OAR 19 1981 SCIENCE CENTE.H
)1
of
OCEANOGRAPHY
OPTICAL DYNAMICS EXPERIMENT
(ODEX) DATA REPORT
RN ACANIA EXPEDITION
10 OCTOBER17 NOVEMBER 1982
Vol 2: PARTICLE SIZE
DISTRIBUTIONS
Vol 6: SCALAR SPECTRA LRADIOMETER DATA
by
Hasong Pak, David W. Menzies, and
James C. Kitchen
Office of Naval Research
N00014-84-C0218
NR-083-102
OREGON STATE UNIVERSITY
College of Oceanography
Oregon State University
Corvallis, Oregon 97331
Data Report 124
Reference 86-10
September 1986
Reproduction in whole or part Is permitted for
any purpose of the United States Government.
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READ INSTRUCTIONS
REPORT DOCUMENTATION PAGE
'do.
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3.
RECIPIENTS CATALOG NUMBER
86-10
(And SubtIII.)
4
OPTICAL
(ODEX) DATA REPORT
R/V ACANIA EXPEDITION 10 OCTOBER — 17 NOVEMBER
1982.
Data Report #124
6. PERFORMING ORG. REPORT
7.
•
OF REPORT 6 PERIOD C3'IEREO
S.
EXPERflIENT
Hasong Pak, David W.
Kitchen
I'Ianzies,
•. CONTRACT OR GRANT NUMSER(.)
and James C.
N—00014—84—c—O218
9. PERFORMING ORGANIZATION NAME AMa ADDRESS
10. PROGRAM ELEMENT, PROJECT. TAS1(
AREA 6 WORK UNIT NUMBERS
College of Oceanography
Oregon State University
Corvallis, Oregon
NR083 102
97331
II. CONTROLLING OFFICE NAME AND AODREsS
12. REPORT DATE
Office of Naval Research
Ocean Science & Technology Division
Arlington, Virginia 22217
Sept 1986
13. NUMBER OF PAGES
413
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DISTRIBUTION STATEMENT (.1 A. ob.t,.cf .nt.,.d In a:.ck 20, II dIU.roni frog, R.porf)
IS. SUPPLEMENTARY NOTES
IL
KEY WORDS (Co.eUnu.
or. rav.r.. .14. St
and Sd.n((fy by block
Optical Oceanography
Irradiance measurements
Eastern North Pacific Central Gyre
20. ABSTRACT (ConiMu. on ...... .14.
II
and l4.ntSf,' by block au.,b.e)
The Optical Dynamics Experiment (ODEX) cruise of Oct and Nov 1982 occupied
1984 stations along a transect from the California coast at 35°N to a study
area covering the subtropical front near 32°N, 142°W.
This report preGents
data collected with spectral—radiometer instrument package and particle size
distributions of discrete water samples. Plots are presented of hydrographic
parameters, beam attenuation, percentage of surface irradiance at 9 wavelengths, and diffuse attenuation at 5 wavelengths. Lists of the same parameters
as well as discrete and total visible irradiance are presented.
DD
FORM
1 JAN 73
1473
EDITION OF I NOV IS IS O•SOLETE
5/N 0*02-014-640* I
Unclassified
8
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SECURITY CLASSIFICATION OF ThIS PAGE (Oh.., Do,. ja1ro4)
SEO*ZTY CLAS5ZFIc*ricw OF ThIS PACE (lth.n Data
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SECURITY CLASSIFICATION OF THIS PAGEOTh.n Data
taI.nC
OPTICAL DYNAMICS EXPERIMENT (ODEX) DATA REPORT
R/V ACANIA EXPEDITION OF 18 OCT thru 17 NOV 1982
VOLUME 2: PARTICLE SIZE DISTRIBUTIONS
VOLUME 6: SCALAR SPECTRAL-RADIOMETER DATA
by
Hasong Pak
David W. Menzies
James C. Kitchen
College of Oceanography
Oregon State University
Corvallis, Oregon 97331
Office of Naval Research
N888 1 4-84—C021 8
NR—083—1 02
Approved for Public Release
Distribution Unlimited
Data Report 124
Ref 86—10
Sept. 1986
TABLE OF CONTENTS
INTRODUCTION
CRUISE TRACK
DESCRIPTION OF INSTRUMENT PACKAGE
DATA AQUISITION AND REDUCTION
SUSPENDED PARTICLE MEASUREMENTS
ACKNOWLEDGEMENTS
REFERENCES
I
2
4
5
7
9
DATA APPENDICIES:
A.
10
Plots
1.
plots
2. Percent of surface irradiance
a. Log of 410 nm, 441 nm, &
b. Log of 488 nm, 520 nm, &
c. Log of 560 nm, 589 nm, &
d. Log of 488 nm, c(665), &
3. K(X) plots
A164
B1—160
465 nm
540 nm
625 nm
Temperature
C1—40
B. Listings
1.
2.
3.
4.
Total Irradiance
Percent of surface irradiance
Diffuse attenuation
Particle size distributions
DI-40
E1-40
F139
G1—17
INTRODUCTION:
The Optical Dynamics EXperiment (ODEX) was an
interdisciplinary experiment supported by the Office of Naval Research
to study the relation of physical forcing, biological processes, and
the structure of optical parameters in the open ocean. The first
major field experiment (ODEX 3) took place during October and November
1982.
The cruise track of the R.V. Acania, shown in fig. 1 and 2,
included densely spaced stations near the California coast, in the
transition between the California Current and the NE Pacific Central
Gyre, as well as 18 days of observations in the ODEX site surrounding
33 N — 142 W. Other vessels which participated in the study were RIP
Flip and its tow vessel R/V Viking, and a simultaneous station (Sta
77) with the R/V de Steiguer as it passed through the ODEX area.
This data report presents the data collected with the spectral
radiometer package, and the particle size analysis of discrete water
samples taken from CTD casts by the Oregon State University Optical
Oceanography Group. The reader is refered to the first volume of the
ODEX 3 data reports for a much more extensive introduction and
over—view of the scientific work performed (Data from the Optical
Dynamics Experiment (ODEX) Vol. 1: CTD and Optics Profiles, Stockel,
Mueller, Pak, and Menzies, 1986). A list of other projected data
reports from the ODEX 3 cruise are included therein.
n
0)
C,,
Cruise Track of fl/V Acania
During ODEX
11 Oct to 17 Nov 1982
a
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Figure
2
S
DESCRIPTION OF THE INSTRUMENT PACKAGE:
The Oregon State University K—Meter instrument package
consists of a Biospherical Instruments, Inc. Spectroradiometer and the
following additional sensors; Seabird Electronics, Inc. temperature
and conductivity probes, and a 25 cm beam transmissometer (built by
the 0 S U Optical Oceanography group). The spectro—radiometer has 12
narrow—band filtered photo—detectors spanning the visible light
spectrum. A microprocessor in the instrument controls an AID
converter which measures each parameter, averages scans if desired,
subtracts background, formats the data string, and sends the results
up the single—conductor electromechanical cable to the deck unit.
An opal glass spherical collector has been added to the
spectoradiometer so that scalar irradiance is measured rather than
vector irradiance as measured by the cosine—collector supplied with
the instrument. The instrument frame, which supports the components
of the underwater package, is wrapped with a black plastic shroud to
block light from below a horizontal plane from entering the spherical
collector. Thus the collector is sensitive only to light from the
upper hemisphere of the total light field, but with a uniform
sensitivity over the entire hemisphere.
The transmissometer measures the attenuation of a collimated
beam of monochromatic light at 665 nM.
It is calibrated to give
c(665)= .364/H for particle free water.
It contains temperature
compensation circuitry to correct for the signal drifts caused by the
large range of temperatures encountered during the cruise.
The Seabird temperature and conductivity probes have been
frequently calibrated at OSU, and their values were compared to the
primary CTD casts taken on the same stations. Although the accuracy
of the sensors was satisfactory, the computed salinity structure
exibits some severe spiking particularly where the temperature
gradient was large.
Because the hydrographic data obtained by the
OSU—K meter package was redundant to that collected by the primary CTD
system, it was decided to not invest the time and effort needed to
despike the salinity and density data obtained by this instrument.
4
DATA AQUZSITION AND REDUCTICN:
An Apple II computer system interfaced to the deck unit ran a
complex data aquisition program which sorted each scan into 0.5 M
depth bins, displayed the current conditions on the monitor, and
produced a real—time plot of any three parameters versus depth. At
the end of each cast, the contents of the depth bins were stored onto
floppy disk. Additional programs allow listings and plots of the
depth bin averaged data and to compute diffuse attenuation
coefficients at each wavelength.
Because of the high percentage of cloud cover during this time
of year, the h-radiance casts were not always taken at local noon or
even in bright sunlight. There were many casts taken under broken
clouds or during heavy overcast. The spectral radiometer profiles
obtained on this cruise demonstrated the importance of measuring the
changes in surface irradiance synchronous to the underwater unit. A
deck irradiance sensor was not available for this cruise, but was
integrated into the data aquisition package for all later cruises. As
described in the next paragraph, the data reduction programs which
were ultimately developed for smoothing and editing the spectral
h-radiance data make use of the surface irradiance sensor data.
Therefore, in processing the data of this cruise, an artificial and
constant value of surface iri-adjance was assumed and data reduction
proceeded as with later cruises. We were not able to obtain diffuse
attenuation results for any of the ODEX 3 casts taken in variable
surface light conditions.
The observed underwater light profiles represent penetration of
sunlight which is affected by changes in incident radiation, losses
across the air—sea interface, and the water column attenuation. Our
objective is to determine the later isolated from the other effects.
To eliminate the effect of the changing incident radiation, the
underwater irradiance data is normalized by the deck irradiance (or
assumed irradiance in this case>. When normalized in this manner, we
still found erratic profiles presumably due to near—surface effects
such as; ship shadow and reflections, sea surface wave focusing, and
tipping of the underwater package. The remaining errors are complex
since they have several possible sources.
Therefore we chose to
correct them together by editing and smoothing the profiles. Editing
is a subjective process which if applied to the irradiances separately
for each wavelength could lead to spectral distortion. However, the
known sources of error should affect all the irradiances
proportionately. Thus we can avoid spectrally biasing the results by
editing and smoothing the irradiances at only one wavelength and then
applying the same proportional corrections to the irradiances at the
other wavelengths. We picked 488 nm since light of that wavelength is
detectable to the greatest depths.
Zn this way we can smooth all
channels simultaneously and obtain k profiles from the smoothed data.
Inspection of the results indicates that in most cases this approach
worked satisfactorly.
In order to obtain accurate estimates of diffuse attenuation
at low light levels, it is neccessary to offset adjust each spectral
profile by the sensor voltage at total darkness. Otherwise plots of
log—irradiance with depth will appear curvilinear, representing not
5
only the log of the light signal, but also the log of a constant
The diffuse attenuation coefficient (being the slope of this
distribution) would therefore be in error by an increasing amount as
light decreases. The dark current output of the photo—diodes used in
the irradiance meter changes with temperature and ageing.
Fortunately, the photo—diode array is sufficiently insolated from the
water column so that significant detector thermal changes do not occur
during the half—hour period required to take a cast. On the other
hand, the conditions on the deck between casts can significantly alter
If the light level
the array temperature and resultant dark current.
falls below the level of detection in a given spectral channel, it is
possible to correct the lighted part of the cast by a linear offset
equal to the average dark potential.
If, however, there is still
significant signal at the deepest point of a cast, then that
wavelength must be corrected more arbitrarily using the shape of the
log E 0..) curve or other casts which reached darkness at that
wavelength. This step of zero adjustment is the most critical step in
good estimates of diffuse attenuation to the limit of
detectability in each spectral channel.
offset.
a
PARTICLE SIZE DISTRIBUTIONS
Oct-Nov 1982 ODEX
Particle size distributions were measured with an electronic particle
The small aperture measured par-
sizer using 50 i.im and 100 pm apertures.
ticles with spherical equivalent diameters between 2.2 and 7.9 pm.
The
large aperture covers the range from 3.1 pm to 15.8 pm.
Each data window
includes particles with volumes between half powers of 2
pm3.
For example,
the first window of the small aperture covers particles with volumes between
and 8 pm3.
There are eight windows of overlap between the two apertures.
Discrepancies between
the two were resolved for each of the overlapping
windows in one of the following ways, in order of preference: (1) averaging
the two values; or (2) choosing the value from one or the other aperture.
The data for the sample was discarded if there was no agreement at all be-
tween the size distributions obtained by the two apertures.
Water samples were collected by electronically tripped rosette samplers.
Depths given (meters) are computed from the average of the 36 data scans
immediately prior to the tripping for the CTD samples.
Samples from the Bio—
optical profiling system are identified by a "B" after the depth which in
this case is the nominal depth in meters as read from the consol upon firing.
Volume concentrations (ppm) were computed by multiplying the particle
concentration in each window by the average of the delimiting volumes for
that window.
Assuming a hyperbolic distribution, this method of computing
volume concentrations gives a value 0.5 to 2% high for a reasonable range
of slopes.
For the cleanest waters observed the particle concentrations are
apparently near the resolution for the instrument as it was situated during
this cruise.
7
The particulate volume concentrations for all samples were plotted
(not shown) as a function of beam attenuation (600 nm) and samples which
were obvious outliers are noted here by an H or an L after the volume con-
centration.
An H indicates that the volume concentration was too high and
an L indicates that the volume concentration was too low.
The other symbols
found after the volume are based on an examination of the size distribution
(the logarithm of the particle number concentration vs. the logarithm of the
particle diameter).
A 1, 2 or 3 indicates apparent electronic noise in the
first one, two or three size windows and a B indicates an abnormal
bump
usually in the middle of the size range for the large aperture but
sometimes
in the middle of both size ranges.
We have not thrown this data out because
we cannot prove that these observations are not real but we do believe that
they are not.
It is not likely that one window of noise would affect the
slope or volume noticeably.
A rough analysis indicates that two windows of
noise would add 25% to the volume and 0.35 to the hyperbolic slope and three
windows might produce a 100% error in volume and a 0.75 increase in hyper-
bolic slope.
It is suggested that samples with a symbol in this column not
be used.
The column labeled SLP1 is the differential hyperbolic slope of the
first 8 particle size windows. This is computed by dividing the particle
concentrations in each window by the width of the window in
diameter
and then computing the slope of the linear regression of the logarithms of
these values versus the logarithm of the central diameter for each window.
Likewise, SLP2 is the differential hyperbolic slope of the last 9 particle
size windows.
The column labeled KNEE is the diameter at which the two
regression lines meet and the last column is the percent of the variance of
the logarithm of the particle concentration density which is fit by the
combined regressions.
8
ACKNOWLEDGEMENTS
The success of the ODEX 3 cruise was due in large part to the
crew of the R/V Acania under Capt. W. W. Renyolds, and to the ability
of the twelve scientists, from four different institutions, to assist
each other in overcoming the problems associated with crowding 18
people onto a 120 foot vessel for 48 days.
Technician Robert Bartz
was primarily respondsibile for the successful operation of the OSU—K
Meter. The complex data aquisition software was developed by Frank
Evans and Mark Borgersen of Corvallis, Oregon.
REF ERENCES
Stockel, James A., James L. Mueller, Hasong Pak, and David Menzies,
1986:
Data from the Optical Dynamics Experiment (ODEX) R/V Acania
Expedition of 18 Oct thru 17 Nov 1982, Vol 1: CTD and Optics Profiles.
Data Report NPS—68--86—013 of the Naval Postgraduate School, Monterey
Cal ifornia.
9
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158
175
200
225
A-2B
258
2?
33.3
24
25
'-F
125.
26
34. 1
23
8
1933Z
LCtI6ITUDE
25
22
4
34
ODEX 3 STA 38 DN CAST 18—18—82 2125Z
125.4549t4
34.9998N
LATITUDE
DENSITY 0
22
23
24
25
26
27
SALINITY a
32.5
32.9
33.3
33.?
34. 1
34.5
14
17
20
TEMP.
0
8
I
1
25
58
75
p.'
I
100
U
125
150
175
200
225
A-21
250
crni)
-.4
c_n
r%)
ci)
p3
(0
c-fl
c_n
DEPTH
cii
UI
*
•
-1
m
(.J
-4
(.J
(4
(0
'I
(I'
(4
—4
-c
.--4
z .-.
U)
"1
p.')
m
C.)
ODEX 3 STA 44 ON CAST 18-19—82 28;58
LATITUDE
34.2958N
LONGITUDE
128.1878W
DENSiTY 0
22
23
24
25
26
27
SALINITY a
32.5
32.9
33. :3
33.?
34.1
34. 5
11
14
TEMP.
0
25
50
75
I
100
Li
125
150
175
200
225
A-23
250
20
3 STA 44 UP CAST 18-19-82 21182
128.8998t4
LMITUDE
DENSITY 0
22
23
24
25
32.5
32. 8
33. 3
33.?
34. 1
8
11
14
1?
TEMP.
25
5$
75
I
lee
CLU
125
150
175
200
225
A-24
250
27
34.5
3 STA 46 ON CAST 18-28-82 1857Z
LATITUDE
DENSITY 0
SALINITY 0
TEMP.
138.4653(4
22
23
24
25
28
27
32.5
32.9
33. 3
33.7
34. 1
34. 5
1 1
14
1?
20
4
25
58
75
I
LON6ITUDE
100
H
U
125
150
175
200
225
A-25
250
ODEX 3 STA 46 UP CAST 18—28—82 19112
LMJTUDE
DENSITY 0
SALINITY
TEMP.
22
:32. 5
4
23
24
25
26
2?
32. 9
33.3
33.?
34.1
34.5
I
14
17
28
8
25
50
75
I
100
w
125
150
175
225
250
138.4653W
1
3 STA 47 ON CAST 18-22-82 2055Z
LATITUDE
DENSITY 0
SALINITY
TErIP.
22
32.5
0
34.1231N
24
25
32.8
33. 3
33.7
B
11
23
25
50
75
I
100
uJ
125
150
175
200
225
A-27
250
LONGITUDE
26
:34.
17
1
34.5
3
5Th 47 UP CAST 18—22—82 21291
LATITUDE
DENSITY 0
SALINITY 0
TEMP.
23
32.9
22
32.5
•
8
?,
24
:33.3
11
OF
25
IRRAD lANCE
50
75
I
100
w
125
175
280
225
A-28
250
134.223áU
34.1231N
25
33.
14
7
26
27
34.1
34.5
17
20
3 STA 58 ON
33.5878N
DENSITY 0
22
0
33. 5
4
34.7
35. 1
19
22
25
34. :3
13
16
w
125
ise
200
225
A-29
250
27
35. 5
33.9
iøe
148.5138W
26
25
75
II-
LONGITUDE
24
23
25
'-I
18-25-82 2817Z
ODEX 3 STA 58 UP CAST 18—25—82 2846Z
LATITUDE
DENSITY a
SALINITY a
TEMP.
22
23
33.5
0
24
25
26
33. 9
34. 3
34.?
35. 1
35.5
10
F
6
19
22
-
25
50
75
E
I
LU
O
125
150
175
200
225
A-38
250
148.5138W
33.5870N
1
ODEX 3
STA 51 DN CAST 18-26-82 8827Z
34.8128N
LATITUDE
DENSITY 0
SALINITY
TEIIP.
22
23
24
25
26
27
33.5
33.9
34.3
34.7
35.1
35.5
13
16
19
22
25
4
25
75
I-'
II-
141.8898W
lee
U
125
150
175
20e
225
A—31
250
ODEX 3 STA 51 UP CAST 18-26-82 8844Z
LATITUDE
22
23
24
25
26
27
33.5
3:3.9
34.3
34.?
35.1
35.5
13
16
19
22
25
DENSITY 0
SALINITY a
TEMP.
141.8898W
34.8128N
4
25
59
75
p.'
E
I
U-
w
125
159
175
296
225
A-32
258
ODEC 3 STA 52 ON CAST 18-26—82 11OIZ
33.4478N
26
27
34.3
34. 7
35. 1
35. 5
16
19
22
23
24
SALINITY a
33.5
33.9
10
13
25
50
75
I
100
LJJ
125
150
175
200
225
A-33
250
141.53254
25
DENSITY 0
TEMP.
LONGITUDE
25
ODEX 3 STA 52A UP CAST 18—26-82 1210Z
LATITUDE
DENSITY o
SALINITY D
TEMP.
33.4478N
22
23
24
25
26
33.5
33.9
34.3
34.?
35. 1
16
19
22
0
25
50
I
LfM6ITUDE
100
ULaJ
125
150
4
208
225
A-34
250
2?
25
ODEX 3 STA 58 ON CAST 18—27—82 2143Z
LATITUDE
22
DENSITY 0
SALINITY
3:3.5
TEMP.
818
23
33. 9
13
33.5818N
24
25
142,0638W
26
2?
:34.3
34.7
35. 1
35.5
16
19
22
25
25
58
75
I
U
125
175
200
225
258
LONGITUDE
4-35
ODEX 3 STA 58 UP CAST 18-27-82 22651
LONGITUDE
LATITUDE 33.5818N
DENSITY 0
SALINITY 0
TEMP.
22
23
24
25
:33.5
33.9
34.3
34. 7
18
13
16
0
25
50
75
I
180
a125
150
175
225
A—36
250
142.8638W
26
5
19
22
C-fl
CM
CM
-4
C-fl
(ii
DEPTH UI)
(ii
-4
C-fl
(4
CM
(4
CM
C-n
..n
-
(9
'n
(9
(4
(0
(9•(4
.-
-<
0
-4
a-i
UI
(4
I')
0
-. -l
-.
zw
-.
.t
r'ii D
r mz
-4
-.4
rn
—4(4
r-1
)
(4
(4
ODEX 3 STA 66 ON CAST 18—29—82
LATITUDE
DENSITY 0
SALINITY D
TEMP.
33.3343N
23
24
25
26
27
33. 5
33. 9
34.3
34.?
35. 1
35.5
19
22
25
50
75
z
I
141.3892W
22
4
"-F
LON6ITUDE
100
125
150
175
200
225
A-38
250
ODEX 3 STA 66 UP CAST 10—29—82 2119Z
141.3892W
LATITUDE
DENSITY 0
SALINITY 0
.EIIP. 4
22
23
24
25
26
27
33.5
33.9
34.3
34.7
35. 1
35.5
16
19
22
25
13
25
58
75
'I
I
108
U
125
150
175
200
225
A-39
258
(ii
(I'
-J
C),
p.Ci'
"3
DEPTH (M)
U)
-J
Cii
Cf.'
cii
vn
(.1
(4
•
(Al
ci)
(.J
—4
cii
(4
I'!.)
0
-(
z— —
cft•
•
-
P1
rz
-4 (0 C'
-4
F"
-4
p4
(4
ODEX 3 STA 72 UP CAST 18—31—82 19:87
141.3676tJ
31,2648N
DENSITY n
SALINITY D
TEMP.
22
23
24
25
33.5
33.9
34.3
34. 7
13
16
19
4
25
75
I-'
I
108
I-
3-
Li
125
158
175
200
225
A-41
250
26
35.
22
1
35.5
25
UI
UI
('I
DEPTH
(Ii)
UI
-4
Ui
(9
C,'
(4
C."
0
-C
-1
(I)
•
Cii
(4
uI
•
(ii
(9
-4
(4
(4
Co
(9.
—
*
m
-1
0)
f'.)
(9
r\)
0
-C
—I
t'•i
C.)
C.)
-4
C.)
ODEX 3 8T4 73 UP CAST 18—31-82 2359Z
LATITUDE
22
23
24
25
26
2?
33.5
:33.9
:34.3
34.7
35.1
35.5
13
16
19
22
25
DENSITY 0
Q
TEMP.
010
25
50
75
100
I
I-
125
150
1
141.3498W
31.8268N
75
200
225
A-43
250
3 STA 77B ON CAST
LATITUDE
TENP.
23
24
25
33.9
34.3
34.?
35. 1
35.5
19
22
25
18
25
50
75
I
141.2218W
22
•
S..,
LONGITUDE
33.5
DENSITY 0
SALINITY 0
11-1-82
lee
3LaJ
125
150
175
200
225
A-44
250
2
UDEX 3 5Th 778 UP CAST 11—1—82 2133Z
LATITUDE
22
23
24
25
26
27
33.5
:33.9
34.3
34.7
35. 1
35.5
19
22
25
DENSITY 0
SALINITY 0
TEMP.
9
0
13
16
25
75
I
141.221aW
38.8218N
iee
125
175
200
225
A-45
250
(0
ui
—
Cii
(ii
(0
f\)
(0
CM
—
s_fl
—
(0
DEPTH (M)
UI
—j
(0
(ii
(4
(ii
(9
I]
-C
—I
s_fl
(ii
•
(11
(pl
P.-
•
(11
(4
-'1
•
(4
(9
(9
Co
— (9
(9
z
f\)
-J
(7)
U)
(9
0
—C
z
-.(0
— -1
— (9
•
-
D
m
r
(0
m
•-0
-4
Cs)
c•)
ODEX 3 STA 79 UP EAST 11—2-82 1928Z
LATITUDE
DENSITY 0
SALINITY
TEMP.
33.5
0
23
24
25
26
2?
33.9
34.3
:34.7
35.1
35.5
13
16
19
22
25
25
50
75
I
100
125
150
175
200
225
A-47
250
148.5419t4
38.5753t'l
Ui
UI
(flu
DEPTH
(II)
-J
UI
Cii
CM
U3
(4
(4
0
Ui
—
0)
.-
Ui
•
(4
•
p.-
n
-4
(4
•
(4
CO
•
— (9
(9
z
1r1
—4
I.)
a)
(p4
0
z -I
-.
— (9
•
•
r
ru x
rn
—4
r-
ODEX 3 STA 84 DN CAST 11—3—82 2018Z
LATITUDE
DENSITY 0
SALINITY Q
22
23
24
25
26
2?
3:3.5
33.8
34.3
34..?
35.1
35.5
10
13
19
22
25
4
16
25
50
75
'-I
I
100
U
125
150
175
200
225
A—49
250
in
N
a.
(A
N
N
I'3
c_n
-J
-.
c_n
(ii
N
DEPTH (M)
-'I
c_n
(ii
(31
N
-I
(ii
r..)
(0
—
•—
(9
u
•
(9
N
0
N
N
•
cii
(4
•
-4
(ii N
(,J
-4
•
(9
(9
(0
•
(4 N
(4
cii
(4
4
-4
z-.
(0
t1 D
m
(•)
—4
—4
CDB( 36Th 185
LATITUDE
DN CAST 11—5—82 2803
141.2388W
32.4658N
DENSITY 0
SALINITY
22
23
24
25
28
27
:33.5
3:3.9
34.3
34.7
35. 1
35.5
TEfIP.
01e
13
16
19
22
25
0
25
59
75
1
159
175
288
225
A-51
250
ODEX 3 5Th 134 ON CAST 11—8—82 2288Z
LATITUDE
DENSITY 0
22
SALINITY 0
TEMP.
23
25
28
27
34.7
35. 1
35. 5
33.9
34.3
10
13
18
25
50
75
I
100
3-
Li
125
150
175
200
225
A-52
250
142.1503W
24
33.5
4
LONGITUDE
22
Ifl
03
CM
(,1
—
C-n
—
.-'J
UI
DEPTH (M)
-J
C-fl
(11
.j
(4
(JI
(4
(4
-4
•
CM
c..)
r'.)
(ii
(4
Ui
r)•(ii
CD
— .A
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U,
— (.J
—
ru
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(ii
p_.I
19
t'J
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z-.
— -4
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r- z
Cfl
-
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Ii,
•
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—4
+
_
In
(n
CA
(ii
(A
DEPTH UI)
I-n
(31
(4
(4
cii
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(H
CM•
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In
(Al
(4
In I'.)
•
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(4
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cii
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CM
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—
DEPTH (M)
(A
(SI
(11
(0
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—
—
(B
•
-u
ci
UI
•
(4
(.J
•
(4
('I
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ma,
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0-.
c_Il
Ui
—d
—
I—
cn
—
DEATH
(M)
c-n
c-n
cn
N
-J
—
f-n
•
(t)
1;:,
UI
(4
£13
(ii
(4
•
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N
c-iN
c-i
(.1
(4
(0
•
c-i
cn
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N
(4
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(1)
z—
-.
z rzm
-.
m
—I
—a
m
—
a,—
'.4
178 UP
ODEX 3
34.4828N
DENSITY 0
0
TEMP.
11-15-82 1935Z
LONGITUDE
127.13754
22
23
24
25
28
32.5
32.9
3:3.3
:33.7
34.1
8
11
14
17
4
25
50
75
I
CLU
125
150
175
200
225
A-57
250
27
20
3 8Th 175 ON CAST 11-16-82 18;38
LATITUDE
DENSITY 0
SALINITY a
TEMP.
34.5989W
123.5262W
22
23
24
25
28
32.5
32.9
33.3
33.7
34.1
34.5
8
11
14
17
20
4
25
50
75
p.'
I
LONGITUDE
100
F—
Uu-I
125
150
175
200
225
A-58
258
ODEX 3 STA 176 DN CAST 11—16—82 23;18
123.3559W
LATITUDE
22
DENS
32.5
24
25
32.9
33.3
33.7
8
11
14
23
25
75
I
100
3-
Li
125
150
175
206
225
A-59
250
28
34. 1
2?
34. 5
20
3 STA 176 liP
CAST
11-16-82 2328Z
123.3559t4
LATITUDE
DENSITY 0
SALINITY 0
TEMP.
22
23
24
25
28
27
32.5
32.9
33.3
33.7
34.1
34.5
14
17
20
•
8
I
11
I
I
I
I
I
I
I
00
125
150
175
208
225
A-68
250 —
I
3 STA 182 ON CAST 11-17-82 15;44
LONGITUDE
LATITUDE
DENSITY 0
SALINITY
TEIIP.
22
23
32.5
32.9
•
B
24
25
28
27
33.3
33.7
34.1
34.5
14
17
28
I
1
25
58
75
I
108
aLu
125
150
175
208
225
A—81
250
121.3916U
ODEX 3 STA 182 UP CAST 11-17-82 28262
LATITUDE
DENSITY o
SALINITY D
22
32.5
TEMP.
23
24
32.9
8
11
25
50
75
I
100
ci-
Li
125
150
175
200
225
A-62
250
35.53531
121.3916W
25
33.7
26
2?
34.1
34.5
14
17
20
ODEX 3 STA 184 DN CAST 11—17—82 2339Z
DENSITY 0
SALINITY
TEMP.
22
23
24
25
26
27
32. 5
32.9
:33.3
33.?
34. 1
34. 5
I
14
1?
28
.
8
1
25
50
75
I-'
I
121.3118W
35.5328N
LATITUDE
180
F—
Ii
LU
125
150
175
200
225
A-63
250
ODEX 3 5Th 184 UP CAST 11-17-82 2352Z
LATITUDE
DENSITY 0
22
SALINIT? a
TENP.
23
32. 5
0
3
8
11
25
50
75
p.'
E
I
100
w
125
150
200
225
A-64
250
121.3118W
35.5328N
25
26
33.?
34. 1
14
1?
34.5
ODEX 3 ST4 7 ON CAST
LATITUDE
4G5
0
—4
LOG 441 NIl.
0
—4
—3
LOG 41$ NM.
—3
<
25
0
—1
8
—2
—1
0
OF
E
100
a125
150
175
200
225
B—I
250
121 .3888W
—1
75
O
LONGITUDE
—2
50
II-
35.1948N
1
3 SIA
LATITUDE
LOG 540 MM. 0
LOG 520 NM. 0
LOG 488 MN. •
CAST
121.3Bli14
I
—4
—3
—2
—1
-4
-3
—2
-1
0
—3
—2
—1
0
'.
25
OF
50
75
100
I.
I—
Li
7
35.1940N
125
150
175
208
225
8-2
250
1
ODEX 3 STA 7 ON
I.ATITUDE
LOG 625 NIl.
LOG 588 NIl.
LOG 560 NIl.
0
—4
D
—4
•
-4
—3
-3
-3
121.3888U
—1
0
—2
—1
0
—2
—1
0
50
75
100
I—
a125
150
175
200
225
8—3
250
LONGITUDE
—2
25
I
35.194814
ODEX 3 STA 7 ON CAST
LATITUDE
TEMP.
13
16
19
22
.35
• 44
.53
.62
.71
.8
-3
—2
—1
0
25
58
100
I—
Li
3
121 . 3808U
10
LOB 488 NM.
I
LONGITUDE
7
0
C 665 *3 0
35.1948N
125
ISO
175
200
225
8-4
250
ODEX 3 STA 7 UP CAST
LATITUDE
LOG 465 MM.
LOG 441 kIM.
LOG 410 MM.
o
D
—4
•
25
—1
0
1
—3
-2
-2
—1
0
1
—3
—2
—1
-3
—4
OF
IILi
O
125
150
175
200
225
250
121.3088W
35.1948N
8—5
ODEX 3 STA 7 UP CAST
LATITUDE
LOG 548 NM.
LOG 520 NM.
LOG 488 MM.
—4
0
—4
25
—3
—2
—1
—3
-2
—1
—3
—2
OF SURFACE
IRRADIANCE
50
75
I
108
a.
U
280
225
B—6
—1
1
1
0
1
ODEX 3 STA 7 UP CAST
LATITUDE
LOG 625 NM. 0
LOG 589 MM. 0
LOG 568 MM. 4
—4
-3
—2
—1
0
—4
—3
-2
—1
0
—4
—3
—2
0
25
50
75
IIU
3
121.3988W
35.1948N
100
125
150
175
288
225
8—7
258
8
1
ODEX 3 STA 7 UP CAST
LATITUDE
TEMP.
0
C 665*30
LOB 488 MM.
7
10
13
.35
.44
.53
•
—3
75
E
100
I—
a125
150
175
200
225
B—B
250
16
62
—1
25
I
121.3888W
35.1946N
19
22
.71
.8
0
1
ODEX 3
STA 910-12-82
LATITUDE
LOG 4G5 NM.
LOG 441 NM.
LOG 410 NM.
LONGITUDE
121 .0688W
—4
—3
—2
—1
e
1
0
—4
—3
—2
—1
0
1
—4
—3
—2
—1
0
1
0
OF
I
I—
O
2314Z ON CAST
0
25
U
35.1918N
125
150
175
200
225
8—9
250
ODEX 3 STA 9
LATITUDE
LOG 548 NM.
LOG 520 NM.
LOG 400 NM.
-4
0
0
—4
25
CAST
121.968eu
—1
0
-2
—1
0
—2
—1
—3
—2
—3
—3
OF SURFACE
IIU
175
200
225
8-18
250
2314Z
35.191$N
1
ODEX 3 STA 9 10-12-82 23141 UN CAST
LATITUDE
LOG 625 NM.
LOG 589 NM.
LOG 560 NM.
-.4
-.3
—2
—1
0
I
D
-4
—3
—2
—1
0
1
—1
0
1
-2
0
E
100
aLU
a
121.0680W
0
25
II-
LUNGITUDE
125
150
175
200
225
B—li
250
ODEX 3
STAJJF12—82 23142
35.1919N
DN CAST
121.8689W
LATITUDE
C 665 *3 0
LOG 488 1411..
18
13
16
.35
.44
.53
.62
71
—2
-1
0
•
25
58
75
I
19
7
TEll?. 0
180
Li
150
175
200
225
8-12
250
22
8
1
ODEX 3 9Th 9 18-12-82 23452 UP CAST
LATITUDE
LOG 465 NM. 0
LOG 441 NM. 0
LOG 410 NM. 0
—4
—3
-2
—1
0
1
—4
—3
—2
—1
0
1
—1
0
1
—2
25
50
I
U
121.8688W
35.1918N
1
125
150
175
208
225
250
8-13
ODEX 3 STA 9 18-12—82 23452 UP CAST
LATITUDE 35.1910N
121.9680W
LOG 548 Nfl.
o
—4
—3
—2
—1
0
1
LOG 520 NM.
LOG 488 MM.
a
—4
—3
—2
—1
8
1
—4
-3
—2
—1
•
0
OF
25
50
75
E
II-
188
U-
U
O
125
150
175
200
225
8—14
250
1
ODEX 3 STA 9 18-12-82 2345Z UP
35.1918N
LOG 625 NM.
LOG 589 NIl.
LOG 560 NIl.
0
—4
—3
—2
—1
0
—4
—3
-2
—1
0
1
-3
—2
—1
0
1
0
25
50
75
IILi
3
121 .8688W
100
125
150
175
200
225
8—15
250
9 18—12—82 2345Z UP CAST
ODEX 3
121.8688W
35.1910N
TEMP.
0
C 665 *3
7
• 35
D
LOG 488 NIl.
•
18
13
.44
.53
• 62
—3
—2
—1
0
IRRAD
50
75
I 08
a-
Li
O
125
150
175
200
225
8—16
250
19
.71
25
I
16
22
1
ODEX 3 STA 14 18—14—82 2248Z UN CAST
LATITUDE
LOG 4G5 NM.
LOG 441 NM.
a
34.5890N
121.13834
—3
—2
—1
0
1
—4
-4
-3
-2
—1
0
1
—2
—1
LOG 410 Nfl.
25
>'.
OF
50
75
'-I
LUNGITUDE
100
-r
S
a-
w
150
175
200
225
B—I 7
250
1
3 STA 1410—14-82 22482 DN CAS•T
34.5898N
LATITUDE
LOG 540 NM.
LOG 520 NM.
LOG 488 NM.
121.13834
0
-4
—3
—2
—1
0
0
—4
-3
—2
—1
0
1
—1
0
1
•
—2
0
25
SURflCE
I
150
175
200
225
8—18
250
1
UDEX 3 9Th 1416-14-82 2248Z DN CAST
121.1383W
LATITUDE
LOS 825 NM.
LOG 588 NM.
LOG 560 MM.
0
—4
—3
—2
—1
0
—4
—3
—2
-1
0
1
—1
0
•1
0
—2
25
50
75
I
100
1-
125
130
175
200
225
8—19
250
1
ODEX 3 STA 1418—14-82 2248? DN CAST
LATITUDE
TEMP.
LONGITUDE
121.1383W
7
10
13
16
19
.35
.41
.47
.53
.59
—2
—1
0
C 665 *3 D
L06 488 NM.
34.5898N
•
—3
25
OF
I
LU
125
150
175
200
225
8—28
250
9
22
.65
-
1
ODEX 3 STA 1918-15-82 1785Z DN
LATITUDE
LOG 465 Nfl.
0
LOG 441 MM.
0
LOG 410 IM.
0
—4
—4
—3
—3
—2
—2
—3
25
SURF
.50
75
I
I—
IJJ
125
150
175
200
225
250
8—21
CAST
122.4258W
34.5878W
—1
0
1
—1
0
1
0
1
1910-15-82 1785Z
ODEX 3 STA
LATITUDE
CAST
122.4250W
34.587014
LOG 548 Nfl.
0
—4
—3
—2
—1
0
1
LOG 520 NM.
LOG 488 NM.
a
—4
—3
-2
—1
0
1
—3
—2
—1
•
25
OF
IRRAD lANCE
-50
75
I
100
I—
U
125
150
175
280
225
8—22
250
3 STA 19
34,5878N
LATITUDE
ON CAST
LONGITUDE
122.4258W
LOG 825 NM.
0
-4
—3
—2
—1
8
1
LOG 589 Nil.
C
—4
—3
-2
—1
a
1
LOG 568 MM.
•
—4
—3
—2
—1
8
0
25
58
75
I
100
I.-
a-
U
0
125
175
288
225
8-23
258
ODEX 3 STA 1919—15—82 1785Z
CAST
34.5879W
LC}IOITUDE
LATITUDE
TEPIP;
7
10
13
16
.35
.41
• 4?
• 53
—3
-2
—1
0
C 865 *3
LOG 488
a
P411.
•
25
OF SURFACE
75
I
180
F-
3LU
125
175
200
225
8—24
250
122.4259W
19
59
8
22
ODEX 3 STA 21DM CAST 18-16-82 88462
LATITUDE
0
—4
—4
LOG
-4
0
-3
-3
—2
—1
0
1
—2
—1
0
1
—1
0
1
-2
25
50
75
I
100
I—
125
150
175
200
225
8—25
250
123.1436W
34.5866N
flI)F)(
cIA 21 flN CAST
LATITUDE
LOG 540 NM.
LOG 520 NM.
LOG 488 NM.
0
a
—4
—4
•
—3
—2
123.1436W
—1
0
1
0
1
—3
—2
—1
—3
—2
—1
25
IRRADIANCE
50
75
I
I—
3125
150
175
200
225
8—26
250
08462
34.5866N
1
3 STA 21 UN CAST 18-16-82 88462
LUNGITUDE
34.5866N
LATITUDE
LOG 625 NM.
LOG 589 NM.
LOG 560 NM.
0
—4
a
—4
0
—2
—1
—3
-2
—3
—2
-1
-1
—3
e
25
50
75
E
II-
100
U-
125
150
175
200
225
250
8—21
123.1436U
0
1
0
1
0
1
3 STA 21
LATITUDE
TEMP.
123.143&d
7
10
13
16
19
22
.35
.41
• 47
.53
.59
.65
—2
-1
0
1
0
p
C 665
LOG 488 Nfl.
CAST 18-16-82 8846Z
34.5866N
0
25
SURF
50
75
I
125
150
175
200
225
250
8—28
ODE)( 3 STA 21 UP CAST 18—16-82 8858Z
LATITUDE
123.1436W
34.5864N
LOG 4G5 WN•
o
—4
—3
—2
—1
0
LOG 441 MM.
LOG 410 NM.
0
—4
—3
—2
—1
0
—4
—3
—2
—1
0
•
0
'.
25
OF SURFACE
lANCE
50
75
100
I
I—
U-
U
125
ISO
175
200
225
8—29
250
1
3 STA 21 UP CAST 10—16—82 8858Z
LATITUDE
LOG 540 Nfl.
0
—4
-3
LOG 52$ MM.
0
—4
—3
LOG 488 1411.
•
25
—2
—1
0
1
-2
—1
$
1
—2
—1
OF SURflCE
lANCE
50
75
I
100
I.3-
U
O
125
150
175
200
225
8—30
250
123.1436W
34.586411
1
ODEX 3 STA 21 UP CAST 18—16-82 88582
LATITUDE
LOG 625 NM.
LOG 589 NM.
LOG 560 NM.
-4
-4
0
a
9
—3
—2
—1
0
1
-3
—2
—1
8
1
—1
0
1
—3
—2
25
50
75
I
108
LU
125
158
175
200
225
250
123.1436U
34.5864N
8—31
ODEX 3 STA 21 UP CAST 18-16-82 8858Z
LATITUDE 34.5864N
0
7
10
13
16
665 *3
LOG 488 Nfl. •
.35
.41
.4?
.53
TEMP.
C
—3
25
—2
SURF
I
1—
Li
125
150
175
200
225
250
8—32
—1
123.1436(4
19
59
9
22
65
ODEX 3 STA 25 UP CAST 10—16-82 21342
124.4262U
LATITUDE
LOG 465 NM.
LOG 441 NM.
410 NM.
-4
-4
0
D
•
25
—3
—2
—1
0
1
-3
-2
—1
0
I
—3
—2
—1
0
1
OF
50
75
I
100
I—
Li
125
150
175
200
225
B—33
250
ODD( 3 514 25 UP CAST 18-16-82 21342
124.426214
LATITUDE
540 NM.
520 NM.
LOG 488 MM.
LOG
0
—4
—3
—2
—1
0
1
LOG
0
—4
—3
-2
—1
0
1
—2
—1
0
•
25
OF SURFACE
IILI
125
200
225
8-34
250
ODEX 3 ST,
25 UP C4ST 18-16-82 21342
124.4262W
LATITUDE
LOG 625 NM.
LOG 589 NM.
LOG 560 NM.
0
—4
—3
—2
—1
0
—4
—3
—2
—1
—3
—2
—1
•
25
50
75
'-I
I
Li
100
125
150
175
280
225
B—35
250
0
I
1
0
1
ODEX 3 8Th 25 UP CAST 18-16-82 21342
124.4262W
LATITUDE
TEMP.
0
C 865 u3 D
LOG 488 NM.
.35
0
18
13
18
19
22
.41
.4?
• 53
• 59
• 85
—2
—1
25
50
'I
I
100
I—
LLI
O
125
150
175
200
225
B—36
258
ODEX 3 STA 38 ON CAST 18-17-82
LATITUDE
LOG 465 NM.
LOG 441 MM.
LOG 410 NM.
0
•
0
34.2977N
LONGiTUDE
123.4882W
1
—1
—4
—3
—4
-3
—2
—1
0
—4
—3
—2
—1
0
25
OF
lANCE
50
75
I
I—
U
200
225
250
8-37
I
3 STA 39 ON CAST 19—17—82 18391
LATITUDE
LOG 540 MM.
LOG 520 MM.
LOG 408 MM.
—4
—3
—2
—1
0
I
a
—4
—3
-2
—1
0
1
—2
—1
0
1
•
OF
58
75
II-
U
LONGITUDE
o
25
'-I
34.2fl7N
100
125
150
175
200
225
8—38
250
ODEX 3 STA 38 UN CAST 18—17-82
LATITUDE
LOS 625 NM.
LOG 589 NIl.
LOG 568 NM.
34.297?N
0
—4
—3
—2
—1
0
1
a
—4
—3
—2
—1
0
1
—3
—2
—1
0
1
•
25
58
75
I-'
IIU
LUN6ITUDE
108
125
158
175
208
225
8-39
258
tAST
IATITUDE
TEMP.
7
10
13
18
19
• 35
.41
• 4?
.53
.59
—3
—2
—1
0
C 665 *3 0
LOS 488 NM.
123.4802W
34.2977N
0
25
4 OF SURFACE
I
75
200
225
8—40
250
22
ODEX 3 STA 38 UP
18-17-82 18
123.48304
LATITUDE
LOG 465 NM.
LOG 441 NM.
0
LOG 410
•
—4
—3
-2
—i
0
1
—4
—3
—2
—1
8
1
—3
—2
—1
25
OF SURFACE
lANCE
58
75
II-
100
a-
U
125
150
175
280
225
8—41
258
1
ODEX 3 STh 38 UP
LATITUDE 34.2857N
LOG 540 NM.
LOG 528 MM.
LOG 488 NM.
—4
—3
—2
—1
e
1
a
—4
—3
-2
—1
0
1
—3
—2
—1
•
4 OF SURflCE
50
75
100
I—
Li
123.48384
o
25
I
18-17-82 18
125
158
175
208
225
3—42
250
ODEX 3 STA 38 UP CAST 18—17-82 18
LATITUDE
34.285?N
LONGITUDE
123.483ON
LOG 625 NM.
0
—4
—3
—2
—1
0
1
LOG 589 Nfl.
LOG 568 NM.
0
—4
—3
—2
—1
0
1
—3
—2
—1
8
1
0
25
50
75
II-
108
Li
125
150
175
288
225
8—43
250
ODEX 3 STA 38 UP CAST 18-17-82 18
34.2857N
TEMP.
7
10
13
.35
• 41
• 47
—3
—2
0
C 885 *3 0
LOG 489 Nfl.
•
25
59
75
I
IL
Li
125
150
175
208
225
8—44
250
LCt4GITUDE
16
•
—1
123.4838W
19
22
.59
.65
I
ODEX 3 STA
LATITUDE
LOG 465 NM.
LOG 441 NM.
LOG 410 MM.
0
D
—3
—4
-4
0
37DM CAST 18-18-82 19852
LDMGITUDE
34.2949N
-2
0
1
1
1
-3
—2
—1
—3
-2
—1
0
OF
II125
150
175
208
225
B—45
250
—1
0
25
U
125.4898W
ODEX,3 STA 37
LATITUDE
LOG 540 Nfl. 0
LOG 520 NIl, a
LOG 488 Nfl. 0
—4
—3
—2
—4
—3
—2
125.4898U
—1
—1
25
OF SURFACE
50
75
p.'
I
CAST 18-i8-82 19852
34.2949N
100
a-
U
125
150
1
200
225
8—46
250
0
1
1
ODEX 3 STA
LATITUDE
625 NM.
LOG 589 NM.
LOG 568 NM.
LOG
37 ON CAST 18-18-82 19052
LONGITUDE
34.2949N
0
—4
—3
—2
—1
0
1
0
—4
—3
—2
—i
0
1
-2
—1
0
1
0
25
50
75
'-I
I
100
C-
U
125.409014
125
150
175
200
225
8—47
250
ODD( 3 STA 37
LATITUDE
TEMP.
C 665
a
13
16
19
22
.35
.41
.4?
.53
.59
.65
-3
—2
—1
8
•
IRRAD IAN
50
75
I-'
E
100
I—
Li
125.4890W
18
25
I
18-18-82 19852
7
a
LOG 488 NM.
DN CAST
34.2949N
125
150
175
200
225
8-48
250
ODEX 3 STA 37 UP CAST 18—18-82 19332
125.48981d
LATITUDE
LOG 465 NM. a
LOG 441 NIl. a
LOG 410 NM. 0
—4
—3
—2
—1
0
—4
-3
-2
-2
—1
0
—1
0
—3
25
Z OF SURFPCE
IRRAD lANCE
50
75
E
I
100
a-
w
125
150
175
200
225
8—49
250
ODEX 3 STA 37 UP CAST 18—18-82 1933Z
LATITUDE
LOG 540 NM.
LOG 520 NM.
LOG 488 NM.
1
—3
—1
1
—3
—2
—1
—3
a
—4
OF 5URFPCE
IRRAD lANCE
50
II-
100
U
a
175
200
225
8—58
250
125.4898W
—1
—4
25
L8WGITUDE
-2
-2
0
•
34.2938W
0
I
ODEX 3 STA 37 UP CAST 18—18-82 1933Z
LATITUDE
LOG 825 NM. 0
LOG 589 NM. C
LOG 580 NM. 0
—1
0
1
—3
—2
—1
0
1
—3
—2
0
I
25
58
75
I
180
I—
a-
U
O
125
158
175
208
225
B—51
250
LONGITUDE
—2
—4
—4
34.2938N
ODEX 3 STA 37 lIP CAST 18-18—82 1933Z
LATITUDE
TEMP.
0
C 665 *3 D
LOS 488 NM.
7
10
.35
.41
13
47
-3
—2
•
25
OF
50
75
p.'
I
100
I—
a.
Li
O
125
159
175
200
225
8—52
250
LII4GITUDE
16
.53
—1
19
59
0
22
• 65
ODEX 3 8Th 38 ON CAST 10-18-82
I.ATITUDE
LOG 465 NM.
LOG 441 NM.
LOG 419 MM.
n
—3
—2
—1
0
1
—4
0
-4
—3
—2
—1
0
1
—3
—2
—1
0
1
—4
4
0
'.
OF SURFACE
25
50
75
I-'
II-
100
a-
LI
3
125.4549W
34.9990t(
1
150
175
200
225
8-53
250
QDEX 3 STA 38
LATITUDE
LOG 540 Nfl.
0
—4
L06 529 NIl,
a
-4
LOB 488 NP1.
•
-3
-3
—3
25
—1
0
-2
—1
0
—2
—1
0
OF SURFACE
58
E
100
a125
150
175
200
225
8—54
250
125.4549U
—2
IRRAD lANCE
II-
CAST 11—18—82 21251
34.9999N
ODEX 3 STA 38 ON CAST 18-18-82 21252
LONGITUDE
LATITUDE 34.9998N
125.454914
LOG 625 Nfl.
0
—4
—3
-2
—1
8
1
589 MM.
LOG 568 MN.
0
—4
—3
—2
—1
8
1
—3
—2
—1
LOG
0
25
50
75
z
S.,
I
I—
a-
U
3
125
150
175
280
225
B-55
258
1
ODEX 3 STA 38 ON CAST 18-18—82 21252
LATITUDE
TEMP.
C
0
685 *3 0
LOG 480 MM.
• 35
6
16
19
.41
• 4?
.53
.59
—3
—2
75
100
a.
125
150
175
200
225
8—56
250
125.4549(4
13
50
U
LONGITUDE
10
25
I
34.9998N
0
22
ODEX 3 STA 38 UP CAST 18—18-82 2149Z
LATITUDE
LOG 465 NM. 0
LOG 441 MM. a
LOG 418 NM. •
—4
-3
-2
—1
0
I
—3
—2
—1
8
1
—4
-.3
-2
—1
8
1
SURF
25
lANCE
58
75
I-'
I
U
125.4549W
34.9998N
188
125
158
280
225
8—57
250
QDD( 3 STA 38 UP CAST 18-18-82 21492
WIGITUDE
LATITUD€ 34.99901
LOG 540 tIM.
LOG 520 NM.
LOG 488 MM.
—4
—3
—4
—3
0
o
25
-2
-1
—2
—1
OF SURFACE
lANCE
50
IILi
100
125
225
8-58
1
1
0
1
3 STA 38
LMITUDE
LOG 625 NM. 0
LOG 568 NM. 0
LOG 560 NM. 0
—3
—2
—1
1
—4
—3
-2
—1
1
—3
—2
—1
1
75
100
I—
a-
U
18-18-82 21492
—4
25
I
UP
34.9998N
125
150
175
208
225
8—59
250
ODEX 3 STA 38 liP CAST 18—18-82 21492
LATITUDE
TEMP.
0
885
LOG 488
NM.
C
35
•
25
OF
19
.41
59
€5
—3
—2
—1
0
1
SURF
75
180
I—
U
3
125
150
175
200
225
8—68
250
22
18
• 53
58
I
125.4549t4
13
• 47
10
7
o
34.9998N
________________
ODEX 3 STA 44 UP CAST 18-19-82 21182
LATITUDE 34.2958W
LOG 465 MM.
LOG 441 NM.
LOG 410 MM.
0
—4
—3
0
—4
—3
•
—3
—2
—1
0
-2
-2
—1
0
—1
0
OF
25
IRRAD lANCE
50
75
I
U
O
100
125
1
200
225
8—61
250
128.8998W
1
1
ODEX 3 STA 44 UP CAST 10-19-82 2118Z
LATITUDE 34.2958N
LOG 540 NM. 0
LOG 520 NM. a
LOG 488 NM.
—4
-4
—3
—2
—3
-2
-2
—3
25
OF SURFACE
58
75
I
100
a-
3
125
200
225
8—62
250
128.0998W
—1
0
1
—1
0
1
—1
_________________
ODEX 3 STA 44 UP CAST 18-19-82 21182
LATiTUDE 34.2950N
LOG 625 MM.
LOG 589 NM.
0
—3
—2
—1
a
1
—4
D
—4
—3
—2
—1
0
I
—2
—1
0
LOG 560 Nil.
25
50
75
'-I
II-
U
128.8998U
100
125
150
175
225
8—63
250
3 STA 44 UP CAST 10—19—82 2118Z
LATITUDE
TEMP.
3
C 685 *3 0
LOG 488 Nfl.
7
10
13
16
19
.35
.38
.41
.44
.4?
—3
-2
—1
0
•
OF
25
I
50
75
E
I
128.8990W
34.2950W
100
125
150
175
208
225
8—64
250
ODEX 3 STA 46 UP
18-28-82 19hZ
LATITUDE
LOG 465 NM. 0
LOG 441 NM. a
LOG 418 MM. 0
—4
—3
—2
—1
0
I
-4
—3
—2
—1
B
1
—3
—2
—1
0
0
25
5URFPCE
58
IIU
188
125
158
I
200
225
8—65
250
ODEX 3 SM 46 UP CAST 18-2042 19112
L(J4GITUDE
LATITUDE 34.33834
130.46534
LOS 540 P411.
0
—4
—3
—2
—1
0
1
LOG 520 NM.
LOG 488 NM.
a
—4
-3
-2
-1
O
1
—1
0
1
•
—2
25
OF SURFACE
I
1
175
200
B-66
258
ODEX 3 STA 46 UP CAST 18-2e-82 19HZ
LATITUDE
LOG 625 NM.
LOG 589 NM.
LOG 568 NM.
0
—4
0
—4
0
34.3383N
—1
o
1
-3
—2
-1
8
1
—3
—2
0
1
58
75
100
I—
Li
125
150
175
288
225
8—67
250
138.46534
—2
—3
25
I
LON6ITUDE
ODEX 3 STA 46 UP CAST 10-28-82 19hZ
34.3303N
TEMP.
0
C 685 *3 a
LOG 488 MM.
7
10
13
16
19
22
• 35
• 30
• 41
• 44
• 4?
•5
-3
—2
—1
•
25
OF SURflCE
lANCE
50
75
IIU
O
100
125
150
175
200
225
8—68
250
130.4652W
ODEX 3 STA 47 ON CAST 18-22-82 28552
LATITUDE
LOS 465 NM. o
LOG 441 NM. o
LOG 410 Nfl. •
0
-4
—3
—4
—3
—4
25
—3
34.1231N
-2
-2
—2
OF SURflCE
50
75
E
I
108
I—
w
O
125
150
175
225
B—69
250
LONGITUDE
134.2236W
1
—1
—1
0
—1
0
1
ODEX 3 STA 47 ON CAST 10-22-82 20551
LONGITUDE
LATITUDE 34.1231N
LOG 540 NM.
LOG 520 MM.
LOB 488 MM.
0
—4
—3
—2
—1
0
a
—4
-3
—2
—1
0
—3
—2
—1
0
•
25
OF SURFACE
IRRAD lANCE
50
I
100
I—
w
O
134.223áU
125
150
175
200
225
8—79
250
ODEX 3
9Th 47 ON CAST 18-22-82 20552
LONGITUDE
34.1231N
LATITUDE
134.2236W
LOG 625 NM. 0
-4
-3
—2
—1
a
1
L06 589 NM.
o
—4
—3
—2
—1
0
1
LOG 560 NM.
•
-3
—2
—1
0
25
58
75
I
U
125
150
175
280
225
8—71
250
ODEX 3
5Th 47 DN CAST 18-22-82 28552
UI4OITUDE
34.1231N
LATITUDE
MtlP. 0
C 665 *3
.35
LOG 489 Nfl.
18
13
16
19
22
.38
.41
.44
.47
.5
—2
—1
0
1
6
25
OF 5URFPCE
IRRAD lANCE
50
75
II-
100
a-
125
150
175
200
2a5
8—72
250
134
ODEX 3 STA 47 UP CAST 18-22-82 21292
LATITUDE 34.1231N
LOG 465 NM.
LOG 441 NM.
LOG 410 MM.
0
—4
—3
—2
—1
0
—4
—3
—2
—1
—3
—2
—1
4
OF
25
I
I—
125
150
175
200
225
B—73
250
134.2236W
1
0
1
1
ODEX 3 STA 47 UP CAST 18-22-82 2129Z
LATITUDE
LOG 540 MM, 0
LOG 520
LOG 480 MN.
a
—1
0
1
—2
—1
e
i
—2
—t
8
—4
—:3
—2
—4
—3
—3
•
'.
25
OF SURFACE
50
75
3-
\1
I
100
3Lii
125
150
175
208
225
250
134.2236W
34.1231N
8—74
ODEX 3 STA 47 UP CAST 18-22-82 21292
LATITUDE
34.1231N
0
1
1
—4
LOG
—3
50
75
I
108
I—
aILl
O
150
175
—2
—1
0
1
ODEX 3 STA 47 UP CAST 18-22-82 2129Z
LATITUDE
TEMP.
0
C 685 *3 D
LOG 488 MM.
•
7
10
13
• 35
• 38
.41
—3
—2
8
25
OF
50
I
180
a.
U
3
125
150
175
208
225
B—76
250
134.2236U
34.1231N
16
44
—1
19
• 47
0
22
3 STA 51 up CAST 18-26-82 88442
LATITUDE
34.8128N
LONGITUDE
141.8898W
LOG 465 Nfl.
0
—4
-3
—2
—1
LOG 441 Nfl.
C
-4
-3
-2
—1
1
—3
—2
—1
1
LOG 410 Nfl. •
OF
25
50
75
z
I
100
a-
w
O
125
ISO
175
200
225
8—77
250
0
1
ODEC 3 SM 51 UP
LATITUDE
LOG 540 Nfl.
a
—4
-3
LOG 529 Nfl.
0
-4
—3
LOG 489 Nfl.
'.
—1
0
1
-2
—1
0
1
—2
—1
OF SURFACE
IRRADIANCE
50
190
a-
U
125
175
200
225
8—78
258
141.8898W
—2
25
I
18—2612 8844Z
34.81291
1
ODEX 3 STA 51 UP CAST 18-26-82 88442
LATITUDE
141.8898U
34.8128P4
LOG 625 NM.
0
—4
—3
-2
—1
0
LOG 589 Nil.
D
—4
—3
—2
—1
0
LOG 560 NM.
0
—4
—3
—2
—1
25
50
75
I
Li
O
100
125
150
175
208
225
8—79
250
1
I
3 STA 51 UP CAST 18-26—82 80442
LATITUDE
TEMP.
C 685
LOG 488 MM.
10
13
18
19
• 38
.41
• 44
• 47
-3
—2
—1
0
•
'.
OF
58
75
U
141.8898W
7
25
II-
LCtIGITUDE
• 35
0
0
34.8128N
100
125
150
175
208
225
250
8—88
22
1
LATITUDE
LOG 465 NM.
LOG 441 NM.
LOG 410 NM.
0
D
—2
—3
—4
—4
0
LONGITUDE
0
0
—2
—1
—2
—1
50
75
100
Ia125
175
200
225
8—81
142.8638W
—1
—3
lANCE
250
33.5810N
—3
OF
'-I
21432
58 ON CAST
ODEX 3
1
1
3 8Th 58 ON
LMITUDE
LOG 540 Nfl. 0
LOG 520 MM.
LOB 488 NM.
33.581$N
LONGITUDE
142.8638t4
—4
—3
—2
—1
0
1
a
—4
—3
0
1
•
04
-2
—1
—2
—1
0
1
OF SURFACE
25
lANCE
50
75
p.'
I
18-27—82 2143Z
100
I—
U
125
150
175
200
225
8—82
250
ODEX 3 5Th 58 ON CAST 18-27-82 21432
I.ATITUDE 33.5818N
LOG 625 NM.
LOG 589 NM.
LOG 560 NM.
0
—4
—3
a
-4
-3
-2
-2
—3
—2
•
25
58
75
z
I
100
I—
U
125
150
175
200
225
250
B—83
142.8638U
—1
0
1
—1
0
1
-1
0
1
ODEX 3 STA 58 DN CAST 18-27—82 2143Z
142.8638W
33.5818W
TEMP.
;
C 665 u3
LOG 489
a
4M.
7
10
13
18
19
.35
.38
.41
.44
.47
—3
—2
—1
•
25
OF SURflCE
I
'3U
125
150
175
200
225
8—84
250
22
ODEX 3 STA 63 DN CAST 10-28-82 22132
LATITUDE 33.4478N
LOS
0
—4
—3
—2
—1
0
1
NM.
0
—4
—3
—2
—1
0
1
418 NM.
•
—4
—3
—2
—1
0
4S5 NM.
LOS 441
LOG
141.1768W
SURflCE
25
IRRADIcThCE
58
75
I
100
125
150
175
200
225
8—85
250
3 5Th 63
LATITUDE
LOG 540 NM. 0
LOG 520 NM. 0
—4
—3
—4
LOG 488 Nil. •
—3
25
—1
0
-2
-1
0
—2
—1
e
OF SURFACE
100
I—
aILl
125
158
208
225
250
141.1768U
—2
50
I
CAST 18-28-82 2213Z
33.4478N
8-86
ODEX 3 STA 63 ON CAST 18-28-82 2213Z
LATITUDE
LOG 925 NM.
LOG 599 NM.
LOG 568 NM.
33.4478W
—4
—3
—2
—1
0
1
0
—4
—3
—2
—1
a
1
—3
—2
-1
0
0
58
75
E
100
I—
a-
O
141.1768W
0
25
I
LONGITUDE
125
150
175
200
225
250
8—87
ODEX 3 STA 63 ON CAST 10-28-82 2213Z
LATITUDE
TENP.
0
C 665 *3 0
LOG 488 MM.
7
10
13
.35
.38
-3
.41
4
25
-2
OF SURflCE
IIl.Lj
O
33.4470N
125
150
175
200
225
8—88
250
LONGITUDE
18
44
—1
141.1768W
19
22
47
.5
ODEX 3 STA 66 DN CAST 18-29-82 20552
141.3892U
LATITUDE
LOG 465 MM.
LOG 441 NM.
0
LOG 4jØ Nfl.
0
—4
—3
—2
—1
0
1
—4
—3
-2
—1
0
1
—3
—2
—1
0
25
OF SURflCE
F'
'-I
II-
100
LU
125
150
175
200
225
8—89
250
ODEX 3 STA 66
LATITUDE
LOG 540 NM.
LOG 520 NM.
LOG 488 MM.
—4
—3
—2
—1
0
0
—4
-3
—2
—1
0
—3
-2
—1
0
'.
OF SURFACE
IRRAD lANCE
75
100
I.-
LI
UJ46ITUDE
0
25
I
CAST 10—29-82 20552
33.33434
125
150
175
200
225
8—98
250
1
ODEX 3 STA 66 ON CAST 18—29-82 2855Z
LATITUDE
LOG
LOG
LOG
625 NM.
509 NM.
568 Nfl.
0
0
-4
-4
—3
—3
-3
0
-2
-2
-2
25
50
75
IIU
O
125
175
200
225
B—91
250
LONGITUDE
—1
-1
—1
141.3892W
0
1
1
I
ODEX 3 STA 66
LATITUDE
TEMP.
10
0
C 665 43 0
LOS 489 NM.
• 35
4
25
13
19
• 47
• 44
—2
—1
OF 5URFPCE
125
150
175
200
225
8—92
141.3892W
16
.41
100
250
L(}IGITUDE
—3
75
U
18-29-82
• 38
50
I
DN CAST
33.33434
I
ODEX 3 STA 66 UP CAST
LATITUDE
LOS 465 NM. 0
LOG 441 NM.
LOG 410 MM. •
LONGITUDE
141.3892W
—4
—3
-2
—1
0
—4
—3
—2
—1
0
—3
—2
—1
0
25
Z OF
75
E
100
I
U-
U
18-29-82 21192
125
150
175
200
225
8—93
250
1
00CC 3 STA 66 UP CAST 10—29-82 21192
LATITUDE
LOG 540 NIl.
LOG 520 NIl.
LOG 489 NIl.
0
—4
—3
—2
—1
0
1
a
—4
—3
-2
—1
0
1
—2
—1
0
1
0
25
Z OF SURFACE
IRRADIANCE
50
75
E
'-I
I
180
a-
Li
O
141
125
150
175
288
225
250
8—94
ODEX 3 STA 66 tiP CAST 18-29-82 2119Z
LATITUDE
LOG 625 Nfl.
LOG 589 NM.
LOG 560 NM.
0
—4
—3
—2
—1
a
—4
—3
—2
—1
0
—3
—2
—1
0
•
25
50
75
I
100
I—
Ui
141.3892W
33.3343N
125
150
175
200
225
8-95
250
1
ODEX 3 STA 66 UP CAST
18-29-82 21192
141.3892W
LATITUDE
TEIIP.
7
18
13
16
19
22
.35
.38
.41
.44
.4?
.5
0
1
0
C 665 *3 0
LOG 488 Nfl.
Q
—2
25
lANCE
50
75
IILi
O
180
125
150
175
225
8—96
250
—1
ODEX 3 STA 72 DN cAST IB-31-82 1844Z
LATITUDE 31 .2648N
LOG 485 MM.
LOG 441 MM.
LOG 410 MM.
0
—4
—3
—2
—1
0
—4
-3
—1
—4
—3
-2
-2
9
0
25
Z OF SURflCE
50
75
I
100
F-
U-
125
175
200
225
B—97
250
—1
141
I
1
0
ODEX 3 STA 72
1R442
C4ST
141.3676W
LMITUDE
LOG 540 NM. 0
LOG 520 NM. C
LOG 488 MM. •
—4
-3
—2
—1
0
—4
—3
-2
—1
0
—2
—1
0
25
OF
SURF
lANCE
50
75
I
U
100
125
150
175
200
225
8—98
250
1
ODEX 3 STA 72 ON
LMITUDE
LOG 625 NM.
LOG 589 NM.
LOG 560 NM.
0
—4
0
—4
•
31.264ON
0
1
—3
—2
—1
0
1
—3
—2
—1
0
1
75
O
141 .367w
—1
50
U
LONGITUDE
—2
—3
25
I
18—31-82 18442
106
125
150
175
206
225
250
8—99
ODEX 3 STA 72 ON CAST 10-31-82 18442
LATITUDE
TEMP.
0
18
7
C 685 *3 0
LOG 488 NM.
.35
.38
4
'.
25
31.2648tt
13
16
.41
.44
—2
—1
OF
50
75
z
188
.1I.U
125
158
175
208
225
B—188
250
LONGITUDE
141.3676U
19
8
22
ODEX 3 STA 73 ON CAST 18-31-82 2352Z
LATITUDE
31.8268N
LONGITUDE
141.3498W
LOG 485 NIl.
0
—4
—3
—2
—1
0
1
LOG 441 Nfl.
0
—4
—3
-2
—1
O
1
LOG 410 NIl.
•
—3
—2
—1
0
1
OF SURFACE
25
I R R A D I A N CE
50
75
I-'
'-I
I
106
I—
uJ
O
125
150
175
200
225
8—181
250
ODEX 3 5Th 73 ON CAST 10—31-82 23522
LATITUDE
31.0260N
0
NM.
0
—4
LOG
—3
—3
25
—2
OF SURFPCE
IRRAD lANCE
58
E
I
100
I—
125
200
225
250
8—102
LONGITUDE
141.3490U
—1
0
—1
0
—1
0
1
(}DEX 3 STA 73 ON
LATITUDE 31.8268N
LOG 625 Nfl.
LOG 589 Nfl.
LOG 560 Nfl.
LONGITUDE
141 .3498W
0
—4
—3
—2
—1
0
0
-4
-3
-2
—1
0
—3
—2
—1
0
4
25
50
75
II-
18-31-82 23522
100
Li.1
125
150
175
200
225
250
8—183
1
ODEX 3 STA 73 UN CIST 18-31-82 2352Z
31.8268N
TEMP.
0
10
7
C 665 *3 0
LOG 488 Mn.
35
38
4
—3
13
16
.41
• 44
—2
—1
OF
25
I
U
a
125
150
175
200
225
8—184
250
LUN6ITUDE
141.3498W
18
47
0
ODEX 3 STA 73 UP CAST 18-31-82 23592
LATITUDE 31.8268N
LOG 465 NM.
LOG 441 Nfl.
LOG 410 NM.
a
1
—3
—2
—1
-4
—3
—2
—1
1
—3
—2
—1
1
0
>'.
OF
59
75
I
0
—4
25
'-I
141.3498W
190
Li
125
150
175
200
225
8-105
250
ODEX 3 STA 73 UP CAST 19—31—82 235fl
LATITUDE
LOG 540 NM.
0
—4
LOG 520 NIl.
0
—4
—3
LOG 48$ NM.
—3
—2
—1
—2
—1
0
1
—2
—1
0
1
OF
25
IRRAD lANCE
50
75
\1
I
100
I—
Li
O
125
150
1
200
225
8—186
250
141.3490W
31.8260W
1
ODEX 3 5Th 73 UP CAST 18-31-82 2359Z
LATITUDE 31.8268N
LOG 625 NM.
LOG 589 NM.
LOG 569 MM.
0
0
-4
-4
—3
-2
—'l
0
—3
—2
—1
0
-2
—1
25
59
75
I-'
I
U-
125
150
175
200
225
8—187
250
141.3498W
1
ODEX 3 STA 73 UP CAST 18-31—82 2359Z
LATITUDE
141.3498W
31.8268N
TEP1P.
a
7
10
13
16
19
C
*3 U
35
• 38
.41
• 44
• 47
—3
—2
LOG 488 P411.
•
OF
SURFPCE
25
IIU
125
150
175
200
225
8—108
258
8
22
ODEX 3 STA 778 UP CAST 11-1-82 21332
LATITUDE 38.8210N
LOG 465 NM.
LOG 441 NM.
LOG 410 MM.
—2
—3
—4
—4
0
e
—2
—1
—2
—1
IRR
D
I
N CE
50
75
100
3125
150
175
206
225
8-109
250
0
—3
OF
I
—1
—3
25
141.2210W
1
1
ODEX 3 STA 778 UP CAST
LATITUDE
LOG 540 NIl.
LOG 520 Nfl.
LOG 488 Nfl.
—4
—3
—2
—1
0
I
0
—4
-3
—2
—1
0
1
—3
—2
0
1
0
OF SURFACE
IRRAD lANCE
50
75
100
I.-
U
141.2218U
0
25
I
11-1-82 21332
38.821$N
125
150
175
200
225
8—118
250
778 UP CAST 11—1-82 2133Z
ODEX 3
LATITUDE
LOG 625 NM. 0
LOG 589 MM. D
LOG 560 NM. •
—4
—3
—4
—3
38.8218N
—1
0
-2
-2
—1
0
—1
0
50
75
I
F-
U
125
150
175
200
225
B—Ill
250
141.2218W
—2
25
O
W4GJTUDE
77B UP CAST 11—1-82 2133Z
3
LATITUDE
TEMP.
0
7
C 665 *3 0
LOG 488
P411.
• 35
4
13
16
19
• 38
.41
.44
.4?
—3
—2
—1
OF
25
IRRADIcThCE
50
75
I-'
'-I
I
100
I—
U-
LI
3
125
150
175
208
225
B—i 12
250
141.2218W
38.8218N
22
ODEX 3 STA 79 UP EAST 11—2—82 19282
LATITUDE
LOS 465 NM.
LOG 441 NM.
LOG 410 Nfl.
0
a
—4
—4
6
—1
0
1
-2
—1
0
1
—2
—1
0
1
-3
—2
-.3
—3
OF
25
50
75
I
100
125
150
175
200
225
8—113
250
148.5419W
38.5753N
ODEX 3 STA 79 UP CAST 11—2—82 19282
LATITUDE
148.5419U
38.5753w
LOG 540 NM.
LOG 520 NM.
0
—4
—3
—2
—1
0
a
-.4
—3
—2
—1
0
LOG 488 1411.
•
—2
—1
0
25
OF SURFACE
IRRAD lANCE
50
75
I
U
100
125
150
175
225
8—114
250
ODEX 3 SIA 79 UP CAST 11-2—82 19282
LATITUDE
148.5419W
38.5753N
0
25 NM.
C,
—4
—3
—2
—1
LOG 589 Nfl.
0
—4
—3
—2
—1
1
—2
—1
1
LOG
LOG 560
25
50
75
\1
I
100
1-
n
U
125
156
175
225
250
8—115
1
ODEX 3 STA 79 UP CAST 11-2-82 19282
148.5419W
LATITUDE
TEMP.
0
7
C 665 *3 0
LOG 488 NM.
•
•
25
10
13
16
19
• 38
• 41
.44
.47
—3
—2
—1
0
OF
50
75
I
100
I—
aLU
125
150
175
225
8—116
250
22
I
84 ON CAST 11-3-82 28181
ODEX 3
LATITUDE
LOG 485 NM.
LOG 441 NM.
LOG 410 MM.
o
—3
—4
0
—4
•
25
32.59481
-2
—1
—2
—1
E
100
aLd
125
175
200
225
8—117
250
0
—2
75
3
0
-3
Z OF
148.4784W
—1
—3
50
I
LONGITUDE
1
ODEX
STA 84 ON CAST
LATITUDE
32.594áN
11-3-82
2BIØZ
LONGITUDE
14B.4784W
LOG 540 NM.
0
—4
—3
—2
—1
0
LOS 520 NIl.
0
—4
—3
—2
—1
0
LOG 488 NM.
•
—2
—1
0
—3
25
OF SURFACE
lANCE
58
75
I-'
I
108
I—
U
125
150
200
225
8-118
250
ODEX 3 STA 84
LATITUDE
LOG 625 Nil.
LOG 509 NM.
LOG 560 NM.
-4
0
a
—4
4
—3
-2
—1
0
1
0
1
—2
—1
—3
—2
—1
50
75
100
I—
LU
125
150
175
200
225
8—119
250
148.4784U
—3
25
I
CAST 11-3-82 2818Z
32.5946N.
1
ODEX 3 STA 84
LATITUDE
TENP.
0
7
C 665 *3 a
35
LOG 488 Nfl. •
.4
25
10
13
16
19
22
.41
.44
.47
.5
—3
—2
—1
0
I
OF
58
75
I
100
I—
U
125
150
175
288
225
B—12$
258
148.4784U
• 38
IRRAD lANCE
"-F
CAST 11—3—82 2818Z
32.5946N
ODEX 3 STA 185 ON CAST 11-5-82 28832
LATITUDE
32.4658N
LONGITUDE
141.2388W
LOS 465 NIl.
0
—4
-3
—2
—1
0
1
LOG 441 NM.
c
—4
—3
—2
—1
0
1
—1
0
1
LOG 410 NIl.
0
—3
25
—2
OF
I
F—
U
O
125
150
175
200
225
8—121
250
ODEX 3 STA 185
LATITUDE
LOG 540 NM. 0
LOG 520 NIl. a
—4
—3
—4
—3
-2
-2
—3
—2
LOG 488 Nfl. •
25
OF SURflCE
lANCE
58
75
I
108
I—
aILl
125
158
208
225
9—122
250
CAST 11—5—82 2883Z
32.4650N
141 .2388U
—1
0
—1
0
ODEX 3 STA 105 ON CAST 11-5-82 2003Z
LATITUDE
LOG 825 NM. 0
LOG 589 NM. 0
LOG 560 IM.
32.4650N
-4
—3
—2
-1
B
1
—4
—3
—2
—1
B
1
—1
0
1
0
B
—3
25
50
75
E
I
U
100
125
150
175
200
225
B—123
250
LONGITUDE
ODEX 3 STA 105 DN CAST 11—5—82 2803Z
LATITUDE
TEMP.
0
10
C 685 *3 0
LOG 488 NM.
.35
.38
.
32.4658N
16
19
22
.41
.44
.47
.5
or SURFPCE
50
75
I
CLi.I
O
125
150
175
280
225
B—124
250
141.2380W
13
—2
25
LCt4GITUDE
3 STA 134 ON CAST 11-8—82 22882
LATITUDE
LONGITUDE
LOG 4G5 NM.
LOG 441 NM.
0
—4
—3
—2
—1
0
—4
-3
—2
—1
tOG 410 NM.
0
—2
—1
—3
25
OF
50
75
'-I
108
I.
U-
125
150
175
200
225
8—125
250
142.1583w
0
1
I
0
1
ODEX 3 5Th 134 ON CAST 11-8—82 22082
LATITUDE
LOG 540 NM. 0
LOG 520 NM. 0
LOG 468 MM. •
1
—3
—2
—1
—4
—3
—2
—1
0
—3
—2
—1
0
OF
IRRAD lANCE
50
75
2:
100
a-
w
142.1503W
—4
25
II-
LONGITUDE
125
150
200
225
8—126
250
1
ODEX 3 STA 134 ON CAST 11-8-82 22882
LONGITUDE
LMITUDE
LOS 625 NIl.
LOG 589 NIl.
LOG 560 NIl.
0
—4
—3
—2
—1
0
1
C
—4
—3
—2
—1
0
1
—2
—1
0
1
25
50
75
p.'
E
I
142.1583W
100
LiJ
125
150
175
200
225
8—127
250
ODEX 3 STA 134
&4TITVDE
TEMP.
0
C 885 *3 a
LOG 488 MM.
CAST 11—8-82 2208Z
LONGITUDE
142.1583W
7
10
13
18
19
• 35
• 38
.41
• 44
• 4?
-3
—2
—1
8
•
25
OF SURFACE
IRRAD lANCE
58
II-
ON
108
Li
125
150
175
208
225
8—128
250
22
1
ODEX 3 STA 134 UP CAST
11-8-82
LOS 485 NM.
LOS 441 NIl.
LOG 410 NM.
0
—4
—3
—2
—1
0
0
—4
—3
—2
—1
0
I
—3
—2
0
1
0
25
OF
50
75
'-S
'-I
I
100
a-
w
2214Z
142.15834
LATITUDE
125
150
175
225
8—129
250
ODEX 3 SIA 134 tiP CAST 11-8-82 22142
LATITUDE
LOG 540 NM.
LOG 520 NM.
LOG 488 NM.
—4
—3
—2
—1
o
—4
—3
-2
-1
0
1
—2
—1
B
1
0
OF SURFACE
IRRADIANCE
50
75
II-
142.1583W
0
25
S.,
LONGITUDE
100
aLii
125
150
175
200
225
8—138
250
1
ODEX 3 STA 134 UP CAST 11-8-82 22142
LATITUDE
LONGITUDE
142.15834
LOG 625 NM.
0
—4
—3
-2
—1
0
LOG 588 NIl,
a
—4
—3
—2
—i
0
LOG 560 MM.
•
—3
—2
—1
0
25
50
75
II-
100
Li
125
150
175
200
225
B-131
250
1
ODEX 3 STA 134 1W
11—8—82
142.1583U
TEMP.
0
C 665
LOG 488 NIl.
7
1,0
13
18
19
.35
.38
.41
.44
.4?
—3
—2
—1
0
0
OF SURFACE
25
I RRAD I ANCE
58
75
'I
I
100
I—
uJ
O
125
150
175
200
225
8-132
250
22
167 DN CAST 11-12-82 2338Z
3
136.4688W
LATITUDE
LOG 465 Nfl.
LOG 441 MN.
LOG 410 NM.
0
—4
—3
-2
a
—4
—3
—2
0
OF
50
75
I
100
I—
tJJ
125
150
175
200
225
250
-•1
—1
—3
25
1
8—133
0
I
ODEX 3 STA 167
LATITUDE
LOG 540 NM.
LOS 520 MM.
LOG 488 NM.
136.4680W
0
—4
—3
-2
—1
0
1
D
—4
—3
—2
—1
0
1
—:3
—2
•
OF
25
I
a-
U
O
11-12-82 2338Z
33.4798N
125
150
175
200
225
250
8—134
3 STA 167 ON CAST 11-12-82 2338Z
LATITUDE
LOG 625 NM.
0
LOG 589 Nfl.
a
LOG 560 NM.
•
—4
—4
33.4798W
—2
—1
—3
—2
—1
—3
—2
—1
—3
25
50
75
p.'
E
I
100
LiJ
125
150
175
200
225
8—135
250
LONGITUDE
136.4688W
0
I
1
0
ODEX 3 STA 167 ON
LATITUDE
TEMP.
LOG 488
0
MM.
11-12-82 23382
LONGITUDE
136.4688w
7
10
13
16
19
.35
.38
.41
• 44
• 47
0
C 665 *3
33.4798N
4
—2
25
OF
IILi
125
150
175
200
225
250
8—136
0
22
3 STA 178 DN CAST 11-15-82 19262
LATITUDE
465 NM.
LOG 441 NM.
LOG 410 Nfl.
LOG
0
—4
0
—4
—3
34.4828N
—2
—1
0
1
—2
—1
8
1
—2
—1
0
25
I
1
175
200
225
8—137
250
ODEX 3 8Th 170 ON
LATITUDE
LOG 540 NM.
LOG 520 NM.
LOG 488 NM.
0
—4
C
—4
o
—3
—3
25
34.4828N
8
1
—2
—1
8
1
—1
8
1
—2
OF SURFACE
106
a-
125
158
175
280
225
B—138
258
127.13754
—1
58
U
LONGITUDE
-2
IRRAD lANCE
II-
11-15-82 19262
ODS( 3 STA 178 DN CAST 11-15-82 19262
LATITUDE 34.4826N
LOG 825 NM.
LOG 589 NM.
LOG 560 NM.
0
0
—4
—4
—3
—3
—2
—1
0
1
—2
—1
a
I
0
1
-2
25
50
75
z
I
lee
a-
Li
3
125
150
175
200
225
8—139
250
ODEX 3 STA
lATITUDE
TENP.
0
C 865 *3
L06 488 NIl. •
• 35
25
L27.1375A
13
16
19
22
.41
.44
.47
.5
—3
—2
—1
0
OF SURFACE
75
I-'
z
108
a-
U
125
150
175
200
225
8—148
250
LCt4BITUDE
• 38
5$
I
178 ON CAST 11-15-82 19262
34.4828N
ODEX 3 STA 170 UP CAST 11-15-82 1935Z
LATITUDE
LOG 485 Nfl.
n
—4
LOG 441 NM.
LOG 410
D
—4
•
—2
—1
-3
-3
-2
—1
0
—2
—1
0
OF
25
50
75
p.'
I
100
1-
Li
125
150
175
200
225
8—141
250
1
—3
1
ODEX 3 STA 178 LiP CAST 11-15-82 19352
LATITUDE 34.4828N
LOG 548 NM.
LOG 520 NIl,
LOG 488 NM.
o
—4
—3
a
—4
—3
•
25
—2
—1
8
1
—2
—1
0
1
8
1
-2
8
SURF
IRRAD lANCE
75
p.'
II-
100
a-
U
O
125
280
225
8—142
250
127.13754
ODEX 3 STA 178 UP CAST 11-15-82 1935Z
127.13754
LATiTUDE
LOG 625 NM.
0
—4
—3
-2
—1
LOG 589 Nfl.
0
—4
—3
—2
—1
LOG 560 NM.
0
—4
—3
—2
—1
25
50
75
I
100
I.-
ILl
125
150
175
200
225
8—143
250
0
1
1
9
UDEX 3 STA 17B UP CAST 11—15—82 19352
127.13754
34.4828N
TEfIP.
0
C 665 *3 0
LOG 488 MM.
7
10
13
16
19
.35
.38
.41
* 44
• 4?
—3
—2
—1
•
OF
25
IRRAD lANCE
50
I
180
F-
U-
U
3
125
158
4
r
288
225
8—144
250
22
5
ODEX 3 STA 176 UP CAST J1-16—82 23282
LATITUDE
LOG 465 NM. 0
LOG 441 MM. D
LIM
LOG 410 IIH.
—4
—3
-2
—1
0
1
—4
—3
—2
—1
0
1
—2
-1
0
1
25
OF SURFACE
IRRADIIThCE
75
E
100
w
3
125
150
175
200
225
8—145
250
ODD( 3 STA 176 UP CAST 11-16-82 23282
123.3559W
1.ATITUOE
LOG 540 NM.
LOG 520 NM.
LOG 488 NM.
0
—4
—3
—2
—1
0
1
a
—4
—3
-2
—1
0
1
—3
—2
—1
0
25
OF
I
F—
U
O
125
150
175
200
225
250
8—146
ODEX 3 STA 176 UP CAST 11-16-82 23282
123.3559W
LATITUDE
LOG 625 MM.
C
—4
—3
—2
—1
0
1
LOG 588 NIl.
LOG 560 NIl.
a
—4
—3
—2
—1
0
1
—3
—2
0
1
0
25
I-'
'I
I
100
I—
U
O
125
150
175
200
225
B—147
250
ODEX 3 STA 176 UP CAST 11—16—82 2328Z
123.3559W
LATITUDE
TEMP.
0
7
C 665 *3 0
LOG 488 NIl.
35
•
OF
10
13
16
19
.41
• 47
• 53
• 59
—3
—2
—1
SURflCE
25
50
75
I
100
1-
U
O
125
150
175
200
225
B-148
250
22
• 65
ODEX 3 STA 182 UP CAST 11-17-82 2826Z
L.ATITUDE
LOG 465 MM.
LOG 441 MM.
LOG 410 NM.
121.3916W
35.5353N
0
—4
—3
—2
—1
0
1
a
—4
—3
—2
—1
0
1
—3
—2
—1
0
OF
25
I
1
150
1?5
200
225
8—149
250
ODEX 3 5Th 182 UP CAST 11-17-82 2826Z
LATITUDE
LOG 540 MM. 0
LOG 528 NM. 0
LOG 488 MM. •
—4
—3
—2
—i
—4
—3
-2
—1
—3
—2
25
OF SURFPCE
IRRAD lANCE
50
75
I
100
a-
U
121.3916(4
35.53531
125
150
175
200
225
8—150
250
0
0
ODEX 3 STA 182 UP CAST 11-17-82 28262
121.391áU
LATITUDE
LOG 625 NM.
o
—4
—3
LOG 589 NIl.
D
—4
—3
LOG 569 NM.
•
—3
-2
-2
—2
25
58
75
IILi
100
125
150
175
200
225
8—151
250
—1
0
—1
8
—i
0
1
ODEX 3 STA 182 UP CAST 11-17-82 28262
TEMP.
0
C 665 *3 0
LOG 488 NM.
7
10
• 35
.41
0
—3
25
<
13
4?
—2
OF
50
I
100
I-
Ui
a
125
150
175
200
225
250
121.3916W
35.5353N
LATITUDE
8—152
16
19
• 53
• 59
—1
22
65
I
ODEX 3 STA 184
I.ATITUDE
CAST 11-17—82 23391
121.3110W
5.5320N
LOG 465 NIl.
0
—4
—3
—2
—i
0
1
LOG 441 MM.
D
-4
—3
-2
-2
-1
0
1
—1
0
1
LOG 410 Nfl.
0
—3
OF SURFACE
25
50
75
E
I
100
LU
125
150
175
200
225
8—153
256
QDE)( 3 STA 184 UN CAST 11—17—82 2339Z
LATITUDE
LOG 540 NM. 0
LOG 520 NM. 0
—4
—4
—3
LOG 488 Nfl. •
35.5328N
—1
0
—2
—1
0
—2
—1
0
4 OF
50
75
100
U
125
150
175
208
225
8—154
250
121.3118W
—2
25
II-
LUNGITUDE
1481 11-17-82 23392
ODEX 3 St4 184
LATITUDE 35.5328N
LOG 625 MM.
LOG 599 NM.
LOG 568 MM.
0
—4
—3
—2
—1
0
D
—4
—3
—2
—1
0
—1
0
•
—3
—2
25
58
75
I-'
I
Lu
a
121.3118W
125
ISO
175
200
225
8-155
250
1
ODEX 3 5Th 184 DN CAST 11—17—82 2339Z
LATITUDE
C
LOG
0
7
18
13
16
19
22
.41
.4?
.53
.59
.65
—3
—2
—1
SURF
25
50
75
E
100
F-
LI
O
121.3118W
.35
488 NIl. •
I
LUt4GJTUDE
125
150
175
200
225
8—156
250
ODEX 3 8Th 184 UP CAST
11-17-82
465 MM.
LOG 441 MN.
LOG 410 MM.
—3
—4
LOG
D
—4
4
—3
25
1
—1
—2
—1
1
—2
—1
1
OF
50
75
100
U-
125
150
175
200
225
B—157
250
0
—2
lANCE
I
2352Z
121.3119W
35.5329N
ODEX 3 8Th 184 UP CAST 11-17-82 23522
35.5328N
LOG 540 Nfl.
LOG 520 Nfl.
LOG 48$ Nfl.
0
—4
—3
-2
—1
0
a
—4
—3
—2
—1
0
—3
—2
—1
0
•
25
OF SURFACE
lANCE
56
75
I
ii
I—
Li
121.3118W
125
150
175
206
225
8—158
250
ODEX 3 STA 184 UP CAST 11-17-82
LATITUDE
LOG
LOG
LOG
625 NM.
589 NM.
568 NM.
0
—4
—3
-2
—1
B
1
D
—4
—3
—2
—1
8
1
—1.
0
1
•
—2
OF
25
I
w
121.3110W
35.5328N
125
150
175
208
225
8—159
250
ODEX 3 STh 184 tiP CAST 11—17—82 2352Z
LATITUDE
TEMP.
LOG 488 NM.
13
16
19
.35
.41
.4?
.53
.59
—2
—1
0
OF 5URFPCE
50
75
I 00
a-
U
O
121.311eW
10
25
II-
L(I4GITUDE
7
0
C 665 *3 0
35.5328N
125
175
200
225
8—168
250
22
LATITUDE
121.3808W
35.1948N
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
0
.04
0
.12
.00
I
I
I
1
I
I
25
—
50
—
410
540
75
—
520
488
I
Iw
125 —
-
-
150 —
175 —
200 —
225 —
250 —
c-i
.16
.2
ODEX 3 STA 7 UP CAST
LATITUDE
121.3080(4
35.1?48N
TOTAL DIFFUSE ATTENUATION — UATER ATTENUATION
0
.04
8
,
I
.12
.88
I
I
J
I
I
I
I
J
25 —
50 —
75 —
540
520
I.'
125
488
Iw
O
150
175
200
225
250
C—2
I
.16
.2
ODEX 3 STA 9
LATITUDE
18-12-82 2314Z DN CAST
35.1910N
LONGITUDE
121.8688U
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
0
.04
t
I
I
I
I
I
I
I
.08
.12
I
I
.IG
I
I
25
410
441
75
488
100
F-'
"-F
T
I-
125
a-
U
150
175
200
225
C—3
I-i
.2
I
ODEX 3 STA 9 18-12-82 23452 UP CAST
LATITUDE
35.1918W
121.8688W
LONGITUDE
TOTAL DIFFUSE ATTENUATION - WATER ATTENUATION
.04
I
I
I
I
• 12
08
I
I
I
I
25
410
50
540
75
100
I-'
E
I
t 25
I.-
U
ISO
175
200
225
250
C—4
.2
16
I
I
I
I
I
I
I
I
1418—14-8222482 ON CAST
ODEX 3
LATITUDE
34.5898N
121.13834
LONGITUDE
TOTAL DIFFUSE ATTENUATION — UATER ATTENUATION
0
I
I
I
I
I
I
I
I
I
I
I
J
I
I
25
50
410
75
520
100
488
z
I
I-
125
150
175
200
225
250
C—5
.2
.16
.12
.09
.04
0
I
I
I
I
'
'
'
I
ODEX 3 STA 19 18—15—82 17852
LATITUDE
CAST
34.5870N
122.4258W
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
0
8
.08
• 04
I
I
I
I
I
—i
.12
•
50
410
75
5;
488
100
125
I—
Li
a
150
175
208
225
250
I
I
I
I
25
I
.16
I
I
C-6
.2
I
I
I
I
ODEX 3 STA 21 ON CAST 18-16-82 98462
LATITUDE
34.5866N
LONGITUDE
123.1436W
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
.04
0
I
.12
.08
I
I
I
I
I
I
I
I
I
I
25 —
50 —
410
75 —
441
465
I
125 —
I—
a-
Id
a
-
150 —
175 —
200 —
225 —
250—
C—7
.16
.2
3 STA 21 UP CAST 18—16—82 88582
LATITUDE
34.5864N
123.1436(4
LONGITUDE
TOTAL DIFFUSE ATTENUATION - UATER ATTENUATION
.04
00
I
I
I
I
I
I
I
I
25
50
75
100
'-S
125
I—
w
O
158
175
225
C-8
250
I
I
I
I
I
J
I
I
.2
.16
.12
.08
I
3 STA 25 UP
CAST
19—16—82 21342
124.4262W
LONGITUDE
LATITUDE
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
0
.04
• 02
8
I
I
I
• 06
I
I
I
I
I
25
50
75
410
100
I
125
520
I—
U
150
488
175
200
225
C-9
250
• 08
.1
I
I
I
ODEX 3 STA 38
LATITUDE
CAST 18—17—82 1838Z
123.4082U
34.297?N
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
.04
00
I
I
I
I
I
I
I
25
58
75
410
108
r
p..
II-
520
'441
125
a-
U
i so
175
200
225
250
I
I
I
I
I
I
C - 10
.2
.16
.12
.08
I
I
I
I
ODEX 3 SM 30 UP CAST 18-17-82 18
LATITUDE
34.285?N
LONGITUDE
TOTAL DIFFUSE ATTENUATION - WATER ATTENUATION
0
.04
0
I
I
I
I
.12
.08
I
I
I
I
I
I
1
I
I
25
50
75
100
520
II-
•1
125
aUi
150
175
200
—
225
250 —
C — 11
.2
• 16
I
I
I
I
I
I
I
I
I
ODEX 3 STA 37
LATITUDE
CAST 10—18-82 1905Z
125.4090W
34.2949N
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
0
• @4
I
I
I
I
I
. 12
. @8
I
I
I
I
I
I
I
I
I
58
75
410
100
441
:i:
125
I-
488
Li
150
175
200
225
C — 12
250
I
I
'
I
I
25
.2
• 18
I
'
I
ODEX 3 STA 37 UP CAST 18-18-82 19332
LATITUDE
34.2938N
125.489a4
LONGITUDE
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
0
8
.08
• @4
I
I
I
I
I
I
.12
I
I
I
I
I
25
50
75
100
441
125
150
175
200
225
C — 13
.16
I
I
I
I
.2
I
I
I
(-J
3 STA 38
LATITUDE
CAST 1@-18—82 21252
125.4549t4
34.9998N
TOTAL DIFFUSE ATTENUATION - WATER ATTENUATION
00
.02
.06
.04
.08
.1
25
50
410
100
E
I
125
441
I—
a-
w
O
150
175
200
225
250
C-
14
ODEX 3 STA 38 UP CAST 10—18—82 2149Z
LATITUDE
125.4549W
34.9990N
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
.04
.02
I
I
.1
.08
.06
I
I
I
I
I
I
I
I
I
25
100
410
520
I
465
125
I—
C-
488
IL)
150
175
200
225
250
C - 15
ODEX 3 STA 44
10—19—82 21102
UP
LATITUDE
128.0990U
LONGITUDE
TOTAL DIFFUSE ATTENUATION - UATER ATTENUATION
.02
0
I
J
I
I
I
I
.88
.86
.04
I
I
I
I
I
I
I
I
I
J
V
25
50
75
100
II-
410
125
Ii
aIL3
150
1 ?5
200
225
250
C-16
.1
I
I
DDBC 3 STA 46 UP CAST 18-20-82 19112
LATITUDE
34.33834
LONGITUDE
138.4653W
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
80
.04
.02
.06
25
58
75
100
E
I
125
I-.
U
C
158
441
175
488
280
225
250
C - 17
.08
.1
ODEX 3 STA 47 ON CAST 18-22-82 28552
LATITUDE
34.123114
LONGITUDE
134.2236(4
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
08
@0
25
50
75
100
L
II-
125
410
w
150
175
200
225
C - 18
258
.1
ODD( 3 STA 47 UP CAST 18-22-82 21292
LATITUDE
34.1231N
LON6ITUDE
134.223&4
TOTAL DIFFUSE ATTENUATION — UATER ATTENUATION
0
,
—
08
• 04
• 02
0
I
I
I
I
I
I
I
25
50
75
100
I
125
520
a-
488
Lii
441
150
iTS
200
C — 19
225
250
.1
ODEX 3 STA 51 UP CAST 18-26-82 8844Z
LATITUDE
34.8128N
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
.02
00.
I
.04
I
I
I
.06
I
25
75
100
5:
125
410
U
159
441
175
200
225
250
.1
I
I
I
.08
I
C - 20
I
I
I
I
ODEX 3 STA 58 ON CAST 18-27-82 21432
LATITUDE
33.5818N
142.0638W
LONGITUDE
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
I
I
I
I
I
I
I
I
I
I—
25
50
75
100
p.'
125
U
410
O
150
175
200 —
225
C - 21
250
I
I
I
I
I
I
I
.08
.08
.04
.02
00
1
'
I
ODEX 3 STA 63 ON CAST 18-28-82 22132
LATITUDE
33.44714
LONGITUDE
141.1768(4
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
00
.02
.06
.04
.08
25
50
75
100
z
I
410
125
I—
w
O
156
465
175
208
225
C — 22
250
.1
ODEX 3 STA 66 ON CAST 18—29-82 20552
LATITUDE
33.334Y1
LONGITUDE
141.3892W
TOTAL DIrrUSE ATTENUATION — WATER ATTENUATION
00
.02
.04
.06
25
50
75
100
IZ
II0
125
410
150
465
175
200
225
250
C - 23
.08
.1
ODEX 3 STA 66 UP CAST 18-29-82 21192
LATITUDE
141.3892W
33.33431
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
00
.04
.02
• 06
25
50
75
100
'-S
II-
125
a-
U
150
441
175
488
200
225
C - 24
250
.1
ODEX 3 STA 72 ON CAST 1G—31-82 18442
LATITUDE
31.2648N
LONGITUDE
141.3676W
TOTAL DIFFUSE ATTENUATION - WATER ATTENUATION
.02
00
I
I
I
I
I
I
j
I
25
5$
75
109
'-S
I
0
125
15$
410
175
488 465
200
225 —
250—
.08
.06
.84
I
C—25
F
.1
ODEX 3 STA 73 ON CAST 10-31-82 23522
LATITUDE
31.0260(4
TOTAL DIFFUSE ATTENUATION
0
.02
0
I
I
I
I
I
I
I
I
25
50
75
100
I
520
I.-
410
LLi
158
175
441
200
225
250
ATTENUATION
WATER
.86
I
J
125
—
.04
I
141.3490(4
LONGITUDE
C—26
I
.1
.08
I
I
1
1
I
I
I
ODEX 3 STA 73 UP CAST 19—31-82 23592
LATITUDE
141.3499W
31.8268N
TOTAL DIFFUSE ATTENUATION - WATER ATTENUATION
0
.04
.02
0
I
I
I
I
I
I
I
I
I
50
75
100
I-'
2:
125
a-
U
a
410
150
465 441
175
488
200
225
250
I
I
I
C — 27
1
I
I
25
I
I-
• 08
06
I
I
ODEX 3 SM 778 UP CAST 11-1-82 2133Z
LATITUDE
141.2210W
38.8210N
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
00
.02
.06
.04
25
50
75
100
I
125
I—
U
O
150
441
175
200
225
250
C - 28
.08
.1
ODEX 3 STA 79 UP CAST 11-2—82 19282
LATITUDE
30.57534
ION6ITUDE
148.5419W
TOTAL DIFTUSE ATTENUATION — WATER ATTENUATION
00
.02
.04
.06
25
50
75
100
I-'
r
II-
125
ILl
C
150
175
488
200
225
250
C - 29
.08
.1
CAST 11-3—82 2818Z
ODEX 3 STA 84
LATITUDE
32.59484
148.4784W
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
00
.02
.04
.06
25
50
75
100
I
125
a-
Li
150
410
175
441
200
225
250
C - 30
.09
.1
ODEX 3 STA 185 ON CAST 11—5—82 28;83
I.ATITUDE
LONGITUDE
32.4650N
141.2388W
TOTAL DIFFUSE ATTENUATION - WATER ATTENUATION
• 02
0
B
I
I
• 09
• 04
I
I
I
I
I
I
25
100
II-
125
aLU
410
150
175
200
225
250
—
C-31
09
.1
ODEX 3 STA 134 ON CAST 11-8-82 2260Z
LONGITUDE
LATITUDE
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
0
.04
.02
0
I
I
I
I
.06
I
1
I
I
I
(
I
25
50
—
75
—
100 —
I-'
I
125 —
520
F—
U
410
150 —
441
175 —
200 —
225 —
C-32
250 —
.08
.1
ODEX 3 STA 134 UP CAST 11-8—82 22142
UJ4GITUDE
LATITUDE
142.15834
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
.02
I
I
I
.06
.04
I
I
I
I
I
I
I
I
I
25
75 —
100
2:
I
125 —
I.-
U
0
410
150 —
175 —
488
200 —
225 —
250—
C—33
.09
.1
ODEX 3 STA 167 ON CAST 11—12—82 2338Z
LATITUDE
33.4798N
136.4688(4
LONGITUDE
TOTAL DIFFUSE ATTENUATION - WATER ATTENUATION
0
.02
0
I
I
I
I
I
I
I
I
J
25
50
75
100
'-S
2:
II-
520
125
410
Lii
441
150
465
175
488
200
225
250—
.08
.06
.04
I
I
C—34
I
I
I
I
.1
I
I
I
I
ODEX 3 STA 17B
LATITUDE
CAST
34.4828N
11-15—82 19262
127.1375W
LON6ITUDE
TOTAL DIFFUSE ATTENUATION - WATER ATTENUATION
0
I
I
I
I
I
I
I
I
25
50
75
10$
520
II-
125
441
a-
w
a
150
175
465
488
200
225
C - 35
250
.08
.86
.04
.02
I
I
I
I
I
ODEX 3 SIA 17B UP CAST 11—15—82 1935Z
LATITUDE
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
.02
00
I
I
I
.08
.06
.04
I
I
I
I
I
I
I
I
I
58
75
100
.0
II-
520
125
441
U
150
465
175
—
488
200 —
225 —
C - 36
258
I
I
f
25
2:
.1
I
ODEX 3 STA 176 UP CAST 11-16-82 23282
123.355914
LONGITUDE
TOTAL DIFFUSE ATTENUATION - WATER ATTENUATION
8
• 04
0
I
I
I
I
• 88
I
I
I
I
• 12
I
I
I
I
I
25
50
75
100
,-'
I
125
I—
U
158
175
200
225
250
C - 37
.2
16
I
I
I
I
I
I
I
ODEX 3 STA 182 UP CAST 11-17-82 28262
121.3918U
LIt16ITUDE
LATITUDE
TOTAL DIFFUSE ATTENUATION - WATER ATTENUATION
.04
00
I
I
I
I
I
I
I
I
I
25
50
410
520
100
488
p.'
II-
125
w
a
150
175
200
225
250
C-38
.2
.16
.12
.08
I
I
I
I
I
ODEX 3 STA 184 DN CAST 11-17-82 23392
LATITUDE
121.3110U
35.5320N
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
.04
00
I
I
I
I
.08
I
I
I
I
.12
I
I
I
I
I
I
I
.16
.2
I
I
I
25
50
410
520
465
75
488
100
I
125
I.-
Lii
150
175
200
225
250—
C—39
ODEX 3 STA 184 UP CAST 11-17-82 2352Z
LATITUDE
35.5320N
121.3118t4
LWBITUDE
TOTAL DIFFUSE ATTENUATION — WATER ATTENUATION
0
.04
I
I
I
I
I
.08
I
I
I
I
I
I
I
I
25
50
441
520
465
75
100
E
125
IU-
Li
150
I 75
200
225
250
I
I
C—40
.2
.16
.12
I
I
I
I
I
I
I
I
I
I
Cast Label
Lat.
:
ODEX 3 STA 7 DN CAST
35.1948N
Long.
deg C
Sal.
ppt
Dens.
N
8.8
15.308
33.385
24.66
24.68
24.68
24.77
24.82
24.83
24.98
25.12
25.25
2—ave
Temp
4.9 15.214 33.382
9.7 15.197 33.371
14.7
19.7
24.3
29.6
34.7
39.6
44.6
49.6
54.6
59.4
64.4
69.4
74.4
79.4
84.3
89.3
94.3
99.4
184.3
189.3
114.2
119.8
124.3
129.8
134.2
139.8
143.9
149.1
154.1
158.9
163.9
168.9
173.8
178.8
183.8
188.8
14,994
14.713
14.488
13.651
13,247
12.646
12.479
12.186
11.885
11.765
11.446
11.247
18.834
18.745
18.513
18,257
19.119
18.834
18.991
9.814
9.778
9.649
33.432
33.421
33.353
33.344
33.428
33.438
33.463 25.31
33.482 25.38
33.514 25.46
33.584 25.47
33.545 25.57
33.588 25.63
33.568 25,69
33.632 25.76
33.577 25.76
33.699 25.98
33.698 25.91
33.665
32.723
33.717
33.710
33.763
9.628
9,586
9.566
9.454
33.766
33.752
33.756
9,344
9.229
9.202
9.149
9.899
8.992
8.912
8.880
33.840
33.869
8.613
&—T
33.818
33.926
33.942
33.945
33.964
33.971
33.979
33,984
34.028
25.91
25.81
25.98
25.99
26.85
26.85
26.05
26.06
26.12
26.16
26.28
26.25
26.27
26.28
26.31
26.33
26.35
26.37
26.42
121.3808W
Fluor
Irradiance uW/crn2lnfl
Beam
:—lJAJcrn2—:
V.
4tten 418 nfl 441 nfl 465 nfl 488 nfl 529 nfl 548 nfl 569 nfl 589 nfl 625 nfl 671 nIl 694 nfl
ZIRR
8.88
8.88
8.88
8.98
8.88
8.88
8.88
0.88
8.88
8.88
8.08
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.08
8.08
8.88
8.80
8.88
8.88
8.88
8.88
8.88
8.08
8.80
0.08
0,88
0.88
0.80
8.08
8.88
8.08
8.88
8.88
8.586
8.611
8.619
8.695
8.683
8,637
0.539
8.496
8.452
8.448
2,33+4
1.21+4
9.98+1 9.83+1 1.89+2 9.98+1 9.26+1 9.27+1 8.94+1 7.12+1 6.47+1 5.73+1 5.94+1
5.34+1 5.56+1 7.36+1 7.84+1 6.33+1 6.22+1 5.62+1 3.33+1 1.28+1 5.56+8 2,84+8
2.69+1 3.18+1 4.67+1 4.77+1 4.18+1 3.99+1 3.38+1 1.48+1 2.22+0 4.75—1 1.81—1
1.17+1 1.69+1 2.75+1 3.83+1 2.57+1 2.58+1 2.81+1 6.62+8 3.95-1 6.64-2 3.24—2
4,95+8 7.63+8 1.58+1 1.88+1 1.55+1 1.53+1 1.16+1 2.96+8 6.88—2
2.86+8 3.59+8 7.69+8 1.84+1 9.88+8 8.52+8 6.41+8 1.32+0
9.22—1 1.83+0 4,39+8 6.18+8 5.26+8 5.10+8 3.69+8 6.33—1
4.89—1 9.98—1 2.66+8 3.95+8 3.28+8 3.84+8 2.87+8 2,85-1
2.14—1 5.99—1 1.76+0 2.78+8 2.87+8 1.92+8 1.28+0 1.35—1
1,12—1 3.75-1 1.21+8 1.93+8 1,37+8 1.25+8 7.89-1 6.29-2
8.441
2.44—1 8.51—1 1.41+8 9.42—1 8.28—1 4.30—1 3.86—2
8.432
1.59-1 6.15—1 1.85+8 6.51—1 5.72—1 2.59—1
1.85—1 4.59—1 7.98—1 4.59—1 3.81—1 1.53—1
7.83—2 3.37-1 5.99—1 3.13—1 2.62—1 7.86-2
8.421
8.418
8.409
8.488
8.488
8.397
6.98+3
4.82+3
2.23+3
1.28+3
6.88+2
4.89+2
2,61+2
1.74+2
1.18+2
8.25+1
5.87+1
4.16+1
2.56—1 4.57—1 2.25—1 1.80—1
2.88+1
1.95—1 3.58-1 1.53—1 1.24—1
1.53—1 2.68—1 1.84—1 8.65—2
2.87+1
1.54+1
1.09-1 2.84-1 6,60-2 4.97—2
8.391
8.84—2 1.54—1 4.48—2
9.389
8.389
8.387
8,388
8.389
8.388
8.385
8.385
8.388
8.386
8.385
8.387
8.387
8.388
7.40—2 1.17-1
5.83—2 8.74—2
4.67—2 6.39—2
4.55—2
0.391
0.386
0.383
8.383
8.384
8.382
D—1
7.49+8
4.95+0
3.77+8
2.85+8
1.25+8
Cast Label
Lat.
2—ave
M
Temp
aeg C
—8.3
13.814
4.8
9.7
14.8
19.?
24.7
29.6
34.7
39.7
44.6
49.6
54.5
59.4
64.5
69.5
74.4
79.4
84.4
89.3
94.2
99.3
15.281
184.3
109.2
114.2
119.1
124.2
129.8
134.1
15.890
14.652
14.247
13.481
12.996
12.536
12.369
12.823
11,894
11.545
11.442
11.293
11.281
10.822
18.669
18.424
18.237
18.115
10.887
9.895
9.885
9.743
9.634
7.613
9.570
9.516
35.1948N
Sal.
ppt
Long.
Dens.
&—T
37.826 28.42
33.382 24,68
33.486 24.73
33.445 24.85
25.88
33.661 25.26
33.596 25.31
33.499 25.32
33.514 25.37
33.694 25.57
33.517 25.46
33.669 25.64
33.518 25.54
33.573 25.61
33.569 25,63
33.648 25.75
33.687 25.81
33.788 25.94
33.789 25.91
33.679 25.98
33.731 25.96
33.709
33.755
33.751
33.784
33.769
33.799
33.837
33.848
33.905
33.874
33.923
33.958
33.997
34.007
139.8
143.9
149.0
154.8
159.0
163.9
168.8
173.8
9.411
178.8
183.8
188.8
8.758 33.976
8.628 34.037
8.535 34.851
9.236
9.227
9.183
9.127
9.845
8.928
3 9Th 7 UP CAST
L863 33.989
25.97
26.82
26.82
26.8?
26.88
26.89
26.13
26.15
26.23
26.28
26.25
26.28
26.33
26.36
26.35
26.36
26.43
26.45
121.3080W
Fluor
Beam
V.
0.08
8.88
0.88
8.88
0.88
8.88
0.08
8.88
8.88
0.88
Irradiance uW!cm2/nM
410 ntl 441 nM 465 nM 488 nM 528 nFl 548 nFl 568 nfl 589 nfl 625 nFl 671 nfl 694 nFl
(J4/cm2—:
X IRR
8.212
2.69+4
8.681
1.37+4
1.17+2 1.05+2 1.25+2 1.1142 1.85+2 1.04+2 1.81+2 8.24+1 7.76+1 6.99+1 8.21+1
6.8341 6.27+1 8.2541 7.86+1 7.89+1 6.96+1 6.31+1 3.80+1 1.53+1 7.84+8 3.75+8
0.645 3.80+1 3.56+1 5.17+1 5.26+1 4.56+1 4.43+1 3.76+1 1.68+1 2.63+8 5.98-1 2.28—1
0.689 1.29+1 1.85+1 3.01+1 3.31+1 2.86+1 2.7941 2.26+1 7.81+0 4.89-1 9.17—2 4.87-2
8.649 5.49+8 8.49+8 1.66+1 1.97+1 1.73+1 1.78+1 1.35+1 3.46+0 8.26—2 2.48—2
8.573 2.33+0 4.12+8 8.78+8 1.17+1 1.82+1 9.68+8 7.27+8 1.58+0
8.583 1.04+8 2.17+8 5.18+8 7.28+8 6.84+0 5.79+8 4.13+0 7.02—1
8.452 4.97-1 1.26+0 3.29+8 4.77+8 3.88+0 3.56+8 2.37+8 3.28-1
7.78+3
4.46+3
2.49+3
1.36+3
7.92+2
4.98+2
8.401
0.488
5.08—2 2.68—1 4,46-1 1.93—1 1.61-1
3.19+2
2.15+2
1.48+2
1.84+2
7.44+1
5,48+1
3.93+1
2.80+1
1.89—1 3.41—1 1.28—1 1.18—1
1.93+1
8.397
8.392
8.398
8.390
8.389
8.389
8.388
8.389
8.88 8.385
0.88 8.387
8.88 8.385
8.384
—8.81
8.08 0.387
8.88 8.386
8.80 8.385
8.88 8.387
8.00 8.387
0.80 0.388
8.88 8.38?
8.88 8.384
8.88 8.384
0.00 8,384
1.55-1 2.60—1 9.17-2 8.15—2
1.48+1
1.18—1 1.97—1 5.37—2
9.42+8
6.38+0
0.88
8.00
8,88
8.88
8.80
8.08
8.80
8.08
8.88
8.88
8.88
8.08
8.80
8.88
8.88
0,443
8.443
8.433
8.417
8.413
8.410
8.413
2.58—1 7.73—1 2.22+8 3.35+8 2.50+0 2.28+0 1.48+0 1.48—1
1.35-1 4.88—1 1.54+8 2.43+8 1.89+8 1.5848 8.42-1 6.94-2
3.26—1 1.11+8 1.79+8 1.18+8 1.82+0 5,14—1
2.16—1 8.03—1 1.34+8 8.20—1 6.93-1 3.14-1
1.44—1 5.92—1 1.01+8 5.81—1 4.82—1 1.86—1
1.81—1 4.44-1 7.67—1 3.99—1 3.39-1 1.82-1
7.31—2 3.47—1 5.86—1 2.78—1 2.24—1 5.45—2
9.44—2 1.48—1
5.33-2 8.82-2
4.78+8
3.46+8
5.36—2 5.65—2
2.81+8
7.08—2 1.18—1
D—2
Cast Label
Lat.
2—ave
H
Temp
deg C
ODEX 3 STA 9 18—12—82 23142 ON CAST
35.191$N
Long.
Sal.
ppi
Dens.
Fluor
&-T
V.
17.79
—8.3
16.894
24.658
4.8
9.7
15.295
15.154
14.877
33.628 24.85
33.455 24.75
14.9
19.8
24.6
29.7
34.7
39.5
44,6
49.6
54.6
59.6
64.5
69.4
74.4
79.3
84.4
89.3
94.3
99.4
184.3
189.3
114.3
14.585
14.124
13.587
12.586
12.967
12.753
12.470
12.849
11.688
11.441
11.178
11.136
11.127
11.078
11.043
18.966
18.853
18.659
18.633
10.591
119.1
18.587
18.328
129.8 10.383
134.1 18.272
139.8 18.161
144.8 18.887
149.1 18.818
154.1
9.859
158.9
9.781
163.8
9.693
168,9
9.672
173.9
9.621
124.1
178.8
183.9
188.8
9.591
9.546
9.489
121.8688W
33.583 24.85
33.493 24.91
33.439 24.96
33.355 25.88
33.244 25.12
33.366 25.14
25.24
25.32
33.537 25.45
33.512 25.58
33.686 25.61
33.634 25.68
33.584 25.65
33.586 25.65
33.616 25.49
33.611 25.69
33.641 25.73
33.674 25.77
33.718 25.84
33.714 25.84
33.723 25.86
33,737 25.88
33.797 25.96
33.778 25,95
33.795 25.97
33.818 24.88
33.842 26.84
33.861 26.86
33.913 26.13
33.932 26.16
33.948 26.18
33.939 26.18
33.962 26.21
33.963 24.21
33.978 26.23
33.993 26.25
33.451
33.483
Irradiance uW/cm2/nH
;—LM/cm2—:
410 nfl 441 nfl 465 nfl 488 nfl 520 nIl 548 nfl 568 nfl 589 nfl 825 nfl 671 nfl 694 nfl
X IRR
Beam
Atten
1.14+2 1.12+2 1,35+2 1.21+2 1.13+2 1.12+2 1.87+2 8.61+1 8.13+1 7.55+1 6.62+1
5.17+1 5.67+1 7.66*1 7.51+1 6.94+1 6.86+1 6.18+1 3.50+1 1.19+1 4.65+8 2.23+8
8.658 2.45+1 2.98+1 4,35+1 4.68+1 4.16+1 4.88+1 3.42+1 1.39+1 1.68+0 3.35—1 1.29—1
8.655 1.8141 1.43+1 2.38+1 2.71+1 2.42+1 2.37+1 1.89+1 5.34+8 2.53—1 5.13—2 2.67—2
8.671 4.22+8 6.20+0 1.24+1 1.52+1 1.35+1 1.38+1 9.75+8 2,15+8 4.80—2
8.634 1.8440 2.94+0 6.25+0 8.44+8 7.49+8 7,24+8 5.25+8 9.27-1
8.566 7.93—1 1.43+8 3.37+8 4.86+0 4.25+0 4.85+8 2.82+0 3.98—1
8.474 3.54—1 7.54-1 1.9748 2.99+8 2.51+8 2.33+8 1.53+8 1.78-1
8.88 27.631
8.624
8.88
8.08
0.88
0.08
8.88
8.88
8.80
0.88
8.88
8.88
0.88
8.88
8.88
8.08
8.88
8.80
0.514
8.491
8.478
1.64—1 4.27—1 1.22+0 1.94+0 1.55+8 1.39+8 8.63—1 7.58—2
2.46-1 7.88—1 1.38+8 9.92—1 8.56—1 5.82—1 3.53-2
8.436
8,426
8.465
8.422
0.418
8.416
8.421
8.427
8.425
8.416
0,472
8.476
8.453
8.16—2 3.44—1 6.44—1 4.26—1 3.38—1 1.71-1
4.99—2 2.49—1 4.68—1 2.87—1 2.19—1 9.93—2
1.74—1 3.43-1 1,94—1 1.35—1 5.44—2
1.23—1 2.52—1 1.30—1 7.98—2
8.80
8.88
8.88
8.88
8.88
8.88
0.88
8.88 8.461
8.08 8.486
8.88 8.476
8.08 8.531
0.88 8.542
8.08 8.551
8.88 8.551
8.88 0.539
0.00 0.548
0.00 0.526
8.88 0.519
8.88 8.527
8.80 8,514
8.00
8.88
1.41—1 5.12—1 9.04—1 6.48—1 5.38—1 2.92—1
9.21-2 1.87-1 9.15—2
6.82—2 1.48—1 6.41—2
2.86+4
1.27+4
6.73+3
3.68+3
1.87+3
9.87+2
5.38+2
3.09+2
1.88+2
1.17+2
7.53+1
5.81+1
3.44+1
2.26+1
1.48+1
9.78+8
7.13+0
7.63—2
5.17+8
2.18+8
5.08—2
1.37+0
5.02—2 1.85—1 4.28—2
8.585
8.493
D—3
Cast Label
Lat.
2—ave
N
:
ODEX 3 STA 9 18-12-82 23452 UP CAST.
35.1918N
Long.
Temp
Sal.
Dens.
deg C
ppt
&—T
121.8688W
Fluor
7.37+1 7.51+1 9.54+1 8.90+1 8.87+1 8.90+1 8.72+1 7.21+1 7.82+1 6.78+1 5.87+1
3.81+1
4.16+1 5.65+1 5.55+1 5.11+1 5.86+1 4.55+1 2.5741 9.24+8 3.78+8 1.84+8
8.638
0.845 1.66+1 2.14+1 3.21+1 3.38+1 3.87+1 3.08+1 2.52+1 1.83+1 1.23+8 2.47—1 9.73—2
8.647 7.36+8 1.82+1 1.75+1 1.98+1 1.77+1 1.72+1 1.36+1 3.81+8 1.69-1 2.74-2
8.669 3.25+8 4.74+8 8.81+8 1.11+1 9.74+8 9.86+8 6.74+8 1.53+8
8.618 1.36+9 2.21+8 4.64+8 6.16+8 5.4948 5.18+8 3.67+8 6.38—1
0.474 6.19—1 1.12+8 2.57+8 3.61+8 3.08+8 2.94+8 1.96+0 2.69—1
8.456 3.01—1 6.28—1 1.57+8 2.28+8 1.84+8 1.72+0 1.85+8 1.18-1
15.707
35.458 2&17
8.08
4.8
15.289
15.062
33.387
33.406
33.366
33.425
24.49
24.73
24.75
24.89
8.80
8.08
8.08
8.08
33.336
33.149
33.273
33.321
33.485
24.95
25.05
25.12
25.13
25.37
25.44
25.49
8.88
8.88
8.88
8.88
0.88
8.88
19.7
24.6
29.6
34.7
39.6
44.6
49.6
54.6
59.5
64.4
69.4
74.4
79.5
84.3
89.2
94.2
99.3
184.2
189.3
114.2
119,1
124.1
129.1
134.8
139.9
144.8
149.1
154.9
158.9
163.9
168,9
173.7
178.9
183.8
188.8
i4.851
14.374
13.775
12.546
12.676
12.888
12.241
11.921
11.648
11.566
11.351
11.183
11.169
11.128
11.933
19.968
33.496
33.498
33.598
33.576
33.578
33.577
33.567
33.617
33.641
33.632
33.697
18.663
18.625 33.788
19.603 33.699
18.548 33.712
18.395 33.747
10.390 33.774
19.257 33.789
18.165 33.889
18.832 33.869
9.984 33.854
9.842 33.983
25.51
25.61
25.64
25.64
25.64
25.78
25.73
25.73
25.82
25.84
25.84
25.86
25.91
25.95
25.97
26.88
26.97
26.86
26.12
33.938 26.17
33.926 26.17
33.945 26.19
33.943 26.19
9.733
9.699
9.669
9.647
9.689 33.954
9.559 33.969
9.514 33.975
9.435 33.993
26.21
26.22
26.24
26.26
418 nN 441 nIl 465 nIl 488 nIl 520 nIl 540 ntl 568 nIl 589 nIl 625 nIl 671 nIl 694 nIl
Atten
—9.3
.7
14.8
Irradiance uW/cm2JnM
Beam
V.
8.368
8.489
8.457
8.435
8.419
0.456
9.88
8.80
8.08 8.449
8.88 8.417
8.88 8.415
0.99 8.413
8.88 8.422
9.80 8.428
0.90 8.416
9.08 0.439
8.98 0.455
8.09 8.454
8.80 0.447
9.00 8.462
8.88 8.489
9.88 8.495
8.08 8.538
8.99 8.549
0.08 8.545
8.89 8.539
9.88 8.549
8.99 8.529
8.08 8.525
9.89 8.524
8.88 9.522
8.98 8.583
8.89 8.583
0.89 8.495
:—I.M/cm2—:
Z IRR
2.24+4
9.41+3
4.94+3
2.62+3
1.34+3
7.1542
3.96+2
1.53—1 3.77—1 1.82+8 1.52+8 1.17+8 1.86+8 6.83—1 5.82—2
2.33+2
1.47+2
2.33—1 6.76—1 1.85+9 7.63—1 6.95—1 3.51—1
1.48—1 4.69—1 7.48—1 5.01—1 4.51—1 2.93—1
9.35+1
6.25+1
9.81-2 3.38—1 5.33—1 3.39-1 2.92—1 1.85—1
4.23+1
2,88+1
6.18—2 2.32—1 3.89—1 2.28—1 1.92—1 5.69—2
1.68—1 2.85-1 1.55—1 1.31—1
1.24—1 2.88—1 9.91—2 9.14—2
8.99—2 1.51—1 6.28—2 6.16—2
6.33—2 1.99—1
5.13—2 7.56—2
4.48—2
D—4
1.84+1
1.38+1
9.11+8
4.58+8
3.29+8
1.21+8
Cast Label
Lat.
Z—ave
H
8.3
5.2
18.3
15.2
28.3
25.1
38.2
35.2
48.1
45.8
58.1
55.8
68.8
64.9
69.9
75.8
79.8
84.9
89.7
94.9
99.8
184.8
189.7
114.7
119.6
124.8
129.6
134.6
139.5
3 5Th 14 18—14—82 2248Z ON CAST
34.5898N
Long.
Temp
Sal.
Dens.
deg C
ppt
&—T
16.813
16.822
15.888
15.744
32.758
33.288
33.356
33.379
24.82
24.43
15.788
33.378
33.364
15.676
15.629 33.371
15.214 33.326
14.636 33.525
13.581 33.228
13.573 33.347
12.927 33.558
12.672 33.453
12.366 33.545
12.139 33.496
11.993 33.589
24.51
24.56
24.56
24.57
24.58
24.64
24.92
24.91
25.88
25.29
25.26
25.39
25.48
25.44
25.47
11.874
33.528
11.756
11.492
33.551
11.318
33.558 25.59
33.683 25,70
33.661 25.88
33.683 25.88
33.698 25.98
33.683 25.92
10.931
10.628
18.481
18.280
18.869
9.814
9.587
9.321
END
33.646
25,51
25.63
33.698 25.94
33.697 25.97
33.785 26.88
33.794 26.13
121.13834
Atten
irradiance uWcm2/nH
418 nil 441 nil 465 nIl 488 nil 528 nIl 548 nil 568 nil 589 nil 625 nil 671 nil 694 nil
I IRR
8.88 1.811
8.88 8.548
8.88 0.543
8.15+1 7.33+1 8.61+1 7.62+1 6.87+1 6.72+1 6.33+1 4.87+1 4.14+1 3.52+1 2.93+1
4.82+1 4.86+1 6.86+1 5.58+1 4.66+1 4.45+1 3.87+1 2.14+1 7.32+8 2.88+8 1.37+8
2.89+1 3.24+1 4.31+1 4.12+1 3.19+1 2.97+1 2.39+1 9.83+8 1.38+8 2.66—1 8.97—2
9.28+3
5.87+3
Fluor
V.
Beam
1.69+4
8.88
8.88
8.553
8.544
1.53+1 2.11+1 3.84+1 3.85+1 2.22+1 2.83+1 1.52+1 4.38+8 2.38-1 3.88—2
8.29+8 1.35+1 2.11+1 2.23+1 1.55+1 1.48+1 9.17+8 2.13+8 3.88—2
3.88+3
2.59+3
8.88
8.88
8.88
8.88
0.88
8.88
8.08
8.80
0.88
8.88
8.541
4.49+8 7.95+8 1.44+1 1.59+1 1.85+1 8.78+8 5.73+8 1.86+8
2.48+8 4.87+8 9.16+8 1.18+1 6.79+0 5.83+8 3.58+8 5.29—1
1,22+8 2.85+8 5.93+8 7.44+8 4.68+8 4.02+8 2.35+8 2.85-1
6.24—1 1.66+8 3.76+8 5.88+8 3.12+8 2.66+8 1.58+8 1.51-1
1.69+3
1.89+3
0.88
0.08
8.88
8.80
8.80
8.88
8.08
8.88
8,88
8.88
8.88
8.88
8.88
8.88
8.558
8.575
8.547
7.46—2 3.16—1 5.22—1 2.25—1 1.74—1
7.11+2
4.57+2
2.9142
1.87+2
1.28+2
7.85+1
5.17+1
3.32+1
4.84—2 2.17—1 3.69—1 1.47—1 1.19—1
1.55—1 2.64—1 9.63—2 8.25—2
2.28+1
1.51+1
8.473 3.15—1 9,84—1 2.44+8 3.39+8 1.99+8 1.65+8 8,59—1 7,58—2
8.469 1.59—1 5.89—1 1.68+8 2.31+8 1.28+8 1.83+8 4.91—1 3.42—2
3.51—1 1.86+8 1.58+8 8.28-1 6.59-1 2,81—1
0.478
8.471
2.15—1 6.98—1 1.89+8 5.38—1 4.19—1 1.59—1
8.438
8.493
0,493
8.442
0.434
8.433
8.414
8.396
1.38—1 4.68—1 7.51-1 3.58—1 2.72—1 7.99—2
1.88—1 1.90—1 6.37—2 5.89—2
7.59—2 1.35—1 3.98—2
5.12-2 9.29—2
5.57—2
8.391
8,389
8.386
8.386
0.385
8.384
8.383
8.383
OF DATA FILE
0—5
3.76+8
1.53+8
Cast Label : ODEX 3 STA 19 18—15—82 1785Z ON CAST
Lat.
Z—ave
N
—8.2
4.8
9.7
14.9
19.7
24.6
29.6
34.7
39.7
44.7
49.8
54.7
59.4
64.5
69,5
74.4
79.4
84.3
89.2
94.1
99.3
184.3
189.2
114.2
119.1
124.2
129.1
134.2
139,0
143.9
149.1
153.9
158.9
Temp
deg C
34.5878N
Sal.
ppt
15.379 29.734
16.453 33.358
16.454 33.353
16.454 33.363
16.455 33.365
16.326 33.389
16.211 33.486
16.185
16.131
16.126
14.442
33.384
33.369
33.369
34.258
13.153
12.893
12.418
11.935
33.619
33.461
11.617
11.278
10.971
18.629
18.333
18.891
9.984
9.769
9.629
9.569
9.444
9.327
9.215
9.178
9.837
8.968
8.875
8.785
33.437
33.488
33.499
33.519
33.534
33.557
33.596
33.581
33.598
33.847
Long.
Dens.
&—T
21.84
24.38
24.38
24.39
24.39
24.44
24.48
24.47
24.47
24.47
25.52
25.38
25.22
25.38
25.42
25.58
25.58
25.64
25.72
25.88
25.83
25,86
25.94
25.97
25.98
26.81
26.87
33.683
33.663
33.674
33.718
33.753 26.11
33.738 28.11
33.781 26.16
33.787 28.18
33.826 28.22
33.846 26.25
122.4258W
Fluor
V.
Beam
Atten
8.88 27.631
8.08 8.567
8.08 8.566
8.88 8.566
8.88 8.566
8.08 8.575
8.88 0.546
8.80 8.526
8.80 8.541
8.08 8.537
8.88 8.496
8.08 8.437
8.08 8.416
8.88 8.489
8.88 8.397
8.88 8.397
8.80 8.398
8.88 8.394
8.88 8.391
8.88 0.388
0.00 8.388
0.88 8.384
8.88 8.386
8.88 0.386
8.88 8.384
8.88 8.384
8.88 0.385
8.08 8.383
0.88 8.383
0.08 8.383
8.08 8.383
8.88 8.382
8.88 8.382
:—LM/cm2—:
Irradiance uW/cm2/nM
X IRR
nIl
694
nIl
418 riM 441 ntl 465 riM 488 riM 528 nIl 548 nIl 560 riM 589 nIl 625 nM 671
8.24+1 7.64+1 9.14+1 8.15+1 7.69+1 7.63+1 7.35+1 5.96+1 5.65+1 5.16+1 4,52+1
4.88+1 4.96+1 6.38+1 6.82+1 5.26+1 5.14+1 4.57+1 2.65+1 1.84+1 4.4748 2.37+8
2.90+1 3.28+1 4.50+1 4.44+1 3.65+1 3.49+1 2.88+1 1.24+1 1.87+8 4.18—1 1.53-1
1.68+1 2.15+1 3.15+1 3.26+1 2.51+1 2.36+1 1.88+1 5.45+8 3.22-1 3.22-2
9.81+0 1.38+1 2.16+1 2.35+1 1.71+1 1.58+1 1.08+1 2.55+0 4.22—2
4.85+8 7.92+8 1.43+1 1.63+1 1.15+1 9.99+8 6.45+8 1.23+8
2.51+8 4.57+8 8,63+8 1.88+1 7.18+8 6.41+8 3.99+8 6.14—1
1,28+8 2,68+8 5.38+8 6.91+8 4.66+8 4.11+8 2.43+8 3.86-1
6.28—1 1.42+8 3.20+0 4.33+8 2.91+8 2.56+8 1.42+0 1.49—1
3.18—1 8.88—1 1.95+8 2.74+8 1.81+0 1,58+8 8.37-1 7.52—2
1.68—1 4.66—1 1.23+8 1.88+0 1.14+8 9.85—1 4.89—1 3.71—2
2.84—1 8.24—1 1.25+8 7.45—1 6.27-1 2.79—1
1.82—1 5.86—1 9.20—1 5.08—1 4.17—1 1.61—1
1.22—1 4.26—1 6.98—1 3.55—1 2.87—1 9.68—2
7,69—2 3.19—1 5.31—1 2.49—1 1.87—1
1.96+4
1.83+4
6.48+3
4.23+3
2.78+3
1.77+3
1.18+3
6.88+2
4.18+2
2.58+2
1.56+2
1,88+2
6.96+1
4.99+1
3.44+1
1.78—1 3.88—1 1.12—1 7.32—2
2.49+1
1.78+1
1.45—1 2.48—1 7,41—2
1.19+1
1.09—1 1.89—1 5.39—2
9.16+0
8.51—2 1.44—1
6.80—2 1.83—1
5.97+8
4.44+8
4.01—2 6.17-2
2.64+0
3.29—2
9.83—1
5.52-2 2.37—1 4.82-1 1.65-1 1.23—1
END OF DATA FILE
D—6
Cast Label
Lat.
2—ave
II
—8.3
Temp
deg C
14.9
19.7
24.7
29.5
34.6
39.6
44.7
49.6
54.6
59.6
64.4
69.6
74.5
79.3
84.4
89.4
94.4
99.3
184.3
189.2
114.2
34.5866N
Sal,
ppt
28.817
32.946
33.111
16.111 32.937
15.897 32.944
15.791 32.899
15.577 32.957
15.116 33.884
15.878 33.048
14.659 33.843
13.274 33.883
12.224 33.110
11.626 32.928
11.178 32.922
11.898 32.928
11.072 32.953
18.953 32.993
18,865 33.023
10.117 32.983
9,865 32.974
9.883 33.094
9.734 33.187
9.849 33.240
10.855 33.295
16.555
4.8 16.661
9.7 16.249
PRE?WIURE
3 STA 21 ON CAST 18—16—82 0846Z
Long.
Dens.
123.1436U
Fluor
Irradiance uWJcm2/nN
(M/cm2—:
418 ntl 441 nfl 465 nfl 488 nfl 528 nfl 540 nIl 568 nfl 589 nfl 625 nfl 671 nfl 694 nfl
Z IRR
8eam
V.
Atten
28.26
24.82
24,24
24.14
24.19
24.18
24.27
8.88
8.08
8.88
8.08
8.88
8.789 2.70+1 2.94+1 3.87+1 3.71+1 3.77+1 3.88+1 3.74+1 3.84+1 3.14+1 3.28+1 2.74+1
8.486 2.48+1 2.58+1 3.30+1 3.10+1 2.62+1 2.49+1 2.16+1 1.15+1 3.64+0 1.53+8 6.75—1
8.497 1.80+1 2.85+1 2.65+1 2.52+1 1.88+1 1.71+1 1.34+1 4.67+8 5.55—1 1.87—1 3.34—2
8.502 1.28+1 1.51+1 2.04+1 1.99+1 1.35+1 1.15+1 7.88+8 2.84+8 8.88-2
8.587 8.88+8 1.84+1 1.51+1 1.51+1 8.99+8 7.21+0 4.57+8 8.87—1
8.494 5.12+0 7.10+0 1.18+1 1.11+1 5.85+0 4.65+8 2.66+8 3,85—1
24.41
8.88
8.80
8.88
0.88
&—T
24.45
24.54
24.79
25.08
25.05
25.13
25.14
25.17
25.22
25.26
25.36
25.48
25.49
25.52
0.08
0.88
8.80
0.08
8.88
8.00
8.08
8.80
9.08
8.00
8.08
8.90
8.08
25.61
9.08
25.61
8.08
3.41+8 5.81+8 7.68+0 7.92+0 3.93+8 2.99+0 1.57+8 1.77-1
8.568 2.8240 3.17+0 5.82+0 5.44+8 2.68+8 1.94+8 9,57-1 8.32-2
0.575 1.15+8 1.91+0 3.18+8 3.68+8 1.67+8 1.22+0 5.64—1 4.21—2
8.568 6.32—1 1.12+8 1.96+0 2.32+8 1.05+0 7.58-1 3.30-1
0.511
0.528
8.498
8.465
0.438
8.431
8.423
0.403
8.397
0.394
8.388
8.388
0.385
8.387
0.384
3.29—1 6.35—1 1.19+8 1.48+0 6.73—1 4.78—1 1.98—1
9.54+3
5.82+3
3.58+3
2.47+3
1.78+3
1.16+3
7.93+2
5.19+2
3.27+2
2.81+2
1.23+2
1.65—1 3.56—1 7.29—1 9.52—1 4.21—1 2.89—1 1,11-1
2.87—1 4.68—1 6.34—1 2.78—I 1.78—1 6.34—2
7.51+1
1.32—1 3.16—1 4.39-1 1,79-1 1.89-1
8.23—2 2.14—1 3.14—1 1.14—1 6.75—2
3.0041
2.83+1
5,93—2 1.62—1 2.31-1 7.79—2
1.38+1
4.97—2
8,74+8
1.14—1
8.61-2 1.32—1
6.96—2 1.82—1
5.61—2 7.84—2
4.38—2 5.98—2
OF DATA FILE
D—1
4.63+1
5.67+8
4.44+8
3,48+0
2.65+8
Cast Label
Lat.
Z—ave
M
:
ODEX 3 STA 21 UP CAST 19—16-82 08581
34.5864N
Long.
Temp
Sal.
Dens.
Fluor
deg C
ppt
&-T
V.
8.80
59.5
64.4
69.6
74.5
79.4
84.4
89.4
94.3
99.3
184.2
189.3
11.612
11.147
11.118
11.078
18.927
32.165 23.52
32.939 24.83
32.946 24.88
32.921 24.16
32.923 24.17
33.828 24.35
33.884 24.41
33.081 24.43
32.977 24.43
32.964 24.72
33.882 24.92
32.822 24.91
32.861 25.08
32.905 25.12
32.918 25.14
32.973 25.19
32.997 25.23
18.986
33,059
118.8
9.872
—8.3
4.7
9.7
14.8
19.7
24.7
29.6
34,7
39.6
44.6
49.6
54.6
123.1438U
16.222
16.597
16.380
15.945
15.981
15.488
15.128
15.823
14.949
13.475
12.638
11.974
19.122 32.972
9.901 32.963
9.816 33.898
9.787 33.119
9.861 33.239
33.252
25.28
25.35
25.38
25.58
25.54
25,68
25.61
8.00
0.88
8.00
8.88
8.00
8.90
8.88
8,88
8.88
8.88
0.80
0.88
0.80
8.88
8.08
8.88
8.88
8.88
8.88
8.88
8.00
8.88
8.88
Irradiance uWcm2/nM
:—LA4Jcm2—:
Atten
418 nil 441 nil 465 nil 488 nil 528 nil 548 nil 568 nil 589 nil 625 nil 671 nIl 694 nil
Z IRR
8.289
8.469
8.476
8.503
0.487
8.499
8.533
1.39+1 1.58+1 2.82+1 1.99+1 2.12+1 2.16+1 2.17+1 1.78+1 1.97+1 2.37+1 1.94+1
1.22+1 1.34+1 1.68+1 1.56+1 1.31+1 1.19+1 1.82+1 5.33+8 1.91+8 9.18—1 4.22-1
9.11+8 9.98+8 1.33+1 1.23+1 8.87+0 7,55+9 5.75+8 2.16+8 2.65—1 4.76—2
6.45+8 7.45+8 9.87+8 9.65+8 6.12+0 5.15+9 3.51+8 9.36-1
4.52+0 5.62+8 7.75+8 7.58+8 4.43+8 3.59+8 2.22+8 4.33—1
2.98+8 4.91+9 5.74+8 5.78+9 3.83+8 2.36+8 1.3148 1.84—1
1.89+8 2.74+8 4.11+8 4.22+0 2.11+8 1.68+8 8.12—1 8.72—2
1.20+8 1.84+8 2.85+8 3.88+8 1.44+0 1.07+8 5.88—1 4.04—2
5,59+3
Beam
9.561
0.574
7.02—1 1.14+8 1.87+8 2.85+8 9.53—1 6.98—1 3.82—1
8.562 3.95-1 6.98—1 1.20+0 1.37+8 6.27-1 4.47-1 1.81—1
0.586 2.17—1 4.13—1 7.53—1 9.81—1 4.82—1 2.92—1 9.77—2
8.492 1.19—1 2.58—1 4.83—1 6.82—1 2.56—1 1.86—1 5.38-2
1.55—1 3.12—1 4.89—1 1.69—1 1.14—1
8.463
1.81—1 2.24—1 2.97—1 1.05—1 8.47—2
8.434
8.431
0,422
0.413
8.397
8.395
8.387
8.387
0.384
8.383
0.384
6.48—2 1.55—1 2.11—1 8.28—2
4.89—2 1.15—1 1.59—1 4.36-2
8.75—2 1.19—1
2.49+3
1.87+3
1.18+3
8.69+2
6.12+2
4.27+2
2.91+2
1.89+2
1.21+2
7.59+1
4.83+1
2.93+1
2.87+1
1.29+1
9.57+8
5.33+0
5.81—2 7.15—2
4,8648
3.14+8
4.86-2
1.34+8
6.87—2 8.98—2
94D OF DATA FILE
Di
Cast Label
;
ODEX 3 STh 25 UP
Lat.
Z—ave
H
—8.3
4.8
.7
14.8
19.7
24.7
29.6
34.6
39.5
44.5
49.6
54.6
59.6
64.4
69.4
74.4
79.4
84.3
89.4
94.3
99.4
184.3
189.3
114.2
119.1
Sal.
Dens.
Fluor
deg C
ppt
&-T
V.
Atten
418 nfl 441 nIl 465 nfl 488 nIl 528 nfl 540 nfl 568 nfl 589 nfl 625 nIl 671 nfl 694 nfl - XIRR
28.314
33.833
28.32
23.83
23.88
23.89
23.93
23.95
23.97
8.08
8.215
8.438
0.443
1.44+2 1.31+2 1.56+2 1.38+2 1.38+2 1.29+2 1.25+2 1.81+2 9.67+1 8.74+1
1.50+2 1.29+2 1.43+2 1.2842 8.56+1 7.73+1 6.48+1 3.42+1 1.23+1 4.96+0
1.21+2 1.89+2 1.23+2 1.05+2 6.68+1 5.82+1 4.39+1 1.69+1 2.15+8 4.19—1
9.55+1 9.87+1 1.85+2 9.18+1 5.28+1 4.45+1 3,88+1 8.32+8 4.41—1 4.28-2
7.34+1 7.47+1 8.94+1 7.92+1 4.25+1 3.49+1 2.24+1 4.60+8 9.45—2
5.66+1 6.14+1 7.59+1 6.89+1 3.48+1 2.73+1 1.63+1 2.58+8
4.41+1 5.09+1 6.47+1 6.80+1 2.75+1 2.15+1 1.17+1 1.53+0
3.45+1 4.21+1 5.51+1 5.21+1 2.18+1 1.65+1 7.96+8 8.51-1
2.73+1 3.46+1 4.63+1 4,44+1 1.70+1 1.22+1 5.47+0 4.81—1
1.99+1 2.66+1 3.70+1 3.66+1 1.32+1 8.78+0 3.76+8 2.81-1
1.19+1 1.98+1 2.79+1 2.87+1 9.50+8 6.38+0 2.54+8 1.62—1
7.10+8 1.28+1 2.88+1 2.15+1 6.73+0 4.51+0 1.70+8 9.58-2
3.81+8 7.41+8 1.36+1 1.54+1 4,56+0 2.98+8 1.83+8 4.40—2
2.13+0 4.63+8 8.67+0 1.08+1 3.21+0 2.07+0 6.74—1
1.25+0 3.88+8 6.88+8 7.53+0 2.26+8 1.43+0 4.30—1
17.317
17.729
17.547 33,834
17.588 33.832
17.427
12.317 32.952
12.129 32.937
11.978 32.992
12.282 32.965
12.228 33.151
11.656 33.386
11.274 33.115
11.880
18.838
10.443
10.365
139.8
9.781
143.9
9.605
9.478
9.294
9.215
9.119
149.1
154.8
158.9
163.9
168.9
173.8
178.9
183.8
188.8
33.863
17.515 33,116
17.588 33.168
17.497 33.186
17.216 32.938
15.071 32.880
14.112 33.888
13.567 32.923
13.805 32.924
12.694 33.810
134.1
129.8
124.4262W
Temp
10.287
10.838
9.817
124.1
Long.
18-16-82 2134Z
9.081
8,979
8.961
8.983
8.858
33.079
33.888
33.898
33.157
33.238
33.338
33.348
33.413
33.488
33.560
33.618
33.642
33.713
33.756
33.808
33.888
33.848
33.873
24.81
23.88
24.33
24.69
24.67
24.79
24.91
24.94
24.97
25.84
24.97
25.11
25.40
25.26
25.27
25.31
25.39
25.45
25.54
25.65
25.78
25.75
25.84
25.92
25.99
26.82
26.89
26.13
26.19
26.19
26.24
26.26
8.88
0.08
0.80
8.80
8.08
8.08
irradiance uW/cm2JnM
Beam
8.441
8.447
0.444
8.439
8.439
8.452
8.583
0.88
8.80
8.88
8.00 8.481
8.88 8.490
8.80 0.488
0.80 0.489
8.88 8.452
8.88 8.433 7.17—1 1.94+8 4.14+8 5.37+8 1.55+0 9.55—1 2.59—1
8.88 8.417 4.36—1 1.31+0 2.98+8 3.97+8 1.89+8 6.68—1 1.62—1
0.00 8.396 2.62—1 9.23-1 2.24+0 3.84+0 7.76—1 4.52—1 8.73—2
8.88 8.388 1.77—1 6.98—1 1.74+0 2.40+0 5.61—1 3.19—1 4.99—2
0.00 8.383 1.28-1 5.27-1 1.38+0 1.94+8 4.88-1 2.28—1
8.80 0.385 9.82—2 4.18—1 1.12+8 1.58+0 3.89—1 1.72—1
8.88
8,00
0.08
8.08
0.88
0.08
8.80
0.80
8.88
0.08
8.00
0.88
0.88
8,88
0.80
8.88
8.80
8.08
:—tMJcm2—:
3.26+4
1.97+4
1.52+4
1,23+4
9.97+3
8.16+3
6.73+3
5.54+3
4.52+3
3.53+3
2.59+3
1.83+3
1.21+3
8.03+2
5.48+2
3.75+2
2.67+2
1.97+2
1.51+2
1.17+2
9.42+1
8.386
8.384
0.384
8.383
8.382
8.382
3.28—1 9.20—1 1.38+0 2.26—1 1.24—1
2.60—1 7.53—1 1.07+0 1.78—1 8.72—2
7.47+1
2.87—1 6.18—1 8.88—1 1.24—1 6.48—2
1.65—1 5.18—1 7.36—1 8.66—2 5.24—2
4.92+1
4.01+1
1.30—1 4.15—1 6.88-1 6.46—2
1.80—1 3.41—1 5.08—1
3.17+1
2.45+1
8.381
7.81-2 2.71—1 4.12-1
1.98+1
0.388
6.16—2 2.28—1 3.38—1
1.62+1
0.382
8.382
8.382
8.382
0.382
0.382
8.383
0.382
8.382
8.382
4.82—2 1.74—1 2.75—1
1.38+1
6.85+1
1.44—1 2.21—1
9.47+0
1.12-1 1.76—1
7.46+8
5.86+8
8.78—2 1.38—1
5.39—2 8.33—2
4.56+0
3.56+8
6.09—2
1.68+8
4.01—2
1.18+8
6.79—2 1,08—1
D—9
Cast Label
Lat.
2—ave
ti
Fluor
deg C
ppt
&—T
V.
Allen 418 nN 441 nIl 465 nIl 488 nIl 528 nIl 548 nfl 568 nIl 589 nIl 625 nIl 871 nIl 694 nIl
28.197
8.08
0.332
32.978
32.954
8.88 8.478
8.08 8.468
0.88 8.469
8.88 0.478
0.08 8.469
0.08 0.468
8.08 8.469
8.88 8.585
8.00 8.522
0.88 8.514
8.00 0.514
0.08 8.478
8.80 8.444
8.80 8.444
0.00 8.431
0.88 0.422
16.681
16.665
16.642
16.637
16.634
16.635
16.642
14.986
12.986
12.691
12,291
11.877
11.625
11.344
11.186
18.957
18.747
189.2
10.618
10.299
18.147
18.03?
9.926
114.2
119.1
10.103
9.935
124.2
129.8
134,0
139.0
143.9
148.9
154.8
158.9
183.9
168.9
173.9
178.9
9.668
9.705
9.823
9.942
9.782
9.417
9.368
9.243
8.974
8.818
8.889
8.769
8.698
8.593
188.9
123.4882W
Dens.
17.210
183.9
Long.
Sal.
4.8
9.7
24.7
29.8
34.7
39.6
44.6
49.6
54.6
59.4
64.4
69.4
74.4
79.3
84.4
89.3
94.2
99.3
104.2
34.2977N
Temp
—8.3
14.8
19.7
ODEX 3 STA 38 ON CAST 18—17—82 18382
20.25
24.83
24.82
32.965 24.04
32.945 24.82
32.954 24.83
32.962 24.04
32.961 24.84
32.598 24.13
32.912 24.78
32.926 24.85
32.966 24.96
32.958 25.82
32.947 25.07
32.964 25.13
33.841 25.22
32.973 25.21
33.023 25.28
33.022 25.31
32,996 25.34
32.985 25.36
32,936 25.34
32.942 25.36
32.780 25.28
33.052 25.45
33.264 25.66
33.364 25.73
33.584 25.82
33.619 25.89
33.846 25.93
33.692 26.83
33.696 26.04
33.806 26.15
33.853 26.23
33.875 28.27
33.863 26.28
33.882 26.28
33.888 26.38
33.909 26.33
Irradiance uW/cIR2/RM
Beam
:—IM/cm2:
Z JRR
2.17+2 2.85+2 2.45+2 2.19+2 2.87+2 2.06+2 2.08+2 1.64+2 1.55+2 1.41+2 1.24+2
1.63+2 1.61+2 1.98+2 1.83+2 1.55+2 1.58+2 1.34+2 7.83+1 2.97+1 1.38+1 6.76+0
1.20+2 1.28+2 1.62+2 1.51+2 1.17+2 1.89+2 8.93+1 3.84+1 5.67+8 1.11+0 3.59—1
9.13+1 1.81+2 1.31+2 1,25+2 8.47+1 7.61+1 5.62+1 1.72+1 9.25-1 1.88-1 3.71—2
6.83+1 7.94+1 1.06+2 1.02+2 6.40+1 5.59+1 3.84+1 9.35+8 2.36—1 2.73—2
5.12+1 6.25+1 8.5241 8.38+1 4.66+1 3.89+1 2.42+1 4.11+8 4.53-2
3.71+1 4.80+1 6.74+1 6.78+1 3.45+1 2.88+1 1.61+1 2.13+8
2.68+1 3.63+1 5.22+1 5.33+1 2.47+1 1.94+1 9.93+0 1.08+8
1.65+1 2.55+1 3.83+1 4.02+1 1.76+1 1.32+1 6.12+8 5,74—1
8,65+8 1.58+1 2.58+1 2.87+1 1.23+1 8.58+0 3.86+0 3.83-1
4.27+8 8.59+8 1.64+1 1.94+1 7.66+8 5.54+8 2.35+0 1.60—1
2.16+8 4.88+8 9.49+8 1.28+1 5.07+8 3.68+8 1.49+8 8.54—2
1.19+8 2.96+0 6.31+8 8.42+8 3.52+0 2.53+0 9.51—1 4.59—2
6.62—1 1.82+0 4.17+8 5.77+0 2.31+8 1.62+8 5.64—1
3.75—1 1.19+8 2.90+8 4.12+8 1.58+8 1.87+0 3.41—1
5.32+4
2.26—1 8.04—1 2,09+0 3.85+8 1.11+8 7.32—1 2.19—1
1.35—1 5.61—1 1.54+8 2.38+8 7.97—1 5.86—1 1.29—1
2,87+2
1.51+2
2.95—1 9.14—1 1.41+8 4.20—1 2.43—1
1.13+2
8.42+1
2.30—1 7.29—1 1,14+0 3.04—1 1.65—1
1.73—1 5.98—1 9.28-1 2.30—1 1.88—1
6.68+1
5.23+1
3.12+4
2.23+4
1,64+4
1.26+4
9.54+3
7.27+3
5.42+3
3.85+3
2.56+3
1.59+3
9.84+2
6.47+2
4.24+2
2.91+2
8.08
8.80
0.08
8.88
0.08
8.00
0,410
0.405
8.397
8.396
8.394
8.45—2 4.81—1 1.17+8 1.78+0 5,74—1 3.48-1 8.13-2
1.31-1 4.77—1 7.63-1 1.69—1 8.89-2
4.18+1
8.391
9.82—2 3.91—1 6.30—1 1.25—1 5.48—2
3.35+1
8.88
0.88
8.388
0.387
8.386
8.387
7.58—2 3.22—1 5.21—1 9.65—2
5.97—2 2,58—1 4.32—1 7.86—2
2.65+1
2.14+1
2.12—1 3.54—1 4.68—2
1.60+1
1.69—1 2.88—1
1.19+1
0.388
8.389
8.389
8.388
0.389
8.387
0.384
8.384
1.34—1 2.31—1
9.50+8
7.22+0
8.88
8.00
8.08
0.00
0.88
8.88
0.80
0.08
0.08
0.08
0.80
8.88
8.80
0.80
9.35—2 1.83—1
7.94—2 1.42-1
6.47—2 1.10—1
4.72—2 8.49—2
6.21—2
3.83—2
8.385
8.385
0.386
0.388
0—10
5.78+8
4.55+0
3.44+0
1.71+8
1.85+8
Cast Label
Lat.
2—ave
H
—8.3
4.8
9.7
14.8
19.7
24.7
29.5
34.7
39.5
44.6
49.6
54.6
59.4
84.4
69.4
74.4
79.4
84.3
89.3
94.3
99.4
184.3
189.3
114.3
119.1
124.1
129.1
134.8
139.8
143.9
149.8
154.0
158.9
163.9
168.9
173.8
178.8
183.8
188.8
Temp
deg C
34.2857N
Sal.
ppt
16.689 29.832
16.699 32.983
16.681
16.678
16.672
16.652
16.518
13.468
12.784
12.697
12.179
ODEX 3 STA 38 UP EAST 18-17-82 18
32.978
32.973
32.972
32.969
32.934
32.954
32.815
32.864
32.943
11.864 32.957
11.588 33.829
11.318 32.946
11.152 32.967
Long.
Fluor
&-T
V.
Atten
8.88
0.88
8.88
8.88
8.88
8.00
8.00
8.88
8.88
8.08
8.88
8.88
0.88
0.88
0.88
8.88
8.88
8.474
8.88
8.08
8.08
8.00
0.487 1.89-1 4.54—1 1.26+8 1.87+8 5.93—1 3.78—1 6.69—2
3.46—1 1.00+0 1.49+0 4.28—1 2.63—1
8.397
8.395
2.71—1 8.85—1 1.21+8 3.28-1 1.98—1
0.391
2.18—1 6.49—1 9.88—1 2.34—1 1.34—1
5.70+1
8.88
8.88
8.88
8.88
8.389
8.387
8.387
8.384
8.385
8.388
8.389
0.389
8.388
8.388
8.387
8.383
0.384
0.384
8.385
0.386
8.386
8.385
1.69—1 5.38—1 8.14—1 1.75—1 9.79-2
1.33—1 4.39—1 6.71—1 1.27—1 6.75—2
4.62+1
3.71+1
1.84-1 3.65—1 5.52-1 9.10—2
8.34—2 2.94—1 4.52—1 6.89—2
2.90+1
2.34+1
6.86-2 2.35—1 3.85—1 4.74-2
1.85+1
1.78—1 2.90—1
1.22+1
1.44-1 2.27—1
9.63+8
21.82
24.82
24.83
24.84
24.84
24.04
24.84
24.72
24.75
24.88
24.96
25.83
25.15
25.12
25.17
32.993
32.975
25.21
10.604
33.816
33.018
32.936
32.926
25.30
25.36
25.32
25.33
25.35
25.38
25.48
25.66
25.72
25.83
25.91
25.95
26.83
26.89
26.14
26.19
26.24
26.25
26.27
26.38
26.31
26.34
9.923
9.892
9.922
9.625
9.711
9.877
9.912
9.746
9.396
9.324
9.152
8.984
8.888
8.884
8.779
8.696
8.642
8.567
32.924
32.957
33.894
33.257
33.359
33.531
33.648
33.661
33.686
33.750
33.781
33.785
33.838
33.847
33.862
33.888
33.894
33.911
;lJ4/cm2:
Dens.
11.856
10.730
18.273
18.134
18.814
123.4838W
25.25
8.08
0.80
8.88
8.88
8.08
8.08
8.00
0.08
0.80
8.80
8.08
8.88
0.88
8.80
uWJcm2/nll
Beam
418 nfl 441 nfl 465 nfl 488 nfl 528 nfl 548 nIl 568 nil 589 nIl 625 nfl 671 nfl 694 nil
2.35+2 2.15+2 2.55+2 2.26+2 2.15+2 2.15+2 2.89+2 1.72+2 1.63+2 1.49+2 1,32+2
8.464.1.74+21.69+2 2.88+2 1.9042 1.62+2 1.57+2 1.41+2 8.45+1 3.3741 1.55+1 8.39+8
8.466 1.30+2 1.36+2 1.71+2 1.68+2 1.23+2 1.14+2 9.35+1 4.83+1 6.05+8 1.23+8 4.12-1
8.467 9.98+1 1.18+2 1.41+2 1.32+2 9.22+1 8.26+1 6.17+1 2.88+1 1.19+8 1.42—1 5.35—2
8.467 7.31+1 8.47+1 1.12+2 1.88+2 6.82+1 5.95+1 4.88+1 9.98+8 2.39—1 2.68—2
8.468 5.48+1 6.59+1 8.95+1 8.76+1 4.99+1 4.19+1 2.64+1 4.78+8 4.88—2
8.466 3.89+1 4.98+1 6.94+1 6.93+1 3.58+1 2.91+1 1.69+1 2.31+8
8.518 2.57+1 3.52+1 5.14+1 5.28+1 2.52+1 2.88+1 1.03+1 1.14+8
8.521 1.35+1 2.26+1 3.54+1 3.83+1 1.78+1 1.39+1 8.48+8 6.89—1
8.589 7.88+8 1.37+1 2.32+1 2.68+1 1.21+1 8.62+0 3.94+0 3.89—1
8.528 3.59+8 7.41+0 1.46+1 1.78+1 7.61+8 5.67+8 2.43+8 1.56—1
0.474 1.94+0 4.42+0 8.93+8 1.19+1 5.18+8 3.79+8 1.52+8 7.77—2
8.448
8.442
8.428
8.420
8.489
1.13+8 2.83+0 6.87+8 8.08+8 3.49+8 2.54+8 9.51—1 3.89—2
6.49—1 1.82+8 4.15+8 5.78+8 2.34+8 1.66+8 5.59—1
3.88—1 1.22+8 2.95+8 4.15+8 1.62+0 1.12+8 3.39—1
2.47—1 8.37-1 2.16+8 3.11+0 1.14+8 7.56-1 1.97—1
1.59—1 6.11—1 1.63+8 2.38+8 8.25—1 5.35—1 1.25—1
I IRR
5.57+4
3.3044
2.35+4
1.78+4
1.34+4
1.81+4
7.51+3
5.37t3
3.64+3
2.35+3
1.47+3
9.36+2
6.26+2
4.22+2
2.96+2
2.13+2
1.58+2
1.20+2
9.84+1
7.17+1
1.84—1 1.76—1
7.28+0
8.12—2 1.35-1
5.63+8
4.24+8
5.98—2 1.83—1
4.71—2 7.63—2
4.88—2
D—1 I
3.28+8
1.32+8
Cast Label
Lat.
2—ave
N
—8.3
4.7
9.7
14.8
19.7
24.5
29.7
34.6
39.6
44.6
49.5
54.6
59.5
64.4
69.6
74.4
79.3
84.3
89.3
94.3
99.3
184.2
189.2
Temp
deg C
16.936
17.912
17.912
17.989
17.918
17.918
17.911
34.2949N
Dens.
ppt
&-T
15.425
33.844
33.854
33.855
33.861
33.858
33.857
33.247
32.986
24.53
24.49
24.65
24.70
24.73
24.88
24.93
24.94
24.96
25.82
25.87
25.89
25.17
25.21
25.26
25.36
25.31
15.405
14.674
14.623
14.144
13.271
12.834
33.173
33.111
32.923
32.972
12.544 32.988
12.423 32.978
12.323 32.983
12.889 33.803
11.931 33.817
11.697 32.995
33.854
33.857
11.171 33.888
18.861 33.146
18,728 33.853
18,529 33.096
18.513 33.156
18.187 33.229
16.858 33.316
9,948 33.368
9.938 33.438
9.789 33.484
9.749 33.581
9.559 33.638
9.396 33.696
9.294 33.734
139.8
143.8
149.8
154.8
158.9
164.8
168.9
173.9
178.8
183.9
188.7
23.81
23.81
23.81
23.82
23.84
24.83
11.527
134.1
18.57
23.88
23.81
23.81
23.81
17.918 33.861
17.922 33.871
17.818 33.861
17.351 33.169
119.1
128.9
Long.
Sal.
114.2
124.1
ODEX 3 STA 37 ON CAST 18-18-82 19852
11.318
25.43
25.54
25.63
25.68
25.75
25.81
25.87
25.96
26.84
28.88
125.4898W
Fluor
Irradiance uW/cm2/nhl
:—IJ.4/cm2—:
418 nIl 441 nIl 465 nIl 488 nfl 528 nfl 548 nIl 568 nIl 589 nil 625 nil 671 nIl 694 nil
I IRR
Seam
V.
Atten
8.88
8.338 5.34+1 4.89+1 5.75+1 5.88+1 4.74+1 4.69+1 4.53+1 3.57+1 3.49+1 3.18+1 2.65+1
8.444 4.7841 4.32+1 5.8741 4.58+1 3.66+1 3.58+1 3.10+1 1.78+1 7.41+8 3.22+8 1.63+0
8.444 3.98+1 3.78+1 4.48+1 3.98+1 2.98+1 2.67+1 2.16+1 9.18+8 1.43+8 3.22—1 1.88—1
8.442 3.36+1 3.29+1 3.93+1 3.52+1 2.28+1 2.81+1 1.49+1 4.35+8 2.76-1 2.83—2
0.445 2.79+1 2.84+1 3.43+1 3.89+1 1.88+1 1.53+1 1.88+1 2.29+8 5.71—2
8.08
9.88
8.88
8.88
8.80
0.88
8.08
8.80
8.88
8.08
6.88
8.88
8.88
8.98
8.08
8.88
8.88
8,88
0.88
8.88
8.88
8.08
8.88
8.80
8.08
8.80
8.80
8.88
8,80
8.96
8.08
8.80
8.80
8.88
8.88
1.22+4
7.77+3
5.99+3
4.83+3
2.32+1 2.44+1 2.97+1 2.69+1 1.41+1 1.12+1 6.72+8 1.23+8
1.77+1 2.85+1 2.53+1 2.38+1 1.89+1 8.84+8 4.57+8 6.69—1
1.41+1 1.72+1 2.13+1 1.95+1 7.98+8 5.98+8 3.11+8 3.72—1
1.18+1 1.41+1 1.77+1 1.63+1 5.89+8 4.21+8 2.82+8 1.94—1
8.33+8 1.88+1 1.43+1 1.33+1 4.34+0 2.99+0 1.33+8 1.09—1
6.22+8 8.21+8 1.15+1 1.84+1 3.24+8 2.16+8 8.89—1 6.48—2
4.88+8 5.7340 7.99+8 7.83+8 2.33+0 1.52+8 5.87-1 3.63—2
8.501 2.25+8 3.64+0 5.58+8 5.69+8 1.64+9 1.84+8 3.77—1
8.463 1.32+8 2.35+8 3.78+8 4.07+8 1.13+0 6.99—1 2.37-1
8.474 7.63—1 1.58+8 2.57+8 2.89+9 7.75—1 4.64—1 1.47—1
8.487 4.41—1 9.39—1 1.72+0 2.83+8 5.25—1 3.83-1 8.84—2
8.468 2.35—1 5.98—1 1.16+8 1.43+8 3.63—1 2.18—1 5.88—2
8.438 1.29-1 3.74—1 7.97—1 1.02+8 2.49—1 1.37—1
2.47—1 5.62—1 7.48—1 1.77—1 8.29—2
0.427
3.26+3
2.64+3
1.66—1 4.86—1 5.50—1 1.24-1 5.71—2
1.12—1 2.96—1 4.16—1 8.79—2
3.36+1
2.38+1
7.88—2 2.21—1 3.19—1 6.21—2
6.84—2 1.77—1 2.48—1 4.34—2
1.78+1
8.441
8.442
8.439
8.442
0.443
0.453
8.492
8.424
8.415
8.488
8.404
8.397
8.396
0.394
8.398
8.398
8.389
8.387
8.386
8.386
8.386
8.385
8.385
8.385
8.88 0.382
8.88 8.383
8.88 9.385
1.35—1 1.95—1
2.1443
1.72+3
1.34+3
1.83+3
7.29+2
4.93+2
3.35+2
2.26+2
1.51+2
1.81+2
6.82+1
4.66+1
1.38+1
8.53+8
1.89—1 1.56—1
6.85+6
8.96—2 1.26-1
5.56+0
4.51+8
7.18—2 1.83—1
4.51—2 6.87—2
3.75+8
2.95+8
4.98—2
1.37+8
6.08-2 8.45—2
D—1 2
Cast Label
Lat.
2—ave
H
—8.3
ODEX 3 STA 37 UP CAST 18-18-82 19332
34.2938N
Long.
Sal.
ppt
Dens.
deg C
17.778
29.848
28.77
Temp
&—T
4.7
9.7
14.8
17.887
33.853
23.81
17.887
17.887
33.858
23.81
17.888
33.852
33.852
23.81
19.8
24.6
29.6
34.8
39.6
44.7
49.6
54.7
59.5
64.4
69.4
74.4
79.3
84.5
89.3
94.3
99.4
184.2
189.2
17.889
17.891
17.792
17.785
33.852
33.848
33.817
33.838
16.418 33.526
15.844 33.126
14.618 32.978
14.586 33.126
23.81
23.81
13.582
12.943
12.819
12.434
33.241
12.361
32.983
32.974
12.187
11.965
11.691
11.547
11.348
124.3
129,8
134.2
138.9
11.195
11.078
18.813
18.658
18.535
10.556
143.9
10.170
149.1
10.858
9.946
9.952
114.1
119.8
154.8
158.8
32.958
32.982
32.958
33.025
33.815
23.81
23.81
23.84
24.52
24.52
24.49
24.64
24.92
24.83
24.91
24.92
24.96
24.98
25.87
25.11
33.085
33.827
33.827
33.839
33.813
33.062
33.186
33.143
25.13
25.18
33.215
33.322
33.427
33.355
25,53
25.64
25.74
25.68
25.21
25.24
25.26
25.33
25.39
25.41
125.4898W
Fluor
Beam
V.
Atten
8.88
8.88
8.88
8.381
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
0.88
8.88
0.88
8.88
0,88
8.88
8.88
8.88
8.88
0.88
8.08
0.08
8.88
0.88
8.88
8.08
8.08
8.08
8.88
0.88
8.439
8.439
8.439
8.439
8.436
8.437
8.447
8.437
8.452
8.493
8.497
8.456
8.474
:—LL4/cm2—:
Irradiance uWcm2/nfl
IRR
418 nfl 441 nfl 465 nfl 488 nfl 528 nFl 548 nfl 568 nfl 589 nfl 625 nfl 671 nfl 694 nfl
4.58+1 4.84+1 4.72+1 4.15+1 3.86+1 3.81+1 3.67+1 2.85+1 2.79+1 2.53+1 2.04+1
3.89+1 3.53+1 4.14+1 3.66+1 2.97+1 2.85+1 2.52+1 1.43+1 5.75+8 2.55+8 1.28+8
3.26+1 3.87+1 3.63+1 3.23+1 2.35+1 2.17+1 1.75+1 7.28+8 1.12+8 2.49—1 8.52—2
2.75+1 2.67+1 3.19+1 2.85+1 1.86+1 1.65+1 1.19+1 3.59+8 2.23-1
2.38+1 2.31+1 2.79+1 2.51+1 1.47+1 1.23+1 8.84+8 1.98+0 3.55—2
1.78+1 1.99+1 2.43+1 2.20+1 1.16+1 8.91+8 5.48+8 9.98-1
1.46+1 1.69+1 2.09+1 1.98+1 8.72+8 6.73+8 3.83+8 5.72—1
1.15+1 1,41+1 1.76+1 1.82+1 6.49+8 4.85+8 2.51+8 2.91—1
8.88+8 1.12+1 1.45+1 1.34+1 4.92+0 3.56+8 1.71+8 1.64—1
6.74+8 8.57+8 1.19+1 1.88+1 3.78+8 2.59+8 1.14+8 8.85—2
4.46+8 6.16+8 8.58+8 8.25+8 2.73+8 1.86+8 7.54—1 4.48—2
2.68+8 4.83+8 5.99+8 6.13+8 1.95+8 1.31+8 4.92—1
1.58+8 2.66+0 4.21+8 4.48+8 1.36+8 8.87—1 3.87—1
9.68—1 1.78+8 2.95+0 3.24+8 9.48—1 6.12—1 1.92-1
8.471 5.46—1 1.14+8 2.82+8 2.32+8 8.58—1 4.16—1 1.15—1
8.452 3.89—1 7.38—1 1.39+8 1.66+8 4.59—1 2.88—1 8.66—2
8.438 1.72—1 4.84—1 9.72—1 1.19+8 3.14—1 1.98—1
8.418 1.03—1 3.25—1 8.96—1 8.79—1 2.14-1 1.33—1
2.36—1 5.17—1 6.68—1 1.54—1 9.74—2
8.417
8.484
1.66—1 3.86—1 5.84—1 1.87-1 6.49-2
1.24—1 2.98—1 3.92—1 7.26—2
8.397
8.397
9.18—2 2.29—1 3.89—1 4.78—2
8.392
7.29—2 1.86—1 2.48—1
8.389
8.87—2 1.53—1 2,08—1
8.389
5.89—2 1.23—1 1.82—1
9.94—2 1.38-1
8.386
8.56—2 1.85—1
8.385
0.383
7.33-2 8.48—2
8.382
5.75—2 6.58—2
0.382
3.66—2 4.36-2
8.382
8.382
8.382
END OF DATA FILE
D—13
9.91+3
6.32+3
4.86+3
3.92+3
3.23+3
2.64+3
2.18+3
1.76+3
1.48+3
1.89+3
7.93+2
5.49+2
3.80+2
2.64+2
1.79+2
1.23+2
8.38+1
5.93+1
4.28+1
3.16+1
2.31+1
1.76+1
1.32+1
1.88+1
8.74+8
5.91+8
4.89+8
4.86+8
3.14+0
2.86+8
Ca5t Label
Lat.
2—ave
M
—8.3
4.9
9.8
14.9
19.7
24.7
29.7
34.7
39.7
44.6
49.6
54.5
59,4
64.4
69.5
74.4
79.3
84.3
89.3
94.2
99,4
104.2
109.2
114.2
119.1
3 STA 38 ON CAST 10—18—82 2125Z
:
34.9998N
Long.
leap
Sal.
Dens.
deg C
ppt
&—T
16.886
17.846
17.852
29.398
32.976
32.995
17.851 33.816
17.851 33.024
17.847 33.026
17.845 33.826
17.838 33.825
17.865 33.085
17.914 33.892
17.978 33.132
16.667 33.316
15.369 33.110
14.747 32.946
14.848 33.809
13.918 32.973
13.182 32.929
13.814 32.961
12.566 32.961
12.331 32.913
12.185 33.001
11.913 32.939
11.742 32.937
11.562 32.956
11.759 33.884
21.24
23.76
23.78
23.79
23.80
23.80
23.88
23.88
23.84
23.83
23.85
24.30
24.44
24.45
24.64
24.64
24.76
24.81
24.98
24.91
25.82
25.81
25.84
25.09
25.15
25.18
25.25
25.29
25.34
25.44
25.48
25.53
25.68
25.67
25.68
25.84
12.154
12.147
12.067
33.215
33.383
33.338
139.0
11.890
144.0
11,588
149.8
154.8
159.0
163.9
168.9
11.213
11.198
18.785
18.825
18.457
33.357
33.413
33.358
33.447
173.8
178.8
33.544
33.682
183.9
9.878
9.783
9.615
33.577
25.91
188.8
9.486
33.686
26.81
124.2
128.9
134.1
33.431
33,498
33.471
25.91
125.4549W
Fluor
Beaa
V.
Atten
8.88
0.256
8.80
8.88
0.88
8.88
8.08
8.88
0.88
8.80
8.88
8.80
8.451
8.448
8.448
0.447
0.447
8.448
8.458
8.447
0.443
8.437
0.08 0.481
8.88 8.494
8.00 0.492
8.00 8.486
8.88 0.483
8.80 8.480
0.80 0.461
8.88 8.442
8.80 8.425
8.88 8.417
8.00 8.412
0.80 8.488
8.88 8.408
8.88 0.396
8.80
8.88
8.88
8.80
8.88
8.88
0.08
0.80
8.88
8.88
8.88
0.88
8.80
0.08
8,389
0.383
8.383
8.382
8.382
8.382
0.380
:—U4/cm2—:
Irradiance
418 nIl 441 ntl 465 nIl 488 nIl 520 nIl 548 nIl 568 nIl 589 nIl 625 nIl 671 nIl 694 nIl I IRR
6.31+1 5.69+1 6.67+1 5.88+1 5.47+1 5.41+1 5.21+1 4.89+1 3.99+1 3.62+1 2.99+1
5.37+1 4.96+1 5.83+1 5.17+1 4.17+1 3.96+1 3.48+1 1.94+1 7.47+8 3.07+8 1.48+0
4.51+1 4.29+1 5,18+14.54+1 3.29+1 3.83+1 2.45+1 1.03+1 1.68+8 3.61—1 1.18-1
3.75+1 3.78+1 4.4541 3.9941 2.58+1 2.29+1 1.69+1 4.92+0 3.11-1 3.41—2
3.12+1 3.28+1 3.88+1 3.50+1 2.84+1 1.74+1 1.15+1 2.81+0 6.45—2
2.58+1 2.74+1 3.37+1 3.06+1 1.62+1 1.31+1 7.84+8 1.44+8
2.11+1 2.33+1 2.89+1 2.66+1 1.26+1 9.46+8 5.28+0 7.57—1
1.59+1 1.96+1 2.47+1 2.29+1 9.5840 7.82+83.66+8 4.28-1
1.27+1 1.63+1 2.88+1 1.95+1 7.24+8 5.23+8 2.53+8 2.42—1
1.88+1 1.35+1 1.75+1 1.65+1 5.56+0 3.87+0 1.73+8 1.43-1
7.68+8 1.84+1 1.42+1 1.36+1 4.11+0 2.75+8 1.13+8 7.88—2
5.63+0 7.85+8 1.14+1 1.07+1 3.10+8 2.0048 7.68—1 4.89—2
3.51+8 5.45+8 7.98+8 8.11+8 2.30+0 1.45+8 5.21—1
2.0740 3.56+8 5.59+8 5.95+8 1.60+0 1.81+8 3.33—1
1.22+0 2.31+0 3.86+8 4.29+8 1.12+8 6.79—1 2.10—1
7.81-1 1.46+8 2.61+8 3.85+8 7.78—1 4.35—1 1.31-1
1.41+4
8.78+3
6.88+3
5.46+3
4.49+3
3.71+3
3.05+3
2.48+3
2.83+3
1.66+3
1.38+3
1.81+3
7.16+2
4.95+2
3.39+2
3.85—1 9.86—1 1.76+0 2.14+8 5.33—1 3.86—1 8.87—2
2.28+2
1.53+2
2.82—1 5.62—1 1.18+0 1.50+8 3.73—1 2.04—1
1.12—1 3.68—1 8.18—1 1.88+8 2.57—1 1.36—1
1.01+2
6.98+1
2.42—1 5.80—1 7.88—1 1.78-1 9.44—2
1.64—1 4.27—1 5.91—1 1.22—1 6.37—2
4.85+1
3.52+1
1.14-1 3.19—1 4.58-1 8.83—2
7.62—2 2.32—1 3.47—1 6.89—2
2.51+1
1.87+1
5.98-2 1.90—1 2.71-1 4.78—2
1.48+1
1.51—1 2.14—1
9.42+8
1.17—1 1.70-1
7.43+8
5.89+8
9.28—2 1.36—1
7.46—2 1.08—1
6.88—2 8.61—2
4.46—2 6.38—2
4.18—2
8.381
8.380
8.379
8.383
0.382
8.382
8.385
D—1 4
4.73+8
3.79+0
2.7848
1.13+0
Cast Label
Lat.
2—ave
N
—8.3
34.9998N
Long.
Irradiance UW/Cm2/fltl
Sal.
ppt
Dens.
Fluor
&-T
V.
Atten
418 nIl 441 nfl 465 nIl 488 nIl 528 nfl 540 nfl 560 nfl 589 nIl 625 nfl 671 nIl 694 nfl
17.411
38.971
22.33
23.88
23.80
23.88
23.88
23.88
23.88
23.88
23.83
23.79
23.88
24.36
24.47
24.58
24.60
24.75
24.78
24.86
24.88
24.96
25.02
25.84
8.88
8.308
8.443
8.443
7.34+1 6.49+1 7.59+1 6.68+1 6.28+1
6.14+1 5.62+1 6.61+1 5.86+1 4.88+1
5.11+1 4.85+1 5.77+1 5.14+1 3.75+1
4.26+1 4.18+1 5.83+1 4.58+1 2.96+1
3.53+1 3.59+1 4.37+1 3.94+1 2.32+1
2.89+1 3.87+1 3.78+1 3.43+1 1.81+1
2.38+1 2.61+1 3.25+1 2.97+1 1.42+1
1.8141 2.28+1 2.77+1 2.56+1 1.12+1
1.45+1 1.85+1 2.35+1 2.19+1 8.33+8
1.15+1 1.53+1 1.98+1 1.85+1 6.28+8
8.91+8 1.24+1 1.62+1 1.54+1 4.68+8
6.42+8 8.84+0 1.27+1 1.23+1 3.44+0
4.14+0 6.27+0 9.82+0 9.34+8 2.56+8
2.55+0 4.28+8 6.57+0 6.88+8 1.87+0
1.48+0 2.76+0 4.52+0 4.95+8 1.29+8
8.53-1 1.7648 3.08+8 3.52+8 8.94-1
4.80—1 1.10+0 2.07+0 2.47+8 6.16—1
17.853
17.853
17.850
29.6
34.7
39.7
44.6
49.6
54.7
59.4
64.4
69.3
74.5
79.3
84.4
89.4
94.3
99.3
17.842
17.837
17.975
17.992
17.845
184.3
33.829
33.826
33.826
33.827
33.819
33.899
33.857
33.819
15.748
14.922
33.122
33.027
14.478
12.133
12.829
33.848
32.945
32.994
32.924
32.948
32.896
32.936
32.981
109.2
11.813
11.578
32.956
32.994
114.2
11.446
32.959
25,11
119.8
12.141
33.151
124.2
129.8
12.155
12.831
33.381
33.322
134.1
139.0
11.925
11.489
33.347
33.558
143.9
11.221
149.1
11.194
33.363
33.438
154.8
159.8
164.8
10.875 33,614
18.584 33.521
10.439 33.443
9,944 33.499
9.726 33.567
9.592 33.611
25.13
25.24
25.28
25.32
25.57
25.46
25.52
25.72
25.78
25.66
25.79
25.88
25.94
168.8
173.8
178.9
125.4549W
degC
Temp
4.? 17.850 33.829
9.7 17.852 33.838
14.7
19.7
24.7
ODEX 3 STA 38 UP CAST 18—18—82 21492
13.991
13.467
13.856
12.737
12.427
25.11
8.08
8.80
8.80
8.80
8.88
8.08
8.08
0.08
8.88
8.88
8.80
8.88
8.88
8.08
8.80
8.80
8.88
8.88
8.88
8.88
8,88
8.88
Beam
0.443
8.443
8.443
0.443
8.454
8.437
8.433
8.432
8.484
0.492
0.489
0.488
8.481
0.469
8.452 2.58—1 6.83—1 1.39+8 1.73+0 4.20—1
8.432 1,44—1 4.43—1 9.56—1 1.23+8 2.98—1
6.13+1 5.91+1 4.61+1 4.51+1 4.88+1 3.34+1
4.59+1 4.00+1 2.38+1 1.0341 4.72+0 2.44+8
1.68+4
1.02+4
7.72+3
2.62+1 1.95+1 6.18+8 4.87-1 4.76-2
1.98+1 1.36+1 3.88+8 7.68—2
6.22+3
5.88+3
1.49+1 8.74+0 1.68+8
1.89+1 6.81+0 8.74—1
4.16+3
3.43+3
7.94+8 4.15+8 4.96—1
6.88+8 2.98+0 2.88—1
2.81+3
2.38+3
4.39+0 1.96+0 1.61-1
3.15+0 1.29+8 8.96—2
1.88+3
1.58+3
2.24+8 8.47—1 4.99—2
1.63+8 5.82—1 3.49—2
1.13+3
8.20+2
1.17+8 3.79—1
5.82+2
3.97+2
8.03—1 2.38—1
5.44—1
1.45-1
3.74—1 8.42—2
2.54—1
1.77—1
•
0—15
I IRR
3.45+1 2.79+1 1.19+1 1.89+8 4.48-1 1.49—1
0.417 8.69—2 2.96—1 6.83—1 8.93—1 1.98—1 1.18-1
2.05—1 4.99—1 6.62—1 1.32—1 8.89—2
8.414
1.42—1 3.71-1 4.98—1 9.21—2 6.43-2
8.409
1.06—1 2.74-1 3.79—1 6.48—2
8.404
8.22—2 2.17—1 2.92—1 4.38-2
8.80 8.397
6.12—2 1.66—1 2.28—1
8.80 0.380
4.83—2 1.34—1 1.80-1
8.00 8.382
1.12—1 1.42—1
8.88 0.382
8.63-2 1.12-1
8.88 8.382
6.76—2 8.72—2
8.88 8.381
5.51-2 6.52—2
8.08 8.380
3.59—2 4.17—2
8.88 8.378
8.00 8.378
8.88 0.378
0.88 8.378
8.80 8.382
8.80 8.381
8.00 8.382
PREMATURE END OF DATA FILE
:—IM/cm2—:
2.68+2
1.88+2
1.19+2
8.17+1
5.76+1
4.86+1
3.08+1
2.14+1
1.65+1
1.18+1
9.43+8
6.55+6
5.18+8
3.99+8
3.89+8
1.99+0
Cast Label
Lat.
2—ave
M
—8.4
4.3
9.2
14.3
19.2
24.1
29.2
34.1
39.1
44.8
49.1
54.8
59.0
63.9
68.9
73.9
78.8
83.7
88.8
93.9
98.9
103.7
188.7
113.7
118.6
123.7
128.6
133.6
138.5
143.5
148.4
153.5
158.5
163.4
168.3
173.4
178.3
183.2
188.4
Temp
deg C
3 STA 44 UP CAST 18-19-92 21182
34.2950N
Sal.
ppt
18.808 22.941
18.875 33.158
18.835 33.159
18.819 33.158
18.794 33.163
18.797 33.166
33.171
18.888 33,178
Long.
128.8998W
Dens.
Fluor
irradiance uW/cm2/nM
:—LJ.4/cm2—:
&-T
V.
Atten
418 nM 441 nIl 465 nIl 488 nIl 528 ntl 540 nIl 560 nIl 589 nIl 625 nIl 671 nIl 694 nIl
E IRR
8.00
8.88
8.80
8.08
8.88
8.88
8.80
8.08
8.88
8.80
8.88
8.88
8.80
0.544
8.413
8.414
8.415
8.416
8.417
8.417
8.416
8.417
8.415
8.416
8.415
8.429
8.439
8.433
0.432
0.423
8.425
0.424
0.488
8.397
8.397
8.392
8.388
8.385
8.383
8.382
9.54+1 8.20+1 9,35+1 8.10+1 7.36+1 7.20+1 6.84+1 5.30+1 5.86+1 4.49+1 3.71+1
8.27+1 7.23+1 8.2741 7.17+1 5.72+1 5.48+1 4.7141 2.70+1 1.89+1 4.92+0 2.48+8
7.18+1 6.37+1 7.32+1 6.36+1 4.51+1 4.08+1 3.24+1 1.36+1 2.85+0 4.55—1 1.59—1
6,17+1 5.61+1 6.48+1 5.64+1 3.62+1 3.17+1 2.35+1 7.61+8 5.35-1 6.65—2 2.68—2
5.38+1 4.96+1 5.77+1 5.87+1 2.89+1 2.43+1 1.64+1 3.68+8 9.55—2
4.67+1 4.47+1 5.25+1 4.63+1 2.37+1 1.93+1 1.16+1 2.85+8
4.14+1 4.06+1 4.82+1 4.27+1 1.95+1 1.53+1 8.84+8 1.13+0
3.65+1 3.65+1 4.38+1 3.91+1 1.65+1 1.22+1 6.11+8 7.89-1
3.12+1 3.28+1 3.88+1 3.50+1 1.3341 9.89+8 4.38+0 4.88—1
2.63+1 2.76+1 3.3741 3.85+1 1.84+1 6.86+0 2.98+8 2.34-1
2.18+1 2.34+1 2.87+1 2.61+1 7.74+8 5.10+8 2.85+0 1.33—1
1.69+1 1.97+1 2.45+1 2.23+1 5.86+8 3.72+8 1.37+8 7.88—2
1.36+1 1.64+1 2.88+1 1.98+1 4.61+0 2.82+8 9.82—1 4.51—2
9.73+8 1.27+1 1.6541 1.57+1 3.48+8 2.87+8 6.54—1
6.29+0 8.51+8 1.26+1 1.24+1 2.62+8 1.53+0 4.48—1
4.83+8 5.99+8 8.92+8 9.41+8 1.92+8 1.89+0 3.81—1
2.53+8 4.17+8 6.65+8 7.05+8 1.41+0 7.78—1 1,96—1
1.49+0 2.77+8 4.75+8 5.29+8 1.82+8 5.61—1 1.25—1
1.98+4
15.88
23.65
23.66
23.66
23.67
23.67
23.68
23.68
18.887 33.178 23.68
18.806 33.174 23.68
18.884 33.168 23.67
18.798 33.136 23.65
18.267 33.452 24.82
15.587 33.852 24.34
14.814 32.964 24.45
14.192 33.851 24.64
13.845 32.958 24.64
13.365 32.924 24.72
12.675 33.825 24.93
12.114 32.965 24.99
11.617 33.826 25.13
11.378 33.117 25.25
18.919 33.243 25.42
18.643 33.326 25.54
18.449 33.371 25.61
18.185 33.446 25.71
9.828 33.531 25.84
9.552 33.681 25.94
9.375 33.636 25.99
9.188 33.681 26.86
8.982 33.728 26.13
8.946 33.746 26.15
8.843 33.798 26.20
8.757 33.826 26.24
8.681 33.968 26.28
8.618 33.876 26.38
8.569 33.886 26.32
8.509 33.985 26.34
8.435 33.918 26.36
8.88
8.00
8.80
8.88
8.88
8.08
8.00
8.00
0.88
8.88
8.08
8.00
0.88
8.88
8,88
0.80
8.00
0.88
8.88
8.88
0.88
8.88
8.88
8.88
8.08
8.88
Beam
8.61—1 1.84+8 3.48+8 3.96+8 7.49—1 4.83—1 7.25—2
4.97—1 1.22+8 2.44+8 2.96+0 5.39—1 2.78—1
2.88—1 8.23—1 1.78+8 2.22+0 3.83—1 1.98—1
1.69—1 5.64—1 1.31+8 1.69+0 2.72—1 1.46—1
1.01—1 4.02—1 9.83—1 1.38+0 2.03—1 1.83—1
1.24+4
9.65+3
8.80+3
6.78+3
5.81+3
5.11+3
4.52+3
3.89+3
3.28+3
2.73+3
2.26+3
1.87+3
1.47+3
1.88+3
7.7542
5.61+2
3.97+2
2.82+2
1.99+2
1.44+2
1.85+2
7.89+1
2.03—1 5.69—1 7.98—1 1.84—1 5.31—2
5.87+1
4.44+1
1,45-1 4.35—1 6.19—1 7.23—2
1.88—1 3.41—1 4.89—1 4.79—2
3.31+1
2.57+1
8.381
7.68-2 2.58—1 3.88-1
1.88+1
8.382
0.382
0.382
0.382
8.382
8.382
8.382
5.52—2 2.81—1 3.87—1
1,47+1
1.57—1 2.48-1
1.83+1
1.13—1 1.85—1
7.73+8
8.55—2 1.39-1
5.84+8
5.84—2 1.85—1
4.25+8
4.85—2 7.84-2
5.12—2
3.38+8
1.41+8
0.382
0.382
0.382
8.382
3.12—2
8.58—1
2.85-1 7.47—1 1.8148 1.46-1 8.24-2
D-16
Cast Label
Lat.
2—ave
N
Temp
deg 1'
ODEX 3 SM 48 UP
34.3383W
Sal.
Long.
Dens.
ppt
&-T
—0.3
19.172
27.376
4.8
19.228
33.631
14.9
19.7
19.222
19.222
33.629
33.632
19.16
23.92
23.92
23.92
23.92
24.6
29.7
34.7
39.6
44.7
49.6
54.6
59.4
64.5
69.6
74.5
79.3
19.222
33.626
23.92
19.228
33.628
33.621
33.561
23.91
33.883
33.625
33.871
33.688
33.655
33.598
33.588
33.723
24.51
84.3
89.3
94.4
99.3
14.428
184.3
189.3
114.2
14,226
14.887
13.788
13.518
33.631
119.1
124.3
129.1
134.8
139.0
19.214
19.179
17.613
16.619
16.488
16.156
15.785
15.343
15.076
14.628
14.278
14.123
14.234
13.382
13.253
13.132
12,981
143.8
149.8
153.9
158.9
163.9
168.9
13.123
13.882
173.8
178,9
183.9
11.255
19.953
188.8
12.956
12.465
li.919
11.723
18.859
18.482
33.588
33.684
33.615
33.697
33.693
33.673
33.644
33.619
33.682
33.587
33.587
33.564
33.644
33.658
33.728
33.823
33.728
33.637
33.684
33.695
33.656
33.784
23.92
23.88
24.55
24.64
24.78
24.76
24.81
24.87
25.87
25.81
25.85
25.09
25.86
25.13
25.16
25.28
25.22
25,24
25.25
25.27
25.29
25.32
25.36
25,42
25.59
25.61
25.59
25.71
25.77
25.79
25.86
18—28—82 19112
138.4653W
Fluor
uW/cm2..'nll
Beam
V
Atten
8.88
8.88
8.88
8.88
8.88
9.499
8.489
8.489
8.418
8.489
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.80
8.88
8.88
418 nFl 441 nfl 465 nfl 488 nfl 528 nfl 548 nfl 568 nfl 589 nfl 825 nfl 671 nfl 694 nfl
6.49+1 5.75+1 6.72+1 5.91+1 5.49+1'5.42+1 5.23+1 4.85+1 4,68+1 3.63+1 2.93+1
5.91+1 5.23+1 6.82+1 5.25+1 4.22+1 4.88+1 3.51+1 1.98+1 7.95+8 3.41+8 1.6848
5.25+1 4.68+1 5.37+1 4.68+1 3.33+1 3.84+1 2.45+1 1.83+1 1.64+0 3.88—i 1.32—1
4.64+1 4.18+1 4.88+1 4.17+1 2.62+1 2.38+1 1.69+1 4.92+8 3.18-1 3.86-2
4.11+1 3.74+1 4.28+1 3.71+1 2.18+1 1.77+1 1.16+1 2.68+8 6.46—2
8.418 3.62+1 3.33+1 3.81+1 3.38+1 1.66+1 1.3241 7.79+8 1.42+8
8.411 3.17+1 2,96+1 3.37+1 2.92+1 1,32+1 9.82+8 5.41+8 7.83—1
8.418 2.76+1 2.61+1 2.98+1 2.57+1 1.81+1 7.24+8 3.72+8 4.37-1
0.413 2.38+1 2.27+1 2.88+1 2.25+1 7.88+0 5.41+8 2.56+8 2.46—1
6.429 1.88+1 1.95+1 2.24+1 1.94+1 5.93+8 4.88+8 1.74+8 1.41-1
1.62+1 1.89+1 1.65+1 4.64+8 3.84+8 1.22+8 8.60—2
0.419
1.15+1 1.32+1 1.57+1 1.38+1 3.5348 2.23+0 8.35-1 5.22—2
8.421
8.421 8.87+8 1.82+1 1.31+1 1.14+1 2.71+8 1.65+8 5.87—1 2.99—2
8.422 6.52+8 7.89+8 1.88+1 9.27+8 2.82+8 1.19+8 3.78—1
8.428 4.93+8 6,35+8 8.18+8 7.51+8 1.56+8 8.88—1 2.61—1
8.419 3.58+0 4.98+8 6.51+8 6.08+8 1.18+8 6.41—1 1.71-1
8.8ff 8.417 2.59+0 3.76+8 5.17+8 4.98+8 8.85—1 4.69—1 1.14—1
8.80 8.414 1.82+8 2.82+8 4.85+8 3.94+8 6.69—1 3.41—1 7.28—2
8.88 8.488 1.27+8 2.12+6 3.17+8 3.14+8 5.80—1 2.45—1 4.82—2
8.88 8.403 8.87-1 1.58+8 2.48+8 2.58+8 3.73—1 1.79-1
8.88 0.399 6.21—1 1.28+8 1.92+8 1.99+8 2.82—1 1.29—1
8.68 8.397 4.43—1 9.81-1 1.58+8 1.58+8 2.88—1 9.65—2
8.88 8,396 3.14—1 6.98—1 1.19+8 1.26+8 1.61—1 8.76—2
8.88 8.398 2.25—1 5.36—1 9.47-1 1.82+8 1.28—1 5.58-2
8.88 8.388 1.57—1 4.17—1 7.64—1 8.24—1 8.62—2
8.88 8.387 1.14—1 3.33—1 6.21—1 6.73—1 6.97-2
8.00 8.384 8.32—2 2.62—1 5.87—1 5.52—1 4.37—2
8.88 8.383
2.89—1 4.13-1 4.54—1
1.71—1 3,46—1 3.74—1
8.88 9.382
1.37-1 2.85—1 3.88—1
0.88 8.382
8.89
8.88
8.88
8,99
8.88
8.88
0.88
8.89
8.00
:—U4/cm2—:
Z IRR
1.41+4
9.87+3
7.14+3
5.87+3
4.96+3
4.21+3
3.88+3
3.86+3
2.68+3
2.17+3
1.79+3
1.45+3
1.18+3
8.94+2
7.15+2
5.58+2
4.35+2
3.35+2
2.58+2
1.97+2
1.5242
1.18+2
9.28+1
7.28+1
5.67+1
4.58+1
3.67+1
2.79+1
2.31+1
1.89+1
8.388
1.18—1 2.33—1 2.53—1
1.54+1
8.381
9.35—2 2.82-1 2.98-1
1.38+1
8.378
8.378
8.378
8.378
8.377
8.376
8.375
7.78—2 1.68—1 1.69—1
1,87+1
6.14—2 1.41-1 1.39—1
8.8248
7.24+8
4.84—2 1.19—1 1.14—1
9.45—2 9.32—2
8.37—2 7.67—2
6.86—2 8.38—2
5.65—2 4.68—2
8—17
4.78+8
4.98+8
3.37+8
2.62+0
Cast Label
Lat.
2—ave
H
—8.4
4.3
9.2
Temp
degC
28.787
19.424
19.392
14.2
19.3
19.371
24.2
29.2
34.2
19.357
19.355
19.333
39.1
44.8
16.781
49.1
16.092
54.1
15.516
58.9
63.9
68.9
74.8
78.9
19.361
18.558
14.831
14.728
14.874
14.679
14.827
83.8 14.653
88.8 14.484
93.8 14.115
98.8 13.852
103.7
108.8
13.495
13.276
113.7
13.853
118.6
123.6
128.5
133.5
138.5
143.5
148.5
153.6
158.4
163.5
168.3
173.4
178.2
183.3
188.4
:
ODEX 3 STA 47 ON CAST 18-22-82 28552
34.1231N
Long.
134.223&4
Fluor
Sal.
ppt
Dens.
26.248
33.741
17.98
6.08
23.95
33.685 23.92
33.678 23.92
33.676 23.92
33.675 23.92
33.682 23.93
33.681 23.93
33.673 24.12
33.783 24.59
33.678 24.71
33.674 24.84
33.545 24.89
33.595 24.95
33.697 25.88
33.698 25.84
33.766 25.06
33.800 25.12
33.758 25.13
33.756 25.28
33.688 25.21
33.597 25.21
0.80
8.08
8.88
8.88
33.541
&—T
25.21
33.587 25.29
12.771 33.464 25.25
12.557 33.427 25.26
12.478 33.397 25.26
12.469 33.424 25.28
12.366 33.415 25.29
12.369 33.541 25.39
12.278 33.559 25.42
12.850 33.598 25.49
11.618 33.681 25.58
11.288 33.565 25.62
18.997 33.613 25.78
18.716 33.684 25.74
18.552 33.685 25.83
10.394 33.658 25.84
10.193 33.686 25.98
V.
0.88
8.88
8.88
0.88
8.80
8.00
8.88
8.88
8.88
8.88
8.88
8.88
0.80
8.08
8.00
8.88
8.88
0.88
Irradiance u14/cm2/nM
Beam
Atten418nM441nM465ntl488ntl528ntl548nH568nN589ntl625flH671flf1694flM
;—IM!cm2—:
ZIRR
1.155
4.95+4
8.484
0.415
0.419
8.414
8.414
8.415
8.415
8.422
8.429
9.426
0.427
0.421
3.28+4
2.58+4
2.84+2 1.92+2 2.29+2 2.85+2 1.93+2 1.92+2 1.87+2 1.51+2 1.43+2 1.38+2 1.14+2
1.95+2 1.88+2 2.89+2 1.85+2 1.48+21.42+2 1.26+2 7.46+1 3.88+1 1.46+1 7.84+8
1.72+2 1.61+2 1.88+2 1.67+2 1.19+2 1.89+2 8.86+1 3.74+1 6.28+8 1.36+8 4.58—1
1.4942 1.45+2 1.78+2 1.58+2 9.57+1 8.48+1 6.18+1 1.94+1 1.21+8 1.55—1 4.88—2
1.32+2 1.31+2 1.53+2 1.35+2 7.68+1 6.58+1 4.42+1 1.88+1 3.16—1 4.87—2
1.14+2 1.16+2 1.36+2 1.20+2 6.89+1 4.95+1 3.87+1 5.57+0 9.18—2 2.36—2
1.81+2 1.03+2 1.28+2 1.06+2 4.78+1 3.66+1 2.89+1 2.82+8 4.72—2
8.62+1 8.97+1 1.85+2 9.17+1 3.67+1 2.75+1 1.45+1 1.58+8 3.13-2
7.20+1 7.63+1 8.93+1 7.84+1 2.78+1 2.88+1 9.82+0 8.34—1
5.51+1 6.16+1 7.39+1 6.58+1 2.18+1 1.52+1 6.34+8 5.04-1
4.11+1 4.85+1 5.97+1 5.42+1 1.65+1 1.88+1 4.27+0 2.93—1
3.81+1 3.75+1 4.77+1 4.48+1 1.24+1 7.45+8 2,88+8 1.72—1
2.16+1 2.87+1 3.77+1 3.55+1 8.89+8 5.25+8 1.83+0 1.81—1
8.415 1.43+1 2.19+1 2.98+1 2.86+1 6.45+0 3.78+8 1.24+8 6.18—2
0.413 1.81+1 1.66+1 2.35+1 2.38+1 4.74+0 2.67+8 8.25—1 4.83-2
0.411 7.18+8 1.27+1 1.85+1 1.85+1 3.52+8 1.98+8 5.50-1
0.411 5.88+8 8.99+8 1.45+1 1.47+1 2.68+8 1.35+0 3.68—1
0.412 3.52+0 6.69+8 1.11+1 1.16+1 1.93+8 9.61—1 2.47—1
8.488 2.48+8 4.97+8 8.15+8 9.05+8 1.43+0 6.87—1 1.71—1
8.399 1.79+0 3.87+8 6.54+0 7.88+8 1.10+0 5.83—1 1.28-1
0.397, 1.28+0 2.94+8 5.12+8 5.60+0 8.25—1 3.62—1 8.61—2
0.397 8.98—1 2.24+8 4.84+8 4.49+8 6.19—1 2.58—1 5.69-2
0.395
6.22—1 1.73+8 3.23+0 3.63+8 4.67—1 1.78—1
8.393 4.48-1 1.35+0 2.59+8 2.95+8 3.56—1 1.20—1
8.392 3.88—1 1.85+0 2.09+8 2.41+8 2.71—1 9.15—2
0.88 8.398 2.22—1 8.26—1 1.71+8 1.98+8 2.08-1 6.63-2
8.88 8.388 1.46—1 6.45—1 1.39+8 1.64+8 1.64-1
0.88 8.387 1.85—1 5.28—1 1.15+8 1.36+8 1,25-1
0.88 0.386 8.75—2 4.16—1 9.58—1 1.14+0 1.02-1
3.29—1 7.83-1 9.58-1 8.18—2
0.08 8.384
2.62—1 6.46—1 8.83—1 6.50—2
8.08 8.384
2.14—1 5.38—1 6.74—1 4.66—2
8.88 8.383
1.71—1 4.48—1 5.68—1 4.56—2
0.08 8.382
1.40-1 3.79-1 4.81—1
8.88 8.382
1.08—1 3.03—1 4.87—1
0.88 8.381
8.68—2 2.51—1 3.45—1
8.80 8.380
8.08 8.388
6.84—2 2.12—1 2.93—1
5.73—2 1.74—1 2.49-1
8.80 8.379
4.93—2 1.53—1 2.15—1
8.88 0.379
0.08
8.88
D—1 8
2.88+4
1.77+4
1.49+4
1.27+4
1.87+4
8.84+3
7.13+3
5.83+3
3.37+3
2.59+3
2.80+3
1.55+3
1.17+3
8.95+2
6.78+2
5.24+2
4.06+2
3.17+2
2.49+2
1,98+2
1.58+2
1.27+2
1.02+2
8.36+1
6.92+1
5.59+1
4.62+1
3.83+1
3.20+1
2.80+1
2.13+1
1.78+1
1.49+1
1.25+1
1.89+1
Cast Label
Lat.
2—ave
11
8.8
4.8
9.8
14.8
19.7
24.7
29.7
34.6
39.7
44.6
49.6
54.6
59.6
64.5
69.5
74.4
79.3
84.4
89.3
94.4
99.2
184.3
109.3
114.2
34.1231N
134.2236W
Sal.
Dens.
Fluor
deg C
ppt
&-T
V.
19.478
33.685
23.90
23.98
23.91
23.93
23.93
8.08
19.467 33.685
19.414 33.685
19.374 33.691
19.369 33.687
33.674
33.678
33.748
33.786
23.92
23.92
24.82
24.64
16.122 33.758
15.475 33.734
24.77
24.89
25.17
24.94
24.96
19.364
19.349
19.169
16.779
14,854
14.774
33.910
33.592
14.837 33.634
14.952 33.734
14.782 33.812
14.593 33.805
33.861
13.886
13.569
13.342
13.219
12.834
12.678
12.526
33,748
33.595
33.618
33.544
33.635
33.514
33.422
124.2
129.0
12.445
33.411
12.361
134.1
139,8
12.467
12.438
33.438
33.413
33.537
143.9
12,279
149.1
11.967
11.538
11.395
154.8
158.9
Long.
Teap
14.181
119.8
ODEX 3 STA 47 UP CAST 10—22—82 2129Z
33.553
33.672
33.881
33.591
25.81
25.11
25.14
25.27
25.25
25.19
25.26
25.22
25.37
25.31
25,27
25.27
25.31
25.27
25.37
25.42
25.57
25.65
25.61
8.88
8.88
8.08
0.88
8.80
8.88
8.88
8.88
0.88
8.88
8.00
0.80
0.88
0.08
8.88
0.80
0.88
0.88
8.88
0.88
8.88
0.80
8.88
8.88
8.08
0.08
0.88
8.80
0.88
8.80
8.88
8.80
Irradiance uW/cm2/nN
:—l1.4/cm2—:
Atten
418nM441 nM465ntl488nt1520ntl540nM588flM589flM625flM67l ntl694nM
ZIRR
8.413
8.486
0.488
0.409
8.415
1.93+2 1.74+2 2.85+2 1.83+2 1.67+2
1.76+2 1.68+2 1.86+2 1.64+2 1.33+2
1.54+2 1.44+2 1.67+2 1.47+2 1.84+2
1.42+2 1.32+2 1.51+2 1.32+2 8.14+1
1.16+2 1.16+2 1.36+2 1.19+2 6.90+1
1.88+2 1.86+2 1.23+2 1.88+2 5.44+1
9.46+1 9.56+1 1.12+2 9.76+1 4.38+1
8.39+1 8.58+1 9.96+1 8.66+1 3.38+1
6.88+1 7.20+1 8.49+1 7.46+1 2.65+1
5.73+1 6.94+1 6.21+1 2.05+1
3.81+1 4.47+1 5.56+1 5.86+1 1.53+1
2.78+1 3.46+1 4.43+1 4.88+1 1.15+1
1.81+1 2.59+1 3.47+1 3.29+1 8.32+0
1.27+1 1.99+1 2.74+1 2.65+1 5.95+8
9.10+0 1.52+1 2.17+1 2.13+1 4.42+8
6.33+8 1.18+1 1.69+1 1.78+1 3,24+8
4.41+8 7.98+8 1.38+1 1.33+1 2.39+0
3.11+8 5.94+8 9.58+8 1.04+1 1.80+8
2.28+8 4.64+8 7.66+0 8.11+0 1.35+8
1.57+8 3.46+8 5.95+8 6.42+8 1.88+0
1.12+0 2.67+8 4.73+8 5.14+8 7.53—1
Beam
8.411
8.418
0.412
8.428
0.423
0.423
8.428
8.412
0.411
0.488
0.406
8.486
0.397
8.397
8.393
1.66+2 1.61+2 1.28+2 1.16+2 1.02+2 8.88+1
1.26+2 1.11+2 6.63+1 2.65+1 1.24+1 6.58+8
9.43+1 7.52+1 3.12+1 4.43+0 9.24—1 3.08—1
4.27+4
7.09+1 5.16+1 1.62+1 9.93—1 1.23—1 5.12-2
5.79+1 3.92+1 9.73+0 2.56—1 2.98—2 2.52—2
1.84+4
1.57+4
4.42+1 2.76+1 5.83+8 7.34—2
3.39+1 1.93+1 2.67+0
2.85+4
2.28+4
.
1.36+4
1.18+4
2.58+1 1.27+1 1.38+8
1.89+1 3.45+0 7.82—1
1.01+4
8.38+3
1.43+1 5.90+0 4.69—1
9.84+8 3,81+0 2.63—1
6.69+3
5.21+3
6.89+0 2.52+0 1.55-1
4.90+8 1,66+0 8.99—2
4.05+3
3.87+3
3.51+8 1.18+0 5.88—2
2.52+8 7.42—1 3.50—2
2.37+3
1.84+3
1.78+8 4.86—1
1.28+8 3.28—1
1.48+3
9.37—1 2.23—1
6.95—1 1.42—1
1.85+3
7.94+2
6,19+2
9.17-2
3.53-1 5.69—2
8.388 7.92—1 2.05+8 3,76+8 4.15+8 5.68—1 2.68-1
8.387 5.64—1 1.59+0 3.02+8 3.36+0 4.28—1 1.95—1
8.385 4.04—1 1.25+0 2,44+0 2.73+0 3.15—1 1.57—1
0.384 2.95—1 9.80—1 1.97+8 2.23+0 2.43—1 1.85—1
4.74+2
3.71+2
8.383 2.18—1 7.69—1 1.61+0 1.84+8 1.86—1 8.10—2
8.382 1.49—1 6.13—i 1.32+0 1.52+0 1.39—1 6.64—2
8.381 1.89—1 4.84-1 1.08+0 1.24+8 1.04—1 6,73-2
8.388 8,20—2 3.79—1 8.74—1 1.82+8 7.82—2
1.19+2
9.78+1
0.391
0.379
8.377
8.378
8.375
4.95—1
2.91+2
2,31+2
1.84+2
1.48+2
7.85+1
6.22+1
2.59—1 6.31—1 7.31—1 4.46—2
5.81+1
4.32+1
2.85—1 5.25—1 6,38—1
1.65—1 4.28—1 5.14—1
3.53+1
2.87+1
3.06-1 7.19-1 8.45—1 5.92-2
END OF DATA FILE
0—19
Cast Label
Lat.
2—ave
N
—8.4
4.3
9.2
14.3
19.3
Sal.
deg C
ppt
19.850
19.892
19.638
34.328
34.31?
34.328
19.892
ODE( 3 STA 51 UP CAST 10-26-82 80442
Long.
Temp
19.891
:
Dens.
&—T
13.12
24.27
24.27
24.27
24.27
24.28
24.28
24.28
24.27
24.28
24.28
24.27
24.48
25.38
24.92
19.893
34.318
24.1
19.888
34.321
29.2
34.3
19.876
19.867
19.888
34.31?
34.318
34.316
34.326
34.329
34.314
34.423
34.738
33.959
33.974 25.12
33.848 25.10
33.952 25.18
33.948 25.26
33.856 25.22
33.974 25.36
33.942 25.35
33.969 25.36
33.968 25.39
34.803 25.46
33.974 25.59
33.785 25.49
33.856 25.58
33.795 25.59
33.891 25.71
33.814 25.73
33.799 25.78
33.815 25.81
33.878 25.91
33.865 25.94
39.1
44.1
49.1
54.8
59.8
64.8
68.9
73.9
78.8
83.9'
88.8
93.8
98.8
183.8
188.8
113.8
118.6
123.6
128.6
133.6
138.4
143.5
148.5
153.6
158.5
163.4
168.4
19.891
19.899
19.896
19.693
17.863
16.141
15.314
14.919
14.933
14.556
14.484
14.288
14.122
14.145
13.979
13.797
13.864
12.816
12.635
12.361
12.092
11.677
11.362
11.248
10.965
10.?36
141.8898W
Fluor
Beam
V.
Atten
8.88
8.00
8.08
0.88
8.88
2.938
8.415
8.415
8.415
8.414
8.416
8.417
8.417
8.416
0.415
8.415
0.414
8.415
8.426
0.425
8.423
8.428
0.417
8.416
8.412
0.08
8.08
8.80
8.88
8.08
8.88
0.08
8.00
0.88
0.88
8.08
0.88
8.88
8.80
8.88
0.00
8.88
0.08
0.88
8.88
8.06
8.88
8.08
8.88
8.88
8.80
8.08
0.88
8.08
8.88
8.411
8.488
8.399
8.397
8.393
0.388
8.385
8.383
0.382
0.382
:—IJ4/cm2—:
Irradiance uWcm2/nM
418 nIl 441 nfl 465 nfl 488 nfl 528 nfl 548 nfl 568 nFl 589 nFl 625 nfl 671 nfl 694 nFl Z IRR
4.21+1 4.16+1 5.19+1 4.75+1 4.64+1 4.62+1 4.48+1 3.64+1 3.54+1 3.36+1 2.87+1
4.69+1 4.2441 4.98+1 4.29+1 3.42+1 3.2241 2.79+1 1.61+1 6.36+8 2.81+8 1.44+8
4.34+1 3.93+1 4.48+1 3.88+1 2.64+1 2.35+1 1.82+1 7.15+8 8.72—1 1.76—1 5.98—2
4.82+1 3.63+1 4.87+1 3.47+1 2.08+1 1.77+1 1.24+1 3.41+8 1.85—1
3.59+1 3.27+1 3.66+1 3.18+1 1.62+1 1.28+1 7.76+8 1.62+8
3.17+1 2.92+1 3.25+1 2.74+1 1.2941 9.48+0 5,43+8 9.85—1
2.78+1 2.54+1 2.83+1 2.40+1 9.69+8 6.84+8 3.57+8 4.56—1
2.32+1 2.21+1 2.45+1 2.87+1 7.87+8 4.93+8 2.35+8 2,48—1
1.86+1 1.91+1 2.11+1 1.77+1 5.33+8 3.54+8 1.54+0 1.25—1
1.59+1 1.65+1 1.82+1 1.51+1 4.85+8 2.58+8 1.84+8 7.27—2
3.01+8 1.82+8 6.63—1 3.82—2
1.31+1 1.41+1 1.54+1
1.13+1 1.23+1 1.34+1 1.88+1 2.39+8 1.48+8 4.81—1
9.47+8 9.84+8 1.12+1 8.96+8 1.79+8 1.81+8 3.86—1
7.70+0 8.17+8 8.99+0 7.37+8 1.36+8 7.41—1 2.11-1
5.72+8 6.48+8 7.22+8 6.82+8 1.83+8 5.41—1 1.38—1
4.16+8 4.97+0 5.76+8 4.88+8 7.77—1 3.96—1 8.56-2
2.96+8 3.79+0 4.55+8 3.92+8 5.78—1 2.98—1 5.16—2
2.88+0 2.86+8 3.57+0 3.14+8 4.38—1 2.83—1
1.42+8 2.12+0 2.77+8 2.49+8 3.88—1 1.59—1
9.74—1 1.55+8 2.12+8 1.96+8 2.32—1 1.87—1
6.68—1 1.12+0 1.60+0 1.53+0 1.75—1 7.65—2
4.88—1 8.15—1 1.22+0 1.18+8 1.38—1 6.26-2
1.17+4
7.34+3
5.75+3
4.8543
4.89+3
3.58+3
2.93+3
2.46+3
2.85+3
1.73+3
1.44+3
1.23+3
1.88+3
8.13+2
6.41+2
5.81+2
3.87+2
2.96+2
2.25+2
1.78+2
1.27+2
9.54+1
3.87—1 5.93—1 9.22—1 9.16—1 9.13—2
7.03+1
2.13—1 4.38—1 7.85—1 7.14-1 6.43—2
1.58—1 3.31—1 5.55—1 5.63—1 4.89—2
5.32+1
4.18+1
1.85—1 2.54—1 4.38—1 4.48—1
1.89—1 3.44—1 3.68—1
3.12+1
2.32+1
1.44-1 2.73-1 2.89—1
1.11—1 2.19—1 2.31—1
1.83+1
1.48+1
8.31—2 1.78-1 1.84—1
1.15+1
8.381
6.39—2 1.48—1 1.47—1
9.26+8
8.379
0.378
8.377
8.375
5.89—2 1.13—1 1.17—1
7.28+8
9.62—2 9.28—2
4.79+8
3.84+8
3.28+8
7.55—2 7.53—2
6.21—2 6.32—2
PREM4TURE END OF DATA FILE
D-28
Cast Label
Lat.
2—ave
M
—8.3
4.7
9.7
14.9
19.7
24.7
29.7
34.6
39.6
44.6
49.6
54.5
59.4
64.4
69.4
74.3
79.4
84.4
89.3
94.3
99.2
184.2
33.5810W
Sal.
deg C
ppt
&—T
20.907
28.829
23.494
34.782
34.673
15.78
24.53
34.671
24.51
34.666
24.51
34.665
34.671
24.51
34.671
24.51
34.673
34.678
35.219
34.518
33.844
24.51
28.822
28.827
28.820
28.814
28.811
28.807
28.887
19.991
28.080
17.588
15.538
15.143
14.928
14.862
14.864
15.821
14.891
33.822
33.818
33.827
33.842
33.968
33.967
33.952
34.885
189.2
114.2
14,821
119.1
34.133
34.192
34.178
34.153
163.9
168.9
14.935
14.766
14.428
13.863
13.597
13.264
13.275
13.844
12.487
12.094
11.714
173.8
11.455
178.8
183.9
11.278
33.955
33.948
11.868
33.991
188.8
18.928
33.984
134.1
138.9
143.9
149.1
154.8
159.8
Long.
Temp
14.775
14.682
14.768
14.959
124.2
129.8
ODEX 3 STA 58 UN CAST 18-27-82 21432
34.848
34.130
34.836
34.045
33.978
34.804
34.058
34.031
34.881
33.958
Dens.
24.51
24.51
24.52
24.93
25.88
24.97
25.04
25.07
25.18
25.11
25.17
25.28
25.22
25.28
25.29
25.31
25.35
25.37
25.39
25.45
25.47
25.53
25.54
25.57
25.66
25.75
25.86
25.84
25.88
25.98
25.98
26.88
142.0630W
Fluor
V.
Atten
0.246
0.419
8.415
8.414
8.415
8.88 8.415
8.08 0.415
8.88 8.415
0.88 8.415
0.88 8.415
8.88 8.415
8.88 0.432
0.80 8.426
8.88 0.423
8.80 8.420
8.88 8.428
0.88' 8.418
8.88 8.417
8.88 8.413
8.88 8.413
0.80 8.409
8.88 0.399
8.88 8.397
8.88 8.396
0.80 8.392
8.88 0.388
0.88 8.385
8.88 0.383
8.80 8.383
8.88 0.384
8.80 8.383
8.08 0.382
0.88 8.382
8.88 8.382
8.88 8.382
0,88 8.382
8.88 8.381
8.80 8.388
8.88 8.378
8.88
8.88
8.88
8.88
8.88
uW/crn2/ntl
Beam
410 nM 441 nH 465 nM 488 ntl 528 ntl 548 nM 568 nN 589 nIl 625 nIl 671 nIl 694 nIl
2.18+2 1.95+2 2.32+2 2.87+2 1.96+2 1.95+2 1.98+2 1.53+2
1.88+2 1.76+2 2.87+2 1.84+2 1.51+2 1.45+2 1.29+2 7.45+1
1.78+2 1.60+2 1.87+2 1.65+2 1.16+2 1.86+2 8.45+1 3.45+1
1.48+2 1.41+2 1.66+2 1.47+2 9.13+1 8.88+1 5.82+1 1.74+1
1.32+2 1.27+2 1.48+2 1.29+2 7.88+1 5.92+1 3.95+1 9.28+8
Z IRR
1.47+2 1.33+2 1.15+2
5.03+4
2.88+1 1.28+1 6.58+8
4.82+8 9.93—1 3.24—1
3.18+4
2.46+4
9.58—1 1.14—1 4.48—2
2.81+4
1.69+4
2.43—1 3.08—2
1.89+2 1.89+2 1.28+2 1.12+2 5.54+1 4.46+1 2.73+1
9.62+1 9.61+1 1.11+2 9.78+1 4.18+1 3.22+1 1.88+1
8.12+1 8.28+1 9.62+1 8.37+1 3.23+1 2.39+1 1.28+1
6.88+1 7.13+1 8.28+1 7.21+1 2.49+1 1.78+1 7.89+0
4.65+8 6.88—2
2.34+0 2.78—2
1.39+4
1.17+4
1.28+0
9.75+3
8.17+3
5.87+1 6.16+1 7.14+1 6.20+1 1.93+1 1.2941 5.31+8
4.98+1 5.29+1 6.12+1 5.38+1 1.47+1 8.96+8 3.49+8
3.99+1 4.37+1 5.1341 4.47+1 1.13+1 6.68+8 2.3948
3.81+1 3.49+1 4.19+1 3.78+1 8.36+8 4.83+8 1.64+8
4.22-1
7.23—1
1.81—1
6.89+3
5.77+3
4.75+3
3.79+3
2.18+1 2.78+1 3.35+1 3.81+1 6.87+0 3.44+8 1.89+8 6.46—2
1.46+1 2.88+1 2.66+1 2.43+1 4.49+8 2.46+0 7.26—1 4.48—2
2.95+3
2.27+3
1.81+1 1.57+1 2.89+1 1.95+1 3.32+8 1.75+8 4.88-1 3.16—2
6.98+8 1.18+1 1.63+1 1.55+1 2.45+0 1.24+8 3.17—1
1.75+3
1.34+3
4.7548 8.18+8 1.25+1
3.33+8 6.81+0 9.18+8
2.35+0 4.55+8 7.16+8
1.64+8 3.36+8 5,49+0
1.22+1 1.76+8 8.48—1 2.13—1
9.44+8 1.31+8 6.13—1 1.41-1
9.93+2
7.48+2
7.32+8 9.98—1 4.46—1 9.29—2
5.73+0 7.44—1 3.29—1 6.31—2
5.68+2
4.32+2
2.45—1
1.54—1
1.17+8 2.55+0 4.38+0 4.54+8 5.59-1 2.35—1
8.38—1 1.96+8 3.41+0 3.64+8 4.21—1 1.73—1
3.33+2
2.61+2
1.52+8 2.74+8 2.95+8 3.17-1 1.28—1
1.20+8 2.22+0 2.42+0 2.39—1 8.69—2
2.88+2
1.66+2
1.36+2
1.12+2
9.27+1
7.69+1
6.89—1
4.43—1
3.25-1 9.55—1 1.83+8 2.8148 1.84-1 6.75—2
2.48—1 7.76—1 1.53+8 1.69+8 1.45—1 5.52—2
1.84—1
6.36-1 1.29+8 1.42+0 1.12—1
1.39—1 5.12—1 1.88+0 1.28+8 8.65—2
3.28—1 7.38—1 8.36—1 4.39—2
8.35+1
5.85+1
2.62—1 6.85—1 6.92—1
4.0541
2.87—1 4.98—1 5.72—1
3.31+1
1.63—1 4.86—1 4.73—1
2.70+1
1.82—1 4.14—1 9.01—1
1.81+8 6.51-2
2.24+1
1.34—1 3.37—1 3.92—1
1.87—1 2.88—1 3.28-1
.
1.32+1
6.83—2 2.84—1 2.37-1
8.22—2 1.82—1 2.08—1
D—21
1.87+1
1.55+1
8.37—2 2.38—1 2.78—1
.
1.17+1
Cast Label
Lat.
2—ave
N
—8.4
4.3
9.3
14.2
19.3
24.2
29.2
34.2
39.1
44.1
49.0
54.8
58.8
64.8
68.9
73.9
78.9
83.8
88.9
93.8
98.8
183.8
108.7
113.7
118.6
123.6
128.5
133.5
138.4
143,5
148.5
153.6
158.5
163.4
168.4
173.3
178.4
183.2
188.4
:
ODEX 3 STA 63 UN CAST 18-28-82 22132
33.4478N
Long.
141.1760W
:-i.J4/cm2—:
Irradiance uWcm2JnN
410 nIl 441 nfl 465 nfl 488 nfl 520 nfl 540 nfl 568 nfl 589 nfl 625 nfl 671 nfl 694 nfl Z IRR
Sal.
ppt
Dens.
Fluor
deg C
&-T
V.
Atten
28.117
19.816
23.485
34.168
8.88
19.775
19.724
34.172
34.173
34.178
15.97
24.18
24.19
24.21
24.21
0.88
0.08
0.88
8.88
8.496 9.40+1 8.58+1 9.88+1 8.73+1 8.11+1 8.86+1 7.75+1 6.87+1 5.89+1 5.29+1 4.36+1
0.415 8.62+1 7.77+1 8.98+1 7.78+1 6.28+1 5.91+1 5.2141 2.97+1 1.19+1 5.31+8 2.59+8
8.417 7.65+1 7.88+1 7.99+1 6.96+1 4.91+1 4.48+1 3.68+1 1.52+1 2.39+8 5.50—1 1.87—1
8.418 6.81+1 6.38+1 7.18+1 6.22+1 3.91+1 3.41+1 2.53+1 8.11+8 5.41—1 7.05-2
0.425 6.81+1 5.64+1 6.41+1 5.54+1 3.88+1 2.58+1 1.75+1 3.98+8 1.23—1
24.21
24.21
25.14
8.88
8.80
8.88
8.88
8.00
0.88
8.418
8.418
8.419
0.419
8.421
0.432
Temp
19.715
Beam
34.174
34.172
34.179
34.175
34.165
34.827
34.863
33.982
24.21
24.95
24.98
8.88
0.08
8.432
0.430
15.317
15.883
14.736
14.686
14.662
14.435
14.344
14.136
13.925
13.882
33.795
33.906
33.892
33.907
33.972
33.966
33.945
33.942
8.00
8.08
8.00
0.88
33.981
33.923
24.98
25.13
25.18
25.20
25.25
25.38
25.38
25.34
25.36
25.38
13.796
13.529
13.086
12.614
12.368
12.175
33.941
25.41
33.918
33.884
33.783
33.745
33.827
12.082
11.774
33.792
33.815
33.855
33.849
25.45
25.53
25.53
25.55
25.65
25.65
25.71
25.78
0.426
8.425
8.424
8.425
0.423
8.428
8.421
0.422
8.416
8.412
8.485
0.397
8.396
8.393
19.710
19.707
19,785
19.783
19.699
18.823
16.349
15.934
24.21
24.22
25.81
0.08
8.00
9.88
8.00
0.80
0.08
0.88
8.88
0.80
8.80
0.88
8.88
0.88
0.00
9.80
8.80
25.85
25.90
33.928 25.97
10.806 33.932 25.98
10.690 33.961 26.82
10.622 33.967 26.04
8.00
8.88
8.08
0.88
8.00
8.88
11.588
11.387
11.184
11.818
10.863
33.852
33.878
2.89+4
1.34+4
1.86+4
8.79+3
7.39+3
5.25+1 5.81+1 5.6841 4.89+1 2.41+1 1.94+1 1.17+1 2.89+0 3.35—2
4.57+1 4.42+1 5.80+1 4.29+1 1.88+1 1.46+1 7.72+8 1.18+8
3.95+1 3.87+1 4.38+1 3.75+1 1.48+1 1.86+1 5.38+0 6.21-1
3.40+1 3.38+1 3.82+1 3.26+1 1.15+1 7.68+9 3.58+8 3.46—1
2.89+1 2.92+1 3.38+1 2.81+1 8.75+8 5.61+8 2.45+8 2.85-1
2.48+1 2.46+1 2.88+1 2.39+1 6.53+0 4.28+8 1.7240 1.25—1
1.68+1 1.97+1 2.3841 2.08+1 4.9148 3.02+8 1.14+8 7.45—2
1.21+1 1.55+1 1.86+1 1.65+1 3.67+0 2.18+8 7.62—1 4.65—2
8.68+0 1.20+1 1.49+1 1.34+1 2.76+0 1.59+8 5.31-1 3.89—2
6.22+0 8.87+0 1.22+1 1.87+1 2.19+8 1.15+8 3.60—1
4.39+0 6,79+8 9.15+9 8.5348 1.58+0 8.43—1 2.49—1
2.98+0 5.84+8 7.18+8 6.77+0 1.17+8 5.99—1 1.68—1
2.06+8 3.77+8 5.53+8 5.39+8 8.77—1 4.24—1 1.15—1
1.48+0 2.77+0 4.26+0 4.28+0 6.49—1 3.09—1 8.87—2
6.24+3
5.28+3
9.30—1 2.02+0 3.25+8 3.37+0 4.94—1 2.16—1
6.38—1 1.47+8 2.48+0 2.63+8 3.68—1 1.51—1
4.14—1 1.86+0 1.87+8 2.85+0 2.76—1 1.88—1
2.B4—17.77—1 1.44+0 1.68+0 2.87—1 7.48—2
2.57+2
1.93+2
1.45+2
1.11+2
8.5341
1.94—1 5.81—1 1.11+0 1.27+8 1.63—1 5.48—2
1.25—1 4.36—1 8.61—1 1.91+8 1.19—1 5.49—2
3.31—1 6.93—1 8.15-1 8.45—2
2.56—1 5.63—1 6.67—1 6.48—2
4.49+3
3.88+3
3.21+3
2.87+3
2.11+3
1.66+3
1.38+3
1.81+3
7.69+2
5.84+2
4.4842
3.41+2
6.61+1
5.00+1
4.03+1
8.391
0.398
2.81—1 4.59-1 5.50-1 4.49-2
1.60—1 3.73—1 4.57—1
3.28+1
2.57+1
8.388
0.387
0.385
8.385
8.385
8.383
1.29—1 3.86-1 3.79—1
2,12+1
9.89—2 2.53—1 3.15—1
1.73+1
7.87-2 2.08-1 2.62-1
1.43+1
6.26—2 1.76—1 2.19—1
1.19+1
5.38—2 1.55-1 1.85-1
1.02+1
1.33—1 1.59—1
7.48+8
1.18—1 1.38—1
8.382
9.09—2 1.28—1
6.36+8
5.43+8
0.381
0.388
8.72-2 1.03—1
6.59-2 8.53—2
4.88+0
3.89+8
0.381
D-22
Cast Label
ODEX 3 STA 66 DN CAST 18—29—82 28552
Lat.
2—ave
Temp
Long.
Sal.
Dens.
N
deg C
—8.3
19.287
23.758
16.40
4.8 19.782
9.7 19.782
34.336
24.32
24.32
24.32
24.32
24.32
24.32
24.32
24.32
24.32
24.32
24.59
24.87
25.83
25.09
25.14
25.28
25.22
25.28
25.32
25.35
25.36
25.39
14.8
19.7
24.6
29.8
34.7
39.7
44.6
49.6
54.6
59.5
64.4
69.4
74.6
79.3
84.3
89.3
94.3
99.4
104.2
189.3
114.3
119.8
124.2
129.0
&—T
34.341
34.344
34.343
19.781 34.339
19.785 34.349
19.787 34.342
19.782 34.341
19.778 34.336
19.751 34.327
19.783
19.784
34.429
34.865
15.774 33.992
15.258 33.923
15.045 33.934
14.982 33.968
19.881
16.691
14.477
14.488
14.238
14.086
33.879
33.933
33.933
33.931
13.948
13.885
33.914
33.930
13.818
33.948
33.943
33.915
33.894
25.41
25.43
25.47
25.51
25.51
134.1
13.783
13,484
13.166
12.935
139.0
12.548
33.883
143.9
12.441
149.1
154.8
158.9
163.9
168.9
12.187
33.824
33.849
33.836
33.836
33.822
33.851
25.56
25.59
25.66
25.78
25.79
25.83
25.88
173.8
18.966
18.748
10.682
10.571
33.879
25.91
33.892
33.896
33.930
25.96
25.98
26.02
178.9
183.8
188.8
11.941
11.443
11.198
11.842
33.846
141.3892W
Beam
Irradiance uW.'cm2/nM
Atten
410 nfl 441 nIl 465 nfl 488 nfl 528 nfl 548 nfl 560 nfl 589 nfl 625 nIl 671 nfl 694 nfl
I IRR
8.08 27.631
8.88 8.418
8.00 0.417
8.88 0.422
8.88 8.441
8.08 0.416
0.00 8.416
8.08 8.415
8.80 8.415
8.08 0.415
0.08 8.413
8.08 8.423
8.88 8.426
0.88 8.425
8.00 8.423
8.88 8.421
0.88 8.419
8.88 8.423
8.88 0.421
0.88 8.423
0.88 8.426
8.88 8.426
8.00 8.413
8.88 8.418
8.88 8.485
8.08 8.397
8.88 8.396
8.88 8.395
0.88 8.391
0.88 8.389
8.88 8.389
8.88 8.388
8.80 0.385
8.08 L384
8.08 8.382
8.08 8.382
8.08 8.381
8.88 8.381
8.88 8.379
9.46+1 8.57+1 1.81+2 8.93+1 8.34+1 8.27+1 7.99+1 6.25+1 6.88+1 5.48+1 4.54+1
8.87+1 7.96+1 9.18+1 8.04+1 6.41+1 6.12+1 5.37+1 2.99+1 1.17+1 5.04+8 2.41+8
7.98+1 7.25+1 8.33+1 7.26+1 5.16+1 4.74+1 3.82+1 1.68+1 2.68+8 6.05—1 2.05—1
7.11+1 6.56+1 7.52+1 6.54+1 4.11+1 3.62+1 2.66+1 8.33+8 5.38—1 6.85-2
6.29+1 5.87+1 6.74+1 5.84+1 3.28+1 2.79+1 1.89+1 4.36+0 1.37-1
5.49+1 5.28+1 5.96+1 5.16+1 2.57+1 2.18+1 1.31+1 2.26+0
4.73+1 4.54+1 5.21+1 4.50+1 2.81+1 1.57+1 8.43+0 1.22+0
4.83+1 3.93+1 4.51+1 3.89+1 1,54+1 1.10+1 5.51+8 6.29-1
3.43+1 3.38+1 3.88+1 3.34+1 1.21+1 8.18+8 3.87+0 3.89—1
2.98+1 2.89+1 3,33+1 2.86+1 9.81+0 5.92+0 2.68+0 2.26—1
2.43+1 2.46+1 2.82+1 2.44+1 6.64+8 4.28+8 1.73+0 1.29—1
1.86+1 2.05+1 2.3741 2.85+1 5.18+0 3.17+0 1.21+8 8.58—2
1.48+1 1.62+1 1,92+1 1.68+1 3.75+0 2.24+0 7.85—1 5.28—2
9.91+0 1.24+1 1.58+1 1.34+1 2.76+8 1.59+8 5.25-1 2.98-2
7.88+8 8.97+8 1.28+1 1.84+1 2.85+8 1.13+8 3.55—1
4.76+8 6.63+0 8.70+8 8.81+0 1.47+8 7.75—1 2.26-1
3.24+8 4.84+8 6.59+8 6,16+8 1.86+8 5.31—1 1.58—1
2.16+8 3.58+8 4.97+8 4.76+8 7.49—1 3.53-1 9.55—2
2.14+4
Fluor
V.
1.44+8 2.53+8 3.76+8 3.69+8 5.47—1 2.41—1 5.62—2
9.61—1 1.84+8 2.86+8 2.88+0 3.98—1 1.69—1
6.42—1 1.33+0 2.18+0 2.27+8 2.96—1 1.19—1
4.54—1 9.83-1 1.68+8 1.88+0 2.28—1 8.93-2
3.15—1 7.37—1 1.32+0 1.44+8 1.81—1 6.68—2
2.18—1 5.57—1 1.84+8 1.16+8 1.31—1
1.38+4
1.11+4
9.21+3
7.80+3
6.58+3
5.53+3
4.61+3
3.88+3
3.2443
2.69+3
2.28+3
1.74+3
1.3343
1.81+3
7.48+2
5.49+2
4.86+2
3.82+2
2.26+2
1.78+2
1.31+2
1.02+2
1,49—1 4.24—1 8.34—1 9.35—1 9.87—2
7.8541
6.18+1
1.84-1 3.22-1 6.61-1 7.55-1 7.47—2
4,87.1
2.44—1 5.28—1 6.11—1 5.19—2
3.73+1
1.92-1 4.32—1 4.95—1 4.21—2
1.46—1 3.46—1 4.02—1
3.81+1
2.32+1
1.17—1 2.94—1 3.28—1
1.92+1
9.21—2 2.34—1 2.71—1
1.55+1
6.94—2 1.89—1 2.24—1
1.25+1
5.96—2 1.81—1 1.85—1
1.85+1
4.65-2 1.33—1 1.52—1
8.59+8
5.99+8
1.18—1 1.24—1
9.69-2 1.81-1
7.85—28.43—2
6.37-2 7.17-2
5.39—2 5.57—2
D—23
5.86+8
4.16+8
3.47+8
2.88+0
Cast Label
:
ODEX 3 STA 66 UP CAST 18-29—82 21192
Let.
Sal.
2—ave
M
Long.
deg C
ppt
19.738
33.163
Dens.
&—T
18.523
16.639
23.43
34.345 24.32
34.345 24.32
34.344 24.32
34.344 24.32
34.345 24.32
34.346 24.32
34,344 24.32
34.342 24.32
34.329 24.32
34.375 24.38
34.334 24.64
34.876 24.89
15.481
34.811
25.11
15.123
14.984
14.613
33.937
33.923
33.917
14.563
33.958
89,3 14.342
94.3 14.157
99.4 13.844
33.937
25.13
25.18
25.22
25.26
25.38
25.32
25.48
25.35
25.41
25.47
25.48
25.49
25.55
25.56
25.61
25.63
25.73
25,78
25.82
25.86
25.90
25.96
25.97
26.82
26.85
—8.2
4.8 19.778
9.7 19.781
14.9
19.7
24.7
29.6
34.5
39.5
44.4
49.6
54.5
59.5
64.4
69.4
74.4
79.3
84.3
19.780
19.779
19.782
19.788
19.781
19.775
19.738
19.637
33.921
33.933
33.898
33.943
33.962
33.926
184.3
13.981
189.2
13.815
114.2
119.1
13.599
13.440
124.2
129.0
13.274
12.858
12,429
12.411
33.981
12.281
33.827
134.1
139.8
143.9
33.866
33.778
33.831
149.0
153.9
159.8
183.9
188.8
173.8
11.896
11.468
11.234
11.143
18.950
33.866
33.823
33.817
33.851
33.859
18.785
33.898
178.9
183.8
188.8
18.730
33.895
33.937
33.953
18.628
18.530
Fluor
Irradiance uL4/cm2/nM
Beam
V.
Atten
410 ntl 441 nIl 465 ntl 488 nil 520 nM 548 nIl 568 nIl 589 nIl 625 nIl 671 nIl 694 nIl
8.08
8.88
8.88
8.88
8.80
1.815
0.413
0.417
8.420
6.56+1 5.73+1 6.87+1 5.83+1 5.38+1 5.29+1 5.88+1 3.88+1 3.79+1 3.38+1 2.69+1
5.96+1 5.24+1 6.83+1 5.25+1 4.1841 3.98+1 3.47+1 1.92+1 7.76+8 3.31+8 1.61+0
5.34+1 4.76+1 5.46+1 4.72+1 3.35+1 3.04+1 2.45+1 1.81+1 1.58+8 3.62—1 1.24—1
4.76+1 4.38+1 4.9341 4.2641 2.64+1 2.38+1 1.67+1 4.7848 2.74—1 2.79—2
4.25+1 3.88+1 4.45+1 3.84+1 2.13+1 1.78+1 1.17+1 2.62+0 6.68—2
3.78+1 3.51+1 4.82+1 3.47+1 1.72+1 1.39+1 8.00+8 1.41+8
3.37+1 3.16+1 3.62+1 3.11+1 1.41+1 1.86+1 5.84+8 8.54—1
2.97+1 2.82+1 3.23+1 2.78+1 1.14+1 7,95+8 4.14+0 5.84—1
2.68+1 2.51+1 2.86+1 2,46+1 8.66+8 6.82+8 2.88+8 2.88—1
2.26+1 2.28+1 2.52+1 2.16+1 6.62+0 4.46+8 1.95+8 1.63—1
1.88+1 1.91+1 2.19+1 1.88+1 5.18+8 3.36+8 1.35+8 9.93—2
1.48+1 1.61+1 1.86+1 1,61+1 3.96+0 2.47+8 9.19—1 5.84—2
1.14+1 1.38+1 1.53+1 1.34+1 3.82+8 1.81+8 6.27—1 3.69—2
8.59+8 9.98+8 1.28+1 1.09+1 2.35+8 1.36+8 4.29—1
6.86+8 7.61+8 9.63+8 8.73+8 1.76+8 1.88+8 2.94—1
4.24+0 5.79+8 7.60+8 6.98+8 1.31+8 7.16—1 1,96-1
2.96+8 4.35+8 5.94+8 5.58+6 9.75—1 5.24—1 1.31—1
2.83+8 3.24+8 4.62+8 4.44+8 7.21-1 3.67—1 7.86—2
1.38+8 2.39+8 3.56+8 3.51+8 5.33—1 2.69—1 5.88—2
9.25—1 1.73+8 2.71+0 2.7448 3.89-1 1.92—1
8.421
6.15—1 1.24+8 2,83+8 2.12+8 2.82—1 1.41—1
0.488
4.15—1 8.95—1 1.53+8 1.83+8 2.87—1 9.82—2
2.77—1 8.58—1 1.16+8 1.25+8 1.47—1 6.52—2
8.80
8.88
8.88
8.80
0.88
8.88
8.08
8.88
8.88
0.80
8.88
8.88
8.88
8.80
8.88
0.88
8.88
0.88
8.88
0,88
8.80
8.88
8.88
8.08
0.80
0.88
8.88
8.88
8.08
0.88
8.80
0.88
8.80
8.80
8.413
0,413
0.412
8.412
8.412
8.411
8.412
8.410
8.408
8.488
8.418
8.422
8.421
8.417
8.416
8.417
8.481
8.397
8.396
0.393
0.398
8.387
8.387
8.388
8.383
8.382
8.382
8.381
8.379
8.378
0.377
8.375
8.375
1.92-1 4.82—1 8.94—1 9.75—1 1.82-1
1.38—1 3.68—1 6.94—1 7.68—1 7,32—2
9.49—2 2.77—1 5.51-1 6.18—1 4.98—2
2.15—1 4.41—1 4.85—1
:—LJ.d/cm2—:
XIRR
1.38+4
9.83+3
7.28+3
5.97+3
5.12+3
4.42+3
3.85+3
2.87+3
2.46+3
2.07+3
1.73+3
1.39+3
1.11+3
8.42+2
6.48+2
4.98+2
3.80+2
2.88+2
2.15+2
1.68+2
1.19+2
8.89+1
6.67+1
5.14+1
4.81+1
2.96+1
1.29—1 2.88—1 3.86—1
2.34+1
1.88+1
1.82—1 2.38-1 2.43—1
1.49+1
7.69—2 1.88—1 1.95—1
1.17+1
6.17—2 1.54—1 1.57—1
5.18—2 1.29—1 1.27—1
7.72—2 6.78—2
9.44+8
7.95+8
5.33+8
4.53+8
3.6840
6.79-2 5.34—2
3.87+8
5.57-2
1.31+8
4.83—2
1.14+8
1.64—1 3.53—1 3.86—1
1.86-1 1.84—1
9.41—2 8.42—2
D—24
Cast Label
Lat.
:
ODEX 3 STA 72 ON
31.2648N
Long.
Temp
Sal.
Dens.
deg C
ppt
&-T
—0.3
21.874
4.8
9.7
21.413
21.483
21.395
21.394
26.878
35.137
Z—ave
N
14.9
19.7
24.6
29.6
34.6
39.6
44.7
49.6
54,6
59.4
64.4
69.3
74.4
79.4
84.4
89.3
94.3
99.3
21.394
21.394
21.394
21.394
21.395
21.379
21.019
19.878
18.264
17.867
17.772
17.334
17.388
17.661
17.578
17.478
184.1
17.251
109.2
17.054
114.2
119.8
16.777
16.782
124.2
16.653
16.573
129.1
134.2
139.8
16.531
143.9
149.8
154.0
158.9
16.469
16.331
16.188
16.845
163.9
168.9
15.733
15.508
173.8
178.8
183.7
188.9
15.252
14.953
16.435
14.783
14.238
18—31—82 1844Z
17.49
24.49
35.148 24.50
35.128 24.49
35.118 24.48
35.183 24.47
35.099 24.47
35.116 24.48
35.890 24.46
35.111 24.47
35.186 24.47
35.828 24.51
35.816 25.82
34.686 24.97
34.673 25.86
34.666 25.88
34.561 25.18
34.661 25.16
34.742 25.16
34.745 25.18
34.764 25.22
34.752 25.27
34.675 25.26
34.589 25.25
34.602 25.28
34.594 25.29
34.587 25.38
34.583 25.31
34.591 25.34
34.686 25.34
34.573 25.35
34.542 25.36
34.532 25.38
34.458 25.39
34.487 25.47
34.483 25.46
34.421 25.54
34.353 25.52
34.317 25.41
Fluor
uW/cm2/nM
Beam
V.
Atten
418 nM 441 ntl 465 nFl 488 nIl 528 nIl 540 nFl 568 nM 589 nFl 625 nIl 671 nFl 694 nIl
8.88
8.88
0.88
8.88
0.08
8.88
0.80
8.88
8.88
8.88
8.80
8.88
0.88
0.88
8.80
8.248
8.451
8.489
8.407
8.487
1.60+2 1.53+2 1.82+2
1.41+2 1.38+2 1.6442
1.33+2 1.26+2 1.49+2
1.2342 1.16+2 1.34+2
1.86+2 1.81+2 1.18+2
8.89+1 8.6941 1.82+2
7.57+1 7.53+1 8.86+1
6.46+1 6.4941 7.63+1
5.58+1 5,56+1 6.54+1
4.76+1 4.82+1 5.6341
4.07+1 4.15+1 4.83+1
3.26+1 3.42+1 4.85+1
2.62+1 2.81+1 3.36+1
1.83+1 2.21+1 2.71+1
1.33+1 1.73+1 2.18+1
9.69+8 1.34+1 1.73+1
6.90+8 9.56+0 1.36+1
5,8740 7.36+8 1.04+1
3.74+8 5.74+8 8.21+8
2.70+8 4.3640 6.41+8
1.97+8 3.33+8 5.04+8
1.46+0 2.58+8 4.88+8
1.07+8 2.88+0 3.17+8
7.77—1 1.55+8 2.52+8
5.83—1 1.21+8 2.03+8
8.80
8.00
8.80
8.80
8.08
0.88
0.88
8.80
9.88
8.80
8.88
8.88
8.88
8.88
0.88
8.88
8.08
8.88
9.88
8.88
8.68
0.98
8.80
8.88
8.488
8.408
8.487
8.487
8.406
8.487
8.411
8.414
8.412
8.411
0.489
8.488
0.486
8.397
0.398
8.397
0.398
0.397
0.397
8.397
I IRR
1.62+2 1.53+2 1.52+2 1.47+2 1.16+2 1.13+2 1.82+2 8.52+1
1.4642 1.23+2 1.17+2 1.8442 6.83+1 2.29+1 1.81+1 4,91+8
1.32+2 9.32+1 8.49+1 6.75+1 2.65+1 3.45+8 6.81—1 2.12—1
3.89+4
1.17+2 7.18+1 6.11+1 4.33+1 1.22+1 5.65—1 7.82—2 3.11-2
1.83+2 5.58+1 4.66+1 3.86+1 6.32+8 1.53-1 2.45—2
9.8841 4.3241 3.45+1 2.8741 3.1540 4.75—2
7.80+1 3,38+1 2.53+1 1.39+1 1.61+6
1.60+4
1.34+4
8.18+8
5.91+0
3.81+8
2.57+0
3.56+1 8,47+8 4.97+8 1.76+8
2.96+1 6.12+0 3.54+8 1.17+8
2.42+1 4.56+8 2,54+8 7.86—1
1.97+1 3.41+0 1.83+8 5.43—1
6.78+1 2.4541 1.79+1
5.75+1 1.94+1 1.38+1
4.92+1 1.47+1 9.39+8
4.28+1 1.11+1 6.76+8
7.75—1
4.95—1
2.75—1
1.72—1
2.52+4
1.94+4
1.1144
9.23+3
7.6443
6.44+3
5.41+3
4.56+3
1.86—1
5.33—2
3.04+3
2.3943
3.66—2
1.87+3
7.30—2
1.59+1 2.49+8 1.27+8 3.56-1
1.27+1 1.82+0 8.90—1 2.39—1
1.46+3
1.11+3
1.81+1 1.38+0 6.39—1 1.71—1
6.28+0 7.77-1 3.24—1 8.20—2
5.81+8 5.82—1 2.32—1 5.91—2
8.55+2
6.65+2
5.1442
4.88+2
4.81+8 4.42—1 1.65-1
3.22+8 3.34—1 1.11—1
3.13+2
2.45+2
2.59+8 2,53—1 8.84—2
1.93+2
2.89+8 1.93—1 5.86—2
1.53+2
7.92+9 1.82+8 4.48—1 1.20—1
8.396 4.37—1 9.51—1 1.64+8 1.69+8 1.51—1
9.395 3.22—1 7.49—1 1.32+0 1.3848 1.17—1
8.394 2.47—1 6.04—1 1.89+8 1.14+8 8.54—2
8.398 1.91—1 4,89—1 9.85—1 9,57—1 6.79—2
0.389 1.53—1 4.08—1 7.58—1 8.88-1 4.67—2
9.387 1.28—1 3.32—1 6.42—1 6.86—1 4.44—2
0.386 8.78—2 2.72—1 5.46—1 5.84—1
8.385
2.31—1 4.65—1 4.98—1
8.383
1.84—1 3.91—1 4.25—1
0.382
1.52—1 3.36—1 3.65—1
8.384
1.38—1 2.88—1 3.13—1
0,382
1.83—1 2.41—1 2.68—1
8.382
8.57—2 2.85—1 2.29—1
6.97—2 1.75—1 1.96—1
8.382
0—25
1.22+2
9.78+1
7.97+1
6.57+1
5.46+1
4.61+1
3.77+1
3.89+1
2.68+1
2.21+1
1.89+1
1.59+1
1.35+1
1.14+1
Cast Label
Lat.
2—ave
N
8.8
4,7
9.7
14.8
19.7
24.7
29.7
34.6
39.6
44.6
49.6
54.6
59.4
64.3
69.4
74.4
79.4
84.4
89.4
94.3
99.4
184.3
189.2
114.2
119.1
124.2
129.1
134.1
139.8
Sal.
dig C
ppt
21.846
21.847
34.983
21.823
21.818
28.979
34.976
34.969
34.967
34.971
28.954
28.968
34.968
34.968
28.968
34.977
34.998
34.976
34.836
34.766
34.762
34.713
34.778
34.664
34.673
34.638
34.551
34.568
34.682
34.599
34.616
34.682
34.579
34.595
34.558
34.559
34.513
34,426
34.498
34.485
34.516
34.466
34.505
34.383
34.365
17.468
17.145
16.921
16.888
16.854
16.805
16.888
16.738
16.718
16.528
16.367
154.8
158.9
16.267
16.185
15.887
15.798
163.9
168.9
15.714
15.743
173.9
15.456
178.7
183.9
188.8
15.868
144.8
149.8
34.971
28.958
28,954
19.245
18.443
18.355
18,826
17.685
14.861
14.521
ODEX 3 STA 73 ON CAST 18-31-82 2352Z
31.8268N
Temp
28.921
28.539
19.541
:
34.967
Long.
Dens.
&—T
24.47
24.46
24.47
24.47
24.48
24.49
24.48
24.49
24.48
24.49
24.52
24.68
24.76
24.78
24.98
24.97
25.18
25.11
25.15
25.20
25.19
25.21
25.25
25.26
25.27
25.27
25.26
25.32
25.33
25.35
25.35
25.33
25.41
25.42
25.44
25.46
25.58
25.53
25.59
141.3498W
Fluor
Irradiance uW/cm2/nN
:—1J4/cm2—:
V.
Atten
418 nIl 441 nil 465 nIl 488 nIl 528 nIl 548 nil 568 nil 589 nil 625 nil 671 nil 694 nil
Z IRR
8.88
8.427
8.415
8.414
8.414
8.415
8.416
8.416
8,417
8.417
8.416
8.417
0.421
8.423
5.13+1 4.53+1 5.15+1 4.48+1 3.98+1 3.98+1 3.72+1 2.83+1 2.57+1 2.25+1 1.79+1
4.76+1 4.19+1 4.74+1 4.89+1 3.19+1 3.81+1 2.62+1 1.44+1 5.47+8 2.35+8 1.13+8
4.42+1 3.91+1 4.48+1 3.77+1 2.59+1 2.34+1 1.86+1 7.23+8 1.88+8 2.48—1 7.73—2
4.87+1 3.64+1 4.88+1 3.49+1 2.12+1 1.83+1 1.33+1 3.69+8 2.29—1 2.26-2
3.74+1 3.39+1 3.79+1 3.23+1 1.74+1 1.44+1 8.94+8 1.95+8 4.78—2
3.42+1 3.13+1 3.49+1 2.97+1 1.44+1 1.12+1 6.61+8 1.17+8
3.87+1 2.85+1 3.17+1 2.78+1 1.17+1 8.38+8 4.67+0 6.47—1
2.73+1 2.57+1 2.85+1 2.42+1 9.18+8 6.39+8 3.27+8 3.63-1
2,41+1 2.29+1 2.54+1 2.15+1 7.81+8 4.84+8 2.29+8 2.89—1
2,87+1 2.01+1 2.23+1 1.89+1 5.48+8 3.63+8 1.59+8 1.22-1
1.68+1 1.75+1 1.95+1 1.64+1 4.27+8 2.72+8 1,18+8 7.41—2
1.39+1 1.49+1 1.66+1 1.41+1 3.29+8 2.81+8 7.59—1 4.61—2
1.11+1 1,24+1 1.48+1 1.18+1 2.52+8 1.47+8 5.28—1
8.78+8 9.66+8 1.19+1 9.83+8 1.94+8 1.18+8 3.68—1
6.79+0 7.86+8 9.35+8 8.13+8 1.54+8 8.31—1 2.68—1
5.89+8 6.24+8 7.63+8 6.75+0 1.19+8 6.84—1 1.87-1
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.80
8.88
8.88
8.00
8.88
8.80
8.80
8.98
8.88
0.08
8.88
0.98
8.88
8.88
8.88
8.00
8.80
8.80
0.88
8.90
8.88
8,88
8.88
Beam
8.424
8.419
8.417
8.414
3.83+8 4.95+8 6.22+8 5.59+8 9.88—1 4.48—1 1.31—1
8.414 2.84+8 3.87+8 5.93+8 4.68+8 6.97-1 3.31—1 8.84—2
8.413 2.09+8 3.88+8 4.82+0 3.74+8 5.32—1 2,38—1 6.48—2
0.418 1.51+8 2.38+0 3.18+8 3,82+8 4.88-1 1.62—1
0.413 1.89+8 1.75+8 2.49+0 2.42+8 3.83—1 1.17—1
0.489 8.08—1 1.34+8 1.9748 1.95+8 2.33—1 8.48-2
8.399 6.80—1 1.84+0 1.58+8 1.57+8 1.73—1 5.74—2
8.397 4.52—1 8.15—1 1.26+8 1.27+8 1.48—1
0.397 3.31—I 6.41—1 1.82+8 1.84+8 1.84—1
8.397 2.48-1 5.86-1 8.23-1 8.55-1 8.84-2
8.395 1.83—1 4.04—1 6.76—1 7.89—1 6.64—2
8.392 1.46-1 3.38—1 5.64-1 5.95—I 4.19—2
8.388 1.04—1 2.71—1 4.74—1 5.85—1
8.387 8.34—2 2.27—1 4.84-1 4.32—1
8.385
1.88—1 3,52—1 3.72—1
0.384
1.58—1 3.82—1 3.22—1
8.384
1.32—1 2.61—1 2.80—1
0.384
1.14—1 2.32—1 2.46—1
8.384
9.38—2 2.80—1 2.19—1
8.383
8.382
8.382
8.382
8.86—2 1.75—1 1.95—1
1,82+4
6.9943
5.72+3
4.93+3
4.31+3
3.82+3
3.36+3
2.92+3
2.53+3
2.18+3
1.85+3
1.5543
1.27+3
1.83+3
8.28+2
6.63+2
5.31+2
4.22+2
3.32+2
2.58+2
2,80+2
1.57+2
1.24+2
9.77+1
7.88+1
6.27+1
5.11+1
4.21+1
3.41+1
2.89+1
2,37+1
2.83+1
1.75+1
1.54+1
1.33+1
1.17+1
8.51—2 1.55—1 1.72—1
1.82+1
5.35—2 1.33—1 1.47—1
8.63+8
6.85+8
1.15—1 1.22—1
D—26
Cast Label
Lat.
2—ave
M
—0.4
4.4
Temp
deg C
28.871
21.048
92 21.841
14.2
21.816
19.2
24.2
28.988
29.1
34.2
39.1
44.1
49.1
28.966
28.962
29.962
28.961
28.946
28.894
53.9
59.8
63.9
68.9
74.8
78.8
83.8
88.8
93.8
98.8
183.7
188.7
113.7
118.6
123.8
128.6
28.337
19.386
133.6
16.335
18.303
18.159
18.122
15.899
15.817
15.790
15.790
138.4
143.5
148.6
153.5
158.4
163.4
168.3
18.679
18.378
18.176
17.678
17.568
17.292
16.913
16.758
16.776
16.825
16.789
16.802
16.741
18.514
173.4
178.4
15.286
183.2
188.4
14.783
14.229
14.921
3 STA 73 UP CAST 10-31-82 23592
31.0268N
Long.
Sal.
ppt
Dens.
32.081
22.25
24.48
24.47
24.47
24.49
34.973
34.976
34.973
34.988
34.973
34.969
34.968
34.978
34.984
35.886
35.057
34.889
34.881
34.746
34.832
34.722
34.697
34.824
34.623
34.541
34.515
34.576
34.628
34.624
34.624
34.628
34.577
34.558
34.583
34.524
34.517
34.517
34.519
34.584
34.456
34,432
34.414
34.358
&—T
24.49
24.48
24.48
24.49
24.58
24.53
24.72
24.84
25.88
24.99
25.18
25.14
25.15
25.16
25.25
25.22
25.20
25.23
25.28
25.28
25.29
25.34
25.35
25.34
25.38
25.36
25.48
25.42
25.43
25.44
25.50
25.55
25.59
25.65
141.3498W
Fluor
V.
8.88
8.98
8.88
9.88
8.88
8.08
8.08
8.08
8.08
0.08
8.88
8.80
8.88
0.00
0.88
8.00
8.88
8.80
8.88
9.88
8.99
8.88
8.08
0.08
8.88
8.88
8.89
0.08
8.89
8.88
8.88
8.88
0.08
0.80
8.88
0.00
8.08
0.80
8.08
uW/cm2/nM
Ream
Atten
418 nfl 441 nfl 465 nIl 488 nfl 520 nfl 548 nfl 568 nfl 589 nfl 625 nIl 671 nfl 694 nfl
1.268
8.35+1 7.43+1 8.68+1 7.63+1 7.08+1 6.92+1 6.84+1 5.16+1 5.03+1 4.56+1 3.74+1
7.68+1 6.83+1 7.87+1 6.88+1 5.52+1 5.22+1 4.61+1 2.66+1 1.15+1 5.67+8 2.88+8
6.81+1 6.16+1 7.87+1 6,15+1 4.35+1 3.94+1 3.15+1 1.29+1 1.98+0 4.54—1 1.51-1
6.84+1 5.53+1 6.31+1 5.45+1 3.39+1 2.93+1 2,14+1 6.23+8 3.92—1 4.73—2
5.31+1 4.89+1 5.54+1 4.77+1 2.62+1 2.19+1 1.47+1 3.28+8 8.62—2
4.68+1 4.27+1 4.82+1 4.13+1 2.83+1 1.63+1 9.55+8 1.78+8
3.97+1 3.71+1 4.18+1 3.56+1 1.55+1 1.16+1 6.25+8 8.68—1
3.42+1 3.23+1 3.6241 3.88+1 1.21+1 8.34+8 4.27+8 4.86—1
2.94+1 2.81+1 3.15+1 2.67+1 9.81+8 6.17+9 2.91+8 2.75—1
2.53+1 2.44+1 2.72+1 2.31+1 6.76+8 4.49+8 1.94+8 1.48—1
2.15+1 2.89+1 2.35+1 2.8841 5.18+8 3.31+8 1.31+8 8.42—2
1.69+1 1.88+1 2.81+1 1.71+1 4.83+8 2.48+8 9.28—1 5.18—2
1.34+1 1.48+1 1.68+1 1.44+1 3.05+8 1.88+8 6.16—1 3.87—2
1.03+1 1.28+1 1.39+1 1.19+1 2.32+8 1.32+8 4.21—1
7.97+8 9.23+8 1.17+1 9.76+8 1.80+8 9.98—1 2.92—1
5.99+0 7.32+8 9.88+8 7.94+0 1.38+8 7.36—1 2.06—1
4,45+8 5.72+0 7.23+0 8.47+8 1.03+0 5.26—1 1.38—1
0.412
8.412
8.413
9.413
8.414
8.413
8.414
8.415
8.414
8.417
8.417
9.428
8.419
8.417
0.414
8.413
0.418
8.412
8.418
8.489
0.487
0.399
8.397
8.397
8.397
3.28+8 4.44+8 5.77+8 5.26+8 7.83—1 3.86—1 9.43—2
2.48+8 3.41+8 4.58+0 4.25+0 5.93—1 2.88—1 8.44—2
1.73+8 2.59+8 3.5848 3.39+8 4.44-1 1.99—1
1.25+0 1.96+0 2.78+8 2.68+8 3.32—1 1.46—1
9.01—1 1.48i8 2,15+8 2.11+8 2.46—1 1.13—1
6.57—1 1.12+8 1.68+8 1.68+8 1.85—1 7.41—2
4.87-1 8.78—1 1.33+8 1.32+0 1.36—1 5.97—2
3.64—1 6.77—1 1.86+0 1.86+0 9.42—2
2.68—1 5.37-1 8.56—1 8.62—1 8.19—2
:—LLL/cm2—;
I JRR
1.81+4
1.28+4
9.31+3
7.65+3
6.37+3
5.38+3
4.41+3
3.72+3
3.14+3
2.86+3
2.24+3
1.88+3
1.54+3
1.24+3
9.96+2
7.88+2
6.15+2
4.84+2
3.78+2
2.91+2
2.24+2
1.72+2
1.32+2
1.84+2
8.88+1
0.391
2.86—1 4.24—1 8.95—1 7.87—1 5.49—2
6.49+1
5.21+1
8.388
8.387
8.385
8.384
8.383
8.383
8.383
8.383
8.382
8.382
1.61—1 3.47—1 5.81—1 5.86—1
4.18+1
1,25—1 2.83—1 4.82—1 4.98—1
3.45+1
9.74—2 2.38—1 4.82—1 4.13—1
1.92—1 3.41—1 3.48—1
2.89+1
2.29+1
1.40—1 2.89—1 2.94—1
1.93+1
1.34—1 2.44—1 2.48—1
1.83+1
1.11—1 1.98—1 2.18-1
1.35+1
8.83—2 1.78—1 1.79—1
1.13+1
7.57-2 1.53-1 1.52-1
9.86+8
8.18+8
8.381
8.381
5.87—2 9.85—2 1.13—1
6.19—2 1.23—1 1.31—1
1.04—1 9.73—2
D—27
6.80+8
5.12+8
Cast Label
Lat.
2—ave
N
—8.4
4.3
9.3
14.3
19.3
24.3
29.1
34.1
39.1
38.0218N
Temp
Sal.
deg C
ppt
21.333
21.384
21.242
21.218
21.218
21.197
21.852
21.086
26.566
34.986
35.084
34.989
34.989
20.911
34.993
34.986
34.980
34.984
28.879
28.853
28.798
28.129
18.889
18.417
34.983
34.971
34.977
35.242
34.886
73.9
78.8
83.8
88.9
93.7
98.8
103.7
108.9
18.192
17.984
17.801
17.740
34.720
34.787
113.8
118.6
16.304
44,1
49.1
54.8
59.0
64.8
68.9
123.6
128.5
133.6
138.6
143.4
148.5
153.5
158.5
163.4
168.3
173.3
178.4
183.3
188.4
17.266
17.181
16.619
16.422
16.187
15.965
15.818
15.931
15.888
15.687
15.385
15.185
14.978
14.567
14.238
14.887
13.695
13.871
12.989
3 STA 778 UP CAST 11-1-82 21332
:
34.781
34.684
34.709
34.593
34.648
34.519
34.519
34.479
34,515
34.492
34.418
34.433
34.498
34.517
34.551
34.426
34.358
34.587
34.249
34.283
34.262
34.230
34.151
Long.
Dens.
&—T
18.89
24.38
24.44
24.43
24.43
24.44
24.47
24.48
24.51
24.52
24.52
24.54
24,92
24.98
25.88
25.81
25.86
25.88
25.12
25.14
25.22
25.24
25.28
25.28
25.33
25.37
25.34
25.33
25.39
25.45
25.56
25.51
25.48
25.69
25.56
25.63
25.68
25.78
25,76
141.2218W
Fluor
V.
8.88
8.88
8.88
0.88
8.88
8.08
8.88
0.88
0.00
8.08
0.88
8.80
8.88
8.88
8.88
0.88
8.08
8.88
0.80
8.88
8.88
0.08
8.88
8.00
0.88
8.08
8.80
8.88
8.88
8.88
0.88
8.00
0.08
8.00
8.88
8.88
8.08
0.88
0.88
Irradiance uWJcm2/nfl
Beam
Atten
418 nfl 441 nfl 465 nfl 488 nfl 528 nfl 548 nfl 568 nfl 589 nfl 625 nfl 671 nfl 694 nfl
2 IRR
4.888
1.21+2 1.84+2 1.29+2 1.04+2 9.45+1 9.26+1 8.86+1 6.84+1 6.57+1 5.81+1 4.79+1
2.44+4
8.418 1.89+2 9.48+1 1.86+2 9.14+1 7.29+1 6.98+1 6.11+1 3.64+1 1.63+1 8.19+8 4.28+8
0.413 9.67+1 8.44+1 9.45+1 8.09+1 5.67+1 5.14+1 4.15+1 1.78+1 3.88+8 7,37-1 2.61—1
8.414 8.55+1 7.56+1 8.41+1 7.16+1 4.42+1 3.85+1 2.83+1 9.18+8 6.27—1 8.68—2 3.35—2
8.414 7.58+1 6.78+1 7.58+1 6.34+1 3.49+1 2.92+1 1.97+1 4.53+8 1.45—1
0.415 6.66+1 6.82+1 6.64+1 5.68+1 2.71+1 2.18+1 1.35+1 2.31+8 2.98-2
8.415 5.84+1 5.33+1 5.85+1 4.92+1 2.15+1 1.67+1 8.98+8 1.31+8
8.417 5.87+1 4.49+1 5.14+1 4.31+1 1.69+1 1.23+1 6.24+8 7.42—1
8.417 4.37+1 4.11+1 4.49+1 3.76+1 1.33+1 8.93+8 4.28+8 4.28—1
8.415
8.415
8.415
8.421
9.423
0.419
8.417
8.416
8.415
0.413
8.414
8.413
8.416
8.418
0.487
8.397
8.397
8.395
8.393
8.389
8.388
8.387
0.388
8.387
8.384
9.383
0.383
0.384
0.382
8.382
3.76+1 3.58+1 3.91+1 3.27+1 1.82+1 6.78+8 2.96+8 2.41-1
3.23+1 3.11+1 3.48+1 2.84+1 7.70+8 4.99+0 2.85+8 1.46—1
2.74+1 2.68+1 2.93+1 2.45+1 5.95+8 3.78+0 1.48+8 8.61—2
2.38+1 2.28+1 2.51+1 2.18+1 4.55+0 2.72+8 9.57—1 5.52—2
1.71+1 1.88+1 2.18+1 1.77+1 3.48+0 2.81+8 6.56—1 3.24—2
1.31+1 1.53+1 1.73+1 1.48+1 2.66+8 1.49+8 4,44—1
9.74+8 1.21+1 1.4841 1.21+1 2.88+0 1.07+8 3.04—1
7.46+8 9.17+8 1.17+1 9.84+8 1.55+0 8.88—I 2.21—1
5.61+8 7.26+8 8.97+8 7.95+8 1.18+8 6.82—1 1.54-1
4.18+0 5.59+0 7.12+8 6.41+0 8.85—1 4.31—1 1.81—1
3.81+8 4.38+0 5.64+0 5.16+8 6.68—1 3.13—1 6.86-2
2.17+0 3.27+8 4.43+0 4.15+8 5.02—1 2.29—1 4.84—2
1.5640 2.49+8 3.48+8 3.31+8 3.77—1 1.62-1
1.12+0 1.88+0 2.72+0 2.65+9 2.87—1 1.22—1
8.87—1 1.42+8 2.13+8 2.11+8 2.19—1 8.37—2
5.94—1 1.10+8 1.68+0 1.69+0 1.63—1
4.29-1 8.37—1 1.33+0 1.36+8 1.23—1
3.20—1 6.58—1 1.87+8 1.10+0 9.25—2
2.45—1 5.27—1 8.75—1 9.86-1 6.35—2
1,84—1 4.25—1 7.26—1 7.55—1 5,58-2
1.42—1 3.44-1 6.07-1 6.37—1 4.45—2
1.63+4
1.25+4
1.83+4
8.67+3
7.33+3
6.25+3
5.33+3
4.54+3
3.87+3
3.29+3
2.79+3
2.35+3
1.91+3
1.55+3
1.23+3
9.75+2
7.62+2
5.95+2
4.65+2
3.61+2
2.79+2
2.16+2
1.67+2
1,39+2
1.82+2
8.18+1
6.54+1
5.38+1
1.11—1 2.87—1 5.17—1 5.43—1
4.46+1
3.67+1
8.36—2 2.43—1 4.47-1 4.65—1
3.12+1
1.93—1 3.67—1 3.98—1
2.49+1
1.64—1 3.05-1 3.41-1
1.32—1 2.61—1 2.92—1
2.11+1
1.78+1
1.87-1 2.13—1 2.48—1
1.48+1
9.86—2 1.89—1 2.18—1
1.27+1
7.17-2 1.56-1 1.77-1
1.85+1
5,98—2 1.32—1 1.58—1
8.87+8
D-28
Cast Label
ODEX 3 STA 79 UP CAST 11—2—82 19282
Lat.
2—ave
H
Long.
Temp
Sal.
deg C
ppt
Dens.
&—T
148.5419t4
Fluor
Beam
V.
Atten
0.08
8.88
8.88
8.00
8.88
8.8
5.8
21.589
18.8
15.7
21.368
21.395
34.944
34.942
35.829
35.133
28.7
25.6
38.6
35.7
48.6
45.6
58.6
55.6
68.4
65.5
70.4
75.4
88.3
85.3
98.4
95.3
21.387
35.132
24.32
24.32
24.42
24.49
24.49
21.388
21.375
21.374
21.367
21.277
28.719
17.868
17.686
17.516
24.49
24.58
24.51
24.52
24.68
24.64
24.72
24.81
24.84
24.92
24.97
24.98
25.82
25.85
25.13
25.88
25.13
25.17
8.8$
8.08
8.88
8.98
8.88
8.88
188.2
185.3
118.3
35.132
35.132
35.145
35.159
35.234
35.889
34.975
34.949
34.795
34.854
34.834
34.812
34.887
34.796
34.883
34.798
34.679
34.786
8.485
8.483
8.486
8.486
8.487
8.486
8.487
8.486
8.485
8.485
8.486
0.00
8.88
8.88
8.00
8.38
8.08
8.88
8.88
8.88
8.88
8.88
8.88
8.488
8.413
3.486
8.405
8.484
8,397
8.399
8.397
8.397
8.397
0.396
8.394
115.3
128.2
17.393
17.612
25.11
8.08
8.88
8.391
0.398
125.1
17.491
138.8
135.8
148.8
18.994
16.743
16.559
34.590
34.719
34.776
34.758
8.389
0.386
8.385
0.384
146.6
150,0
16.812
15.547
8.80
8.08
8.00
6.88
8.08
8.88
154.9
160.8
164.9
169.9
174.8
15.189
15.879
14.898
14.335
179.7
184.7
189.8
13.742
13.461
21.581
28.888
19.677
19.896
18.976
18.714
18.681
18.426
18.268
17.991
14.154
12.988
34.661
34.689
34.618
34.471
34.390
34.346
34.388
34.263
34.233
34.176
34.155
34.185
Irradiance uWcm2/nM
41$ nfl 441 nfl 465 nfl 488 nfl 52$ nfl 548 nfl 56$ nil 589 nIl 625 nIl 671 nFl 694 nIl
1.68+2 1.49+2 1.73+2 1.52+2 1.35+2 1.32+2 1.26+2 9.23+1 7.34+1 5.79+1 4.25+1
1.47+2 1.32+2 1.52+2 1.32+2 1.84+2 9.77+1 8.47+1 4.53+1 1.52+1 6,17+8 2.71+8
1.38+2 1.17+2 1.34+2 1.18+2 7.98+1 7.18+1 5.65+1 2.18+1 2.74+8 5.41—1 1.77—1
1.15+2 1.84+2 1.19+2 1.82+2 6.24+1 5.48+1 3.98+1 1.16+1 6.37—1 7.92-2 3.81-2
1.81+2 9.24+1 1.85+2 8.99+1 4.86+1 4.83+1 2.67+1 5.74+8 1.41—1
8.76+1 8.15+1 9.23+1 7.89+1 3.79+1 3.83+1 1.85+1 3.86+8 3.43—2
7.66+1 7.19+1 8.12+1 6.93+1 2.97+1 2.29+1 1.26+1 1.69+0
6.66+1 6.33+1 7.15+1 6.89+1 2.32+1 1.71+1 8.24+8 9.89-1
5.77+1 5.57+1 6.29+1 5.36+1 1,84+1 1.29+1 5.81+8 5.58—1
4.97+1 4.87+1 5.58+1 4.69+1 1.46+1 9.55+8 4.83+8 3.28-1
4.28+1 4.18+1 4.75+1 4.86+1 1.14+1 6.93+8 2.74+8 1.94—1
3.43+1 3.49+1 4.02+1 3.46+1 8.51+8 5.17+8 1.98+8 1.31-1
2.73+1 2.86+1 3.35+1 2.91+1 6.41+8 3.84+8 1.32+8 8.98—2
2.14+1 2.33+1 2.77+1 2.43+1 4.88+8 2.81+8 9.82—1 5.95—2
1.55+1 1.89+1 2.30+1 2.84+1 3.76+0 2.18+8 6.34—1 4.42—2
1.1841 1.52+1 1.98+1 1.71+1 2.88+8 1.55+8 4.27—1 3.18—2
8.97+0 1.23+1 1.56+1 1.43+1 2.22+8 1.16+8 2.99—1
7.88+3 9.47+8 1.32+1 1.19+1 1.74+0 8.78—1 2.18—1
5.28+0 7.41+8 1.83+1 9.87+8 1.33+3 6.47—1 1.46—1
4.82+8 8,02+8 8.46+8 8.13+8 1,87+8 5.80—1 1.87—1
2.99+8 4.74+8 6.83+0 6.67+8 8.15—1 3.68—1 7.10—2
2.21+8 3.78+8 5.48+3 5.42+8 6.27—1 2.88—1
1.63+8 2.87+8 4.37+8 4.37+8 4.73—1 2.01—1
1.19+8 2.22+8 3.46+0 3.58+8 3.51—1 1.39—1
X IRR
3.26+4
2.22+4
1.73+4
1.43+4
1.28+4
1.31+4
8.57+3
7.38+3
8.28+3
5.37+3
4.54+3
3.76+3
3.88+3
2.58+3
2.82+3
1.63+3
1.32+3
1.87+3
8.48+2
6.91+2
5.51+2
4.36+2
3.43+2
8.66—1 1.71+8 2.75+8 2.83+8 2.65—1 1.15—1
2.69+2
2.11+2
6.51—1 1.35+8 2.22+0 2.26+0 1.97—1 8.81—2
4.88—1 1.88+8 1.82+0 1.87+0 1.49—1 6.80—2
1.68+2
1.36+2
3.73—1 8.76—1 1.52+0 1.57+8 1.11—1
2.85—1 7.24—1 1.38+8 1.33+8 8.95—2
1.12+2
9.38+1
8.383 2.16—1 5.92—1 1.89+8 1.13+8 6.79—2
8.382 1.68—1 4.79—1 9.87—1 9.41—1 3.98—2
7.80+1
6.38+1
8.381
1.18—1 3.77—1 7.33—1 7.68—1
5.86+1
8.382
3.82—1 5.85—1 6.12—1
3.89+1
8.381
8.381
2.28—1 4.61—1 4.80—1
3.83+1
1.71—1 3.61—1 3.75—1
2.35+1
8.388
8.379
1.37—1 2.87—1 2.92—1
1.85+1
25.61
0.88
8.88
8.08
0.88
0.08
8.88
1.02—1 2.21—1 2.28—1
1.43+1
25.66
25.78
8.88
8.88
8.378
8.378
7.73—2 1.76—1 1.73—1
1.18+1
5.57—2 1.38—1 1.23—1
7.97+0
25.15
25.23
25.33
25.32
25.32
25.45
25.45
25.46
25.45
25.47
25.55
25.56
D—29
Cast Label
Lat.
2—ave
N
—0.3
4.9
9.7
14.9
19.7
24.6
29.6
34.7
39.6
44.5
49.7
54.5
59.4
64.4
69.4
74.4
79.4
84.3
89.3
94.4
99.4
184.3
189.1
114.3
119.1
124.2
129.8
134.1
138.9
Sal.
deg C
ppt
19.011
18.535
18.874
17.906
17.751
17.548
17.488
17.195
17.822
16,912
16.832
16.765
16.691
16.466
16.385
143.8
149.8
154.8
159.0
163.8
168.9
16.337
16.234
15.772
15.426
173.8
178.9
183.8
14.914
14.543
14.056
15.282
15.204
ODEX 3 STA 84 DN' CAST 11-3-82 28102
32.5946N
Temp
28.164
28.823
28.822
28.824
28.818
28.818
28.818
28.818
28.818
28.817
28.816
28.887
20.785
20.532
;
28.647
35.134
35.895
Long.
Dens.
&—T
19.88
24.65
24.62
148.4784W
Beam
Irradiance uW/cm2/nFl
V.
Atten
410 nil 441 nil 465 nil 488 nil 529 nil 548 nil 568 nil 589 nil 625 nil 671 nil 694 nil
8.88
8.336
8.415
8.412
1.75+2 1.59+2 1.87+2 1.66+2 1.55+2 1.54+2 1.48+2 1.22+2 1.14+2 1.83+2 9.20+1
1.58+2 1.43+2 1.68+2 1.49+2 1,17+2 1.12+2 9.79+1 5.49+1 1.93+1 8.24+8 4.94+8
1.35+2 1.38+2 1.52+2 1.35+2 9.78+1 8.93+1 7.22+1 3.87+1 4.39+8 9.22—1 3.81-1
1.24+2 1.17+2 1.38+2 1.22+2 7.53+1 6.59+1 4.88+1 1.44+1 7.66—1 9.38-2 3.38-2
1.05+2 1.04+2 1.23+2 1.10+2 6.18+1 5.22+1 3.51+1 8.19+8 1.95—1 2.56—2
9.56+1 9.48+1 1.12+2 9.85+1 4.82+1 3.88+1 2.37+1 3.9140 5.79-2
8.25+1 8.42+1 9.99+1 8.86+1 3.89+1 3.83+1 1.78+1 2.17+8 2.77—2
7.3441 7,55+1 8.94+1 7.89+1 3.8841 2.38+1 1,16+1 1,22+8
6.38+1 6.62+1 7.85+1 6.92+1 2.41+1 1.73+1 7.67+8 6.83—1
5.41+1 5.76+1 6.83+1 6.01+1 1.89+1 1.27+1 5.28+8 4.86—1
4.59+1 4.97+1 5.98+1 5.28+1 1.46+1 8.99+0 3.54+8 2.47—1
3.84+1 4.24+1 5.86+1 4.48+1 1.14+1 6.78+8 2.45+8 1.54-1
3.26+1 3.63+1 4.34+1 3.83+1 8.52+8 4.87+0 1.65+8 1.81—1
2.68+1 3.83+1 3.65+1 3.23+1 6.27+0 3.55+8 1.13+8 6.73—2
2.82+1 2.43+1 2.99+1 2.68+1 4.72+8 2.55+8 7.64—1 4.96—2
1.43+1 1.91+1 2.42+1 2.28+1 3.57+0 1.86+8 5.33—1 3.04-2
1.85+1 1.49+1 1.93+1 1.79+1 2.67+8 1.33+8 3.66—1
7.52+8 1.1241 1.5241 1.44+1 2.01+8 9.63—1 2.54-1
5.61+0 8.34+0 1.24+1 1,15+1 1.52+8 6.91—1 1.88—1
4.04+0 6.31+8 9.05+8 9.12+8 1.12+8 4.86—1 1.27—1
2.97+8 4.89+8 7.21+8 7.24+8 8.58—1 3.63—1 8.98—2
2.17+8 3.74+0 5.65+8 5.77+8 6.46—1 2.47—1 6.75—2
1.58+8 2.85+8 4.44+8 4.60+8 4.98—1 1.77—1 4.98—2
1.15+8 2.19+8 3.58+8 3.68+8 3.66—1 1.23-1
Fluor
35.087
35.893
24.61
35.087
35.886
24.61
24.61
35.887
35.886
35.888
35.887
24.61
24,61
0.88
8.88
8.88
8.88
8.08
9.88
8.88
8.88
24.61
24.61
8.80
0.80
8.411
8.410
24.62
24.62
24.69
24.95
34.835 25.02
34.779 25.09
34.882 25.15
34.758 25.15
34.705 25.16
34.715 25.18
34.666 25.21
34.662 25.25
34.647 25.27
34.640 25.28
34.628 25.28
34.635 25.31
34.684 25.34
34.591 25.35
34.598 25.36
34.546 25.35
34.540 25.45
34.433 25.44
34.445 25.48
34.414 25.48
34.304 25.46
34.332 25.56
34.318 25.64
0.88
8.88
8.88
8.88
8.410
8.414
24.62
35.892
35.889
35.098
34.984
8.411
8.412
8.411
8.411
8.418
8.411
8.88
8.88
8.415
8.417
8.415
8.414
8.410
8.489
8.408
0.487
8.486
8.405
8.482
0.488
8.397
8.397
8.395
8.394
8.393
8.392
8.389
8.385
0.384
8.384
8.80
8.88
8.88
0.383
0.383
8.382
8.00
8.88
8.88
8.88
8.88
8.08
8.88
0.08
8.88
8.88
8.88
8.00
8.88
8.88
0.88
0.80
8.88
0.00
8.54—1 1.70+0 2.78+0 2.95+8 2.81—1 9.14—2
6.19—1 1.38+0 2.21+8 2.38+8 2.18—1 6.38—2
4.54—1 1.83+8 1.78+8 1.92+8 1.59—1
3.42—1 8.18—1 1.43+8 1.57+8 1.27—1
2.58—1 6.44—1 1.17+0 1.29+8 9.11—2
1.96-1 5.14—1 9.55-1 1.06+8 8.83—2
:—lJ4Jcm2—:
I IRR
4.88+4
2.58+4
2.83+4
1.67+4
1,42+4
1.22+4
1.05+4
9.87+3
7.73+3
6.56+3
5,55+3
4.68+3
3,94+3
3.26+3
2.62+3
2.06+3
1.62+3
1.26+3
9.88+2
7.42+2
5.81+2
4.51+2
3.51+2
2.74+2
2.18+2
1.69+2
1.34+2
1.88+2
8.69+1
7.88+1
1.48—1 4.11—1 7.84—1 8.78—1 5.73—2
5.77+1
1.06—1 3.38—1 6.48-1 7.33—1
2.66—1 5.38—1 6.16—1
4.61+1
3.69+1
2.21—1 4.58-1 5.22—1
3.12+1
1.78—1 3.87—1 4.44—1
2.62+1
1.42-1 3.22—1 3.88—1
2.19+1
1.21—1 2.82—1 3.38—1
1.98+1
1.81-1 2.58—1 2.99—1
1.69+1
END OF DATA FILE
D—38
Cast Label
Lat.
2—ave
M
Temp
deg C
0.9
5.8
28.982
18.7
15.8
28.979
28.8
25.7
30.7
35.7
48.6
45.6
58.6
55.6
68.5
65.4
78.4
75.4
88.4
85.4
90.3
95.2
188.3
185.3
110.2
115.2
128.2
125.1
138.8
135.8
140.8
145.8
149.9
154.9
168.0
164.9
169.8
174.8
179.7
184.8
189.8
28.988
32.4658N
Sal.
ppt
21.854
23.956
Long.
Dens.
&—T
14.52
16.11
20.978
24.174
24.186
28.974
24.525
28.978
20.975
20.972
28.970
28.971
20.972
24.839
25.383
24.943
25.727
20.974
26.296
26.157
25.957
27.208
28.119
27.861
28.187
27.838
27.682
27.861
26.384
26.895
17.89
17.78
17.64
18.98
19,95
19.89
28.19
28.83
16.717 25.234
16.874 24.571
18.18
17.56
18.863 23.792
16.793 23.612
16.665 23.326
16.376 23.336
16.858 23.162
15.925 22.815
15,778 22.419
15.563 22.517
15.315 22.488
14.758 22.383
14.385 22.598
13.996 22.128
16.96
16.84
28.972
20.981
19.788
18.258
17.687
17.195
16.962
16.724
16.563
18.354
16.259
13.942
26.241
25.926
21.728
13.315 21.848
185 DN CAST 11-5-82 20032
3
16.28
16.23
16.55
16.78
17.28
16.86
17.46
17.85
17.61
19.91
19.53
19.08
18.88
16.65
16.72
16.65
16.42
16,14
16.26
16.29
16.32
16.56
16.26
15.97
16.82
141.238014
Fluor
V.
Irradiance uJA/cm2/nM
Beam
Atten 410 nM 441 ntl 465 nM 488 nM 520 ntl 548 nM 568 nM 589 ntl 625 ntl 671 nM 694 tiN
2.83+2 1.88+2 2.24+2 2.08+2 1.83+2 1.82+2 1.74+2 1.33+2 1.86+2 8.38+1 6.58+1
1.84+2 1.68+2 1.97+2 1.74+2 1.35+2 1.28+2 1.18+2 5.91+1 1.84+1 7.18+0 3.85+8
1.58+2 1.48+2 1.72+2 1.51+2 1.82+2 9.16+1 7.89+1 2.67+1 2.88+8 4.82—1 1.50—1
1.38+2 1.25+2 1.47+2 1.38+2 8.05+1 7.82+1 5.84+1 1.45+1 6.55-1 7.57-2 3.12-2
1.18+2 1.08+2 1.28+2 1.13+2 6.02+1 5.82+1 3.23+1 6.49+0 1.11—1 2.09—2
9.53+1 9.48+1 1.11+2 9.79+1 4.68+1 3.74+1 2.23+1 3.49+8 3.57-2
8.31+1 8.31+1 9.78+1 8.49+1 3.54+1 2.71+1 1.47+1 1.74+8
7.22+1 7.31+1 8.48+1 7.38+1 2.72+1 2.88+1 9.24+8 9.13—1
6.28+1 6.38+1 7.44+1 6.49+1 2.28+1 1.57+1 6.77+8 5.87—1
5.48+1 5.73+1 6.67+1 5.79+1 1.72+1 1.13+1 4.46+8 3.21—1
4.75+1 5.88+1 5.92+1 5.17+1 1.40+1 8.51+8 3.28+0 2.18—1
4.82+1 4.38+1 5.16+1 4.52+1 1.11+1 6.45+8 2.24+8 1.36-1
3.45+1 3.78+1 4.42+1 3.85+1 7.99+8 4.62+8 1.47+8 8.75—2
2.86+1 3.17+1 3.72+1 3.24+1 5.99+8 3.37+0 9.88—1 5.49—2
2.29+1 2.59+1 3.88+1 2.71+1 4.52+8 2.43+8 6.52—1 3.88—2
1.58+1 2.83+1 2.58+1 2.25+1 3.51+8 1.84+0 4.61—1
1.15+1 1.57+1 2.88+1 1.83+1 2.87+8 1.36+8 3.89—1
0.80 8.419 8.18+8 1.19+1 1.56+1 1.46+1 1.96+8 9.68—1 1.93—1
8.88 8.418 5.82+0 8.46+8 1.23+1 1.14+1 1.45+8 6.89—1 1.18—1
0.88 8.414 4.12+8 6.31+0 8.95+8 8.83+8 1.88+8 4.98—1 7.21-2
8.88 8.487 2.93+8 4.77+8 6.98+8 6.86+8 8.05—1 3.54—1
8.88 8.484 2.08+8 3.59+8 5.42+8 5.39+8 5.92—1 2.57—1
8.88 8.397 1.51+8 2.77+8 4.28+8 4,29+8 4.41—1 1.85—1
8.88 8.397 1.89+8 2.14+8 3.41+8 3.46+8 3.24—1 1.32—1
8.88 8.397 8.12—1 1.70+8 2.76+0 2.81+8 2.32—1 9.77—2
8.08 8.394 6.11-1 1.36+0 2.26+8 2.30+8 1.79—1 7.45—2
8.80 0.394 4.67—1 1.89+0 1.86+8 1.98+8 1.38—1
8.88 8.391 3.46-1 8.81-1 1.53+8 1.57+8 1.81-1
8.88 8.389 2.67—1 7.20—1 1.28+8 1.30+0 7.79—2
8.88 8.388 2.81-1 5.95—1 1.87+0 1.89+8 5.27—2
8.88 0.386 1.69—1 4.93—1 9.89—1 9.38—1
8.88 0.385 1,28-1 4.16-1 7.89—1 7.94—1
8.88 0.385 9,54—2 3.46—1 8.62—1 6.77—1
8.88 8.385
2.91-1 5.65—1 5.78—1
8,88 0.384
2.58—1 4.88—1 4.90—1
8.88 8.383
2.10-1 4.21-1 4.16-1
8.08 8.383
1.72—1 3.58—1 3.53—1
8,88 8.382
1.49—1 3.86—1 3.82—1
0.88
8.00
8.80
0.08
8.00
0.08
0.88
8.88
8.88
8.80
8.98
8.88
8.88
8.80
8.80
8.88
8.88
0.88
8.415
0.414
8.414
0.415
8.415
8.416
8.415
0.415
8.415
9.415
8.415
8.415
8.415
8.414
0.428
8.428
8.420
8.382
1.23—1 2.56—1 2.51—1
D—31
Z IRR
4.41+4
2.86+4
2.19+4
1.77+4
1.44+4
1.28+4
1.81+4
8.52+3
7.32+3
6.38+3
5.57+3
4.76+3
4.81+3
2.72+3
2.15+3
1.69+3
1.38+3
9.88+2
7.38+2
5.57+2
4.27+2
3.33+2
2.62+2
2.89+2
1.69+2
1.37+2
1.11+2
9.19+1
7.62+1
6.31+1
5.38*1
4.52+1
3.71+1
3.18+1
2.71*1
2.28+1
1.96+1
1.63+1
Cast Label : ODEX 3 8Th 134 DN CAST 11-8-82 22882
Lat.
2—ave
M
Temp
Sal.
Dens.
deg C
ppt
&—T
124.6
129.6
134.5
139.4
144.5
149.5
154.5
159.4
164.4
169.4
174.3
179.3
184.2
189.2
34.514
8.88
8.88
8.80
8.414
8.414
8.414
8.414
8.414
0.416
0.416
8.415
8.416
0.416
8.419
8.421
8.428
8.426
8,424
8.422
0,420
0.420
0.413
33.978
25.31
14.861
33.970
34.171
25.38
25.37
25.38
25.42
25.45
25.58
25.75
25.66
25.66
25.76
19.456
19.458
19.338
19.177
19.231
19.278
19.334
19.349
19.833
18.864
16.563
15.328
14.964
14.824
14,778
14.731
14.525
14.416
14.331
14.239
14.078
13.993
13.978
13,930
14.835
14.849
15.181
15.288
15,071
14.738
13.317
12,956
12.929
12.173
34.256
34.336
34.343
34.418
34.254
34.841
34.832
33.975
8.88
8.08
8.08
8.80
8.08
8.80
8.60
8.08
8.80
8,88
8.00
0.80
0.00
0.08
8.88
8.88
8.08
8.00
8.08
8.88
0.88
0.08
0.08
8.88
0.88
8.88
0.88
8.88
8.88
0.88
8.80
8.08
8.88
8.88
8.88
8.00
Irradiance uW/cm2/nM
:-1J4/crn2—:
418 nil 441 nil 465 nil 488 nil 528 nIl 548 nIl 568 nIl 589 nIl 625 nil 671 nil 694 nil
Z IRR
Beam
34.513
14.398
18.1
19.461
Fluor
Atten
14.288
19.462
142.1503U
V.
24.53
24.53
34.514 24.54
34.522 24.54
34.544 24.59
34,528 24.62
34.548 24.62
34.568 24.62
34.598 24.63
34.669 24.64
34.533 24.66
34.498 24.87
33.763 24.67
33.950 25.89
33.768 25.03
33.795 25.88
33.769 25.88
33.759 25.88
33.734 25.18
33.755 25.14
33.765 25.17
33.748 25.17
33.737 25.20
33.751 25.23
33.766 25.24
33,773 25.26
33.813 25.27
33.919 25.30
8.5
5.2
15.2
20.1
25.8
38.2
35.1
48.1
45.8
58.0
55.8
80.0
64,8
89.9
74,9
79.8
84.9
89.8
94.8
99.6
184,8
189.7
114,6
119.6
Long.
2.28+2 2.11+2 2.49+2 2.22+2 2.85+2 2.83+2 1.96+2 1.59+2 1.35+2 1.16+2 9.86+1
1.86+2 1.7842 2.12+2 1.98+2 1.57+2 1.50+2 1.33+2 7.66+1 2.66+1 1.11+1 5.51+8
1.68+2 1.59+2 1.85+2 1.63+2 1.15+2 1.85+2 8.36+1 3.44+1 4.53+6 9.84—1 2.89—1
1.38+2 1.36+2 1.59+2 1.48+2 8.7441 7.55+1 5.43+1 1.88+1 7.36-1 8.18—2 3.27-2
1.23+2 1.19+2 1.38+2 1.21+2 6.52+1 5.43+1 3.57+1 7.98+8 1.82-1 2.31—2
1.8442 1.83+2 1.2842 1.85+2 5.86+1 4.84+1 2.44+1 3,9648 5.81-2
8.86+1 9.84+1 1.85+2 9.13+1 3.91+1 2.99+1 1.66+1 2.89+8 2.76—2
7.63+1 7.91+1 9.16+1 7.93+1 3.8141 2.21+1 1.09+1 1.1340
6.51+1 6.88+1 7.94+1 6.85+1 2.39+1 1.61+1 6.91+8 5.95-1
5.55+1 5.93+1 6.85+1 5.88+1 1.77+1 1.15+1 4.66+0 3.56—1
4.57+1 5.02+1 5.83+1 5.04+1 1.37+1 8.24+8 3.15+8 2.12—1
3.75+1 4.24+1 4.96+1 4.28+1 1.84+1 6.03+8 2.14+8 1.33-1
2.95+1 3.47+1 4,13+1 3.68+1 7.58+0 4.32+8 1.42+8 8.36—2
2.2641 2.78+1 3.38+1 2.9841 5,78+8 3.21+8 1.80+8 5.66—2
1.55+1 2.19+1 2.74+1 2,45+1 4,24+8 2.26+8 6.44—1 3.55—2
1.1241 1.71+1 2.2841 2.01+1 3.21+0 1.64+0 4.52-1
8.83+8 1.32+1 1.75+1 1.63+1 2.48+0 1.18+8 3,88—1
5.72+0 9.43+8 1.38+1 1.38+1 1.76+8 8.35-1 2.88-1
4.12+0 7.27+8 1.09+1 1,82+1 1.34+8 6.14—1 1.53—1
0.411 2.98+0 5.43+8 8.16+8 8,03+8 1.8140 4.47—1 1,03—1
8.489 2.81+6 4.81+0 6.27+8 6,31+8 7.58—I 3.17—1 6.97—2
0.408 1.39+0 2.97+8 4.83+8 4.98+8 5.65-1 2.28-1 5.88—2
8.408
0,395
8.389
8.386
8.386
8.387
8.385
8.383
8.387
8,388
8.391
8.398
8.387
8.385
8.384
0.384
8.383
9.94—1 2.24+0 3.78+8 3.96+8 4.22—1 1.71—1
5.13+4
3.23+4
2.43+4
1.91+4
1.57+4
1.38+4
1.09+4
9.22+3
6.5443
4.54+3
3.69+3
2.97+3
2.33+3
1,84+3
1.44+3
1,10+3
8.53+2
6.45+2
4,90+2
3.74+2
2.89+2
5.48—1 1.41+8 2.58+8 2.65+0 2.49—1 8.22—2
2.38+2
1.87+2
4.23—1 1,15+8 2.89+0 2,2248 1.91—1
3.30—1 9.50—1 1,77+0 1.88+9 1.51—1
1.53+2
1.28+2
2.61-1 7.85-1 1.49+8 1,6840 1.19-1
1,88+2
9.84+1
7.38-1 1.76+0 3,8448 3.20+8 3.28-1 1.12—1
1.95—1 6.45—1 1.27+0 1.36+0 8,98—2
1.52-1 5.34—1 1.87+8 1.16+8 6.95—2
1.24—1 4.43—1 9.88—1 9.90—1 5,65—2
9.38—2 3.61—1 7.57—1 8.38-1 4.89—2
2.96—1 6.35—1 7.84—1
7.60+1
6.41+1
5.35+1
4.24+1
1.94—1 4,40—1 4.99—1
3.54+1
2.94+1
1.55—1 3.69-1 4.22-1
2.45+1
1.26—1 3.85—1 3.58—1
2.05+1
1.89-1 2.87—1 3.86—1
1.77+1
8.39—2 2.19—1 2.68—1
1.48+1
2.42—1 5.31—1 5.92—1
D—32
Cast Label
Lat.
Z—ave
H
Temp
deg C
—8.2
19.440
4.8
9.8
19.475
19.355
14.9
19.7
19.385
19.123
24.6
29.5
34.6
39,6
44.6
49.6
54.6
59.5
64.4
69.4
74.4
79.4
84.4
89.5
94.2
99.3
184.3
189.2
19.214
19.249
114.3
119.2
124.2
129.0
19.353
19.341
19.056
18.156
16.589
15.188
15.881
14.854
14.788
14.788
14.542
14.409
14.370
Sal.
ppt
Dens.
32.541
34.518
34.547
34.552
34.518
0.88
8.88
8.88
8.88
8.80
8.678
34.545
34.513
34.586
34.575
34.703
34.444
24.62
24.59
24.62
34.794
33.998
33.785
33.767
33.756
33.788
33.744
33,744
25.47
25.16
25.84
25.06
25.06
25.18
0.88
8.88
8.00
0.08
8.88
0.08
8.08
8.88
8.08
0.08
8.80
8.08
8.88
8.08
0.88
8.88
0.08
0.00
8.80
0.80
0.88
8.08
0.08
0.88
0.00
8.80
8.88
0.08
8.08
0.08
0.88
8.08
8.08
8,00
13.971
33.757
33.803
33.927
34.815
14.174
143.8
14.165
149.0
154.0
15.112
15.244
15.154
14.896
13.442
Beam
23.83
24.53
24.59
24.68
24.62
33.748
33.784
14.470
Fluor
Atten
13.979
13,981
139.0
142.1503W
V.
33.758
33.746
33.764
33.748
134.1
158.9
163.9
168.9
Long.
14.258
14,116
14.838
14.181
ODEX 3 STA 134 UP CAST 11-8—82 2214Z
33,924
34.385
34.294
34.383
34.361
34.317
173.8
178.8
183.9
12.956
12.964
34.837
34.032
12.439
188.8
11.918
34.152
33.942
&—T
24.61
24.78
24.81
25.11
25.13
25.15
25.17
25.21
25.21
25.23
25.25
25,24
25.23
25.26
25.39
25.32
25.41
25.38
25.45
25.58
25.78
25,66
25.65
25.85
25.79
0.413
8.412
8.412
8.413
8.428
8.413
8.414
8.416
8.417
0.418
0.424
0.424
8.422
8.428
8.428
0.418
8.415
8.418
8,489
0.488
8.486
8.397
0.392
0.388
8.385
0.387
8.386
0.384
8.383
8.387
8.389
8.398
8.389
8.384
8,384
0.383
0.383
8.382
Irradiance uW/cm2/nM
410 nH 441 nM 465 nM 488 nM 528 nil 540 nIl 560 nil 589 nil 625 nIl 671 nIl 694 nIl
2.22+2 2.87+2 2.47+2 2.28+2 2.18+2 2.89+2 2.83+2 1.68+2 1.57+2 1.43+2 1.27+2
2.83+2 1.85+2 2.15.2 1.89+2 1.52+2 1.44+2 1.26+2 7.38+1 2.73+1 1.28+1 5,95+8
1.67+2 1.57+2 1.84+2 1.62+2 1.17+2 1.87+2 8.67+1 3.76+1 5.94+0 1.32+8 4.55—t
1.36+2 1.35+2 1.59+2 1.48+2 9.06+1 7.87+1 5.76+1 1.82+1 9.89—1 1.19—1 4.77—2
1.27+2 1.21+2 1.40+2 1.22+2 6.55+1 5.47+1 3.68+1 7.84+0 1.89—1 2.33—2
1.06+2 1.86+2 1.23+2 1.87+2 5.28+1 4.15+1 2.51+1 4.16+0 5.79-2
9.82+1 9.23+1 1.08+2 9.39+1 4.85+1 3.10+1 1,71+1 2.18+0
8.04+1 8.21+1 9.48+1 8.17+1 3.10+1 2.27+1 1.13+1 1.19+8
6.53+1 6.96+1 8.13+1 7.05+1 2.43+1 1,72+1 7.50+0 6.62—1
5.44+1 5.93+1 6.96+1 6.86+1 1.87+1 1.27+1 5.10+8 3.86-1
4.62+1 5.11+1 5.97+1 5.16+1 1.44+1 8.71+0 3.37+8 2.34—1
3.69+1 4.25+1 5.83+1 4.37+1 1.18+1 6.37+8 2,27+8 1.38-1
2.93+1 3.49+1 4.19+1 3.67+1 7.91+0 4.58+0 1.52+8 9.06—2
2.22+1 2.79+1 3.43+1 3.84+1 5.92+8 3.38+0 1.81+8 5.47-2
1.52+1 2.19+1 2.77+1 2.58+1 4,46+0 2.48+8 6.88—1 3.88—2
1.89+1 1.78+1 2.2241 2.04+1 3,33+8 1.7248 4.65-1
7.91+8 1.32+1 1.77+1 1.85+1 2.51+8 1.24+8 3.18—1
5.64+0 9.42+0 1.40+1 1.32+1 1.85+8 8.85—1 2.12—1
4.84+8 7.28+0 1.89+1 1,84+1 1,48+0 6.46—1 1.48—1
2.87+0 5,42+0 8.23+8 8.15+0 1.04+8 4.68—1 9.58—2
1.97+8 3.98+0 6.27+0 6.38+8 7,71—1 3.35—1 6.82—2
1.37+0 2.95+0 4.84+0 5.08+8 5.70—1 2.31—1
9.85—1 2.25+0 3.81+0 3.98+0 4.32—1 1.69—1
7.32-1 1.77+8 3.08+8 3.23+8 3.29-1 1.25-1
5,48—1 1.43+0 2.53+0 2.68+0 2.53—i 9.18-2
4.22-1 1.17+0 2.12+0 2.25+0 1,94-1 7.27-2
3.26—1 9.61—1 1.78+0 1.91+0 1.53—1
2.52-1 7.99-1 1.51+8 1.82+0 1.12-1
1.92—1 6.65—1 1.29+0 1.38+8 9.04—2
;—IM/cm2—:
I IRR
5.39+4
3.24+4
2.45+4
1.94+4
1.59+4
1.33+4
1.12+4
9.56+3
7.95+3
6.65+3
5.58+3
4.60+3
3.80+3
2.36+3
1.85+3
1.45+3
1.11+3
8.56+2
6.50+2
4,91+2
3.73+2
2.91+2
2.32+2
1,89+2
1.57+2
1.38+2
1.89+2
9.17+1
1.26—1 4.59—1 9.24—1 1.00+8 5.59—2
7.73+1
6.53+1
1.82-1 3.75-1 7.81-1 8.49—1 4.73—2
5.48+1
3.02—1 6.41—1 7,14—1
4.38+1
2,42—1 5.28—1 6.80—1
1.95—1 4.38—1 5.05—1
3.55+1
2.95+1
1,68—1 3.66—1 4.27—1
2.48+1
1,31—1 3.05—1 3.62—1
2.07+1
1.89-1 2.58—1 3.12—1
1.76+1
8.87—2 2.20—1 2.76—1
1.54+1
1.55-1 5.54-1 1.0948 1.18+8 6,93-2
D—33
Cast Label
Lat,
2—ave
H
—8.4
4.3
9.3
14.2
19.2
24.2
29.2
34.2
39.1
44.1
49.1
54.0
59.8
63.9
33.4798N
Dens.
deg C
17.676
17.863
28.575
28.44
33.692
24.31
33.726
17.835 33.733
17.824 33.715
17.815 33,728
17.814 33.728
17.838 33.748
17.897 33.761
17.987 33.845
18.888 33.755
16.336 33.787
15.537 33.429
24.33
24.34
24.33
24.34
24.34
24.36
24.35
24.39
24.32
24.68
24.65
24.68
17.855
15.899
33.352
33.438
33.378
33.355
14.766
103.7
188.8
14.284
14.196
33.458
33.473
113.7
118.5
14.212
14.198
33.528
33.493
123.5
128.6
14,134
14.162
14.042
13.983
33.522
33.577
33.594
33.688
33.627
168.3
173.4
178.4
183.3
188.4
14.588
14.482
14.358
14.345
14.328
14.256
13.919
33.371
33.368
33.378
33.378
13.751 33.561
13,699 33.576
13.672 33.626
13.474 33.533
13.168 33.554
13.815
12.851
12.756
13.834
33.618
33.684
33.685
33.716
136.4688W
Long.
Sal.
ppt
Temp
68.9
73.9
78.9
83.9
88.8
93.8
98.8
133.5
138.4
143,4
148.5
153,6
158.6
163.4
ODEX 3 STA 167 ON CAST 11-12-82 23382
&—T
24.81
24.81
24.83
V.
Atten
;—IM/cm2—:
Irradiance uW/cm2/ntl
Z IRR
694
nM
418 nM 441 nPl 465 ntl 488 nM 528 nM 548 nH 568 nH 589 nH 625 nH 671 nH
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
8.88
3.134
#1111+19.68+11.17+21.86+21.82+21.81+29.78+17.98+17.63+17.86+1 6.81+1
2.57+4
8.421
8.423
9.85+1 8.85+1 1.85+2 9.35+1 7.74+1 7.28+1 6.37+1 3.66+1 1.31+1 5.59+8 2.57+8
8.15+1 7.84+1 9.33+1 8.28+1 5.81+1 5.25+1 4.11+1 1.59+1 1.95+8 3.67-1 1.15—1
6.85+1 6.88+1 8.24+1 7.33+1 4.59+1 3.95+1 2.82+1 8.88+8 3.67-1 3.81-2
6.28+1 6.24+1 7.39+1 6.48+1 3.49+1 2.86+1 1.83+1 3.63+8 6.87-2
5.36+1 5.49+1 6.54+1 5.75+1 2.72+1 2.14+1 1.23+1 1.85+8
4.42+1 4.75+1 5.74+1 5.88+1 2.17+1 1.64+1 8.43+8 1.81+8
4.85+1 4.31+1 5.12+1 4.46+1 1.65+1 1.14+1 5.24+8 5.28—1
3.43+1 3.78+1 4.41+1 3.85+1 1.27+1 8.89+8 3.49+8 3.82—1
2.88+1 3.11+1 3.73+1 3.27+1 9.59+8 6.83+8 2.41+8 1.81-1
2.38+1 2.59+1 3.12+1 2.74+1 6.87+8 4.19+8 1.52+8 1.18-1
1.67+1 2.89+1 2.55+1 2.26+1 5.11+8 2.98+8 1.81+8 7.38-2
1.22+1 1.63+1 2.85+1 1.84+1 3.77+8 2.12+8 8.67-1 4.98—2
8.77+8 1.25+1 1.68+1 1.46+1 2.78+8 1.46+8 4.24-1 3.28-2
6.15+8 8.79+8 1.25+1 1.14+1 1.98+8 1.83+8 2.78—1
4.43+8 6.66+8 9.27+8 8.81+8 1.4748 7.39-1 1,86—1
3.82+0 4.98+8 7.89+8 6.84+8 1.86+8 5.28—1 1.28—1
2.1148 3.62+8 5.42+8 5.34+8 7.84—1 3.62-1 8.47-2
1.59+4
Fluor
8.88
8.88
8.88
8.88
24.86
24.86
24.87
24.88
24.95
24.97
25,88
24.98
8.88
8.88
8.88
8.88
8.88
8.88
25.82
25.86
25.89
0.88
8.80
0.88
0.80
25.11
25.15
25.13
25.15
25.28
25.16
25.24
25.32
25.34
25.36
25.3?
8.80
0.00
0.88
8,80
0.88
8.80
0.08
0.88
8.08
0.80
8.88
8.88
Beam
8.428
8.428
8.428
8.421
8.428
8.421
8.419
8.426
8.428
8.438
8.427
8.424
8.422
8.422
8.428
8.418
8.417
8.416
0.488
0.485
8.484
1.48+8 2.68+8 4.15+0 4.18+8 5.58—1 2.68—1 4,95—2
1.21+4
9.86+3
8.25+3
6.96+3
5.87+3
5.84+3
4.24+3
3.5843
2.86+3
2.27+3
1.78+3
1.37+3
1.82+3
7.69+2
5.77+2
4.36+2
3.38+2
1.82+8 1.9948 3.18+8 3.27+8 4.14—1 1.81—1
7.08—1 1.47+8 2.44+8 2.55+8 3.81—1 1.22—1
4.84-1 1.88+8 1.87+8 1.98+8 2.24—1 9.23—2
3.33—1 8.13—1 1.46+8 1.55+8 1.57—1 6.82—2
2.5842
1.89+2
2.45—1 6.18—1 1.13+8 1.22+0 1.15—1
1.71—1 4,69—1 9.82—1 9.78—1 8.44—2
8,4841
6.56+1
8.397 1.21—1 3.61—1 7.18-1 7.73-1 6.18—2
8.397 8.28—2 2.81—1 5.78—1 6.21—1 4.89—2
2.23-1 4.57-1 5.82—1
8.397
1.73—1 3.71—1 4.09—1
8.394
1.39-1 3.88-1 3.38—1
8.390
1.23—1 2.66—1 2.88—1
0,384
9.76—2 2.23—1 2.37-1
8.383
8.44—2 1.99—1 2.83—1
8.383
6.67-2 1.69-1 1.73—1
8.382
5.92—2 1.53—1 1.48—1
8.382
5.13-2 1.24-1 1.25-1
8.382
1.87—1 1.05—1
8.383
8.93—2 8,67-2
8.382
8.31—2 7.06—2
0.383
5.13+1
4.85+1
8.401
D-34
1.44+2
1.18+2
3.8741
2.47+1
2.03+1
1.73+1
1.45+1
1.26+1
1.86+1
9.29+8
7.77+0
5.41+8
4.48+8
3.89+0
Cast Label
ODEX 3 STA 178 DN CAST 11—15—82 19262
Lat.
Long.
H
deg C
Sal.
ppt
1.0
16.999
33.181
5.9
18.7
16.979
16.977
16.976
2—ave
15.7
28.8
25.7
38.7
35,7
48.6
45.6
58.6
55.6
68,4
65.5
78.4
75.4
88,4
85.4
98.3
95.4
188.3
185.2
110.3
115.3
120.2
125.1
Temp
16.974
16.977
16.988
16.988
16,998
17.841
16.417
15.428
14.565
14,148
14.877
13.218
12.526
12,325
12.331
12.267
11.923
11.638
11.691
11.575
11.115
11.891
138.1
10.893
134.9
148.1
18.815
18.499
145.0
18.325
179.8
18.193
18.113
18,077
9.989
10.385
9,784
9.639
184.8
9.536
189,8
9.391
158.1
154.9
168.0
164.9
169.8
174.8
Dens.
&—T
24.12
33,184 24.13
33.182 24.13
33,183 24.13
33.181 24.13
33.183 24.13
33.184 24.13
33.186 24.13
33.222 24.15
33,223 24.14
33,178 24.25
33.389 24.84
33.158 24,65
33.163 24.74
33.183 24,77
32.985 24.79
33.861 24,99
32.999 24.98
32.989 24,97
33.073 25.85
33.834 25.88
33.138 25.21
33.088 25.16
33.888 25.19
33.879 25.26
33.883 25.27
33.132 25.34
33.282 25.45
33.236 25,49
33.325 25.59
33.443 25,71
33.583 25.77
33.587 25.78
33.581 25.85
33.258 25.54
33.681 25.96
33.737 26.83
33.743 26.85
33.775 26.18
Fluor
Beam
Irradiance uW!cm2,'nM
:—114/cm2—:
Z IRR
3.68+4
V.
Atten
418 nIl 441 nfl 465 nIl 488 nfl 528 nfl 548 nfl 568 nfl 589 nfl 625 nfl 671 nfl 694 nfl
8.88
8.08
8.88
8.88
8.88
8.88
8.00
8.88
8.88
8.88
0.88
8.429
8.438
8.438
8,438
0.438
8.430
8.438
8.434
0.434
8,433
8,458
8.88
8.88
8.88
8.08
8.88
8.86
8,464
8.453
8.454
8.445
8.452
8.434
0.08
8.80
0,88
0.88
0.88
8.00
8.88
8.08
8.88
8.88
0.88
0.00
8.08
8.80
0.88
0.00
8.88
8.88
8.88
8.08
8.80
8.08
0.431
8,421
1.67+2 1.57+2 1.88+2 1.69+2 1.54+2 1.53+2 1.46+2 1.11+2 8.72+1 6.84+1 5.38+1
1.39+2 1.34+2 1.61+2 1.45+2 1.16+2 1.18+2 9.42+1 4.97+1 1.47+1 5.16+0 2.17+8
1.10+2 1.11+2 1.37+2 1.25+2 9.85+1 8.27+1 6.52+1 2.52+1 2.85+8 4.86—1 1.48—1
9.23+1 9.57+1 1.19+2 1.8842 6.8841 6.8841 4.2841 1.22+1 5.42-1 5.99-2 2.78-2
7,66+1 8.28+1 1.82+2 9.28+1 5.22+1 4,33+1 2,88+1 5.6848 1.15—1
5.99+1 8.69+1 8.56+1 7.92+1 4.81+1 3.24+1 1.93+1 2.94+8 3.12—2
4,91+1 5.63+1 7.24+1 6.71+1 3.83+1 2.34+1 1.24+1 1.52+8
3.88+1 4.63+1 8.85+1 5.65+1 2.31+1 1.73+1 8.12+0 8,35—1
3.88+1 3.78+1 5.88+1 4.78+1 1,72+1 1.19+1 5.20+8 4,44—1
2.36+1 2.99+1 4.03+1 3.84+1 1.28+1 8.19+8 3.36+8 2.55—1
1.62+1 2.28+1 3.15+1 3.05+1 9.80+8 5,75+0 2,18+0 1.48—1
1.86+1 1.63+1 2.37+1 2.3641 6.39+8 4.82+0 1.43+8 9.26—2
6.44+8 1.87+1 1,71+1 1.77+1 4.52+8 2,77+0 9.26—1 6.23—2
3.75+0 6.79+0 1.28+1 1.30+1 3.89+8 1.83+8 5,76—1 4.87-2
2,33+8 4.62+8 8,14+8 9.43+8 2.22+0 1.29+8 3.82—1
1.42+8 3,13+8 5,86+0 6.83+0 1.61+0 9.16—1 2.55-1
8.39—1 2.87+8 4.15+0 4.98+0 1,14+8 6.23—1 1.72—1
4,79—1 1.38+8 2.98+8 3.69+8 8.81-1 4.18—1 1.13—1
2.87—1 9.51—1 2.28+0 2.79+8 5.75—1 2.88—1 7.32—2
0,418
8.405
8.482
8.397
1.75—1 6,78—1 1.66+0 2.16+0 4.13—1 2.81-1
1.89—1 4.98—1 1.29+0 1.70+8 2.97—1 1.38—1
3.72—1 1.81+8 1,36+8 2.23—1 9,49—2
0.397
8.397
0.395
8.394
8.394
8.393
2.17—1 6.46-1 8.91-i 1.26-1 5.52-2
2.84—1 8.05—1 1.18+0 1.73—1 7.23—2
1.67—1 5.21—1 7.28—1 9.38—2
1.26-1 4.19-1 5,96—1 7.51-2
9.88—2 3.47—1 4.98—1 5.19—2
2.35+4
1.88+4
1.43+4
1,15+4
9,22+3
7.46+3
8.82+3
4.81+3
3.78+3
2.87+3
2.10+3
1.48+3
1.82+3
7.86+2
5.88+2
3.51+2
2.49+2
1.82+2
1.35+2
1.83+2
7.92+1
6,29+1
5.88+1
3.93+1
3.17+1
2,56+1
5.55—2 2.26—1 3.28—1
1.95+1
1.59+1
8.391
8.391
1.87—1 2.68-1
1,18+1
1.53—1 2.19—1
9.82+8
8.391
8.391
1.22—1 1.79—1
0.391
8.391
8.55—2 1.18—1
7.78+8
6.28+8
5,25+0
8.392
8,392
0.392
8.398
4.98—2 7.68—2
7.28-2 2.77—1 4.82-1
9,67—2 1.46—1
6.33—2 9.57—2
4.12ff
3.28ff
4.26—2 5.88—2
4.19—2
D—35
1.15+f
Cast Label
3 STA 178 UP C.4ST 11-15-82 19352
:
Lat.
2—ave
N
—8.1
Temp
deg C
17.817
17.883
4.8
9.7 16.974
14.8 16.971
19.7
16.967
24.6
29.6
34.7
39.8
44.6
49.6
54.7
59.4
64.4
69.5
74.4
79.3
84.4
89.3
94.2
99.3
16.968
16.971
16.973
16.976
16.988
16.424
14.862
14.335
14.247
13.369
12.938
12.389
184.2
189,3
12.334
12.483
12.899
11.802
11.837
11.781
114.1
11.578
119.0
124.2
11.133
11.232
129.1
18.941
134.2
139.8
143,8
149,0
154.1
158.9
163.8
168.9
173.9
178.8
183.7
188.8
Long.
Sal.
ppt
Dens.
31.671
22.98
24.12
24.13
24.13
24.13
24.13
24.13
24.12
33.182
33.185
33.183
33.184
33.179
33.177
33.167
33.159
33.165
33.544
33.353
33.214
33.813
33.127
33.813
32.959
32.945
32.987
33.097
33.058
33.818
33.128
33.185
33.868
33.138
33.894
18.682 33.283
18.526 33.284
18.488 33.293
18.212 33.397
18.128 33.478
18.856 33.513
9.978 33,558
9.894 33.628
9.767 33.678
9.685 33.738
9.511 33.758
9.357 33.786
&—T
24.11
24.11
24.53
24.73
24.74
24.68
24.87
24.87
24.93
24.93
24.95
25.18
25.11
25.12
25.19
25.28
25.25
25.29
25.31
25.45
25.46
25.55
25.67
25.74
25.78
25.83
25.98
25.96
26.84
26.86
26.11
Fluor
V.
Beam
Atten
8.525
0.426
8.428
8.429
8.428
8.98 8.428
0.88 8.428
8.08 8.428
8.88 8.427
8.88 0.427
0.88 8.437
8.88 8.464
8.80 8.452
0.88 8.447
8.88 8.444
8.88 8.444
8.88 8.432
8.88 8.425
8.88 8.414
8.88 8.488
8.88 8.483
8.88 8.399
8.88 8.397
8.88 9.397
8.88 8,397
8.88 8.394
8.08 9.392
8.08 0.393
0.88 8.393
8.88 8.391
8.88 8.398
8.88 8.391
8.00 0.392
8.88 8.392
8.88 8.392
8.80 8.391
8.88 0.392
0.08 8,391
8.88 0.392
8.08
8.88
8.88
8.88
0.88
Irradiance uU/cm2,'nM
418 uM 441 nM 465 nM 488 ntl 528 nIl 548 nIl 569 nIl 589 ntl 625 ntl 671 nIl 694 nIl
1.96+2 1.87+2 2.20+2 1.93+2 1.87+2 1.82+2 1.76+2 1.46+2 1.38+2 1.26+2 1.88+2
1.52+2 1.48+2 1.88+2 1.82+2 1.36+2 1.31+2 1.16+2 6.68+1 2.58+1 1.86+1 5.35+8
1.38+2 1.25+2 1.52+2 1.37+2 9.94+1 9.18+1 7.38+1 3.86+1 4.64+8 9.81-1 3.32—1
1.82+2 1.84+2 1.28+2 1.16+2 7.61+1 6.65+1 4.85+1 1.51+1 8.66—1 1.81-1 4.56-2
8.19+1 8.64+1 1.88+2 9.86+1 5.77+1 4.87+1 3.26+1 7.54+8 1.83—1 2.34—2
6.63+1 7.26+1 9.19+1 8.40+1 4.33+1 3.47+1 2.18+1 3.41+8 3.93-2
5.38+1 6.88+1 7.72+1 7.11+1 3.31+1 2.57+1 1.44+1 1.82+8
4.26+1 4.98+1 6.46+1 5.99+1 2.49+1 1.86+1 8.85+8 9.37-1
3.38+1 4.88+1 5.36+1 4.99+1 1.86+1 1.29+1 5,71+8 5.88—1
2.65+1 3.29+1 4.38+1 4.19+1 1.41+1 9.13+8 3.85+8 2.93-1
2.88+1 2.56+1 3.47+1 3.38+1 1.83+1 6.48+0 2.48+8 1.69—1
1.24+1 1.85+1 2.62+1 2.57+1 7.18+8 4.47+8 1.61+0 1.88—1
7.59+8 1.27+1 1.91+1 1.94+1 5.86+8 3.11+8 1.84+8 5.76—2
4.46+8 7.82+0 1.34+1 1.42+1 3.52+8 2.11+0 6.63—1 3.51—2
2.85+8 5.18+8 8.96+8 1.02+1 2.46+8 1.43+8 4.19—1
1.59+8 3.48+8 6.39+8 7.29+8 1.77+0 1.81+8 2.75—1
9.15—1 2.27+8 4,46+8 5.28+8 1.22+8 6.76—1 1,63—1
5.28—1 1.51+8 3,28+9 3.91+8 8.57-1 4.61-1 *0*8—2
3.31—1 1.87+8 2.39+0 2.97+8 6.17—1 3.22—1 6.48—2
2.84-1 7.68-1 1.81+8 2.31+8 4.49—1 2.27—1
IRR
4.75+4
2.77+4
2.82+4
1.57+4
1.24+4
8.83+3
6.46+3
5.18+3
4.13+3
3,26+3
2.34+3
1.67+3
1.14+3
7.78+2
5.44+2
3.76+2
2.66+2
1,97+2
1.25—1 5.67—1 1.40+8 1.83+8 3.27—1 1.59—1
1.47+2
1.12+2
8,43—2 4.27—1 1.18+8 1.46+8 2.41—1 1.16—1
3.23—1 8.71—1 1.17+8 1.79—1 8.13—2
8.77+1
6.88+1
2.51-1 6.99—1 9.53-1 1.33-1 6.28—2
1.98—1 5.69—1 7.78—1 9.87—2
5.42+1
4.28+1
1.56—1 4.59—1 6.38—1 7.78—2
3.46+1
1.22—1 3.79—1 5.24—1 5.23—2
2.88+1
9.78—2 3.84-1 4.29-1 4.27-2
2.28+1
7.83—2 2.48—1 3.58—1
1.76+1
6.88-2 1.99—1 2.84-1
1.41+1
4.52—2 1.59—1 2.29—1
1.13+1
1.27—1 1.85—1
8.87+9
6.68+8
1.06—1 1.49—1
8.52-2 1.21—1
7.43—2 9.74-2
5.32+8
5.99—2
4.42+8
3.42+8
1.65+8
4.54—2
1.25+8
5.45—2 7.78—2
0—36
Cast Label
ODEX 3 STA 176 UP EAST 11-16-82 23282
Lat.
2—ave
M
Long.
Temp
Sal.
Dens.
deg C
ppt
&—T
14.897
14.896
33.096
16.3
14.859
14.820
33.188
24.52
24.53
24.54
24.55
21.1
14.749
33.154
24.61
26.2
31.2
14.673
14.892
38.1
41.1
14.188
24.66
24.67
24.92
24.88
24.87
51.8
13.216
13.328
11.798
33.198
33.283
33.487
33.896
33.118
33.040
56.1
11.719
33.861
1.6
6.2
11.1
46.1
61.8
65.9
78.9
75.9
88.8
85.8
90.8
95.9
108.7
105.8
110.8
115.7
120.8
125.5
138.6
135.6
33.885
33.181
25.11
11.351
33.037
11.832
10.886
18.763
18.747
33.845
33.041
25.14
25.19
25.25
25.29
33.856
33.856
25.31
25.31
18.428
18.298
33.105
33.115
18.293
18.471
33.153
33.468
9.936
9.615
33.749
33.454
9.381
33.457
33.548
33.648
33.737
33.736
25.48
25.43
25.46
25.68
25.99
25.81
25.85
25.88
25.95
28.87
26.88
9.852
9.889
9.399
9.308
123.3559U
Atten
Irradiance uW/cm2infl
41$ nfl 441 nfl 465 nfl 488 nIl 528 nfl 548 nIl 568 nfl 589 nfl 625 nfl 671 nfl 694 nfl
t$4/cm2—:
V.
8.88
8.557
8.555
0.556
8.566
0.582
8.658
0.649
0.559
8.478
8.457
9.85+1 8.27+1 9.44+1 8.87+1 6.47+1 5.92+1 5.81+1 3.85+1 1.84+1 1.14+1 7.68+8
3.83+1 4.85+1 5.42+1 5.25+1 4.55+1 4.34+1 3.6941 1,77+1 4.11+8 1.26+8 5.04-1
2.06+1 2.41+1 3.44+1 3.47+1 2.88+1 2.62+1 2.83+1 6.74+8 5.39—1 8.19—2 3.65—2
1.85+1 1.43+1 2.17+1 2.29+1 1.7341 1.57+1 1.8741 2.5148 6.38-2
5.39+0 7.65+0 1.33+1 1.46+1 1.86+1 8.88+0 5.72+0 1.06+8
2.75+8 4.28+0 7.59+8 8.78+0 6.29+8 5.4340 3.38+0 4.87-1
1.29+8 2.17+8 4.20+0 5.15+8 3.71+8 3.21+0 1.84+0 2.18—1
6.89—1 1.13+8 2.39+0 3.18+0 2.23+8 1.9240 1.05+0 1.04—1
3.10—1 6.58—1 1.48+0 2.00+8 1.38+0 1.17+0 5.89—1 4.59-2
1,75-1 4.16-1 1.0040 1.38+0 8.92—1 7.30—1 3.34-1
1.46+4
8.431
1.82—1 2.76—1 7.06—1 1.00+0 6.01—1 4.98—1 1.99—1
0.421
1.94—1 5.27-1 7.56-1 4.17-1 3.31—1 1.19-1
8.413
0.409
0.484
8.483
8.400
0.397
0.397
0.395
8.397
0.397
8.395
0.392
8.394
8.395
8.395
0.393
1.48—1 3.99—1 5.85—1 2.95—1 2.33—1 7.18—2
Fluor
8.88
8.88
0.88
8.88
8.88
0.08
8.08
0.08
0.08
0.08
8.00
8.88
8.00
8.08
0.80
0.08
0.00
0.80
8.08
8.80
0.08
8.80
0.08
0.88
8.88
8.00
0.88
Beam
1.08-1 3.18—1 4.65-1 2.13—1 1.58—1
8.37—2 2.57—1 3.77—1 1.54—1 1.86—1
Z IRR
8.18+3
4.74+3
2.81+3
1.63+3
9.49+2
5.33+2
3.07+2
1.87+2
1.22+2
8.37+1
5.89+1
4.34+1
3.19+1
2.48+1
6.75—2 2.04—1 3.08—1 1.12-1 8.03—2
5.93—2 1.74—1 2.53—1 8.89—2 6.89—2
1.9741
1.46-1 2.87-1 5.22-2
1.85+1
1.13—1 1.68—1
7.28+0
9.29-2 1.34—1
7.39—2 1.84—1
5.87+0
4.59+0
6.88—2 7.77—2
3.56+8
4.18—2 5.06—2
2.37+0
3.80—2
7.86—1
OF DATA FILE
D—37
1.62+1
Cast Label ; ODEX 3 STA 182 UP CAST 11-17-82 28262
Lat.
2—ave
N
Temp
deg C
—8.4
15.898
4.3
9.3
15.816
15.758
15.745
15.733
14.2
19.3
24.2
29.2
34.2
39.1
44.1
49.1
54.8
59.1
63.9
68.9
73.8
78.8
83.8
88.8
93.7
98.8
103.8
188.7
113.8
118.6
123.7
128.5
127.9
Long.
Dens.
Fluor
&-T
V.
Atten
418 nIl 441 nfl 465 nfl 488 nfl 528 nfl 548 nfl 568 nfl 589 nfl 625 nfl 671 nfl 694 nfl
28.138
33.383
33.379
33.372
33.373
28.58
24.55
24.56
24.56
24.56
24,56
24.56
24.56
24.55
24.68
24.75
24.78
24.92
24.94
25.14
25.14
25.24
8.88
8.88
8.08
8.80
8.88
8.88
8.88
8.88
8.08
8.08
8.88
8.88
8.88
8.08
8.88
0.88
8.88
8.88
8.08
8.88
8.00
8.88
8.88
8.741
7.68+1 6.76+1 7.88+1 6.98+1 6.45+1 6.37+1 6.18+1 4.81+1 4.61+1 4.14+1 3.49+1
4.78+1 4.68+1 5.7741 5.32+1 4.78+1 4.67+1 4.19+1 2.47+1 1.83+1 4.54+8 2.48+8
2.97+1 3.87+1 4.16+1 4.8241 3.46+1 3.32+1 2.79+1 1.23+1 2.82+6 4.71—1 1.88—1
1.69+1 2.81+1 2.94+1 2.97+1 2.46+1 2.34+1 1.84+1 6.11+8 4.32-1 6.67-2 3.22-2
9.61+8 1.28+1 2.81+1 2.13+1 1.70+1 1.68+1 1,13+1 2.82+8 7.83—2
5.25+8 7.23+8 1.33+1 1.48+1 1.14+1 1.88+1 6.73+8 1.33+8
2.98+8 4.44+8 8.37+8 1.01+1 7.22+8 6.49+8 4.18+8 6.60—1
1.67+8 2.74+8 5.59+8 6.87+8 4.85+8 4.28+8 2.5848 3.32-1
9.20—1 1.65+8 3.64+0 4.67+8 3.16+8 2.76+8 1.55+0 1.59—1
5.05-1 9.99-1 2.37+8 3.17+8 2.06+8 1.77+8 9.37—1 7.59-2
2.70—1 6.04—1 1.55+0 2.15+8 1.36+0 1.15+8 5.71—1 3.61-2
33.371
14.523
13.882
13.647
11.678
11.579
33.312
33.330
33.294
33.421
33.335
33.485
33.418
33.424
33.429
33.467
33.514
33.515
11.481
33.561
11.439
11.348
11.862
11.840
33.568
33.523
33.592
12.268
12.198
12.044
11.924
121.3916W
Sal.
ppt
15.725
15.721
15.714
15.788
15.248
14.668
13.172
12.818
12.574
-
33.378
33.367
33.353
33.398
33.324
33.594
25.31
25.33
25.36
25.42
25.50
25.52
25.57
25.58
25.57
25.67
25.68
8.88
0.00
8.08
8.88
8.88
uW/cm2Jnfl
Beam
8.549
8.557
0.556
8.551
8.539
8.534
8.538
8.525
8.587
0.489
0.479
8.43?
8.442
8.432
8.425
8.422
8.414
8.414
0.413
0.409
8.488
8.418
8.416
8.417
8.415
8.487
8.406
:—LJA/cm2—:
Z IRR
1.65+4
9.44+3
6.14+3
4.18+3
2.69+3
1.71+3
1.88+3
7.87+2
4.54+2
2.92+2
1.90+2
1,39—1 3.72—1 1.02+8 1.47+8 9.81—1 7.55—1 3.48—1
2.41—1 6.88—1 1.83+8 5.98—1 4.98—1 2.85—1
1.24+2
8.16+1
1.55—1 4.78—1 7.31-1 4.88—1 3.35—1 1.23-1
5.59+1
3.88+1
1.83—1 3.35—1 5.26—1 2.78—1 2.28—1 7.59—2
5.21—2 1.75—1 2.81—1 1.34—1 1.89—1
2,60+1
1.89+1
1.31-1 2.18—1 8.84-2 6.83—2
1.25+1
1.01—1 1.57—1 6.38—2
8.35+8
7.19—2 1.17—1 4.11—2
5.64—2 8.69—2
5.99+8
3.71+8
5.98—2
1.64+8
7.88-2 2.39-1 3.83—1 1.87-1 1.53—1
END OF DATA FILE
D—38
Cut Label u Ia 3 8Th 184 IN mu u—u-n 23392
Lit.
Z-aee
N
Tap
35.532111
8.1.
degC
Lug.
121.311811
H V.
8$ 15.78$ 33.30 24.54
4.8 15.779 33.369 24.55
1.8$
9.7 15.683 33.376 24.57
15.598 33.375 24.59
8.81
8.88
8.88
8.81
8.81
8.81
8.81
8.81
8.88
8.88
8.81
8.88 .
14.9
19.7 15.498 na 24.62
24.7
29.7
34.6
39.5
44.6
IrndIace Slat/SI
Attn 418SI441SI4655I488m528S548S568SIS9516255I671SI6945I XII
less. Fleer Sea
33.363 24.64
15.384 33.359 24.64
15.358
5.547 2.82.1 1.81.1 2.35.1 2.82+1 1.89+1 1.86+1 1.76+1 1.37+1. 1.27+1 1.19+11.82+1
8.88 8.547 1.21+1 1.31+1 1.6011.55*11.39+11.32+11.15.1 4.51*8 2.41+8 1.85.8 5.55—1
7.15*8 7.98+8 l.17+I 1.12+1 9.55*8 8.69+8 7.17.8 3.87+8 4.77—1 9.98—2 4.54—2
4.85.8 4.98+8 7.53+8 7.74.8 6.42*8 SM'S 4.55*8 1.47+8 7.62—2
8.571 2.14*8 2.89*8 4.82*1 5.25+8 4.17+8 3.76*8 2.74*8 4.85-1
8.574 1.88*8 1.44*8 3.81*8 342+8 2.66+8 2.35*8 1.63*8 3.27-1
0.5 13.158 33.366 3.18
8.586 5.23—1 9.27—I 1.86*8 2.22*1 1.67+8 1.45*8 9.52—1 1.54—1
8.576 2.34—1 5.12—1 1.13*8 1.42.8 1.82.8 8.57—1 5.41—1 7.19—2
8.576 1.81—1 2M—1 6.96—1 9.83-1 6.31—1 5.15-1 3.83—1 3.41—2
1.69—1 4.34—1 5.75—1 3.86—1 3.87—1 1.69-1
8.561
9.98—2 2.661 3.65—1 2.31—1 1.53—1 1.34—2
6.21—2 1.68-1 2.31—1 1.37—1 8.15—2
8.561
1.12—1 1.47—1 8.54-2
8.581
7.32—2 8.74-2 4.58-2
.
4.13-2 4.41—2 .
8.88 8.589
74.4
25.21
8.81 8.538
15.845 33.372
24.71
14.976 33.357 24.71
14.768 33.358 24.76
49.6 14.493 33.356 24.82
54.6 14.298 33.369 24.87
59.4 14.119 33.341 24.88
64.4 13.339 33.395 3.89
12.864
33.441
79.4 12.819 33.399 3.19
8.88 8J19
84.3 12.735 33.415 25.22
89.2 12.626 33.447 3.27
94.3 12.555 33.446 25.28
8.81 8.514
8.88 8.523
12.499 33.0 25.29
8.888.531
99.3
8.88
8.582
P81flEBSIFMTAFILE
8-39
4.78+3
2.62+3
1.63+3
1.84+3
6.42*2
3.93*2
2.39+2
1.43+2
8.68+1
5.89*1
3.83+1
1.72+1
8.88*8
5.33+8
.
2.31st
Cast Label
Lat.
2—ave
II
Temp
deg C
:
ODEX 3 STA 184 UP CAST 11-17-82 23522
35.5320N
Sal.
ppt
Long.
Dens.
&-T
—8.4 —99.888—999.888—999.88
4.3
9.2
15.768
33.355
15.679
14.1
15.569
33.357
33.343
33.345
19.2
24.2
29.2
34.2
39.1
44.1
49.1
54.0
58.9
64.1
68.8
73.9
78.9
83.8
88.9
93.8
98.8
15.358
15.275
15.848
14.986
14.663
14.479
14.284
13.965
13.778
13.215
13.826
12.840
12.796
12.722
12.593
12.544
12.494
24.54
24.56
24.57
24.62
33.373
33.355
33.337
33.266
33.324
33.344
24.66
24.78
24.78
33.349
33.253
33.317
24.92
24.89
25.85
25.13
25.18
25.19
33.371
33.393
33.398
33.482
33.426
33.439
33.445
24.71
24.79
24.87
25.21
25.26
25.28
25.29
121.3118W
Fluor
Irradiance uW!cm2/nM
Beam
V.
Atten
8.88
8.88
8,00
8.80
8.00
4.991 5.98+8 5.4748 6.26+0 5.34+8 4.84+8 4.53+8
0.547 3.74+0 3.56+8 4.44+8 3.97+8 3.44+8 3.22+8
8.554 2.25+0 2.34+0 3.16+8 2.95+8 2.45+8 2.25+8
0.551 1.38+0 1,48+0 2.18+8 2.14+8 1.71+0 1.54+8
8.575 7.23—1 9.01—1 1.45+8 1.49+8 1.16+8 1.82+8
0.577 3.70—1 5.24—1 9.37—1 1.01+8 7.51-1 6.58-1
8.576 1.92—1 3.86—1 5.96—1 6.78—1 4.88—1 4.28—1
0.575 9.75-2 1.78-1 3.81-1 4.41-1 3.88-1 2.63-1
8.562
1.89—1 2.46—1 2.89—1 1.85—1 1.78—1
0.559
6.83—2 1.68—1 1.89—1 1.15—1 1.86—1
8,556
4.68—2 1.89—1 1.22—1 6.80—2 6.58—2
8.534
8.30-2 7.97—2 4.25-2
8.88
8.08
8.08
8.88
8.08
8.08
0.88
8.88
0.80
0.88
8.00
8.80
0.80
8.88
0.80
8.80
.'cm2—:
418 nfl 441 nfl 465 nIl 488 nIl 528 nIl 548 nfl 568 nIl 589 nfl 625 nIl 671 nIl 694 nfl
Z IRR
4.18+8 3.24+8 3.13+8 3.80+8 2.48+8
1.22+3
2.77+8 1.56+8 6.24—1 2.94—1 1.62—1
1.88+8 7.45—1 1.86—1
6.79+2
4.36+2
1.15+8 3.68—1
2.86+2
7.15—1 1.74—1
4.38—1
1.16+2
7.22+1
8,19-2
2.55—1 3.97—2
1.43—1
7.67—2
.
4.41+1
2.68+1
1.59+1
1.82+1
0.541
3.97—2 3.77—2
5.25+8
1.97+8
0.539
8.545
8.534
0.517
8.515
8.526
8.536
8.533
1.50—1
3.52+8
END OF DATA FILE
D—40
Cast Label : ODEX 3 5Th 7 Ct4 CAST
Lat. 35.1940N
Temp
Sal.
II
deg C
ppt
8.8
4.9
9.7
15.388
14.7
14.994
14.713
14.488
13.651
Z—ave
19.7
24.6
29.6
34.7
39.6
44.6
49.6
54.6
59.4
64.4
69.4
74.4
79.4
84.3
89.3
94.3
99.4
184.3
109.3
114.2
119.8
124.3
129.0
134.2
139.9
143.9
149.1
154.1
158.9
163.9
168.9
173.8
178.8
183.8
188.8
15.214
15.197
13.247
12.646
12.479
12.186
11.885
11.765
11.446
11.247
18.834
18.745
19.513
19.257
18.119
18.934
19.991
9.814
9.770
9.649
9.620
9.586
9.566
9.454
9.344
9.229
9.202
9.149
9.999
8.992
8.912
8.889
8.719
8.613
33.385
33.382
33.371
33.432
33.421
33.353
33.344
33.420
33.438
33.463
33.482
33.514
33.504
33.545
33.588
33.568
33.632
33.577
33.699
33.690
33.665
32.723
33.717
33.718
33.763
33.766
33.752
33.756
33.818
33.840
33.869
33.926
33.942
33.945
33.964
33.971
33.979
Long.
Dens.
&—T
24.66
24.68
24.68
24.77
24.82
24.83
24.98
25.12
25.25
25.31
25.38
25.46
25.47
25.57
25.63
25.69
25.76
25.76
25.98
25.91
25.91
25.91
25.98
25.99
26.85
26.95
26.05
26.06
26.12
26.16
26.28
26.25
26.27
26.28
26.31
26.33
26.35
33.984 26.37
34.028 26.42
121.3098W
Fluor
'A of surface Irradianc
Beam
V.
Atten
419 nH 441 nIl 465 nIl 488 nfl 529 nfl 548 nfl 569 nfl 589 nfl 625 nfl 671 nfl
8.88
8.08
8.08
8.88
8.00
8.88
8.89
0.89
8.90
0.08
9.99
8.80
8.08
9.00
0.89
8.80
8.88
9.08
8.88
8.90
8.88
0.80
0.90
8.80
8.80
9.00
8.99
0.89
9.08
0.00
8.80
0.08
8.08
8.00
8.90
9.88
8.09
0.00
8.08
8.586
0.611
0.619
188.88 108.88 180.88 188.80 180.88 100.80 180.08 108.00 108.90 188.80
8.695
8.683
0.637
8.539
0.496
9.452
0.448
8.441
8.432
8.421
8.418
8.409
8.488
8.480
8.397
8.391
0.389
0.389
8.387
0.388
9.389
8.388
9.385
8.385
8.388
8.386
0.385
9.387
0.387
8.388
9.391
0.386
8.383
8.383
53.98
27.22
11.87
5.90
2.09
8.93
67.49
42.76
18.73 25.22
8.45 13.77
7.04
3.97
4.82
2.03
2.44
1.10
1.61
0.66
1.11
0.42
0.78
9.56
8.42
61.61
35.21
71.14
48.29
30.62
18.17
10.47
6.25
3.99
2.73
1.95
1.43
1.86
0.80
8.68
0.46
8.384
0.382
E—1
68.38
44.38
27.78
16.78
9.72
5.69
3.46
2.23
1.48
1.02
0.78
0.50
67.12
43.96
26.97
16.49
9.19
5.51
3.28
2.07
1.35
8.89
8.62
62.98
37.83
22.54
12.97
7.17
4.13
2.31
1.35
8.79
8.48
46.76
28.81
9.38
4.15
1.86
9.89
0.40
19.78
3.43
8.61
9.78
0.83
Cast Labe' : ODEX 3 STA 7
Z—ave
II
—8.3
4.8
9.7
14.8
19.7
24.7
29.6
34.7
39.7
44.6
49.6
54.5
59.4
64.5
69.5
74.4
79.4
84.4
89.3
94.2
99.3
184.3
199.2
114.2
119.1
124.2
129.8
134.1
139.0
143.9
149.0
154.8
159.0
163.9
168.8
173.8
178.8
183.8
188.8
Lat.
35.1940N
Temp
Sal.
Dens.
deg C
ppt
&—T
13.814
15.201
15.890
14.652
14.247
13.481
12.996
12.536
12.369
12.028
11.894
11.545
11.442
11.293
11.281
18.822
10.669
19.424
10.237
10.115
10.807
9.895
9.895
9.743
9.634
9.613
9.578
9.516
9.411
9.236
9.227
9.183
9.127
9.845
8.920
8.863
8.758
8.628
8.535
37.826
33.382
33.496
33.445
33.633
33.661
33.596
33.499
33.514
33.694
33.517
33.669
33.518
33.573
33.569
33.640
33.687
33.788
33.709
33.679
33.731
33.709
33.755
33.751
33.784
33.769
33.799
33.837
33.848
33.985
33.874
33.923
33.958
33.997
34.807
33.989
33.976
34.937
34.951
Long.
LIP CAST
121.388814
Fluor
V.
28.42
8.88
24.68
8.88
24.73
0.00
24.85
0.80
25.98
8.08
25.26
8.88
25.31
8.00
25.32
0.00
25.37
8.00
25.57
8.08
25.46
8.86
25.64
0.80
25.54
0.80
25.61
8.00
25.63
0.00
25.75
0.80
25.81
9.08
25.94
0.80
25.91
9.00
25.99
8.00
25.96
0.80
25.97
8.00
26.02
8.98
26.02
8.88
26.97
9.88
26.06
0.88
26.89
0.00
26.13
0.80
26.15 —8.91
26.23
0.88
26.28
0.80
26.25
8.88
26.28
8.88
26.33
0.09
8.80
26.36
26.35
0.88
26.36
0.08
26.43
8.90
26.45
0.00
Z of surface Irradianc
Beam
Alien
418 nti 441 nIl 465 nIl 488 nIl 528 nIl 548 nIl 568 nIl 58? nIl 625 nIl 671 nIl
8.212
0.601
0.645
0.689
0.649
0.573
0.503
0.452
0.443
0.443
0.433
0.417
8.413
0.418
8.413
0.401
8.480
0.397
9.392
8.390
3.398
8.389
8.389
8.388
8.389
8.385
0.387
8.385
8.384
0.387
0.386
8.385
8.387
0.387
9.388
8.387
8.384
0.384
8.384
188.89 198.88 198.98 188.98 189.68 188.86 109.98 108.88 188.96 189.89
51.72
25.73
11.86
4.71
2.88
8.98
66.89 70.97
41.43 47.41
17.59 24.89 29.87
8.07 13.26 17.79
6.97 18.51
3.91
4.15
6.49
2.86
4.30
2.64
1.28
3.82
8.73
1.78
2.19
8.46
1.23
0.89
1.61
1.21
8.64
0.47
0.91
0.69
8.36
8.53
9.28
0.48
59.60
33.88
E—2
67.73
43.55
27.31
16.54
9.76
5.77
3.63
2.38
1.61
1.13
8.78
8.54
0.38
66.84
42.49
26.77
16.34
9.29
5.56
3.42
2.18
1.44
8.98
8.67
8.46
62.65
37.34
22.45
13.39
7.22
4.18
2.35
1.39
0.84
0.51
46.16
20.44
9.48
4.28
1.92
0.85
0.48
19.72
3.39
8.63
10.07
8.84
Cast Label
2—ave
M
:
ODEX 3 STA 9 18—12-82 23142 DN CAST
Lat.
35.1910N
Temp
Sal.
deg C
ppt
—8.3
16.894
24.658
4.8
9.7
14.9
19.8
24.6
29.7
34.7
39.5
44.6
49.6
54.6
59.6
64.5
69.4
74.4
79.3
84.4
89.3
15.295
15.154
33.628
33.455
33.503
33.493
33.439
33.355
33.244
33.366
33.451
33.483
33.537
33.512
33.686
33.834
33.586
33.586
33.616
33.611
33.641
33.674
33.718
33.714
33.723
33.737
33.797
33.778
33.795
33.810
33.842
33.861
33.913
33.932
33.940
33.939
33.962
33.963
33.978
33.993
.4.3
99.4
184.3
109.3
114.3
14.877
14.565
14.124
13.587
12.586
12.967
12.753
12.470
12.049
11.680
11.441
11.178
11.136
11.127
11.078
11.043
18.966
10.853
18.659
18.633
10.591
119.1
18.507
124.1
10.328
10.383
18.272
18.161
10.087
10.910
9.859
9.781
9.693
9.672
9.621
9.591
129.0
134.1
139.0
144.8
149.1
154.1
158.9
163.8
168.9
173.9
178.8
183.9
188.8
9.548
9.489
Long.
Dens.
&—T
17.79
24.85
24.75
24.85
24.91
24.96
25.88
25.12
25.14
25.24
25.32
25.45
25.50
25.61
25.68
25.65
25.65
25.69
25.69
25.73
25.77
25.84
25.84
25.86
25.88
25.96
25.95
25.97
26.80
26.84
26.06
26.13
26.16
26.18
26.18
26.21
26.21
26.23
26.25
121.8688W
Fluor
Z of surface Irradianc
Beam
Atten
418 nfl 441 nfl 465 nIl 488 nfl 528 nfl 548 nfl 568 nfl 589 nfl 625 nfl 671 nfl
0.98 27.631
0.88 0.624
108.88 188.88 100.88 188.08 100.08 188.80 108.08 188.08 188.08 188.88
6.16
45.34 58.42 56.81 62.31 61.17 61.49 57.96 46.68 14.63
8.44
2.06
21.43 25.83 32.30 38.11 36.63 36.52 32.09 16.17
V.
8.00
0.08
8.08
8.88
8.08
8.88
0.80
8.00
0.00
0.00
0.80
8.80
8.08
0.00
8.08
8.80
8.80
0.00
0.08
8.00
8.00
8.80
0.88
8.88
8.88
8.08
0.88
0.08
0.88
8.08
0.88
8.88
9.00
8.88
8.08
8.08
8.88
9.658
8.655
8.671
8.81
8.634
8.566
8.474
8.514
0.491
0.478
8.436
8.426
8.465
8.422
1.61
3.69
8.78
12.72
5.52
2.62
1.27
17.63
9.20
4.64
2.58
0.67
0.38
1.46
0.91
0.58
8.38
0.418
8.416
8.421
8.427
8.425
0.416
0.472
0.476
0.453
8.461
8.486
0.476
0.531
8.542
0.551
0.551
8.539
8.540
8.526
8.519
8.527
8.514
8.585
8.493
E—3
22.45
12.64
7.89
4.03
2.48
1.61
1.08
0.75
8.53
8.39
21.32
11.92
6.88
3.75
2.21
1.37
8.87
0.56
8.38
21.22
11.63
6.49
3.63
2.88
1.24
8.77
0.48
17.68
9.14
4.93
2.64
1.43
0.81
8.47
6.20
2.50
1.88
8.46
0.31
Cast Label : ODEX 3 5Th 9 18-12-82 2345Z tiP CAST
Z—ave
11
—8.3
Lat.
35.1918N
Temp
SaL
ppt
Dens.
35.458
33.387
33.486
33.366
33.425
33.336
33.149
33.273
33.321
33.485
33.496
33.498
33.508
33.576
33.578
33.577
33.567
33.617
33.641
33.632
33.697
33.708
33.699
33.712
33.747
33.774
33.789
33.889
33.869
33.854
33.983
33.938
33.926
33.945
33.943
33.954
33.969
33.975
33.993
26.17
24.69
24.73
24.75
24.89
24.95
25.05
25.12
25.13
25.37
25.44
25.49
25.51
25.61
25.64
25.64
25.64
25.70
25.73
25.73
25.82
25.84
25.84
25.86
25.91
25.95
25.97
26.80
26.87
26.06
26.12
26.17
26.17
26.19
26.19
26.21
26.22
26.24
26.26
deg C
15.707
4.8 15.209
9.7 15.062
14.8
14.851
19.7
24.6
29.6
34.7
39.6
44.6
49.6
54.6
59.5
64.4
69.4
74.4
79.5
84.3
89.2
94.2
99.3
184.2
189.3
114.2
14.374
13.775
12.546
119.1
18.395
124.1
10.380
10.257
18.165
10.832
9.984
9.842
129.1
134.0
139.8
144.8
149.1
154.8
158.9
163.9
168.9
173.7
178.9
183.8
188.8
12.676
12.808
12.241
11.921
11.648
11.566
11.351
11.183
11.169
11.128
11.833
18.960
10.888
10.663
10.625
18.683
10.540
9.733
9.699
9.669
9.647
9.680
9.559
9.514
9.435
Long.
&—T
121.8688W
Fluor
Beam
V.
Atten
0,80
8.08
0.08
8.88
8.88
8.80
8.08
8.00
0.80
0.00
8.00
8.00
0.00
0.88
8.80
8.08
8.08
0.88
0.08
8.00
8.08
8.88
8.88
8.88
0.80
8.00
8.88
0.80
8.80
8.88
8.08
8.00
8.88
0.80
0.00
0.88
8.88
8.08
0.88
8.368
0.630
8.645
8.647
0.669
8.618
0.474
8.456
0.489
0.457
0.435
8.419
8.456
% of surface Irradianc
418 nil 441 nil 465 nIl 488 nil 528 nIl 548 nil 568 nil 589 nil 625 nil 671 nfl
108.88 188.98 100.80 188.88 188.08 188.08 188.80 108.88 188.88 100.88
5.46
51.74 55.34 59.20 62.40 57.64 56.87 52.17 35.68 13.17
22.51
9.99
4.41
1.85
28.46
13.62
6.38
2.94
1.49
0.84
33.62
18.37
9.23
4.86
2.78
1.64
1.86
8.71
0.49
38.83
22.23
12.43
6.92
4.85
2.56
1.71
1.18
0.83
8.60
0.44
0.449
0.417
8.415
8.413
8,422
8.428
0.416
8.439
8.455
0.454
8.447
8.462
8.488
8.495
0.538
8.549
8.545
0.539
8.548
8.529
8.525
8.524
8.522
8.583
8.583
0.495
E—4
34.58
33.76
19.90
18.98
19.34
18.18
6.09
3.47
2.08
1.32
0.86
0.56
8.38
5.82
3.38
1.93
1.28
0.78
8.51
28.93
15.68
7.72
4.21
2.24
1.20
0.69
14.24
5.29
2.12
0.89
8.37
1.75
8.36
Cast Label : ODEX 3 STA 14 18-14-82 2248Z
Lat. 34.5898N
Temp
Sal.
fi
deg C
ppt
8.3
5.2
16.813
16.022
18.3
15.2
15.888
Z—ave
20.3
25.1
38.2
35.2
48.1
45.8
58.1
55.8
68.0
64.9
69.9
75.0
79.8
84.9
89.7
94.9
99.8
184.8
189.7
114.7
119.6
124.6
129.6
134.6
139.5
15.744
15.788
15.676
15.629
15.214
14.836
13.581
13.573
12.927
12.672
12.366
12.139
11.993
11.874
11.756
11.492
11.318
10.931
18.628
10.481
18.208
18.869
9.971
9.814
9.587
9.321
32.758
33.288
33.356
33.379
33.370
33.364
33.371
33.326
33.525
33.228
33.347
33.558
33.453
33.545
33.496
33.589
33.528
33.551
33.646
33.558
33.683
33.661
33.683
33.698
33.683
33.698
33.697
33.785
33.794
Long.
Dens.
&—T
24.82
24.43
24.51
24.56
24.56
24.57
24.58
24.64
24.92
24.91
25.00
25.29
25.26
25.39
25.48
25.44
25.47
25.51
25.63
25.59
25.78
25.88
25.88
25.98
25.92
25.94
25.97
26.08
26.13
CAST
121.13834
Fluor
Z of surface Irradianc
Beau
V.
Atten
418 nfl 441 nfl 465 nfl 488 nfl 528 nfl 548 nfl 568 nFl 589 nfl 625 nfl 671 nfl
8.88
1.811
8.08
8.08
8.08
0.88
8.08
8.00
8.88
8.08
0.88
8.08
0.88
0.80
0.80
8.08
8.88
8.88
8.88
0.08
8.00
8.00
8.08
8.88
8.08
8.80
8.88
8.88
8.08
8.08
8.548
8.543
8.553
8.544
8.541
8.558
8.575
0.547
8.473
8.469
8.478
0.471
0.438
8.493
188.88 188.88 188.88 188.08 188.08 188.08 188.88 180.08 180.00 180.80
7.95
59.14 66.26 70.44 73.21 67.86 66.18 61.06 43.89 17.68
3.13
0.76
37.75
28.18
44.16
46.48
54.87
35.40 44.24 58.06
8.57
24.82
9.88
38.17
18.78 28.77 35.27 48.83 32.38
18.16
5.51
2.95
18.48
18.84
6.64
24.55
16.72
10.64
29.31
22.81
28.93
14.47
15.34
9.89
1.58
3.89
2.26
1.34
8.80
6.89
4.37
2.83
1.86
1.23
8.81
0.54
9.77
6.57
4.45
3.83
2.88
1.43
8.99
8.69
0.48
6.82
4.54
2.98
1.86
8.493
8.442
8.434
0.433
8.414
8.396
8.391
8.389
8.386
8.386
8.385
8.384
8.383
8.383
PRE?WIURE END OF DATA FILE
E—5
1.21
8.78
8.51
28.80
13.85
8.67
14.48
9.85
5.65
5.98
3.95
2.46
1.54
8.98
8.62
3.71
2.36
1.36
8.78
4.38
2.18
1.89
8.59
Cast Label
Lat. 34.5878N
Z—ave
N
—8.2
3 STA 19 18—15—82 1785Z ON CAST
:
Long.
Sal.
ppt
Dens.
deg C
15.379
29.734
21.84
Temp
&—T
4.8 16.453 33.358 24.38
9.7 16.454 33.353 24.38
14.9
19.7
24.6
29.6
34.7
39.7
44.7
49.6
54.7
59.4
64.5
69.5
74.4
79.4
84.3
94.1
99.3
184.3
189.2
114.2
119.1
124.2
129.1
134.2
139.8
143.9
149.1
153.9
158.9
16.454
16.455
16.326
16.211
16.185
16.131
16.126
14.442
13.153
12.893
12.418
11.935
11.617
11.276
10.971
18.629
10.333
10.891
9.984
9.769
9.629
9.569
9.444
9.327
9.215
9.170
9.837
8.968
8.875
8.785
33.363
33.365
33.389
33.406
33.384
33.369
33.369
34.258
33.619
33.461
33.437
33.488
33.499
33.519
33.534
33.557
33.596
33.581
33.598
33.647
33.663
33.663
33.674
33.718
33.753
33.738
33.781
33.787
33.826
33.846
24.39
24.39
24.44
24.48
24.47
24.47
24.47
25.52
25.38
25.22
25.30
25.42
25.50
25.58
25.84
25.72
25.80
25.83
25.86
25.94
25.97
25.98
26.81
26.07
26.11
26.11
26.16
26.18
26.22
26,25
122.4258W
Fluor
Z of surface Irradianc
Beam
Atten
418 nIl 441 nfl 465 nfl 488 nfl 528 nIl 548 nfl 568 nfl 589 nIl 625 nfl 671 nfl
8.88 27.631
8.80 0.567
8.80 8.566
0.88 8.566
8.00 8.566
8.80 0.575
8.00 8.546
8.88 8.526
8.88 8.541
8.08 8.537
8.80 8.496
0.80 8.437
0.88 0.416
8.88 8.409
8.08 0.397
8.08 8.397
8.88 8.398
8.88 8.394
180.88 188.88 188.08 188.08 100.88 188.80 188.88 100.08 188.88 100.88
V.
0.80
0.391
0.88
8.00
8.08
8.80
0.88
0.08
8.88
0.88
0.88
0.08
8.08
8.88
0.88
0.80
0.388
8.386
8.384
0.386
8.386
8.384
0.384
0.385
8.383
0.383
8.383
8.383
59.26
35.21
64.96
42.98
69.82
49.27
19.37
18.94
5.89
3.05
28.18
18.86
18.37
5.99
34.49
23.67
15.66
9.44
1.55
3.48
1.85
5.89
3.58
2.13
1.34
8.98
0.64
0.47
1.85
0.61
8.382
8.382
END OF DATA FILE
E—6
73.86
54.52
48.88
28.77
19.98
13.26
8.47
5.31
3.36
2.21
1.53
1.13
0.86
0.65
0.49
68.42
47.47
32.67
22.19
14.89
9.34
6.86
3.79
2.36
1.49
0.97
8.66
8.46
67.36
45.75
62.28
39.14
44.47
28.81
18.41
3.31
38.91
24.56
14.68
8.78
5.43
3.38
1.94
9.14
4.27
2.86
1.83
8.57
28.73
13.18
8.48
5.39
3.35
2.87
1.29
8.82
1.14
8.67
8.51
8.66
8.81
Cast Label
:
ODEX 3
Lat.
34.5866N
Temp
Sal.
deg C
ppt
—9.3
16.555
4.8
9.7
14.9
16.661
19.7
24.7
29.5
34.6
39.6
44.7
49.6
54.6
59.6
64.4
69.6
15.897
15.791
74.5
79.3
84.4
89.4
94.4
99.3
104.3
189.2
114.2
11.072
18.953
10.865
10.117
9.865
9.883
9.734
28.817
32.946
33.111
32.937
32.944
32.899
32.957
33.004
33.848
33.843
33.883
33.118
32.928
32.922
32.920
32.953
32.993
33.023
32.983
32.974
33.094
33.187
33.240
33.295
2—ave
N
16.249
16.111
15.577
15.116
15.878
14.659
13.274
12.224
11.626
11.178
11.898
9.849
19.855
Long.
Dens.
21 ON CAST 18-16-82 88462
123.1436(4
Fluor
X of surface Irradianc
Beam
V.
Atten
418 nfl 441 nIl 465 nIl 488 nfl 529 nfl 540 nfl 568 nfl 589 nfl 625 nfl 671 nfl
28.26
24.82
24.24
8.88
0.00
0.08
0.789
0.486
0.497
180.00 108.80 100.08 180.80 180.08 100.80 100.00 108.80 188.80 108.00
4.66
91.63 87.71 85.29 83.76 69.63 65.61 57.77 37.87 11.58
24.14
24.19
24.18
24.27
24.41
24.45
24.54
24.79
25.88
25.05
25.13
25.14
25.17
25.22
25.26
25.36
25.40
25.49
25.52
25.81
25.61
0.00
8.88
8.80
8.88
8.88
0.80
0.08
8.80
8.00
8.08
8.00
8.00
8.08
8.08
8.88
0.88
0.80
0.80
8.00
0.80
0.80
&—T
8.502
8.587
8.494
0.511
0.568
8.575
0.568
0.528
8.498
8.465
8.438
8.431
66.58
69.67
68.68
68.03
49.90
44.99
44.29
29.62
18.96
12.62
7.48
4.24
51.23
35.33
24.13
52.66 53.64
39.14 40.74
28.48 38.02
19.65 21.37
13.08 14.69
9.72
8.23
35.84
23.87
15.54
18.43
6.89
4.44
2.79
1.79
1.12
30.27
18.97
17.81
18.76
6.49
3.82
2.18
5.87
3.87
1.89
6.26
3.98
2.57
1.21
1.71
1.18
0.423
0.403
8.397
0.394
0.388
8.388
8.385
0.387
0.384
END OF DATA FILE
E—7
12.22
7.87
5.18
3.28
1.99
1.24
35.72
20.88
12.22
7.13
4.21
2.56
1.51
15.35
8.70
2.91
1.27
1.77
Cast Label
;
ODEX 3 STA 21 tiP CAST 18-16—82 88582
Lat. 34.5864N
2—ave
H
—8.3
4.7
9.7
14.8
19.7
24.7
29.6
34.7
39.6
44.6
49.6
54.6
59.5
64.4
69.6
74.5
79.4
84.4
89.4
94.3
99.3
104.2
109.3
118.8
Long.
Temp
Sal.
Dens.
deg C
ppt
&—T
16.222
16.597
16.388
15.945
15.901
15.488
15.120
15.023
14.949
32.165 23.52
32.939 24.83
32.946 24.08
32.921 24.16
32.923 24.17
33.828 24.35
33.804 24.41
33.001 24.43
32.977 24.43
13.475 32.964 24.72
12.630 33.082 24.92
11.974 32.822 24.91
11.612 32.861 25.00
11.147 32.905 25.12
11.118 32.918 25.14
11.070 32.973 25.19
10.927 32.997 25.23
10.906 33.059 25.28
18.122 32.972 25.35
9.981 32.963 25.38
9.816 33.098 25.50
9.787 33.119 25.54
9.861 33.239 25.60
9.872 33.252 25.61
840 OF DATA FILE
123.1436W
Fluor
Z of surface Irradianc
Beam
V.
Atten
418 nil 441 nil 465 nIl 488 nIl 528 nil 548 nIl 568 nIl 589 nIl 625 nIl 671 nIl
8.88
0.80
0.00
0.00
8.08
0.00
0.80
8.08
8.00
0,00
0.00
8.00
0.00
0.289
8.469
0.476
8.503
8.487
8.49?
0.533
0.561
0.574
188.88 100.88 108.00 188.08 188.08 180.80 188.80 100.00 180.00 108.00
9.67
3.84
87.64 89.25 83.08 78.23 61.78 54.84 46.82 29.94
0.08
0.80
8.00
0.00
0.80
0.00
8.80
8.00
0.08
8.00
0.80
0.562
0.506
0.492
0.463
8.434
0.431
65.38
46.28
32.43
21.38
13.59
8.68
5.84
66.08
49.73
37.53
26.77
18.30
12.25
7.64
4.66
2.76
0.422
0.413
0.397
0.395
8.387
0.387
0.384
8.383
0.384
E—8
65.96
61.80
41.91
34.91
26.50
12.14
48.92
38.38
28.42
28.36
14.12
9.25
5.94
3.73
2.39
48.58
37.66
28.64
21.19
28.95 23.79
28.96 16.61
14.33 10.89
7.38
9.96
4.93
6.79
3.23
4.51
2.07
2.96
1.90
16.18
18.23
6.03
3.74
2.34
5.26
2.43
15.07
10.31
6.86
4.52
3.03
2.85
1.34
Cast Label : ODEX 3 STh 25 UP CAST 18-16-82 2134Z
Lat.
Long.
Temp
Sal.
Dens.
N
deg C
ppt
&-T
—8.3
17.317
17.729
17.547
17.500
Z—ave
4.8
9.7
14.8
19.7 17.427
24.7 17.515
29.6 17.588
34.6 17.497
39.5 17.216
44.5 15.871
49.6 14.112
54.6 13.567
59.6 13.995
64.4 12.694
69.4 12.317
74.4 12.129
79.4 11.978
84.3 12.282
89.4 12.228
94.3 11.656
99.4 11.274
184.3 11.089
189.3 18.838
114.2 10.443
119.1 19.365
124.1 10.297
129.0 10.838
134.1
9.817
9.781
139.8
9.685
143.9
149.1
9.478
9.294
154.9
9.215
158.9
163.9
9.119
9.681
168.9
173.8
8.979
178.9
8.961
183.8
8.983
188.8
8.858
28.314
33.033
33.034
28.32
23.83
23.88
23.89
23.93
23.95
23.97
24.91
23.88
24.33
24.69
24.67
24.79
24.91
24.94
24.97
25.04
24.97
25.11
25.48
25.26
25.27
25.31
25.39
25.45
25.54
25.65
25.78
25.75
33.832
33.863
33.116
33.168
33.186
32.938
32.888
33.088
32.923
32.924
33.916
32.952
32.937
32.992
32.965
33.151
33.386
33.115
33.879
33.888
33.098
33.157
33.230
33.338
33.348
33.413
33.488 25.84
33.568 25.92
33.618 25.99
33.642 26.82
33.713 26.09
33.756 26.13
33.808 26.19
33.808 26.19
33.848 26.24
33.873 26.26
124.4262W
Fluor
Z of surface irradiance
Beam
V.
Atten 418 nil 441 nIl 465 nIl 488 nil 520 nil 548 nIl 568 nIl 589 nIl 625 nIl 671 nIl
8.90
9.00
8.90
9.88
8.88
0.80
8.88
8.88
8.88
0.08
0.08
9.00
8.09
8.99
0.00
0.00
9.98
8.99
8.98
9.88
9.80
8.89
9.88
8.88
0.99
8.89
8.89
8.80
9.80
9.89
9.88
0.88
6.89
9.88
9.90
8.98
8.89
8.88
8.88
8.215
8.438
0.443
8.441
0.447
8.444
0.439
0.439
8.452
8.593
0.481
9.490
8.488
8.489
0.452
9.433
8.417
8.396
8.388
9.383
0.385
8.386
9.384
8.384
8.383
8.382
9.382
0.381
9.380
0.382
9.382
8.382
9.382
8.382
8.382
8.383
9.382
8.382
8.382
100.80 188.89 190.88 188.09 190.80 188.89 180.08 188.88 188.88 189.88
5.67
98.83 92.81 87.84 65.73 59.81 51.14 34.08 12.67
8.48
2.23
16.77
83.57 82.57 79.05 75.76 51.36 45.83 35.89
8.46
8.26
66.18 68.99 67.66 65.94 48.54 34.43 24.62
183.91
26.96
21.89
16.62
17.98
4.56
49.96
43.49
32.64
26.11
21.89
13.85
9.35
35.42
29.75
37.74
32.18
16.72
13.87
12.76
9.45
6.36
4.37
23.81
26.51
20.88
19.12
7.39
3.81
15.58
11.19
5.17
3.50
2.46
1.73
1.19
8.84
8.68
9.43
6.79
4.93
3.49
2.56
1.52
8.84
0.48
8.28
56.89
56.78
57.58
57.48
39.23
38.59
23.98
18.99
13.77
8.26
4.92
2.64
46.66
38.69
48.89
41.63
32.04
26.29
20.22
14.44
1.48
9.86
9.58
9.73
5.63
3.52
2.28
1.48
0.99
6.70
9.52
8.49
6.32
E—9
17.97
12.88
8.72
5.57
3.86
2.67
1.92
1.44
1.12
8.89
8.72
8.59
0.48
0.49
9.33
0.27
7.83
5.45
3.89
2.88
2.29
1.74
1.48
1.15
0.94
9.78
8.64
8.53
8.44
9.36
9.30
6.31
2.31
1.69
1.19
8.74
8.51
0.35
2.83
1.36
8.82
8.54
0.34
Cast Label
Z—ave
H
—0.3
4.8
9.7
14.8
19.7
24.7
29.6
34.7
39.6
44.6
49.6
54.6
59.4
64.4
69.4
74.4
79.3
84.4
89.3
94.2
99.3
104.2
189.2
114.2
119.1
124.2
129.8
134.8
139.0
143.9
148.9
154.0
158.9
163.9
168.9
173.9
178.9
183.9
188.9
:
Lat.
34.2977N
Temp
Sal.
ppt
3 STA 38 ON CAST 18-17-82 1838Z
Long.
Dens.
123.4802W
Fluor
X of surface Irradiance
Beam
V.
Atten 418 nil 441 nfl 465 nfl 488 nfl 528 nfl 548 nIl 560 nIl 589 nfl 625 nfl 671 nfl
20.25
24.83
16.665 32.954 24.82
16.642 32.965 24.84
16.637 32.945 24.82
16.834 32.954 24.83
16.635 32.962 24.04
16.642 32.961 24.84
14.986 32.598 24.13
12.986 32.912 24.78
12.691 32.926 24.85
12.291 32.966 24.96
11.877 32.958 25.02
11.625 32.947 25.87
11.344 32.984 25.13
0.00
8.00
8.80
8.60
8.08
8.08
8.88
8.332
8.478
0.468
8.469
8.470
0.469
8.468
6.66
0.80
8.08
8.88
8.80
8.08
8.88
8.469
0.585
8.522
8.514
8.514
8.478
0.444
8.444
25.22
25.21
25.28
25.31
25.34
25.38
25.34
25.36
25.28
25.45
25.66
25.73
25.82
25.89
25.93
26.83
26.04
26.15
26.23
26.27
28.26
26.28
26.30
26.33
8.88
0.00
0.88
8.08
8.88
0.88
0.88
0.88
8.88
8.00
8.88
6.08
6.08
6.80
8.88
6.88
8.88
0.88
0.08
8.80
8.08
8.00
6.80
8.80
deg C
17.218
16.681
&—T
28.197
32.978
11.186
10.957
18.747
10.618
33.841
18.299
18.147
18.839
9.926
16.183
9.935
32.996
32.985
32.936
32.942
9.668
9.765
9.823
9.942
9.782
9.417
9.368
9.243
8.974
8.818
8.809
8.769
8.698
8.593
33.264
33.364
32.973
33.823
33.022
32.788
33.852
33.619
33.646
33.692
33.696
33.886
33.853
33.875
33.863
33.882
33.888
33.989
088
8.431
8.422
8.418
8.405
6.397
8.396
8.394
0.391
100.08 188.80 108.00 100.08 180.88 188.88 100.00 180.80 188.88 180.08
9.23
75.35 78.39 88.94 83.56 74.60 72.72 66.97 47.68 19.12
55.32
42.12
31.49
23.61
17.18
12.34
7.59
3.99
1.97
1.08
8.55
8.31
52.93
44.63
62.29
49.83
38.66
38.43
23.38
17.66
12.40
66.04
53.34
43.13
34.76
27.51
21.29
15.62
69.06
56.47
56.91
7.68
4.18
2.34
1.44
8.89
0.58
6.39
0.27
8.28
18.51
13.11
6.68
3.87
2.57
8.88
5.83
3.85
2.64
1.88
1.39
1.85
48.83 36.88 28.88
38.87 27.88 19.17
22.47 18.85 12.18
8.87
16.64 13.56
4.96
9.48
11.93
6.42
3.06
8.48
1.93
4.16
5.92
1.18
2.69
3.69
8.74
1.78
2.44
8.48
1.23
1.78
8.28
0.79
1.12
8.52
8.76
8.35
8.54
8.25
0.38
8.388
8.387
0.386
0.387
8.388
6.389
8.389
6.388
8.389
0.387
8.384
0.384
8.385
8.385
8.386
0.386
E—1 6
1.70
1.18
0.85
8.63
8.48
8.37
8.38
8.24
8.19
8.16
46.84
38.31
38.98
24.38
18.37
8.81
8.84
8.52
8.42
0.35
8.29
8.24
0.28
8.28
8.28
23.37
18.45
5.78
2.50
1.30
8.66
0.35.
8.18
3.65
8.60
0.15
8.79
Cast Label : ODEX 3 STA 38 UP CAST 18—17-82 18
Z—ave
H
—8.3
4.8
9.7
Lit.
34.285?N
Temp
Sal.
ppt
Dens.
Fluor
deg C
&-T
V.
Atten
418 nH 441 nIl 465 nIl 488 nIl 528 nIl 548 nIl 568 nIl 589 nIl 625 nfl 671 nIl
16.689
16.699
29.832
32.963
21.62
24.82
32.970
8.474
0.464
8.466
188.88 108.88 108.08 108.88 188.08 188.88 180.08 188.08 100.88 188.08
16.681
8.88
0.00
8.08
8.00
8.88
8.00
0.08
8.80
8.88
8.88
8.08
0.00
0.88
8.80
8.80
0.88
8.88
0.88
0.00
0.88
0.08
8.00
8.88
8.08
8.80
8.88
8.80
0.08
0.88
0.08
8.80
0.80
8.08
8.08
0.00
8.88
0.00
0.00
0.00
14.8
19.7
24.7
29.5
34.7
39.5
44.6
49.6
54.6
59.4
64.4
69.4
16.678
16.672
16.652
16.518
13.460
12.784
74.4
79.4
84.3
89.3
94.3
99.4
184.3
109.3
114.3
11.856
10.738
18.604
18.273
10.134
12.697
12.179
11.864
11.588
11.310
11.152
18.814
9.923
9.892
119.1
9.922
9.625
124.1
9.711
129.1
9.877
9.912
9.746
9.396
9.324
9.152
8.904
8.888
8.884
8.779
8.696
8.642
8.567
134.0
139.0
143.9
149.0
154.0
158.9
163.9
168.9
173.8
178.8
183.8
188.8
Long.
24.83
32.973 24.84
32.972 24.04
32.969 24.04
32.934 24,84
32.954 24.72
32.815 24.75
32.864 24.88
32.943 24.96
32.957 25.03
33.829 25.15
32.946 25.12
32.967 25.17
32.993 25.21
32.975 25.25
33.016 25.30
33.818 25.36
32.936 25.32
32.926 25.33
32.924 25.35
32.957 25.38
33.094 25.48
33.257 25.66
33.359 25.72
33.531 25.83
33.648 25.91
33.661 25.95
33.686 26.83
33.758 26.89
33.781 26.14
33.785 26.19
33.830 26.24
33.847 26.25
33.862 26.27
33.888 26.30
33.894 26.31
33.911 26.34
123.4838W
Z of surface Irradiance
Beam
8.467
8.467
0.468
0.466
8.510
0.521
0.509
8.528
0.474
0.448
8.442
0.428
0.420
0.489
0.487
8.397
0.395
0.391
73.98
55.38
42.49
31.12
23.08
16.58
18.96
5.76
2.98
1.53
8.83
0.48
81.55 84.01
67.30 78.45
51.87 55.32 58.49
39.45 44.17 47.87
30.68 35.16 38.70
23.19 27.27 38.58
16.41 20.17 23.38
18.52 13.92 16.92
9.12 11.73
6.37
7.87
5.75
3.45
5.25
2.06
3.51
2.39
3.57
1.32
1.63
2.52
0.85
1.83
8.57
1.16
0.85
1.37
8.39
1.05
0.64
0.28
0.82
0.21
0.58
0.66
8.39
0.53
0.32
0.44
0.25
78.96
63.29
0.21
8.17
8.389
0.387
0.387
0.384
0.14
8.385
0.388
0.389
8.389
0.388
0.388
8.387
0.383
0.384
8.384
0.385
0.386
0.386
0.385
E—1 I
0.36
8.30
0.24
0.28
8.16
75.29
57.08
42.85
31.71
23.17
16.62
11.72
8.28
5.60
3.53
2.37
1.62
1.09
8.75
8.53
0.38
8.28
8.28
73.17
53.33
38.47
27.71
19.52
13.54
9.30
6.49
4.82
2.64
1.77
1.18
0.77
8.52
0.35
8.25
67.48
44.79
29.55
19.57
12.67
8.09
4.92
3.11
1.89
1.17
8.73
8.46
8.27
49.20
23.48
28.65
3.78
11.67
5.82
8.73
0.15
2.74
1.34
0.66
8.35
8.18
10.41
0.83
Cast Label : ODEX 3 STA 37 DN CAST 18-18—82 19852
2—ave
N
—8.3
4.7
9.7
14.8
19.7
24.5
29.7
34.6
39.6
44.6
49.5
54.6
59.5
64.4
69.6
74.4
79.3
84.3
89.3
94.3
99.3
184.2
189.2
114.2
Lat.
34.2949N
Teip
degC
Sal.
16.936
17.912
15.425
33.844
17.912
17.989
17.918
17.918
17.911
17.916
17.922
17.818
17.351
15.405
14.674
14.623
14.144
13.271
12.834
12.544
12.423
12.323
12.089
11.931
119.1
11.697
11.527
11.318
124.1
11.171
128.9
18.861
134.1
18.728
18.529
10.513
18.167
18.856
9.940
139.8
143.8
149.8
154.8
158.9
164.8
168.9
173.9
178.8
183.9
188.7
9.938
9.789
9.749
9.559
9.396
9.294
Long.
125.4898W
U.
X of surface Irradianc
Atten 418nN441nN465nt1488ntl520nt1548nH560nhl589nN625nM671flM
33.854
33.855
33.861
33.858
33.857
33.861
33.871
33.861
33.169
33.247
32.986
33.173
33.111
18.57
23.88
23.81
23.81
23.81
23.81
23.81
23.81
23.82
23.84
24.83
24.53
24.49
24.65
24.70
8.80
8.88
8.80
8.88
8.88
8.88
8.88
8.88
8.88
8.08
8.00
8.08
8.88
8.338
8.444
8.444
8.442
8.445
8.441
8.442
8.439
8.442
8.443
8.453
8.492
8.581
8.88
8.474
32.923
32.972
32.988
32.978
32.983
33.883
33.817
32.995
33.854
33.857
33.888
33.146
24.73
24.86
24.93
24.94
24.96
25.02
25.87
25.09
25.17
25.21
25.26
25.36
33.853
33.096
33.156
33.229
33.316
33.368
33.438
33.484
33.561
33.638
33.696
33.734
25.31
25.38
8.88
0.88
8.88
8.88
0.88
8.08
8.88
0.08
8.88
8.88
0.88
8.88
0.88
8.88
8.88
8.88
8.08
8.88
8.487
8.468
8.438
9.427
8.424
8.415
8.408
8.404
0.397
0.396
8.394
8.398
8.398
8.389
8.387
8.386
8.386
8.386
1.88
8.88
8.88
8.08
8.385
8.385
8.385
8.382
8.88
8.08
8.383
8.385
ppt
Dens.
&—T
25.43
25.54
25.63
25.68
25.75
25.81
25.87
25.96
26.84
26.88
Fluor
Beaa
888 0.463
188.88 188.88 188.88 188.08 108.80 188.88 108.88 180.88 108.88 180.80
87.92
74.41
62.82
52.27
43.46
33.88
26.46
28.63
15.59
11.63
7.48
4.21
2.46
1.43
88.22
77.86
68.42
59.72
51.67
44.84
67.26
58.13
49.85
42.86
35.17 37.18
28.77 38.88
22.08 24.81
16.79 28.84
11.73 13.98
9.57
7.45
6.57
4.81
4.46
3.87
88.57
78.43
69.38
68.85
52.85
45.33
38.45
32.15
26.22
28.55
15.42
11.28
8.82
5.68
77.29
61.19
48.86
37.91
29.88
22.93
16.85
12.43
9.16
6.83
4.92
3.46
2.39
1.64
3.88
2.82
1.39
8.98
4.88
2.81
2.08
1.46
1.11
8.71
1.88
8.82
88.49
77.38
1.92
1.21
8.77
E—1 2
8.77
74.50
56.89
42.91
32.65
23.86
17.12
12.57
8.97
6.37
4.68
3.23
2.22
1.49
0.99
68.32
47.74
32.84
22.10
14.83
18.08
6.86
4.46
2.93
1.96
1.29
49.88
25.67
12.18
6.39
3.45
1.87
1.84
21.26
4.89
8.79
10.13
1.81
Cast Label
:
ODEX 3 STA 37 UP CAST 10-18-82 19332
Lat.
34.293811
Temp
Sal.
Dens.
deg C
ppt
&—T
—0.3
17.778
29.840
20.77
4.7
9.7
17.887
17.887
17.887
17.888
17.889
17.891
17.792
17.785
16.410
15.044
14.618
14.506
13.582
12.943
33.653
33.058
33.852
33.852
23.81
23.81
33.852
33.848
23.81
33.817
33.038
33.526
33.126
32.978
33.126
23.81
2—ave
H
14.8
19.8
24.6
29.6
34.8
39.6
44.7
49.6
54.7
59.5
64.4
69.4
74.4
79.3
84.5
89.3
94.3
99.4
184.2
109.2
114.1
119.8
124.3
129.8
134.2
138.9
143.9
149.1
154.0
158.8
12.619
12.434
12.361
12.187
11.965
11.691
11.547
11.348
11.195
11.078
10.813
18.650
18.535
18.556
10.170
18.058
9.946
9.952
Long.
23.81
23.81
23.81
23.84
24.52
24.52
24.49
24.64
33.241 24.92
32.958 24.83
32.982 24.91
32.958 24.92
32.983 24.98
32.974 24.98
33.025 25.87
33.815 25.11
33.085 25.13
33.027 25.18
33.827 25.21
33.839 25.24
33.813 25.26
33.062 25.33
33.106 25.39
33.143 25.41
33.215 25.53
33.322 25.64
33.427 25.74
33.355 25.68
125.489814
Fluor
of surface Irradiance
Beam
Atten
410 nIl 441 nfl 465 nil 488 nil 520 nIl 540 nil 568 nil 589 nfl 625 nfl 671 nil
8.00
8.381
100.00 180.08 180.88 188.80 188.80 100.88 180.08 108.88 188.88 180.08
8.88
8.80
8.80
8.80
8.88
8.80
0.88
8.88
8.439
8.439
8.439
8.439
8.436
8.437
0.447
8.437
84.94
71.22
59.98
58.30
38.89
31.81
25.14
8.08
0.08
8.08
8.88
0.452
8.493
8.497
0.456
0.474
8.471
14.72
9.74
V.
0.00
0.88
6.80
0.88
8.80
8.00
0.452
0.438
8.418
8.417
19.41
5.68
3.41
2.18
87.32
76.00
66.01
57.23
49.28
41.86
34.87
27.67
21.22
15.25
9.98
6.68
87.68
76.99
88.20
77.82
77.14
68.98
67.59
59.16
51.46
44.28
37.30
38.66
25.24
18.88
68.71
38.96
32.37
48.22
38.28
38.12
22.62
16.83
12.75
74.69
56.98
43.28
32.26
23.39
17.65
12.73
9.34
25.91
19.88
9.68
7.87
6.80
4.88
12.69
8.91
14.77
18.88
3.43
2.33
4.48
2.82
6.25
4.28
2.95
2.86
1.48
7.82
5.59
5.86
3.53
2.46
1.71
1.09
1.83
1.20
1.10
0.88 •8.484
0.00
8.08
8.88
8.86
8.88
0.80
8.88
8.08
8.88
8.80
8.80
8.88
8.00
0.82
8.397
8.397
8.392
8.389
8.389
8.386
0.385
0.383
8.382
0.382
0.382
8.382
8.382
END OF DATA FILE
E—1 3
68.54
52.96
45.77
3.99
2.88
2.12
1.59
1.22
8.94
1.19
1.61
68.46
47,67
58.43
25.58
20.63
4.82
32.51
12.63
6.67
8.88
21.87
14.91
10.43
6.83
4.65
3.18
2.05
1.34
3.51
2.01
1.82
10.08
0.98
Cast Label
2—ave
P1
—0.3
4.9
9.8
14.9
19.7
24.7
29.7
34.7
39.7
44.6
49.6
54.5
59.4
64.4
69.5
74.4
79.3
84.3
89.3
94.2
99.4
184.2
109.2
114.2
119.1
124.2
128.9
134.1
139.8
144.8
149.8
154.0
159.8
163.9
168.9
173.8
178.8
183.9
188.8
:
3 STA 38 ON CAST 10—18—82 21252
Lat.
34.999811
Temp
Sal.
ppt
Dens.
29.390
32.976
32.995
33.016
33.024
33.826
33.826
33.825
33.085
33.092
33.132
33.316
33.110
32.946
33.009
21.24
23.76
23.78
23.79
23.88
23.88
23.80
23.80
23.84
23.83
23.85
24.38
24.44
24.45
24.64
24.64
24.76
deg C
16.886
17.846
17.852
17.851
17.851
17.847
17.845
17.830
17.865
17.914
17.978
16.667
15.369
14.747
14.048
13.918
13.182
13.014
12.566
12.331
12.105
11.913
11.742
11.562
11.759
12.154
12.147
12.067
11.890
11.588
11.213
11.198
10.785
18.625
10.457
9.878
9.703
9.615
9.486
32.973
32.929
32.961
32.961
32.913
33.001
32.939
32.937
32.956
33.884
33.215
33.303
33.338
33.357
33.413
33.350
33.447
33.431
33.498
33.471
33.544
33.682
33.577
33.686
Long.
&—T
24.81
24.90
24.91
25.82
25.01
25.84
25.09
25.15
25.18
25.25
25.29
25.34
25.44
25.46
25.53
25.68
25.67
25.68
25.84
25.91
25.91
26.01
125.4549U
Fluar
V.
0.00
8.08
0.88
8.80
8.08
0.88
8.00
8.00
8.80
0.88
0.08
0.08
8.00
0.00
0.88
0.88
0.00
8.80
8.08
0.88
0.88
0.08
0.80
8.08
0.00
8.88
0.88
0.80
8.08
8.08
0.00
0.08
0.80
0.80
0.00
8.08
0.80
0.00
0.00
X of surface irradiance
Beam
———
Atten
410 nil 441 nil 465 nIl 488 nil 528 nIl 540 nIl 568 nil 589 nIl 625 nil 671 nil
0.256
100.00 108.88 100.00 100.08 180.00 108.08 108.00 108.08 108.08 108.80
0.451
0.448
8.448
8.447
0.447
8.448
0.458
0.447
0.443
0.437
8.481
0.494
8.492
0.486
8.483
0.480
8.461
0.442
0.425
0.417
0.412
8.408
0.408
0.396
8.389
8.383
85.88
71.45
59.31
49.37
40.86
33.49
25.21
28.04
15.89
12.16
8.92
5.56
3.29
1.93
1.11
87.24
75.52
87.39
76.43
87.92
77.31
76.21
68.21
73.33
55.99
68.74
46.91
47.39
25.16
18.78
4.08
65.15
56.24
48.17
41.82
66.73
58.22
50.47
43.33
47.22
37.39
29.66
23.18
42.28
32.26
24.23
17.49
32.33
22.84
15.83
10.13
12.82
6.38
8.78
34.41
37.01
28.69
23.81
18.26
31.25
26.26
21.33
17.08
11.96
8.38
5.79
67.95
59.64
52.12
45,23
38.91
33.22
28.08
23.12
18.27
13.80
17.38
13.25
12.99
9,67
18.16
7.52
5.66
4.28
2.93
2.85
7.15
5.88
3.78
2.68
1.87
1.26
7.02
4.86
3.31
2.17
1.47
1.00
1.41
8.81
13.81
9.59
6.27
4.86
2.56
1.59
8.99
3.92
2.63
1.77
1.22
8.87
0.64
10.12
7.30
5.19
3.64
2.56
1.83
1.34
1.81
0.77
0.383
8.382
0.382
8.382
0.388
0.381
8.380
0.379
0.383
0.382
8.382
0.385
E—1 4
0.97
0.68
3.52
1.85
1.84
0.59
8.48
1.80
Cast Label : ODEX 3 STA 38 UP CAST 10-18-82 21492
Lat.
34.99914
Temp
Long.
125.4549W
Fluor
degC
Sal.
ppt
Dens.
N
—0.3
17.411
30.971
22.33
0.88
0.300
4.7 17.858 33.829 23.88
9.7 17.852 33.830 23.80
0.443
0.443
0.443
0.443
8.443
8.443
8.454
0.437
2—ave
14.7 17.853
19.7 17.853
24.7 17.858
29.8 17.842
34.7 17.837
39.7 17.975
44.6 17.992
49.6 17.845
54.7 15.740
59.4 14.922
64.4 14.478
69.3 13.991
74.5 13.467
79.3 13.056
84.4 12.737
89.4 12.427
94.3 12.133
99.3 12.829
184.3 11.813
189.2 11.578
114.2 11.446
119.8 12.141
124.2 12.155
129.0 12.031
134.1 11.925
139.0 11.489
143.9 11.221
149.1 11.194
154.0 18.875
159.0 18.584
164.0 18.439
9.944
168.8
9.726
173.8
9.592
178.9
&—T
V.
Atten4l8nhl44lntl465nH488ntl520ntl54Ofltl568fltlSS9fltl62Sfltló7ltltl
33.829
33.826
33.826
33.027
23.88
23.88
23.88
23.80
8.00
0.88
8.00
8.08
0.08
8.80
33.819
33.899
23.88
23.83
8.00
8.08
33.057
33.819
23.79
23.88
24.36
24.47
24.58
24.68
24.75
24.78
24.86
24.88
24.96
25.02
25.84
25.11
25.11
25.13
25.24
25.28
25.32
25.57
25.46
25.52
25.72
25.78
8.08 0.433
8.88 8.432
8.08 8.484
8.88 8.492
8.88 8.489
0.88 8.488
8.00 8.481
0.80 8.469
0.00 8.452
0.08 0.432
0.08 8.417
0.80 0.414
8.88 0.489
8.08 8.404
0.88 0.397
0.00 8.388
8.08 8.382
0.08 0.382
8.00 8.382
8.08 0.381
8.08 0.388
0.08 0.378
0.08 8.378
8.88 0.378
8.88 0.378
0.08 0.382
8.00 8.381
0.00 0.382
33.122
33.827
33.848
32.945
32.994
32.924
32.948
32.896
32.936
32.981
32.956
32.994
32.959
33.151
33.301
33.322
33.347
33.558
33.363
33.438
33.614
33.521
33A43 25.66
33.499
33.567
33.611
25.79
25.88
25.94
Z of surface Irradiance
Beam
108.08 100.00 100.00 180.00 100.00 180.00 100.80 180.80 100.00 108.08
83.63
69.68
58.04
48.10
39.43
32.45
86.53
74.75
64.42
55.31
47.23
48.24
87.88
75.93
66.23
57.49
49.72
42.78
87.71
77.41
74.91
76.92
68.45
47.65
37.36
29.21
22.93
56.19
24.65
19.78
33.88
28.43
36.48
38.95
38.31
32.75
18.81
15.69 23.52 26.01
12.15 19.13 21.32
8.76 13.63 16.78
5.64
9.66 11.87
8.65
3.47
6.59
4.24
5.95
2.02
27.74
22.99
18.34
13.98
10.29
7.42
5.27
3.69
2.59
1.84
10.12
7.55
1.16
2.71
1.69
1.05
8.68
END OF DATA FILE
E—15
4.05
2.72
1.83
1.26
8.90
0.66
8.49
67.41
58.97
51.37
44.58
1.34
0.99
8.75
8.57
13.43
42.75
32.32
24.28
17.82
12.96
9.78
5.54
4.13
7.17
5.14
3.66
2.66
3.01
1.91
2.08
1.44
0.99
0.68
1.31
8.89
69.05
47.26
51.54
25.78
22.83
4.20
33.86
23.01
14.79
18.17
7.82
4.91
13.24
8.90
3.32
2.18
1.43
8.99
0.64
6.68
3.48
1.98
1.88
8.62
11.56
1.88
Cast Label : ODEX 3 STA 44 UP CAST 18—19—82 2118Z
Z—aue
H
—0.4
4.3
9.2
Lat.
34.2958N
Temp
Sal.
deg C
ppt
18.808
18.875
18.835
22.941
14.3
19.2
24.1
29.2
34.1
39.1
44.0
49.1
54.8
59.8
63.9
88.9
18.819
18.794
18.797
73.9
78.8
83.7
88.8
93.9
98.9
103.7
108.7
113.7
118.6
123.7
128.6
133.6
138.5
143.5
148.4
153.5
158.5
163.4
168.3
173.4
178.3
183.2
188.4
14.192
18.805
18.808
18.807
18.806
18.804
18.798
18.267
15.587
14.814
13.845
13.365
12.675
12.114
11.617
11.378
18.919
33.158
33.159
33.158
33.163
33.166
33.171
33.178
33.178
33.174
33.168
33.136
33.452
33.852
32.964
33.851
32.950
32.924
33.025
32.965
33.826
33.117
33.243
18.643 33.326
10.449 33.371
18.185 33.446
9.820 33.531
9.552 33.681
9.375 33.836
9.188 33.681
8.982 33.728
8.946 33.746
8.843 33.796
8.757 33.826
8.681 33.860
8.618 33.876
8.569 33.886
8.589 33.905
8.435 33.918
Long.
Dens.
&—T
15.88
23.65
23.66
23.66
23.67
23.67
23.68
23.68
23.68
23.68
23.67
23.65
24.82
24.34
24.45
24.64
24.84
24.72
24.93
24.99
25.13
25.25
25.42
25.54
25.81
25.71
25.84
25.94
25.99
26.86
26.13
26.15
26.28
26.24
26.28
26.38
26.32
26.34
26.36
128.8990W
Fluor
of surface lrradianc
Beam
V.
Atten
410 nfl 441 nfl 465 nIl 488 nIl 528 nfl 548 nfl 560 nfl 589 nfl 625 nfl 671 nIl
8.80
0.00
8.88
8.88
0.80
0.80
8.88
8.80
8.08
8.08
8.80
0.08
8.00
8.08
8.00
8.80
0.80
0.88
8.00
0.00
0.80
0.88
0.00
8.80
0.88
8.80
8.00
8.544
188.08 180.00 188.08 188.08 108.80 108.00 100.80 180.80 188.00 100.08
8.88
8.08
0.80
0.00
8.88
8.80
0.08
8.88
8.88
8.00
8.08
8.88
8.413
8.414
8.415
0.416
8.417
0.417
0.416
8.417
8.415
0.416
8.415
0.429
0.439
8.433
8.432
8.423
0.425
8.424
0.488
8.397
8.397
0.392
0.388
8.385
8.383
8.382
0.381
8.382
8.382
0.382
0.382
8.382
8.382
0.382
8.382
8.382
8.382
8.382
86.64
74.38
64.67
55.56
48.95
43.42
38.22
32.66
27.59
22.84
17.71
14.28
10.19
6.59
4.22
2.65
1.57
8.98
88.27
77.67
68.43
68.48
54.58
49.57
44.55
39.09
33.65
28.50
24.88
20.83
15.44
10.38
88.37
78.28
69.22
81.73
58.89
51.51
46.83
41.53
36.82
38.71
26.17
22.81
17.67
13.58
9.54
7.30
7.10
5.89
5.08
3.38
3.63
2.24
2.61
1.48
1.98
1.88
1.48
8.69
1.05
0.49
888
8.61
8.47
88.60
78.58
89.71
62.64
57.17
52.80
48.32
43.25
37.64
32.30
27.68
23.47
19.39
15.31
75.83
56.78
49.18 44.11
39.22 33.83
32.20 26.79
26.58 21.27
22.38 17.08
18.85 12.83
9.53
14.18
7.09
10.51
5.16
7.96
3.92
6.26
2.88
4.73
2.12
3.56
11.63
8.70
8.53
4.89
2.61
1.91
1.51
1.39
1.82
878
3.86
2.74
2.89
8.73
8.52
1.61
1.25
0.98
8.77
8.68
0.48
E—1 6
77.71
61.31
1.88
68.93
47.41
34.38
23.92
17.81
11.78
8.93
6.28
4.35
3.88
2.00
1.44
8.96
8.66
51.83
25.69
14.37
8.95
3.87
2.13
1.34
8.77
8.44
21.63
4.85
1.86
18.96
1.81
Cast Label
:
ODEX 3 STA 46 UP CAST 10-28-82 19112
Lat.
2—ave
N
—8.3
4.8
9.7
14.9
19.7
24.6
29.7
34.7
39.6
44.7
49.6
54.6
59.4
64.5
69.6
74.5
79.3
84.3
89.3
94.4
99.3
184.3
109.3
114.2
119.1
124.3
129.1
134.8
139.8
143.8
149.8
153.9
158.9
163.9
168.9
173.8
178.9
183.9
188.8
Long.
Temp
Sal.
deg C
ppt
19.172
19.220
19.223
19.222
19.222
19.222
19.228
19.214
19.179
17.613
16.619
16.488
16.156
15.785
15.343
15.876
14.628
14.428
14.278
14.123
14.234
14.226
14.807
13.788
13.518
13.382
13.253
13.132
12.981
13.123
13.802
12.956
12.465
11.919
11.723
11.255
18.953
18.659
10.462
27.376
33.631
33.631
33.629
33.632
33.626
33.620
33.621
33.561
33.883
33.625
33.671
33.688
33.655
33.598
33.588
33.723
33.588
33.684
33.615
33.687
33.693
33.673
33.644
33.619
33.682
33.587
33.587
33.564
33.644
33.658
33.728
33.823
33.720
33.637
33.684
33.695
33.656
33.784
138.4653W
Dens.
Fluor
&—T
V.
of surface Irradianc
Beam
Atten
410 nfl 441 nfl 465 nIl 488 nfl 528 nfl 540 nfl 568 nIl 589 nfl 625 nfl 671 nfl
188.00 100.80 108.80 108.88 180.88 188.88 100.88 108.00 100.88 188.80
19.16
23.92
23.92
8.88
8.499
8.88
8.80
0.489
0.409
90.98
80.85
98.97
81.51
23.92
23.92
23.92
23.91
23.92
23.88
24.51
24.55
24.64
24.70
24.76
24.81
24.87
25.87
8.88 8.418
8.88 8.409
0.80 0.410
0.88 8.411
0.08 8.418
0.08 8.413
0.80 0.429
8.00 8.419
8.80 0.421
8.00 0.421
71.51
63.30
72.79
65.13
55.78
48.83
58.80
51.43
42.50
36.71
28.96
23.89
17.69
13.66
8.88
0.88
8.80
8.88
0.88
8.88
0.80
0.88
0.08
8.88
8.88
8.08
8.08
8.88
8.88
8.80
0.88
0.00
0.88
8.80
8.08
8.80
8.88
8.00
8.88
8.08
0.422
0.428
8.419
0.417
0.414
8.408
10.84
7.68
8.403
0.399
8.397
8.396
0.398
8.388
1.37
25.01
25.05
25.09
25.06
25.13
25.16
25.28
25.22
25.24
25.25
25.27
25.29
25.32
25.36
25.42
25.59
25.61
25.59
25.71
25.77
25.79
25.86
5.52
3.99
2.88
1.95
89.64
79.98
71.48
63.78
56.73
50.21
88.97
79.18
76.73
68.61
73.69
56.81
67.18
46.91
48.81
25.53
19.89
4.11
78.54
62.83
55.86
49.43
42.33
32.57
24.35
12.15
6.63
8.78
18.11
32.28
22.14
14.89
18.35
45.36
39.55
34.88
28.27
22.97
17.80
13.72
11.85
8.53
6.55
4.91
3.69
44.28
38.78
33.29
28.11
43.53
38.02
32.86
27.95
23.39
19.26
15.78
12.72
47.62
38.15
30.19
24.05
18.37
13.98
18.79
8.45
13.35
9.97
7.18
4.88
1.88
0.61
7.37
5.60
3.32
2.34
6.42
4.93
3.68
2.85
2.14
4.11
1.68
1.08
2.76
2.88
1.57
3.66
2.86
2.24
1.77
23.32
19.48
14.95
12.18
9.69
7.78
1.20
0.93
8.73
8.387
0.384
9.383
0.382
0.382
0.388
0.381
8.378
8.378
8.378
8.378
0.377
0.376
8.375
6.83
4.71
1.41
1.14
8.92
0.75
0.61
E—1 7
18.29
8.38
6.66
5.32
4.24
3.37
2.68
2.14
1.72
1.39
1.14
0.93
8.77
0.63
1.61
1.22
8.91
0.68
3.84
2.19
1.62
1.18
0.87
0.72
3.51
1.93
9.37
1.85
Cast Label
2—ave
N
—8.4
4.3
9.2
14.2
19.3
24.2
29.2
34.2
39.1
44.8
49.1
54.1
58.9
63.9
68.9
74.0
78.9
83.8
88.8
93.8
98.8
193.7
198.8
113.7
118.6
123.6
128.5
133.5
138.5
143.5
148.5
153.6
158.4
163.5
168.3
173.4
178.2
183.3
188.4
:
ODEX 3 STA 47 DN CAST 18-22—82 29552
Lat.
34.1231N
Temp
SaL
ppt
deg C
29.787 26.248
19.424 33.741
19.392 33.685
19.371 33.678
19.361 33.676
19.357 33.675
19.355 33.682
19.333 33.681
18.558 33.673
16.791 33.783
16.892 33.678
15.516 33.674
14.831 33.545
14.728 33.595
14.874 33.697
14.679 33.698
14.827 33.766
14.653 33.888
14.484 33.758
14.115 33.756
13.852 33.688
13.495 33.597
13.276 33.541
13.953 33.587
12.771 33.464
12.557 33.427
12.478 33.397
12.469 33.424
12.366 33.415
12.369 33.541
12.278 33.559
12.859 33.593
11.619 33.681
11.208 33.565
18.997 33.613
18.716 33.684
19.552 33.885
18.394 33.658
18.193 33.686
Long.
Dens.
134.2236W
Fluor
X of surface Irradiance
Beam
V.
Atten
419 nIl 441 nIl 465 nil 488 nIl 528 nFl 548 nfl 560 nfl 589 nil 625 nfl 671 nfl
17.98
23.95
23.92
23.92
23.92
23.92
23.93
23.93
24.12
24.59
24.71
24.84
24.89
24.95
25.08
8.99
8.80
0.88
8.99
8.98
8.38
8.03
1.155
0.484
8.415
0.419
8.414
0.414
9.415
199.88 198.09 189.80 109.89 199.00 100.00 188.08 108.88 199.08 180.00
8.99
9.83
8.88
8.88
9.88
0.88
8.88
9.88
25.84
25.96
25.12
25.13
25.28
25.21
25.21
25.21
25.29
25.25
25.26
25.26
25.28
25.29
25.39
25.42
25.49
25.58
25.62
25.79
25.74
25.83
&—T
25.84
25.98
95.47
84.29
73.35
64.81
55.72
49.29
93.53
83,58
75.68
67.96
68.12
53.39
0.415
0.422
42.26
35.31
46.61
8.429
9.426
9.427
8.421
9.415
8.413
27.88
28.15
14.75
18.62
7.94
4.93
0.88 9.411
0.89 8.411
8.99 8.412
8.88 8.488
8.98 8.399
9.88 9.397
8.99 8.397
8.98 8.395
9.88 9.393
8.98 9.392
8.80 8.399
9.88 0.388
9.88 9.387
9.88 8.386
8.88 8.384
8.89 9.384
8.88 9.383
8.88 8.382
8.88 8.382
8.90 8.381
9.88 9.388
9.99 8.389
8.90 8.379
8.98 9.379
3.48
2.45
1.73
1.29
8.88
8.63
8.44
91.25
81.91
74.85
66.63
59.28
52.31
98.08
81.14
73.85
65.56
58.38
51.37
44.62
38.93 38.15
31.99 32.21 32.05
25.28 26.84 26.39
19.48 28.78 21.43
14.89 16.45 17.28
11.38 12.98 13.98
8.64 18.23 11.19
8.99
8.85
6.61
7.18
4.67
6.31
45.61
39.64
3.48
2.58
2.81
1.53
1.17
9.99
8.79
8.55
9.43
9.34
8.27
8.22
E—18
4.84
3.55
2.85
2.23
1.76
1.41
1.13
9.91
9.74
9.81
9.58
8.41
8.34
9.28
8.23
0.29
9.17
5.65
4.41
3.45
2.73
2.19
1.77
1.44
1.17
8.96
8.89
8.66
9.56
8.47
9.39
8.33
9.28
8.23
8.28
76.83
61.34
73.80
56.86
49.52
39.77
31.52
24.34
19.02
14.39
43.64
33.77
25.79
19.83
14.39
19.39
11.26
8.55
6.41
4.69
3.34
2.46
7.99
1.82
1.34
1.88
9.74
0.57
0.43
8.32
9.24
0.18
5.63
3.87
2.73
1.96
1.39
9.99
8.79
8.58
0.36
8.26
67.56
47.58
33.14
23,67
16.48
11.18
7.79
4.84
3.49
2.29
1.58
8.98
8.67
8.44
8.29
49.35
24.73
21.44
4.32
11.22
1.95
12.85
7.14
8.84
0.22
8.12
3.68
1.86
1.85
0.55.
0.33
9.19
Cast Label
Lat.
34.1231N
Temp
3 STA 47 UP CAST 10-22—82 21292
Long.
Sal.
Dens.
deg C
ppt
&—T
0.8
19.478
19.467
19.414
19.374
33.685
33.685
33.685
33.691
33.687
33.674
33.678
33.748
33.786
33.758
33.734
33.918
33.592
33.634
33.734
33.812
33.885
23.90
4.8
9.8
2—ave
H
14.8
19.7
24.7
29.7
34.6
39.7
44.6
49.6
54.6
59.6
64.5
69.5
74.4
79.3
84.4
89.3
94.4
99.2
104.3
189.3
114.2
119.0
124.2
129.0
134.1
139.8
143.9
149.1
154.0
158.9
19.369
19.364
19.349
19.169
16.779
16.122
15.475
14.854
14.774
14.837
14.952
14.782
14.593
14.181
13.886
13.569
13.342
13.219
12.834
12.678
12.526
12.445
12.361
12.467
12.438
12.279
11.967
11.538
11.395
33.861
33.748
33.595
33.618
33.544
33.635
33.514
33.422
33.411
33.438
33.413
33.537
33.553
33.672
33.681
33.591
23.98
23.91
23.93
23.93
23.92
23.92
24.02
24.64
24.77
24.89
25.17
24.94
24.96
25.01
25.11
25.14
25.27
25.25
25.19
25.26
25.22
25.37
25.31
25.27
25.27
25.31
25.27
25.37
25.42
25.57
25.65
25.61
134.223614
Fluor
Z of surface Irradianc
Beam
V.
Atten 410 nfl 441 nfl 465 nfl 488 nfl 528 nfl 548 nfl 560 nfl 589 nfl 625 nIl 671 nfl
0.00
8.88
8.88
0.08
9.88
0.88
0.88
0.00
0.80
0.08
8.80
9.00
0.90
8.88
8.08
0.08
9.08
0.88
8.08
0.88
8.88
0.80
8.80
9.08
8.88
0.00
0.89
9.00
0.08
9.88
0.89
0.88
0.80
0.413
8.496
8.488
8.489
0.415
9.411
8.418
9.412
0.428
8.423
9.423
0.428
9.412
8.411
0.488
0.486
8.486
8.397
9.397
9.393
0.391
0.388
0.387
8.385
9.384
8.383
8.382
0.381
8.380
0.379
8.377
180.88 180.88 188.80 189.88 188.80 108.88 180.88 108.88 180.88 108.88
91.29
88.19
73.95
68.10
56.18
49.12
43.59
35.34
26.70
19.77
14.46
9.39
6.68
4.73
3.29
2.29
1.62
1.18
0.81
0.58
9.41
92.28
82.63
75.69
66.68
68.80
55.88
49.33
41.40
98.95
81.62
73.93
66.19
68.93
54.46
48.61
41.43
32.94 33.87
25.72 27.13
19.92 21.68
14.92 16.95
11.43 13.38
8.74 10.58
6.35
4.55
3.42
2.67
1.99
1.54
1.18
9.92
0.72
8.56
8.44
0.35
8.28
8.22
8.378
9.375
END OF DATA FILE
E—1 9
8.22
6.33
4.67
3.74
2.98
2.31
1.84
1.47
1.19
0.96
0.79
8.65
8.52
0.43
8.35
9.31
0.26
0.21
89.63
80.33
79.27
62.04
75.74
56.66
72.83
65.02
58.96
53.43
47.40
40.82
33.97
27.68
48.78
41.26
32.53
26.17
42.57
34.88
26.57
28.39
28.22
15.82
15.84
11.38
12.27
9.12
8.61
5.91
22.34
18.82
6.88
4.97
3.56
2.64
1.94
1.43
1.07
9.81
8.68
0.45
8.34
0.26
4.14
2.94
14.53
11.66
9.29
7.31
5.78
4.44
3.51
2.81
2.27
1.84
1.50
1.22
1.08
8.83
0.68
8.56
0.46
0.40
8.34
9.28
2.11
1.51
1.87
8.77
0.56
0.42
0.38
69.38
46.81
32.14
24.38
17.16
12.08
7.90
5.26
3.67
2.37
1.57
1.93
8.68
0.46
0.38
51.81
24.38
12.68
7.68
3.93
2.08
1.87
0.61
8.37
8.21
22.82
3.82
8.86
8.22
12.14
8.91
Cast Label
2—ave
N
:
ODD( 3 STA 51 UP CAST 18-26-82 08442
Lat.
34.8128N
Temp
Sal.
ppt
Dens.
19.638
34.328
deg C
—8,4
19.858
4.3
9.2
19.892
19.891
34.319
14.3
19.3
24.1
29.2
34.3
39.1
44.1
49.1
54.8
59.8
64.0
68.9
73.9
78.8
83.9
88.8
93.8
98.8
103.8
188.8
113.8
118.6
123.6
128.6
133.6
138.4
143.5
148.5
153.6
158.5
163.4
168.4
19.892
19.893
19.888
19.876
19.867
19.880
19.891
19.899
19.896
19.693
17.863
16.141
34.320
34.318
15.314
14.919
14.933
14.556
14.484
14.280
14.122
14.145
13.979
13.797
13.864
12.816
12.635
12.361
12.892
11.677
11.362
11.240
10.965
18.736
34.321
34.319
34.318
34.316
34.326
34.329
34.314
34.423
34.738
33.959
33.974
33.848
33.952
33.948
33.856
33.974
33.942
33.969
33.960
34.003
33.974
33.785
33.856
33.795
33.891
33.814
33.799
33.815
33.870
33.865
Long.
141.0898W
Fluor
X of surface Irradiance
Beam
V.
At ten
410 nfl 441 nfl 465 nIl 488 nfl 528 nil 548 nIl 568 nfl 589 nfl 625 nIl 671 nfl
13.12
8.00
2.938
24.27
24.27
24.27
24.27
24.28
24.28
24.28
24.27
24.28
24.28
24.27
24.40
25.30
24.92
25.12
25.10
25.18
25.26
25.22
25.36
25.35
25.36
25.39
25.46
25.59
25.49
8.00
0.80
0.415
0.415
100.80 180.88 188.80 100.88 180.88 108.80 180.88 188.88 188.88 188.80
101.87 94.54 98.20 73.82 69.69 62.31 44.12 17.96
8.38
0.08
8.88
0.00
8.88
8.00
8.08
0.80
8.80
0.80
0.00
0.00
0.80
0.80
0.80
0.80
0.00
0.80
0.08
0.88
0.00
0.00
8.00
8.08
8.80
25.58
25.59
25.71
25.73
25.78
0.88
8.00
0.88
8.80
0.00
0.415
0.414
8.416
8.417
0.417
8.416
0.415
0.415
0.414
0.415
0.426
0.425
8.423
8.420
8.417
0.416
8.412
0.411
8.408
0.399
8.397
8.393
0.388
8.385
0.383
0.382
0.382
&—T
25.81
25.91
25.94
0.00
0.00
183.05
94.44
86.44
81.34
56.98
58.83
95.39
85.24
75.41
64.20
55.23
44.26
37.69
31.21
26.93
22.49
18.38
13.59
9.87
7.03
4.95
3.38
2.31
1.57
87.89
78.62
70.10
68.95
52.99
45.86
39.74
33.79
29.53
23.64
19.63
15.38
11.93
9.89
6.88
5.09
3.73
2.70
78.55
78.62
73.10
65.31
44.86
34.86
38.42
27.82
62.63
54.64
57.74
58.44
47.32
48.74
43.48
37.24
27.74
28.89
15.26
28.36
14.82
10.69
7.68
35.08
29.72
25.88
21.52
17.34
13.92
31.77
27.01
22.69
18.86
15.52
12.67
18.26
8.26
6.60
5.24
4.13
3.22
2.49
1.93
1.96
1.42
1.85
0.381
0.379
0.378
8.377
0.375
END OF DATA FILE
E—20
11.12
8.77
6.89
5.34
4.89
3.09
2.35
1.78
1.36
1.07
0.84
1.58
1.18
8.94
8.76
11.51
8.74
6.49
5.14
3.85
2.93
2.22
1.68
1.25
0.93
5.58
3.94
3.83
2.18
1.61
1.17
48.58
27.69
17.38
12.10
7.96
5.25
3.43
2.31
1.48
1.87
19.62
9.37
4.45
2.48
1.25
0.66
2.46
8.52
Cast Label : ODEX 3 STA 58 ON CAST 18—27—82 21432
2—ave
N
Lat.
33.5818N
Temp
Sal.
deg C
ppt
28.987
4.7 28.029
9.7 28.022
14.9 28.827
19.7 28.828
24.7 20.814
29.7 28.811
34.6 20.887
39.6 20.887
44.6 19.991
49.6 20.888
54.5 17.588
59.4 15.530
64.4 15.143
69.4 14.920
74.3 14.862
79.4 14.864
84.4 15.821
89.3 14.891
94.3 14.775
99.2 14.682
184.2 14.768
109.2 14.959
—8.3
114.2
14.821
119.1
14.935
124.2
129.0
138.9
143.9
149.1
154.8
159.0
14.766
14.428
13.863
13.597
13.264
13.275
13.844
12.487
163.9
168.9
173.8
178.8
183.9
188.8
12.894
11.714
11.455
11.278
11.868
10.928
134.1
23.494
34.782
34.673
34.671
34.666
34.665
34.671
34.671
Long.
Dens.
&—T
15.78
24.53
24.51
24.51
24.51
24.51
24.51
24.51
24.51
24.52
24.93
25.00
24.97
25.04
25.87
25.18
25.11
25.17
25.28
25.22
25.28
25.29
25.31
25.35
25.37
25.39
25.45
25.47
25.53
25.54
25.57
25.66
25.75
34.673
34.670
35.219
34.518
33.844
33.822
33.810
33.827
33.842
33.960
33.967
33.952
34.805
34.048
34.130
34.133
34.192
34.178
34.153
34.836
34.845
33.978
34.884
34.858
34.831
34.881 25.86
33.958 25.84
33.955 25.88
33.940 25.90
33.991 25.98
33.984 26.80
142.8638U
Fluor
V.
X of surface Irradianc
Beam
Atten
418 nfl 441 nIl 465 nIl 488 nil 528 nil 540 nIl 568 nil 589 nil 625 nIl 671 nIl
0.88
0.88
0.88
8.88
0.88
0.88
0.88
8.80
8.08
8.80
8.08
8.80
0.88
8.08
0.08
0.08
8.00
8.88
8.88
0.88
0.08
0.00
8.88
8.88
8.80
8.00
8.08
0.00
8.88
8.08
8.246
8.419
8.415
8.414
8.415
8.415
0.415
0.415
8.415
188.88 100.80 180.00 100.80 100.08 180.00 188.00 108.80 188.80 108.80
9.59
89.62 90.25 89.17 89.17 77.84 74.19 67.82 48.71 19.46
0.75
3.28
22.54
44.56
54.17
59.52
79.72
81.18 82.10 88.63
8.65
11.37
38.69
46.65
48.92
70.39 72.38 71.48 78.83
0.16
6.87
62.95 65.12 63.57 62.26 36.17 38.29 28.80
3.04
14.39
28.30
22.81
52.08 55.95 55.08 54.21
1.53
9.48
45.83 49.16 48.08 46.87 21.37 16.47
0.88
0.80
8.382
8.382
8.382
8.381
8.388
8.378
8.415
8.415
8.432
8.426
0.423
8.420
0.420
0.418
8.417
8.413
8.413
8.409
8.399
0.397
8.396
0.392
0.388
8.385
8.383
0.383
8.384
888 8.383
0.08 0.382
0.00 8.382
880
8.88
8.08
0.80
38.66
32.77
42.38
36.45
41.47
35.70
40.47
34.84
16.52
12.73
27.94
23.70
19.88
14.35
18.40
6.95
4.82
3.32
2.26
1.58
1.12
0.78
0.56
0.40
31.50
27.05
22.36
17.85
13.80
10.63
8.84
6.04
4.14
3.88
30.79
26.36
22.10
18.85
29.95
25.68
21.62
17.89
14.54
11.73
9.42
7.49
9.84
7.49
5.78
4.27
3.10
2.38
1.78
1.25
8.90
0.67
0.51.
0.38
8.29
8.22
2.33
1.72
1.30
1.08
0.78
8.61
8.49
0.48
8.33
0.26
8.21
14.42
11.44
8.99
7.81
5.38
3.92
3.89
2.37
1.85
1.47
1.18
0.96
8.79
0.66
0.55
8.46
8.39
0.32
8.26
8.21
0.17
E—21
5.88
4.56
3.54
2.77
2.19
1.76
1.43
1.17
8.97
8.82
0.69
8.58
8.49
0.40
8.33
0.28
8.23
0.19
12.24
9.10
6.58
4.58
3.37
2.47
1.76
1.26
8.98
8.63
8.43
0.31
0.23
6.31
4.16
2.88
1.84
1.26
8.87
0.57
8.38
8.26
8.84
8.47
0.28
8.16
Cast Label
2—ave
N
—8.4
4.3
9.3
14.2
19.3
24.2
29.2
34.2
39.1
44.1
49.8
54.9
58.8
64.8
68.9
73.9
78.9
83.8
88.9
93.8
98.8
183.8
108.7
113.7
118.6
123.6
128.5
133.5
138.4
143.5
148.5
153.6
158.5
163.4
168.4
173.3
178.4
183.2
188.4
:
ODEX 3 STA 63 DN CAST 18-28-82 22132
Lat.
33.,4478N
Temp
Sal.
deg C
ppt
Long.
Dens.
&—T
13.886
12.614
23.485 15.97
34.168 24.18
34.172 24.19
34.173 24.21
34.178 24.21
34.174 24.21
34.172 24.21
34.179 24.22
34.175 24.21
34.165 24.21
34.827 25.14
34.863 24.95
33.982 24.98
33.795 24.98
33.906 25.13
33.892 25.18
33.987 25.28
13.972 25.25
33.966 25.38
33.945 25.38
33.942 25.34
33.981 25.36
33.923 25.38
33.941 25.41
33.918 25.45
33.884 25.53
33.783 25.53
12.368
12.175
12.882
11.774
11.588
11.387
11.184
11.918
18.863
19.886
18.698
18.622
33.745 25.55
33.827 25.65
33.792 25.65
33.815 25.71
33.855 25.78
33.849 25.81
33.852 25.85
33.878 25.98
33.928 25.97
33.932 25.98
33.961 26.82
33.967 26.84
29.117
19.816
19.775
19.724
19.715
19.718
19.787
19.795
19.783
19.699
18.823
16.349
15.934
15.317
15.883
14.736
14.686
14.662
14.435
14.344
14.136
13.925
13.882
13.796
13.529
141.1768W
Fluor
X of surface Irradiance
Beam
V.
Atten 418 nfl 441 nIl 465 nfl 488 nfl 528 nfl 548 nfl 568 nfl 589 nIl 625 nfl 671 nfl
0.88
8.99
9.88
8.88
8.88
8.88
0.08
8.88
8.80
8.88
8.09
8.88
8.00
8.88
8.88
8.80
0.88
8.88
0.88
8.88
0.88
8.88
8.88
8.88
8.08
8.08
8.88
8.88
9.88
8.08
8.88
8.88
8.88
8.88
0.88
8.88
8.88
8.80
8.88
8.496
0.415
0.417
8.418
8.425
8.418
8.418
8.419
8.419
8.421
8.432
8.432
8.438
8.426
8.425
8.424
8.425
8.423
8.428
8.421
8.422
0.416
8.412
8.405
8.397
189.09 190.99 189.98 189.89 188.80 189.00 180.88 188.98 188.88 198.88
91.64
81.35
72.39
63.91
55.85
48.61
42.85
36.13
38.78
25.58
17.83
12.91
9.14
6.61
4.66
3.17
2.28
1.49
8.99
91.43
82.36
74.89
66.48
58.89
51.95
45.57
39.75
34.31
28.98
23.23
18.24
14.88
10.43
90.96
88.88
72.66
64.91
57.58
58.64
44.34
38.65
33.35
28.31
23.31
18.85
15.84
12.34
7.99
5.93
4.44
3.26
2.37
1.73
1.24
9.26
7.18
5.68
4.32
3.29
8.91
1.45
8.68
1.13
8.87
8.51
2.51
1.98
8.396
8.393
8.78
8.57
8.391
8.398
0.388
8.387
8.46
8.38
8.385
8.385
8.385
8.383
8.381
8.382
8.381
8.388
E—22
89.11
79.69
71.25
63.48
56.82
49.17
42.93
37.35
32.22
27.42
22.94
18.88
15.33
12.28
9.77
7.76
6.17
4.98
3.86
3.82
2.35
1.84
1.45
1.16
8.93
9.76
8.63
8.52
8.43
76.38
68.58
48.14
37.92
29.72
23.17
73.38
55.54
67.14
46.42
42.38
32.84
24.18
18.89
18.28
14.21
13.21
32.58
22.56
15.15
9.96
6.84
4.62
3.16
2.22
1.47
8.98
8.68
18.78
8.85
6.86
4.53
3.48
2.59
1.95
1.44
1.08
8.88
8.61
8.45
9.43
6.96
5.21
3.75
2.71
1.98
1.43
1.85
8.74
8.53
48.97
25.82
13.37
6.56
3.44
1.82
1.82
8.57
20.16
4.85
8.92
10.82
1.84
Cast Label : ODEX 3 STA 66
Lat.
Z—aue
11
—0.3
4.8
9.7
14.8
19.7
24.6
29.6
34.7
39.7
44.6
49.6
54.6
59.5
64.4
69.4
74.6
79.3
84.3
89.3
94.3
99.4
184.2
189.3
114.3
119.0
124.2
129.0
134.1
139.8
143.9
149.1
154.0
158.9
163.9
168.9
173.8
178.9
183.8
188.8
Long.
leap
Sal.
Dens.
deg C
ppt
&—l
19.207
19.782
19.782
19.783
19.784
19.781
19.785
19.787
19.782
19.776
19.751
19.001
16.691
15.774
15.258
15.045
14.962
14.477
14.480
14.238
14.686
13.948
13.885
13.818
13.783
13.484
13.186
12.935
12.548
12.441
12.187
11.941
11.443
11.190
11.842
18.966
18.748
18.682
10.571
23.758
34.336
34.341
34.344
34.343
34.339
34.349
34.342
34.341
34.336
34.327
34.429
34.665
16.48
24.32
24.32
24.32
24.32
24.32
24.32
24.32
24.32
24.32
24.32
24.59
24.87
33.992 25.83
33.923 25.89
33.934 25.14
33.968 25.28
33.879 25.22
33.933 25.28
33.933
33.931
33.914
33.939
33.948
33.943
33.915
33.894
33.846
33.803
33.824
33.849
33.836
33.836
33.822
33.851
33.879
33.892
33.896
33.938
18—29-82 2855Z
DH
141.3892W
Fluor
V.
Beam
Atten
0.80 27.631
0.80 8.418
8.86 0.417
8.08 0.422
8.88 8.441
8.88 0.416
8.88 6.416
8.80 8.415
8.88 8.415
9.86 8.415
0.88 8.413
0.88 0.423
8.00 8.426
8.80 0.425
8.80 0.423
6.88 8.421
0.86 8.419
8.00 0.423
8.88
0.421
25.32
25.35
8.08
0.08
25.36
25.39
25.41
25.43
25.47
25.51
25.51
25.56
25.59
25.66
25.78
25.79
25.83
25.88
25.91
25.96
25.98
26.62
6.68
8.88
8.423
8.426
8.426
8.413
8.418
0.485
0.397
0.396
6.395
8.391
0.389
0.389
8.388
8.385
8.384
0.382
8.382
8.381
8.381
8.379
0.88
0.09
8.80
0.08
0.00
0.98
8.08
8.08
6.80
8.08
6.08
8.08
8.08
9.88
8.00
0.68
o4 sur4ace Irradiance
418 nIl 441 nil 465 nil 488 nIl 528 nIl 540 nIl 560 nIl 589 nil 625 nIl 671 nIl
100.88 100.80 108.08 100.80 108.80 100.08 180.08 108.88 100.88 188.00
9.19
93.74 92.92 98.92 96.87 76.81 74.86 67.18 47.81 19.15
1.10
4.27
84.35 84.65 82.52 81.37 61.86 57.39 47.74 25.68
8.87
75.12 76.52 74.52 73.38 49.28 43.75 33.29 13.32
6.97
66.49 68.48 66.74 65.45 39.36 33.78 23.78
59.83
51.64
44.72
38.47
32.94
27.94
57.77
58.48
43.59
37.47
30.86
24.18
32.88
27.38
10.79
7.96
23.90
18.95
14.49
18.46
23.45
18.97
22;93
18.88
6.12
4.58
14.86
11.92
14.98
11.65
3.31
7.73
5.65
4.88
2.95
2.14
1.56
1.15
8.86
0.65
8.58
8.62
6.52
4.92
3.73
2.83
2.16
1.66
8.97
6.90
5.33
4.14
1.31
1.61
1.83
8.83
1.38
1.85
8.65
0.52
8.43
0.85
8.68
6.55
8.45
58.69
49.97
42.61
36.23
38.69
25.66
60.68
53.88
19.71
14.79
18.48
7.41
5.04
3.43
2.28
1.53
1.82
39.44
33.77
28.68
E—23
3.23
2.54
2.82
18.42
14.48
2.46
1.76
1.27
6.90
0.66
0.48
25.39
19.83
13.35
9.79
16.39
18.55
3.61
1.95
6.98
4.84
1.81
7.16
5.17
3.84
2.70
1.92
1.37
8.94
0.84
3.26
2.17
1.51
0.98
0.66
0.62
Cast Label : ODEX 3 STA 66 UP CAST 18—29—82 2119Z
Lat.
Z—ave
II
Temp
deg C
Long.
Sal.
ppt
Dens.
&—T
23.43
24.32
19.781
24.32
14.9 19.788
24.32
19.7 19.779 34.344 24.32
24.7 19.782 34.345 24.32
29.8 19.788 34.346 24.32
34.5 19.781 34.344 24.32
39.5 19.775 34.342 24.32
44.6 19.738 34.329 24.32
49.6 19.637 34.375 24.38
54.5 18.523 34.334 24.64
59.5 16.639 34.076 24.89
64.4 15.481 34.011 25.11
69.4 15.123 33.937 25.13
74.4 14.984 33.923 25.16
79.3 14.613 33.917 25.22
84.3 14.563 33.958 25.26
89.3 14.342 33.937 25.38
94.3 14.157 33.921 25.32
99.4 13.844 33.933 25.48
194.3 13.981 33.890 25.35
199.2 13.815 33.943 25.41
114.2 13.599 33.962 25.47
119.1 13.449 33.926 25.48
124.2 13.274 33.991 25.49
129.9 12.858 33.866 25.55
134.1 12.429 33.778 25.56
139.9 12.411 33.831 25.61
143.9 12.281 33.827 25.63
149.8 11.896 33.866 25.73
153.9 11.468 33.823 25.78
159.9 11.234 33.817 25.82
163.9 11.143 33.851 25.86
168.8 19.958 33.859 25.99
173.8 10.785 33.898 25.96
178.9 18.739 33.895 25.97
183.8 19.826 33.937 26.82
188.8 18.530 33.953 26.95
—8.2
4.8
9.7
19.738
19.778
33.163
34.345
34.345
34.344
141.3892W
Fluor
X of surface Irradianc
Beam
V.
Atten
418 nfl 441 nIl 465 nIl 488 nfl 528 nfl 548 nfl 568 nIl 589 nIl 625 nIl 871 nfl
8.88
8.88
0.80
0.88
8.88
8.88
8.88
1.815
0.413
8.413
8.412
8.412
8.412
8.411
188.08 180.88 100.08 188.80 188.88 108.08 100.08 188.80 188.08 188.88
9.79
90.87 91.49 98.35 89.91 77.88 74.82 68.38 49.58 28.48
4.17
1.87
81.37 83.93 81.74 88.94 62.24 57.52 48.14 26.18
8.72
72.48 75.85 73.85 72.94 49.84 43.56 32.92 12.12
8.88
8.88
8.88
8.08
8.88
8.80
8.08
8.88
0.88
0.88
8.88
9.88
8.88
8.98
8.88
8.88
9.90
8.88
9.98
8.09
8.89
9.88
8.89
9.88
9.88
8.99
9.98
9.08
9.98
9.98
8.98
9.88
67.81
61.25
55.19
66.68
68.25
54.26
65.83
59.39
53.36
39.69
32.85
26.21
8.412
8.418
64.76
57.58
51.29
45.23
39.57
49.31
48.43
42.92
21.22
8.488
0.488
8.418
0.422
8.421
0.417
34.36
27.36
22.55
17.38
13.88
9.23
38.45
33.27
47.63
42.19
37.86
32.22
27.51
7.37
22.93
5.61
18.65
14.96
8.416
8.417
8.413
0.417
8.429
0.421
6.46
18.11
7.69
4.37
3.27
2.43
9.488
0.481
9.397
0.396
0.393
9.399
4.51
3.18
2.11
1.41
43.78
28.14
22.77
17.43
13.29
5.66
4.17
3.82
2.17
1.56
1.13
8.84
8.387
8.387
8.386
0.383
8.382
0.382
0.381
8.379
9.378
8.377
0.375
9.375
E—24
37.78
32.88
27.87
22.92
19.23
14.42
11.38
8.98
6.93
5.34
11.95
9.56
4.95
.3.84
4.69
3.62
2.79
2.15
1.67
1.32
1.95
8.83
9.66
2.29
1.73
1.34
1.04
9.83
9.66
8.53
7.61
6.91
16.11
12.31
9.68
1.81
1.34
8.99
9.72
33.75
26.33
28.11
15.83
11.38
23.05
15.74
11.48
8.44
6.34
4.67
3.43
2.57
1.89
3.84
2.65
1.35
8.99
8.14
5.67
1.81
1.23
0.84
6.76
3.65
2.28
1.38
0.74
Cast Label
2—ave
N
:
ODEX 3 STA 72
Lat.
31.2648N
Temp
Sal.
ppt
deg C
Long.
Dens.
&—T
CAST 18—31—82 18442
141.3676(4
Fluor
Atten 418 nIl 441 nIl 465 nIl 488 nfl 528 nIl 548 nIl 568 nIl 589 nfl 625 nfl 671 nfl
1.3 21.874
17.49
8.88
8.248
4.8 21.413
9.7 21.403
24.49
24.58
0.00
0.00
0.80
8.00
8.80
0.88
0.88
8.00
8.451
0.409
26.878
35.137
35.148
14.9 21.395 35.128
19.7 21.394 35.118
24.6 21.394 35.183
29.6 21.394 35.099
34.6 21.394 35.116
39.6 21.394 35.090
44.7 21.395 35.111
49.6 21.379 35.106
54.6 21.019 35.828
59.4 19.070 35.816
64.4 18.264 34.686
69.3 17.867 34.673
74.4 17.772 34.666
79.4 17.334 34.561
84.4 17.388 34.661
89.3 17.661 34.742
94.3 17.578 34.745
99.3 17.478 34.764
104.1 17.251 34.752
189.2 17.854 34.675
114.2 16.777 34.589
119.0 16.702 34.682
124.2 16.853 34.594
129.1 16.573 34.587
134.2 16.531 34.583
139.8 16.435 34.591
143.9 16.469 34.686
149.0 16.331 34.573
154.8 16.188 34.542
158.9 16.845 34.532
163.9 15.733 34.458
168.9 15.500 34.487
173.8 15.252 34.483
178.8 14.953 34.421
183.7 14.783 34.353
188.9 14.238 34.317
24.49
24.48
24.47
24.47
24.48
24.46
24.47
24.47
24.51
25.02
24.97
25.86
25.88
25.10
25.16
25.16
25.18
25.22
25.27
25.26
25.25
25.28
25.29
25.38
25.31
25.34
25.34
25.35
25.36
25.38
25.39
25.47
25.46
25.54
25.52
25.61
X of surface Irradiance
Beam
V.
8.08
0.80
8.00
0.00
8.08
8.08
0.80
8.00
8.88
8.08
8.00
0.08
8.88
8.00
8.80
8.80
8.00
0.80
8.80
8.00
0.88
0.80
0.00
8.08
8.08
8.80
8.80
8.08
0.88
8.88
8.487
0.407
8.488
0.408
0.487
0.487
0.406
0.487
8.411
8.414
8.412
8.411
8.409
8.408
8.486
8.397
8.398
0.397
8.398
0.397
0.397
8.397
8.396
8.395
8.394
8.390
8.389
8.387
8.388
0.385
8.383
8.382
0.384
8.382
188.88 188.88 188.88 188.88 188.80 100.80 180.88 100.00 108.88 188.08
9.89
88.11 90.12 98.21 98.21 80.10 77.85 71.81 51.87 20.38
0.67
3.86
83.40 82.51 81.64 81.12 68.81 55.81 45.92 22.77
72.22
63.71
46.34
36.48
48.16
38.64
29.51
20.84
10.53
5.43
28.21
21.53
22.72
15.96
12.63
11.75
9.07
14.08
9.44
5.57
4.02
2.71
1.39
41.88
35.92
55.47
48.06
41.28
35.43
30.92
26.52
22.20
18.43
14.87
11.95
30.32
25.91
21.93
18.24
14.94
12.15
6.18
4.44
3.27
2.33
1.67
9.51
9.82
7.84
9.57
7.25
5.52
3.99
2.97
2.22
1.62
1.19
8.98
8.67
75.76
66.03
56.95
49.33
42.53
36.45
73.72
64.65
56.13
48.65
29.79 31.59
25.49 27.16
20.41 22.41
16.48 18.42
11.45 14.50
8.34 11.31
8.78
6.06
4.32
6.26
3.17
4.82
2.34
3.76
1.69
2.86
1.23
2.18
0.91
1.69
0.67
1.31
0.49
1.81
8.79
8.62
0.49
0.40
8.32
0.28
76.98
66.66
55.64
47.41
40.45
34.44
8.382
0.382
E—25
7.46
5.72
4.51
3.52
2.77
2.28
1.74
1.39
1.11
8.98
8.73
0.60
0.50
8.42
8.35
8.30
8.25
0.21
8.20
4.88
3.87
3.09
2.47
1.98
1.59
1.29
1.04
8.85
8.71
8.59
8.58
8.42
8.36
8.31
8.26
8.22
0.51
8.38
0.29
8.22
16.61
1.20
0.84
8.59
0.42
0.29
2.60
1.75
1.20
8.80
0.54
8.37
0.67
0.43
0.24
8.58
Cast Label
:
Lat.
31.8268N
Temp
3 STA 73
Long.
deg C
Sal.
ppt
Dens.
N
0.8
21.846
34.983
4.7 21.847
9.7 21.823
34.971
24.47
24.46
24.47
24.47
24.48
24.49
24.48
24.49
24.48
24.49
24.52
24.68
24.76
24.78
24.98
24.97
25.10
25.11
25.15
25.28
25.19
2—ave
14.8
19.7
24.7
29.7
34.6
39.6
44.6
49.6
54.6
59.4
64.3
69.4
74.4
79.4
84.4
89.4
21.018
28.979
28.958
28.954
28.954
28.968
28.968
28.921
28.539
19.541
19.245
18.443
18.355
18.826
17.685
17.488
94.3 17.145
99.4
184.3
16.921
189.2
16.854
114.2
16.805
16.808
16.738
18.710
16.528
16.367
16.267
18.185
15.887
15.798
15.714
15.743
119.1
124.2
129.1
134.1
139.0
144.8
149.8
154.8
158.9
163.9
168.9
173.9
178.7
183.9
188.8
16.888
15.458
15.868
14.861
14.521
CAST 18—31-82 23522
141.3498W
Fluor
Z of surface Irradiance
Beam
V.
Atten
418 nIl 441 nIl 465 nIl 488 nIl 528 nIl 540 nil 568 nIl 589 nIl 625 nIl 671 nIl
0.08
8.88
8.88
8.08
8.88
8.88
8.80
0.08
8.88
8.88
0.88
8.80
8.88
8.88
0.08
8.427
8.415
8.414
8.414
0.415
8.416
8.416
8.417
0.417
8.416
8.417
8.421
8.423
0.424
8.419
188.88 108.08 188.08 100.88 188.88 180.08 188.88 180.88 108.08 188.88
34.713
34.778
34.664
34.673
34.638
34.551
34.568 25.21
34.682 25.25
0.80
8.88
8.08
8.08
8.88
8.08
0.08
0.80
8.417
0.414
8.414
8.413
8.418
8.413
8.489
8.399
34.599
34.616
34.682
34.579
34.595
34.558
34.559
34.513
34.428
34.498
34.485
34.516
34.466
34.505
0.80
8.88
8.08
8.00
8.80
8.88
8.88
0.80
8.88
8.80
8.88
8.00
8.88
8.88
8.08
8.88
0.397
0.397
0.397
0.395
8.392
8.388
8.387
8.385
0.384
0.384
8.384
0.384
8.383
8.382
0.382
8.382
34.976
34.969
34.967
34.971
34.967
34.968
34.968
34.977
34.998
34.976
34.836
34.766
34.762
34.383
34.365
&—T
25.26
25.27
25.27
25.26
25.32
25.33
25.35
25.35
25.33
25.41
25.42
25.44
25.46
25.58
25.53
25.59
92.83
86.26
79.34
72.86
66.68
59.94
53.38
46.94
40.38
32.71
27.16
21.63
17.12
13.24
9.92
7.46
5.54
4.88
2.94
2.13
1.56
92.34
86.29
80.22
74.88
68.98
62.87
56.68
50.47
44.42
38.78
32.87
27.33
21.38
17.35
13.76
18.91
8.54
6.61
5.87
3.85
2.96
2.38
1.88
1.41
1.12
0.89
92.86
85.51
91.43
84.27
88.22
64.99
77.21
79.34
73.64
67.70
61.68
55.41
49.33
43.34
37.88
32.23
27.11
23.86
18.17
78.88
72.19
53.29
43.59
36.28
29.49
22.86
47.81
14.82
12.89
9.77
7.81
6.18
4.84
3.83
3.87
2.45
1.98
1.68
15.88
12.49
18.21
8.36
6.74
5.41
4.35
3.58
2.84
2.32
1.91
1.31
1.59
1.18
1.33
1.13
8.92
0.78
E-26
66.35
68.33
54.14
48.06
42.24
36.72
31.44
26.44
21.95
18.17
8.97
8.83
17.61
13.78
10.73
8.27
6.33
4.88
3.86
2.98
2.28
1.75
1.34
1.80
68.88
36.97
28.82
21.58
16.39
12.43
9.33
6.97
5.16
3.77
2.82
2.13
1.55
1.15
78.58
58.02
35.87
24.84
17.77
12.55
8.79
6.17
4.28
2.96
2.84
1.48
58.88
25.59
21.24
4.21
13.86
6.89
4.15
2.29
1.28
8.89
10.43
1.87
Cast Label
2—ave
fi
:
ODEX 3 STA 73 UP CAST 18-31-82 23592
Lit.
31.8269N
Temp
Sal.
deg C
ppt
28.871
32.981
4.4 21.848
9.2 21.841
14.2 21.816
19.2 20.988
24.2 28.966
29.1 28.962
34.2 28.962
34.973
34.976
34.973
34.988
34.973
34.969
—8.4
39.1
28.961
44.1
49.1
28.946
28.894
28.337
19.386
18.679
18.378
18.176
17.678
17.568
17.292
16.913
16.758
16.776
16.825
16.789
16.882
53.9
59.8
63.9
68.9
74.8
78.8
83.8
88.8
93.8
98.8
183.7
188.7
113.7
118.6
123.6 16.741
128.6 16.514
133.6 16.335
138.4 16.303
143.5 16.159
148.6 16.122
153.5 15.899
158.4 15.817
163.4 15.798
168.3 15.788
173.4 15.266
178.4 14.921
183.2 14.703
188.4 14.229
34.968
34.978
34.984
35.086
35.857
34.889
34.861
34.746
34.832
34.722
34.697
34.624
34.623
34.541
34.515
34.576
34.628
34.624
34.624
34.628
34.577
34.558
34.563
34.524
34.517
34.517
34.519
34.584
34.456
34.432
34.414
34.358
Long.
Dens.
&—T
22.25
24.46
24.47
24.47
24.49
24.49
24.48
24.48
24.49
24.58
24.53
24.72
24.84
25.88
24.99
25.10
25.14
25.15
25.16
25.25
25.22
25.28
25.23
25.28
25.28
25.29
25.34
25.35
25.34
25.38
25.36
25.48
25.42
25.43
25.44
25.58
25.55
25.59
25.65
141.3498W
Fluor
I).
X of surface Irradiance
Beam
Atten
418 nfl 441 nfl 465 nfl 488 nfl 528 nfl 548 nfl 569 nfl 589 nfl 625 nfl 671 nfl
8.89 1.268
8.89 9.412
9.08 8.412
8.08 8.413
8.80 8.413
8.88 8.414
8.88 0.413
8.80 8.414
8.08 8.415
8.88 8.414
8.88 9.417
8.88 8.417
9.88 9.428
8.98 8.419
8.88 8.417
8.88 8.414
8.88 8.413
8.88 8.418
0.88 8.412
0.08 0.419
8.09 8.489
188.88 188.88 188.00 188.00 109.88 188.88 100.08 188.80 189.80 100.98
8.80
8.08
0.08
8.08
8.88
0.88
8.88
8.89
8.08
8.88
8.88
8.88
9.88
8.90
8.09
8.88
9.88
8.08
0.487
0.399
8.397
0.397
8.397
9.391
8.388
8.387
8.385
8.384
8.383
8.383
8.383
8.383
91.91
81.49
72.29
63.61
55.88
47.48
41.88
35.21
38.27
25.71
28.21
16.82
12.29
9.54
7.17
5.33
3.92
2.87
2.87
1.49
1.08
8.79
91.92
82.88
74.36
65.75
57.43
49.97
99.71
81.52
89.98
88.58
78.15
61.61
75.58
56.94
69.47
47.44
51.58
25.09
22.87
3.94
72.76
63.84
55.59
48.14
71.49
48.01
42.39
32.17
22.15
14.39
9.42
12.07
6.21
0.78
62.51. 37.10 31.59
54.18
46.66
28.73
21.98
23.62
16.78
41.74 48.33
36.26 34.95
32.85 31.37 38.38
28.18 27.04 26.16
24.19 23.20 22.39
19.93 19.38 18.89
16.13 15.97 15.65
12.43 13.54 12.88
9.86 18.37 18.41
8.48
8.33
7.78
6.98
6.65
5.97
5.57
5.27
4.59
4.45
3.48
4.13
3.51
2.63
3.21
17.13
12.76
12.86
8.92
9.57
7.34
6.49
4.78
3.58
2.69
43.52
37.79
1.99
2.48
1.51
194
1.17
8.91
8.72
8.57
1.54
1.22
8.382
8.382
9.381
0.381
E—27
8.99
8.88
8.67
0.56
9.46
2.76
2.18
1.73
1.39
1.13
8.93
0.77
8.64
8.54
5.71
4.32
3.29
2.55
1.95
1.46
1.11
8.84
0.63
8.47
1.98
1.43
1.06
8.76
6.43
4.38
2.92
1.98
1.39
8.93
0.63
3.29
1.68
8.94
8.53
12.44
1.90
Cast Label
2—ave
II
ODD( 3 STA 77B UP CAST 11—1-82 21332
Lat.
30.0210N
Temp
Sal.
deg C
ppt
21.333
Long.
Dens.
&—T
26.566 18.80
34.986 24.38
93 21.242 35.004 24.44
14.3 21.218 34.989 24.43
19.3 21.218 34.989 24.43
24.3 21.197 34.993 24.44
29.1 21.052 34.986 24.47
34.1 21.806 34.988 24.48
39.1 28.911 34.984 24.51
44.1 20.879 34.983 24.52
49.1 20.853 34.971 24.52
54.0 20.798 34.977 24.54
59.8 28.129 35.242 24.92
64.0 18.889 34.806 24.90
68.9 18.417 34.781 25.80
73.9 18.192 34.720 25.01
78.8 17.984 34.787 25.86
83.8 17.801 34.684 25.08
88.9 17.740 34.789 25.12
93.7 17.266 34.593 25.14
98.8 17.181 34.648 25.22
183.7 16.619 34.519 25.24
108.9 16.422 34.519 25.28
113.8 16.384 34.479 25.28
118.6 16.187 34.515 25.33
123.6 15.965 34.492 25.37
128.5 15.818 34.418 25.34
133.6 15.931 34.433 25.33
138.6 15.888 34.498 25.39
143.4 15.687 34.517 25.45
148.5 15.305 34.551 25.56
153.5 15.185 34.426 25.51
158.5 14.978 34.358 25.48
163.4 14.567 34.507 25.69
168.3 14.230 34.249 25.56
173.3 14.007 34.283 25.63
178.4 13.695 34.262 25.60
183.3 13.871 34.238 25.78
188.4 12.909 34.151 25.76
—8.4
4.3 21.384
141.2218W
Fluor
X of surface Irradianc
Beam
V.
Atten
410 nfl 441 nfl 465 nfl 488 nfl 520 nfl 548 nfl 568 nIl 589 nfl 625 nfl 671 nfl
8.08
0.80
8.08
8.88
0.08
8.80
8.88
8.88
8.88
8.08
0.00
8.08
0.88
4.880
188.08 188.08188.08180.88 188.88 180.80 100.80 188.88 108.08 188.08
8.00
8.80
8.80
8.08
0.08
0.00
8.00
0.88
8.80
0.88
0.08
0.88
8.88
0.00
8.00
8.00
0.00
8.00
8.80
8.80
8.80
8.80
8.80
0.80
0.00
8.08
8.418
8.413
8.414
0.414
0.415
8.415
8.417
8.417
8.415
8.415
8.415
8.421
0.423
8.419
8.417
8.416
8.415
0.413
0.414
8.413
0.416
0.418
8.407
8.397
0.397
8.395
8.393
8.389
8.388
0.387
0.388
8.387
0.384
0.383
8.383
8.384
88.28
78.89
69.16
61.25
54.86
47.54
41.62
36.32
77.89
59.95
46.77
36.88
25.69
21.88
31.59
27.41
23.67
20.25
10.88
28.48
24.46
20.95
18.03
14.64
17.52
14.51
17.12
14.26
8.03
6.15
4.82
3.38
2.48
1.79
1.29
0.92
11.59
8.79
11.73
9.78
7.58
5.95
11.78
9.58
1.80
2.27
0.66
1.37
1.06
1.78
0.88.
0.63
1.11
98.22
79.72
70.51
62.58
54.87
48.18
41.75
35.98
30.97
26.61
22.57
18.94
14.07
10.78
98.86
88.95
72.52
64.97
57.73
51.14
89.84
79.85
78.35
62.78
55.58
48.92
45.81
43.88
37.53
39.39
34.31
29.88
32.71
6.96
5.36
4.12
3.14
2.38
8.58
0.41
4.71
3.71
2.91
1.41
8.98
0.73
8.61
8.51
8.43
0.37
8.31
8.382
8.382
E-28
7.68
6.19
4.99
4.88
3.20
2.55
2.84
1.63
1.32
1.87
8.88
0.73
8.62
0.52
8.45
8.38
28.63
22.78
17.92
14.87
8.14
6.29
4.82
3.69
2.82
2.12
1.64
1.25
8.94.
8.71
8.53
8.48
74.43
55.49
41.58
31.48
23.58
18.83
13.26
9.64
7.23
5.38
3.99
2.93
2.17
1.61
1.15
8.87
8.65
0.46
69.81
46.82
31.97
22.29
15.24
18.14
7.85
4.83
3.34
2.32
1.58
1.88
0.74
8.52
53.17
25.96
13.38
6.62
3.38
1.91
1.88
0.61.
8.35
24.75
4.57
8.96
14.18
1.27
Cast Label
:
ODEX 3 STA 79 UP CAST 11-2-82 1928Z
Lat. 38.5753N
Z—ave
H
Temp
Sal.
deg C
ppt
8.8 21.589
5.8 21.501
18.8
15.7
20.7
25.6
30.6
35.7
49.6
45.6
58.6
55.6
60.4
65.5
70.4
75.4
88.3
85.3
90.4
95.3
188.2
185.3
118.3
115.3
129.2
125.1
138.0
135.8
140.8
146.6
158.0
154.9
168.8
164.9
169.9
174.8
179.7
184.7
189.8
21.360
21.395
21.387
21.388
21.375
21.374
21.367
21.277
29.719
20.888
19.677
19.996
18.976
18.714
34.944
34.942
35.029
35.133
35.132
35.132
35.132
35.145
35.159
35.234
35.889
34.975
34.949
Long.
Dens.
&—T
24.32
24.32
24.42
24.49
24.49
24.49
24.50
24.51
24.52
24.60
24.64
24.72
24.81
24.84
24.92
24.97
24.98
25.02
25.05
25.13
25.88
25.13
25.17
25.11
25.15
25.23
25.33
25.32
25.32
25.45
25.45
25.46
25.45
34.795
34.854
34.834
18.601 34.812
18.426 34.887
18.268 34.796
17.991 34.883
17.868 34.708
17.606 34.679
17.516 34.796
17.393 34.590
17.612 34.719
17.491 34.776
16.994 34.750
16.743 34.661
16.559 34.689
16.012 34.618
15.547 34.471
15.189 34.398
15.879 34.346
14.898 34.388 25.47
14.335 34.263 25.55
14.154 34.233 25.56
13.742 34.176 25.61
13.401 34.155 25.66
12.988 34.105 25.78
148.5419W
Fluor
X of surface Irradianc
Beam
V.
Atten
418 nIl 441 nIl 465 nIl 488 nIl 528 nIl 540 nIl 568 nIl 589 nIl 625 nIl 671 nh
0.08
0.09
0.00
0.08
9.00
8.88
0.08
0.00
8.80
0.88
9.08
0.80
0.09
8.80
9.00
0.88
8.80
0.80
0.80
8.88
8.80
8.08
0.09
0.80
8.80
8.08
8.88
0.80
0.89
8.80
0.99
8.80
8.08
8.00
0.09
8.88
9.80
0.88
0.80
8.405
8.403
8.496
108.00 108.89 199.89 109.89 180.00 180.80 188.90 188.90 180.00 108.00
87.99
77.69
88.67
78.79
87.92
77.61
87.24
76.62
77.02
59.18
73.84
54.25
67.41
44.98
49.12
23.59
28.77
3.74
0.486
0.497
9.406
0.407
0.486
0.405
68.71
60.13
70.22
62.16
54.79
48.33
42.58
37.47
68.71
68.70
67.42
59.34
46.22
35.98
40.77
38.44
31.01
21.26
12.63
6.22
0.87
53.40
47.01
52.18
45.74
28.89
22.82
22.91
17.30
14.71
41.36
36.40
40.19
35.38
17.15
13.64
12.92
9.74
6.56
4.63
8.405
0.496
0.408
0.413
0.486
8.405
0.494
8.397
8.399
0.397
0.397
8.397
0.396
0.394
29.67
25.85
20.45
16.29
12.80
9.23
32.72
28.08
23.49
19.25
31.81
27.47
30.96
26.78
22.81
18.80
7.22
5.24
3.21
3.32
1.83
8.99
0.60
8.36
15.65
12.68
10.24
8.25
6.37
4.98
16.04
13.30
16.07
13.44
18.97
9.84
11.25
9.43
7.85
8.391
8.398
0.71
7.65
5.94
4.90
3.95
3.17
2.53
2.80
1.59
1.28
1.85
0.88
0.75
0.63
0.52
8.42
8.34
0.27
0.389
0.386
0.385
0.384
0.383
0.382
8.381
0.382
0.381
0.381
52.29
45.71
39.75
34.43
7.05
5.35
4.18
3.18
2.48
1.79
1.32
8.97
0.52
0.39
23.26
19.48
4.05
3.18
2.49
1.93
1.49
1.15
8.91
8.72
8.59
8.49
8.40
8.32
8.25
'
0.21
0.389
9.379
8.378
9.378
E—29
19.21
6.51
5.37
4.40
3.58
2.88
2.31
1.85
1.49
1.23
1.04
8.88
8.74
8.62
8.51
0.40
0.32
8.25
8.43
6.38
4.74
3.61
2.78
2.13
1.64
1.29
8.99
9.79
0.68
0.46
0.35
8.26
3.90
2.90
2.13
1.59
1.17
8.88
0.66
0.49
9.38
18.05
2.18
1.52
1.85
0.72
8.50
0.34
18.83
0.95
Cast Label
Z—ave
P1
—8.3
4.9
9.7
14.9
19.7
24.6
29.6
34.7
39.6
44.5
49.7
54.5
59.4
64.4
69.4
74.4
79.4
84.3
89.3
94.4
99.4
184.3
189.1
114.3
119.1
124.2
129.8
134.1
138.9
143.8
149.8
154.6
159.0
163.8
168.9
173.8
178.9
183.8
:
ODEX 3 STA 84 DN CAST 11-3-82 28182
Lat.
32.5946N
Temp
Sal.
ppt
Dens.
28.647
35.134
35.895
35.087
35.893
35.887
35.886
35.087
35.886
35.088
35.887
35.092
35.889
35.898
34.904
34.835
34.779
34.882
34.758
34.765
34.715
34.666
34.862
8.08
8.68
8.80
deg C
28.164
20.823
20.822
20.824
20.818
20.818
28.818
28.818
28.818
20.817
20.816
28.887
28.785
19.811
Long.
418 nM 441 ntl 465 ntl 488 nfl 528 nfl 548 nfl 568 nfl 589 nfl 625 nIl 671 nIl
19.88
24.65
24.62
24.61
24.62
24.61
24.61
8.88
8.88
0.88
8.336
188.08 188.88 188.88 189.88 100.08 108.88 108.88 188.88 188.88 180.80
24.61
24.61
0.08
8.80
8.88
8.80
8.88
8.88
8.88
8.00
24.61
24.61
24.62
24.62
24.69
24.95
34.847
34.648
14.543
34.332
14.056
34.318
25.64
34.828
34.635
34.884
34.591
34.598
34.546
34.540
34.433
34.445
34.414
34.384
X of surface Irradiance
Beam
At ten
16.912
16.832
16.765
18.691
16.466
16.385
16.337
16.234
15.772
15.426
15.282
15.284
14.914
17.548
17.488
17.195
17.922
Fluor
V.
&—T
25.82
25.09
25.15
25.15
25.16
25.18
25.21
25.25
25.27
25.28
25.28
25.31
25.34
25.35
25.36
25.35
25.45
25.44
25.48
25.48
25.46
25.56
18.535
18.874
17.986
17.751
148.4784W
0.08
8.68
8.80
0.00
0.88
8.88
0.88
8.88
8.80
0.88
0.80
8.88
8.06
8.68
8.08
0.69
8.00
8.88
8.88
8.08
8.88
6.08
8.88
8.08
66.85
48.69
45.02
25.21
32.37
23.65
16.88
11.50
11.84
6.72
31.18
25.18
33.93
25.21
19.67
47.66
41.83
19.84
15.55
14.95
11.24
7.82
5.17
36.29
31.41
27.86
23.13
19.49
16.19
12.18
9.41
7.35
5.49
4.84
3.84
8.22
5.84
4.35
3.16
2.30
1.66
3.56
2.39
1.65
1.21
8.36
8.415
8.412
8.411
0.412
8.411
0.411
8.416
0.411
98.29
77.52
71.10
59.97
54.73
47.19
41.99
36.87
89.64
81.27
89.58
81.52
98.13
81.58
75.45
63.04
72.61
73.71
65.47
73.57
66.18
59.48
53.54
48.58
39.84
42.81
59.50
52.81
73.65
65.96
59.78
53.44
47.37
41.52
47.7?
42.00
0.411
8.410
38.94
26.26
21.96
18.63
36.11
36.50
31.53
27.09
23.28
8.418
8.414
0.415
0.417
15.31
6.415
0.414
0.410
0.489
8.488
8.487
6.406
8.405
8.21
8.482
8.488
8.397
0.397
6.395
8.394
8.393
0.392
8.389
8.385
8.384
0.384
8.68
8.49
11.55
6.82
4.31
3.21
2.31
1.70
1.24
6.91
31.17
26.59
22.80
19.84
15.26
11.98
9.32
7.88
5.23
3.96
3.87
2.34
1.79
1.38
1.86
8.82
8.64
8.51
8.48
8.32
9.28
19.49
15.98
12.92
10.33
8.14
8.60
4.84
3.86
3.82
2.37
1.87
1.49
8.383
8.383
8.382
END OF DATA FILE
E—30
1.18
0.95
8.77
8.63
6.51
8.42
8.35
0.29
0.24
8.21
13.28
18.80
8.70
6.94
5.51
4.37
3.48
2.78
2.23
1.78
1.44
1.16
9.95
8.78
8.64
8.53
8.44
8.37
8.32
8.27
8.23
2.36
1.72
1.38
8.98.
8.72
8.55
8.42
8.32
8.24
58.88
8.87
0.63
8.45
8.32
1.11
8.76
8.52
3.20
1.78
1.80
8.56
8.33
8.28
16.98
3.84
0.67
8.17
8.80
8.89
Cast Label
2—ave
H
Lat.
32.4650N
Temp
Sal.
deg C
ppt
8.9 28.982
5.8 28.980
18.? 28.979
15.8 26.978
20.8 28.974
25.7 28.976
38.7 28.975
35.7 28.972
40.8 20.976
45.6 20.971
58.6 28.972
55.6 28.974
68.5 28.972
65.4 26.961
78.4 19.788
75.4 18.258
86.4 17.687
85.4 17.195
90.3 16.962
95.2 16.724
199.3 16.563
195.3 16.354
118.2 16.259
115.2 16.717
120.2 16.874
125.1
130.8
135.0
148.8
145.0
149.9
154.9
169.6
164,9
169.8
174.8
179.7
184.8
189.8
:
21.854
23.956
24.174
3 STA 185 DN CAST 11—5-82 29932
Long.
Dens.
&—T
14.52
16.11
16.28
16.23
16.55
16.78
17.28
16.86
17.46
16.863
18.793
24.186
24.525
24.839
25.383
24.943
25.727
26.241
25.926
26.296
26.157
25.957
27.280
28.119
27.861
28.167
27.838
27.602
27.861
26.384
26.895
25.234
24.571
23.792
23.612
16.665
16.376
16.058
15.925
15.770
15.563
15.315
14.758
14.305
13.996
13.942
13.315
23.326
23.336
23,162
22.815
22.419
22.517
22.488
22.383
22.599
22.126
21.726
21.648
16.65
16.72
16.65
18.42
16.14
16.26
16.29
16.32
17.85
17.61
17.89
17.78
17.64
18.98
19.95
19.89
28.19
28.63
19.91
19.53
19.80
18.86
18.18
17.56
16.96
16.84
16.56
16.26
15.97
18.92
141.2388W
Fluor
Z of surface Irradiance
Beam
Atten
418 nIl 441 nfl 465 nfl 488 nfl 528 nfl 548 nfl 568 nIl 589 nfl 625 nfl 671 nIl
8.88 6.415
8.88 8.414
8.08 6.414
8.80 0.415
0.80 8.415
0.88 8.416
8.88 0.415
8.88 0.415
0.68 8.415
0.88 9.415
0.88 6.415
0.68 0.415
8.09 6.415
0.88 8.414
8.88 8.428
0.88 0.428
9.08 8.420
9.08 0.419
9.90 9.418
8.00 8.414
0.80 9.407
9.98 8.404
0.90 0.397
0.06 0.397
0.00 9.397
8.08 8,394
8.90 0.394
0.90 0.391
8.88 0.389
0.08 0.388
6.98 0.386
9.98 8.385
9,96 0.385
8.09 8.385
9.00 8.384
9.68 6.383
8.00 0.383
9.80 9.382
6.00 8.382
188.08 188.88 188.00 186.88 188.88 188.88 108.08 188.00 108.88 100.00
8.47
98.78 89.30 87.79 86.65 73.83 76.48 63.41 44.26 17.38
8.57
2.65
78.15 78.74 78.83 75.89 55.92 50.46 40.72 28.83
8.62
63.95 66.25 65.72 65.06 44.81 38.65 28.96 10.98
V.
54.17
47.87
41.81
35.65
38.62
27.86
23,47
19.84
17.04
14.13
11.38
7.88
5.69
4.84
2.87
2.83
1.45
1.83
0.74
8.54
8.40
56.94
49.65
43.28
37.86
33.21
29.75
26.43
56.38
48.85
42.33
36.81
32.39
23.82
19.74
16.68
13.73
22.56
19.22
16.17
13.52
11.15
8.93
11.22
9.13
7.28
5.69
1.91
6.98
5.58
4.60
3.12
2.42
1.47
1.13
6,98
1.52
1.23
57.28
58.29
44.11
38.79
33.83
38.43
26.94
23.27
20.08
16.84
13.75
18.76
8.34
6.32
4.49
3.35
2.53
0.72
0.58
6.47
0.38
0.32
6.26
0.22
1.91
1.01
9.83
9.68
0.57
0.48
8.41
0.35
0.38
0.25
8.22
6.19
8.16
E—31
28.96
25.79
4.41
3.42
2.69
2.14
1.72
1.40
1.15
0.95
9.78
0.65
9.55
0.46
6.49
6.34
8.29
8,24
8.21
32.91
25.58
19.34
14.87
12.04
9.42
7.64
6.87
4.37
3.28
2.47
1.92
1.46
1.97
0.79
0.59
8.44
8.32
0.24
27.62
20.61
14.91
11.02
8.67
6.21
4.69
3.55
2.55
1.86
1.34
1.82
9.75
6.53
0.38
0.27
18.55
12.82
8.45
5.31
3.89
2.56
1.84
1.28
0.85
0.57
6.37
8.26
4.86
2.62
1.30
8.88
8,44
8.24
Cast Label : ODEX 3 STA 134
Lat.
2—ave
H
Temp
Sal.
deg C
ppt
9.5 19.462
5.2 19.461
18.1
15.2
28.1
25.9
38.2
35.1
49.1
59.9
55.9
68.9
64.8
69.9
74.9
79.8
84.9
89.8
94.8
99.6
194.8
109.7
114.8
119.6
124.6
129.6
134.5
139.4
144.5
149.5
154.5
159.4
164.4
169.4
174.3
179.3
184.2
189.2
Long.
Dens.
&—T
13.317
12.956
24.53
24.53
24.54
24.54
24.59
24.62
24.62
24.62
24.63
24.64
24.66
34.498 24.87
33.763 24.67
33.958 25.99
33.768 25.93
33.795 25.98
33.769 25.98
33.759 25.98
33.734 25.19
33.755 25.14
33.765 25.17
33.748 25.17
33.737 25.28
33.751 25.23
33.766 25.24
33.773 25.26
33.813 25.27
33.919 25.30
33.979 25.31
33.979 25.38
34.171 25.37
34.258 25.38
34.336 25.42
34.343 25.45
34.418 25.58
34.254 25.75
34.041 25.66
12.929
12.173
34.832
33.975
19.456
19.458
19.338
19.177
19.231
19.278
19.334
18.866
16,563
15.328
14.964
14.824
14.779
14.731
14.525
14.416
14.331
14.239
14.978
13.993
13.978
13.939
14.935
14.289
14.399
14.061
14.849
15.191
15.298
15.071
14.738
34.514
34.513
34.514
34.522
34.544
34.528
34.548
34.569
34.599
34.689
25.66
25.76
CAST 11-8-82 22882
142.15834
Fluor
Z of surface Irradiance
V.
Atten 418 nIl 441 nIl 465 nIl 488 nfl 529 nfl 548 nfl 568 nIl 589 nIl 625 nIl 671 nIl
8.98
8.414
9.88
8.89
8.414
8.414
8.98
8.89
8.88
0.08
8.80
9.80
8.98
9.88
8.88
9.88
8.88
8.99
9.80
9.89
8.80
0.09
9.88
8.89
9.80
8.09
0.90
9.98
8.98
0.98
8.99
8.98
0.88
0.88
9.00
0.99
8.99
8.99
8.09
0.00
0.99
9.90
8.414
8.414
8.416
9.416
8.415
8.416
8.416
9.419
8.421
9.428
8.426
8.424
0.422
8.428
9.428
8.413
8.411
9.489
9.408
0.498
8.395
8.389
9.386
0.386
8.387
9.385
9.383
0.387
9.388
8.391
8.390
8.387
8.385
0.384
188.98 188.98 188.89 188.88 188.88 188.89 189.88 108.99 198.98 108.88
9.59
82.28 84.97 85.85 85.68 76.48 73.83 67.79 48.16 19.66
74.19
75.95
74.38
73.39
56.37
51.53
42.57
63.84
54.35
42.78
31.88
24.74
19.13
37.13
26.68
19.85
14.68
18.85
7.99
5.66
4.85
2.96
2.12
1.58
27.66
18.17
1.11
9.33
0.23
61.87
54.53
45.88
39.23
33.77
28.82
24.59
28.23
16.62
13.88
64.22
56.39
48.96
42.79
37.46
32.48
28.89
23.77
63.93
55.52
48.27
42.13
36.82
31.91
27.54
23.45
28.89
16.45
19.95
16.69
47.16
41.04
35.65
38.80
26.46
22.65
19.26
16.19
18.88
13.18
18.39
13.69
11.92
13.42
11.93
8.18
6.25
4.46
3.44
8.85
7.95
5.56
4.39
9.82
2.57
3.28
2.52
1.94
1.52
1.22
1.99
8.84
3.61
9.71
9.85
8.72
6.85
4.97
3.55
2.53
1.83
1.29
8.89
8.62
8.44
9.32
1.90
1.41
1.86
0.83
0.67
0.55
9.45
8.37
9.31
9.25
8.21
8.17
8.384
8.383
E—32
8.69
9.51
9.43
0.36
9.38
0.26
8.21
0.18
0.15
7.31
5.84
4.61
2.84
2.24
1.78
1.44
1.19
1.00
8.61
0.52
0.45
8.38
8.32
8.27
8.22
8.19
9.16
14.73
11.23
8.67
6.69
5.86
3.70
2.82
2.97
1.57
1.17
9.86
8.89
8.58
8.41
8.65,
9.38
9.49
9.37
9.28
8.22
8.21
9.16
12.41
8.44
5.53
3.52
2.37
1.61
1.89
9.72
9.51
21.63
18.84
4.97
2.49
1.31
8.71
8.37.
8.22
3.34
8.54
0.78
Cast Label
:
Lat.
Long.
Temp
Sal.
deg C
ppt
—9.2
19.440
32.541
4.8
9.8
19.475
19.355
19.385
34.518
34.547
34.552
34.518
34.545
34.513
Z—aue
H
14.9
19.7
24.6
29.5
34.6
39.6
44.6
49.6
54.6
59.5
64.4
69.4
74.4
79.4
84.4
89.5
94.2
99.3
104.3
189.2
114.3
119.2
124.2
129.9
19.123
19.214
19.249
134.1
14.478
14.174
14.165
15,112
139.9
143.8
149.8
19.353
19.341
19.956
18.156
16.509
15.188
15.881
14.854
14.786
14.798
14.542
14.489
14.378
14.258
14.116
14.030
13.979
13.981
13.971
14.181
154.9
158.9
163.9
168.9
173.8
178.8
15.244
15.154
183.9
188.8
12.439
11.918
14.896
13,442
12.956
12.964
ODEX 3 5Th 134 UP CAST 11-8-82 2214Z
Dens.
&—T
23.03
24.53
24.59
24.60
24.62
24.62
24.59
34.588 24.62
34.575 24.61
34.783 24.78
34.444 24.81
34.794 25.47
33.998 25.16
33.785 25.04
33.767 25.06
33.756 25.88
33.788 25.18
33.744 25.11
33.744 25.13
33.758 25.15
33.748 25.17
33.764 25.21
33.748 25.21
33.748 25.23
33.784 25.25
33.757 25.24
33.883 25.23
33.927 25.26
34.815 25.39
33.924 25.32
34.385 25.41
34.294 25.38
34.363 25.45
34.361 25.58
34.317 25.78
34.037 25.66
34.832 25.65
34.152 25.85
33.942 25.79
142.1503W
Ruor
7. of surface lrradiance
Beam
V.
Atten
410 nH 441 nM 465 nH 488 nM 520 nfl 540 nfl 560 ntl 589 nIl 625 nfl 671 nIl
0.88
8.88
8.98
0.08
0.89
8.88
0.98
8.09
9.90
8.80
9.00
0.98
9.00
0.678
0.413
0.412
100.80 188.88 188.89 100.80 199.90 109.08 108.80 198.98 108.98 109.08
8.43
91.13 89.65 87.32 85.76 72.24 68.96 62.38 43.88 17.37
8.93
3.78
75.11 75.85 74.51 73.66 55.59 51.34 42.88 22.34
0.63
61.24 65.51 64.58 63.83 43.11 37.75 28.45 10.81
0.88
8.88
8.89
0.80
8.99
8.08
9.08
8.98
8.99
0.00
8.08
0.08
8.08
8.99
9.89
9.98
8.89
0.99
0.80
9.88
0,88
8.99
8.98
9.88
0.99
8.88
0.412
0.413
8.429
8.413
0.414
0.416
9.417
0.418
0.424
8.424
9.422
8.428
8.428
8.418
9.415
8.418
8.489
0.498
8.486
8.397
8.392
9.388
8.385
9.387
8.386
0.384
9.383
8.387
8.389
8.398
9.389
8.384
0.384
0.383
8.383
8.382
56.92
47.85
49.56
36.15
29.35
24.48
28.76
18.59
13.18
9.98
6.82
4.92
3.56
2.53
1.82
1.29
8.89
8.61
8.44
8.33
55.43
48.64
42.63
31.17
24.75
19.28
38.44
32.95
37.11
32.81
14.73
11.54
28.23
24.22
28.39
17.88
27.49
23.43
8.99
6.83
19.86
16.64
13.89
11.22
13.81
9.88
7.19
9.26
5.25
3.76
2.82
2.12
1.58
7.51
1.29
5.67
4.49
3.34
2.54
1.96
1.54
1.25
1.03
0.86
8.72
8.81
4.74
3.70
2.89
2.27
9.88
0.67
8.49
0.37
0.27
1.81
9.21
8.61
8.73
9.63
8.53
0.46
9.39
0.32
9.27
8.23
8.19
0.16
58.38
56.69
51.28
44.66
39.71
33.67
28.70
24.74
49.94
43.68
20.54
16.90
13.48
18.58
8.21
6.39
4.56
3.48
2.62
1.92
1.43
1.99
9.86
0.69
9.57
9.47
0.39
8.32
0.27
8.22
0.18
8.52
0.44
9.37
9.32
0.26
8.21
0.18
8.15
E—33
11.34
1.47
1.22
1.02
9.86
26.23
19.87
14.86
19.89
8.23
6.08
4.17
3.96
2.29
1.58
1.15
8.83
8.59
8.42
8.31
8.22
17.76
12.39
8.46
5.68
3.79
2.52
1.66
1.12
8.75
8.50
8.34
8.23
4.86
2.48
1.38
9.71
8.39
0.23
9.14
Cast Label : ODEX 3 5Th 167
Z—ave
11
—8.4
4.3
9.3
14.2
19.2
24.2
29.2
34.2
39.1
44.1
49.1
54.0
59.0
639
88.9
73.9
78.9
83.9
88.8
93.8
98.8
103.7
108.8
113.7
118.5
123.5
128.6
133.5
138.4
143.4
148.5
153.6
158.6
163.4
168.3
173.4
178.4
183.3
188.4
Lat.
33.4798N
Temp
Sal.
ppt
Dens.
28.575
33.692
33.726
33.733
33.715
33.726
33.720
33.748
33.761
33.845
33.755
33.707
33.429
20.44
24.31
24.33
24.34
24.33
24.34
24.34
0.88
8.80
0.00
8.80
0.00
0.08
0.08
24.36
24.35
24.39
24.32
24.68
24.65
24.68
24.81
0.80
0.88
0.80
8.00
0.00
0.00
0.00
8.00
24.81
24.83
0.80
0.80
0.00
0.00
8.00
0.88
8.00
8.88
0.08
0.80
0.00
0.00
deg C
17.676
17.863
17.855
17.835
17.824
17.815
17.814
17.838
17.897
17.987
18.088
16.336
15.537
15.899
14.768
14.580
14.402
14.358
14.345
14.328
14.256
14.284
14.196
14.212
14.198
14.134
33.352
33.430
33.378
33.355
33.371
33.368
33.378
33.378
33.458
33.473
Long.
&—T
24.86
24.86
24.87
24.88
24.95
24.97
33.520 25.08
33.493 24.98
12.851
33.522
33.577
33.594
33.600
33.627
33.561
33.576
33.626
33.533
33.554
33.610
33.604
25.82
25.06
25.89
25.11
25.15
25.13
25.15
25.28
25.16
25.24
25.32
25.34
12.758
13.034
33.685
33.716
25.36
25.39
14.162
14.042
13.983
13.919
13.751
13.699
13.872
13.474
13.160
13.815
C.AST 11—12-82 2338Z
136.4680W
Fluor
V.
0.88
0.80
0.08
0.80
0.00
0.88
8.80
0.88
0.88
0.08
8.00
0.00
of surface Irradianc
Beam
Atten
418 nIl 441 nfl 465 nIl 488 nIl 520 nfl 540 nfl 568 nfl 589 nIl 625 nIl 671 nIl
3.134
188.80 180.08 188.08 188.80 100.88 108.88 108.00 180.08 188.88 188.88
98.49
81.51
92.20
81.71
98.29
79.89
88.58
78.33
76.85
57.12
71.91
51.91
65.10
41.97
46.30
20.88
17.13
2.55
68.56
62.05
53.57
44.23
71.67
65.00
57.22
49.46
70.57
63.25
55.97
49.11
69.32
61.35
54.37
48.89
45.88
34.33
26.78
21.32
39.07
28.23
21.15
16.19
28.78
18.75
12.62
8.62
0.48
8.428
0.421
0.419
0.426
8.428
8.430
0.427
0.424
40.56
34.35
44.87
38.61
43.80
37.77
42.21
36.46
16.22
12.50
11,26
7.99
28.02
23.02
16.68
12.24
32.37
27.04
31.96
26.72
21.84
30.98
25.93
17.51
17.37
8.78
6.15
13.82
9.16
13.69
18.71
13.81
9.42
6.75
5.02
3.78
2.65
1.95
5.95
4.14
2.95
2.09
1.44
1.82
5.35
3.56
2.46
1.56
1.03
0.68
18.22
4.68
2.34
1.27
8.67
0.38
0.422
0.422
0.420
8.418
0.417
0.416
8.408
0.405
4.43
3.02
6.94
5.10
3.78
2.79
7.93
6.07
4.64
3.55
2.73
2.09
1.60
1.25
0.97
0.77
8.34
6.47
5.05
3.95
1.45
1.84
8.77
0.55
0.41
8.73
8.52
0.421
8.423
8.428
0.420
8.428
8.421
8.404
8.481
0.397
8.397
0.397
0.394
0.398
0.384
2.11
1.46
1.02
0.71
21.75
16.99
2.07
1.53
1.13
v.85
8.64
8.49
8.61
0.49
0.39
0.32
0.383
0.383
0.382
0.382
8.382
0.383
8.382
0.383
E—34
21.41
10.78
3.89
2.41
1.88
1.47
1.16
8.92
0.73
8.59
8.47
0.39
0.43
7.92
0.52
Cast Label
2—ave
N
1.8
5.9
16.7
15.7
20.8
25.7
30.7
35.7
48.6
45.6
58.6
55.6
68.4
65.5
78.4
75.4
88.4
85.4
98.3
95.4
100.3
185.2
118.3
115.3
120.2
:
ODEX 3 STA 178
Lat.
34.4828N
Temp
Sal.
deg C
ppt
16.999
16.979
33.181
16.977
16.976
16.974
16.977
16.988
16.988
16.990
17.841
16.417
15.428
14.565
14.148
14.877
13.218
12.526
12.325
12.331
12.267
11.923
11.638
11.691
11.575
11.115
125.1
130.1
11.091
18.893
134.9
146.1
145.0
158.1
154.9
160.6
164.9
169.8
174.8
179.8
10.615
18.499
18.325
10.193
18.113
18.077
9.969
10.385
9.784
9.639
184.8
189.8
9.536
9.391
33.184
33.182
33.183
33.181
33.183
33.184
33.186
33.222
33.223
33.178
33.389
33.158
33.163
33.183
32.985
33.861
32.999
32.989
33.073
33.834
33.138
33.888
33.088
33.079
33.083
33.132
33.282
33.236
33.325
33.443
33.503
33.587
33.581
33.258
33.681
33.737
33.743
33.775
Long.
Dens.
&—T
24.12
24.13
24.13
24.13
24.13
24.13
24.13
24.13
24.15
24.14
24.25
24.64
24.65
24.74
24.77
24.79
24.99
24.98
24.97
25.65
25.68
25.21
25.16
25.19
25.26
25.27
25.34
25.45
25.49
25.59
25.71
25.77
25.78
25.85
25.54
25.96
26.03
26.05
26.18
CAST 11-15-82 19262
127.13754
Fluor
% of surface Irradiance
Beam
V.
Atten
418 nfl 441 nfl 465 nfl 488 nIl 528 nfl 548 nIl 568 nfl 589 nfl 625 nil 671 nfl
8.88
8.88
8.88
8.429
8.80
8.438
108.88 188.88 188.88 188.08 188.00 108.88 100.60 100.88 108.80 108.08
7.55
83.18 85.05 85.79 85.81 75.26 71.75 64.61 44.79 16.89
8.71
3.27
22.67
44.72
54.13
58.78
74.85
65.78 78.88 73.10
18.99
8.62
29.48
39.28
55.22 68.91 63.17 63.99 44.63
8.438
8.430
888 8.438
0.88
8.88
6.08
8.88
0.88
8.08
8.08
0.88
8.08
6.88
8.88
0.08
8.08
6.08
8.88
8.88
8.88
0.08
8.00
6.80
6.88
6.88
8.68
8.88
8.88
8.88
8.68
8.08
8.08
6.68
6.88
8.438
8.430
8.434
8.434
8.433
8.450
8.464
0.453
8.454
8.445
0.452
8.434
8.431
8.421
8.410
8.485
0.482
6.397
8.397
0.397
8.395
0.394
0.394
0.393
8.391
8.391
8.391
8.391
8.391
6.391
45.79
35.88
29.35
23.19
18.48
14.14
9.69
6.34
3.85
2.24
1.39
0.85
8.58
52.21
42.58
35.83
29.49
24.04
19.03
14.53
18.39
6.79
4.32
2.94
1.99
1.32
0.88
8.61
6.43
8.32
8.24
54.36
45.55
38.54
32.18
26.59
21.45
16.78
0.392
8.88
0.06
8.392
8.390
E—35
33.84
26.81
19.62
33.46
27.83
22.73
18.07
15.01
13.97
18.49
7.70
6.39
5.58
4.33
4.84
3.12
2.95
2.21
2.19
1.58
1.65
1.17
1.28
0.88
1.01
0.69
0.81
0.54
6.65
0.43
0.53
8.34
8.43
8.28
6.35
8.22
8.29
8.24
12.68
9.18
0.00' 0.392
54.94
46.93
39.73
11.15
8.27
5.84
4.14
2.93
2.86
1.44
1.04
0.74
8.52
8.37
8.27
28.34
19.22
5.11
21.21
15.32
13.27
8.51
11.32
7.88
5.57
3.56
5.36
3.76
2.63
2.31
1.50
2.65
1.37
8.75
0.40
8.23
1.81
1.20
8.84
8.68
6.41
8.98
8.64
6.48
8.26
Cast Label
2—ave
11
—8.1
4.8
9.7
:
ODB( 3 STA 170 UP C4ST 11-15—82 19352
Lat.
34.4828N
Temp
Sal.
ppt
Dens.
31.671
22.96
24.12
24.13
24.13
24.13
24.13
24.13
24.12
24.11
24.11
24.53
24.73
24.74
24.68
24.87
deg C
17.017
17.883
18.974
16.971
11.232
18.941
33.182
33.185
33.183
33.184
33.179
33.177
33.167
33.159
33.165
33.544
33.353
33.214
33.813
33.127
33.813
32.959
32.945
32.987
33.897
33.858
33.818
33.128
33.185
33.868
33.138
33.894
163.8
168.9
173.9
178.8
18.802
18.526
18.408
18.212
10.120
18.858
9.978
9.894
9.787
9.685
33.283
33.284
33.293
33.397
33.478
33.513
33.558
33.628
33.678
33.738
183.7
188.8
9.511
9.357
33.758
33.786
14.8
19.7
24.6
29.6
34.7
39.8
44.6
49.6
54.7
59.4
84.4
69.5
74.4
79.3
84.4
89.3
94.2
99.3
104.2
189.3
114.1
119.8
124.2
129.1
134.2
139.8
143.8
149.8
154.1
158.9
16.967
16.968
16.971
16.973
16.976
18.988
16.424
14.862
14.335
14.247
13.369
12.938
12.389
12.334
12.483
12.099
11.882
11.637
11.781
11.578
11.133
Long.
127.1375.4
Fluor
X of surface Irradianc
Beam
V.
Atten
410 nfl 441 nIl 465 ntl 488 nIl 520 nIl 540 nfl 560 nIl 589 nIl 625 nIl 671 nIl
8.525
8.426
8.428
8.429
8.428
0.428
8.428
8.428
8.427
8.427
8.437
8.464
8.452
8.447
0.444
180.88 188.00 108.08 188.00 188.88 188.08 188.88 108.00 108.80 108.08
25.12
25.19
8.88
8.88
0.80
8.88
8.08
8.88
0.80
0.88
8.88
8.88
0.88
8.88
8.88
0.88
8.80
8.88
8.80
0.08
0.88
0.88
8.88
8.88
0.88
25.20
25.25
0.88
0.88
8.397
0.397
25.29
25.31
25.45
25.46
25.55
25.67
25.74
25.78
25.83
25.90
25.96
26.84
26.86
8.88
8.08
8.80
8.88
8.80
8.88
8.88
0.08
8.08
0.88
8.88
0.88
8.08
8.88
8.394
8.392
&—T
24.87
24.93
24.93
24.95
25.18
25.11
28.11
0.444
8.432
8.425
8.414
8.488
8.483
0.399
8.397
77.44
66.29
52.11
41.71
33.78
26.99
21.68
17.23
79.81
67.05
55.87
46.24
38.84
32.14
28.65
21.83
13.58 17.63
18.28 13.72
6.34
9.93
3.87
6,31
2.27
4.19
1.35
2.77
0.81
1.88
8.47
1.21
81.59
69.81
58.28
49.08
41.68
35.88
29.32
24.31
19.85
15.76
11.98
8.65
6.09
4.87
83.95
78.68
73.18
53.28
71.78
58.08
65.97
41.58
45.84
20.98
59.88
58.97
43.43
36.76
38.97
25.82
48.78
38.95
23.28
17.75
13.34
9.97
7.57
1.89
1.32
1.16
8.79
27.65
18.55
11.97
8.19
5.04
3.25
2.19
1.41
8.92
0.59
0.38
8.24
18.38
5.18
2.34
1.25
21.22
17.84
13.29
18.83
7.34
5.27
36.53
26.76
19.88
14.14
18.28
7.11
5.01
3.51
2.45
2.98
2.82
1.45
1.88
8.82
8.64
3.77
2.73
2.02
8.95
8.65
8.46
8.33
8.24
8.18
8.56
8.37
8.25
8.81
8.57
8.41
0.38
8.23
8.58
8.48
8.32
8.26
0.21
8.17
8.393
8.393
8.391
8.390
0.391
0.392
8.392
0.392
8.391
8.392
8.391
8.392
154
.1.28
8.94
8.75
0.61
8.49
8.48
8.33
8.27
8.22
E-36
5.51
3.81
2.71
1.71
8.64
0.34
0.20
18.10
3.36
8.63
8.46
8.78
Cast Label
:
ODEX 3 STA 176 UP CAST 11-16-82 23282
Lat.
2—ave
Temp
Long.
Sal.
Dens.
ppt
&-T
M
deg C
1.6
6.2
14.897
14.896
14.859
14.828
14.749
14.673
14.892
14.188
13.216
13.320
11.790
33.885
33.096
33.161
33.108
33.154
11.719
11.351
33.861
11.1
16.3
21.1
26.2
31.2
36.1
41.1
46.1
510
56.1
61.6
65.9
78.9
75.9
80.8
85.8
98.8
95.9
100.7
185.8
110.8
115.7
120.8
125.5
138.6
135.6
33.198
33.283
33.467
33.896
33.110
33.048
33.837
Fluor
X of surface Irradianc
Beam
V.
Atten
418 ntl 441 nIl 465 ntl 488 nIl 528 nIl 548 nIl 560 nIl 589 nIl 625 nIl 671 nIl
24.52
8.80
188.88 188.88 188.88 100.80 108.08 180.08 180.80 108.80 188.88 180.00
24.53
24.54
24.55
24.61
24.66
24.67
24.92
24.88
24.87
25.11
25.14
25.19
8.88
8.88
0.80
8.88
8.06
8.80
8.88
0.00
8.80
8.88
8.88
8.08
8.80
8.88
8.557
0.555
0.556
8.566
8.582
8.658
8.649
8.559
8.478
8.457
8.431
33.845 25.25
33.841 25.29
33.856 25.31
33.856 25.31
33.185 25.48
33.115 25.43
33.153 25.46
33.468 25.68
9.936 33.749 25.99
9.615 33.454 25.81
9.381 33.457 25.85
9.652 33.548 25.88
9.689 33.648 25.95
9.399 33.737 26.87
9.308 33.736 26.88
BID OF DATA FILE
11.832
18.886
18.763
10.747
18.420
10.298
10.293
10.471
123.3559t4
0.08
8.86
8.88
0.88
8.88
8.88
8.88
8.08
8.88
8.00
8.08
8.88
8.88
38.92
20.88
16.64
5.48
2.88
1.31
49.82
29.17
17.33
9.25
5.17
2.62
1.37
8.79
8.58
57.45
36.41
23.82
14.04
8.84
4.45
2.54
1.57
1.86
0.75
8.56
8.42
0.421
8.413
8.409
8.484
8.403
8.400
65.83 70.32
43.84 43.36
28.37 26.72
18.84 16.38
9.72
18.88
5.74
6.38
3.45
3.84
2.13
2.48
1.38
1.71
8.93
1.24
8.65
8.94
8.72
8.58
0.47
8.397
8.397
8.395
0.397
0.397
8.395
0.392
8.394
8.395
0.395
8.393
E—37
73.34
44.20
26.51
14.99
9.17
5.41
3.24
1.97
1.23
8.83
73.73
48.58
21.45
11.41
6.59
3.68
2.89
1.18
58.13
22.11
8.24
3.47
1.68
22.35
2.93
11.02
Cast Label : ODEX 3 STA 182 Up CAST 11-17-82 20262
2—ave
M
—8.4
Lat.
35.53534
Temp
Sal.
Dens.
deg C
ppt
&-T
15.898
28.138
Long.
28.58
4.3 15.816 33.383 24.55
9.3 15.758 33.379 24.56
14.2
19.3
24.2
29.2
34.2
39.1
44.1
49.1
15.745
15.733
15.725
15.721
15.714
15.708
15.248
14.668
14.523
13.882
13.647
13.172
54.8
59.1
63.9
68.9
73.8 12.818
78.8 12.574
83.8 12.268
88.8 12.198
93.7 12.044
'98.8 11.924
183.8 11.678
108.7 11.579
113.8 11.481
118.6 11.439
123.7 11.348
128.5 11.862
127.9 11.848
33.372
33.373
33.371
33,378
33.367
33.353
33.398
33.324
33.312
33.338
33.294
33.421
24.56
24.56
24.56
24.56
24.56
24.55
24.68
24.75
24.78
24.92
24.94
25.14
33.335
33.485
33.410
33.424
25.14
25.24
25.31
25.33
25.36
25.42
25.50
25.52
25.57
25.58
25.57
25.67
25.68
33.429
33.467
33.514
33.515
33.561
33.568
33.523
33.592
33.594
121.3916(4
Fluor
V.
8.88
8.08
0.88
8.88
8.88
8.08
8.88
0.88
8.80
0.80
0.00
8.00
0.88
8.80
8.88
0.08
9.80
8.88
0.08
8.80
8.88
0.88
0.88
8.80
8.08
8.88
8.08
8.80
Z of surface Irradiance
Beam
Atten
419 nfl 441 nfl 465 nfl 488 nfl 528 nfl 548 nil 568 nil 589 nfl 625 nfl 671 nfl
8.741
188.88 188.88 188.08 189.88 180.08 188.88 108.88 188.88 180.08 188.88
0.549
9.557
62.25
38.69
67.98
45.42
73.19
52.81
77.09
58.38
74.83
53.68
8.556
8.551
8.539
8.534
21.98
29.79
18.89
37.28
25.47
43.86
38.83
10.78
16.98
18.62
21.46
14.66
9.95
6.76
4.59
3.12
2.13
1.49
38.18
26.38
17.74
11.20
7.51
4.98
8.538
8.525
0.587
0.489
8.479
8.437
8.442
8.432
12.51
6.83
3.87
2.17
1.20
6.57
4.85
2.44
1.48
8.89
8.55
7.18
4.62
3.81
1.96
1.38
8.87
0.61
0.425
8.422
0.414
8.414
8.413
0.409
0.408
8.418
0.416
8.417
1.86
8.76
0.55
0.415
0.487
8.486
PRBWrURE B'4D OF DATA FILE
E-38
3.19
2.11
1.40
8.93
0.63
73.27
52.22
36.76
25.07
15.76
18.19
6.73
4.33
2.78
1.81
1.19
8.78
68.76
45.79
51.47
25.59
38.22
18.47
11.04
6.85
4.23
2.55
1.54
8.94
12.71
5.86
2.76
1.37
8.69
22.37
4.39
8.94
19.98
1.14
Cast Label
:
ODEX 3 SM 184 ON CAST 11-17-82 2339Z
Lat. 35.5328N
Z—ave
N
8.0
4.8
9.7
14.9
19.7
24.7
29.7
34.6
39.5
44.6
49.6
54.6
59.4
64.4
69.5
74.4
79.4
84.3
89.2
94.3
99.3
Temp
Sal.
deg C
ppt
15.788
33.367
15.779
15.683
15.598
33.369
33.376
33.375
33.385
33.363
33.359
33.372
33.357
33.355
33.356
33.369
33.341
33.395
33.366
33.441
33.399
33.415
33.447
33.446
33.458
15.498
15.358
15.304
15.845
14.976
14.768
14.493
14.290
14.119
13.339
13.155
12.864
12.819
12.735
12.626
12.555
12.499
Long.
Dens.
121.3118W
ol surlace Irradiance
Fluor
V.
Atten
418 nfl 441 nfl 465 nIl 488 nIl 528 nfl 548 nIl 568 nfl 589 nIl 625 nIl 671 nFl
0.547
8.547
8.555
8.550
0.571
8.576
8.586
8.576
8,576
180.80 188.88 188.08 188.88 100.88 100.00 108.88 180.08 180.08 188.88
24.71
24.71
8.08
0.08
8.80
8.08
0.08
8.08
8.08
0.88
0.88
24.76
24.82
24.87
24.88
25.89
25.18
25.21
25.19
25.22
25.27
25.28
25.29
8.88
8.00
8.08
8.88
0.88
0.08
8.08
8.88
0.08
8.88
8.00
8.08
0.561
8.559
&—T
24.54
24.55
24.57
24.59
24.62
24.64
24.64
68.17
35.45
28.88
18.61
5.36
68.82
41.93
26.16
15.33
8.73
4.92
2.72
73.68
58.58
71.26
46.81
65.10
48.71
47.41
33.99
22.88
16.92 14.88
8.82
10.96
5.42
7.82
3.34
4.47
31.83
20.27
26.88
15.58
10.72
4.99
12.67
7.88
9.25
5.48
3.87
2.38
73.95
52.84
33.46
21.41
13.37
8.25
5.02
3.89
76.83
55.38
1.93
2.84
38.30
25.73
1.81
8.561
8.551
8.558
0,539
0.538
8.519
8.514
8.523
0.532
0.531
END OF DATA FILE
E—39
2.04
4.62
2.77
22.34
18.95
3.76
8.86
Cast Label : ODEX 3 5Th 184 UP CAST 11—17—82 2352Z
Z—ave
M
Lat.
35.5328N
Temp
Sal.
ppt
deg C
Long.
Dens.
&—T
—0.4 —99.888—999.980—999.80
4.3
9.2
14.1
19.2
24.2
29.2
34.2
39.1
44.1
49.1
54.8
58.9
64.1
68.8
73.9
78.9
83.8
88.9
93.8
98.8
15.768
15.679
15.569
15.358
15.275
15.848
14.986
14.663
14.479
14.284
13.965
13.778
13.215
13.026
12.848
12.796
12.722
12.593
12.544
12.494
33.355
33.357
33.343
33.345
33.373
33.355
33.337
33.266
33.324
33.344
33.349
33.253
33.317
33.371
33.393
33.398
33.482
33,426
33.439
33.445
24.54
24.56
24.57
24.62
24.66
24.78
24.70
24.71
24.79
24.87
24.92
24.89
25.05
25.13
25.18
25.19
25.21
25.26
25.28
25.29
121.3118W
Fluor
Z of surface Irradiance
Beam
V.
Atten
418 nfl 441 nfl 465 nfl 488 nfl 528 nfl 548 nfl 568 nfl 589 nfl 625 nfl 671 nfl
8.80
4.991
188.88 180.08 180.80 188.88 180.88 190.88 108.88 188.80 188.88 108.88
0.00
8.00
0.88
0.00
0.00
8.08
8.88
0.08
8.00
0.00
9.08
8.08
0.80
8.08
8.80
0.98
0.80
0.00
0.80
0.80
8.547
0.554
62.54
37.62
65.82
42.73
78.89
50.48
74.34
55.25
71.82
58.56
71.16
49.74
8.551
0.575
21.76
12.89
27.83
16.47
34.83
23.21
14.97
9.53
48.87
27.92
18.85
12.53
8.26
35.27
23.87
15.52
9.92
34.03
22.58
14.54
9.27
0.577
0.576
0.575
8.562
8.559
8.556
8.534
0.541
0.539
8.545
0.534
0.517
9.515
0.526
0.536
8.533
9.58
6.89
END OF DATA FILE
E—4$
66.38
43.85
27.48
17.12
10.38
48.23
23.82
11.12
19.95
9.81
Cast Label
Latitude: 35.194814
2—ave
N
Teiip
deg C
Sal.
ppt
Clean
3.9
8.7
12.7
18.7
22.8
28.7
33.7
38.7
43.6
58.647
15.280
15.845
14.756
14.570
13.893
13.325
12.726
12.517
12.298
53.4 11.918
58.5 11.783
63.4 11.491
68.5 11.253
73.4 18.980
78.4 10.763
10.585
88,4 18.275
93.3 10.126
98.3 10.056
183.3
9.913
188.2
9.842
113.2
9.780
118.2
9.658
IZ%.2
9.622
128.1
9.596
133.1
9.576
138.8
9.468
143.1
9.352
148.0
9.238
152.9
9.231
158.8
9.156
162.9
9.125
167.9
9.832
172.9
8.918
177.9
8.832
182.7
8.748
187.8
8.434
192.7
8.557
95.643
33.391
33.331
33.404
33.336
33.344
33.377
33.455
33.464
33.493
33.521
33.588
33.486
33.548
33.582
35.368
33.642
33.695
33.688
33.684
33.718
33.737
33.740
33.737
33.756
33.740
33.775
33.798
33.832
33.901
33.855
33.937
33.947
33.956
33.978
33.967
33.991
34.818
34.005
Longitude: 121.300814
Dens.
water
At ten
value—>
54.68 0.614
24.69 8.612
24.68 0.688
24.80 8.686
24.78 8.649
24.93 0.564
25.07 8.514
25.25 0.457
25.38 8.447
25.37 0.446
25.46 8.432
25.47 8.424
25.51
25.68
25.42
27.11
25.79
25.89
25.91
25.92
25.97
26.80
26.01
26.03
26.05
24.04
26.07
26.11
26.15
26.22
26.19
26.26
26.28
26.30
26.33
26.34
26.37
26.40
26.41
Diffuse Attenuation (IN)
Beds
i-I
0.413
0.411
8.484
0.408
8.397
0.390
0.391
8.388
8.387
0.386
0.387
0.389
0.387
8.388
0.387
8.387
0.388
0.384
0.385
8.385
0.390
0.384
0.385
0.388
0.387
0.389
0.383
410 nIl 441 nIl 465 1*1
8.817
8,815
8.816
488 nIl
8.028
528 nIl 548 nIl 568 nIl 589 nfl 625 nfl 671 nil
8.468
8.244
8.187
0.071
8.848
8.855
8.135
0.155
8.178
0.172
8.168
0.156
0.145
0.876
0.888
8.899
8.186
8.104
8.894
8.081
8.871
0.865
0.061
0.858
8.056
8.855
8.854
0.854
8.854
0.055
0.056
0.058
0.885
0.092
8.899
8.185
8.18?
0.181
0.892
0.884
8.878
8.075
8.874
8.074
0.873
8.876
8.080
0.883
8.109
0.126
0.144
8.149
0.141
8.125
8.111
8.898
8.898
8.806
8.884
8.889
0.102
8.117
0.123
0.118
8.184
8.898
8.879
8.872
0.867
8.863
8.868
0.858
8.055
8.053
0.850
0.048
F—i
8.087
0.892
8.181
0.106
0.108
0.102
0.097
0.089
8.084
8.088
0.078
8.877
0.878
0.079
0.079
8.108
0.103
8.110
0.113
6.116
0.113
8.111
0.106
8.183
0.182
8.188
8,162
8.162
0.162
8.158
8.156
0.154
8.152
0.358
0.351
0.494
694 nil
8.680
0.571
Cast Label : ODEX 3 51* 7
Latitede: 35.19414
2—auc
Temp
UP CAST
Longitude: 121,380W
Sal.
Dens. Beae
ppt
H At ten
Clean water value—>
———————————————————————————— Diffuse Attenuation (ill)
410 Mi 441 Ml 415 MI
0.117
8.015
0.016
488 nil 521 Ml
3.8 50.652 95.614 56.65 0.600
8.7 15.118 33.399 24.71 0.617
13.7 14.710 33.410 24.81 8.693
8.138
0.157
0.169
33.572 25.02 0.655
13.544 33.771 25.33 0.589
13.099 33.483 25.28 0.511
12.556 33.498 25.31 0.457
12.441 33.444 25.38 0.444
12.076 33.668 25.54 8.442
11.917 33.515 25.45 0.433
11.579 33.668 25.64 0.423
11.464 33.509 25.53 0.413
11.330 33.559 25.68 0.412
11.215 33.585 25.64 0.418
10.928 33.717 25.79 0.406
10.695 33.644 25.79 8.397
18.455 33.785 25.93 8.397
10.250 33.723 25.92 0.393
10.119 33.711 25.93 0.390
10.029 33.735 25.94 0.391
9.898 33.728 25.98 0.395
9.813 33.763 26.02 0.387
9.756 33.751 26.02 0.387
9.644 33.780 26.06 0.389
9.617 33.768 26.06 0.388
9.575 33.797 26.89 0.389
9.541 33.815 26.11 0.387
9.433 33.848 26.15 0.387
9.263 33.894 26.21 0.386
9.228 33.874 26.28 8.389
9.215 33.887 26.22 0.384
9.135 33.947 26.28 8.387
9.081 33.982 26.31 0.388
8.934 34.018 26.36 0.387
8.874 33.989 26.35 0.387
8.772 33.977 26.36 0.384
8.665 34.011 26.40 0.382
8.545 34.054 26.45 0.386
8.514 34.823 26.43 0.385
0.171
0.163
H
18.6
23.7
28.7
33.6
38.4
43.5
48.5
53.5
58.5
63.4
68.5
73.5
78.4
83.3
88.4
93.3
98.3
103.3
108.2
113.2
118.2
123.3
128.1
133.8
138.0
143.0
148.0
153.0
158.0
162.9
167.8
172.8
177.8
182.8
187.8
192.8
deg C
14.341
0.158
0.140
0.820
0.111
0.128
0.143
0.145
0.134
0.114
0.103
0.091
0.104
0.116
0.120
0.112
0.896
0.084
0.878
0.089
0.899
8.103
1.898
0.087
8.876
0.093
0.087
0.082
0.080
0.076
0.075
0.069
8.065
8.063
0.859
0.057
0.068
0.863
0.060
0.057
0.055
0.054
0.852
0.051
0.050
0.047
0.046
0.054
0.055
8.054
0.054
0.055
0.055
0.057
0.059
0.863
F—2
540 MI
0.848
0.055
0,886
0.089
0.093
0.099
0.105
0.105
8.899
0.092
0.085
0.081
0.077
0.076
0.075
8.074
0.073
0.074
0.0fl
0.098
0.103
0.103
0.096
0.087
0.080
0.076
0.074
0.873
0.072
0.872
0.873
0.076
0.088
560 MI
0.071
589 MI
0.187
625 MI
0.244
671 MI 694 MI
0.468 8.408
0.102
0.103
0.109
8.113
0.115
8.111
0.108
0.103
0.101
0.100
0.107
0.113
0.163
0.161
0.168
8.159
0.158
0.155
0.156
0.347
8.346
0.488
0.565
Cast Label : ODEX 3 STA 9 18—12—82 23142
Latitude: 35.191811
2—ave
II
3.R
8.7
13.6
18.8
23.7
28.8
33.5
38.6
43.5
48.7
53.5
58.4
63.4
68.6
73.4
78.4
83.4
88.4
93.3
98.2
183.3
188.3
118.3
123.3
128.1
133.1
138.1
142.9
148.8
153.8
158.0
162.8
167.8
172.9
177.8
182.7
187.8
192.8
CAST
Longitude: 121.8681W
Diffuse Attenuation (ill)
Temp
Sal.
degC
Atten
&—T
ppt
Clean water value—)
41$nH
8.817
441 nIl
465n1l 488n11
8.015
8.816
57.13
24.73
24.88
24.89
24.92
25.82
8.153
8.167
8.174
8.133
8.144
0.154
8.155
0.145
8.132
8.122
8.114
8.118
8.185
58.747
15.157
14.983
14.619
14.414
13.704
12.626
12.967
12.883
12.498
12.156
11.744
11.594
11.218
11.136
11.128
11.897
11.848
11.888
18.984
18.661
18.636
10.687
18.521
18.364
18.307
18.288
18.167
18.898
18.822
9.891
9.825
9.698
9.676
9.648
9.599
9.562
9.511
9.389
96.391
Dens.
33.436
33.472
33.498
33.464
33.486
33.372 25.21
33.366 25.14
33.438 25.22
33.478 25.31
33.512 25.48
33.518 25.48
33.543 25.55
33.614 25.66
33.591 25.64
33.586 25.65
33.681 25.67
33.612 25.69
33.631 25.71
33.648 25.74
33.744 25.84
33.712 25.84
33.719 25.85
33.736 25.88
33.784 25.95
33.786 25.95
33.789 25.96
33.834 26.02
33.838 26.83
33.858 26.06
33.915 26.13
33.916 26.13
33.942 26.18
33.939 26.18
33.945 26.19
33.964 26.21
33.977 26.23
33.988 26.25
34.822
Beau
8.628
8.646
8.655
8.665
8.651
1.581
8.485
0.510
8.496
8.471
0.448
8.426
8.467
0.438
8,418
8.415
8.419
8.425
8.428
8.418
8.476
0.476
0.459
0.459
8.489
8.479
8.171
8.166
0.161
589n11
625n11
8.871
8.187
8.244
8.105
8.189
8.128
8.122
8.188
8.187
8.397
0.384
8.116
8.118
8.126
8.127
8.184
8.177
8.116
8.111
8.186
8.188
8.895
0.893
8.893
8.893
8.125
8.121
8.118
8.112
8.188
8.107
8.178
8.168
528 nh
548n11 548n11
0.820
8.848
8.855
8.112
8.128
8.898
8.185
8.138
8.132
1.112
8.115
8.125
8.112
8.101
8.892
0.885
8.879
8.873
8.869
8.867
8.864
8.863
8.112
8.182
8.891
8.882
8.876
8.878
8.866
8.863
8.862
0.868
8.059
8.859
8.065
8.183
8.108
8.114
8.117
8.114
8.188
8.188
8.893
8.888
8.883
8.888
8.888
8.879
0.075
8.873
8.582
8.531
8.547
8.550
8.548
8.548
0.529
8.519
8.525
8.516
8.504
8.512
26.29 8.479
F—3
8.108
671 nIl 694 NI
8.688
8.468
8.543
0.613
Cast Label : ODEX 3 8Th 9
Latitude: 35.191V1
Z—ave
P1
18—12—82
Longitudes 121.1681W
Temp
Sal.
deg C
Atten
ppt
&-T
Clean water value—)
Dens.
Beem
3.9 58.698 95.647 56.64 0.614
8.8 15.147 33.373 24.69 0.640
13.7 14.874 33.409 24.78 8.647
18.4 14.483 33.379 24.84 0.640
23.7 13.817 33.351 24.95 8.614
28.7 12.539 33.743 25.51 0.506
33.6 12.651 33.272 25.12
38.6 12.799 33.258 25.09
43.6 12.368 33.474 25.34
48.6 11.952 33.562 25.48
53.5 11.667 33.523 25.51
58.5 11.610 33.589 25.51
63.5 11.419 33.574 25.59
68.4 11.187 33.573 25.63
73.5 11.173 33.572 25.64
78.4 11.131 33.582 25.65
83.4 11.039 33.622 25.70
88.4 18.998 33.615 25.70
93.4 10.892 33.628 25.73
98.3 10.710 33.677 25.80
103.3 10.631 33.702 25.83
108.2 10.609 33.69? 25.83
113.2 10.545 33.720 25.86
118.2 18.403 33.757 25.92
123.3 10.304 33.764 25.94
128.2 10.277 33.770 25.95
133.0 10.178 33.814 26.00
137.9 10.057 33.855 26.05
143.0 9.996 33.857 26.86
9.865 33.874 26.10
148.9
153.0 9.780 33.919 26.14
157.9 9.703 33.931 26.17
162.9 9.684 33.931 26.17
167.9 9.655 33.938 26.18
9.602 33.952 26.20
173.1
26.21
177.9 9.575
26.24
33.985
9.519
182.8
33.99?
26.26
187.8 9.441
192.8 9.361 34.013 26.29
2345Z 10' CAST
0.457
0.468
0.463
0.442
0.423
9.449
0.454
0.417
0.417
0.411
0.420
0.427
0.416
0.414
0.458
0.459
0.437
0.466
0.480
0.477
0.564
0.540
0.548
0.540
0.539
0.532
0.525
———————
—————————— Diiluse Attenuation C/TI)
410 nil
0.817
441 nil
0.015
465 nIl
488 nil
0.016
8.020
0.154
0.164
8.178
0.164
0.159
0.150
8.131
0.112
0.121
0.129
8.099
0.145
0.152
0.150
0.138
0.123
0.109
0.100
0.093
0.090
0.138
0.120
0.106
0.093
0.083
0.077
0.073
0.069
0.066
0.063
8.067
0.864
1.116
0.112
9.115
0.109
0.89?
0.886
0.077
0.972
0.067
0.065
9.063
0.063
9.064
0.066
0.076
0.524
0.523
0.504
0.514
0.582
0.486
F—4
568 nIl
0.871
589 nIl 625 nil
671 nil
694 nIl
0.107
0.244
8.460
0.600
8.188
8.123
0.194
8.418
0.562
0.628
0.112
0.117
0.118
0.126
0.128
520 nIl 540 nil
0.055
8.048
8.105
0.118
0.115
9.117
0.113
0.105
0.996
0.089
9.085
0.083
0.082
0.081
0.083
—————————————
0.114
0.188
0.100
0.092
0.087
0.885
0.083
8.082
0.083
9.128
0.125
8.123
0.117
0.113
0.113
0.121
l.1fl
0.185
0.177
0.171
0.172
Cast Label
:
(IOEX 3 81* 1411-14-82 22482 ON FAST
Latitude: 34.589014
2—ave
N
hip
Sal.
deg C
Atteu,
&—T
ppt
Clean water value—)
51.273
8.9
15.953
13.7 15.758
18.7 15.713
23.7 15.682
28.5 15.661
33.7 15.237
38.7 14.929
43.6 13.678
48.6 13.554
53.5 13.115
58.5 12.738
63.4 12.441
68.5 12.196
73.4 12.074
78.4 11.963
83.4 11.814
88.4 11.684
93.3 11.486
98.2
103.2
188.2
113.2
118.2
123.2
128.1
133.0
138.8
Longitude: 121.13834
97.586
33.318
33.375
33.390
33.359
33.368
33.432
33.387
33.262
33.305
33.686
33.441
33.429
33.495
33.472
33.519
33.494
33.584
33.545
33.581
18.838 33.616
10.538 33.685
10.261 33.683
10.080 33.699
10.017 33.703
9.863 33.763
9.671 33.794
9.350 33.825
11.111
Dens.
57.57
24.47
24.55
24.58
24.56
24.57
24.71
24.75
24.91
24.97
25.35
25.24
25.28
25.39
25.39
25.45
25.46
25.57
25.57
25.65
25.73
25.77
25.88
25.93
25.94
26.81
26.07
26.15
Diffuse Attenuation (Ill)
Bean
0.549
0.547
0.553
8.552
8.546
0.543
0.588
0.548
8.473
0.469
0.468
8.469
0.455
8.482
0.582
8,462
8.433
8.434
0.423
0.488
0.396
8.398
0.387
0.385
8.384
0.384
8.383
0.383
411
8.017
8.116
8.123
8.126
8.128
0.132
8.134
0.134
441 nIl
8.815
465 nIl 488 nIl 528 nfl 548 nfl
8.055
8.848
0.816
0.828
0.085
0.091
0.098
8.103
0.070
0.872
8.878
0.884
0.861
8.043
0.866
0.072
0.874
8.073
8.878
0.881
1.105
0.106
0.186
0.113
8.182
0.102
0.104
8.102
8.889
8.098
0.888
8.085
8.084
0.883
0.882
8.079
0.876
8.073
8.878
8.873
0.877
0.879
8.881
8.081
8.079
8.077
8.077
0.076
8.075
8.873
0.071
0.068
1.067
8.069
8.878
8.085
0.888
0.888
8.887
0.888
0.888
8.886
8.084
8.885
SHORT DATA FILE
F-S
8.878
0.888
0.084
0.085
8.081
0.082
8.889
8.093
8.893
8.090
0.890
8.087
0.883
8.078
568 idI
589 nfl
625 nfl
671 nIl
694 nIl
0.871
0.187
8.244
0.460
8.680
0.095
0.896
8.098
8.095
0.155
8.150
8.146
0.148
0.132
8.138
8.343
0.898
8.092
0.182
8.118
8.112
0.117
0.141
Cast Label : 08CC 3 8M 19 10-15-82 17852
Latitude:
Longitude: 122.42511
deg C
Dens.
ppt
&-T
Atten
Clean water value—)
3.8 51.588 99.181 58.38 8.549
8.7 16.453 33.368 24.39 8.565
13.8
16.454
16.454
23.7
28.8
33.6
38.6
43.5
48.6
53.4
58.5
63.5
68.5
73.4
78.5
83.3
88.5
93.3
98.3
183.2
188.2
113.3
118.2
123.2
16.331
128.1
133.0
138.8
143.1
148.8
153.8
158.8
Diffuse Attenuation C/Il)
Sal.
i-ave
H
CAST
16.222
16.181
16.149
16.128
15.632
13.388
12.914
12.586
12.835
11.666
11.326
18.995
18.628
18.523
18.112
18.813
9.794
9.656
9.591
9.441
9.373
9.238
9.176
9.847
8.983
8.889
8.793
SHORT DATA
24.39
24.39
24.43
24.47
24.44
24.46
24.47
24.68
25.35
25.22
25.23
33.531 25.44
33.513 25.58
33.525 25.57
33.560 25.66
33.570 25.73
33.482 25.68
33.576 25.82
33.594 25.85
33.668 25.94
33.648 25.97
33.648 25.97
33.673 26.81
33.691 26.84
33.736 26.89
33.729 26.18
33.772 26.15
33.782 26.17
33.823 26.22
33.847 26.25
33.363
33.343
33.382
33.395
33.384
33.371
33.348
33.499
33.748
33.454
33.364
8.565
8.563
0.574
0.558
8.515
8.557
410 nfl 441 nfl 465 nfl 488 nfl
0.017
0.015
0.016
0.820
8.184
8.112
0.084
8.885
8.871
8.872
8.111
8.124
8.138
0.134
0.138
8.137
8.891
8.182
0.541
8.111
8.513
8.447
8.428
0.398
8.481
8.398
0.397
8.393
0.393
0.389
8.388
8.387
0.386
8.385
8.182
8.093
8.887
8.075
8.883
8.892
8.898
8.181
8.188
8.894
8.884
8.873
8.065
8.883
8.861
8.118
8.114
8.116
8.116
0.859
8.855
8.851
0.858
8.851
8.859
521 nIl 548 nIl 560 nfl 589 iii
8.187
0.871
8.048
0.855
8.862
8.863
8.064
8.872
0.879
0.887
8.892
8.875
8.875
8.879
8.879
8.894
8.095
8.077
8.882
0.887
0.898
8.882
0.887
8.899
8.182
8.181
0.188
8.891
0.894
8.898
0.091
8.892
0.895
8.886
8.876
8.864
8.859
8.892
8.887
8.888
0.875
8.874
8.876
8.079
8.876
8.895
8.891
8.885
8.081
8.882
8.085
0.188
8.110
8.856
8.855
0.854
0.051
8.858
8.054
0.868
0.892
8.384
8.384
8.383
8.384
0.383
0.383
8.383
8.382
0.383
FILE
F—6
8.8fl
8.183
8.186
8.118
8.157
8.158
8.156
8.151
8.144
8.141
8.148
8.148
625 nfl
8.244
671 nIl 694 nfl
0.608
0.468
8.344
0.356
8.487
8.572
Cast Label : ODEX 3 STA 21 CU CAST 10—16-82 88462
Latitude: 34.5861
2-ave
Temp
N
3.8
8.9
13.6
deg C
51.727
16.449
16.176
18.6 15.980
23.7 15.838
28.7 15.622
33.5 15.178
15.085
43.7 14.942
48.6 13.436
53.4 12.419
58.5 11.692
63.5 11.176
68.4 11.117
73.4 11.874
70.4 18.958
83.3 10.935
88.5 18.135
93.3
9.873
98.3 18.889
9.718
103.2
9.032
108.3
113.2 10.884
SHORT
Longitude: 123.143&4
Sal.
Dens. Bern
ppt
&—T
At ten
Clean water value—)
97.822 57.37
32.969 24.89
32.936 24.12
32.925 24.16
32.987 24.18
32.942 24.25
33.817 24.41
33.040 24.45
33.022 24.46
32.931 24.71
33.899 25.84
32.984 25.82
32.914 25.12
32.923 25.14
32.939 25.16
32.988 25.21
33.849 25.27
33.808 25.38
33.002 25.42
32.964 25.36
33.114 25.53
33.228 25.60
33.316 25.64
FILE
8.498
0.487
8.494
0.513
8.581
8.514
8.561
8.577
8.563
8.538
8.584
8.478
8.439
8.433
0.425
8.408
0.398
8.395
8.388
8.389
0.386
0.384
8.384
410 nfl
0.817
8.858
8.075
8.883
8.884
0.890
8.099
8.118
8.119
0.127
Diffuse Attenuation CIII)
441 iii 465 nIl 488 nfl 520 nfl 548 nIl 568 nfl 589 nfl 625 nIl 671 nfl
8.815
8.816
8.820
8.048
0.055
0.871
8.107
8.244
8.460
8.845
0.858
- 8.842
8.848
8.046
8.899
8.182
8.186
0.186
8.396
0.564
0.857
8.865
0.878
8.885
8.097
8.185
0.872
0.888
8.887
8.895
8.111
8.099
0.897
8.875
8.880
8.887
0.098
8.888
8.889
8.891
0.094
8.096
0.897
8.898
8.897
8.180
8.171
8.069
8.874
8.864
0.869
8.877
8.082
8.882
8.883
0.887
0.890
8.892
0.892
8.898
8.087
8.886
0.884
8.113
8.189
8.101
8.891
8.058
8.891
8.084
8.876
8.869
8.862
0.058
0.850
8.853
8.860
8.864
8.073
0.888
8.086
0.889
0.088
8.883
8.877
8.878
0.864
8.859
8.856
8.853
8.053
F—?
8.185
8.184
8.185
8.106
0.188
0.118
8.168
8.163
8.158
8.152
694 nIl
8.680
Cast Label : ODEX 3 SM 21 UP CAST 18-16-82 88582
Latitude: 34.58611
2—ave
Pt
Temp
deg C
Sal.
ppt
Dens.
&—T
Longitude: 123.1436W
—————
At ten
418 nil 441 nil 465 nil 488 nIl 529 nil 540 nil
8.917
8115 8.816 8.828 8.948 8.955
568 nil
589 nil
9.871
8.187
9.859
9.866
9.871
8.977
8.986
8.996
9.194
9.111
8.855
9.858
8.859
9.864
9.972
9.882
9.891
9.998
8.947
8.852
9.855
9.859
9.964
0.973
8.881
9.988
9.195
8.172
9.162
8.159
9.118
9.182
9.103
9.897
9.989
9.991
0.898
8.118
8.103
8.998
8.899
8.199
8.188
8.102
8.107
9.114
0.978
9.867
0.864
9.968
9.950
Clean water value—)
3.9
8.8
13.8
18.7
23.7
28.7
33.7
38.6
43.6
48.7
53.4
58.6
63.5
68.4
73.4
78.4
83.3
88.3
93.4
98.3
193.2
108.1
51.688
16.424
15.979
97.558
32.942
32.941
15.929 32.928
15.637 32.985
57.23 8.479
24.97 8.473
24.17 8.584
24.17 8.487
24.22 8.498
24.38 9.524
24.43 8.557
24.42 0.573
24.78 9.575
24.78 0.505
25.91 9.494
25.02 8.465
25.11 9.435
25.13 9.432
25.17 9.423
25.21 0.413
25.24 9.398
25.34 0.395
25.36
14.961
32.983
32.997
32.967
13.833
12.827
12.991
11.685
11.163
11.126
11.889
19.969
10.961
19.186
9.927
9.878
9.704
9.850
33.125
32.867
32.957
32.877
32.896
32.906
32.953
32.979
33.920
32.965
32.947
33.149 25.52 9.388
33.114 25.53 0.385
33.233 25.60 9.383
15.191
15.922
Dilfuse Attenuation (IH)
Beam
9.985
8.976
8.948
8.849
9.988
9.973
9.894
8.982
9.851
8.954
9.871
9.877
0.979
8.859
9.864
9.974
9.889
9.875
8.877
0.881
9.984
9.981
8.882
8.882
9.877
0.879
9.964
9.962
0.962
0.958
9.055
9.887
8.898
9.889
0.991
9.988
SHORT DATA FILE
F—B
9.872
9.891
9.889
8.987
9.882
8.884
0.886
8.159
625 nil
8.244
8.419
671 nIl
694 nIl
8.468
8.688
Cast Label
:
ODEX 3 STA 25 UP CAST 16-16-82 21342
Longitude: 124.42634
Latitude:
2—ave
N
Sal.
degC
Atten
Clean water value-)
ppt
Dens.
&—T
3.9 52.397 101.943 59.67
8.8
13.7
18.7
23.8
28.7
33.7
38.7
43.6
48.5
53.5
58.5
63.5
48.5
73.4
78.4
83.4
88.4
93.5
98.2
183.3
118.2
113.2
118.2
123.3
128.2
133.0
138.0
143.0
148.0
153.1
158.0
162.9
167.9
172.9
177.9
182.8
187.8
192.7
Diffuse Attenuation (ill)
Teiip
17.572
17.583
17.425
17.494
17.586
37.552
17.296
15.358
14.233
13.669
13.115
12.7??
12.373
12.132
12.825
12.076
12.283
11.965
11.317
11.158
18.939
18.457
18.374
18.245
10.864
9.852
9.802
9.418
9.526
9.293
9.214
9.157
9.874
8.993
8.957
8.914
8.864
8.799
33.029
33.035
33.843
33.897
33.138
33.137
33.148
33.177
33.048
33.879
32.973
32.986
32.990
32.951
32.992
32.951
33.141
33.289
33.137
33.188
33.183
33.131
33.145
33.231
33.388
33.329
33.356
33.475
33.555
33.425
33.642
33.689
33.728
33.801
33.804
33.854
33.865
33.887
23.87
23.8?
23.93
23.94
23.95
23.96
24.82
24.49
24.63
24.77
24.88
24.81
24.96
24.98
25.03
24.99
25.11
25.21
25.27
25.28
25.31
25.42
25.44
25.53
25.62
25.68
25.78
25.83
25.91
26.00
26.02
26.07
26.11
26.38
26.19
26.24
26.25
0.435
8.443
8.443
0.448
0.444
0.440
0.437
8.452
589 idI
625 nIl
0.671
0.107
0.244
8.842
0.655
8.682
0.073
0.149
0.139
6,349
8.338
0.052
6.049
6.049
0.853
6.067
0.664
8.867
0.873
6.076
6.076
0.87?
0.885
0.096
6.090
0.092
0.095
0,162
8.128
8.117
0.132
0.113
0.114
0.112
8.113
8.128
465 nfl 488 nfl 520 nIl 540 idl
6.855
0.048
8.828
8.016
8.038
0.646
6.633
0.02?
0.831
0.028
8.828
6.653
0.048
0.650
6.652
0.838
0.639
8.05!
0.832
0.833
8.633
8.833
8.035
6.843
8.653
8.064
6.675
8.881
0.080
6,074
0.848
0.868
0.653
6.047
8.028
8.828
0.028
8.029
0.832
8.038
8.646
0.055
8.064
0.070
0.046
6.044
0.644
0.046
8.049
8.652
0.060
6.069
6.074
6.013
8.012
0.072
6.012
0.069
0.664
0.863
6.061
0.86$
6.068
6.663
6.665
6.035
0.104
0.839
0.838
0.841
0.058
0.063
6.080
0.114
0.117
8.894
6.097
0.1 14
8.891
0.169
6.185
0.098
0.088
0.878
0.086
8.081
0.072
0.063
6.656
6.851
6.648
6.046
6.646
0.647
0.049
0.849
0.050
6.048
8.651
0.667
4.886
8.486
8.488
8.488
0.487
0.456
8.433
8.428
6.397
6.389
8.383
0.386
8.386
6.385
0.385
8.384
6.383
0.382
0.381
0.381
8.382
8.382
0.383
8.382
0.383
0.382
0.383
8.382
8.382
0.382
560 nfl
410 nIl 441
0.815
0.817
0.044
6.041
0.048
6.646
0.040
0.040
0.641
0.042
8.043
0.844
0.845
0.047
8.051
0.051
0.871
0.068
0.063
0.056
6.058
8.045
0.042
0.040
6.639
6.638
0.638
0.038
0.039
6.039
8.048
0.841
0.043
0.846
6.048
0.058
0.053
0.861
26.28 8.382
F—9
0.058
0.063
8.067
8.872
8.076
0.876
0.876
0.076
6.677
6.075
0.072
0.868
0.063
6.661
0.061
6.857
671 nIl 694 nfl
0.600
0.468
0.588
Cast Label : 08CC 3
STA 30 CN CAST 18—17—82 18312
Latitude; 34.29Th
2—ave
N
Longitude; 123.4882W
Temp
Sal •
Dens.
Beia
degC
ppt
k—I
Attn
Clean water value—)
3.8 51.733 98.048 57.52 8.473
8.8 16.666 32.963 24.83 0.468
13.7 16.642 32.969 24.04 0.469
18.7
23.7
28.7
33.6
38.5
43.6
48.6
53.5
58.5
63.4
32.959 24.83 8.476
32.963 24.84 9.469
16.634 32.968 24.04 8.469
16.648 32.966 24.04 8.468
15.428 33.315 24.58 0.496
13.078 32.883 24.74 0.520
12.779 32.878 24.7? 0.524
12.292 33.152 25.10 0.549
11.885 33.857 25.18 8.477
11.714 32.949 25.05 0.449
11.368 32.999 25.16 0.445
11.252 32.974 25.16 8.434
18.987 32.935 25.17 0.422
10.762 33.806 25.27 8.412
10.656 33.000 25.28 8.486
10.366 33.016 25.34 0.397
16.638
16.633
68.5
73.4
78.3
83.4
88.4
93.4
98.4 10.155
103.3
108.2
113.3
118.2
123.2
128.2
133.8
138.1
142.9
148.8
153.8
158.0
162.8
16/.?
172.9
177.8
182.8
187.8
192.7
10.049
9.956
9.899
9.895
9.726
9.698
9.805
9.907
9.869
9.493
9.341
9.275
9.044
8.810
8.813
8.789
8.700
8.617
8.574
33.826
32.935
32.908
32.965
33.841
33.239
33.342
33.465
33.512
33.623
33.688
33.709
33.775
33.846
33.854
33.857
25.39
25.33
25.33
25.38
25.44
25.63
25.71
25.79
25.81
25.90
25.95
26.06
26.12
26.21
26.25
26.26
33.861 26.26
33.879 26.29
33.886 26.31
33.911 26.34
8.397
8.395
0.392
0.388
8.388
0.386
8.386
8.389
0.389
8.398
8.388
0.388
0.389
8.385
0.384
8.385
8.386
8.386
8.386
8.385
Diffuse Attenuation (/11) ———
—
488n11
528n11
540n11
560n11
589n11
625n11
671 MI 694MI
8.828
8.048
9.055
0.071
8.197
8.244
0.460
0.600
0.041
0.838
8.859
0.085
8.152
0.341
0.042
0.043
8.039
8.039
0.060
0.060
8.885
0.885
8.146
0.145
0.332
0.323
8.493
0.439
0.589
8.047
8.848
8.849
8.851
0.067
8.067
8.867
0.044
8.046
8.868
8.062
8.068
0.069
8.085
8.887
8.144
0.141
0.857
0.870
8.851
8.861
0.848
8.043
0.047
8.055
0.865
0.068
8.872
8.892
8.096
8.136
0.133
8.898
8.188
8.874
8.888
8.895
0.894
0.085
8.876
8.869
0.862
0.057
0.851
0.847
8.044
8.875
8.883
0.884
8.882
8.096
8.096
8.095
0.895
8.078
8.070
8.863
0.058
0.053
8.848
8.045
0.042
8.079
8.078
8.873
8.869
0.066
8.064
0.862
8.060
0.083
0.087
8.884
0.882
8.083
0.083
8.080
0.076
8.874
0.873
0.874
8.874
8.138
8.129
0.113
0.108
8.065
0.874
0.081
0.083
8.040
8.839
0.859
8.859
8.859
8.861
410nN
8.817
441 nIl 465n11
8.816
8.115
8.057
0.846
8.857
0.859
0.860
8.061
8.869
0.091
8.118
0.135
0.134
0.128
0.119
8.113
8.187
0.102
0.097
8.889
8.882
8.075
0.868
8.061
0.057
0.055
0.055
8.054
8.854
8.042
8.848
8.848
8.841
8.043
0.044
8.848
1.851
8.854
0.851
8.838
8.838
0.03?
0.041
8.844
1.846
8.049
8.851
8.853
8.065
F—iS
8.877
8.098
8.099
8.898
8.899
8.127
Cast Label ; ODEX 3
STA
Latitude: 34.285M
2—ave
limp
degC
Sal.
Dens.
30 UP CAST 10-17-82 18
Longitude: 123.403W
Beau
Diffuse Attenuation (/ll)
———
—
560nt1
589nt1
625iiH 67mM 694nH
4l0nPI 441n11 465nt1
488n14
521nfl
540nt1
8.017
8.815
0.016
0.820
8.048
8.055
0.071
0.107
8.244
0.468
0.688
3.8 51.745 P8.082 57.49 0.464
8.8 16.603 32.968 24.83 0.466
0.855
0.856
0.882
0.084
8.148
0.145
8.334
0.334
0.485
8.448
0.579
8.068
0.062
8.144
8.144
8.143
8.139
0.328
8.098
0.089
8.884
8.877
0.081
0.082
0.875
8.871
0.068
0.062
8.056
8.052
0.849
0.848
0.847
8.047
8.051
8.858
0.053
0.849
8.845
0.043
0.041
8.048
0.848
8.043
0.844
0.848
0.850
0.053
0.056
0.057
8.078
0.073
8.864
0.068
8.055
8.858
8.047
8.843
8.041
0.048
8.839
8.839
8.040
0.842
8.045
8.048
8.051
8.852
0.854
8.064
0.867
0.069
8.072
0.873
8.878
0.884
0.887
0.084
8.882
8.882
0.881
8.877
8.075
0.873
8.871
0.067
8.868
0.870
0.085
8.886
0.089
0.093
8.096
0.109
8.108
8.036
0.037
8.839
0.842
0.047
8.053
8.061
0.870
0.877
8.080
0.064
0.066
0.058
8.061
8.868
0.084
8.110
0.128
8.839
0.040
8,043
8.846
0.051
0.859
0.070
8.081
8.890
8.892
8.057
8.058
0.466
8.467
0.466
0.467
0.501
8.519
8.519
8.562
8.485
0.448
8.445
8.432
0.422
8.413
8.044
8.045
8.048
8.851
H
13.8
18.7
23.8
28.6
33.6
30.6
43.5
48.5
53.5
58.5
63.5
68.5
73.4
78.4
83.4
88.4
93.3
98.3
183.3
188.3
113.3
118.2
123.2
128.1
133.0
137.9
143.8
148.8
153.0
158.0
162.9
167.9
173.0
177.8
182.8
187.8
16.678
16.675
16.665
16.615
14.625
12.881
12.658
12.248
&—T
Atten
ppt
Clean water value—)
24.83
24.03
24.84
24.82
24.67
24.79
32.829 24.78
33.880 24.99
11.922 32.965 25.03
11.583 33.830 25.14
11.288 32.866 25.17
11.138 32.962 25.17
11.858 32.983 25.20
18.736 33.018 25.28
10.652 33.051 25.32
10.415 32.979 25.31
18.148 32.941 25.32
10.824 32.936 25.34
9.917 32.926 25.35
9.895 32.956 25.38
9.916 33.068 25.45
9.678 33.271 25.66
9.700 33.311 25.69
9.870 33.563 25.86
9.960 33.611 25.88
9.788 33.661 25.95
9.439 33.718 26.84
9.485 33.724 26.06
9.214 33.758 26.11
8.974 33.771 26.16
8.809 33.818 26.23
8.803 33.846 26.25
8.791 33.856 26.26
8.714 33.880 26.29
8.648 33.899 26.31
8.564 33.908 26.33
32.970
32.967
32.968
32.938
33.197
32.875
0.411
8.397
0.395
8.392
0.389
0.387
8.386
0.384
0.385
0.387
0.389
8.389
0.388
0.389
0,388
0.384
8.384
0.385
0.384
8.385
8.385
8.385
8.131
0.125
0.117
0.110
8.183
0.896
0.886
0.057
8.068
0.883
0.099
0.064
SHORT DATA FILE
F—Il
8.065
8.068
0,871
8.078
0.084
8.884
8.077
0.075
8.871
8.068
0.066
0.864
0.062
0.062
0.062
8.063
0.063
8.066
8J98
0.897
0.096
0.898
8.100
8.102
0.101
0.105
0.135
8.134
0.136
8.136
Cast Label
Latitude:
i—ave
3 5Th 37
:
34.2949N
Temp
Sal.
dig C
ppt
Dens.
CAST 18-18-82 19152
Longitude: 125.4898W
Diffuse Attenuation (IN)
Beii
418 nfl
441
Clean water value—)
8.817
8.815
465 nIl 488 MI 528 nIl 548 nIl 561 nIl 589 nfl 625 nIl 671 nIl 694 nIl
8.688
8.244 8.468
3.107
8.355 3.871
8.848
8.016
3.321
3.8 52.479 182.672 68.11 8.445
8.8 17.911 33.848 23.88 8.443
8.833
8.834
8.827
8.825
8.825
8.848
8.828
8.826
8.347
8.856
8.855
33.855 23.81 8.443
33.859 23.81 8.445
17.918 33.857 23.81 8.441
17.918 33.858 23.81 8.442
17.914 33.868 23.81 8.448
17.938 33.878 23.82 8.441
17.855 33.871 23.83 8.443
17.518 33.118 23.95 8.453
15.798 32.878 24.17 8.492
14.819 33.372 24.53 0.581
14.708 33.116 24.58 8.464
14.149 33.112 24.78 8.473
13.629 32.943 24.68 8.487
12.882 32.957 24.84 8.469
8.835
8.848
8.829
8.827
0.825
8.826
8.831
8.348
8.849
8.856
0.861
8.846
8.849
8.854
8.854
8.833
8.836
8.848
8.848
8.829
8.831
8.834
8.837
8.863
8.881
8.181
II
13.7
18.7
23.8
28.6
33.6
38.7
43.5
48.5
53.5
58.5
63.5
68.4
73.4
&—T
Atten
17.989
17.910
78.4
83.4 12.685
88.5 12.426
93.3 12.355
98.3 12.112
183.1 11.975
188.2 11.694
113.2 11.564
118.2 11.355
123.2 11.218
128.8 18.991
133.8 18.741
138.8 10.546
143.8 18.513
147.9 18.174
153.8 10.884
157.9 9.998
9.894
162.9
167.9 9.807
172.9 9,747
177.9 9.635
182.8 9.413
187.7 9.317
192.7 9.254
32.966 24.98 8.442
32.973 24.94 8.438
32.998
33.888
33.828
33.819
33.817
33.839
33.853
33.111
33.857
33.890
33.148
33.339
33.313
33.483
24.97 8.424
25.82 8.416
25.87 8.418
25.11 8.485
25.13 8.398
25.19 8.395
25.23 8.394
8.398
8.390
25.37 8.389
25.31
25.31
25.42
8.851
8.189
8.118
8.113
8.119
8.828
8.838
8.833
33.411
33.472
33.547
33.620
33.679
33.731
33.734
25.79
25.86
25.94
26.82
26.88
26.89
8.129
8.126
8.124
8.864
8.867
8.882
8.121
8.883
8.117
8.884
8.884
8.115
8.887
8.891
8.897
8.899
8.851
8.861
8.847
8.855
8.864
8.869
8.878
8.881
8.888
8.871
8.868
8.873
8.874
8.878
8.898
8.892
8.877
8.876
8.893
8.891
8.887
8.879
8.862
8.866
8.868
8.878
8.870
8.882
8.881
8.888
8.877
8.872
8.867
8.868
8.865
8.861
8.875
8.873
8.871
8.863
8.857
8.871
8.858
8.854
8.858
8.848
8.844
8.842
8.840
8.854
8.881
8.877
8.872
8.878
8.851
8.849
8.847
8.844
8.842
8.841
8.845
8.387
8.386
8.384
8.385
8.385
8.388
8.382
8.383
8.385
8.386
F—12
8.875
8.875
8.134
8.888
8.883
8.857
8.869
8.875
8.137
8.137
8.864
8.866
8.041
8.868
8.862
0.874
8.877
0.879
8.836
8.840
25.63 8.386
25.62
25.71
25.73
8.858
8.868
0.874
8.882
8.884
8.326
8.319
8.468
8.557
Cast Label ; 00CC 3 SM 37 UP CAST 18—18—02 1933Z
Latitudes 34.293014
Sal.
Z—ave
II
deg C
Dens.
Longitude: 125.489814
Beas
ppt
&—T
Atten
Clean water value—>
3.8 52.463 102.608 60.87 0.439
8.7 17.887 33.053 23.81 8.438
13.7
18.7
23.7
28.7
33.7
38.6
43.5
48.7
53.4
58.5
63.5
68.4
73.4
78.3
83.4
88.5
93.3
98.3
183.2
108.2
17.887 33.053
17.887 33.853
17.889 33.049
17.890 33.849
17.841 33.829
17.741 32.992
16.878 33.430
15.282 32.989
14.597 33.015
14.590
13.929
13.828
12.624
12.464
12.389
12.282
11.991
11.772
11.567
11.346
113.1 11.238
118.1 11.123
123.3 18.833
128.1 18.691
132.9 18.529
137.9 18.558
143.8 10.198
148.8 18.071
153.0 18.815
SHORT
23.81
23.81
23.81
23.81
23.88
23.88
24.34
24.38
24.53
33.878 24.57
33.168 24.79
33.085 24.85
32.963 24.89
32.955 24.92
32.967 24.94
32.989 24.99
33.838 25.86
33.815 25.09
33.052 25.16
33.040 25.19
33.862 25.23
33.835 25.23
33.026 25.27
33.864 25.33
33.091 25.37
33,157 25,42
33.375 25.65
33.288 25.61
33.424 25.72
FILE
0.438
8.439
0.437
8.437
8.439
8.436
8.452
8.492
0.497
8.467
8.478
0.472
8.452
0.434
8.422
0.418
8.407
8.398
0.397
8.394
0.398
8.389
0.386
8.386
8.383
0.383
0.382
0.382
0.388
Diffuse Attenuation (/ll)
—————————————————————
418 nIl 441 MI
0.817
8.015
8.834
8.035
0.038
8.042
0.845
8.047
8.851
8.868
8.876
0.093
0.102
8.104
8.187
8.114
8.113
8.028
8.828
0.029
0.838
0.832
0.836
8.044
0.053
8.064
0.874
8.082
0.884
0.086
8.887
0.885
0.879
0.073
0.067
0.863
0.857
8.047
8.041
465 MI
8.016
488 MI
0.020
520 MI
0.848
548 nil
8.855
568 nil
0.026
0.026
8.827
0.828
8.038
0.033
0.037
8.046
8.856
8.064
0.870
8.872
8.874
8.874
8.072
8.068
8.863
0.859
8.855
0.826
0.049
0.056
8.074
8.051
0.045
8.042
0.842
8.041
0.036
8.039
0.852
0.071
—————————
589 MI
0.187
625 MI
8.244
671 nIl
0.460
694 nIl
8.608
0.327
0.471
0.549
0.055
0.057
8.875
0.077
8.027
8.829
0.847
0.847
0.858
0.854
0.139
8.137
9.133
8.861
0.878
0.877
8.127
8.124
0.832
0.836
0.843
0.858
8.857
0.058
8.059
0.061
0.862
0.864
0.878
8.857
8.862
8.864
8.869
8.082
9.082
0.884
8.098
0.864
0.864
0.072
8.873
8.073
8.075
0.874
0.872
0.871
0.076
8.865
8.066
0.068
0.073
0.877
0.876
8.076
8.076
0.875
8.123
8.123
0.124
8.025
0.825
8.867
0.064
0.863
8.059
8.055
0.852
8.849
8.846
8.844
0.043
8.843
0.043
0.845
8.855
F—13
0.062
8.072
8.881
0.098
8.102
—
0.332
Cast Label : ODEX 3 STA 38 UP CAST 18-18—82 21492
Latitude:
2—ave
Temp
N
deg
C
Sal.
ppt
Longitude: 125.454w
Dens.
Seem
&—T
At ten
SH88T
465 MI
488 nIl
528 MI
589 nIl
548 nil
8.855
568 nil
8.871
8.187
671 MI
694 nil
8.244
8.448
8.688
8.459
0.544
625 MI
8.817
8.815
0.816
8.828
8.848
59.93 8.443
23.88 8.443
23.88 8.443
23.88 8.443
23.88 8.443
23.88 8.443
23.88 8.448
23.88 8.439
0.836
8.838
8.828
0.828
8.828
8.827
8.85?
8.856
8.074
8.135
8.328
8.873
8.136
8.328
8.027
8.828
8.849
8.849
8.848
8.848
8.856
8.057
8.829
8.038
8.849
8.852
8.860
8.875
8.878
8.878
8.134
8.129
0.123
8.862
8.876
8.119
8.833
8.835
8.831
8.855
8.857
0.435
23.86 8.431
8.851
8.839
8.837
8.858
0.848
8.858
8.867
8.873
8.844
8.852
8.859
8.844
8.059
8.061
8.865
8.871
8.864
8.865
8.864
8.869
8.874
8.876
8.878
8.080
8.116
8.833
8.862
8.862
8.881
8.882
0.085
8.189
8.877
8.068
8.878
8.871
8.869
8.866
8.874
8.875
8.075
8.876
8.077
0.877
8.075
8.876
8.077
8.876
8.876
8.874
8.869
23.81
24.38 8.479
24.55 8.493
24.46 8.488
24.65
24.67
24.88
83.4 12.795. 32.996 24.88
88.4 12.436 32.979 24.94
93.3 12.147 32.978 24.99
98.2 12.861 32.952 24.99
183.3 11.864 32.936 25.81
123.3 12.154
128.1 12.840
133.8 11.948
137.9 11.562
143.8 11.261
148.8 11.228
153.8 11.827
158.8 18.632
162.9 10.428
167.9 18.028
172J 9.739
177.8 9.616
441 MI
Clean water value—)
3.7 52.445 182.375
Li 17.852 33.131
13.7 17.853 33.838
18.7 17.853 33.829
23.7 17.851 33.827
28.6 17.844 33.819
33.7 17.831 33.817
38.6 17.988 33.063
43.6 17.974 33.084
48.6 17.893 33.124
53.5 15.949 33.288
58.5 15.815 33.158
63.5 14.599 32.929
68.5 13.994 32.999
73.3 13.797 32.926
78.4 13.863 32.954
108.2 11.639
113.2 11.438
118.3 12.136
Dilfuse Attenuation (i!l)
418 MI
8.482
8.479
0.476
8.454
8.837
8.837
8.038
8.041
8.846
8.849
0.049
8.838
8.838
8.831
0.832
8.834
8.836
0.863
8.888
0.838
8.845
0.856
8.868
8.896
8.185
8.877
8.885
8.118
8.115
8.118
8.898
8.893
8.893
8.889
8.116
8.829
8.838
0.031
8.079
0.879
8.876
8.435
8.419
8.415
8.883
8.878
8.876
8.878
8.488
32.939 25.84 8.484
32.985 25.13 8.397
33.135 25.12 8.389
33.248 25.28 8.383
33.353 25.31 8.382
33.354 25.33 8.382
33.554 25.55 8.381
33.382 25.47 8.388
33.438 25.52 8.379
33.458 25.5? 8.378
33.557 25.72 8.378
33.592 25.78 8.378
33.544 25.82 8.388
33.542 25.88 8.382
33.594 25.92 8.382
8.865
8.860
8.866
8.862
8.057
8.853
8.853
8.847
8.046
8.847
8.845
8.843
8.855
8.827
8.862
8.858
8.055
8.853
8.051
0.849
8.848
8.848
8.851
8.861
FILE
F—14
8.875
8.892
8.899
8.115
8.114
Cast Label : 00CC 3 SM 44 IP
Latitude: 34.2951K
2—ave
II
leap
dig C
Sal.
ppt
Dens.
Longitude:
Beam
&-T Atten
Clean water value—)
3.8 52.943 187.281 62.78 8.413
8.8 18.834 33.161 23.66 0.415
13.7
18.7
23.8
28.6
33.7
38.5
43.6
40.5
53.5
58.5
63.5
68.4
73.4
78.4
83.4
88.4
93.3
98.3
183.2
108.2
113.4
118.2
123.3
128.1
133.1
138.8
143.8
148.8
153.8
157.9
162.9
167.8
172.9
177.8
182.8
187.8
192.7
18.828
18.794
18.797
18.884
18.888
18.887
18.886
18.804
18.888
18.485
15.789
14.885
14.317
13.893
13.441
12.719
12.119
11.621
11.393
18.962
10.674
18.447
18.178
9.867
9.558
9.396
9.282
8.983
8.947
8.864
8.762
8.683
8.628
8.569
8.517
8.441
8.397
33.162
33.161
33.166
33.171
33.179
33.175
33.177
33.171
33.155
33.372
33.181
33.084
33.812
32.967
32.866
33.081
32.968
33.846
33.894
33.283
33.385
33.373
33.463
33.582
33.626
33.648
33.684
33.731
33.746
33.778
33.823
33.861
33.888
33.887
33.982
33.924
33.924
23.66 8.415
23.67 8.417
23.67 0.417
23.68 8.417
23.68 8.417
23.68 8.417
23.68 8.416
23.48 8.415
23.66
23.93
24.35
24.46
24.59
24.44
24.65
24.98
24.99
25.14
25.22
25.39
25.52
25.61
25.73
25.81
25.96
25.99
26.86
26.13
26.15
26.19
26.24
26.28
26.38
26.32
26.34
26.37
26.37
CAST 10—19—82 21182
8.415
0.422
8.442
8.435
8.432
8.424
8.423
8.423
8.487
8.397
8.398
0.393
0.388
8.386
8.383
0.382
8.382
8.382
8.382
0.382
8.382
0.382
8.382
8.382
8.382
0.382
8.382
8.382
0.383
Diffuse Attenuation (Al)
520 nfl 540 nIt 568 nIl 589 nIl 625 nIl 671 Ml 694 nIl
488
iii
411 iii 441 iii 465 nIl
8.817
8.015
8.816
8.020
8.848
8.055
8.871
8.187
8.244
8.448
8.680
0.829
8.029
8.829
8.027
8.826
0.827
0.038
8.833
8.840
8.044
8.849
8.868
8.877
8.888
8.895
8.183
8.189
8.118
8.118
8.186
8.826
8.825
8.025
8.824
8.825
8.024
8.850
8.047
0.857
8.854
8.876
0.872
8.141
0.136
8.331
0.321
0.475
8.562
8.824
8.022
0.821
0.022
0.825
8.829
8.832
8.034
8.038
8.851
8.023
8.028
8.819
8.819
8.823
8.827
8,838
8.032
8.835
8.042
0.052
0.860
8,865
8.866
8.867
8.866
8.865
8.862
0.859
8.056
0.855
8.054
8.853
8.853
8.852
0.853
8.858
8.863
0.868
1.822
8.819
0.817
8.018
8.844
8.041
0.838
0.838
8.852
8.848
8.078
8.069
0.131
8.821
0.026
8.041
8.848
8.847
0.848
8.853
8.057
8.068
8.867
8.068
8.871
8.829
0.831
8.854
8.855
0.854
8.854
0.868
0.868
8.875
0.876
8.875
8.875
8.857
0.868
0.862
0.064
8.865
8.065
8.867
8.067
8.866
8.865
0.866
0.873
8.862
8.865
8.867
0.868
8.069
8.869
8.869
8.868
8.869
8.869
8.865
8.072
0.875
0.879
8.083
0.882
8.088
8.876
8.872
0.869
0.868
8.067
8.066
8.867
8.833
8.838
8.045
8.852
8.856
8.858
8.058
8.858
8.858
8.056
8.053
0.851
8.058
8.849
0.848
8.847
8.847
0.049
8.852
8.855
8.057
8.863
F—15
8.868
8.068
8.878
8.081
8.884
8.090
8.125
8.114
8.110
8.188
0.118
8.114
8.115
Cast Label : UDEX 3 SM 46 UP CAST 10—20—82 19hZ
Latitude: 34.33031
Z—ave
N
Temp
d.g C
Longitudes 13.4653W
——————
-——————— Diffuse Attenuation (11$)
Sal.
Dens. Deem — ————
ppt
&-T
Atten 410 nIl 441 mM 465 MI 488 MI 528 MI 548 MI 560 MI 589 nfl 625 nfl 671 nIl 694 nfl
0.600
Clean water value—) 8.017 8.815 8.016 0.828 0.848 8.055 0.071 8.187 0.244 8.460
3.9 53.081 111.863 65.80 8.489
8.8
19.222
33.631
13.7
18.6
23.7
28.7
33.7
38.7
43.5
48.6
53.5
58.5
63.5
68.4
73.4
78.4
19.221
33.633 23.92
33.638 23.92
33.628 23.92
33.625 23.92
33.598 23.90
33.610 23.91
33.784 24.19
33.740 24.63
33.678 24.63
33.716 24.72
33.724 24.88
33.628 24.81
33.596 24.87
33.625 24.96
33.556 24.98
33.598 25.04
33.659 25.12
33.542 25.02
33.686 25.12
33.675 25.15
33.651 25.20
33.632 25.23
33.613 25.23
19.222
19.222
19.221
19.216
19.288
18.637
16.673
16.462
16.193
15.842
15.444
15.896
14.809
83.4 14.432
88.5 14.299
93.3 14.149
98.3 14.212
103.3
108.3
113.2
118.2
123.2
128.1
133.0
137.9
142.9
148.1
153.1
158.0
14.249
14.055
13.729
13.533
13.436
23.92 0.418
0.411
8.410
0.418
8.418
0.418
0.413
0.429
6.423
8.421
0.421
0.421
0.419
0.419
8.417
0.416
0.488
0.406
0.397
6.397
8.397
0.398
0.387
0.386
33.638 25.28 8.385
13.169 33.635 25.31 0.383
13.284
12.993
13.148
13.815
12.970
12.636
12.018
33.576
33.497
33.658
33.728
25.29
0.382
25.28 8.382
25.35
25.42
0.381
8.388
33.688 25.45 0.378
33.627 25.52 0.378
162.9
167.9 11.743 33.686
172.8 11.385 33.671
177.8 11.005 33.719
182.8 10.663 33.700
187.8 18.528 33.746
192.8 10.186 33.773
25.62
25.67
25.78
25.83
25.89
0.378
0.378
0.378
0.377
0.376
25.98 0.374
8.824
0.025
0.025
8.025
8.026
8.827
8.831
8.839
0.647
8.853
8.054
0.055
8.059
0.863
0.067
0.069
0.071
0.072
0.071
0.076
0.069
0.049
0.068
0.065
0.022
8.822
0.023
6.023
6.824
0.025
0.827
8.038
0.035
0.841
8.847
0.148
8.049
8.851
0.054
8.856
0.057
8.058
8.058
0.056
0.055
8.052
8.050
0.048
8.046
8.045
0.044
0.044
0.042
0.040
0.048
8.841
8.823
8.023
0.023
6.823
0.024
8.025
6.027
0.838
6.833
0.036
8.839
8.843
8.846
0.846
0.847
8.048
0.049
8.850
0.058
8.049
0.048
0.046
8.044
0.842
0.041
8.040
0.039
0.039
0.038
0.036
0.834
0.036
0.838
0.036
0.035
0.035
0.035
0.034
0.831
0.049
0.057
8.075
0.138
0.327
0.023
8.823
0.024
8.624
8.047
8.047
0.055
0.855
0.873
8.076
0.136
8.133
0.320
0.046
8.047
8.077
8.128
6.077
0.122
0.025
8.827
0.029
0.832
0.035
8.838
0.040
8.851
0.053
0.057
8.859
0.868
0.859
0.859
8.860
0.075
8.075
0.118
0.114
0.075
8.876
6.111
8.109
8.077
8.077
0.877
0.078
0.105
0.024
8.042
0.843
8.043
0.844
0.845
8.046
0.846
0.046
8.045
8.044
0.843
0.041
8.848
0.040
0.039
0.039
0.839
0.040
0.048
0.040
0.840
0.040
0.838
8.054
0.053
0.054
8.855
0.054
8.855
6.656
0.058
8.857
0.057
0.058
0.058
0.057
8.058
0.059
0.068
8.063
8.061
8.062
8.061
8.062
8.063
0.064
0.064
0.064
0.063
0.065
0.665
0.081
0.085
0.468
8.548
Cast Label ; ODEX 3 STA 47 W CAST 18-22-82 28552
Latitude: 34.1231N
2—ave
II
Longitude: 134.22384
Temp
Sal.
dig C
Atten
&—T
ppt
Clean water valve—)
Dens.
3.8 53.154 114.878 67.21 8.613
8.8 19.398 33.687 23.92 0.428
13.7
18.7
23.7
28.7
33.6
38.7
43.6
48.6
19.373
19.362
19.357
19.356
19.344
18.595
16.748
16.118
535 15.684
58.5
63.4
68.5
73.4
78.4
83.4
88.2
93.3
98.3
183.2
108.2
113.2
118.2
123.3
14.893
14.707
14.870
14.695
14.828
14.728
14.495
14.211
13.982
13.511
128.1
13.290
13.149
12.772
12.541
12.485
133.1
12.471
138.8
143.1
147.9
153.8
158.0
163.8
167.9
172.8
177.9
182.8
187.8
192.7
12.322
12.415
12.272
12.878
11.621
11.263
11.016
10.724
10.561
18.399
18.286
18.851
33.684
33.676
33.670
33.671
33.474
33.624
33.785
33.675
33.678
33.589
33.574
33.703
33.678
33.785
33.794
33.783
33.498
33.662
33.683
33.564
33.542
33.461
33.438
33.419
33.423
33.397
33.528
33.561
33.582
33.599
33.568
33.595
33.688
33.661
33.655
33.681
33.715
23.92
23.92
23.92
23.92
23.92
24.87
24.58
24.78
24.82
24.91
24.94
25.00
25.02
25.08
25.11
25.14
25.14
25.18
25.21
25.23
25.24
25.25
25.27
25.27
25.28
25.29
25.37
25.42
25.48
25.57
25.62
25.68
25.74
25.81
25.84
25.89
25.94
—
Beem
0.414
8.414
8.414
8.414
8.414
8.421
8.438
0.427
8.427
0.422
8.416
0.412
8.412
0.411
8.411
8.488
8.398
0.398
0.397
0.395
0.393
0.392
8.391
8.388
8.387
8.386
8.384
0.384
8.384
0.382
0.382
0.381
8.381
0.388
0.388
0.379
8.378
Diffuse Attenuation (,ti)
418 nIl 441 nIl
8.817
8.815
465 nIl 488 nIl 520 nIl
8.848
0.828
8.816
8.823
8.825
8.825
8.826
8.828
8.831
0.838
8.847
8.856
8.061
8.869
8.074
8.074
8.078
8.078
0.870
8.828
0.821
8.821
8.821
8.821
8.821
8.821
8.821
8.823
8.825
8.827
8.831
8.036
8.041
0.844
0.847
0.848
8.848
8.048
0.849
8.053
8.868
0.869
8.870
0.071
0.070
0.071
8.878
0.072
8.073
8.868
8.857
0.856
8.055
8.055
0.053
0.051
8.850
8.849
8.048
0.046
8.846
8.846
8.845
0.045
0.044
0.045
8.844
8.046
0.044
0.848
8.823
8.824
8.828
8.833
8,039
8.846
8.858
8.053
0.055
8.855
8.858
0.061
0.061
8.854
0.852
8.849
0.048
8.846
8.845
0.043
8.042
8.141
0.848
0.839
0.038
8.838
0.838
8.837
0.038
8.038
0.038
0.037
0.035
8.835
8.835
0.037
548 i*l 568 nfl 589 nfl 625 nIl 671 nIl 694 nIl
8.855
8.871
0.187
0.244
8.468
8.480
8.846
8.845
0.854
0.853
8.872
0.328
8.310
0.463
8.417
0.548
8.822
8.823
8.846
0.847
8.854
8.856
8.872
8.873
8.849
8.851
8.875
8.078
8.831
8.852
8.053
8.858
0.859
8.859
8.862
8.867
0.878
8.878
0.068
8.868
8.868
8.848
0.068
8.293
8.243
8.178
8.318
8.825
8.828
8.137
0.131
8.131
8.131
8.132
8.126
0.119
0.114
8.834
0.838
8.841
8.043
8.844
8.044
8.844
8.845
8.847
0.049
0.049
8.048
0.845
8.043
0.842
8.841
8.848
0.039
8.837
.0.836
0.036
8.835
8.035
8.035
0.834
0.834
0.033
0.833
8.832
8.831
8.838
8.831
F—17
8.855
0.859
8.862
8.864
8.862
8.861
8.048
0.859
8.858
8.057
8.858
0.858
8.856
0.056
8.055
8.854
9.852
8.049
8.846
0.044
0.848
8.864
8.066
0.847
8.070
0.072
0.073
8.870
8.071
8.881
0.082
8.882
0.883
8.882
8.881
8.881
8.881
0.888
8.879
0.876
0.072
8.871
0.111
0.188
8.193
8.098
Cast Label : ODEX 3 STA 47 UP CAST 18—22—82 21292
Latitudn 34.1231N
2—ave
H
3.8
8.7
13.8
18.6
23.7
28.6
33.6
38.6
43.7
48.6
53.5
58.5
63.5
68.4
73.4
78.4
83.4
88.4
93.3
98.1
183.2
108.3
113.3
118.2
123.2
128.1
133.0
137.9
143.0
148.8
153.0
158.8
Sal.
Temp
deg
C
Dens.
Longitude: 134.223614
Beem
ppt
&—T
Atten
Clean water value—>
53.171 113.398
19.424 33.690
19.379 33.682
19.371 33.685
19.344 33.676
19.358 33.649
19.223 33.753
16.855 34.193
16.146 33.786
15.568 33.799
14.917 33.964
14.774 33.583
14.819 33.526
14.926 33.656
14.813 33.810
14.607 33.789
14.265 33.908
13.972 33.641
13.595 33.644
13.395 33.594
13.225 33.582
12.946 33.541
12.730 33.465
12.538 33.419
12.450 33.406
12.377 33.421
12.436 33.216
12.425 33.509
12.282 33.535
12.099 33.589
11.784 33.604
11.413 33.688
64.74
23.91
23.92
23.92
23.92
23.98
24.01
24.93
24.78
24.93
25.28
24.93
24.88
24.95
25.10
25.13
25.28
25.16
25.23
25.23
25.25
25.28
25.26
25.26
25.27
25.29
25.12
25.35
25.40
25.48
25.56
25.62
0.407
8.418
8.409
0.410
0.408
0.409
0.412
0.426
0.424
0.424
0.421
0.413
8.412
0.488
8.408
0.486
8.397
8.397
0.395
8.391
0.389
8.387
0.384
8.384
8.383
8.382
8.382
8.388
8.379
0.378
0.378
0.376
—————————————————————— Diffuse Attenuation (/ll)
548 nil
0.055
568 nil
0.023
0.825
0.024
0.023
0.023
0.028
0.038
8.050
0.859
0.846
8.073
0.075
0.073
8.020
0.021
0.022
0.047
0.054
8.055
0.053
0.052
8.053
8.055
0.857
0.061
0.067
0.070
0.869
8.067
8.867
0.868
0.068
0.066
0.063
8.864
0.063
0.071
8.071
0.870
8.069
8.869
0.070
0.869
0.868
0.068
8.067
0.867
8.065
0.020
0.020
8.020
0.028
0.020
0.021
0.024
0.032
0.823
0.030
0.037
0.043
0.046
0.047
0.048
0.048
0.051
0.052
0.054
8.053
0.058
8.047
0.846
0.044
0.844
0.043
9.842
0.047
0.047
8.041
0.041
0.023
0.028
0.834
0.039
0.042
0.043
0.044
0.044
0.046
0.047
0.049
0.049
8.048
0.044
0.044
0.042
8.842
0.041
0.040
0.039
0.848
9.840
0.847
8.039
0.837
8.041
0.048
0.852
0.055
0.855
0.054
0.061
0.063
0.068
0.856
8.055
0.854
0.053
0.851
8.850
0.049
0.848
0.847
0.841
SHORT DATA FILE
F-18
0.858
0.058
8.857
8.056
0.856
0.057
0.057
8.058
0.061
0.058
0.068
0.059
8.056
8.045
8.320
0.299
0.564
8.428
0.141
520 nil
0.048
0.046
9.045
0.044
8.045
0.847
0.050
0.053
8.854
8.059
0.063
0.064
0.062
0.861
8.061
0.060
0.058
0.858
0.059
0.473
0.428
0.075
488 nil
0.020
8.022
8.021
8.327
8.871
465 nil
8.016
8.821
0.021
694 nil
0.698
625 nil
0.244
441 nIl
0.015
8.821
0.021
671 nil
0.460
589 nil
0.107
410 nil
0.017
0.073
0.071
8.069
0.071
0.875
8.079
8.135
0.129
0.126
0.126
0.123
8.117
8.081
0.082
0.111
0.109
8.882
0.082
0.107
0.185
0.882
0.082
8.083
8.084
0.082
8.082
0.104
Cast Label : ODEX 3
Latitude:
2—ave
N
STA
511W
Longitude: 141.8898W
leap
Sal.
dug C
&—T
At ten
ppt
Clean water value—>
Dens.
128.1
133.1
138.0
143.8
148.8
153.8
158.8
162.8
167.9
19.891
19.893
19.888
19.876
19.867
19.877
19.898
19.899
19.896
19.724
34.328 24.27
34.319 24.27
34.322 24.28
34.319 24.28
34.319 24.28
34.315 24.27
34.325 24.28
34.328 24.28
34.317 24.27
34.482 24.38
17.289 34.871 25.37
16.196 33.934 24.89
15.359 33.999 25.12
14.924 33.856 25.11
14.937 33.927 25.16
14.563 34.838 25.33
14.371 33.985 25.27
14.225 33.997 25.37
14.124 33.952 25.35
14.155 33.956 25.35
13.979 33.956 25.39
13.827 33.983 25.44
13.898 34.064 25.65
12.832 33.797 25.58
12.734 33.838 25.55
12.324 33.852 25.64
12.893 33.882 25.71
11.707 33.883 25.72
11.378 33.887 25.78
11.235 33.833 25.83
18.998 33.829 25.87
18.748 33.675 2595
SHORT
Dilfuse Attenuation
Bug.
3.8 53.305 128.261 71.18 8.415
8.7 19.891 34.320 24.27 8.415
13.7
18.6
23.7
28.7
33.6
38.5
43.6
48.6
53.4
58.6
63.4
48.4
73.4
78.4
83.4
88.4
93.4
98,3
183.2
188.2
113.3
118.2
123.2
10—26-82 88442
8.415
0.415
8.416
8.416
8.416
8.417
8.415
0.415
8.413
8.415
8.422
8.425
8.424
8.420
8.416
9.415
8.413
8.411
8.489
8.481
0.397
8.393
8.389
8.385
0.383
8.382
8.382
8.388
8.379
8.379
8.377
0.375
(/11)
589 nIl
625 nIl
671 nIl
694 nh
8.117
8.244
8.468
8.688
8.884
0.882
8.168
8.152
8.378
8.527
8.614
8.884
0.884
8.145
0.137
0.882
8.882
8.131
8.882
8.882
8.125
0.124
0.855
8.855
8.845
8.865
8.864
8.865
8.864
0.864
0.837
8.839
8.854
8.055
0.862
8.863
0.881
8.084
0.840
0.842
8.856
8.857
0.858
8.068
8.861
8.861
0.863
0.864
8.084
0.087
418 nIl
8.817
441 nIl
0.815
445 nIl
8.816
488 nIl
8.820
528 nIl
8.048
548 nIl 568 nh
8.871
8.855
8.889
8.818
8.828
8.024
0.828
8.833
8.836
0.838
0.834
8.834
0.812
8.817
8.819
0.022
8.817
8.819
8.021
8.821
0.864
8.859
8.821
8.023
8.822
8.024
8.853
8.849
8.849
8.851
8.861
8.825
8.828
8.829
8.838
8.038
0.833
8.034
0.841
8.026
0.828
8.838
8.831
8.827
8.829
8.831
8.032
8.858
8.858
8.057
8.831
0.031
8.833
8.834
8.835
8.840
8.844
8.845
0.847
8.849
8.835
8.842
8.852
8.862
0.867
8.871
0.874
8.076
0.877
8.878
8.876
8.874
8.872
8.045
8.050
8.853
8.856
8.859
8.862
8.864
8.065
0.863
0.061
8.858
8.056
0.856
8.854
0.854
0.856
8.855
8.851
8.053
0.855
8.856
8.855
8.054
0.051
8.049
8.048
8.847
0.845
0.843
8.843
8.843
0.841
8.841
8.042
8.845
8.843
8.045
8.846
8.048
8.849
8,051
8.851
0.858
8.849
8.847
8.845
0.845
8.845
8.845
8.045
0.046
8.844
0.842
8.841
8.848
FILE
F—19
8.862
8.064
0.064
0.871
0.864
8.865
8.064
8.866
0.866
8.065
8.081
8.881
8.128
Cast Label : 00CC 3 SM 58 014 CAST 18-27-82 21432
Latitude:
2—ave
Iep
N
deg
C
Longitude: 142.8638(4
33.581814
Sal.
Dens.
ppt
&—T
Diffuse Attenuation (Ill)
Beau
Atten
418 nIl 441 nIl 465 nil 488 nil
528 nIl 548 nil
8.048 8.055
value—)
0.017
0.815
0.816
8.828
53.343 124.898 73.68
28.821 34.679 24.51
28.826 34.672 24.51
28.821 34.672 24.51
8.419
8.416
8.414
8.414
8.823
8.825
8.827
0.829
8.821
8.022
8.822
0.823
8.849
8.850
8.024
8.826
8.825
0.827
8.023
8.824
8.825
8.027
23.7 28.819 34.645 24.58
28.7 28.813 34.670 24.51
33.6 28.884 34.664 24.51
38.7 28.808 34.678 24.51
43.4 19.996 34.648 24.51
48.5 19.984 34.645 24.51
53.5 18.929 34.438 24.61
58.5 15.668 33.912 24.99
63.4 15.138 33.833 25.84
68.6 14.923 33.887 25.87
73.4 34.873 33.822 25.89
78.4 14.851 33.835 25.11
83.4 14.957 33.931 25.16
88.4 14.981 33.998 25.22
93.3 14.782 33.964 25.23
98.2 14.685 33.998 25.27
183.2 14.689 34.827 25.29
188.2 14.916 34.896 25.38
113.3 14.834 34.131 25.34
118.1 14.931 34.194 25.37
123.3 34.834 34.195 25.39
128.2 14.577 34.881 25.36
133.8 13.888 34.844 25.47
137.9 13.798 34.888 25.47
142.9 13.447 33.993 25.53
0.415
8.838
8.828
8.828
8.029
0.853
8.415
8.415
8.415
8.415
8.415
8.427
8.427
0.832
8.833
8.033
0.835
8.842
0.829
0.829
8.829
8.853
8.858
8.859
8.860
8.868
8.841
0.861
8.838
8.830
8.830
8.838
8.830
8.053
8.841
8.053
8.853
8.855
0.864
0.064
8.866
8.868
8.868
8.870
8.878
Clean
4.0
8.8
13.8
18.7
8.424
8.428
8.428
8.418
8.417
8.413
8.413
8.411
8.403
8.397
8.397
8.391
8.389
8.386
0.383
8.382
8.384
13.188 33.993 25.58 8.383
13.154 34.122 25.69 8.384
148.0
353.8
157.9 12.570
162.8 12.221
167.9 11.755
172.9 11.485
177.8 11.323
25.72
8.382
25.82
34.885 25.87
33.948 25.87
33.954 25.91
8.382
34.820
34.858
8.382
0.382
8.381
33.965 25.95 8.379
187.8 10.976 33.928 25.94 8.378
192.7 18.897 33.985 26.81 8.378
182.8
11.123
8.852
8.865
8.872
8.875
0.874
8.874
8.873
8.872
8.872
8.871
8.868
8.864
8.864
8.061
8.858
8.858
8.859
0.838
8.051
8.052
8.864
8.864
625 nfl
671 nIl
8.871
8.107
0.244
8.468
694 nil
8.680
8.877
0.143
8.141
0.139
8.136
8.133
0.125
8.338
8.327
0.475
8.565
560 nil 589 nil
8.878
8.878
0.878
0.879
8.081
8.883
8.883
8.881
0.879
8.879
8.088
8.881
8.081
8.897
8.092
8.831
8.831
8.836
8.843
8.834
8.834
0.839
8.843
0.037
8.848
8.843
0.859
8.844
8.844
8.048
8.850
8.061
8.867
8.882
8.882
8.881
8.851
8.859
8.865
8.881
8.053
8.851
8.850
8.848
8.858
8.858
0.865
8.866
8.854
8.851
8.849
8.848
8.845
8.845
8.843
8.857
0.857
8.868
0.867
8.842
8.841
8.856
0.863
8.846
8.840
8.838
8.836
8.834
8.837
8.838
8.839
8.838
8.036
8.835
8.835
0.835
0.834
8.854
8.851
8.058
8.852
8.858
0.848
8.839
8.038
8.836
8.034
8.838
8.038
8.831
8.031
8.829
8.028
8.829
0.828
8.828
8.853
8.855
8.861
8.864
8.843
8.868
8.859
8.858
8.843
8.842
8.842
8.843
8.845
8.844
8.847
8.847
8.846
8.845
8.843
8.838
8.831
8.828
8.024
8.846
8.848
8.858
8.853
8.855
8.855
8.828
L038
8.838
8.836
8.834
F-28
8.862
8.862
8.862
8.062
8.868
8.112
8.185
8.832
8.849
8.119
8.086
8.877
0.386
8.438
Cast Label
z
88EX 3 SM 63
Latitude:
i—ave
K
Longitude: 141.176d
Temp
Sal.
deg C
ppt
It—I
Atten
Clean water value—)
Dens.
3.8 53.283 118.682 70.15 0.416
8.8 19.78? 34.179 24.19 8.417
13.7
18.6
23.7
28.6
33.6
38.7
43.5
48.6
53.5
58.6
63.5
68.4
73.4
78.4
83.4
88.5
93.3
98.2
103.2
108.3
113.3
118.2
123.2
128.2
133.1
138.8
142.9
148.8
153.8
158.1
163.8
167.9
172.9
177.9
182.8
187.8
192.8
34.172
19.716 34.174
19.709 34.175
19.707 34.173
19.705 34.182
19.784 34.175
19.701 34.180
18.453 34.120
16.534 33.996
15.996 33.911
15.381 33.919
15.814 33.918
14.802 33.876
14.687 33.908
14.712 33.963
14.272 34.132
14.346 33.964
14.135 33.940
13.957 33.942
13.883 33.922
13.792 33.936
13.548 33.912
13.890 33.857
12.635 33.834
12.369 33.857
12.220 33.781
12.813 33.825
11.774 33.888
11.598 33.858
11.415 33.812
11.201 33.842
11.029 33.871
18.873 33.917
10.812 33.938
10.701 33.955
10.615 33.966
18.526 33.976
19.729
CAST 10—28-82 22132
24.28
0.418
24.21
24.21
0.421
8.419
24.21 0.418
24.22 8.418
8.418
24.22 0.419
24.49 0.431
24.84 0.432
24.21
24.91
25.86
25.13
25.15
25.28
25.24
25.46
25.32
25.34
25.38
25.38
25.41
25.44
25.49
25.54
25.63
25.68
25.68
25.71
25.77
25.78
25.84
25.89
25.96
25.98
26.82
26.04
26.07
0.430
0.426
8.424
8.424
0.424
0.423
0.420
0.420
8.422
0.419
0.411
0.486
0.397
0.397
0.394
8.392
0.389
0.389
8,387
0.385
8.385
0.384
8.383
8.382
0.382
8.381
8.388
8.381
——————————————— Diffuse Attenuation (1K)
————
410 nil 441 nIl 465 nIl 488 nIl 520 nil 540 nIl 568 nil 589 nIl
0.107
8.871
8.020
0.048 8.855
0.017
8.015
0.816
671 nil
8.468
694 nil
8.688
8.468
8.558
0.823
0.049
8.058
8.077
8.141
0.328
8.847
0.048
8.056
0.854
8.074
8.074
0.137
8.135
0.314
0.824
8.025
0.823
0.023
8.024
8.026
0.848
8.049
0.857
0.059
8.078
0.888
0.133
0.127
0.826
0.027
0.826
0.828
8.027
8.028
8.049
0.051
0.062
8.063
8.088
0.877
8.121
0.029
0.034
8.041
0.046
8.029
0.033
8.837
0.041
8.829
8.032
0.863
8.062
0.063
0.064
8.877
8.877
8.077
0.078
8.111
0.186
0.835
8.838
0.855
0.057
0.857
0.857
8.053
8.056
8.057
8.856
0.058
0.861
0.062
0.064
0.843
0.047
0.841
8.844
0.858
0.058
8.058
0.051
0.845
0.046
8.850
0.846
8.846
8.848
8.849
0.078
8.078
8.077
8.876
8.876
0.075
8.864
8.063
0.868
0.858
8,856
0.052
8.058
8.848
0.047
8.048
0.848
0.844
8.055
0.854
8.052
0.058
0.847
8.044
0.842
0.841
0.039
8.039
0.037
0.835
8.834
8.834
0.834
8.033
8.832
0.829
0.829
0.027
0.857
0.058
0.858
0.859
0.858
8.058
8.057
8.056
8.057
0.859
0.065
0.864
0.845
0.066
0.066
0.067
8.047
8.869
8.022
8.021
8.824
0.025
8.021
0.822
0.822
8.022
8.022
8.026
0.028
8.829
0.838
0.032
0.042
8.056
8.866
8.068
8.869
8.070
8.073
8.075
0.077
8.878
8.880
0.823
0.825
0.081
8.081
0.082
625 nil
0.244
L052
8.053
0.055
0.050
8.849
8.848
0.846
0.044
0.841
8.839
8.038
0.038
0.037
8.837
0.834
8.034
0.032
8.830
0.829
0.831
8.032
8.833
0.831
F—21
8.061
0.058
0.068
0.066
0.115
8.100
Cast Label ; ODEX 3
Latituf:
2—ave
N
Teip
deg C
Sal.
ppt
STA
66
Longitude: 141.3892W
Dens.
&—T
Atten
53.273 119.654 78.81 8.454
34.337 24.32 8.417
19.783 ,34.348 24.32 8.417
19.783 34.335 24.31 8.428
19.782 34.337 24.32 8.416
19.784 34.348 24.32 8.416
19.786 34.341 24.32 8.417
19.783 34.342 24.32 8.415
19.784 34.338 24.32 8.414
19.751 34.334 24.32 8.414
19.468 34.329 24.39 8.421
17.237 33.982 24.68 8.428
15.979 33.999 24.98 8.426
15.334 33.923 25.87 8.422
15.898 33.923 25.12 8.423
14.993 33.932 25.15 8.428
14.562 33.919 25.24 8.428
14.411 33.934 25.28 8.421
14.262 33.951 25.32 8.422
14.133 33.928 25.33 0.426
13.981 33.985 25.35 8.427
13.895 33.914 25.37 8.416
13.852 33.938 25.40 8.411
13.724 33.934 25.42 8.487
13.543 33.982 25.44 8.397
13.168 33.918 25.52 8.396
12.969 33.833 25.58 8.395
12.626 33.846 25.58 0.392
12.393 33.814 25.68 8.398
12.283 33.888 25.67 8.398
11.98? 33.848 25.69 8.388
11.540 33.844 25.78 8.384
11.213 33.886 25.81 8.383
11.847 33.842 25.87 0.382
10.987 33.875 25.91 8.382
10.882 33.891 25.95 8.382
18.694 33.893 25.97 8.381
18.594 33.927 26.81 8.388
18.539 33.948 26.84 8.379
87 19.782
13,8
18.7
23.7
28.8
33.6
38.7
43.6
48.7
53.5
58.5
63.4
68.4
73.4.
78.4
83.4
88.4
93.2
98.3
183.1
188.3
113.1
118.2
123.3
128.1
133.1
138.8
143.8
147.9
153.8
157.9
162.9
167.9
172.9
177.8
182.7
187.9
192.7
Dii4use Attenuation (Itl)
Beam
Clean water value—>
3.9
CAST 18-29-82 20552
418 nfl 441 nfl 465 nfl 488 nfl 528 nfl 548 nil
8.817
8.855
8.815
8.848
8.816
8.828
568 nfl
589 nil
625 nfl
671 nfl
694 nIl
8.871
8.187
8.244
8.468
8.688
8.824
8.823
8.824
8.827
8.829
8.831
8.832
0.834
8.837
8.846
8.819
8.821
8.828
8.821
8.821
8.821
8.127
8.131
8.386
8.387
8.439
8.521
8.822
8.824
8.822
8.824
8.827
8.828
8.838
8.857
8.864
8.878
8.874
8.877
0.881
8.881
8.881
8.879
8.876
8.074
8.074
8.873
8.844
8.853
8.859
8.862
8.862
8.864
8.865
8.865
8.864
8.862
0.859
8.857
8.822
8.824
8.826
8.828
8.838
8.831
8.833
0.834
8.841
8.845
8.868
8.878
8.871
8.875
8.879
8.881
8.879
0.879
8.879
8.879
8.881
8.882
0.883
8.884
0.887
8.898
8.826
8.828
8.838
8.831
8.833
8.837
8.856
8.855
8.854
8.853
8.852
8.049
8.848
8.848
8.847
8.851
8.855
8.857
8.854
8.856
0.855
8.054
8.852
0.858
8.848
8.847
0.844
0.845
8.044
8.842
8.841
0.848
8.839
8.837
8.837
8.837
8.836
8.837
8.837
8.835
8.832
0.829
8.831
8.832
8.835
8.839
8.844
8.849
8.851
8.852
0.852
8.851
8.858
8.849
8.847
8.845
8.844
0.843
8.843
8.843
8.843
8.842
8.841
8.839
0.838
8.839
8.848
8.848
8.848
8.837
8.839
F-fl
8.843
8.845
8.846
8.047
8.849
0.858
8.853
0.056
8.058
8.858
8.859
0.061
8.862
8.864
0.866
8.867
0.065
0.063
8.868
0.856
8.855
8.855
8.857
8.859
8.858
8.853
8.854
8.855
8.858
8.863
8.865
8.865
0.864
8.064
8.866
8.868
8.878
8.873
8.076
8.077
8.077
8.875
8.869
0.862
8.131
8.128
8.124
8.120
8.115
8.118
8.184
0.099
8.899
Cast Label
UDEX 3 STA 66 UP CAST 18—29—82 21192
Lat.i tad.
2—ave Tap
II
3.9
8.8
13.7
18.7
23.8
28.7
33.6
38.7
43.6
deg C
Loagi tad,: 141.38929
Sal.
Dens.
Beau
19.781
34.341
19.775
19.737
48.5 19.782
53.5 19.218
58.5 16.786
63.5 15.738
68.4 15.132
73.4 14.934
78.4 14.652
83.4 14.583
88.5 14.373
93.4 14.179
98.3 13.973
183.1 13.881
188,2 13.828
113.3 13.688
118.2 13.491
123,2 13.297
128.1 12.915
133.8 12.442
137.9 12.469
142.9 12.295
148.8 11.956
153.8 11.588
158.8 11.286
162.9 11.164
167.9 11.855
172.9 18.838
177.9 18.748
182.8 18.667
187.9 19.549
192.8 19.445
34.342
34.338
34.316
34.262
34.412
34.824
33.976
33.946
33.964
33.938
33.933
33.933
33.987
33.873
33.972
33.942
33.926
33.989
33.984
33.787
33.844
33.851
33.858
33.845
33.814
33.843
33.851
33.892
33.889
33.938
33.958
33.984
79.93
24.32
24.32
24.32
24.32
24.32
24.32
24.32
24.33
24.32
24.41
25.12
25.86
25.16
25.18
25.25
25.24
25.29
25.33
25.35
25.36
25.43
25.44
25.46
25.49
25.56
25.57
25.68
25,64
25.71
25.77
25.88
25.85
25.87
25.94
25.96
26.88
26.84
26.99
————————————————— Diffuse Attenuation (Ill) ——————————————
625 NI
8.244
671 nil
8.468
694 nfl
8.688
8.137
8.329
9.471
8.548
8.135
8.129
8.322
8.817
441 nfl
8.815
465 nfl
8.816
488 nfl
8.828
528 nfl
8.848
540 NI
9.855
568 nfl 589 nil
9.187
9.871
8.412
9.923
8.828
9.821
0.821
8.847
9.855
8.973
9.413
8.412
9.823
8.823
8.823
8.824
9.825
8.826
8.831
8.837
8.843
8.858
8.857
8.864
8.869
8.873
9.975
9,877
8.879
8.981
8.881
8.879
8.876
8.873
9.829
8.828
8.828
9.829
8.821
9.821
9.845
8.844
8.953
8.952
8.872
8.873
8.829
8.821
8.821
9.821
8.821
9.821
8.121
8.822
8.024
8.025
8.828
8.832
8.836
8.841
8.846
8.858
9.858
8.858
8.852
8.854
8.857
8.857
8.856
9,853
8.823
0.824
8.952
9.855
8.057
8.857
8.873
8.873
8.822
9,824
8.843
8.843
8.846
9.850
8.952
8.852
8.852
8.854
8.855
0.854
8.857
8.859
8.868
8.841
8.863
8.064
8.865
8.866
8.878
8.872
ppt
&-T
Atten
Clean watei value—)
53.272 119.825
19.781 34.347
19.788 34.344
19.779 34.344
19.778 34.342
19.788 34.344
—
8.412
8.412
8.413
8.418
8.411
0.408
8.488
8.418
8.423
8.421
8.417
9.416
8.417
8.413
8.417
8.428
9.422
8.415
8.484
8.397
8.397
8.393
8.391
8.387
9.387
8.386
8.384
8.382
8.382
8.381
8.388
8.378
8.378
8.377
8.375
8.374
419
8.826
8.828
8.833
8.841
8.849
8.854
8,855
8.857
8.859
8.861
8.863
8.066
8.866
9.864
8.862
8.858
8.855
8.853
8.852
.8.851
8.858
9.858
8.851
8.848
8.847
0.846
8.045
8.844
9.842
8.839
8.837
8.834
8.836
0.833
8.834
8.838
9.826
9.828
8.831
8.935
8.848
8.843
8.845
8.845
8,846
8.847
8.849
9.851
8.852
0.852
8.851
8.949
0.847
0.946
8.846
8.844
8.846
9.845
8.844
8.843
8.842
9.842
8.843
F—23
8.856
8.858
8.860
8.862
8.861
8.862
8.863
8.866
8.066
8.866
8.865
8.867
8.873
8.972
8.872
8.973
8.875
8.077
0.878
8.878
8.978
9.888
8.885
8.116
8.113
8.189
8.186
8.195
8.182
Cast label
: ODEX 3 SlA 72 ON CAST 30-31-82 18442
Latitudes 31.264a4
2—ave
N
Te.p
deg C
Longitudez
Sal.
Dens. Bein
ppt
&—T
Atten
Clean water value—)
3.7 53.561 137.516 82.17 8.718
8.8 21.487 35.128 24.48 0.489
13.7 21.397
18.6 21.394
23.8 21.394
28.6 21.394
33.6 21.394
38.6 21.394
43.5 21.395
48.6 21.398
53.5 21.029
58.5 19.583
63.4 18.386
68.4 17.857
73.4 17.856
78.4 17.355
83.5 17.324
88.4 17.679
93.3 17.591
98.2 17.476
183.3 17.348
108.2 17.114
113.3 16.792
118.2 16.714
123.2 16.667
128.1 16.584
133.0 16.569
138.0 16.425
143.8 16.484
148.8 16.419
153.8 16.199
158.8 16.858
162.9 15.813
167.9 15.585
172.8 15.293
177.8 15.835
182.8 14.780
187.8 14.378
192.7 13.783
35.111
35.892
35.894
35.115
35.112
35.129
35.111
35.121
24.47
24.46
24.46
24.48
24.48
24.49
24.47
24.48
24.62
24.58
24.92
25.86
25.84
25.89
25.12
25.17
25.17
25.28
25.21
25.24
25.26
25.28
25.28
25.30
25.29
25.32
25.34
25.31
25.37
25.38
25.44
25.51
25.47
25.51
25.52
25.59
34.328 25.71
35.178
34.619
34.644
34.674
34.649
34.550
34.585
34.757
34.738
34.741
34.782
34.678
34.598
34.598
34.588
34.586
34.576
34.571
34.686
34.558
34.569
34.537
34.538
34.539
34.432
34.485
34.342
34.321
8.488
8.408
8.488
8.487
8.487
0.407
8.487
0.407
8.410
8.413
8.413
8.411
8.488
8.418
8.486
8.398
0.398
8.397
8.398
8.397
8.397
8.397
8.396
8.395
0.393
8.390
8.388
0.387
8.384
8.386
8.384
0.383
8.384
0.383
0.383
0.382
8.382
——
410 nN
0.017
8.023
0.024
8.827
8.829
8.038
8.032
8.832
0.832
8.834
8.838
0.848
8.059
8.866
0.067
0.065
8.064
8.863
0.064
8.864
8.863
0.862
0.061
8.868
8.859
0.058
8.857
0.853
0.849
8.049
Diiluse Attenuation (ltI)
520 nIl
8.816
488 nIl
8.028
0.821
0.822
8.821
0.823
8.847
8.849
8.824
8.026
8.828
8.038
8.825
8.827
8.029
8.838
8.851
0.052
8.030
8.831
8.832
8.034
0.831
0.031
441 NI
8.015
445 nIl
0.822
0.822
0.824
8.826
8.828
8.038
8.838
0.838
8.032
0.835
8.848
8.845
8.349
8.853
8.057
8.057
8.854
8.854
0.854
0.853
8.852
0.851
8.158
8.049
8.847
0.845
0.042
8.841
8.048
8.838
8.838
8.839
0.839
8.839
8.839
0.839
8.04$
8.842
8.846
8.838
8.841
8.844
8.046
0.847
0.858
8.851
8.851
0.848
0.048
0.047
8.044
8.845
8.844
0.842
8.048
8.838
0.836
0.035
8.033
0.833
0.032
0.832
8.832
0.033
8.032
8.031
8.832
8.832
8.032
0.033
8.034
8.839
8.341
0.843
8.844
8.046
8.847
8.847
8.046
8.845
8.844
0.844
8.843
8.042
0.841
0.039
8.837
0.835
8.833
0.833
8.832
8.832
8.831
8.831
0.831
0.031
0.831
8.831
0.831
F—24
8.048
8.854
8.054
0.854
8.054
0.055
8.059
0.868
8.868
8.868
8.861
0.868
8.059
0.058
8.058
0.857
8.857
8.856
8.854
3.855
8.052
0.854
0.853
8.856
0.858
548 nIl 548 nIl
0.071
0.855
8.854
8.858
0.86$
0.861
0.863
0.863
0.865
0.867
8.868
0.866
0.866
8.867
8.868
0.870
0.869
0.869
8.068
8.848
0.067
8.869
0.871
8.078
0.875
8.878
8.079
8.879
0.084
8.084
8.885
8.082
0.081
8.888
8.879
8.879
8.879
8.080
8.078
8.074
8.872
8.871
—
589 nIl
8.187
625 nIl
0.244
671 MI
8.44$
694 nIl
8.688
8.145
8.144
8.143
8.148
8.138
8.129
0.119
0.118
0.184
0.895
0.085
8.878
0.344
8.336
8.384
0.496
8.586
Cast Label : DDEX 3 STA 73
Latitude: 31.0268N
Z—ave
II
Longitude: 141.3490W
Temp
Sal.
deg C
Atten
ppt
Clean water value—)
Dens.
Beam
&—T
3.7 53.534 133.883 79.33 8.417
8.7 21.021 34.971 24.47 8.414
13.7
18.6
23.7
28.7
33.5
38.7
43.6
21.921
28.987
28.959
20.955
20.954
28.957
28.968
48.6 29.942
53.5 28.648
58.6 19.624
63.5 19.241
68.5 18.447
73.4 18.413
78.4 18.992
83.4 17.614
88.5 17.481
93.3 17.258
98.3 16.939
103.2 16.873
188.2 16.849
113.2 16.811
118.2 16.824
123.3 16.749
128.1
16.721
132.9
138.0
143.8
148.8
153.9
158.8
163.8
167.9
172.8
177.9
182.8
187.8
192.8
16.582
14.385
16.297
16.126
15.930
15.823
15.726
15.739
15.515
15.181
14.878
14.432
14.231
34.955
34.968
34.979
34.956
34.969
34.973
34.976
34.981
34.998
34.948
34.850
34.780
34.777
34.726
34.665
34.657
34.593
34.589
34.564
34.608
34.596
34.613
34.626
34.629
34.607
34.571
34.567
34.511
34.527
34.506
34.477
34.587
34.496
34.452
34.382
34.379
34.309
CAST 16—31—82 23522
465 nil
8.816
488 nIl
8.828
528 nIl
8.848
548 nil
8.855
568 nil
8.971
589 nil
8.197
625 nIl
9.244
671 nil
8.468
694 nIl
8.680
8.468
9.552
8.815
8.014
8.016
0.817
8.843
8.952
8.871
8.139
0.327
8.816
9.817
8.914
8.815
9.815
8.915
8.816
8.816
9.841
9.839
9.849
8.049
8.849
0.069
8.133
0.124
8.312
8.816
8.818
8.816
0.818
9.817
9.919
8.839
0.842
8.851
8.954
8.078
8.869
8.118
8.115
8.828
9.823
9.021
0.823
8.921
8.923
8.847
8.058
8.856
8.056
8.870
0.871
8.114
8.111
8.825
8.828
8.831
8.837
8.942
8.845
8.825
8.028
8.825
8.828
0.830
8.834
0.034
8.038
8.038
8.938
8.851
0.051
0.857
9.859
8.860
9.861
8.118
8.184
8.068
9.859
0.873
9.874
8.875
9.874
8.872
0.878
0.852
8.853
8.868
0.861
8.869
0.070
8.839
8.841
8.843
8.044
0.853
9.054
8.055
8.955
8.862
8.064
8.871
8.844
8.043
8.042
0.841
8.848
8.838
8.834
0.834
8.832
8.838
0.829
0.828
0.027
9.825
0.824
0.825
0.030
8.035
0.036
8.038
8.855
8.853
8.953
0.053
0.053
8.054
8.864
24.46
9.415
24.48
24.49
24.50
24.59
24.82
24.85
8.415
0.417
8.416
8.416
0.418
8.418
8.416
8.421
8.424
8.422
8.818
0.828
8.823
0.825
8.832
8.836
8.048
8.842
25.80
25.08
25.84
25.11
25.14
25.14
25.22
25.21
25.25
25.25
25.24
25.29
25.38
25.31
25.33
25.35
25.35
25.48
25.41
25.41
25.43
25.47
25.51
25.52
25.58
25.61
8.419
0.418
8.414
8.414
8.412
8.409
8.412
8.410
8.481
8.397
8.397
0.398
0.395
0.393
8.389
0.388
9.384
0.384
8.384
8.384
8.384
0.384
0.382
8.382
0.382
0.382
0.855
8.958
24.48
24.49
24.49
24.49
Diffuse Attenuation (111) —
———
418 nIl 441 nil
8.817
8.815
8.847
8.951
9.859
8.061
8.864
8.964
0.863
8.861
8.059
8.858
8.058
8.857
8.856
0.853
8.845
8.047
0.849
0.851
8.953
8.054
0.053
8.952
8.950
0.949
8.848
0.946
8.843
0.848
8.838
0.037
8.035
8.833
0.834
0.834
8.835
0.034
0.831
8.833
8.837
8.848
0.043
0.842
0.842
8.844
8.846
8.048
8.847
0.844
0.845
0.844
8.843
0.841
0.838
8.035
8.833
0.031
8.838
8.929
8.828
8.826
0.825
8.026
0.030
0.035
0.034
0.848
F-25
8.852
8.852
8.851
8.851
0.869
0.869
Cast Label
ODEX 3 STA 73 UP CAST 18-31-82 235fl
Latitudez 31.8268W
2—ape
Teip
H
dig
C
Sal.
Dens.
ppt
&-T
LoAgitude: 141.3498W
Beei
Atten
Clean water value—)
3.9
8.8
13.7
18.6
23.8
28.7
33.5
38.6
43.6
48.5
53.5
58.5
63.5
68,5
73.4
78.4
83.4
88.4
93.4
98.4
183.2
188.3
113.1
118.1
123.2
128.2
133.0
138.0
142.9
148.8
153.8
158.8
162.9
167.9
172.8
177.9
182.7
187.8
192.8
53.534 133.137
21.843 34.974
21.816 34.973
20.999 34.973
20.968 34.977
28.962 34.970
21.962 34.964
28.962 34.975
20.946 34.983
28.980 35.006
28.417 35.838
19.418 34.964
79.37
24.47
24.47
8.413
8.412
8.412
24.48 8413
14.235
24.49
24.49
24.48
24.49
24.58
24.53
24.68
24.89
34.841 24.95
34.777 25.81
34.758 25.81
34.741 25.15
34.699 25.15
34.657 25.18
34.645 25.27
34.548 25.23
34.534 25.21
34.586 25.24
34.689 25.26
34.612 25.26
34.612 25.28
34.701 25.39
34.587 25.35
34.552 25.34
34.539 25.35
34.512 25.35
34.512 25.48
34.508 25.41
34.511 25.42
34.519 25.45
34.486 25.52
34.484 25.51
34.368 25.53
34.368 25.65
8.414
8.413
8.414
8.414
8.414
0.418
8.418
8.421
8.428
8.417
0.415
8.414
0.418
8.408
0.418
8.489
8.486
0.401
8.397
8.397
8.396
0.392
0.387
8.387
8.385
0.384
8.383
8.382
0.383
8.383
0.382
8.382
8.382
0.380
14.831
34.386
25.45
8.388
18.882
18.381
18.282
17.692
17.568
17.381
14.911
16.754
16.775
16.823
16.818
16.887
16.744
16.545
16.339
16.387
16.194
16.118
15.918
15.832
15.792
15.782
15.272
15.812
14.776
Attenuation (/ll)
—
418 nfl 441 nfl 465 nfl 488
0.817
8.015
8.816
8.828
528 nfl 548
8.848
8.855
8.823
8.824
8.826
8.828
0.829
0.038
8.838
8.822
8.024
0.049
8.049
8.851
8.852
8.831
8.836
0.841
8.847
8.849
8.853
8.856
8.859
8.061
8.063
8.064
0.865
8.865
8.863
8.842
0.868
0.858
8.856
8.855
8.053
8.828
8.822
8.024
8.826
0.827
8.828
8.828
0.828
0.830
8.832
8.836
8.843
0.821
8.847
8.841
8.049
8.849
8.850
0,852
8.854
8.056
8.056
8.855
0.053
8.850
8.048
8.846
8.844
8.841
8.839
8.038
8.839
8.838
8.038
8.839
8.039
8.844
8.844
8.045
8.846
8.048
8.858
8.851
8.850
8.848
8.846
8.044
8.842
8.848
8.037
0.835
8.034
8.835
0.835
8.834
0.834
0.033
0.834
8.831
8.828
8.825
8.026
8.828
8.829
8.829
0.029
8.829
0.838
8.831
8.834
8.837
8.839
0.041
0.041
0.842
8.043
8.045
8.047
0.848
8.848
8.047
0.845
8.843
0.048
8.039
0.837
0.035
8.034
8.834
0.834
8.034
8.833
8.832
8.831
8.838
8.029
8.829
8.021
8.829
8.823
0.825
0.827
0.828
8.829
8.829
8.829
0.829
8.831
8.035
8.836
F-26
8.853
0.854
8.855
0.856
8.855
8.854
8.854
8.854
8.054
8.854
8.856
0.856
0.854
8.857
8.858
0.860
8.040
8.068
8.058
0.858
0.058
8.858
8.859
8.061
0.865
8.864
8.844
8.042
8.841
8.861
0.862
0.861
8.848
0.861
0.863
0.063
8.845
8.867
8.065
8.863
568 NI
8.871
8.877
8.876
0.879
8.883
0.884
8.882
8.879
8.078
0.877
0.877
8.877
0.875
8.874
8.075
0.876
8.877
589 nfl
8.107
625 NI 671 nil
0.468
8.244
8.143
0.142
0.338
8.326
8.139
0.134
0.138
0.125
8.128
0.116
8.112
0.483
694 1*4
8.680
0.571
Cast Label : ODEX 3 STA 778
Latitude: 38.821814
2—ave
H
3.9
8.7
13.7
18.7
23.8
28.7
33.6
38.7
43.5
48.5
53.5
58.5
63.4
68.4
73.4
78.5
83.5
88.5
93.3
98.3
103.2
108.3
113.2
118.1
123.2
128.1
133.8
137.9
143.9
148.8
153.8
158.8
162.9
167.9
172.8
177.9
182.9
187.8
192.8
Temp
deg C
16.469
16.313
141.221814
Sal. Dens. Beam
Atten
ppt
&—T
Clean water value—)
53.568 135.718
21.258 34.991
21.218 34.989
21.218 34.987
21.284 34.994
21.863 34.988
21.889 34.981
28.913 34.984
28.889 34.969
28.857 34.973
20.812 34.947
20.207 35.239
18.943 34.837
18.476 34.756
18.195 34.726
17.996 34.785
17.887 34.483
17.762 34.699
17.285 34.590
17.128 34.672
16.625 34.539
34.571
34.487
16.226 34.488
15.989 34.592
15.818 34.412
15.924 34.416
15.989 34.495
15.732 34.487
15.416 34.428
15.112 34.432
14.999 34.354
14.663 34.448
14.248 34.331
14.071 34.288
13.683 34.214
13.899 34.249
32.954 34.127
12.579 34.141
81.81
8.418
24.42
24.43
24.43
24.44
24.47
24.48
24.51
24.59
24.52
24.51
24.89
24.91
24.97
25.92
25.85
25.88
25.18
25.13
25.23
25.25
8.412
8.414
8.414
0.415
8.415
8.418
8.417
0.416
8.414
8.415
9.419
8.424
8.428
8.417
8.416
9.415
9.415
8.414
8.413
8.416
25.31
8.411
0.498
8.397
8.397
8.395
8.393
9.398
9.387
8.387
8.387
8.387
9.385
8.384
8.383
8.383
9.382
9.382
25.81 8.382
25.28
25.38
25.37
25.34
25.32
25.38
25.42
25.44
25.51
25.48
25.62
25.42
25.54
25.65
25.79
25.73
UP CAST 11—1—82 21332
——————————————————————
Diffuse Attenuation (IN)
625 NI
8.244
671 nIl 694 NI
8.688
8.460
8.142
8.326
8.444
0.876
0.875
9.138
8.136
8.317
8.385
0.857
8.957
8.877
8.979
8.132
8.126
8.060
8.862
0.878
9,076
9.874
0.075
8.075
0.875
0.874
8.975
0.875
8.873
8.873
9.875
0.128
8.115
418 NI
8.817
441 NI
8.815
465 NI
8.816
488 NI
8.828
528 NI
8.848
548 NI
0.855
568 NI 589 MI
8.187
8.871
8.824
8.124
8.924
8.822
8.022
8.822
8.024
0.825
8.951
0.968
9.878
8.958
9.857
8.823
8.824
9.849
8.849
8.028
8.829
8.838
0.931
8.832
8.839
8.948
8.856
8.856
8.956
8.857
0.968
9.863
9.044
8.965
9.966
0.844
8.865
8.863
8.869
8.958
8.855
8.852
8.825
8.026
8.925
8.824
8.825
8.026
8.826
8.827
8.828
9.028
8.929
8.859
8.849
8.825
8.827
9.923
9.823
8.824
8.825
8.826
8.927
9.849
8.849
9.851
8.054
8.854
8.054
8.853
8.954
8.854
8.954
8.855
8.956
8.957
8.857
8.857
0.854
8.856
9.054
8.958
0.859
8.855
0.827
9.028
0.838
9.032
9.037
9.941
8.947
8.858
8.858
8.951
8.852
9.054
0.855
9.854
8.856
9.855
8.953
8.958
8.847
8.844
8.841
0.939
9.838
8.838
8.848
8.839
0.839
8.838
8.848
0.839
8.839
0.939
0.828
0.828
9.829
8.832
9.834
8.938
8.939
9.043
8.845
8.848
9.947
8.84$
8.849
9.049
8.849
8.848
0.847
8.944
8.842
9.839
0.034
0.834
8.833
9.833
9.834
0.834
9.934
9.034
8.834
0.935
0.835
9.839
8.931
8.033
8.836
9.839
8.841
0.842
8.043
9.843
8.944
9.845
8.045
8.845
9.945
8.844
8.843
8.841
8.038
9.035
8.933
0.832
0.031
8.831
0.031
8.832
8.833
8.934
8.033
9.833
8.832
F—27
8.061
9.868
8.868
8.968
9.868
8.862
8.862
8.961
0.861
8.862
8.863
0.965
0.044
8.063
8.111
0.188
8.184
8.552
Cut Label
: ODEX 3 STA 79 UP CAST 11-2-82 19282
Latitude: 30.57531
2—ave
11
Temp
Sal.
Dens.
dig C
ppt
&-T
Longitude: 148.541914
Atten
Clean water value—)
4.8 53.565 134.240 81.34 8.484
8.4 21.410 34.979 24.37 8.484
13.7
21.488
18.6 21.389
23.8
28.7
33.6
38.4
43.6
48.6
53.5
58.5
63.5
68.5
73.4
78.4
83.4
88.4
93.3
21.382
21.375
21.375
21.370
35.898 24.46 8.486
35.134 24.49 8.487
35.128 24.49 8.487
35.131 24.49 0.407
35.135 24.50 8.407
35.148 24.51 0.486
35.178 24.54 8.485
28.860 35.348 24.79 8.405
28.294 35.185 24.77 8.488
19.842 34.969 24.78 0.408
19.195 34.864 24.87 8.408
19.861 34.805 24.86 8.406
18.852 34.801 24.91 0.406
21.354
18.624
34.812
24.98
0.398
18.484 34.830 25.02 8.397
18.329 34.818 25.85 8.397
18.126 34.835 25.12 8.397
98.3 17.894 34.753 25.11 0.397
103.2 17.659 34.711 25.14 8.397
108.1 17.579 34.455 25.11 8.395
113.2 17.334 34.642 25.16 8.392
118.3 17.532 34.653 25.12 0.398
123.1 17.572 34.774 25.21 0.398
128.1 17.161 34.788 25.25 8.388
133.0 16.884 34.675 25.30 0.386
137.9 16.687 34.417 25.32 0.384
143.8 16.385 34.558 25.32 0.384
148.0 15.664 34.463 25.41 8.382
153.1 15.305 34.425 25.46 0.382
157.9
15.848
163.8
14.994
167.8
14.789
14.344
34.338 25.45 0.381
34.352 25.48 8.382
34.319 25.51 0.381
34.279 25.54
177.9 13.923 34.235 25.62
182.8 13.448 34.132 25.63
187.8 13.868 34.113 25.70
172.9
8.388
0.388
418 nIl 441 nIl 445 nIl 488 nIl 528 nIl 548 nIl
8.855
8.848
8.815
8.828
8.117
8.816
8.026
8.826
8.826
8.827
8.827
8.828
8.829
8.830
8.833
0.039
8.844
0.852
8.054
8.057
8.854
8.054
8.054
8.855
8.858
0.059
0.041
8.862
8.842
8.861
0.858
0.856
8.855
8.855
8.055
0.824
8.824
8.824
8.825
8.825
8.825
8.826
0.027
8.030
8.034
8.838
8.041
8.842
0.843
8.846
0.847
0.847
0.845
8.84?
8.860
8.860
8.879
8.878
0.859
0.058
8.877
0,858
8.849
8.857
8.077
8.056
8.057
8.068
8.862
8.878
0.829
8.032
8.829
0.831
8.035
8.834
8.857
8.837
8.838
8.838
0.035
8.055
8.836
0.036
8.836
8.836
8.854
8.853
8.053
8.851
8.861
8.037
8.038
8.058
8.856
0.871
8.870
0.849
8.056
8.871
8.840
0.841
8.043
0.044
8.844
8.851
8.858
0.053
8.856
0.058
8.059
8.863
8.063
0.859
8.061
0.043
0.840
0.837
0.834
8.834
8.836
8.840
8.059
0.858
8.056
0.854
8.868
8.861
0.838
8.038
8.841
0.843
8.844
8.044
0.063
8.852
8.851
8.051
8.858
8.847
8.847
8.858
8.855
0.849
0.846
8.843
0.848
0.839
0.842
8.845
0.849
0.853
8.853
8.854
8.068
8.871
8.827
8.826
8.843
8.853
560 nIl
8.025
8.825
8.825
8.025
8.826
8.826
8.026
0.827
8.048
8.851
8.851
8.851
8.378
8.378
Difluse Attenuation (ill)
—
Beam
8.045
8.846
0.846
8.841
0.837
0.834
0.834
8.836
8.848
8.026
8.026
8.826
8.026
8.826
8.827
8.849
8.852
8.044
0.048
8.849
0.850
8.051
0.856
8.856
8.063
8.857
0.062
0.844
8.848
8,849
0.049
F-fl
8.861
8.861
8.061
8.060
8.868
0.858
8.876
8.876
8.874
8.874
8.875
8.075
8.875
8.875
8.074
0.073
589 nIl
8.187
625 nIl
8.143
8.138
8.136
8.132
0.126
0.117
8.118
8.184
0.898
8.890
0.083
8.876
8.327
8.318
8.244
8.384
671 nil
8.468
694 nIl
8.680
8.464
8.548
Cast Label : ODEX 3 SM 84
Latitude: 32.594614
7-ave Tenp
deg C
11
Sal.
28.823
28.819
28.818
28.818
28.819
20.818
28.816
28.816
20.813
20.801
28.712
19.111
18.494
18.187
17.928
17.793
17.578
17.479
17.318
17.051
16.941
16.841
16.775
16.703
16.495
16.481
16.388
16.259
15.871
15.463
15.315
15.220
14.948
14.596
14.287
SHORT
Longitude: 148.4784W
35.893
35.886
35.884
35.887
35.884
35.886
35.086
35.888
35.898
35.087
35.899
34.912
34.929
34.888
34.889
34.765
34.718
34.728
34.708
34.651
34.642
34.641
34.629
34.625
34.618
34.573
34.586
34.552
34.487
34.376
34.430
34.414
34.347
34.333
34.296
Difluse Attenuation (111)
Bean
&—T
Atten
ppt
Clean water value—>
3.9 53.586 133.115
8.8 28.822 35.182
13.7
18.7
23.7
28.8
33.5
38.6
43.6
48.6
53.5
58.5
63.4
68.5
73.4
78.2
83.4
88.5
93.3
98.3
103.2
108.2
113.3
118.8
123.2
128.1
133.8
138.0
142.9
148.0
153.8
158.8
163.8
167.9
172.9
177.8
182.8
Dens.
CAST 11—3—82 28182
418 nIl
441 nIl
8.817
8.815
79.39 8.451
8.824
8.821
24.62 8.412
24.62 0.411
8.824
8.821
0.024
8.826
0.826
8.828
8.829
8.831
8.032
8.833
8.834
0.048
0.052
0.062
8.066
8.064
8.863
0.862
0.862
8.863
8.664
8.863
8.863
8.863
8.021
24.61
8.411
24.41
24.61
8.411
8.411
24.61
24.61
8.411
8.411
24.61
24.61
8.411
8.410
24.62
24.62
24.65
24.93
25.85
25.14
25.15
25.15
25.16
25.19
25.22
25.24
25.26
25.28
25.29
25.38
25.34
25.33
25.34
25.35
25.38
25.39
25.47
25.47
25.49
25.55
25.68
8.411
8.411
0.410
0.418
8.416
6.414
8.411
8.489
8.487
0.407
8.407
8.405
0.481
0.400
8.397
8.397
8.395
0.394
8.394
0.392
8.390
8.389
8.384
0.384
8.384
6.383
8.382
0.862
8.059
8.857
0.056
8.859
8.022
8.022
0.824
8.825
8.827
0.829
8.038
8.832
8.036
8.842
8.847
8.851
0.056
0.057
0.855
8.853
8.854
465 nIl
8.816
488 nIl
8.828
528 nil
8.848
548 nIl
568 nil
8.855
8.871
589 nIl 625 nIl 671 nIl 694 nIl
8.688
8.468
8.244
8.187
0.828
8.020
8.828
0.021
8.845
0.046
8.854
0.854
8.872
8.873
8.139
8.134
8.329
8.322
8.821
0.021
8.821
8.021
8.055
8.054
8.298
8.241
8.822
8.023
8.873
8.871
0.870
0.074
8.879
0.080
8.878
8.078
0.878
8.078
8.876
8.875
8.874
8.874
0.072
0.869
8.134
0.822
8.023
8.825
8.027
8.829
8.838
0.031
8.834
8.838
8.042
8.846
0.845
8.845
0.844
8.848
0.058
0.025
8.827
8.829
8.838
0.831
0.834
8.054
0.053
8.852
8.851
0.858
6.049
0.847
0.845
8.849
0.048
8.047
8.846
8.845
8.044
8.842
8.040
0.840
8.048
8.839
0.837
0.836
0.839
8.039
0.837
0.835
8.036
0.039
0.841
8.043
0.845
0.846
8.846
8.846
8.845
8.045
8.845
8.044
8.843
8.842
8.848
0.039
8.838
0.037
8.835
8.034
8.834
8.833
8.033
8.831
8.029
8.825
8.831
8.845
8.046
8.049
8.858
0.851
0.849
8.845
0.843
8.842
8.041
8.028
8.826
8.822
FILE
F—fl
8.858
8.853
8.057
8.858
8.057
8.856
0.858
0.858
8.858
8.857
8.854
0.057
0.057
8.856
0.854
8.856
8.855
0.055
0.858
8.849
8.053
8.853
8.857
8.861
8.064
8.865
0.844
0.844
0.864
8.864
0.865
0.067
8.867
8.064
8.067
0.069
8.071
0.078
8.869
0.867
0.131
8.125
0.117
8.115
8.110
8.183
8.895
8.889
0.881
8.877
8.475
8.422
8.569
Cast Label : ODEX 3
Latitude: 32.4658N
2—ave
N
133.1
138.0
143.8
148.8
153.1
158.0
162.9
167.9
172.8
177.9
182.8
187.8
185 UN CAST 11-5—82 28032
Longitude; 141.2380W
Teap
Sal.
deg C
Atten
ppt
&—T
Clean water value—>
3.9 53.526 65.838
8.8 28.979 23.788
13.6 28.977 24.351
18.7 28.977 24.306
23.8 28.976 24.497
28.8 20.976 25.834
33.6 28.972 25.312
38.7 28.972 25.728
43.6 20.971 25.931
48.6 28.972 25.789
53.5 28.973 26.844
58.5 20.974 26.875
63.5 28.965 25.915
68.5 28.325 26.457
73.4
78.4
83.4
88.4
93.3
98.2
183.2
188.2
113.2
118.2
123.2
128.1
STA
18.568
17.880
17.478
16.927
16.895
16.647
16.466
16.321
16.416
16.876
16.899
16.835
16.768
16.574
16.284
15.944
15.867
15.637
15.581
14.850
14.456
14.121
14.870
13.643
28.894
28.832
27.912
28.118
27.590
27.863
26.739
25.841
25.982
24.625
24.113
23.666
23.377
23.499
23.123
22.895
22.458
22.691
22.332
22.664
22.339
22.348
21.868
21.888
Diliuse Attenuation (Ill)
Dens.
33.84
15.93
0.414
0.415
16.41
0.415
0.416
8.415
0.415
8.415
8.414
0.415
0.414
8.415
8.414
0.413
0.429
8.423
8.420
8.417
0.418
8.415
8.410
0.403
0.397
8.397
0.397
8.396
0.394
8.392
8.389
8.388
8.387
8.387
8.385
0.385
0.383
0.383
0.382
0.382
0.382
16.38
16.53
16.93
17.14
17.45
17.61
17.51
17.78
17.72
17.68
18.18
19.86
19.99
19.98
20.25
19.84
19.51
19.38
18.65
18.67
17.68
17.28
16.87
16.67
16.88
16.59
16.47
16.15
16.38
16.13
16.52
16.34
16.41
14.85
16.89
410 iii 441 nIl 465 nIl 488 nil 520 nfl 548 nIl 568 nIl 589 nIl 625 nil
0.848
0.855
0.871
8.187
8.244
671 nIl
8.468
694 nfl
0.488
8.829
0.029
8.057
8.855
0.066
8.863
0.886
0.883
0.155
0.147
8.354
8.338
8.583
0.422
8.588
8.829
8.829
8.854
8.854
8.853
0.852
8.858
0.046
8.862
0.862
0.081
0.888
8.312
8.861
8.061
8.881
8.142
8.139
8.133
8.126
8.117
8.185
8.817
8.815
0.814
8.828
8.829
8.031
8.832
8.838
8.838
0.828
8.828
8.828
8.829
8.038
8.027
8.828
8.828
8.028
8.828
0.828
0.827
8.826
8.025
8.824
8.825
8.027
8.838
0.834
8.039
8.845
8.828
8.828
8.828
8.027
8.026
0.824
0.851
8.844
8.848
8.852
0.054
0.854
8.851
8.849
0.846
8.843
8.841
8.840
0.839
8.837
0.835
8.832
8.837
8.047
8.859
0.067
8.068
8.869
8.868
8.068
8.868
0.868
8.864
8.841
8.858
8.858
0.856
8.855
0.852
8.849
8.848
8.858
8.861
8.868
8.857
8.856
8.855
0.851
8.849
8.846
8.845
8.843
8.841
8.039
8.838
8.036
8.834
8.834
0.034
8.835
8.835
0.834
8.834
8.034
8.824
8.826
0.838
8.034
8.837
8.040
8.833
0.832
0.032
8.832
8.031
8.032
0.832
8.832
8.832
8.833
8.829
8.828
8.826
8.824
0.824
8.826
8.838
0.834
8.836
8.838
8.048
8.044
0.848
8.858
8.851
8.849
8.847
8.844
8.842
0.841
0.848
8.839
8.837
0.836
8.034
0.832
0.832
8.032
8.833
8.833
0.833
8.033
8.834
8.034
F-3$
0.844
0.849
8.056
8.059
8.856
8.055
8.056
8.859
0.861
8.068
8.860
8.868
8.868
0.868
8.859
8.857
0.858
0.859
8.868
8.859
0.057
8.057
0.859
8.863
8.864
8.863
8.862
8.863
0.066
8.868
8.868
0.064
0.067
8.867
0.867
8.065
8.883
8.881
8.875
8.878
0.874
8.879
8.881
8.879
8.078
8.882
8.891
8.897
8.895
8.892
8.091
8.898
Cast Label : ODEX 3 SIA 134
Latitude:
2—ave
H
lisp
Sal.
dig C
ppt
Longitude: 142.15834
Dens.
Beau
&—T
Atten
Clean water value—)
3.8 53.168 119.318 78.78 0.414
8.8 19.454 34.514 24.54 8.414
13.7 19.457 34.519 24.54 8.413
18.7 19.371 34.543 24.58 8.417
23.8 19.157 34.529 24.62 8.415
28.8
33.7
38.7
43.5
48.5
53.5
58.5
63.4
19.224
34.544
34.549
24.62 8.416
19.258
24.61
19.388 34.555 24.61
19.359 34.618 24.63
19.305 34.625 24.66
18.382 34.352 24.70
16.978 34.216 24.92
15.547 33.499 24.85
68.4 15.870 33.844 25.07
73.4 14.917 33.776 25.05
78.4 14.778 33.749 25.87
83.4
88.4
93.3
98.2
183.2
188.3
113.2
118.2
123.3
128.1
133.8
138.8
143.0
148.0
152.9
158.8
162.9
167.9
172.9
177.8
182.8
187.7
14.747 33.765 25.88
14.578 33.755 25.11
14.433 33.746 25.13
14.376
14.254
14.142
14.881
13.976
13.920
13.991
14.201
14.399
33.754
33.753
33.775
33.743
33.758
33.774
33.794
33.988
33.995
33.942
14.682 34.138
15.083 34.243
14.135
15.221
34.384
15.128
14.943
13.509
12.957
12.952
12.649
34.352
34.365
34.191
34.878
34.065
34.815
CAST 11-8-82 22882
-25.15
25.17
25.21
8.415
8.415
8.416
8.416
8.420
8.425
8.425
9.423
0.421
8.428
0.428
8.417
0.411
8.409
8.488
0.485
25.22 8.395
25.23
9.389
8.387
25.26
25.26 8.386
25.38 8.387
25.33 0.384
25.34 0.384
25.38 8.387
25.37 8.387
25.39 8.388
25.45 0.391
25.58 0.389
25.67 8.385
25.68 0.384
25.68 8.383
25.78 8.384
Diffuse Attenuation (/ll)
488 nIt 528 nIl 548 nil 568 nil 589 nil 425 nil 471 nil 694 nIl
0.187 8.244 8.461 9.608
0.828 8,848 8.855 8.871
418 nIl
8.817
441 nIl
465 nil
8.815
0.816
8.030
8.831
8.029
8.038
9.829
8,838
8.831
8.831
8.059
8.857
8.868
8.064
8.831
1.831
8.028
8.827
0.829
9,028
8.838
8.029
8.056
8.065
8,855
8.064
8.832
8.832
0.833
8.834
8.834
0.848
9.844
8.056
8.964
8.067
8.047
8.867
8.028
8.828
8.828
8.828
8.029
0.028
8.828
8.829
8.830
8.831
8.033
8.838
8.853
8.052
8.852
8.852
0.153
8.855
0.829
8.838
0.831
8.834
8.839
0.031
8.032
8.834
0.888
0.884
0.884
8.082
0.157
8.158
8.147
8.862
8.060
0.062
0.965
8.881
8.082
8.136
8.126
8.883
8.867
8.065
8.865
0.880
8.119
8.112
0.195
0.068
0.859
0.858
0.865
0.844
8.079
8.067
8.067
0.066
0.877
0.875
8.875
8.875
0.058
8.849
8.036
0.839
8.842
8.844
0.854
8.858
0.845
8.046
0.842
0.044
8.859
0.868
8.878
8.072
8.072
0.969
8.864
8.059
8.850
0.853
8.847
0.848
0.049
8.059
0.858
0.065
8.066
8.057
8.866
0.046
8.842
8.848
8.056
8.055
8.853
8.052
8.867
8.868
8.859
8.055
0.052
0.852
8.852
8.048
0.846
8.843
8.048
0.037
8.834
8.033
0.832
8.832
8.032
8.833
8.834
0.058
0.043
8.846
e.858
0.059
8.859
0.857
8.852
0.039
8.851
0.839
8.838
8.846
0.838
8.839
0.048
0.842
8.843
8.844
8.843
0.841
8.048
9.040
8.854
8.851
8.849
8.846
0.841
8.837
8.835
0.834
8.834
8.033
0.833
8.035
8.035
0.037
8.837
8.839
8.048
8.835
0.837
8.037
8.036
0.834
0.035
8.834
0.833
0.831
8.038
8.828
0.828
8.831
F—31
0.859
0.058
8.852
0.852
8.858
8.845
8.066
8.883
8.879
0.878
0.878
8.878
8.874
8.143
8.897
8.098
0.084
0.349
8.336
0.306
0.248
8.588
8.592
Cast Label : UDEX 3 SM 134 UP CAST 11-8-82 22142
Latitude: 32.560514
2—ave
N
Longitude:
Temp
Sal.
deg C
&—T
At ten
ppt
Clean water value—)
3.8
8.8
53.173 119.422
19.381 34.540
13.7 19.324 34.518
18.6 19.136 34.513
23.8 19.229 34.543
28.7 19.229 34.534
33.6 19.354 34.578
38.6 19.339 34.599
43.6 19.201 34.691
48.4 18.385 34.414
53.5 17.187 34.482
58.5 15.252 33.980
63.4 15.831 33.785
68.4 14.861 33.761
73.4 14.898 33.784
78.2 14.734 33.768
83.4 14.578 33.799
88.4 14.412 33.764
93.5 14.374 33.740
98.3 14.264 33.782
183.2 14.143 33.758
108.3 14.845 33.746
113.2 13.981 33.748
118.2 13.987 33.776
123.2 13.943 33.784
128.1 14.169 33.747
133.0 15.859 33.272
138.8 14.283 34.842
143.8 14.093 33.934
148.8 15.116 34.294
152.9 15.213 34.259
158.0 15.173 34.342
163.0 14.923 34.433
167.9 13.787 34.151
172.9 13.051 34.849
177.8 12.969 34.012
182.7 12.793 34.811
187.8 11.923 33.999
Dens.
79.76
24.58
24.57
24.62
24.62
24.61
24.68
24.63
24.74
24.75
25.89
25.13
25.83
25.85
25.88
25.88
25.14
25.15
25.14
25.19
25.29
25.21
25.23
25.25
25.26
25.19
24.63
25.41
25.35
25.48
25.35
25.43
25.55
25.59
25.64
25.44
25.67
25.83
Diffuse Attenuation (IN)
Beem
625 MI
671 MI
694 MI
8.107
0.244
8.448
0.608
8.887
8.885
8.154
0.158
0.348
8.337
0.589
8.445
0.595
0.063
8.061
0.882
8.879
0.144
8.139
8.313
8.351
8.052
3.343
0.060
0.052
8.053
8.861
8.378
0.882
0.884
8.884
3.134
0.128
8,121
0.114
8.187
0.108
0.895
8.887
528 MI
540 MI
568 MI
418 MI
0.817
441 Ml 465 MI
0.815
0.816
488 MI
8.028
8.048
8.855
0.871
8.414
0.413
8.413
8.414
0.038
8.038
0.038
8.830
8.828
0.828
0.827
8.026
0.829
8.028
0.827
0.826
8.831
8.038
8.058
8.054
8.867
8.866
8.028
8.027
0.054
8.852
8.414
8.414
0.414
0.415
8.415
0.418
8.838
8.831
8.033
8.834
8.824
8.827
0.829
8.038
8.033
0.835
8.048
8.844
8.847
8.849
8.054
0.858
8.049
8.859
8.859
8.058
0.856
8.851
8.045
0.842
0.039
8.838
8.838
8.937
0.838
0.948
8.842
0.843
8.043
8.843
3.824
0.827
8.829
8.838
0.832
0.034
0.837
8.839
8.042
0.843
0.845
8.847
8.851
8.854
8.854
0.851
8.849
3.045
3.127
8.828
8.829
0.838
0.032
8.833
0.835
8.037
0.839
8.840
8.842
0.844
8.847
8.049
8.049
8.848
8.046
3.343
0.039
8.036
8.034
0.833
8.033
8.032
0.832
0.033
8.834
8.035
0.035
8.834
0.833
8.038
0.029
0.826
0.853
0.055
0.058
0.059
0.424
8.426
0.422
8.421
0.421
8.419
0.417
8.411
8.409
8.486
8.487
8.397
8.394
8.388
8.386
8.384
8.386
0.385
8.383
8.387
0.388
8.391
0.389
8.385
8.384
0.383
8.383
8.382
0.838
8.042
8.048
0.857
8.064
8.867
0.044
8.867
0.868
8.078
8.971
0.071
8.868
8.844
0.858
8.055
8.853
8.053
0.059
8.047
0,044
0.841
8.039
8.838
0.838
0.041
8.037
8,835
8.834
8.834
8.833
8.833
0.835
8.037
8.038
8.837
8.837
8.034
8,833
0.831
8.029
SHORT DATA FILE
F-32
8.059
8.058
9.859
8.859
0.859
8.859
0.059
8.958
0.057
3.856
8.854
8.853
8.953
0.054
0.953
0.858
0.849
8.065
8.067
0.066
8.844
8.064
8.065
8.064
8.067
0.867
0.066
8.064
8.067
8.967
0.866
3.864
0.862
8.881
8.879
8.878
8.878
0.079
0.879
8.888
8.879
0.888
8.080
589 MI
Cast Label : ODEX 3 STA 167 Oil CAST 11—12—82 23382
Latitude:
2—ave
H
Longitude:
Teap
Sal.
dey C
ppt
&—T
At ten
Clean water value—)
Dens.
3.9 52.453 106.124 62.49
8.9 17.857 33.719 24.33
13.8 17.837 33.725 24.34
18.7 17.826 33.736 24.35
23.7 17.815 33.719 24.34
28,7 17.814 33.731 24.35
33.4 17.835 33,737 24.35
38.6 17.894 33.776 24.36
43.6 17.954 33.804 24.37
48.5 18.848 33.821 24.36
53.4 16.492 33.877 24.77
58.5 15.547 33.460 24.67
63.4 15.144 33.444 24.74
68.5 14.764 33.400 24.79
73.4 14.417 33.344 24.88
78.4 14.411 33.378 24.84
83.4 14.359 33.374 24.86
88.4 14.344 33.348 24.86
93.3 14.339 33.374 24.86
98.3 14.264 33.378 24.88
103.3
188.2
113.2
118,2
123.2
128.2
133.1
137.9
143.8
148.8
153.0
158.8
163.8
167.9
172.9
177.9
182.8
187.8
192.7
14.285
14.195
14.218
14.288
14.135
14.165
14.852
13.989
13.927
13.755
13.784
13.688
13.522
13.203
13.814
12.848
12.750
13.836
13.815
33.446
33.468
33.484
33.584
33.521
33.579
33.595
33.688
33.617
33.568
33.571
33.601
33.552
33.561
33.594
33.595
33.608
33.715
33.725
24.95
24.97
24.97
24.99
25.02
25.86
25.09
25.11
25.14
25.13
25.15
25.17
25.17
25.24
25.39
25.33
25.37
25.39
25.41
8.422
8.422
0.419
8.428
0.428
8.420
8.428
8.420
8.421
0.420
8.426
0.438
8.429
8.425
0.422
8.422
0.428
0.418
8.417
0.417
8.409
0.406
0.404
8.482
8.397
8.397
8.396
0.394
8.398
8.384
8.384
8.383
8.382
8.381
8.382
8.382
8.382
8.383
8.383
Attenuation (Al)
—
Beaa
410 nIl
8.017
0.025
8.027
8.827
8.027
0.028
0.031
0.832
8.834
0.843
8.054
8.863
8.067
8,869
8.878
0.872
8.874
0.874
8.873
8.874
8.874
0.874
0.072
8.072
528 nIl
548 nil
540 nIl
589 nIl
0.048
0.055
8.071
0.107
8.883
0.082
8.082
8.882
8.883
8.084
8.883
0.885
0.085
8.884
0.084
8.085
0.156
0.152
8.158
0.142
0.132
0.124
8.118
8.111
0.180
8.889
8.879
8.815
465 nil 488 nil
0.816
8.820
0.822
8.023
0.824
0.824
8.024
0.024
8.824
8.024
0.025
0.025
0.825
8.824
8.853
0.052
8.852
8.051
8.862
0.062
8.062
0.060
0.825
8.026
0.024
8.826
8.829
8.031
0.025
8.826
8.058
0.058
0.053
8.858
8.068
8.863
8.067
0.869
0.869
8,068
8.869
8.871
8.871
0.078
0.870
0.071
0.878
8.070
0.869
8.048
441 nfl
8.829
8.831
8.836
8.842
0.848
0.856
8.061
0.061
8.859
0.861
0.861
0.060
0.061
8.068
0.059
8.857
8.055
0.053
0.051
8.858
0.047
8.042
8.038
8.838
8.038
8.835
8.033
8.035
8.839
8.844
0.848
0.051
8.854
8.856
8.055
8.054
8.053
8.853
0.053
0.052
8.058
0.049
8.047
8.845
8.843
0.841
8.838
0.035
8.033
8.831
8.829
0.029
8.838
8.831
0.029
0.827
8.826
0.827
8.029
8.832
0.835
0.038
0.841
8.045
0.848
8.858
8,851
0.850
0.858
0.858
8.850
0.050
0.049
8.048
0.047
8.846
0.845
8.843
8.842
0.840
0.037
0.834
0.832
8.832
0.832
8.033
8.835
8.036
0.838
8,839
8.041
F-33
8.062
8.862
8.861
8.863
8.864
0.863
8.863
0.864
0.063
8.043
8.063
8.064
0.066
8.865
0.064
0.085
0.886
8.085
625 nil
8.244
671 nIl
8.460
694 nIl
0,608
8.364
8.354
0.528
8.623
Cast Label : ODEX 3 SM 170 CII CAST 11—15—82 1926Z
Latitude: 34.4828N
Z—ave
H
Temp
deg C
Longitude:
Sal.
Dens. Beam
ppt
Atten
&-T
Clean water value—)
3.9 51.934 180.145 58.82 0.430
8.7 16.975 33.182 24.13 8.430
13.7
18.8
23.7
28.7
16.976
16.976
16.977
16.978
33.6 16.982
38.7 14.982
43.6 17.087
48.6 16.758
53.5 15.813
58.5 14.475
63.5 14.281
48.4 14.167
73.4 13.305
78.4 12.720
83.4 12.488
88.3 12.318
93.3 12.325
98.3 12.116
103.2 11.734
188.2 11.531
113.2 11.678
118.2 11.164
123.2 11.161
128.2 11.012
133.0 10.703
138.8 10.544
143.0 10.417
148.0 18.241
153.0 10.159
158.0 10.887
162.8 10.018
167.9
9.944
173.0
9.825
177.8
9.699
182.8
9.568
187.7
9.459
33.182 24.13
33.182 24.13
33.182 24.13
33.185 24.13
33.184 24.13
33.152 24.10
33.198 24.13
33.055 24.08
33.216 24.42
33.182 24.62
32.985 24.57
33.198 24.74
33.188 24.87
33.863 24.95
32.985 24.95
32.999 24.98
33.047 25.81
33.883 25.08
33.121 25.18
33.863 25.17
33.077 25.16
33.050 25.23
33.889 25.26
33.116 25.31
33.158 25.40
33.190
33.295
33.390
33.456
33.511
33.540
33.575
33.657
33.696
33.764
33.792
25.45
25.55
25.66
25.72
25.78
25.81
25.85
25.94
25.99
26.06
26.10
8.430
0.438
0.438
0.438
0.433
8.443
0.438
0.458
0.454
0.463
8.461
0.442
8.452
0.442
0.432
0.424
0.412
8.407
8.482
8.397
0.397
8.397
8.395
0.394
0.394
0.393
0.391
8.391
8.391
0.391
0.392
0.392
0.391
8.392
0.391
————————————————————————————— DiIf use Attenuation (Il) ———————————
418 nil
8.817
441 nIl 465 nil
8.815
8.816
488 nIl 52$ nil
8.848
8.828
0.841
0.034
8.031
0.030
8.04$
8.841
8.842
8.044
0.045
8.047
0.833
0.034
0.035
0.037
8.039
8.841
0.045
0.053
8.065
0.079
8.085
0.883
0.880
0.082
8.881
0.076
8.870
0.064
0.060
8.056
0.854
0.054
8.055
0.055
0.054
8.831
0.831
0.830
8.830
0.831
0.033
0.034
0.037
8.048
0.045
8.050
0.856
0.854
0.067
8.884
8.896
8.181
0.100
0.101
0.106
0.107
0.104
8.100
0.033
0.034
0.836
8.838
8.042
0.048
0.054
8.043
8.070
0.872
8.871
8.869
0.867
0.043
0.058
0.053
0.049
0.044
0.844
0.044
0.843
0.842
0.042
8.842
8.041
0.841
8.042
8.042
8.040
0.042
0.061
0.863
0.064
0.043
0.061
0.057
8.053
0.049
0.046
0.044
8.842
0.041
0.841
0.840
8.048
0.048
0.048
0.840
0.841
0.841
0.042
0.042
0.045
0.391
F-34
0.055
0.854
8.054
8.055
0.055
0.056
0.857
0.848
8.065
0.069
0.071
8.071
0.870
8.849
0.869
0.869
0.068
0.044
0.843
0.061
0.058
0.057
0.059
0.060
548 nil
8.855
568 nIl
8.871
589 nIl
8.187
625 nIl 671 nil
0.460
8.244
0.064
0.884
8.153
8.354
8.062
8.862
0.843
8.063
8.065
0.069
8.873
0.073
8.073
0.075
8.876
0.875
8.875
0.076
8.877
0.075
8.874
0.071
0.078.
8.082
8.881
8.881
0.884
0.887
0.088
8.887
0.086
0.087
8.888
8.146
8.143
8.334
8.388
0.089
8.887
8.085
0.084
0.885
0.141
0.134
0.128
0.121
0.115
0.105
0.099
0.091
0.509
694 nIl
0.600
8.592
Cast Label : 00CC 3 5Th 170 UP CAST 11—15—82 1935Z
Latitude: 34.4828N
Z—ave
N
Longitude:
Temp
Sal.
deg C
ppt
&—T
Atten
Clean water value—>
Dens.
3.8 51.945 188.187 58.84
8.8 16.977 33.183 24.13
13.7 16.971 33.182 24.13
18.6
23.8
28.8
33.6
16.968
16.978
33.182
33.180
16.969
16.972
33.178
33.177
38.4
43.5
48.6
53.5
58.5
63.5
68.5
73.3
78.4
83.3
88.4
93.3
98.3
103.3
198.2
113.3
118.2
123.3
128.2
133.8
138.8
143.8
148.8
153.0
157.9
163.8
167.9
172.9
177.9
182.8
187.8
192.8
16.975
16.988
16.854
15.578
33.188
33.171
33.245
33.211
24.13
24.13
24.13
24.12
24.13 8.428
24.12 0.427
24.22 8.433
24.47 8.454
24.57 0.452
24.57 8.455
24.91 0.443
24.82 8.448
24.93 0.433
24.93 8.426
33.044
32.934
13.531 33.222
13.862 32.988
12.466 32.972
12.340 32.940
12.393 32.956 24.93
12.181 33.059 25.85
11.821 33.041 25.18
11.648 33.024 25.12
11.779 33.189 25.14
11.645 33.184 25.19
11.168 33.107 25.28
11.254 33.848 25.21
18.988 33.226 25.41
18.658 33.483 25.68
10.539 33.187 25.45
10.444 33.251 25.51
10,223 33.385 25.64
18.133 33.465 25.73
18.081 33.484 25.76
9.981 33.559 25.83
9.911 33.693 25.88
9.775 33.681 25.96
9.643 33.715 26.01
9.544 33.741 26.85
9.385 33.794 26.12
9.291 33.785 26.12
14.511
14.131
8.427
8.428
0.428
8.429
8.428
8,428
0.427
8.416
0.488
8.404
8.398
8.397
8.397
0.397
0.395
0.393
8.392
0.392
8.398
8.391
0.391
0.391
8.392
0.391
0.391
0.391
8.391
—
————————————————————— Diffuse Attenuation (111) ———
Beam
418 NI
8.017
441 NI
0.015
465 NI
0.816
488 nIl
8.828
528 NI
8.848
548 NI
8.855
540 NI
8.044
8.843
8.843
0.843
8.844
8.845
8.047
8.849
8.841
8.878
0.096
0.183
0.185
0.185
9.187
0.107
8.102
8.097
8.838
0.836
8.835
8.060
0.869
0.089
8.837
8.836
0.834
8.837
8.838
8.040
0.843
8.849
8.068
0.076
8.886
8.887
8.883
0.882
8.880
8.874
0.868
8.062
8.058
0.855
8.952
0.051
0.049
8.849
0.848
0.048
0.035
9.834
8.834
8.834
0.836
8.838
0.048
0.045
0.053
8.062
0.878
0.874
0.074
8.071
0.867
8.062
8.857
8.053
8.849
8.847
0.045
0.843
0.842
0.842
0.042
8.042
8.843
0.843
0.843
0.043
0.043
0.843
8.071
0.034
9.833
8.057
0.854
8.064
8.064
0.832
0.033
8.854
8.856
0.064
8.064
8.085
0.883
0.082
0.884
8.834
0.836
0.856
8.057
0.864
8.867
0.886
8.887
8.839
0.043
0.048
8.055
8.068
0.965
0.864
0.865
8.061
8.857
8.859
0.064
8.072
0.874
0.873
8.073
0.878
8.068
8.875
8.876
0.076
0.876
8.076
0.074
8.088
8.088
8.888
0.087
8.989
0.098
8.891
8.893
0.896
0.052
8.049
0.065
0.863
0.072
0.071
8.046
0.044
8.043
0.041
8.048
0.048
0.048
0.841
8.042
0.042
8.843
8.843
0.043
8.843
8.044
0.849
0.862
8.061
8.859
8.858
0.872
0.869
8,391
0.391
F—35
0.048
8.078
8.871
8.871
0.871
8.871
8.860
589 NI 625 NI
0.244
8.107
0.158
0.147
0.145
0.143
0.139
8.129
8.124
8.119
8.115
8.189
8.105
0.352
8.334
0.320
—
471 nIl
8.460
694 NI
8.68$
8.507
0.599
0.440
Cast LabQi : ODEX 3 STA 176 UP CAST 11-16-82 23282
Latitude:
Sal.
2—ave
deg C
N
3.8
8.8
13.7
18.6
23.8
28.7
33.7
38.6
43.6
48.4
53.5
58.5
63.4
68.4
73.4
78.4
83.4
88.4
93.3
98.3
183.3
188.2
113.2
118.3
123.2
128.8
133.8
50.486
14.888
14.836
14.814
14.714
14.836
14.853
13.576
13.198
12.612
11.718
11.450
11.887
18.882
18.798
18.768
18.462
18.355
10.244
10.634
10.468
9.732
SHORT
9.449
9.617
9.662
9.564
9.319
Longitude; 123.3559W
Diffuse Attenuation (Al)
Dens.
ppt
Ic—I
At ten
C)ean water value—>
410 nIl
8.817
441 nIl
55.24
24.53
24.55
24.57
24.64
24.62
24.67
24.91
24.85
25.29
25.18
25.15
25.27
25.31
25.38
25.31
25.39
25.41
25.46
25.49
25.65
25.77
25.87
25.88
25.95
26.02
26.11
8.155
8.136
0.134
8.138
8.145
8.145
8.138
8.125
0.121
93.353
33.097
33.104
33.125
33.191
33.283
33.264
33.232
33.054
33.364
33.813
33.808
33.884
33.893
33.850
33.057
33.095
33.184
33.142
33.265
33.434
33.427
33.493
33.545
33.646
33.716
33.778
FILE
8.556
8.555
0.558
8.582
6.638
8.662
8.644
8.584
8.465
0.442
8.425
8.417
8.411
8.405
0.485
0.402
8.397
8.397
8.395
8.397
8.397
0.395
8.394
0.393
8.395
0.395
0.394
0.815
8.112
8.116
8.124
0.129
8.127
8.116
8.899
8.885
8.875
8.865
0.858
8.052
8.844
8.971
589 nIl
9.187
625 nil
8.244
671 nIl 694 nIl
0.680
0.468
8.888
8.181
8.899
0.119
8.166
8.184
8.372
8.512
8.187
8.186
8.183
8.182
8.124
8.128
8.114
8.114
8.116
0.113
8.189
8.187
8.181
445 nIl
8.816
8.828
528 nIl 548 nIl
0.848
8.855
0.188
0.895
8.885
8.885
8.888
8.095
8.188
8.188
8.114
0.111
8.181
8.086
0.873
8.864
8.898
0.898
0.181
8.856
8.850
0.845
0.842
8.838
8.038
0.042
8.043
8.843
8.848
8.853
8.048
8.044
0.041
8.848
8.840
8.042
8.045
0.058
0.860
488 MI
8.103
8.101
8.892
8.879
8.068
8.868
F-36
0.182
8.183
0.181
8.098
8.891
8.882
8.876
8.871
8.868
8.866
0.066
8.878
8.181
9.895
8.886
8.879
8.874
0.072
8.068
8.865
560 nIl
8.168
8.158
9.156
Cast Label
DCCI 3 STA 182 UP CAST 11-17-82 28262
Latitude: 35.53534
2—ave
Ii
Temp
deg C
Sal.
ppt
Dens.
&—T
Longitude: 121.3916W
Bun
Atten
Clean water value—)
3.8 51.138 97.469 57.68 8.558
8.7 15.763 33.375 24.55 8.557
13.7 15.747
18.6 15.735
23.8 15.725
28.7 15.721
33.6 15.714
38.6 15.708
43.6 15.314
48.4 14.707
53.5 14.545
58.5 14.015
63.5 13.447
68.4 13.237
73.5 12.831
78.2 12.625
83.4 12.269
88.4 12.287
93.4 12.849
98.2 11.981
183.3 11.682
188.3 11.584
113.2 11.582
118.3 11.440
123.3 11.381
128.1 11.058
33.374 24.56
33.372 24.56
33.371 24.54
33.371 24.56
33.368 24.54
33.355 24.55
33.472 24.73
33.296 24.72
33.318 24.78
33.375
33.381
33.408
33.331
33.354
33.411
33.425
33.422
33.407
33.524
33.513
33.553
33.568
33.548
33.594
24.93
24.95
25.11
25.14
25.19
25.31
25.33
25.34
25.36
25.58
25:51
25.56
25.58
25.57
25.67
8.555
8.551
0.539
0.535
0.538
8.526
8.585
0.491
8.482
8.438
0.442
8.434
8.425
8.423
8.415
8.415
0.412
8.411
8.488
8.410
3.416
8.417
8.417
8.407
Di4iuse Attenuation (ill)
418 nfl 441 nfl 465 nil
0.817
0.015 8.016
488 nfl
528 nIl
540 nIl
568 nIl
8.828
0.848
8.855
8.071
589 nIl 625 nIl 671 nIl 694 nIl
8.460
8.688
0.187 8.244
8.097
0.186
0.114
8.118
0.081
8.068
8.871
8.877
0.885
8.887
0.887
8.887
8.389
0.888
0.086
8.884
8.881
0.879
0.077
0.877
8.144
0.146
8.093
0.899
0.149
8.148
8.182
0.899
8.099
8.102
0.101
8.098
0.865
8.068
8.073
8.888
0.884
0.085
8.885
0.084
8.885
0.883
8.082
0.088
8.078
8.077
8.875
0.873
3.883
0.085
0.116
8.117
8.118
8.121
0.126
8.856
8.860
8.065
0.870
8.075
0.877
0.078
0.878
8.078
0.074
0.074
0.870
0.847
0.865
0.862
0.060
8.859
8.859
0.062
8.100
8.098
8.144
8.142
0.099
0.101
8.143
0.148
0.085
0.894
8.101
0.893
8.087
0.882
0.876
0.866
8.069
8.074
0.082
0.085
8.086
0.085
8.086
0.886
8.884
8.881
0.876
8.872
0.068
8.864
8.862
0.861
0.058
SHORT DATA FILE
F—37
8.181
8.102
8.184
8.183
0.338
8.328
0.471
0.558
Cast Label
Latitude:
2—ave
II
ODEX 3 STA 184
35.5328(4
Te.p
Sal.
dig C
ppt
Longitude: 121.3118(4
33.398
33.371
33.362
33.349
33.342
33.358
33.359
33.354
33.344
33.338
33.464
33.389
33.416
33.484
33.421
33.434
33.454
&—T
57.47
24.57
24.68
24.68
24.63
24.63
24.69
24.71
24.73
24.81
24.84
24.88
25.12
25.12
25.18
25.19
25.22
25.26
25.29
Diffuse Attenuation (111)
Beta
Atten
Clean water value-)
3.8 51.898 97.258
8.6 15.692 33.381
13.7 15.623
18.8 15.533
23.8 15.388
28.7 15.338
33.6 15.881
38.7 14.987
43.6 14.887
48.5 14.528
53.5 14.348
58.5 14.135
63.5 13.421
68.5 13.159
73.5 12.923
78.4 12.823
83.4 12.735
88.4 12.633
93.4 12.568
Dens.
CAST 11-17—82 23392
8.546
8.555
8.556
8.555
8.576
8.588
8.576
8.575
8.567
8.568
8.561
8.553
8.568
8.534
8.545
8.521
8.514
8.522
8.532
488 nIl
528 nfl
548 nIl
568 till
418 nIl
8.817
441 nIl
8.815
8.816
8.828
8.848
8.855
8.871
8.188
8.113
8.893
8.898
8.881
8.183
8.118
8.115
8.116
8.115
8.112
8.187
8.863
8.871
8.877
8.882
8.886
8.889
8.898
8.891
8.873
8.879
8.123
8.135
8.145
8.155
8.872
8.881
8.887
8.892
8.896
8.898
8.898
8.897
8.895
8.891
8.888
8.893
8.884
8.889
8.886
8.892
8.898
8.181
8.185
8.111
8.128
8.896
8.895
8.897.
8.183
8.188
8.111
8.115
8.118
465 nIl
8.891
8.891
8.894
8.184
SHORT DATA FIL.E
F-38
8.893
8.896
8.898
8.188
8.181
8.182
8.187
8.882
589 nil
8.187
625 till
671 nil 694 nil
8.244
8.468
8.157
8.152
8.158
8.152
8.152
8.158
8.341
8.499
8.488
Cast Label : ODEX 3 SM 184 UP CAST 11—17—82 23522
Latitude: 35.532814
2—ave
Pt
3.9
8.7
13.7
18.7
23.8
28.6
33.6
38.7
43.6
48.5
53.5
58.5
63.5
68.5
73.4
78.4
83.3
88.4
93.3
Tetip
dig C
Sal.
Dens.
Longitude:
&—T
At ten
ppt
Clean water value—)
51.889
15.681
97.154
33.359
15.576
15.368
15.317
15.858
14.988
14.711
14.482
14.219
13.976
13.787
13.234
13.835
12.854
12.881
12.726
12.597
12.549
33.362
33.353
33.289
33.339
33.337
33.362
33.333
33.342
33.483
33.382
33.342
33.342
33.389
33.379
33.403
33.447
33.438
0.547
24.56 8.552
24.59 8.556
24.63 0.574
24.59 8.578
24.68 8.576
24.69 8.575
24.77 8.567
24.88 0.558
24.86 8.556
24.96 8.548
24.92 8.537
25.07 8.539
25.12 8.542
25.18 8.543
25.18 8.518
25.21 8.514
25.27 0.524
25.27 0.534
57.41
—
Beam
Difluse Attenuation (Ill)
589 nil
8.187
625 nil
8.244
8.874
0.876
0.889
8.090
8.155
8.149
8.349
8.888
8.885
8.894
0.899
0.147
8.147
0.090
8.892
8.093
0.895
8.105
8.113
528 nil 548 nil
8.848 8.855
418 nil
8.817
441 nil
8.815
8.184
8.188
8.887
8.098
8.878
0.873
8.841
8.864
8.878
8.872
8.117
8.125
8.131
0.897
0.183
8.879
8.885
0.888
0.898
8.889
8.885
8.878
8.883
0.878
0.076
8.877
8.883
8.888
8.893
0.896
0.899
0.898
0.187
8.187
8.183
0.871
488 nil
8.828
465 nil
8.816
8.881
8.883
0.084
8.086
0.886
0.897
SHORT DATA FILE
F—39
568 nil
671 nil
8.468
694 nIl
0.608
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
O.DEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
ill
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
II!
III
III
III
III
III
III
III
III
III
III
III
III
III
STA DPTH
020
020
020
020
020
020
021
021
021
021
021
021
021
021
021
021
022
022
022
022
022
022
022
023
023
023
023
023
024
024
024
024
024
0010
0025
.195
.209
0100
0200
0400
0010
0051
0076
0101
0153
0201
0252
0300
0328
0397
0010
0040
00/0
0100
0150
0200
0300
0006
0025
0061
0112
0175
0201
0300
.040
.019
.019
.162
.1i5
.092
.051
3.57
.044
3.46
.036
3.23
.022
3,40
.055 H
.022
.016 1 :3,,2
.098
3.10
.109
2.94
,14
3.05
.036
005GB
0061B
008GB
008GB
010GB
024 0190B
024 0190B
025
025 0061
025 0076
025 0090
025 0150
026 0010
026 0025
026 0040
026 0055
026 0100
026 0200
026 0300
.
VOL * SLPI
3,31
2,90
2.68
3.62
3.44
4.05
2.80
2.96
3.40
3,, 9
3.37
3.03
3.39
.011
.101
.065
L
.019
3.35
.018
3.91
.025 B 3.82
.011
.132
.189
.150
.165
.065
.040
.025
.028
.115
4.00
3.12
2.78
3.32
3,60
3.84
.101
2.35
2.89
3,58
4.18
3.54
3.04
2.69
.102
.148
2.82
.022
.015
3.95
3.89
.161
.108
.040
.022
.099
6-1
SLP2
KNEE. % VAR
5.15
4,37
4.68
4.i0
6.88
6.44
5.08
6.2,'
6.li
6.37
5.84
6.85
5.20 6.51
4.65 i.18
3.98 12.88
4.05 8.09
4.63 6.39
5.74 6.46
4.r0
4.18 6.58
,.10
5.02
5.45
4.96
4.i4 ,.60
5.55 /.14
5,55
5.36 6.24
4.58 6,34
4.88 6.19
5.14
4.38 3.34
.22
3.84
3.08 4.65
5.27 8,1:3
5.5,
7.90
5.25 6.tr
4.59
5.02 8.04
4,98 t.21
5.06
4.25
4.84 6.21
5.32 6.rO
5.22 6.,5
5.19 ,.97
4.66 12.00
5.05 7.15
7,18 ,.2i
6.62
5.86
5.75 6.49
5.59
5.26 i .40
5.62 6.i6
99.82
99.80
99.82
99.61
99.49
99.88
99.ii
99.24
99.60
98,74
99.44
99.74
99.48
99./S
99./4
99.51
99.80
99.t,
99,00
98.92
99.5t
99.89
99.84
99.96
98.95
99.29
99.80
Si.86
99.29
99.f9
99.42
99.64
99.18
99.60
99.'8
99.4i
99.64
99.24
99.48
99.56
96.6,
99.46
99.54
99.70
99.65
99.59
98.80
CRUISE
STA DPTH
ODEX III 026 0400
ODEX III 026 0500
ODEX III 027 0010
ODEX III 02, 0025
ODEX III 02i 0040
ODEX III 02, 0050
ODEX III 027 0075
ODEX III 02, 0100
ODEX III
0150
ODEX III 02, 0200
ODEX III 028 0012
ODEX III 028 0025
ODEX Iii 028 00.50
ODEX III 028 0081
ODEX III 028 0101
ODEX III 028 0151
ODEX III 028 0201
ODEX III 029 0005
ODEX III 029 0026
ODEX III 029 0040
ODEX III 029 0080
ODEX III 029 0140
ODEX III 029 0250
ODEX III 029 0300
ODEX III 029 0450
ODEX III 029 0400
ODEX III 029 0500
ODEX III 030 0020
ODEX III 080 0050
ODEX III 030 0300
ODEX III 080 0400
ODEX III 030 0500
ODEX III 031 0011
ODEX III 031 0040
ODEX III 031 0105
ODEX III 031 0151
ODEX III 031 0200
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
041
081
032
082
032
032
032
082
032
033
033
033
033
0302
0398
0015
00,6
0132
0201
0302
0400
0498
0010
0052
OOil
0102
VOL * SLP1
SLP2
KNEE
% VAR
3.23
3.89
2.90
2.53
5,63
6.52
99.60
5.17
99.82
8,01
2,91
8.3,
3.03
5.23
5.,0
4.80
4.52
4,/B
4.33
10.92
10.52
6.74
6./S
6.85
5.,2
1.91
8.53
,.19
.032 L 3.,5
8.82
.022
.022
3.rt
3.36
8.05
,,6S 6.00 93./4
.0:34
3.48
3.09
3.25
2,,4
3.74
4.01
4.00
4.52
4.65
3.59
3.89
2.94
2.43
4.3/
4.03
5.8,
99.85
4.99
5.50
5.48
6.81
b.19
99,/B
99.6,
99.1,
3.41
3.80
2.tO
5.41
4.64
5.86
5.94
5.55
6,84
99.40
99.33
99.46
6.52
99.,5
.040
3.73
5.21
,.14
99.80
.029
.029
3.59
4.05
5.19
5.72
7,33 99,61
6.59 98.74
.015
.014
.110
.094
.026
.030
.018
.018
.020
.109
.104
.109
.030
3.30
3,92
2.79
3.49
4+00
3,77
3.80
3,84
3.63
2.77
2.91
3.18
3.71
6.54
5.19
5.50
f,lb
i.10
6.i9
98.93
98.91
98.53
98.60
.019
.011
.145
.143
.148
.4,7
.065
.031
.030
.029
.088
.122
.122
.143
.196
.250
.039
.025
.018
.019
.011
.021
.012
.151
.261
.023
.014
.021
.123
.188
3.59
3.81
3./1
4.01
4.87
5.5,
6.48
8.f6
2.80
8-2
5.21
4.6,
4.50
5.49
4.98
99,61
6.15
6.89
99.69
99.44
99.62
99./4
99.51
98.96
99.13
98.42
6.54
6.34
98.98
98.86
7.2,
5,36
7.27
99.46
99.31
99.73
99.50
98.66
1.9/
98.90
3.02 10.58 b.42
5.83
5.00
6.00
6.41
5.93
99.76
6.94
6.41
/.50
,.02
.23
98.53
99.81
9t./S
5,/6 99,6,
5.25
4.66 12.10
4.45 7.99
4.89 7.45
4.60 ,.73
5,98
5.83 6.81
6.02 6.40
6.20 6.0,
5.63 6.76
98+1,
99.40
98.54
99.49
99.,'O
99.60
99.69
98.9,
99+04
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
STA DPTH
III 033 0151
III 033 0190
III 033 0299
III 034 0010
III 034 0040
III
0065
III 034 0100
III 034 0150
III 034 0200
III 034 0250
III 034 0300
III 035 0010
III 035 0040
III 035 00,'S
III 035 0100
III 035 0125
III 035 0150
III
0200
III 035 0300
III 036 0012
III 036 004,
III 036 0066
III 036 0121
III 036 0150
III 036 0201
III 036 0366
III 036 0501
III 037 0006
III 037 0021
III 037 0041
III 037 0076
III
0101
III
0124
III
0200
III
0301
ODEX III Q:37 0401
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
Ill
III
III
III
III
III
III
III
III
III
038 0025
VOL * SLP1
SLP2
I(NEE
% VAR
4,02
3. 2
3.60
L 3.24
L
L 3.60
L 3.66
L 4,02
3.86
4.52
7.12
i.68
6.28
99.70
98.66
98.28
99.86
99.,2
98,51
99.28
98.90
99.58
99.33
99.02
99.82
99.64
99,10
99.62
98.48
99.47
.020
.022
.017
.0,3
.082
.066
.025
.011
.014
.013
.014
.076
.067
.089
.041
.027
.017
.012
.013
3,71
3.63
3.10
3,33
3.11
3.88
3.83
3.89
3.92
3.79
.131
.027
.016
.025
.012
.013
038 0175
038
038
038
039
039
039
039
039
039
0250
0350
0502
0026
0052
0066
0150
0199
0300
6.31
6,23
5.,6
6,07
6.27
6.17
5.86
3.33
3.09
4.84
4.31
4.79
5.34
5.36
4.46
5.22
5.i2
6.94
5.88
99.88
i.Bi
99.dl
98.94
4,91
4.1,
4.lr
4.,1
4.09
3.27
3.27
3.16
.099 L 2.82
.039 L 3.90
.019
.015
.017
.013
.010
.077
.137
.128
.027
.023
.020
5.53
5.54
4,97
6.07
4.77
6.45
6.81
4.27
6.82
8.65
7.02
6.8,
6,49
991/5
99.40
98.42
98.00
99.40
98.65
2.73
3.24
4.12
5.44
5.12
4,59
6.78
5.82
5.88
6.65
7.05
6.57
5.85
6.50
6.49
6,13
5.,8
9.50
6.35
6.10
6.95
6.82
5.88
6.72
13.10
4.21
4,24
5.Oi
7.6,
99.0,
5.10
8.10
99,49
3.64
5.81
5.16
5.70
6.06
3.i,
5.32
3.68
3.00
4.58
5.76
5.,6
5.,2
5.45
5.06
5.,0
5.38
0045
038 0060
038 0130
6.01
5.01
5.40
6.16
5,79
5.8,
5.19
6.01
6.11
6.56
6.75
7.49
5,59
.063
.077
.081
6,14
,.60
6.06
5.75
5.6i
.061
.025
.018
.014
.009
5.i5
5.5i
.5.lb
.091
.093
.5.48
2.66
4.30
4.29
3.65
3.63
3.62
.5.82
5.81
6-3
99.4
98.21
99.24
99.84
99.55
99.54
99.46
99.21
99.56
99.24
99.50
99.08
99.34
99.54
99.30
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
STA DFTH
039
039
040
040
040
040
040
040
040
042
042
042
042
042
042
042
043
043
043
VOL * SLP1
0402
.017
0501
0054
0060
.01,'
0155
0190
0250
0351
0501
0025
0060
0100
0150
0200
0250
0300
0045B
0083B
0091B
0119B
0201B
0025
0050
0085
0100
0130
0300
0015
0042
00,5
0130
0150
0200
0400
0600
0800
043
045
045
045
045
045
045
4GB
4GB
4GB
4GB
4GB
4GB
4GB
4GB
4GB
4GB 1000
04, 0025
04, 0046
047 0076
04, 0124
04, 0152
047 0199
04, 0250
04, 0302
048 0020
048 0045
048 0080
048 0100
048 0140
.090
.144
.024
.027
.020
.017
.013
.069
.0i5
.051
.010
.006
.018
.008
.058
.068
.063
.040
.024
.030
.038
.044
.023
.019
.019
.042
.058
.051
.019
.018
.016
.012
.011
.011
.009
.056
.080
.062
.025
.032
.017
.015
.029
.055
.058
.053
.047
.033
4.87
4.64
2.97
2.53
3,83
3.42
3.78
3.29
4.12
3.12
3.26
4.61
3,86
3.77
3.60
3,44
3.31
3,51
4,25
L 3.62
L 3.41
L 3,77
4.43
1
5.08
1
3,76
KNEE
% VAR
5.38 8.38
4.68 6.53
5.68 6.10
5.63 6,40
4.63 10.15
7.31
4.71
4.35 9.37
5.44 6.61
5.59 6.99
5.16 6.80
6.18 6.9/
4.82 6.26
98.51
99.69
99.61
5,01
4.00
9i.9.z4
SLP2
5.51
6.24
,'.lG
4,85
4.12
3.72
6.39
6.31
5.89
4,24
6.41
3.81
6.1,
4.05
4.29
4.19
4.09
3.00
2 4.15
2 4.29
3.65
3.80
3.27
6.20
6.59
5.28
5.4i
5.46
5.14
5,40
5,03
5.00
5.40
4,5,
1
6./B
,./8
3.28
6,27
6.15
5.63
4.16
4.56
6.02
6.36
5.52
6.94
8.0,
8.1,
6.16
5.74
5,19
7.06
5.13
,.03
5.02
6.01
5.38
2.53
7.90
3,94
4.32
4.39
4.19
5,54
4.3,
3.61
6.00
5.23
5.52
5.64
5.99
5.90
5.06
5.91
3.45
3.53
3.11
3.61
1
8.Ot
3.87 46,59
5.12 5.54
4.39
7.02
4.33
6-4
3.9,
4.82
4.45
99,68
99,32
99.58
99.33
99.13
99.07
99.44
99.18
1.51
5./3
5.16
7.90
99.01
98./5
99.,8
99./6
99.i9
99.51
99,11
98.45
99.51
99.55
99.38
98.79
99.17
98.49
99.68
98.tS
98.88
99.32
97.33
99.05
99.11
99.61
99.,8
99.8/
99.54
98.66
98.96
99.06
99.14
98.93
99.14
98.75
CRUISE
ODEX
ODEX
ODEX
0DEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
STA DFTH
048
049
049
049
049
049
049
049
049
049
49B
49B
49B
49B
49B
49B
050
050
050
050
050
050
050
050
051
111051
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
051
051
051
051
051
051
051
052
052
052
052
052
052
052
054
053
053
053
054
053
054
056
056
056
0200
0020
0044
0058
0082
0102
0121
0142
0159
0200
002GB
0064B
0074B
008GB
009GB
0107B
0015
0045
0055
0103
012,
0204
0503
0030
00,0
0085
0098
0120
0151
0200
0250
0300
0061
0106
0125
0150
0200
0240
0300
0057B
OOi2B
0088B
0109B
0122B
0204B
0204E
0032B
0042B
0055B
VOL * SLP1
.032
.063
.063
.053
.066
.040
.034
.039
.046
.036
.065
.086
.059
.055
.056
.054
.062
.068
.078
.048
.028
.035
.019
1
H
H
B
B
1
.041 H
.079
.102
.0,5
.064
.039
.026 1
.024 2
.02,
.028
.080
.042
.032
.020
.014
.018
.025
.073
.0,,
.074
+058
.050
.052
.02t
.059
.054
.069
1
4,26
4.07
4.48
4.04
3.76
4.16
4.26
3,60
3.52
3.80
3.24
2.91
2.84
3,56
3.87
3,78
4,24
3.14
2,95
3.66
4.00
2.95
3.89
4.38
3.52
2.99
3.17
3.54
3.90
4.58
4.98
4.60
3.92
2.92
3.52
3.88
3.93
3.60
4.17
3.01
3.00
3.09
3.30
4+14
4.17
4.36
3.03
2.85
2.91
6—5
1<NEE
% VAR
4.43 7,76
5.07 5.76
.83
4.39
5.20 5,91
4.09 5.59
4.98 ,.51
4,23122.37
4.18 4,68
****
3.51
2.77 5.98
4.87 6.05
4.58 5.01
5.45 5.96
99.58
SL?2
5.11
4.45
4.36
5.14
5.il
5.20
5.13
5,59
4.67
5.16
,.51
5.94
6.58
5.89
6.04
6.13
6.20
f./0
4.86
5.21
3,32
5.88 6.48
4.80 6+18
5.02
4.58 6.49
4.24 5.80
4,25 3.32
4.34 4.22
4.67 ****
4.89
5.09 6.20
5.6b 6.0,
4.68
5.33 6.59
5,08 ,,26
5.07 6.92
4.86 5.82
6.00 6.i5
5.45 6.66
5.32 6,09
4.97 5.81
4.44 14.05
4.24240.19
.00
4.32
5.25 6+36
5.57 5.93
5.28 5.54
3.91
99.33
99.55
99.75
99.51
99.78
99.73
98.43
99.05
99.r9
99,40
99,6,
99.69
98,36
99.b4
99.50
99.6"
99.60
98.66
97,92
99.04
99.22
99.44
99.,'B
99.48
99.58
99.69
98.88
9/.9/
99.f/
99.15
99.t2
98.r6
99.43
99.48
99.b9
98.32
99.44
99.57
99.25
99.41
9i.i5
99.t2
99.60
99.38
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
Ill
III
III
III
III
III
III
III
III
III
Ill
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
STA DPTH
055
056
056
056
056
057
05,
057
05,
05,
057
057
057
057
058
058
058
059
059
059
059
059
059
059
059
060
060
060
060
060
060
060
060
061
051
061
061
061
061
61U
61U
GIU
61U
G1U
61U
G1U
062
062
062
062
010GB
0109B
0135B
0193B
0193?
003GB
0049B
0059B
00,,?
0099?
0110?
0138?
0201?
0201?
0020
0261
0300
0041?
0050?
0080?
0094?
0120B
0150B
0200B
0200B
0021
0052
0056
0094
0126
0149
0185
0309
0025
0048
0054
0098
0140
0175
0056?
0064?
0079B
0115?
0155B
0199B
0199?
0025
0053
0096
0120
VOL * SLP1
SLP2
KNEE
X VAR
3.15
3,50
3.96
3.53
2,67
5,04
5.27
4.52
5.50
6.,1
9.46
5.84
5.67
5.47
6.40
99.63
98.i8
99.52
99.07
98.45
99.45
.038
.049
.030
.021
.030
.050
.049
.055
.044
.035
.033
.019
.019
.018
.0,4
.012
2.91
3.02
2.80
2.i3
3.89
3.66
3.24
3.35
3.61
2.98
4,,1
.011
:3,86
.0,2
.076
.056
3.18
2.64
.05i
3.16
.019
.019
.015
.068
.083
.084
.055
.031
.022
.015
.015
.054
.052
.058
3.91
.017
.021
.069
.055
.061
.036
2.9,
3,94
3.89
3.00
3.02
2.95
3.31
3.,6
3.69
3,56
3.57
3,01
3.04
3,0,
3.98
3.84
3,96
3.04
3.29
3.25
3.81
3.63
.021
3.28
.019 B 2.96
.049
2.82
.055 L 2.92
.022
.041
:3,82
.023
6-6
4.51
4,65
5,22
5.82
5.14
5,35
6.35
,.21
5.81
5.75 6.22
4.95 6.55
5.05 6.50
4.08 6.,4
5.35
4.,9 91,52
5.24 ,.50
5.76 1.08
6.08 5.88
5.68 6.25
5,08 6.07
4.95 6.46
5.,9 ,.30
4.80 6.45
5.06 7.45
4./5
4.65 6.76
6.53
5.2/
4.47 6.i6
4.88 8.66
4.49 ,.65
7.19
4.91
4.71
5.32
5.89
6.62
5.57 5.35
5.30
5.26
5.38 ,.62
5.28 5.81
3,66 8.40
99.60
99.15
98.96
98.86
99.62
98.95
99.58
99.22
99.19
99.01
99.22
99.30
99.29
98.79
99.6.z(
99.63
99.62
99,54
98.4'
99.62
99.00
98.28
99.11
99.68
99.50
99.th'
6.11
6.20
99.47
99.24
99.50
99.45
99.45
99.0,
99.40
99.54
98.63
99.60
99.58
5.88
7.46
99.i5
5.0-s
5.69
5.43
5.10
3.69
4.34
4.04
5.75
5.62
4.83
4.95
98.8'
99.45
99.01
5.84
6.56
i.26
.12
4.28
4.69
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
STA DPTH
III 062
III 062
III 052
III 063
III 063
III 063
III 063
III 063
III 063
III 063
III 064
III 064
III 065
III 065
III 065
III 065
III 065
III 065
III 065
III 065
III 065
III 066
III 056
III 066
III 066
III 066
III 066
III 066
III 06,
III 067
III 06i
III 067
III 057
III 072
III 072
III 072
III 072
III 072
III 072
III 073
III
III 073
III 073
III 073
III 073
III 073
III
III 074
111 0,4
III 074
0150
0200
0300
0025
0065
0090
0112
0150
0200
0250
0201
0010
0030
0058
0080
0103
0125
0150
0220
0300
0026
0062
0104
0123
0151
0300
0022
0044
0152
0253
0296
0029B
0045B
0084B
0109B
0148B
0148B
0030B
0045B
0080B
0105B
0115B
0140B
0200B
0200B
0020
0050
0055
XNEE
% VAR
2,85
3.22
3.23
3.07
3.64
4.57 5.58
4.65 5.42
4.54 5.16
5.46 6.61
5.08 6.53
4.98 8.63
4.70 9.15
5.32 14.04
4.54 15.95
4.80 8.4i
4.83 5.58
4.58 3.48
5.18 6.58
5.66 6.62
5.18 6.38
5.33 6.26
4.,5 5.65
:3,86
4.23 1.3.28
3,79
3.33
3.81
3.89
.059 2 3.81
.048 1 3./ 3
.025
4.89
.021 2 5.10
.011
4.62
.028 B 3.15
.064
2.77
.0/0
3.13
.021
3.21
4.24 10.85
99,81
99.42
99.55
99.76
99.77
99.50
99./4
98.42
98.78
99.62
99,52
99.68
99,45
98.96
99./S
99.69
99.65
99.03
99.38
99,51
98.21
99.31
98.11
.019
.018
.055
.046
.044
.042
.026
.048
.060
.062
.059
.041
.038
.022
4.27 3.43
4.40 24.52
5.65 5.57
5.67 5.83
5.25
5.14 1.56
5.86
4.45
5.5/
5.44 6.89
5.65 6.69
5.79
4.91
5.50 7.12
4.99 9.22
5.50 8.01
5.07 6.22
4.52 8.38
5.42 6.86
4.55 6.56
4.39 5.52
VOL * SLP1
3.96
4.05
3.84
2.80
2.88
3.,8
4.09
.016
.015
.014
.058
.069
.074
.037
.019
.012
.013
.016
.028
.062
.052
.062
.044
4.,'6
4.22
4.14
3.32
•03i
.031
.018
.015
.009
.046 1
1
4,11
3.11
3.48
4.55
4.12
3,63
3.22
3.57
4.10
3.48
3.93
4.30
4,17
.038 H 4.02
.032 H 4.80
.055
2.96
.079
2.95
.084
2.65
6-7
SLP2
3.81
7,li
4.25 10.81
5,/I
6.19
5.29
5.50
5.29
4.97
4.10
5.24
5.08
1.6/
6.80
6.22
12.36
42.48
10.41
3.56
5,/s
6.82
99..z9
98.42
98.29
99.09
99.28
99.ii
99.60
4.0,' 13.02
99.22
98.50
99.82
99.54
99.56
99.83
99.41
99.04
99.70
99.65
99.62
99.48
99.60
99.6'
98.85
99.58
CRUISE
STA DPTH
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
0DEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
074
074
074
074
075
0/5
075
0093
0120
0165
0300
0012
0041
0058
0,5
0,5
075
0,5
0,5
0125
0151
0203
0252
ODEX
Ill 0,6 OhS
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
0,5
076
0,6
076
0,6
0,6
076
0,6
i,B
,7B
,7B
,,B
77B
,7B
iiB
tiC
77C
77C
77C
0,8
078
0,8
0,8
0,8
078
0,8
078
0,8
079
079
079
0,9
080
080
080
080
0094
0015
0041
0052
0065
0110
0145
0200
0300
0020
0300
0400
0500
0700
0800
1000
1200
1201
1202
1203
0020
0040
00,0
0090
0122
0150
0200
0250
0300
0124
0160
0225
0300
0016
0050
0063
0081
VOL * SLPI
SLP2
3,28
3.48
2.75
.017 B 3,08
.047
3.18
4,54
3,93
3.70
3.25
5.99
5.63
4.,2
.056
.040
.033
.040
.049
.033
.020
.019
.021
.014
.016
.041
.049
.041
.049
.035
.019
.020
.064
.023 2
.023 H
.014
.011
1
.011
.015
.015
.012
+022
.018
.065
.061
.069
2
2
H
H
1. VAR
6.38
3.48
99+39
99.23
99,21
10.02
1.51
9,.,'O
6.t8
5.,0
98.56
99.84
4.00
4,24
4,09
6.02
4,91 12.31
4.76 5.49
5.37
4.20
4.06
3,60
4,09
4.5,
4.51
99.85
98.,8
99.67
99.59
99.51
4,83
5.52
5,15
8.0,
3.6,
.024 B
.01, B
KNEE
3,49
4.00
4.21
3,,3
3.64
4.21
3.11
3.73
4,09
4.34
3.98
4,67
5+00
4.63
3.99
3.26
3.76
3.09
2,89
2.,4
.042
.027
.017
3,37
3.66
3.50
.018 1 4.19
.014
.035
4,58
.034
3.99
.050 H 4,03
.018
5.30
.058
2.85
.063
2.68
.062
2.tO
.049 2
6-8
6.17
6,52
6.39
4.71
3.88
6.41
6.64
6,75
,.64
7.15
4.61
6.01
4.64 6,89
.12
3.97
4.51
5.76 6.07
4.76 18.66
5.95 4.25
4.12
4.43
4.81
5,18
4.80
4.88
4.42
5.16
4,56
4,55
5.61
5.10
5.00
S.15
5.13
3,15
5.32
99.02
98.08
98,92
,.9,
4.8,
4,41
5,5,
99.51
99.iG
98.90
99.15
99.81
99.44
99.13
98.61
99.42
98.84
.55
8+07
5.30
6.36
6.06
6.15
5.62
6+92
5.98
6,i5
4.65
10,88
5,69
98.15
99.58
99.24
99.20
99.45
99.69
98.81
4,56
4,11
2.54
5+93
6.00
99.46
99.21
99.41
99.68
99.66
99.21
99.61
99.46
5.82
99.80
+09
99.6,
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
0DEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
Ill
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
STA DPTH
080
080
080
080
080
081
081
081
081
081
081
081
081
082
082
082
082
082
082
082
082
082
083
083
083
083
084
084
084
084
085
085
085
085
085
086
086
086
056
085
088
088
088
088
088
088
089
089
089
089
0102
0150
0200
0252
0300
0030
0060
0065
0107
0150
0200
0250
0300
0036
0077
0093
0108
0120
0132
0161
0201
0298
0046
0064
0076
0300
0025
0080
0104
0130
% VAR
6.54
5.i2 ,.26
5.92
5,49 4.94
5.17 15.34
4.77 6.58
4.94 5.62
5.02 6.53
4.55 5.89
8.38
3.86
1.42
3.87
1.85
3.39
3.25 6.10
5.19 6.39
4.,0 4.,1
4,94 5,44
4.53 5,49
4.42 32,38
4.87 5.19
4.22 2.54
.25
3.77
4,57 5.71
8.22 5.63
5.89 6.09
5.74 6,21
3.74 10.75
5.,2 5./S
5.,8 5.54
3.70 5.52
5.93 ,,06
6.00
5.62 6.62
5.24 5.85
5.41
8.iS
5,26 6.51
5.06 7.50
3,81
6.53
4.6,
5.,9
3.94
3.54 15.73
5.24 6.56
4.53 6.58
5.02 5,85
4.32 5.36
4,34
1,79
5.25 8.i9
4.79 5.,8
4.99 6.16
4.65 5.56
4.07 5,75
99.46
98.80
SLP2
3.58
4.24
3.,5
5,01
.043
.018
.012
1
4.31
.014 2 4.94
.067
3.64
.061
3.05
.065
3.32
.046
3.38
.024
4.01
.024 B 3.50
.050 H 2,94
.031 H 3.75
.077
3.12
.070
2.83
.05,
2.85
.049
3.59
4,23
.045
.036
4.19
.021
.017
3.45
.020
3.90
.132 H
.75
.042
3.13
.054
3.17
.041 H 3.62
.040
2.82
.04,
2.73
.032
.025
.051
0065
00989
01129
0124B
0020
0070
0094
0150
0300
0025
0058
0075
0100
0200
0300
0020
0035
0070
0083
KNEE
VOL * 9LF1
.052
.050
.045
.045
.066
4.28
2.98
3.48
4.39
3.65
1
3.59
H 3.4i
.0,0
3.69
.039
3.35
.029 H 3.67
.065
3.21
.066 1 3.34
.0,2
3.1,
.074
3.48
.026 2 4.43
.021 2 4.33
.067
2.92
.086
2.86
2.94
.086
.050
:?,59
6-9
99.56
98.79
99.58
99,40
99.58
99.41
99.,5
98.59
98.29
99.77
99.,2
99.13
99.64
98.89
98.88
99.41
93.86
99.89
98,44
98.75
98.71
99.69
99.62
99.59
99.54
98.86
99.64
99.65
99.69
99.49
98.93
99.46
99.41
99.48
99.19
99.53
99.26
99.54
99,66
99.01
98.84
99./B
99.55
99.64
99.50
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
STA DPTH
III 089 0300
III 090 0020
III 090 0042
III 090 0060
III 090 0092
III 090 0125
III 091 0056
III 091 00i5
III 091 0095
III 091 0148
III 091 0300
III 092 0040
III 092 0057
III 092 0089
III 092 0200
III 093 0045B
III 093 0072B
III 093 0099B
III 093 0109B
III 093 0200B
III 094 0025
III 094 0048
III 094 0055
Ill 094 0095
III 094 0150
III 094 0300
III 095 0020
III 095 00,5
III 095 0120
III 095 0160
III 095 0300
III 096 0042
III 096 0052
III 096 0088
III 096 0136
III 096 0200
III 098 0020
III 099 0057
III 098 008,
III 098 0152
III 098 0301
III 100 0020
III 100 0063
III 100 0080
III 100 0102
III 100 0150
III 100 0300
III 101 0050
III 101 0068
III 101 0089
VOL * SLP1
SLP2
KNEE
% VAR
.023 2 3.89
.059
3.06
.071
3.10
.081
2.70
4,31
5.49
4.04
6.49
6.13
5.55
6.09
7.44
98.96
99,24
99.64
99.62
99.65
98.33
99.69
99.64
99.81
99.62
99.24
97.78
.058
.037
3.61
4.24
.101 H 3.22
.08,
2.8,
.063
.031
3.09
3.09
2.81
3.05
3.16
3.54
2.92
2.32
2,62
3.51
3.42
2,81
2.82
2.74
2.75
3.76
3.23
3.55
2.76
2.68
3.83
3.34
2.80
3.23
3.46
3.59
2.89
3.24
3.12
2.74
3.88
4.53
4.02
2.66
2.87
3.28
3.55
3.76
.020 B
.066
.084
.067
.021 B
.073
.104 H
.046
.042
.022 B
.066
.066
.085
.042
.020
.012 B
.073
.06,
.039 B
.019
.017
.086
.098
.066
1
1
.055 H
.025
.085
.117 H
.07,
1
.030
1
.029 H
.069
.086
.068
.039
.024
.017
.061
.064
.052
2,9,
5,15
4.65
4.54
4.98
4.28
4.48
4.57
4.66
3.47
4.68
4,56
4.26
4.34
4.84
4,09
4.40
4.22
HI
5.67
5.27
5.36
3,13
5.92
6.58
6.06
3.33
5.98
5.29
5.41
5.20
4.1.5
5,16
4.97
5.12
5.15
4,70
4.68
5.36
5.51
4.49
4,77
4.48
6.26
5.94
6.45
7.48
5.72
6.13
6.42
4.61
7.91
4.32
4.14
4.05
4.46
4.28
4.43
4.58
3.74
3.35
5.33
4,80
5.08
4.82
4.73
4.68
4.94
9.02
5.48
3.75
5.11
3.42
6.4,
4.92
6.1,
9.87
5.09
5.54
4.71
6.18
9.62
.5.80
4.04
6.12
6.43
6,35
5.99
7.72
5.,1
6.01
5.60
5.36
99..53
99.74
97.61
99.63
99.65
99.53
99.43
99.20
99.68
99.19
99.58
99.14
99.25
98.59
99.30
99.0,
98.44
99.38
99.14
99.34
98.90
99.61
99.18
99.28
99.66
99.49
98.93
99.52
99.50
99.06
99.49
99.53
99.33
99.14
99.28
99.th'
99.64
99,66
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
ODEX
III
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
STA DPTH
101
101
101
102
0110
0150
0300
0046
102
102
102
102
103
008,
0110
0140
0300
0040
0063
0083
0121
0300
0030B
00,SB
0109B
0142B
0200B
0020
0056
0068
0090
102 0055
103
103
104
104
104
104
104
105
105
105
105
103
106
106 0088
106 0125
107 0008
10,
10,
10,
10,
0071
0093
0125
0200
III
III
III
III 108 0046
III 103 0057
III 103 0125
III 108 0302
III 109 0020
III 109
III 109 0140
III 109 0200
III 110 0062
III 110 00,'3
III 110 0107
III 110 0160
III 111 0020
III 111 0051
III 111 00,4
III 111 0101
III 111 0140
III 112 0040
VOL * SLP1
SLF2
KNEE
VAR
3.95
5,30
5.43
5.18
5.92
6.41
6,31
4.90
4,53
4.99
,.01
v.19
6.07
5.35
5.37
6.48
5.88
5.14
4.56
4.00
4.93
7+02
6.25
99.26
.028
.018
.012
.040
3,66
3.29
3.12
.046
3.,',
3.53
3.56
3.10
3.49
2.92
3,57
3.18
4.28
3.69
3.58
.028
.021
.012
.037
.052
.035
.025
.012
.048
.038
.028
.025
+077
3.69
2.86
+06,
3.19
.091
2.56
.054
3.20
.012 B 2.,4
.102 H 3.09
+050
3.21
3.9,
.081
.074
.085
.044
.030
.080
.100
1
3.14
2.68
3.69
4.24
3.37
1
.053 H 3+24
.028 H 3.21
.0,8
3+18
.099
3.46
.046 H 3.42
.023
.055
2.92
+084
2.66
.053
3.63
.022 B 3.31
.069
2.98
+057
2.96
.0,0
2.98
+059
.030
3.69
,06.s
3.19
6—11
4.80
5.,B
5.88
6.79
98.19
99./4
99.56
98.95
99.20
5.i4
5,68
98.8i
99.i0
5.li
99.2i
4.14
5.58
5+14
99.48
99.54
99.33
99.61
6.95
99. 15
5.,'6
4.3/
6.00
6.56
5.,1
6.43
4.84
3.46 11,21
5+17 6.03
i.14
5.51.
4.78 ,,23
5.80
5+42
4+21
4.45 6.63
5.09
4.95
4.84
4+86
4.98
4,13
4.10
4+80
4.43
5.22
4.23
5.01
5.38
5.17
5,49
5,21
4.94
99,54
99.60
99.4'
98.80
99. 05
99.24
99.14
99.41
99.56
99. 8,
99+52
99.2,
99.56
6.86
99+42
99./3
4.3i
99.ii
6.82
99.68
99.51
8.56
5.20
5,80
7.13
3./B
6.62
5.97
6.06
5.82
6.34
6,00
98.99
99.08
99.31
99.50
99.20
99.43
99+44
99+60
99.58
99.46
98.98
99.,4
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
STA DPTH
112
112
112
112
112
113
113
113
113
113
113
114
114
114
115
115
0074
0090
0105
0125
0150
0030
Q061
0078
0096
0125
0150
0021
0072
0008
0058
115 0094
115 0200
116 0041
116 0061
116 0124
116 0172
11,
117
117
117
117
11,
118
118
118
118
119
0020
0040
0054
0089
0125
0175
002,
0050
0064
0094
0025
ODEX III 119 00.5,
ODEX III 119 00,'G
ODEX III 119 0099
ODEX III 119 0129
ODEX III 119 0174
ODEX III 120 0025
ODEX III 120 0052
ODEX III
ODEX III
ODEX III
ODEX III
ODEX III
ODEX
III
120
120
120
120
120
0065
0092
0130
0175
0201
121 0053
0DEX III 121 0075
ODEX III 121 0100
ODEX III 121 0125
ODEX III 121 0150
VOL * SLP1
SLP2
KNEE
% VAR
2.87
3.46
3.29
4.00
3.60
3.07
3.14
2.96
3.60
3,64
3.58
3.10
2.88
5.47
5.54
4.93
4.59
4.86
4.65
6.16
6.33
5.62
8.15
4.30
5.98
6.33
6,36
5.99
3.79
6.55
5./B
6.39
5.88
6.96
5.43
99.75
99.37
99.36
99.23
99.50
99.44
99.76
99.36
99.73
98.98
99.10
99.54
.074
.056
.048
.032
.024
.055
.060
.054
.045
.033
.019
.059
.075
.063
.055
.090
3.41
5.41
5.66
5.10
5.21
5.63
5.29
5.76
4.76
5.11
3.00
5.42
.069
.044 H 3.01
.065 3.14
.106 H 3.25
.030
3.48
.023
3.19
4.3,
.062
.065
.085
.055
.020
.016
5,64
2.91
3.00
2.71
3.21
3.70
3.32
2.rS
2.,0
.0,,
.0,5
.084
.046
.06,
.098 1
.070
.064
.050 H
.022
.067
.061
1
2.61
4.10
2.92
3.03
3.01
3.58
.080
.060
.036
.025
.019
99.61
99.45
3.86
5.21
5,41
6.52
99.55
99.54
99.74
4.50
4.19
5.76
4.43
99.24
99.15
4.8,
5.21
5.37
5.26
5.22
5.i2
5.05
.5.42
5.26
5.10
5.42
i.15
5.39
6.16
5.85
6.16
5.34
6.21
6.28
5.98
9.32
99.55
99.24
98.11
99.40
99.49
99.45
99.58
99.51
4.,,
5.16
4.89
98.81
99.33
99.49
i.05
4.86
99.20
2.87 5.19 6.34
3.39 5.06 7.i2
99.46
4.0, 10.02 99.19
,0,'9
.060
.024
.017
.016
99.62
3.24
3.87
3.79
5.00
4.46
4.99
5.12
5.51
4.94
2.98
2.78 4,34
3,i5 4.65
3.23 5.68
3.73 4.79
8—12
5.93
99.19
99.26
5,41
i.59
99., 1
5.,5
99.62
98.91
6.31
9,.80
8,77
99.81
99.41
5.83
99.1,
99,58
5./9 97.44
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
0DEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
STA DPTH
VOL * SLPI
9LF2
1<NEE
% VAR
121
121
0185
0200
00.35
4,83
5.12
5,50
5,62
5.67
5.67
5,50
5.80
6.09
7.58
6.02
5.98
6.14
6.22
99.71
99.09
123
123
123
123
124
125
125
125
125
125
126
127
127
127
128
128
128
128
128
128
129
129
129
129
129
129
129
130
130
3,42
.019
.017
3.58
.059
2.61
.068
2.69
.061
3.21
:3,92
.012
.083 H .3.43
.074
2.64
.083
2.75
3.45
.051
1.30
130
130
131
131
131
131
131
132
1.32
132
132
1.32
13.3
133
133
133
133
133
00,2
0087
0155
0200
0021
006,
0096
0125
0301
0066
0075
0090
0200
0020
0062
00,2
0095
0120
0200
0015
0044
0055
0080
0100
0130
0180
0030
0070
0095
0125
0200
0020
0087
0100
0125
0200
0017
0040
0099
0125
0296
0020
0040
0060
0106
0125
OhS
.02,
3.65
.014 B 2.85
3.04
.058
.063
2.82
.054
3.58
.021
.054
3.87
2.9,
2.96
2,96
3.49
3.61
3.63
2,97
.055
3.10
.054 L 2.86
2.71
.055
.040
3.23
.019
4.10
.015
3.33
.054
3.04
.055
2.94
.0.33
3.63
.019
3.58
.011
4.1,
.053
3.38
3,79
.038
.027
4.41
.020
4.19
.054
.051
.046
.026
.016
.056
.016 1 4,4,
.063 2 3.51
.0,6
2.90
.045
3,64
.023
3,74
.015
3.53
.055
3.07
.053
3.14
.080
3.35
.046
3.85
.030
4.20
.027
4.10
6—13
4.80
4.60
5.39
5.32
5.02
4,67 6.0.3
4,22 4.65
5.59 6.70
5,99 6.19
5.34 6.86
3.74 17.19
5.86 6.32
5.,0 6,02
5,94 5.92
5.38 6.08
5.38 5.78
5.73 5.89
6.42
5.51
5.32 6.24
6.15 6.26
6.23
6.11
5.42 5.67
5,90 6.56
5.99 6.06
6.42
5.31
5,81
5.49 6.6.3
5.50 5.11
5.32 8.0,
6,40 7.13
4.87 6.96
4.86 8.14
4.77
5,14
5.53 7.42
5.06 6.68
7.17
4.61
4.3,
5./S
4.27 5.60
4.66 5.95
5.48 6.43
4.81
5.,0
4.50 6.9.3
4,47 9.55
4,19
.96
99..39
98.90
98.88
98.18
99.89
99,49
99.58
99.,0
99.39
99.05
99.35
99.17
99.56
99.61
99.40
99.19
99.65
99.22
99.10
99.07
99.45
99.67
96.52
98.50
99.54
99.27
99,15
99.50
99.41
99,21
99.27
98.9,
97.42
99.82
99.50
99.21
99.22
99.32
99.55
99,2,
99.28
99.69
99.54
99.68
99.26
99.5,
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
STA DPTH
133 0200
133 0300
134 0010
0035
134
134
134
134
134
134
135
135
135
0110
0191
0400
0600
0800
1000
0020
0060
0105
0200
0041
ODEX III 136 002
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
Ill
III
III
III
III
III
III
III
III
III
III
III
III
III
III
136 0093
136 0141
135 0300
13, 0015
137 0050
137 0115
137 0150
137 0300
138 0025
0060
138
138
138
139
139
139
139
140
140
140
140
141
141
142
142
142
143
143
143
III 143
143
143
III 144
III
III
III
0100
0125
0200
0030
006,
0100
0125
VOL * SLP1
SLP2
KNEE
'7. VAR
3.97
4.04
.107 H 2.78
.073
2.88
.044
4.22
.019
3.93
.029 H 5,35
3.74
4.00
5.32
4.65
99.64
99,26
99.84
99.49
98.87
99.03
99.08
98.76
98.97
99.67
99.02
99.36
99.79
99.55
99.24
99.41
99,18
99.42
97.74
99.45
99.58
99.53
99.25
98.25
.031
.019
.011
.008
.008
.067
.088
.060
.019
.074
.094
.037
.019
.062
.061
.076
.030
.016
.058
.075
.051
.027
.013
.060
.082
.045
1
1
1
1
1
1
4.61
4.17
4.04
4.00
3.42
3.97
4.18
3.61
3.03
1
1
1
1
1
3.48
3.92
3.18
2.82
4.32
3.93
3.14
2.iS
3.46
3.90
3.41
2.67
2.75
3.90
.024 2 3.80
0200
.012
0030
0062
0098
0125
0025
0071
0051B
00,8B
0099B
0020
0054
0078
0099
0175
0188
0025
.05t
1
.053
.042
3,59
3.23
4.13
.057 2 3.89
.068 1 3.52
.062 2 3.63
.021
4.94
4.23
4,97
5.36
6.83
5.78
5.38
5.04
4.67
4,82
5.23
5.24
4.86
5.01
5.66
5.33
4.87
5.00
5.98
5.25
5.36
4.75
4.94
4.80
5.32
5.55
5,63
4.94
5,55
5.49
4.55
5.,',
1
4.05
.055 3 3.80
.051
2.93
.058
6.51
1
.051
3.31
4.08
.013
.014
.058
4.16
3.26
4.18
8-14
1.75
3.61
7.45
6.24
5.69
8.86
'.51
7.88
6.01
5.55
5,48
5.25
4.62
5.02
5,,3
5.54
.065
.044
6.32
6.25
7.23
i.32
5.65
5.50
5.51
7,31
,.11
6.36
6.08
8.37
7.62
6.48
6.Oi
5.89
7.51
4.61
6.44
6.39
7.33
,.Oi
5.96
'.91
5.63
6.38
,.52
8.67
6.85
8.76
8.36
1.58
/.44
6,60
4.51 10.15
4.89
5.55 6.63
6.16 7,08
99.59
99.58
99.23
99.16
99.14
99.66
99.27
99.35
99.84
99.13
99.80
99.58
98.91
98.99
99.44
98.75
99.40
99.&
99.64
98.69
99.68
99.74
98.95
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
STA DPTH
III 144 0051
III 144 0075
III 144 0125
III 145 002.5
III 145 0059
III 145 00,9
III 145 0108
III 145 0127
III 145 0201
III 146 0015
III 146 0051
Ill 146 0104
III
0148
III 14, 0020
III 147 0041
III 147 0105
III 14
III 148 0049
III 148 0095
III 148 0161
III 149 0015
III 149 0056
III 149 00,'2
III 149 0105
III 150 0030
III 150 0060
III 150 0076
III 150 010,
III 150 0125
III 150 0200
Ill 151 0020
III 151 0053
III 151
III 151 0100
III 151 0125
III 151 0200
III 152 0050
III 152 0112
III 152 0150
111 153 0022
III 153 0055
III 153 0102
III
0301
III 154 OOGOB
III 154 OOBOB
III 154 0109B
III 154 0197B
III 155 0043
III 155 0056
III 155 0088
VOL * SLP1
SLP2
KNEE
% VAR
3.05
3.09
4,32
3.18
3,15
6.27
5.52
6,29
6.08
8.02
,.0l
98.55
99.58
99.42
99,55
99.5,
99.08
99.46
.051
.059
.020
.056
.084
5.11
5.36
5.4/
5.5,
5.22
4.83
6.24
4.26
4.52
.0,7 2 3.89
.093 1
.055
3,94
.052 H
.078 1
.107 1 3.10
.063 1 4.10
.021
4.50
4.31
4.40
****
98.68
.31
98.93
98.39
99,48
99.53
.080
.051
1
.062
.051
3,6,
.037
.018
4.84
9.0,
1
4.92
4.52
5.24
6.92
9.28
9.60
1
4,81
.034 2
.062
3.03
.055
2.94
.048
2.86
.042
3.42
.058
.056
2.95
.056
3.66
.038
3.60
.029
.014
.053
.065
.052
.039
.026
3,04
3.21
3.59
4,14
2 4.,0
.072
3.51
.034
4.03
.022
3.98
.064
4,05
.069
3.28
.036 1 4.25
.018
.0,1
.073
.040
.029
.055
.056
.044
5.25 9.98
4.94 ,.05
4,4, 10.,1
3.96 4.50
1
1
3.06
3.19
3.90
4.25
3.35
3.05
8—15
4.85
4.16
5.24
6.46
5.70
5.64
4.99
,'.19
5.2i
.5.64
5.69
5.00
5,02
4.85
6.71
5.49
6.51
5.63
5.03
5.68
4.95
3.46
5.40
99.34
99.60
98.36
99.40
99.69
99.50
6.4,
6.17
99.41
6.6/
5.72
,'.18
5.93
6.82
6.42
5,90
,,68
t.83
5.43 7.79
4.48 9.95
5.17 10.23
5.58 6.64
4,82 8.67
4.40 5.46
4.,6 6.20
4.91
6.67
5.01
8.30
4.53 34.89
5.41
6.92
5,85 6.26
4.80 5.60
5.01
99.8,
98.50
99.,2
99.00
99.61
99.04
99.49
99,60
99.20
9,.11
98.09
99.69
99.04
99.47
98.75
99.27
99.66.
98.80
99.i2
99.68
99.48
97.32
99.33
99.13
99.74
CRUISE
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
STA DPTH
156
156
156
156
156
0040
0064
0106
0126
0200
15, 0040
157
15,
157
157
158
158
158
158
159
00,2
0104
0125
0200
0020
0075
0151
029,
0055
ODEX III 159 00,'3
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
ODEX
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
III
159
159
160
160
160
160
163
163
163
163
163
164
164
164
164
165
165
165
166
166
166
166
166
166
166
166
169
175
175
175
1,5
1,5
1,5
175
0105
0300
0015
0076
0106
0201
0015
0050
0062
0108
0150
0062
0095
0117
0148
0043B
0074B
010GB
0043B
0055B
0078B
0095B
0112B
0151B
0188B
0188B
0019B
0020
0070
0106
0251
0275
0350
0600
VOL * SLP1
SLP2
KNEE
% VAR
2,87
2.73
3.46
5.30
5.71
5.19
6.03
5.90
5,27
5.60
5.09
6.15
6.10
6.40
,.78
6,02
6.58
99.30
99.47
99.59
.052
.066
.042
.021
.010
.060
.048
.025
.012
.068
.086
.032
.020
4.01
1
.06,
.082
.048
.019
2.61
3.33
2.88
3,56
3.88
.051
.044
.024
.023
.057
.052
.047
.034
.019
.046
.064
.046
.032
.0,7
3.41
2.93
2.64
2.45
3.69
3.79
2.95
3.18
3.68
3.30
.0,1
.03i
.055
.057
.060
.052
.045
.022
.030
.022
2.i2
2.62
3.20
3.46
3,60
3.00
2,99
3.69
2.89
2.73
1
1
2.91
3,67
3.60
3,47
3.50
3,90
3.76
3.77
3.82
.089 H 5.48
.130
3.01
.172 3 4.70
.024
4.99
.014
4.68
.019
4.08
.015 1 4.55
.017 2 4.74
6—16
4.94
4.76
5.59
4.12
4.15
4.80
4,92
4.58
4.39
5.48
5.57
4.63
4,09
5.32
5.36
5.18
5.08
5.21
5.58
5.28
4.29
4.14
4.96
5.35
6.5,
6.44
5,51
5.77
6.45
7.27
9.89
6.25
6.,3
6.44
8.05
6.61
6.48
7.45
9.72
6.24
5.91
5,93
5.44
5.90
6.91
6.66
6.62
6.41
4.85
99.20
99.41
98.90
99.14
99.46
99.79
99.10
98.96
99.48
99.14
99.56
98.80
99.27
99.18
99.24
99.03
99.55
99.26
99.31
99.59
99.18
99.48
99.53
99.71
99.54
1.4,
5.61
5.67
6.20
6.56
,,46
99.18
99.50
5.63
,.Oi
99.58
5., 8
6.,3
6.83
6.75
4.80
8.50
,.35
3.29
6.39
12.09
22.83
98.56
98.49
99.34
99.76
99.24
5.56
4.39
4,5,
4.41
5.17
4.29
5,02
5.68
5.21
5.32 8.1
6.94 ,.41
5.01 10.37
6.04 8.81
98.82
99.68
98.li
99.17
99.16
99.5i
99.5i
99.25
CRUISE
ODEX
ODEX
ODEX
ODtX
ODEX
ODEX
ODEX
ODEX
ODEX
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ODEX
STA DPTH
III 175
III 1,6
III 1,6
III 1,6
III 176
III 176
III 176
III 176
III lu
III 1,,
III 177
III lit
III
III ItS
III 178
III 1,8
III 178
III 178
III 179
III 179
III 181
III 181
III 181
III 181
VOL * SLP1
1000
0010
0026
0036
0042
0075
0106
0300
0020
0040
0060
0080
0101
0022
0041
0062
0080
0120
0020
0075
0010
0025
.023 H 5.28
.192
3.60
.2,0
2.90
.181
2.96
.120
3.09
.028
3.48
.024
3.63
.012
3,55
.204
.188
3.16
.078
3.49
.035
3.93
.027
3.47
.1,4
3.54
.132
4,00
.061
4.49
.046 1 4.21
.0:36 1 4.06
.048 L 3,39
.052 H 3.25
.219 H 4,43
.122 1 4.02
.038
3.99
0196
.07t
3,55
6—17
KNEE
% VAR
5,52 61.19
5,56 8.28
5.15 6,i9
5.25 6.27
6.05
5.41
5.19 5.55
6.86
5.11
4.96 4.80
5.12
5.34 5.45
4.84 6,68
6./S
4.8,
5.43
5.04 ,.28
4.92 8.71
98.07
98.81
99,65
99.88
99.41
99.36
99.23
98.95
99,86
SLP2
5.0,
99.,'l
99.45
99./6
99./S
99.64
14.9b
4,92 10,24
4,29 14.66
5.10 6.18
4.53 5.57
5,54 12.75
7.35
5.09 5.27
5.94 6.3,
98.94
99.41
99.52
99.27
96.9,'
99.04
99.,9
99.51