYN HT FL
(J/KG) (V)
0.084 0.12
0.12
0.421
0.842 0.12
1.262 0.12
1.676 0.17
0.25
2.061
2.404 0.23
0.19
2.731
3.046 0.29
3.346 0.32
3.636 0.26
0.22
3.911
4.170 0.19
4.410 0.16
4.632 0.11
4.841
0.10
5.326 0.09
0.10
5.761
6.167 0.10
6.546 0.10
6.910 0.11
7.263 0.11
7.937 0.11
8.578 0.11
9.190 0.11
9.773 0.11
9.841
0.12
Temperature, Salinity
32
4
0
1
34
33
I
8
i
i
35
12
I
Fluorescence (v)
36
0
16
i
I
2
1
i
3
4
I
1
100-1
m
300
I.J..
400 J
ICI
500 -23
24
25
Sigma-theta
27
26
STA NO 12
05 SEP 1993
P
(DB)
2
10
20
30
T
(C)
16.978
LAT:
24
23
37 20.0 N
25
Sigma-theta
LONG: 127 20.1 W
DEPTH 4750
1901 GMT
SIGMA
THETA
23.754
23.764
23.890
24.066
24.430
24.743
24.968
SVA
(CL/T)
413.6
412.9
401.1
384.7
350.1
320.5
299.2
DYN HT FL
(J/KG)
0.083
0.413
0.823
1.217
1.587
1.923
2.233
(V)
0.11
32.674
32.714
32.792
POT T
(C)
16.977
16.928
16.265
15.480
13.810
12.380
11.496
S
32.697
32.696
40
50
60
16.930
16.268
15.485
13.815
12.386
11.503
70
11.095
32.841
11.086
25.080
288.8
2.527
0.27
80
90
100
110
120
130
140
10.773
10.585
10.108
9.610
9.044
8.599
8.347
33.026
33.148
33.244
33.378
33.470
33.550
33.605
10.763
10.574
10.097
9.598
9.032
8.585
8.333
25.280
25.409
25.565
25.753
25.916
26.048
26.129
269.9
257.9
243.2
225.5
210.0
197.6
190.0
2.808
3.073
3.324
3.558
3.774
3.979
4.174
0.18
0.16
0.14
0.13
0.12
150
8.238
33.678
8.223
26.203
183.1
4.360
0.10
175
200
225
250
275
300
350
400
8.185
7.799
7.557
7.183
7.036
6.627
6.289
5.980
5.527
5.395
5.367
33.867
33.938
33.975
33.987
34.018
34.003
34.043
34.084
34.093
34.155
34.159
8.167
7.780
7.535
7.159
7.010
6.600
6.259
5.946
5.489
5.354
5.326
26.360
26.472
26.537
26.599
26.644
26.688
26.764
26.836
26.899
26.964
26.970
168.7
158.3
152.6
146.9
142.9
138.9
132.2
125.8
4.797
5.205
5.594
5.968
6.329
0.12
6.681
0.11
7.357
8.000
8.616
9.202
9.259
0.12
0.12
0.12
0.12
0.12
450
500
505
32.661
32.661
93
120.1
114.4
113.9
0.12
0.15
0.24
1.02
0.69
0.32
0.11
0.10
0.11
0.11
0.11
0.12
1
26
27
Temperature, Salinity
32
33
4
34
35
Fluorescence (v)
36
0
16
8
1
2
3
4
24
25
26
27
FL
23
24
25
Sigma-theta
26
Sigma-theta
STA NO 13
05 SEP 1993
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
506
T
LAT:
37 29.9 N
S
32.789
32.791
32.705
32.706
32.765
32.992
33.049
33.145
33.299
33.344
33.434
33.483
33.561
33.572
33.655
33.726
33.843
33.915
33.966
34.041
34.053
34.038
34.098
34.100
34.130
34.174
34.187
POT T
LONG: 127 19.9 W
4670
DEPTH
2225 GMT
(C)
17.722
17.689
16.382
15.792
15.339
12.268
11.330
10.792
10.139
9.745
9.572
9.210
9.021
8.505
8.345
8.151
8.015
7.596
7.362
7.409
7.117
6.745
6.430
5.926
5.567
5.280
5.306
23
27
DYN HT FL
(C)
17.722
SIGMA
THETA
23.648
SVA
(CUT)
423.7
17.688
23.657
423.1
0.423
0.16
16.379
15.788
15.333
12.261
23.898
24.032
24.178
24.981
400.4
387.9
374.3
297.8
0.839
1.234
1.616
1.947
0.18
0.26
11.323
10.784
25.200
25.370
277.2
261.1
2.233
2.504
0.56
0.45
10.130
9.735
25.602
25.704
25.803
25.899
25.991
26.079
26.168
26.254
26.366
26.484
26.557
26.610
26.661
26.699
26.789
26.856
26.923
26.993
27.000
239.2
229.7
220.5
2.754
2.989
3.215
0.28
0.22
0.18
211.4
3.432
0.14
202.9
194.5
186.3
178.3
3.641
0.13
0.12
9.561
9.198
9.008
8.492
8.331
8.136
7.997
7.576
7.341
7.385
7.091
6.717
6.399
5.891
5.530
5.240
5.265
94
168.1
157.2
150.5
146.0
141.4
137.9
129.9
123.9
117.8
111.6
111.0
(J/KG) (V)
0.085 0.14
3.839
4.030
4.212
4.644
5.048
5.434
5.804
6.163
6.511
7.182
7.817
8.419
8.991
9.058
0.81
1.10
0.11
0.11
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
Temperature, Salinity
32
0 1,
23
33
4
I
34
I
24
.
I
.
Fluorescence (v)
36
12
8
.
35
16
0
1
23
24
2
3
25
Sigma-theta
26
I
26
25
27
Sigma-theta
STA NO 14
06 SEP 1993
P
T
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
505
(C)
17.513
17.511
16.938
16.846
16.394
11.334
10.698
9.943
9.525
9.229
8.761
8.572
8.394
8.271
8.231
8.094
7.784
7.551
7.363
7.193
6.981
6.805
6.332
5.893
5.508
5.290
5.281
LAT:
37 42.0 N
S
32.764
32.764
32.740
32.747
32.772
33.068
33.157
33.329
33.413
33.460
33.508
33.563
33.652
33.705
33.738
33.798
33.880
33.948
33.979
34.031
34.039
34.057
34.081
34.109
34.137
34.195
34.199
POT T
(C)
17.51 3
17.51 0
16.934
16.84 1
16.388
11.328
10.69 1
9.935
9.51 6
9.22 0
8.75 0
8.56 1
8.382
8.25 8
8.21 7
8.07 9
7.76 7
7.532
7.342
7.16 9
6.95 6
6.77 8
6.30 1
5.85 9
5.47 1
5.24 9
5.24 0
LONG: 127 20.0 W
DEPTH 4630
227 GMT
SIGMA
THETA
23.678
23.679
23.797
23.824
23.947
25.213
25.395
25.658
25.793
25.878
25.989
26.062
26.159
26.219
26.251
26.318
26.429
26.516
26.568
26.632
26.668
26.706
26.789
26.866
26.936
27.008
27.012
95
SVA
(CUT)
420.8
421.0
DYN HT FL
410.1
0.839
1.247
1.653
1.985
2.253
2.498
2.726
2.943
407.8
396.3
275.7
258.5
233.6
220.9
213.1
202.6
195.9
186.8
181.3
178.4
172.1
162.0
154.1
149.5
143.8
140.6
137.3
129.9
122.9
116.6
110.1
109.8
(J/KG)
0.084
0.421
3.151
3.350
3.541
3.725
3.905
4.080
4.498
4.891
5.271
5.638
5.994
6.341
7.008
7.640
8.238
8.803
8.858
(V)
0.21
0.21
0.21
0.24
0.56
1.34
0.70
0.40
0.26
0.16
0.14
0.12
0.11
0.11
0.11
0.11
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
27
Temperature, Salinity
33
32
4
34
35
16
12
8
0
,
I
23
24
25
Fluorescence (v)
36
0
1
2
3
4
23
24
25
26
27
I
26
27
Sigma-theta
STA NO 15
06 SEP 1993
P
(DB)
T
(C)
LAT:
38 10.1 N
S
LONG: 127 20.1 W
DEPTH 4500
702 GMT
POT T
(C)
SIGMA
THETA
SVA
(CL/T)
DYN HT FL
(J/KG)
(V)
2
10
20
16.928
32.799
16.928
23.843
405.1
0.081
0.21
16.929
32.799
16.927
23.843
405.3
0.405
0.22
16.930
32.807
16.926
23.850
405.0
0.811
0.23
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
16.645
13.373
11.138
10.506
9.873
9.360
9.006
8.704
8.551
8.328
8.265
7.959
8.043
8.080
7.525
7.222
6.943
6.983
6.828
32.875
32.977
33.105
33.221
33.313
33.407
33.518
33.571
33.667
33.727
33.796
33.806
33.870
34.001
33.990
33.999
34.017
34.077
34.086
16.640
13.367
11.132
10.499
9.865
9.352
8.996
8.694
8.539
8.316
8.252
7.945
8.029
8.062
7.506
7.201
6.920
6.958
6.801
23.969
24.754
25.277
25.478
25.658
25.815
25.959
26.047
26.146
26.227
26.291
26.345
26.383
26.480
26.553
26.603
26.655
26.698
26.726
394.0
319.3
269.5
250.6
233.7
218.9
205.4
0.38
1.37
1.64
0.95
187.9
180.3
174.4
169.4
166.0
157.3
150.6
146.2
141.4
137.8
135.4
1.208
1.585
1.872
2.133
2.374
2.600
2.812
3.012
3.205
3.390
3.567
3.738
3.906
4.307
4.692
5.064
5.423
5.772
6.113
350
6.193
34.075
6.162
26.802
128.6
6.772
0.12
400
450
500
506
5.592
5.246
4.945
4.918
34.060
34.096
34.121
34.125
5.559
5.210
4.905
4.879
26.864
26.934
26.989
26.995
122.8
116.5
111.5
111.0
7.403
8.002
0.12
8.571
0.12
0.12
96
197.1
8.638
0.61
0.33
0.22
0.14
0.12
0.11
0.11
0.11
0.11
0.12
0.11
0.12
0.12
0.12
0.12
0.11
Temperature, Salinity
r_1
32
4
I
33
34
35
16
8
1
I
Fluorescence (v)
36
0
1
23
24
2
3
25
Sigma-theta
26
I
I
100 -
c 200
U)
N
Co
Co
Co
Cu) 300
m
a
400 J
500+
23
24
25
Sigma-theta
26
27
STA NO 16
06 SEP 1993
P
T
(DB)
2
10
20
30
(C)
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
505
15.902
15.901
14.240
13.724
13.516
12.688
12.096
10.939
9.950
9.733
9.626
9.517
9.115
8.536
8.530
8.297
8.049
7.808
7.788
7.444
7.420
6.813
6.282
5.900
5.599
5.424
5.388
LAT:
S
32.760
32.763
32.974
33.000
33.017
33.002
33.321
33.407
33.386
33.481
33.536
33.606
33.596
33.584
33.634
33.715
33.809
33.898
33.982
33.986
34.054
33.989
34.006
34.043
34.089
34.139
34.141
LONG: 127 20.1 W
38 20.1 N
DEPTH 4500
1140 GMT
POT T
(C)
15.901
15.899
14.238
13.719
13.511
12.681
12.088
10.931
9.941
9.723
9.615
9.505
9.102
8.523
8.516
8.282
8.031
7.788
7.766
7.420
7.394
6.785
6.252
5.866
5.561
5.383
5.346
97
SIGMA
THETA
24.048
24.051
24.573
SVA
(CUT)
385.5
385.5
336.0
24.701
24.756
24.909
25.269
25.548
25.702
25.813
25.873
25.946
26.003
26.083
26.124
26.223
324.1
319.1
26.334
26.439
26.509
171.1
26.561
26.619
26.652
26.735
26.814
26.887
26.948
26.954
304.8
270.7
244.3
229.7
219.4
213.8
207.1
201.8
194.2
190.5
181.2
161.5
155.3
150.6
145.6
142.4
134.9
127.8
121.3
116.0
115.5
DYN HT FL
(J/KG) (V)
0.077 0.51
0.386 0.54
0.751
0.94
1.079
0.96
1.402
0.91
1.716
0.63
2.008 0.42
2.264 0.39
2.501
0.27
2.724 0.20
2.941
0.19
3.152 0.15
3.357 0.13
3.555 0.11
3.747 0.11
3.933 0.11
4.373 0.11
4.788 0.11
5.186 0.11
5.566 0.11
5.937 0.12
6.296 0.11
6.989 0.11
7.645 0.11
8.268 0.12
8.861
0.12
8.919 0.12
27
Temperature, Salinity
32
0
i
4
i
33
34
35
16
8
I
i
Fluorescence (v)
36
0
1
23
24
2
3
4
25
Sigma-theta
26
27
i
CL
500
23
24
25
Sigma-theta
26
27
STA NO 17
LAT:
P
T
(DB)
(C)
3 17.111
10
17.107
20
17.071
15.615
30
40 14.887
50 12.869
60
11.856
70
11.803
80
10.871
10.405
90
100
9.807
110
9.405
120
8.941
130
8.720
140
8.682
150
8.887
175
8.433
200
8.410
225
7.566
250
7.222
275
6.941
300
6.587
350
6.267
400
5.810
450
5.788
500
5.474
505
5.438
S
32.592
32.592
32.592
32.580
32.680
32.794
32.833
32.927
32.923
33.019
33.206
33.243
33.358
33.510
33.570
33.765
33.881
34.013
33.931
33.971
33.982
33.981
34.023
34.034
34.118
34.143
34.145
LONG: 127 20.1 W
38 30.0 N
DEPTH 4600
1523 GMT
06 SEP 1993
POT T
(C)
17.111
17.105
17.068
15.610
SIGMA
THETA
23.642
23.643
23.652
23.975
SVA
(CUT)
424.3
424.4
423.9
393.3
14.881
24.211
371.1
12.863
11.848
11.794
24.712
24.935
25.019
25.183
25.339
25.585
25.680
25.844
25.998
323.5
302.4
294.7
10.861
10.394
9.796
9.393
8.929
8.707
8.668
8.871
26.051
26.171
8.415
8.389
7.544
7.199
6.915
6.560
6.237
5.776
5.749
5.433
5.397
26.333
26.440
26.500
26.581
26.628
26.676
26.751
26.818
26.887
26.945
26.951
98
279.1
264.4
241.1
232.3
216.8
202.4
197.5
186.3
171.4
161.6
156.0
148.6
144.4
140.0
133.4
127.4
121.5
116.3
115.8
DYN HT FL
(J/KG)
0.127
0.424
0.849
1.257
1.642
1.987
2.299
2.599
2.885
3.156
3.409
3.647
3.871
4.082
4.282
4.473
4.918
5.334
5.730
6.110
6.477
6.833
7.518
8.169
8.792
9.387
9.445
(V)
0.15
0.16
0.15
0.21
0.37
0.70
0.45
0.37
0.21
0.17
0.14
0.13
0.12
0.13
0.11
0.11
0.12
0.12
0.10
0.10
0.10
0.10
0.11
0.11
0.12
0.12
0.12
Temperature, Salinity
32
0
1
4
I,
33
34
12
8
I
I
,
I
35
16
Fluorescence (v)
36
0
1
23
24
2
3
4
25
Sigma-theta
26
27
I
I
500
23
24
25
Sigma-theta
26
27
STA NO 18
06 SEP 1993
P
T
(DB)
(C)
2
17.605
10
17.496
20 17.473
30 17.303
40 17.023
50
15.766
60
15.124
70 13.648
80
12.752
90
12.183
100
11.632
110
10.856
120
10.762
130
10.553
140
10.099
150
9.070
175
8.538
200
8.038
225
8.007
250
7.613
275
7.434
300
7.195
350
6.782
400
6.177
450
5.816
500
506
5.410
5.398
LAT:
38 40.0 N
S
32.649
32.648
32.648
32.638
32.628
32.580
32.633
32.745
32.788
32.861
32.879
32.915
33.076
33.163
33.257
33.263
33.522
33.706
33.869
33.917
33.974
33.990
34.041
34.041
34.074
34.086
34.094
LONG: 127 20.1 W
DEPTH 4580
1855 GMT
POT T
(C)
17.604
17.494
17.470
17.298
17.017
15.758
15.115
13.638
12.742
SIGMA
THETA
23.569
23.594
23.600
23.633
23.692
23.942
24.124
24.520
12.171
11.620
10.843
24.897
25.013
25.180
25.322
25.426
25.577
25.750
26.036
26.256
26.388
26.483
26.554
10.747
10.537
10.083
9.054
8.520
8.018
7.985
7.589
7.408
7.167
6.750
6.142
5.778
5.369
5.356
99
24.731
26.601
26.698
26.777
26.849
26.908
26.916
SVA
(CUT)
431.3
429.1
428.9
426.0
420.8
397.1
380.0
342.4
322.4
306.8
295.9
280.0
266.8
257.1
242.8
226.3
199.5
179.0
166.9
158.1
151.7
147.5
138.9
131.6
125.1
119.8
119.0
DYN HT FL
(J/KG)
0.086
0.430
0.859
1.287
1.711
2.119
2.509
2.873
3.207
3.521
3.823
4.110
4.384
4.647
4.896
5.131
5.661
6.130
6.562
6.969
7.355
7.730
8.444
9.120
9.763
10.376
10.447
(V)
0.07
0.10
0.10
0.15
0.19
0.27
0.45
0.77
0.45
0.23
0.20
0.17
0.14
0.12
0.11
0.10
0.10
0.10
0.11
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
Temperature, Salinity
32
0
1
4
I
33
34
35
36
8
I
I
0
16
1
I
Fluorescence (v)
2
3
I
I
4
I
100 J
cis
200
V
400 J
6
FL
500
23
24
25
Sigma-theta
26
27
STA NO 19
LAT:
07 SEP 1993
104 GMT
P
(DB)
3
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
506
T
(C)
17.730
17.322
16.924
16.670
12.000
10.707
10.315
9.915
9.467
9.020
8.698
8.567
8.419
8.248
8.186
8.136
7.894
7.707
7.314
7.062
6.831
6.636
6.374
5.910
5.497
5.259
5.218
S
32.795
32.795
32.791
32.796
33.025
33.168
33.259
33.332
33.430
33.478
33.541
33.598
33.653
33.716
33.767
33.792
33.871
33.954
33.972
33.998
34.022
34.045
34.098
34.118
34.136
34.177
34.179
24
23
25
Sigma-theta
LONG: 127 20.0 W
37 55.0 N
DEPTH 4575
POT T
(C)
17.730
17.320
16.921
16.665
11.995
10.701
10.308
SIGMA
THETA
23.650
23.748
23.839
23.903
25.057
25.402
9.907
9.458
9.010
8.688
8.556
8.407
8.235
8.172
8.121
7.877
7.687
7.293
7.039
6.806
6.609
6.343
5.876
5.460
5.218
5.177
100
25.541
25.665
25.816
25.925
26.024
26.090
26.156
26.231
26.281
26.308
26.405
26.498
26.568
26.624
26.675
26.719
26.796
26.871
26.937
26.998
27.004
SVA
(CUT)
423.5
414.4
406.1
400.3
290.3
257.6
244.6
233.0
218.8
208.5
199.3
193.2
187.1
180.1
175.6
173.2
164.3
155.9
149.4
144.4
139.9
135.9
129.2
122.4
116.5
111.1
110.6
DYN HT FL
(J/KG) (V)
0.127 0.14
0.421
0.17
0.835 0.18
1.237 0.34
1.38
1.617
1.887
0.92
2.138 0.62
2.375 0.44
2.602 0.25
2.816 0.15
3.019 0.12
3.215 0.11
3.405 0.11
3.589 0.11
3.767 0.11
3.941
4.362
4.762
5.143
5.510
5.866
6.211
6.873
7.503
8.101
8.669
8.736
0.11
0.11
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
0.12
26
27
Temperature, Salinity
32
4
33
8
34
35
12
16
Fluorescence (v)
36
0
2
1
4
3
0
100 J
c 200-
400 J
6
FL
500
23
24
25
Sigma-theta
26
27
STA NO 20
LAT:
07 SEP 1993
450 GMT
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
505
T
(C)
17.642
17.609
17.239
16.654
13.216
10.979
10.174
9.670
9.285
8.731
8.531
8.335
8.188
8.082
7.923
7.828
7.493
7.247
7.065
6.873
6.702
6.644
6.178
5.859
5.457
5.196
5.161
S
32.799
32.797
32.785
32.776
32.989
33.125
33.279
33.385
33.456
33.529
33.623
33.694
33.774
33.822
33.859
33.897
33.953
33.982
34.003
34.022
34.034
34.080
34.093
34.122
34.139
34.178
34.185
24
23
25
Sigma-theta
LONG: 127 20.0 W
37 55.0 N
DEPTH 4575
POT T
(C)
17.641
17.607
17.236
16.649
SIGMA
THETA
23.674
23.682
23.760
23.891
13.211
24.795
10.973
10.167
9.662
9.276
8.721
8.521
8.323
8.176
8.069
7.909
7.813
7.476
7.228
7.045
6.850
6.677
6.617
6.148
5.825
5.420
5.156
5.120
25.321
25.581
101
25.747
25.866
26.010
26.114
26.200
26.285
26.339
26.391
26.435
26.528
26.586
26.627
26.669
26.702
26.746
26.818
26.881
26.944
27.006
27.015
SVA
(CL/T)
421.2
420.8
413.6
401.4
315.4
265.3
240.8
225.1
214.0
200.4
190.7
182.7
174.8
169.8
165.0
161.0
152.6
147.4
143.8
140.1
137.3
133.5
127.0
121.5
115.8
110.3
109.4
DYN HT FL
(J/KG) (V)
0.084 0.16
0.421
0.17
0.836
0.19
1.242
0.37
1.629
1.49
1.911
1.20
2.163
0.68
2.396
0.36
2.616
0.23
2.824 0.13
3.019 0.11
3.206 0.11
3.384 0.11
3.557 0.11
3.724 0.11
3.887 0.11
4.278 0.11
4.653 0.11
5.016
0.12
5.370 0.12
5.716 0.12
6.054 0.12
6.704 0.12
7.327 0.12
7.921
0.12
8.486 0.12
8.541
0.12
26
27
Temperature, Salinity
32
0_
4
i
34
33
12
8
I
I
i
Fluorescence (v)
36
35
0
16
I
I
2
1
4
3
I
100 J
cis
200
1-1
2
4)
400 J
a
FL
500
_T-
23
24
25
Sigma-theta
26
27
STA NO 21
LAT:
07 SEP 1993
718 GMT
P
T
(DB)
(C)
2
17.641
10
17.515
20
17.235
16.762
30
40
16.638
50
12.729
60
10.976
70
10.047
80
9.677
S
32.794
32.796
32.783
32.777
32.783
33.024
33.132
33.299
33.388
24
23
37 55.2 N
25
Sigma-theta
LONG: 127 19.9 W
DEPTH 4575
POT T
(C)
17.641
12.722
10.96 9
10.039
9.66 8
SIGMA
THETA
23.671
23.703
23.760
23.866
23.900
24.918
25.327
25.618
25.749
17.51 4
17.23 2
16.75 7
16.632
SVA
DYN HT FL
(CL/I)
(J/KG)
0.084
265.0
237.5
225.2
0.837
1.247
1.649
2.027
2.307
2.558
2.789
(V)
0.17
0.18
0.19
0.26
0.39
1.45
1.20
0.68
0.34
421.5
418.7
413.6
403.8
400.9
303.9
0.421
90
9.211
33.469
9.20 1
25.888
212.1
3.007
0.19
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
8.802
8.579
8.425
8.276
8.159
8.017
7.735
33.525
8.79 2
8.56 7
8.41 3
8.26 3
8.14 5
8.002
202.0
193.4
187.4
180.9
174.7
169.4
158.7
3.215
3.412
3.602
3.787
3.965
4.138
4.548
0.14
0.12
7.71 8
25.996
26.088
26.153
26.223
26.290
26.347
26.464
7.499
33.952
7.48 0
26.526
153.1
4.937
0.11
7.240
7.010
6.897
6.783
33.984
34.003
34.045
34.085
7.21 9
147.5
143.4
139.0
134.9
5.312
5.675
6.027
6.370
0.11
6.987
6.872
6.755
26.589
26.635
26.684
26.731
505
33.598
33.650
33.712
33.774
33.820
33.916
0.11
0.11
0.11
0.11
0.11
0.12
0.12
0.12
6.262
34.094
6.23 1
26.807
128.1
7.029
0.12
5.885
5.564
34.118
34.152
5.85 1
5.526
26.874
122.1
26.941
116.2
7.655
8.249
0.12
0.12
5.262
5.226
34.172
34.174
5.22 1
5.185
26.993
26.999
111.5
111.0
8.817
8.873
0.12
0.12
102
26
27
Temperature, Salinity
32
100
4
33
34
8
12
35
16
Fluorescence (v)
36
0
2
1
4
3
-
200
400
6
FL
-
500
23
24
26
25
27
24
23
Sigma-theta
Sigma-theta
STA NO 22
LAT:
07 SEP 1993
937 GMT
P
T
(DB)
(C)
2
17.506
10
17.391
20
16.841
30
16.765
40
16.621
50
11.941
60
11.146
70
10.191
80
9.781
90
9.310
100
9.099
110
8.808
120
8.581
130
8.413
140
8.245
150
8.184
175
7.877
200
7.636
225
7.347
250
7.113
275
6.921
300
6.757
350
6.545
400
6.007
450
5.676
500
5.370
505
5.351
25
S
32.790
32.783
32.749
32.783
32.786
33.004
33.099
33.281
33.375
33.457
33.480
33.521
33.592
33.654
33.722
33.759
33.872
33.925
33.967
33.995
34.016
34.029
34.107
34.105
34.145
34.172
34.174
37 55.1 N
POT T
(C)
17.50 6
17.38 9
16.83 8
16.76 0
16.61 5
11.93 5
11.13 9
10.18 3
9.77 2
9.30 1
9.08 8
8.79 6
8.569
8.399
8.23 1
8.169
7.859
7.61 6
7.325
7.090
6.895
6.730
6.51 3
5.973
5.63 8
5.32 9
5.31 0
103
LONG: 127 20.0 W
DEPTH 4575
SIGMA
THETA
23.700
23.722
23.826
23.871
23.906
25.052
25.271
25.579
25.721
25.862
25.915
25.993
26.083
26.157
26.236
26.274
26.409
26.485
26.560
26.615
26.658
26.691
26.781
26.849
26.922
26.980
26.985
SVA
(CL/T)
418.7
416.9
407.3
403.4
400.3
291.1
270.4
241.2
227.8
214.6
209.7
202.5
194.0
187.1
179.8
176.4
164.0
157.0
150.2
145.3
141.5
138.7
130.8
124.6
118.1
112.9
112.5
DYN HT FL
(J/KG)
0.084
0.418
0.832
1.238
1.640
1.996
2.275
2.531
2.765
2.985
3.198
3.404
3.602
3.792
3.976
4.155
4.581
4.981
5.364
5.733
(V)
0.17
0.19
0.22
0.29
0.46
1.53
1.04
0.69
0.38
0.20
0.16
0.14
0.12
0.11
0.11
0.11
0.11
0.11
0.11
0.11
6.091
6.441
0.12
7.115
7.752
8.358
8.935
8.992
0.12
0.12
0.12
0.12
0.12
0.11
26
27
Temperature, Salinity
32
33
4
0
34
35
I
1
,
Fluorescence (v)
36
12
8
0
16
2
1
I
I
I
4
3
I
6
FL
F24
25
Sigma-theta
26
27
STA NO 23
LAT:
07 SEP 1993
1431 GMT
P
T
S
37 55.0 N
POT T
(C)
17.405
17.397
(DB)
2
10
20
30
17.406
17.399
17.194
16.841
32.785
32.784
32.768
32.792
40
15.948
32.814
15.941
50
11.212
33.063
11.206
60
10.344
9.899
9.414
33.220
33.338
33.436
10.337
90
100
8.871
8.861
8.644
33.500
33.572
110
8.525
33.617
8.514
120
130
140
150
175
200
225
250
8.371
8.219
8.119
8.008
7.805
7.476
7.240
33.675
33.739
33.793
33.817
33.904
33.952
33.984
8.359
8.206
8.105
7.993
7.788
7.457
7.219
275
6.979
6.739
34.008
34.036
6.956
6.714
300
6.650
34.070
6.623
350
400
450
500
6.284
5.637
5.252
34.095
34.113
34.147
34.174
6.253
5.857
5.599
5.212
505
5.253
34.185
5.213
70
80
(C)
5.891
17.191
16.836
9.891
9.405
8.634
104
24
23
25
Sigma-theta
LONG: 127 19.9 W
DEPTH 4575
DYN HT FL
SIGMA
THETA
23.720
23.721
23.758
23.859
24.081
25.231
25.505
25.673
25.829
25.966
26.058
SVA
(CUT)
416.8
417.0
413.7
404.4
383.6
273.9
248.0
232.3
217.5
204.7
26.11 1
26.180
26.253
26.31 1
191.2
184.8
178.0
172.7
3.816
0.11
0.11
0.11
0.11
26.346
26.444
169.5
160.5
3.987
4.398
0.11
0.11
26.529
26.58 9
26.644
26.69 9
26.737
26.80 5
26.87 0
26.92 8
26.996
27.004
152.8
147.5
142.6
137.6
134.3
128.3
122.6
117.5
111.2
110.5
4.791
0.11
0.11
0.11
196.1
(J/KG)
0.083
0.417
0.833
1.240
1.642
1.941
2.202
2.442
2.667
2.878
3.078
3.272
3.460
3.641
5.166
5.530
5.880
6.220
6.877
7.504
8.103
8.674
8.730
(V)
0.17
0.18
0.19
0.23
0.43
1.08
0.55
0.34
0.23
0.14
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
26
27
Temperature, Salinity
I
32
I
4
T
33
34
8
12
35
16
Fluorescence (v)
36
0
2
3
4
25
Sigma-theta
26
27
1
100 J
cis
200
.Q
V
a
400
FL
-
500
I -_
23
24
25
Sigma-theta
26
STA NO 24
LAT:
07 SEP 1993
1651 GMT
P
T
(DB)
(C)
3 17.513
10
17.470
16.871
20
16.768
30
40 15.197
10.980
50
60
10.397
9.985
70
9.539
80
8.986
90
100
8.621
110
8.409
120
8.199
8.138
130
7.993
140
7.887
150
7.533
175
7.258
200
7.027
225
250
6.806
275
6.670
300
6.619
350
6.151
400
5.878
450
5.650
500
5.360
505
5.286
23
27
S
32.786
32.786
32.748
32.757
32.876
33.108
33.212
33.334
33.411
33.485
33.583
33.663
33.735
33.785
33.823
33.868
33.938
33.982
34.001
34.023
34.048
34.081
34.092
34.117
34.144
34.175
34.170
37 55.0 N
LONG: 127 19.8 W
DEPTH 4575
POT T
(C)
17.512
17.469
16.868
16.763
SIGMA
THETA
23.696
23.706
23.818
15.191
24.294
25.308
25.490
25.655
25.790
25.936
26.070
26.164
26.253
26.302
26.353
26.404
26.510
26.584
26.632
26.679
26.717
26.750
26.820
26.875
26.925
26.984
26.989
10.974
10.390
9.977
9.530
8.977
8.610
8.398
8.187
8.125
7.979
7.873
7.517
7.239
7.006
6.783
6.646
6.592
6.121
5.844
5.612
5.319
5.245
105
24
23.850
SVA
(CUT)
419.2
418.4
408.0
405.4
363.2
266.6
249.4
233.9
221.3
207.6
195.0
186.1
177.8
173.4
168.7
164.0
154.2
147.6
143.3
139.1
135.8
133.1
126.8
122.1
117.8
112.5
112.0
DYN HT FL
(J/KG)
0.126
0.419
0.834
1.241
1.638
1.930
2.190
2.432
2.660
2.875
3.075
3.266
3.448
3.623
3.795
3.961
4.360
4.737
5.101
5.453
5.797
6.133
6.782
7.402
8.001
8.577
8.633
(V)
0.12
0.14
0.18
0.24
1.04
0.98
0.59
0.33
0.24
0.16
0.12
0.11
0.11
0.11
0.11
0.11
0.12
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
0.12
Temperature, Salinity
32
O 1.
4
33
I, I,
34
8
I
35
16
12
Fluorescence (v)
36
0
1
2
3
4
24
25
Sigma-theta
26
27
I
FL
24
25
Sigma-theta
26
27
STA NO 25
LAT:
P
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
505
T
(C)
17.581
17.545
17.366
16.850
16.721
13.387
11.430
10.742
10.163
9.813
9.338
8.802
8.561
8.281
8.143
8.045
7.775
7.447
7.294
7.048
6.873
6.684
6.388
5.903
5.611
5.261
5.216
37 55.1 N
1935 GMT
07 SEP 1993
(DB)
23
S
32.780
32.779
32.781
32.746
32.752
32.970
33.092
33.150
33.257
33.404
33.425
33.512
33.605
33.711
33.776
33.824
33.900
33.957
33.984
33.998
34.028
34.050
34.101
34.110
34.151
34.179
34.178
POT T
(C)
17.581
17.543
17.363
16.845
16.714
13.380
11.422
10.734
10.154
9.803
9.327
8.791
8.549
8.268
8.129
8.030
7.758
7.428
7.273
7.024
6.847
6.657
6.357
5.868
5.573
5.220
5.176
LONG: 127 19.9 W
4575
DEP TH
SIGMA
THETA
23.674
23.683
23.727
23.822
23.857
24.746
25.214
25.383
25.566
25.740
25.833
25.986
26.096
26.222
26.294
26.346
26.445
26.538
26.581
26.626
26.674
26.717
26.797
26.866
26.935
26.999
27.003
106
SVA
DYN HT FL
(CL1T)
(J/KG)
0.084
421.2
420.6
416.7
408.0
405.0
320.3
275.8
259.9
242.7
226.3
217.5
203.1
192.8
181.0
174.3
169.5
160.5
152.0
148.3
144.3
140.0
136.2
129.2
123.0
116.8
111.0
110.6
0.421
0.840
1.252
1.659
2.040
2.330
2.597
2.848
3.081
3.304
3.514
3.712
3.898
4.076
4.248
4.661
5.049
5.424
5.789
6.144
6.489
7.150
7.781
8.381
8.949
9.005
(V)
0.15
0.16
0.18
0.19
0.33
1.42
1.16
0.73
0.44
0.26
0.22
0.14
0.11
0.11
0.11
0.11
0.11
0.11
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
Temperature, Salinity
32
0
i
23
4
i
33
34
8
I
24
I
12
I
35
16
Fluorescence (v)
36
0
1
2
3
4
23
24
25
Sigma-theta
26
27
I
25
Sigma-theta
26
27
STA NO 26
LAT:
P
T
(DB)
(C)
2 17.802
10
17.580
20
17.066
30
16.772
40
15.311
11.339
50
60
10.714
70
10.062
80
9.773
90
9.307
100
9.021
110
8.668
120
8.420
130
8.239
140
8.227
150
8.039
175
200
225
250
275
300
350
400
450
500
506
7.715
7.407
7.203
7.014
6.833
6.832
6.258
5.861
5.521
5.302
5.262
37 55.1 N
2215 GMT
07 SEP 1993
S
32.780
32.780
32.753
32.774
32.858
33.060
33.162
33.283
33.411
33.441
33.479
33.571
33.652
33.732
33.791
33.834
33.932
33.962
33.992
34.017
34.035
34.085
34.091
34.113
34.145
34.178
34.183
POT T
(C)
17.801
17.578
17.063
16.767
15.304
11.333
10.707
10.054
9.764
9.297
9.010
8.656
8.408
8.226
8.213
8.024
7.698
7.388
7.182
6.991
6.808
6.804
6.227
5.827
5.483
5.261
5.221
LONG: 127 19.9 W
4575
DEPTH
SIGMA
THETA
23.622
23.675
23.776
23.861
24.255
25.206
25.396
25.603
25.751
25.850
25.926
26.053
26.154
26.244
26.293
26.355
26.479
26.547
26.600
26.646
26.685
26.725
26.806
26.874
26.941
26.994
27.002
107
SVA
(CL/T)
426.2
421.4
412.0
404.2
366.9
276.3
258.4
238.9
225.0
215.7
208.7
196.7
187.2
178.8
174.4
168.6
157.2
151.1
146.4
142.4
139.0
135.5
128.2
122.2
116.1
111.5
110.8
DYN HT FL
(J/KG) (V)
0.085 0.14
0.424 0.16
0.841
0.19
1.249 0.22
1.644 0.87
1.948
1.21
2.216 0.81
2.466 0.45
2.697 0.27
2.918
0.20
3.130 0.15
3.333 0.13
3.525 0.11
3.708 0.11
3.885 0.11
4.056 0.11
4.463 0.11
4.848 0.11
5.219 0.11
5.581
0.12
5.932 0.12
6.275 0.12
6.935 0.12
7.561
0.12
8.156 0.12
8.725 0.12
8.791
0.12
Temperature, Salinity
4
0 _j
34
33
32
I
35
I
0
16
8
I
Fluorescence (v)
36
i
I
I
2
3
4
25
Sigma-theta
26
27
1
I
FL
23
24
25
Sigma-theta
26
27
STA NO 27
LAT:
08 SEP 1993
17 GMT
P
T
(DB)
2
10
20
30
(C)
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
505
17.737
17.564
17.111
16.842
16.326
11.607
10.675
10.010
9.552
9.233
8.787
8.598
8.459
8.291
8.235
8.224
7.895
7.632
7.371
7.118
6.945
6.961
6.285
5.875
5.545
5.292
5.289
S
32.788
32.773
32.747
32.769
32.794
33.048
33.164
33.300
33.394
33.468
33.519
33.595
33.647
33.713
33.736
33.791
33.877
33.931
33.967
33.997
34.029
34.091
34.087
34.113
34.145
34.177
34.184
24
23
LONG: 127 20.0 W
37 55.0 N
DEPTH 4575
POT T
(C)
17.737
17.562
17.108
16.837
16.320
11.600
10.668
10.002
9.543
9.223
8.777
8.587
8.447
8.278
8.221
8.209
7.878
7.613
7.350
7.095
6.920
6.934
6.254
5.841
5.508
5.251
5.248
SIGMA
THETA
23.644
23.673
23.761
23.841
23.979
25.148
25.405
25.625
25.774
25.884
25.993
26.083
26.145
26.222
26.249
26.293
26.410
26.491
26.557
26.616
26.665
26.712
26.799
26.872
26.938
26.994
27.000
108
SVA
(CL/T)
424.1
421.5
413.5
406.1
393.3
281.9
257.6
236.8
222.8
212.5
202.2
193.9
188.2
180.9
178.6
174.6
163.8
156.5
150.6
145.3
140.9
136.9
128.9
122.4
116.5
111.5
111.0
DYN HT FL
(J/KG) (V)
0.085 0.17
0.424 0.17
0.841
0.17
1.250 0.27
1.651
0.36
1.973
1.46
2.241
0.77
2.488 0.37
2.718 0.25
2.935 0.17
3.143 0.13
3.340 0.12
3.532 0.11
3.717 0.11
0.11
3.896
4.073 0.12
4.497 0.11
4.897 0.11
5.281
5.651
0.11
0.11
6.008
6.355
7.020
7.647
8.243
8.813
8.868
0.12
0.12
0.12
0.12
0.12
0.12
0.12
Temperature, Salinity
32
4
34
33
8
35
Fluorescence (v)
36
16
12
0
2
1
4
3
0
100
w200
2
Co
w
w300a-
400 -
6
FL
500 +
23
24
25
Sigma-theta
26
27
STA NO 28
LAT:
08 SEP 1993
217 GMT
P
T
(DB)
(C)
2
10
17.749
17.459
16.930
16.694
32.780
32.770
32.743
32.775
11.880
10.830
10.069
9.608
9.266
8.923
8.666
8.540
8.358
8.245
8.252
8.099
7.809
7.614
7.361
7.117
7.003
6.887
6.327
5.880
5.563
5.267
5.202
33.015
33.137
33.283
33.396
33.436
33.494
33.566
33.614
33.672
33.733
33.792
33.809
33.897
33.951
33.967
33.994
34.025
34.058
34.085
34.112
34.153
34.195
34.193
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
505
S
37 55.0 N
POT T
(C)
17.749
17.45 7
16.927
16.68 9
11.87 5
10.82 4
10.06 3
9.60 0
9.25 7
8.91 3
8.65 5
8.52 9
8.34 6
8.23 2
8.23 8
8.08 4
7.79 2
7.59 4
7.34 0
7.09 3
6.97 8
6.86 0
6.29 6
5.84 6
5.52 5
5.22 6
5.16 1
24
23
25
Sigma-theta
LONG: 127 20.0 W
DEPTH 4575
SIGMA
THETA
23.634
23.696
23.801
23.880
25.071
25.356
25.601
25.766
25.853
25.953
26.050
26.106
26.180
26.245
26.290
26.326
26.438
26.510
26.558
26.614
26.654
26.696
26.792
26.870
26.942
SVA
(CL/T)
425.0
419.3
409.7
27.011
109.9
109.3
27.017
109
DYN HT FL
(J/KG) (V)
0.085 0.18
0.424 0.17
0.838 0.19
402.4
1.245
0.31
289.0
262.0
238.9
223.3
215.2
205.9
196.8
191.6
184.8
178.8
174.7
171.4
1.47
1.04
0.47
0.28
0.19
0.14
0.12
154.7
150.4
145.5
141.9
138.3
129.6
1.605
1.882
2.133
2.364
2.583
2.793
2.995
3.188
3.377
3.559
3.736
3.909
4.323
4.719
5.100
5.469
5.829
6.178
6.847
122.5
7.476
0.12
116.1
8.073
8.638
8.693
0.12
0.12
0.12
161.1
0.11
0.11
0.11
0.11
0.11
0.11
0.11
0.11
0.11
0.11
0.12
0.12
26
27
Temperature, Salinity
32
0
4
33
34
12
8
I
,
35
Fluorescence (v)
36
16
0
2
3
4
25
Sigma-theta
26
27
1
I
100-
c 200V
.Q
2
Co
Co
2
400 -
FL
500
23
24
25
Sigma-theta
26
37 55.0 N
STA NO 29
LAT:
08 SEP 1993
515 GMT
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
505
T
S
(C)
17.614
17.539
17.157
16.918
11.924
10.647
10.026
9.448
8.987
8.740
8.505
8.333
8.213
8.160
7.941
7.823
7.538
7.336
7.142
6.891
6.831
6.648
6.224
5.797
5.514
5.300
5.260
32.776
32.776
32.756
32.759
33.003
33.166
33.295
33.392
33.484
33.534
33.622
33.691
33.771
33.838
33.849
33.886
33.941
33.970
33.998
34.026
34.086
34.102
34.104
34.120
34.147
34.183
34.181
POT T
(C)
17.614
17.537
17.154
16.913
11.919
10.641
10.019
9.441
8.978
8.731
8.494
8.322
8.201
8.147
7.927
7.808
7.522
7.317
7.121
6.868
6.805
6.621
6.194
5.763
5.477
5.260
5.219
24
23
27
LONG: 127 20.0 W
DEPTH 4575
SIGMA
THETA
23.664
23.682
23.757
23.816
25.054
25.411
25.618
25.789
25.935
26.012
26.118
26.198
26.279
26.340
26.381
26.428
26.512
26.564
26.613
26.669
26.725
26.763
26.820
26.887
26.944
26.998
27.001
110
SVA
(CUT)
422.2
420.8
413.8
408.5
290.6
256.8
237.3
221.2
207.4
200.2
190.3
182.9
175.3
169.8
166.0
161.7
154.0
149.5
145.1
140.1
135.1
131.8
126.8
120.9
115.9
111.2
110.9
DYN HT FL
(J/KG)
0.084
0.422
0.840
1.250
1.628
1.902
2.151
2.381
2.595
2.798
2.992
3.179
3.358
3.531
3.698
3.862
4.256
4.635
5.003
5.360
5.704
6.036
6.682
7.301
7.893
8.462
8.517
(V)
0.17
0.17
0.18
0.26
1.27
1.05
0.44
0.27
0.16
0.12
0.11
0.11
0.11
0.12
0.12
0.11
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
Temperature, Salinity
32
33
34
4
0
1
,
I
35
8
.
I
.
I
I
I
.
Fluorescence (v)
36
0
I, I16
2
3
4
25
Sigma-theta
26
27
1
100 J
ca 200
V
400 J
FL
500
23
24
25
Sigma-theta
26
27
LAT:
08 SEP 1993
721 GMT
P
T
(DB)
2
10
20
30
(C)
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
511
17.558
17.536
17.173
16.879
16.610
11.753
10.919
10.375
10.024
9.519
9.190
8.761
8.525
8.357
8.229
8.067
7.796
7.464
7.232
6.981
6.779
6.668
6.258
5.906
5.638
5.337
5.272
S
32.778
32.776
32.749
32.761
32.786
33.055
33.121
33.226
33.354
33.415
33.467
33.527
33.620
33.679
33.763
33.827
33.912
33.957
33.992
34.015
34.043
34.077
34.090
34.108
34.142
34.172
34.180
LONG: 127 20.0 W
37 55.0 N
STA NO 30
24
23
DEPTH 4575
POT T
(C)
17.558
17.534
17.170
16.874
16.604
11.747
10.912
10.367
10.015
9.509
9.179
8.750
8.513
8.344
8.215
8.052
7.779
7.445
7.211
6.958
6.754
6.641
6.227
5.872
5.601
5.296
5.230
111
SIGMA
THETA
23.678
23.683
23.749
23.827
23.909
25.126
25.329
25.505
25.665
25.796
25.889
26.004
26.113
26.186
26.271
26.345
26.452
26.535
26.596
26.649
26.699
26.740
26.805
26.864
26.924
26.984
26.999
SVA
(CUT)
420.8
420.6
414.7
407.5
400.0
283.9
264.8
248.3
233.3
220.9
212.2
201.4
191.1
184.4
176.5
169.6
159.8
152.3
146.8
142.0
137.6
134.0
128.3
123.1
117.9
112.4
111.2
DYN HT FL
(J/KG) (V)
0.084 0.18
0.421
0.19
0.837 0.17
1.248 0.24
1.652 0.28
1.990
1.38
2.265 0.99
2.521
0.55
2.761
0.33
2.987 0.24
3.203 0.17
3.410 0.13
3.606
0.12
3.795 0.11
3.975
0.11
4.148
0.11
4.560 0.11
4.949 0.11
5.322 0.11
5.683 0.11
6.032 0.12
6.371
0.12
7.027 0.12
7.655 0.12
8.258
0.12
8.834 0.12
8.957 0.12
Temperature, Salinity
32
0 _1
33
4
.
I
34
12
8
.
35
16
Fluorescence (v)
36
0
1
,
2
3
I
I
4
100 -
Co 200
V
J0
m
L
a
Ca
w
m
400 J
500
6
FL
-mar
23
24
25
26
24
23
27
Sigma-theta
STA NO 31
LAT:
P
T
(DB)
(C)
2 17.475
10
17.472
20
17.417
16.849
30
40
16.646
12.782
50
10.995
60
10.544
70
80 10.028
90
9.896
100
9.277
110
8.698
120
8.524
130
8.349
140
8.268
150
8.124
175
7.808
200
7.578
225
7.304
250
7.045
275
6.880
300
6.877
350
6.429
400
5.980
450
5.650
5.350
500
505
5.332
37 55.0 N
1009 GMT
08 SEP 1993
S
32.770
32.770
32.767
32.743
32.767
33.002
33.111
33.192
33.271
33.429
33.470
33.550
33.615
33.681
33.794
33.833
33.898
33.954
33.986
34.005
34.031
34.074
34.085
34.106
34.138
34.172
34.173
POT T
(C)
17.474
17.471
17.414
16.844
16.640
12.775
10.988
10.536
10.019
9.886
9.266
8.686
8.512
8.336
8.254
8.109
7.790
7.559
7.282
7.021
6.855
6.849
6.398
5.946
5.612
5.309
5.291
112
25
Sigma-theta
LONG: 127 19.9 W
4500
DEPTH
SIGMA
THETA
23.693
23.693
23.705
23.820
23.886
24.890
25.307
25.449
25.600
25.745
25.878
26.032
26.109
26.188
26.289
26.341
26.439
26.517
26.581
26.632
26.675
26.710
26.779
26.853
26.920
26.983
26.986
SVA
(CUT)
419.4
419.6
418.9
408.2
402.2
306.5
266.9
253.6
239.4
225.8
213.2
198.7
191.5
184.2
174.8
170.0
161.1
154.0
148.2
143.7
139.9
137.0
130.9
124.2
118.3
112.6
112.3
DYN HT FL
(J/KG)
0.084
0.420
0.839
1.254
1.659
2.026
2.306
2.566
2.814
3.045
3.264
3.470
3.665
3.853
4.032
4.204
4.618
5.010
5.387
5.752
6.106
6.452
7.121
7.757
8.364
8.941
8.997
(V)
0.19
0.19
0.19
0.24
0.40
1.65
1.10
0.70
0.43
0.26
0.18
0.13
0.11
0.11
0.12
0.12
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
26
27
Temperature, Salinity
34
35
I
16
Fluorescence (v)
36
0
2
1
6
FL
STA NO 32
LAT:
08 SEP 1993
1246 GMT
S
32.768
32.768
32.743
32.747
32.854
33.112
33.162
33.265
33.356
33.436
33.481
33.561
33.630
33.679
33.733
33.794
33.886
33.948
33.992
33.997
34.024
34.073
34.083
34.110
34.157
34.180
34.191
9.761
9.093
8.664
8.481
8.350
8.205
8.198
7.858
7.709
7.350
7.044
6.884
6.842
6.342
5.878
5.533
5.224
5.214
113
25
Sigma-theta
LONG: 127 20.0 W
37 55.0 N
POT T
(C)
17.378
17.376
16.897
16.848
15.312
11.369
10.734
10.105
9.958
24
23
27
P
T
(DB)
(C)
3 17.379
10
17.378
16.900
20
16.853
30
40
15.318
50
11.375
10.741
60
70
10.113
80
9.967
90
9.771
100
9.104
110
8.675
120
8.493
8.363
130
8.219
140
150
8.213
7.876
175
7.728
200
225
7.372
7.068
250
275
6.910
300
6.869
6.373
350
400
5.912
450
5.570
5.265
500
5.255
506
4
3
j
.
DEPTH 4500
SIGMA
THETA
23.714
23.714
23.808
23.822
24.251
25.240
25.392
25.580
25.676
25.771
25.914
26.044
26.126
26.185
26.249
26.298
26.420
26.490
26.576
26.623
26.666
26.710
26.784
26.865
26.944
26.999
27.009
SVA
(CUT)
417.4
417.7
409.0
408.0
367.3
273.2
258.9
241.1
232.2
223.3
209.8
197.6
190.0
184.5
178.6
174.1
162.9
156.6
148.7
144.6
140.8
137.0
130.4
123.0
115.9
110.9
110.1
DYN HT FL
(J/KG)
0.125
0.418
0.830
1.239
1.635
1.943
2.210
2.460
2.697
2.926
3.141
3.344
3.538
3.725
3.907
4.083
4.502
4.902
5.284
5.650
6.006
6.354
7.021
7.650
8.249
8.815
8.881
(V)
0.18
0.19
0.22
0.29
1.38
1.35
0.94
0.46
0.32
0.24
0.18
0.12
0.11
0.11
0.11
0.11
0.11
0.12
0.11
0.11
0.11
0.12
0.12
0.12
0.12
0.12
0.12
26
27
Temperature, Salinity
4
32
33
8
34
12
35
Fluorescence (v)
36
16
u
0
2
1
I
4
3
1_J
FL
T -7-7--I
24
P
T
(DB)
2
(C)
17.414
17.413
16.923
16.815
16.754
11.687
10.243
9.837
9.391
8.848
8.604
8.445
8.302
8.266
8.169
8.099
7.779
7.469
7.224
6.992
6.878
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
25
S
26
Sigma-theta
POTT
(C)
32.767
32.767
32.740
32.750
32.764
33.062
33.243
33.411
33.441
33.498
33.592
33.645
33.714
33.770
33.789
33.814
33.911
33.959
33.995
34.008
34.033
17.414
17.411
16.919
16.810
16.748
11.681
10.236
9.829
9.382
8.839
8.594
8.434
8.290
8.253
8.155
8.084
7.762
7.450
7.203
6.969
6.853
27
37 55.0 N
LAT:
1510 GMT
25.541
25.741
25.837
25.968
26.079
26.145
26.221
26.270
26.300
26.330
26.454
26.536
26.600
26.642
26.678
I
26
I
27
Sigma-theta
08 SEP 1993
SVA
(CUT)
418.3
418.5
409.8
406.9
404.9
282.3
244.6
225.8
216.8
204.5
194.0
188.0
180.9
176.4
173.7
171.0
159.7
152.2
146.5
142.7
139.7
25
24
STA NO 33
SIGMA
THETA
23.705
23.705
23.800
23.834
23.858
25.144
II
I
DYN HT FL
(J/KG)
0.084
0.418
0.834
1.243
1.648
2.000
2.264
2.499
2.719
2.930
3.128
3.319
3.503
3.681
3.856
4.029
4.439
4.830
5.203
5.565
5.917
(V)
0.19
P
T
(DB)
(C)
6.881
300
350
400
450
500
600
700
800
900
1000
0.18
0.21
0.29
0.37
1.29
0.66
0.28
0.21
0.14
0./21/00
1200
1300
1400
1500
1600
1700
1800
1900
2000
0.11
0.11
0.11
0.12
0.11
0.11
0.11
0.11
0.11
0.12
114
LONG: 127 19.9 W
DEPTH 4500
6.297
5.883
5.555
5.256
4.871
4.581
4.176
3.989
3.722
3.444
3.218
3.045
2.854
2.674
2.500
2.330
2.200
2.086
1.993
S
POTT
(C)
34.093
34.091
34.113
34.149
34.181
34.256
34.328
34.359
34.419
34.449
34.474
34.495
34.513
34.532
34.546
34.562
34.577
34.588
34.596
34.607
6.853
6.266
5.849
5.518
5.215
4.823
4.526
4.115
3.921
3.649
3.365
3.133
2.953
2.756
2.570
2.389
2.214
2.077
1.957
1.856
SIGMA
THETA
26.725
26.801
26.870
26.939
27.001
27.106
27.196
27.264
27.332
27.383
27.431
27.470
27.501
27.533
27.561
27.589
27.616
27.636
27.651
27.668
SVA
(CUT)
135.6
128.7
122.5
116.3
110.8
101.6
93.8
87.6
81.9
77.3
73.0
69.6
66.8
63.8
61.3
58.6
56.0
54.1
52.6
51.1
DYN HT FL
(J/KG)
6.262
6.923
7.551
8.148
8.716
9.776
10.751
11.659
12.506
13.300
14.049
14.761
15.442
16.096
16.721
17.322
17.894
18.444
18.976
19.495
(V)
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.12
0.11
0.11
0.10
0.10
0.10
0.10
0.09
0.10
0.09
0.06
Temperature, Salinity
32
4
33
34
8
12
35
16
Fluorescence (v)
36
0
2
1
4
3
0
100 J
n 200
400 J
6
FL
500
23
24
25
Sigma-theta
26
STA NO 34
LAT:
08 SEP 1993
1835 GMT
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
506
T
(C)
17.425
17.417
16.936
16.820
14.902
11.330
10.261
S
9.870
9.442
8.874
8.612
8.445
32.767
32.767
32.739
32.747
32.909
33.153
33.239
33.353
33.438
33.496
33.590
33.642
8.284
8.154
33.719
33.787
8.043
7.959
7.634
7.342
6.970
6.898
6.694
6.212
33.823
33.866
33.950
33.970
33.997
34.024
34.090
34.100
34.098
5.790
34.118
5.557
5.298
5.258
34.155
34.184
34.186
7.191
37 55.0 N
LONG: 127 20.0 W
SIGMA
THETA
17.424
23.702
17.415
16.933
16.816
14.896
23.705
23.796
23.829
24.383
25.280
25.535
25.690
25.826
25.962
26.076
26.142
26.228
26.301
26.345
26.391
26.505
26.563
26.605
26.658
26.720
26.755
26.817
26.886
26.944
26.999
27.005
10.254
9.862
9.433
8.865
8.601
8.434
8.272
8.141
8.029
7.944
7.617
7.323
7.170
6.946
6.873
6.667
6.182
5.756
5.519
5.257
5.216
115
25
Sigma-theta
DEPTH 4500
POT T
(C)
11.323
24
23
27
SVA
(CUT)
418.6
418.6
DYN HT FL
(J/KG)
0.084
0.419
0.836
1.245
1.646
1.935
2.193
(V)
3.618
3.790
3.957
4.357
4.737
0.12
0.13
0.14
0.22
0.28
0.84
0.39
0.20
0.15
0.10
0.08
0.07
0.07
0.07
0.12
0.07
0.07
0.07
145.9
141.2
5.107
5.465
0.07
0.07
135.7
132.6
5.811
0.08
0.08
0.08
0.08
0.08
0.08
0.08
410.1
407.3
354.7
269.3
245.2
230.6
217.8
205.0
194.3
188.2
180.2
173.5
169.4
165.2
154.7
149.6
127.1
120.9
115.9
111.0
110.5
2.431
2.655
2.867
3.066
3.257
3.441
6.147
6.795
7.414
8.007
8.575
8.641
26
27
Temperature, Salinity
32
33
4
34
35
Fluorescence (v)
36
16
8
2
1
6
FL
23
24
25
Sigma-theta
26
27
37 55.0 N
STA NO 35
LAT:
08 SEP 1993
2055 GMT
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
T
S
(C)
POT T
(C)
32.780
32.786
32.797
32.756
32.747
32.948
33.083
33.197
33.368
33.436
33.485
33.541
33.627
33.720
33.791
33.828
33.923
33.970
33.993
34.011
17.314
17.255
17.205
16.990
16.816
14.015
11.256
10.520
9.889
9.443
9.042
8.654
8.512
8.256
200
225
250
17.315
17.256
17.209
16.994
16.822
14.022
11.264
10.528
9.898
9.452
9.052
8.666
8.524
8.269
8.155
8.023
7.714
7.496
7.246
7.024
275
6.846
34.041
6.821
300
350
400
450
500
506
6.836
6.434
5.966
5.658
5.356
5.325
34.084
6.808
6.403
5.932
5.620
5.315
5.284
34.111
34.115
34.147
34.175
34.180
8.141
8.009
7.697
7.476
7.225
7.001
24
23
25
Sigma-theta
LONG: 127 19.9 W
DEP TH 4500
SIGMA
THETA
23.738
23.757
23.777
23.796
23.830
24.599
25.238
25.456
25.697
25.823
25.926
26.030
26.119
26.231
26.304
26.353
26.472
26.541
26.595
26.639
26.688
26.723
26.799
26.862
26.926
26.985
26.992
116
SVA
(CUT)
415.1
413.6
412.0
410.5
407.6
334.3
273.5
252.9
230.2
218.3
208.7
198.9
190.6
180.1
173.3
168.9
157.9
151.7
146.9
143.0
138.6
135.7
129.0
123.4
117.7
112.4
111.8
4
3
DYN HT FL
(J/KG)
0.083
0.414
0.827
1.238
1.647
2.045
2.334
2.595
2.838
3.062
3.276
3.479
3.673
3.858
4.035
4.206
4.614
5.000
5.374
5.736
6.088
6.430
7.091
7.723
8.325
8.899
8.966
(V)
0.11
0.12
0.14
0.16
0.21
0.90
0.85
0.46
0.22
0.15
0.10
0.08
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.08
0.08
0.08
0.07
0.08
0.08
26
27
Temperature, Salinity
32
0
33
4
I
I. I
34
8
.
I
24
.
35
Fluorescence (v)
36
12
16
,
,
I
1
23
24
27
Sigma-theta
STA NO 36
LAT:
P
T
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
(C)
17.314
17.295
17.298
17.309
15.838
12.045
10.546
250
275
300
350
400
450
500
505
7.045
6.857
6.840
6.415
6.014
5.649
5.393
5.370
9.996
9.850
9.236
8.757
8.529
8.342
8.262
8.153
8.038
7.792
7.550
7.291
37 55.0 N
2300 GMT
08 SEP 1993
2
3
4
25
Sigma-theta
26
27
I
26
25
0
S
32.818
32.818
32.845
32.884
32.815
33.088
33.195
33.299
33.444
33.451
33.512
33.616
33.691
33.734
33.792
33.831
33.905
33.962
33.990
34.012
34.040
34.087
34.107
34.110
34.134
34.171
34.177
POT T
(C)
17.314
17.293
17.294
17.304
15.832
12.039
10.539
9.988
9.841
9.226
8.747
8.517
8.330
8.249
8.139
8.023
7.775
7.531
7.269
7.022
6.831
6.812
6.383
5.980
5.611
5.352
5.329
117
LONG: 127 20.0 W
DEPTH 4575
SIGMA
THETA
23.767
23.772
23.792
23.820
24.106
25.097
25.452
25.627
25.764
25.870
25.993
26.110
26.197
26.243
26.305
26.353
26.447
26.527
26.586
26.637
26.686
26.725
26.798
26.852
26.917
26.977
26.985
SVA
(CUT)
412.3
412.1
410.5
408.2
381.2
286.7
253.1
236.7
223.8
213.9
202.2
191.3
183.2
179.0
173.3
168.9
160.3
153.1
147.7
143.2
138.9
135.5
129.1
124.3
118.5
113.2
112.5
DYN HT FL
(J/KG)
0.082
0.412
0.824
1.233
1.639
1.958
2.226
2.471
2.701
2.920
3.127
3.323
3.512
3.693
3.869
4.040
4.450
4.842
5.219
5.583
5.936
6.279
6.939
7.573
8.178
8.756
8.813
(V)
0.13
0.14
0.15
0.18
0.36
0.98
0.45
0.24
0.14
0.12
0.10
0.07
0.07
0.07
0.07
0.07
0.07
0.08
0.07
0.07
0.08
0.07
0.08
0.07
0.08
0.08
0.08
Temperature, Salinity
32
4
33
34
35
8
Fluorescence (v)
36
0
16
12
2
3
4
25
Sigma-theta
26
27
1
0
FL
500 _1TAT
23
24
1
25
Sigma-theta
26
37 45.0 N
STA NO 37
LAT:
09 SEP 1993
330 GMT
P
T
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
(C)
17.372
17.379
17.210
16.789
16.288
12.564
11.207
10.434
9.868
9.375
8.959
8.605
8.467
8.385
8.258
8.102
7.925
7.730
S
(C)
32.842
32.843
32.813
32.755
32.789
33.016
33.108
33.221
33.333
33.426
6.012
33.487
33.570
33.618
33.660
33.725
33.750
33.872
33.949
34.005
33.997
34.022
34.036
34.056
34.092
450
5.735
34.122
500
506
5.394
5.396
34.156
34.167
200
225
250
275
300
350
400
7.581
7.202
7.026
6.791
6.311
POT T
17.372
17.377
17.206
16.784
16.282
12.557
11.200
10.426
9.859
9.365
8.949
8.594
8.454
8.372
8.244
8.087
7.908
7.710
7.559
7.178
7.000
6.764
6.280
5.978
5.697
5.353
5.354
118
24
23
27
LONG: 126 50.0 W
DEPTH 4515
DYN HT FL
26236
SVA
(CUT)
411.9
412.2
410.8
406.0
392.7
301.5
270.8
249.6
232.3
217.8
207.2
195.9
190.4
186.3
179.8
26.279
26.401
26.491
26.557
26.604
175.9
164.7
156.6
150.7
146.4
(J/KG)
0.082
0.412
0.824
1.232
1.632
1.980
2.264
2.523
2.763
2.988
3.201
3.402
3.595
3.783
3.965
4.143
4.566
4.965
5.349
5.720
26.648
142.5
6.082
0.08
26.692
26.771
26.838
26.897
26.965
26.974
138.7
131.5
125.7
120.5
114.3
113.6
6.433
7.110
7.752
8.368
8.956
9.025
0.07
0.07
0.08
0.08
0.08
0.07
SIGMA
THETA
23.772
23.771
23.789
23.843
23.985
24.943
25.267
25.491
25.675
25.828
25.942
26.062
26.121
26.166
(V)
0.14
0.14
0.16
0.27
0.62
1.01
0.77
0.41
0.29
0.19
0.12
0.07
0.07
0.07
0.07
0.07
0.07
0.08
0.08
0.07
Temperature, Salinity
32
0
I, I
4
33
34
24
I,
12
8
,
I
,
25
Sigma-theta
35
26
27
STA NO 38
LAT:
09 SEP 1993
926 GMT
P
T
(DB)
(C)
2 17.418
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
504
17.414
17.414
16.680
15.809
14.315
11.250
10.417
10.161
9.729
9.294
9.074
8.913
8.743
8.395
8.192
8.057
7.804
7.442
7.205
7.061
6.743
6.174
5.719
5.372
5.176
5.135
Fluorescence (v)
36
16
S
32.888
32.888
32.886
32.799
32.725
32.836
33.123
33.281
33.347
33.387
33.437
33.520
33.568
33.621
33.668
33.728
33.864
33.922
33.974
34.000
34.030
34.044
34.059
34.066
34.086
34.128
34.129
0
1
23
24
17.41 8
17.41 2
17.41 0
16.67 5
15.80 3
14.30 8
11.242
10.40 9
10.152
9.71 9
9.283
9.063
8.90 1
8.729
8.38 0
8.17 7
8.04 0
7.784
7.42 1
7.18 2
7.03 5
6.71 6
6.14 3
5.68 6
5.33 6
5.13 6
5.09 5
119
3
4
25
Sigma-theta
26
27
LONG: 126 31.8 W
37 42.3 N
POT T
(C)
2
DEPTH 4500
SIGMA
THETA
23.796
23.797
23.797
23.902
24.043
24.452
25.272
25.541
25.636
25.740
25.850
25.950
26.013
26.081
26.171
26.249
26.376
26.459
26.552
26.606
26.650
26.705
26.791
26.854
26.912
26.968
26.974
SVA
(CUT)
409.6
409.7
410.1
400.4
387.2
348.4
270.3
244.8
236.0
226.3
215.9
206.6
200.8
194.5
186.0
178.8
167.1
159.6
151.0
146.3
142.4
137.4
129.5
123.9
118.7
113.8
113.2
DYN HT FL
(J/KG)
0.082
0.410
0.820
1.228
1.619
1.997
2.296
2.552
2.792
3.023
3.244
3.455
3.660
3.857
4.046
4.229
4.662
5.071
5.458
5.830
6.191
6.541
7.207
7.839
8.446
9.025
9.070
(V)
0.12
0.13
0.13
0.19
0.38
0.68
0.79
0.38
0.27
0.19
0.12
0.09
0.08
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.08
0.07
Temperature, Salinity
I-
32
4
34
33
35
16
8
Fluorescence (v)
36
0
2
3
25
Sigma-theta
26
1
4
0
FL
T
24
25
Sigma-theta
26
27
37 42.3 N
STA NO 38
LAT:
09 SEP 1993
926 GMT
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
504
T
(C)
17.418
17.414
17.414
16.680
15.809
14.315
11.250
10.417
10.161
9.729
9.294
9.074
8.913
8.743
8.395
8.192
8.057
7.804
7.442
7.205
7.061
6.743
6.174
5.719
5.372
5.176
5.135
S
POT T
(C)
32.888
32.888
32.886
32.799
32.725
32.836
33.123
33.281
33.347
33.387
33.437
33.520
33.568
33.621
33.668
33.728
33.864
33.922
33.974
34.000
34.030
34.044
34.059
34.066
34.086
34.128
34.129
17.418
17.412
17.410
16.675
15.803
14.308
11.242
10.409
10.152
9.719
9.283
9.063
8.901
8.729
8.380
8.177
8.040
7.784
7.421
7.182
7.035
6.716
6.143
5.686
5.336
5.136
5.095
120
24
23
LONG: 126 31.8 W
DEPTH 4500
SIGMA
THETA
23.796
23.797
23.797
23.902
24.043
24.452
25.272
25.541
25.636
25.740
25.850
25.950
26.013
26.081
26.171
26.249
26.376
26.459
26.552
26.606
26.650
26.705
26.791
26.854
26.912
26.968
26.974
SVA
DYN HT FL
(CLfr)
(J/KG)
0.082
0.410
0.820
1.228
1.619
1.997
2.296
2.552
2.792
3.023
3.244
3.455
3.660
3.857
4.046
4.229
4.662
409.6
409.7
410.1
400.4
387.2
348.4
270.3
244.8
236.0
226.3
215.9
206.6
200.8
194.5
186.0
178.8
167.1
159.6
151.0
146.3
142.4
137.4
129.5
123.9
118.7
113.8
113.2
5.071
5.458
5.830
6.191
6.541
7.207
7.839
8.446
9.025
9.070
(V)
0.12
0.13
0.13
0.19
0.38
0.68
0.79
0.38
0.27
0.19
0.12
0.09
0.08
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.08
0.07
27
Temperature, Salinity
32
4
34
33
12
8
35
16
Fluorescence (v)
36
0
1
2
3
I
I
I
4
FL
1
24
25
Sigma-theta
26
27
37 19.8 N
STA NO 40
LAT:
16 SEP 1993
1910 GMT
P
T
(DB)
(C)
2 15.911
10
15.733
20
15.152
30
12.354
40
11.014
50
10.541
60
9.922
70
9.582
80
9.425
90
9.261
100
9.380
110
9.191
120
9.101
130
9.075
140
8.598
150
8.680
175
8.604
200
8.471
225
8.060
7.812
250
275
7.175
300
7.165
350
7.138
400
6.576
450
6.023
500
5.965
506
5.953
S
POT T
(C)
33.284
33.283
33.298
33.309
33.348
33.426
33.482
33.554
33.615
33.673
33.787
33.830
33.885
33.916
33.871
33.942
34.029
34.078
34.061
34.069
33.992
34.055
34.133
34.132
34.129
34.190
34.195
23
15.910
15.731
15.149
12.350
11.009
10.535
9.915
9.574
9.416
9.251
9.369
9.179
9.088
9.061
8.583
8.664
8.586
8.450
8.038
7.787
7.149
7.137
7.105
6.540
5.984
5.921
5.909
121
24
25
Sigma-theta
LONG: 125 25.8 W
DEPTH 4300
SIGMA
THETA
24.449
24.488
24.628
25.210
25.488
25.632
25.781
25.894
25.967
26.039
26.109
26.174
26.231
26.260
26.300
26.343
26.423
26.482
26.531
26.574
26.604
26.655
26.722
26.797
26.867
26.923
26.928
SVA
(CL/T)
347.3
343.8
330.8
275.5
249.3
235.8
221.8
211.2
204.4
197.8
191.4
185.4
DYN HT FL
180.1
2.921
177.6
173.9
170.0
162.9
157.7
153.3
149.6
146.8
142.4
136.9
3.100
3.276
3.447
3.864
4.262
4.651
5.030
5.400
5.762
6.462
7.129
7.763
8.368
8.440
130.1
123.7
119.0
118.6
(J/KG)
0.069
0.346
0.685
0.995
1.256
1.501
1.729
1.946
2.154
2.355
2.550
2.738
(V)
0.16
0.23
0.35
0.53
0.33
0.23
0.14
0.10
0.09
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.07
0.07
0.08
0.07
0.08
0.08
0.08
26
27
Temperature, Salinity
32
0 I.
4
I
33
34
8
I
I
12
35
16
Fluorescence (v)
36
0
2
1
3
4
I
I
FL
I
24
25
Sigma-theta
26
27
STA NO 41
LAT:
P
T
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
506
(C)
16.077
15.949
15.640
15.283
12.476
11.247
11.194
10.288
9.647
9.006
8.873
8.988
9.096
8.972
8.724
8.291
8.515
8.287
7.864
7.777
7.286
7.166
6.784
6.288
5.761
5.691
5.668
37 18.0 N
2300 GMT
16 SEP 1993
S
POT T
(C)
33.308
33.307
33.314
33.336
33.305
33.285
33.477
33.507
33.446
33.473
33.573
33.689
33.777
33.841
33.866
33.865
34.009
34.053
34.051
34.082
34.063
34.081
34.136
34.149
34.132
34.194
34.195
16.077
15.947
15.637
15.279
12.471
11.240
11.186
10.280
9.639
8.996
8.862
8.976
9.083
8.958
8.709
8.276
8.497
8.267
7.842
7.752
7.260
7.137
6.752
6.253
5.723
5.649
5.625
122
24
23
25
Sigma-theta
LONG: 125 31.5 W
4300
DEPTH
SIGMA
THETA
24.430
24.458
24.533
24.629
25.184
25.397
25.557
25.739
25.799
25.923
26.023
26.095
26.148
26.217
26.276
26.342
26.421
26.490
26.552
26.589
26.645
26.676
26.772
26.848
26.902
26.960
26.963
SVA
(CUT)
349.1
346.7
339.8
331.0
278.3
258.1
243.2
226.0
220.5
208.7
199.4
192.8
188.1
181.6
176.2
170.0
163.0
156.9
151.3
148.1
143.0
140.4
131.8
125.0
120.1
115.2
114.9
DYN HT FL
(J/KG) (V)
0.070 0.20
0.349 0.21
0.691
0.32
1.025 0.35
1.338 0.48
1.605 0.59
1.854 0.40
2.089 0.27
2.313 0.14
2.528 0.10
2.732 0.07
2.928 0.07
3.119 0.07
3.303 0.08
3.481
0.08
3.654 0.07
4.070 0.08
4.470 0.08
4.855 0.08
5.229 0.08
5.592 0.08
5.947 0.08
6.627 0.08
7.271
0.08
7.883 0.08
8.470
0.08
8.539 0.08
26
27
Temperature, Salinity
33
32
4
34
35
12
8
Fluorescence (v)
36
0
16
1
2
I
I
3
4
26
27
FL
I
23
24
26
25
23
27
24
Sigma-theta
STA NO 42
LAT:
17 SEP 1993
309 GMT
P
T
(DB)
(C)
3 15.189
10
15.094
20
13.704
30
13.069
40
12.977
12.954
50
60
12.179
70
10.769
80
9.594
90
9.440
100
9.437
110
9.401
120
9.298
130
9.214
140
9.091
150
9.038
175
200
225
250
275
300
350
400
450
500
505
8.908
8.384
8.432
8.237
8.104
7.547
7.116
6.807
6.105
6.005
5.922
S
32.884
32.886
32.952
33.000
33.028
33.080
33.259
33.308
33.415
33.531
33.697
33.780
33.825
33.851
33.866
33.896
33.967
33.995
34.090
34.096
34.114
34.068
34.092
34.115
34.076
34.178
34.171
37 26.0 N
POT T
(C)
15.18 8
15.09 3
13.70 1
13.06 5
12.972
12.947
12.17 1
10.76 1
9.585
9.43 0
9.426
9.38 9
9.285
9.20 0
9.07 6
9.022
8.88 9
8.363
8.409
8.21 1
8.076
7.51 8
7.084
6.770
6.06 5
5.962
5.878
123
25
Sigma-theta
LONG: 125 19.0 W
DEPTH 4370
SIGMA
THETA
24.301
24.323
24.667
24.831
24.872
24.917
25.206
25.501
25.784
25.899
26.030
26.101
26.153
26.187
26.218
26.250
26.327
26.431
26.498
26.533
26.567
26.612
26.692
26.753
26.814
26.908
26.913
SVA
(CUT)
361.4
359.5
327.1
311.6
308.0
304.0
276.7
248.7
221.9
211.1
198.9
192.4
187.6
184.6
181.8
178.9
172.1
162.6
156.7
153.7
150.9
146.7
139.7
134.4
128.7
120.5
120.0
DYN HT FL
(J/KG) (V)
0.108 0.47
0.361
0.46
0.701
0.68
1.018 0.72
1.328 0.82
1.634 0.72
1.924 0.39
2.190 0.25
2.423 0.15
2.639 0.11
2.845 0.09
3.040 0.08
3.230 0.08
3.416 0.08
3.599 0.08
3.779 0.08
4.216 0.08
4.633 0.08
5.033 0.08
5.422 0.07
5.803 0.07
6.175 0.08
6.890 0.08
7.575 0.07
8.233 0.07
8.854 0.08
8.914 0.08
Temperature, Salinity
0 1, I
32
33
4
34
I.
35
8
I
I
I
Fluorescence (v)
36
16
12
I
2
3
III
26
0
1
23
24
4
100 -
200
L
2
N
Cl)
300
0
400 J
T
500 +.
23
24
25
Sigma-theta
27
26
Sigma-theta
37 28.5 N
STA NO 43
LAT:
17 SEP 1993
548 GMT
P
T
(DB)
(C)
3
15.014
15.016
13.387
LONG: 125 15.2 W
DEPTH 4250
POT T
30/3./25
32.791
32.791
32.896
33.086
15.013
15.015
13.385
13.121
SIGMA
THETA
24.267
24.267
24.687
24.887
40
12.791
33.115
12.786
24.976
50
12.146
33.134
12.139
25.115
60
11.082
33.186
11.075
70
80
90
100
110
120
10.200
10.295
9.976
9.686
33.274
33.466
9.301
130
140
150
175
10
20
25
S
SVA
(CUT)
364.7
364.9
DYN HT FL
306.3
(J/KG)
0.109
0.365
0.709
1.028
(V)
0.59
0.56
0.82
1.04
298.1
1.330
1.23
285.1
1.622
0.96
25.350
262.8
1.895
0.28
241.8
229.3
216.6
206.2
197.8
191.7
0.15
0.13
2.811
9.176
25.572
25.706
25.842
25.953
26.043
26.109
2.143
2.380
2.600
33.686
33.745
10.192
10.286
9.965
9.674
9.289
9.163
3.013
3.207
0.09
0.08
0.08
8.954
33.799
8.941
26.187
184.5
3.396
0.08
8.944
8.875
8.624
8.442
8.228
8.227
8.045
7.818
8.929
8.859
8.606
178.5
173.6
165.4
160.7
155.3
3.577
3.753
4.179
4.587
8.205
8.202
8.018
7.789
7.147
6.727
26.252
26.306
26.396
26.450
26.512
26.550
26.592
26.630
26.701
26.784
152.1
148.5
145.2
138.9
131.5
5.365
5.740
6.107
6.817
7.494
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.07
0.08
0.08
(C)
33.571
33.651
325.1
0.11
6.764
33.879
33.934
33.999
34.032
34.068
34.117
34.135
34.141
34.114
34.147
450
6.509
34.171
6.468
26.838
126.9
8.139
0.08
500
506
6.099
5.993
34.186
34.176
6.055
5.949
26.903
26.908
121.0
120.5
8.760
8.833
0.08
0.08
200
225
250
275
300
350
400
7.181
8.421
124
4.981
I
27
Temperature, Salinity
32
33
4
0
l
I
34
8
I
I
35
12
i
Fluorescence (v)
36
0
16
I
I
2
1
I
I
3
4
I
FL
I
24
25
Sigma-theta
26
27
STA NO 44
LAT:
17 SEP 1993
859 GMT
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
T
S
(C)
14.714
14.717
14.324
13.755
13.379
12.869
12.983
32.774
32.775
32.774
32.794
32.921
24
23
37 31.1 N
25
Sigma-theta
LONG: 125 10.4 W
DEPTH 4300
DYN HT FL
25.791
SVA
(CUT)
359.7
360.0
352.4
339.9
323.5
300.6
295.3
262.9
240.2
221.4
25.943
207.1
2.981
25.991
26.053
26.128
202.9
197.0
0.59
0.32
0.16
0.10
0.09
0.09
0.08
0.08
POT T
(C)
14.713
14.716
SIGMA
THETA
24.319
24.319
14.321
13.751
24.401
24.535
24.709
13.374
12.863
12.975
10.973
10.357
9.958
9.636
9.607
9.188
9.147
(J/KG)
0.072
0.360
0.719
1.064
1.398
1.710
2.007
2.288
2.537
2.768
(V)
0.52
0.51
0.54
0.64
0.81
0.81
9.161
33.104
33.209
33.164
33.335
33.504
33.630
33.685
33.678
33.765
190.1
3.186
3.387
3.580
140
9.040
33.804
9.025
26.178
185.5
3.768
0.08
150
9.012
33.875
8.996
26.238
180.1
3.950
0.08
175
8.804
33.946
8.786
26.327
172.1
4.391
0.08
200
8.638
33.993
8.617
26.390
166.5
4.815
0.08
225
250
275
8.393
8.170
7.993
34.043
34.058
26.467
26.512
26.566
159.6
155.6
151.0
5.221
34.091
8.370
8.145
7.965
5.616
5.999
0.08
0.08
0.07
300
7.659
34.088
7.629
26.612
146.8
6.371
0.08
350
400
7.246
6.745
34.120
34.138
7.212
6.708
26.696
26.780
139.4
131.9
7.084
7.763
0.08
0.07
450
500
506
6.514
34.175
34.150
34.149
6.473
5.938
5.837
26.840
26.889
26.901
126.7
122.2
8.411
0.08
0.08
0.08
10.981
10.366
9.968
9.647
9.619
9.200
5.981
5.880
125
24.952
25.011
25.351
25.592
121.1
9.033
9.106
26
27
Temperature, Salinity
32
34
33
4
35
16
8
0
I
Fluorescence (v)
36
0
2
3
4
25
Sigma-theta
26
27
1
i
100
co 200
V
400 J
T
FL
S
500
I
23
24
26
25
24
23
27
Sigma-theta
37 34.5 N
STA NO 45
LAT:
17 SEP 1993
1138 GMT
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
508
T
(C)
15.328
14.780
14.442
13.787
13.297
12.253
11.446
10.607
10.262
10.095
9.851
9.626
9.505
9.426
9.321
9.206
8.998
8.796
8.530
8.342
8.123
7.933
7.421
7.028
6.648
6.239
6.178
S
POT T
(C)
32.763
32.840
32.857
32.911
32.954
33.098
33.171
33.244
33.326
33.439
33.531
33.601
33.655
33.711
33.748
33.807
33.900
33.962
34.030
34.056
34.080
34.099
34.110
34.135
34.152
34.176
34.175
15.328
14.779
14.439
13.783
13.292
12.247
11.438
10.599
10.253
10.085
9.840
9.614
9.492
9.412
9.306
9.189
8.980
8.774
8.507
8.317
8.095
7.903
7.387
6.990
6.607
6.195
6.133
126
LONG: 125
5.1 W
DEP TH 4300
SIGMA
THETA
24.178
24.356
24.441
24.619
24.751
25.066
25.273
25.479
25.603
25.719
25.832
25.925
25.987
26.043
26.089
26.154
26.260
26.341
26.436
26.485
26.538
26.581
26.664
26.739
26.805
26.877
26.884
SVA
(CL/T)
373.2
356.4
348.6
331.9
319.5
289.7
270.2
250.7
239.2
228.3
217.8
209.1
203.4
198.2
194.1
188.1
178.5
171.2
162.6
158.3
153.7
149.9
142.6
136.0
130.2
123.7
123.0
DYN HT FL
(J/KG) (V)
0.075 0.46
0.47
0.371
0.723 0.67
0.92
1.063
0.73
1.390
1.701
0.47
1.983 0.27
2.242 0.17
2.487 0.12
0.11
2.721
2.944 0.10
3.158 0.09
3.364 0.08
3.565 0.08
0.08
3.761
3.952 0.08
4.411
0.08
4.848
0.08
5.265 0.08
0.08
5.665
0.08
6.055
6.435
0.08
7.167 0.08
7.862 0.08
8.526 0.08
9.159 0.08
9.258 0.08
Temperature, Salinity
,- r
32
0
i
34
33
i.
4
i
8
i
35
12
I
I
T
T
Fluorescence (v)
36
16
I
I
,
0
1
23
24
2
3
25
Sigma-theta
26
I
100 -
co 200
400
T
500 IT,-I
23
1
24
I
25
I
26
27
Sigma-theta
STA NO 46
LAT:
17 SEP 1993
P
T
(DB)
(C)
2 15.343
10 15.345
20
15.329
30
15.021
40 14.728
50 11.423
60 11.288
70 10.773
80 10.411
90
9.894
100
9.755
110
9.622
120
9.436
130
9.356
140
9.302
150
9.191
175
9.101
200
225
250
275
300
350
400
450
500
505
9.137
8.859
8.818
8.672
8.354
7.958
7.369
6.777
6.551
6.534
37 39.0 N
1452 GMT
S
32.939
32.940
32.940
32.927
33.003
33.001
33.261
33.349
33.436
33.540
33.600
33.678
33.721
33.756
33.779
33.844
33.903
33.950
33.957
34.036
34.072
34.057
34.103
34.118
34.121
34.160
34.162
LONG: 124 57.0 W
DEPTH 4300
POT T
(C)
15.343
15.343
15.326
15.016
14.722
11.417
SIGMA
THETA
24.310
24.310
24.314
11.281
10.764
10.402
25.372
25.532
25.663
25.832
25.902
25.985
26.049
26.089
26.117
26.186
26.247
26.277
26.328
26.397
26.448
26.485
9.884
9.743
9.610
9.422
9.342
9.287
9.175
9.083
9.116
8.835
8.792
8.643
8.323
7.923
24.371
24.493
25.145
7.331
26.581
26.678
6.735
6.506
6.488
26.763
26.824
26.828
127
SVA
DYN HT FL
(CLrr)
(J/KG) (V)
0.072 0.11
0.361
0.22
0.721
0.23
1.080
0.22
1.428
0.27
1.742
0.37
2.014 0.27
2.267 0.17
2.506 0.13
2.733 0.10
2.947 0.09
3.154 0.08
3.355 0.08
3.550 0.08
3.743 0.08
3.932 0.08
4.388 0.08
4.834 0.08
5.274
0.08
5.697 0.08
6.109 0.08
6.511
0.08
7.289 0.07
8.020
0.08
8.710
0.08
9.367
0.08
9.432
0.08
360.6
360.8
360.7
355.5
344.2
282.1
260.8
245.7
233.5
217.6
211.1
203.4
197.5
193.9
191.5
185.1
179.8
177.4
173.0
167.0
162.5
159.3
150.9
142.0
134.3
129.0
128.7
27
Temperature, Salinity
32
0
33
4
8
1
1
1
35
34
1
0
2
1
-
I-
1
1
Fluorescence (v)
36
16
12
.
3
4
1
1
1
100J
400 J
T
FL
S
500
1
23
24
25
Sigma-theta
26
27
37 45.0 N
STA NO 47
LAT:
17 SEP 1993
1755 GMT
P
T
(DB)
(C)
2
10
15.427
15.408
15.126
14.499
11.622
11.050
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
506
10.701
10.399
10.131
9.806
9.778
9.720
9.656
9.615
9.565
9.450
9.258
8.900
8.841
8.781
8.737
8.494
8.325
7.633
7.039
6.518
6.411
S
32.899
32.900
32.922
32.979
33.134
33.262
33.345
33.421
33.484
33.602
33.771
33.785
33.800
33.812
33.825
33.853
33.918
33.942
33.958
33.986
34.000
34.038
34.086
34.100
34.126
34.131
34.124
24
23
LONG: 124 48.0 W
4050
DEP TH
POT T
(C)
15.427
15.406
15.123
14.494
11.617
11.043
10.694
SIGMA
THETA
24.260
24.266
24.344
24.523
25.212
25.415
10.391
10.121
9.796
9.767
9.708
9.642
25.653
25.748
25.895
26.032
26.052
26.075
9.601
26.091
9.549
9.433
9.239
8.879
8.817
8.755
8.708
8.463
8.289
7.594
6.997
6.472
6.365
26.110
128
25
Sigma-theta
25.541
26.151
26.233
26.309
26.331
26.363
26.381
26.449
26.513
26.626
26.731
26.805
26.813
SVA
(CL/T)
365.3
365.0
357.8
341.0
275.6
256.5
244.7
234.2
225.3
211.6
198.8
197.0
195.1
193.8
192.2
188.5
181.1
174.3
172.7
170.1
168.9
162.8
157.5
147.2
137.5
130.7
129.9
DYN HT FL
(J/KG)
0.073
0.365
0.727
1.082
1.389
1.654
1.904
2.144
2.374
2.594
2.798
2.996
3.192
3.387
3.580
3.770
4.233
4.675
5.109
5.538
5.961
6.377
7.176
7.932
8.644
9.317
9.395
(V)
0.15
0.19
0.26
0.32
0.33
0.27
0.20
0.12
0.10
0.09
0.09
0.08
0.08
0.08
0.08
0.08
0.09
0.07
0.08
0.08
0.08
0.08
0.08
0.08
0.07
0.08
0.08
26
1
27
Temperature, Salinity
32
0
1
4
I
34
33
8
I
I
12
35
16
I
I
I
Fluorescence (v)
36
0
2
1
3
4
I
I
FL
I
24
25
Sigma-theta
26
LAT:
17 SEP 1993
2200 GMT
P
T
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
(C)
15.331
15.298
15.053
13.426
11.976
11.301
10.642
10.364
10.200
200
225
250
275
300
350
400
450
500
505
9.965
9.904
9.667
9.517
9.492
9.282
9.125
9.147
9.042
8.670
8.409
8.259
8.043
7.637
7.239
6.904
6.488
6.390
23
27
STA NO 48
S
37 36.0 N
POT T
(C)
32.819
15.331
32.821
15.297
15.050
13.422
32.867
32.932
33.026
33.190
33.323
33.386
33.460
33.515
33.597
33.661
33.709
33.794
33.824
33.853
33.954
33.965
34.028
34.038
34.063
34.072
34.103
34.119
34.147
34.162
34.158
11.971
11.295
10.635
10.356
10.190
9.955
9.893
9.655
9.503
9.478
9.267
9.108
9.128
9.021
8.646
8.384
8.231
8.013
7.602
7.201
6.862
6.443
6.345
129
24
I
25
Sigma-theta
LONG: 124 36.8 W
DEPTH 4000
SIGMA
THETA
24.220
24.229
24.318
24.708
25.062
25.314
25.535
25.632
25.718
25.800
25.875
25.964
26.027
26.097
26.155
26.203
26.279
26.304
26.413
26.461
26.503
26.544
26.628
26.697
26.766
26.834
26.843
SVA
(CLIT)
369.1
368.5
360.3
323.4
289.8
266.1
245.2
236.2
228.3
220.6
DYN HT FL
213.7
205.4
2.831
3.041
199.6
193.2
187.8
183.4
176.7
174.8
164.9
160.6
157.0
153.5
3.244
3.440
146.1
140.1
134.1
7.071
128.0
127.1
(J/KG)
0.074
0.369
0.735
1.083
1.385
1.662
1.916
2.158
2.389
2.614
3.631
3.816
4.266
4.707
5.131
5.539
5.936
6.324
7.788
8.473
9.128
9.192
(V)
0.30
0.38
0.38
0.48
0.48
0.32
0.18
0.13
0.09
0.09
0.09
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.07
0.08
0.07
0.08
0.08
0.08
26
27
Temperature, Salinity
33
32
35
34
Fluorescence (v)
36
4
16
0
2
1
3
4
I
FL
IT
500
23
24
26
25
24
23
27
37 31.0 N
STA NO 49
LAT:
18 SEP 1993
30 GMT
LONG: 124 30.5 W
DEPTH 4300
32.882
32.879
32.881
33.003
15.255
15.225
14.965
14.830
12.167
SIGMA
THETA
24.284
24.292
24.345
24.376
25.008
SVA
(CUT)
363.0
362.5
357.7
11.190
33.094
11.184
25.260
33.159
33.289
33.467
33.554
33.593
33.639
33.678
33.754
33.800
33.831
33.912
33.984
34.032
34.093
34.057
10.882
10.129
10.150
200
225
250
275
10.889
10.137
10.159
9.992
9.651
9.423
9.336
9.174
9.081
9.024
8.876
8.702
8.520
8.599
8.115
8.497
8.573
8.087
25.364
25.594
25.730
25.827
25.914
25.987
26.031
26.117
26.169
26.202
26.289
26.373
26.439
26.475
26.521
300
7.920
34.088
7.890
350
400
450
500
505
7.524
7.013
6.494
6.242
6.152
34.129
34.139
34.155
34.190
34.187
7.490
6.976
6.453
6.198
6.107
T
25
Sigma-theta
Sigma-theta
P
I
S
(DB)
2
10
20
30
40
15.255
15.226
14.968
14.835
12.172
32.881
50
60
70
80
90
100
110
120
130
140
150
175
POT T
(C)
(C)
9.981
9.640
9.411
9.323
9.160
9.066
9.008
8.857
8.681
130
DYN HT FL
295.0
(J/KG)
0.073
0.363
0.723
1.080
1.415
(V)
0.36
0.37
0.40
0.46
0.52
271.2
1.698
0.33
261.5
239.7
0.25
0.16
0.13
191.2
186.5
183.5
175.7
168.2
162.3
159.4
155.3
1.964
2.215
2.448
2.670
2.883
3.090
3.291
3.487
3.675
3.860
4.309
4.739
5.152
5.554
5.948
26.574
150.6
6.329
0.08
26.664
26.744
26.827
26.888
26.897
142.6
135.5
127.9
122.7
121.8
7.065
7.760
0.08
0.08
0.08
0.08
0.08
355.1
227.1
218.1
210.0
203.2
199.1
8.421
9.050
9.111
0.11
0.09
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.07
26
27
Temperature, Salinity
32
0
1
4
33
34
I
I
.
0
16
I
I
Fluorescence (v)
36
12
8
I
35
I
1
2
3
I
I
I
25
Sigma-theta
26
4
FL
9
23
24
I
25
Sigma-theta
26
STA NO 50
LAT: 37 26.4 N
LONG: 124 26.0 W
DEPTH 4300
313 GMT
18 SEP 1993
P
T
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
506
(C)
15.448
15.429
14.741
13.970
12.406
12.326
11.165
10.548
10.039
9.673
9.505
9.309
9.168
9.125
9.088
9.049
8.897
8.746
8.234
8.196
8.059
7.776
7.355
6.676
6.320
5.935
5.895
24
23
27
S
32.855
32.892
32.869
32.907
32.982
33.216
33.320
33.424
33.514
33.580
33.660
33.716
33.770
33.809
33.849
33.882
33.915
33.974
34.012
34.045
34.076
34.099
34.153
34.119
34.151
34.169
34.169
POT T
(C)
15.448
15.42 7
14.738
13.966
12.401
12.31 9
11.158
10.540
10.030
9.663
9.494
9.297
9.155
9.11 1
9.073
9.033
8.878
8.725
8.21 2
8.170
8.032
7.747
7.32 1
6.640
6.280
5.892
5.85 1
SIGMA
THETA
24.222
24.255
24.386
24.578
24.947
25.144
25.440
25.630
25.787
25.900
25.990
26.066
26.131
26.169
26.205
26.238
26.288
26.358
26.467
26.499
26.544
26.604
26.707
26.774
26.846
26.910
26.914
131
SVA
(CUT)
369.0
366.0
353.8
335.8
300.8
282.3
254.4
236.4
221.7
211.1
202.7
195.7
189.7
186.3
183.0
180.1
175.8
169.5
159.6
156.9
153.1
147.6
138.5
132.3
125.9
120.2
119.8
DYN HT FL
(J/KG)
0.074
0.367
0.725
1.073
1.392
1.685
1.950
2.196
2.424
2.640
2.847
3.046
3.238
3.426
3.611
3.792
4.237
4.669
5.081
5.477
5.865
6.240
6.954
7.629
8.274
8.888
8.960
(V)
0.37
0.37
0.46
0.68
0.58
0.50
0.31
0.22
0.13
0.10
0.08
0.08
0.08
0.08
0.08
0.07
0.08
0.08
0.08
0.07
0.08
0.08
0.08
0.08
0.07
0.08
0.07
27
Temperature, Salinity
32
0
i
34
33
4
35
16
8
i
I
I
i
i
I
Fluorescence (v)
36
0
2
3
4
25
Sigma-theta
26
27
1
i
I
100 -
c 200
.
400 -
FL
T
500 +
23
24
25
Sigma-theta
26
37 21.8 N
STA NO 51
LAT:
18 SEP 1993
649 GMT
P
T
(DB)
(C)
2 14.640
10
14.639
20 14.275
12.510
30
40 13.104
50 12.107
60 11.730
70 10.847
10.093
80
90
9.717
100
9.478
110
9.308
120
8.983
130
8.800
140
8.838
150
8.848
175
8.637
200
8.510
225
8.315
250
8.054
7.589
275
300
7.356
350
7.000
400
6.655
450
6.239
500
5.939
506
5.909
S
32.711
32.710
32.756
32.838
33.309
33.331
33.364
33.305
33.387
33.513
33.602
33.694
33.719
33.740
33.837
33.910
33.987
34.027
34.078
34.092
34.076
34.085
34.121
34.152
34.162
34.179
34.184
24
23
27
LONG: 124 20.1 W
DEPTH 4000
POT T
(C)
14.640
14.638
14.272
12.506
13.098
12.101
11.723
10.839
10.084
9.707
9.467
9.296
8.970
8.786
8.823
8.832
8.619
8.489
8.292
8.029
7.562
7.328
6.968
6.618
6.199
5.896
5.865
SIGMA
THETA
24.285
24.286
24.398
24.815
25.064
25.274
25.371
25.485
25.679
25.840
25.949
26.048
26.120
26.165
26.236
26.291
26.385
26.436
26.506
26.556
26.612
26.653
26.731
26.803
26.865
26.918
26.925
132
SVA
(CL/T)
362.9
363.1
352.7
313.1
289.8
269.9
261.0
250.2
231.9
216.8
206.6
197.3
190.7
186.5
180.0
175.0
166.5
162.1
155.9
151.4
146.3
142.7
135.9
129.6
124.0
119.5
118.8
DYN HT FL
(J/KG) (V)
0.073 0.44
0.363 0.46
0.723 0.52
1.051
0.73
1.352 0.93
1.631
0.65
1.895 0.58
0.22
2.151
2.394 0.16
2.616 0.12
2.828 0.08
3.029 0.08
3.224 0.08
3.412 0.08
3.595 0.08
3.772 0.08
4.196 0.08
4.607 0.08
5.003 0.07
5.387 0.08
5.758 0.07
6.120 0.08
6.818
0.07
7.482 0.08
8.117 0.07
8.724
0.08
8.795
0.08
Temperature, Salinity
32
4
33
34
35
12
8
16
Fluorescence (v)
36
0
1
2
3
I
I
I
4
f-
FL
I
24
25
Sigma-theta
26
27
STA NO 52
LAT:
18 SEP 1993
944 GMT
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
450
500
505
T
(C)
15.756
15.545
13.610
12.799
11.269
11.787
11.158
10.267
9.187
9.197
9.569
9.630
9.480
9.382
9.304
9.417
9.025
8.634
8.417
7.969
7.867
7.456
7.054
6.304
5.903
6.003
5.991
S
33.295
33.297
33.315
33.243
33.101
33.366
33.414
33.357
33.357
33.445
33.624
33.716
33.760
33.799
33.827
33.890
33.964
34.015
34.069
34.093
34.125
34.123
34.163
34.128
34.143
34.226
34.229
24
23
25
Sigma-theta
LONG: 124 14.6 W
37 18.0 N
DEPTH 4025
POT T
(C)
15.75 5
15.54 3
13.60 7
12.79 5
11.26 4
11.78 1
11.151
10.258
9.17 8
9.18 8
9.55 8
SIGMA
THETA
24.492
9.61 8
9.46 7
9.36 8
9.28 9
9.40 0
9.00 6
8.61 3
8.39 3
7.94 4
7.83 9
7.42 7
7.02 1
6.269
5.86 4
5.960
5.947
133
24.541
24.966
25.072
25.250
25.362
25.514
25.626
25.804
25.871
25.952
26.013
26.073
26.119
26.154
26.185
26.306
26.408
26.484
26.570
26.610
26.669
26.757
26.829
26.892
26.946
26.950
SVA
(CUT)
343.2
338.8
298.5
288.7
271.9
261.6
247.3
236.8
219.9
213.7
206.4
200.8
195.3
191.0
187.9
185.2
174.1
164.8
158.0
150.1
146.7
141.3
133.5
126.8
121.1
116.9
116.5
DYN HT FL
(J/KG)
0.069
0.343
0.654
0.948
1.226
1.493
1.749
1.989
2.216
2.432
2.642
2.845
3.044
3.236
3.426
3.613
4.063
4.486
4.888
5.273
5.643
6.003
6.690
7.342
7.960
8.555
8.614
(V)
0.55
0.57
0.77
0.80
0.42
0.66
0.37
0.13
0.09
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
0.08
26
27
Temperature, Salinity
33
32
4
0 _i
100
I
34
8
I
I
35
i
Fluorescence (v)
36
12
16
I
I,
I
0
1
2
3
4
23
24
25
Sigma-theta
26
27
-
1-1
500
23
24
25
Sigma-theta
26
27
STA NO 53
LAT:
18 SEP 1993
1237 GMT
P
(DB)
2
10
20
30
40
50
60
70
80
90
100
110
120
T
(C)
14.223
14.207
13.639
11.898
12.343
11.521
11.442
10.958
9.781
9.876
9.436
9.101
9.285
S
32.749
32.749
32.802
32.919
33.190
33.217
33.307
33.326
33.463
33.594
33.551
33.556
33.718
37 21.9 N
POT T
(C)
14.223
14.205
13.636
11.8 95
12.338
11.5 15
11.435
10.950
9.772
9.866
9.425
9.0 89
9.272
LONG: 12 4 20.0
DEPTH 430 0
SIGMA
THETA
24.403
24.406
24.564
24.993
25.120
25.295
25.379
25.481
25.79 1
25.877
25.91 6
25.974
26.07 1
134
SVA
(CL/T)
351.7
351.6
336.8
296.1
284.4
267.9
260.1
250.6
221.3
213.3
209.7
204.3
195.3
W
DYN HT FL
(J/KG)
0.070
0.352
0.699
1.011
1.301
1.576
1.841
(V)
0.45
0.46
0.47
0.70
0.51
2.097
0.40
0.35
0.28
2.331
0.11
2.548
2.760
2.967
3.167
0.10
0.09
0.08
0.08
Temperature, Salinity
32
4
34
33
35
12
8
0
,
,
I
I
Fluorescence (v)
36
16
,
0
1
2
3
4
24
25
26
27
I
a
FL
23
24
25
Sigma-theta
26
27
Sigma-theta
STA NO 54
LAT:
18 SEP 1993
P
T
(DB)
(C)
2 16.384
10
16.387
20
16.282
13.380
30
40
11.365
50
10.566
60
10.164
70
9.772
80
9.738
90
9.236
100
9.144
110
8.896
120
8.767
130
8.789
140
8.557
150
8.536
175
8.274
200
7.889
225
7.830
250
7.629
275
7.184
300
7.015
350
6.643
400
6.226
450
6.017
500
5.485
506
5.480
23
37 12.1 N
1422 GMT
S
33.233
33.233
33.240
33.279
33.293
33.313
33.354
33.408
33.533
33.601
33.707
33.712
33.772
33.832
33.846
33.880
33.969
33.995
34.053
34.072
34.055
34.055
34.113
34.121
34.169
34.162
34.169
POT T
(C)
16.384
16.385
16.279
13.376
11.360
10.560
10.157
9.764
9.729
9.226
9.134
8.884
8.755
8.776
8.542
8.521
8.257
7.869
7.808
7.605
7.158
6.987
6.611
6.191
5.978
5.444
5.438
LONG: 124 8.2 W
DEPTH 3900
SIGMA
THETA
24.302
24.302
24.332
24.985
25.382
25.539
SVA
(CUT)
361.3
361.6
DYN HT FL
359.1
25.641
235.1
0.723
1.054
1.326
1.579
1.819
25.749
25.852
25.987
26.085
26.128
26.195
26.239
26.286
26.316
26.426
26.504
26.558
26.603
26.653
26.677
26.773
26.834
26.899
26.959
26.965
225.0
215.4
202.7
193.6
189.7
183.5
179.5
135
297.0
259.4
244.6
175.1
172.5
162.5
155.4
150.7
146.8
142.2
140.2
131.6
126.3
120.6
115.0
114.5
(J/KG)
0.072
0.361
2.051
2.271
2.479
2.676
2.868
3.054
3.236
3.414
3.587
4.008
4.404
4.787
5.158
5.518
5.871
6.550
7.197
7.814
8.403
8.472
(V)
0.44
0.45
0.43
0.58
0.43
0.22
0.18
0.15
0.13
0.10
0.08
0.08
0.07
0.07
0.08
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.08
0.08
0.08
0.08
Temperature, Salinity
32
33
4
8
34
0
100
12
35
16
Fluorescence (v)
36
0
I, --
I
2
1
3
4
26
27
I
I
-
co200
V
400
-
T
FL
500-23
I
24
25
Sigma-theta
26
37 34.0 N
STA NO 55
LAT:
19 SEP 1993
1206 GMT
P
T
(DB)
(C)
2 15.144
10
15.146
20 15.105
30 14.439
40
13.194
50
12.499
10.974
60
70
10.649
80
10.183
90
9.992
100
9.707
110
9.439
120
9.353
130
9.371
140
9.265
150
9.239
175
8.903
200
8.691
225
8.524
250
8.366
275
8.084
7.922
300
7.485
350
400
7.112
450
6.872
500
6.305
501
6.315
24
27
S
POT T
(C)
32.876
32.876
32.876
32.853
32.914
33.214
33.251
33.370
33.439
33.509
33.593
33.657
33.722
33.781
33.809
33.848
33.898
33.955
34.028
34.063
34.066
34.085
34.101
34.124
34.178
34.186
34.188
15.144
15.144
15.102
14.435
13.188
12.492
10.966
10.641
10.174
9.982
9.696
9.427
9.340
9.357
9.250
9.223
8.884
8.670
8.500
8.340
8.057
7.892
7.451
7.074
6.830
6.260
6.270
25.791
25.904
25.998
26.064
26.107
26.146
26.181
26.273
26.352
26.435
26.487
26.532
26.572
26.647
26.718
26.795
26.876
26.877
SVA
(CUT)
361.0
361.3
360.7
349.1
320.6
285.7
256.2
242.1
229.5
221.4
210.9
202.1
196.1
192.2
188.7
185.6
177.2
170.2
162.6
158.1
154.2
150.8
144.2
138.0
131.4
123.8
123.7
I
25
Sigma-theta
LONG: 125 5.1 W
DEPTH 4200
SIGMA
THETA
24.305
24.305
24.314
24.439
24.740
25.109
25.420
25,570
25.704
136
I
DYN HT FL
(J/KG) (V)
0.072 0.34
0.33
0.361
0.722 0.32
1.081
0.40
1.422 0.58
1.726 0.45
1.996 0.28
2.244 0.17
2.479 0.13
2.705 0.10
2.922 0.09
3.129 0.08
3.327 0.08
3.522 0.08
3.712 0.08
3.899 0.08
4.352 0.08
4.787 0.08
5.202 0.08
5.604 0.07
5.994 0.08
6.377 0.08
7.112 0.07
7.816 0.08
8.489 0.08
9.127 0.08
9.139 0.08
Temperature, Salinity
32
4
33
34
8
12
36
35
0
16
1
Fluorescence (v)
2
3
4
a
FL
500
23
24
25
Sigma-theta
27
26
38 42.6 N
STA NO 56
LAT:
19 SEP 1993
2210 GMT
P
T
(DB)
(C)
2
10
12.818
12.699
12.580
12.483
12.402
12.310
10.702
10.274
9.831
9.566
9.396
9.214
9.370
9.182
9.052
8.810
8.738
8.529
8.167
8.070
7.793
7.747
7.006
6.518
6.505
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
300
350
400
401
S
32.847
32.846
32.865
32.937
32.959
32.941
32.886
33.000
33.106
33.172
33.363
33.460
33.620
33.645
33.703
33.746
33.936
34.032
34.025
34.071
34.083
34.083
34.093
34.104
34.104
POT T
(C)
12.818
12.698
12.577
12.479
12.397
12.304
10.695
10.266
9.822
9.556
9.385
9.202
9.357
9.168
9.037
8.794
8.720
8.508
8.144
8.045
7.766
7.718
6.974
6.482
6.469
24
23
LONG: 123 50.0 W
DEPTH
SIGMA
THETA
24.762
24.784
24.823
24.897
24.929
24.933
25.183
25.346
25.503
25.598
25.775
25.881
25.981
26.031
26.097
26.169
26.330
26.438
26.487
26.538
26.588
26.596
26.708
26.783
26.784
data from secondary tic sensors
137
25
Sigma-theta
455
SVA
(CUT)
317.5
315.6
312.2
305.4
302.5
302.4
278.6
263.3
248.6
239.7
223.0
213.2
203.9
199.4
193.2
186.6
171.8
162.0
157.6
153.2
148.7
148.4
138.1
131.3
131.2
DYN HT FL
(J/KG)
0.063
0.317
0.630
0.939
1.243
1.545
1.834
2.104
2.363
2.605
2.834
3.051
3.259
3.461
3.657
3.847
4.294
4.707
5.109
5.496
5.873
6.244
6.963
7.637
7.650
(V)
0.33
0.44
0.58
0.64
0.70
0.71
0.19
0.12
0.10
0.09
0.08
0.07
0.09
0.08
0.08
0.08
0.08
0.08
0.07
0.07
0.07
0.08
0.08
0.08
0.07
26
27
Temperature, Salinity
33
32
34
12
35
Fluorescence (v)
36
16
0
u
2
1
4
3
LJ
a)
a-
FL
25
24
P
T
(DB)
(C)
3
10
13.608
13.618
13.240
12.650
12.012
11.259
10.810
10.643
10.434
9.763
9.064
8.830
8.627
8.390
8.237
8.118
7.898
7.563
7.199
6.932
6.888
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
S
32.747
32.746
32.756
32.737
32.735
32.746
32.860
32.929
32.999
33.092
33.280
33.379
33.442
33.517
33.610
33.678
33.806
33.860
33.896
33.926
33.981
26
Sigma-theta
POT T
(C)
13.608
13.616
13.237
12.646
12.007
11.253
10.803
10.635
10.425
9.753
9.054
8.818
8.615
8.377
8.223
8.103
7.881
7.544
7.178
6.909
6.863
III
27
STA NO 57
LAT:
20 SEP 1993
122 GMT
SIGMA
THETA
24.527
24.525
24.609
24.710
24.830
24.976
25.144
25.227
25.318
25.504
25.764
25.877
25.958
26.053
26.149
26.221
SVA
(CL/T)
339.9
340.3
332.6
323.2
312.0
298.2
282.4
274.7
266.3
248.7
224.1
213.4
205.9
197.0
188.0
181.4
38 38.0 N
(V)
0.55
0.60
0.61
0.72
0.54
0.29
0.16
0.14
0.11
0.09
0.08
0.07
0.07
0.06
0.06
160.8
153.5
148.0
4.406
4.818
5.210
5.588
0.07
0.06
0.06
0.06
0.07
143.7
5.952
0.07
26.354
26.445
26.525
26.585
169.1
26.635
26
Sigma-theta
27
LONG: 123 57.0 W
DEPTH 1925
DYN HT FL
(J/KG)
0.102
0.340
0.679
1.006
1.324
1.629
1.920
2.200
2.469
2.727
2.961
3.178
3.389
3.590
3.782
3.966
25
24
P
T
(DB)
300
350
400
450
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1825
(C)
6.742
6.414
5.908
5.773
5.084
4.839
4.476
4.169
3.967
3.637
3.525
3.301
3.026
2.904
2.749
2.584
2.426
2.249
2.191
S
34.009
34.037
34.034
34.112
34.077
34.213
34.251
34.315
34.393
34.419
34.461
34.491
34.505
34.518
34.533
34.551
34.568
34.587
34.592
POT T
(C)
6.715
6.383
5.874
5.735
5.044
4.791
4.422
4.109
3.900
3.564
3.445
3.215
2.934
2.805
2.644
2.473
2.309
2.126
2.066
data from secondary tic sensors
138
SIGMA
THETA
26.677
26.743
26.806
26.884
26.939
27.075
27.146
27.230
27.314
27.368
27.413
27.459
27.496
27.518
27.544
27.574
27.601
27.631
27.640
SVA
DYN HT FL
(CLlr)
(J/KG) (V)
6.307 0.07
0.07
6.991
7.647 0.07
8.273 0.07
8.869 0.07
9.973 0.08
10.992 0.07
11.939 0.07
12.817 0.07
13.624 0.07
14.390 0.07
15.123 0.07
15.813 0.07
16.476 0.07
17.120 0.07
17.737 0.07
18.328 0.06
18.892 0.06
19.028 0.06
140.0
134.3
128.6
121.8
116.4
104.5
98.3
90.9
83.5
78.6
74.9
70.8
67.2
65.5
63.1
60.4
57.8
54.8
53.8
Temperature, Salinity
32
4
33
8
34
12
Fluorescence (v)
35
36
16
0,
1
1
I
I
1
-
0
I
I
2
1
I
I
,
I
I
4
3
1
I
I
1
400
co
800
1600
FL
2000
24
P
T
(DB)
2
(C)
14.071
14.071
13.968
13.530
25
26
Sigma-theta
24
27
STA NO 58
LAT:
20 SEP 1993
528 GMT
38 33.2 N
12.984
11.539
10.957
10.577
10.224
9.940
9.561
9.348
9.196
8.618
32.713
32.714
32.720
32.741
32.788
32.732
32.809
32.904
33.023
33.150
33.263
33.316
33.360
33.489
14.071
14.070
13.965
13.525
12.978
11.533
10.949
10.569
10.215
9.929
9.550
9.336
9.183
8.605
SIGMA
THETA
24.407
24.407
24.434
24.539
24.685
24.915
25.079
25.219
25.373
25.520
25.670
25.747
25.806
25.997
140
8.218
33.571
8.204
26.122
190.6
3.894
0.07
150
175
200
225
8.151
7.876
7.588
33.620
33.812
33.885
8.136
7.859
7.569
26.170
26.362
26.461
186.2
168.4
159.3
4.083
4.525
4.934
0.06
0.06
0.06
7.201
33.909
7.180
26.535
152.6
5.323
250
275
6.852
6.603
33.922
33.953
6.829
6.578
26.593
26.651
147.3
142.0
5.698
6.060
10
20
30
40
50
60
70
80
90
100
110
120
130
S
POT T
(C)
SVA
(CL/T)
351.3
351.5
349.3
339.5
325.8
304.0
288.6
275.4
261.0
247.2
233.0
225.9
220.5
202.4
DYN HT FL
(J/KG)
0.070
0.351
0.702
1.045
1.378
1.696
(V)
0.49
P
T
(C)
6.504
6.332
6.095
2.795
3.036
3.265
3.488
3.698
0.58
0.56
0.49
0.19
0.12
0.09
0.08
0.07
0.07
0.08
0.07
2.273
2.541
26
Sigma-theta
27
LONG: 124 4.1 W
DEPTH 2400
(DB)
300
350
400
450
500
600
700
800
900
1000
1100
1200
1300
1400
1.991
25
S
POT T
(C)
SIGMA
THETA
26.693
26.768
26.820
26.885
26.969
27.082
27.164
27.256
27.323
27.383
DYN HT FL
27.468
27.497
27.526
SVA
(CUT)
138.3
131.9
127.4
121.7
113.8
103.8
96.6
88.3
82.6
77.2
72.9
69.7
67.2
64.5
10.028
11.033
11.955
12.809
13.608
14.357
15.065
15.747
16.406
0.07
0.07
0.07
0.07
0.07
0.08
0.07
0.07
0.07
0.07
0.07
0.07
0.06
0.07
(J/KG)
6.410
7.085
7.732
8.352
(V)
6.477
4.513
4.114
3.944
3.666
3.407
3.219
3.049
2.842
33.989
34.055
34.083
34.113
34.145
34.228
34.279
34.340
34.401
34.442
34.470
34.493
34.508
34.522
1500
2.701
34.542
2.596
27.555
61.9
17.038
0.06
1600
1700
1800
2.551
2.334
2.225
34.562
34.575
34.587
2.440
2.218
2.102
27.585
27.613
27.633
59.2
56.2
54.5
17.643
18.218
18.772
0.06
0.06
0.06
0.06
1900
2.109
34.601
1.979
27.654
52.5
19.305
0.06
0.07
0.07
2000
2.019
34.609
1.882
27.668
51.2
19.823
0.06
0.44
0.51
5.777
5.283
4.881
6.301
6.060
5.739
5.242
4.833
4.459
4.054
3.877
3.593
3.328
3.134
2.957
2.745
data from secondary tic sensors
139
27.431
8.941
Temperature, Salinity
32
4
33
8
34
0
24
25
P
T
(DB)
13
20
30
40
(C)
13.496
13.450
12.765
12.503
32.782
32.780
32.852
32.849
50
11.629
32.781
60
70
80
10.850
10.239
10.178
32.839
32.936
32.977
S
12
35
I
.
26
Sigma-theta
I
27
38 44.5 N
STA NO 59
LAT:
20 SEP 1993
1008 GMT
SVA
(CL/T)
335.4
334.8
316.8
312.4
DYN HT FL
P
12.498
SIGMA
THETA
24.578
24.586
24.777
24.825
(J/KG) (V)
0.436 0.60
0.671
0.55
0.995 0.60
1.310 0.54
11.623
24.937
302.0
1.617
0.40
10.843
10.231
10.169
25.121
25.302
25.345
284.6
267.5
263.6
1.914
2.187
2.452
0.24
0.16
0.13
(DB)
300
350
400
450
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1822
POT T
(C)
13.494
13.447
12.761
4
3
2
1
25
24
90
9.776
33.169
9.766
25.561
243.2
2.708
0.10
9.420
9.077
9.409
9.065
8.708
8.576
25.681
232.0
2.945
25.839
25.956
25.984
217.1
206.1
3.171
8.590
33.247
33.379
33.458
33.468
203.6
3.382
3.587
0.08
0.07
0.07
0.07
140
8.377
33.590
8.362
26.113
191.5
3.785
0.06
150
175
200
225
8.159
7.775
7.360
7.485
7.376
7.097
33.646
33.787
8.144
7.758
33.831
7.341
33.958
34.001
34.004
7.463
7.352
7.072
26.190
26.357
26.451
26.533
26.583
26.625
184.3
168.8
160.2
152.8
148.5
144.8
3.973
4.413
4.824
5.215
5.592
5.960
0.06
0.06
0.06
0.07
0.07
0.07
250
275
0
,
I
100
110
120
130
8.721
Fluorescence (v)
36
16
LONG: 124 2.1 W
DEPTH 1950
T
(C)
6.887
6.515
6.227
5.845
5.412
4.955
4.610
4.317
3.911
3.629
3.468
3.157
2.967
2.862
2.717
2.532
2.404
2.252
2.241
S
34.022
34.060
34.087
34.115
34.132
34.206
34.264
34.333
34.391
34.427
34.475
34.495
34.510
34.521
34.537
34.554
34.568
34.585
34.586
POT T
(C)
6.859
6.484
6.192
5.807
5.371
4.907
4.556
4.256
3.844
3.557
3.389
3.072
2.876
2.764
2.613
2.422
2.287
2.128
2.116
data from secondary tic sensors
140
27
26
Sigma-theta
SIGMA
THETA
26.668
26.748
26.807
26.878
26.944
27.057
27.142
27.229
27.318
27.375
27.430
27.475
27.506
27.524
27.550
27.580
27.603
27.629
27.631
SVA
(CUT)
141.0
133.9
128.8
122.4
116.3
106.3
98.9
91.2
83.0
77.9
73.2
68.8
66.1
64.8
62.5
59.6
57.5
55.0
54.8
DYN HT FL
(J/KG)
6.318
7.005
7.662
8.289
8.888
9.999
11.020
11.970
12.844
13.649
14.406
15.119
15.795
16.450
17.086
17.692
18.277
18.842
18.963
(V)
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.06
0.06
0.06
0.06
0.06
Temperature, Salinity
32
01
I
I
I
24
P
T
(DB)
(C)
13
13.040
20
30
40
50
13.036
12.947
12.885
12.047
60
70
80
90
100
110
120
130
140
150
175
200
34
33
25
12
I
I
35
I
26
Sigma-theta
38 33.0 N
STA NO 60
LAT:
20 SEP 1993
1305 GMT
SIGMA
THETA
SVA
(CL/T)
DYN HT FL
32.796
13.038
24.679
325.7
0.423
0.50
32.795
32.819
32.872
32.881
13.033
12.943
12.879
12.041
24.679
24.715
24.769
24.936
325.8
322.7
317.8
0.652
0.976
1.298
1.607
0.51
11.499
32.937
11.492
25.081
288.4
1.902
0.23
11.589
10.687
10.584
10.398
9.461
9.114
9.023
8.904
8.622
8.140
33.206
25.274
25.510
25.587
270.4
2.180
2.438
33.377
11.580
10.678
10.573
0.16
0.13
0.12
33.450
10.386
25.676
33.401
33.498
9.449
33.540
33.615
33.669
33.768
9.009
8.889
8.607
8.123
25.795
25.926
25.973
33.301
9.101
302.1
248.1
(J/KG)
(V)
0.56
0.47
0.32
2.681
2.919
3.145
3.360
3.567
3.769
3.963
4.418
0.11
26.138
26.288
240.9
232.6
221.4
209.0
204.7
197.5
189.5
175.4
P
(DB)
300
350
400
450
500
600
700
800
900
1000
7.810
33.831
7.791
26.387
166.5
4.846
0.06
225
250
7.607
7.535
33.928
33.995
7.585
7.511
26.492
26.556
156.8
151.2
5.250
5.635
0.06
0.07
1200
1300
1400
1500
1600
1700
1800
1900
275
7.128
33.977
7.103
26.599
147.3
6.008
0.07
1901
26.051
I
25
26
Sigma-theta
I
I
I
27
LONG: 123 52.3 W
DEPTH 2000
0./11/00
0.07
0.07
0.07
0.07
0.07
4
3
I
I
,
24
27
2
1
I
POT T
(C)
S
0
.
1
1
Fluorescence (v)
36
16
T
S
(C)
6.828
6.340
5.736
5.504
5.454
4.940
4.636
4.273
3.979
3.624
3.503
3.268
3.030
2.880
2.737
2.540
2.425
2.280
2.121
2.120
33.991
33.997
33.995
34.042
34.139
34.202
34.276
34.342
34.398
34.424
34.475
34.494
34.504
34.523
34.538
34.559
34.570
34.583
34.600
34.600
POT T
(C)
6.801
6.309
5.703
5.467
5.412
4.893
4.581
4.212
3.912
3.551
3.423
3.183
2.938
2.781
2.632
2.430
2.307
2.156
1.991
1.990
data from secondary Vc sensors
141
SIGMA
THETA
26.651
26.721
26.795
26.861
26.944
27.055
27.148
27.241
27.317
27.373
27.427
27.464
27.495
27.524
27.550
27.583
27.602
27.625
27.652
27.652
DYN HT FL
SVA
(CUT)
(J/KG) (V)
142.5
6.370 0.07
7.065
0.07
136.3
129.4
7.730 0.07
123.6
8.364 0.07
116.4
8.963 0.07
106.5 10.068 0.07
98.3 11.087 0.07
90.1 12.032
0.07
83.3 12.889 0.07
0.07
78.1 13.698
73.6 14.455
0.07
0.06
70.2 15.175
67.3 15.862 0.07
0.06
64.8 16.522
62.6 17.159 0.06
59.3 17.769 0.06
57.6 18.354 0.06
55.4 18.920 0.06
0.06
52.7 19.461
52.7 19.466 0.06
Temperature, Salinity
32
4
33
8
34
12
35
Fluorescence (v)
36
16
0
0
24
P
T
(DB)
3
(C)
13.200
13.212
20/3./92
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
275
I
I
I
10
2
1
12.278
11.933
10.935
10.373
10.081
9.712
9.321
9.137
9.111
8.958
8.627
8.168
8.073
7.808
7.514
7.378
7.106
6.786
25
S
26
Sigma-theta
POT T
(C)
32.810
32.807
32.812
32.810
32.848
32.771
32.903
32.986
33.089
33.221
33.376
33.515
33.573
33.597
33.652
33.722
33.798
33.897
33.952
33.978
33.992
13.199
13.211
13.189
12.275
11.928
10.929
10.366
10.073
9.703
9.312
9.127
9.099
8.945
8.614
8.154
8.058
7.791
7.495
7.356
7.083
6.761
38 28.1 N
LAT:
20 SEP 1993
1645 GMT
24.661
24.837
24.932
25.053
25.254
25.368
25.510
25.676
25.827
25.940
26.009
26.080
26.193
26.262
26.361
26.481
26.544
26.603
26.657
SVA
(CUT)
327.4
328.0
327.5
311.0
302.2
290.8
271.9
261.2
247.9
232.2
218.1
207.5
201.1
194.5
183.9
177.5
168.5
157.4
151.8
146.5
141.6
(V)
0.30
0.31
0.45
0.54
0.40
0.26
0.14
0.11
0.09
0.09
0.07
0.07
0.06
0.07
0.07
0.06
0.07
0.06
0.07
0.07
0.07
26
Sigma-theta
I
I
27
LONG: 124 12.4 W
DEPTH 3500
DYN HT FL
(J/KG)
0.098
0.328
0.656
0.971
1.280
1.578
1.859
2.125
2.378
2.620
2.846
3.059
3.265
3.463
3.652
3.833
4.266
4.673
5.060
5.433
5.792
I
1
I
25
24
27
STA NO 61
SIGMA
THETA
24.658
24.654
I
4
3
I
P
(DB)
300
350
400
450
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2002
T
(C)
6.607
5.826
5.549
5.444
5.163
4.565
4.580
4.266
3.893
3.607
3.427
3.234
3.030
2.827
2.656
2.480
2.339
2.213
2.115
2.035
2.031
S
34.004
33.985
34.010
34.078
34.105
34.172
34.288
34.346
34.387
34.432
34.458
34.491
34.512
34.524
34.542
34.560
34.579
34.590
34.598
34.605
34.605
POT T
(C)
6.580
5.797
5.516
5.407
5.123
4.519
4.526
4.206
3.826
3.534
3.348
3.148
2.939
2.729
2.552
2.370
2.222
2.090
1.985
1.898
1.894
data from secondary tic sensors
142
SIGMA
THETA
26.691
26.776
26.830
26.897
26.952
27.072
27.164
27.244
27.317
27.381
27.420
27.465
27.501
27.530
27.560
27.589
27.616
27.636
27.651
27.664
27.664
DYN HT FL
SVA
(J/KG) (V)
(CUT)
138.6
6.142 0.07
130.7
6.816 0.07
125.9
7.457 0.07
8.073 0.07
120.2
0.07
115.3
8.661
9.760 0.07
104.3
0.07
96.7 10.763
89.7 11.693 0.07
0.07
83.1 12.556
0.07
77.2 13.357
0.07
74.0 14.111
0.07
70.0 14.831
0.07
66.8 15.515
0.06
64.1 16.168
0.06
61.3 16.796
58.5 17.394 0.06
0.06
56.0 17.967
0.06
54.2 18.518
52.8 19.053 0.06
51.7 19.575 0.06
51.7 19.585 0.06
Temperature, Salinity
32
4
33
8
I
34
I
35
12
I
I
.
,
16
I
,
I
Fluorescence (v)
36
0
.
I
2
1
I
I
.
I
I
.
.
I
4
3
I
FL
F -T
24
P
T
(DB)
3
(C)
25
38 23.4 N
LAT:
20 SEP 1993
1945 GMT
DYN HT FL
33.324
33.374
33.454
9.481
9.221
8.961
8.723
33.562
8.710
26.038
198.4
3.420
0.06
1300
8.542
8.472
8.296
7.995
7.573
7.453
7.193
6.823
33.663
33.695
33.738
33.843
33.882
33.954
33.974
33.985
8.528
8.457
8.281
7.978
7.554
7.432
7.169
6.798
26.145
26.181
26.241
26.369
26.461
26.535
26.588
26.647
188.4
3.612
3.799
3.982
4.412
4.822
5.213
5.588
5.950
0.06
0.06
0.07
0.07
0.07
0.07
0.07
0.07
1400
1500
1600
1700
1800
1900
2000
2002
120
130
140
150
175
10.681
303.1
284.3
264.0
246.0
227.2
219.7
210.0
185.1
179.5
167.8
159.3
152.7
148.0
142.6
(J/KG) (V)
0.106
0.23
0.354 0.27
0.709
0.45
1.063 0.46
1.400 0.45
1.714 0.29
2.008 0.19
2.285 0.14
2.540 0.09
2.777 0.07
2.999 0.07
3.215 0.07
LONG: 124 19.5 W
DEPTH 3750
33.111
20
30
40
50
60
70
80
90
100
110
14.139
14.138
14.125
14.088
12.249
11.486
27
26
Sigma-theta
STA NO 62
SVA
(CUT)
354.3
354.4
354.5
354.0
320.9
25
24
9.994
9.687
(C)
32.692
32.692
32.692
32.692
32.672
32.733
32.806
32.932
200
225
250
275
POT T
27
SIGMA
THETA
24.376
24.376
24.379
24.387
24.735
24.924
25.124
25.339
25.529
25.729
25.810
25.914
S
14.140
14.140
14.128
14.092
12.254
11.492
10.688
10.002
9.696
9.491
9.232
8.972
10
26
Sigma-theta
P
(DB)
300
350
400
450
500
600
700
800
900
1000
1100
1200
T
(C)
6.531
5.866
5.626
5.439
5.245
4.828
4.315
4.163
4.054
3.819
3.529
3.261
3.036
2.874
2.707
2.510
2.342
2.240
2.108
2.017
2.016
S
POT T
(C)
33.980
33.980
34.028
34.082
34.125
34.205
34.261
34.357
34.416
34.442
34.468
34.492
34.507
34.525
34.540
34.558
34.573
34.581
34.594
34.604
34.604
6.504
5.836
5.593
5.402
5.204
4.781
4.262
4.103
3.987
3.745
3.448
3.176
2.944
2.776
2.603
2.400
2.225
2.117
1.978
1.880
1.879
data from secondary Vc sensors
143
SIGMA
THETA
26.682
26.767
26.835
26.901
26.958
27.070
27.171
27.264
27.323
27.369
27.418
27.463
27.496
27.526
27.553
27.585
27.611
27.627
27.648
27.664
27.664
SVA
(CUT)
139.4
131.6
125.6
119.8
114.8
104.9
95.7
87.6
82.8
79.0
74.5
70.3
67.2
64.6
62.1
59.0
56.4
55.1
53.0
51.6
51.6
DYN HT FL
(J/KG)
6.303
6.982
7.625
8.235
8.820
9.919
10.918
11.834
12.687
13.498
14.265
14.987
15.675
16.337
16.970
17.576
18.152
18.709
19.250
19.773
19.784
(V)
0.07
0.06
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.07
0.06
0.06
0.06
0.06
0.06
0.06
0.06
0.06
0.06
0.06
Temperature, Salinity
4
32
0
I
33
8
I
I
34
i
12
i
35
16
Fluorescence (v)
36
0
4
3
2
1
i
400
c 800
1600
FL
2000
24
25
26
Sigma-theta
STA NO 63
20 SEP 1993
27
LAT:
38 22.5 N
2240 GMT
SIGMA
THETA
SVA
(CUT)
DYN HT FL
(C)
32.737
13.926
24.455
346.8
0.104
0.33
13.931
32.737
13.929
24.454
347.1
0.347
0.28
13.933
32.737
13.930
24.454
347.4
0.694
0.35
30
40
50
60
70
80
13.877
12.397
11.245
13.873
12.392
11.239
10.604
10.236
9.893
24.471
24.737
24.990
25.164
25.298
25.488
345.9
320.8
296.8
280.5
267.9
250.0
1.041
10.244
9.902
32.744
32.709
32.761
32.840
32.932
33.101
1.377
1.682
1.972
2.246
2.502
0.43
0.47
0.22
0.15
0.10
0.07
90
100
110
120
130
140
150
9.700
33.238
9.690
25.628
236.9
2.745
0.07
9.360
8.859
8.538
8.349
8.200
8.022
33.385
33.444
33.556
33.622
33.683
33.716
9.349
8.847
8.525
8.336
8.186
8.007
25.798
25.924
26.061
26.142
26.212
26.264
220.8
209.0
196.1
2.973
3.188
3.389
188.6
3.581
182.1
177.2
3.766
3.945
0.06
0.06
0.06
0.05
0.06
0.05
175
200
7.677
7.320
33.816
33.863
7.660
7.302
26.394
26.482
165.3
157.2
4.374
4.778
0.05
0.05
225
250
275
7.495
7.317
7.028
33.949
33.990
34.002
7.473
7.293
7.002
26.525
26.582
26.632
153.6
148.5
144.0
5.166
5.542
5.907
0.06
0.06
0.06
P
T
(DB)
(C)
3
10
20
13.927
10.611
S
POT T
(J/KG)
25
24
(V)
LONG: 124 6.7 W
DEPTH 3700
6.620
6.379
5.993
5.590
33.990
34.048
34.083
34.106
6.593
6.348
5.959
5.553
SIGMA
THETA
26.678
26.756
26.834
26.902
5.035
34.075
4.995
26.943
4.799
4.599
4.255
3.935
3.748
3.493
3.260
3.037
2.850
2.712
34.197
34.286
34.330
34.379
34.423
34.463
34.489
34.504
34.523
2.561
34.562
34.573
34.586
34.596
34.607
34.607
4.752
4.545
4.195
3.869
3.675
3.413
3.174
2.946
2.752
2.608
2.450
2.287
2.133
2.020
1.897
1.896
27.067
27.160
27.233
27.306
27.360
27.418
27.461
27.494
27.527
27.553
27.584
27.607
27.629
27.647
27.665
27.665
P
T
(DB)
300
(C)
350
400
450
500
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2002
2.404
2.256
2.150
2.034
2.033
S
POT T
(C)
34.541
data from secondary tic sensors
144
27
26
Sigma-theta
SVA
(CUT)
139.8
133.0
DYN HT FL
119.9
(J/KG)
6.262
6.942
7.589
8.203
0.06
0.06
0.06
0.06
116.0
8.791
0.06
105.2
9.896
10.909
11.848
12.719
13.533
0.06
0.06
0.06
0.06
0.06
0.06
0.06
0.06
0.05
0.05
0.05
0.05
0.05
0.05
0.05
0.05
126.1
97.1
90.7
84.2
79.5
74.4
70.4
67.4
64.4
62.1
59.3
57.1
54.9
53.3
51.6
51.6
14.301
15.023
15.713
16.373
17.006
17.612
18.196
18.754
19.297
19.822
19.832
(V)
MAPS OF
DYNAMIC TOPOGRAPHY,
TEMPERATURE, SALINITY AND SIGMA-T
145
Large-Scale Survey
6/07-6/28/94
39°N
AD 15/200
38°N
37°N
36°N
I
128°W
I
127°W
I
126°W
125°W
124°W
123°W
122°W
Large-Scale Survey
6/07-6/28/94
39°N
AD25/200
38°N
37°N
36°N
128°W
127°W
126°W
124°W
123°W
122°W
Large-Scale Survey 1 ]
6/07-6/28/94
39°N
38°N
37°N
36°N
.
128°W
I
I
I
126°W
127°W
I
i
I
123°W
124°W
125°W
122°W
Large-Scale Survey 1
39°N
6/07-6/28/94
L
AD75/200
38°N
C%4
37°N
,.^V
36°N
_U, ',/ V
,
128°W
127°W
I
,
126°W
I
,'Y
I
I
124°W
,
I
123°W
122°W
Large-Scale Survey
1
6/07-6/28/9.4
39°N
AD99/200
of
1
J
'3.8°N
37°N' t-
336°N
r
128°W
-t
t
127°W
t
,
i
1,260W
,
1.25°W
124°W
1,23°W
1'22°W
39°N
.38°N
II
3,7°N
36°.N
39°N
38°N
37°N
36°N
128°W
127°W
126°W
128°W
127°W
126°W
125°W
124°W
123°W
122°W
124°W
123°W
122°W
39°N
38°N
37°N
36°N
i....
::r_....._....
..
................
..........
.
Large-'Scale Survey, 1
6/07-6/28/94
at. 15
39°N
............ IV......... ......
38°N
37°N
36°N
128°W
1.27°W
,-,
Large-Scale Survey 1
6/07-6/28/94
39°N
T(°C) at 25 d ba r
38°N
37°N
36°N '
I
128°W
127°W
126°W
124°W
123°W
122°W
Large-Scale Survey 1
6/07-6/28/94
T(°C) at 49 dbar
39°N
38°N
37°N
1
36°N
128°W
127°W
124°W
125°W
126°W
122°W
123°W
Large-Scale Survey 1
6/07-6/28/94
39°N
T(°C) at 75 dbar
IIA h.
38°N
13
Ar
37°N
v
N
1/
0
8
36°N
128°W
127°W
126°W
125°W
151
124°W
123°W'
122°W
Large-Scale Survey 1
6/07-6/28/94
39°N
T(°C) at 99 dbar
.T
11
!AI
9
iP
38°N
J
b
%
1,
/-.
°i,
1
_,
I
i
37°N
ALA
36°N
128°W
126°W
127°W
123°W
124°W
125°W
..
Large-Scale
122°W
Survey 1
6/07-6/28/94
39°N
T(°C) at 149 dbar
n
38°N
U
37°N
\ .
I
1
l\
J^ v
\
3ti"N
128°W
127°W
12b"W
1 -25"W
152
124°W
123°W
122"W
Large-Scale Survey 1
.0
6/07-6/28/94
39°N
T(°C) at 199 dbar
38°N
I
/
37°N
9D
36°N
128°W
127°W
126°W
125°W
124°W
123°W
122°W
Large-Scale Survey 1
6/07-6/28/94
39°N
T(°C) at 249 dbar
38°N
-n
I %j
I
I
1
-
,
Q-N
—,
I
4)
1
s—
95
9-
3/°N
r
S6°N
128°W
12 /"W
1 2bVW
124°W
123°W
122°W
rTl-ry .....!
I1...._.......,
1..:A....1.... 1..._L...!
1.....1Y
......-
.... ........ y....
'/
l...YI
I
i
I
1
I
I
1
I
i
l
.._i.I.......... :1
Large-Sca e Survey 1
I
6/07-6/28/94
39°N
T(IC) at 295 dbar
y ........................ o
:............................................... 1.1............_._.__.
.............
........ ...... ..... ..... .........._........%to... I ................1 .._.....
...._........r ........ ..........
0
I
38°N
37°N
36°N '
'
128°W
127°W
126°W
125°W
124°W
123°W
122°W
39°N
38°N
............
37°N
36°N
128°W
127°W
126°W
125°W
124°W
123°W
122°W
II
Large-Scale Survey 1
6/07-6/28/94
39°N
S at 25 dbar
38°N
37°N
36°N '
'
128°W
127°W
126°W
125°W
155
124°W
123°W
122°W
Large-Scale Survey 1
6/07-6/28/94
39°N
S at 49 dbar
38°N
37°N
36°N
I
I
I
128°W
127°W
126°W
128°W
127°W
126°W
1
.
.
I
.
125°W
.
I
I
I
124°W
123°W
122°W
124°W
123°W
122°W
39°N
38°N
37°N
36°N
Large-Scale Survey
C+'
6/07-6/28/94
39°N
S at 99 dbar
38°N
1\.
1
k:
I--
II
iV
1
i
,
1
1
,
1
/ 1\
\
i\
1
I
1
rN
37°N
f
.
1
1
36°N
127°W
126°W
124°W
125°W
123°W
1 22°W
Large-Scale Survey 1
6/07-6/28/94
39°N
S at 149 dbar
r
71f
38°N
0
V
V
/,
37°N
4
f
1
1
l
I
\
'i
\
L: Y
36°N
128°W
127°W
126°W
125°W
157
124°W
123°W
122°W
39°N
38°N
37°N
36°N
128°W
127°W
126°W
125°W
123°W
124°W
122°W
TT I
Large-Scale Survey 1
6/07-6/28/94
39°N
S at 249 d ba r
38°N
37°N
36°N
I
128°W
I
1 27°W
I
.
I
126°W
I
I
.
I
124°W
,
I
I
123°W
122°W
v
Large-Scale Survey
1
6/07-6/28/94
39°N P
...........................................
.
........ _...........
S at 295 dbar
)1
i
...................................... __
I
. _....» ...................................A.
..............II..,) ...._..._ ...............
I.p
I\
V
$
»...» ........ ......... _-..
\
38°N I
II
-
/
\'
..................................................
,'
\-
II
Imo. _._.._ .......................
3-7°N
....,.................... _........_..............._.......I.d........,...............................i. r,......1
36°N 1
-
1
'
128°W
'
1
I
127°W
1
\/
r.......
............. 1.... 1'.........1..l.,.................._._...i..........
......... . .: ........ . ............ .... ......... ::: ............
1
I
_....A.\.........._..._....»...__ ...................................
I
1
126°W
I
1
125°W
.................................. _(..\. f.1..........11../1
.
I
I
124°W
I
I
123°W
I
122°W
Large-Scale Survey
6/07-6/28/94
39°N
at at 15 dbar
.........._
._... ....................................
38°N
...... e_.
37°N
36°N
128°W'
127°W
Large-Scale Survey
6/07-6/28/94
39°N
at at 25 dbar
38°N
37°N
36°N 1
-
1
-
128°W
-
1
'
1
127°W
126°W
124°W
123°W
122°W
Large-Scale Survey
1
6/07-6/28/94
39°N
at at 49 dbar
38°N
37°N
36°N
127°W
1,28°W
126°W
124°W
1,25°W
123°W
122°W
Large-Scale Survey 1
6/07-6/28/94
39°N
at at 75 dbar
n_t.
38°N
2R
. T/
37°N
I
l
JA
36°N `
'
128°W
'
127°W
126°W
125°W
161
124°W
123°W
122°W
Large-Scale Survey 1
6/07-6/28/94
39°N
at at 99 dbar
t:.
UU.^/v
-
v7
N
'-V
38°N
h'
NN
V-fAn\
A
O
0
37°N
36°N
128°W
126°W
127°W
125°W
124°W
123°W
122°W
Large-Scale Survey 1
6/07-6/28/94
i
Co
39°N
at at 149 dbar
Ad
V-
I ft
V
17
--'4111111
38°N
/IN
0
B
37°N
0
VI
36°N 1
-
1
-
128°W
'
1
-
'
1
127°W
126°W
124°W
123°W
122°W
Large-Scale Survey
6/07-6/28/94
39°N
at at 199 dbar
38°N
37°N
36°N
128°W
127°W
125°W
126°W
122°W
123°W
1240W
Large-Scale Survey 1
6/07-6/28/94
39°N
at at 249 dbar
38°N
37°N
36°N
.11,11.1-1
, .
128°W
126°W
127°W
.
I
.
.
I
.
125°W
.
I
,
.
I
.
124°W
.
I
.
.
I
.
123°W
.
t
122°W
1
71
L_
1
_ .» t L .....I'
................................. I
...
......
T
Large-Scale Survey 1
6/07-6/28/94
39°N P
at at 295 dbar
7
...............
38°N F
...
............. ._.. ................. ...................... Q ...4 ....,..........
q. W .:
37°N
36°N '
I
'
128°W
I
'
127°W
126°W
I
I
125°W
I
I
I
124°W
123°W
122°W
39°N
38°N
37°N
36°N
128°W
127°W
126°W
125°W
124°W
123°W
122°W
128°W
127°W
126°W
125°W
124°W
123°W
122°W
39°N
38°N
37°N
36°N
165
39°N
38°N
3.7°N
36°N
1.2a°W
126°W
1:27°W
r,
1.25°W.
124°W
123,°W
1.22°W
i
Large-Scale Survey 2
8/16-9/01/9-4
39°N
tD75/200
F
38°N
37°N
36°N
128°W
127°W
126°W
125°W
166
124°W
123°W
122°W
39°N
3$°N
37°N
36°N
128°W
127°W
126°W
125°W
124°W
123°W
122°W
I
Large-Scale Survey 2
8/16-9/01/94
39°N
38°N
37°N
36°N
12/°W
126°W
125°W
167
124°W
123°W
122°W
39°N
38°N
37°N
36°N
128°W
127°W
126°W
125°W
124°W
123°W
122°W
128°W
127°W
12b°W
125°W
124°W
123°W
122°W
39°N
38°N
37°N
36°N
168
3'9°N
3'8°N
37°N
36°N
128°W
r
126°W
127°W
125°W
124°W
123°W
122°W
P
T
,Ldrge-Sc Ie Survey 2]
8/16-9/01/94
39°N
T(°C) at 75. dbar
V
I//
Fj
lit
1ifl
p
CI
v
CN
38°N
Ims
37°N
36°N
1 28°W
127°W
126°W
125°W
169
1.249W
123°W,
122°W
Large-Scale Survey
8/16-9/01/94
39°N
T(°C) at 99 dbar
38°N
37°N
'1'
36°N
128°W
127°W
I
126°W
I
122°W
123°W
124°W
125°W
Large-Scale Survey 2
8/16-9/01/94
39°N
T(°C) at 149 dbar
38°N
37°N
36°N
I
128°W
I
I
127°W
I
.
I.. I..
126°W
I
.
125°W
170
.
I
I
124°W
I
I
123°W
122°W
Large-Scale Survey 2
8/16-9/01/94
..rv........ ...,-1,....
39°N
--------
......,7+..t
7,1
T(°C) at 199 dbar
...
...........
Un
_t.._...... ............................... L .........
38°N
:,
.... ..t........ ..N..........
9........1...^ ..../ .t..
,.,
.........L.-....,T,
.
37°N
I
36°N
128°W
127°W
I
I
126°W
.
.
I
__.
125°W
.-
I
I
I
I
124°W
I
123°W
122°W
Large-Scale Survey 2
8/16-9/01/94
39°N
S at 15 dbar
.... ...._
38°N
37°N
36°N
I
I
128°W
I
.
127°W
.
I
126°W
125°W
124°W
-7
123°W
122°W
Large-Scale Survey 2
8/16-9/01/94
39°N
S at 25 dbar
38°N
37°N
36°N
1 28°W
1 2 /"W
126°W
124°W
123°W
122°W
39°N
38°N
37°N
36°N
128°W
127°W
126°W
125°W
124°W
123°W
122°W
Large-Scale Survey
8/16-9/01/94
39°N
S at 75 dbar
38°N
srN
36°N
1 2d°W
12 /°W
1 Zb"W
125°W
7'i
124°W
123°W
122°W
Large-Scale Survey 2
8/16-9/01/94
39°N
S at 99 dbar
38°N
37°N
36°N
128°W
1 27°W
126°W
125°W
124°W
123°W
122°W
Large-Scale Survey 2
8/16-9/01/94
39°N
S at 149 dbar
38°N
37°N
36°N
12ti"W
127°W
126"W
125°W
174
1 24"W
123"W
1 '22"W
I
I
T
T
Large-Scale Survey 2
n
39°N
,_ ;
......a........... ....... .
..-.
38°N
........... V.&-1,4L ......4.,
_'_
-'_ .
r
r
8/16-9/01/94
r
34.0
S at 199 dbar
,..
w,
:
.
.
37°N
36°N
I
128°W
I
127°W
1
.
I
.
126°W
125°W
124°W
123°W
122°W
Z
T
r
J
Large-Scale Survey 2
8/16-9/01/94
39°N
at at 15 dbar
..36.......... -............
23.8
...
38°N
37°N
36°N
I
I
128°W
127°W
I. I
I
126°W
125°W
I
124°W
1
1
1
123°W
122°W
Large-Scale Survey 2
8/16-9/01/94
39°N
at 25 dbar
24.9.
38°N
37°N
36°N
1;28°W.
-127°W
1 26°W
124°W
122°W
Large-Scale Survey 2
8/16-9/01/94
39°N
at at 49 dbar
38°N
37°N
36°N
128°W
127°W
126°W
125°W
124°W
123°W
122°W
Large-Scale Survey 21
8/16-9/01/94
39°N
at at 75 dbor
38°N
37°N
36'N'
1 2°W
127°W
126°W
125°W
124°W
123°W
122°W
39°N
38°N
37°N
36°N
128°W
127°W
126°W
128"W
1Z/"W
126Vw
125°W
124°W
123°W
122°W
1Z4"W
123°W
122"W
39°N
38°N
37°N
36°N
Large-Scale Survey 2
1
39°N
8/16-9/01/94
Qt at 199 dbar
3'8°N
37°N
I
3'6°N
1.28°W
127°W:
1.26°W
1,250W
24°W,
123°W,
12 2°,W
SS1, 6/29-7/02/94, AD15/200
127.0°W
126.6°W
126.2°W
SS1, 6/29-7/02/94, AD25/200
127.0°W
126.6°W
126.2°W
180
Cl = 0.2 m2/s2
125.8°W
125.4°W
Cl = 0.2 m2/s2
125.8°W
125.4°W
I
SS 1, 6/29-7/02/94, AD49/200
I
Cl = 0.2 m2/s2
I
4
s4
1
1
u
127.0°W
126.6°W
126.2°W
SS1, 6/29-7/02/94, AD75/200
125.8°W
125.4°W
Cl = 0.2 m2/s2
11
127.0°W
126.6°W
126.20W
All
125.8°W
125.40W
SS1, 6/29-7/02/94, AD99/200
I
I
•
I
•
127.0°W
Cl = 0.1 m2/s2
I
•
126.6°W
125.8°W
126.2°W
SS1, 6/29-7/02/94, AD149/200
•
127.0°W
I
•
I
•
126.6°W
I
•
I
•
126.2°W
182
125.4°W
Cl = 0.05 m2/s2
•
I
I
I
\-.
•
I
•
125.8°W
I
125.4°W
SS1, 6/29-7/02/94, OD199/249
.j.
41
•
127.0°W
I
•
I
126.6°W
I
126.2°W
SS1, 6/29-7/02/94, &D199/295
•
127.0°W
I
•
Cl = 0.05 m2/s2
I
126.6°W
I
•
I
•
125.8°W
I
125.4°W
Cl = 0.05 m2/s2
I
126.2°W
183
125.8°W
125.4°W
SS1, 6/29-7/02/94, T(°C) at 15 dbar
Cl = 1°C
•
I
I
I
127.0°W
I
126.6°W
I
I
I
SS1, 6/29-7/02/94, T(°C) at 25 dbar
I
127.0°W
I
I
126.6°W
I
I
126.2°W
184
125.4°W
125.8°W
126.2°W
I
125.8°W
Cl = 1°C
I
125.4°W
SS1, 6/29-7/02/94, T(°C) at 49 dbar
127.0°W
126.6°W
126.2°W
125.8°W
SS1, 6/29-7/02/94, T(°C) at 75 dbar
127.0°W
126.6°W
126.2°W
185
125.8°W
Cl = 1°C
125.4°W
Cl = 1'C
125.4°W
SS1, 6/29-7/02/94, T(°C) at 99 dbar
127.0°W
126.6°W
125.8°W
126.2°W
SS1, 6/29-7/02/94, T(°C) at 149 dbar
i--
.y Q
I
Cl = 0.5°C
125.4°W
Cl = 0.5°c
T
--------------....... ...............
/
127.0°W
126.6°W
126.2°W
186
125.8°W
125.4°W
SS1, 6/29-7/02/94, T(°C) at 199 dbar
Cl
I
h.
I
:I\
`I
I
1
D.5°C
I
I
I
.
__.._________._______________
126.6°W
127.0°W
126.2°W
125.8°W
SS1, 6/29-7/02/94, T(°C) at 249 dbar
125.4°W
Cl = 0.5°C
I
I
.._________-I_..________qy.1
I
I
\
-A-----
127.0°W
1
}
`\\
Il
- - - - - - - - - - - - - - - - - - - - - - - - -- - - - - - - - -
126.6°W
126.2°W
187
125.8°W
125.4°W
SS1, 6/29-7/02/94, T(°C) at 295 dbar
IT
r
Cl = 0.5°c
I
_................_i......... ..
.............................r :j....,;
..................
............
...
127.0°W
126.60W
126.2°W
188
125.80W
125.40W
SS1, 6/29-7/02/94, S at 15 dbar
127.0°W
126.6°W
126.2°W
125.8°W
SS1, 6/29-7/02/94, S at 25 dbar
127.0°W
126.6°W
126.2°W
1t$9
125.8°W
Cl = 0.2
125.4°W
Cl = 0.2
125.4°W
SS1, 6/29-7/02/94, S at 49 dbar
Cl = 0.2
%1 .......................
I
I
127.0°W
I
I
126.60W
I
I
I
.
SS1, 6/29-7/02/94, S at 75 dbar
I
127.0°W
I
I
126.6°W
I
I
126.2°W
190
125.4°W
125.8°W
126.20W
I
Cl = 0.2
I
125.8°W
I
125.4°W
III
SS1, 6/29-7/02/94, S at 99 dbar
1
I
•
I
127.0°W
•
•
I
I
126.6°W
-
I
—
I
—
-
I
CI=0.1
I
•
IIII11I
SS1, 6/29-7/02/94, S at 149 dbar
I
•
127.0°W
I
•
I
•
126.6°W
I
•
I
•
126.2°W
191
125.4°W
125.8°W
126.2°W
I
•
I
125.8°W
CI=0.1
I
I
125.4°W
SS1, 6/29-7/02/94, S at 199 dbar
I
-
I
13
= 0.1
I
_... ............
..
YA
.....
v
TO
Tz
1
127.0°W
126.6°W
126.2°W
125.4°W
125.8°W
SS1, 6/29-7/02/94, S at 249 dbar
CI=0.1
-=-
127.0°W
126.6°W
126.2°W
192
125.8°W
-.
125.4°W
SS1, 6/29-7/02/94, S at 295 dbar
Cl = 0.05
I
,
f..
\'
1
E..
.4i
---
v!?
.......... .C..
.. ..!\:t`a ......Y. t. Vii..
ti.
.......`.
mot.
I
197-0°W
I
I
1 7R ROW
I
.....
I
19R 7°W
193
I
I
195) R°W
I
1 7.ri 4°W
SS1, 6/29-7/02/94, at at 15 dbar
127.0°W
126.6°W
126.2°W
125.8°W
SS1, 6/29-7/02/94, at at 25 dbar
197 now
196 F°W
196 2°W
194
Cl = 0.2 kg/m3
125.4°W
Cl = 0.2 kg/m3
195-SOW
125.4°W
SS1, 6/29-7/02/94, at at 49 dbar
I
127.0°W
•
I
•
I
126.6°W
I
•
I
•
I
126.2°W
Cl = 0.2 kg/m3
I
I
•
•
I
I
125.8°W
SS1, 6/29-7/02/94, at at 75 dbar
I
125.4°W
Cl = 0.2 kg/m3
'
/
I
127.0°W
126.6°W
•
—
I
126.2°W
195
•
—
I
—
125.8°W
125.4°W
SS1, 6/29-7/02/94, at at 99 dbar
I
127.0°W
126.6°W
I
126.2°W
Cl = 0.2 kg/m3
I
125.8°W
SS1, 6/29-7/02/94, at at 149 dbar
125.4°W
Cl = 0.2 kg/m3
I
127.0°W
126.6°W
126.2°W
196
125.8°W
125.4°W
SS1, 6/29-7/02/94, at at 199 dbar
rr1
1
I
I
1
1
126.2°W
125.8°W
T
....Q...
....................
.._
127.0°W
Cl = 0.1 kg/m3
T
T
126.6°W
SS1, 6/29-7/02/94, at at 249 dbar
125.4°W
Cl = 0.1 kg/m3
- ----------I
127.0°W
126.6°W
126.2°W
197
125.8°W
125.4°W
SS11 6/29-7/02/94, at at 295 dbar Cl = 0.05 kg/m3
`yam I ' f
'
#
147Af---.--- .. a......
c
4
.................
-o
0
...........
S
I
127.0°W
126.6°W
126.2°W
198
125.8°W
125.4°W
SS3, 901-9/05/94, AD,
Cl = 0.2 m2/s2
38.0°N
37.0°N
128.5°W
127.5°W
SS3, 901-9/05/94,
126.5°W
Cl = 0.2 m2/s2
38.0°N
37.0°N
128.5°W
127.5°W
126.5°W
199
SS3, 9/01-9/05/94, AD 49 /200
Cl = 0.2 m2/s2
I
I
38.0°N
37.0°N
128.5°W
127.5°W
SS3, 9/01-9/05/94,
126.5°W
Cl = 0.2 m2/s2
38.0°N
37.0°N
I
128.5°W
I
I
I
•
126.5°W
127.5°W
200
SS3, 901-9/05/94, OD
Cl = 0.1 m2/s2
38.0°N
37.0°N
128.5°W
126.5°W
127.5°W
Cl = 0.1 m2/s2
I
•
3/I
38.0°N
I
•
•
I
SS3, 9/01-9/05/94, AD149/200
126.5°W
127.5°W
0
128.5°W
I
37.0°N
SS3, 9/01-9/05/94, T(°C) at 15 dbar
Cl = 1°C
38.0°N
37.0°N
128.5°W
126.5°W
127.5°W
SS3, T(°C) at 25 dbar
Cl = 1°c
38.0°N
37.0°N
128.5°W
126.5°W
127.5°W
202
SS3, 9/01 -9/05/94, T(°C) at 49 dbar
Cl = 1°C
38.0°N
37.0°N
128.5°W
127.5°W
126.5°W
SS3, 9/01 -9/05/94, T(°C) at 75 dbar
38.0°N
37.0°N
128.5°W
127.5°W
126.5°W
Cl = 1°c
Cl)
O
N
SS3, 9/01 -9/05/94, T(°C) at 99 dbar
/
,
U
,
I
126.5°W
127.5°W
1
tt.. . ....... _............
I
I
.4......._.I
1
1
In
`c6
1
_I
1
r
[
1
n
I
...............--._....---......._..__I
1
,
38.0°N
1
/I
37.0°N
I
I
I
...
L
1
_J
,
,
1
I1
t
I
i
,
'-
1
1
204
1......J .... `I1l ...............-...
11
LI, :+Ir r/ ,
37.0°N
I
126.5°W
127.5°W
128.5°W
SS3, 9/01-9/05/94, T(°C) at 149 dbar
128.5°W
I
1
38.0°N
I
I
SS3, 9/01-9/05/94, T(°C) at 199 dbar
128.5°W
I
37.0°N
T
T
I
I
38.0°N
127.5°W
126.5°W
SS3, 9/01-9/05/94, S at 15 dbar
Cl = 0.2
38.0°N
37.0°N
128.5°W
126.5°W
127.5°W
38.0°N
37.0°N
128.5°W
126.5°W
127.5°W
U
SS3, 9/01-9/05/94, S at 25 dbar
= 0.2
O
N
SS3, 9/01-9/05/94, S at 49 dbar
Cl = 0.2
38.0°N
37.0°N
128.5°W
126.5°W
127.5°W
SS3, 9/01-9/05/94, S at 75 dbar
38.0°N
37.0°N
128.5°W
127.5°W
126.5°W
207
Cl = 0.2
SS3, 9/01-9/05/94, S at 99 dbar
I
I
Cl = o.
I
- =_
38.0°N
37.0°N
I
128.5°W
I
I
I
SS3, 9/01-9/05/94, S at 149 dbar
38.0°N
37.0°N
128.5°W
I
126.5°W
127.5°W
126.5°W
127.5°W
909
Cl = 0.