olof
OCEANOGRAPHY
FEB 2
LIBRARY
MARiNE
1980
CENTER
STATE UNiVERSITY
NEWPORT, OREGON 97365
Optical and Hydrographlc
Observations In the Congo River
and Angola Basin during May 1979
by
J. Ronald V. Zaneveld
Richard W. Splnrad
David W. Menzies
OREGON STATE UNIVERSITY
n.fsr,nc. 71-3
Janu.,y ISiS
N.th.rI.nds Institut. for 5..
OPTICAL AND HYDROGRAPHIC OBSERVATIONS IN
THE CONGO RIVER AND ANGOLA BASIN DURING
MAY 1978
Partial Funding from Netherlands Institute
for Sea Research
by
J. Ronald V. Zaneveld, Richard W.Spinrad
and David W. Menzjes
School of Oceanography
Oregon State University
Corvallis, Oregon 97331
Data Report 72
Ref. 79..3
January 1979
Ross Heath
Dean
Acknowledgments
The authors wish to thank Dr. D. Eisma and the members of the
Netherlands Institute of Sea Research for their invitation to participate
in the Congo River — Angola Basin study.
We also wish to thank them for
their support which made our participation in the program possible.
The
cooperation of the captain and crew of the M/V TYRO is also greatly appreciated.
The typing was done by Gail Henwood.
11
TABLE OF CONTENTS
Page
Introductjon_
1
Summary of Data
2
Station Location Charts
3
25 cm. Beam—transmjssometer and Irradjance Data
CTD and
1
m Beam—transmjssometer Data
•111
5
61
LIST OF TABLES
Page
Table
1
2
Summary of Data
Beam transmittance, beam attenuation coefficient
percent surface irradiance for:
•
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
and
7
5
8
(5)
(6)
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(14)
(15)
(16)
10
11
12
13
14
15
16
17
18
19
20
13
15
18
20
21
22
23
24
25
26
27
28
29
30
21
29
32
35
36
37
39
31
41
32
44
46
Salinity, temperature, specific volume anomaly, dynamic
height anomaly, percent transmission, potential transmission
and potential beam attenuation coefficient versus depth for:
29
30
31
32
33
34
35
36
37
38
Station
Station
Station
Station
Station
Station
Station
Station
Station
Station
69
73
5
9
12
13
76
78
80
84
87
90
92
14
15
16
17
19
20
iv
LIST OF TABLES (con't)
Table
39
40
41
42
43
44
45
46
47
48
49
Station 21
Station 27
Station 32
Station 35
Station 36
Station 38
Station 40
Station 42
Station
Station 46
Station 50
98
103
ill
121
131
142
152
162
171
177
V
LIST OF FIGURES
Page
Station Location Chart for Angola Basin Stations
3
1
2
Station Location Chart for Congo River Station
4
% Transmission (25 cm pathlength) and Log Irradiance
vs. Depth for:
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
Station s
Station (5)
Station (6)
Station (7)
Station (8)
Station (9)
Station (10)
Station (11)
Station (12)
Station (13)
Station (14)
Station (15)
Station (16)
Station 13
Station 15
Station 18
Station 20
Station (21)
Station 29
Station 32
Station 35
Station 36
Station 37
Station 39
36
38
40
41
42
44
45
46
48
50
51
52
56
58
Station 41
Station 44
Station 46
60
Station, temperature and potential transmission vs. depth
at:
30
31
32
33
34
35
36
37
38
183
Station 5
Station 9
Station 13
Station 14
Station 15
Station 16
Station 17
Station 19
Station 20
185
186
'87
189
190
191
vi
LIST OF FIGURES (con't)
Figures
39
40
41
42
43
44
45
46
47
48
49
Page
Station 21
Station 27
Station 32
Station
Station 36
Station 38
Station 40
Station 42
Station
Station 46
Station 50
192
193
194
195
196
197
198
199
200
201
202
vii
Introduction
Hydrographic and optical measurements were made in situ in the
River and the Angola Basin during May 1978. These measurements
Congo
were made
by members of the optical oceanography group at Oregon State University
in cooperation with scientists from the Netherlands
Institute for Sea
Research. The data taken by the
Oregon State University group is presented
in this report.
All measurements presented herein were taken
aboard the
vessel M/'/ TYRO.
Optical measurements were taken between May 7 and May 22,
1978.
station locations are shown in Figures
the measurements
1
and 2.
Table I
The
is a listing of
taken at each station.
A description of the method of tabulation of data precedes each of
the types of data listings. Throughout this data report
parentheses have
been used to indicate station numbers which
are different from those used
by the Netherland Institute for Sea Research group.
Station numbers in
parentheses correspond to stations at which measurements
were made by the
OSU Optics group alone.
All other station numbers are the same as used by
the Netherland Institute of Sea Research.
1
Table 1
SUMMARY OF DATA
STATION NUMBER (OSU numbers
DATE
LOCAL TIME
MEASUREMENTS
in parentheses)
5
9
(5)
(6)
(7)
(8)
(9)
(10)
(11)
(12)
(13)
(14)
(15)
(16)
12
13
14
15
16
17
18
19
20
21
(21)
27
29
32
35
36
37
38
39
40
41
42
44
45
46
50
1700
1130
1000
1030
1100
1130
1900
2000
2100
2200
2300
0300
0600
0700
0900
0930
1200
1330
1530
1700
2000
0800
1115
1530
1145
0035
1120
0500
1340
1350
1145
1940
1550
0430
1100
2300
1330
0010
1030
2000
5/7
5/8
5/10
5/10
5/10
5/10
5/10
5/10
5/10
5/10
5/10
5/11
5/11
5/11
5/11
5/11
5/11
5/11
5/11
5/11
5/11
5/12
5/12
5/12
5/13
5/14
5/14
5/15
5/16
5/17
5/18
5/18
5/19
5/20
5/20
5/20
5/21
5/22
5/22
5/22
Key to MeasuremefltS
1,2,3,4,5
1,2,3
4,5
4,5
4,5
4,5
4
4
4
4
4
4
4
4,5
1,2,3
1,2,3,4,5
1,2,3
1,2,3,4,5
1,2,3
1,2,3
4
1,2,3
1,2,3,4,5
1,2,3
4,5
1,2,3
4,5
1,2,3,4,5
1,2,3,4,5
1,2,3,4,5
4,5
1,2,3
4,5
1,2,3
4,5
1,2,3
4,5
1,2,3
1,2,3,4,5
1,2,3
m transmission
=
2 = temperature
1
1
3 = conductivity
4 = 25 cm transmission
5 = irradiance
m
S
0
6
70
0
I
S
100
0
•
21
0
3Z
0
110
50
0
190
0
zo
14
I.
5C
40
3c
/2°25'
/235k
f2qc'
Zi?ir-e
,1
Boma
Fetish
.'z1
25 cm Beam Transmjssometer and Solar Irradjance Measurements
Tables 2 through 28 and Figures 3 through 29 show the measurements
of beam transmittance and solar irradiance versus depth.
The beam transmissometer consists essentially of a light emitting
diode (peak output at
660 nm), collimating lenses placed 0.25 m apart and a photodiode detector.
(The acceptance angle is minimized to a value of 1.82°.)
The unit is
calibrated to give an output voltage of 4.50 VDC in air, which corresponds
to 90.0% transmission in clean water.
The transmjssometer error due to
electronics, temperature compensation and instability is less
than 0.5%;
however, when the unit is coupled with the X-Y-Y recorder
used, the error
becomes ±1%.
A complete description of the 25 cm beam transmissometer is
given by Bartz, etal. (1978).
The percent transmission that is measured by the transmissometer
is
used to calculate a beam attenuatjdn coefficient as follows:
T = e_cr
where T = percent transmission
C = beam attenuation coefficient
(m)
pathlength
C = -4 in I
The irradjance meter which was used has a flat opal glass diffuser
as a cosine collector and contains a signal log amplifier to
provide an
output signal between ±4 VDC. The response of the irradiance meter is
nearly flat over the range from 400 nm to 1000 nm.
The output of the
irradjance meter indicates the common logarithm of the irradiance versus
depth. The outputs of the irradiance
meter and the transmittance meter
are recorded simultaneously on the Y-axes of an X-Y-Y recorder.
The X-axis
denotes depth and it is driven by the pressure transducer.
Depth measurements were made with a Bourns 0-150 PSI (absolute)
pressure transducer.
The variations in maximum depth as measured by the
transducer and indicated in the data are a consequence of the strong ocean
and river currents which were encountered and which gave rise to large
wire angles.
These varying wire angles, when coupled with the fixed cable
length resulted in varying maxima of depth penetration for the instruments.
Again, it should be noted that the station numbers in parentheses
correspond to stations taken by the OSU group alone.
All other station
numbers are the same as those used by scientists from the Netherlands
Institute for Sea Research.
SUMMARY OF TERMS LISTED (AND ACCURACY OF EACH)
Z - depth in meters (±1 m for stations deeper than 15 m; = 0.2 m
for station shallowerthan 15
m)
%T - percent transmission (± 1%)
C - beam attenuation coefficent in
(±0.05
% Surface Irradiance - the percent of the irradiance at z = 0 m
References
Bartz, R., J. R. V. Zaneveld, and H. Pak, 1978, A transmissometer for
profiling moored observations in water, Proceedings of the Society
of Photo-Optical Inst. Eng., V. 160, pp. 102-109.
(±3%)
Table 2
Station
Z(m)
5
%T
0
% Surface Irradiance
71.0
1.370
10
84
0.697
20
88
0.511
30
86.5
0.580
40
83.4
0.726
50
84
0.697
60
83.7
0.712
64
83
0.745
*
% Surface Irradiance
0
100
16
1
2
7.9
3
3.5
4
1.6
5
0.79
6
0.50
7
0.35
8
0.26
9
0.20
10
0.16
7
100
*
.16
.02
Table 3
%Surface Irradiance
Station
Z(m)
(5)
0
7
10.637
1
4
12.876
6.3
2
4.5
12.404
0.63
3
5.8
11.389
0.05
4
7
10.637
0.02
5
5
11.983
0,01
6
3.6
13.297
7
5
11.983
8
7
10.637
9
7
10.637
10
7
10.637
11
7
10.637
12
6.5
10.933
6.5
10.933
B
8
100
Table 4
Station
Z(m)
(6)
% Surface Irradjance
%T
0
7.3
10.469
100
1
8.0
10.103
13
2
7.8
10.204
0.79
3
8.0
10.103
0.13
4
8.0
10.103
0.04
5
8.0
10.103
0.02
6
8.0
10.103
0.01
7
8.0
10.103
8
8.0
10.103
9
7.7
10.256
10
7.4
10.415
11
6.0
11.254
B
5.8
11.389
9
Table 5
% Surface Irradiance
Station
Z(m)
(7)
0
5.3
11.750
100
1
6.6
10.872
25
2
8
10.103
2.5
3
8
10.103
0.13
4
7.7
10.255
0.03
5
7.5
10.361
0.01
6
7.4
10.415
7
7.1
10.580
8
7.5
10.361
9
7.5
10.361
10
7.4
10.415
11
6.7
10.813
B
6.4
10.995
%T
10
Table 6
Station
Z(rn)
(8)
%T
% Surface Irradjance
6.3
11.058
100
7.0
10.637
10
2
7.3
10.469
1.0
3
7.2
10.524
0.10
4
7.2
10.524
0.03
5
7.7
10.255
0.01
6
7.9
10.153
-
7
8.0
10.103
-
8
8.1
10.053
9
7.6
10.308
10
7.5
10.361
11
7.0
10.637
B
6.8
10.752
0
11
Table 7
%T
c(m1)
0
16.5
7.207
1
16.3
7.256
2
16
7.330
3
16
7.330
4
16
7.330
5
16.2
7.281
6
24
5.708
B
43
3.376
Station
Z(m)
(9)
12
Table 8
Station
Z(m)
(10)
%T
0
5
1
14.5
7.724
2
14
7.864
3
14
7.864
4
13.8
7.922
5
13.5
8.010
6
14
7.864
7
14.5
7.724
8
40
3.665
9
43.5
3.330
B
38
3.870
11.983
13
Table 9
Station
Z(m)
(11)
0
15
7.588
1
15.5
7.457
2
13.5
8.010
3
13.1
8.130
4
13.5
8.010
5
13.5
8.010
6
13.0
8.161
7
13.0
8.161
8
25.0
5.545
9
43.5
3.330
10
46.8
3.037
B
20.0
6.438
14
Table 10
Station
Z(m)
(12)
c(m_1)
0
3.3
13.645
1
13.5
8.010
2
13.0
8.161
3
12.5
8.318
4
11.5
8.651
5
11.0
8.829
6
10.0
9.210
7
10.5
9.015
8
10.5
9.015
9
14.5
7.724
10
9.5
9.416
B
3.0
14.026
15
Table 11
Station
(13)
c(m1)
2(m)
0
9
9.632
1
8.5
9.860
2
8
10.103
3
7
10.637
4
6.5
10.933
5
6.0
11.254
6
5.5
11.602
7
3.7
13.187
8
0.7
19.847
9
0.5
21.193
B
0.3
23.237
16
Table 12
Station
(14)
Z(m)
0
%T
6
11.254
1
12.5
8.318
2
12.7
8.254
3
11.0
8.829
4
10.5
9.015
5
10.5
9.015
6
10.3
9.092
7
16.0
7.330
8
18.0
6.859
B
37.0
3.977
17
Table 13
Station
Z(m)
(15)
0
8
10.103
1
16
7.330
2
18.5
6.750
3
16.5
7.207
4
10.5
9.015
5
22.5
5.967
6
30.5
4.750
7
56.5
2.284
8
59.5
2.077
9
58.0
2.179
B
55.0
2.391
%T
18
Table 14
Station
(16)
Z(m)
%T
c(m1)
0
18.0
6.859
100
1
18.5
6.750
10
2
17.3
7.018
1.0
3
16.5
7.207
0.10
4
17.5
6.972
0.02
5
20.0
6.438
6
30.5
4.750
7
54.5
2.428
8
60.7
1.997
9
56.5
2.284
B
51.0
2.693
19
%Surface Irradjance
w
Table 15
Station
13
Z(m)
% Surface Irradiance
%T
100
11.983
5
0
*-
10
40.5
3.615
20
69.0
1.484
30
76.5
1.072
40
78.0
0.994
* Depth
% Surface
100
0
10
1
2
0.63
3
0.06
4
0.01
5
20
Table 16
Station
(ni)
%T
c(m1)
0
14
7.864
10
68.5
1.513
20
73
1.259
30
67.5
1.572
40
59.0
2.110
50
49.5
2.813
60
41
3.566
64
36
4.087
15
*
%
0
% Surface Irradjance
100
Surface rrradiance
100
13
1
2
0.32
3
0.03
4
0.01
5
—
6
21
w
Table 17
Station
18
Z(m)
%T
7.0
10.637
1
19.3
6.580
2
20.2
6.398
3
39.0
3.766
4
48.5
2.894
5
63.0
1.848
6
60.0
2.043
7
60.9
1.984
8
60.5
2.010
B
60.5
2.010
0
22
Table 18
Station
Z(ni)
20
%T
%Surface Irradjance
0
67.8
1.554
10
85.5
0.627
0.50
20
77.8
1.004
0.06
30
56.5
2.284
40
73.7
1.221
50
75.0
1.151
60
75.0
1.151
61
75.9
1.103
23
100
Table 19
Station
21
Z(m)
% Surface Irradiance
%T
0
65.0
1.723
100
1
70.3
1.410
20
2
80.0
0.893
10
3
81.4
0.823
5.0
4
80.9
0.848
2.5
5
80.9
0.848
1.3
6
77.3
1.030
0.63
7
70.0
1.427
0.40
8
68.3
1.525
0.20
9
64.1
1.779
0.13
10
57.0
2.248
0.06
B
55.0
2.391
0.03
24
Table 20
Station
Z(m)
29
0
82.5
0.769
100
10
85.7
0.617
16
20
88.7
0.480
3.2
30
89.3
0.453
1.0
40
89.4
0.448
0.50
50
88.7
0.480
0.25
60
87.4
0.539
0.13
70
86.6
0.575
0.06
76
85.5
0.627
0.05
%T
%Surface Irradiance
25
Table 21
Station
32
Z(m)
%Surface Irradiance
%T
100
0
88.0
0.511
10
83.5
0.721
7.9
20
83.9
0.702
1.0
30
8.15
0.818
0.25
0.833
0.13
38
81.2
26
Table 22
Station
35
Z(m)
%T
% Surface Irradiance
0
88.5
0.489
100
10
88.7
0.480
20
20
86.4
0.585
6.3
30
88.9
0.471
2.0
40
87.5
0.534
1.0
50
86.2
0.594
0.50
60
85.0
0.650
0.32
68
83.3
0.731
0.20
27
Table 23
Station
36
Z(rn)
% Surface Irradiance
%T
0
86.4
0.585
100
10
87.5
0.534
40
20
85.8
0.613
20
30
83.0
0.745
6.3
40
86.5
0.580
2.0
50
87.0
0.557
0.79
60
86.0
0.603
0.32
69
85.0
0.650
0.20
28
Table 24
Station
37
Z(m)
% Surface Irradjance
%T
0
88.1
0.507
100
10
88.3
0.498
50
20
88.0
0.511
25
30
79.5
0.918
4.0
40
84.5
0.677
0.79
50
84.5
0.674
0.25
60
85.0
0.650
0.06
70
85.0
0.650
0.04
29
Table 25
Station
39
Z(m)
%Surface Irradiance
%T
0
89.5
0.444
100
10
89.5
0.444
32
20
89.3
0.453
20
30
88.0
0.511
13
40
88.5
0.489
4.0
50
89.5
0.444
1.6
60
89.5
0.444
0.79
70
89.0
0.466
0.40
75
87.6
0.530
0.25
30
Table 26
Station
41
Z(m)
%Surface Irradiance
%T
0
90.8
0.386
100
10
90.9
0.382
32
20
90.5
0.399
20
30
90.0
0.421
13
40
86.0
0.603
6.3
50
86.8
0.566
3.2
60
88.4
0.493
1.6
64
90.0
0.421
1.3
31
Table 27
Station
44
Z(m)
0
% Surface Irradiance
%T
85.0
10
0.650
100
0.507
32
10
20
85.0
0.650
30
85.2
0.641
2.5
40
86.6
0.575
1.3
50
86.5
0.580
0.63
60
86.5
0.580
0.25
70
85.5
0.627
0.18
32
Table 28
Z(rn)
46
%T
%Surface Irradiance
0
80.0
0.893
100
10
82.5
0.769
20
20
82.3
0.779
4.0
30
88.7
0.480
2.0
40
88.5
0.489
1.0
50
87.3
0.543
0.40
60
86.8
0.566
0.20
70
86.3
0.589
0.13
78
85.5
0.627
0.08
33
PERCENT TRANSMISSION
\
I
/
/
5.
0J
—
-4
—1
CF
(zero at surface)
PERCENT TRANSMISSION
2o
/
/
D
ft
I
/
P
T
H
—7
—
'1
I
LOG OF
35
PERCENT TRANSMISSiON
D
T
H
Sm.(6')
LOG
IR
surface)
PERCENT TRANSMISSION
1
D
E
P
T
H
—
-3.2
-2.2
LO C
CF
-0.2
37
PERCENT TRANSMISSION
D
P
T
H
•
—
PERCENT TRANSMISSiON
Fig.8
20
10
It
'I
\
\
—
--
—
L
-.
0
c.
39
____
PERCENT TRANSMISSION
Fig.9
20
.3
I
—4'
D
I
H
— .-. -
\
-
4'
I
(10)
I
I,
LOS OF
—
40
___
PERCENT
70
30
I
/
3
D
E
F
T
H
Sm.(iT)
I
—
——— ——--—
L
.1
LOG OF
c
surface)
41
PERCENT TRANSMISsION
£0
I
D
/
I
1:.
P
/
T
I
H
I
\
I
_—
I
—1
/
LOG OF
surface)
PERCENT TRANSMISSION
%1O
Jo
ZO
i.
so
-1
Ii
E
P
T
H
(rn')
4
/
/
0,• —
LOG CF
cr surface)
43
PERCENT TRANSMISSION
Fig._13
JO
2O
\
2.
-3
I
D
C.
P.5
T
H
(rn')
'S
LOG
surface)
44
___
PERCENT TRANSM6SION
F i 0.14
I
/
/
/
/
I
/
(
)
s..,__
F
T
H
I
I!
--LOG OF
/
—
ar surfcce)
SIA.I$
PERCENT TRANSMISSION
Fig. 15
D
E
F
—
———--
\
0J —
LCG OF
DA\CE
PERCENT
Fia.
20
4
-
LOG OF
.zero
surface)
16
PERCENT TRANSMISSION
'S
I
)
20
/
'I
/
1
/
/
/
qo
/
I,
D
E
P
/
T
H
/
/
/
/
/
I
,
/
——
A.
—
—•.--
-
•
,Th•—
a;
PERCENT TRANSMiSSION
—1
I
-2
'-S
-5
\
V..-
\\
\
IRRAD.
LOG
Ci
49
PERCENT
Fig. 19
I
—3
I
D
E
P
T
H
20
—
C
PERCENT
FiQ. 20
-
to
-
5-vA. (2 fl
Cd
I
LOG CF
I
fttRkD.
0
51
PERCENT
SO
20
30
I
/
'I
/
/
5TA.
—
-7.
LOG OF
0
surfcce)
PERCENT
Fin. 22
(0
70
'a
4
F)
(
/
I
D
50
P
T
H
L
3
-'.3
-03
i
CF
0
t
(zero at surface)
53
PERCENT T
Fiq. 23
qo
C.
I
/
-za
I
D
E
P
T
H
/
/
S-rA.
9
PERCENT TRANSMISSLON
Flo. 24
/
I
I
(
/
/
Si,;. 34'
—
LOG CF
surface)
PERCENT TRANSMISSiON
40
//
/
•30
-2.3
LOG OF
-13
(zero Ci surfoce)
56
PERCENT TRANSMISSION
/
/
I
I.
D
E
P
I
/
Sia.
Q
LOG CF
(zero at surface)
57
PERCENT TRANSMISSION
I-,
)
I
'I
70
91
—
I
.3,.,
LOG OF
-1.1
(zero at surface)
58
PERCENT
Fig. 28
/
/
/
20
/
/
tfrn)
/
/
40
—
LOG OF
(zero at surface)
59
PERCENT
70
"0
/
30
D
E
P
M(0
LOG OF
(zero at surface)
and 1-rn Transmissometer Measurements
Measurements of COnductivity, temperature and pressure were taken
jointly with measurements of light transmission over a 1 meter pathlength.
These results are shown in Tables 29 through
49 and Figures 30 through 49.
Temperature, conductivity, and pressure measurements
were obtained with a
CTD designed and built by the OSU optics group.
Analog values proportional
to temperature, pressure and conductivity
are input to a data logging package
which records digitized data on cassette tapes.
Depth measurements are
calculated using a temperature compensated o-io,ooo
psia pressure transducer for the deep stations and a 0-500 psia
pressure transducer for the
shallow stations. The resolutions for these
transducers are 1.67 m and 8.3
cm respectively. The temperature probe is calibrated for
a range of -1°C
to 27.88°c with a resolution of 0.01°C. The conductivity
sensor is
ature compensated, and has a range of 0 to 65 iimho with
a resolution of 0.02
Overall system error is estimated to be within 0.04°C,
0.07
salinity and 6.5 for the deep transducer, and 0.35 m for the shallow transducer.
The deep transducer was used at stations 5,19,20,21,27,32,35,36,38,
40,42,45,46,50; the shallow transducer was used at stations 9,12,13,14,15,16,
and 17.
The transmjssometer used has a light emitting diode
source with a peak
output wavelength of 660
diode detector.
The source is pulsed with a synchronous photoThe detector and source are in the same housing and the
nm.
light path is folded by means of a porro prism.
The output of the LED is
also constantly monitored by a photodiode with the same characteristics and
electronics circuit as the other photodiode. The output of the instrument
is given as the ratio of the light intensity that traverses the water to
61
the directly measured LED intensity.
The instrument is calibrated by setting
the transmission in air to 87.1% which, due to different reflectivities in
air and in water corresponds to 100% transmission in water.
The output
signal is recorded in the cassette data logger described above. The
electronics and temperature compensation yield transmission results which
are consistent to within 0.5% transmission.
The collimation angle of the
source is approximately 0.2° and the detection angle of the receiver is
less than 0.5°.
Depth determinations from the pressure measurements are made using
the method as described by the Bissett-Berman Co. (1968).
A latitude of
6°S is used in the calculations. Salinity and temperature calculations
are made using the equations of Brown (1966) and Bradshaw and Schleicher
(1965).
Sigma—t values are calculated using Knudsen's (1901) equations as
outlined by Sweers (1971).
Using the calculated sigma-t values the specific
volume anomaly and the dynamic height anomaly are also computed using the
equations of Sweers (1971).
The percent transmission is the value obtained from the 1
transmissometer.
m beam
This value is corrected for any variations that might
exist in the index of refraction of the sea water due to pressure, salinity
The index of refraction is determined using a
regression analysis which produces results nearly identical to those of the
and temperature changes.
method of Leyendekkers (1977).
The index-corrected transmission is then
used to determine the potential transmission which represents the transmission
a water sample would have if it were raised to the surface and all compression effects removed. This is computed using the expression for com-
pressibility as obtained from Hill (1962). The value of the potential
beam attenuation coefficient is merely the negative natural
of the potential transmission.
logarithm
The actual attenuation of light by the
particulate matter alone could theoretically be computed by subtracting
the beam attenuation coefficient for pure water (at a given temperature
and salinity) from the potential beam attenuation coefficient obtained
herein.
However, the exact beam attenuation coefficient of pure water
(and pure seawater) is not known.
Some experimentalists (Clarke and
James, 1939; Sullivan, 1963) have obtained values of C for pure water
(for light of 650 nm wavelength) which range from 0.288 to 0.351.
Values
at 660 nm would be slightly higher (roughly between 0.320 and 0.390). The
value of c as indicated in these listings could be correlated with the
particle volume concentration measurements made during the cruise.
In
this way the potential beam attenuation coefficient may be used to deter-
mine relative particle concentrations.
EQUATIONS USED IN THE CALCULATIONS
Salinity and Temperature:
See Brown (1966) and Bradshaw and Schleicher (1965)
Depth:
From the Bissett-.Berman Corporation (1968):
972.52p-0. Q02l 077p2
0
=
where D = actual depth (m)
p = pressure (db)
= latitude
Sigma-t, specific volume anomaly and dynamic height anomaly:
See Sweers (1971)
63
Index of refraction:
From Leyendekkers (1977):
n
2
2x10
{A1 +
1-10
{A1 +
+ 2AAe
5
-
5
"3
0
+ 1.0
=
e
where n = absolute index of refraction of the seawater
T = temperature in °C
A1 = -2.06378
A2 = 2.002484
A3 = 0.54214-0.0021896T
A4 = 0.2053814
A5 = 6.0017x105
A
6
=0.887
A+A+P
B = A7[l-0.315 log
(
where p = pressure in bars
=
A
1.000028
A8 = 2671
A9 = 6.8966S-0.0703ST
S = salinity in 0/00
However, this equation can be simplified and approximated to within
0.1% by using tne following expression:
n = A1
where
= specific volume
S = salinity in 0/SO
in situ in
T = temperature in °C
P = pressure in decibars
A1 = 0.17695
A2 = -3.9907x107
A3 = -4.5527x108
A4 = -0.58215
A5 = -7.6046x105
A6 = -2.7807x105
A7 = 4.701xl07
A8 = 1.74067
Index—corrected transmission:
Through calculations of the optical setup in the transmittance
we have:
C= -
1.012176 [l_(P!)
j
pw
where Tr = measured transmission in
[1_(Qw) 2
Qw
%
= 1.517645
flQ = 1.45640
= index of refraction of water as calculated above
c = beam attenuation coefficient in m1
then
Tr
corr
where
Tr
.
corr = index-corrected transmission
65
Potential transmission:
The potential transmission is calculated as follows:
PotT = (Tr corr)
where p = pressure in decibars
from Hill (1962)
=
where
= specific volume at the surface in
= specific volume at pressure p in
p = pressure in decibars
Potential C:
The potential beam attenuation coefficient iS
natural logarithm of the potentialtraflSmissiofl.
merely
the negative
That is:
Pot C = - Zn (Pot T)
SUMMARY OF TERMS LISTED (AND ACCURACY OF EACH)
DEPTH
for
- actual depth in meters (6.5 m for deep stationS, 0.35 m
shallow stations)
T
- temperatures in °C (0.04°C)
S
- salinity
SIG-T
SVA
DELD
in
- sigma-t in
(0.07
(< 0.01
- specific volume anomaly in
(0.04
x lOs)
meters (2% of the value
- dynamic height anomaly in dynamic
at any depth)
%TR
transmission in % per
- index_of_refraction_corrected beam
meter (0.03% transmission)
PotiR -
Pot C -
potential beam transmission in % transmission
per meter
(0.03% transmission)
potential beam attenuation coefficient in m1 (0.001
67
REFERENCES
manual for
Bissett-Bermafl CorporatiOn, 1968, Operation and maintenance
model
9040,
The
Salinity/Temperature/Depth measuring system
California.
Bissett-Bermafl Corp.,, San Diego,
effect of pressure on the
Bradshaw, A. and K. E. Schleicher, 1965, The Deep-Sea Res., 12:151-162.
electrical conductance of seawater,
of a precise set of data relating
Brown, N. L., 1966, The development temperature,
Paper No. 18, Proc. of
conductivity to salinity and
in
Oceanography,
Inst. of Electrical
Conf. on Electronic Engineering
and Radio Engineers, London.
analysis of the selective
Clarke, G. L. and H. R. James, 1939, Laboratory
absorption of light by seawater, J.Opt. Soc. Amer., 29:43-55.
Hill, M. N., 1962, The Sea, V. 1, Interscience Publishers, New York,
864 pp.
Gad., Copenhagen
Knudsen, M., 1901, HydrographiSChe Tabellen, G.E.C.
and Norgate, London, 63 pp.
Williams
index of seawater
Leyendekkers, J. V., 1977, Prediction of the refractive
salinity
and
wavelength,
as a function of temperature, pressure3
Mar. Chem., 5:29—42.
absorption in distilled
study of the
Sullivan, S. A., 1963, Experimental and
heavy water in the visible region
water, artificial seawater,
of the spectrum, J. Opt. Soc. Amer., 53; 962-968.
to calculated sigma-t,
Sweers, H. E., 1971, A comparison of methods used
Journal, 5:7-25.
specific volume anomaly and dynamic height, MTS
CRUISE 10
CONGO
Table 29
ENTER STATION *,DATE, AND TIME
QFF
9Th 5 07
T78 1700
OUTPUT FILE, THEN'GO ' *
CONGO
LIEFTH
STA 5 07—05-78 1700 tiN CAST
TEMP
SAL
24.73
23.68
23.16
21.84
21.71
21.16
20.86
17.88
33.47
35.01
35.49
35.66
35.87
35.94
31
20.33
34
38
20.23
20.07
4
7
11
14
17
21
24
45
19.60
4818.64
51
56
60
63
68
72
77
310—i
SVA
tIELLI
% TR
POT TR
POT C
0.10
0.11
28.38
0.13
1.61
19,43
0.13
0.14
44.18
48.73
28.38
0,13
1.61
19.43
33.43
44.19
48.73
1.260
6.677
4.129
1.639
1.096
0.817
0.719
67
0.629
10.60 1687,440+07
22.60
0,08—
24.66
24.82
25.13
25.26
400.47
330.02
314.28
285.11
272.50
35.91
25.39
261.16
35.88
35.94
35.91
35.75
0.16
53.30
25.39
25.48
53.30
261.06
252.44
254.26
255.01
0.16
0,17
54,37
55,45
54.38
55.45
55.9:1
5592
0+19
56+08
56.09
0.590
0.581
0.578
23.92
46
25.46
0.1233,43
77
18.43
17.78
17.61
35.81
35.81
35.80
25.80
25.96
26.00
222.05
207.25
204.13
0.21
0.22
0.22
52.86
49.83
47.55
52.86
49,83
47.56
0.638
0.697
0.743
17.27
17.25
16.97
35.76
35,75
35.68
26.05
26.04
26.06
26.13
26.20
199.37
199.81
198.21
0.24
0.25
0.26
49,53
50.46
50.36
49+b4
50,47
50.37
0.702
0.684
0.686
0.27
51.71
51.72
0.659
51797
52.49
52.50
0.644
8016.77
16.53
8916.48
85
35,73
47.3f
0,
185.06
0,28
92
16.25
35.69
26+24
181.87
0,29
100
104
107
16.25
35.70
26.24
181.65
54.61
54.63
0+605
35.65
35.64
35.65
26.27
26.27
26.30
179.30
179.69
176.87
0.30
0.31
0.31
0.32
0.33
55.49
55.37
56.47
55.51
56.49
0.589
0.591
0.571
175.38
0.34
55.61
172.71
0.35
56.32
55.63
56.22
56.34
0.587
0.576
0.374
111
116
122
16.10
15.96
15.95
15.85
15.60
15.44
15.44
35+60
126
129
35.59
26.32
26.36
26.35
136
15.38
35.61
26.38
170.03
0,36
57.50
57.51
0.553
144
148
35.58
35.54
35.57
35.69
35.53
26.38
26+38
26.43
26.54
26.42
169.78
156
160
15.24
15.14
15.02
14.89
14.88
165.58
154+71
166.55
0.38
0.38
0,39
0.40
0.40
57.47
57.35
57,59
58+13
S8.33
57.49
57.37
57,61
58+35
0,554
0.556
0.552
0.542
0.539
166
14.57
35,49
26.46
162.84
0.41
58.11
58+13
0.5.43
175
14.47
35+48
26.47
162.10
0.43
57.67
S7,69
182
14.35
14.28
14.22
57325',35
57.49
57,52
0.543
0.550
0+551
0+553
57.20
57.23
0.558
151
35.47
185
188
58.15
160.96
35.48
26+50
159.28
0.44
35.48
26.53
156.81
0.45
69
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7.83
7.81
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34,83
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34.77
34,77
34.78
34.77
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34.78
34.77
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34,75
34.77
34.76
34.76
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405
410
413
417
423
430
434
437
440
444
450
454
457
462
467
471
476
481
484
488
528
533
537
543
547
550
553
559
565
570
574
577
580
584
589
592
596
599
606
609'
613
616
619
POT C
99.60
0.72
101.76
57.83
57.68
57.95
57.83
57,56
57.89
57,74
58.01
0.547
0.549
27.15
27.14
27.15
27.16
99.80
100.66
0.72
0.72
0.73
0.73
99.41
0.74
55.97
56.03
0.579
27.17
27.16
27.17
27.16
27.19
27.18
27.18
98,03
0.75
55.65
55.72
0.585
98,27
99.18
0.7555,21
27.19
96.91
55.11
54+43
54.96
54,72
54.77
54.13
96.32
96.68
96.30
95.14
0.78
55.04
54.36
54.90
54.65
54.70
54.07
0.596
97.70
97.50
0.75
0.76
0.76
0.76
0.77
27.14100.54
96.76
96,lg''
27.19
34.70
27.19
96.16
34.71
34.70
34.69
34.71
34.71
34.70
34.70
34,70
34.71
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34.69
27.21
27.21
27.24
27.25
27.25
27.24
27.24
27.24
27.25
27.26
27.24
94,45
94.76
92.11
91.43
91.26
91.79
92.48
91.65
91.43
90.58
91.78
0.82
0.82
0.83
0.83
0.83
0.84
0.84
0.85
34.69
34.69
27.25
91.36
89.23
89.62
91.52
89.42
88.56
88.63
88.05
89.36
88.36
91.64
87.00
6+60
6.51
6.50
6.44
6.34
6.28
6.22
6.20
6.17
6.17
6.17
6.11
6+01
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34.70
34+69
34.66
34.67
34.67
34+66
34.67
34.64
34+66
34.61
34.67
34+67
27.25
27.27
27.27
27.25
27.27
27.28
27+28
27.28
27.27
27.28
27.25
27.30
27.31
57.62
85.33
53.65
5.98
5.97
5,93
34.70
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34.66
27.34
27+31
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5.91
34.65
27.31
85.56
83.30
0.608
0.599
0.603
0.602
0.614
53.72
0.622
0.620
53.75
54.29
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54.85
3:382
54.36
54.92
0.599
54,09
54.16
0.613
53.06
53.04
51.79
0.632
0.633
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51.13
51.04
50.84
51.06
51.57
53.14
53.11
51.87
51.02
50.77
50.05
51.21
51.12
50.92
51.14
51.65
0.85
51,65
51.73
0.85
0.86
0.86
0.87
0.87
0.88
0,88
0.88
0.89
0+89
0.89
0.90
51.77
51.01
50.69
51.13
53.50
53.33
53.55
53,53
53.09
53.55
53.21
52.89
0.659
51.85
51.10
50.78
51.22
53,59
53+42
53.64
53.61
53.17
53.64
53.30
52.98
0.78
0.79
0.79
0,80
0.80
0.81
0.81
50.69
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0.610
0.603
0.673
0.678
0.676
0.669
0.675
0.671
0.661
0.672
0.678
0.624
0.627
0.623
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34.72
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7.25
7.16
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6.78
6.76
6.74
6.74
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0.644
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51.69
0.660
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DEPTH
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TEMP
SAL
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SVA
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2
3
4
6
7
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16.77
16.66
16.48
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16.36
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29.37
34,94
35.60
35.57
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35,59
35.63
35.72
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25.54
245.85
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26.07
26.09
25.99
26.14
26.18
26.25
26.16
195.46
193,76
203.68
189.32
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178.54
187.45
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0.34
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0.35
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0.04
0.04
0.04
0,04
0.04
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7.811
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7.812
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35,59
35.62
35.63
26.19
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184,92
182.44
180,97
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35.53
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186.75
170,97
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26.03
26.29
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200,45
176.18
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2.187
2.189
2.211
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26.46
26.18
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ENTER STATION
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STA
IZ. 11—05—78 0900
OPEN OUTPUT FILE, THEN 'GO'*O 0 C13s;G
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DEPTH
5Th
TEMP
tZ.
11—05—78 0900 ON CAST
SAL
SIG—T
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1
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4
5
6
7
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19.15
27.15
35.29
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0.01
0.01
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CONGO
DEF'TH
STA 13 11—Q5--78 0900
TEMP
71
72
73
75
17.28
17,28
17.28
SAL
35.64
35.66
35.66
35.66
35.70
35,53
35.70
tIN CAST
SVA
DELD
X TR
POT TR
POT C
0.43
21.59
21.60
0.44
0.44
1,533
22.88
22.88
22.89
22.89
1.475
25.94
25.97
25.97
209.54
206.63
206.82
204.22
201.48
210.00
205.10
204.96
200.99
0.44
0.44
0.45
0.45
0.43
0.46
0.46
0.46
206.71
78
79
80
82
83
83
17,18
17.17
17.15
17.07
17.03
16.90
35.62
35.61
35.63
25.97
26.00
25.90
26.03
25.94
25,99
25.99
26.04
37
89
90
16.82
16.61
16.61
35,59
35.60
35.61
26.03
26.09
26.10
201,54
196.42
195.35
0.47
0.47
0.47
93
16.59
35.63
26.11
196,230.4ff
194.23
0,48
7617,28
9L
95
16.59
35.61
26.10
98
16.60
35.66
16+61
10016,63
101
195.29
0.48
26.13
192.55
0,49
0.49
0.49
22,81
22.20
19.95
18.12
16.97
17.11
17.48
17.97
17.9
18.29
17.19
16.65
T57
14.89
18.30
17.20
16.66
1.699
1.761
1.792
14.90
1.904
13.65
1.991
12.86
12,87
2.050
10.81
10,76
10.82
9.98
9.99
2.224
2.22V
2.304
8.52
2.463
2,90
3.542
16.60
16.61
35.65
35,59
35.82
26,08
26.25
193.47
197.39
180.91
107
16,42
33,55
26.09
196.61
0.31
8.51
35.62
26.1
26.15
190.62
0.51
2.89
10916,39
1.478
1.503
1.612
1.708
1.773
1.765
1.744
1.716
13.96
13.64
102
104
0.50
22.82
22.21
19.96
18,13
16.98
17.12
17,49
17.98
111
16.37
114
16.36
35.64
26.18
188,41
0.52
1.11
1.11
4.502
116
16.32
16.34
16.33
16.34
16.31
16.29
16.27
35.60
35.62
35.61
35.38
35,55
35,59
35.60
26.15
26.16
26.16
26.13
26.12
26.15
26.17
191.08
189.90
190,13
192.77
194.44
191.21
189.85
0.52
0.53
0,53
0.53
0.53
0.53
0.54
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0,01
0.01
0,01
0.01
0.01
0.01
9.636
9.636
9.636
9.6Z6
9.636
9.636
9.636
16.26
35.57
26.14
192.02
0+54
0.01
0.01
9.636
0.35
0.35
0.53
0.56
0.36
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
9.636
9.636
9.636
117
118
119
121
122
123
.
12
126
35.56
127
128
130
131
134
135
138
16.21
16.24
16.18
16.19
16.20
16.20
35.55
35,44
35.62
33.60
35.38
35,59
I
26.14
26.05
26.20
26.18
26.17
26,17
192.33
201.02
186.89
18.61
190.21
189.64
0.56
0.01
701
9.635
9.635
0.01
9.635
77
CRUISE ID
CONGO
— ---
-
1200__—---
5Th. 14
AND TIME
ENTER STATION.-
.Table 33
_-
-
OPEN
CAST
CONGO
SV
DEFTI{__TEMP-__. SAL
_DE.LD
2
3
4
5
6
8
9
10
11
13
16
18
20
21
23
24
25
27
28
29
31
33
34
33
37
—-
-
27.42
25.18
24+49
18.92
18.80
18.67
18.46
18.34
18.32
18.35
18.34
18.37
18.36
18.39
18.27
18.24
18.22
18.22
3.80
16.36
17.45
35.54
35.02
35.89
35.50
35.69
35.86
36+15
35.57
35.88
35.77
35.72
35.74
35.78
35.58
35.86
39
40
41
18.13
43
44
46
48
49
18.04
18.03
18.02
18.01
17.99
35,64
35.49
35.71
35.98
35.57
35.70
35.55
35.69
35.72
52
17.82
35.73
18+11
18.11
-
55
56
57
17.75
17.71
17.72
60
17.71
62
63
64
17.60
17.55
17.55
67
17.50
69-
0.80 2655,69
9.33 1811.98
10.34 1712,62
25.47
25.11
25.80
25.56
25.73
25.87
26.08
25.64
25.87
25.79
25.74
25.79
25.83
25.68
25.89
252.56
287,02
221.10
244.34
227.89
214.97
194.69
236.92
214.90
222,90
227.18
222,96
218.88
233.21
213.09
25.74
25.64
25.81
227.26
25.89
221.38
26.02201.45
25.72 230.16
25.82 220.61
25.70__231.39
25,81 221.00
25.85 217.84
35.6225.79
213.53
037
0.37
0.37
0.38
0.38
0.38
0.38
0.39
0.39
0.39'
0.40
0.40
0.40
0.41
0.41
0.41
0.42
0.42
0.42
0.42
0.43
0.43
0.43
0.44
0.44
0,01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.64
0.77
0.96
0.94
0.96
0.81
0.59
0.74
1.08
1.72
4.58
4.99
4.73
3.31
4+38
3.052
3,409
3.128
9.03
9.12
7.31
9.03
9.13
7.32
2.405
2.394
2.615
8.07
8.37
9.71
10.22
10.22
8.08
8.37
9.71
10.23
10.23
2.517
2.481
2.332
2.280
2.280
11.25
11.25
2.185
10.37
10.96
11.03
2.266
8.348,34
2.99'
+
35.62
35.58
35.71
35.88
35.70
25.83
25.80
25.90
219.88
222.27
213.27
0.45
0.45
0.45
10.37
10.96
11.03
25.90
213.48
0.46
13,52
13.53
2.001
35.73
35.62
35.66
35,72
35.74
25.95
25.87
25.91
25.96
25.98
208.86
215.81
212.31
208.10
205.92
0.46
0.46
0.47
0.47
0.47
13.74
13.37
13.15
13.84
13.74
13.75
13.38
13.16
1.984
2.011
2.028
13+75
1.984
0.48
14.21
14.21
205,86
17.39
-
0.30
0.33
0.35
0.36
9.640
9,640
9.640
9.640
9.640
9.640
9.640
9.640
9.640
9.640
5.048
4.874
4.646
4.672
4.646
4.812
5.127
4.906
4.326
4.064
3.084
0.01
0.01
0.01
0,01
0.01
0.01
0.01
0.01
0.01
0.01
0,64
0.77
0.96
0.94
0.96
0.81
0.59
0.74
1.08
1.72
4.58
4.99
4.72
3.31
4.38
-
-..—--—--—-
..
.
2+211
2+204
.991
1.951
78
STA 14
CONGO
DEPTH
TEMP
17,35
71
73
74
75
76
78
79
80
17.37
17.36
17.34
17.36
17.33
17.31
17.30
17.28
17.23
17.20
81
82
-
85
87
88
SAL
35.67
35.70
35.62
35.63
35.68
35.61
35.64
35,79
35.70
35.68
35,55
17.1635,41
17.16
17.15
17.13
SVA
25.97
25.98
25.92
25.93
25,9?
25.92
25.95
26.07
26.00
23.99
25.91
207.31
206.23
211.79
210.31
207.44
211.49
209.28
197.83
204.41
20489
212.94
25,81222,
DELL)
% TR
POT TR
0.48
0.48
0.48
0.49
0.49
0.49
0.49
0.50
0.50
0.50
0.50
13.40
13.41
2.010
12.20
12.01
13.28
14.35
14.06
14.57
15.16
15.77
16.77
17.06
12.21
12.01
13.29
14.36
14.07
14,58
15.17
15.78
16.78
17.08
2.103
2.119
2.019
1.941
1.961
1.926
1.886
1.847
1.785
1.768
15.68
1.853
1.30
4.340
35,54
25.91
212.91
0.51
15.67
26.10
195.47
0.52
1.30
25.83
91
17.11
35,79
35,79
35.42
93
17.03
35.66
96
16.89
35.50
897
-
1200 ON CAST
FOTC
0.
0.52
0.67
0.67
5.009
26.03
221.11
209.93
201.83
0.53
0.23
0.23
6.088
25.95
209.89
0.53
3.06
3.07
3.485
-
79
CRUISE It'
-
Table
CONGO
AND TIME
ENTER STATION
:
1330
STA 15
OPEN OUTPUT FILE, THEN 'GO'*O 0 C1SDG
STA 15 11—05—78 1330 tIN CAST
CONGO
DEPTH
SAL
TEMP
SIG—T
SVA
DELtI
0.01
0.01
1
2
0.01
0.01
0.01
5
7
35+78
25.39
260,16
20
19.94
35.82
25.42
257.83
0.29
26
27
28
30
35.84
35.82
35.99
36.08
35.85
35.80
35.85
0.30
25.55
25.68
247.00
245.52
232.85
33
34
19.57
19.47
19.43
19.45
19.48
19,49
19.46
36
19+19
35.81
35.9325.48 251,770.27
31
39
40
41
19.10
19.09
19.08
19.05
0.01
0.01
0.01
0.01
0.01
0.59
0.06
0.77
1.55
9.640
9.640
9.640
9.640
9.640
8.49
2.467
2.006
1.945
7.498
4.874
4,169
14.31
16.04
16.48
16.38
16.04
16.48
16.38
0.31
0.32
21.27
25.40
22.96
1.830
1.803
1.809
1.647
1.548
1.370
1.472
0.30.
0.31
25,75226.93
244.02
248.41
243.44 .
0.32
21.27
25.40
22,95
25.61
67
239.81
0.33
21.05
21.05
1.558
35.77
25.60__241.07
0.33
27.23
27.24
1.301
35.82
25.64
236.95
0.34
27.96
27.97
1.274
0.34
24.86
24.87
1.392
0.35
26.08
26.09
1.344
35,8825.69
232
25.62239,13
.-
46
0.06
0.77
1.55
POTC
25.57
25.52
25.57
88
19
0.59
POT TR
8.49
13.45
14.30
35,8925,48251,81
4jTh5.8425.46
25.53
35.82
25.65
236.55
26.99
27.73
1.310
1.283
47
48
19.04
19.03
35.67
35.83
25.54
25.67
246.97
235.03
0.35
0.35
26.99
27.72
50
18.97
18.85
18.79
35.78
25.65
237.14
29.26
29.27
1.229
35.83
25.73
229.55
0.36
0.36
0.37
28.94
28.95
1.240
30 , 75
•
54
25,63238.73
35,8725.74
92
0. 37
30 76
1. 179
31.25
1.163
1.160
1.128
18.65
35,66
25.64
238.32
0.37
31.24
35.72
35.64
25.69
25.67
232.67
234,80
0.38
0.38
32.36
31.35
32.37
60
18.59
18.43
63
18.36
35.81
__
25.82
220.71
0.39
34.42
34.43
1.066
34.37
34.38
1.068
18.10
35.63
25.74
228.32
0.40
35.61
35.62
1.032
17.97
17.93
35,72
35.65
25.85
25.81
218.33
222.35
0.40
0.40
37.59
37.71
37.60
37.73
0.978
0.975
0.41
36.98
36.99
0.995
0.42
38.06
38.07
0,966
57
58
•
0.28
24.54
34.69
35.81
17
23.81
20.78
20.06
20.05
19.95
13
*
0.24
0.26
0.26
0.27
1879.53
15.85 1176.24
24.34 359.87
25.38 260.95
10
12
% TR
6218,4035,5925.64237.79
66
68
70
74
76
35,6825.84
17.7735.72
17.73
35.69
25.88
215.20
039
d02
-
-
80
-
-
CONGO
STh 15 11—05—78 1330 tIN CAST
DEPTH
77
79
80
81
82
84
85
86
87
89
90
91
92
SAL.
17.74
17.67
17.60
17.57
17.49
17.48
17,46
17.40
17.36
35,74
35.71
35.77
35.71
35.78
35.88
35.70
35.65
35.66
17.34
17.28
17.29
17.19
35,67
35.32
35.66
35.68
-
SVA
25.92
25.91
25.98
25.94
26.01
26.09
25.96
25.93
211.59
212,54
206.35
210.36
203.44
195.61
208.52
211.07
25.95
25.97
25.71
25.97
26.01
209+12
207.68
231.90
207,66
203.79
DELD
Z IR
0,42
0.42
0.43
0.43
0.43
0.43
0.44
0.44
0.44
0.44
0.45
0.45
-——-----———-
POT TR
POTC
37.98
38.00
37,64
37.65
0.968
0.977
0.987
3/.25
38.37
37.35
38.96
39,99
39.64
37.26
38.39
37.36
38,97
40.00
39.66
40.06
38.23
38.81
36.57
34.24
40.0?
38.24
38.83
36.58
34.26
0+958
0.985
0.942
0.916
0.925
0.915
0.961
0.946
1.006
1.071
-----
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TH
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tIELD
SVA
0.01
0.01
0.01
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0.28
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24.40
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24,08
24.65
0.32
25.47
25.77
25.47
25.48
25.77
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26.17
23,50
20.23
20.18
20.15
19.85
19.54
19.81
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19.44
19.40
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19.41
19.37
19.36
19.34
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12.37
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35.68
35.66
35.84
35.68
35.76
35.14
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35.56
35.78
35.78
36.01
36.62
35.47
35.75
35.82
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36
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25.58
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25.92
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43
44
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19.07
35.76
35.78
36.25
25.58
25.61
25.98
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0.34
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24.71
24.86
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1.365
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30,36
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11
13
15
17
18
19
21
22
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0.30
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POT C
9.640
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1.462
1.372
1.381
1.518
1.524
1.406
1.377
1.411
1.376
1.424
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0.24
0.25
0.26
0.26
0.27
0.27
0.28
0.28
0.28
0.29
0.29
0.29
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6.06 2133,51
17.02 1062,78
25.24 274.72
25.24 274.71
25.38 261.28
25.34 265.16
25.48 251,70
24.94 303.38
25.40 259.45
25.31 268.07
25.52 247.86
25.53 247.16
25.72 229.31
26.17 186.47
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25.58 242.52
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POT TR
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8.43
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113.54
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9.00
8.97
8.87
8.84
8+75
373
376
379
8.37
3469,06
8.28
34,96
34.95
34.92
34.90
.34.91
34.85
8.274,83
27.12
27.12
103.840,79
101.45
0
0.80
93
CONGO
STA 20 12—05—78 1115 tiN CAST
SAL
DEPTH
388
393
396
400
406
SIG—T
SVA
DELL'
Z TR
POT TR
POT C
100,95
100.78
95.21
94.25
0.81
0.82
0.82
54.42
52.39
53.96
53.69
54.48
52.45
54.02
53,75
0,607
0.645
0.616
0.621
53.93
53.99
0.616
53,74
54.79
52.37
53.08
53.35
53.80
54.85
52.43
0.620
0.601
0.646
53.41
0,627
51.97
53.56
52.29
0.655
0.625
0.649
8.05
34.81
7.99
34.89
27.14
27.20
27.21
7.91
34.94
27.26
89.10
0.83
98.10
97,35
98.60
0.82
..
_.
415
7.89
34.82
422
7.80
34.80
27.17
27.18
27.16
428
7.79
34.81
27.17
97.92
0,84
0.84
0.84
0.85
0.85
435
439
442
7.70
7.70
7.69
34.80
34.82
34.81
27.18
27.20
27.19
96.89
95.94
96.68
0.86
0.86
0.86
51.90
53.49
52.22
0.87
27.20
27.17
27.20
27.17
27.19
27.20
27.22
27.20
27.20
27.22
97.25
95.75
98.16
95.98
98.01
96.50
95.93
94.06
96.12
95.70
94.03
52.49
51.15
51.15
51.63
52.76
54.10
27.23
27.23
27.23
27.24
27.22
27.23
27.24
27.24
27.24
27.23
27.24
27.23
27.27
27.25
27.23
27.26
27.25
27.27
27.24
92.83
92.58
92.84
91.88
93.96
93.45
91.98
92.46
92.61
93,43
92.44
93.26
89.11
91.41
.93.23
90.64
91.98
90.33
92,25
449
452
455
459
464
467
472
476
479
483
486
491
494
498
501
504
508
511
515
518
521
525
528
532
535
538
542
545
548
34,7827.18
7.54
7.54
7.55
7.48
7.38
7.35
7.33
7.32
7.27
7.24
34.79
34.76
34.79
34.75
34.75
34.75
34.78
34.75
34.74
34.76
7.21
7.20
7.15
7.15
34.77
34.78
34.76
34.78
34.75
34.75
34.77
34.76
34.76
34.74
34.75
34.74
34.78
34.76
34,73
34.77
34.75
34.77
34.73
7+14
7.10
7.10
7.07
7,07
7.07
7.03
7.02
6.96
6.97
6.98
6.97
6.97
6.98
6.89
0,87
52.56
51+22
0,643
0.669
0.669
0,660
0.638
0.613
0.897
0.639
0.669
0+651
0.636
52.71
51.15
52.07
52.86
51.22
51.70
52.83
54.17
40.77
52.78
51.22
52.15
52.93
0.91
0.91
0.91
0.92
0.92
0.92
0.93
50.56
51,10
51,37
51.17
50.27
51.95
51.15
50.63
51.17
51,44
51,25
50.34
52.03
51.22
0.93
50.56
50.64
49.05
49.42
48.52
43.95
49.35
50.03
49.52
0.681
0,670
0.665
0.669
0.686
0.653
0.669
0.681
0.712
0.705
0.723
0.822
0.706
0.693
0.703
50.32
0.687
0.87
0.88
0.88
0.89
0.89
0.89
0,90
0.90
0.90
0.93
0,94
0.94
0.94
0+95
0.95
0.95
0.95
0.96
0.96
0.96
.40.69
48.97
49.34
48.43
43.86
49,26
49.95
49.43
50.24
48.63
49.90
44,72
48,71
49.98
44.81
0.719
0.694
0,803
94
CRUISE 1D
CONGO
Table 39
ENTER STATION *,DATE, AND TIME
:
STA 21 12—05—78 1530
OUTPUT FILE, THEN /001*0 0 C21D;o
CONGO
DEPTH
STh 21 12—05—78 1530 DN CAST
TEMP
SAL
SIG—T
SVA
DELD
% TR
POT TR
84.45
84.31
1.53
4.92
7.07
6.36
4.14
4
7
11
14
17
21
24
28
31
36
24.20
20,59
20.39
32.35
35.91
35.82
20.57
20.32
21.60
25.32
25.30
35.78
35.81
621.42
267.02
268.91
25.22
25.31
0.25
0.26
0.27
276.57
268.26
84,45
84.30
1.52
4.92
7,07
0.27
0.28
0.29
6.56
4.14
12.38
0.30
0.31
0.32
0.33
0.34
0.34
0.35
0.36
12.38
27.75
31.61
26.82
30.07
33.29
34.81
38.55
38.87
27.75
26.82
30.07
33.30
34.82
38.56
38.87
0.38
37.69
37.70
39.45
39.96
40.58
39.46
39.98
40.59
43.73
42.48
45.78
44.85
45.27
43.74
42.50
45.79
44.87
45.28
.
20.02
35.95
19.85
19.71
25.50
249.99
43
46
50
53
56
18.96
18.86
18.76
18.77
18.71
35,93
35.88
35.85
35.83
35.83
35.85
35.85
35.83
63
18.66
35.83
25.76
70
73
77
18.48
18.43
17.95
35.84
35,77
35.81
25.81
83
87
90
94
97
17.80
17.73
17.67
17.60
17.59
35.80
35.78
35.78
35.78
35.77
209.52
208,77
207.95
206.33
206.64
17.19
35,75
23.93
25.96
25.97
25.98
25.98
25.?s
26.06
0.39
0.40
0.41
0.41
0.42
0.43
0.43
0.44
0.45
199.14
0.46
45.51
16.97
16.74
16.53
35.68
35.66
35,70
26.06
26.10
26.18
199.39
19b.52
138.70
0.48
0.48
0.49
45.00
46.19
47.12
tQQ17,47
104
111
114
117
122
126
16.42
16.29
133
138
143
16.17
16.05
15.87
35.68
35.66
158
161
165
168
171
175
178
182
25.92
247.43
247.66
244.56
231.34
231,30
226,82
227.49
22
226.51
221.94
226.07
212.00
25.93211,19
26.19
26.21
187.72
185.98
0.50
0.30
051
183,Q3
35.65.
33.65
35.63
14615.62
149
153
25,53
25.53
23.56
25.70
25.71
25.75
25.74
23.75
15.49
15.45
15.12
15.03
14.99
14.89
14.82
14.82
14.79
14.77
35.61
35.57
35.59
35.62
35.68
35.51
35.53
35,54
35.50
26.23
26.26
26.28
184.38
181.81
179.97
26.35
26.32
26.41
26.46
26.52
26.41
26.44
26.44
26.44
26.43
173.34
175.56
167.36
162.86
157.69
167.75
165.52
164.75
165.01
166.69
-
-
0.52
-
0.53
0.53
0.55
0.55
0.56
0.57
0.37
0.58
0.38
0.59
0.59
0.60
31.61
42,76
0.169
0.171
4.184
3.012
2.649
2.724
3.185
2.089
1.282
1.132
1.316
1.202
1.100
1.055
0.953
0.945
1.025
0.976
0.930
0.917
0.902
0.850
0.827
0.856
0.781
0.802
0.792
0.787
45.01
46.21
47.14
47.54
45.36
47.56
45.38
4L
45 44
44.09
44.31
44.83
46
44,11
44,53
44.85
45.61
45.85
46.32
45.27
45,44
44.97
44,39
44,95
44.36
43,70
43.02
45.83
46.29
43.24
45.41
44.95
44.36
44,92
44.34
43.68
42.99
—--.
POT C
-
--—
0.798
0.772
0.752
0.743
0.790
0 789
0.819
0.809
0.802
0.785
0.780
0.770_
0.793
0.789
0.799
0.812
0.800
0.813
0.828
0.844
-
8Th 21 12-05—78 1530
CONGO
TEMP
DEPTH
-
14,35
188
192
195
14.12
35.44
.45
35.46
199
Z TR--— POT TR
POT--C—---
26.47
162.54
0.61
26.54
156.15
0.62
44.43
0.Z_ 46.02
0.776
46,05
4Z.22
..
0.Z50_
47.41
47.45
0.746
204
14.01
35.44
26.54
155.95
212
35.45
26.59
26.5
26.57
151.72
0.65
46.49
46.52
0,765
13.81
13.80
13.78
0.66
45.92
45.96
0.778
26.59
151.84
0.67
44,19
44.22
0.816
41.45
40.11
41.08
41.49
40.15
41.12
0.880
40.74
42,40
44,51
44.04
42,35
41.23
4Q...78
0.897
0.857
0.809
0,819
2_14
13.59
226
232
236
239
243
13.49
13.44
13.30
246
249
254
13.10
12.88
12.73
259
12.57
263
266
270
12.49
278
345
35.42
.
153.35
26.57154+27-.-
35.37
35.39
3
..
26.60
26,58
26.63
35.38
35.34
35.37
0.68
0.68
0.69
0.49
150.86
153.02
148,05
147.?5.
-
145.44
144.57
142,48
0.70
0.70
0.71
26.72
140.68
0.72
26.73
139.54
0,73
35.35
35.31
35.30
35,27
35.28
26.66
26.67
26.70
35.28
26.70
35.27
35.20
26.79
26.78
134.28
134.83
.0.905
39.71
0.924
0.74
0.75
41.50
40.96
41.54
41.01
0.879
0.892
74439.67
285
11.76
35.22
26.82
130.80
0.75
41.11
41.15
292
11.67
35.22
26.84
129.38
0.76
41.28
41.33
298
11.61
35.24
26.87
35.17
26+87
351
_
0.888
0.884
0.77
127.0.1
126.11
39.89
0.919
0.78
0.78
38.10
38.15
0.964
36+61
36.66
1.004
0.21_.
..
39.84
.
JL
11.18
35.18
26.90
123,57
0.79
35.13
122.56
0.80
35.44
35.49
10.89
26.91
1.036
324
10.58
26.94
119.72
0.81
36.73
36.79
335
341
10.29
35.09
35,12
35.04
1.000
332
26.95
119+1.5
0,82
36.15
36.20
1.016
0.83
38.61
38.67
0.950
38.05
38.11
315
26.,
-
347
35.08
9.83
351__9.85
27.06
•
._fl5
108.60
-
0.965
354
9.39
35.00
27.07
107.21
0.84
27.10
104.75
0,84
38.05
0.965
9.00
34.95
38.11
361
368
371
374
378
381
8.98
8.99
8.89
8.78
8.75
34.95
34.91
34.88
34.92
34.92
27.10
27.07
27.06
27.11
27.12
1.04.58
107.49
108.37
103,83
103,00
0.85
0+86
0.86
0.86
0.87
38.03
38.78
38.44
38.03
37,73
38,09
38.85
38.50
38.09
37.80
0.965
0.946
0.955
0.965
0.973
27.15
100,27
04.39
0.87
0.88
37,76
40.47
37.82
0.972
8.66
8.63
34.94
-—
388
391
-
-
-
_1i.24
0.885
41.27
281
11.30
0.889
42.40
ZL_4Q•40
_26..27_ .1
--
0+913
42.44
44.54
44.08
12.15
11.91
307
-
0,81:1
44.46
0.63
215
219
--
DELD
-
_..
14
185
SVA.
SIG—T
SAL
-
34,8827.10
-
40.53
0.903
96
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65.91
65.94
0.416
131.37
0.56
65.91
65.94
0.416
209
214
217
221
224.
—
—
268
273
13.07
264J54.92
65,600,422
.
280__tt.81
-
POT TR
SVA
TEMP
DEPTH
144.40
26.68
26.67
26.69
65.9.4
.
0.416
283
11.67
35.12
26.77
292
11.07
35.04
26.81
35.03
26.84
128.71
0.57
66,13
0.413
10.85
66,16
300
305
310
35.01
26.87
125.93
0,58
66.13
66.17
0.413
10.59
66.19
66.09
66.31
0.413
0.414
0.411
.
26.82..
9Q.56
4
320
324
329
10.09
9.88
9.65
34.95
34.92
34.91
121.62
26.92
26.93 .120,30
26.96 117.67
0.60
0.60
0.61
66.15
66.05
66,27
26.97
116,56
0.62
0.413
34.85
66,14
9.32
66,10
339
1L2.82,
0.63
66.22
_2
27.01
0.412
9.04
34.84
66.27
349
8.88
34.83
66.46
356
27.03
0.409
8.73
34.76
26.99
114.66
0.65
66.49
66.54
0.408
363
369
373
378
8.54
8.40
8.33
34.77
34.77
34.73
27.03
27.05
27.03
0.65
0.66
0.66
66.42
66.47
66.47
66.46
66.51
66.51
0,409
0,408
0.408
27.05
0.67
66.59
0.406
8.20
34.72
66.64
386
110.72
108,73
110.48
109 15
109.47
395
8,06
8.03
7.98
34.78
34.70
34.73
27.11
27.06
27.09
103.06
108.42
105.75
0.68
0.68
0.69
66.61
66.64
66.64
66.66
66.69
66.69
0.406
0.405
0.405
7.90
7.81
7.70
7.60
7.55
7.49
7.39
7.38
7.33
7.31
34.72
34.69
34,69
34.72
34.69
34.69
34.67
34.64
34,67
34.62
0.70
0.70
66.74
66.64
66.76
66.73
66.83
66.78
66.91
66,81
66.88
66.91
66.78
66.69
66.81
66.79
66.88
66.84
66.96
66.86
66.93
66.96
0.404
0.405
0.403
0.404
0.402
0.403
0.401
0,403
0.402
0.401
4067,9534.7427.Q9
410
413
420
423
427
434
439
442
447
450
0.64
66.42
6
Q
398
403
111.19
10
105.04
27,09105.60
27.08
27.09
27.13
27.12
27.13
27.12
27.10
27.14
27.09
106.54
105,07
101,65
102.89
102.22
102:49
104.45
101,32
105.18
0.71
0.71
0.71
0.72
0.73
0.73
0.73
0.74
-
104
coNGo
-
DEPTH
—
-
—
TEMP
SAL
454
457
461
464
7.26
7.22
7.14
7.11
34.66
34.62
34.62
34.61
27.11
27.12
27.12
471
474
479
483
7.00
6.94
6.87
6.85
34.62
34.66
34.63
34.62
486
489
6.83
34.61
493
6.76
6.66
6.57
6.38
6.78
499
503
506
511
515
518
525
528
533
337
540
543
548
532
555
559
562
569
572
SVA
34.63
34.60
34.58
34.59
34,57
6.53
6.49
6.44
6.40
6.36
34.60
34.56
34.56
34.56
34.54
6.33
6.28
6.27
6,22
6.18
6.15
6.13
34,55
34.58
34,54
34,53
34.59
34.56
6+10
565
DELD
%
101+39
0.74
103.76
102.65
103.30
0,75
0.75
0.75
66.90
66.93
66.90
66.88
27.14
27.18
27,17
27.16
101.10
97,45
98.21
0.76
0.76
0.77
98.74
27.15
27.18
3
97,30
0.77
0.77
27.16
27.15
27.18
98.99
99.80
97.31
0.78
0.79
0,79
27,14
27.16
27.19
27.16
27,17
0.78
TR
POT TR
POT C
66.96
0.401
66.98
66.96
66.94
0,401
0.401
0.402
66.90
66.93
67.03
66.96
66.99
67,08
67.08
66.98
0.401
0.401
0.399
67.13
67,04
0.399
0.400
6,9 0
67.00
67.00
66.90
67.10
67.06
0.400
67.06
66.96
67.16
0.400
0.401
0.398
27.16
99.11
96.66
98.74
98.06
98.04
98.81
27.18
27.20
27,18
0.79
0.80
0.80
0.81
0.81
0.82
97,36
95.06
97.78
67.05
67.00
67.15
67.17
67.07
67,10
0.82
0.82
0.83
67.11
67.06
67.21
67.23
67.14
67.16
67.17
67.15
67.17
0.399
0.400
0.397
0.397
0.399
0.398
27.19
27.23
27+21
27.19
96.87
92.53
94.77
96.10
0.84
0.84
0.84
0.84
67.17
67.15
67.22
67.20
67.24
67.21
67.24
67.26
67.24
67.21
0.397
0.397
0.397
0.397
0.397
0.397
67.26
0.397
27+17
6.08
6.05
6.04
34,54
34,54
34.51
34.52
5.99
27,20
27.18
27.19
34,53
27.21.
95,54
96.76
95.00
0.85
0.85
0.85
0.86
0.396.
67.22
67.27
67.12
67.34
67+19
67.17
0.398
'67.24
0.397
67.29
5.98
5.95
5.91
5.85
34.50
34.54
34,53
34,35
27.18
27.22
27.21
27.24
97.06
93.91
94,43
0.86
0.86
0.87
91.73
0.87
67.27
594
597
601
5.82
5.79
5.77
34.50
34.30
34.52
27.21
27.22
93.15
94.86
93.64
0.88
0.88
0+88
609
5.71
34.52
27.23
92.42
0.89
67.17
67.17
67.22
67.22
67.19
67.29
67.27
619
623
5.63
5.60
34.49
34.54
626
5.60
5.56
27.22
27.26
34,49
27+22
93.76
89.96
93.66
0.90
0.91
0.91
34.50
27.24
92+20
27.27
27.22
27.24
27.24
27.23
27.26
27.27
27.26
89.48
93.56
91.88
91.73
93,34
575
579
584
387
5.35
633
643
648
-
STA 32 15-05—78 0500 tIN CAST
651
636
660
667
670
673
5+49
—
5.47
5.43
5.42
5.41
5.35
5.34
5.33
34.53
34.47
34.49
34,49
34.47
34.51
34.51
34.49
27.21.
27,2591,0
-
89+83
89.78
90.65
67.05
67.20
67+27
67.12
67.27
67.34
0.396
0.396
0.399
0.397
0.396
67.34
0.396
67+24
67+29
0.397
0.397
0.396
67.27
67.32
67.32
67.34
67.39
67.39
0.397
.396
0.395
0.395
0.395
0.91
67.29
67.37
0.92
0.93
0.93
0.94
0.94
0.93
67.32
67.19
67.34
67.39
47.27
67,42
67.40
67.40
67.47
67.42
0.9247,34
67+32
67.32
67.39
0.9567,34
0.9567,32
67.24
67+40
0.39
3!.
0.395
0.395
0,397
0.394
0.393
0.395
0.394
0.394
0.395
105
CONGO
DEPTH
SAL.
TEIIP
X TR__POT
51G.—I
695
705
716
726
5,20
34.52
27.29
91,43
87.42
90.04
5.07
34.47
27.27
737
4.96
34.50
758
4.87
34.48
778
4.76
798
820
685
830
842
854
864
874
884
894
906
.916
TR
_.
0.97
67.29
67.37
0,395
89.69
0.99
67.12
67,21
0.398
27.31
86.03
1.01
67.31
67.40
0.395
67,14
67.23
0.397
1.04
67.31
67.41
0,395
27.33
1.06
67.26
0.395
34.49
67.36
4.68
86.52
86.71
86.05
.84.09
83.86
1.03
34.47
27.30
27.30
27.31
4.60
4.58
4.56
34.47
34.50
34.48
27.32
27.35
27.34
1.08
1.09
1.10
34.52
34.50
34.54
34.54
34.52
27.37
27.36
27.39
27.40
27.38
27
27.40
1.11
1.12
1.13
1.14
1.15
67.34
67.22
67.29
67.26
67.19
67.21
67.29
67.26
67.16
67.44
67.32
67.39
67.37
67.29
67.32
67.39
67.37
67.27
0.394
0.396
0.395
4.52
4.48
4.46
4.41
4.42
84.60
82,49
83.69
82.92
80.72
81.71
78,74
77.64
79.86
77.70
1.16
67,24
67.35
0.395
67.38
67,35
67.35
0.395
0.395
0.395
...
..
-
—.
0500 ON.
STA 32
A±4Q_.34..51
7.
0.396
0.396
0.395
0.395
0.396
926
4.38
34.54
947
957
967
4.35
4.32
4.31
34.57
34.57
34.60
27.43
27.44
27.45
75.54
75.01
73.37
1.18
1.19
1.19
67.26
67.24
67.24
4.30
34.58
27.44
74,75
1.21
67.29
67.41
989
34.62
27.47
1.23
67.29
67.41
4.27
1009
L019-__ 4.27
27.48
71.76
1.24
0.396
34.61
67.34
4.25
67.21
1029
1051
27.49
70.45
1.26
67.19
0.396
34.64
67.31
4.26
4.26
4.28
4.28
34.66
34.69
34.71
27.51
27.53
27.55
68.71
67.51
65.52
1.27
1.28
1.29
67.16
67,04
67.04
67.29
67.17
67.17
0.396
0.398
0.398
27.55
65.45
1.31
67.01
67.15
0.398
34.72
34.71
27.55
66.11
1.32
67.09
67.23
0.397
34.73
27.57
64.83
1.33
67.06
67.20
0.398
1171
4.27
4.27
4.29
34.78
27.60
61.67
1.35
66.96
67.11
0.399
1191
4.28
34.78
34.78
34.76
27.61
27.61
61.21
60.79
1.36
67.16.
1.37
67.06
67.01
67.09
67.2k
1211
1221
1233
4.21
4.20
4.18
67.24
0.397
0,398
0.397
1.39
67.01
1257
27.61
60.88
0.398
34.78
67.16
4.16
1277
4.16
4.15
34.79
34.83
27.63
27.66
59.84
57.03
1.40
1.41
66.96
67,09
67.12
67.24
0,399
0.397
.
6
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CONGO
-
-
SiG--T. SVA ..
SAL..
DEPTH--- TEMP
..22.2L
1902
%.TR_-PO..I TR
34.97
27.84
42.80
1.71
67.00
67.23
3.44
34.97
27.84
43.21
1.72
67.00
67.24
0.397
0.397
0+397
46.03...__1 .73
1.73
44.50
67.00
67.24
3.41
27.83
0.397
1958
34.95
34.95
3.40
3.38
34.93
3.37
aL_.34..96
34,94
3.37
27.83
44.13
1.74
67.03
67.26
0.397
1979
1924
1934
1944-
199.L
2001
2023
__2036__3.
2048
2062
2072
——
DELD
3,46
1912
-
0500 tIN CAST
STA 32
27.84
...
.
.
34.97
3.31
27.a4
27.83
27
27.83
.
.
1.75
66.95
67.19
0.398
44,59
1.76
66.95
67.20
0.398
44.30
1.77
66.93
67.17
0.398
42.25
42.36
41.04
1.78
67.18
0.398
1.79
66.93
66.97
66.97
67.23
0.397
45+29
27.82
34.95
34.96
3.34
.
.
43.38
Z7.ft4.
27.85
.
.
2093
3.28
34.98
27.87
34.94
44.24
1.80
66.90
67,16
3.27
27.83
0.398
2114
34.92
27.82
44.95
1.81
66.92
67.18
0.398
40.89
1.82
66.92
67.19
0.398
41.30
42.14
42.55
1.83
1.83
1,84
66.92
66.88
66.95
67.19
67.21
0.398
0.398
0.397
1.85
66.97
67.24
0.397
67.17
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0.398
66.92
67.20
0.398
0.398
-
-
..
2157
3.20
34.98
27.87
2179
3.18
3.17
3.17
34.97
34.96
34.95
27.87
27.86
2191
2201
27.85'
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—
397_._
2221
3,16
34.95
2241
3.13
34.96
_4
2263
3.11
34.95
27.85
42,94
27.86
42.02
1.85
1.86
27.86
42.01
1.86
27
.
67.14.
.
0.396
2286
3.08
34.95
27.86
42,07
1.87
66.92
67.20
2308
34.94
34.94
34.96
34.93
34.97
27.85
42.82
2320
2332
2343
2353
3.06
3.05
3.04
3.03
3.02
27.87
27.85
27.88
40.90
43.32
40.09
1.88
1.89
1.89
1.90
1.90
67.02
66.87
66.90
66.65
66,97
67.30
67.15
67.18
66.94
67.26
0.396
0,398
0.398
0.402
0.397
2377
2389
3.00
3.00
34.96
34.92
27.87
27.85
40,99
43,45
1.91
66.95
67.23
0.397
2400
2412
2425
2437
2449
2461
2471
2482
2496
2506
2516
2526
2.99
2.98
2.97
2.95
2.94
2.94
2.92
2.91
2.90
2.88
2.88
34.94
34.92
34.92
34.97
34.95
34.94
34.94
34.94
34.96
34.92
34,94
27.86
27.85
27.85
27.89
27.88
27.86
27.86
27.87
27.88
27.86
27.87
41.88
43.50
43.19
40.00
40.82
42.05
42.00
41.64
40.11
42.48
41.26
2.88
34.94
27.87
--
41.62
1.92
1.92
1.93
1.93
1.94
1.94
1.95
1.95
1.96
1,96
1.96
1.97
1.97
66.90
66.95
66.87
66.92
66.94
66,92
66,94
66.90
66.94
66.89
66.92
66.87
66.87
67.19
67.24
67.16
67.21
67.24
67.22
67.24
67.19
67.24
67.20
67.22
67.18
67.18
0,398
0.397
0.398
0.397
0,397
0.397
0.397
0.398
0.397
0.398
0.397
0.398
0.398
108
-
CONGO
STA 32 15—03—75 0500 tiN CAST
DEPTH
SAL
SIG—T
SVA
DELD
% TR
POT TR
POIC
398
0,398
0.398
0.398
2549
2561
2571
2.84
2.83
2.82
34.91
34,95
34,93
27,85
27.88
27.87
42.83
40,50
41.59
1.98
1.99
1.99
66.89
64.84
66.87
67.20
67.16
67.18
2591
2.81
34,93
27.87
41.58
2.00
66.92
67.23
2615
2625
2635
2.79
2.79
2.78
34,93
34,95
27.87
27.88
27.89
2.01
2.01
2.02
66.84
66.89
66.82
67.16
67.21
67.14
2655
2.78
34.93
27.87
41.38
2.03
66.79
67.12
0.399
2.76
2.76
2.75
34.92
34.92
34.94
27.86
42.36
2.04.
66.72
67.05
0.400
2676
2688
2700
271
2720
2732
2742
2752
2762
2.73
2.74
2.72
2.73
2+71
2784
41
41.22
40.46
39.96
42.38
27.86
p9787
34,93
27.89
27,88
42.44
40.39
42.01
2.0266.8767.19
2.04
2.05
66.75
67.07
66.84
67.17
66.79
66.72
66.60
66.52
66.43
66.48
67.05
67.12
67.05
66.93
66.86
66.76
66.94
0.98
0.397
0,398
0.398
0.397
0.399
0.398
0.400
0.398
0.400
0.399
0.400
0.402
0.403
0.404
0.402
34,94
34,94
27.87
27.89
27.88
27.88
42.00
39.92
40.76
40.69
2.05
2.06
2.06
2,07
2.07
2.70
34+92
27+87
0
27. 88
2.08
41.04
27.86
27.88
2.09
2825
2.69
2.68
2.67
34 • 93
34,93
34.91
34,93
41.86
41 09
42.57
40.58
2.09
2.10
2847
2857
2869
2879
2889
2.65
2.65
2.65
2.63
2.64
34.92
34.92
34,93
34,93
34,93
27,88
27.88
27.89
27.88
27.89
41.37
41.32
40.53
40.95
40.33
0.402
0.403
0.403
0.401
0.400
2.63
34,93
27.89
40.46
66.55
66.52
66.50
66.60
66.69
66.64
66.42
66.89
66.87
66.85
66.95
67.04
2909
2.11
2.11
2.11
2.12
2.12
2,13
2+13
66.78
0.404
2929
2941
2951
2961
2972
2.62
2.62
2.61
2.61
2.61
34,93
34.91
34,95
34,94
34,93
27.89
27.87
27.90
27.89
27.89
40.78
42.05
39.19
40.33
40+77
2.14
2.14
2.15
2.15
2.16
66.38
66.25
66.25
66.33
66.47
66.73
66,61
66.61
66.69
66.84
0.405
0.406
0.406
0.405
0.403
2992
2,60
34.89
27.86
43.35
2.17
66.57
2.39
34,95
27.90
27.87
27.89
27,90
27,90
27,89
27.91
27.90
27,87
39.48
2.17
66.62
40.28
40.16
39.47
41.10
39.19
39.93
42.79
2.18
2.19
2.19
2.20
2.20
2.21
2.21
66.67
66.64
66,39
66.52
66.52
66.54
66.93
66.94
66.98
67.01
67.04
67.01
66.97
66.89
66.90
66.92
66.63
0.402
0.402
0.401
0.400
0.400
0.400
0.401
0.402
0.402
0.402
0.406
2804
2814
3014
34.92
.9
3034
3044
3058
3069
3083
3093
3104
3114
3124
3134
2.59
2.57
2.57
2.57
2.56
2.56
2.56
2.55
2.54
2.53
34,94
34,94
34,95
34.93
34,95
34,94
34+90
34.91
34,95
34,93
27,8940,32
27.88
66
66.30
66.55
66.47
2.1066,52
27,.8841,32
27.88
27,91
27.90
• 60
41.93
39.53
40.22
.64
2.22
2.22
2.22
66.25
66.08
65.66
66.15
66.82
66 79
0.403
66.84
0.403
66.89
66.82
0.402
0.403
66.879,403
67,000,401
66.46
66.05
66.54
0.409
0.415
0.408
—
109
CONGO
TEMP.
DEPTH
3144
STA 32 15—05—78 0500 tiN
-
2,52
3156
3166
2..52_
3186
2.52
3198
SIG—T
SVA
DELD
34.94
27.90
39,79
2.23
66.25
66.64
0.406
2.24
66.05
66.45
0.409
66.27
66.67
66.0
66.27
6.27
2
66.67
66.67
0.406
0.406
34.93
66,0&4.45
Q.•4Q
0.406
27.90
40.60
2.25
2.26
2.26
2.27
2.27
66.18
66.57
0.407
0.406
3221
34.94
27.90
323k
2.51
2.50
40.20
3245
2.49
34.90
27.87
42.98
2.48
34.90
27.87
42.46
2.28
66.30
66.70
0,405
3265
3288
3298
2.48
34.92
27.89
40.97
2.29
66.42
66.82
0.403
40.09
41.59
2,29
40.48..
2.3.0
42.84
2.30
34.94
34.91
2.48
2.46
3308
27.90
27+89
66,35
66.42
66.39
66.44
66.75
66.82
6.80...
66.85
0.404
0,403
0.404
0.403
66.27
66.68
0.405
3330
2.47
34.90
27.87
3350
2.46
34.94
27.91
39.58
2.31
2.32
2.46
34.90
27.88
42.75
2+32
66.27
66.68
0.405
3371
2.45
34.94
27.90
40.27
2.33
66.20
66.61
0.406
3391
2.44
34.94
27.91
40.19
2.34
66.15
66.57
0.407
3411
3421
3381
.
34.89
34.94
27.87
27.91
43,31
40.07
2,34
2.35
66.20
66.17
66.62
66.59
0.406
0.407
3431
2.45
2.44
27.87
43.58
2.35
66.15
0.407
2.44
34.89
66.57
3451
3471
2.43
34.89
43.46
2.36
_3481
2.42
3491
2.42
3511
—
.TR__ POT TR. POT C
SAL
-
-
CAST
39,73
2.3.7.
65.29
2.37
34.94
27.88
14
42.52
2+38
27
4a .27
2.39
.34.ii_
2.43
3Z2t3531
27.91
.
2.43
34.91
34.88
27.86
44.42
0.410
65.73
0.420
65.15
65.59
0.422
65.34
65.78
.5 t
0.419
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CONGO
STA 35 16—05—78 1615
DEPTH
.TEMF
SAL
200
13 •
13,67
35.33
36.
SIG.—T
SVA
.DELD
.
66.03
0,415
0.42
66,01
66.01
66.06
66.08
0.414
0.43
65.98
66.01
0.415
0.41
13.44
35.33
157.13
26.53
26L53.13.7.24
152.51
26.58
13.27
35.30
26.59
151+81
227
13.04
35.26
26.61
150.41
0.45
234
12.74
35.22
26.64
147.52
0.46
204
207
210
215
219
..3.5.31.
13.20._
12.86
.
.820.,4.3
,
.21
-
241
248
—.
254
261
0.47
26.64 146.93
12..Aa....5,23__26.,6.9__i42.L9
0.48
26.65 146.02
35.16
12.42
139 2._.Q.,.48
0.48
26.69 142.72
35.16
12.23
.49
26..70. 141.43
0.49
141.29
26.71
35.15
12.08
35.20
12.60
Z .IR. PO.T TR
66.03
66.06
0.415
65,96
65.99
0.416
.66 ..0&
66.09.
66.06
0.415
66.01
66.04
65.99
66.06
0.415
66.03
66.03
66.11
66.08
.
66.1.4
0,415
.
0.414
66.11
0
0.414
268
11.92
35.13
26.72
139.76
0.50
66.08
66.11
275
278
283
11.83
35.14
26.74
137.87
0.51
66.18
66+21
0.412
11.75
35.13
26.75
137.20
0.52
66.13
66.16
0.413
0.53
66.13
66.16
0.L52
1
290
11.60
35.14
26.79
133.50
297
11.40
35.09
26.79
133.90
0.54
66.23
66.26
66.20
66,24
0.413
0.411
0.412
0.413
0.412
...
1
303
11.27
35.07
26.80
133.27
0.55
312
35.06
26.83
130.18
0.56
66,23
66.26
0.412
319
11.04
10.92
10.76
35.02
26.86
127.86
0.5?
66.23
66.26
0.412
325
10.51
35.00
26.88
125.12
0.58
66.35
66.39
0.410
335
339
10.29
10.11
26.88
125.18
0.59
66.40
66.44
0.409
344
9+99
9.87
9.79
34.95
34.93
34.92
34.92
34,88
9.59
9.44
9.32
34.90
34.87
34.85
9.16
9.06
8.94
34.84
347
351
357
363
368
376
379
385
388
391
396
400
406
410
413
34+81
8.79
8.66
8.2&
66.44
66.49
0.408
26.90
123.84
26.91
26.93
26.91
122.99
120,47
122.51
0.60
0.61
0.61
66.49
66.52
66.47
66.53
66.56
66.51
0+408
26.97
26.97
26.97
117.48
117.45
117.58
0.62
0.63
0.63
66,44
66.49
66.34
66.54
0+408
0+408
66+49
66+49
0.407
0.408
0.408
.
8+86
8.53
8.41
8.33
0.60
-
34.78
34.81
34.82
34.80
34.76
34.77
26.98
26.98
26.97
27.01
27.03
27.03
115.84
116.08
117.00
112.98
111.68
111.22
111.81
27.05
27.05
109.40
109.47
109.44
27.05
0.64
0.64
0.65
0.65
0.66
0.66
0.67
0.68
0.68
0.68
66.37
66.49
66.52
66+54
66.54
66.47
66.59
66.52
66.56
66+49
66.42
66.54
66.56
66.59
66.59
66.51
66+64
66.56
66.61
66.54
0.409
0,408
0.407
0+407
0,407
0.408
0+406
0.407
0+406
0.407
112
CONGO
DEPTH
417
422
427
STA 3516—05—79 1615 DN CAST
.TEMP
SAL
SIG—T
8.24
34.72
27,04
27.05
SVA
-
110,87
109,86
432
435
439
442
445
449
454
457
461
8.17
8.11
8.08
8.02
7.98
7,95
7.90
7.88
7.75
7.70
7.62
34.72
34,76
34.76
34.86
34.74
34.71
34.69
34,69
34.73
34.69
34,73
27.09
27.09
27.19
27.09
27.08
27.06
27.07
27.12
27.09
27.14
106,06
105,95
97.11
105,95
107,41
108.56
108,35
103.57
105.92
101.71
467
472
476
7.56
7.50
7.46
34.68
34,69
34.65
27,11
27.13
27.10
7.41
483
486
POT TR
POIC
0+69
0.69
66,66
66.59
66.71
66.64
0,405
0.406
ö.70
0,71
0.71
0.71
66.66
66.69
66.69
66.73
.7066,66
0,72
66.76
0.73
0.73
66.78
66.73
66.71
66.71
66.74
66.74
66.79
66.76
66.81
66.76
66.84
66,79
0.74
0.75
0.75
0,75
0.76
0.76
0.77
0.77
66.69
66.76
66.78
66.73
66.76
66.76
66.81
66+81
66.81
66.74
66.82
66.84
66.79
66.82
66.82
66.87
66.87
66.87
0.7266,71
34.69
34.63
34,67
34.65
34.63
27.15
27.11
27.14
27.13
27.14
99.24
0.78
66.88
66.94
99.91
66.85
66.95
66.95
66.92
67.02
67.02
0.402
0,400
0.400
66.99
66.16
66.99
67.04
67.02
0.401
.34.6527,10
508
7.02
34.65
27.16
6.96
34.64
27.16
521
6.92
34+65
27.17
98,59
0.79
0.79
0.79
528
532
535
34.65
34,57
34,58
34.61
34.58
27.19
27.13
542
6.85
6.80
6.78
6.74
6.74
97.60
102.60
101,94
99.18
101.19
0.80
0.80
0.81
0.81
0.82
66.93
66,10
66.93
66.98
66.95
550
6.62
34.62
Q
66.9567,02
559
564
567
6.59
6.53
6.48
574
6.46
.
6.94
0.405
0,405
0,403
0.404
0.404
0,404
0.403
0,404
0,403
0,404
0.404
0.403
0,403
0,404
0,403
0,403
0,403
0.403
0,403
0.402
0,401
501
515
518
% TR
104.42
102.51
105.31
104.86
100.91
104.63
101,17
102,04
101,91
7.33
7.32
7.25
7.19
7.10
491
DELD
34.64
34.58
34.58
34,55
99.27.
P27.14
27.17
27.15
27.14102,07
97.14
0.82
27,16
27.17
27.15
99.77
98.85
100.45
27+16
27,18
27.17
27.23
27.18
27.21
27.19
27.19
27.22
27.23
27.24
93.09
97.34
96.85
94.15
93.77
92.23
27.28
27.24
99,10
89.07
92.60
34.5927,19
584
587
592
6.36
6.36
6.27
34.56
34,53
34.61
601
604
609
613
616
619
623
626
633
638
6.20
6.18
6.16
6.13
6.07
6.01
5.98
5,95
5.89
5.82
34,57
34,54
34.35
34.58
34,57
34.58
34.5k
34.49
34.61
..
27.19
66.95
67.02
0.83
0.84
0.84
66.93
66.90
66.78
66.99
66.97
66.85
100,03
0.85
66.95
67.02
98.17
99.99
93,40
0.86
0.96
0.86
0.87
0.87
0.88
0.88
0.88
0.89
0.89
0.89
0.90
0.90
0.91
66.93
66.61
67.05
66.93
67.02
66+93
66.98
66.90
67.02
67.00
67.00
66.90
67.00
67.00
67.00
66.68
67.12
7.02
67.10
67.00
67.05
66+98
67.10
67.07
67.07
66.98
67.09
67.08
0.413
0.401
0.400
0+400
0.400
0.400
0.401
0.401
0.403
0.400
0.400
0.401
0.401
0.405
0.399
0.400
0.399
0.401
0.400
0.401
0.399
0.399
0.399
0.401
0.399
0.399
1)3
CONGO
8Th 35
DEPTH
648..
16-05—78
1615DN
.SIG.—T
.
.
27.26
34.55
POT TR
SVA.
.
5,71
680
694
705
5.47
34.54
27.28
88.74
5.26
34.49
27.26
90.53
67.10
67
O.400._
0.95
67.05
67.13
0.399
0.97
66.97
67.06
0.400
1.01
67.05
67.00
67.07
67.13
67.09
67.16
0.399
0.399
0.398
67.16
Q•9_
0.398
67.12
67,17
67.17
0.399
0.398
0.398
66
8.E.
726
736
748
J58
5.13
5.06
5.02
27.28
27.28
27.30
34.50
34,48
34.50
0.99
1.00
88,50
89.03
86.71
0.399
67.02
0.93
90.83
658
668
768
4.86
34.53
27.34
83.26
1.02
67.07
788
800
812
4.77
4.71
4.66
34.48
34.52
34.53
27.31
27.35
27.36
85.75
82.14
81.06
1.04
1.05
1.06
67.02
67,07
67,07
67.10
0.399
0,398
8.4,16...
7.04
..
67.14.
825.
_4.62
835
4.59
34.47
27.33
84.39
1.08
67,00
34.53
27.37
30.41
1.10
67.20
4,56
67.09
859
80.62
1.12
66,99
67.10
0.399
0.398
879
4,47
27.37
34.51
67,0967.20
0.39L_.
4.40
34.55
27.41
76.96
1.13
67.09
67.20
921
931
943
4.35
4.33
4.32
34,58
34.58
34.59
27.43
74.82
27,45
73.93
1.15
1.16
1.16
66.99
67.04
67.07
67.11
67.16
67.18
0.399
0.398
0.398
27.45
1.18
67.02
0,399
4.29
34.59
67,13
963
71,65
1.20
67.04
0.398
4.27
27.47
67.16
989
34.61
4.26
27.48
71.06
1.21
67.02
0.399
34.62
67.14
-1012
34+61
27,48
71.75
1.23
67.04
67.17
0.398
.889
899
...
L
-
.
4&
.
1034
4+22
_4 .22
4.23
34+66
27.51
68.77
1,25
67.09
67.22
0,397
1056
27.52
68.13
1.26
67,09
0.397
4.22
34.67
67.22
1078
69.40
1.27
67.06
67,20
0.398
—
66,
1098
4.21
34.65
27.51
27.56
65.04
1+29
67.04
0.398
4,21
34.71
67.17
1119
27.55
65+64
1.30
67.01
0+398
34.71
67.15
4.22
27.58
63.40
1.32
67+06
0.398
34.74
67.20
4+21
74—-4.20
34.75
27.59
62.75
67.09
27.62
66+96
0.399
34.79
67.11
4.17
1.33
34
1,34
4.15
34+76
27.60
61+45
1.36
67,06
67+21
0+397
1226
27.63
59.46
57.82
1.37
1.38
67.01
0,398
4.13
4+11
34.79
67.16
1248
-
1151__4,21
1162
1184
1206
121
1260
34,8127.65
0.397
114
-
CONGO
DEPTH
STA3S
TEMP
1615 DN CAST
SAL
SIG—T
SVA
DELL'
% TR
POT TR
POTC
4.10
4.10
34.82
34.82
34.82
27.65
27,65
27.65
55.30
57.51
57,61
57.65
1.39
1.39
1322
4,07
34.86
27.69
33,91
1.41
67.01
67.04
67.01
67.06
67.17
67.19
67.17
67.22
67.06
0.398
0.398
0.398
0.
67.22
1342
1354
1364
1374
1386
4.03
4.01
4.00
4.01
3.99
34.85
34.87
34.88
34.86
34.90
27.68
27.70
27.71
27.69
27.73
52.38
54.18
50.53
1.42
1.43
1.43
1,44
1.44
66,96
67.04
67.03
67.01
67.03
67.13
67.20
67,20
67.18
67.20
0.397
0.398
0.399
0.398
0.398
0.398
0.398
1406
1418
1428
3.97
3,97
3.96
27.72
27.73
27.72
1450
1460
1472
3.94
3,95
3.92
3.91
3.92
34.88
34.90
34.89
34,8
34,90
34.93
34.92
34.90
34.94
27.73
27.76
27,75
27.74
27,77
52.13
50.97
51.79
51.43
51.01
48.72
1.45
1.46
1.47
1.47
1.48
1.48
1521
1533
1543
1553
1564
3.90
3.92
3.90
3.89
3.87
34.96
34.96
34.95
34.95
34,93
27.79
27.78
27.78
27.78
27,76
66.99
67.03
67.03
66.98
67.01
66.91
66.98
67.01
67.03
66,96
66.98
67.01
66.93
66.96
66.91
67.16
67.21
67,21
67,16
67.19
67.09
67.16
67.19
67.21
67.14
67,17
67.19
67.12
67.iS
67.10
0,398
0.398
0.398
0,398
0.398
0.399
0.398
0.398
0.397
0.398
0.398
0.398
0.399
0.398
0.399
1585
1595
1605
1617
1627
3.86
3.85
3.84
3+83
3.81
34.96
34,93
34.97
34.96
34,94
27.79
27.77
27.80
27.79
27.78
46.78
48,79
45.97
46.34
47.89
1.54
1.55
1.55
1.56
1.56
1647
3.80
34.94
27.78
47.49
27.81
27+81
27.82
27+77
27.82
1280
1292
1302
.1484
1497
A.09,84
4,11
.1509 ...
3,8634,96
1667
54.97
.
53.29
1.40
40
49.011,49
50.30
_48.24
46,24
46.86
47+22
47.55
48.73
1,49
1.50
1.51
1.52
1.52
1.53
1453
1.5466.98
67.20
67.18
67.10
67.18
67.18
0.398
0.398
0,399
0.398
0.398
1.57
67.01
67.21
0.398
45.00
45.34
44.45
1.58
1.58
1.59
66.96
66.91
66.98
67.16
67.11
67.19
44.35
1.60
0.398
0.399
0.398
0.399
0.399
2'._
-
1677
1687
3,77
3.76
3.75
1709
3+71
34.97
34.97
34.98
34.92
34.98
1731
3.68
34,97
27.82
44.37
1.61
1753
3.66
34,95
45,99
1,62
1773
3.64
34.98
27.80
27.83
27.83
43.97
1798
3.61
3.59
3.58
3.55
34,97
34,97
34.95
34.94
34.96
27.82
27.83
27.81
27.80
27.82
44.38
43,99
45.66
3.55
3.54
44.30
34.95
34.98
27.82
45.23
1808
1822
1832
1842
1853
1864
1874
3460
67.170.398
67.01
66.98
66.91
66.98
66.98
3.3334,98
48.521,59
46+43
27.8443,15
27.8443.14
66.9367+14
66.93
66.88
66.98
67.14
67.09
67.19
67.12
0+399
1.63
66.91
66.91
66.96
67.17
0,398
1.64
1.64
1.65
1.65
1.66
66,98
66.95
66.93
66.93
66.93
67,20
67.17
67.15
67.15
67.15
0.398
0.398
0.398
0.398
0.398
1.66
1.67
1,67
66.83
66.90
66.90
67.06
67.13
67.13
0.400
0.399
0.399
+93.1
-
0.399
0.398
0.399
115
STA 35. 16—05—78 1615. tIN
DEPTH
1884
1895
1906
1916
-TEMP
SAL
3,50
34.99
..
.
27.85
42.30
1+68
1.69
47,$Q47•11
0.399
66.90
67.14
0.399
_4&.78..
3.48
34.96
27.83
34.98
27.85
42.61
1.70
66.83
0.400
3.46
67.07
1937
27.82
44,75
1.71
66.90
0.398
3.43
34.95
67,14
1963
1973—
3.41
3.41
34.97
27.85
42.77
1+72
66.83
67.07
0.400
.41.?L.
43.07
1.73
66.85
67410
0.399
0.399
3,39_.34.98
.41,45
6.6...,8_b7..05
2006
3.37
34.96
27.84
2026
3+36
34.95
27.83
43+86
1+74
66.83
67.08
2047
3.34
34,96
27.85
43.01
43.43
44.20
1.75
66.80
67.05
66,80
47..Q5
—
2057
2067
207
2088
3.33
34,95
2112
27.83
.
0,400
.
34.97
27.85
42.65
3.27
34.95
27.84
43+42
0.401
1.76
66.98
1.77
66.88
67.13
QL_._
0+399
66.78
67.04
0.400
0.400
.1.77
1.78
..
2124
0.400
66.73
_4
3.32
2102
0,4QQ._..
2134
3.25
34.98
27.87
41.41
1.79
66.80
67.06
2157
3.24
3.23
3,22
34.95
34,97
34.97
27.84
27+86
27.86
43.52
42.02
41.66
1.80
1.80
1.81
66.85
.66.80
66.75
67.11
67.07
67.02
0.399
0.400
0.400
3.19
27.86
42.39
1,82
66.80
67.07
0.400
2204
34.96
27.85
42.53
1.83
66.78
0.400
3.17
34,95
67.05
2229
3+15
34.93
27.84
44.18
1.84
66+80
67.07
0.399
2253
34.94
27,85
42,98
1.85
66.78
67.05
0.400
3.13
27.85
41+35
40.88
42.84
1.86
1.86
1.86
66.85
66.80
66.75
67.13
67.08
67.03
0.399
0.399
0.400
2171
2182
27.8&_AU_63
-
2245
2275
-.
67.11
66,88
43.86
1986
—-
TR
DELO
SIG-T.
_2286_ 312__334.96
27.87
27,87
.
2296
2306
2316
3.10
3.09
3,08
34.97
34.94
2337
3.06
34.97
27.88
40.79
1.87
66.78
67.06
0+400
2357
3.03
3.04
3,03
3.03
3.01
3.00
2.99
2.97
2.97
2.97
34.94
34.93
34.95
34.94
34+98
34.96
34.94
34.94
34.95
34.96
27.85
27.85
27.86
27.86
27.89
27.88
27,86
27.86
27.87
27.88
42.68
43.62
41.96
42.36
39.95
40.71
42.69
42.27
41.44
40.64
1.88
1.89
1.89
1.89
1.90
1.90
1.91
1.91
1.92
1.92
66.73
66.77
66.70
66.75
66.68
66+73
66.80
66.72
66.70
66.77
67.01
67,06
66.99
67.04
66.97
67.02
67.09
67.02
67.00
67.07
0,400
0.400
0.401
0.400
0.401
0.400
0+399
0.400
0.401
0.400
2368
2378
2389
2400
2410
2420
2432
2442
2452
2462
2472
2482
2492
2+96
2.94
2.93
2,92
34.93
34.95
34.98
34.96
27.85
27.87
27.90
27.88
43.02
41.35
38.90
40.42
1.92
1.93
1.93
1.94
66.72
66.72
66.72
67.02
67.03
67.03
0.400
0.400
0.400
0+400
116
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27.88
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34.92
27.85
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2.21
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27.86
44.14
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34.89
66.86
2.59
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40.52
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66.44
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64.83
27.91
39.61
2.23
66.44
0.403
34.96
66.84
3211
2.58
2.57
2.57
27.90
40.35
2.24
66.40
0.404
2.56
34.95
66.79
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2.56
34.92
27.88
42.74
2.25
66.39
66.79
0.404
3253
3243
2.25
2.26
2.27
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3273
3285
3295
2.55
2.55
34.93
27.89
42.70
40.62
40.26
41.41
3316
2.55
34.94
27.90
41.02
2.28
34.95
27.91
40.54
2.28
2.56
34.92
34.94
27.88
27.90
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66.72
66.77
0.405
0.404
66.39
66.80
0.404
66.37
66,77
0,404
66.34
66.75
0.404
0.404
66.32
66.37
66.4.2
2.28
3326
3336
3350
2.53
3360
2.53
34.92
27.88
42.52
2.29
66.34
66.75
3381
34.92
34.91
34.93
27.88
27.88
27.89
42.52
3391
3403
2.52
2.52
2.52
41.69
2.30
2.31
2.31
66.32
66.34
66.37
66.73
66.76
66.78
0.405
0.404
0.404
27.91
39,97
2.32
66.27
0,405
2.50
34,95
66,69
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27.91
40.78
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2.34
66.27
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3493
3505
3515
3526
27.88
42.82
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34.91
66,74
2.48
27.87
44.02
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66.29
0.405
34.90
66.72
2.49
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2.37
66.29
0.405
2.48
27,89
66.72
3538
34.92
3561
27.90
41.21
2.38
66.20
0.406
34.94
66,63
2.46
34.89
27.87
44.48
2.39
66.29
66.73
0.405
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2.46
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2.46
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2.60
2.59
2.60
3148
3i59
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34.94
34.89
27.90
27.87
41.35
44.79
0,49S
0.405
2,39
2.40
66.27
66.29
66.71
66.73
66.71
0.405
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2.45
34.91
27.88
43.48
2.41
66.27
3648
3660
3671
3683
3695
2.44
2.44
2.44
2.43
2.43
34.93
34.90
34.93
34.92
34.90
27.90
27.87
27.90
27.89
27,87
41.81
44.24
41.50
2,42
2.42
2.43
66.22
66.19
66.27
66.66
66.64
66.71
66.27
66.72
44,28
2.44
66.24
66.69
0.406
0.406
0.405
0.405
0.405
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2.42
2.41
34.92
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42.53
41.32
2.45
2.45
66.22
66.27
66.67
66.72
0.406
0.405
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42.63
2.43
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DEPTH
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2.41
2.40
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34,89
27.87
44.42
378.0
34.88
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34.90
27.87
45.05
2.39
3790
27.88
43.83
3813
3838
2.39
2.39
2.38
34.89
34.92
34.90
3858
2,37
34.90
3879
2.37
3903
2.36
34.93
34.93
34,92
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2.37
3949
3961
3971
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4006
4018
4031
4041
4051
4062
4072
4082
4094
4104
4116
4127
4149
4161
4170
4180
4190
4200
4210
4220
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4307
4318
4328
4340
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2.47
66.17
2.48
66.17
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27.9041,61
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66.22
66.67
66.27
66.72
66.63
0.405
0.405
0.406
66.63
0.406
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27.90
27.89
44.29
42.38
43.50
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2.49
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66.14
66.22
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66.24
66.71
0.405
27,91
27.91
27.90
2.52
2.52
2.53
2.54
66.19
66.19
66.14
66.17
66.14
66.66
66.67
66.62
66.64
66.62
0.406
0.406
0.406
0.406
0.406
66.12
66.07
66.12
66.60
66.55
66.60
0.407
0.407
0.407
0.407
66.09
66.12
66.07
66.58
66.61
66.56
0.407
0.406
0.407
66.51
66.63
66.54
66.51
66.64
66.57
66.59
66.59
66.52
0.408
0.406
0.408
0.408
0.406
0.407
0.407
0.407
0.408
66
66.55
66.55
66.57
0.407
0.407
0.407
2.36
2.36
2.35
34,93
34.92
34.89
27.90
27.90
27.88
42.20
42.57
44,43
2.55
2.55
2.56
2.35
2.35
2.35
34.92
34.91
34.91
27.90
27.89
27.89
27.83
42.92
2.57
43.25
43.64
44.87
34 .94
27.91
27.89
27.89
27.90
27.88
27.91
27.87
27.89
27.89
27.92
2.57
2.58
2.58
2.59
2.59
2.60
2.60
2.60
2.61
2.61
2.62
2.62
66.02
66.14
66.04
66.02
66.14
66.07
66.09
66.09
66.02
34.92
34,93
34.88
34.90
34.92
34.89
34,94
42.12
44.05
44.02
42.80
44.66
42.32
45.83
43.92
43.86
41.88
27.90
27.91
27.87
27.88
27.90
27.87
27.92
43.36
42.59
46.06
45+31
43.64
45.96
41.95
2.63
2.64
2.64
2.65
2.65
2.66
2.66
66.04
66.04
66.06
66.02
65.99
65.97
66,01
2.35
2.35
2.36
2.36
2.33
2.36
2.33
2.36
2.36
2.36
2.35
2.35
2.36
2.36
2.37
2.36
2.37
34.89
34.89
0.406
0.405
0.405
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34.8927,88
34.89
34,93
34.91
34.91
34.92
34.90
34.93
34.88
34.91
34.91
66.61
66.68
66.68
43.39
27.89
2.35
2.35
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4275
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41.83
42.51
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66.14
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66.53
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27.87
27.88
46.13
45.78
2.66
2.67
65.92
65.97
34.89
27.87
46.13
2.68
65.94
66.46
0.409
34.90
34,93
34.93
34.92
34.91
34.90
34.92
34.92
27.88
27.91
27.91
27.90
27,89
27.88
27.90
27.90
45.71
43.26
43.58
44.36
2.69
2.69
2.70
2.70
65.92
65.94
65.94
65.92
65.94
65.82
65.92
65,89
66.44
66.46
66.47
66.44
66.47
66.35
66.45
66.42
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44.31
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2.71
2.71
2.72
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66.43
66.48
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0.409
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46,24
2.73
65,77
66.30
0.411
27.91
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46.05
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2.36
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2.78
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13.31
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35.27
35.29
154.01
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12.97
35.26
35.28
26.56
26.60
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26.61
26.63
150,73
149,98
149.33
147.36
12.70
12.62
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26.62
26.67
148.77
144.43
12.43
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35.15
35.18
35.19
26,63
26.66
148.33
144.97
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26.70
26.68
141.50
143.20
205
208
213
216
225
228
242
245
250
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12.08
257
12.01
11.94
11.88
33.14
26.70
141.45
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POTC
0.36
0.37
0.37
0,38
0.39
65,89
65.76
65.72
65.72
65.76
65,91
65.79
65.74
65.74
65.79
0.417
0.419
0.420
0.420
0.419
0.40
0.40
0.41
65.79
65.74
65.86
65.02
65.77
0,418
65,89
0.417
0.42
65.76
65.79
0.419
65.84
65.89
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66.06
66.09
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65.86
11.76
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11.67
11.38
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26.79
26.77
137.32
133.48
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0.45
0.45
0.46
0.46
0.47
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284
11.38
35.07
26.78
134.48
0.48
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26.83
129.49
0.50
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11.02
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303
306
10.82
10.71
35.03
33.01
26.85
26.85
128.04
127.73
0.51
66.10
66.14
0.414
34.99
26.85
127.73
0.412
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66.20
66.15
66.24
66.19
309
0.31
0.31
320
34.99
34.98
26.88
26.89
125.08
124.61
0.53
0.53
66,10
66.08
66,14
323
10.48
10.39
326
10.31
34.95
26.88
125,36
0.54
66,20
10.22
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34.92
34.91
26.87
26,88
126.70
125,13
0.35
66.15
9.99
9.69
9.61
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9.40
9.29
34.92
34.86
34.88
34.87
34.87
34.85
26.91
122.75
26.95
26.96
26.97
26.97
119.19
118.09
116.81
0.55
0.36
0.56
0,57
0.58
0.38
9.17
34+78
119.88
0.59
9.01
8.92
8.83
34.80
34.81
34.78
26.94
26.96
26.98
27.00
27.00
260
264
267
270
274
336
340
345
348
353
358
363
370
379
384
387
39179
8.72
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35.13
33.12
26.72
26.72
26.73
139.96
139.70
139.50
26.75
137.91
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66.10
66.22
66.27
66.23
66.17
66.23
117,000.58
118,44
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116.60
114.28
114.66
0.60
0.60
0.61
66.27
66.30
66.35
66.30
66.39
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0.413
66.32
0.411
66.39
66.34
66.44
0.410
0.410
0.409
0.413
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66.49
0,408
0.64
66.49
66.54
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0.65
66.47
66.32
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112.55
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34.77
34.75
34.74
27.02
112.62
0+62
66.39
27.02
113.00
0.63
0.63
66.42
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8.63
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34.76
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109.42
113.62
66.19
66.14
66.27
66.32
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0.412
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34.79
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66.12
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66.42
394
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C-,
CONGO
DEPTH
TEMP
SAL
691.
5.36
711
722
732
745
755
765
777
787
797
809
819
5.20
5.14
5.05
4.99
4.92
4.88
4+83
4.78
4.72
4.66
4.62
841
855
867
8/8
890
900
4.53
4.49
4.43
4.40
4.36
4.34
34.49
34.50
34.49
34.48
34.53
34.58
34.50
34.54
34.54
34.53
34,47
34.52
34.50
34+49
34.48
34.47
34.49
34.49
34.52
34,54
34.50
34,54
34+50
922
932
4.28
4,27
4.25
34,57
34.57
34.54
659
669
681
5.52
5.41
701_.29
CAST
1350
STA 36
sIG—r
SVA
DELL'
% TR
POT TR
POTC
67.03
66.96
66.96
66.98
67.01
67.03
67,04
67,04
67,06
67,06
67.09
67.07
67,04
67,02
67,09
67.00
67,07
67,10
67,10
67,08
67.05
67.08
67.10
0+400
0,401
0.401
0.401
0.400
0.400
0.400
0+400
0.400
0+400
0+399
27.21
27,24
27.24
27.25
27.29
27,34
27+29
27.33
27.33
27,34
27,29
27+34
21.32
27.33
27.32
27.32
27.34
27.34
27.37
27.40
27.37
27.40
27.38
94.89
92.35
92.02
91.92
87+91
82.93
88.00
84.33
83.83
83+22
87.33
83.38
84.62
84.09
85.03
85.12
82.88
82.97
80,04
77.67
80+87
77,44
79+80
0.88
0.89
0.90
0.91
0.92
0.93
0,94
0.95
0.96
0.97
0.98
0.99
0.99
1.00
1.01
1+02
1.03
1.04
1.05
1.06
1+07
1+08
1.09
66.95
66,88
66.89
66,90
66.92
66.95
66.95
66,95
66.97
66.97
67.00
66,97
66,95
66.92
67.00
66,90
66.97
66.99
66+99
66+97
66,95
66.97
66.99
74+72
74,33
76+76
1.10
1,11
1,12
67.02
6T.02
66+97
67.13
0,400
0.400
0.399
0+401
0.400
0.399
0.399
0.399
0.400
0.399
0.399
0.399
0.399
67+08
0,399
74,22
73.83
72.64
1+14
66.97
67+09
0,399
1,15
67,02
67,14
0.399
988
4.20
4.19
4,18
34.56
34.57
34.59
27.43
27.44
27+41
27.44
27+44
27,45
27.46
4.17
34,59
27.46
72.71
1.17
66.99
67.11
0,399
1008
27.50
69.07
1.18
27.49
70.24
Lf9
66.92
0.400
4.16
34.64
67.04
1028
27.48
71.11
1.20
67.02
67.14
0.398
0.399
944
968
978
1039
1050
1072
34.57
4.14
34.62
4.13
34.61
67.07
0400
4.13
34.65
27.52
68+00
1.21
66.99
67.12
64.02
1.22
66.99
0.399
27.56
67.12
4.11
34.71
1082
1094
34
27.5366.79
34.71
27.54
27.56
64.17
1,24
66+97
67.10
0.399
1114
4.12
4.12
4.10
34.72
27.57
63.34
63.36
1.25
1,26
67.01
67.15
67.1w
0,398
1135
1.27
66.97
67.11
0,399
67,11
0.399
1104
63+10
27+58
67.0
0.39V
34.72
34.77
27.61
59.92
1+28
66.96
1178
4.08
4.08
4.08
34.77
59.62
1.29
66.94
0,399
4,06
27,62
67.09
1200
56.95
1,30
66.96
67.11
0+399
55.89
1.31
66.91
67.07
0,400
55.23
1.33
66.91
67,07
0,400
1158
1212
1222
4.06
34+81
60.69
0
27+65
.
1242
1266
4.07
4,06
4.05
34.83
34.81
27.66
.04
27.
34,8427.67
0400
124
5Th 36 17—05--77 1350 DN CAST
CONGO
DEPTH
1281
1291
1303
1313
1325
1335
1355
1365
1379
1399
1409
1419
1429
1439
TEMP
SAL
S1G—T
SVA
4.07
4.04
4.03
4.04
4.04
4.03
4.01
4.00
34,81
34.86
34.83
34.86
34.87
34.86
34.85
34.86
34,89
27,65
27,69
27.67
27.69
27.70
27,69
27.69
27.70
27.72
57.66
53.49
55.56
54.04
53,35
54.13
54.04
53.68
51.80
4.02
4.02
3.99
3,97
3+95
3,95
3.92
14513.91
1463
1473
1485
1496
1508
1518
=
3.92
3.92
3.90
.3.89
3.87
3.86
3.86
3.86
3.85
3.83
3.82
1532
1542
1555
1567
1577
1587
1597
3.80
3.80
1618
1639
1649
1660
1671
1681
1693
1703
1713
1723
1733
1744
1757
1769
1781
1791
1801
3.77
3.76
3.75
3,74
3,73
3.69
3.69
3.67
3.66
3.64
3.63
3.64
-
3.61
3.60
3,59
3.57
3,57
1821
1831
1841
1851
1863
1875
1885
3.52
3.52
3.49
3.47
3.47
_t'ELLi
Z TR
POT TR
1.34
66.87
67.02
1.34
1.35
1.35
1.36
1.37
1.37
1.38
66.87
6&.86
66.89
66.86
66.82
66.94
0,400
67.02
67.02
67.05
61.03
66,98
67.10
67.08
66.96
67,03
0.400
0,400
0,400
0.400
0.401
0.399
0.399
0.401
0.400
66.91
66.79
34.88
34.91
34.91
27.71
27,74
27.74
34.86
34.91
34+90
34.92
52.41
50.21
49,77
27,70
27.74
27,73
27,75
1.39
1,39
1.40
53,41
49.72
50.94
49.22
48.84
50.25
49.07
50,68
50.34
49.10
66.86
66,84
66.84
1.40
1.41
1.41
1.42
1.43
1.43
1.44
1.44
1.45
1.45
1.46
1.46
1.47
1.48
1.48
1.49
1.49
1.50
67.01
67.01
66.79
66,91
66+79
66.79
66.84
66+84
66.89
66.81
66.84
66.76
66.81
66.81
66+76
66.79
66.76
66.79
66.79
66.74
66.96
67.08
66,96
66.96
67.01
6/.02
67.07
66.99
67,02
66+95
67.00
67.00
66.95
66,98
66.95
66.98
66.98
66.93
34.9227.75
34.92
34.90
34.90
34.92
34,94
34.93
34,94
34.90
34,95
34.90
34.95
34.91
27.74
27.75
27+74
27.74
27.76
27,77
27.77
27.78
27.75
27,79
27.75
27.79
27.76
48.09
47.32
50.21
46.59
50.22
46.50
49,38
POTC
0.400
0.400
0.401
0.399
0,401
0.401
0.400
0.400
0.400
0.401
0.400
0.401
0,401
0.401
0.401
0.401
0.401
0.40.1
0.401
0.402
0.401
34.91
34.91
34.92
34.94
34.94
34,94
34,97
34,93
34,95
34.94
34.92
34.92
34.91
34.94
34.96
34.96
34.96
34.96
27,76
27.76
27.77
27.79
27.78
27.78
27.82
27.79
27.80
27.80
27.78
27,78
27.78
27.80
27.82
27.82
27.82
27,82
49.33
49.34
48.52
46.90
47,24
47,34
44.30
47,19
45.90
46.27
47.41
47.41
48.30
46.27
44,69
44.33
44.23
44.24
1.51
1.51
1.52
1.52
1,53
1.53
1.54
1.54
1.55
1.55
1.56
1.56
1,57
1.57
1.58
1.58
1.59
1.59
66.74
66.71
66.79
66.86
66.76
66.83
66.79
66.86
66.81
66./9
66.79
66.81
66.83
66.78
66.74
66.71
66.76
66+76
66.94
66.91
66.99
67.06
66.96
67.04
66.99
67.08
67.02
66.99
66.99
67.02
67.05
67.00
66.95
66.93
0.402
0.402
0.401
0.400
0.401
0.400
0.401
0.400
0.400
0.401
0.401
0.400
0.400
0.401
0.401
0.402
66.98
0.401
34.97
27,83
43.83
1.60
66.73
66.96
0,401
1.61
1.61
1.62
1.62
1.63
66.76
66.98
66.98
0.401
66.99
0.402
0.401
0.400
27 80
34,99
34,94
34.94
34,97
27,85
27.81
27.81
27.84
21.82
46 ,2
42.12
45.72
45.32
42.88
44.51
66.68
66.76
6o.78
67.0.1
125
CONGO Sm 36 17—05--77 1350 tiN CAST
DEPTH
,TEMF
SAL
SIG—T
SVA
DELD
Z TR
POT TR
POT C
1896
1906
3.46
34.96
0.402
1917
1927
1938
1948\
1960
66.76
66.76
66.71
66.66
66.63
66.68
66.99
66.99
66.94
66.90
66.87
66.92
0.401
0.401
0.401
0.402
O.402
0.402
1984
1994
2005
3.38
3.36
3.36
34.97
34.97
34.98
1.63
1.64
1.64
1.63
1.63
1,66
1.66
1.67
1.67
66.92
34.93
34.95
34.93
34.96
34.96
34.95
43.72
46,13
44.10
43.65
66,68
3.46
3.44
3.43
3.41
3.42
3.41
27.83
27.80
27.83
27.81
66.61
66.61
66.68
66.85
66.85
66.93
0.403
0.403
0.402
1.69
1+70
1.70
1.70
1.71
66.68
66,68
66.68
66.93
66.93
66+93
0.402
66.63
66.89
0.402
1.72
1+72
1.73
1+73
1+74
1.74
1.75
1.75
1+75
66.71
66.58
66.66
66.61
66.68
66+96
66.84
66.91
66.87
66.94
0+401
0.403
0.402
0.403
0+401
66.66
66.63
66.58
66.92
66.90
66,85
0.402
0.402
0.403
1.76
1.76
66.66
27.8343.62
27.84
27.83
43.30
44.14
27.83
42,57
27+8542.48
27.86
41.77
41
27,83
27.86
27.85
44,55
41.63
42.81
34.94
34.98
34.96
2068
3.34
3.32
3.31
3.30
3.29
34.92
27.81
45.66
2089
2099
2109
2121
2131
3.27
3.25
3.25
3.23
3,23
34.98
34,93
34.96
34.95
34.96
27.87
27.83
27.85
27+84
27+85
40.81
44+78
42.77
43.14
42+32
2153
2163
2173
3.19
3.19
3.17
34.92
34,97
34.98
27.83
27.86
27.88
'7 84
44.70
41.47
40.21
2026
2036
2046
20793.29
34,9527.84
2783
3.2134.95
1+68
1,6966,6666.90
66.68
0.402
0,401
66+63
66.90
0.402
0.402
3.16
34.97
27.86
43 44
41.39
3.15
34.95
27+86
42.27
1.77
66.38
66.85
0.403
3.13
3.12
34.93
34.92
8
27.83
43.43
44.25
1+78
66,68
66.65
66.93
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TEMP
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% TR
POT TR
POT C
35.08
26,74
137.10
0.47
66.11
66,13
0.414
239
243
248
253
256
11.56
11.50
11.41
11.33
35.06
35.06
35.07
35,06
26.73
26.75
26.77
26.78
137.82
136.09
134.35
133.66
0.48
0,48
0.49
0.50
66.15
66.15
66.15
66.18
66.18
66.18
0.413
0.413
0.413
11.29
35.08
26.81
131.35
0.50
66.10
66.14
0.414
266
11.15
11.13
11.03
11.00
10.89
10.83
10.79
10.77
10.71
35.05
35.03
35.01
35.01
35.03
34.99
35.00
35.02
34.97
26.80
26.80
26.80
26.80
26.84
26.82
26.83
26.85
26.82
131.87
132.45
132.67
132.11
128.59
130,82
129.63
127.60
130.34
0.51
0.52
0.52
66.20
66.25
66.25
66.2
66.25
66.23
66.28
66.28
0.412
0,411
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66.27
0.55
303
307
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26.84
128.76
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10.56
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26.82
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10.27
10.19
34.93
26.86
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34.95
26.92
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9.92
9.88
34.89
34.93
34.89
26.90
26.93
26.90
124.10
364
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34.86
26.90
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123,75
122.20
120.65
378
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34.87
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9.41
9.33
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34.83
34.81
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26.94
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130,51
0.57
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126.98
0.59
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66.34
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125.36
0.60
66.32
66.36
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0.61
66.27
66.31
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0.62
66.27
66.32
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66.35
66.39
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0.64
66.35
66.39
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0.65
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120.24
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121.42
120.51
121.13
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0.66
0.67
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66.32
66.32
66.42
66.42
66.37
66.37
66.47
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0.410
0.410
0.409
0.409
0.69
66.42
66.47
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0.70
66.42
66.47
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34.81
34.77
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0.54
0.54
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116.37
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34,72
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0.73
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0.75
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8Th 38 18—05—77 1940 ON CAST
4.92
4.84
4.83
4.74
4.67
4.64
4.58
4.53
4.49
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SVA
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% TR
POT TR
POT C
27.25
91,61
0,400
27.26
91.28
66.97
66.95
67.06
34.50
0.99
1.00
67.04
0.400
66.99
0,401
34.47
34.47
34.48
34.48
34.50
27.2591.89
67.06
67.02
67.04
67.09
0,400
0.400
0.400
0.399
SAL
-
34.47
34.50
34.50
34.49
34.48
34.48
34.48
34.49
27.27
90.00
1.01
66.90
27,26
27.27
27.28
27.30
90.73
89.60
88.66
86.96
1.03
1.04
1.05
1.06
66.97
66.92
66.95
67.00
88.62
85.45
27.28
27.32
27.32
27,33
27.32
27.33
27.35
1,0266.95
67.02
67.02
67.09
0.399
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1.11
67.00
67.00
66.97
67.07
0,400
1.13
66.99
67.10
0.399
0.400
0.399
85.06
84.71
84,76
84.94
84.47
1.09
82.90
1.14
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34.48
34.48
27.34
83.53
1.15
66.95
66.97
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4.44
34.48
27.35
82.91
1.16
66.92
67.05
67.08
67.03
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4.36
34.49
27.37
81.23
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67.11
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4.28
4,26
4.26
4.25
4.23
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34.53
34.53
34.55
34.57
34.57
34.56
34.60
27.40
27.41
27.43
27.44
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0.400
0.400
66.92
66.92
1.07
1.08
67.06
0.400
1.20
66.94
66.90
75.68
1.21
66.94
67.06
0.400
0.400
74,59
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67.09
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78,26
77.32
27.47
72.16
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67.12
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27.49
70.64
1.28
67.02
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34.61
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34.61
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34.59
27.47
72.40
1.30
67,02
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34.65
27.52
67.52
1.31
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67.10
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4.07
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34.65
34.67
34.63
34.67
27.52
27,54
27.51
67.69
66.05
69.27
1.32
1.33
1.34
66.94
66,97
67.01
67.08
67.10
67.15
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0.399
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67.31
64.47
60.76
61.27
1.35
1.36
1.36
1.37
1.38
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27.53
27.58
27.56
27.60
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34.78
34.78
34,79
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58.08
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1948
1958
3.38
3.36
3.36
3.35
34.93
34.96
34.93
27.82
27.84
27.82
45.09
42.62
45.07
1.75
1.75
66.73
66.71
66.97
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66.95
0.401
1979
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1989
2000
2010
2020
2031
2043
2053
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2073
2083
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27.83
27.84
27.82
27.82
27.82
3.33
3.33
3.32
3.31
34,94
34.95
34.93
34.93
34.93
3.27
3.27
3.25
3.24
3.23
3.21
34.94
34.95
34.93
34.92
34.96
34.94
27.85
27.83
27,84
27.83
27.82
27.85
27.84
34.94
27.84
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3.20
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34,94
27.85
44.25
42.96
44.57
44.57
44,94
42.09
43.75
42.94
44.08
44.88
42.02
43.19
66.66
66.71
1.76
1.76
66.71
1.77
1.77
1,78
1.78
66.71
66.66
66.71
1.80
1.81
1.81
66.73
66.68
66.66
1.82
66.66
45,211.82
0.401
0,402
66,95
0,401
66.93
66.93
66.68
66.68
1.79
1.79
1.80
66.95
66.90
66.95
66.91
66.96
66.88
66.98
66.94
66.91
0.402
0.402
0.401
0.402
0.401
0.402
0.401
0.402
0.402
0.402
0.402
0.401
66.63
1,83
66.68
66.91
66.89
66.94
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42.89
42.84
42.76
-
2137
3.17
2157
3.17
34.92
27.82
44.85
1.84
66.70
66,97
0.401
1913.14
3.13
34.94
34.96
34.92
34.92
27.85
42.81
1.85
66.63
66,90
0.402
1.87
66.66
66.63
66.92
66.90
0,402
0.402
66.95
0.2
0.401
2181
3.1
3.14
1
1.86
1.88
66.68
.
2244
3.09
34.93
27.84
43.99
44.51
44.08
43,23
2266
3.07
3,05
34.95
27.86
41.63
1.89
66.58
66.86
0.403
34.93
34.91
34.93
27.85
42.82
1.90
66.63
0.402
27.85
1.91
66.94
0.402
34.91
34.96
42.83
44.49
44.07
40.82
43.30
41.32
44.20
39,73
43.70
43.29
42,13
41.76
42.13
42,53
41.76
j,906.5
66.65
66.91
1.92
1.92
1.93
1.93
1.94
1.94
1.95
1.95
1.95
1.96
1,96
66.63
66.58
66.63
66.51
66.60
66.60
66.63
66.60
66.58
66.55
66+60
66.91
66.87
66.92
66.80
66.89
66.90
66.92
66.90
66.87
66.85
66.90
0,402
0.403
0.402
0.404
0.402
0.402
0.402
0.402
0.402
0.403
0.402
1.97
66.55
66,85
40.58
66.48
66+78
0.403
0.404
66.86
0.403
2201
3
2224
2288
3.11
22983.04
2310
03
3.02
3.03
27.83
27.83
27,8344.76
2466
2.90
34.94
27.84
27.87
27.85
27.87
27.84
27.88
27.84
27.85
27.86
27.86
27.86
27.86
27.86
2489
2499
2511
2.88
34.95
27.88
34.91
27.84
43.88
2534
2.88
2.85
34.92
42.31
2554
2.84
34.96
27.86
27.89
2332
2343
2355
2367
2380
2390
2400
2410
2422
2434
2444
3.00
3.00
2.98
2.97
2.96
2.94
2.93
2.93
2.92
2.90
34+92
34.95
34.91
34.97
34.91
34.92
34.93
34.94
34.93
94
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1.98
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41492.00
2.00
66.55
66.48
403
668400.404
2.01
66.58
66.89
39.42
1.99
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66.79
0.402
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CONGO
STA 38 ig—05—77 1940 tiN CAST
SIG—T
SVA
DELD
% TR
POTC
TEMP
SAL
POT TR
DEPTH
3163
3173
3184
3194
3206
2.55
2.54
2.54
2.54
2.54
34.91
34.89
34,90
34.91
34.93
27.87
27.86
27.87
27.88
27.89
42.58
43.70
42.94
42.12
41.33
2.27
2.27
2.28
2.28
2.29
66.30
66.30
66.30
66.27
66.22
66.69
66.69
66.69
66.66
66.62
0.405
0.405
0.405
0.406
0.406
2.54
34.90
27.87
42.94
2.30
66.18
66.27
66.57
66.67
0.407
3228
3248
;3260
3270
2.53
34.91
27.87
42.83
2.31
66.25
2.53
34,91
27.88
42.43
3290
2.52
34.88
27.85
3313
2.51
27.88
3335
2.50
34.91
34
34.91
2.50
34.90
32162.53
—.
2
0.406
2.32
66.20
66.65
66
66.60
44.72
2.32
66.27
66,67
0.405
42.34
2.33
66.22
66.63
0.406
27,8842.05
2,3166,22
42
66.58
66,58
66.63
0.407
66.20
66.61
0.406
2.37
66.15
66.57
0.407
42.90
2.38
66.12
66.54
0.407
42,77.
2.39
66.05
66.47
0,408
27.87
43,49
2.40
66.07
66.50
0.408
66.10
66.53
0.408
34.92
45.38
43,36
41.35
2.41
34.90
27.85
27.87
27.90
2.41
66.12
66.55
0.407
42.03
2.42
66.12
66.55
0.407
27.88
2.49
34.91
27.88
42.62
2.36
2.37
3398
2.48
27.86
44.17
3418
2.47
34,89
34.89
34.90
27.88
3438
34.91
34.92
34.90
27.88
3458
2.46
2,46
2,46
3478
2.45
34.87
3500
..
41. 84
2.44
0.407
66.17
66.17
66.22
27.88
2.35
2.35
.
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0.406
.
2.34
3376
27644,12
27,8941,96
43.27
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662066T62
0.406
3520
2.44
34.92
27.89
2.43
34.89
27.87
43.61
2.43
66.07
66.51
0.408
3541
3561
3573
2,42
2.42
2.42
34.90
34.89
34+91
27.88
27.87
27.88
43.06
43.88
42.73
2.44
2.45
2.45
66.07
66.05
66.10
66.51
66.49
86,54
0.408
0.408
0,408
27.87
43.85
2.46
66.05
66.49
0.408
27.86
27.89
27.90
45.36
42.61
41.78
2.47
2.47
2.48
65.97
66.07
66.00
66.42
66.52
66.45
0.409
0.408
0.409
44.50
2.49
65.95
66.40
0.410
3585
3606
2.41
34.89
66.05
.
3638
3650
2.40
2.41
2.39
34,87
34.91
34.92
3671
2.39
34.88
27.87
27.87
2.50
65.95
3691
42.40
0.410
34.91
27.89
66.40
2.39
34,87
27.86
45.55
66.00
0,409
2.38
34.90
27.88
27.87
2.51
2.51
2.52
66.45
3713
2.39
65.92
66.38
0.410
27.89
2.52
65.95
0.409
34.91
66.41
2.38
3628
36612.39
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43,242.29
42.33
42.28
43.06
33452.50
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34.9027.87
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3733
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3753
43.08
44.22
42.58
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SIG—T
SVA
DELL'
POT C
SAL
POT TR
TEMP
% TR
DEF'TH
27,87
27.88
46.77
46.08
2.80
2.81
65,67
0.412
2.36
2.36
34.89
34.90
66.21
4366
4380
65,67
66.21
0.412
6266.16
0.413
4401
4413
4423
4435
4445
34.88
34.90
34.86
34.87
34.90
34.90
34.87
34.91
27.87
27.89
27.85
27.86
27.88
27.88
27.86
27,89
47.60
2.82
66.11
66,16
66,09
66,14
66.17
0.414
0.413
0.414
0.413
0.413
66,10
66.15
0,414
0.413
4476
2.37
2.36
2.37
2.37
2.37
2.37
2.37
2.37
3488
_
0.414
4496
2.38
34.89
27.87
2,3734.89
4464
1
STA 38 18—05—77 1940 ON CAST
48.46
46.13
2.85
2.85
65.57
65.62
65.55
65.60
65.62
65.60
65.55
65.60
47,57
2.86
65,55
66.10
66.03
66,10
66.13
66,08
66.06
45.98 _2.82
49,43
48.69
46.29
2.83
2.83
2,84
.84
6,140.413
13
4516
4526
2.37
2.37
34.87
34.90
27.86
27.88
48.96
46.56
2.87
2.88
65.47
4536
4547
4559
2.37
2.38
2.37
34.90
34.87
34.87
27.88
27.86
27.86
46.86
49.22
49.22
2.88
2.89
65.57
65.52
65,50
4581
4594
4605
2,38
2.38
2.37
34,88
34.85
34.88
27.87
27,84
27.87
48,38
50.70
48.40
2.90
2.91
2.92
65.55
65.45
65,50
0.415
0.414
0,414
0.414
0.415
—0;-614
0.414
66.11
0.415
66.01
0.415
66.06
27.88
27.86
27.86
47.15
49.01
49.33
2.93
2.93
2.94
65,52
4627
4637
4647
34.90
34.88
34.87
34.91
34.86
66.09
2.38
2.38
2.38
65.45
66.02
0.414
0.415
0.415
0.415
T4617
4670
_393
2.38
27.85
50,06
2.95
65,45
50.33
2.96
65.42
66.00
0,416
27.85
48.78
48.35
47.52
2.97
65.47
66.05
0.415
2.98
65.42
66+00
0,416
48.64
2.99
65.47
47,74
51.57
47.29
3.00
3.01
3.01
65.40
65.42
65,3b
66.06
66.06
65,99
66.01
65.94
0.415
0,415
0.416
0.415
0.417
49,47
3.02
65.35
65,94
0.417
65.94
6b.95
65+92
0.416
0.416
0.417
65,90
0.417
2,3834.
4713
2.39
34.89
27.87
2.38
34,91
27.89
2.39
2.39
2.38
2.39
2.38
34.89
34.90
34.90
34.85
34.91
2.39
34.88
4758
4770
4780
4789
48112.39
4821
0.415
66.02
47Ô3
4735
•
27,8946.99
65.55
27.88
27
27.87
27.88
27.89
27.84
27.89
7.85
27.87
48,263.0065.47
65960,416
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2.39
34.89
27.87
49.40
3.03
65.35
4866
4876
4886
2.39
2.39
2.39
2.39
3.04
3.04
3.05
51.11
3.06
65.25
65.85
0,418
2.40
49.81
3.07
65.88
0.417
2.40
65,27
4927
27.86
27.87
27.87
27.85
27,86
27.86
27,88
27.87
50.19
49.71
49.31
51.14
4907
3,08
65,25
4947
4957
4967
49.70
0.418
27.87
27.88
27.87
65.86
2.41
34.88
34.88
34.89
34.87
34.87
34.87
34.90
34.89
34.88
34.89
34.90
34.89
65.35
65.32
65.30
65.30
50,32
3.09
65,17
65.79
0.419
4842
4854
39
2.41
0,41T
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Table 45
CONGO
STA 40 20—05--77 0430
ENTER STATION t,tIATE' AND TIME
THEN 'GO'*O 0 C4ODG
OPEN OUTPUT
CONGO
DEPTH
6
11
14
17
26
31
34
38
41
--
STA 40 20—05--77 0430 tiN CAST
SAL
SIG—T
SVA
DELL'
% TR
POT TR
POT C
24.76
24.75
24.74
35.92
35.94
35.96
24.13
24.15
24,17
379.65
378,16
376.56
0.02
0.04
0.05
35.94
35.96
24.15
24.17
377.02
0.07
0.10
61.40
61.67
61.58
61.72
0.488
0.483
0.485
0.483
24.75
24.73
61.40
61.67
61.58
61.72
61.43
61.43
0.487
24.59
21.65
20.83
35.89
35.85
35.91
24.16
24.98
25.25
378.34
300.38
274,23
0.13
0.14
0.15
59.57
52.72
54.73
55.24
55.63
58.07
59.22
59.58
52.73
54,73
0.518
0.640
0.603
55.64
58.08
59.23
0.586
TEMP
24.7335.93
45
48
19.30
35.77
25.55 246,050.16
18.81
35.73
25.65
56
17,36
35.62
55.25
0.17
25.92
236.89
214.92
210.79
194.17
0.20
62.03
62.04
0.478
35,7025.88
0.18
i9
0.524
65
16.33
35.54
26.10
35.50
26.20
184,89
0.22
63.52
63.53
0.454
73
15.76
15.20
35.54
169.97
0.23
64.33
64.34
0.441
82
26
26.36
14.97
26.34
171.79
0.24
64.40
64.41
0.440
89
0.26
O.2T
0.27
64.77
64.78
0.434
99
65.23
65.24
0.427
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26,40166.25
14.50
35.46
35.42
26.42
164.35
107
14.23
35.40
26.46
160.98
114
117
127
14.10
14.10
35.41
35.41
26.50
26.50
157,68
0.28
0.29
65.28
26.50
157.85
0.31
65.52
0,423
35.35
65.54
13.87
13.77
35.31
26.49
158.67
0.32
65.52
65.54
0.423
134
35.30
26.55
0.33
65.57
13.33
26.55
0.35
65.59
65.61
0.422
155
35.27
153.86
155.37
153.54
0.422
13+48
65.59
144
13.06
35.25
26.59
149.76
0.37
65,81
65.83
166
0.418
0. 417
26.61
148.49
0.38
65.91
0.417
12.91
35.23
65.93
177
65.91
65.93
0,417
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26 .53
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657r0)429
0.426
65.910,417
185
12.71
i2f2.6S
35.22
26.64
146.13
0.39
26.65
145,50
0.41
66.01
0.4:tS
12.56
35.19
66.03
195
26.66
26.65
26.67
144.30
65,94
143.05
0.42
0.42
0.43
0.416
12.38
12.35
12.25
35.16
35,15
35.15
65.96
202
65.89
65.91
0.417
207
210
145,U
35
35.13
26.69
141.49
0.44
65.86
0.4:17
12.08
65.89
219
11.98
26.72
138.75
0.45
65.84
0.418
35.14
65.86
226
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POT C
484
488
7.56
7.50
34.68
27,11
104.65
0,76
66.38
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7,47
496
499
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547
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0.410
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DEPTH •
•
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0.84
95.48
0,85
66.49
66.56
0.407
6.22
6.16
6.11
6.08
6.07
34.58
34.55
34.57
34.54
34.57
27.21
27.20
27.22
27.20
27.23
94.83
96.35
93,99
95.96
93.54
0.86
0.87
0.87
0.87
0.88
0.407
66.54
66.56
66.58
66.61
66.63.
5.97
5.90
5.88
34.53
34.55
34.53
27.21
27.23
27.22
7.39
7.37
27.11
27.11
27.13
27.09
7.19
7.13
7.06
6.97
6.94
6.86
6.83
6.76
6.71
6.65
6.59
6.54
6.51
34.66
34.65
34.64
34.64
34.62
34.62
34.60
34.60
34.58
34.58
34.57
34.57
34.62
27.14
27.15
27.15
27.16
27.15
27.16
27.15
27.16
27.15
27.15
27.16
27.17
27.21
34.57
572
6.41
6.33
6.29
580
586
591
594
597
604
611
614
•
97,99
34.58
27.18
27.19
27.21
66.32
66.29
66.32
66.34
66.37
66.
66.34
66.34
66,39
66.32
66.46
66.3?
66.44
66.39
66.44
66.49
66.46
66.44
66.41
66.44
66.51
34.67
34.67
34.68
34.62
564
-
STA 40 20—05—77 0430 tIN CAST
104,93
104.42
102.58
106.43
104 ,f4
101.51
100.76
100.69
99.91
100.60
99.68
100.84
99.98
100.40
100.32
99.84
99.11
95.26
0.77
0.77
0.78
0.78
0.79
0.79
0.79
0.80
0.80
0.81
0.82
0.82
0.82
0.83
0.83
0.83
-
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27,2214
95.20
27.22
92.92
94.26
94.13
66435
66.38
66.40
66.43
66.40
66.40
66.45
66,38
66.53
66.43
66.50
66.46
66.50
66.bS
66.53
66.51
66.48
66
66.58
66 ,
66.58
66.51
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0.410
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0.410
0,408
0.409
0.408
0.409
0.408
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0.408
0.408
0.408
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0.406
0.406
0.407
.
66.56
66.63
66.54
66.61
0.406
0.406
0,406
0.90
66.54
66.61
0.406
66.56
66.64
0.88
0.89
0.89
0.9066.41
408
645
648
651
658
662
665
668
5.62
5.61
5.56
5.53
5.48
5.44
5.42
5.38
34.52
34.54
34.55
34.53
34.51
34.54
34.54
34.53
34.49
34.54
34.53
34.49
34.51
5.34
34.50
27.26
90.02
0.95
66.51
66.59
0.407
675
5.25
5.24
5.20
34.49
34.51
34.50
27.26
27.28
27.28
89.97
66.51
66.59
88.60
0.96
0.96
0.97
0.407
687
690
695
66.48
66.57
0.407
5.14
34.52
27.30
86.67
0.97
66.58
66.67
0.406
704
5,0934.51
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66.56
66.64
0,406
712
5.79
621
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5.73
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638
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27.25
27.24
27.23
27.25
27.26
27.26
27.23
27.28
27.27
27.25
27.27
91.21
91.78
92.96
90.80
90.05
90.29
92.85
88.56
89.05
91.67
89.81
0.91
0.91
0.92
0.92
0.92
0.93
0.93
0,94
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66.58
66.b6
66.51
66.61
66.61
66.49
66.56
66.58
66.51
66.66
66.64
66.59
66.69
66.69
66.57
66.64
66.66
66.59
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1.97
1.98
1.98
1.99
42,362.04
34,9227.87
27602.76
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43.70
2712
65.86
65,84
65.89
65.89
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42.65
40.73
42.64
41.44
40.56
40.93
40.90
42.48
42.45
2.16
2.16
2.17
2.17
2.18
2.18
2.19
2.19
2.19
65,79
65,84
65,84
65.86
65.81
65.81
65.79
65,76
65.81
66.16
66.21
66.22
66.24
66.19
66.17
66.15
66.20
0,413
0.413
0.413
0.413
0.413
42.87
2,20
65.76
66.15
0.413
42.86
2.21
65,79
66.13
0.413
0.412
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Table 46
CONGO
ENTER STATION IpPATE' AND TIME
:
STA 42 20—05—78 2300
C42DG
OPEN OUTPUT FILE' THEN 'GO'*O 0
CONGO
DEPTH
4
9
12
16
19
23
28
31
STA 42 20—05—79 2300 tiN CAST
TEMP
SAL
SIG—T
24,63
24.68
35.86
35.83
35.85
35.84
35.85
35.72
35.53
35.56
24.12
24.09
24+68
24.67
24.64
24.37
18,93
17+65
3816.60
•
POT TR
F'OT C
380.30
384.01
382.71
0,02
0.04
0.05
48.60
58.23
58.67
48.60
0.722
58,67
0.533
383.39
0.06
58.69
58.69
58.62
57.55
0.533
24.10
24.11
24.10
25.46
25.80
26.12
26,15
382,31
0.07
58.62
254.04
221.40
0.10
35.05
35+06
1.048
0.11
55.12
55.12
0.596
188.63
186.44
179,42
0.13
61.13
0.492
0.14
61.13
1.37
63.50
63.50
0.454
57.54
41
16.44
50
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35.63
26,25
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35.56
26.26
178,89
0.15
64.18
0.443
15.74
64,19
56
35.55
26.29
175.88
0.17
64.42
0.440
15.55
64,43
63
15.33
35.56
26.34
171.11
0.18
64.69
64,70
0.435
70
26.36
170,22
0.19
64.79
64.80
78
35.53
0,434
15.19
0.20
64.86
64.87
0.433
35,5026,18
64.81
85
15.08
35.52
26.37
169,06
35.66
26.51
156,42
0.22
65,14
0,429
14.95
65.13
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26.39
167.78
0.23
65.25
65.27
0,427
14.91
35.49
14.88
35.51
35.34
26,41
26.29
177,05
0.24
65.23
65.24
0.427
26.39 167.73
26.43 164.49
26.40 167.67
26.41 166,72
26.42 165.17
26,45 163,29
26.42 166,24
26.43 165.44
26.47 161,29
26.44 164,53
26,46 162.86
0.25
0.26
0.26
0.27
0.27
0.28
0.29
0,30
0.30
0.31
0.31
65.35
65.40
65.40
65.52
65.47
65.40
65.50
65,33
65.25
65.62
65.47
65,37
134
141
144
148
131
35.45
35.48
35.43
35.42
35.44
35.46
35.41
35.40
35.44
35.39
35.40
0.425
14.73
14.69
14.66
14.58
14.55
14.53
14.50
14.40
14.36
14.33
14.28
160
14.22
35.41
26.48
160,87
0,33
170
175
180
14.08
33.39
26.49
159,98
13.93
35.34
161,40
187
13.84
35.35
26.48
26.51
26.51
193
13.77
35.36
26,53
99
107
14.81
14.79
114
117
121
124
127
131
-—
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35.63
6015.62
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24+10
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14,0035.40
—
-
65,41
0,425
65,42
65.54
65.49
65,42
65.51
65,34
65.27
65,64
65.49
0.423
0.423
0.425
0.423
0.426
0.427
0.421
0,423
65.67
65.69
0.420
0.34
0.35
0.36
65.S0
65,52
0.423
65.67
65,69
0.420
158.70
0.37
65.64
65,67
0,421
0,420
157.01
0.38
65.72
65.74
0.420
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STA 42 20—05—78 2300 tiN CAST
LiELtJ
% TR
POT TR
POT C
116.33
0,68
66.25
66,30
0,411
26.99
27.00
26.99
27.01
27.03
27.01
27.03
27.03
27.03
116.50
115,12
115.86
113.99
112.63
114,69
112.53
112.30
111.95
0.69
0.69
0,69
0.70
0.70
0.71
0.71
0.71
0.72
66.27
66.22
66,25
66.20
66.25
66.25
66.25
66.25
66.34
66.32
66.27
66,30
66.25
66,30
66.30
66.30
66.30
66.40
0.411
0.411
0.411
0,412
0.411
0.411
0.411
0.411
0.410
27.04
111.44
0.72
66.32
66,37
0.410
27.02
27.05
27.06
112,98
110.70
110,00
0.73
0,74
0.74
66.34
66.39
66.34
66.40
66.45
66.40
0.410
0.409
0.410
DEPTH
TEMP
SAL
SIG—T
415
418
9.11
9.09
9.02
8.98
8.90
8.83
34.83
34.82
34.83
34.81
34.82
34.82
26,99
422
425
428
432
435
439
442
447
452
-
8.75
34.78
8.61
8.56
8.44
8.37
34.78
34.77
34.75
34.75
34,75
34.70
34.71
34.71
•
459
464
467
8.26
8.13
8.09
SVA
.
. 105.76
0.75
0.75
66.34
66,40
0.410
0.76
66.37
66.43
0.409
0.77
.78
0.78
66.37
66.43
0.409
66.44
66.50
0.408
0.79
66.46
66.53
0.408
0,79
66.42
66.48
0.80
66.51
0.
0.407
0.408
0.407
0.407
479
7.89
34.66
27.04
486
7.74
34.67
27.07
110,94
106.32
108.10
496
7.57
34.70
27.12
103,51
504
508
511
515
7.44
34.64
27.10
105,92
7.26
7.18
34.65
34.62
27.13
27.12
102,70
103,88
7.3234.64
27
56,984.&2
34.60
6.97
533
27.15
27.13
102.50
0.81
66.51
66.55
66 53
66.58
34,60
27.14
101.83
0.82
66,54
66,60
o;4o7
0,407
526
540
7.01
6.88
34.63
101,03
-•
6,84
6.79
6.72
34.60
27.15
100,57
0.82
66.49
66.55
6.66
0.83
66.54
557
100,88
0,407
27.15
66.60
34.57
565
34.60
34.61
34.59
34.54
34.56
34.55
34.57
34.56
34.45
27.18
570
575
582
586
589
592
596
599
6.58
6.51
6.49
6.38
6.32
6.30
6.28
6.24
6.20
27.19
27.17
27.18
27.18
27.19
27.20
27.11
97,97
96.08
97.17
99.52
97.87
97.79
96.69
96.36
104,34
0.84
0.85
0.85
66.51
66,41
66.54
66.4V
66.58
66.49
66.58
66.48
66.61
66.56
66.66
0.407
0.408
0.406
606
6.13
34.53
27.19
97.35
613
618
6.13
34.54
27.20
34.53
27.20
547
621
6.03
F
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66.54
66.58
66.61
66.61
66.66
0.88
66.54
66,61
0.406
0.407
0.406
0.406
0.406
0,407
0.406
96.51
0.89
66.49
66.56
0.407
96,57
0.90
66.58
66.66
0.406
0,90
66,51
66,59
0,407
0.91
66.51
66.59
0.407
0.86
0.87
0,87
0.87
0.88
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34.58
636
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27.25
91.48
27.22
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CONGO
STA 42 20—05-78 2300 tiN CAST
SIG—T
SVA
DELL'
POT C
SAL
POT TR
TEMP
Z TR
DEPTH
2.41
34.90
27,88
44.08
2.46
65,36
65.33
0.418
3748
3758
3768
3778
3788
3798
3808
2.40
2.41
2.39
2.39
2,40
34.91
34.90
34,91
34.91
34.91
27.89
27.88
27.89
27.89
27.89
43.14
43.92
43.05
42.96
42.99
65.34
65,39
65.41
65.31
65.34
65,81
65,86
65.88
65,79
65.81
0.419
0.418
0.417
0.419
0,419
3830
3840
3851
3861
3873
3883
3893
2.40
2.39
2.38
2.39
2.37
2.36
2.37
34.89
34.88
34.90
34.91
34.90
34.90
34.89
44.90
45.19
44.00
65,21
65.34
65,34
65,69
65.81
65,82
65.36
65,84
65.26
65,75
0.419
65,29
65.31
65,26
65,77
65,80
65,75
0,419
34.88
2.52
2.52
2.53
2.53
2.54
0.420
0,418
0.418
0.418
0.418
39032.37
2.37
3913
39232.37
27.87
27.87
27.88
27.89
27.88
27.88
27.88
27.88
27.87
2.47
2.48
2.48
2.49
2.49
2.50
2.50
2,50
2.51
65,21
0.420
65.24
65,71
65.78
65.73
27.87
27.88
27.90
27.88
27.89
45.28
44.48
45.60
44.04
42.48
44.80
43.56
44.80
2TST
42.76
2.57
65.21
65,71
0.420
27.90
44.26
2.58
65,16
0.421
27.89
65.66
34.90
27.90
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2,59
65,74
34.92
65,24
2.37
27.87
2.60
65,72
34,88
65.21
2.36
45.60
0.420
420
0,420
44.80
2.61
65.74
0.420
27.89
27.89
27.88
27.87
27.88
27.90
27.89
27.90
43.89
45.40
45.75
45,32
43.66
44.01
43.18
2.62
65.14
4104
4114
4124
4134
4144
4156
4165
34.90
34,90
34.91
34.89
34.89
34.89
34.92
34.91
34.92
65,24
2.37
2,36
2,36
2.36
2,36
2,37
2.36
2,36
2.36
2.63
2.63
2,64
2.64
2.65
65,16
65.14
65.06
65.09
65.06
65.65
65,70
65.68
65,65
65,58
65,61
65,58
OT420
0.421
0,421
0.422
0.422
0.422
43.48
2,66
0.422
27.90
65,56
2.35
34.92
65.04
4187
4212
4222
4232
2.36
2.36
2.37
34.92
34.93
34.90
27.90
27.91
27,89
44.01
42,75
45.06
2.67
2.67
2,68
65.06
64.94
64.96
65,59
65,47
65,49
0.422
0,424
0,423
44.98
0.426
27.89
65,33
34.91
64.79
2.37
2.69
4252
64.82
4272
2.37
44.48
4282
4292
27.90
43,94
65,35
2.37
2.70
2.70
2,70
0.425
27.90
65,35
34.92
34.89
34.93
2.37
34.92
27.90
2.71
64.77
4312
44,19
0,425
0.426
0.426
2.72
64,62
2.38
2.37
2.38
2.37
2.37
2.38
2.38
2.37
2.37
34.88
34.90
34.93
34,89
34.91
34.90
34.92
4041
4052
4062
4084
3933
3944
3956
3968
3978
3989
3999
4011
4021
34.90
41752.37
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43.93
43.93
44.23
42422.37
4332
2,3734+91
2.38
34.88
27.89
27.87
47.24
2.55
2.56
2.56
2.57
2.65
0.420
0,419
650,421
0.421
p782
64,82
0.419
65.
65.31
65.29
0.427
0.428
160
CONGO
8Th 42 20—05-78 2300 tiN CAST
TEMP
4343
4353
4363
4373
4385
4395
4406
4418
4430
4440
4449
4459
4469
4479
4489
4499
2.39
2.38
2.38
2.38
2.38
2.39
2.38
2.39
2.38
.
2.38
2.39
2.39
2.40
2.39
2.39
SAL
34.94
34,89
34.92
34.88
34.90
34,93
34.92
34,95
34.89
34.92
34,94
34.90
34.90
34.89
34.89
34.91
SVA
27.91
27.87
27.90
27.87
27.88
27.91
27.89
27.92
27.87
27.90
27.91
27.88
27.88
27.87
27.87
27.89
43.35
47.18
44.39
47.42
46.29
44.28
45,44
43.08
47.33
44.98
44,12
46.83
46,78
47.90
47.84
46.56
TR
2.73
64.67
65.22
2.73
2.74
2.74
2,75
2,75
2.76
2.76
2.77
2.77
2.78
2.78
2.78
2.79
2.79
2.80
0.428
64.57
64.62
64.50
64.52
64.45
65.12
65417
65.05
65.08
65.00
64.98
65.01
64.96
64,98
65.01
64.96
0.429
0.428
0.430
0.430
0.431
0.431
0.431
0.432
0.431
0.431
0.431
0.432
0.433
0.435
0.441
64.43
64.45
64.40
64.42
64.45
64.40
64.38
64.33
64.18
63.74
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64.89
64.75
64.32
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TEMP
SAL
816—1
DELD
% TR
POT TR
POT C
200
204
207
212
215
13,65
35.32
13.62
13.54
13.45
13.37
35.31
35,3j
35.27
35.37
26.52
26.53
26.54
26.53
26.63
157.57
157.39
155.91
157.17
148.26
0.40
0,40
0.41
0.42
0.42
65,42
65.40
65.30
65.23
63.08
65.43
65.42
65.33
63.25
65.11
0.424
0.424
0.426
0.427
0+429
224
13.11
35+29
26.61
149,74
0.43
64.98
65.01
0.431
231
234
237
12.97
12.88
12.79
35.25
35.26
35.26
26.61
26.64
26.65
150,15
147.65
146.19
0.44
0.45
0.45
64.88
64.88
64.91
64.91
64.91
64.94
0.432
0.432
0.432
33.22
35.19
35.19
26.65
26.63
26.69
146.52
148.02
142.98
0.47
0.47
0.48
65.01
65.08
65.40
65.04
65.11
65.43
0.430
0,429
0.424
0.49
63.49
65.54
65.54
65.53
0.423
65.58
0.422
65.59
65.57
65.57
65.63
65.60
65.60
0.421
0.422
0.422
241
12.7433,23
246
249
254
12.68
12.61
12.33
258
261
12.08
35.
35.15
141
26.71
140+88
138.15
138.82
33
270
11.88
35.13
26.73
0.50
O
280
283
286
290
11.69
11.61
11.59
35+11
35,19
35.14
26.75
26.83
26.79
133,72
0.51
0.52
0,52
297
11.42
35.08
26.78
134.64
0.34
63.49
65.53
0.423
307
11.25
35.06
35.05
35.01
26.79
133.74
0.55
65.59
65.63
0.421
0.56
65.59
31011,07
314
317
10.97
322
10.68
10.48
332
341
10.79
137.28
-
26.80
132.69
33.02
26.87
126.79
0.57
65.76
65.80
0.419
34,99
26.88
26.86
125.80
0.58
65.66
63470
0.420
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0.56
0.421
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10.17
34.92
26.88
125.84
0.59
63.69
65.73
0.420
9.93
9.71
9.64
34,92
34.91
34.91
26.92
26.95
26.96
65+81
34,86
34.82
0.60
0.61
0.61
65.83
9,57
9.42
121.93
118.69
117.73
65.83
26.94
26.93
65.88
65.85
65.88
0.418
0,418
0.417
121.46
0.62
0.63
65.78
65.71
65.83
65.76
0.418
0.419
376
9.08
34.81
26.98
116.43
0.63
63.93
65.98
0.416
386
395
8.96
8.82
8.81
34,79
34.80
34,75
27,00
27.01
26.98
114.51
113,25
116.73
0.65
0.65
0.66
65.98
66.03
65.91
66.03
66.08
65,95
0.415
0.414
0.416
466
8.65
34.78
27.02
112,32
0.67
66.05
66.10
0.414
413
418
8.59
34.79
27.04
111.21
0.68
66.10
66.15
0.413
423
8.46
34.76
27.04
0.69
66,00
66.05
8.31
34+72
27.03
111+19
108
112.36
0.70
66.00
66.03
0.415
4
0.415
111.24
0.71
66.10
66.13
0.413
34410,04
349
354
339
364
368
37i
391
--
SVA
- 421
432
439
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CONGO
STA 45 22-05—78 0010 DN CAST
3830
3841
3854
3864
3876
3888
3898
3909
3921
3931
3943
3954
3966
3978
3988
3999
4009
4021
4031
4041
4051
4061
4071
2.37
2.37
2.37
2.36
2.36
2.36
2.36
2.37
2.36
2.36
2.35
2.36
2.35
2.35
2.35
2.36
2.35
2.36
2.35
2.36
2.35
2.36
2.36
34.90
34.93
34.87
34.93
34.93
34.94
34.88
34.87
34.90
34.88
34.92
34.88
34.91
34.88
34.89
34.89
34.85
34.90
34,88
34.89
34.89
34,90
34.90
% IR__-POT TR
SVA
SAL.
DEPTH
27.88
27.91
27.86
27.91
27.91
27.91
27.87
27.86
27.89
27,87
27.90
27.87
27.89
27.87
27.88
27.88
27.84
27.88
27.87
27.88
27.88
27,88
27.88
.
43.63
41.65
45.63
41.68
41.61
41.22
45.10
45.96
43.61
45.11
42.31
45,47
43.12
45.44
44.63
44.68
47.73
44,26
45.30
44.91
44.85
44.82
44.73
2.49
2.49
2,50
2.50
2.51
2.51
2.52
2.52
2.53
2.53
2.54
2.54
2.55
2.55
2.56
2.56
2.57
2.57
2.58
2.58
2.59
2,59
2,59
65.26
65.26
65.24
65.31
65.24
65.29
65.19
65.21
65.26
65.24
65.24
65.16
64.99
64.85
64,70
64.53
64.48
64.48
64.33
64.38
64.43
64.41
64.31
65,74
65.74
65.72
65,79
65,72
65,68
65.70
65,75
65,73
65,73
65,66
65,49
65,35
65,20
65.03
64,99
64,99
64,84
64,89
64.94
64.92
64.82
0.420
0.420
0.420
0.419
0.420
0.419
0.421
0.420
0,419
0.420
0.420
0.421
0.423
0.426
0.428
0.430
0.431
0.431
0.433
0.433
0.432
0.432
0.434
170
CRUISE io:
CONGO
Table 48
ENTER STATION *,EIATE, AND TIME
:
STA 46 22—05—78 1015
OPEN OUTPUT FILE, THEN 'OO'*O 0 C46D;G
CONGO
DEPTH
STA 46 22—05—78 1015 tiN CAST
TEMP
SAL
SIG—T
SVA
hELD
Z TR
POT TR
POT C
59,95
59.95
0.512
0+22
0.23
0.24
52.58
51.19
56.24
52.59
51.19
56.25
0.643
0.670
0.576
6
14
17
21
25.79
24.26
21.76
34.47
34.73
35.60
-
22.72
23.40
24+76
514.53
25.40
25.72
25.67
259.44
229.44
234.59
214.6
0.26
0.27
0.28
56.90
57.54
54.46
56.91
57.54
0.608
0.564
0.553
33.7125,94 209.00
0.30
0.30
0.31
61.30
62.19
61.25
61.30
62.19
61.26
0.489
0.475
0.490
0.32
0.33
0.34
62.96
63.45
63.33
62.97
63.46
63.33
0.463
0.435
0.457
0.35
0.36
0.37
0.37
0.38
0.39
0.39
0.40
0.41
0.41
0.42
0.43
0.43
0.44
0.43
0.45
0.46
0.47
0,47
0.48
0.49
0.49
0.50
0.50
0.51
0.32
0+32
0.54
0.54
63.81
63.91
64.06
63.81
63.69
63.74
63.86
64.28
64.28
64.55
64.47
64.52
64.47
64.47
64.62
64.69
64.76
64.81
64.86
64.86
64.89
64.96
64.91
63.03
64.96
64.96
65.06
64.98
63.58
63.82
63.92
64.07
63.82
0.453
0.449
0.55
65+03
0.56
64.52
44996
320,75
.
28
31
19.36
18.56
18+48
39j
34
43
46
50
17.56
17,06
17.23
35.60
35,74
35.65
- 35.7f
88
iii
35.64
35.68
26.01
26.00
202,12
203.34
16.85
16.75
16.68
35.75
35.70
35.70
26,14
26+13
26.15
189.97
151
153
158
161
166
171
178
182
16.59
16.52
16.41
16.31
16.17
15.98
15.95
15.71
15.43
15.38
15+31
15.17
15.03
14.97
14.87
14.83
14.83
14.72
14.68
14.61
14.59
14.57
14.50
14.47
14.40
14.33
14.29
14.18
14.14
35.o9
35.69
35.67
35.64
35.66
35.60
35,59
35.58
35.56
35.55
35.53
35.52
35+63
35.50
35.48
35.46
35.47
35,44
35,49
35.45
35.44
35.43
33.42
35+42
35.42
35,39
35.40
35+40
35+38
188
193
197
14.06
14.03
13.96
35+38
56
61
65
68
72
75
80
83
87
90
94
97
100
104
107
112
117
122
126
129
134
138
141
144
148
35.36
35.40
189.95
93
26.16 i89.26
26.18 187.33
26.19 186.24
26.19 186.52
26.23 182.49
26.23 182.50
26.23 182.57
26.28 178,48
26.32 174.00
26.33 173.71
26.33 173.86
26.35 171.85
26.46 161,17
26.38 169.10
26.39 168.54
26.38 169.06
26.39 168.67
26.39 168.73
26.44 164.52
26.42 165.90
26.42 165.98
26.42 166.70
26.43 165.82
26.43 165.17
26.43 164.06
26.44 164.94
26.45 163.82
26.48 161.51
26.47 162.20
26.49
26.48
26.52
f
161.01
161+51
157.66
0.
6.57
63.75
0.448.
0.445
0.449
0.451
0.450
.0.448
64.29
64+29
64.56
64.49
64.54
64.49
64.49
64.63
64.71
64.78
64.83
64.88
64.88
64+91
64.98
64.93
65.05
64.98
64.98
63.08
65.01
65.0
65.06
65.10
64.54
0.442
0.442
0.438
0.439
0.438
0.439
0.439
0.437
0.435
0.434
0.434
0.433
0.433
0.432
0.431
0.432
0.431
0.431
0.430
0.431
0.430
0.429
0.438
171
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1.74
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0.541
3.51
3.51
3.50
3.49
3.48
3.48
3.46
3.40
3.39
3.37
34.95
34.97
34.98
34.95
34.97
34.95
34,94
34.99
34.95
34.95
27.82
27.83
27.84
27+82
27.84
27.82
27.82
27.86
27.83
27.83
45,75
45.42
44.19
43,74
45,71
44.16
45.93
45.92
42.00
44.38
44.39
58,19
1954
1966
1.75
1.75
1.76
1.76
1,76
1,77
1.78
1.78
1.79
1,79
57.84
57.77
57.18
57.21
57.06
56.94
56.40
55.64
55.25
55.13
58.12
58.05
55.56
55.44
0.543
0.544
0.554
04554
0.556
0.558
0.568
0.581
0.588
0.590
2087
2097
2107
3.35
3.31
3.29
34.96
34.94
34.95
27.84
27.83
27.84
1.80
1.80
1.81
54.20
53.52
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54.51
53.83
52.96
0,607
0.619
0,636
27.85
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51,37
50,56
51.70
2127
34.96
0.660
3.24
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0.689
27.85
50.19
34.96
49.85
3.23
1.83
2151
27.85
27.86
43.15
1.84
50.95
51.29
0.668
3.22
3.22
34.95
34.96
42.43
1.84
50.81
51.15
0.671
1976
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2008
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2065
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