ollege of
OCEANOGRAPHY
.
14 STPLI
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ORE0014
tA:filjett
.301 2 '10
/i
Current and CTD Observations off
Oregon: August to December 1980
by
Brad Reid
Richard E. Schramm
Adriana Huyer
Robert L Smith
OREGON STATE UNIVERSITY
Date Report 116
Reference 85-7
April 1985
National Science Foundation
OCE-8410861 and OCE-8405232
College of Oceanography
Oregon State University
Corvallis, Oregon 97331
Current and CTD Observations off Oregon,
August to December, 1980
by
Brad Reid
Richard E. Schramm
Adriana Huyer
Robert L. Smith
Data Report 116
Reference 35-7
April 1985
National Science Foundation
Grants OCE-8410861 and OCE-8405232
F12/94 8144412111 1174
Abstract
This report presents observations from an experiment designed to
record the transition between the summer and winter oceanographic flow
regimes over the Oregon continental shelf during the autumn of 1980. To
record the transition a single current meter mooring was placed mid-shelf
at 45°N; CTD sections were made along the 45°N transect; and supplementary
measurements of sea level, atmospheric pressure and winds were available
from Newport, Oregon. The experiment began on August 20, 1980 when the
current meter (designated Turtle) was moored 12.5 km offshore and ended
on December 1, 1980 with the successful recovery of the current meter.
Between these dates, six different CTD sections were made during five
different cruises on the R/V Wecoma. This data report presents the
hourly data from the current meters, including wind from Newport; the
hydrographic data in the form of tables and plots of salinity, temperature
and sigma-theta with depth; and six-hourly low-passed data, including
adjusted sea level, wind and the parameters measured from the current
meter mooring. These observations will be presented in the form of
statistics, progressive vector diagrams and time series plots.
TABLE OF CONTENTS
Page
Abstract
List of Figures and Tables
I.
Introduction
1
2
Current Measurements
6
CTD Measurements
II.
III.
IV.
Hourly Current Meter Data
Six-Hourly (Low-Passed) Current Meter Data
15
23
Vertical Sections of Temperature, Salinity and
29
Sigma-Theta
V.
CTD Station Data
45
W8008A
53
W8009B
63
W80108
73
W8011A
91
W8012A
VII.
Acknowledgments
References
37
39
W8007A
VI.
101
102
LIST OF FIGURES AND TABLES
Page
Figure 1. Location of current meter Turtle and standard CTD
station positions.
Figure 2. Current meter Turtle and bottom profile along 45°N.
Figure 3. Length of current meter records and times of
3
3
hydrographic sections along 45°N.
Table 1.
4
Current meter installation details and statistics of
hourly data.
5
Table 2.
Statistics of six-hourly low passed data.
Table 3.
Characteristics of the three CTD probes used during
Fall Transition Study.
Table 4.
Results of
in situ
temperature calibration of the
9
Geodyne CTD (CTD #4) showing the mean and standard
deviations of differences (AT) between protected
reversing thermometers and the CTD.
Table 5.
Equations used for final processing of the Geodyne CTD
(CTD #4) conductivity data, and
in situ
9
data
comparison.
Table 6.
Summary of the comparisons between the Neil Brown
CTD probes and
in situ
calibration data.
9
4 5, 3U
45°
OCTD STATIONS
CURRENT METER
• TURTLE
44°30.
Figure 1. Location of current meter Turtle and standard CTD station positions.
INTRODUCTION
The summer oceanographic regime over the Oregon continental shelf is
characterized by: southward surface currents that are strongest 15-30 km
from shore; cold water temperatures; low sea level; isopycnals that slope
upwards towards the coast; and a strong mean vertical shear. In contrast,
the winter regime is distinguished by: variable currents with the mean
current northward; warmer water temperatures; high sea level; isopycnals
that are level or slope downward towards the coast; and little vertical
shear. The contrast between the winter and summer regimes has been
described by Huyer, Smith and Sobey (1978). The rapid spring transition
has been described, and explained as a result of local wind stress, by
Huyer, Sobey and Smith (1979)
An experiment to study the autumn transition from summer to winter
regimes was conducted from August to December 1980. This "Fall Transition
Experiment" included a single current meter mooring over the mid-shelf at
45°N (Figures 1, 2) and approximately monthly CTD sections across the
continental margin along 45°N (Figures 1, 3); these measurements are
presented in this report. Supplementary observations of sea level,
atmospheric pressure and wind speed and direction were available from
Newport, Oregon (Pittock et al., 1982). This report presents results of
the current measurements in the form of simple statistics, progressive
vector diagrams and time series plots. The CTD data are summarized in
vertical sections showing the temperature, salinity and density distributions
for each cruise; for individual CTD stations we present both vertical
profile plots and tables of the values of selected variables at standard
depths.
2
Current Measurements
The current meter mooring (designated Turtle) was located over the
middle of the continental shelf, over the 106 m isobath, at 44°59.6'N,
124°10.1'W, 12.5 km offshore of the Oregon coast (Figure 1). The mooring
was equipped with subsurface flotation at 25 m, and four Aanderaa current
meters at depths of 31, 56, 81 and 96 m (Figure 2, Table 1). The mooring
was deployed at 2303 GMT on 20 August 1980 and recovered at 2056 GMT on
1 December 1980. Each current meter was equipped with speed, direction,
temperature and pressure sensors. Except for pressure at 56 m (which
failed on 3 September), all parameters were recorded successfully over
the entire 3-month period. The general calibration and data processing
techniques for Aanderaa current meter data have been described by Pillsbury
et al. (1974). The pressure calibration and improvements in compass
calibration were described by Pillsbury et al. (1980), and the temperature
calibration procedure was described by Denbo et al. (1984).
The current meter data were recorded at 30-minute intervals; the
processed data consists of hourly values. The Newport wind, atmospheric
pressure and sea level records also consist of hourly values. The hourly
speed and direction data were used to calculate the eastward and northward
components of the currents (u and v) and of the wind (U and V). Since the
coast and local isobaths were aligned very nearly north-south, we did not
rotate the coordinate system. The hourly eastward and northward
component time series are shown in Section II of this data report. The
hourly data were also used to construct progressive ve:tor diagrams for
the wind and current records; these are also shown in Section II.
Statistics of the hourly data are given in Table 1.
3
0
100
200 E
(3_
300 °
400
30'
Figure 2.
500
I25°W
124°
30'
LONGITUDE
Current meter Turtle and bottom profile along 45 No
Current Meter Turtle
r
Speed, Direction, P,T 56m I
Speed, Direction, P,T
81 m
Speed, Direction, P,T
31 m
1
96 m
Speed, Direction, P,T
Recorded at Newport
Speed, Direction —WIND SEA LEVEL
CTD Sections
AUG
21
Um.m. llllllllll l ll
20
I
AUG SEPT
Figure
3.
...... m tttt t tttt t tt
OCT
NOV DEC
2
18°19
H
H
OCT
29-30
H
SEPT
22-23
1-t
tttttttttt mloom ttttt
NOV
2
DEC
Length of current meter records and time of hydrographic
sections along 45 N.
4
Table 1. Statistics of hourly current meter and wind data.
Installation Details
Position: 44°59.63'N, 124°10.09 1 W, 12.5 km offshore
Water depth: 106 meters
Record length: 2457 hours 102.9 days, 2333 August 20, 1980 to
2033 December 1, 1980 (GMT)
Parameters recorded: Speed, direction, temperature and pressure
were recorded every thirty minutes.
Intended depth
25
50
75
90
RCM-5 Serial no./Tape no.
Actual depth
31
56
81
96
m
m
m
m
1542/17
1544/20
4045/8
4044/6
m
m
m
m
Statistics
MEAN
SD
MAX
MIN
31 m
u (cm/s)
3 (cm/s)
S (cm/s)
T (°C)
P (db)
0.9
1.5
20.0
9.90
31.3
10.5
19.5
9.6
1.82
0.8
42.1
64.7
74.2
13.62
33.9
-36.9
-36.6
0.9
7.95
28.3
56 m
u (cm/s)
v (cm/s)
S (cm/s)
T (°C)
P*(db)
1.8
5.6
17.5
8.91
61.3
8.0
17.0
9.0
1.36
0.3
32.6
64.9
69.6
13.38
61.9
-22.5
-43.7
1.3
7.71
61.0
81 m
u
3
S
T
P
(cm/s)
(cm/s)
(cm/s)
(°C)
(db)
1.3
7.2
16.2
8.22
81.0
7.8
14.6
8.2
0.66
0.4
38.9
61.5
63.0
12.84
82.1
-24.9
-31.2
1.0
7.38
79.7
96 m
u (cm/s)
3 (cm/s)
S (cm/s)
T (°C)
P (db)
0.0
5.8
12.2
8.06
97.1
5.8
11.1
6.3
0.53
0.8
22.4
39.9
40.2
11.26
98.8
-26.0
-23.2
0.3
7.15
94.9
0.0
0.6
3.7
2.7
3.8
2.9
15.8
18.9
20.6
-10.3
-11.3
0.0
Newport U (m/s)
V (m/s)
wind
S (m/s)
* The pressure sensor at 56 m failed after 303 hours.
5
Table 2. Statistics of the six-hourly low-passed data: _the
orientation* of principal axes (p.a.), means (u, v, T, n)
standard deviations (u', v', T', n').
Current Meter Data
u'
7
v'
T'
-T
p.a.
(°T)
(cm/sec)
(cm/sec)
31 m
2.2
1.6 5.3
1.6 17.9
9.92 1.79
56 m
8.8
1.8 3.7
5.7 15.6
8.89 1.31
81 m
7.1
1.3 2.5
7.3 12.7
8.22 0.62
96 m
3.2
0.0 1.6
5.9
9.7
8.07 0.51
U-
(°C)
Wind and Sea Level Data
p.a.
(m/sec)
Wind
23.7
n'
ri
0.0 2.1
(cm)
(m/sec)
0.6
Adjusted
sea level
* Measured clockwise from north in degrees.
3.2
292.3
6.8
6
The hourly data were subsequently low-passed (using a filter with a
half-power point of 46 hours) to remove tidal and inertial signals.
These low-passed time-series have been decimated to a six-hourly data
interval. The low-passed sea level was adjusted for the inverted
barometer effect, by which sea level falls one centimeter when atmospheric
pressure rises by one millibar. The six-hourly low-passed wind, adjusted
sea level and current meter data are shown in Section III. Statistics of
the low-passed data are given in Table 2.
CTD Measurements
Six CTD sections were made along 45°N during five different cruises
on the R/V Wecoma: W8008A (August 20-21), W8009B (September 22-23),
W8010B (October 28-30), W8011A (November 17-19), and W8012A (December 1-2).
Standard station positions (Figure 1) were six minutes of longitude apart
between 124°03'W (3.1 km offshore) and 124°36'W (46.4 km offshore), and
twelve minutes apart between 124°48'W (62.1 km offshore) and 125°36'W
(125.2 km offshore). Some additional stations near 45°N, 125°20'W were
made during W8007A (18-23 July) but no section was completed during this
cruise. Two sections (one outbound, the other inbound) were completed
during the November cruise; one section was completed during each of the
other cruises. Maximum sampling depth was 600 db during the August cruise
and 1000 db during all other cruises.
The CTD observations were made with two different types of CTD probes
(Table 3). On the first four cruises, the Geodyne A775 CTD (designated
CTD #4) was used. On the last two cruises (W8011A, Nov. 17-19; W8012A,
Dec. 1-2), one of the newly acquired Neil Brown Instruments Mark IIIb
CTD probes were used. Each probe measured pressure, temperature and
7
Table 3.
Characteristics of the three CTD probes used during the
Fall Transition Study.
CTD #4
2561
2567
Type
Geodyne
A-775
Neil Brown
MKIII-B
Neil Brown
MKIII-B
Cruise
W8007A
W8008A
W8009B
W8010B
W8011A
W8012A
Sample Rate
1 Hz
32 Hz
32 Hz
Pressure
(db)
Range
Resolution
Accuracy
1020
0.25
±3.0
6500
0.1
±6.5
1600
0.025
±1.6
Temperature
(°C)
Range
Resolution
Accuracy
-2 to 35
0.009
±0.02
-3 to 32
0.0005
±0.005
-3 to 32
0.0005
±0.005
Conductivity
(mhos cm-z)
Range
Resolution
Accuracy
0 to 60
0.015
±0.03
1 to 65
0.001
±0.005
1 to 65
0.001
±0.005
conductivity sequentially. The Neil Brown CTD begins a new sampling cycle
every 32 milliseconds; it was lowered at a rate of about 60 m min-1
regardless of position in the water column. The Geodyne CTD begins a new
cycle only once per second; it was lowered very slowly through the thermocline
-10 m min -1 and at a rate of about 35 m min 1 below the thermocline. With
both types of CTD's, the data were acquired while the CTD was being lowered,
i.e. during the down-trace.
Each CTD probe was initially calibrated for temperature, pressure and
conductivity in the laboratory (Huyer, Gilbert, Schramm and Barstow, 1978) or
at the manufacturer. In addition, we collected
in situ
temperature and salinity
calibration data by means of an NI0 bottle equipped with reversing thermometers
and mounted -2 m above the CTD sensors. The reversing thermometers are
calibrated every two years, and have an accuracy of +0.002°C.
The salinity samples were run on a Guildline Model 8400 'Autosal'
salinometer, and reduced to salinity using equations developed by Bennett
(Bennett, 1976) which are in close agreement with UNESCO-1966 tables.
Sample conductivities were calculated from sample salinity data and CTD
temperature data using formulas by Perkin and Walker (1972). For purposes
of the
in situ
comparison, we used the CTD data at the actual sample depth
obtained immediately after the bottle tripped.
The Geodyne CTD (CTD#4) temperature was calculated using the equation
T = a + bN + cN
2
where N is the CTD output, a = -1.91322, b = 0.00897839,
and c = 1.06915 x 10
very well with the
-8For each cruise, the CTD temperature data agreed
in situ
calibration data (Table 4).
The Geodyne conductivity data calculated from the preliminary equation
based on the laboratory calibration did not agree well with the samples.
Furthermore, the data indicated a shift in CTD conductivity midway through
W80098, immediately after the CTD had hit the bottom. The data set was
9
Table 4. Results of in situ temperature calibration of the
Geodyne CTD (CTD #4) showing the mean and standard
deviations of differences (AT) between protected
reversing thermometers and the CTD.
Cruise
Sample Comparison:
AT(°C)
Number of
Samples
mean
s.d.
W8007A
5
.008
.029
W8008A
10
.005
.012
W8009B
15
.004
.011
W8010B
14
-.006
.009
Combined
44
.001
.014
Table 5. Equations used for final processing of the Geodyne CTD
(CTD #4) conductivity data, and in situ data comparison.
The equation is of the form a + bX where X is the CTD
output which ranges from 0 to 212.
Sample Comparison
AC (mmhos cm-2)
Equation Coefficients
Cruise
b
a
mean
s.d.
W8007A
3.54793E-2
1.44991E-2
-.000
.038
5
W8008A
3.54793E-2
1.44991E-2
.001
.023
10
W8009B (Sta. 1-8)
3.54793E-2
1.44991E-2
.000
.009
7
W8009B (Sta. 9-13)
-2.40305E-1
1.45993E-2
-.009
.010
8
W8010B
-2.40305E-1
1.45993E-2
.005
.026
14
.000
.022
44
Combined
Table 6. Summary of the comparisons between the Neil Brown CTD
probes and in situ calibration data.
Cruise
CTD No.
Temperature AT(°C)
mean
s.d.
N
Conductivity - 1
AC (mmhos cm ')
N
s.d.
mean
Salinity AS (o/oo)
mean
s.d.
N
W8011A
2561
.004
.010
26
.001 .005
26
.001 .004
27
W8012A
2567
.002
.007
13
-.002 .003
13
-.004 .002
15
10
divided at this point (between Stations 8 and 9) and new calibration, equations
were obtained by least-squares fitting. Using these constants to obtain new
CTD values, we again compared the differences between CTD and samples values
and obtained both means and standard deviations (Table 5) within the sampling
and instrument errors (+0.03 mmhos cm
-2
).
The Geodyne CTO was equipped with a strain gauge pressure transducer
with
a
range of 0 to 1500 PSIA (approximately 1020 decibars). It was
calibrated in the laboratory in October, 1976 in a cold (-11°C) water bath
against a Texas Instruments Model 145 Precision Pressure Gauge. The
Model 145 gauge was equipped with a 1000 PSIG metallic Bourdon tube capsule
which was accurate and repeatable to .05% of full scale. The equation used
for processing the pressure is
P(db) = -73.219311 + (0.280586) X - (0.27178166E-6) X2,
where X is the CTD output which ranges from 0 to 212.
The Neil Brown MkIIIb CTD probes were calibrated for pressure,
temperature and conductivity at the manufacturer prior to their delivery in
September and November of 1980. Both instruments were equipped with fast
response temperature sensors. CTD number 2561 was equipped with a 0 to 6500
decibar pressure transducer and CTD number 2567 was equipped with a 0 to 1600
decibar sensor (Table 3).
Results of the comparison between
in situ
sample data and the Neil
Brown CTD data are summarized in Table 6. CTD conductivity was corrected
for the pressure and temperature effects on the cell prior to the comparison.
Since these temperature and conductivity differences were well within the
sampling and instrument errors, no further corrections were applied prior
to processing the data.
11
Because of the very different sampling rates, different processing
methods were used for the Geodyne and the Neil Brown CTD data. The Geodyne
data were read from magnetic or punched paper tape, and pressure, conductivity
and temperature were calculated. From this file, salinity was calculated
and plotted vs. line number for error detection; obviously erroneous values
were removed. Lines with decreasing pressure were deleted; where pressure
was constant, we averaged the first six lines and deleted the remainder.
The resulting pressure-increasing file was used to calculate salinity
using Perkin and Walker's (1972) equations and sigma-t was calculated
using Knudsen's equation as reported by Sweers (1971). Because of the
Geodyne's poor salinity resolution, the salinity and sigma-t data were
smoothed by interpolating the data to 1 decibar interval, then applying
three "Hannings" consecutively (each "Harming" is a running average over
three points weighted by 1/4, 1/2 and 1/4); this is equivalent to applying
a seven-point binomial filter. Effectively, then, the data were smoothed
over a 7 db interval, which is equivalent to three times the length of the
CTD probe. We smoothed the salinity and sigma-t data independently; the
temperature data were not smoothed. This final data file, of unsmoothed
temperature, smoothed salinity and smoothed sigma-t was used to generate
the plots and listings for the cruises on which CTD #4 was used, i.e.
for cruises W8007A, W8008A, W8009B and W8010B.
The Neil Brown CTD has a much higher sampling rage (-30 scans per
second) than the Geodyne, and processing methods differed accordingly.
The Neil Brown CTD data were recorded on a Kennedy 9-track digital data
logger. An audio tape was made simultaneously as a back-up. The
conductivity data were corrected for the pressure and temperature effects
on the sensor dimensions following Fofonoff et al. (1974). Salinity was
12
calculated from the algorithm also given by Fofonoff et al. (1974). Data
collected during the descent were sorted into 1 db bins; extreme and average
temperature and salinity were computed for each bin; ascending data due to
ship's motion were discarded. Profiles of the extremes of temperature
and salinity were plotted to determine if the input data files needed
further editing. Usually no editing was needed and the 1 db averages of
temperature and salinity constitute the processed data. When editing was
necessary, the original data files were examined and erroneous lines were
deleted, and the data file was reprocessed as before. These procedures
were used for cruises 8011A and 8012A.
The CTD data are summarized in Section IV which shows the vertical
distributions of temperature, salinity and the potential density anomaly
(sigma-theta). Data from individual CTD casts are presented in Section V:
for each station, we show the vertical profiles of temperature, salinity
and the density anomaly (sigma-t), and listings of selected variables at
standard depths. Both the header data shown and the variables listed are
different for the two types of CTD data. For the Geodyne data, the header
variables are as follows: CAST NO: consecutive station number, with a
"D" indicating this data is from the down-trace; LAT: latitude, in degrees
and minutes North; LONG: longitude, in degrees and minutes West; DATE:
day/month/year; TIME: Greenwich Mean Time; DPTH: bottom depth (m); PROBE:
particular CTD probe specification or serial number; SWELL DIR: swell
direction (°T); HT: swell height in feet; PER: swell period in seconds;
CTD Z: maximum depth of CTD cast; WIND DIR: wind direction (°T); SPD:
wind speed in knots; BAR: atmospheric pressure in millibars over 1000;
DIST: distance from shore (km); SAMPLE DEPTH in m; SAMPLE TEMP: reversing
thermometer reading (°C); and SAL: sample salinity (o/oo). The variables
13
tabulated for the July-October (Geodyne) cruises are PRESS: pressure (db);
TEMP: temperature (°C); SIGMA: sigma-t; SVA: specific volume anomaly
8
(cl/ton); DELD: dynamic height (dyn m); and POTE: potential energy (10
ergs).
The header data for the Neil Brown CTD stations (cruises W8011A and W8012A)
is self-explanatory; the data tabulations for these cruises show sigma-theta
instead of sigma-t, omit potential energy, and add potential temperature
(POTEN TEMP) in °C.
6000 KM
200 KM
AUG 21
100 KM
-100
SEPT 1—•
-300
OCT 1
-3000
WINO AT NEWPORT
31 METERS AT TURTLE
102.3 days starting 600 August 21, 1980.
17
- 700 KM
DEC I
-600
-
600 KM
DEC 1
DEC I
00
-500
Ig
--NOV 1
a
-NOV I
400
300
-300
OCT
'r'---OCT
I
p 200
- 2001
100
200 KM
SEPT
100 KM
200 KM
AUG 21
--100
56 METERS AT TURTLE
81 METERS AT TURTLE
96 METERS AT TURTLE
Temperature (°C)
4
ki,JVUA11044044,
31 m "
At..4)1444
-
6
14
56m 10
6
14
81m 10
6
--I4
96 m
6 -
21
AUG
10
SEPT
20
1
OCT
10
20
10
NOV
20
1
DEC
Pressure (db)
34
II II
32
1
31 m
30
28
64
62
56m
80
58
84
82
81 m
Tim
it\
80
78
100
98
fi
r
1I
TY-0RM
96 m
111
98
94
21
AUG
1
SEPT
10
20
10
OCT
20
1
NOV
10
20
DEC
U Current (cm/s)
10
31 m
",141
20
0
jib
-50
40 -
56 m
44404
-20
50
40
601\40\44
10
81 m
),04444
20
56
40
oyArtomwimitoryv40
10
1
111004,1t Alte*o
96m
20
-SO
--
21
AUG
1 SEPT
10
20
1 OCT
10
20
1
NOV
10
20
.1
DEC
20
10
U
-10
21
AUG
1
SEPT
10
10
20
OCT
20
1
NOV
10
20
DEC
SIX-HOURLY LOW-PASSED CURRENT METER DATA
SO
30
96 m
-10
-30
-s
22
AUG
1
SEPT
10
20
1
OCT
10
20
1
NOV
10
20
30
NOV
Newport V Wind (m/s)
5
50 —
30
31 m lo
-10
-30
so
30
56m
to
-to
-30
50
30
81 m
10
-10
-30
SO
30
96 m
10
-10
-30 —
22
AUG
1
SEPT
10
20
1
OCT
10
10
20
NOV
20
30
NOV
U
-5
V
-5
22
AUG
1
SEPT
10
20
1
OCT
10
20
1
NOV
10
20
30
NOV
14
31 m
10
6
14
56 m
10
6
11
81 m
7
9
96 m
7
10
20
20
1
NOV
10
20
30
NOV
VERTICAL SECTIONS OF TEMPERATURE, SALINITY
AND SIGMA-THETA ALONG 45
II
9
STATION NO. 5
3 2425
I
STATION NO. 13
16
1 , L. ,,
I
I
I
I
24.5
24.5—L—
255
—
26.0'
_ _____
__
— — 26.25 —
26.4 ----------.:
...../--n
'''N‘
.i. .
26.
21 13
II
STATION NO.
7
245
I
1
250
26.0
,' — .. ' N
N.. , — — ' '
— —26.25— — ''''
.
,264----------n-------..
- 260 .
2625 — —
—
26.4 --------------\,.
____..-------n-•
200
266
•
26.6
----______,-----N.
----------------
_ 300
.
268 -........_____
•
-----......_,
- 00
•
-
•
268
•
268
.....„....„.....„../1.
400 E.
1
•
CL
J.
-270
--....,__
27.0''•
270
-
.
272
.
Sigma-9
-
.. •
18 Nov. 198
1
1
I25°W
LONGITUDE
30'
124°
125°W
LONGITUDE
t
30'
- 700
45° 00' N
.
19 Nov. 1980
(second pass)
L-- 1•1
274 100
50 km from shore
50 km from shore
30'
Sigma-0
45° 00' N
''
I
272
Sigma-0
45°00' N
------.•
500 0
2 Dec. 1980
•
- 900
1
100
0
124°
30'
50 km from shore
I
.I
301
I25°W
LONGITUDE
0
I 1100
124°
10
STATION NO.
8
9
STATION NO.
STATION NO.
30.5
2
42
1
12
5
8
10
3
325
33.0 33:5
_
_ _33.75
3375 —
33.9
33.9
34.0
34.0
34./
34./
34.2
-
34.4
Salinity (Too)
45° 00' N
21 Aug. 1980
100
50 km from shore
I25°W
0
124° 30'
LONGITUDE
Salinity (°/..0)
45° Oct
29-30 Oct. 1980
Salinity
45° 00' N
22-23 Sept. 1980
100
•i •
50 km from shore
125°W
30'
LONGITUDE
0
124° 30'
100
•
50 km from shore
I25°W
30'
LONGITUDE
700
900
0
11100
124°
II
10
_______.../
STATION NO.
8
7
9
I
l'....
I
6 5 4
32.0
1111
,33.0
335
17
19
1 N I
I
32.5
32.5
32.5
STATION NO.
13
15
1
21
32.25. ---_--
330
. - -'335
12
I
STATION NO.
8 7 6 5
9
10
II
I
I
•
339 -"'"----''\.,,s.v-\
33..9--------------\
\.........I...... :52.15
I
I 1
I
I
3
1 f
I-
325-
—_--325
330 "------------------------\
335
.-- -...
...,
__. -- - -337(
_....- -- -3375 - - -
_ - -
13
00
_ 200
339
.
. .
7--------------------- 34.0
/
.
•
..-n'----\
34.0 `
••
300
______---------- .
34.0
400 E
(A)
34/
„...---------.34./
a.
500
,34./
i
34.2
34. 3—
.34.4
1.
1
I
30°
342
•
1
100
I
.-
Salinity (7.0)
45° 001 N
19 Nov. 1980
(second pass)
Salinity (%)
45° 00' N
18 Nov. 1980
50 km from shore
I
I
I25°W
30°
LONGITUDE
_ 700
0
124°
50 km from shore
. .
I
125°W
30°
LONGITUDE
Salinity (°/..)
45° 00' N
2 Dec. 1980
---34.3
34.4
0
124°
1.
100
I
30°
50 km from shore
I
I
30°
I25°W
LONGITUDE
_ 900
0
I 1100
124°
ca
STATION NO.
STATION NO.
12
I0
/4
/3
7
5
I
3
,
I 0
/0
100
200
7
300
400
I500
700
Temperature (°C)
45° 00 N
21 Aug. 1980
Temperature (°C)
45° Od N
22-23 Sept. 1980 _
_
1
100
50 km from shore
I
I
°W
125°W
I
30 LONGITUDE
1
-1
I
0
124°
e
I
30°
Temperature (°C)
45° 00' N
29-30 Oct. 1980
-I
0
100100
50 km from shore
I
I
I •
I
I
30°
125° W
LONGITUDE
I
I
900
3. 5
.1....-----1------7
1.
I
I
124° 30°
I
50 km from shore
• I •
I
I
30 125°W
°W
LONGITUDE
I
0
I 400
124°
II
STATION NO. 3
5
/
I
V
I
STATION NO.
13
1
A
15
1
17
19
\
/3 s•- 1
._:. - - - '12
- - - /3
,__T--• ---/O".-,85 - --------.
8.5=-&
_ %.W
_ ____ 8 ---N„,_......"N.........._
13
STATION NO.
.
•
.
7
,
1
I
1
II \ I
-f
I
I
/2
12
Y-78--- .
9
2
3.,- -
/3 /
21
I_,-- 9 --------s"n-----'":---. .
>85
---''--•--85 ----'------\./'- -
8.,...,....
100
_ 200
-----------------\.,
.•
.
7
_
_ 6
300
400
-----____.
t.0
500 0
5
.
.....-----------_____
.
a
-
Temperature (°C)
45° 00' N
18 Nov. 198
4 -tom
.
100
50 km from shore
I
I
30.
.
- -
1
1
j.
I
I25°W
LONGITUDE
1
30°
I
•
emperature (°C)
45° 001N
2 Dec. 1980
q
351---1
'
0
I
700
Temperature (°C)
45° 00' N
19 Nov 1980
(second pass)
50 km from shore
I
1
124° 125° W
LONGITUDE
I
3O
,
124°
1
100
0
30
900
.
50 krn from shor
3d
125° W
LONGITUDE
S
1100
124°
39
W8007A
R/V WECOMA
18-23 July 1980
- This cruise was primarily an acoustic navigation and box coring
cruise run by Dr. K. Scheidegger. It provided us with some opportunities to test the Geodyne CTD system which had not been used for
some time. Of ten test casts made, usable data were obtained from
four casts made with CTD #4.
Personnel: Dr. Ken Scheidegger, Dr. Robert Duncan, Pete Kalk,
Milo Clauson, Dale Mosby, Bob Still, Jay Simpkins, Ed Seifert, Ben Moore,
Dennis Barstow, Rich Schramm, Mark Hower, Todd Thornburg, Spencer Johnston,
John Liestman, Rich Herrera.
40
0.0
31.0
32.0
33.0
35.0
SAL
TEMP
SIG
120..
150
SIG1R-T
23.0
1 2.0
2
5.13
126.0
127.0
3D
CAST NO
STATION
SWELL DIR
WIND DIR
3D LAT 45 01.8 DATE 07/22/80 TIME 0340
PROBE 0SU4
3 LONG 125 13.0 DPTH 1360
CTD Z 108
PER
HT
DIST
BAR
SPD
SAMPLE TEMP
SAMPLE DEPTH
PRESS
0
2
10
20
30
40
50
60
70
80
90
100
108
TEMP
17.77
17.77
17.36
12.73
11.02
10.44
9.60
9.44
T.15
8.87
8.73
8.51
8.35
SAL
30.07
30.07
30.39
32.38
32.70
32.72
32.79
32.82
32.83
33.17
33.41
33.57
33.68
SIGMA
21.59
21.59
21.92
24.44
25.00
25.12
25.32
25.37
25.42
25.73
25.94
26.10
26.21
SVA
622.6
622.7
590.6
350.2
297.0
286.0
267.6
262.6
257.7
228.8
208.9
194.2
183.7
SAL
DELD
0.000
0.012
0.062
0.107
0.139
0.168
0.196
0.222
0.248
0.272
0.294
0.315
0.330
POTE
0.000
0.001
0.031
0.096
0.176
0.278
0.402
0.548
0.716
0.899
1.085
1.277
1.434
41
30.0
TEM. 4
31.0
32.0
6
8
33.0
34.0
35.0
SP .
36.0
10
12
14
16
100.
200.
CAST NO
4D LAT 45 00.8 DATE 07/22/80
STATION
4 LONG 125 17.1 DPTH 1881
SWELL DIR 330
HT 04
PER 05
WIND DIR 310 SPD 13
BAR 21.8
SAMPLE DEPTH
300.
PRESS
0
10
20
30
40
50
60
70
BO
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
400
500
600
605
400.
600.
TEMP
SIG
700.
800.
1000. J
3.0
24.0
25.0
SIGMA-T
cs.co
27.0
8.0
TEMP
17.10
17.04
13.93
11.75
10.93
9.91
9.52
9.31
8.95
8.73
8.36
8.16
8.01
7.85
7.71
7.61
7.51
7.39
7.26
7.17
7.07
6.84
6.68
6.34
5.80
5.30
4.90
4.89
SAMPLE TEMP
SAL
30.66
30.76
32.24
32.58
32.68
32.71
32.72
32.04
33.14
33.42
33.63
33.72
33.76
33.83
33.85
33.87
33.89
33.91
33.93
33.93
33.94
33.96
33.96
33.99
34.03
34.15
34.20
34.21
SIGMA
22.19
22.23
24.09
24.78
25.01
25.21
25.27
25.40
25.70
25.95
26.17
26.27
26.32
26.40
26.44
26.47
26.50
26.53
26.56
26.53
26.59
26.64
26.67
26.74
26.83
26.49
27.08
27.08
SVA
564.6
556.4
303.7
318.2
296.6
273.1
271.6
259.8
231.7
208.2
187.4
177.8
173.2
165.7
162.4
159.5
156.8
153.8
151.3
149.0
148.2
143.7
141.7
.135.8
127.4
113.7
105.8
105.3
TIME 2025
PROBE 0504
CTD Z 605
DIST
SAL
DEID
0.000
0.056
0.102
0.136
0.167
0.195
0.223
0.250
0.274
0.206
0.316
0.334
0.351
0.368
0.355
0.401
0.417
0.432
0.447
0.463
0.477.
0.514
0.550
0.619
0.751
0.872
0.982
0.987
POTE
0.000
0.028
0.095
0.179
0.286
0.416
0.567
0.740
0.924
1.110
1.296
1.488
1.688
1.901
2.122
2.357
2.602
2.057
3.124
3.403
3.694
4.470
5.318
7.225
11.830
17.252
23.307
23.625
42
32.0
cr.o
43.0
SAL
500.
124.0
123.0
IAL.
45.0
34.0
SEG
GMA
S Io-T
.o
s.
125.0126.0
127.0
5D
50 LAT 45 00.8 DATE 07/22/80
5 LONG 125 17.1 DPTH 1382 PER
HT
BAR
SPD
SAMPLE TEMP
SAMPLE DEPTH
CAST NO
STATION
SWELL DIR
WIND DIR
PRESS
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
400
473
TEMP
17.68
15.94
12.49
11.55
10.77
10.21
9.85
9.33
8.95
8.72
8.34
8.16
8.00
7.87
7.70
7.58
7.43
7.31
7.23
7.14
7.06
6.92
6.76
6.43
5.80
5.46
SAL
30.67
31.44
32.52
32.63
32.69
32.69
32.70
32.82
31.14
33.40
33.64
33.70
33.76
33.81
33.85
33.88
33.90
33.92
33.92
33.93
33.94
33.96
33.96
33.99
34.03
34.11
SIGMA
22.07
23.05
24.59
k4.86
25.04
25.14
25.20
25.38
25.69
25.93
26.18
26.25
26.32
26.38
26.44
26.48
26.52
26.55
26.56
26.58
26.60
26.63
26.66
26.72
26.83
26.94
SVA
576.7
482.9
335.8
310.8
293.8
284.2
278.5
261.3
232.1
209.8
186.1
179.4
172.9
167.6
162.3
158.8
154.9
152.4
151.6
149.4
147.7
145.0
142.7
137.3
127.6
118.3
TIME 2132
PROBE OSU4
CTD Z 473
DIST
SAL
DELD
0.000
0.056
0.094
0.127
0.157
0.186
0.214
0.241
0.265
0.287
0.307
0.325
0.342
0.359
0.376
0.392
0.407
0.423
0.438
0.453
0.468
0.504
0.540
0.610
0.743
0.832
POTE
0.000
0.028
0.084
0.164
0.269
0.399
0.553
0.729
-0.941
1.097
1.284
1.476
1.676
1.890
2.112
2.345
2.587
2.841
3.106
3.384
3.673
4.450
5.303
7.227
11.854
15.760
43
50.0
TE?'1
4
31.0
32.0
6
8
33.0
34.0
SAL.
35.0
10
12
14
TEMP
150
4.0
3.0
h5.0
SIGMA-T
7.0
126.0
6D
6D LAT 45 00.8 DATE 07/22/80
CAST NO
STATION
• 6 LONG 125 17.8 DPTH 2194
SWELL DIR 330 NT 04
PER 05
PAR 22.0
WIND DIR 320 SPD 14
SAMPLE DEPTH
PRESS TEMP
0
10
20
30
40
50
60
70
80
90
100
110
120
130
133
17.67
15.83
12.67
11.24
10.81
10.16
9.38
9.09
0.93
8.77
8.72
8.37
8.23
8.11
8.08
SAMPLE TEMP
SAL
30.65
31.46
32.47
32.66
32.68
32.69
32.74
32.99
33.15
33.34
33.40
33.61
33.66
33.71
33.72
SIGMA
22.06
23.10
24.52
24.93
25.03
25.15
25.32
25.56
25.71
25.88
23.93
26.15
20.21
26.26
26.28
SVA
577.8
478.6
342.9
303.7
294.8
283.5
267.6
244.8
231.0
214.8
209.6
189.1
183.6
178.6
177.5
TIME 2231
PRODE OSU4
CTD Z 133
DIST
SAL
•DELD
0.000
0.055
0.095
0.127
0.157
0.186
0.213
0.239
0.26S
0.285
0.306
0.326
0.345
0.363
0.368
POTE
0.000
0.027
0.085
0.164
0.269
0.400
0.550
0.718
0.096
1.086
1.288
.1.498
1.712
1.939
2.009
45
W8008A
R/V WECOMA
20-21 August 1980
- The two objectives of this cruise were to install a sub-surface
current meter mooring at 106 meters along 45°00 I N, and to conduct a
hydrographic survey along 45°00'N.
- The Flooring was deployed at the site designated TURTLE at 1534 (PDT)
on 20 August.
- The CTD section was begun at the nearshore end of the 45°00'N line
and consisted of ten casts to 600 decibars or the bottom using the
Geodyne CTD.
Personnel: Robert L. Smith, Henry Pittock, Robert Still, Jay Simpkins,
Dennis Root, Ben Moore, Dennis Barstow, Rich Schramm, Charles Greenlaw,
Mike Kirk (SIO), Keith Bradley (WHOI), David Still, Glenna Pittock,
Claire Still, Scott Barstow.
46
4AL.
0
Jul. 4
3
'8
'6
0
35 a
76--"--.37.17----4.
14
1012
O. 1
30.0
31.0
4
6
r
32.0
33.0
34.0
35.0
10
12
14
O.
10...
20...
40.
30 ._
60...
SIC SAL
TEMP
80...
40...
TOP
100.
50.
t3.0
hs.o
h4.0
hd.o
.0
.0
28.0
20
10
10 LAT 45 00.0 DATE 8/21/80 TIME 0013
CAST NO
PROBE CTD4
40
LONG 124 03.2 DPTH
STATION
41
CTD Z
PER 07
SWELL DIR 330 HT 07
3.3
DIST
BAR 23.0
WIND DIR 335 SPD 18
SAMPLE DEPTH
PRESS
0
2
10
20
30
40
41
TEMP
10.44
10.44
8.84
7.84
7.47
7.47
7.46
37
SAL
33.15
33.15
33.40
33.64
33.86
33.86
33.86
SAMPLE TEMP 8.14
SIGMA
25.46
25.46
25.92
26.25
26.48
26.48
26.48
SVA
253.2
253.2
209.7
178.2
156.5
t56.6
156.5
SAL 33.881
DELD
0.000
0.005
0.024
0.044
0.060
0.076
0.078
POTE
0.000
0.001
0.012
0.041
0.082
0.137
0.143
TIME 0050
2D LAT 45 00.0 DATE 08/21/80 CAST NO
PROBE CT04
70
LONG 124 05.9 DPTH
STATION
67
CID
Z
PER 07
HT 07
SWELL DIR 330
6.8
DIST
BAR 23.0
WIND DIR 345 SPD 14
SAMPLE DEPTH
PRESS
0
1
10
20
30
40
50
60
67
TEMP
12.28
12.28
11.43
8.85
8.08
7.89
7.66
7.44
7.37
64
SAL
32.58
32.58
32.69
32.91
33.16
33.56
33.78
33.88
33.90
SAMPLE TEMP
SIGMA
24.68
24.68
24.92
25.53
25.84
26.18
26.39
26.50
26.52
7.46
SVA
326.9
326.9
304.2
246.6
217.2
185.2
165.7
155.0
152.9
SAL 33.912
DELD
0.000
0.003
0.032
0.059
0.082
0.102
0.120
0.136
0.146
POTE
0.000
0.000
0.016
0.055
0.113
0.183
0.262
0.349
0.417
30.0
TEM 4
31.0
6
32.0
8
33.0
34.0
10
12
1AL
35.0
14
0.
30.0
TEMI3 4
31.0
32.0
6
8
33.0
SAL
35.0
34.0
10
14
30.
60.
90
120.
TEMP
SIG SAL
150
200.
53.0
54.0
125.0
SIGMA-T
5.7.0
126.0
127.0
3D
40
CAST NO
3D LAT 44 59.8 DATE 08/21/80
STATION
LONG 124 12.0 DPTH 124
SWELL DIR 330
HT 07
PER 07
WIND DIR 345 SPD 15
BAR 23.0
TIME 0142
PROBE CTD4
CTD Z 127
DIST 14.8
SAMPLE DEPTH
SAL 33.932
PRESS
0
2
10
20
30
40
50
60
70
80
90
100
110
120
127
TEMP
13.43
13.43
11.14
8.91
8.50
8.33
8.16
8.08
7.90
7.76
7.65
7.51
7.34
7.17
7.16
125
SAL
31.51
31.51
32.35
32.66
32.76
32.97
33.34
33.51
33.64
33.76
33.85
33.87
33.89
33.91
33.91
SAMPLE TEMP 7.15
SIGMA
23.63
23.63
24.71
25.32
25.46
25.66
25.97
26.12
26.25
26.36
26.45
26.48
26.52
26.56
26.56
SVA
426.9
426.9
324.0
266.1
253.2
235.0
204.9
191.3
179.3
168.8
160.5
157.5
154.1
150.3
150.0
DELI)
0.000
0.009
0.039
0.J68
0.094
0.119
0.141
0.160
0.179
0.196
0.213
0.229
0.244
0.259
0.270
POTE
0.000
0.001
0.019
0.062
0.126
0.212
0.311
0.419
0.539
0.669
0.809
0.961
1.125
1.298
1.428
CAST NO
4D LAT 44 59.9 DATE 08/21/80 TIE 0232
STATION
LONG 124 18.1 DPTH 166 FROBE CTD4
SWELL DIR 330
HT 07
PER 06
CTI Z 167
WIND DIR 345 SPD 16
BAR 22.2
DIST 22.8
SAMPLE DEPTH
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
167
TEMP
14.15
14.15
11.25
9.69
9.01
8.63
8.52
8.32
8.19
8.12
7.98
7.90
7.61
7.50
7.32
7.26
7.22
7.08
6.99
155
SAL
30.48
30.48
32.43
32.64
32.65
32.81
33.15
33.52
33.65
33.69
33.76
33.81
33.83
33.87
33.90
33.91
33.93
33.94
33.97
SAMPLE TEMP
SIGMA
22.69
22.69
24.76
25.18
25.30
25.49
25.77
26.09
26.21
26.25
26.32
26.38
26.43
26.48
26.53
26.54
26.57
26.60
26.63
7.14
SVA
516.6
516.7
320.1
279.5
268.8
250.9
224.7
194.0
182.8
179.3
172.5
167.3
162.2
157.9
153.6
152.0
150.1
147.2
144.5
SAL 33.939
DELI)
0.000
0.005
0.047
0.076
0.104
0.130
0.154
0.174
0.193
0.211
0.229
0.246
0.262
0.278
0.294
0.309
0.324
0.339
0.349
POTE
0.000
0.000
0.022
0.066
0.134
0.225
0.333
0.446
0.568
0.704
0.854
1.015
1.189
1.373
1.567
1.773
1.992
2.222
2.389
48
30.0
TEMP 4
31.0
32.0
6
8
33.0
34.0
10
12
AL.
35.0
14
SAL
30.0
TEMrJ4
31.0
32.0
6
8
33.0
34.0
35.0
1.0
12
14
100...
50.-
100.
200.-
150.
300.
TEMP
400.-
200.
250.
500 TEMP
SIC tSICMA-T
5.0
5D
26.0.0
PRESS
0
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
248
TEMP
14.54
14.54
12.83
9.92
9.29
8.84
8.70
8.62
8.54
8.35
8.15
8.03
7.93
7.79
7.73
7.70
7.48
7.36
7.25
7.11
7.08
7.02
6.84
6.81
197
SAL
30.35
30.35
32.02
32.68
32.64
32.7a
32.95
33.24
33.39
33.55
33.65
33.72
33.78
33.83
33.85
33.86
33.89
33.90
33.92
33.95
33.96
33.97
33.99
33.99
8.c
427.0
5.0
3.0
6D
50 LAT 44 59.8 DATE 08/21/80
CAST NO
LONG 124 24.0 DPTH 251
STATION
HT 08
PER 07
SWELL DIR 330
BAR 22.0
WIND DIR 345 SPD 16
SAMPLE DEPTH
SICAIR-T
*1.0
1
SAMPLE TEMP
SIGMA
22.51
22.51
24.14
25.18
25.25
25.43
25.58
25.82
25.95
26.10
26.21
26.29
26.35
26.41
26.44
26.44
26.50
26.52
26.56
26.60
26.61
26.62
26.67
26.67
7.03
SVA
533.8
533.9
378.4
280.2
273.2
256.5
242.0
219.5
207.7
193.2
182.8
175.7
170.5
164.5
162.2
161.8
156.7
154.2
151.1
147.5
146.4
145.3
141.7
141.4
TIME 0330
PROBE CTD4
CTD Z 248
DIST 30.6
SAL 33.958
DELD
0.000
0.011
0.049
0.080
0.108
0.134
0.159
0.183
0.204
0.224
0.242
0.260
0.278
0.294
0.311
0.327
0.343
0.358
0.374
0.388
0.403
0.413
0.454
0.486
POTE
0.000
0.001
0.023
0.069
0.138
0.231
0.344
0.471
0.609
0.758
(1.917
1.087
1.269
1.462
1.46t,
1.884
2.116
2.356
2.608
2.869
3.140
3.425
4.189
4.961
60 LAT 44 59.8 DATE 08/21/80 TIME 0500
CAST NO
PROBE CTD4
LONG 124 29.9 DPTH 380
STATION
CTD Z 331
PER 06
HT 08
SWELL DIR 330
DIST 38.3
BAR 22.0
WIND DIR 345 SPD 18
SAMPLE DEPTH
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
331
TEMP
14.71
14.71
14.72
11.99
11.33
9.58
8.65
8.62
8.69
8.50
8.34
8.26
8.14
8.04
7.96
7.89
7.69
7.48
7.40
7.35
7.29
7.26
7.05
6.84
6.48
6.38
310
SAL
31.25
31.25
31.24
32.63
32.65
32.72
32.67
32.87
33.20
33.40
33.55
33.62
33.67
33.70
33.76
33.81
33.83
33.88
33.89
33.90
33.91
33.92
33.97
33.99
34.01
34.04
SAMPLE TEMP
SIGMA
23.17
23.17
23.16
24.77
24.91
25.26
25.38
25.53
25.78
25.97
26.11
26.18
26.24
26.27
26.33
26.37
26.42
26.49
26.51
26.53
26.54
26.56
26.62
26.66
26.73
26.77
6.45
SVA
470.9
470.9
472.1
318.8
305.7
272.4
261.8
247.1
223.6
206.3
192.8
186.6
181.1
178.2
172.5
168.4
163.9
157.6
155.7
154.4
152.8
151.8
146.0
142.2
136.5
133.4
SAL 34.014
011.0
0.005
0.047
0.088
0.119
0.148
0.175
0.200
0.224
0.246
0.265
0.284
0.303
0.321
0.338
0.355
0.372
0.368
0.404
0.419
0.435
0.450
0.487
0.523
0.592
0.634
PO
POTS
0.000
0.000
0.024
0.083
0.161
0.261
0.381
0.522
0.676
0.839
1.008
1.183
1.381
1.587
1.806
2.036
2.277
2.526
2.784
3.055
3.340
3.637
4.428
5.284
7.188
8.507
49
SAL.
30.0
TEMN 4
0.
31.0
32.0
6
8
33.0
34.0
35.0
10
12
14
56.0
52.0
100.-
200._
300._
400. _
TEMP
500 SIGMA-T
53.0
54.0
55.o
28.0
2D
78 LAT 44 59.9 DATE 08/21/80
CAST NO
LONG 124 36.0 DPTH 441
STATION
PER 06
NT 08
SWELL DIR 330
BAR 22.0
WIND DIR 345 SPD 20
SAMPLE DEPTH
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
400
435
TEMP
14.99
14.99
14.99
12.98
10.65
9.77
9.34
9.16
8.92
8.97
8.71
8.35
8.25
8.08
7.99
7.88
7.71
7.59
7.40
7.36
7.29
7.24
6.92
6.71
6.33
5.90
5.70
349
SAL.
32.38
32.38
32.38
32.52
32.72
32.71
32.74
32.02
32.92
33.07
33.37
33.52
33.64
33.75
33.78
33.82
33.86
33.90
33.90
33.90
33.91
33.94
33.98
33.99
34.02
34.06
34.08
SAMPLE TEMP
SIGMA
23.98
23.98
23.98
24.50
25.08
25.23
25.32
25,41
25.52
25.64
25.91
26.08
26.19
26.30
26.34
26.39
26.44
26.49
26.52
26.53
26.54
26.57
26.65
26.68
26.76
26.85
26.89
6.12
SVA
394.1
394.2
394.0
344.8
289.5
275.5
267.1
258.6
248.2
237.3
211.9
195.6
185.6
175.0
171.3
166.9
162.1.
157.7
155.3
154.4
153.0
150.6
143.4
140.4
133.9
126.3
122.9
TIME 0610
PROBE CTD4
CID 7 435
DIST 46.4
SAL 34.034
DELO
0.000
0.004
0.039
0.078
0.109
0.137
0.164
0.190
0.216
0.240
0.262
0.283
0.302
0.320
0.337
0.354
0.370
0.386
0.402
0.417
0.433
0.448
0.484
0.520
0.589
0.719
0.762
POTE
0.0.00
0.000
0.020
0.078
0.153
0.252
0.373
0.518
0.683
0.866
1.057
1.250
1.448
1.654
1.871
2.099
2.338
2.586
2.844
3.114
3.398
3.694
4.471
5.314
7.200
11.744
13.558
50
CAST NO
SD LAT 45 00.1 DATE 08/21/80
STATION
LONG 124 48.1 DPTH 640
SWELL DIR 330
HT 07
PER 06
WIND DIR 340 SPD 20
BAR 22.0
200.-
SAMPLE DEPTH 370
SOO . _ RESS
P
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
400
500
600
617
400.-
SOO.-
600.TEIIP
P00.-
I100.-
TEMP
14.92
14.92
14.93
14.05
10.83
9.79
9.03
8.85
8.75
8.62
8.45
8.34
8.19
8.06
7.98
7.92
7.79
7.65
7.48
7.33
7.23
7.11
6.86
6.63
6.36
6.00
5.66
4.83
4.81
700._
1000
53.0
54.0
115.0
SIGMR-T
126.0
52.0
58.0
129.0
SAL
32.38
32.38
32.38
32.43
32.67
32.67
32.71
32.89
33.14
33.31
33.54
33.64
33.69
33.76
33.78
33.80
33.84
33.88
33.91
33.93
33.94
33.96
33.98
34.00
34.01
34.06
34.09
34.24
34.23
SAMPLE TEMP 6.09
SIGMA
24.00
24.00
24.00
24.22
25.02
25.19
25.35
25.51
25.73
25.88
26.08
26.18
26.24
26.31
26.34
26.37
26.42
26.47
26.52
26.55
26.57
26.61
26.65
26.70
26.75
26.83
26.90
27.11
27.11
SVA
392.2
392.2
392.7
371.7
295.5
279.2
264.4
248.7
228.7
214.5
195.3
186.3
180.9
173.9
171.2
168.9
164.2
159,8
155.1
152.1
150.0
147.1
142.7
138.6
134.5
127.9
122.3
102.5
102.8
TIME 0751
PROBE CTD4
CTD Z 617
DIST 62.3
SAL 34.032
DELD
POTE
0.000
0.000
0.004
0.000
0.039
0.020
0.078
0.078
0.110
0.150
0.139
0.258
0.166
0.180
0.192
0.521
0.215
0.67'
0.238
0.845
0.259
1.01°
0.278
1.199
0.296
1.392
0.314
1.595
0.331
1.811
0.348
2.040
0.365
2.282
0.381
2.533
0.397
2.792
0.412
3.060
0.427
3.339
0.442
3.629
0.478
4.399
0.513
5.231
0.581
7.107
0.713 11.694
0.837 17.298
0.946 23.258
0.963 24.322
51
30.0
TEMP° 4
0
31.0
6
32.0
8
33.0
34.0
35.0
RAL
36.0
10
12
14
16
100.
CAST NO
9D LAT 45 00.1 DATE 08/21/80
STATION
LONG 125 00.0 DPTH 932
SWELL DIR 330
HT 07
PER 06
WIND DIR 340 SPD 18
BAR 21.9
200.
559
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
400
500
600
618
300.
400.
500.
600.
TEMP
-700.
TEMP
15.52
15.52
15.54
15.51
12.54
9.78
9.29
8.92
8.77
8.61
8.43
8.23
8.15
8.06
8.04
7.98
7.88
7.79
7.56
7.43
7.29
7.18
6.80
6.72
6.45
6.07
5.47
4.91
4.82
600.
100.
1600.
12
3.0
5.0
6.0
SIGMA-T
12
7.0
128.0
129.0
SAL
32.30
32.30
32.31
32.31
32.54
32.71
32.68
32.76
32.97
33.22
33.45
33.63
33.68
33.70
33.74
33.77
33.81
33.84
33.88
33.90
33.92
33.95
33.96
34.00
34.03
34.05
34.13
34.22
34.23
SAMPLE TEMP
SIGMA
23.80
23.80
23.80
23.82
24.60
25.22
25.28
25.40
25.59
25.81
26.02
26.19
26.24
26.27
26.30
26.33
26.38
26.42
26.48
26.51
26.55
26.59
26.65
26.69
26.75
26.82
26.96
27.09
27.11
5.14
SVA
410.7
410.7
411.0
409.9
335.1
276.1
270.9
259.3
242.0
221.1
201.5
185.3
181.0
178.0
175.2
172.2
167.6
164.6
158.3
155.5
152.0
149.0
143.5
139.8
134.5
129.2
116.8
105.0
102.8
TIME 0951
PROBE CTD4
CTD Z 618
DIST 77.9
SAL 34.132
DELD
0.000
0.004
0.041
0.082
0.120
0.150
0.177
0.204
0.229
0.252
0.273
0.292
0.310
0.328
0.346
0.363
0.380
0.397
0.413
0.429
0.444
0.459
0.496
0.531
0.599
0.731
0.855
0.966
0.985
ROTE
0.000
0.000
0.021
0.082
0.177
0.279
0.402
0.548
0.712
0.883
1.063
1.248
1.438
1.646
10866
2.101
2.348
2.604
'.870
3.145
3.430
3.723
4.495
5.340
7.214
11.917
17.407
23.479
24.614
52
30.0
31.0
32.0
33.0
L.
34.0
35.0
36.0
16
10D LAT 45 00.2 DATE 08/21/80
CAST NO
LONG 125 12.0 DPTH 1300
STATION
PER 07
HT 07
SWELL DIR 330
BAR 22.0
WIND DIR 355 SPD 17
SAMPLE DEPTH 501
500.-
SIG
SAL.
TEMP
700.-
PRESS
0
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
400
500
600
626
TEMP
15.17
15.17
15.15
15.15
11.68
10.71
10.21
9.42
9.21
8.97
8.65
8.50
8.26
8.16
8.08
7.75
7.60
7.48
7.33
7.23
7.17
7.12
6.93
6.66
6.28
5.74
5.21
4.76
4.66
800.-
900.
1000.
SIGMA-T
54.0
126.0
57.0
58.0
159.0
SAL
32.21
32.21
32.21
32.22
32.51
32.72
32.87
32,87
33.01
33.18
33.27
33.39
33.54
33.63
33.69
33.80
33.84
33.88
33.92
33.94
33.95
33.96
33.98
34.00
34.02
34.06
34.19
34.24
34.27
SAMPLE TEMP 5.22
SIGMA
23.81
23.81
23.82
23.82
24.74
25.08
25.28
25,41
25.55
25.72
25.84
25.96
26.11
26.20
26.25
26.39
26.45
26.49
26.55
26.57
26.59
26.60
26.65
26.70
26.77
26.86
27.03
27.12
27.16
SVA
410.0
410.0
409.8
409.2
322.2
290.1
271.3
259.0
245.3
229.6
218.0
207.0
192.7
184.8
179.8
166.7
161.6
157.2
152.3
149.9
148.2
147.3
143.3
138.6
132.9
124.5
109.5
101.3
98.4
TIME 1150
PROBE CTD4
CTD Z 626
DIST 93.7
SAL 34.119
DELD
0.000
0.008
0.041
0.082
0.118
0.149
0.177
0.204
0.229
0.252
0.275
0.296
0.316
0.335
0.353
0.370
0.386
0.402
0.418
0.433
0.443
0.463
0.499
0.534
0.603
0.731
0.847
0.953
0.979
POTE
0.000
0.001
0.021
0.082
0.172
0.278
0.405
0.551
0.715
0.892
1.083
1.284
1.493
1.711
1.937
2.169
2.407
2.654
2.909
3.175
3.450
3.739
4.510
5.349
7.221
11.714
16.931
22.754
24.347
53
W8009B
R/V WECOMA
22-23 September 1980
- On this cruise we conducted a hydrographic section along 45°00'N.
Thirteen casts, at twelve stations, were made using the Geodyne CTD.
Casts were made to the bottom or 1000 decibars.
Personnel: Jane Huyer, Robert Smith, Dennis Barstow, Henry Pittock,
Rich Schramm, Luis Murillo, Dan Conner, Dena Gadomski, Christine Holdridge,
Nancy Rouse, Sean Smith, Collin Smith, Boyd Smart, Cindy Bowline,
Christina Daniels.
54
30.0
TEMP 4
0 31.0
32.0
6
8
33.0
34.0
SAL
35.0
10
12
14
SAL
30.0
TEMP 4
0
32.0
31.0
8
6
33.0
34.0
35.
10
12
14
10._
20.-
30 ._
SAL
TEMP
SIG
TEMP SAL SIG,
80.
40.-
100 50.
, SIGMR-T
26.0
5.0
3.0
7.0
SIOMA-T
CAST NO
ID LAT 45 00.1 DATE 09/22/80
40
LONG 124 03.1 DPTH
STATION
PER 05
HT 04
SWELL DIR 300
BAR 26.1
SPD 00
WIND DIR
PRESS
0
1
10
20
30
36
TEMP
12.49
12.49
11.97
11.67
9.97
9.46
9
SAL
32.94
32.94
32.94
33.03
33.27
33.33
6.0
27.0
2D
10
SAMPLE DEPTH
5.0
3.0
.0
SAMPLE TEMP 11.92
SIGMA
24.92
24.92
25.02
25.14
25.63
25.76
SVA
304.4
304.4
295.0
283.6
237.5
224.8
TIME 1848
PROBE CTD4
36
CTD Z
1.1
DIST
SAL 32.961
DELD
0.000
0.003
0.030
0.059
0.085
0.098
POTE
0.000
0.000
0.015
0.059
0.122
0.167
2D LAT 45 00.0 DATE 09/22/80 TIME 1920
CAST NO
PROBE CTD4
69
LONG 124 06.0 DPTH STATION
68
CTD 2
PER 05
HT 04
SWELL DIR 300
6.9
DIST
BAR 26.1
SPD 00
WIND DIR
SAMPLE TEMP
SAMPLE DEPTH
PRESS
0
1
10
20
30
40
50
60
68
TEMP
12.04
12.04
11.35
10.69
9.35
8.27
8.09
8.05
8.03
SAL
32.84
32.84
32.86
33.00
33.19
33.40
33.55
33.61
33.64
SIGMA
24.93
24.93
25.07
25.30
25.67
26.00
26.14
26.20
26.23
SVA
303.5
303.5
289.9
268.6
233.7
202.3
188.9
183.8
181.3
SAL
DELD
0.000
0.003
0.030
0.058
0.083
0.105
0.125
0.143
0.158
POTE
0.000
0.000
0.015
0.057
0.120
0.197
0.285
0.387
0.480
55
TEM 4
0.
6
32.0
8
33.0
34.0
PAL
35.0
10
12
14
1 0.0
3
TEMi-i
4
31.0
6
32.0
0
20.
30.
40.-
60.
60.
33.0
34.0
3:
10
12
14
11.
90.
TEMP
SAL
SIG
80. _
120.
TEMP
100. SAL
SIG
150 52.0
53.0
54.0
55.0
SIGMA-T
57.0
52.0
3D
53.0
54.0
SIG," 8-T
5 6.0
55.0
40
CAST NO
3D LAT 45 00.0 DATE 09/22/80 TIME 1948 STATION
LONG 124 06.0 DPTH 71
PROBE CTD4
SWELL DIR 300
HT 03
PER 05
CTD Z
69
WIND DIR
SPD 00
BAR 26.1
DIST
6.9
CAST NO
4D LAT 45 00.0 DATE 09/22/80
STATION
LONG 124 12.0 DPTH 124 SWELL DIR 300
HT 03
PER 05
WIND DIR 330 SPP 10
BAR 25.9
SAMPLE DEPTH
61
SAMPLE DEPTH 117
TEMP
PRESS
0 12.22
1 12.22
10 11.54
20
8.99
30
8.47
40
8.18
50
8.08
60
B.06
69
8.04
SAL
32.81
32.81
32.86
33.26
33.30
33.46
33.56
33.59
33.63
SAMPLE TEMP 8.05
SIGMA
24.87
24.87
25.04
25.78
25.89
26.06
26.16
26.18
26.21
SVA
309.1
309.1
293.1
222.7
212.5
196.4
187.5
185.4
182.3
SAL 33.598
DELD
0.000
0.003
0.030
0.057
0.078
0.098
0.118
0.136
0.153
POTE
0.000
0.000
0.015
0.054
0.108
0.179
0.266
0.368
0.4/4
PRESS
TEMP
0 13.98
10
9.33
20
8.45
30
8.30
40-
8.28
50
8.31
60
8.11
70
8.02
80
7.82
90
7.69
100
7.68
110
7.67
120
7.66
123
7.66
SAL
32.36
32.86
33.04
33.17
33.32
33.43
33.59
33.72
33.80
33.85
33.86
33.86
33.87
33.87
SAMPLE TEMP 7.65
SIGMA
24.18
25.42
25.69
25.81
25.94
26.02
26.17
26.29
26.30
26.44
26.45
26.45
26.46
26.46
SVA
374.9
257.1
231.2
219.9
208.3
200.6
186.0
175.1
166.9
161.4
160.7
160.8
160.0
160.0
TIME 2039
PROBE CTD4
CTD 7. 123
DIST 14.8
SAL 33.855
DELD
0.000
0.035
0.059
0.082
0.103
0.124
0.143
0.161
0.178
0.194
0.211
0.227
0.243
0.247
POTE
0.000
0.01'
0.052
0.109
0.134
0.276
0.392
0.499
0.622
0.767
0.920
1.089
1.273
1.332
5;
56
30.0
TEMP' 4
0. 31.0
32.0
8
6
33.0
10
4AL.
34.0
35.0
12
14
SAL
30.0
TEMP
4
31.0
32.0
6
8
0 34.0
12
33.0
10
35.,
14
50.50..
100.
100.-
150.
150.
TEMP
SAL
200.
SIG
200.
TEMP
250 53.0
52.0
54.0
,SIGMA-T
55.o
26.0
57.0
52.0
53.0
5D
SAL
SIG
,SIOM8-T
54.0
12
5.0
26.0
52.
6D
CAST NO
5D LAT 45 00.0 DATE 09/22/80
STATION
LONG 124 18.0 DPTH 164
SWELL DIR 300
HT 03
PER 05
WIND DIR 330 SPD 08
BAR 25.6
TIME 2133
PROBE CTD4
CTD 7 158
DIST 22.7
CAST NO
6D LAT 45 00.0 DATE 09/22/80
STATION
LONG 124 24.0 DPTH 245
SWELL DIR 300
HT 03
PER 05
WIND DIR 330 SPD 11
BAR 25.5
TIME 2220
PROBE CTD4
CTD Z 239
DIST 30.6
SAMPLE DEPTH 145
SAL 33.895
SAMPLE DEPTH 170
SAL 33.944
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
158
TEMP
14.12
14.12
12.49
9.27
8.89
8.75
8.26
8.31
8.26
8.17
7.95
7.90
7.83
7.76
7.58
7.58
7.59
7.58
SAL
32.25
32.25
32.42
32.67
32.86
33.08
33.34
33.61
33.74
33.82
33.83
33.89
33.90
33.91
33.91
33.90
33.90
33.91
SAMPLE TEMP 7.59
SIGMA
24.06
24.06
24.52
25.28
25.48
25.68
25.95
26.16
26.27
26.35
26.38
26.44
26.45
26.47
26.50
26.49
26.50
26.50
SVA
385.9
385.9
342.4
270.8
251.3
233.1
206.8
187.8
177.0
170.2
166.8
161.7
160.3
158.7
156.1
157.0
156.9
156.5
DELD
0.000
0.004
0.038
0.067
0.093
0.117
0.139
0.159
0.177
0.195
0.212
0.228
0.244
0.260
0.276
0.291
0.307
0.320
POTE
0.000
0.000
0.018
0.062
0.128
0.211
0.310
0.419
0.537
0.66/
0.811
0:967
1.136
1.319
1.515
1.726
1.953
2.146
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
239
TEMP
14.45
14.45
14.07
11.26
9.10
8.76
8.37
8.43
8.44
8.28
8.37
8.32
8.10
7.88
7.78
7.67
7.62
7.59
7.55
7.53
7.51
7.44
7.04
6.82
SAL
32.38
32.38
32.38
32.48
32.68
32.85
33.16
33.44
33.62
33.77
33.84
33.89
33.92
33.91
33.93
33.95
33.95
33.96
33.96
33.98
33.98
33.99
34.02
34.03
SAMPLE TEMP 7.55
SIGMA
24.09
24.09
24.18
24.79
25.31
25.50
25.80
26.01
26.14
26.29
26.33
26.37
26.43
26.46
26.49
26.52
26.53
26.54
26.54
26.56
26.57
26.58
26.66
26.70
SVA
383.2
383.2
375.5
316.8
267.7
249.7
221.5
201.6
189.0
175.8
171.8
167.9
162.2
160.0
157.4
154.7
154.1
153.0
152.6
151.3
150.9
149.5
142.2
138.5
DELD
0.000
0.004
0.038
0.074
0.103
0.129
0.153
0.174
0.193
0.211
0.229
0.246
0.262
0.278
0.294
0.310
0.325
0.341
0.356
0.371
0.386
0.401
0.438
0.458
POTE
0.000
0.000
0.019
0.072
0.144
0.234
0.342
0.457
0.585
0.722
0.870
1.031
1.204
1.389
1.588
1.798
2.022
2.261
2.513
2.779
3.059
3.352
4.132
4.584
57
50.0
TEMP 4
0 100.-
200.
300.
400.
500. h2.0
3.0
SIGMA-T
h6.0
122.0
4.0
500. 122.0
7D
123.0
124.0
125.0
126.OV¢T
80
CAST NO
7D LAT 44 59.9 DATE 09/22/80
STATION
LONG 124 30.0 DPTH 380 SWELL DIR 300
HT 03
PER 07
WIND DIR 320 SPD 10
BAR
TIME 2319
PROBE CTD4
CTD Z 380
DIST 38.5
CAST NO
80 LAT . 45 00.1 DATE 09/23/80
STATION
LONG 124 36.0 DPTH 448 SWELL DIR 300
HT 03
PER 07
WIND DIR 320 SPD 08
BAR 25.0
TIME 0018
PROBE CTD4
CTD Z 448
DIST 46.4
SAMPLE DEPTH 202
SAL 33.990
SAMPLE DEPTH 363
SAL 34.030
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
380
TEMP
14.60
14.60
14.49
11.77
9.54
9.00
8.89
8.65
8.61
8.32
8.13
8.04
7.91
7.80
7.71
7.67
7.66
7.56
7.52
7.39
7.24
7.22
7.06
7.00
6.71
5,79
SAL
32.35
32.35
32.39
32.72
32.91
33.09
33.21
33.31
33.51
33.60
33.71
33.76
33.80
33.84
33.87
33.91
33.94
33.94
33.96
34.00
34.01
34.00
34.00
34.02
34.03
34.11
SAMPLE TEMP 7.22
SIGMA
24.04
24.04
24.09
24.88
25.42
25.64
25.76
25.87
26.03
26.15
26.27
26.32
26.37
26.41
26.45
26.49
26.51
26.52
26.55
26.60
26.63
26.63
26.65
26.67
26.72
26.90
SVA
388.5
388.5
383.3
308.4
257.1
236.1
225.6
214.9
199.5
188.7
177.8
173.1
168.6
164.2
160.8
157.6
155.4
154.3
152.0
147.8
144.8
145.3
143.7
142.1
138.0
121.2
DELD
0.000
0.004
0.039
0.073
0.100
0.125
0.148
0.170
0.191
0.210
0.228
0.246
0.263
0.280
0.296
0.312
0.328
0.343
0.358
0.373
0.388
0.403
0.439
0.474
0.544
0.650
KITE
0.000
0.000
0.019
0.069
0.139
0.224
0.328
0.449
0.584
0.729
0.885
1.051
1.231
1.422
1.625
1.841
2.067
2.307
2.560
2.823
3.093
3.377
4.143
4.989
6.912
10.511
PRESS
TEMP
0 14.91
1
14.91
14.41
10
20
11.34
30
9.69
40
9.47
50
9.06
60
8.72
70
8.25
80
7.99
90
8.05
100
7.93
110
7.77
120
7.70
130
7.59
140
7.46
150
7.37
160
7.26
170
7.24
180
7.29
190
7.19
200
7.17
225
6.98
250
6.81
300
6.64
400
5.99
448
5.54
SAL
32.36
32.36
32.37
32.72
33.00
33.12
33.30
33.46
33.52
33.61
33.73
33.78
33.83
33.86
33.90
33.92
33.95
33.96
33.96
33.99
33.99
34.01
34.03
34.03
34.04
34.08
34.18
SAMPLE TEMP 6.30
SIGMA
23.98
23.99
24.10
24.96
25.47
25.59
25.80
25.98
26.10
26.20
26.29
26.35
26.41
26.44
26.49
26.53
26.56
26.59
26.59
26.61
26.62
26.63
26.68
26.70
26.74
26.85
26.99
SVA
393.8
393.9
383.0
300.9
252.8
240.8
221.7
204.6
193.6
183.6
175.2
169.8
164.3
161.6
156.9
153.7
150.7
148.2
148.5
146.8
145.6
144.4
140.8
138.5
136.1
125.9
113.4
DELD
POTE
0.000
0.000
0.004
0.000
0.039
0.019
0.074
0.072
0.102
0.140
0.127
0.227
0.150
0.331
0.171
0.447
0.191
0.578
0.210
0.718
0.228
0.870
0.245
1.034
0.261
1.209
0.278
1.396
0.294
1.594
0.309
1.803
2.024
0.324
0.339
2,256
0.354
2.502
2.759
0.369
0.384
3.030
0.398
3.313
0.434
4.069
0.469
4.898
0.537
6.789
0.669 11.406
0.728 13.870
12
58
100.-
9D LAT 45 00.1 DATE 09/23/80 TIME 0143
CAST NO
PROBE CTD4
LONG 124.48.0 DPTH 643
STATION
CTD Z 632
PER 08
HT 02
SWELL DIR 310
DIST 62.1
BAR
WIND DIR 310 SPD 00
200.
SAMPLE DEPTH
300.-
400...
500...
600.
310
700.
PRESS TEMP
0 15.12
1 15.12
10 14.02
20 11.06
9.82
30
9.34
40
9.01
50
60
8.62
70
8.45
8.35
80
8.25
90
100
7.92
7.80
110
7.62
120
7.53
130
140
7.44
7.40
150
7.18
160
170
7.13
7.16
180
7.08
190
7.05
200
6.77
225
6.51
250
300
6.24
5.69
400
5.25
500
4.97
600
4.84
632
900.-
1000.
22.0
23.0
4.0
.0
SIGMR-T
26 .0
.0
219.0
573
SAL
32.30
32.30
32.36
32.72
32.82
32.92
33.06
33.21
33.45
33.62
33.62
33.72
33.76
33.79
33.83
33.88
33.91
33.92
33.94
33.94
33.96
33.96
33.98
33.99
34.00
34.05
34.13
34.18
34.20
SAMPLE TEMP
SIGMA
23.89
23.89
24.17
25.01
25.30
25.46
25.62
25.80
26.01
26.16
26.18
26.30
26.35
26.40
26.45
26.50
26.53
26.57
26.59
26.59
26.61
26.62
26.67
26.71
26.76
26.86
26.98
27.05
27.08
5.01
SVA
402.4
402.5
376.3
295.9
268.5
253.3
238.2
221.8
201.7
187.8
186.1
174.4
169.9
165.3
161.4
156.5
154.0
149.9
148.5
148.8
146.4
145.9
141.0
137.9
133.7
124.4
114.3
108.1
105.4
SAL 34.137
DELD
0.000
0.004
0.039
0.074
0.102
0.128
0.153
0.176
0.197
0.216
0.235
0.253
0.270
0.287
0.304
0.319
0.335
0.350
0.365
0.380
0.395
0.409
0.445
0.480
0.548
0.677
0.796
0.908
0.942
POTE
0.000
0.000
0.019
0.072
0.141
0.232
0.344
0.470
0.608
0.753
0.913
1.083
1.265
1.457
1.661
1.876
2.101
2.337
2.583
2.844
3.117
3.403
4.165
4.992
6.859
11.367
16.721
22.837
24.945
59
10D LAT 45 00.0 DATE 09/23/80
CAST NO
LONG 125 00.0 DPTH 933
STATION
PER 05
SWELL DIR 310 NT 03
BAR 24.0
WIND DIR 270 SPD 04
SAMPLE DEPTH 911
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
400
500
600
700
800
900
920
SRL
.0
23.0
24.0
25.0
SZOMR-T
%S.0
TEMP
15.60
15.60
14.29
13.06
10.30
9.25
8.79
8.63
8.72
8.48
8.26
8.13
7.90
7.72
7;63
7.57
7.51
7.40
7.33
7.27
7.15
7.11
7.03
6.90
6.41
5.78
5.26
4.84
4.55
4.22
3.88
3.83
330
.0
hs.0
SAL
31.91
31.91
32.31
32.41
32.69
32.81
33.05
33.12
33.31
33.51
33.59
33.64
33.71
33.76
33.82
33.86
33.86
33.87
33.87
33.90
33.92
33.94
33.98
33.98
33.99
34.04
34.13
34.20
34.25
34.34
34.41
34.41
SAMPLE TEMP 3.86
SIGMA
23.49
23.49
24.08
24.40
25.12
25.39
25.65
25.73
25.86
26.05
26.15
26.21
26.30
26.37
26.42
26.47
26.47
26.50
26.51
26.54
26.57
26.59
26.63
26.65
26.72
26.84
26.98
27.08
27.16
27.26
27.35
27.36
SVA
440.7
440.7
384.8
354.1
285.4
260.6
236.1
228.5
216.3
198.1
188.9
183.7
174.8
168.8
163.7
159.6
139.1
157.0
155.9
153.0
150.4
148.6
144.7
143.3
136.9
126.4
114.8
105.2
98.8
89.7
80.9
80.7
TIME 0321
PROBE CTD4
CTD Z 920
DIST 77.9
SAL 34.362
DELD
0.000
0.004
0.042
0.079
0.111
0.138
0.163
0.186
0.209
0.230
0.249
0.268
0.285
0.303
0.319
0.335
0.351
0.367
0.383
0.398
0.413
0.428
0.465
0.501
0.571
0.703
0:823
0.932
1.035
1.129
1.215
1.231
POTE
0.000
0.000
0.020
0.076
0.156
0.251
0.364
0.491
0.638
0.792
0.956
1.133
1.320
1.518
1.726
1.944
2.175
2.420
2.678
2.948
3.229
3.521
4.299
5.155
7.073
11.686
17.086
23.092
29.750
36.831
44.111
45.584
60
.0
31.0
6
Iumo 4
32.0
8
33.0
34.0
101 2
35.0
36.0
14
16
110 LAT 45 00.1 DATE 09/23/80
CAST NO
LONG 125 12.0 DPTH 1314
STATION
PER 06
HT 03
SWELL DIR 310
BAR 24.0 WIND DIR 000 SPD 08 SAMPLE TEMP 3.79 SAMPLE DEPTH 949
100.-
200.-
TEMP
PRESS
0 15.89
1 15.89
10 15.00
20 12.74
30 10.26
9.42
40
8.83
50
9.11
60
8.85
70
8.55
80
8.30
90
7.94
100
7.78
110
7.83
120
7.81
130
7.78
140
7.72
150
7.53
160
7.43
170
7.33
180
7.26
190
7.24
200
7.08
225
6.84
250
6.43
300
5.71
400
5.13
500
4.76
600
4.42
700
4.07
800
3.91
900
3.68
1000
3.68
1005
300 . -
400.-
500.-
11D
700.
TEMP
SIG
too4.-
H-T
4.0
.0
.0
e.0
SAL
31.41
31.41
32.10
32.50
32.69
32.68
32.77
33.09
33.20
33.42
33.47
33.54
33.62
33.71
33.78
33.80
33.83
33.87
33.88
33.89
33.90
33.92
33.95
33.98
34.00
34.04
34.14
34.21
34.29
34.35
34.39
34.44
34.43
SIGMA
23.04
23.04
23.77
24.53
25.13
25.26
25.42
25.63
25.75
25.98
26.05
26.16
26.25
26.31
26.37
26.39
26.42
26.47
26.50
26.32
26.54
26.56
26.60
26.66
26.73
26.85
27.00
27.10
27.20
27.29
27.33
27.40
27.39
SVA
483.6
483.6
414.4
341.8
285.3
272.8
257.2
237.7
226.1
205.1
198.4
187.9
179.7
174.0
168.5
166.9
164.5
159.1
157.1
154.6
153.3
151.5
147.6
142.7
136.4
123.7
112.1
103.6
94.3
86.7
82.9
77.0
78.2
TIME 0513
PROBE CTD4
CTD Z 1005
DIST 93.7
SAL 34.378
DELD
0.000
0.005
0.047
0.086
0.116
0.144
0.171
0.195
0.218
0.240
0.260
0.280
0.298
0.315
0.332
0.349
0.366
0.382
0.398
0.413
0.429
0.444
0.481
0.517
0.587
0.718
0.836
0.943
1.043
1.133
1.218
1.298
1.301
POTS
0.000
0.000
0.023
0.081
0.157
0.254
0.374
0.510
0.660
0.822
0.994
1.176
1.368
1.570
1.783
2.009
2.251
2.501
2.761
3.033
3.318
3.614
4.406
5.266
7.182
11.759
17.064
22.951
29.403
36.191
43.367
50.932
51.322
61
0.0
TEMN 4
0
31.0
32.0
6
8
33.0
34.0
35.0
36.0
10
12
11
16
CAST
100.
TIME 0712
45 00.0 DATE 09/23/80 12D LAT
NO
PROBE. CID4
LONG 125 24.0 DPTH 2454
STATION
CTD 2 1009
PER 05
HT 02
SWELL DIR 310
DIST 109.5
BAR 24.7
SPD 12
WIND DIR 330
SAMPLE DEPTH
200.
300.
400.
500.
600.
700.
800.
900
100
TEMP
PRESS
0 15.82
1 15.82
10 15.20
20 14.21
30 10.94
9.75
40
9.41
50
9.00
60
8.85
70
8.76
BO
8.47
90
8.16
100
7.95
110
7.76
120
7.63
130
7.59
140
7.51
150
7.53
160
7.39
170
7.30
180
7.18
190
6.99
200
6.89
225
6.65
250
6.33
300
5.56
400
5.02
500
4.76
600
4.4B
700
4.16
800
3.86
900
3.58
1000
3.57
1009
1
1006
SAL
31.47
3t.47
32.12
32,42
32.65
32.73
32.80
32.93
33.10
33.33
33.50
33.58
33.63
33.65
33.71
33.74
33.80
33.85
33.89
33.90
33.91
33.91
33.94
33.96
34.01
34.06
34.11
34.19
34.26
34.33
34.39
34.43
34.43
SAMPLE TEMP 15.76
3.58
SIGMA
23.10
23.10
23.74
24.17
24.98
25.25
25.36
25.52
25.68
25.87
26.05
26.16
26.23
26.27
26.34
26.36
26.42
26.46
26.51
26.53
26.56
26.58
26.62
26.67
26.75
26.89
26.99
27.09
27.17
27.26
27.34
27.40
27.40
SVA
477.5
477.5
417.5
376.1
299.0
273.8
263.7
248.0
233.2
215.4
198.4
188.4
181.5
177.6
171.8
169.2
163.9
160.2
155.7
153.7
151.4
149.4
146.0
142.0
134.7
122.0
113.1
104.8
97.5
89.8
82.6
76.7
76.9
SAL 31.469
34.409
FIELD
0.000
0.005
0.046
0.086
0.120
0.148
0.175
0.201
0.225
0.247
0.268
0.287
0.306
0.324
0.341
0.358
0.375
0.391
0.407
0.422
0.438
0.453
0.489
0.525
0.594
0.723
0.841
0.950
1.051
1.144
1.231
1.310
1.317
POTE
0.000
0.000
0.023
0.082
0.166
0.266
0.387
0.528
0.684
0.852
t.026
1.210
1.405
1.610
1.829
2.059
2.301
2.551
2.813
3.084
3.365
3.658
4.437
5.290
7.190
11.692
16.963
22.955
29.551
36.533
43.872
51.439
52.134
62
.031.0---32.0r33.035.0
1 r.n0 4
0
6
8
'10
1 2
14
/00.
10
16
13D LAT 45 00.0 DATE 09/23/80
CAST NO
LONG 125 36.0 DPTH 2533 STATION
PER 05
HT 02
SWELL DIR 310
BAR 24.9 WIND DIR 330 SPD 11
1
200.
1003
0 15.53
3011.
400.
150
600.-
1 15.53
10 15.30
20 14.82
30 11.63
9.95
40
9.28
50
9.09
60
8.95
70
8.75
80
8.58
90
8.41
100
7.91
110
7.79
120
7.71
130
7.66
140
7.59
7.62
160
7.53
170
7.40
180
7.35
190
7.26
200
225
7.00
250
300
400
500
600
700
800
900
1000
1006
6.72
6.03
5.65
5.04
4.78
4.46
4.12
3.91
3.62
3.62
0
X28.0
SAL
31.23
31.23
32.06
32.37
32.58
32.72
32.81
32.86
33.07
33.31
33.45
33.56
33.59
33.62
33.66
33.72
33.77
33.83
33.86
33.89
33.90
33.92
33.94
33.95
33.93
34.04
34.12
34.19
34.26
34.33
34.38
34.43
34.42
SAMPLE TEMP 15.50
3.64
SIGMA
22.98
22.98
23.67
24.01
24.80
25.20
25.39
25.45
25.64
25.86
25.99
26.10
26.20
26.24
26.28
26.34
26.39
26.43
26.47
26.51
26.53
26.56
26.61
26.65
26.73
26.86
26.99
27.08
27.17
27.26
27.33
27.39
27.39
SVA
488.8
488.9
423.6
391.6
316.3
278.2
260.7
254.6
237.0
216.6
203.7
193.7
184.0
180.4
176.7
171.5
166.9
163.3
159.4
156.1
154.3
151.8
147.4
143.4
136.3
125.1
112.9
105.0
97.3
89.0
83.5
77.7
78.2
TIME 0903
PROBE CTD4
CTD Z 1006
DIST 125.2
SAL 31.240
34.401
DELD
0.000
0.005
0.047
0.088
0.123
0.152
0.179
0.205
0.230
0.252
0.273
0.293
0.312
0.330
0.348
0.366
0.383
0.399
0.415
0.431
0.446
POTE
0.000
0.000
0.023
0.084
0.171
0.274
0.396
0.537
0.696
0.866
1.045
1.233
1.432
1.643
1.865
2.099
2.345
2.600
2.867
3.143
3.430
0.462
3.727
0.499
0.535
0.605
0.737
0.854
0.963
1.064
1.157
1.243
1.324
1.329
4.523
5.383
7.299
11.887
17.178
23.139
29.688
36.664
44.011
51.667
52.136
63
W801013
R/V WECOMA
28-30 October 1980
- This cruise sailed from Seattle, Washington at 0900 (PDT) on
28 October 1980. Twelve casts were made along the 45°00'N latitude using
the Geodyne CTD. Casts were to 1000 decibars or the bottom.
- In addition, towing tests were made between stations to test a new
method of wire termination.
Personnel: Jane Huyer, Robert Smith, Dennis Barstow, Rich Schramm,
Michael Fenisey, Hal Coleman, Ralph Dobiejko, Sue Bruner, John Feicht,
David Anderson.
64
32.0
TEMP 3
0 32.5
33.0
33.5
7
9
SAL
SIG
SAL
34,5
34.0
11
13
32.0
TEM 3
0 32.5
33.0
33.5
5
7
9
TEMP
TEMP
40.,
SAL
SAL
34.
11
13
SIG
80.
50. 1
1 2.0
3.0
4.0
5.0
26.0 R
100. SIG A-T 2.0
2.0
3.0
10
5.0
127
2D
CAST NO
1D LAT 45 00.3 DATE 10/29/80 TIME 1830
STATION
1 LONG 124 03.0 DPTH 40
PROBE 0SU4
SWELL DIR 270
NT 07
PER 09
CTD Z
36
WIND DIR
SPD 0
BAR 26.
DIST
3.0
2D LAT 45 00.0 DATE 10/29/80
STATION
2 LONG 124 06.0 DPTH
72
SWELL DIR 290
HT 07
PER 09
WIND DIR 000 SPD 02
BAR 26.
SAMPLE DEPTH
SAMPLE DEPTH
64
PRESS
0
1
10
20
30
40
50
60
70
72
SAL
32.56
32.56
32.67
32.74
33.00
33.25
33.44
33.69
33.73
33.73
PRESS
0
1
10
20
30
36
34.0
TEMP
11.63
11.63
11.63
11.56
11.11
10.98
1
SAL
32.66
32.66
32.69
32.74
32.97
33.01
SAMPLE TEMP
SIGMA
24.86
24.86
24.89
24.94
25.20
25.25
SVA
309.5
309.6
307.2
302.5
278.7
273.4
SAL 32.616
DELO
0.000
0.003
0.031
0.06.1
0.091
0.107
POTE
0.000
0.000
0.015
0.061
0.134
0.189
CAST NO
TEMP
11.68
11.68
11.66
11.52
10,99
10.32
9.62
8.51
8.44
8.44
SAMPLE TEMP 8.42
SIGMA
24.78
24.78
24.87
24.95
25.24
25.56
25.82
26.19
26.23
26.23
SVA
317.6
317.6
309.5
301.8
274.2
244.6
219.3
184,7
180.9
180.9
TIKE 1906
PROBE OSU4
CID 2
72
DIST
6.9
SAL 33.636
DELD
0.000
0.003
0.032
0.062
0.091
0.117
0.140
0.160
0.179
0.182
POTE
0.000
0.000
0.016
0.061
0.134
0.226
0.328
0.440
0.558
0.583
65
32.0
TEMIl.3
33.0
32.5
r
33.5
7-
5
9
34.0
1AL.
34.5
11
13
32.0
TEM 3
0
i
32.5
4
33.5
33.0
9
7
5
34.0
RAL
34.
11
13
50.-
100._
150._
TEMP
SAL
SAL SIG
TEMP
SIG
200 150.
SIGMA-T
3.0
122.0
24.0
5.(3
6.(3
,
27.0
3.0
2.0
5.0
24.0
SICM4-T
27.
6.0
4D
3D
3D
CAST NO
LAT
45 00.0 DATE 10/29/80
TIME 1953
STATION
3 LONG 124 12.0 DPTH
126
PROBE OSU4
SWELL DIR 290
PER 06
CTD Z
HT 06
125
SPD 00
BAR 25.5
WIND DIR
DIST
14.8
4D LAT 45 00.0 DATE 10/29/80
CAST NO
4 LONG 124 18.0 DPTH 166
STATION
HT 06
PER 06
SWELL DIR 290
BAR 24.9
SPD 00
WIND DIR
SAMPLE DEPTH
SAMPLE DEPTH
PRESS
0
10
20
30
40
50
60
70
80
90
100
110
120
125
TEMP
12.87
12.51
10.49
9.41
8.48
8.39
8.44
8.41
8.37
8.30
8.28
8.26
8.26
8.25
112
SAL
32.08
32.31
33.03
33.10
33.03
33.23
33.46
33.56
33.72
33.83
33.89
33.89
33.89
33.88
SAMPLE TEMP
SIGMA
24.18
24.43
25.36
25.59
25.68
25.85
26.02
26.11
26.23
26.34
26.38
26.39
26.38
26.38
8.26
SVA
374.5
351.2
263.1
241.1
232.3
216.6
200.7
192.8
180.7
171.3
166.9
166.9
167.1
167.7
SAL 33.820
DELD
0.000
0.036
0.066
0.092
0,115
0.138
0.159
0.178
0.197
0.215
0.231
0.248
0.265
0.273
ROTE
0.000
0.018
0.062
0.125
0.208
0.309
0.424
0.552
0.692
0.841
1.001
1.177
1.369
1.471
PRESS
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
165
1EMP
12.85
12.21
12.00
11.15
8.68
8.48
8.44
8.33
8.30
8.25
8.22
8.20
8.17
8.16
8.13
8.10
8.08
8.07
156
SAL
32.23
32.47
32.5S
32.88
32.91
33.12
33.34
33.60
33.65
33.79
33.86
33.91
33.92
33.92
33.95
33.95.
33.97
33.96
SAMPLE TEMP
SIGMA
24.30
24.61
24.73
25.12
25.55
25.75
25.93
26.15
26.19
26.31
26.37
26.41
26.43
26.43
26.45
26.46
26.47
26.47
8.08
SVA
363.2
334.0
322.5
285.5
244.7
226.3
209.2
188.6
185.0
173.7
168.3
164.8
163.2
163.2
161.3
160.8
159.6
159.9
TIME 2045
PROBE OSU4
CTD Z 165
DIST 22.7
SAL 33.971
DELD
0.000
0.035
0.068
0.098
0.124
0.148
0.169
0.169
0.208
0.226
0.243
0.25?
0.276
0.292
0.308
0.324
0.340
0.348
POTE
0.000
0.017
0.066
0.142
0.233
0.339
0.458
0.533
0.727
0.878
1.041
1.215
1.404
1.608
1.827
2.061
2.309
2.439
66
SAL
132.o.
32.5
33.0
34.0
33.5
34.5
S2.5
7
5
33.5
9
500 12 3.0
5.0
5D
6.0
3.0
2.0
SAMPLE DEPTH 231
SAL
32.16
32.16
32.19
32..40
32.84
32.95
33.08
33.26
33.44
33.60
33.69
33.77
33.89
33.92
33.93
33.90
33.93
33.94
33.94
33.96
33.97
34.00
34.02
34.03
11
4.0
5.0
34.
13
SIG
SIGMP-T
6.0
6D
5D LAT 45 00.0 DATE 10/29/80
5 LONG 124 24.0 DPTH 248 STATION
HT 06
PER 06
SWELL DIR 290
BAR 24.0
SPD 00
WIND DIR
TEMP
13.43
13.43
13.36
12.37
9.06
8.52
8.57
8.39
8.36
8.27
8.16
8.07
8.22
8.16
8.06
8.02
7.94
7.96
7.89
7.84
7.77
7.73
7.42
7.36
CAST NO
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
245
L
27.0
SRL
TEMP
SAL
I
I
S2.0
SAMPLE TEMP 7.39
SIGMA
24.13
24.13
24.17
24.52
25.44
25.61
25.70
25.87
26.02
26.16
26.24
26.32
26.39
26.43
26.45
26.43
26.46
26.47
26.48
26.51
26.52
26.55
26.61
26.62
SVA
379.3
379.3
375.6
342.5
255.1
239.5
230.6
215.0
201.1
188.0
180.0
173.1
166.1
163.0
161.4
163.0
160.1
159.7
158.8
156.6
155.0
152.9
147.3
146.2
TIME 2132
PROBE OSU4
CTD Z 245
DIST 30.6
SAL 33.981
DELD
0.000
0.004
0.038
0.074
0.103
0.128
0.152
0.174
0.194
0.214
0.232
0.250
0.267
0.283
0.300
0.316
0.332
0.348
0.364
0.380
0.395
0.411
0.448
0.477
POTE
0.000
0.000
0.019
0.073
0.145
0.232
0.338
0.459
0.594
0.739
0.896
1.063
1.241
1.431
1.634
1.854
2.099
2.337
2.599
2.875
3.164
3.464
4.257
4.948
60 LAT 45 00.0 DATE 10/29/80 TIME 2256
CAST NO
PROBE OSU4
6 LONG 124 30.0 DPTH 382 STATION
CID Z 375
PER 06
HT 06
SWELL DIR 290
DIST 38.5
BAR
WIND DIR 060 SPD 05
SAMPLE DEPTH 349
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
375
TEMP
13.83
13.83
13.83
12.47
9.55
9.04
8.67
8.46
8.35
8.28
8.29
8.19
8.04
7.98
7.98
7.90
7.90
7.89
7.80
7.74
7.70
7.58
7.30
7.08
6.68
6.08
SAL
32.16
32.16
32.26
32.42
32.84
32.88
33.13
33.29
33.44
33.57
33.80
33.85
33.83
33.85
33.87
33.91
33.94
33.96
33.97
33.98
33.98
34.01
34.03
34.04
34.05
34.09
SAMPLE TEMP 6.14
SIGMA
24.05
24.05
24.13
24.52
25.36
25.48
25.73
25.89
26.02
26.13
26.31
26.36
26.37
26.40
26.41
26.45
26.48
26.50
26.51
26.53
26.54
26.58
26.63
26.67
26.74
26.85
SVA
387.0
387.0
379.5
342.5
262.5
252.0
228.0
213.4
201.1
190.2
174.0
169.9
168.4
166.1
164.6
160.8
158.9
157.1
155.6
153.3
153.3
150.1
144.9
141.6
135.7
126.0
SAL 34.028
POTE
DELD
0.000
0.000
0.000
0.004
0.019
0.038
0.073
0.075
0.146
0.104
0.236
0.130
0.343
0.154
0.464
0.175
0.597
0.196
0.744
0.216
0.897
0.234
1.059
0.251
1.237
0.268
1.430
0.284
1.635
0.301
1.855
0.317
2.087
0.333
2.331
0.349
2.590
0.365
2.561
0.380
3.1A4
0.395
3.439
0.410
4.222
0.447
5.076
0.483
6.979
0.553
0.651 10.285
67
SAL
132.0
TEMP° 3
33.5
33.0
32.5
7
5
34.0
34.5;
11
13
SAL
TEMP
SIG
500.
SIGMA-T
12 3.0
.0
6.0
125.0
20
7D LAT 45 00.0 DATE 10/29/80 TIME 2357
CAST MO
PROBE 05114
7 LONG 124 36.0 DPIN 445 STATION
CTD Z 405
PER 06
HT 06
SWELL DIR 296
DIST 46.4
BAR 23.5
SPD
WIND DIR
SAMPLE DEPTH
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
400
405
TEMP
13.36
13.36
13.35
12.62
9.88
9.24
8.70
8.55
8.44
8.35
8.26
8.17
8.07
8.00
7.88
7.76
7.74
7.67
7.55
7.51
7.42
7.34
7.17
6.99
6.64
5.81
5.78
398
SAL
31.89
31.89
31.94
32.14
32.80
32.94
33.03
33.22
33.35
33.47
33.60
33.69
33.73
33.80
33.85
33.88
33.92
33.93
33.97
33.96
33.98
34.01
34.03
34.02
34.05
34.11
34.11
SAMPLE TEMP
SIGMA
23.94
23.94
23.98
24.28
25.28
25.49
25.65
25.81
25.94
26.04
26.16
26.25
26.28
26.36
26.41
26.45
26.49
26.51
26.55
26.55
26.58
26.61
26.65
26.67
26.74
26.90
26.90
5.85
SVA
398.0
398.0
394.2
365.7
270.6
251.0
236.0
220.3
208.5199.0
188.1
179.9
176.4
169.8
164.5
161.1
157.5
156.1
152.0
152.1
149.7
146.6
143.3
141.4
135.7
121.5
121.3
SAL 34.055
DELD
0.000
0.004
0.040
0.079
0.109
0.135
0.159
0.182
0.204
0.224
0.243
0.262
0.279
0.297
0.313
0.330
0.346
0.361
0.377
0.392
0.407
0.422
0.458
0.493
0.562
0.692
0.698
POTE
0.000
0.000
0.020
0.078
0.154
0.244
0.354
0.479
0.617
0.771
0.935
1.109
1.296
1.495
1.703
1.921
2.153
2.395
2.650
2.916
3.195
3.483
4.254
5.093
6.967
11.510
11.754
68
3
100.
8D LAT 45 00.1 DATE 10/30/80 TIME 0136
CAST NO
PROBE OSU4
8 LONG 124 48.1 DPTH 651
STATION
CTD Z 619
PER 06
HT 04
SWELL DIR 290
DIST 62.3
BAR 23.2
SPD
WIND DIR
200.
SAMPLE DEPTH
PRESS
0
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
300.
400.
500.
600.-
225
250
300
400
500
600
619
700. _
TEMP
13.72
13.72
13.92
11.21
9.76
9.34
8.91
8.44
8.53
8.52
8.43
8.35
8.22
8.10
8.06
8.01
7.91
7.90
7.82
7.77
7.70
7.57
7.32
7.12
6.57
5.47
5.12
4.62
4.52
442
SAL
32.18
32.18
32.31
32.58
32.70
32.66
32.70
32.88
33.09
33.28
33.43
33.56
33.64
33.75
33.80
33.85
33.89
33.90
33.92
33.95
33.96
33.97
34.01
34.02
34.03
34.11
34.21
34.31
34.33
800. -
900.
1000
SIGMA-T
h2.0
43.0
X24.0
25.0
ha.o
R7.0
.o
ho.o
SAMPLE TEMP
SIGMA
24.09
24.09
24.15
24.88
25.22
25.26
25.36
25.57
25.72
25.87
26.00
26.11
26.20
26.30
26.34
26.39
26.44
26.45
26.47
26.50
26.53
26.55
26.62
26.65
26.74
26.94
27.06
27.19
27.22
5.28
SVA
383.2
383.2
377.7
309.0
276.4
272.9
263.6
243.:4
229.7
215.0
203.1
192.8
184.6
175.1
171.4
166.8
162.6
161.9
159.6
156.8
154.7
152.5
146.6
143.6
136.0
117.1
107.0
94.5
92.1
SAL 34.045
DELD
0.000
0.004
0.038
0.073
0.102
0.130
0.156
0.182
0.205
0.228
0.248
0.268
0.287
0.305
0.322
0.339
0.356
0.372
0.388
0.404
0.419
0.435
0.472
0.508
0.578
0.706
0.818
0.919
0.937
POTE
0.000
0.000
0.019
0.071
0.143
0.239
0.360
0.498
0.653
0.820
0.996
1.184
1.382
1.589
1.805
2.035
2.273
2.525
2.790
3.066
3.353
3.653
4.446
5.310
7.220
11.677
16.723
22.257
23.332
69
32.0
ienr 3
32.3
33.0.
7
33.5
9
34.0
11
.5
.3
35.0
a
13
0.
17
9D LAT 45, 00.0 DATE 10/30/80
CAST NO
9 LONG 124 58.9 DPTH 944 STATION
PER 06
SMELL DIR 290 MT 06
DAR 23.0
SPD
WIND DIR
100.
SAMPLE DEPTH
56
PRESS TEMP
0 13.48
10 13.32
20 13.21
30 11.11
40
9.48
8.74
50
8.71
6p
70, 8.71
SO 8.66
90 8.48
8.43
100
8.31
110
8.22
120
8.16
130
8.05
140
7.98
150
160.7.91
7.80
170
7.73
180
7.71
190
200 7.66
7.44
225
7.18
250
6.66
300
400 6.06
5.10
500
4.72
600
4.31
700
4.09
800
3.68
900
947
3.53
SAL
32.26
32.27
32.29
32.55
32.65
32.8,0
33.03
33.11
33.31
33.56
33.65
33.78
33.88
33.90
33.94
33.93
33.95
33.96
33.98
33.97
33.98
34.01
34.05
34.07
34.11
34.16
34.29
34.38
34.45
34.52
34.55
SAMPLE TEMP
8.70
TIME 0330
PROBE 0SU4
CID Z 947
DIST 76.4
SAL 32.896
200.
300.
400.
300.-
600.-
700.-
800.
900.-
8AL SIC
TEMP
1000.
3/13118-T
R2.0
.o
h .0
24.0
.0
.0
128.0
SIGMA
24.20
24.24
24.28
24.88
25.23
25.46
25.64
25.71
25.87
26.09
26.17
26.29
26.38
26.41
26.45
26.46
26.48
26.51
26.53
26.53
26.54
26.60
26.66
26.76
26.86
27.02
27.16
27.28
27.36
27.46
27.50
SVA
373.0
368.9
363.7
309.0
275.9
254.0
236.4
230.4
214.9
194.4
187.3
175.9
167.1
165.0
160.9
160.6
158.5
156.0
153.8
154.4
153.1
148.3
142.4
134.1
124.9
110.0
97.4
86.6
80.0
70.5
67.2
DELD
0.000
0.037
0.074
0.109
0.138
0.165
0.189
0.212
0.235
0.255
0.274
0.292
0.309
0.326
0.342
0.358
0.374
0.390
0.405
0.421
0.436
0.474
0.510
0•579,
0.708
0.826
0.929
1.021
1.105
1.180
1.212
KITE
0.000
0.011
0.074
0.160
0.264
0.382
0.516
0.668
0.836
1.008
1.189
1.379
1.575
1.781
2.000
2.234
2.481
2.741
3.011
3.296
3.596
4.395
5.254
7.163
11.67516.959
22.606
28.597
34.902
41.228
44.214
70
AL.
S5.0
34.5
S4.0
33.5
33.0
2.5
32.0
15
13
TE 3
11
9
7
5
0
100.-
200._
300._
400.-
500._
600.-
700...
35.5
17
10D LAT 45 00.1 DATE 10/30/80
CAST NO
10 LONG 125 12.0 DPTH 1285 STATION
PER 07
HT 05
SWELL DIR 290
BAR 21.0
SPD 07
WIND DIR 130
SAMPLE DEPTH
PRESS
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
400
500
600
700
800
900
1000
1005
TEMP
13.49
13.38
13.05
11.16
9.02
8.60
8.60
8.71
8.49
8.46
8.36
8.28
8.22
8.10
8.07
7.98
7.89
7.85
7.76
7.72
7.56
7.29
7.08
6.80
5.72
5.17
4.68
4.36
4.09
3.77
3.39
3.38
800._
SIG
900._
1000.
8,0
1
742
SAL
32.25
32.26
32.31.
32.60
32.77
32.90
33.02
33.27
33.57
33.66
33.75
33.83
33.87
33.93
33.95
33.94
33.97
33.96
33.99
33.99
34.01
34.03
34.03
34.05
34.10
34.22
34.32
34.37
34.45
34.53
34.58
34.57
SAMPLE TEMP 13.48 4.24
SIGMA
24.19
24.22
24.32
24.90
25.40
25.56
25.66
25.83
26.10
26.17
26.26
26.34
26.38
26.44
26.46
26.46
26.50
26.50
26.54
26.54
26.58
26.64
26.66
26.72
26.90
27.06
27.19
27.27
27.36
27.46
27.53
27.53
SVA
373.5
370.9
361.6
306.9
259,7
244.2
235.3
219.0
193.3
186.7
178.7
171.3
167.9
162.2
160.3
160.0
156.5
156.9
153.7
153.1
149.8
144.6
142.4
137.6
121.6
107.1
94.7
87.7
79.8
71.2
64.0
64.5
TIME 0554
PROBE OSU4
CTD Z 1005
DIST 93.7
SAL 32.243
34.295
DELD
0.000
0.037
0.074
0.108
0.136
0.161
0.185
0.208
0.228
0.247
0.266
0.283
0.300
0.317
0.333
0.349
0.365
0.380
0.396
0.411
0.426
0.463
0.499
0.569
0.699
0.810
0.912
1.004
1.087
1.164
1.232
1.235
POTE
0.000
0.019
0.074
0.158
0.254
0.368
0.499
0.648
0.803
0.963
1.137
1.321
1.517
1.724
1.942
2.173
2.418
2.677
2.949
3.233
3.527
4.310
5.158
7.078
11.610
16.631
22.216
28.219
34.424
40.937
47.384
47.706
71
0
9
3
.5
.0
33.5
11
13
.0
35.i
17
15
100.-
11D LAT 45 00.1 DATE 10/30/80
CAST MO
11 LONG 125 24.0 DPTH 2478 STATION
PER 06
SWELL DIR 290 HT 05 BAR 20.0
WIND DIR 140 SPD 05
200.-
SAMPLE DEPTH
PRESS
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
160
170
180
190
200
225
250
300
400
500
600
700
800
900
1000
1006
300.
400.-
500.-
600.
700.
TEMP
14.56
14.58
14.63
14.07
9.73
9.02
8.48
8.35
8.20
8.42
7.89
8.17
8.09
7.94
7.45
7.75
7.76
7.66
7.57
7.43
7.29
6.90
6.66
6.21
5.51
4.96
4.55
4.31
4.07
3.77
3.50
3.49
1
905
SAL
32.46
32.47
32.52
32.50
32.69
32.69
32.70
32.77
32.99
33.24
33.35
33.55
33.69
33.75
33.77
33.87
33.92
33.97
33.97
33.98
33.99
34.02
34.02
34.06
34.17
34.2A
34.34
34.42
34.47
34.54
34.58
34.58
800._
900.
1000.
2.0
13.0
54.0
125.0
58.0
59.0
SAMPLE TEMP 14.39
3.78
SIGMA
24.13
24.14
24.16
24.27
25.22
25.33
25.42
25.49
25.69
25.86
26.02
26.13
26.25
26.32
26.41
26.45
26.49
26.53
26.55
26.58
26.61
26.68
26.72
26.81
26.98
27.11
27.23
27.31
27.38
27.47
27.53
27.52
SVA
379.5
379.0
377.1
367.1
276.8
266.4
257.8
250.8
232.4
216.8
201.7
190.9
179.7
173.2
164.6
161.5
158.1
153.7
152.3
149.9
147.2
140.3
137.2
129.1
113.8
101.3
91.4
83.9
77.8
70.2
64.6
65.0
TIME 0806
PROBE OSUA,
CTD 2 1006
DIST 109.4
SAL 32.362
34.379
DELD
0.000
0.038
0.076
0.113
0.145
0.172
0.198
0.224
0.248
0.270
0.291
0.311
0.329
0.347
0.364
0.380
0.396
0.412
0.427
0.442
0.457
0.493
-0.528
0.594
0.717
0.824
0.921
1.009
1.089
1.164
1.232
1.236
POTE
0.000
0.019
0.076
0.170
0.279
0.401
0.545
0.711
0.893
1.083
1.283
1.488
1.701
1.922
2.147
2.384
2.632
2.888
3.156
3.435
3.725
4.488
5.314
7.144
11.424
16.240
21.568
27.246
33.298
39.641
46.070
46.461
72
32.0
TE 3
0
132.5
5
33 ,033.5
9
7
134.0
11
34.5
13
.0
15
35.5
17
12D LAT 45 00.0 DATE 10/30/80
CAST NO
12 LONG 125 36.0 DPTH 2742
STATION
PER 06
HT 05
SWELL DIR 290
BAR 17.3
WIND DIR 140 SPD 12 100.-
SAMPLE DEPTH
2
870
SAMPLE TEMP 14.12
3.76
200._
TEMP
PRESS
0 14.11
10 14.12
20 14.12
30 13.98
40 10.02
8.99
50
8.68
60
8.60
70
8.46
80
8.38
90
8.27
100
8.18
110
8.12
120
7.91
130
7.82
140
7.71
150
7.59
160
7.42
170
7.33
180
7.23
190
7.15
200
6.84
225
6.56
250
6.14
300
5.56
400
4.91
500
4.57
600
4.30
700
3.95
800
3.68
900
3.46
1000
3.45
1005
300.
400.
500.
600._
700.-
SAL
32.31
32.31
32.31
32.39
32.65
32.74
32.96
33.18
33.36
33.47
33.55
33.61
33.66
33.74
33.80'
33.86
33.89
33.93
33.94
33.96
33.97
34.00
34.01
34.05
34.15
34.22
34.31
34.39
34.43
34.49
34.53
34.53
SOO.-
900.SIG
1000
3.0
4.0
5.0
9.0
SIGMA
24.11
24.11
24.11
24.20
25.14
25.38
25.59
25.78
25.94
26.04
26.11
26.18
26.22
26.32
26.38
26.44
26.48
26.54
26.56
26.59
26.61
26.68
26.72
26.81
26.96
27.09
27.20
27.29
27.36
27.44
27.49
27.49
SVA
381.4
381.9
382.0
373.7
283.9
261.5
241.3
223.6
208.3
199.3
192.4
186.5
182.4
173.7
167.6
162.0
158.5
153.1
151.5
148.2
146.6
140.5
136.9
129.1
115.6
103.4
93.9
85.7
79.4
72.7
68.3
68.1
TIME 1025
PROBE OSU4
CTD Z 1005
DIST 125.2
SAL 32.255
34.343
DELD
0.000
0.038
0.076
0.114
0.149
0.176
0.202
0.225
0.246
0.267
0.287
0.305
0.324
0.342
0.359
0.375
0.391
0.407
0.422
0.437
0.452.
0.438
0.522
0.589
0.712
0.822
0.920
1.009
1.091
1.167
1.237
1.240
POTE
0.000
0.019
0.076
0.171
0.292
0.415
0.553
0.705
0.866
1.040
1.227
1.426
1.638
1.860
2.091
2.331
2.578
2.835
3.101
3.379
3.666
4.429
5.252
7.078
11.363
16.318
21.699
27.489
33.642
40.063
46.722
47.065
73
125•
a 4. so'
124°
W8011A
R/V WECOMA
17-19 November 1980
- The CTD section along 45°00'N was occupied twice. The first
section consisted of eleven stations from 124°06'W to 125°36'W longitude.
The second section, followed the first by about three hours work on an
ancillary project. This section was begun at 125°34'W and consisted of
ten stations, working towards shore, to 124°03'W. Two offshore stations
were dropped from this section.
- All stations were made using the Neil Brown CTD to 1000 decibars
or the bottom.
- Two ancillary projects participating in the cruise were shallow
plankton net tows for Dr. Wm. Pearcy, and testing of the Rapid Sampling
Vertical Profiler (RSVP) for Dr. D. Caldwell.
Personnel: Jane Huyer, Dennis Barstow, Richard Schramm, James Cantey,
Stuart Blood, Ralph Moore, Christine Miller-Way, Jonathan Shenker,
Martin Olivera, William Bradley, Arliss Thompson.
74
.0
TEMP 3
0.
33.5
7
S
34.0
34.3
11
13
so.
150.
100.
14.0
15.0
26.0
I
T
117.0
SIGMRnT
14.0
.0
25.0
117.0
1e.0
2
LAT/ 45 0.0 N LON8:123 06.0
I
STA MO
DEPTH 718
18 NOV 1980 0255 GMT PROSE 2361
6.9 KM FROM SHORE
DELD
POTEN SIGMA SVA
SAL
PRESS TEMP
THETA
TEMP
0 12.543 31.819 12.543 24.041 388.0 0.000
10 12.550 32.101 12.548 24.258 367.6 0,037
20 12.666 32.299 12.664 24.389 355.3 0.074
30 12.711 32.347 12.708 24.418 352.9 0.109
0.144
40 12.576 32.419 12.571 24.500 345.3
50 11.726 32.640 11.719 24.831 314.0 0.177
60 10.722 32.822 10.715 25.152 283.6 0.207
9.774 25.579 242.9 0.220
9.781 33.166
65
LAT/ 45 0.1 N LON8/124 12.0 Id
STA NO
2
DEPTH 120M
18 NOV 1980
0402 ONT
PROBE 2561
14.8 KM FROM SHORE
PRESS
1
10
20
30
40
50
60
70
80
90
100
110
115
TEMP
12.549
12.554
12.587
12.609
12.597
11.486
9.899
9.194
8.684
8.550
8.538
8.448
8.429
SAL
32.229
32.235
32.264
32.278
32.286
32.722
32.958
33.149
33.322
33.465
33.552
33.647
33.671
POTEN
TEMP
12.549
12.553
12.584
12.605
12.592
11.480
9.892
9.186
8.676
8.541
8.528
8.436
8.418
SIGMA
THETA
24.357
24.360
24.377
24.384
24.393
24.938
25.398
25.661
25.877
26.009
26.079
26.167
26.189
SVA
337.9
357.8
356.5
356.1
355.5
303.8
260.1
235.1
214.8
202.4
195.9
187.8
185.8
DELD
0.004
0.036
0.072
0.107
0.143
0.176
0.204
0.229
0.251
0.272
0.292
0.311
0.321
v.o
75
TEM 3
0 50...
1 1 0 0 .-
200.-
4.0
3
STA NO
3
LAT: 45 0.0 N LONG:124 18.0
18 NOV 1980 0520 GMT PROBE 2561
DEPTH 1618
22.7 KM FROM SHORE
STA NO 4
LAT: 45 0.0 N LONG:124 24.0 W
18 NOV 1980 0657 GMT PROBE 2561 DEPTH 246M
30.6 KM FROM SHORE
PRESS TEMP
PRESS
1 12.755
10 12.755
20 12.783
30 12.827
40 12.820
50 12.736
60
9.057
70
8.939
BO
0.806
90
8.590
100
8.610
110
8.575
120
8.451
130
8.427
140
8.417
150
8.315
160
8.184
SAL
32.336
32.344
32.355
32.360
32.373
32.382
32.696
32.972
33.160
33.443
33.581
33.646
33.699
33.720
33.724
33.705
33.817
POTEN
TEMP
12.755
12.733
12.781
12.823
12.815
12.729
9.050
8.932
8.798
8.581
8.600
8.584
8.439
8.414
8.403
8.300
8.168
SIGMA
THETA
24.400
24.408
24.410
24.411
24.417
24.440
25.330
25.563
25.731
25.986
26.091
26.147
26.208
26.228
26.232
26.296
26.341
SVA
333.9
353.5
353.4
353.5
353.2
351.3
266.4
244.4
228.6
20446
194.9
189.7
184.1
182.4
182.2
176.3
172.2
DELD
0.004
0.035
0.071
0.106
0.141
0.177
0.207
0.232
0.256
0.278
0.298
0.317
0.336
0.334.
0.372
0.390
0.408
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
228
TEMP
13.208
13.211
13.199
13.128
13.076
10.608
8.859
8.886
8.784
8.622
8.556
8.494
8.470
8.438
8.367
8.251
7.938
7.684
7.433
7.377
SAL
POTEN
TEMP
32,457 13.208
32.456 13.210
32.456 13.197
32.452 13.124
32.448 13.071
32.562 10.602
32.689
8.853
32.921
8.879
33.138
8.776
33.383
8.613
33.467
8.546
33.624
8.483
33.711
8.458
33.758
8.425
33.786
8.352
33.812
8.236
33.858
7.920
33.894
7.663
33.929
7.412
33.930
7.355
SIGMA
THETA
24.405
24.403
24.406
24.417
24.424
24.970
25.354
25.532
25.717
25.'934
26.010
26.142
26.214
26.256
26.209
26.327
26.410
26.476
26.539
26.548
SVA
353.4
353.a
353.7
353.0
352.5
300.7
26441
247.4
230.0
209.6
202.6
190.1
183.5
179.8
176.8
173.3
165.8
159.9
154.2
133.4
DELD
0.004
0.035
0.071
0.106
0.141
0.175
0.203
0.228
0.252
0.274
0.295
0.314
0.333
0.351
0.369
0.387
0.429
0.470
0.509
0.513
76
3I.17fiTF171.1::T----1/:F---547.CNt:5 32.0 TFJ1F 3
7
13 TEM
11
9
0.
0.
32.5
5
33.0
7
33.5
9
1
34.0
11
34
13
100.-
200.-
300..
...
400...
SIG
500. SAL
500. 54.0
53.0
56.o
57.0
StCMA
128.0-T
e.o
5903
4.0
53.0
56.0
SIGMF1•T
57.0
5o
8.
6
STA NO
5
LAT: 45 0.0 N LONG:124 30.0 11
18 NOV 1980 0755 GMT PROBE 2561
DEPTH 376M
38.5 KM FROM SHORE
PRESS TEMP STA NO
6
LAT: 45 0.0 N LONG:124 36.0
18 NOV 1980
0902 GMT PROBE 2561 DEPTH 4368
46.4 KM FROM SHORE
SAL
POTEN SIGMA SVA DELD
TEMP
THETA
0 13.001 32.476 13.001 24.460 340.1 0.000
10 13.002 32.478 13.000 24.461 348.2 0.035
20 12.997 32:480 12.994 24.464 348.2 0.070
30 12.955 32.474 12.951 24.469 348.0 0.104
40 12.927 32.470 12.921 24.471
348.1 0.139
50
9.929 32.567 9.923 25.088 289.3 0.172
60
8.860 32.716 8.854 25.375 262.1 0.199'
70
8.909 32.834
8.902 25.460 254.2 0.225
80
8.773 33.057 8.765 25.656 235.8 0.249
90
8.594 33.221
8.585 25.812 221.1 0.272
100
8.555 33.444
8.545 25.992 204.2 0.294
110
8.447 33.579 8.436
26.114 192.8 0.314
120
8.341 33.656
8.329 26.190 105.7 0.333
130
8.316 33.720 8.303 26.245 180.8 0.351
140
8.143 33.756 8.129 26.299 175.8 0.369
150
8.011 33.1119
7.996 26.368 169.4 0.386
175
7.617 33.884
7.600 26.477 159.3 0.427
200
7.411 33.925
7.392 26.539 153.8 0.466
225
7.199 33.965
7.178 26.600 148.4 0.504
250
6.994 33.969 6.971 26.632 145.6 0.540
300
6.608 33.989 6.581 26.700 139.7 0.612
376
6.053 34.024
6.021 26.801 130.9 0.714
PRESS
TEMP
SAL
POTEN SIGMA SVA TEMP
THETA
0 12.386 32.402 12.385 24.522 342.2
10 12.386 32.403 12.384 24.523 342.4
20 12.387 32.404 12.385 24.523 342.5
30 12.387 32.405 12.333 24.524 342.7
40 12.374 32.404 12.369 24.527 342.7
50 11.023 32.541 11.017 24.880 309.2
60
9.101 32.870
9.095 25.458 254.3
70
8.673 33.030
8.666 25.650 236.2
80
8.534 33.263
8.525 25.853 217.0
90
8.469 33.346
8.460 25.928 210.0
100
8.334 33.485
8.324 26.058 197.9
110
8.153 33.549
8.142 26.135 190.7
120
8.012 33.631
8.000 26.220 182.8
130
7.913 33.697
7.901 26.287 176.6
7.892 33.735
140
7.878 26.320 173.7
150
7.853 33.796
7.838 26.374 /68.8
175
7.691 33.900
7.674 26.479 159.2
7.381 33.944
200
7.362 26.558 152.0
225
7.174 33.964
7.153 26.603 148.1
250
6.861 33.973
6.838 26.654 143.5
300
6.494 33.988
6.467 26.715 138.2
400
5.744 34.043
5.711 26.854 125.9
424
5.498 34.066
5.463 26.903 121.3
DELD
0.000
0.034
0.068
0.103
0.137
0.170
0.198
0.222
0.245
0.266
0.286
0.306
0.325
0.343
0.360
0.377
0.418
0.457
0.495
0.531
0.601
0.735
0.765
77
32.0
3 .5
34.0,
,AAL.
35.0
34.5
0.
100...
STA MO
7
LAT: 45 0.0
LON64124 48.1
18 NOV 1980 1050 ONT PROBE 2561
DEPTH 642M
62.3 KM FROM SHORE
N
PRESS TEMP
1 13.017
10 13.020
20 13.022
30 13.023
40 12.484
50 10.161
60
8.914
70
8.750
80
8.516
90
8.402
100
8.232
110
8.022
120
7.942
130
7.927
140
7.912
150 8.166
175 7.926
200 7.675
7.444
225
250
7.231
300
6.619
400
5.815
500
5.144
600
4.634
632 4.478
300._
TEMP
SIC
700...
900...
1000 54.0
55.0
6.0
SIGMA-T
52.0
58.0
.o
So.o
SAL
32.493
32.500
32.503
32.504
32.471
32.598
32.871
33.064
33.284
33.392
33.512
33.617
33.658
33.691
33.764
33.856
33.914
33.949
33.968
33.977
33.985
34.021
34.111
34.199
34.227
POTEN
TEMP
13.017
13.019
13.019
13.019
12.478
10.155
8.908
8.74Z
8.508
8.393
8.222
8.012
7.930
7.914
7.898
8.151
7.908
7.656
7.422
7.208
6.592
5.781
5.104
4.588
4.430
STOMA
THETA
24.470
24.475
24.477
24.478
24.558
25.073
25.488
25.665
25.873
25.974
26.094
26.208
26.252
26.280
26.340
26.374
26.455
26.520
26.569
26.605
26.696
26.828
26.980
27.109
27.148
II
SVA
DELD
347.2
346.9
347.0
347.1
339.8
290.7
251.4
234.8
215.1
205.7
194.4
183.8
179.8
177.3
171.8
168.8
161.5
155.7
151.4
148.3
140.1
128.4
114.6
103.0
99.4
0.003
0.035
0.069
0.104
0.139
0.170
0.197
0.221
0.244
0.263
0.285
0.304
0.322
0.340
0.357
0.374
0.415
0.455
0.493
0.531
0.603
0.738
0.861
0.969
1.001
78
32.0
TEMP 3
0
32.5
33.0
33.5
5
7
9
34.0
31.5
11
13
SAL
35.0
15
STA NO
8
LAT: 45 0.0 M LONG1.125 00.0 W
18 NOV 1980 1252 ONT PROBE 2561 DEPTH 928M
77.9 KM FROM SHORE
200...
PRESS TEMP
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
400
500
600
800
902
300.
400.
500.
600...
13.098
13.103
13.107
13.109
13.122
12.262
10.286
8.857
8.750
8.560
8.384
8.295
8.023
7.920
7.792
7.884
7.570
7.296
7.026
6.672
6.331
5.795
5.017
4.655
4.033
3.704
700._
900.TEMP
SIG
SAL
1000
5.0
52.0
SIGMAT
59.0
So.o
SAL
32.500
32.504
32.504
32.506
32.510
32.542
32.665
32.880
33.041
33.225
33.425
33.535
33.659
33.735
33.764
33.843
33.894
33.952
33.985
33.983
33.992
34.039
34.109
34.172
34.330
34.387
POTEN
TEMP
13.098
13.102
13.104
13.105
13.117
12.255
10.279
8.850
8.741
8.551
8.374
8.283
8.011
7.907
7.779
7.870
7.554
7.277
7.005
6.650
6.305
5.761
4.978
4.609
3.973
3.639
STOMA
THETA
24.459
24.462
24.461
24.463
24.463
24.654
25.105
25.504
25.647
25.820
26.003
26.103
26.241
26.315
26.357
26.406
26.492
26.576
26.640
26.686
26.739
26.845
26.994
27.085
27.278
27.357
SVA
DELO
348.2 0.003
348.1 0.035
348.5 0.070
348.6 0.105
348.8 0.139
330.8 0.174
288.0 0.205
250.1 0.232
236.6 0.256
220.4 0.279
203.1 0.300
193.8 0.320
180.9 0.338
173.9 0.356
170.1 0.373
165.7 0.390
157.9 0.431'
150.3 0.469
144.5 0.506
140.3 0.541
135.8 0.610
126.7 0.742
113.1 0.862
105.2 0.971
88.1 1.163
80.8 1.249
79
52.0
3
132.5
5
37.C"T----"t33 .5
7
34.0
11
34.5
13
35.0
15
0
100._
STA NO 9
LAT: 45 0.2 N LONG:125 12.1
18 NOV 1980
1510 GMT PROBE 2561 DEPTH 1248M
93.8 KM FROM SHORE
PRESS
TEMP
SAL
200...
400...
500...
600.-
SIGMA
THETA
13.387 24.425
13.391 24.425
13.388 24.425
13.387 24.425
13.067 24.486
10.736 24.972
8.759 25.341
8.326 25.466
8.629 25.648
8.640 25.762
8.460 25.884
8.340 26.014
8.202 26.163
8.070 26.274
8.011 26.321
7.883 26.390
7.694 26.472
7.533 26.522
7.304 26.575
7.020 26.617
6.586 26.704
5.835 26.830
5.020 26.995
4.616 27.098
3.955 27.281
3.446 27.399
3.440 27.401
SVA
TEMP
0
300._
POTEN
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
400
500
600
800
1000
1005
13.387
13.392
13.391
13.392
13.072
10.742
8.765
8.333
8.637
8.650
8.470
8.352
8.214
8.083
8.025
7.898
7.711
7.552
7.325
7.044
6.613
5.869
5.060
4.662
4.014
3.518
3.512
700._
800..
900...
1000
0.0
32.530
32.530
32.530
32.530
32.526
32.596
32.654
32.729
33.020
33.169
33.289
33.433
33.596
33.712
33.761
33.825
33.896
33.929
33.955
33.959
33.994
34.032
34.118
34.190
34.332
34.416
34.417
351.4
351.7
351.9
352.2
346.7
300.4
265.3
253.6
236.5
225.9
214.4
202.2
188.3
177.9
173.7
167.3
159.8
155.5
150.8
147.1
139.3
128.2
113.1
104.0
87.7
77.4
77.2
DELD
0.000
0.035
0.070
0.106
0.141
0.173
0.201
0.227
0.252
0.275
0.297
0.317
0.337
0.355
0.373
0.390
0.430
0.470
0.308
0.545
0.617
0.751
0.872
0.981
1.174
1.337
1.341
80
2.0
32.3
TEMO-7-15
33.0
0 33.5
9
34.0
34.3
35.0
11
13
15
100.-
STA NO 10
LAT: 45 0.3 N LONG:123 24.0
18 NOV 1980
1715 GMT
PROBE 2561
DEPTH 2440M
109.5 KM FROM SHORE
200...
PRESS
I
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
-225
250
300
400
500
600
800
1000
1009
300.-
400.-
500.-
600.-
700...
800...
900.
1000
54.0
5.0
6.0
TEMP
13.300
13.301
13.307
13.311
11.292
9.240
8.755
8.414
8.324
8.412
8.725
8.945
8.852
8.485
8.431
8.024
7.654
7.363
7.072
6.764
6.476
5.509
5.007
4.606
4.121
3.566
3.558
SAL
32.529
32.534
32.538
32.540
32.563
32.598
32.619
32.633
32.781
32.947
33.228
33.456
33.560
33.639
33.720
33.720
33.815
33.897
33.936
33.941
34.001
34.056
34.124
34.181
34.314
34.412
34.415
POTEN
TEMP
13.299
13.299
13.304
13.307
11.287
9.235
8.749
8.407
8.316
8.403
8.715
8.933
8.839
8.472
8.416
8.009
7.637
7.344
7.051
6.741
6.449
5.476
4.967
4.560
4.061
3.493
3.485
SIGMA
SVA
THETA
24.442 349.9
24.445 349.7
24.448 349.8
24.449 350.0
24.850 311.9
25.224 276.3
25.316 267.7
25.379 261.9
25.508 249.7
25.625 238.9
25.831 219.6
25.941 209.3
26.037 200.4
26.156 189.2
26.228 182.6
26.289 176.9
26.417 165.0
26.523 155.3
26.595 -148.8
26.641 144.6
26.727 137.1
26.893 122.0
27.006 112.0
27.097 104.0
27.256
90.3
27.392
78.1
27.394
77.9
DELD
0.003
0.035
0.070
0.105
0.139
0.168
0.195
0.222
0.247
0.272
0.295
0.316
0.337
0.356
0.375
0.393
0.435
0.475
0.513
0.550
0.620
0.750
0.867
0.975
1.167
1.335
1.342
81
32.0
TEM 3
0
32.5
5
.0
7
34.0
9
SAL
34.5
35.0
15
11
1 00.-
STA NO 11
LAT: 45 0.0 N LONG:125 35.9
18 NOV 1980
1949 OMT
PROBE 2561
DEPTH 2704M
125.1 KM FROM SHORE
200.-
PRESS
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
400
500
600
800
1000
1027
300.-
400...
500...
600.-
200.-
TEMP
800..
900..
1000. 121.
11 5.0
SIGMA-T
6.0
27.0
28.0
.0
SAL
13.424 32.441
13.409 32.443
13.447 32.474
13.498 32.536
13.490 32.542
13.406 32.542
10.351 32.590
8.911 32.618
8.396 32.649
8.226 32.806
9.153 33.169
8.819 33.279
8.700 33.434
8.459 33.578
7.957 33.650
7.726 33.673
7.412 33.817
7.295 33.921
6.983 33.944
6.789 33.968
6.155 33.976
5.404 34.029
4.927 34.103
4.418 34.149
4.002 34.308
3.568 34.410
3.517 34.418
50.0
POTEN
TEMP
13.424
13.408
13.444
13.493
13.485
13.400
10.344
8.904
8.388
8.218
9.143
8.808
8.688
8.446
7.943
7.711
7.395
7.276
6.963
6.767
6.130
5.371
4.888
4.372
3.943
3.496
3.443
SIGMA
THETA
24.349
24.354
24.370
24.409
24.415
24.432
25.035
25.291
25.394
25.542
25.684
25.823
25.962
26.112
26.244
26.295
26.453
26.552
26.614
26.659
26.749
26.385
26.999
27.092
27.264
27.390
27.401
SVA
358.7
358.4
357.2
353.8
353.4
352.1
294.6
270.3
260.6
246.6
233.6
220.5
207.5
193.4
180.9
176.2
161.5
152.5
146.9
142.9
134.7
122.7
112.6
104.1
89.3
78.3
77.4
DELD
0.004
0.036
0.072
0.107
0.143
0.178
0.212
0.239
0.266
0.291
0.315
0.338
0.359
0.379
0.398
0.416
0.458
0.497
0.535
0.571
0.640
0.769
0.887
0.995
1.188
1.355
1.376
82
TEN 3
0.
34.5
5
7
11
13
TEM
32.0
3
32.5
33.0
33.5
5
7
9
55.0
56.0
57.0
34.0
1;
11
50...
0
so...
100..
100.
150._
150..
200...
200....
SAL
250. 250
54.0
55.0
56.0
57.0
S
128.0
54.0
12
STOMA-1"
58.0
---5s
12
STA NO 12
1
LAT: 44 59.7 N LONG:125 33.7 W
19 NOV 1980
0019 GMT
PROBE 2561
DEPTH 2710M
122.2 . KM FROM SHORE
STA NO 12
2
LAT: 44 59.7 N LONG:125 33.7
19 NOV 1980
0103 GMT
PROBE 2561
DEPTH 27108
122.2 KM FROM SHORE
PRESS
PRESS
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
201
TEMP
SAL
13.500 32.443
13.499 32.443
13.500 -32.469
13.441 32.518
13.206 32.526
9.549 32.621
8.847 32.634
8.393 32.792
8.346 32.894
8.792 33.206
8.615 33.421
8.778 33.620
8.440 33.641
8.238 33.710
8.189 33.804
7.939 33.843
7.663 33.881
7.334 33.929
7.331 33.930
POTEN
TEMP
13.500
13.497
13.497
13.437
13.200
9.544
8.841
8.306
8.338
8.783
8.605
8.766
8.428
8.225
8.175
7.925
7.646
7.315
7.312
SIGMA
THETA
24.335
24.336
24.356
24.406
24.459
25.192
25.314
25.506
25.593
25.832
25.964
26.095
26.164
26.249
26.330
26.397
26.468
26.553
26.554
SVA
360.0
360.2
358.5
354.0
349.2
279.4
267.9
249.8
241.7
219.3
206.9
194.7
188.3
180.4
172.9
166.6
160.2
152.4
152.4
DELD
0.004
0.036
0.072
0.108
0.143
0.173
0.200
0.226
0.251
0.274
0.295
0.315
0.335
0.353
0.371
0.388
0.428
0.467
0.469
3
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
203
TEMP
13.483
13.483
13.487
13.409
12.147
9.223
8.760
8.393
8.355
8.688
8.616
8.719
8.386
8.201
8.157
7.950
7.631
7.345
7.320
SAL
32.441
32.439
32.471
32.526
32.492
32.612
32.640
32.806
32.887
33.187
33.385
33.637
33.662
33.734
33.813
33.841
33.885
33.926
33.930
POTEN
TEMP
13.403
13.481
13.484
13.404
12.141
9.218
8.753
8.386
8.347
8.678
8.606
8.708
8.374
8.188
8.143
7.936
7.614
7.327
7.301
SIGMA
THETA
24.337
24.336
24.361
24.419
24.638
25.237
25.332
25.517
25.586
25.771
25.936
26.118
26.188
26.273
26.342
26.393
26.475
26.549
26.556
SVA
359.9
360.2
359.1
352.8
332.1
275.1
266.2
248.7
242.3
223.1
209.5
192.5
185.9
178.1
171.7
166.8
159.5
132.8
152.2
DELD
0.011
0.036
0.072
0.108
0.142
0.171
0.198
0.224
0.249
0.272
0.294
0.314
0.333
0.351
0.369
0.386
0.427
0.465
0.470
83
230
SIGMA-T
124.0
126.0
113.0
12.0
12
LAT: 44 59.7 N LONG:125 33.7 W
3
12
DEPTH 2710M
PROBE 2561
0212 GMT
19 NOV 1980
122.2 KM FROM SHORE
DELD
SVA
SIGMA
POTEN
SAL
TEMP
PRESS
THETA
TEMP
0.004
1 13.480 32.439 13.479 24.336 359.9 0.036
360.3
24.334
13.485
32.433
13.487
10
357.9 0.072
20 13.475 32.472 13.473 24.363 351.5 0.107
24.433
13.363
32.534
13.368
30
0.142
40 12.822 32.518 12.817 24.529 342.6
275.7 0.172
25.231
9.290
32.618
9.295
50
8.858 25.313 268.0 0.199
8.864 32.637
60
8.474 25.432 256.8 0.225
32.714
8.481
70
8.381 25.561 244.7 0.250
8.389 32.861
80
8.482 25.707 231.1 0.274
33.068
8.491
90
8.707 25.883 214.6 0.296
33.337
8.717
100
8.672 26.076 196.5 0.317
8.684 33.577
110
8.388 26.185 186.2 0.336
33.660
8.400
120
8.188 26.261 179.1 0.354
33.719
8.201
130
7.325 26.550 152.8 0.474
7.344 33.926
202
STA NO
.0
84
SRL
33.5
9
11
S4.5
13
35.0
15
STA NO 13
LAT: 45 0.0 M LON0:175 00.2 14
19 NOV 1980 0303 GMT PROBE 2561 DEPTH 933M
78.2 KM FROM SHORE
- PRESS
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
400
500
600
623
700..
800..
900..
1000
4.0
5.2.0
SIGMAT
528.0
519.0
TEMP
13.228
13.231
13.163
13.142
13.143
11.491
9.209
8.878
8.688
8.523
8.375
8.284
8.171
8.034
7.892
7.829
7.546
7.467
7.224
6.996
6.418
5.376
5.002
4.659
4.583
SAL
32.499
32.499
32.509
32.509
32.512
32.566
32.699
32.807
33.085
33.254
33.442
33.527
33.591
33.656
33.696
33.763
33.845
33.926
33.961
33.979
33.997
33.991
34.094
34.162
34.182
POTEN
TEMP
13.228
13.230
13.160
13.138
33.138
11.485
9.203
8.870
8.679
8.513
8.365
8.273
8.159
8.021
7.878
7.815
7.529
7.448
7.203
6.973
6.391
5.343
4.962
4.612
4.535
SIGMA
SVA
THETA
24.433 350.7
24.433 350.9
24.454 349.2
24.458 349.0
24.461 349.0
24.816 315.4
25.307 268.6
25.444 255.7
25.690 232.5
25.849 217.6
26.018 201.7
26.098 194.3
26.166 188.0
26.237 181.4
26.289 176.6
26.351 170.9
26.457 161.2
26.532 154.5
26.593 149.0
26.640 144.9
26.732 136.6
26.857 125.2
26.983 114.1
27.077 105.9
27.101 103.8
DELD
0.004
0.035
0.070
0.105
0.140
0.174
0.203
0.229
0.253
0.276
0.297
0.316
0.336
0.354
0.372
0.389
0.430
0.470
0.508
0.544
0.615
0.74S
0.864
0.975
0.999
85
STA NO 14
LAT: 45 0.0 N LONG:124 48.0 W
19 NOV 1980 0527 GMT PROBE 2561 DEPTH 6418
62.1 KM FROM SHORE
PRESS TEMP
1 12.978
10 12.980
20 13.001
30 12.974
40 13.003
50 11.328
60
9.319
70
8.678
80
8.563
90
8.399
100 8.229
110
8.095
120
7.871
130
8.154
140
8:013
150
7.869
275 7.767
200 7.633
225 7.308
250
6.890
300 6.509
400
5.948
500
5.123
600
4.729
603
4.706
700...
aoo.
900...
1000.
55.0
56.0
.o
S I CM8.4
58. 0
119.0
50.0
SAL
32.478
32.479
32.488
32.483
32.502
32.499
32.766
33.113
33.241
33.392
33.509
33.592
33.684
33.847
33.879
33.897
33.935
33.949
33.976
33.964
33.975
34.021
34.111
34.176
34.179
POTEN
SIGMA
SVA
DELD
TEMP
THETA
12.978 24.466
347.5 0.003
12.978 24.467
347.7 0.035
12.998 24.470
347.6
0.070
12.970 24.471
347.8 0.104
12.998
24.482
347.2
0.139
11.322 24.794
317.5 0.173
9.313 25.342 265.3 0.202
8.671
25.714
230.1
0.226
8.555 25.832
219.1
0.249
8.390 25.975
205.6 0.270
8.219 26.092
194.6
0.290
8.084 26.177
186.8 0.309
7.859 26.282
176.9 0.327
8.141
26.369
169.0 0.344
7.999 26.415
164.7 0.361
7.854
26.450
161.5 0.377
7.750 26.495
157.7 0.417
7.614
26.526
155.2 0.456
7.287 26.594
149.0 0.494
6.867 26.642
144.6 0.531
6.482 26.702
139.4
0.602
5.914
26.812
130.0 0.737
5.083
26.983
114.3 0.859
4.672 27.081
105.7 0.969
4.659 27.085
105.3 0.972
86
TEMP' 3
0. 5
7
9
11
33.0
7
32.5
5
32.0
13 TEr0 3
33,5
9
S4AL
1.
.0
11
13
°
100...
• 100.-
200...
200._
300...
300._
SIG
400...
TEMP
SIG
55.0
6.0
SIGMA-.T 500 5.8.0
1
10
20
30
. 40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
400
430
•
12.409
12.406
12.398
12.424
12.069
9.593
9.179
8.804
8.503
8.391
8.326
8.039
8.056
7.957
7.944
7.780
7.589
7.236
7.179
6.942
6.474
5.754
5.484
32.366
32.366
32.368
32.379
32.426
32.762
32.905
33.096
33.296
33.426
33.498
33.618
33.683
33.732
33.775
33.806
33.855
33.906
33.947
33.979
33.991
34.046
34.069
STE,MAT
52.0
59.
16
LAT: 45 0.0 N LONG:124 35.8 W
STA NO 15
DEPTH 440M
PROBE 2561
0736 GMT
19 NOV 1980
46.1 KM FROM SHORE
SAL
56.0
55.0
15
PRESS TEMP
SAL
SAL
500 54.0
POTEN SIGMA
THETA
TEMP
12.409 24.489
12.404 24.491
12.395 24.493
12.420 24.498
12.064 24.601
9.588 25.295
9.173 25.473
8.797 25.681
8.495 25.884
8.382 26.003
8.316 26.069
8.028 26.206
8.044 26.254
7.944 26.307
7.930 26.343
7.766 26.392
7.573 26.458
7.218 26.549
7.158 26.589
6.919 26.647
6.448 26.720
5.720 26.855
5.448 26.907
SVA
345.3
345.4
345.4
345.2
335.6
269.6
252.8
233.2
214.1
203.0
196.9
184.0
179.6
174.7
171.5
167.0
161.1
152.8
149.4
144.2
137.7
125.8
121.0
DELD
0.003
0.035
0.069
0.104
0.138
0.169
0.195
0.219
0.241
0.262
0.282
0.301
0.319
0.337
0.354
0.371
0.412
0.451
0.489
0.526
0.596
0.730
0.766
STA NO 16
LAT: 45 0.0 N LONG:124 29.9
19 NOV 1980
0830 GMT
PROBE 2561
DEPTH
370M
38.3 KM FROM SHORE
PRESS
TEMP
1
10
20
30.
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
364
13.145
13.124
13.069
13.055
12.576
11.176
8.884
8.604
8.548
8.520
8.438
8.316
8.328
8.207
8.098
8.167
7.802
7.532
7.280
7.077
6.580
6.092
SAL
32.478
32.481
32.487
32.487
32.495
32.582
32.907
33.088
33.198
33.419
33.487
33.627
33.713
33.740
33.765
33.831
33.907
33.947
33.952
33.958
33.988
34.022
POTEN
TEMP
13.145
13.123
13.066
13.051
12.571
11.170
8.878
8.597
8.540
8.511
8.427
8.305
8.316
8.194
8.084
8.152
7.785
7.513
7.259
7.054
6.553
6.060
SIGMA
THETA
24.433
24.440
24.456
24.458
24.559
24.885
25.521
25.705
25.801
25.977
26.044
26.171
26.238
26.277
26.313
26.354
26.468
26.539
26.579
26.612
26.703
26.794
SVA
350.7
350.3
349.0
349.0
339.7
308.8
248.3
230.9
222.0
205.4
199.3
187.3
181.3
177.7
174.5
170.7
160.3
153.9
150.4
147.6
139.4
131.4
DELD
0.004
0.035
0.070
0.105
0.140
0.172
0.199
0.223
0.246
0.267
0.287
0.307
0.325
0.343
0.361
0.378
0.419
0.458
0.496
0.534
0.605
0.691
87
32.0
32.5
S2.0
33,t5
t
'_
7
TEMP
0
9
11
13
- 3
0 S3.o
32.5
33.S
9
5
34.0
11
1:
50...
too100.
150.
150
200...
SAL
250.
54.0
57.0
.0
17
co
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
237
13.139
13.143
13.145
13.145
12.827
10.546
9.030
8.646
8.871
8.764
8.552
8.479
8.443
8.433
8.405
8.342
8.093
7.817
7.354
7.163
4.0
SAL
32.460
32.460
32.460
32.459
32.459
32.562
32.644
32.768
33.086
33.282
33.473
33.623
33.705
33.720
33.781
33.796
33.846
33.873
33.940
33.949
ts.lo
5.0
57.0
SIGPIRT
8.0
29
18
LAT: 45 0.0 N LON8:124 24.0 W
DEPTH 245M
19 NOV 1980 0924 GMT PROBE 2561
30.6 KM FROM SHORE
TEMP
'500 59.0
STA NO 17
PRESS
SIGMA-T
POTEN
TEMP
13.139
13.141
13.142
13.141
12.822
10.541
9.023
8.639
8.863
8.755
8.542
8.467
8.430
8.420
8.391
8.327
8.076
7.797
7.332
7.140
SIGMA
THETA
24.420
24.420
24.420
24.420
24.482
24.980
25.292
25.449
25.663
25.833
26.015
26.144
26.214
26.227
26.279
26.301
26.378
26.440
26.559
26.593
SVA
DELD
351.9
352.2
352.4
352.7
347.0
299.7
270.0
255.2
235.1
219.1
202.1
190.0
183.6
182.5
177.7
175.8
168.9
163.4
152.3
149.2
0.004
0.035
0.070
0.106
0.141
0.173
0.201
0.228
0.252
0.275
0.296
0.316
0.334
0.353
0.371
0.388
0.431
0.473
0.512
0.530
LAT: 45 0.0 N LONG:124 10.0 W
STA NO 18
DEPTH 1601*
PROBE 2561
1015 GMT
19 NOV 1980
22.7 KM FROM SHORE
PRESS TEMP
SAL
1 12.691 32.307
10 12.785 32.363
20 12.886 32.399
30 12.953 32.419
40 12.736 32.385
50
9.986 32.594
8.801 32.657
60
8.649 32.764
70
80
8.771 33.222
90
8.593 33.415
8.575 33.584
100
8.501 33.647
110
8.518 33.686
120
8.468 33.709
130
8.347 33.738
140
150
8.171 33.802
8.121 33.822
157
POTEN SIGMA SVA
DELD
THETA
TEMP
12.691 24.390 354.8 0.004
12.784 24.415 352.6 0.035
12.884 24.424 332.0 0.071
12.949 24.426 352.1 0.106
12.731 24.443 350.8 0.141
9.981 25.100 288.2 0.173
8.795 25.338 265.A 0.201
8.642 25.445 255.6 0.227
8.763 25.785 223.5 0.251
8.584 25.963 206.8 0.272
8.564 26.099 194.1 0.292
8.490 26.159 188.6 0.311
8.506 26.187 186.0 0.330
8.455 26.213 183.8 0.349
8.333 26.254 180.1 0.367
8.156 26.331 172.9 0.385
8.105 26.355 170.8 0.397
88
32.0
TE
0
2.5
33.0
5
3
33.5
7
9
34.0
1L
,
3R4.5 32.0
11
13 TEMP 3
32.5
33.0
33.5
34.0
5
so ._
._
60
90
._
120._
SIG
TEMP
SAL
150.
4.0
125.0
6.0
19
7.0
SIGMR-T 100
9.0
4.0
1 6.0
5.0
1
1J7.0
SIGMA-T
11
8.0
20
STA No 19
LAT: 45 0.0 N LONG:124 12.0 (.2
19 Nov 1980
1105 GMT
PROBE 2561
DEPTH 120M
14.8 KM FROM SHORE
STA NO 20
LAT: 45 0.0 N LONG:224 06.0 U
19 NOV 1980
1154 GMT
PROBE 2561
DEPTH
67M
6.9 KM FROM SHORE
PRESS
PRESS
1
10
20
30
40
50
60
70
80
90
100
110
110
TEMP
12.361
12.391
12.612
17.679
12.233
11.689
9.592
8.880
8.520
8.514
8.453
8.486
8.360
SAL
32.121
32.132
32.220
32.243
32.323
32.59?
33.112
33.261
33.454
33.572
33.612
33.645
33.717
POTEN
TEMP
12.361
12.390
12.609
12.625
12.228
11.683
9.585
8.872
8.512
8.5o5
8.443
8.475
8.348
SIGMA
THETA
24.309
74.312
24.338
24.353
24.490
24.806
75.569
75.798
26.005
76.098
26.139
26.160
26.235
SVA
362.5
362.4
360.2
359.0
346.2
316.4
243.8
222.1
202.6
193.9
190.2
108.5
181.4
DELD
0.004
0.036
0.072
0.108
0.144
0.177
0.205
0.778
0.249
0.269
0.208
0.307
0.322
0
10
20
30
40
50
60
TEMP
12.309
12.304
12.440
12.591
11.729
9.954
9.640
SAL
32.047
32.046
32.146
32.318
32.614
32.934
33.053
POTEN
TEMP
17.309
12.302
12.437
12.537
11.724
9.949
9.633
SIGMA
THETA
24.262
24.763
24.314
24.419
24.809
25.369
25.514
SVC,
367.0
367.1
362.5
352.8
315.8
262.6
249.0
DELD
0.000
0.037
0.073
0.109
0.143
0.172
0.198
89
6-.0
3
t3
it
7
0
$10SAL
40.-
SIGMA-T
114.0
7.13
5.0
8.43
21
LAT 45 0.0 N LONG/124 03.2 W
STA NO 21
DEPTH 38M
19 NOV 1980 1224 GMT PROBE 2561 3.3 KM PROM SHORE
DELD
SVA
SIGMA
POTEN
SAL
TEMP
PRESS
THETA
TEMP
0.004
1 12.478 32.138 12.477 24.300 363.4
359.6 0.036
10 12.489 32.194 12.487 24.341
358.5 0.072
20 12.568 32.232 12.566 24.356
356.5 0.108
24.380
12.561
32.267
12.564
30
351.7 0.118
24.431
12.683
32.358
12.687
33
9.0
90
91
W8012A
R/V WECOMA
1-2 December 1980
- This cruise had two objectives; first to recover the subsurface
current meter mooring at site Turtle, and then to repeat the CTD section
along 45°00'N.
- The mooring was recovered at noon on 1 December. This was immediately
followed by a CTD cast at the same location.
- The CTD section was made beginning near-shore and consisted of twelve
casts using the Neil Brown CTD out to 125°36'W. Casts were to 1000 decibars
or the bottom.
Personnel: Robert Smith, Henry Pittock, Ben Moore, Rich Schramm,
Dennis Barstow, Arliss Thompson, Robert Still.
92
SRL.
132.0
TEMP 3
32.0
32.5
33.0
33.5
5
7
9
3-4.0
31.
11
13
0
SIC
TEMP ..
120...
150. 54.0
6.0
57.0
SIGMA-T
stcme-T
59.0
54.0
STA NO
1
LAT: 45 0.0 N LONG:124 09.9 W
1 DEC. 1980
2235 GMT
PROBE 2567
DEPTH 1058
12.7 KM FROM SHORE
1
10
20
30
40
50
60
70
80
90
100
101
11.754
11.756
11.760
11.761
11.770
11.775
11.532
10.246
SAL
32.420
32.420
32.421
32.442
32.469
32.474
32.594
32.916
9.141 33.164
8.795 33.406
8.754 33.448
8.745 33.455
52.0
1 8.0
2
2
1
PRESS TEMP
6.0
5.0
POTEN SIGMA SVA TEMP
THETA
11.734 24.654 329.7
11.755 24.654 329.7
11.758 24.654 330.1
11.757 24.671 328.7
11.745 24.690 327.1
11.768 24.693 327.1
11.525 24.831 314.2
10.238 25.307 269.0
9.132 25.682 233.4
8.785 25.925 210.4
8.743 25.964 206.7
8.735 25.971 206.3
DELD
0.003
0.033
0.066
0.099
0.132
0.164
0.197
0.226
0.251
0.273
0.294
0.296
STA NO
2
LAT: 45 0.0 N LON8:124 03.1 N
1 DEC 1980
2328 GMT PROBE 2567
DEPTH 41M
3.1 KM FROM SHORE
PRESS TEMP
1
10
20
30
38
11.723
11.830
11.859
11.900
12.116
SAL
31.955
32.114
32.150
32.192
32.408
POTEN SIGMA SVA
THETA
TEMP
11.723 24.299 363.4
11.829 24.403 353.8
11.856 24.426 351.8
11.897 24.451 349.6
12.112 24.578 337.8
DELD
0.004
0.036
0.071
0.106
0.133
119
93
2.0
TEM) 3
0.
32.5
33.0
33.5
5
7
9
1AL
34.5
4.0
11
r7r------tiFT3.5gl,F--t
2.t
13 TEM 3
20.-
-
7
5
0
9
11
30.-
60...
j
60 ._
SIG SAL
90..
TEMP
• 120.-
100. SIG
W.MPSAL
150 4.0
55.0
56.0
52.0
ICMR-T
20S
.0
-5.9.01
STA NO
3
LAT: 45 0.0 N LONG:124 06.0 W
2 DEC 1980
0007 GMT
PROBE 2567 DEPTH
67M
6.9 KM FROM SHORE
PRESS
1
10
20
30
40
50
60
62
TEMP
12.035
12.049
12.060
12.066
12.051
11.970
11.942
11.73S
SAL
32.428
32.428
32.434
32.443
32.456
32.449
32.451
32.547
POTEN
TEMP
12.035
12.048
12.058
12.062
12.046
11.964
11.934
11.728
SIGMA
THETA
24.608
24.606
24.608
24.614
24.627
24.638
24.644
24.757
SVA
334.0
334.5
334.5
334.1
333.1
332.4
332.0
321.3
DELD
0.003
0.033
0.067
0.100
0.134
0.167
0.200
0.207
4..0
STA NO
56.0
5.0
4
LAT: 45 0.1 N LONG:124 11.9
2 DEC 1980 0104 GMT PROBE 2567 14.7 KM FROM SHORE
PRESS TEMP
1
10
20
30
40
50
60
70
80
90
100
110
117
11.779
11.785
11.793
11.797
11.786
11.394
10.396
9.320
8.892
8.661
8.595
8.640
8.632
SIGM
-T R
57.0
SAL
32.408
32.409
32.410
32.410
32.502
32.620
32.875
33.016
33.258
33.399
33.521
33.558
33.569
POTEN SIGMA
THETA
TEMP
11.779 24.640
11.783 24.640
11.791 24.639
11.793 24.639
11.781 24.712
11.308 24.875
10.390 25.249
9.312 25.537
8.883 25.795
8.652 25.941
8.585 26.044
8.629 26.068
8.620 26.078
la
DEPTH 122h
SVA
330.9
331.1
331.5
331.7
325.0
309.7
274.3
247.0
222.6
208.9
199.1
197.2
196.4
DELD
0.003
0.033
0.066
0.099
0.132
0.164
0.193
0.219
0.243
0.264
0.285
0.305
0.318
94
32.0
TEMP 3
0.
32.5
33.o
133.5
5
7
9
34.0
11
rgi-•
34.5 32.0
32.5
13 TEMP.-3-
33.0
33.5
7
9
34.0
34.5
11
13
0
50...
100...
100.
200.
250._
SAL
SIGEMP
SAI200.
300
124.0
SICZIA-T
SIGMA-T
125.0
6.0
.o
128.0
124.0
1 6.0
1
5.13
117.0
118.0
5
LAT: 45 0.0 N L0NG:I24 18.0 V
5
STA NO
PROBE 2567
2 DEC 1980 0157 GMT DEPTH 173M
22.7 KM FROM SHORE
POTEN SIGMA SVA
DELD
TEMP
THETA
0 11.727 32.416 11.727 24.656 329.5 0.000
10 11.747 32.417 11.746 24.653 330.0 0.033
20 11.745 32.417 11.742 24.654 330.1 0.066
30 11.749 32.419 11.746 24.654 330.3 0.099
40 11.765 32.425 11.760 24.657 330.3 0.132
50
9.965 32.055
9.959 25.306 268.6 0.162
9.337 33.039
9.331 25.552 245.3 0.187
60
8.948 33.162
70
8.941 25.710 230.5 0.211
80
8.775 33.277
8.767 25.827 219.5 0.234
90
8.604 33.540
8.594 26.059 197.7 0.255
8.572 26.096 194.4 0.274
8.582 33.582
100
110
8.502 33.664
8.491 26.172 187.3 0.293
120
8.257 33.749
8.244 26.276 177.6 0.312
8.207 33.782
8.194 26.309 174.6 0.329
130
8.210 26.322 173.6 0.347
140
8.224 33.801
8.135 26.333 172.7 0.364
150
8.200 33.810
8.064 26.367 169.8 0.400
8.081 33.831
171
PRESS
TEMP
SAL
LAT: 45 0.0 N LONG:124 24.0
6
STA NO
DEPTH 276M
2 DEC 1980 0313 GMT PROBE 2567 30.6 KM FROM SHORE
DELD
POTEN SIGMA SVA
THETA
TEMP
1 11.901 32.463 11.901 24.660 329.1 0.003
10 11.903 32.463 11.902 24.660 329.3 0.033
20 11.907 32.466 11.905 24.662 329.4 0.066
30 11.907 32.466 11.903 24.662 329.5 0.099
40 11.899 32.478 11.894 24.673 328.7 0.132
50 11.386 32.548 11.380 24.821 314.8 0.164
9.007 25.414 258.4 0.192
9.313 32.796
60
9.052 25.634 237.8 0.217
9.060 33.086
70
8.848 25.816 220.6 0.240
8.856 33.278
80
8.667 25.947 208.3 0.261
8.677 33.411 90
8.511 26.063 197.5 0.281
8.521 33.528
100
8.500 26.134 190.9 0.301
8.511 33.617
110
8.371 26.209 183.9 0.319
8.383 33.688
120
8.244 26.267 178.6 0.330
8.258 33.737
130
8.155 26.315 174.3 0.355
8.169 33.781 140
8.073 26.356 170.5 0.372
8.087 33.818 150
7.821 26.429 164.0 0.414
7.838 33.863
175
7.549 26.518 155.8 0.454
7.568 33.927 200
7.245 26.586 149.7 0.492
7.266 33.959
225
7.074 26.6/0 147.8 0.529
7.098 33.958 25p
6.933 26.636 145.5 0.560
6.958 33.968 271
PRESS
TEMP
SAL
95
52.032.335
TEM 3
57
9
11
0. 32.0 32.5
13 TN
E 3
0
100.-
33.0
33.5
5
34.0
34
11
13
- 100.
200...
300...
400...
310
400.-
500. 4.0
5.0
7.0
S/OMA-T
ks.o
500.-
9.0
4.0
IMA-T
5.1)
k7.0
7
STA NO
7
LAT: 45 0.0 N LON01124 30.0
2 GEC 1980
0416 GMT
PROBE 2567
DEPTH 382M
38.4 KM FROM SHORE
STA NO 8
LAT: 45 0.0 ft LONG:124 36.0 41
2 DEC 1980 0528 GMT PROBE 2567 DEPTH 43811
46.4 KM FROM SHORE
PRESS
PRESS
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
371
TEMP
12.012
12.058
12.060
12.060
12.062
11.535
9.162
9.154
8.919
8.713
8.508
8.224
8.029
8.015
8.036
7.932
7.767
7.629
7.467
7.259
6.738
6.165
SAL
32.527
32.503
32.502
32.502
32.503
32.576
32.835
33.015
33.149
33.314
33.436
33.349
33.585
33.664
33.750
33.791
33.862
33.905
33.950
33.974
33.997
34.016
P8TEN
TEMP
12.012
12.057
12.058
12.057
12.056
11.529
9.156
9.147
8.911
8.704
8.498
8.213
8.017
8.002
8.022
7.917
7.750
7.610
7.445
7.236
6.710
6.132
SIGMA
THETA
24.689
24.662
24.661
24.661
24.662
24.816
25.421
25.563
25.705
25.866
25.993
26.124
26.182
26.246
26.310
26.358
26.438
26.492
26.551
26.59?
26.690
26.780
SVA
326.3
329.1
329.4
329.7
329.8
315.4
257.7
244.4
231.1
216.0
204.1
191.8
186.4
180.5
174.6
170.3
163.1
158.4
153.1
148.9
140.8
132.8
DELD
0.003
0.033
0.066
0.090
0.132
0.164
0.192
0.217
0.241
0.264
0.284
0.304
0.323
0.341
0.359
0.376
0.418
0.458
0.497
0.534
0.607
0.704
2
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
400
421
TEMP
12.075
12.091
12.095
12.098
12.095
12.065
9.388
8.750
8.640
e. 5 85
8.543
8.669
8.50 1
8.332
8.328
8.180
7.913
7.744
7.574
7.252
6.790
5.829
5.620
SAL
32.518
32.513
32.512
32.512
32.511
32.512
32.768
32.947
33.091
33.261
33.451
33.561
33.605
33.681
33.731
33.767
33.860
33.890
33.929
33.953
33.980
34.033
34.052
POTEN
TEMP
12.075
12.090
32.093
12.094
12.090
12.058
9.381
8.743
B.632
8.575
8.533
8.658
8.492
8.319
8.314
8.164
7.895
7.725
7.552
7.228
6.763
5.795
5.585
SIGMA
THETA
24.670
24.663
24.662
24.662
24.662
24.669
25.333
25.573
25.703
25.844
25.999
26.066
26.126
26.211
26.252
26.302
26.415
26.463
26.519
26.584
26.669
26.836
26.877
SVA
328.1
329.0
329.3
329.6
329.8
329.4
266.2
243.5
231.3
218.0
203.5
197.4
191.9
183.9
180.3
17
5 .7
165.3
161.1
156.2
150.4
142.8
127.6
123.9
DELD
0.007
0.033
0.066
0.099
0.112
0.165
0.195
0.220
0.244
0.266
0.287
0.307
0.327
0.345
0.364
0.381
0.424
0.465
0.504
0.543
0.616
0.751
0.777
96
32.0
TEMO 3
0
32.5
33.0
33.5
S
7
9
34.0
34.5
CPL.
35.0
11
13
15
100.
9
LAT: 45 0.0 N LONG:124 48.1 V
STA NO
DEPTH 642M
PROBE 2567
0715 GMT
2 DEC 1980
62.6 KM FROM SHORE
200.
PRESS
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
400
500
600
624
600.
SIG
TEMP
SAL
TEMP
12.117
12.127
12.131
12.135
12.137
9.730
8.973
8.885
8.560
8.334
8.279
8.250
8.218
8.201
8.173
8.148
8.100
8.018
8.009
7.954
7.657
6.168
5.305
4.749
4.645
700.
800.
900.
1000
6.0
.0
sromn-T
9.0
$0.0
SAL
32.520
32.520
32.520
32.521
32.520
32.903
33.212
33.290
33.676
33.816
33.847
33.869
33.879
33.885
33.895
33.902
33.921
33.940
33.942
33.951
33.994
34.015
34.079
34.151
34.171
POTEN
TEMP
12.117
12.126
12.128
12.132
12.132
9.724
8.966
8.878
8.552
8.324
8.269
8.239
8.206
8.188
8.159
8.133
8.083
7.999
7.986
7.929
7.628
6.133
5.265
4.703
4.597
SIGMA
THETA
24.664
24.662
24.662
24.662
24.661
25.382
25.745
25.820
26.172
26.316
26.349
26.371
26.384
26.391
26.404
26.413
26.435
26.463
26.466
26.481
26.559
26.780
26.937
27.058
27.085
SVA
DELD
328.7
329.1
329.4
329.6
329.9
261.3
226.9
220.0
186.7
173.2
170.3
168.4
167.4
166.9
165.9
165.2
163.5
161.3
161.4
160.4
153.8
133.3
118.9
107.9
105.4
0.003
0.033
0.066
0.099
0.132
0.162
0.186
0.209
0.229
0.247
0.264
0.281
0.298
0.314
0.331
0.348
0.389
0.429
0.470
0.510
0.588
0.731
0.857
0.969
0.995
97
32.0
TEMFI 3
0. 32.5
5
.0
.5
34.0
11
34.5
13
L.
35.0
15
100._
LAT: 45 0.0 N LONG:125 00.0 N
STA NO 10
DEPTH 92314
2 DEC 1980 0852 GMT PROBE 2567
77.6 KM FROM SHORE
200...
PRESS
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
400
500
600
800
914
400.
500.
600.
700.
POTEN
TEMP
12.004 32.492 12.004
12.000 32.495 11.999
12.004 32.497 12.002
12.001 32.498 11.997
11.977 32.501 11.972
11.236 32.628 11.229
10.024 32.869 10.017
9.038
9.045 33.153
8.769
8.777 33.361
8.708
8.718 33.438
8.618
8.628 33.556
8.501
8.512 33.661
8.405
8.418 33.694
8.257
8.271 33.786
8.169
8.183 33.810
8.065
8.080 33.836
7.808
7.825 33.893
7.683 33.891 . 7.663
7.442
7.463 33.933
7.330
7.353 33.951
6.770
6.797 34.014
5.754
5.787 34.009
5.101
5.141 34.098
4.576
4.622 34.180
4.101
4.161 34.305
3.758
3.825 34.368
TEMP
800.
TEMP
SIG
1000
54.0
55.0
56.o
57.0
58.0
59.0
$3.o
SAL
SIGMA
SVA.
DELD
THETA
24.664
24.666
24.667
24.669
24.676
24.910
25.308
25.688
25.892
25.962
26.068
26.169
26.209
26.303
26.335
26.372
26.454
26.474
26.538
26.568
26.692
26.822
26.970
27.095
27.245
27.330
328.7
328.7
328.8
328.9
328.5
306.4
268.6
232.6
213.4
206.9
197.0
187.6
184.0
175.2
172.4
169.1
161.6
160.1
154.4
151.9
140.6
128.9
115.5
104.2
91.4
83.8
0.003
0.033
0.046
0.099
0.131
0.164
0.192
0.217
0.239
0.260
0.280
0.299
0.318
0.336
0.353
0.370
0.412
0.452
0.491
0.529
0.603
0.738
0.860
0.968
1.163
1.261
98
SAL
32.0
TEM 3
0. 2.5
5
33.0
7
33.5
9
.0
11
34.5
13
35.0
/5
100...
STA NO 11
LATt 45 0.1 N LONG:125 12.1 W
2 DEC 1980
1055 GMT
PROBE 2567
DEPTH 1248M
93.8 KM FROM SHORE
LIN INT SAL
741-753M
200.-
PRESS
1
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
400
500
600
800
1000
1006
300.-
400.-
500.
600._
700.-
800.-
900...
54.0
IZE .0
TEMP
22.186
12.188
12.290
12.195
12.296
10.973
9.449
9.067
9.175
9.041
8.856
8.490
8.385
8.260
8.130
8.102
7.883
7.605
7.307
7.139
6.744
5.626
4.982
4.532
4.035
3.564
3.553
SAL
32.514
32.515
32.515
32.517
32.518
32.646
32.804
32.983
33.186
33.326
33.448
33.621
33.655
33.710
33.760
33.771
33.840
33.900
33.959
33.974
33.994
34.064
34.123
34.195
34.334
34.415
34.416
POTEN
TEMP
12.186
12.186
12.137
12.191
12.191
10.967
9.443
9.060
9.167
9.032
8.845
8.479
8.373
8.247
8.116
8.087
7.866
7.586
7.285
7.115
6.717
5.593
4.943
4.486
3.975
3.491
3.481
SIGMA
THETA
24.646
24.647
24.647
24.647
24.649
24.971
25.351
25.552
23.693
25.824
25.949
26.140
26.183
26.245
26.304
26.317
26.404
26.492
26.580
26.616
26.686
26.885
27.009
27.116
27.281
27.394
27.396
SVA
330.4
330.5
330.8
331.0
331.1
300.6
264.5
245.5
232.3
220.0
208.4
190.4
186.4
180.7
173.2
174.2
166.4
158.4
150.3
147.2
141.1
122.8
111.7
102.1
87.8
77.9
77.8
DELD
0.003
0.033
0.066
0.099
0.132
0.165
0.193
0.218
0.241
0.264
0.285
0.305
0.324
0.342
0.360
0.378
0.420
0.461
0.500
0.557
0.609
0.741
0.859
0.965
2.154
1.320
1.323
99
S2.0
TEMP 3
S2.5
5
53.0
S3.5
34.0
11
34.5
1RL
35.0
13
/5
0 100...
200...
LAT: 45 0.2 N LONG:125 24.0 V
STA NO 12
DEPTH 24840
PROBE 2567
1245 GMT
2 DEC 1980
109.4 KM FROM SHORE
PRESS
300...
400...
500.
600.
700.
800.
1000
54.0
0
10
20
30
40
50
60
70
80
90
100
110
120
130
140
150
175
200
225
250
300
400
- 500
600
800
1000
1012
TEMP
12.280
12.296
12.295
12.296
12.296
12.298
10.809
9.117
8.866
8.777
8.913
8.695
8.472
8.296
8.144
8.052
7.801
7.467
7.174
6.914
6.379
5.651
5.013
4.464
3.989
3.578
3.555
SAL
32.454
32.497
32.497
32.49S
32.497
32.498
32.678
32.949
33.074
33.212
33.489
33.580
33.676
33.701
33.737
33.761
33.854
33.924
33.967
33.984
34.006
34.053
34.111
34.178
34.322
34.412
34.415
POTEN
TEMP
12.280
12.294
12.293
12.292
12.291
12.291
10.802
9.110
8.858
8.768
8.902
8.684
8.460
8.283
8.130
8.037
7.784
7.448
7.153
6.891
6.353
5.610
4.973
4.418
3.930
3.506
3.482
SIGMA
THETA
24.582
24.613
24.613
24.612
24.614
24.614
25.024
25.518
25.654
25.776
25.971
26.077
26.187
26.233
26.284
26.316
26.427
26.530
26.605
26.655
26.744
26.873
26.995
27.111
27.276
27.390
27.395
SVA
DELD
336.5
333.8
334.0
334.3
334.4
334.7
295.7
248.8
235.9
224.5
206.3
196.4
186.1
181.9
177.2
174.3
164.1
154.6
147.9
143.4
135.4
124.0
113.0
102.5
0.000
0.033
0.067
0.100
0.134
0.167
0.200
0.227
0.251
0.274
0.295
0.315
0.335
0.353
0.371
0.389
0.431
0.471
0.509
0.545
0.615
0.744
0.863
0.971
1.161
1.326
1.336
88.1
78.3
77.9
100
AL.
35.0
33.5
32.5
34.0
34.5
33.0
32.0
Telfq---"&
15
9
11
13
7
0
LAT: 45 0.0 N LONG:125 36.0 W
STA NO 13
DEPTH 2704M
PROBE 2567 1428 GMT
2 DEC 1980
125.2 KM FROM SHORE
DELD
SVA
SIGMA
POTEN
SAL
TEMP
PRESS
THETA
TEMP
1 12.315 32.473 12.315 24.590 335.7 0.003
0.034
10 12.310 32.478 12.30G 24.595 335.5
20 12.307 32.484 12.305 24.600 335.2 0.067
0.101
30 12.297 32.485 12.293 24.604 335.1
335.3 0.134
40 12.293 32.486 12.288 24.605
0.168
50 12.076 32.506 12.069 24.662 330.1
0.197
271.0
25.282
9.088
32.643
9.095
60
8.738 25.403 259.6 0.224
8.745 32.729
70
0.249
9.088 25.517 249.0
9.096 32.945
80
8.342 25.715 230.3 0.273
8.351 33.051
90
8.400 25.880 214.8 0.295
33.273
8.410
100
8.339 25.988 204.7 0.316
33.399
8.350
110
8.233 26.093 194.9 0.336
33.513
8.245
120
8.096 26.189 186.0 0.355
8.109 33.609
130
7.731 26.254 179.9 0.374
33.624
7.745
140
7.815 26.304 175.4 0.391
33.703
7.829
150
7.500 26.457 161.2 0.433
33.840
7.517
175
7.301 26.550 152.7 0.473
7.320 33.923
200
7.071 26.619 146.5 0.510
7.042 33.961
225
6.781 26.667 142.2 0.546
6.803 33.981
250
6.290 26.745 135.2 0.615
6.316 33.997
300
5.679 26.864 124.9 0.745
5.712 34.051
400
4.956 27.002 112.4 0.864
34.116
4.995
500
4.500 27.119 101.8 0.971
4.546 34.200
600
C8.6 1.160
3.905 27.271
34.312
3.964
800
77.6 1.32627.395
3.393
34.404
3.465
1000
77.4 1.330
27.397
3.381
34.405
3.453
1005
200...
300.-
700.
800.
900.
1000
4.0
5.0
101
VI. ACKNOWLEDGMENTS
The current meter and CTD data were processed by Dennis Root and
Bill Gilbert, respectively. Henry L. Pittock provided the sea level data.
The figures were drafted by Bill Gilbert and Jane Fleischbein. The field
work and subsequent processing and analysis have been supported by the
National Science Foundation through Grants OCE-7925019, OCE-8014943,
OCE-8026131, OCE-8410861 and OCE-8405232.
102
VII. REFERENCES
Bennett, A. S. 1976. Conversion of in situ measurements of conductivity
to salinity. Deep-Sea Research, 23: 157-165.
Denbo, D. W., K. Polzin, J. S. Allen, A. Huyer and R. L. Smith. 1984.
Current meter observations over the continental shelf off Oregon and
California , February 1981 - January 1984, Oregon State University,
College of Oceano g ra p hy , Data Report 112 Ref. 84-12.
Fofonoff, N. P., S. P. Hayes and R. O. Millard, Jr. 1974. W.H.O.I./
Brown CTD microprofiler: methods of calibration and data handling.
Woods Hole Oceanographic Institution. WHOI-74-89, pp. 66.
Huger, A. W. E. Gilbert, R. Schramm and D. Barstow. 1978. Temperature
and salinity observations off the coast of Peru, R/V Eastward,
23 July - 16 August 1976. Oregon State University, School of
Oceanography, Data Report 69 Ref. 78-3.
Huger, A., R. L. Smith and E. `J. C. Sobey. 1978. Seasonal difference& in
low-frequency current fluctuations over the Oregon continent a l shelf.
Journal of Geophysical Research. Vol. 83, No. C10.
Huyer, A., E. J. C. Sobey and R. L. Smith. 1979. The spring transition
i n currents over the Oregon continental shelf. Journal of Geophysical
Research. Vol. 84, No. C11.
Perkin, R. G. and E. R. Walker. 1972. Salinity calculations from situ
measurements. J. Geophys. Res. 77(33): 6618 6621.
Pillsbury, R. D. J. S. Bottero, R. E. Still and W. E. Gilbert. 1974.
A com p ilat ion of observations from moored current meters. Volume VI:
Oregon continental shelf April - October 1972. Oregon State University,
School of Oceanography, Data Report 57, Ref. 74-2.
103
Pillsbury, R. D., F. Sciremammano, Jr., J. S.. Bottero and R. E. 'Still. 1980.
A compilation of observations from moored current meters. Volume XII:
Currents, temperature and pressure in the Drake Passage during FDRAKE 77,
78. January 1977-January 1979. Oregon State University, School of
Oceanography, Data Report 82, Ref. 80-11.
Pittock, H. L., W. E. Gilbert, A. Huyer and R. L. Smith. 1982. Observations
of sea level, wind and atmospheric pressure at Newport, Oregon, 1967-1980.
School of Oceanography, Oregon State University, Data Report 98,
Ref. 82-12.
Sweers, H. E. 1971. A comparison of methods used to calculate sigma-t,
specific volume anomaly, and dynamic height. MTS Journal 5(3): 7-26.