Technical Report Series
Number 79-5
32
32
)
l
,
HYDROGRAPHIC OBSERVATIONS
IN THE GEORGIA BIGHT
(APRIL 1978)
S. R. Lasley
L. P. Atkinson
J. J. Singer
and
W. S. Chandler
31
31
Georgia Marine Science Center
University System of Georgia
Skidaway Island, Georgia
81
HYDROGRAPHIC OBSERVATIONS IN THE
GEORGIA BIGHT (APRIL 1978)
by
S.R. Lasley, L.P. Atkinson
J.J. Singer and W.S. Chandler
Skidaway Institute of Oceanography
P. 0. Box 13687
Savannah, Georgia
31406
July 1979
The Technical Report Series of the Georgia Marine Science Center is issued
by the Georgia Sea Grant Program and the Marine Extension Service of the University
of Georgia on Skidaway Island (P.O. Box 13687, Savannah, Georgia 31406). It was
established to provide dissemination of technical information and progress reports
resulting from marine studies and investigations mainly by staff and faculty of the
University System of Georgia. In addition, it is intended for the presentation of
techniques and methods, reduced data and general information of interest to industry,
local, regional, and state governments and the public. Information contained in
these reports is in the public domain. If this prepublication copy is cited, it
should be cited as an unpublished manuscript.
TABLE OF CONTENTS
page
List of Figures
;i
List of Tables
iii
Acknowledgements
1
Abstract
2
Introduction
3
~1ethods
3
CTD Data Acquisition and Processing
XBT Data Acquisition and Processing
Physical and Chemical Procedures.
Results and Discussions .
5
13
13
15
Time Series Sections, 1-5
Onshore-Offshore Meanders
Verti ca 1 Advection. . . .
Temperature-Salinity Relationship
15
21
21
29
Summary . .
29
References
30
Appendix I.
Calibration Data
31
Appendix II. Hydrographic Data
34
Appendix III. Chlorophyll and Nutrient Data
91
i
LIST OF FIGURES
Page
4
1.
BLM station grid .
2.
DOE station grid.
Onshore-offshore section
3.
DOE station grid.
Longshore section on shelf break 50m isobath. 7
4.
CTD data acquisition system
5.
Broenkow's salinity equation and flow diagram
.11
6.
Top: Time-dependent plot of bottle-CTD salinity.
Bottom: Depth-dependent plot of bottle-CTD salinity
. 12
7.
Brunswick section temperature, salinity and sigma-t, 17 April
.16
8.
Brunswick section nitrate, phosphate, silicate and dissolved
oxygen, 17 April. Nutrients are in llQ-at/1 and oxygen in ml/1 . 17
9.
Temperature profile for stations 47X-51X, 18 April and 62X-66X,
19 Apri 1 . . . . . . . . . . . . . . . . . . . . . . . . .
. 18
6
8
10.
Stations 71C-75C temperature, salinity, sigma-t, 20 April
11.
Stations 71C-75C nitrate, phosphate, silicate and dissolved
oxygen, 20 April. Nutrients are in ll g-at/1 and oxygen in
ml/l . . . . . . . . . . . . . . . . .
. . . . . .
. 20
12.
Stations 93C-97C temperature, salinity and sigma-t, 21 April
22
13.
Stations 93C-97C nitrate, phosphate, silicate and dissolved oxygen.
Nutrients are in llg-at/1 and oxygen in ml/1
. . . .
23
14.
Alongshore section on 50m isobath from 87X (North) to 102X (South).
Station 91C is on the onshore-offshore time series grid
. 26
15.
Temperature time series at 40m station on shelf break, 18-21
Apri 1 1978 . . . . . . . . . . . . . . . . . . . . . . . . .
16.
. . 19
. 26
Temperature-Salinity diagram of all BLM-DOE stations (1C-118C)
10-23 Apri 1 1978 . . . . . . . . . . . . . . . . . . . . . . . . 28
;;
LIST OF TABLES
Page
Table 1.
Table 2.
CTD/Data Flow.
Submission . .
Shipboard Acquisition to NODC
10
Vertical and Onshore-Offshore Velocities of the
190C Isotherm off Brunswick. (+ down, offshore; up, onshore) . . . . . . . . . . . . . . . . . . .
iii
24
ACKNOWLEDGEMENTS
The following people participated i n the cruise and their help
was appreciated:
T. Lee, C. Pattison, D. Raffo, P. Bedard, T. Tankard,
L. Brincko, B. Strahle, J. West, R. Watts, R. Guest, and L. Cunningham.
We would also like to thank to Captain and crew of the R/V ISELIN
for their efforts and Lucretia Garrigan for the nutrient analysis.
Linda Land is thanked for typing this report.
Funding for this research and report is provided by the Department
of Energy (under Contract EY-76-S-09-0889) and the Bureau of Land
Management to L.P. Atkinson.
This report is published as a part of the Georgia Marine Science
Center•s Technical Report series issued by the Georgia Sea Grant Program
under NOAA Office of Sea Grant #04-7-158-44126.
2
ABSTRACT
During a cruise in the Georgia Bight in April 1978, one onshore-offshore
hydrographic section was repeated five times over a five-day period .
Tempera-
ture, salinity, dissolved oxygen and nutrient (N0 3 , P0 4 , and Si0 2 ) data were
collected.
The shelf waters were vertically well mixed with horizontal gradients
being apparent only for temperature, salinity, and sigma-t.
Initially, an
upwelling velosity of -4.3 x 10 -3 em sec -1 was observed at the shelf break in
conjunction with a 10.8 em sec-l offshore meander of the Gulf Stream.
By the
third day, the Gulf Stream had started to move onshore at velocities as high
as 7.9 em sec -1 . Subsequently, downwelling velocities as high as 8.2 x 10- 3
cm sec-l were observed.
3
INTRODUCTION
This report contains chemical and physical data obtained during
Georgia Bight Cruise CJ-04-78 (10-23 April 1978) aboard the R/V COLUMBUS
ISELIN.
The investigation was part of a larger multi-institutional
Department of Energy (DOE) program to understand event scale, physical,
chemical and biological processes of the South Atlantic Bight, the
continental shelf region from Cape Hatteras to Cape Canaveral.
The
study reported here is concentrated in the Georgia Bight near Brunswick,
Georgia.
Specifically, the objective was to collect physical and
chemical data such that three-dimensional cuasi-synoptic measurements of
the interactions of shelf and Gulf Stream waters could be made.
In
addition, the hydrographic data were used to campare with those of
moored instruments deployed by the University of
~liami
(Dr. Tom Lee).
This report also includes background hydrographic data from a
Bureau of Land Management (BLM) cruise which occurred in conjunction with
the DOE-sponsored Georgia Bight Cruise.
~ETHODS
Five onshore-offshore hydrographic sections (Figure l) were
completed as part of the BLM sampling grid.
Stations lC through 43C
were occupied from 12-18 April, and stations 105C to 118C were
completed between 22-23 April .
Stations on this grid were sampled using
CTD (conductivity/temperature/depth) Rosette casts.
An exception was
station 35X, and XBT (expendable bathythermograph) cast.
From 18-21 April, 27 stations were occupied as part of the DOE
4
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+
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GEORGIA BIGHT SURVEY
1~-23
Cape \ /
APRIL 1979
~,,
81
Figure 1.
eo-
BLM Station Grid.
nr
77
31'
5
sampling grid.
One longshore section along the 50m isobath and four
onshore~
offshore hydrographic sections across the shelf break off of Brunswick,
Georgia were completed.
On 18 April, stations 47X-51X were occupied
(Figure 2); the next day these stations were reoccupied (stations 62X-66X).
All stations in these two sections were completed using XBTs.
On 20 April,
stations 71C-75C were occupied (Figure 2); the next day these stations were
reoccupied (stations 93C-97C).
pleted using CTD casts.
two XBT sections.
All stations in these two sections were com-
The two CTD sections are further offshore than the
On 21 April, a north-south alongshore section was completed
along the 50m isobath at the shelf break (Figure 3).
stations were occupied in this section.
grid, stations 105C to 118C of the
BL~
One CTD and 6 XBT
Upon completion of the DOE sampling
grid were then completed.
At CTD stations, a General Oceanics Model 1015 Mark 5 Rosette
multi-bottle array with 5-liter Niskin Bottles and a Plessey Model 9400
CTD sensor system were used for water sampling.
Niskin sampling depths
were determined from the temperature structure obtained from the CTD.
Samples were taken near the surface, just above or below the thermocline,
at the bottom,and occasionally at other depths.
Samples were analyzed
for salinity, nitrate, phosphate, silicate, and dissolved oxygen .
CTD Data Acquisition and Processing
The CTD Data Acquisition System (Figure 4) consists of a Plessey
Model 9400 CTD sensor system, a Model 8400 Digital Logger, and a HewlettPackard 9825A Calculator.
Data were stored on cartridge tape and redundant
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line
BTATION8 71C- 7SC. U1 APRIL. IQ78
STA T IONS 82X- 81l1X, IQ APR I L.
line
STATIONS 113C- 117C. o!l APRIL. 11178
DOE Station Grid.
Onshore-offshore Sections.
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XBT BECTIDN ON
21
ISOBATH
APRil.. 11178
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~~-- wrrra ~~,~~
Figure 3. DOE Station Grid.
Isobath.
'
Longshore Section on Shelf Break 50m
8
JPPLOTTER
ROOT£ TERNlNAL
DIG ITAL QJD<
0 C T
MAliDIC TAPE
DIGITAL DATA
REcmiR •
um.R
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Figure 4.
CTO Data Acquisition System .
9
plots were produced for each cast on a Hewlett-Packard XYY' Plotter
and Model 9862A Plotter.
Digitized data were collected as the CTD sensor unit was lowered at
15m/min. on a four conductor cable.
All three parameters (C,T, and D)
were sampled once each 405 milliseconds or every 10 em at the 15m/min.
lowering rate.
For primary calibration of temperature and salinity, a
Niskin Bottle equipped with paired protected deep-sea reversing thermometers was tripped after a four-minute equilibration period at the
maximum sample depth in mixed layers.
Other water samples were
collected during ascent at depths selected after examination of the
downcast temperature structure.
All data recorded on HP cartridge tape were processed according to the
methods described by Chandler, et
Table 1.
~-
(1978) in the sequence shown in
Salinity was calculated from conductivity according to the
equations of Broenkow, et
~-
(1977).
Broenkow's equation and a flow
diagram showing its use is presented in Figure 5.
The CTD system was calibrated only against bottle samples in mixed
layers to insure that the sensors and the bottles were sampling the same
water.
However, since a mixed layer was not always observed, comparisons
could not be made at every station.
Salinity and temperature calibration
data are included in Appendix I.
For the salinity calibration, time-dependent and depth-dependent offsets
were determined.
The time-dependent plot of bottle-CTD salinity shows no
appreciable time-dependent change (Figure 6).
This constant offset was
10
Table 1.
CTD/Data Flow.
Shipboard Acquisition to NODC Submission.
Data Source/Disposition
HP Cartridge Tapes
Program
Data File
*CTDACQ (CTD sensor controller and data
acquisition)
ACQ
*CTDAVE (Raw data processed for temperature lag, depth latch and meter
averaging immediately after each
cast)
AVE
Primary Calibration from
Bottle Casts
*HP/CTD (Calculates salinity, converts
to NODC format, and transfers
the data to Cyber)
Type in Headers on File Head
NODC + HEAD
**NUTMERG (Merges NODC data with headers
and chemical data)
Submission to NODC
CI-04
**CEMLIST (Calculates sigma-t, specific
volume anomally, oxygen utilization and prints technical report
pages)
and
**STALIST (Prints station list for technical
report)
TECHNICAL REPORT
*HP
**Cyber
11
Rz
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Figure 5.
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Table\,
19~ 6)
Broenkow Salinity Equation and Flow Diagram.
12
Figure 6.
Top:
Time-dependent plot of bottle-CTD salinity.
dependent plot of bottle-CTD salinity.
Bottom:
Depth-
13
determined to be .124 Ojoo with a standard deviation of 0.012 o;oo.
The depth-dependent plot of bottle-CTD salinity indicates no significant
depth-dependent offset (Figure 6).
The mean difference between CTD and reversing thermometers was
+0.02ooc with a standard deviation of ± of o.oogoc.
This offset was not
considered significant,and no systematic correction was applied to the
data.
The CTD depth sensor when compared to wire out under conditions of
zero wire angle indicated no offset was necessary.
XBT Data Acquisition and Processing
A Sippican Model LM3A handheld launcher and a MK2A-1 recorder were
used for XBT casts .
The temperature/depth plots were manually digitized,
and these data were placed in NODC format and merged with processed
CTD data.
Depths at which temperature is a whole or half degree are
reported as are depths at which a significant mixed layer begins and ends.
During this cruise,the XBT system was not calibrated against CTD
casts.
Previous comparisons yielded a 0.2°C offset which is insignificant
compared to the stated accuracies of the XBT system.
Physical and Chemical Procedures
Salinity samples collected for calibrating the CTD system were
analyzed ashore using a Plessey Model 6230N induction salinometer.
Dissolved oxygen samples were analyzed during the cruise by the
modified Winkler method outlined by Strickland and Parsons (1965) .
The nutrient analysis was performed at Duke University Marine Laboratory
14
using Technicon Autoanalyzer procedures.
The procedures are based on
the manual methods of Murphy and Riley (1962) for reactive phosphate and
Armstrong, Stearns, and Strickland (1967) for dissolved silicate, nitrate
and nitrite.
The automated methods have been described by Friedrich and
Whitledge (1972).
Chlorophyll-a was determined fluorometrically by the methods
outlined by Strickland and Parsons (1965).
15
RESULTS AND DISCUSSION
Gulf Stream meandering has been related to upwelling at the shelf
break with easterly movements of the stream ·related to lower temperatures
at the shelf break (Atkinson, 1977).
Thus, any observed offshore
meander should coincide with upwelling.
Conversely, the onshore
movement of the Gulf Stream would result in downwelling and a rise in
temperature at the shelf break.
The five onshore-offshore sections completed
off Brunswick clearly show vertical advection in association with the
meander of the Gulf Stream.
The following is a description of each section:
Section 1, Stations 33C to 43C, 17-18 April.
(Figures 7-8).
The shelf waters were well mixed with well-defined horizontal gradients
apparent only in the temperature, salinity and sigma-t distributions.
The
temperature, salinity, nutrient and oxygen distributions all indicated
strong upwelling at the shelf break.
The isotherm positions showed the
Gulf Stream to be offshore of the shelf break.
Section 2, Stations 47X-51X, 18 April.
(Figure 9).
The isotherms continued to indicate strong upwelling at the shelf
break.
The Gulf Stream was still offshore of the shelf.
Section 3, Stations 62X-66X, 19 April.
(Figure 9).
Upwelling was apparent at the shelf break but had decreased in
intens ity.
A general lowering of shelf break isotherms indicated downward
advections of warmer surface waters.
Section 4, Stations 71C to 75C, 20 April.
(Figures 10-11).
The onshore meander of the Gulf Stream, as indicated by the isotherm
positions, resulted in downwelling at the shelf break.
Warmer, low-nutrient
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SALINITY
17 APRIL 1978
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CI - 84-78
SIGMA - T
17 APRIL 1978
10 30 50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
Figure 7.
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DISTANCE OFFSHORE <KM)
DISTANCE OFFSHORE <KM>
u
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10 30 50 70 90 110 130 150
10 30 50 70 90 110 130 150
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TEMPER A TURE
17 APRIL 1978
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Brunswick section temperature, salinity, and sigma-t, 17 April.
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30
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17 APRIL 1978
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17 APRIL 1978
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Figure 8.
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NITRATE
1 7 APR lL 1978
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10
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CI-84-78
OXYGEN
17 APRIL 1978
30
50 70 90 110 130 150
DISTANCE OFFSHORE
Brunswick section nitrate, phosphate, silicate and dissolved oxygen.
oxyyen in ml/1.
17 April.
<KM)
Nutrients are in
18
2
10
30
50
70
I
90
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CJ-84-78
TEMPERATURE
18 APRIL 1978
ri:= 110
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130
150
170
190
14
30
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70
90 110 130 150
DISTANCE OFFSHORE <KM)
X
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18
CJ-fU-78
TEMPERA TURE
19 APRIL 1978
16
170
190
10
30
50
70
90
110 130 150
DISTANCE OFFSHORE <KM)
Figure 9. Temperature profile for stations 47X- 51X, 18 April and 62X- 66X,
19 Apri 1.
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r-- r-- r-- r-- r--
10
30
50
.......
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:r: 90
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0 130
150
170
190
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30
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0 130
150
170
190
CI-84-78
TEMPERA TURE
28 APRIL 1978
10 30 50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
CI-84-78
SALINITY
28 APRIL 1978
10 30 50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
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-N(T)'<tl.()
r--r--r--r--r--
10
30
50
.......
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:r: 90
6=
110
w
0 130
150
170
190
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CI-84-78
SIGMA-T
28 APRIL 1978
10 30 50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
Figure 10.
Stations 71C- 75C temperature, salinity, sigma-t, 20 April.
uuuuu
uuuuu
10
30
50
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~
70
........
90
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b.= 110
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D 130
150
170
190
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1
CJ-84-78
NITRATE
28 APRIL 1978
10
30
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D 130
150
170
190
CI-84-78
PHOSPHATE
28 APRIL 1978
10 30
DISTANCE OFFSHORE <KM)
50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
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['['['['['
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CI-84-78
SILICATE
28 APRIL 1978
10 30 50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
0
r--r--r--r--r--
10 30 50 70 90 110 130 150
10
30
50
,....
~
70
........
90
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150
170
190
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10
30
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D 130
150
170
190
CJ-84-78
OXYGEN
28 APRIL 1978
~
5
10 30 50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
Figure 11. Stations 71C- 75C nitrate, phosphate, silicate and aissolv ed oxygen, 20 April.
i n wH and oxygen in ml / 1.
Nutrients are
21
water dominated at the surface.
Section 5, Stations 93C to 97C, 21 April.
{Figures 12-13).
Warm, low-nutrient water continued to be found at the surface at
the shelf break .
The onshore movement of the 25°C isotherm indicated
further westward meander of the Gulf Stream.
Onshore-offshore Meanders.
The onshore-offshore velocities were determined from the distance
the 19°C isotherm moved during the five observation periods (Table 2).
Determination of horizontal advection through the first two sections
showed an offshore flow of 10 . 8 em sec- 1.
By the third section, this
offshore flow had reversed and the Gulf Stream was moving shoreward at
-7 . 9 em sec - 1.
This onshore advection or westward meander of the Gulf
Stream continued through the remainder of the study.
Vertical Advection.
Vertical advection at the shelf break was determined from the change
in the depth of the 19° isotherm through the five hydrographic sections
(Table 2).
An upwelling velocity of -4 . 3 x lo-3 em sec-1 was observed through
the first two onshore-offshore sections .
This period of upwelling
corresponded to the observed offshore movement of the Gulf Stream .
Down-
welling velocities of 2.0 x lo-3 and 8.2 x lo-3 em sec-1 were observed
during the third and fourth sections.
This downwelling was associated
with the westward meander of the Gulf Stream during the same period.
The final section (Section 5) revealed the resumption of upwelling,
but at a lesser velocity than in the initial sections.
The
uu If)
u uu
(D r--
uu
u uu
(T) ...,. If) (D r--
(T) ...,.
01 01 01
10
30
50
'""
~
70
......,
90
I
6::
110
w
D 130
150
170
190
01 01
~
01 01 01 01 01
'
CI -f:J4-78
NITRATE
21 APRIL 1978
1
15
10
30
50
""'
:::E
......, 70
90
I
6::w 110
D 130
150
170
190
10 30 50 70 90 110 130 150
DIST~NCE
CJ-f:J4-78
PHOSPHATE
21 APRIL 1978
10 30 50 70 90 110 130 150
OFFSHORE <KM)
DISTANCE OFFSHORE <KM)
uu u uu
If) (D r--
uu u uu
If) (D r--
(T) •
(T) •
0101 01 01 01
10
30
50
'""
~
70
.........
90
I
:;: 110
w
D 130
150
170
190
CJ-84-78
SILICATE
21 APRIL 1978
'""
:::E
..._,
I
:;:
w
D
10 30 50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
Figure 12.
01 01 01 01 01
10
30
50
70
90
110
130
150
170
190
CJ-f:J4-78
OXYGEN
21 APRIL 1978
10 30 50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
Stations 93C- 97C temperature, salinity and sigma-t, 21 April.
N
N
uu u
(T) -.t ll"l
Ol Ol Ol
10
30
50
2
70
.........
I
90
b:
110
LJ.J
0 130
150
170
190
uu
(D r--
uu u
(T) ..,
CJ)
Ol
Ol Ol
10
30
50
2 70
.........
I
90
b:
110
LJ.J
0
130
15121
170
19121
CJ-fM-78
TEMPERATURE
21 APRIL 1978
10 30 50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
uu u
(T) -.t ll"l
Ol Ol Ol
10
30
50
,.....
~
70
.........
90
I
:;:: 110
LJ.J
0
130
150
170
190
ll"l
Ol
uu
(D r-Ol 01
CI-84-78
SALINITY
21 APRIL 1978
~-i~~~~~-L~~~~~
10 3121 50 70
9121 11121 130 150
DISTANCE OFFSHORE <KM)
uu
(D r-Ol Ol
24.5
25.0
25.5
CI-84-78
SJGMA-T
21 APRIL 1978
26.0
26.5
10 30 50 70 90 110 130 150
DISTANCE OFFSHORE <KM)
N
w
Figure 13. Stations 93C - 97C nitrate, phosphate, silicate and dissolved oxygen .
and oxygen in ml/1.
Nutrients are in
~M
Table 2.
Vertical and onshore-offshore velocities of the 190 isotherm off Brunswick:
up, onshore).
Section
1
--------------------------------~-----------
Station
Time (d/h)
3
4
5
95C
21/14 . 5
49X
64X
73C
18/12.9
19/16.9
20/13.1
37C
18/0.1
2
(+down, offshore; -
Vertical Velocities:
Depth ( 19oc ) (m)
time (h)
~ depth (m)
ur (em sec-1)
~
27
29
-2
-4.3
X
29
28.0
+2
12.8
10-3
+2. 0
X
35
20 . 2
10- 3
+6
+8. 2
X
10-3
32
25.4
-3
-3.3 X 10-3
Onshore- Offshore Velocities:
~
~
time (h)
distance (km)
Velocity (em sec-1)
12.8
+5
28
-8
+10.8
-7.9
20.2
-3
-4 . 1
25.4
-1
-1.1
25
east-west currents were still onshore during the final period but at a
considerably reduced rate as compared to the previous sections.
The
resumption of upwelling and slacking of the westward flow during the fifth
section
suggests the
imminent reversal of the onshore-offshore flow to an
eastward direction with the resumption of upwelling.
One alongshore XBT section on the 50m isobath was completed on
21 April after section 5 of the onshore-offshore time series grid (Figure
14).
This north-south section crossed the onshore-offshore section.
Figure 14 reveals a mass of cooler upwelled water north of the time
series grid at station 87X.
This mass of cool water corresponds with
the existence of upwelling four days earlier at a position 76 km south on
the time series section.
Stations south of 87X showed lower isotherms
which slowly moved upward as Station 91C was approached.
These depressed
isotherms correspond well with the downwelling and onshore flow several
days before at the time series grid stations.
The elevated isotherms
seen at Station 90X generally conform to the observed upwelling seen the
day before along the final time series section.
A consideration of temperature at one position on. the shelf break
(Figure 15) through the five time series sections reflects trends visible
in the cross shelf section plots (Figures 7-13).
The isotherms were
elevated during the upwelling/offshore flow period at the beginning of
the study and lowered as downwelling and onshore flow came to dominate the
shelf break area.
The slight rise of the isotherms on the last days can
be attributed to the modest resumption of upwelling.
26
X
I"CD
10
30
50
,-.....
L
70
._,
90
I
1CL
110
0
130
150
170
190
w
X
X
CD
CD
Ol
CD
X
lSI
Ol
U
Ol
X
X
-
!\J
lSI
lSI
Cl-fi:J4-78
TEMPERA TURE
21 !1PRIL 1978
10 30 50 70
90 110 130 150
0 I STANCE <KM)
Figure 14.
(south).
Alongshore section on 50m isobath from 87X (north) to 102X
Station 91C is on the onshore-offshore time series grid.
U
I'
(T)
10
30
50
,-.....
L
70
._,
90
I
1CL
110
w
0
130
150
170
190
17
u
X
O'l
~
u
(T)
lJ)
I'
O'l
_____.--22
CJ-fi:J4-78
TEMPER!1TURE
18-21 !1PRIL 1978
!1 T SHELF BREAK
18
19
20
21
22
TIME CDf.Y)
Figure 15. Temperature time series at 40m station L on shelf break,
18-21 April, 1978.
27
Temperature-Salinity Relationship.
A plot of temperature vs. salinity for all BLM-DOE stations (1C118C} during 10-23 April 1978 revealed two distinctive water masses
(Figure 16).
Low-salinity.thermally mixed waters can be seen on the
shelf, while high-salinity, thermally stratified water was found in the
offshore Gulf Stream waters.
28
25
w
§S 20
I-
<
a:::
w
Q_
::E
w
I-
15
10
5
28
29
30
31
32
33
34
35
36
37
SALINITY
Figure 16. Temperature-salinity diagram of all BLM-DOE stations (1C-118C)
10-23 April 1978. T-S points for each station are connected.
29
SUMMARY
The shelf waters were vertically well mixed with horizontal stratification apparent only in the temperature, salinity, and sigma-t distributions .
A Gulf Stream meander was observed at the shelf break which, at
first, moved offshore at 10 .8 em sec -1
The meander then reversed, moving
onshore with an initial velocity of -7.9 em sec -1
This shoreward advection
continued through the remainder of the study but at a decreasing velocity.
An upwelling velocity of -4.3 x 10 -3 em sec -1 was observed in association
with the offshore meander of the Gulf Stream.
The onshore meander resulted
in downwelling at the shelf break with vertical velocities as high as
8. 2 x 10- 3 em sec-l
The final day showed weak onshore movement and a
resumption of upwelling, though at a lower velocity than observed initially
in the study.
30
REFERENCES
Armstrong, F.A.J . , C. R. Stearns, and J.D.H. Strickland. 1967. The measurement
of upwel l ing and subsequent biological processes by means of the Technicon
Autoanalyzer.
Atkinson, L.P . 1977. Modes of Gulf Stream intrusion into the South Atlantic
Bight shelf waters . Geophysical Research Letters, 4(12):583-586 .
Broenkow, W.W . , W.B. Abrahams, and R. R. Mcinnis. 1977 . A CTD Data Acquisition
System for Coastal Applications. Preprint: Proceedings Fourth STD/Ocean
Systems Conference, January 19-27, 1977. Plessey Environmental Systems,
San De i go, Ca l ifornia.
Chandler, W.S. , L. P. Atkinson, J.J . Singer, P.G . O'Malley, and C. V. Baker. 1978.
A CTD System: Description, Operation, Data Acquisition and Processing .
Georgia ~arine Science Center Technical Report 78-7.
Friederich, G.E. and T. E. Whitledge. 1972. Autoanalyzer procedure for
nutrients. ~Phytoplankton Growth Dynamics: Technical Series 1,
Chemostate Methodology and Chemical Analyses. S.P. Pevlou (ed. );
Special Report No. 52, Dept. Oceanogr. University of Washington, Seattle,
Washington, pp. 38-60.
Murphy, J . and J.P. Riley. 1962. A modified single solution method for the
determination of phosphate in natural waters. Anal. Chim . Octa, 27 : 31-36.
Strickland, J . D.H . and T.R. Parsons . 1965. A manual of sea water analysis .
Fish Res. Bd. Canada, Bull, No. 125 (2nd ed . ), Ottawa.
31
APPENDIX I
Calibration Data
32
SALINITY CALIBRATION DATA:
CTD
Salinity
Depth
Bottle
Sa 1i nity
2C
2C
3C
3C
4C
94
2
200
87
206
36 . 384
36 . 370
35.820
36 . 350
35 . 952
36.271
36.248
36.705
36.231
35 .838
+
+
+
+
+
. 113
.122
.115
. 119
.114
5C
7C
8C
20C
22C
47
32
27
18
35
36.399
36 . 185
36.092
34.901
36.280
36.283
36.072
35 . 983
34.779
36.141
+
+
+
+
+
.116
.113
.109
.122
.139
24C
25C
26C
33C
36C
102
224
40
8
54
35 . 943
35 . 632
36.202
36.174
36 .069
35.826
35.521
36.094
36.045
35.945
+
+
+
+
+
.117
.111
.108
. 129
.124
37C
39C
40C
41C
42C
39
35
31
22
16
36 . 272
36.343
36.081
35.442
34.434
36 . 151
36.230
35.978
35.327
34.308
+
+
+
+
+
. 121
.113
.103
. 115
. 126
60C
60C
67C
69C
71C
41
28
40
4
4
36.211
36.235
36.183
36.354
36.253
36.105
36 . 104
36 .065
36.207
36.104
+
+
+
+
+
.1 06
. 131
.118
.147
. 149
72C
73C
75C
94C
97C
4
4
189
36
197
36 . 279
36.323
35.679
36.244
35.864
36 . 131
36 . 175
35.553
36.105
35 . 738
+
+
+
+
+
.148
.148
.126
.139
. 126
105C
108C
109C
110C
113C
253
43
38
26
17
35 . 975
36.066
36.093
36 . 312
36 . 336
35.849
35 . 929
35.957
36.179
36.197
+
+
+
+
+
.126
.137
.136
. 133
. 139
114C
115C
116C
117C
23
25
59
85
36 . 289
36 . 126
35.918
35 . 827
36.147
36.001
35.794
35.714
+
+
+
+
.142
.125
.124
.113
Station
Difference
33
T01PERATURE CALIBRATION DATA
Reversing Thermometer
Tem~erature
Station
Deeth
1
2
Ave
CTD
Temeerature
Difference
7C
8C
36C
39C
40C
32
27
54
35
31
17.40
17.29
16 . 02
20.64
20 . 50
17.41
17.31
16 . 02
20.63
20 . 49
17 . 41
17.30
16.02
20.64
20 . 50
17.39
17.27
16.00
20.62
20 . 47
+.02
+.03
+. 02
+.02
+.03
41C
42C
105C
111C
113C
22
16
253
27
17
19.73
18.52
14 . 93
20.85
21.13
19.71
18.52
14 . 94
20 . 84
21.11
19 . 72
18.52
14.94
20 .85
21.12
19.70
18 . 52
14.93
20.83
21.09
+.02
0. 00
+.01
+.02
+.03
34
APPENDIX II
Hydrographic Data
35
STATION SUMMARY FOR ISELIN CRUISE Cl-04
CRUISE STATION LATITUDE
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
vo4
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
001C
002C
003C
004C
oosc
006C
007C
OOBC
009C
018CU
019C
020C
021C
022C
023C
024CU
025C
026C
033C
034C
035X
036C
037C
038X
039C
040C
041CU
042C
043C
047X
048X
049X
osox
051X
053X
057C
060C
062X
063X
064X
065X
32
32
32
32
32
32
32
32
32
31
31
31
31
31
31
31
31
31
30
30
30
30
30
30
30
31
31
31
31
30
30
30
30
30
30
30
30
30
30
30
30
5.2N
12.0N
19.3N
26.1N
29.7N
33.3N
40.SN
47.2N
54.2N
59.1N
54.3N
H.SN
45.0N
42.4N
36.1N
30.0N
29.0N
22. SN
45.8N
49.6N
52.0N
52.7N
54.6N
56.0N
57.6N
2.0N
6.0N
IO.ON
15.0N
57.0N
SS.ON
54.0N
53.0N
52.0N
53.SN
53.4N
53.5N
57.7N
55.4N
S3.5N
52.SN
LONGITUDE
78
78
78
78
78
78
78
78
79
80
80
80
80
80
79
79
79
79
79
79
79
80
80
80
80
80
80
80
81
80
80
80
80
79
80
80
80
80
80
80
80
7.7U
16. ou
24.5U
32.8U
37.2U
41 • 3U
49.3U
S8.su
6.8U
44.8U
35.6U
24.SU
13. ou
.9U
50.6U
38.0U
30.5U
22.0U
42.0U
54.4U
59.4U
1. 2U
7.0U
13.4U
20.0U
30.5U
42.0U
54.0U
8.ou
19.4U
12.6U
7.3U
2.2U
57.2U
5.0U
5.4U
4.1 u
19. 5U
12.6U
7.5U
2.5U
YR HN DY HOUR
G/1T
78 4 12 5.7
78 4 H 6.7
78 4 1 -4 9.8
78 4 14 12. 1
78 4 14 16.9
78 4 15 5.4
78 4 15 6.9
78 4 15 8.3
78 4 15 9.7
78 4 16 16.0
78 4 16 18.3
78 4 16 20.5
78 4 16 22.8
78 4 1I
.7
78 4 17 2.7
78 4 17 5.2
78 4 17 6.9
78 4 17 9.9
78 4 17 23.0
78 4 18 1.7
78 4 18 3.6
78 4 18 4.0
78 4 18 5.1
78 4 18 5.9
78 4 18 6.5
78 4 18 7.8
78 4 18 9.3
78 4 18 I 0. 7
78 4 18 12.2
78 4 18 17. 1
78 4 18 17.5
78 4 18 17.8
78 4 18 18.5
78 4 18 18.9
78 4 t a 20.6
78 4 19 1.6
78 4 19 13.0
78 4 19 19.9
78 4 19 21.0
78 4 19 21.8
78 4 19 22.6
DEPTH CONSEC
H NUHBER
515
1
373
2
290
3
248
4
240
5
46
6
35
7
29
8
19
9
12
18
16
19
20
20
?C"
21
?.,
37
kL
44
23
123
24
337
25
460
26
525
33
280
34
117
35
cc
.J.J
36
41
37
39
38
39
39
34
40
26
41
18
42
12
43
4/
35
40
48
42
49
50
50
250
51
43
53
44
57
44
60
38
62
40
63
42
.64
68
65
~.J
36
ISELIN CRUISE
CRUISE STAll ON LAT !TUDE
00~
004
004
00~
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
004
066X
067C
069C
071C
072CU
073CU
074C
075C
077C
087X
oaax
089X
090X
091C
093C
094C
095C
096C
097C
099C
10 I X
I02X
103C
IOSC
106C
107C
108CU
109C
110C
111 c
112C
113C
11 4c
115C
116C
11 7C
118CU
30
30
30
30
30
30
30
30
30
31
31
31
31
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
29
29
29
29
29
29
29
29
29
[CONTINUED]
CI-0~
51. 8N
S3.5N
53.5N
56.9N
55.3N
53.3N
51. 7N
49.6N
53.4N
32.1 N
23.4N
14.0N
3.0N
S3.5N
56.8N
SS.SN
53.SN
51. SN
49.5N
55.3N
42.BN
32.0N
53.0N
4.0N
2.5N
2.1 N
1. SN
O.ON
58.2N
56.8N
55.2N
6.0N
8.0N
8.8N
9.9N
11. 2N
11 . 9N
LONG !TUDE
79 S7.6U
80 4.0U
80 4.0U
80 15. 7U
80 10.4U
80 s.ou
79 59.SU
79 54.5U
79 36.8U
79 45.8U
79 so.su
79 S4.0U
79 S7.6U
80 4.0U
80 15.5U
80 t I • OU
80 5.4U
79 59.0U
79 54.5U
80 2.1 u
80 9.0U
80 13.8U
80 s.ou
80 2.2U
80 11. ou
80 16. o.u
80 22.0U
80 33.1U
80 43.0U
80 53.9U
81 s.ou
80 42.7U
80 33.0U
80 23.0U
80 12.9U
80 7.0U
80 2.1U
YR HN DY HOUR
GHT
78 4 19 23.0
78 4 20
.9
78 ~ 20 13.0
78 4 20 15.9
78 4 20 17.0
78 4 20 18.0
78 4 20 19.2
78 4 20 20.4
78 4 20 23.9
78 4 21 10.1
78 4 21 11.1
78 4 21 t 2. 1
78 4 21 13. 1
78 4 21 14. 6
78 4 21 17.5
78 4 21 18.3
78 ' 4 21 19.5
78 4 21 20.6
78 4 21 21.6
78 4 21 23.9
78 4 22 4.5
78 4 22 5.5
78 4 22 12 .5
78 4 22 19.9
78 4 22 21.8
78 4 22 23.2
78 4 23
•1
78 4 23 1.3
78 4 23 2.4
78 4 23 3.7
78 4 23 4.8
78 4 23 9.6
78 4 23 10.7
78 4 23 11.8
78 4 23 13.0
78 4 23 14.2
78 4 23 15.7
DEPTH CON SEC
K NUMBER
173
66
4~
67
44
69
36
71
40
72
73
45
112
74
244
75
44
77
52
87
48
88
49
89
49
90
44
91
38
93
39
94
43
95
123
96
245
97
46
99
44
10 I
102
45
44
103
430
105
240
106
107
55
45
108
41
109
28
110
29
1t 1
19
1t 2
19
t 13
26
11 4
115
26
63
116
130
11 7
350
118
37
HYDROGRAPHIC DATA
Vertical profiles of salinity, temperature, sigma-t, DO, and nutrients
The symbols used in the following listings are defined as follows:
Header Data:
Times are GMT (EST + 5)
Latitude and Longitude are from Loran C
Weather Data:
These data are taken from the ship•s log.
Wind speed (knots)
Wind direction (degrees)
Air temperature (DC)
Weather (WMO code 4501)
Barometric pressure (mb)
Sea State (WMO 3700)
Wave direction (degrees)
Cloud type (not given)
Cloud amount (not given)
Visibility code (not given)
Observations:
Z = Depth in meters
T = Temperature in oc
S = Salinity in o;oo
D = Oenstty in sigma-t units
SVA = Specific ·volume anomaly X 105
Oz = Dissolved oxygen in ml/liter
Oz•= Oxygen saturation in ml/liter
AOU =Apparent oxygen utilization in ml/liter
P04 = Phosphate concentration in ~ mole/liter
N03 = Nitrate concentration in ~ mole/liter
Si = Silicate concentration in ~ mole/liter
38
ISEL!h UUJS( CJ-0 4
L ~l
~.2~
J1
U(~IHH
WI~ P
111
IV /78
~[PIH ;~I~ M
7.7
:i.! ~"I COriS[C SI A
1•151 lAS! SIA;
0.01:11
DATA
~f · tEU
UI I< liJ HC II OH
~~~
Sl A OOIC
lONG 78
H ftr
: Z:! tOS
210
• 22. 8[
SE A 51A1E
I.IAV[
H~O"[l~IC PnSSUR£ •
~IRECIION
CLOUI< lYFE
ClOU~ AnOUNl
VJSIPILilT COD E :
HTKn CODE
1013.8 IIi
SAL
O~SE~VATIOHS
SV A
~ .0
3.0
4.0
:;.o
1 .0
7 .0
8. 0
9. .
10 .0
11.0
ILO
l l.O
~7.0
28.0
~9.0
30.0
31 .0
32.0
33.0
31.0
3:1.0
36.0
37.0
38.0
19.0
40 . 0
u .o
<1 . 0
11.0
-44 .. 0
<:i.O
H.O
<7 .0
•s.o
<~ .o
50.0
:11.0
52.0
~l.O
23.69
1l.69
23.1>1
23.1>1
23.1>1
23.6!
2l.U
23.69
2l .6 8
23.69
il.lf
13.69
Z3.61
H. 6 1
13. 61
13.10
?3.60
:3 . 59
23.SB
:J.:;5
23. 4!
11. 15
13. 4o
?3.46
23. 41
2). 4:;
23. 41
13 .3 8
23.33
23.19
23.2 4
7l.10
23.11
21.11
11 . 08
23.04
21.99
2] . 81
:2.10
~ 4. 0
::.~5
~~.0
21.)1
22.28
22.25
56.0
51.0
58.0
59.0
10.0
61.0
62.0
63.0
~2.18
34. 41
H. l l
36. 41
36.4-2
36.41
36.41
36. 41
36.12
36. 11
36.11
36 . 41
36 .4 1
36. 11
36. 40
36.41
36. 41
36. 4 1
36. 12
36.U
36.12
3!. 14
li.l l
31. 42
36.12
36. 42
36. 44
l!.IJ
31.41
2 4.81
2 4.81
21.8 1
2 4. 82
24.81
24.81
2 4.81
24. 82
21.81
21.81
2 4.81
21.8 1
11.83
: 1 . 82
24.83
24.8 1
24. 81
] 14
l1~
liS
JH
Jl:;
liS
315
314
315
liS
liS
313
314
313
313
313
PO l
NOJ
SI
f£111'
Sl
1111
IU
211
2s11
318
3511
31~
21 . 84
21.8l
21 .89
21 .90
2 <. 88
21 . 88
14 . 88
2 4.90
24.90
H.90
31.~1 2 4.93
36.~1 1•.9J
H.O H.U
l6. <1 24.96
l!. <O 24. 94
l!.o 21.97
l!.IJ 2:;. oo
)6.43 ::;.ol
l!.\2 2:i.02
16.0 1:1.07
llo. l 7 25.1 1
30.19 2~.10
l6. l9 1).26
Ji. H n.H
36.H 25.25
H.IJ 25.26
l!.O ?S . 21
l6. 14 15.18
313
311
41111
JOB
'IS II
307
309
309
109
307
308
JO~
30:;
lO~
302
302
10 4
101
298
297
296
292
285
279
273
VS
27)
27 <
173
272
272
269
269
04. 0 21.V5 36. 46 1~.35
l&~
2o'
260
259
16. 45 1:;.1 a
li.\6 25.40
36.46 1S. l l
16.4:; 2~. 4 1
69.0 2\.&~ la..4~ ~). 4 J
70.0 21.) 4 16.46 25.46
71.0 11.48 Jo. ll 25.17
12.0 21. 1 1 36. 45 25.19
21.H
21.l1
21.28
21.27
21.26
21.21
2 1.18
Z1.12
ZI.04
21.01
20.97
AOU
l1~
65.o
06.0
67.0
18.0
73.0
74.0
75.0
16.0
77 .0
78.0
79.0
80 .0
81.0
82.0
83.0
02 '
2 4.8~
22.15
22.14
l2.1l llo. 4~ 2~ .28
22.07 36.4~ 25.31
/1.0 4 36.45 2S.l2
21.8 1
!1.76
21.72
21.65
0~
36.4 4
llo. H
li. H
l6.43
36. 44
30. 44
16. 41
li.O
li.O
36.43
36.42
25.s o
25.51
25.52
25.52
25.5 1
25.5 4
25.5 4
25.54.
1~. ~8
15.59
25.59
84.0 20.94 36. 43 '~···
a~ .o
~o.tJ
l6. ~ l
U.O
87.0
88.0
89.0
90.0
9 1. 0
92.0
91.0
20.90 36. 43
20.89 li.42
20.86 16.<]
~0.65 36.42
ZO.SJ 11.43
10 . 78 l0. 44
20.71 16.4]
?O . H 36. <3
2~S
2~8
74 ~
241
241
2 40
HO
239
HI
236
1l5
25 .7 1
75.72
2~.73
25.73
lS.72
:5.72
1S.72
~~ ,.v
lU.~. ·
J6.~i
l~.ll
20. 0
20.2 4
19.9 4
19.75
IV.70
19.60
19.25
18.93
18.77
18. 72
18 .68
18.18
18 . U
18 .63
18.61
11.36
18.17
11.90
17.69
17.43
17.16
17.C1
16.14
16.113
1&.6o
16. 40
16.]:;
16.21
16.02
IS.IE
llo. 4]
36.43
H. \4
36.4 4
36.14
36.1 1
J0.4J
16.4 4
30.41
36.10
36.10
36. 42
36.40
36.39
H.41
li.IO
16.37
36.37
l6.J5
36.13
36.30
25. 14
25.80
25.88
25. 91
25 .95
25 .97
26.06
21.15
26.17
71.17
26.18
26.20
2! . 19
16.19
26.21
21.24
26.29
21.35
26.31
21. 41
26. 48
36.~1
~6. 49
•n.o
140 .0
145.0
1~1.0
156.0
161.0
165.0
171.0
175 . 0
180.0
185.0
190.0
19:i.O
200.0
:~o . o
251
2SO
2SO
219
218
246
2 46
24 1
211
211
75.69
105.0
110.0
115.0
120.0
126.0
1)0.0
~5:
2S.62
25.11
25.6)
25. 62
2S.6 4
2~. U
91 .0 20.13 l6.4)
9~.0 20.S~ 16.43
96 .0 ?O.SI 16.43
97.0 20.49 36.4]
98.0 20.<8 36.43
99.0 20 .4 9 16. 42
100.0 20.49 ]1. 41
101.0 ~0.46 16.4:
zos.o
2• 1
:~. 66
5:111
255
2SS
252
2~.01
25.61
51611
211.0
~15.0
n5.o
:J~.o
236 .0
211.0
2 45.0
2~1.0
2~~.0
160.0
;o~.O
170.0
16.15
36.1 4
J&.ZJ
11.18
36.17
lb.lt
36.15
36.12
1~.2 4 36.04
14.8 4 35.99
14 . 18 3~.97
14.60 35.9 4
14.~1 35.94
14.18 JS.9l
275.0
280.0
28S.O 1 1 .~ 4
291.0 1<.•0
29~.~ ILH
300.0 14.2~
10~.0 11 .13
J11 . o 13.99
116.0 13.77
321.0 13.44
16.~0
26.51
26.56
26.57
21.57
26.62
26.6~
234
232
231
230
210
231
211
211
231
129
22S
116
112
:11
208
201
192
1?1
190
189
188
189
190
188
183
180
174
Ill
166
162
162
Ill
160
155
154
1~4
1~0
1~.91
1~.90 ~6. 83
1~.89 26.8 1
\49
143
140
115
Ill
114
Ill
132
Ill
Ill
Ill
Ill
3~.88
129
3~.91
J:;.e~
3~.83
3~.79
H.U
26.71
26 . 78
26.80
~6.79
26.81
~6 . 81
21.80
26.81
26.85
26.16
26.89
26 . 92
t2f
IH
122
SAL
39
32~.0 13.13
lJO . O 1,.89
33~.~ 12 . <G
.7J ,6.9 <
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121
120
.~2
17.00
II~
) 4 1.0 12.19 3~.56
3 4 ~.0 11.96 3~.:i 4
27. 00
27.02
113
35.51 27. 03
3~.50 27.0 4
3~. 4 9 27 .0<
35. <9 27 .04
35 . 48 27 .04
35.49 27 . 05
35.~0 27. 07
35.51 27.08
35 . 52 27. 10
3~.53 27. 10
3 ~.5' 27.10
35.5 3 27 .11
3~.~2 27. 10
35.52 27.10
35.5~ 27. 10
3~.53 27. 11
113
Ill
112
Ill
Ill
Ill
109
108
107
10 6
107
106
107
107
107
106
3~0.0
11.8 4
ll.lJ
11.70
11.68
11 . 6 3
11 . 6,
11 . 58
11 . 5<
11. 52
11 .52
11.51
11.5 0
11 .50
11.49
11 . 49
II. H
3~6.0
3b0.0
36 5 .0
370.0
l l 6.0
381.0
Ja6.0
390.0
395 .0
101. 0
<05 .0
410.0
415.0
4 2\. 0
05.0
I S[LIN O·UIS[ Cl - 0 4
t ; T 3' I,.O h
w[ ;1nn
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14 /
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LAST STA •
18.1C"
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18 t: TS
300
19. 4(
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Sl~l[
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CLOU~
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2.0
3.0
4 .0
5.0
6.0
l.O
8 .0
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10.0
11.0
12.0
13 . 0
1 .. 0
'5.~
lo.u
17.0
18.0
19.0
20. 0
21. 0
12.0
23.0
2 4. 0
2~.0
26.0
17.0
28.0
29.0
30.0
31.0
32 . 0
33 . 0
l3.30
13.30
23 .3 0
23.30
23.3'
1 3.!2
?3.32
?3.32
23.32
23.32
23.32
23.32
23.1 2
23.12
n.L'
13.32
23.11
13.12
23.12
23. 32
23 . 31
H.31
~3.32
23.31
23.31
23 .3 0
23.30
13.19
2 3.28
23.28
?3.26
23.23
) 4 .0 2 3. 17
36 . 38
36.38
36.38
36.38
36.38
36.38
36.38
36.39
3o.38
36.38
36.38
36.39
36.38
36 .38
2 4 .90
1 4 .90
1 4. 90
24 .90
1 4 .89
2 4. 89
1 4. 89
2 4. 90
2 4 . 8~
40
40
41
40
2 4. 89
24. 89
2• .9 0
24.89
24. 89
l <.89
24 .9 0
2 4 .90
24 . 89
24.90
24 . 89
24 . 91
24 . 9 1
2 4. 92
24. 92
2 4. 91
24. 91
24 .91
2 4. 91
2 4.92
2 4.9 2
2 4. 94
2 4 .9 4
36 . <4 ~
::' 4. 97
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36.3 9
36.39
36.38
36.39
36.38
36. 40
36. 40
36 .4 1
36. 41
36 .4 0
36.H
36.39
36 . 39
36.
36.
36.
36.
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30~
306
306
306
306
CLOU t• -< • OU Nl
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21.9 8 36.43 2:0.1 2
25. 40
~3.0 21.81 36. 47
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!,~.0 21.!1 4 )6. 4 5
56 .0 }1.35 )6. ( ~
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1 ~. 4 6
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30 4
30 4
300
294
294
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36.43 1~.:.8
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Jo. 44 2~. 6 2
36. 42 1 ~. 6 2
36. 43 25. 63
36 .44 25 . 65
36.46 2:0. 69
36 . 43 25 . 68
2«
63.0
o4 .0
65 . 0
66.0
67.0
68 .0
69.0
70.0
71.0
7?.0
73.0
7 4 .0
75.0
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36.4} 2~.71
20.~0 36 . 43 25.73
:0. 4:0 36. 44 15 . 75
20. 41 36. 43 25.75
273
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i!l.80
~2 3
173
Ul
78.0 ~0.18 lo. • ~ 2:0.83
220
79.0 20.1l 36 . 44 75.8 4
220
280
279
278
i9 3
U3
us
27 3
U4
169
271
21.03
21.00
10.91
20.8]
20.8 4
10 .7 9
20.71
20.67
20 . 62
20.~]
1 0 . ~~
36.<3 2~.69
36 . 0 25.7 1
l6.H~
so.o :o.11 36 . .. 25.6 4
81.0 20.06 36 . •• 2:0.87
8 2.0 19 .9 4 36 . 46 l5.9 ~
2(
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28:
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3 il
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60. 0
'1.<6 36.0 2~.18
22.•0 36.43 2~.20
21.3~ 36. 42 25.21
21.14 36. 4 ~ 15.H
22 . 23 JL . 42 25. 24
22.17 36. 0 2~.2 6
21.18 36. <2 2 ~ .2~
:>1. 13 36. <2 2~ . 27
12. 13 36 . 42 2~.27
21.CS JL.O ? ~ .18
?2 . 03 lo. <] : ~.30
~:.ol 36. 'u 2~. 2 9
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28
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61.0 :'1.08 36. 4 3
3 9.0 2 :'.~ ~ 36. 44 :! ~.1 7
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l 86
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47.0
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5.09
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24
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35.0 23.03 3o . 45 2~ . 03
lo. O ~:.99 j6. ~<4 ~~. 0~
37.0 22 . 93 36. 44 25. 0 ~
38.0 22.69 36. 44 25. 12
40.0
4\ .0
41. 0
0 .0
44 .0
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l
TYfE
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SWl
306
306
306
306
306
306
307
306
307
30 7
30 7
306
30 7
30 ]
30 7
306
306
307
30 6
307
305
5 1611
10
241
2H
240
n8
236
233
23 4
233
232
Zll
2 30
n8
2?8
219
217
21 ~
40
8J.O If .89
IL83
8~.0 19. 7 ~
86.0 1 9. ,:;
87 .0 I!. ~l
88.0 11. 11
89 .0 If. 38
90.0 1f. 37
1 1. 0 19.35
92.0 I I. J 4
n.o I I. ll
91.0 I I .3 I
95.0 I 9 . 21
9o.O 1 I. 25
97.0 I I. 18
98.0 II. II
" . 0 , 9 . 0~
100 .0 18. "
101 .0 I I . T2
102.0 II. II
IOLO 18.80
I l l . 0 18. 48
116.0 18.26
120 . 0 I 7. 83
125 . 0 1}.77
1 JO. 0 I 7. 61
136.0 17.29
I~ I. 0 17.19
14 6.0 16.89
8~.0
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36.0 n . n
36.11 25 . II
)6.1 5 25.91
)6 ,II 25. 96
36.16 26.0 1
l6 ,II 16.02
36.0 24 . 02
l6 . ~ ~ 26.02
]6.0 26.0]
36.0 26.0]
li.U 26.0]
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]6. ~~ 26.06
36. 4] 26.08
l6.H 26.10
36. 44 26.12
36. ~ 2 26. 12
34. 4] H. I I
36.0 26 .II
l6 .12 26. I 7
li. 10 26.23
36.38 26.2?
l6.H H.n
36.32 26.3~
l6. 30 26.37
l6. 27 26.0
36.27 21>. 45
36 .26 21>.52
C~UISE
l AI 32 19 .lH
U[ AIH[~
Cl -04
I ~0. 0
156.0
.. o.o
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I 70 .0
175.0
180.0
18& . 0
190.0
195.0
JOO .0
20~
203
202
203
20 I
20 I
202
201
200
118
197
1n
19 4
193
191
191
189
1113
179
171
172
170
165
163
157
1 .62
2 1 .5~
5. 19
, !j]
0.35
01.1
01 . 8
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210.0
~I 5. 0
210.0
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16.H
16.2 1
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15. tl
15. ao
15. 7~
1:;. ' '
36.20
36.16
36.15
ll. I l
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l6 .1 1
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36.09
]! . 07
36 .07
l& • OJ
l&. 02
l6.00
35."
35.97
35.97
35. 94
35. 95
15 .59
15. 1 I
I 5. 29
I 5. 22
15. 15
15.00
14.89
I ~ . 82
1 \. 64
14.51
I I . 53 35. 14
1 4. 35 35.12
230. 0
n5.o
240.0
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2~ 1. 0 1 " . 1 ~ 3~ . 88
~~5 .0 I 4. 06 35 . 86
~ 60.0 ll.H )~.86
21.6.0 I l. 90 n.8 1
270.0 I l. 81 3~.83
275 .0 13.0 35.77
280.0 ll. 30 n.7~
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LO G 78
II/
JV/78
PErTH ·~90 ft
1.8
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26.H
26.U
26 · "
2&. ' '
2&. 67
26 . 71
2&.71
2&.72
26.72
26 .74
H.75
H.ll
26.7 8
26.80
26.11
21.83
26.85
26 .85
26.8&
26.87
26.88
26. I I
26.12
CONSEC STA
VIS I LAST ST A •
I) I
149
Ill
H7
116
141
I ll
Hl
Hl
Ill
~IH(TIOH
18 ~lS
120
2. H
0.90
1 ~. 2
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3. 47
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1. 1 ~
17 .3
01 .0
HO
139
139
137
131
I 35
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132
I 32
121
I 28
I 28
12 7
127
126
122
121
STRT I DN
T(PIP
U~V( O J~£CTION •
CLOUD TIPE
CLOUD ~MOUNT
VISJ~ I L I IY COVE •
3?
JC
n
11
tl
I
23.38
23.38
2J.JB
23.38
23.38
2J. l8
21.39
a. o 23. J9
9. o
I 0.0
11.0
12.0
13.0
H.O
15 .0
1 6. 0
17.0
18.0
19.0
20.0
21.0
22.0
2 3. 0
24.0
25 .0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
34.0
l~. 0
36 . 0
]7.0
li.O
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221
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206
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189
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189
190
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177
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3.71
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216
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55.0 16 .90 36.45
56.0 16 . 67 36.44
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58.0 \8.59 31o.40
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392
392
392
lDhG 80 13.0U
UIHD Sr[(D
UIH O DIHCIIOH
AH
H.OO
24.00
24.00
24.00
24.00
24 .oo
24.00
2 4.01
2 4. 01
2 4. 02
24.04
2 4.08
24.21
24.U
25. 02
25. 42
25. 42
25. 42
UU!Sl Cl-04
Uf~IHH
\9.oKII
~ AlA
• 22 KIS
11~0 SPEE D
UlhD DlHCllON • 040
• 16.1(
AI~ lE"P
U[A I HE~ COO£
&~ OMlRIC H£SSUR£ • I 0 18.2 118
1.0
2.0
3. 0
4.0
5.0
6.0
7.0
8 .0
=
1.91
~.1 4
.18
0. 18
00.0
01.7
48
one
s1 A
1S[l1 N CR U1St
Cl - 0~
LA 1 ]I 42.4N
lONG 80
.IU
171
IV/78
D£P1H '
ll~
OAlA
UIWD SP££D
22 ~15
UIND DIHCliON • 060
•7
G~l
CONSEC SlA
D1S 1 LAS I SIA •
s;TftT
19.7
U[AIH[~
An J[MP
11.
ac
U[AIH[R CODE
iA~Oft[1RIC PRESSURE ' I 018.7
I
1.0
2.0
l. 0
4.0
5.0
LO
7.0
a.o
i. 0
10.0
11.0
12.0
13.0
11.0
IS. 0
I&• 0
17.0
18.0
19.0
20.0
21.0
22.0
21.0
~0.82
20.82
20.81
"0.80
a.8D
20.79
10.78
20.78
20 . ]9
20.81
10.83
20.83
20.83
21.0 20.83
25.0 ~O.BJ
2o.o
SVA
D
20.82
20.82
20.81
20.82
20.81
20.82
20.82
20.82
20. n
20.82
~0.83
35. 4} 24.91
JOo
JOI
lOS
30&
306
301
lOS
H.H
JGS
24.9 I
JD5
304
304
305
300
291
215
291
288
281
275
3,. 46 24.90
35.46 24.90
n.4o H.90
35.46 24.90
lS.U
H.U
35.46 24.90
JS.H
35. 4}
J5.U
35.48
35.48
35.54
35.59
35.60
35. 6&
35.U
3S.7S
35.88
l6 .00
36.13
]6.25
l6. 27
36.27
3&.27
36.27
36.27
24.92
24.92
H.it
21.97
25.01
25.01
25.06
25.09
2S.ll
2~. 23
25. ll
25. II
25.50
25.51
25.51
25.51
2~.51
27.0 ~0.83
25.51
28.0 ~0.83 36.27 25.51
29.0 20.83 36.27 25.51
JO.O 20.83 36.27 25.51
31.0 lO.Bl 36.27 25.51
32.0 70. Bl l6. 27 2S.51
ll.O 20.83 36.27 25.51
34.0 ?0.83 36.27 2!.. !.1
l~. 0 20.8l l&. 27 25.51
36.0 ?0.83 36.27 25.51
ISH I~
c~u
ISE Cl-04
SEA Sl AlE
UAV[ DI~ECTIOH
CLOUD lYPE
CLOUP A"OUHT
VISI81LIIT CODE •
~~
08S£RVA110NS
02'
02
5. 22
5.07
I ON
LONG 19
lJ
51&'
2"1
l'i
16
78
SAL
lB
38
n
]'f
lJ
TCIIP
Ill
IS
211
2S
l!
18
AOU
P04
NOJ
SI
-.IS
0.13
00.0
OJ.:
211
311
TCitP.
51'"
SRL
'Ill
Sll
267
258
249
248
HB
248
248
249
241
218
219
248
248
248
248
2H
I.H
5.05
.II
17/
IV/78
2.7
0.17
00.0
02.7
HI
STA 02lC
G~T
CO~SEC
SlA
2l
STI'ITIDN
LAI 31 J6.1H
27(
50.6~
DEP1H • H"
DATA
SPHD
• 21 KTS
UIND DIRECTION
070
AI~ 1[ftP
1?. 8C
V(A1H[~ COO£
~-~O"E1RIC P~ESSURE • 1019.0 ftB
01 ST LASl SIA '
20. 0~"
nc
U[~IHH
SE~ SI:!TE
UAU( DIRECTION •
~IHD
CLOUD TYPE
ClOUD AMOUNT
VISI~!LITT CODE •
OPSE~VATIOHS
SUA
2.0 20.90 35.46
3.0 20.90 35.46
4.0 20." 35.4£
5.0 20." l5. 46
6.0 20.91 35.46
7.0 20.91 35.46
I. 0 10.90 35. 4'
t.O 20.'10 35.46
10.0 10.90 35.45
11.0 20.90 3~.u
12.0 20.91 3~. 47
13.0 1o.n 35.49
14.0 70.96 J~.Sl
15.0 20.95 35.52
I 6. 0 20.98 35.55
11.0 11.0 I J~.~e
11.0 21.00 l5.5f
19.0 21.0 I 35.62
20.0 21.02 35.61
24.86
24.88
24.88
H.SI!
24.U
24.Bi
24 .8ij
24.88
JOB
JOB
JOB
JOB
lOB
lOB
JOB
308
24.H
309
JOB
lOi
307
305
24."
lO~
24.fl
101
H.t4
102
14. f5
301
100
24.87
24.88
24.U
24.U
14.97
24.91
299
02
5.27
II
02 '
AOU
5.06
-.21
P04
0.15
HOJ
00.0
51
01.1
21
31
SAL
u
49
21.0 21.02
21.02
B.O ?I. 02
~ 4.0 21.04
~5.0 ~1 .0 4
n.o 21.05
:'7.0 ? I. 06
2&.0 21.06
29 .o 21.00
30.0 20."
31 .0 ~0. 99
32.0 ~0. 95
33.0 If. 73
) 4 . 0 19.64
35.0 19.56
36.0 19.47
37.0 19.0
l&. 0 19.36
J9 .0 19.27
40.0 lt.19
41.0 19.15
12.0 lf.05
n.o
I SHIH
C~UI
35. 6l
35.63
35.63
35.H
35.68
35.72
n. 76
35.92
3~.87
35.90
15.94
36.06
36.35
36.36
36.34
36.35
36.ll
36.33
36.33
36.33
36.32
l6 . ll
24. VI
H.U
299
299
24.Vi
299
24.91
298
25.01
25.04
25.06
25. 11
25. 16
25. If
25. 2]
25.32
25.&1
25.90
25."
25.9 I
25.93
25.95
25.98
26.00
26.00
26.02
296
5£ Cl-0 4
LA! Jl 30. ON
291
291
287
2&2
279
2}6
267
215
212
211
20&
209
207
205
203
5.06
~.
04
- .0 2
0.15
00.1
01.0
4 . 40
5. 21
.a 1
0. 38
04. 6
Ol.O
IV/78
5.2 G~l COHSEC SIA
~Ol
201
SIA 02 4CU 17/
LONG 79 J8.0U
DEPtH =123"
U[ATHH DATA
ND sruo
• 22 hiS
UIND DIHCTION • 070
AIR HKP
• 19. 4C
UE•lHH COD[
I.<~O~El~lC HESSURE = I 018. 4 K8
ur
SVA
1.0
2. 0
3. 0
4.0
5. 0
6.0
7.0
22.&1
22.61
22.60
22.&1
l6. 40
36.40
36. 40
J&. 40
J&. 40
l6. 40
36.39
36. 40
36.40
36.40
3&. 40
36. 40
36.40
36.40
36.40
36. 40
]6.39
l6 .]9
36.39
J6. 37
J6 .]9
J6. 39
36. 39
25. 12
25. 12
25. 12
25. 12
22.61
25.12
22.&1
25. 12
22.61
25. 11
e. o 22.62
25. 11
9. 0 27.62
25. 11
10 . 0 ?2.62
25. 11
11 .o 22.6 2
25. 11
11.0 n.&2
25. II
ll.O 22.61
75.12
14.0 22.62
25. II
l l. 0 n.H
25. II
16.0 22.61
25. 12
I 7 .0 22.61
2~. II
I 9. 0 2?.60
2~. II
19.0 2?.H
25.12
20.0 21. 45
25. I I
21.0 22.41
25.17
12.0 22.16
25. 19
23.0 22 . 24
25.21
21.0 22.17 36.3~ 2~. 20
25.0 22.08 H.J4 25.24
h.O 21.98 36.37 2~.27
27.0 21.94 36.37 H.28
2E. 0 21.86 36.35 25.29
" . 0 21.U J6.Jl 25. 3l
30.0 11. ~ 1 36. 31 2~.36
31.0 21.33 36.]0 25.40
n. o 20.U 36.29 25.49
33.0 20.60 36.27 25.5 8
li.O 20 .lO ]6.30 25.61
35.0 20.04 H.JO 25.75
H.O 18.95 36.26 26.00
37.0 I 8. 50 36.27 a.1J
38.0 19.]4 36.26
lf.O 18.18 ]6. 21 26. 14
40.0 17.40 H.20 H. 30
4 1.0
17 · " H.H 26.ll
41.0 17.05 36.13 H.Ja
43.0 ". 40 36. 12 26. 46
H.O 16. II 16.12 24.51
45.0 16 .)1 36.11 ".54
46.0 16.25 l6 .09 26. ~4
47.0 1&.14 36.09 ".56
48,0 16.01 36.09 26.59
49 .o 15. 'l 30.09
50.0 15.80 34.08 260
"·"
"·"
285
285
285
285
295
O!Sl LAS! STA =
24
SEA STATE
UAV~ D1~£CT lOH •
CLOUD TIP[
CLOUD ArtOUHT
VlS18lLIT! CODE •
OBS[RVAIIOHS
02
o~·
5. 01
' . &9
AOU
-.13
P0 4
0.17
H03
00 .0
STATION
22. 'IK~
Sl
00.2
5 16
n
SAL
28
TCHP
II
2'i
Sl
tee
28~
296
286
286
286
296
296
296
296
286
286
l SI
21!!1
2se
287
286
295
284
281
290
271
278
275
271
270
270
266
263
259
251
242
2ll
226
202
190
187
189
174
171
161
157
15 4
1~2
152
149
146
145
II)
l.OI
4. 90
-. II
0.1}
00.0
oo .•
51.0
52.0
Sl.O
5 4 .0
55.0
56.0
57. 0
58.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66
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£7.0
68.0
49 . o
70.0
11.0
n.o
15.6 J
1). 52
15.50
15.66
15.5¥
15.55
15.50
15.47
1 ~.
4.
ll .H
1!. . .. 2
15.40
15.33
15.30
15.28
15.29
15.29
15.3 1
ll. 29
15.29
15.28
15.28
15.28
15.28
15. 28
30.06
]6.05
36.05
J6. 07
J6. 07
36.05
36.06
36.0 4
l6. 05
l6.0 4
J6. 0 4
36.0.
36.0 4
36 .0 ]
31.04
36.0 4
36.0 4
36.03
36.04
36. OJ
36.02
36. OJ
36. Ol
34. OJ
l6. 02
73.0
74.0
75.0
7£.0 15.~8 3&.04
]7. 0 15.29 36. Ol
71.0 15.27 36. 0]
}9. 0 15.22 36.0 I
a.u
26.67
26.68
26.66
26.67
2&. 67
140
a.1o
Ill
138
140
139
140
138
139
137
138
138
137
136
IH
I 35
135
Ill
136
Ill
134
116
116
136
136
137
26.72
26.71
26.71
,, . 11
116
ll6
IH
26 .69
26 .68
26 . &9
26.6'1
26. &9
26.69
26 . 71
24.71
26.72
26.72
26.72
26.71
24 . 72
26.71
26 . 70
26 .7 1
24.71
26.71
2'iQJ
26
Ill
211
]
50
80 00
81.0
81.0
8J.O
84.0
85 00
86.0
87.0
88 0 0
89 00
90 . 0
"0 0
92. 0
93.0
94 00
95.0
9&.0
f7.0
15.17
14 09l
1 4 097
I~. 01
II. 9&
14 0"
14 092
14.88
14 088
14 088
14.88
14 .88
14 088
14 088
14 088
14.87
14.88
14 088
14 087
" 087
14.86
14 . 86
14 087
n.o
99.0
100.0
I 01.0
102.0
J~.n
,..70
J~.n 26.7~
Ill
112
15.97 26.74
15.99 26.74
!5.97 26.74
lS.U 26.76
35 098 26.75
35.96 ~6 . 7S
15.96 26.75
3S.97 26.75
3S.96 24.75
15.97 26 .75
15 . 96 26.75
15.97 26.75
15. 9& 26.75
15.97 26.76
15.9& 26.75
]5.9& 26.75
26.75
]5.97 24 . 76
lS.U 24. 75
lS.U 24.75
35.94 26.75
Ill
1H
112
112
Ill
Ill
I 12
Ill
112
Ill
112
Ill
112
Ill
Ill
Ill
ll2
Ill
Ill
Ill
n.u
I SEL!H OWlS£ Cl-0 4
lAl ll 29.0H
IH
STA 025C
LOHG 79 lO.SU
3.15
5 066
2.11
0.93
15. 0
06.5
J.lf
5 . 67
2.28
0.88
1].0
01..6
17/
JU/l8
DEPTH =ll7K
DATA
U!Hn Sr£[D
18 ~IS
IHD DIR£Cli0N • 090
AIR ![~p
• I 9. 4C
[AIH[R COO[
~ARO~ETkiC PRESSURE ' I 017.7 Kli
..,
~IS!
GKT CONSEC 51 A
lASl SlA •
2~
U[A!H[~
O~SUVAT
1.0 21. 49
~.0 ~l. 50
2J. 52
2l.H
23.50
J.O
4 .0
s 00
6.0
7.0
8 00
9.0
I 0. 0
11.0
12 00
IJ.O
14 00
15.0
a.o
17.0
18.0
19 00
20.0
21.0
22.0
23.0
,. 00
25.0
26.0
27.0
28.0
29.0
Jo.o
)1.0
32.0
ll. 0
)4 00
35 00
36.0
17.0
J8.0
19.0
40 00
41.0
42.0
o.o
44 .0
45. 0
46.0
47.0
16.36
36.16
30.16
30.36
36.36
?3.49 36.36
2J. 46 J6 .37
23. 4l 36.39
2l. 41 ]6.17
?3.17 36.16
2].]6 36.37
23.17 36.16
23.2 8 16.39
23.2 4 36.38
23.21 36 .1 7
23.21 36.39
21.19 36.18
23. ll 36. 4 1
2l.ll 36.39
2l. II 3&.39
23.07 l6.H
23.0 4 36.40
23.05 34 . JV
22 097 16 0 41
22 085 36.42
22 069 36.42
22 04 1 16.41
22.J9 36. 4 1
22.38 l6 04 1
22.l6 ]6.41
22 028 34.42
22 0 14 36. 40
22 000 )6. 42
21 08 4 36.42
21.43 36.42
21.51 36.42
21. 48 l4. 41
21. u l4.J9
21. 41 36. 40
21.34 l& 042
21 .30 16.40
21 0 27 ]6.42
21 0 24 l4 04]
21.24 36.44
21.2 4 36.42
21.21 l6. 44
21 020 l6. 44
24.81
24.83
2 4 082
24 082
24.83
24. 8]
24.85
24.17
2 4 .84
24.87
24 088
24 087
24 0"
24 .97
2 4 .91
24.fl
24.tl
24.97
24 09&
2 4.9&
24.98
24.99
24.98
2~.02
15.06
25. II
25. 18
25 .I 9
25 0 19
25.19
2~. 21
25 025
25.10
25.15
25 041
25.41
25.44
25.43
25.45
25 0.,
25. 4i
25 051
25.52
25 051
25.52
25 054
25 . 54
SVA
312
311
l13
313
lll
113
02
5.13
SEA STATE
AU[ DIHCTIO H a
CLOUD TYPE
CLOUD AMOUNT
VTSI~llllT CODE •
I OHS
02 '
4.81
AOU
- . 12
P04
0 .I J
NOJ
00.0
299
29S
2?1
287
280
280
279
279
216
274
268
264
259
2S7
256
2~6
2S4
251
252
249
2 48
247
Ht
241
246
2H
!01611
22
2'1
26
2!1
SilL
211
31
32
3'1
]6
TEI1,.
II
1(
'2,
.1 1
S:l
51
00.5
IB.II
IU
'21111
1(11~
5 1511
lU
lll
109
liO
l09
]08
]10
lOS
305
lOS
]0]
lOl
299
301
100
299
298
ni'!TlON
12.0KI
3 1111
35:11
'1IJI
'1U
!>Ill
~.18
4.85
-.53
0.1]
00.0
02.3
48.0
49 00
50.0
51.0
53.0
21. II>
21.03
20.87
20.78
36.46
36.49
l6 0 48
36.47
20.~8 3&. 4:1
~4.0 20 0 49 36.46
55.0 20 0 42 l6 0 46
56.0 20 076 36.50
57.0 20 .13 34.4~
H.O 20.1 4 l6 0 46
59 .o 20.0] 36 . 48
60.0 20.0 I 36.42
61.0 "0 9 4 36.43
1.2 00 19 .8 4 ]6 04]
63.0 19 082 ]6 042
64.0 I L 75 l4 041
65.0 ".75 36 041
u.o 19.ll 34 . 44
67.0 "0 60 36.49
68.0
l4.45
69.0 t f.ll l6 0 42
10.0 19.\l l6.lf
71.0 I 8. 94 36.40
72.0 18 084 34 . 34
73.0 18.75 36.] 4
}4 00 18 064 H.Jl
75.0 11.0 1•.13
"·"
25. ~ ~
25.41
244
231
2~.66
23~
25.68
25.12
25 . 75
25.77
25.84
25 081
2) 085
25.U
25.85
25.88
25.90
75 0?0
25 0"
2S 091
25.9 4
24.0 I
21.02
26.0]
26.06
24. II
23]
".or
24. 12
H . II
76. It
210
227
22~
218
]21
218
2 14
218
215
21]
213
212
212
209
202
202
20 0
If&
193
195
ltl
191
116
3
51
71>.0
77.0
78 .0
".0
80.0
81.0
82.0
Bl.O
84.0
85.0
81>.0
87.0
88.0
89.0
90.0
91.0
92.0
93.0
94 .0
95.0
96.0
97.0
96 . o
99 .o
100.0
I 01.0
I 02.0
105.0
110.0
116. 0
120.0
18. JS
18.24
18 .12
18.09
18.03
18.00
17.98
\]."
17.94
17 .94
17.94
17.92
17.90
17.8J
17 .79
17.61
17. 6l
17.60
17.54
17.53
17.H
17.51
I SELIN
J&.ll
36.30
36.29
11.27
U.21
26.21
26.24
26.23
36.1& 26.24
J&. 26 11.24
36. 2& 26.25
36.26 26.25
36.25 26.25
36.25 26.25
ll. 26 26.26
36.28 26.28
36.29 26.29
l6.ll 26.31
H.ll 26.35
3&.34 26.39
36.34 26.10
36.32 26.lt
36 .JS 26.13
36.32 24.11
36.31 26.12
36.34 26.43
17.16 36.31 26.42
I 7. 42 l6. 33 26.44
17.38 36.31 26.11
17 .36 l6. J\ 26.41
17.31 36.31 26.15
16.90 3&. 26 26.51
36.17 26.51
1'- ~9 36.16 26. ~1
16.36 36. 15 26.56
.....
C~Ul
SE Cl-0 1
Ul )I 2?.5M
LO~G
114
181
181
182
lSI
181
180
180
180
180
179
1711
176
172
171
1&7
167
167
164
Ill
161
161
165
163
161
115 .0
130.0
IJS,O
141.0
146.0
150.0
155.0
160.0
IA5.0
170.0
176.0
180.0
185.0
190.0
195.0
200.0
20&.0
210.0
215.0
120.0
225.0
3. 91
SlA 026C
79 22.0U
1]/
5.39
IU/78
DEPTH • 460"
7.0
8.0
9.0
I0. 0
11.0
12.0
13.0
II. 0
15.0
16.0
17.0
II. 0
".o
20.0
21.0
22.0
23.0
24.0
25 .0
H.O
27.0
28.0
79.0
30.0
31.0
32.0
33.0
J4.0
15.0
I
s
25. 27 l6. 20
2~. 27 36 . 20
25.27 36.21
H.27 H.20
15 . 27 36.21
15. 21> 16.11
25.26 36.20
:~. 27 36.22
~L2' 36.20
15.19 l6 .19
25.18 )6.20
25.18 J&. 20
25.28 36.21
25.28 H.19
25.28 l6. 21
25.28 36.12
25.28 36.21
25.28 l6. 20
25.28 36.21
25.28 36.22
25.28 36.21
n.28 36.21
25.28 H. 20
25.28 36.20
15.28 36.21
25.28 36.20
~5.28 36.20
25.28 3&. 21
n .1 8 36.21
25.28 l6. 20
2S.28 36.21
2~. 28 36.20
15. 18 36.20
25. 29 l6. 22
O~SE~UA
D
21. 17
24.17
H.\8
21.17
24. 18
21.18
21.18
24, I 9
21. 18
21. I.
24. 17
21. 17
21.18
21. I.
21. 18
21. 19
21.16
24. 17
H.l8
21.19
21.11
21.11
2(.17
21.1 7
21.11
21.17
21.17
24. 18
21. 1i
2 4.17
21.18
21.17
21.17
21. 1'
SUA
375
375
lH
375
371
374
375
371
375
377
37.
376
375
377
375
371
375
376
375
375
375
37S
376
376
376
37,
376
376
376
376
376
377
377
375
02
5.12
I. 48
0.73
9.9 GHT
~151
10.5
14.72
1 4. 60
IC52
11.37
11.32
14.27
14.27
II. 22
11. 16
II. 06
14.02
ll. 73
13.65
1 J. ~~
13.37
13.21
12 .9 0
12.73
12.54
36.0&
l5. U
l5.U
35 . 92
35. 9l
H.H
26.72
21.76
26.7!
21>.80
142
ll7
Ill
Ill
12?
127
128
127
127
127
126
125
126
122
123
122
121
1s.n u.n
35.90 26.82
35.90 2&.83
J5. to 26.83
H.89 26 .II
35.89 26.85
3S. 87 26.81
35.85 26.85
35 .ll 26.89
35.79 21.88
35.78 26.89
35.74 26.90
l5.7l 21.91
35.61 21. tS
35.U 2Lfl
35.61 2&.98
J. 51
5.74
2.18
o. 93
16.9
07.4
l. 22
LU
2.74
1. 28
19.9
II . 4
lit
117
115
114
CO~SEC
LAST STA :
06.5
SIA
26
18.1~"
• 4
SEA STATE
UAV( DIRECTION E oso
CLOUD HP(
CLOUD AHOUMT
UJSa!llTT CODE :
.
2
1~.02
Ill
162
156
157
1 S6
152
UEAIHER DATA
UIHD SfEED
• 18 ~IS
UIHD Dl~ECTIOH • 090
AI~ HftP
18. 9C
U[~IHER CODE
S;.~o•U RIC PHSSUH < I 018.2 Hi
2.0
l.O
1.0
5.0
LO
':..:.a
'TilT ION
51611
22
2~
26C
16
211
3
'1:1
I IONS
0::! '
4.1>7
AOU
-. 15
P04
0.12
N03
00.0
51
01.1
lSI!
'illll
'tSII
!illII
J6.0
37.0
38.0
39.0
40.0
11.0
42.0
43.0
44.0
45.0
16.0
H.O
18.0
19.0
50.0
25.28
2s.a
25.21
25.29
25.28
25.28
25.28
25.28
25.28
25.28
25.28
15.28
1L28
25.28
25.27
H.20
36.20
34.20
3!.20
36.21
36.21
H.20
36.21
36.20
3L21
36.21
H.l9
36.21
36.20
21.17
21.17
24.17
21. 17
21. 18
24. 18
24.17
24.18
24.17
21.18
21 .18
11.16
21.11
21.17
H.22 24."
377
377
377
377
176
376
377
376
377
37,
376
371
376
377
]7,
5.06
I. 67
-. 39
0.12
00.0
00.8
52
21
28
373
5J.O 2'-85 34.31 2'-39
357
51.0 25.20 36.23
52.0 25.06 36.26
5~.0
5~.0
56.0
57.0
58.0
59 . 0
60.0
61.0
62.0
63.0
64.0
65.0
66.0
&7.0
68.0
69.0
70.0
71.0
72.0
lJ.O
74.0
75.0
76. 0
77.0
78 .0
79.0
80.0
81.0
82.0
83.0
84.0
85 .0
86.0
87.0
88.0
89.0
90.0
91 . 0
92.0
93.0
94 .0
95 . 0
96.0
97.0
tB .0
99.0
100.0
I 0 I. 0
102 .0
105.0
111.0
115.0
I 20.0
125.0
1J I . 0
21.72
21. 6~
24.32
24. II
23.92
2!.52
2!. 47
23.H
23.25
23. l 0
23.01
22.88
21.83
22.57
22. H
22.3 4
22.26
22.15
21.97
21.85
21.77
21.71
21.67
21.74
21.79
21.78
21.78
21.75
21.68
21.66
21.63
21.60
21. SJ
21. so
21 . 0
21 . 36
21.33
21.28
21.25
21.09
20.97
20.88
20."
20.67
20.60
20.56
20.52
20.49
20.42
19.99
If. ~6
19.29
19. 12
19.01
18.84
36.27
36.27
3&. J I
36.35
36.34
36.34
36.36
36.38
36.47
36.47
36.44
34.46
36.46
H.~B
34.41
36.47
36.~8
l6.H
36.H
36.48
H.~8
36.H
36.47
H.U
3&.47
36.47
36.47
36.47
36.49
36 . 48
36.47
36.47
36.47
16.U
36.47
36.~8
36.47
36.48
l6.H
36.51
H.52
36.48
36. ~J
36.49
36.49
36.48
36.47
36.47
34.49
36 . 49
36.0
36. ~ 2
36.41
36.40
36. ~0
2~.
2~.
21. JV
356
2~.u
3!,4
24. ss
24.64
342
lll
328
317
24.69
24.81
24.94
24.U
24.98
25. OJ
25.03
25.08
25.10
25."
25.23
25.25
25.28
25.32
25.17
25.39
25.41
25.44
25.44
25.42
25.40
25. ~0
25.40
25. 41
25.45
25.45
25.45
25.45
25.47
25. 49
25.50
25.53
2S.H
25.55
25.54
25. 6J
25.67
25.66
25.76
H.73
25.74
25.75
25.75
25.76
25.79
~5.90
26 .oo
26. 0~
26.08
24. 10
26. 14
I 36.0 18.59
141.0 II. Sl
14). 0 18.0
DI.O 18.34
I ~5. 0 II .22
160.0 17.94
165.0 17.74
170.0 17."
175.0 17.33
l 81.0 17.09
185.0 16.88
190.0 16.£0
195.0 16.19
200.0 l s .6 4
205.0 15.17
211.0 15 .00
216.0 14.56
220.0 14. ll
225.0 14.05
230.0 13.62
236.0 13.29
240.0 I 3. 14
24 5. 0 12.87
251 .0 12.51
2S6.0 12.17
200.0 12 .I 0
265.0 II."
271 .0 11.88
275.0 11.79
281.0 II. 73
285. 0 II. 90
290. 0 II. 91
295.0 II. 85
300.0 II. 80
305.0 II. 71
310.0 II. ~8
315.0 11.29
320 .0 II. 17
125.0 10.30
330.0 9.74
JJS .0 9.55
3 40.0 9.33
367
31~
312
300
296
296
291
28f
211
271
275
273
269
264
702
2&0
257
2:i8
260
261
261
261
2&0
257
257
257
256
254
2~<4
252
H9
249
2~7
HI
240
234
237
228
231
229
229
228
228
225
21 4
205
202
198
191
192
4. 72
5.20
.48
0.25
03.0
OJ.l
H.JB
H.l8
36.37
JLJ&
36.37
36.35
H.Jl
36.32
J& .32
36.30
36.26
36.24
36.20
36. II
36. OJ
35."
35.94
35.89
JS. 89
35.82
35.75
35.74
35.74
35.65
35.61
35.59
35.54
35.53
35.52
JS.SI
35.54
35.53
35.52
JS. S I
35.51
35.49
35.4£
35.45
JS. J I
35.21
35. 16
35. l 5
16.19
26.20
16.22
26.25
26.27
26 .JJ
26.H
26.39
118
111
18)
IBJ
180
17S
172
170
21.H
1&~
2£.50
26.52
26.57
26.63
26.69
1&0
lSI
153
147
142
137
137
Ill
I 30
125
121
120
118
II 3
Ill
Ill
109
Ill
110
lot
109
H.H
26.74
26.80
26.82
26.87
26.91
26.92
26.95
27.00
27.00
27.00
27.04
27.02
27.03
27.04
27 .0~
27.04
27.03
27. OJ
27. OJ
27.05
27 . 08
27.09
27 . 11
27.1 s
27.11
27. 17
27.19
J. 07
s. 86
2.79
I. 0 4
16.9
07.4
2.88
6. 40
1 . 52
I. 70
26. -4
17.9
110
111
Ill
Ill
109
106
105
10 4
99
97
H
'~
53
lSEl I•
C~UlSE
CI -0 4
LA I 30
4 ~.8N
l 0N6 79 • 2. OW
~l
51A 033C
17/
DEPTH
AI HH DA lA
UIHD SPUD
• 19 k TS
UIHD DI~ECTION • 130
AIR I£~P
• n.ac
U(AIH(R COD[
8ARO~£TRIC PRESSURE ' I 018.3
4.0
5.0
6.0
7.0
1.0
I.0
I 0. 0
II. 0
12.0
13.0
14.0
15.0
I 6. 0
I}
.o
18.0
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
21.0
lO .0
31.0
32.0
33.0
34.0
35.0
l6 .0
37.0
38.0
J9. 0
40.0
41.0
42.0
43.0
T
25.44
25.41
25.44
25.41
n.45
n.45
25. 45
25.45
25. 45
25.45
25.45
25.45
25.45
25.45
25.45
25. 4 ~
25. 45
25.45
2~.-45
25. 45
25. 45
25.45
25.45
?5. 44
n.H
25.41
2~. 41
25.44
25. 45
25. 45
25. 45
25.44
25. 41
25.41
2~ .. ••
25. 41
25. 4l
25.41
25.35
25.34
44 .o 25.17
45.0 24.78
46.0 24.70
47.0 H.lf
48.0 24.42
49 .o 24.24
50.0 24 .II
51.0 23.69
52.0 2).58
53.0 23.24
~4.0 23.07
55.0 22.t7
56.0 22.83
57.0 22.78
H.O 22.72
59.0 22.63
60.0 22.H
61.0 22.62
62 .0 22.24
U.O 22.18
H.O 22.13
45.0 22.11
u.o 22.04
47.0 22.00
41.0 21.92
H.O 21.91
70.0 21.]}
71.0 21.71
71.0 21.75
73.0 21.&6
74.0 21.47
75.0 21.56
s
3&.18
36.18
36.18
34."
36.18
36.18
36.18
36.18
36. I 8
36. I I
36.19
3&.19
36.19
36.17
36.1 I
36.19
36.18
36.19
36. 18
36. 18
36. 19
3L20
36.18
36.22
36.21
H. If
l6. 21
3L22
36.21
3&. 18
3&.19
36.19
H. 20
36.20
36.20
36.21
36.19
36.20
J6. 20
l6.19
36.24
36. 24
J6. 25
36.25
36.28
36.34
36.35
J6. 37
36.38
36.43
21.11
24.11
24.11
24.11
24.10
24 .I 0
24. I 0
24.10
24.10
24 .II
24. II
24.11
24. II
24 .I 0
21.11
24 .II
21.10
24. II
24.10
21.10
24.11
24. 12
24.10
24. 14
24.13
24.11
24. I]
24. 14
24. 13
24.10
24. II
H.ll
24.12
24.12
24. 12
24. ll
21.12
24. 11
24. I~
24.14
24.21
24.JS
24.39
24. 48
24.49
24.5,
24.H
24.78
24.82
24.U
25.02
25.06
25. II
25. 12
25. 17
25.25
25.25
25.29
25.37
25.34
25.35
25.36
25.37
n.4o
25. 4l
25.41
25.44
36.45
36.H
3&.47
l6.47
3&.51
36.59
3&.59
l&.&J
36.60
H.H
H.53
36.H
36.52
36.54
36.55
16.52
14.51
36.49 25.42
34.51 25.41
36.51 25 .47
36.49 25.45
36.51 2~.50
SVA
382
382
382
381
IY/78 23.0 G"l CONS[[ STA
•:>2~"
"I
275
271
263
767
265
245
264
241
258
260
257
259
257
254
254
252
22
26
2'i
211
l
T(IIP
5:1
Ill
AOU
P04
H03
Sl
IU
281
5.09
4.66
-.4l
0.14
00.2
0 I .I
2Q
I
llll
35:1
'i.l!l
'iS II
Ull
2U
274
'illill
• 4
SEA STAlE
UAV[ DIRECTION • VA~ I ABLE
CLOUD UPE
CLOUD AMUNT
VISIBILITY CODE •
382
lB2
382
382
381
382
382
382
383
382
382
382
382
383
383
382
381
383
380
380
382
380
380
381
383
382
382
381
381
381
]81
382
181
379
37?
371
360
357
341
346
ll7
3JJ
lit
316
302
291
288
217
283
Jl(
STilT I ON
n.IK"
SAL
OBSERVATIONS
02'
02
382
0151 lASl STA •
Jl
4.94
4 .as
-.09
0.12
00.1
01.3
70.0 21.50
n.o 21.32
78.0 21.34
71.0 21.24
80.0 21.23
II. 0 21. 13
12.0 21.08
ll.O 21.03
14.0 20.92
8LO 20.93
u.o 20.89
17.0 20.85
n.o 20.85
19 .o 20.81
10.0 20.49
11.0 20.60
'2.0 20.~9
u.o 20.~8
, .. o 20.58
95.0 20.57
u.o 20.44
t7. 0 20.40
n.o 20.31
H.O 20. 18
100.0 20. ll
1 01.0 20. II
102.0 20.08
10~.0 19.82
II 0.0 19.H
116.0 19.4B
120.0 " . 37
25.0 19.26
31.0 ".01
35.0 18.88
40.0 18.83
45.0 II. 79
50.0 18.65
56.0 18. J9
60.0 18.]4
65.0 18. 32
70.0 11.21
75.0 11.26
13.0 11.19
36. 49 25.50
H.U n.ss
36.49
36.49
36.49
l6. 50
36.48
36.47
36.47
36.47
36.45
36.47
36.47
25.54
25.H
25.57
n.41
25.61
25.61
n.44
25.64
25.64
25.66
25."
36.46 25.66
36.45 25.69
36.46 25.72
36.H 2~.72
36.45 25.72
36.45 25.72
34.44 25.71
l6.H 25.77
36.47 25.71
36.50 25.83
36.50 25.87
34.48 25.86
36.47 25.86
36.47 25.87
36.45 25.12
3LH 25. V7
36.44 2&.00
36.43 26.01
l&.H 26.05
l6. 40 2£.10
36.39 26. 12
36.42 26.16
36.41 26.16
36.41 26.20
36.38 26.24
36.38 26.25
34.38 26.26
34.31 2L26
34.38 26.27
36.38 24.29
2~2
247
2 48
245
245
241
242
2 41
2l8
239
231
237
237
236
234
231
231
231
231
2J2
227
225
221
218
218
218
217
212
208
205
203
200
197
194
01
5. 11
.10
0.15
00.2
00.5
4.96
5. 30
.H
0.15
00.1
Ol. 3
~.
lfl
191
188
184
183
183
182
181
180
54
ISELIW CRUISE Cl-04
LAI JO 49.lW
S1A OJ4C
LOMC 79 S4. 4U
18/
DEPTH •280"
U[AIH[k DATA
UIWD SP[[D
• 17 ~TS
UIND OIHCIION • 140
A1~ I ENP
• 21. r c
U[AlH ( R COD(
URO"ETRIC PRESSURE • 1018.9
s
l.O
4 .0
s.o
'. 0
1.0
8.0
9.0
10.0
11.0
12.0
ll.O
14.0
I 5.0
".0
17.0
I 8.0
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
J2. 0
ll.O
)4.0
n.o
36.0
37.0
38.0
39.0
40.0
41.0
42.0
43.0
44 . o
45.0
u.o
47.0
48 .0
., .o
50.0
51.0
52.0
53.0
H.O
55.0
56.0
57.0
58.0
59.0
60.0
61.0
42 .o
63.0
H.O
65.0
66.0
67 . 0
61.0
49.0
70.0
71.0
72.0
73.0
74.0
75 . 0
I
22.67 3L41
3£.40
22.47 36.40
22. ~a 31.42
n.s. 34.40
22.58 16.40
22.5& )6.41
22.53 H.41
22.49 36.41
?2.42 3L42
22. 42 3&.40
?2. 41 30.39
22. 41 3&. 40
22.41 JL 40
22. 40 30.40
22.40 3L 40
22.3& J& .4 I
22.13 36.12
22.24 3&.43
22.20 3&.12
22.19 3&.40
22.19 36.41
22.18 H.41
22.18 36.40
22. 18 36. 41
22. I 8 J&. 40
22. 18 3&.40
22. I 8 l&. 40
22. I 7 )6.40
22. 15 l6.Jf
22. I 0 l6. 41
22.08 36. 40
21.07 34.41
22.05 36.42
21." 36.42
21. B9 3&.43
21 .88 36.41
21.88 36.41
21.83 36.42
21.15 36.40
21 .IS 36 . 31
21 .14 U.Jf
21.13 lL 41
21.78 36.41
21.74 34.41
21.71 36.41
21.H 3&. 40
21.60 H.40
71.55 36.40
21.41 36.39
21 .43 36.lt
21.37 36.40
21.2] 3&. 40
21.19 36.40
21.15 34.lt
21. 12 36.38
20." 36.41
20.90 3&.39
20.78 36.40
20.59 3&.44
20. 4l 34.42
20.09 36.44
20 .02 36.38
19.87 36.)9
19.83 3&.38
19.75 3&.38
19.70 36 .3 8
19.57 36.37
)6. 40
19.25 36.39
".17 l6. 37
".12 36. Jl
11 . " 1&.42
22."
"·"
D
2~. 11
25.09
25. I 0
25. 14
n.11
25. I 2
25. I 4
25.15
25.16
25.19
25.17
25.17
25.17
25.17
25.18
25.18
25.19
2~.21
25.24
25.25
25.24
25.24
25.25
25.24
25 . 25
25. 24
25.24
2~.24
25.24
2~.24
25.27
25.27
2~. 28
25.29
2~. 31
25.34
1~.33
2~.
3l
25.35
25.ll
25.32
25.33
25.34
25.36
25.17
25.11
25.38
25.40
25.42
25.43
25.44
25.47
25. ~0
25.52
25.52
2~. 52
25.59
25.59
25.63
25.71
25.74
25.84
2~.82
25 . 86
25.17
25.89
25.90
25 .93
2~. 97
26.03
26.01
26.05
2&. 12
1V//8
265
HI
267
265
264
263
262
261
260
259
251
256
25 4
250
249
249
149
243
243
239
231
228
211
221
21&
214
214
213
211
206
20 I
20 I
199
192
CO~SEC
UISI LAS! Sl A
=
S lA
H
21
.OK~
5TIIT1DII
2'f
3'1(
26
28
38
5fll
"I
OBSERVATIONS
SVA
02
0:! '
28&
288
287
283
284
285
283
28l 5.22 4.89
282
279
281
281
280
280
280
280
278
277
274
273
275
274
274
275
274
275
275
275
274
275
272
272
271
270
248
204
2U
26S
2U
1.7 GMT
SEA SIAl(
UAVE DIRECTION •
CLOUD TYPE
CLOUD AMOUNT
VISIBIUTr CODE •
TCI~P
S'll
AOU
f'04
HOJ
Sl
I Ill
ls.tl
-.3 3
0.15
00.0
00.0
21!1
2U
H.O
}} .0
78 . o
7'1.0
80.0
81.0
82.0
8). 0
84.0
85.0
u.o
87.0
81.0
19.0
90.0
". 0
92.0
n.o
94.0
95.0
u.o
97.0
ti.O
ff.O
100.0
I 01.0
102.0
I OS. 0
II 0.0
115.0
120.0
I 25.0
I 30.0
1]6 .0
I 40.0
145.0
1~0.0
156.0
160.0
IU.O
170.0
I 76.0
I 80.0
185.0
195.0
18.8£
IB.H
11.47
11. &l
18. 41
I 8. l4
18. IS
18."
18.03
18.00
17."
17.94
17.95
17.72
17.39
17. 14
" . 90
16 .so
16.75
16.62
16.55
16.48
16.37
I 6.25
ILlS
16.17
I 6.11
15.78
15.27
14.84
14.24
13.47
12.96
12.61
12.26
12.01
II. 71
II. 53
II .39
11.11
11.01
10.71
10.61
10.41
10.29
l6. 41
l6 .37
3&.37
36.38
36.37
36.31
36.31
36.31
36.31
36.31
36.30
36.31
36.27
36.40
36.43
H.H
36.29
3L 24
)6. 21
36.22
3&.18
36."
lL 16
34.16
36.15
H.l2
36.11
l6.09
34.00
36.00
35.81
15.77
35.61
35.65
H."
35.57
35.54
35.47
35.41
35.41
35.37
35.37
35.33
15.31
35.27
26 . I 4
2L I l
2&. 16
2&. 18
26. 2l
2&. 20
26.25
2&.24
21.. 28
26.28
24.28
H.JO
26.2&
26.42
26.52
26.)2
26.54
26.51
26. 5I
26.55
24.53
26.54
2&.H
26.59
26.60
26.58
26.58
26.64
26.49
26.79
26.82
26.90
26.94
26.98
27.02
27.04
27.07
27.0~
27.09
27.09
27.07
27. 12
27. I 0
27. 13
27 . 12
190
192
189
187
182
185
I 81
181
178
177
178
IH
179
164
4. 53
5.25
.72
0. 48
04.8
01.2
4.47
5. 52
.85
0.92
12.2
06.&
2.9]
'. 26
3. 33
I. 63
24.0
16.3
l:i4
154
153
ISS
154
152
151
153
15 I
148
141
149
IH
Ill
139
130
126
119
116
Ill
I 08
106
103
105
102
102
IOJ
n
,.
101
"
55
IS£l!H CRUISE Cl-0~
STA OJ~X
lONG 79 59.4U
lAI ]0 52.0N
18/
3.6 GHI CO~SEC SIA
IV/78
~IS! lAST STA •
DEPTH •117K
J5
IOTATI 011
,,IKII
2
U[AIHH DAU
VI D SPUD
• 20 KlS
VIND DIR£CTJON • 140
AIR lEKP
• 21.1C
IAROKEIRIC PRESSURE • 1018.9
SUA
0.0
1.0
17 . 0
19.0
20.0
21.0
22.0
25.0
26.0
28.0
29.0
]0.0
]5.0
19.0
SilL
SEA STATE
UAV( DIRECTION •
CLOUD TTPE
CL DUD AIIOUHT
VIS181LITY CODE •
V[ATHER CODE
Kl
OBSERVATIONS
02
02 '
AOU
P04
NOJ
Sl
22.50
22.10
22.00
21.50
21 .00
20.50
20.00
" . 50
".00
18.50
18.00
17.50
17.00
I 6. 50
16.00
15.50
15.00
I •• 90
IL70
u.o
".0
72.0
75.0
117.0
Ill
ISEliN CRUISE CJ-04
LA T JO 52. 7N
STA OJ6C
lONG 80
1. ?U
18/
DEPTH
IV/79
~
~511
4.0 Gill CONS£( !olA
I•IST LAST S TA •
l6
l. IKK
[AIH[~
DATA
UIND SPEED
• 2o ns
UI HD DIRECTION • 140
AIR ![liP
• 21.1C
[ATHER CODE
IA~OIIEIRIC PRESSUR[ • 1 o1 a. 9 118
z
I
9.0
I 0. 0
II. 0
12.0
IJ.O
14.0
15.0
u.o
17.0
18.0
19.0
20.0
21 .0
22.0
23.0
24.0
21.93
21. ,.
21. ,.
21.94
21.92
21.81
21.U
21.U
21.68
21. U
21.25
20.25
19.91
19.)1
18.70
18. JO
18 . 09
17.11
17.12
17.08
17.01
I 6 . 94
16.8f
16.82
u.n
16.74
u.72
ILU
25.0
26.0
27.0
28.0
29.0
]0. 0
JI.O
12.0
ll. 0 " . 15
H.O I I . "
H.O I I. 60
)1.0 II. 55
J7 .0 1L5l
18.0 16 .JO
H . o 16.)1
40.0 16. ~5
41.0 11.17
42.0 1&.17
11.41 n.12
]6.lt 25 . 30
36.42 25.32
H.U 25.33
H. ~2 2S.ll
36.0 25. J~
36.4] 25. ]5
36.43 25 .Jl
]6. 44 25.41
]6 .46 2~.H
14.50 25.57
36.~4 25.88
36.48 25. t?
ll.50 26.09
] I . 50 26.25
36.50 26. J5
26. ]7
H.
•s
36.46 H.H
36.32 26.~1
]6.29 16.49
)6.26 21.49
36.21 26.50
J&.H 26.50
36.22 26.50
H. 20 21.50
36.19 21.50
l6 .19 26.50
H.IB 26.50
34. I B 21.51
11.17 26.51
l6. 17 26.52
36.18 26.5]
H. II 21.52
36.14 26.H
l6 .14 21.~1
li.IS
l6 .14
SEA STATE
UAVE PIHCTIOH •
ClOUD TrPE
Cl DUD AIIOUH 1
VISIBILITY CODE •
IOTI'ITIOII
]6(
Sl6
22
2'1
26
2B
ll
SilL
28
311
32
]'f
]6
HIIP
Ill
IS
2
2S
l
OBSE~VAliOHS
s
D
J. 0 21.93 36.40 2~. J I
• • 0 21.?3 l6. •1 2~.12
5. 0
6.0
7.0
8.0
lS:X
2'1
24.~8
Jl. Of 26.
26. '~5'
SVA
267
266
266
268
2U
265
265
114
263
263
02
02'
5.27
4. , •
AOU
PO•
NOJ
-.33
o.,.
00.0
51
Ill
00.0
311
2~8
250
242
21 J
209
193
178
168
167
160
·~ ..
155
156
154
155
154
155
155
154
155
154
154
15]
151
I Sl
149
IH
147
IU
150
5.2~
4. 98
-.27
0. 1 ~
00.0
00.0
u
T E~P
] . 80
~
....
1 .11
0.77
11.6
51611
SAl.
05.9
4].0 16.17 l6. II
44 .o
ll.l 0
·~ . 0 16.15 ll . 1 1
•6.0 16. I~ li.l1
41.0 16.14 l£.09
48.0 16.14 )6. II
49 .o 16.14 36. I 0
50.0 11.15 l6. Of
~I . 0 11.14 H.IO
54.0 " . 14 ]I. 09
"·"
26.57
26.51
26.57
16.57
26.51
16.51
24.57
26. ~~
26.57
26.51
148
14f
I ~I
148
14f
HI
IH
150
14f
150
].15
5.52
1.87
0.73
11.6
06.0
56
ISELIN
C~U I SE CI·O~
LAI JO
H.U
STA 037C
LONG 10
1.0U
18/
~.1
IV/78
DEPTH • 4 1"
DATA
Ul ND SfE£D
• 18 KIS
UIHD DIHCIIOM • 140
AIR 1(ftP
• 21. 1
U[A1HER CODE
8~~D"E1RIC PRESSURE • I 017.0
Gftl COIISEC
su
DIST LAST STA •
37
5TI'IT1011
9. 911"
U[~1H(R
SEA SlATE
1/AY£ DIRECIIOH •
CLOUD 1TPE
CLOUD AftOUH I
VISIRILIIT COD£ •
c
z
2.0
l.O
4.0
~.0
6.0
7.0
8 .0
9.0
I 0. 0
11.0
I 2. 0
ll.O
1!.0
15.0
16.0
17.0
18.0
19.0
20.0
21.0
22.0
13.0
2 4 .0
2~.0
a .o
27.0
28.0
29.0
10.0
31.0
32.0
ll.o
34.0
35.0
36.0
]} .0
lB.O
J9 .0
I
2?.09
22.09
22. o9
22.01
72.09
22.09
22.09
12.09
22.08
22.08
~2. 09
22.08
22.09
22.09
22.09
22.08
22.08
22.07
22.06
22,07
~2. 00
21.90
21 .09
20.64
20.14
D
36.42 25.21
16.42 2~. 21
16.42 2S.21
16.42 25.21
H.42 25.21
l6.42 15.21
H.41 25.21
l6. 42 15.28
36.•2 25.28
36.42 2~.28
H . 41 25.27
36.41 25.27
16.42 25.28
36.42 25.21
36.42 25.21
36.41 2~. 29
16.43 25.29
36. 4l 25.29
36.44 25.10
36.44 25 . 30
36.44 25.12
H.U 25.35
36.49 25."
36 . 51 25.76
H.48 2S.U
lt.J2 36.45 2s.n
"-32 36.47 26.07
18.69 36.46 2L22
18.52 14.40 2&.22
11.23 36.12 26.23
18.23 36.31 26.23
18.17 34 . 30 26.23
18.15 36.29 2&. 23
18.14 36.29 26.23
11.14 J&. 29 26.23
18.14 16.29 26. 2l
18.14 36. JO 26.24
I 8.14 36.29 26.23
I SELIN CRUISE Cl-04
~6.0~
LA! 30
"'
2B
l
31
:n
3'1
lii
IE
2
zs;
l
AOU
- . 27
P04
0.16
HOl
00.0
Sl
00.5
Jl
T(HP
SAL
u
- .27
0.12
oo.o
00.1
.88
0. 42
05.8
01.8
239
224
215
107
1U
181
111
180
181
110
180
110
180
180
180
180
4.42
SlA 038X
LONG 80 ll.4U
181
5.30
IV/78
DEPTH • 39ft
DATA
UIU SPUD
• 18 HTS
UIU DI~£CIION • 140
AIR Hft'
• 21.1C
U[AIH[R CDO[
U~O~[I~lt PkESSURE • I 017.0
SYA
21.10
21.70
21.70
21 .so
21.00
20.50
20.20
20.20
26
II
085£RVAIIOIIS
SVA
02
02'
270 5. 20 4. fl
270
270
270
270
270
211
270
270
270
271
271
270
270
270
269
269
269
268
268
267
264 5.22 4 .9~
5.9 GftT CONSEC STA
~lSI
LAST STA •
38
10.~K"
STATION
lBX
Slli
SAL
U[AIH[~
o.o
1.0
".0
11.0
24.0
2S.O
29.0
H.O
:nc
2'i
SEA STATE
UAV[ DlnCllOH •
CLOUD TrPE
"'
OPSHIIA T I OHS
02
02 '
CLOUD A~O UNT
VISIBILITT CODE •
II
AOU
P04
HOJ
Sl
31
..
T(ltP
57
I SELIN CRUISE Cl-04
LAI 30
)]
·'"
18/
STA 039C
20.0~
LOHG 80
V(AIH(R DAtA
UIND SP([D
• 11 KTS
UIHD DIRECTION • 160
AIR l["p
• 21.1 c
U(ATHER COO(
8ARO"ETRIC PRESSURE •
101 " '
2.0
3.0
4.0
5.0
6 .0
7.0
8.0
9.0
I 0. 0
11.0
12.0
13.0
14.0
15.0
16 . 0
17.0
I 8. 0
19.0
10.0
21.0
n.o
1
21.U
21.1 ~
21.15
21.15
21. 15
21. 15
21.15
21.15
2 I. I 5
21. I 5
2 I. I 4
21.13
21. 13
21.12
21.12
21. I I
2 I. 07
21.01
20.96
20.17
20.11
20.68
20.66
20.65
20.63
20 . 6l
23.0
24.0
25.0
26.0
27 . 0
18.0 ~0.6]
29.0 20.42
30.0 20.62
31.0 20.62
J~.o 10.62
33.0 20.62
)4. 0 20.62
lS.O 20.62
l6 .,0 20.U
s
b
2~."
36.38
36. ]9
36.11
16. ]9
l6. 40
36.40
36.40
25.52
a.51
25.52
25.53
25.53
25.53
25.52
25.53
25.53
2~. 52
36.39
36.40
36.40
l6.lf
36.39
3&.38
H.lf
36.38
36.37
16.38
16.38
J6.H
36. ]9
]6.40
36.37
J6 .36
36.36
36.36
36.37
16.37
36.H
36.36
16.36
36.37
l6 . 37
36.37
36.36
36.36
2~.52
25.52
25.53
25.52
25.53
25.51
25.51
25.57
2~. 60
25. 65
25.63
25.U
25.U
25.64
25.65
2s.n
25.64
25.64
2).64
25.65
25.15
25.15
25.64
25.64
ISEllll CRUIS( Cl-04
l AI 3 I
2. ON
LONG 10
IV/71
DEPTH • 39"
SVA
248
".
~.01
T
20.92
20. f2
20.92
20.92
20.92
20.92
20.U
20. 9J
20.94
20.95
20.95
20."
20.90
20 . 19
20 . 17
20.85
20.14
20.79
20.U
s
35.90
35.f0
35.90
35.91
n. to
35."
35.92
35.f2
35.f4
Ji.OI
36.10
16. ll
l6 .1l
36. ll
36. ll
36.15
36.14
36.15
l6. 15
lt
10.9K"
liTIITION
3!1(
101
22
2'1
211
21
]
IOIIL
28
•
]2
:J'i
lfi
211
:n
]
15
T(IO"
II
ADU
-.15
P04
0.18
N03
00.0
Sl
00.4
21
241
247
246
246
311
2U
247
247
247
247
247
241
247
51 ill
...
5RL
TOIP
247
246
246
246
2U
2 40
236
237
217
237
237
236
236
236
.. 95
5.06
.11
0.18
00.2
01.8
4.97
5. 06
.09
0.18
00.3
02.2
18/
IV/78
236
236
2H
236
2H
237
237
STA 040C
]0.5~
DEPTH • 34"
l. 8 G"T CONSEC STA
Dl ST lASl STA •
40
18.61: "
SEA SlATE
UAVE DI~ECIIOH •
CLOUD lTFE
CLOUD A"OUHT
UISIBILITT CODE •
I["'
l
•
241
UEA 1 HH OA lA
UINO SPEED
• II MIS
UINO DI~ECTION • 110
• 21 .It
~ IR
UEAIH[R CODE
lA~OftET~IC ,RESSUR£ • 1016.4
2.0
3.0
4.0
5.0
6.0
7.0
1.0
f.O
10.0
II .o
12.0
IJ.O
14.0
15.0
".0
17.0
II . 0
It .o
20.0
51~
SEA STATE
UAVE DIR£CTION •
CLOUD TYPE
Cl DUD A"OUNT
VISIIILITT CODE •
OBSERVATIONS
02
02 '
).14
6. ~ G"l CONSEC STA
0151 lAST
".
'TilT IIJH
"~•<
Slli
22
2'1
215
211
]
SilL
28
la
:n
]If
ll
T£1'1,.
••
IS
:zs
ll
2.
I.
OBS(RVA 11 OHS
D
25.21
25.21
25.21
25.22
25.21
25.22
25.22
25.22
25.21
2~.21
25.35
25.Jt
25.39
25.Jt
25. 40
25.42
25.41
25. 4l
25.41
SVA
276
276
276
276
277
276
275
275
274
270
a3
260
260
259
259
257
251
256
251
02
5.D6
02'
~.05
AOU
-.01
ro4
0.15
N03
00.0
51
01.0
2.
51 fill
...
TEIIP
511..
58
21.0 20.~6 l6.1~ 1~. 50
22.0 20.~2 36.11 2~. 41
21.0 20. ~0 l6 .II 25.41
24.0 20.50 36. I 0 25.47
2~.0 20.~0 H.IO 25.47
2£.0 20.U l6.12 25 .so
21.0 20.41 H. II 2~.49
28.0 20. 41 ]6.1 0 25.41
29.0 20.47 36.10 25.48
]0.0 20.47 l& .II 25.49
li.O 20.47 J£.10 25.48
ISHIH CRUISE CI-04
&.or
lAI ]I
2~0
2H
2~1
252
252
2~0
2~\
251
251
251
Ul
4.95
SU 041CU IBI
LONG 10 42 . 0U
s.ot
.14
IV/78
9.3 G"l COHS[C
DEPTH • loll
.
[AIH[R DAa
UIMD SPHO
13 HS
UIHD DIHCTIOH • 1110
• 20. oc
AIR IEftP
UH I HE£ CODE
IARDftEIRIC PR£SSURE • I 017.0
".0
10.0
21.0
22.0
23.0
D
20.~] ]~.30 24.16
2 0.5] ]5.]0 24.U
2 0.~]
l~.JO
24.U
20. ~J ]5.30 24.84
20 .54 35.]0 24.U
20. S4 l5.2t 24.85
20 .~] ]5.29 24.U
20.52 ]5.29 24.85
20 .50 ]5.29 24.U
2 0.49 J5.2f 24.84
20. U 35.27 24.85
20. 40 35.25 24.86
20.ll 35.27 24. Bf
20 .25 l5.2S 24.90
20. 15 3S. 2B 24.94
20.0 4 15. 2S 24. fS
19.76 n.H n.11
19. 7J l5.4S 25. 1a
lf.72 lS.45 2S. I I
" . 71 35.46 25.20
19.71 35.~6 25.20
11.71 J~.·U n.2o
11.71 JS.H 25.20
11.71 lS.H 25. I I
I SELl~ CRUISE Cl-04
lAl ]I IO.U
00.0
DIS! LAST SU •
01.1
su
41
19.n"
SEA SlAT[
UAV£ ~IRECIION •
SVA
310
JIO
310
]10
JIO
J II
]II
310
JIO
]I 0
ll 0
JIO
307
307
107
JO I
281
219
!OTIITIDII
'IIQJ
:IJI
211
51~
21
2'1
2lii
SilL
21
311
l2
PI
lfi
T["P
'"
II
2111
21
l!l
CLOUD ITPE
ClOUD AftOUHI
YISIIIliTY COD( •
u
II
OISERVATIOHS
s
0.0
1.0
2.0
J.O
4.0
5.0
6.0
7.0
8.0
9.0
I 0. 0
11.0
12.0
IJ.O
14.0
IS. 0
1&.0
17.0
18.0
0.14
02
02'
AOU
P04
NOJ
Sl
5.1&
5.10
-.06
0.1&
00.0
00.6
5IIL
T[MP'
lii&M
3B
..
5:1
219
218
278
218
5.01
218
S.l&
• 17
0.18
00.1
01.6
219
STA OUC
LONG 80 SI.OU
18/
DE P TH '
IV/78 10.7
18"
G~l
CON~EC
PIS I lAST SU •
STA
20 . 4Xft
UfliHE~
DAIA
Uln SPEED
• IS ~IS
UIHD DIHCIION • 180
AU lE"P
• 20.0C
UEATHH COD(
IAtOftfiRIC PRESSURE • 1016 .0 Kl
5TIITIOII
42
• l
SEA SlATE
UAUE OI~[CIIOH • 160
ClOUD HPE
CLOUD MOUNT
I/ISI8lll11 CODE •
'I:K
516
22
2'1
2&
211
ll
IOIIL
21
ll
J2
J'l
35
IE
1
2S
J
T[ ....
II
OBSERVATIONS
2. 0
u.ss
'
0
ll. 41
34.42
34.40
34.41
34.40
lL41
34.41
34.41
l4 .43
24.70
24.70
SIIA
325
l2S
l2S
]24
24.U
l2'
]4.41 24.69
l.D II.SS ]4.41 24.U
I. 0 II. 54
5 .0 11.54
'. 0 11.53
7. 0 11.52
1. 0 11.52
'. 0 11.52
I 0. 0 II. 52
11.0 II. 52
12.0 II.SI
1].0 II.SI
14.0 II.SI
! ~. 0 II. 5 I
I & • 0 II. S I
17 . 0 I i. S I
II. 0 II. S I
24.70
l2S
24.69
326
125
24.70
24.70
2t. 70
]4.4] 24.72
323
lll
J2J
lll
24.72
S.JO
S.l2
AOU
.02
POl
0.20
NOl
00.0
Sl
02.2
51511
ll
HS
l2l
]4 .I]
02'
325
24.12
34.43 24.72
34. 4J 24.72
34. 4] 24.72
34.4) 24.72
02
l2l
l2l
s.a
~.ll
.07
0.13
00.1
01 .7
T[""
Sll.
59
I S[llH CRUISE Cl-04
LAI ll I S.OM
18/
Sl• OHC
4l
~ Til T
8. ov
LOMG 81
IV/78 12.2 Ghl COHS£C SIA
D£PIIf • 1211
DlSI LAST STA •
V£A !HER DATA
0
WIND SP[[D
I l KTS
UIKD DIHCTION • 180
AIR HftP
• 19. 4(
U[AIH[R CODE
lA~ OII [ !RIC PRESSURE • I 016.0
• 3
UAVE DI~CCI ION • 160
CLOUD TTPE
CLOUD MOUNT
VISIFILilT CODE •
SEA 51 ATE
"I
OPSE~YAIIONS
1
l
2.0 19 . 27
3.0 IL 27
4 . 0 19.19
5 .0 ". 29
6.0 ". 29
7.0 "·''
8.0 19.25
9.0 1L16
I 0.0 19.01
s
31.98
32.DD
32.17
32.30
l2 .JJ
J2.l6
32.39
12.51
l2.&2
D
22.U
22. &8
22.80
22.90
22.V2
22.95
22.98
21.09
23.22
!S(LJN UUISE Cl-04
LA! JO V.O~
SVA
519
02
S.O&
02'
S.ll
4. 91
S.ll
o.s
I
s
26
211
!if!L
211
311
ll
:1'1
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I ll
IE
21
2E
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08.8
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01.2
08.7
t~~
51~
~06
49£
494
H2
199
478
Ul
3.1
SU 04~X
18/
O.H
IV/l8 1/.1 Gftl CDNSEC SlA
DEPTH • l5ft
U[AIHH DATA
VIND SPE£0
• 1] US
UIHD DI~HllON • 180
AI~ !UP
• 21.1[
UU IH£~ CODE
z
o.o
2'1
518
LONG 80 19.4U
~~~OIIORJt rnssu~E •
22
Sl
NOJ
00.3
P04
'iliC
Sill
II
AOU
I Oil
24. O~ft
U!SI LAST STA •
47
BLOKII
SEA SIAl£
• l
UAV[ PI~ECIIOH • 180
CL CUD lYf'E
CLOUD A"DUNT
VISIBILITY CODE •
• 016.0 ~i
02
02 '
If} I(
Slli~
22
:Zif
21i
211
ll
SPIL
28
311
:n
l'-1
ll
11
I ll
21
a
ll
T[IIP
II
OFS[kY~liO~S
SVA
STilT I Oil
AOU
PO~
NOl
51
21.80
21.50
T[IIP
I ~.0 21 .00
19.S 21.00
24.0 10.10
n.o 20.70
3.1
60
ISELIN
C~UIS(
Cl - 04
Sl~
LAl JO
~5.0H
lONG 110 12.6V
048X
18/
IV/78
D[f'IH • 40"
U(AIHER DAU
VIHD SPEED
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VIND DIRECTION • 180
AIR l£ftP
• 21.1(
UEATHER CODE
IA~OftEIRIC P~ESSURE • 1016.0 Mt
z
22.~0
0. ~
22.00
COHSEC SIA
48
STATION
'IIIX
STATION
'UIX
DISf LAST SIA = 11. 4KH
SEA STATE
3
UAVE DIRECTION • 180
CLOUD lYrE
ClOUD MOUNT
VISIBILITY CODE •
II
OiSERV~ T
IONS
02
02 '
181
IU/78 17.8 G"l
SVA
0.0
17.~ G~l
AOU
P04
N03
Sl
2.0 21.70
21.0 21.70
2~.0 11.~0
26.0 21.00
28 .0 10.60
40 .0 10.70
ISELIN CRUISE Cl-0 4 SlA OHX
LA! JO
5 4 .0~
LONG 80
7.3U
DE~TH
= 42M
U[ATHER DAU
UIND SPEED
• 14 KTS
UIND DIRECTION • 180
AIR l[ftP
• 21.1C
UEATWER CODE
UROHURIC PHSSUR[ • 1015.3 Mi
I
0. 0
1. 0
10 . 0
20 . 0
21.0
22 . 0
SUA
OBSHUAIIONS
02
02 '
CO~SEC
DIST LAST SIA •
SEA STATE
U~VE
Dl~ECIION
SIA
49
8.6KM
• J
• 180
CLOUD lTPE
CLOUD AMOUNT
VISIBILITY CODE •
II
AOU
~04
NOJ
Sl
22.60
22. 10
22.00
21.70
21. ~0
21.00
2J . O 20.50
24. 0 20.00
H . O 1'. 50
27 . 0 19.00
29 . 0 18. ~0
li.O 18 . 40
42 . 0 18. 40
21
311
..
TDlP
61
ISELIN CRUISE Cl-0 4 SI A 0501
LAI lO
~J . ON
LD ~G
80
2.2 U
18/
IV /78
DErlH •
~~ H
IS .~
GHl CONS(( STA
DIS! LAST STA •
SO
STilT ION
s:alC
8.3~11
EldHH UU
UIND SPEED
• 14 ~IS
UIND DlRHTION • 190
AIR IE~P
• 21.1[
EAlHH COD£
BA~O~ETRIC PRESSURE • 1015.3 H8
S(A SIA l(
VA VE DIJ;'ECTIDH
180
CLOUD TYPE
CLOUD AltOUNl
VISIBILITY CODE •
II
O~SE RVATIOHS
SVA
1
0.0 22.7 0
0.5 12.50
02
02'
AOU
f0 4
NOJ
Sl
2.0 22.10
I 0. 0 22.00
ICO 21.
so
17 .o 2 I. 50
IS .0 21 .00
10 .0 20.50
20 .5 20 .0 0
21 .0 If. 50
21.5 19 .oo
22 .0 I 8 . 50
21.0 18. 00
24.0 17.50
2~ .0 17.00
14.0 1&.90
50.0 I &. 90
I SELIN
....
To.l'
CRUIS E Cl - 04
l Al ]0 52.0N
STA 05 \ X
LONG 79 57.2
IS/
~(f1H
IV/78 18.9 Gill
· ~ 50 11
CONS[( ST A 51
D!S l LAS! STA •
STRTIDN
8.~ K "
UEllHH DATA
STAT£
D!R£CIION
180
CLOU!J lTPr
CLOU~ A"OUNI
VIS IPILI TT CO~£ •
VIND Sr£ED
• 15 ~ IS
VIND DIREC I IDN
190
AIR lE" P
22.2C
V[AlHER CODE
~A kO ~ El~ Jc r~rssuR£
•
SEA
U~V£
10 1 4.7
"B
OBSE~VAl l ONS
2'.
SVA
02
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0 .0
60
1 • 0 22.20
H.O
n.oo
29.0
12.0
l1. 0
H.O
• o.o
22.20
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21 .0 0
u.s
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~
5. ~
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60.0
l> l . 0
65.0
72 .0
7~.0
8 2 .0
84.0
92. 0
20 . ~0
,0.0 0
19. :;o
19.00
1s. :;o
18 . 00
17.50
I 7.00
I L70
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u.oo
15.50
15.20
15.00
14 . 80
14. so
99 . 0
I 01. 0
1 \ J. 0 II. SO
1n.o 11.]0
1]0. 0 11.00
I~~. 0 14.00
16\.0 I J . 50
180.0 IJ. :iO
200.0 I l . JO
2111
T£111'
~IX
62
ISlLIN CRU IS[ Cl-01
STA 05JX
19 /
IU / 79 ~0.6 CHT CONS(C S1A
5J
Dl:
STflTIIIN
LA! JO 5J.5N
LONG 80
O(P\ H • ~]~
5.0Y
UAII
SPE£0
• 18 KTS
UI~D DJR[CIIOH • 180
AIR IEftP
• 22 . 2C
U[AIH[R COO(
IA~Q~[TRJC PR[SSUR[ • 1013.8 "8
DIS\ l AST STA =
12.1~~
U(Al H
UI~D
l
I
0.0 22.70
0. 5 22.50
1.0 22. JO
12.0 22 .oo
1].0 21.50
H .O 21 . 00
15.5 20. ~0
u.o 20.00
1 8. 0 I 9. 50
\9 .0 I 1.00
" . 5 18.50
20. 0 18 .00
n.o 1 I. 50
2~ .o II .JO
0.0 II. 20
I SEll H
C~UI
SVA
SEA STAT£
UAVE DIR EC\ION • 180
noun TIP£
CLOUll A~OUNl
VISI81LITT CODE=
OBSERUAT IONS
02
02 '
AD~
f'04
NOJ
SJ
ll
.
5[
LA 1 JO 5l. 4N
CI · O~
STA 057C
LONG 80
5. 4U
19/
DEFIH
IV/78
.
44~
.
DIU
UIND SPEED
17 I<TS
VIND OIHC\ION • 180
AIR l["p
11. ac
U[A 1HH CO U(
BAR O"[HIC HESSURE • 1012.2
[ A\ H[ ~
"I
1 .6 GMT CONSEC SIA
DIS! l AST SH •
Tt:IV'
iiTfiTIOH
57
• 7KH
SEA SlATE
UAVE DI~ECIION •
CLOUD IYP(
CLOUD AHOUHI
VISIBIL11Y CODE =
nc
516
22
2~
26
5fll
2B
38
32
3~
36
T£r1P
Ill
IS
21!
25
J
211
311
I ll
D
2.0
J.O
~. 0
0
s.
,,0
7.0
8.0
9.0
10.0
11.0
11.0
I J. 0
1(,
0
22. Ol H.JV 25. 27
22 . OJ lLJ9 25.27
22. 0~ JLJ9 25 .27
22. 0~ JL ~O 25.28
2L 0~ ]6. ~0 25.28
12.0 4 H . .O n.2a
22.0 4 li. ~ 0 25.28
12 . OJ ]6. 40 25.28
12.04 3&.39 25.17
22. 0~ lLl9 25 .27
22. 0~ H.H 25.27
22.04 l6.H 25.17
22. 0~ H.J9 25.27
1&.40 25 . 28
22. OJ l6 .JB 25.27
15.0
16.0
n .o•
17
.,,
•
18.0
19.0
20.0
21.0
12.0
2l.O
11.1
22.02
12.01
22.01
21.94
21.11
21. DO
24.0 20.fl
20. JC
~~. 0
16 . 0
27.0
21.0
2f .0
]0 .0
JI.O
J2.0
ll.O
J4.0
l5 .0
H.O
J]. 0
38.0
19.86
"
..
l6. 18
J6 .39
lL40
l6 . 4l
l6. ~B
36,42
H.JO
H . ~0
36.4 I
34.28
H. 29
JL 30
36.29
36.26
36.23
36.24
3&.21
36.23
36. 23
l6. 23
l6. 23
I'. 54
II. 13
17.13
17.39
17.39
17.35
17.34
17 . 34
17.14
17 .Jl
17 . ll
17.ll
19.0 I 7 .ll H."
40.0 " . 32 l6. 21
41.0 17.32 H.21
25.27
25.28
25.29
25. Jl
25. 4l
25.58
25.51
25.75
25.88
25.87
2'. 24
26. !2
26.42
26.39
2LJ8
26.39
Z&.JB
16 . JB
OBSERV A1 IONS
SUA
02
02 '
270
270
271
270
270
270
170
270
271
271
AOU
PO ~
0. 1 3
HOJ
00.0
Sl
00.0
ll
'tl
Ul
271
211
270
5I
272
271
270
270
266
256
242
249
226
21]
215
180
172
0.34
OI.J
00.3
0.63
08.9
04.6
161
165
IU
165
IH
\66
IU
IU
IU
2&.39
26 . l?
26.39
16 . 31
26.]7
"'
167
H.J7
167
T~IIP
Sllill
5Rl
63
ISELIN C UISE Cl - Ot
LA! JO
5J.~N
LO~G
80
4.
IV / 8 tl.O GKI COHSEC SlA
19/
SIA 060(
O£PIH :
I~
H~
U(AIHH OAI A
Ul~D SP((D
• 22 ~IS
UIND OIRECIION
IVO
X
21. I
AIR HKP
U[AIH[R COD£
JHOMIR!C PRESSURE • 1009.2 KB
5
D
16.39
l6. 41
l6. 40
36.41
36. J9
l6. 4 1
3&. 42
l6. 40
36.42
36. 4 1
36. 40
3&.42
36. 40
36. 4 1
H. 4 1
36.43
36. 44
3&. 4
l6 . 45
3&. 12
3&. 40
36.30
36.2?
16.30
36.30
l6. 2 6
36.16
36.25
36.23
l6.2l
36 . 23
36.24
36. 2l
36.23
2~.32
s
36.22
36.23
36.23
3/o.2 3
36.23
36.24
2~
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2~.ll
n.Jt
25.32
25.3 4
25.3 1
2~ . l l
25.n
25.3 4
25.ll
25.3&
25, J I
25.51
25.56
25.72
2S.J6
25.94
26.0 4
2&. OS
26.29
26.30
26 . 30
26.34
26.37
26.3 1
26.39
26. 40
26.39
26.39
26.39
26. 40
26.39
26.39
16.38
26.39
26.Jf
26.39
26.H
26.10
2. I KK
• 4
SEA STAT£
UAV( DIRECIJON
190
CLOUD TYPE
ClOUD A~OUN T
VlSIBllliT CODE
c
I
l
3 . 0 21.86
co 21.86
5 .o 21.86
6.0 21.86
I . 0 21.86
8. 0 21.86
9. 0 21.86
I 0 .0 21.86
11 . 0 21.8 4
12 .0 i 1. 8 4
13.0 21.8 4
14 .o 21.80
15.0 21.83
16.0 21.23
17.0 21.05
18.0 20.5 4
".0 20.41
70.0 19.16
21.0 19. Jl
72.0 19. 2 4
23. 0 18. 23
2 4.0 I 7. 89
n.o II. 8 6
26.0 17.72
u .o 17.61
78.0 II. 51
29 .0 17.39
30. 0 17 . 34
3 1.0 II .32
32.0 17. J7
33. 0 II .32
3 4.0 17.32
35.0 17.32
36 .0 11.32
37.0 11.32
36.0 17.32
J9 .0 II .31
~ 0. 0 17.31
H.O 17.31
42.0 17.31
0 I ST lAST SIA :
~TIHIO~
60
08SHVA110NS
02 '
SVA
02
266
264 s.11 4. VS
265
264
2U
26 4
76 4
' 265
263
26 4
265
262
265 5.42 4 . 95
2 48
241
229
225
208
IU
If I
17 4
Ill
Ill
169
161
I&/ 4. I 0 5.37
AOU
P04
•. 42
0
22
1'1
26
2'11
:u
SAL
28
31
l2
3'i
3&
T~IIP
II
IE
211
n
31
Ill
51
N03
.I~
61!(
51
00.0
2.11
00.4
311
51611
TE"P
-. 47
0.15
00.0
00.4
1. 27
0.62
07.3
05.0
I . 41
0.61
09.2
04.2
165
164
165
165
165
165
16~
165
166
165
165
165
165
165
3. 98
!SEll~ C~UIS(
Cl-0 4 STA 062X
lAI JO 57.7H
LOHG 80 19.~U
5.39
191
b£PIH
!V/ 78 19.V Gnl CONS£C SlA
= 38H
[AIH[R DAIA
IND SP[(D
• J~ ~ts
IND DIHCIION
210
AIR l["P
• 11 .I C
V[ AIH[R COD[
o~R0 ft£ 1Rlt PRESSURE • 1005.8 Ki
DISI LAS! Sl A •
STAT I OH
62
25.7KH
SEA SIAl[
• 4
UAVE DIR£CIIOH • 110
CLOUD lTP£
CLOUD A~OUHl
VlS!BllllT COD £ •
62X
21
:JII
12
3'i
lli
21
n
311
5 1 6~
22
2~
26
SilL
28
Jll
II
IE
TE:IIP
1 111
OBSERVATIONS
SVA
02
02'
0. 0 22. I 0
I. 0 21.50
3.0 21.00
SilL
ADU
P0 4
N03
Sl
211
24 .o 20. 90
31.0 20.80
38.0 20.80
TOIP
64
I SEll ~ C UlSE Cl -0 4
Lo T 30 )~. <K
SlA Ohl~
lYI
I VOB ! l .0 G l [UH5 C SlA
Olf'l H • <On
LO NG 80 12.6
EA T [1\ [J ~fA
I•D sr rro
25 ~15
I k D I H CI I ON • l 90
idk lt ftP
SE A
UAV[
• C
HI HE I\ CODE
Pl\lSSUR[ • IOOS.J fti
0.0
0.
2-0
21.0
n.o
i7- 0
JO. 0
31.0
ll.~
J4 .0
40. 0
SVA
1
21.80
2 I. 50
21-20
2 1. I 0
21.00
11-0 0
20- ~0
20 -00
19.50
19.00
19.00
l AI 30 )].
~N
OBSERVAT I ONS
02
or
sa ot.u
I S£Li w (!; UI SE Cl - 04
l OHG B0
7. ~
I Y/
Off' IH -
STATE
STRTl(..
DX
STRTIDN
Pfl(
ll .8K ft
lASt SI A •
4
~ I RECTIO N
190
CLOU D IYPE
ClOUD AMOUNT
VISIBILITY CODE •
iAJ\O~Ell\IC
z
~lSI
63
AOU
P04
NOJ
51
I V/18 2 1. 8 un l CONSLC 5 lA_ 64
4 2ft
Dl Sl LASI STA •
8. BKft
51
U(A lHH DATA
I N~
U I ~D
All\
SPH D
OJ~ECIIO N
J[ ~ f
[A IHE
: 2) ~IS
X
190
SEA SIAH
UAV E OlRECTION
'90
CLOUD TYPE
ClO UD AnOUNl
VISIIILITl CODE •
i3.9C
CO DE
PRESSURE • 1005.0 ftl
BA~OftEUIC
II
OBSEI:VAIIONS
I
0 . 0 22.00
0 . 5 21.50
2. 0 21. 40
u.s 2'. 30
28 . 0 I. 00
28.~ 20 . 50
29.0 20.00
H.O 19.50
29.5 19.00
30 . 0 19.50
31.5 18 . 00
H . o 17.60
41.0 17.50
SIJA
oz
02 '
AOU
ro4
NOl
51
'll
TEMP
65
IS!LIH
C~UIS[
LAT lO S2.SH
Cl-0 4
STA 065X
LONG 80
2. s
19/
UEAIHER DA TA
UIHV Sr[[D
• 20 l-IS
UIND VIRECIION • 190
AIR l["p
; 21.}(
U[AIH[R CODE
BARO"EIRIC P~ESSUR[ • 1005.0
0.0
I .0
4 .0
I 0. 5
22.0
25.0
u.s
27.5
18.0
29.0
]0. 0
30.5
]I.~
17.0
40 . 0
44 . 0
44 .5
4B .0
50.5
H .O
n.o
IV/78 22.6 Gh I CONS£( 51 A
D[rJ H • 68h
~~
22.30
21.80
21.60
21.90
21.90
21. so
21.00
70.50
10.00
19.50
19.00
18.50
18.00
17.50
17. 40
17.40
17.00
I &.50
14.00
15.,0
IS.60
Ill. 0
Slit.
HOJ
TDVI
Sl
Ill
LON~
SIA OUX
7? 57.6U
SVA
". 0
7J.O
76.0
80.0
85.0
90.0
HO.O
14 4.0
P04
6a
TDV'
19/
IV/l8 23.0 GM 1 CCNSEC STA
DEPTH =173ft
[AIHH DAIA
UIND SPEED
23 ~Is
UIHD DIHCIION
190
AIR HhP
21. 7C
U[AIHER COD£
UR0h£1Rl( PRESSURE • 1005.0 ftB
17.60
?1.50
21.00
21.90
21.80
".50
21. OD
20. so
20.00
19.50
19.00
18 . 50
18.00
17.50
17.00
16.50
14.00
16.00
I 5 . 50
1). 20
15.10
15 .0 0
1) . 00
AOU
STRTIIJN
51&11
7!
IS[LI N CRUISE Cl-0 4
0. 0
o. 5
2.0
2.5
15.0
34.0
31.0
li.O
]9. 0
43.0
44 .o
45 .0
51.0
54.0
8.2Kft
SE A SlA TE
• 4
UAVE DIRECIIOH • 190
CLOUD TIFf
CLOUD AftOUHT
VISIBILITY COO£ •
OBS(RIIA I I OHS
02 .
SVA
02
LA! lO SI.SH
DIS I LAS! STA •
6~
OFSHVA 1 IONS
02
02'
0151 LAST
51~
:
66
STiff I Ill
7 .9Hh
&IIi
SEA SlATE
4
UAVE ( 1 1~£[TION
190
ClOUD TTrE
CLOUD AMOUN T
VISIBILITY COPE •
AOU
PO l
u
HOJ
Sl
111.1
·'
IQ
2SI
i6X
66
ISELIN CRUISE Cl-0 4
SlA 067C
~J.5N
4.0U
I AI 30
LONG 80
U(AIH(R DAU
UINO SP£(0
KTS
UIHD DIRECTION •
AIR I(~P
. c
UEAIHH CODE
BARO~(!RIC PRESSURE •
I
s
2.G 21.27 3L37
J.O 21.27 36.37
4.0 21.26 36.36
5.0 21.H 36.37
6.0 21.26 31.37
7.0 21.26 31.36
8.0 21.26 H. 37
9. 0 21.2l 36. JB
I 0 . 0 21.26 3Ll9
11.0 21.26 H.n
12.0 21.26 J6. 37
13.0 21.26 36 . 38
1 4.0 21.26 36.37
15.0 21.26 36.38
10.0 21.26 36.37
17 .0 21.26 H.J&
18 . 0 21.24 36 . 39
u.o 21.22 34.37
20.0 21.22 36.37
21.0 21.13 36.37
22.0 21.04 36.35
23.0 20.90 36.35
24.0 20.65 36.34
25.0 20.3 4 36.32
26.0 20.06 H.30
27.0 19.67 3LJJ
28.0 19,13 36.30
29.0 18.lt 36.30
30.0 17.95 36.30
31.0 17 . 63 36.29
32.0 17.H Ji. 27
33.0 17.42 36.23
34.0 17.26 36.22
3~. 0 17.21 36.20
36.0 17.19 34.21
37.0
36. 21
38 .0 I]. 18 36.21
)9 , 0 17.17 36.10
40.0 I]. 17 30.10
41 .0 17 . 16 36.19
"·"
D
25.47
25. 47
25.47
25.47
25.47
25.47
25.47
25.48
25.49
25. 49
25.47
25.48
25.47
25.U
25 . 47
25.47
25.41
25.48
25.48
25.51
25.52
25 .56
25.62
25 .69
25.74
25.87
25.99
26.18
26.29
26.36
26.37
26.H
26.40
26. )9
26. 10
26. 40
26. 41
26. 40
16.40
26. 40
ISELIN CRU ISE Cl - 04
LA! JO 53.SN
IV/78
u
214
203
185
175
168
167
IU
165
165
164
164
164
164
164
165
4.0U
SVA
1.0 20.68 16.17 25.63
236
J.O 20.67 Ji.H 25.63
237
218
218
238
238
".o
36.34
36.35
36.34
36.35
3L J4
36.34
Ji.l4
H.3l
l6.3S
H.37
3L 16
36.37
l6.JS
H.15
H.J5
36 ,]6
16.37
25."
25.62
25.41
25.62
25.41
25.61
25.61
25.60
25.62
25.63
25.62
2S .U
25.42
25 . 42
25.62
2S. 62
2S .U
67
I 0. 7KII
smnoH 61{
516
22
2't
26
211
SAL
28
311
32
3'i
36
TEIIP
Ill
IS
211
2S:
3
31
II
AOU
P04
H03
-.42
o. !8
00.0
SJ
00 . 7
31!
T(/11'
SilL
51611
5:11
226
4,48
5.31
.89
0. 45
05.4
02.3
4.02
5. 40
1.38
0.58
09.1
04.8
4.01
5. 41
1.40
0.63
09.3
04.0
'
20/
IV/l8 13.0 G~T CONSEC STA
DEPTH • 44ft
IIEAIH[R DATA
Ul ND SP[[ D
• 22 KTS
Ul ~0 DI HCTJON • JOO
AIR HKP
• 16. I c
1/EAlH[R CODE
&A•O~[IRIC PR(SSUR£ • 1009.6 ftl
4.0 20.61
5.0 20.48
LO 20.U
].0 20.48
11.0 20 . 68
9.0 20.U
I 0. 0 20.48
11.0 20 .61
12.0 20.68
13.0 10.48
14.0 20 . 68
IS. 0 20.68
".0 20.U
17 . 0 20.U
18.0 20.68
20. u
20 .0 20.67
.9 Gft I CON SEC SIA
DIS I LAST STA •
S[A SlATE
UAV( Dl~ECIJON •
CLOUD lTPE
CLOUD AMOUNT
VISIBILITY CODE=
OBSERVAT I OHS
SVA
02'
02
252
252 5.42 5.00
252
251
251
252
251
251
250
250
252
n1
252
251
252
253
250
251
251
249
248
2H
238
232
SIA 069C
LOHG 80
20/
DEPTH • 4 4h
49
O.OKII
• 4
S£A STATE
UAU£ DIRECTION • 300
ClOUD liP£
CLOUD AMO UNT
VI51BILJIT CODE:
OBSHVA 1 IONS
02
02 '
5. 07
DIS! LAST SIA •
I
5.06
STATION
1i!il{
§;115
22
2'i
'l!5
211
3
liAL
28
311
l2
l'1
M
Is
211
2S
311
T(ll fl
II!
AOU
PD4
HD3
51
-.01
o. 24
00.3
01.8
21
2H
239
239
239
238
237
217
2l7
238
238
218
138
237
TI:IP
u
SI5K
SAL
67
H.O
20.67
20.67
20.67
20.65
20.64
20.51
20.H
1'."
18.H
I 7 ,l5
17 .JO
17.21
17.18
17.16
17.11
17.11
17.0t
17.06
17.04
40.0
17.0~
21.0
22.0
23.0
11.0
25.0
26.0
27 .0
28.0
29.0
30.0
JI.O
32.0
ll . O
34.0
35.0
36.0
37.0
ll. 0
H.n
25.62
H.H 25. 6l
H.n
36.36
36.35
J6 .36
36.36
36.29
36.22
)6. 22
36.21
36.22
36.21
36.21
36.1t
36.20
36.20
36.10
H.lt
36.21
25.61
25.63
25.62
25 . H
25.72
25.95
26.09
2£.35
26.38
26. ~I
U.41
24.41
26.41
26.42
U.42
26. 4]
26.42
26.44
ISELI~ C~UISE
Cl - 04
L~T
LONG 80
JO H. 9M
su
231
237
2JS
237
218
233
207
I 93
'"
IU
4.0
5.0
6.0
1. 0
1!.0
'. 0
10.0
11.0
12 . 0
13.0
14 . o
15.0
16.0
17.0
1 B. 0
lf . O
20 . o
21.0
12 . 0
23 . 0
24 . o
25 . 0
26.0
27.0
28.0
29 . 0
JO . 0
31.0
32.0
JJ,O
34.0
20 .68
20.68
20.69
10. 61
20 . "
20."
20.61!
20.68
20 . 67
20.67
20.67
20 .6 7
20.66
10.66
20. 66
20.65
20.64
20.64
20.63
B.62
20.51
20.52
20.41
20.31
20.15
19. Bf
16.26
36.26
36.25
36.24
36.24
36.25
36.25
36.23
l6. 2 4
l6. 25
36.24
36.24
36.23
l6. 24
36.25
36.24
36.25
36.24
36.25
36.26
36.27
36.27
36.27
36.32
l6.H
2~ .5 3
25.54
2~.5(
25.53
2S.H
25.54
25.54
25.54
25.53
25.54
25.55
25.54
25.5~
25.54
25.55
25.56
25.59
25.60
25.61
25."
25.75
H.J6 25.84
lf.U 36.37 25.10
19.57 36.37 25. 9J
19. so 36.34 25.9~
19.U 36.34 25.95
lf.U H.H 25.94
.01
0.25
00.~
~-~'
5. 27
.78
0~~0
06.1
Ol.O
4 .10
5.39
I .29
0.62
08.0
03.8
3. 91
5. 41
1.50
0.60
09.6
04.5
J. BB
5.42
1.54
0.65
09.4
06.7
01.6
163
164
163
163
163
162
162
162
161
071 c
15.7~
D
25.55
25.55
25.54
25.53
5.06
229
201
1uns 15.9 GHT CONSEC STA
DEPTH • 36H
UEAIH[R DUA
~IND SPEED
• .a us
UIND DIRECIION • 290
AIR IEKP
• 14. 4C
U[AIHER CODE
IAROKETRIC PRESSURE • 1011.0
s
5.05
DIST LAS T SlA •
}I
19. 6KH
• 4
SEA SlATE
UAVE DIREtTION • 280
CLOUD TYPE
CLOUD MOUNT
VISIBILITY CODE •
"~
OBSHVATIOHS
SUA
02 '
02
244 5.04 5.06
2H
71(
5T1'1TIDN
Slli
22
2'f
M
211
:II
!ii'IL
211
311
32
l'f
:Jii
Tt,.P
II
IE
211
2S
:u
II
AOU
.02
P0 4
0 .22
H03
00.2
Sl
02.1
2~5
,.,
2U
245
245
247
246
245
246
2U
2U
2H
245
245
2 44
245
JJI
Sl
24~
211
241
240
239
131
226
218
211
209
208
207
208
4.90
~.0~
.19
0.18
00.8
01.7
4. 56
5.18
.62
O. JJ
03.0
02.0
rE"P
511i,.
68
I SELIN
C~UlSE Cl-0~
lA 1 30
~~ . 3N
l~/}8
S 1 A 0 72C U 201
DEPTH
lONG 80 I 0. 4U
~
40"
U(A1Hn DAU
lHO SPEED
• 19 KTS
UlHD DIRECTION • 280
AIR l(ftP
• 15.6C
U(A1HER CODE
UROftE TRIC PHSSUR£ • I 0 I 0. 5 "i
72
17.0 Gill COHSEC SlA
CJST lAST STA •
9.9KII
ST"TI ON
51
4
SEA STATE
UAV£ Dl ~ECllON
290
CLOUD lTPE
CLOUD MOUNT
VIS181LI1T CODE •
72CU
2'f
21
211
lll
n
II
IE
21
22
2tl
l
II
OBSE~VAllONS
l
s
I
J.O 20.70
36.28
4. 0 20.70 H.27
5. 0 20.70 36.27
&.0 20.70 36.27
7. 0 20.70 36.27
8.0 20.70 36.27
9.0 70.70 36.26
I 0. 0 20.70 36.26
11.0 20.69 36.26
12.0 20.6 8 36.24
13.0 20.&7 36.27
14. 0 20.&7 36.27
15.0 20.67 36.27
14>. 0 20.67 36.26
17.0 10 ,lo} 36.H
18.0 10.61 36.26
lf.O 20.69 3&. 26
20.0 20.69 36.27
21.0 20.69 36.26
22.0 20.47 36.27
23.0 10.65 J6. 27
24.0 20.62 36.26
25.0 20.59 36.27
H.O 20.50 36.27
27 .o 20.31 H. 25
28.0 20.06 36.26
29.0 19.71 36.27
JO. 0 I B. 82 36.26
31.0 16.63 36.24
11.0 I 8. 50 36.26
3J. 0 18.40 36.27
H.O 18. JJ 36.26
35.0 18.31 36.26
36.0 18. 2l 34. 2i
37.0 18.H 36.25
D
2~.56
25.55
25.55
2~.55
n.55
25.55
25.54
25.54
25. 5~
25.5~
25.56
25.56
25 . 56
25.55
25.55
25.55
25.5~
25.55
25.55
25.56
25.56
25.56
25.58
25.60
SVA
20
2 44
244
244
244
H03
- .00
0.19
00.~
Sl
02.1
2.1
311
244
244
244
245
245
244
2~5
5.00
5. I 0
.10
0.24
00 .9
03.0
4.20
5.29
1.09
0. 49
06.~
03.1
19~
Sl A 073CU 20/
IV/79 19.0 G"T CONSEC SlA
73
Sl'llT I 011
LU 30 53.3.
lONG 80
~.ou
DEPTH • 4511
ij[AJHH DAIA
UIND SPEED
• 20 ~ IS
UIND DIR[C110N • 280
AIR I["P
• 16.7C
U(A JK[~ COD[
EAI.O•ETRIC ~~ESSURE • I 0 I 0, 2
s
1.0 20.81 36.32
2.0 20.82
l.O 20.82
4.0 20.81
5. 0 20.80
6.0 20,8 I
7.0 20. S I
8.0 20.8 I
' . 0 20.81
I 0. 0 20.81
II. 0 20.81
12.0 20. so
ll. 0 20."
14.0 20.77
I ~ . 0 20 . 76
16.0 2o.n
17.0 20.74
18.0 20.74
19.0 20.74
20.0 20. 7J
21 .0 20.7]
72.0 20.72
23.0 20.72
36.32
36.30
3&.32
36.31
36 .)1
36. l I
36.32
]6.32
36.31
36.12
3&.30
D
2~. 56
2~.~6
25.54
25.H
25.55
25.5~
25.55
25.56
25. Sl
2~.55
25. ~·
n. 55
36.32 25.57
36.32 2~ . 57
l6.ll 25.58
36.32 25.57
3&. lJ 25.59
36.33 2~.~8
36.32
25.~8
SVA
243
243
245
243
244
244
244
243
243
244
243
245
242
Hl
242
242
HI
241
242
36.30 25.56
2U
l6. ]I 25.57
243
242
36.]2 n.58
36.ll
25 .~ '
Sll'ill
T£11P
2~4
191
188
187
186
186
186
I SEliN CJ;UISE Cl-04
5.06
P0 4
24~
24.07
26.12
26.15
24. u
24.17
26. 18
24.17
25.81
5.06
AOU
245
245
244
244
26 . 0~
2~.71
02 '
24~
244
20
243
242
240
136
229
220
199
25.6~
02
,.,
DIST lASt SlA •
"1611
SEA STAT£
4
UAV[ DIRECTION • 280
CLOUD TYPE
ClOUD AIIOUHl
VISIBILITY CODE •
"I
OBS[~VAT
IONS
02
02 '
~.
12
5.o~
'7JICU
9.4K~
22
2'1
211
P04
H03
Sl
-.07
0.2)
00.2
01.2
Jll
S"L
21
lp
n
:J&1
lti
rrM~
Ill
l!l
21
25
l .l
Ill
AOU
21
21
3.11
T£111'
51611
69
24.0
2~. 0
26.0
27.0
78.0
29 .0
JO. 0
31.0
3 2. 0
33.0
H.O
JS.O
l6.0
37.0
18 .0
J9.0
40.0
41.0
12.0
20.71
10.72
20.72
20.71
20.70
20.70
20 . 68
20.6l
20 . ~1
20.21
20. Ol
".32
18.20
18.03
I 7.69
I 7. 32
17. 19
17. 12
I 7. I 0
l SELIN
C~Ul
]6 .J2
36.32
36.32
36.33
36.34
36.33
)6.33
H.H
36.30
34.27
36.18
36.18
36. 1 8
l6 .18
34.18
36.17
36.18
36.20
36.19
2). ~~~
2U
2).~8
2U
24 2
241
240
211
210
240
238
234
235
217
190
186
178
170
166
163
163
2~.~·
2~.~~
2~.60
2~.60
25.60
25.&1
25.62
25.67
25.U
2~. 85
26. 13
26. 18
26.24
H.H
26.38
26.11
2&.41
SE C I - 0 4
SIA 074C
5. 02
s.oe
.06
0. 28
00.7
02 . 1
J. 91
5. 41
l .:fO
o. 58
09.6
04.7
20/
IVI79 1 I. 2
G~l
CONSEC STA
71
!iTIH l 011
LA I 30 51. ]N
LOHG 79 59.5U
D(PIH
=112~
U( AIHH DATA
UIND SP([D
20 ~IS
UlHD DIRECTION • 270
AIR l["P
• H.7(
[AIH(R CODE
BA~OHTRIC PRESSURE
1001.7 "B
z
l.O
4. 0
5.0
6.0
7.0
8.0
9.0
I 0. 0
II. 0
11.0
13.0
14.0
15.0
16.0
". 0
18.0
I 9. 0
20.0
21.0
2? .0
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5 .2 4 5.03
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0.1 s
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212
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240
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220
202
193
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17.13
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1&.82
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56.0 16.67
57.0 1&.1>3
58 .0 " . 60
59.0 I I. 56
60.0 1&. 53
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62.0 u. 09
63.0 16.07
64.0 16.01
65.0 16.01
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70.0 15.77
71.0 I 5 .60
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36.18
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26.58
26.60
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18.0 n.o5 36. JO 21 . 32
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21.0 24 . 83 36.12 24. 40
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23.0 2L50 JO.Jl 2 • . 51
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25.0 2L2S l6.]J 24 .57
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27. 0 23.99 H.l~ 24 .67
28.0 23.18 H.n 24 . 7 4
19.0 23.68 34.3 4 24.76
30 . 0 21.65 36.H 21 .77
3 1. 0 23.63 H.H 21.77
32.0 21.55 H.H 24.80
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46 . 0 22.4 2 16. ]4 25. 12
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361
361
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363
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362
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363
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122
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320
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316
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307
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290
288
281
286
285
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22.0. H.31 25.20
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20 . 94 16.31 25.52
20.88 l6 . 32 25.54
20 . 81 36 . 3 1 25.55
10.78 16 . 29 25.5 4
20.6 0 16.30 25.60
20 . 42 36.31 25.66
20 . 26 36.11 25 . 70
20.13 H.H 25 .76
20.00 l6.Jl 25.71
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280
281
279
179
279
279
276
275
271
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218
250
211
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247
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216
232
227
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224
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184
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INO Dli[CIIO« • 210
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36.37 25.61
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36.16 25.60
31. .36 25.61
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31. .35 25.60
16.35 25.60
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35.73
35.70
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17.52
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171
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231
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l
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1
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51
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11.5 18. so
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2J. 5 17.5 0
25. 0 17.00
15.S 1 •. 80
28.0 H.SO
30.0 IL 50
57.0 10.7 0
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LAI 3 1 13. 4N lONG 79 50.5
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=
49ft
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• 300
• 14.4(
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211
DIS !
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SEA SlATE
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CLOUD TTP£
CL DUD AMOUNT
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VISIBILIIY
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II
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SVA
0.0
21.0
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31. 0
37.5
37. 5
38.0
38 .5
l9.0
42.0
41.0
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21.00
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10.50
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18.00
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DfPl~ • 49~
LONG l9 H.OU
UEATNH DATA
UI ND SPEU
• T4 KTS
UIND DIRECTION • 330
AIR IE"P
. c
U(AIHH CODE
iARD"ETRIC P~ESSURE • 1011.5 "8
l
0.0
31. 0
32.0
JJ.O
34.0
35.0
J&. 0
J6. 5
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JB.O
J9. 0
49 .o
T
20.U
20.40
20.50
20.00
19.50
19.00
18.50
18.00
17.50
17.00
1&.60
I 4. 60
SVA
0151 LASI STA •
89
Sll!T IIIII
IIII1C
S 1liT IIJN
.:X
18 . 3~"
SEA SlATE
UAVE DI~ECTION •
CLOUD TYPE
CL DUD AIIOUHT
VISIBILITT CODE •
0 BSHVA 11 ON S
02
02 '
II
AOU
ro4
NOJ
Sl
•
..
5:1
ISELIN CRUISE Cl-0 4
LAT ll
l.ON
STA OYOX
LONG 79 57.&U
21/
IV/78 13.1 GMT COHSEC STA
DEPTH • 4911
U[AIHU DAU
UIND SPEED
• 12 KIS
UIND DIRECTION
320
AIR l[ftp
• 15.0C
[AlH£11 CODE
iARO"(TRIC PHSSUR£ • 1011.9 1111
D!Sl LAST SIA •
21.2KII
SEA STATE
• 4
UAVE DIRECIION
320
CLOUD liP£
CLOUD AIIOUNT
VISIBILITI CODE •
II
O&SERVATIOHS
SVA
0.0
17.0
21.0
24.0
25.0
26.0
24.5
27.0
28.0
JO. 0
)1.5
36.0
20 . 40
20 . so
20 . so
20.00
19.50
19.00
II. so
I 8. 00
17.50
17.00
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I 4.60
02
90
02 '
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•
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74
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21/
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lU JO 5J.5M
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DEPTH • 4 4111
Dl 51 LAST SIA •
70.3K"
U[AIHE~ D~U
UIHD SPEED
• 07 kTS
UIHD DIRECllOM • 330
AIR IEftP
• 15.6C
U(ATHER CODE
BaOftEIRIC PRESSURE • I 012.0
l
2. 0
l.O
4. 0
5 .0
6.0
1.0
B. 0
'. 0
I 0. 0
11.0
12.0
ll.O
14.0
IS. 0
H.O
I 7. 0
18.0
If. 0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28. 0
29.0
lO.O
ll .o
12 .o
33 .0
3 CO
lS . 0
l6. 0
l7. 0
38.0
l9 .0
40.0
41.0
I
20.79
70.79
20 . 79
20.79
20.78
20.78
20.78
20.78
20.77
20.71
20.77
20.77
20.77
20.71
20.77
20.77
20.77
20.77
20.77
20.1&
20.1&
20.1&
20.15
20.75
20.74
20.72
20 .5 6
20.02
19.46
19.16
18 . 7~
18.55
lB. 49
18.39
18.16
18. 12
18 . 08
17.99
17.96
s
D
lL37
3&.37
36.36
36.37
36.37
36.36
36.37
36.36
36.36
36.36
36.38
36.l7
36.36
3&. 35
36.36
36.35
36.37
3&.l7
36.37
36.37
36.36
lLl6
36.l7
l6.l6
16.38
36.35
3&.38
36.37
36.36
3&.38
36.33
l6. 29
3&.27
3&.28
36 . 27
36.26
36.25
36.25
36.25
25.60
25.60
25.59
25.60
25.60
25.60
25.60
25.60
25.6 0
25.60
25.61
25.61
25.60
25.59
25.60
25.59
25.61
25.61
25.61
25.61
25.60
25.60
25.61
25.61
25.62
25.61
25.67
25.81
25.9 5
26.04
26.11
26. I J
26. 13
24.1'
26.21
26.21
26.22
26.2 4
26.25
SEA STATE
AVE DIRECIIOH
CLOUD TYPE
CLOUD MOUHI
VISIBILITY CODE
"'
OBSERVAIIONS
02
02 '
239 5.13 S. OS
5\IA
lOll
22
2'1
26
H
§/IL
21
31
n
l'i
IS
'21
:zs
~
330
81(
T["P
II
AOU
- .08
PO~
0.15
H03
00.2
Sl
00.7
Jl
51611
TD\1'
2~0
2~0
241
2l9
239
2Jf
239
240
240
239
240
218
240
2l3
220
207
198
192
190
190
187
182
182
182
180
179
CJ - 0~
l AI JO 56. BH
lONG 80 15.SU
SIA 093C
5.06
5.05
- .0I
0.20
00.5
00.7
4.77
s. 24
.47
0.30
02.8
02.8
4 . 35
5.28
.93
0.37
06.0
Ol.~
4. I 5
5.12
I .ll
0.52
07.6
0~
21/
.5
JV/}8 I 7 .~ GMT CONSEC STA
9J
5Tl'IT IDN
DE PI~ • 38M
DIST LAST SlA •
113(
19.3KM
211
.
E~IHER
DATA
IND SPEED
• o7 Krs
U!HD DUECI!ON • 280
AIR IEftP
• 1 5. 6C
[AIH[R COO[
~~~OnEIRIC PRESSURE • I 012.2
2. 0
l. 0
4.0
~.0
•• 0
7. 0
8.0
I
20.82
20.12
20.80
20.80
20.79
20.76
20.7~
t.O 20.74
10.0 20.71
11.0 20.72
12.0 20. ?I
36.14
36.15
36.17
lL 16
36.17
36.14
l6. 16
36.14
36. 1'
36. I 6
36. 1'
25.42
25.43
2~. 45
25. 44
25.45
7~ .43
25 . (5
2~. 44
25.46
2~.H
25.U
SIIA
256
2~6
254
255
2H
"'
OkSERVA II ONS
02
02'
5.05
~- 12
ll
~
SEA STATE
UAV[ DIRECT ION • 280
CLOUD ITPE
CLOUD AftOUHT
VISI&lLIIY CODE •
11
II
AOU
-.07
P04
0.13
HCl
00.1
5!
01.8
'21
2~5
253
255
2Sl
253
253
ll
=
2J9
HO
239
239
240
239
240
240
240
238
239
240
ISELIN CRUISE
:J
J.
SRI.
75
ll.O 20.71 l6.U
11.0
I~ . 0
16.0
17.0
18.0
19.0
20.0
21.0
22.0
2J.O
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
ll. 0
H .0
J5. 0
36 . 0
a.u
20.70 36. 16 2~. 47
?0. 70 36. u 25.16
20.70 36.16 25.47
?0." 36 ... 25. 47
20 . "
20.&?
20.68
20.68
20.68
20.68
20.68
20.65
20.50
20.32
20. 19
20.05
I 9. 97
19.et
19.79
19 .71
19. '~
I 9. 61
19.55
H.U 25.0
36.17 25. 41
36.17
36.15
36.16
H.l e
l6 .16
36.19
36.27
36.35
36.36
36.37
36.36
36.35
36.H
34.]4
36.32
36.32
36.32
25. 4B
25.H
25. I}
25. 19
25.17
25.50
25.60
U.71
25.76
25.80
25 .8 1
25.83
25.85
75.87
25.87
2S. 88
25.89
IS£ L1 ~ CRU! S£ Cl-04
251
U?
25]
232
252
252
232
251
253
252
251
252
H9
240
229
225
221
720
219
717
215
215
214
212
SIA 094(
5.05
5.07
.02
0. 23
00.3
02.6
4 . 49
~
.66
0.35
OJ. 3
03.1
21/
.17
IV/78 16 .3 Gill CONS£C SIA
94
STIITI ON
LA! 30 55.5N
LONG 80 11. OW
DEPTH
= 3911
UU
Ul NO SP[[D
• 07 ~IS
UIND DIRECIICN
280
A!R I[~P
• 17. 8C
U[AIH(~ COD£
SA~Qft(IRJC PR£SSUR£ = I 011.2 fti
GIST LAS! STA •
7.5KII
W[AlH£~
s
2.0 20.98 36.26
J.O 20.98 36.25
4.0 70 .98 36.26
s.o 20.96 36.27
&.0 70 . 92 J&.H
7.0 20.89 36.25
8 . 0 70.80 36.29
I 0. 0 20.77 36.H
11 • 0 20.77 36. 2}
12. 0 20.n 36.18
!l.O 20.75 36.27
14.0 20.75 36. 2}
15.0 20.7~ 36.28
16.0 20.13 36.28
\}. 0 20.73 36.28
18.0 20.71 36.27
19.0 20 .72 36.27
20.0 20.72 36.28
21.0 20.72 34.28
22.0 20.72 36.28
7J.O 10.71 36.28
14.0 70.71 36.27
25.0 70.70 36.28
26.0 20.70 36.29
27.0 lO.U 36.28
78.0 70.68 3&.29
29.0 20.6~ 36.30
JO .0 19.75 31.29
3 I .0 18.~7 36.30
12.0 18.0 36 . 31
33.0 18.35 Jl. 2}
H.O 18 . 28 36.21
35.0 I 8 .27 36.24
36.0 18.27 36.24
37.0 18.27 36.25
S(A STATE
UAVl D!R(CIJOH •
ClOUD !IF'(
CLOUD AIIOUNI
VJSJ91LIT! COD£
0 BSE RVA I IONS
02
02 '
2S2 4. 71 ~. 03
251
2H
n1
SVA
25.1}
25. u
2~ . I }
25.49
25.48
25.48
250
2~.H
2~5
25.52
247
246
245
246
246
n.s1
2~.5~
2~.54
25.54
25.5S
25.55
25.55
25 . 54
25.54
2S. 55
2S. ~5
25.55
25.~6
25.5 5
2S . H
25.57
25.51
25.57
25.S9
25.82
26. I l
26. 18
26."
26.17
21."
26.16
26.17
~80
11'4(
51
22
~
21i
211
l
SilL
28
31
32
l'i
lli
T(MP
Ill
"
211
l5
Jl
=
I ll
AOU
.32
P0 4
0. 20
NC3
00. I
51
01.9
211
2~0
311
TE IIP
SRL
245
244
245
245
215
244
2H
244
244
745
244
ill
2 44
213
741
219
190
186
I 87
ISO
181
187
I 86
51""
4. 60
5.15
.~5
O.JS
Ol.J
02.6
4.2 2
5.29
I • 07
0.~2
06.5
03.9
76
IS£LIN CkUIS£ Cl-04
LAI JO H.5N
STA
LONG 80
09~C
5. IV
211
I U/78 19.5 Gill CONSEC STA
DEPTH • Uri
DlSI LAS! SIA •
95
9.6~1\
U[AIH(~
DAIA
UIND SPHD
• 08 K1S
IND DIHCl!OH • 280
AIR 1EftP
• 17. 2(
U[a!HER CODE
iAROHTRJC P~£SSURE • 1010.8 Kl
l
2.0
3. 0
L O
5.0
6. 0
7. 0
8. 0
9. 0
10.0
11.0
12.0
13.0
II . 0
15.0
16.0
17.0
18.0
19.0
20.0
21.0
n.o
23.0
24 .o
2LO
n.o
27.0
28.0
29.0
JO. 0
31.0
32.0
33.0
li.O
n.o
3&.0
37.0
38.0
l9 .o
•o .o
11.0
12 .o
1
20. 7&
20.76
20 . 71
20.72
20.71
20.68
20.66
20 . 58
20.58
20.57
20.55
20. ~5
20.53
20.53
20.52
20.51
20.51
20.50
20.50
20.50
20. 49
20.1?
20.19
20. 18
20. 18
20. 18
20.47
20.28
19.71
19.36
lB. 99
18.64
18.H
18.28
17.99
17.83
17.81
17.82
17.78
17.76
17.75
s
36.35
J&.H
36.36
36.35
36 . 37
J&.l&
3&.36
36.35
J&.n
36.35
3&.37
36.37
36 . 36
36.36
36.37
3& . 36
J&.J&
36.36
36.34
36.36
36.36
36.36
36.35
36.36
36.36
36.35
]6.36
36.35
l6.ll
l6.H
36.33
l6.H
36.32
36.31
36.27
]6.25
36.22
36.23
36.22
36.22
36.22
D
25 . n
25.60
25.61
25.61
25.62
25.62
25.63
25.6 1
25.64
25.65
25.67
25.67
25 . 66
25.16
25.67
25.67
25.67
25.67
25.67
25.67
25.68
25.68
25.67
25.68
25.68
25.67
2~.68
25.72
2S.B5
15.96
26. OS
26.1 1
26.19
26.21
26.25
26.28
26.25
26.27
26.27
26.27
26.28
T(IIP
POl
0.10
N03
00 . 5
l2
:J't
IE
~
25
Tt:HP
Sl
.93
0.15
05.7
03.2
•
5.35
:JII
29
31
us
4. I 0
211
51
01.7
233
233
232
228
2 16
206
5.29
1110(
2&
2'l
II
AOU
-.11
2ll
4.36
"
SilL
• 3
SEA SlATE
UAVE DIHCIIOH • 280
ClOUD lTPE
CLOUD AftOUNT
VISISILITT CODE •
0 BSEI:VAT IONS
SVA
02'
02
24 0 5. 16 S .OS
239
239
239
237
237
237
235
235
235
233
233
233
2H
233
2ll
233
233
2ll
233
2ll
2ll
231
188
18 1
182
178
176
178
177
177
177
116
liTIIT I 011
22
1. 25
0.59
08.0
I
04. 4
Sl!i,.
5RL
77
I SfllH CRUI S£ Cl - 04
LAT JO
~I.
5N
STA 096C
LO"G 79 5!.0~
211
IV178 20.6 GilT CONSEC STA
DEPTH ci2JH
DIST LAST STA •
96
10.8Kft
STATION
g6(
51
U[A1HE~
DATA
UIHD SPHD
• 08 ~TS
UIHD DIHCTION • 280
AI~ HKP
17. 2C
HA1HER CODE
FA~O"EUIC PUSSURE • 1010.8 ftB
1
s
2. 0
J.O
4.0
5.0
4.0
7. 0
8.0
9.0
10.0
11.0
I 2.0
IJ.O
I 4. 0
1 5. 0
16.0
17.0
18.0
1! .0
20.0
21.0
22 . 0
23.0
21.0
21.70
24.88
24.89
24.89
21.72
21.48
24.34
24.13
24.08
24 .OJ
2 4 .0 I
23 . 9l
23.76
2J. 67
23.62
2]. 41
23.06
22.92
22.87
22.84
22.13
22.65
36.32
H.3l
H.34
27.0
28.0
29.0
30.0
li.O
32.0
33.0
l4 .0
35.0
36 .0
ll.O
JB. 0
J9 .0
40 .o
41 .o
42.0
43.0
41.0
45.0
11.29
z
22.64
25.0 12.60
26.0 22.27
22.23
22. 17
11.11
22.04
21.H
21.90
21.81
21. 7l
21.64
21.57
21. ~8
21.39
21 .32
21.28
21.26
21. 17
20. fl
20.U
20.41
I 9. 97
I 9. l 1
18.94
18.69
II. 12
17.70
17.31
17.28
17 . 08
16.!6
16.77
16.6!
I 6. 50
II . 17
16.05
15.98
15.90
15.91
15.90
15.85
I 5.74
15.67
15. 6)
15. ~2
15 . 46
15.43
H.H
36.35
36.36
J&.JS
36.35
36 .35
H.H
36.33
36.35
36.35
36 .3S
36.35
16. l4
36.]3
36 .36
36.]4
36.34
H.H
36.35
36.34
36.35
36.35
l6.l5
36.35
36.33
36.15
16.]4
J6. Jl
36.36
H.l7
JO.JB
16.38
36.17
)6 .lf
l&. 40
36.40
)6. 40
l6. 40
36.39
36.38
36.38
u.o
16.36
47.0
36.15
48.0
H. 28
49.0
H. 28
50.0
36.28
51.0
36.28
52.0
16.,
53.0
16 .20
54.0
36.18
55.0
36.20
56.0
36.21
57.0
36.22
58.0
36.18
Sf.O
36. I 8
60.0
36. 1!
61 .o
36.16
62.0
36.12
61.0
H.09
II. 0
3&.08
65.0
36. 10
36.08
67.0
36.07
68.0
36.07
36.07
". 0
70 . 0
l6. 05
71.0
36.05
72.0
36.03
73.0 I~ . 41 l6. 04
74.0 15. 41 3&.05
75.0 15.39 36.04
".0
D
24.38
24.39
24.40
24.40
24.45
24.53
24.57
24.63
24.65
24.6~
24.65
2 4.69
24.7 4
24.77
24.78
24.84
24.93
25.00
25.00
15.00
25 . 0 4
25.07
25.06
25.08
25.17
25.17
25. 19
25.19
25.22
25.23
25.24
25.29
25.32
25. 3S
25.38
25.39
25.4)
25.46
25.48
25.49
25. so
25.51
25.57
25.6 4
25.70
25.81
25.93
26.02
26. 0!
26.23
26.27
26.35
H.H
26.42
26.46
26 . 51
26.50
26.55
26. 6l
26.64
26.62
26.62
2&.61
26.62
26.62
H.H
26.65
26.U
26.67
26.69
16.68
26.69
26.70
" ·'"
SVA
356
lH
JH
]54
348
HI
337
ll2
330
329
330
326
321
319
317
312
303
297
SEA STATE
J
UAV£ DIRHllOH
280
CLOUD TYPE
Ct OUD AMOUNT
VISIBILITY CODE •
OPSERVAT lOHS
02
02 '
4. 8J
4 . 70
AOU
P0 4
NOJ
51
- . 1]
O.IJ
00.0
00.9
Sill
ISJ!
2BJI
2511
n7
H7
H4
2!1
2!1
2U
281
281
280
279
276
275
275
270
2&7
264
262
261
257
2H
252
251
251
5.23
4. !4
-.29
0.1'
00.0
00.6
249
244
237
232
221
210
201
ItS
Ill
I 78
170
16!
161
159
154
155
lSI
143
143
144
145
I 45
144
144
143
141
140
139
138
139
1)8
Ill
117
4.37
J. 75
5.38
5. 53
1.01
I. 78
o.so
0.74
06.1
11.5
03.8
07 .I
76.0
77.0
78.0
79.0
80.0
81.0
82 .o
83.0
84.0
85.0
86.0
87.0
88 .o
89.0
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
100.0
I 0 I. 0
102.0
105.0
II 0.0
117 .o
I 5. 37
15.32
15 . 30
I 5 . 27
15.21
1 18
IS. 17
I 5.17
15.16
lS.U
15. 1 l
15. 1 l
15.12
15. 12
IS. 12
15. 12
15. II
15. II
15. I 0
15.10
15.10
I 5.09
15.09
15.09
15.09
15.09
15.08
15 .0 8
15.07
15.07
s.
36.04
36.03
36.02
36.03
]6. OJ
36.00
36.00
36.02
36.01
16.00
16.00
36.00
36.00
36.02
36.02
36.01
36.02
36.01
36.0 I
l&.Ol
36.00
36.00
36.02
36.01
16.01
36.01
36.01
J6.02
36.01
l6 .02
26.70
26.70
26.70
26.71
26.73
26.71
26.71
26. 7l
26.72
26.72
2&.72
26.72
26.72
26.74
26.74
26.73
2&.74
26.73
26.74
26.74
26.71
26.73
26.75
26.7~
26.74
26.74
26.74
26.75
26.74
26.75
137
137
1 37
136
Ill
I 16
I 36
IH
lJS
I l6
I lS
I l5
115
134
134
134
Ill
134
134
134
135
135
131
134
134
ll4
134
Ill
IH
Ill
3.37
s. 64
2.27
0.88
IS .I
07
.s
78
I SELIH CRUISE Cl-04
STA 097C
IU78 21 .6 GMl COHSEC 51 A 97
21/
STFtTI ON
l4T )0 U.5N
lONG '' ~·.$U
Olf>TH
2
2 4 :il'1
[AIHH DAU
I ND SPHD
10 KIS
UIND DIHCIIOH • VARIABlE
AIR I£"P
11.n
U[A1H£R COD£
BA 0~£1RIC P~£55UR[
1010.2 "B
2.0
J.O
4.0
5.0
i.O
7.0
8. 0
9.0
10.0
11.0
12.0
13.0
14.0
15.0
".o
17.0
18 .0
19.0
20.0
21.0
22.0
23.0
24 .0
25 .0
26.0
27.0
28.0
29.0
30.0
31.0
31.0
13.0
34.0
n.o
36.0
J7.0
JB.O
J9 .o
40.0
41.0
42.0
43.0
44.0
45.0
46.0
47.0
48.0
., .0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58.0
59.0
u.o
".0
62.0
6l.O
64.0
65.0
66.0
H.O
68.0
69.0
70.0
71.0
72.0
73.0
74.0
75.0
25.37
25.38
U.JB
25.JI
25 .3 8
25.38
25.38
15.38
25.37
25.37
25.36
75.35
25.34
25.34
25.34
25.34
25.34
25.34
25.33
25.32
25.32
25.31
25.31
75 .31
2S. 31
25 .3 I
25.30
25.30
25.30
25 . 30
25.29
25.29
25.28
25.25
25.20
25. 17
24.90
24.83
24.72
24.67
24. 6l
24.52
24.45
24.39
24.3)
24.28
24.18
24.08
2J. 84
23.57
23.)3
2J. 04
22.84
21.66
21.41
21.))
22.22
22. 14
22.04
21.92
21.80
21.79
21.70
21.58
21.52
21.45
21 .36
21.12
20.91
20.88
20.81
20.72
20 . 64
20 . 52
H.27
36.28
36.27
H.28
H.2B
36.27
H.U
36.28
36.28
36.27
36.26
36.27
36.28
36.27
36.27
36.27
36.27
36.27
36.26
36.27
36.27
3&. 25
36.27
36.28
36.26
36.27
36.27
36.27
36.27
36.26
36.27
36.28
36.29
3&.30
36.31
36.Jl
36.41
36.44
36.46
36.45
36.46
36.48
J6.:S2
36.50
36 . 52
36.49
36.51
36.44
36.34
36. )0
]6.29
36.39
36.38
36.39
36.38
36.37
36.39
36 . 43
36,48
)6.54
36.48
36.45
J6. 47
36.51
36.50
f04
N03
Sl
- .15
0.1 3
00.0
01.0
2Sil
4. 84
4.67
·.17
0.10
00.0
00.7
JJO
JJO
l27
327
l2l
325
326
321
315
300
295
289
283
282
278
273
266
25 · "
45 25.74
2ll
22f
)6.4)
4.U
SB
AOU
3~1
260
262
258
252
251
252
251
244
236
217
'35
235
36.45
36.45
36 • .V
36.47
36.47
36.44
OIISERVA110NS
02'
02
4.81
SRL
346
342
341
339
l35
24.98
25.0)
25.09
25."
25.17
25.22
25.27
25.)4
25.42
25. 41
25.39
25. 4J
25.49
25.50
25.50
25.51
25.57
25.66
25.65
25.67
25.67
36.47
]6.
24.82
SVA
373
3}3
373
313
373
373
373
373
373
373
374
373
372
373
373
373
373
373
373
372
372
373
372
371
373
372
372
372
372
373
372
371
370
369
366
364
259
97C
8.1K"
SEA SlA T£
UAV[ DlRECIION:
CLOUD TYPE
CLOUD AMOUNT
VISIBILITY CODE •
.
D
21.20
21.20
24. 19
24.20
14.20
24. 1'
24.19
24.20
24.20
24.20
24.19
24.20
24.21
24.20
24.20
24.20
24.20
24.20
24.20
24.21
24.21
24.20
24.21
24.22
24.21
24.21
24.22
24. 22
24.22
24.21
24.22
24.23
24.24
24.25
24.28
24. JO
24.45
24.49
24.)4
24.55
24 .57
24.61
24.66
24.67
24.70
24.69
24.74
24.72
24 .71
24.76
DIS I LAST STA •
5.16
4. 94
-. 22
0.15
oo.o
00.5
76.0
77.0
78.0
7 9.0
80.0
81.0
82.0
83.0
84.0
85.0
86.0
87.0
88.0
89.0
90.0
20. 19
20. 14
70 .II
20.05
20.01
19.U
19.97
19.!7
I 9.8~
19 . 7a
1?.69
".64
19.62
19.56
19.52
I La
". 2l
19.08
19. OS
I B. f4
1a. B4
18.72
li.65
I B. 51
IB.H
18. 4)
18.41
18. 18
17.96
17.77
17.47
16.77
16. 5l
16.29
15."
15.37
15.05
14.8 I
14.51
I 4. 42
14.22
". 0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
f9.0
100.0
I 01 .0
102.0
105.0
'1 0. 0
II 5. 0
120.0
115.0
130.0
136.0
140.0
146.0
151.0
156.0
160.0
165.0
171.0
176.0 14.14
197.0 14. OJ
36.42 2!;. 90 223
36.42 25.8 1 222
l6. 42 25 . 82 221
36.43 25.85 219
36.0 2L86 218
36.41 25. as 21 a
J&.U 25.86 217
J6. 42 25.86 217
J6. 41 2S.Ba 215
H.J9 25.89 215
36.~0 25.92
212
36. 3B 25.92 212
36.37 25." 212
36.38 25.94 210
36.35 2~.9J 211
36.35 25 .99 206
36.]1 25 .97 207
36.32 26.02 203
36.32 26.02 202
36.31 26.05 200
36.30 26.06 198
36.29 26.09 196
36.24 26.07 1?8
H.25 26.11 194
36.24 26.11 194
36.25 26.13 192
36.24 26.13 193
36.23 26.18 188
36.23 " . 23 Ill
36. 23 26.78 179
36.23 26.35 172 4."
36 .I 7 26. 48 160
l6.1:S 26.52 156
36. 12 26.55 I 53
36.08 26.61 148
36.02 26.61 141
J:S. tB 26.72 137
35.95 26.75 134
35. f2 26. so IJO
35.90 2o.80 130
35.88 26.13 127
35.87 26.84 127
35 . 16 26.15 126 3.31
5.38
1.19
0.58
07.6
03.7
5.77
2.39
1.10
16.6
11.6
79
15[ LJ• CRUIH
c 1- 04
Ul 30 55.lN
LONG 80
SIA C99C
211
2. I U
DEPTH '
IV/78 23.9
46"
~151
C~l
COIIS£C SIA
LAST STA '
99
STRTfDij
16 .2Kft
!!9(
U(AIH(~
DAU
IHD SPEED
10 ~15
UIHD D!Htl!O~ • no
AIR ICKP
17.8(
U[AIH( CODE
8~ DMHIC P~CS5UR( • I C I 0. 2 ftl
S(A STATE
UA\1( DIRHTIOH •
CLOU~ TYPE
CLOUD MOUNT
1/IS!BilllT CODE <
.
l
I
5
2. 0 22.35 lLH
3.0 22 ... H.36
4.0 22. 42 36.36
~.C 72. 42 36.35
6.0 22 . 38 lLl5
1.o n.u 36.)5
8.0 2LU 36.36
9.0 22.23 36.36
10.0 71.22 36.35
II .0 22. 16 l6 .36
ILO 22.1 4 l6 .35
13.0 22.09 36.37
14.0 22.04 36.34
15.0 21. 9! 36.36
16.0 21.95 36.35
17.0 21.92 l6. 35
18.0 21.85 36.37
19.0 21.81 36.36
20.0 21.78 lLl8
21.0 21.63 l6. 41
22.0 21.41 36. 40
23.0 21. 45 J6. 40
24 .o 21 .]4 36.42
25.0 21.24 36.40
26 . 0 21. H J6. 40
27.0 21 . 09 J6.JY
18 . 0 21.02 l6 .39
29.0 21.00 36.3V
30.0 20.9 4 36.38
31.0 20.91 36.37
32.0 20.82 36.39
Jl.O 20.25 36.42
34 .o 19.67 36.40
35.0 19.53 36.JJ
l6. 0 19.19 36.32
37.0 I 8. 50 36.29
38. G 1a. J5 36.26
39.0 I 8. 24 36.25
40.0 I 8. I 7 36.27
41.0 17.95 36.27
42.0 17.50 36.24
43.0 17.35 36.18
H.O 17.28 36.18
0
25.16
25. 14
25.14
2~.13
25.14
25.15
25.18
25. 19
~~. 19
25.21
25.21
25.24
25.23
25.26
25.27
25.27
25.3 I
25 .ll
25.3 4
25. 40
25 .43
n.44
25.49
25.50
25.53
25.53
25. ~5
25.56
25.57
25 .5 7
25.61
25.79
25.92
25 . 91
25.99
26.14
26. 16
26. 18
26.21
26.26
".35
26.34
26.36
I SELIN CRUISE Cf -0 4
LAI 30 4 2. 8N
U[AIM£R DAIA
u1 NO
LOHG 80
OBSHVA II ONS
02'
SVA
02
281 5.23 4. 91
283
283
284
283
282
279
278
279
276
276
274
275
272
2}2
271
2&8
267
265 5. 2l 4.96
259
256
255
251
249
247
246
245
2H
30.S
ll. 0
3?.0
14.0
51
00.8
Ill
2.11
31!
T("P
- . 27
0 .II
oo.o
00.0
5. 15
.25
0.23
01.7
01.2
4 . 14
5 .JO
1.16
0.56
07.5
04.0
4.03
5.39
1. 36
0.55
08.9
04.8
166
SU lOll
9. 0
221
I /78
DlPIH :
H~
.
SYA
s
NOl
00.0
4.90
4.5 GHI CONS£C STA I 01
DIST LAST STA '
2~.6Kft
STftTI liN I I II(
!II
S(A STAl£
UAV( Dl REC 11 ON
CLOUU TYPE
CLOUD AHOUN!
V!Sf~lll!l COD£ •
.
21. ~~
21. ~0
21.00
20.70
20. so
20.00
I 9 . SO
19.00
18. ~0
I 8. 00
17.SO
17.20
11.20
P04
0.08
243
243
239
223
210
211
203
189
187
IU
I 8)
177
169
170
s~rn
10 KTS
I D DIHCTION • 230
AIR l(~p
I B. 9C
U(AIH[R CODE
iA.OK£1RIC PRESSURE = I Oil. 8 "i
o. 0
1.0
17. ~
23.0
21.
24.0
2!. . 0
27.0
2f. 0
AOU
-. 32
OBSE~VAI
IONS
02
02'
II
AOU
P04
N03
Sf
•
..
SA:..
80
ISELI~ CRUISE Cl-0 4
LA! 30 32.0N
[AT~ER
1~0
ijJHD
Sl~ 102X
LONG 80 13.8~
22/
IV/78
DEPTH • 45"
~-~ G"l CONSEC STA 102
DIS! LAST SlA •
DATA
SP£[0
• 02 KlS
DIRECTIO~
•
• I B.lt
S[A 51 ATE
UAVE DIRECTION
CLOUD HP£
CLOUD AMOUNT
VISIBILITT CODE x
AI~ !EftP
U[ATHER CODE
SA~O ElRIC PRESSURE • 1013.8 "8
SVA
OFSERVATIONS
0~
02 '
i ll
AOU
P0 4
N03
Sl
0. 0 21.80
1.0 21.60
5.0 21 .50
12.5 21 .3 0
15.0 21.00
I 7 . 0 20.50
20.0 20.00
21 .5 19 .50
n.o 19.00
27 . 5 18.50
28.5 I 8.00
3 1. 017 .50
l9 .0 17 .00
42.0 16.70
4 ~.0 16.70
I SELl
.
5ll
UUISE Cl - 04
LAT 30 53. ON
51 A I OlC
LONG 80
5.0
22/
DEPIH :
IU/79 I 2. 5 Gill CO HSEC SlA 103
4 4ft
V(;.THH D~TA
UIHD SPEED
15 ~15
ijJ D DIHCTIO~ • 020
AI R H nP
17.8C
ij f ATHER CODE
iHOIIElRIC PRESSURE • I 017 . 0 ftl
6.0
7. 0
8.0
'.0
t 0. 0
11.0
12 . 0
I3.0
14.0
1~. 0
16.0
17.0
18.0
19 . 0
20.0
21.0
2 2.0
23.0
24.0
25 . 0
26.0
27 . o
2B . 0
2! . 0
2J. 26
1J. 26
23.26
23.26
23 .27
23.27
2J. 27
23.17
22. 44
22.28
36.38
36.38
36. 4 0
3&.38
36.38
3&. 38
36.39
36.39
36.39
36. 4 0
22 . 23 36.36
22. 13
22.03
21.94
21.88
21.85
21.81
21.74
21.68
21. 69
21.57
11.55
21. 47
21.21
10.5 4
19.67
19.57
19.51
19.35
19.29
19.26
19.23
19 . 15
36.38
36.37
36.3 4
36.3)
36.36
36.35
36.36
36.37
36.35
3& . J&
36.35
3&.36
ll.4l
36.42
J6. 35
24.9\
24 . 91
24.93
21.91
24 .91
24.91
2 4 .92
2 4. 95
25."
25.21
25 . 19
25 . 2 4
25.26
25 . 2£
25.29
25.30
75.30
75.13
25.36
25.34
25.18
25.38
25.41
25.53
n.11
2~.89
36. ]I 25.88
36 .]0
30. 0
H.JI
36 . 29
31.0
36.28
32 .0
36.26
33.0
3 4 .0
36 .27
35.0 18.U 36.27
36.0 18. '4 36. 26
17 . 0 18.~6 16. 2&
li. 0 18. 44 36.24
J! . 0 18 . ]5 36.24
40 . 0 18.17 l6. 23
41.0 18.34 36.22
42.0 18 . 34 3&.23
43 .0 18. H 36.23
25.81
25. 94
2~.Y4
n.H
n.n
25.U
26.04
26.08
26.10
U.l2
26.14
26.13
76.13
26.14
2l.l 4
PIS I LAST STA :
4 1. 4Kh
• J
SE~ STATE
UAU( OIR[CIIOH • 360
CLOUD lTP£
CLOU~ A OUHT
VISIBILilT CODE
.
2.0
3.0
4 .0
5.0
'liTRT I IIN I DX
21.4K"
5RL
=
OBSHVA 11 ONS
SVA
02'
02
305 5.20 4.83
305
303
305
AOU
- .37
P0 4
O.T7
HOJ
00.0
51
I ll
00.4
21!
lOS
lOS
304
302
282
217
STAT! Olf 1113(
31!
5.21
• . 91
-.30
0.13
00 . 0
00.7
278
274
'II!
272
272
SRL
270
268
768
S:ll
26~
263
265
261
261
258
247
230
213
213
21]
208
208
208
209
206
199
194
19l
191
189
190
190
190
190
5. 21
5. 0 1
-.20
0.12
00.1
00.3
4 . :!;.
5. 19
.63
0 . 37
04. 4
0 4 .6
4. 27
5.29
1.02
0.53
06.7
03.8
81
IS[l!H CRUI SE Cl - 04
LA1 lO
4.0N
SU 105C
LONG BO
221
2 .1 U D(PTH
IV /78 19.9 Gnl CONSEC SI A 105
=•Jon
DAU
UJND SP[( D
• 10 KlS
UIND DlirtllQN
020
DIST LAS1 SlA •
90.9Kn
U[A!Hf~
SAl
• 3
SEA STAT£
UAV[ DI~ECT ION • 030
CLO UD liP£
CLOUD AftOUNT
VISIBILITY COD£ •
•c
An IEftP
U[ A!HER COD£
~UOnEI RIC PRESSURE • 1019.0
~li
1.0
2. 0
l.0
4, 0
5. 0
6.0
7.0
8.0
9. 0
I 0. 0
II . D
12.0
13.0
14 .0
15.0
14.0
17.0
18.0
19.0
20.0
21.0
22.0
21.0
24.0
25 .0
a.o
27.0
28.0
29.0
10.0
11.0
32.0
JJ.O
H.O
15.0
l&.O
37.0
38.0
39.0
40 .0
41.0
42.0
43.0
H .O
45.0
H .O
41.0
48 . 0
19 . 0
50 .o
51.0
52.0
51 . 0
5 4. 0
55 . 0
56.0
57.0
H .O
5f .0
60 . 0
61.0
62 . 0
63.0
64 . 0
65 . 0
66 . 0
67 . 0
U.H
25.75
25.7 4
25 .74
25 . 74
25.73
25.72
25.72
25 .68
25.28
21.7 4
21 .17
24.2 4
24.15
24.00
21. 79
2J. 56
23.41
23.45
23.40
23.2 9
23.23
23.08
22.91
22. 90
22.68
22.56
22 .JI
22.1)
22.05
21.90
21. 83
21.ll
21.46
21.61
21.57
21. 47
21.38
21.29
21.22
u .o 21. 14
69 . 0 2 1.05
70 . 0 20. fl
71 . 0 20.91
72 . 0 20 . 90
73 . 0 20.90
74 . 0 20.16
75 . 0 H . 84
" . 0 20 . 12
}} . 0 20.}}
li . O 10.7 4
5
36 .22
16.21
16.21
16.21
16.22
36.21
16.21
36.21
36.22
36.21
36.22
H.22
)6. 20
36.22
H . 23
l6.21
H. 22
36.20
36.20
36.22
36.22
36.20
16.20
36.20
36.22
16.21
36.21
36.21
36.22
36.21
H.21
36 .22
36.22
l6.20
36.23
36.27
36.39
]6.4J
36 .4J
1&.13
36. 42
16.41
36.45
16.45
16.44
16.46
36.52
l6.H
H. 57
36.58
3&.57
36.57
36.55
3&. 58
36.56
36.54
36.56
36.55
16.53
H.H
J6 .H
36.51
36.50
36.49
36.48
l6 .so
D
24.02
14.01
24.0 1
24.01
24.02
24.01
24. OJ
2 4.01
2 4 .o 1
2 4.0 I
24.01
24.02
24 .oo
24.02
24.03
2 4.0 2
24.03
2 4. 02
24.02
24 .O J
2 4. OJ
24 .02
24.02
24.02
2 4 .OJ
24 .03
24.03
24 .OJ
24.04
2 4. 01
24.0 4
24.0 4
24.05
21. OJ
24.06
2 4.10
24.31
24.5 1
24.62
SVA
no
2 5 . 49
31.51 25.71
36.52 25.73
1511
21!11
2511
3811
3511
'II II
'IS II
S:BI!l
389
ltO
390
390
389
lit
199
H9
388
J90
387
JBJ
264
261
H .~o
Sl
01.2
391
25.36
25.40
25.43
25.44
25. 46
25 .48
25.48
25. 49
25.51
25.52
2~. 56
25.58
25.60
25.63
25.65
25.U
25.H
25.67
25.70
H03
00.1
389
268
n.u
P04
0.1 s
390
390
391
391
189
389
391
391
2~.32
36.50
36.50
l&. 50
H.49
36.49
l6.4f
36.49
16.49
lLS2
AOU
-.2 6
391
191
390
191
189
l9J
HO
391
390
J90
392
390
25.21
25.27
2~ .16
02 '
4.63
§:I
HI
361
314
33 4
llO
128
125
316
310
JOB
306
300
29 4
292
287
28 4
283
278
273
24.66
24.H
24 .72
21.81
24.81
24.90
24.92
24.98
25 .0 5
25.06
25.12
25.15
02
4.8 9
T(IIP
I all
O~S(~VA II DHS
I
25.82
25. i2
25. 82
25. 82
25.82
25 . Bl
25.82
25. 82
25.81
25.81
25.81
25.82
25.81
25. II
25. 80
25.79
25.79
25.7 8
25.78
25.78
25.7 8
25.78
25.78
25. 7l
25 . 7l
25. 7l
25.76
51 liM
5.05
4 . 81
- .24
0.06
00.0
00.9
257
257
ns
151
253
252
250
249
2 45
243
241
239
217
236
236
236
23~
232
2ll
2]1
2JO
5.28
5. OJ
-.25
0.15
00.0
00.4
79.0
BO. 0
11 . 0
82.0
89.0
90 . 0
fi.O
92.0
93.0
94.0
95.0
96.0
9?. 0
98 . 0
99.0
I 00.0
I 0 I. 0
I 02.0
105 .0
Ill .0
116.0
120.0
125.0
130.0
1H.O
141.0
115.0
150.0
156.0
160.0
166.0
170.0
I ?5. 0
1$0.0
185.0
191 .0
195.0
201 .o
20.71
20.19
20.U
20.63
20.31
20.29
20.23
20. 1 4
20. I 0
20.02
19.84
19.69
19.60
19.57
19 .5 0
20~
.o
16.16
210.0
216.0
220.0
225.0
211.0
236.0
240.0
215.0
250.0
253.0
16.19
19.49
19.45
19.46
19.58
19.55
19. 26
19.10
19.02
18.84
19.00
18.80
18 . 51
18 .ll
18 .26
18 . 12
17.85
17.73
17.55
1? .17
17. 2J
17.07
16.99
16 .69
16.08
I~. 84
15.59
15.49
15 .44
15 . )1
15.20
14. 99
14.93
llt.H 25.71
211
36. su 25.73
no
25 .l 3
15.13
25.83
H. 81
25.84
25.86
230
230
221
221
219
218
216
215
211
211
209
210
207
209
H.49
36.48
l6. 50
l6.l9
16. 49
36. 48
36. 49 2~.88
36. 1? 2~.89
3&. 4? 25.91
36.42 2~. 93
36.42 25.96
H.Jf 25.94
36.41 25.98
36.38 25.96
36.17 25.96
36 . l9 25 . 9l
16. 4l 26.00
16.52 26.05
36.18 n. ot
36. 44 26. 10
16.41 26.11
36. 11 26. 15
36.54 26.21
36.~6 26.2?
16. 51 26. JO
36 . 46 26.31
36. 14 26.32
36.42 26. 34
36.39 26.18
3&.36 26.39
36.15 26.42
16.15 26. 41
36 .Jl 26. 49
16 .ll 26. ~I
36 .]0 ?I>. 52
36.28 26.58
36.21 26.59
lLll 26.62
~09
207
205
20 I
197
196
19~
192
IU
180
177
176
176
17~
4. 31
5. 30
• 99
0 .] 8
06 .7
02.3
Ill
170
167
16l
161
159
158
1~3
1 ~1
li.IB
26. 64
l6 .1 5
36.11
36. 0?
36.07
16.05
]6. 04
16.01
26. 68
26.70
26.70
26.71
26.72
76.74
149
141
1H
14 1
142
141
140
119
16.16
136
35.9 ~
. t£.1 4
118
J. 1 B
5.66
2. 48
1.05
16.2
07.4
82
IS(LIH CRUISE
2.~N
lAI 30
c 1- :...;
SIA 106C
22/
IV/78 21.8 C"l COHSEC SIA 106
STATI DH 1116(
lO•:
DATA
V!ND SPEE D
V!ND D!RHI!ON •
AI~ IE"P
V(AlHH [00[
80 II . 0~
D£rTH ·2 ~0"
DIST LAST STA •
I~.~K"
U(AIH(~
10 KIS
020
. c
IA~Qft[I~!C PRE55J~[
s
2. 0
l.O
4. 0
5. 0
6.0
7.0
9.0
'. 0
I 0.0
11.0
12.0
ll. 0
14.0
15.0
I 4, 0
17.0
18.0
19.0
20.0
21 . 0
22.0
23.0
24.0
25.0
H.O
27.0
78.0
29.0
30.0
li.O
12.0
33.0
34.0
H.O
36.0
37.0
lB. 0
39.0
40.0
41 . 0
• 2. 0
43.0
44 . 0
45 . 0
41 . 0
~7
.o
48.0
49.0
50 . 0
51 . 0
52.0
53.0
5 4.0
55 . 0
56.0
57.0
58.0
59.0
60.0
61.0
12.0
63.0
64.0
6!. .o
66 . 0
67.0
66.0
". 0
70.0
71.0
n.o
D
24.69 36.3~ :cH
24.69 36.37 : ~.ll
24.69 J4 .J~ :4.H
2~.69 36.3~ :4.46
24.69 36.36 :co
21.69 36.35 : ~ . 46
24.69 3&.36 <4. 47
24.69 l6.l7 • 4. 48
2 ~ . 69 36.34 H.u
21.69 36.3& 21.47
24.69 l6.l8 24.49
24.68 ]6.36 24.47
24.67 36.35 2~. 47
24.66 36.35 24.~7
24.42 3&.43 2~. 61
2 4.32 3&.41 24.62
2 4.2~ 36.44 2~ .'7
24.06 36.47 24.74
H.73 3&.51 74.87
73. 70 36.45 24.84
23.31 36.56 25 .OJ
23.17 36.44 24.tl
22.64 36.45 25.14
22.65 3&.45 25.14
22.44 36.44 25.14
22.5~ 36.47 7~.11
22.~5 H.H 25.1&
11.48 36.47 25.21
11.4l 36.44
36. ~6
22.22 36.46
22. I 6 l6 • H
22.07 36.45
21.98 36.41
71.91 )6 . 46
21.88 36.45
21.84 36.46
21.70 36.44
21.5) 36.39
21.48 36.41
21.39 36.41
21.26 16.40
21.05 36.38
20.9 ~ 36.38
20.85 36.40
20.72 36.40
20.61 36.42
20.59 )6.41
?0. 57 36.41
20.54 36. 4l
20. so 36.42
70.39 )6. 45
20.37 3&.45
20.3 I 36.44
20.29 36.45
20.26 36. ~5
20.25 36.46
20.23 36.46
20.20 34.46
20.18 36.45
20 .ll 36.46
20.03 H. 47
19.95 36.45
19.91 36.12
19.79 36. 40
19.66 36.41
II. 48 36.38
19.ll 36.12
19.27 36.32
I 9. II 36.32
~2.H
l V.I~
25.20
H.74
~5.27
25. H
25.31
25.32
75.36
25.36
25.38
n.•o
25.41
25.44
2S. 47
25.50
25.54
25.57
25.61
25.64
25."
25.69
25.69
25.72
25.72
25.77
75.78
25.78
25.80
25.81
25.82
25.82
2~.83
75.83
25.85
2~. 88
25.81
25.87
25.89
25.93
25.96
25.95
25.97
2~."
H.n H.oo
Jl.O 19.14 Jl.ll 26.01
74.0 19.14 H.l'4 26 .02
7~.0 lt.IJ l6.H 26.02
1019.0
u
OBSHUAl!OIIS
SVA
02
02'
347
JH
J47
148
347
348
347
JH
348
347
346
347
H7 ~.92 4. 71
347
JH
ll3
321
321
301
l13
214
211
783
184
284
780
782
278
27?
275
271
270
2&8
267
263
263
262
259
258
256
7S3
2SI
247
244
240
237
232
213
232
230
230
225 5.00 5.08
224
224
222
222
221
220
220
220
218
215
214
215
214
210
207
208
207
205
204
203
202
202
SEA STAlE
UAVE DIRECTION •
ClOUD ITPE
ClOU~ AftOUNI
U!SIBILIIT COD[ •
AOU
PO~
HOJ
Sl
- .21
0.08
00.0
01.4
2U
'25.8
.08
0.17
00.6
01.1
?6.0
77.0
18.0
79.0
8~. 0
81.0
82.0
83.0
84 .o
85.0
86.0
87.0
68.0
89.0
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97 .o
91.0
".0
I 00.0
I 01.0
; 02.0
1 OS. 0
111.0
116.0
120.0
12S.O
131.0
1l5.0
140.0
IU.O
150.0
155.0
160.0
163.0
19.14
19.12
19.07
19.05
18.19
19 .00
I I. 0 I
19.02
II. OJ
16."
18.f6
18.93
18.86
18.78
18.77
18.66
18.63
18.53
18. 47
18.38
18. J3
18.31
18.28
18.22
18.14
18.07
18.04
17.87
17.36
16.69
16.49
16.30
15.78
15.71
15.21
15.07
14.64
14.30
14.04
I 3. 99
36.35
36.35
36.34
36.35
3&.36
36.3&
l6.JV
36.42
l&.H
36.44
36.45
16.42
36.U
l6.U
36.43
H.43
36.40
)6, 41
36. 36
36.36
36.35
36.35
36.36
36.35
l6.ll
36.32
36.3 I
36.28
36.22
36.14
36.10
36.08
36.02
36.00
35.96
35.93
35.90
35.87
35.83
35.10
16.02
24. OJ
26.03
26.05
26.07
26.07
16.09
76.11
2&. 12
26.13
26.15
26.13
26.16
26.18
26.18
26.71
26.19
26.23
26. 20
16.23
16.23
26.24
26.25
26.26
26.26
26.27
16.27
H.29
26.37
26.47
26.49
26.52
26.59
26.59
26.67
26.68
26.75
26.80
26.83
26.12
202
20 I
201
199
197
196
196
194
193
192
190
192
189
187
187
185
186
183
18S
183
IBJ
182
181
I 80
180
179
179
177
170
160
1:,9
156
149
149
142
141
I 34
129
127
128
4. 30
5 .ll
I. 01
0.45
06.4
03.2
l. 24
5.77
2.53
I. I 3
17.5
10.0
83
!SH IH UUIS£ Cl - 0 4
S I A I 07C
IV/78 21.? G"T CONS[[ STA I 07
221
STATION
l AI 30
2 . IN
1 ~.0 U
LONG 80
~EI'IH
'
55ft
DIST LAST S I A •
unc
8 .IK~
VEAIH[~
DA TA
IHD SPE£0
10 ~IS
IKD DnECIIO H
030
AI R IUP
[
~ [ATHER COD E
SA~OM T I C PHS SURE • 1019.0 fti
SEA STATE
UAVE DIRECIIOH
CLOUD TTf' £
CLOUD AMOU NT
V!SIBILITT CODE •
.
:.o
2 4. 80 36 .32 2 4 . I I
3. 0 2 4. 80 H.lJ 24 .0
I . 0 21 .80 H .ll 24 . 0
5. 0 24 .8 1 l& .ll 24 . 11
1.0 2 4. 8 1 36.32 ?1. 10
7.0 24.81 36.31 2 4 . 40
6.0 2 4 .82
9.0 21 .82
I 0. 0 21 . 82
11.0 21 . 81
12.0 2 4. 71
ll. O 24 .7 1
14 . 0 2 4. 31
\ . 0 2 4. 09
I I. 0 23.79
17. 0 23.72
16. 0 23.46
IV .0 23. 19
20. 0 22. 83
ZI.O
2~. 4 0
n. o 12. 1 1
:13.0 2?.30
2 4. 0 22.08
25.0 21. I I
76.0 21.83
27.0 21.59
28.0 21.61
29.0 71 .56
10.0 21. 41
31.0 11 .l9
32.0 11 . 20
3 l. 0 10.!1
3 4 .0 20 . 85
15.0 20 .II
3& . 0 20.!6
17.0 H.l 4
38 . 0 \9 .8?
39 . 0 19 . 79
40.0 19 .6 3
41 . 0 19.60
36.3 4
l6 .3 1
l6.ll
H.3 1
36.35
24.42
H.JI
24. 4 1
2 4 . 40
21 . 4l
36.34 24. 45
36.31 21.51
36 .lB 21.&7
H.lB H.'A
36 . 31
36. 10
l6 .39
36. I I
24.78
24. 87
21 .9 4
n.o6
36. 0 25.20
l6 .39 25.17
36.H 25. I 7
36. 42 2~.28
H.O 25.32
36. (J 2~.llo
36.0 25.U
36.13 25.0
H. 45 25 . 45
H. 48 25.50
36. 45 25.~0
3&.47 2~. 57
J&. Sl 2~.67
31. 48 25.67
11. 44 25.69
11. 41 15.7 4
36.19
SVA
35 3
352
02
S
02'
Ul
I . 93
I . 70
O~S£RVA110
s
l
~~.7 "
ll. 16 15.8 0
J&.ll 25. Bl
l6 .35 25.90
li. 1S 15.83
I I!
AOU
PO l
NOl
-.23
0 .1 3
00.0
352
353
35 4
352
351
51
00 . 8
211
· I
311
J5l
35 4
351
349
3H
)28
320
317
309
303
H I
278
281
281
270
267
?63
257
257
25 1
250
7~0
HI
213
13 4
132
?27
127
11 B
218
111
219
S f!
TEIIP
5. 23
4.II
- . 29
0. 14
00.3
00.6
<1 2. 0 I 9. 30
' l. 0 I 9. 17
,_ .o 18.98
45.0 18.51
41.0 18. 40
17 .0 1 8. 25
08 . 0 1 B. ll
" . 0 I 7. 8 1
50.0 1 7. 1 7
51.0 11.51
52.0 16. 44
53.0 16.30
31 . 25 25.9 1
36.21
2~. 95
36.23
H.l9
36.20
36 . I 8
36. 11
3&. 10
36.0 4
3&. 0 4
36. 01
36.02
25.97
26.05
26.10
21. 12
21>. 10
26 . 16
16.:?8
21. 0
11. 45
21. 47
51611
2 11
20 B
205
198
193
191
H3
18 7
176
1 6~
160
IH
5.00
5.H
.30
0. 0
05.9
03.0
84
C~U
I SEL IW
I SE
I. ~H
L AI JO
Cl - 0~
STA 108CU 23/
LONG SO 22 . OU
PErTH
IV/ 78
.1 GKT CONSH S TA 108
~lSI
~~"'
:
LAST STA ,
9.71(~
STATION 1!8CU
51
[AIH[~
DAIA
UIHD sruo
09 ns
UIHD DIHCIIOH
OJO
• 11.
AIR IEftP
UEATHER CODE
PA~OKETRIC PRESSURE • 1 019.0 ftli
SEA SlATE
UAVE OIRECTIOH
050
CLOUD TYPE
CLOUD MOUNT
VISI~ILITT CODE •
ac
1.0
2.0
3.0
4.0
5.0
6.0
7.0
8.0
9.0
10.0
11.0
12.0
13.0
14.0
IS .0
16.0
17.0
I 8. 0
19.0
20.0
21.0
22.0
21.0
21.0
25.0
20.0
27.0
28.0
29.0
30.0
J 1 .0
12.0
JJ.O
34.0
JS. 0
24 .I A
H.1A
24 .I A
24.15
2L 14
H.l4
24.0 4
2]. 82
23.72
23.41
23.42
23. I~
22.8 9
12.5 4
22.20
21.U
21.79
21.69
21.34
21.21
21.09
20.59
20.44
20.05
ISH I
l~ 1
30
" . 81
1?.16
18.82
" . 09
18.00
11.n
17.07
17.02
16.92
16.89
16 . 85
H .4 1
36.40
JA. 40
JA. ~0
36.37
3&.36
H.JS
36.35
36.34
l6. 34
36.31
H.Jl
36.12
36.29
36.31
36.33
36.27
36.28
J6.28
36.JO
36.32
36.43
36.43
H.41
l6. 32
J6. 19
36.16
36.12
J6.09
36.10
36.09
36. 10
36.06
36.08
36.06
D
24.67
24.66
24.66
24.66
24 .&4
24.64
24.66
24.72
2 4.n
24 . 81
2~. 81
24.89
24.97
~5 .05
25. 16
25.28
25.25
25.29
25.38
25.43
25.48
n.1o
25.74
25. 8J
2~ .
Sl
25.90
25.U
2~. 86
26.11
26.27
2A.H
26.36
2&.35
26.38
26.37
CRUISE Cl - 04
O.ON
OSSHUATIOHS
SVA
02 '
02
328
329
329
328 5. 01
4.76
330
331
129
323
321
312
314
307
299
292
281
270
271
270
261
256
251
230
226
21 a
218
212
206
215
191
4.45 5.42
170
168
IU
166
167
,,.
STA 109C
LONG 80 ll.IU
23/
~EPTH
U[AIHER DATA
UIHD SP[(D
• 09 KTS
UIHD DIRECTION • 050
AI~ HftP
18 .JC
U[AIH(R CODE
BA~O"EIRIC PRESSUU • 1020.0
IV I7 8
'
41"
s
9.0
21. OJ H.J4 25.51
21 .OJ
21 .OJ
11.03
21 .OJ
21 .OJ
11 .O J
11. OJ
21 .OJ
21.03
21.03
21.03
21.03
21.0J
21.03
21. OJ
21. OJ
21.02
21.02
20.U
20.92
10.0
11 .0
12.0
13.0
14 .o
15.0
ll.O
17.0
11.0
19.0
20.0
21.0
22.0
23.0
24.0 20.~5
25.0 18 . 73
l6 .l6
36.35
l6 .36
l6 .J7
lLJS
l6 .36
3&.35
36.35
H.J5
36.35
36.36
36.37
36.36
H.l6
H.l7
2~. ~l
25. ~2
25. ~J
25.54
25.52
2~. 53
25.52
25.52
25.~2
25.52
2).5)
25.54
2~.53
25.51
25 . 54
31.34 25.51
36.38 25.55
l6 .37 25.54
H.l7 25. ~'
H.37 25.57
~6.42 25.70
H.J2 24.11
PO l
HOJ
SI
-.2:0
0.13
00.0
02,9
·'
SAL
516M
TE:IIP
SJl
H.O 16.81 H.07 26 . J9
J7.0 16.78 36.06 26.39
31 .0 16.78 36.07 26.10
39.0 16.77 3&.06 26. J9
~0.0 1 6 . 75 36.07 26 . 10
41.0 16.71 36.06 26 . 40
42.0 16.74 l6. 06 26. 40
u.o 16.74 36.06 2& . 40
.97
0. 48
06.6
lA~
lAS
161
165
165
16~
1 .05
5. 16
1. II
o.n
I 0. 3
OJ. 4
l.l GftT CONSEE S TA I 09
0151 LAST STA '
165
165
18.01:"
STATION 189(
516
5AL
.
l.O
4.0
.0
0.0
7.0
8.0
AOU
"~
0 BSHVA TI OHS
SVA
01 '
02
247 ~. 16 S.OJ
246
247
146
245
247
246
247
SEA SlATE
UAV£ DIRECTION
CLOUD 1TPE
CLOUD AIIOUNT
VISIBILITT COD( :
IB
AOU
-.13
POl
0.17
1103
00.0
Sl
00.7
21!
38
2~7
247
247
246
246
2U
247
246
241
2~5
246
244
2U
2l0
192
TEIIP
516M
SAL
06.0
85
2A . 0
21.0
28.0
29.0
JO. 0
)1. 0
J?. 0
33.0
J4. 0
35.0
36 . 0
37.0
JB.O
16.94
16.69
IA.64
16.63
16.62
16.61
16.61
16.60
16.60
16.59
16.60
16.60
16.59
36.23
36.1 4
36.16
36.10
36.10
36.09
36.11
36.10
36.09
36.09
36 . 10
36.10
36.09
26. 4S
26.47
16.50
26.4S
26.46
26. 45
26.47
26. 46
26. 45
26.46
24.46
26.46
26.46
ISELIN CRUISE Cl - 0 4
l AI 29 58. 2N
156
157
159
159
159
1S8
158
159
159
15S
158
159
43.0~
s
3. 0
4. 0
5.0
6.0
7.0
s.o
20.79
20.79
20.79
20.79
20.79
20.79
'. 0 20.79
10.0 20.79
11.0 20.79
12.0 20.79
13 . 0 20.79
14.0 20.80
15.0 20 . 79
16.0 20.75
17.0 20.65
IS .0 20.30
" . 0 19.94
20.0 19.42
21 . 0 19.21
22.0 ".20
23.0 19.15
24.0 1 9. 15
25.0 ".14
H . O 19.14
D
25.52
25.51
25.53
25.52
25.53
25.53
25.Sl
25.S3
25.53
25.52
25.51
25.51
25.51
25.5 4
25.58
25.70
25.81
25.96
24 . 00
36.26
3&.25
36.27
36.26
36.2S
36.27
36.27
36.27
36.2S
36 . 24
36.25
36 .25
36.n
36.27
36.29
36.32
36.34
36.36
)6.34
36.31 2~.98
3& . 31 2~. 99
36.31 2~."
36.31 25."
36.31 25."
.77
0.36
03.9
03.0
3.82
5. 47
I . 65
0 . 70
10 . 1
oa : ~
DEPTH
UEAIHB DAU
UIND SP££0
10 KlS
UI~P DHHIIDN ; 0 40
Alk IEftP
• 17. sc
[RIHU CODE
BA~DK(I~IC PRESSURE • 1020. I
l
5. 4J
231
SIA 110C
lONG SO
4. 66
ISS
IV/78
•
~BM
2. 4
DIS!
G"l
CONSEC STA 110
l~ST
SIA •
28
)'i
SEA SIAl[
UAVE ~IRECTION •
ClOUD HPE
Cl DUD A~OUNT
VISISILITY CODE •
~·
25
II
OBSERVATIONS
SVA
o~02
247 5.17 5.05
24S
246
247
246
246
247
247
246
247
AOU
-. 12
P0 4
0.17
N03
00.0
Sl
01 . 5
TEHP
S RL
311
248
248
2 48
246
242
231
220
206
202
20 4
203
203
203
203
STATI ON II II C
16.2KM
'il
5. 11
5.06
-. 05
0. 18
00 . 1
02.5
4 .60
5. 21
.61
0.32
02 .I
0 4.4
IV/78
3.7 GMT CONSEC STA 111
S.ll
STATION IIIC
ISELIN CRUISE Cl-04
LA! 29 54.8W
SlA 111C
lONG SO 53.9U
231
~EPIH
= 29K
U(AIHER DAtA
UIH~ 5P[[D
• 12 KIS
UIHD ~IUCllON : 070
AU l(ftP
18 .3C
U[AIH[R COD E
H~OK(IRIC PRESSURE • I 020.5 ftl
s
l
6. 0
}.0
8. 0
9. 0
10.0
11.0
12 . 0
13.0
14.0
1l . O
20 . 81
20. Sl
20 . 81
20.81
20.82
20.82
20.82
20. II
20.8]
20.83
111
085[RU~ II OHS
D
H.JO 25.54
36.31
36.31
36.31
36.30
34.29
36.30
17.7kM
SEA SlATE
UAVE OI!:ECIION •
ClOUD lTP£
ClOUD A"OUHT
VISIBILITT CODE •
.
2. 0
l.O
4. 0
5.0
u151 LAST SIA •
25.5S
25.55
25.5$
25.54
25.~3
25.54
3&.29 25.54
J L 29 25.53
36.30 25.54
?0.83 36. 2f 25.53
20.83 H.ll 25. 55
20.83 l6.2t 25.51
20.Bl H.l O 1L l4
SVA
2 45
244
241
2H
245
244
245
2H
2U
245
244
2U
2H
2U
02
02'
5.02
5.05
AOU
.OJ
P04
0.19
NOJ
00.0
51
01. 4
2.11
51""
311
TEJIP
5fll..
86
16.0
17.0
18 . 0
ILO
20.0
21.0
22.0
23.0
21.0
25.0
26.0
27.0
20.83
20. Bl
10.83
20.83
20.83
20.83
20.83
20.83
20.83
20.83
20.83
20.83
2~.55
2~5
36.32 25.55
244
2H
245
245
245
2H
3&.31
31>.30
36.31
36.31
36.31
3&.30
36.31
36.2f
36.28
36.30
3&.32
25.5 ~
25.55
25.55
25.55
25 . 5~
25.55
25.53
25.52
2~5
25.5~
2H
2H
2H
25.55
2~5
5 . 01
SIA 112(
1 SELl H nuJSE
Cl-0 ~
lAl 2' 55 .2 N
LONG 81
23/
5.05
.0~
IU/78
~.8
DEPTH • 19ft
5. ov
V[ATH[R DAU
U1HD SPEO
• 12 1:15
Uln DIHCIION • 070
AIR 1[ ftP
• I 8 .3C
V[AlH[R CODE
5A>O~EIRIC P~ESSU~E = 1020.5 Ki
0.18
00.0
0 1.~
Gftl COHSEC SlA 112
DIS I LAST
s lA
18. IKM
%
SEA STA IE
UAVE DI REC IIOH
CLOUD l!PE
CLOUD AMOUHT
UISikJLITY CODE
STFITIDH 112(
51
=
11!1
D
:'.0 21 .10 36.17 25.31
l.O
LO
LO
LO
7.0
8.0
9.0
I 0. 0
11.0
12.0
13.0
II. 0
15.0
16.0
17.0
21.29
21. 29
21.30
21.31
21.3 I
21 .30
21.30
21.30
21.3 I
21.31
21 .30
21 .31
21 . 3 I
21 . 30
21 .31
H . 17
H.17
36.17
36.17
36. 17
3&.17
36.17
36. I 7
36.17
36.17
J6 .17
36.17
36. 17
3& .17
36. 17
I SHIH
C~UIS[
LA r 29
6. ON
V(~lH[~
DATA
25.31
25.31
25.31
25.31
25 . 31
25.31
25.31
25.31
25.3 I
25.3 I
25.31
25. ll
25.31
25.31
2L31
CJ-04
SVA
267
2&7
267
167
267
267
267
267
267
267
267
267
267
OFSERUA II OHS
02
02 '
5. 21
5. 01
8.0
9. 0
0, 0
II .0
12.0
ll.O
I~. 0
15.0
16.0
17.0
I
Sl
00.2
516"
TI:PIP
SFIL
21!1
511
267
168
5.18
STA 113C
LONG 80 42.7U
23/
orrrH
5.01
IU/78
= 19M
- . 17
0.22
00 . 0
00.8
9.6 GKT CONSEC SlA Ill
01 Sl lAST STA •
98. O~M
STFITI DN Il l(
516
36.32
l6.l2
3&.32
l6.l2
36.33
l •• l2
l6.ll
l6. 32
36. l2
l6.l2
J&.Jl
SEA STAlE
VAUE OI~EC!IOH •
ClOUD TYfE
CLOUD AMUHT
VISI~ILITY COO[ •
SRL
OBSEf.VAliOHS
s
7.0
NOJ
00.0
268
sruo
21.08
21.08
21.08
21.08
21 . 08
21.08
21 . Of
21.08
21.08
21.09
21.09
21.U
21.09
21. ot
21. Ot
21 . 09
1'0 ~
0.25
31!1
IHO
• 18 KTS
VIHD Olo(Cl!OH • 080
AI~ HftP
• 20. oc
U[~lHH CODE
~A~C~(T~IC r~ESSU~E • I 018.8 M8
2. 0
l.O
LO
5.0
6.0
AOU
-.20
SVA
02
02 '
25.48
2~0
5.10
5. 02
~·
250
25D
250
250
250
250
2SO
250
251
250
251
251
25 I
150
251
25.
2~. ~8
25. ~8
25 . 49
25.48
25.49
2S. 48
25.48
25. ~·
25. ~9
)6. l2 2~ . ~8
36.32 25.48
l6 .32 25.48
l6 . ll 15.49
36. l2 25. 41
AOU
-.08
ro ~
0.20
H03
00.0
51
Ill
00.4
516"
211
JIJ
5.06
5.02
-. 04
0.23
00.0
00.8
TtPIP
SFIL
87
ISELIN
LAI
a
C~UISE
e.oN
Cl-04
sa
114C
LONG 80 ll.OW
DEPTH •
U[AIHO DAIA
UIND SrEED
• I~ KTS
UIHO DIHCIIOH • 080
AI~ TEnf
• 20 . 0(
U[AIHn CODE
S•~D~ET~IC P~£SSU~£ : I 018.8
2.0
3.0
4. 0
5. 0
LO
} .0
8.0
~. 0
I 0. 0
II . 0
12.0
I~. 0
I •0
15.0
16.0
17.0
18.0
19.0
20.0
21.0
22.0
23.0
24.0
25.0
T
21.10
21.10
21. I 0
21. I 0
21.10
21. I 0
21. I 0
21. 10
21. I 0
21. I 0
21. I 0
21.07
20. ~8
19.63
19.59
19.57
19.56
1'1. ~5
19. S<4
19.5 4
19.54
19.H
19.54
1 9. S4
s
36.32
11..32
36.32
36.31
36.31
36.32
36.32
36.31
36.32
36.32
36.32
36.29
36.29
l6. 29
36.29
36.28
36.29
3&.28
36.30
36.28
36.27
36.29
36.28
36.28
D
25.48
25.48
25.48
25.47
2~. 47
25.48
2~.48
25.47
25.48
25.48
25.48
25.46
25.60
25.85
U.86
25.86
25.87
25.86
25.88
2~. 87
25.86
25.87
25.87
25.87
I SELIN CRUISE Cl-04
l AI 29
S.BN
SUA
2~1
IVI78 10.7 Gftl CONSEC SlA 114
2J/
~6~
na
OaSEI>UATIONS
02'
02
4. 93 ~.02
21.H
21.4£
21.46
21.45
21.45
21.46
21.47
21.4&
21.45
21.44
21.44
21.42
21.37
21.13
20. 13
19.61
". 39
19.0 I
17.H
17 .I 8
I 7.13
I 7 .I 0
17. I 0
17.09
36.30
36.29
36.30
36.30
l6 .30
34. JO
34.30
36.30
34.31
36.30
36.30
36.31
36.29
36.32
36.30
36.30
36.30
36.30
3&.30
3&.17
34."
P04
0.15
NOJ
00.0
Sl
01.2
II
2~1
252
252
251
251
252
251
251
251
252
51&"
TEJIP
3.11
s. 02
4. 27
.75
0.20
00.0
02.5
HO
216
215
215
214
215
213
214
215
214
.,
21 s
4. 31
5.17
.86
0.32
01.7
05.7
21 s
STAIISC
25 .34
25.36
25.36
2~. 37
25.37
25.36
25.36
25.36
25.37
25.37
25.37
25.38
25.38
25. 44
1$.73
25.86
1$.92
20.02
2&. 41
2&.18
26.38
36.15 26.]8
36.12 26.36
36. 13 26.37
AOU
.09
STATION II .. (
51
SEA STATE
UAVE DIR£CIION • 080
CLOUD lYPE
CLOUb AMOUNT
VISIBILITY CODE •
IU/78 11.8 GnT CONSEC STA 115
231
DEPTH
:
26ft
U[AIH(R DAU
UIND SP((D
• 14 KTS
UIND DIHCTION • 090
AIR l£KP
• 20.6C
U[ AI HER COD(
IA~O"ETRIC ~RESSU~E : I 019.0 Kl
2.0
3. 0
4.0
5.0
4.0
7.0
8.0
9.0
10.0
11.0
12.0
13.0
14.0
15.0
16.0
17.0
18.0
19.0
20.0
21.0
22 .o
23.0
24.0
25.0
16.1Kft
251
LONG 80 2l.OU
s
DIS! LAST STA •
SUA
242
262
262
261
261
DI ST LAST STA •
STATION IISC
I
16. 3t:n
51
SEA STATE
J
UAVE DIRECTION
080
CLOUD TYPE
CLOUD AIIOUHl
VISIBILITY CODE •
OBSHVAT I OHS
02
02'
5. 48 4. 99
I I!
AOU
-. 49
P0 4
0.10
H03
oo.o
SI
00.6
21
TE"P
26~
311
262
242
261
:6 I
261
260
260
255
228
115
209
200
l&J
1&4
146
16&
168
167
5 ... ,
5.00
·.49
0.1 J
00.0
00.2
511
4. 49
5. 37
.68
0. 45
04.5
02.9
3.77
s. 42
1.65
0.45
07.7
0~.9
516N
SAL
88
1SELl N CRU 1SE
Cl-0~
l A1 29
LONG 80 12.9U
9 .9H
STA 116C
23/
~H' TH
IV/78 13.0 GMT CONSEC SlA 116
' 63ft
.
UEATHER UAU
VIHD SP£ED
IJ ~ IS
VIHD Dl ~ECliON
100
AI R I [ftP
• 20.0C
EATHER CODE
IAROHHIC PHSSUH • I 0 I 9. 9 fti
z
3.0
4.0
5. 0
6.0
7.0
8.0
•.o
10.0
II. 0
12.0
13.0
14.0
1~ . 0
16.0
17.0
18.0
19.0
20.0
21.0
n.o
2J.O
:14.0
25.0
76.0
27.0
78.0
H.O
lO. 0
31.0
l2 .0
3J. 0
H.O
35 . o
l6. 0
37.0
38.0
39.0
40.0
41.0
42.0
D
20.H
20.6 I
20."
20."
20."
20.59
10.56
20.56
20.55
20.)3
20.52
20.50
20. 49
20.21
19.13
19.09
18.95
I 8.86
18.56
18.21
17.8 4
17 .80
17.73
17.68
17.41
17.33
17.08
16.98
16.97
16.89
16.45
14.47
14.35
16.12
15.92
15.79
1s.n
15.69
15.67
15.67
36.22
36.23
36.23
36.23
36.23
36.23
36. 2J
36. 2J
36.24
36.13
36.23
36.23
36.22
36. 14
36.06
36.07
36.15
36.20
36.22
36.19
36.15
36.17
36 .I 6
36.16
]6 .17
]6. 18
36.15
H.l4
36. ll
16. 13
l6 .I l
36.09
36.09
36.07
36.08
36.04
36.01
34.02
36.01
l6. 01
25.54
n.s4
25.54
25.54
25.54
1S. 55
2~-~·
25.56
25.57
25.57
25.57
25.57
25.57
25.58
25.81
25.82
25.92
25.98
26.07
26.14
26.20
26.23
26.23
26.15
:16.32
26 .J~
26.39
26.40
26.40
26.42
26.51
26.48
26.51
20.53
16.~K"
5. 07
STFITIDN 116(
~I
!ill
HIIP
P04
N03
51
- .55
0.20
00.1
oo.s
245
245
2H
243
244
2S
•I
243
21l
15
243
2 42
213
241
220
218
209
204
IV5
189
183
T81
180
178
112
169
165
164
164
lbl
153
156
154
I Sl
26.60
26.59
26.41
26.61
76 . 41
I 45
144
IH
IIIII
4.67
5.34
.67
0. 40
05.1
0~
.5
43.0
44.0
45.0
46.0
47 .o
48.0
49.0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58.0
~9. 0
14~
S TA IT7C
l.OV
23/
~EPIH
'130ft
Dl 51 LAST STA
=
9.8~1\
51li
• 3
SEA STATE
UAVE DIR[CTION • 110
CLOUD ITPE
CLOU~ AIIOUHT
VISiilLITT CODE •
SJ!
s
22.63 H.H
n.~8 36 . 34
22.5 3
22 . 40
22.17
22.11
:12.0)
21.95
D
25.05
25.05
2~.05
25.05
25.04
25 . 06
25.08
25.06
2~.08
36 .34 25. II
JL 37 2~. IS
36.34 25. 20
36.34 25 . 21
H.H
2~.2·
li.H 25."
36.00
36.01
36.01
36.01
36.00
76.60
a.61
26.61
76.62
26.63
3).97 26.62
36.00
36.00
15.99
35.95
35.93
3).94
35.94
35.92
H.93
35.92
35.92
26.65
26.69
26.70
26.68
26.67
26.68
26.68
26.U
24.H
26."
26.U
145
145
144
143
I 42
143
141
Ill
I 36
138
Ill
Ill
139
140
139
140
140
3.5~
STATION 111(
JY/78 14.2 GilT COHSEC STA IT7
UTA
IHD SPUD
• 10 1: 15
UIND DI~ECIIOH • 110
AIR 1£ftP
• 21.1C
U( AI ~(R CODE
B4kDII£lkiC H(SSURE • 1010.0 Ill
22.71 ll. 35
11.71 H.l5
22.71 36.35
21.70 36.)5
22.70 H.l4
22.61 ll. 35
l2.h 36.36
15.U
15.67
15.65
I 5.6 I
15.52
15.47
15.45
15.26
15.08
15. 14
15. I 3
15. 13
15 .I 3
15. 12
15.13
I ~.13
IS. I J
145
U(AlH£~
J.O
4. 0
~. 0
6.0
7.0
I.0
9.0
I 0. 0
11.0
12.0
ll.O
14.0
15.0
14.0
17 . 0
'2
'2
SRI.
AOU
H~
14~
lONG 80
5.62
LAST STA ,
SEA STATE
3
UAVE DIJ;ECTION • 100
CLOUD TYPE
CL CUD AMOUNT
VISIP1LITY CODE •
DB SHVA 11 ONS
02
02 '
26.60
IS[LIH CJ;UISE Cl - 04
LAI 29 11.2M
SVA
245
245
~IS!
08SH VA I I OHS
SVA
02
02'
292 5.22 4.81
292
292
291
292
2fl
289
290
289
:186
182
271
277
274
272
AOU
-.34
P04
0.13
HOJ
00.0
Sl
01 .4
IU
2U
2.5.11
~
....
2.09
0.95
14.0
09.5
89
18.0 21 .8J
19 .o 21 .74
20.0 21.55
21.0 21.51
22.0 21. 42
23.0 21. 40
H.O 21. 27
25.0 21.11
H.O 20 .a&
27.0 20.71
28.0 20 .5 1
29.0 20.44
30.0 20.2 3
]1.0 19.86
32.0 19.77
JJ.O 19. so
l4 .0 19 .]5
l:i.O 19 .]0
36.0 19.09
37.0 18.97
38.0 18."
39.0 18 . 61
40.0 18.SJ
41 .o 18.18
H.O 17.74
0.0 17.52
44 .0 17.35
45 .0 17.38
46.0 17.30
47.0 17.34
48 .0 17.35
49 .0 17 . 31
50.0 17. I 0
51.0 17.00
52.0 16 . 83
53.0 16.48
H.O 16.30
55.0 16.23
56.0 16.19
57.0 16. 17
58.0 16 . I 0
59.0 15.97
&0. 0 15 . 88
61 .o 15.73
62.0 15.~'
6l. 0 1~.39
&4. 0 1 s. 42
&5.0 15.33
I SH
l~
l6.l4 25.29
2U
36.34 25.32
U7
36.35
36 .ll
36.36
36.n
36.39
36.37
36. 40
H. 36
36.31
34.29
36.3 I
36.26
HI
261
257
257
25 1
248
240
239
237
237
230
224
222
25.38
25.37
25. 42
25 . 42
25.49
25.51
25.61
25.62
25. 6J
25.6 4
25.71
n.n
36.26 25.79
36.21
3&.22
36.20
36.22
J6 . 20
36. 19
36.17
36.17
36.17
3&. 17
36.17
36.07
36.10
36.08
36.07
36.06
36 . II
36. 12
36.16
36.23
36.16
36.11
36. II
36.08
36.07
36 . 09
36.08
36.06
3&. 09
H.Of
36.09
J& .06
16.02
25.82
25.17
25.87
25.94
25 .95
26.02
2A.02
26.04
26.13
26.24
26.29
26.26
26.27
26.28
26.26
U.25
26.30
26. J6
26.41
26.51
26.54
26.)4
26.56
26.54
26.54
26.57
2&. 59
26.60
26.&4
2&.69
26.73
26.70
26.69
CRUl SE Cl-04
LA! 29 II. fN
66.0
".0
18.0
69.0
70.0
71.0
72.0
7l.O
7 4.0
75.0
76.0
u.o
219
215
215
201
207
201
200
198
190
180
175
178
177
176
178
179
174
1&9
164
4. 75
25.80
25.80
25 . eo
25. eo
25.80
25.80
25 80
25.80
25.80
25.79
25.78
25.78
25.78
2~.76
n.7J
25.71
25.69
25.66
25. ,.
25."
36.24
36.24
36 . 23
l£.23
l6. 22
H.2&
36.24
16.24
16.24
3£.22
3&.24
36.24
J& . 23
3£.24
36.21
H.21
3&.21
36.21
36.20
H.2J
24.04
24.04
24. OJ
24.03
24.02
24. OS
24.04
24.04
24.04
24.03
24. 0~
24.05
24.04
24.05
24.04
24.04
24.05
24.06
24. 0&
24 .09
.6!1
0.50
05.4
OJ. I
152
152
150
151
152
149
147
146
141
137
Ill
13&
137
1 ". 0
121.0
125.0
2. I U
DEPTH
UEAIHU DAU
WINO SPHD
• II KTS
UIND ~IHCIIOW
110
AIR IEKP
• 22 . 2C
U(A 1HH CODE
~~~OKEIRIC PRESSURE • 1020.0
1.0
2.0
3.0
4 .0
5.0
6.0
7.0
8.0
f .O
I 0.0
11 .o
12 .o
IJ . 0
14 . 0
IS. 0
16.0
17 . 0
I8. 0
19.0
20.0
5.40
15~
STA 118CU 23/
LONG 80
78.0
79.0
80.0
81.0
82.0
83 .0
84 . 0
85.0
86.0
117.0
118.0
89.0
90.0
91.0
92.0
n.o
94.0
95 . 0
u.o
97 .o
98.0
99 .o
I 00.0
I 01.0
102.0
I 05.0
II 0, 0
"'
·~.02
H.94
14.U
14.81
14.70
H .65
14.51
14 . 45
14 .39
14.36
14.31
1 4.24
14 .2 0
14 . 14
14.07
H.OI
14.00
14.00
I J. 99
13.98
13.98
13.98
13.98
13 . 98
13.97
1 J. 97
13.97
13.96
13.95
13.95
ll. 94
13. ?4
I 3. 9J
13.92
1 J. 92
13.'92
1 J. 91
I 3.8 4
I 3.72
ll. &l
ll. 59
13.48
36.01
36.01
35.97
JS. U
n.P4
35.95
35.92
35.91
35. f2
35.88
35.86
JS.88
35.85
35.87
n.B8
JS.84
35.84
35.8)
35.82
35.84
35.81
JS.83
35.82
35.81
35 . 8l
35.84
35.83
35.83
35.81
35.82
35. 8 2
35 .Bl
35.80
35.82
35.8)
35.81
35.83
35.82
35.79
H.78
26.75
26.77
26.75
26.76
2L77
26.7V
26.80
26.80
26.82
26.80
26.79
26.82
26.81
76.83
21>.86
26.84
24.8 5
26.8 4
21>.83
21>.85
26.83
26.84
26.83
26.83
26.84
26.85
26.8 4
26.85
26.83
26.84
26. 114
26.85
26.83
26.85
26.85
26.8 4
26.86
26.86
26.87
26.88
H.77 26.88
35.77 26.f0
OBSHVAT IONS
SVA
02'
02
388
388
389
389 4 . 81 4.&3
389
387
388
388
388
38f
388
388
388
387
388
ltl
317
lU
317
314
0151 LAST SIA •
8 .0K "
• 3
SEA SlATE
UAV[ ~!k[Cl I OH • 110
CLOUD TYPE
CLOUD A~OUN!
VISIBILIIT CODE •
P0 4
MOl
51
-.I B
0.13
00.0
00 .7
124
122
123
123
12 4
125
123
125
124
12 4
125
124
123
124
123
125
124
124
123
3. 27
5.77
2.50
1.04
16.4
10.7
3.16
5. 84
2.68
1.18
19.0
10.3
1'2~
124
12l
124
123
122
122
121
121
I if
.!1
51
22
?"!
2'
21
lilll
21
l
n
l'l
l5
TCMI'
II
2'
ll
sa
AOU
126
5T11TIDN 11 11(\J
IV/78 IS.7 GKT CDHSEC STA liB
=J~OK
I 31
130
132
I3I
130
128
128
127
125
127
128
125
1.11.1
lSI
2.11.1
lll
90
21.0 25.57 36.21 24.09
n. o 2:i. 4t J6.ll 21.12
23.0 25.47 36.23 24.13
21 .0 25. 14 36.17 24 .I 0
25.0 2S.H 36.17 24.13
21>.0 25.31 36. 17 2•. 1.
27.0 Z5.2J 36.19 21.18
28.0 25.13 36.22 24.23
29.0 25.03 36 .2 3 2•.27
30.0 24.97 36.22 24.28
31.0 21.89 34.20 21.29
32.0 24.83 36.23 H.ll
ll.O 24.78 36.21 21.33
14.0 24.70 34.22 24.36
35.0 24.63 36.22 24.38
36.0 24.53 3&.22 24.41
38.0 24 .27 36.22 24.49
lt.O 21.1 4 36.22 24.53
40.0 24.05 36.20 24.51
41.0 21.?2 3&.20 24.58
42 .0 13.81 31.22 24.63
43 .0 21.72 31.24 24.67
44 . 0 21.62 ]6.20 24.67
~~. 0 23.53 36.23 24.72
46.0 21. 4J ]4. 23 24.75
17.0 23.36 34.23 24.77
48.0 23.25 36.22 24.79
49.0 23.20 3&.23 24.82
so .o 23.14 36.22 24.83
51.0 23.06 36.23 24.U
52.0 22.97 36.21 24.87
53.0 22.83 36.22 24.92
54.o 22.n 3&.21 24.93
55.0 22.6J 36.22 24.97
56.0 22.55 36.22 25.00
57.0 22.11 36.24 25.05
58.0 22.25 34.22 25.08
59.0 22.17 36.20 25. Of
60.0 22.06 36.22 25.14
61.0 21.90 36.22 25. 18
62.0 21.81 36.24 25.21
6J.O 21.60 36.23 25.27
64.0 21 . 45 3&.27 25.34
65 . 0 21.39 l6.25 25.35
66.0 21.27 36.24 25. J7
67.0 21.11 3&.24 25.11
68.0 21.01 34.28 25.17
&9.0 20.81 36.28 25.51
70.0 20.61 36.31 25.60
71.0 20.49 36.31 25.61
72.0 20 .4) 3& . 32 25.61
73.0 20. 40 36.32 25.17
74. 0 20.34 31.32 25.69
75.0 20.2 1 36.l4 25.}]
76.0 20. 19 36.34 25.7 1
77.0 20.12 36.34 25.76
78.0 20.04 36.31 25.78
79.0 19.97 3&.34 25.80
80.0 19.91 36.34 2S. 82
19.77 36.32 25.84
82.0 19.71 36.32 25.85
83.0 19.57 36.31 2~. 88
84.0 19. 45 36.31 25. fl
·~.0 19.38 36.30 25.92
u.o 19.23 36.30 25.96
87.0 19.15 36.29 25.98
88 . 0 19.00 36.29 26.01
If .0 18.90 36.2f 16.04
...,
38 4
Jll
380
383
380
379
376
371
347
344
liS
361
361
358
356
l5J
3H
l42
341
]II
306
lOS
301
299
293
291
290
286
281
278
273
266
261
263
260
251
250
241
2l8
231
235
234
230
229
227
225
221
222
220
218
215
212
211
201
206
203
200
26.0~
200
Jt.24
z•.o•
36.21
ll.20
36.1f
36.19
36.17
36.15
34.11
36.09
36.09
36.07
34.05
34.01
]5.91
35.95
JS.n
35.91
35.82
n.8o
35.74
35.72
35.44
35.58
35.59
26. 13
26.18
24.18
26.24
26.27
26.]0
26.31
26.33
26.]5
24.36
26.31
24.41
26.44
24.48
26. Sl
26.U
26 . 73
26.H
26.81
2Lto
2&.93
26.96
26.99
"'
192
.o 'e. ••
18.29
18.01
18.05
17.80
17.40
17.13
17.25
n.o 17 . 10
I 00.0 17.03
I 01.0 16.93
102.0 16.86
105.0 16.44
11 o. 0 16.29
115.0 16.01
120 .o 15.73
12LO 15.22
130.0 11.41
135.0 14 . 12
140 .o 13.79
14).0 11.31
150.0 12. fO
1~5 .0 12.18
uo.o 12.34
lll
ll3
329
329
J2S
322
320
JIB
JU
315
312
90.0 18.81 3L17
11
92.0
93.0
94.0
95.0
u.o
97 .o
91.0
1.80
1.84
.04
0.23
01.!1
01.6
I 87
187
181
178
IH
175
173
171
170
170
146
143
I 59
151
145
136
1)0
128
120
117
114
Ill
1.23
5.38
1.1 s
0.55
07.1
Ol.4
] .31
5.80
Z.-49
I. 18
19.0
11.4
91
APPENDIX III
Chlorophyll with Nutrient Data
92
C~UISE
004 STA 002( 14/04/78 HOUR
b£PTH T£ftP
SAL DENSITY 02
2 23.3 0 36 .l&
24.90 ~- 09
94
19. J I 36.42
26. OJ 4.62
110 I S . 74 36. I 0
26.66 3.42
06.7 DEPTH 0373K CONSEC I
2
NO)
P04
Sl
CHL-A
.07
0.0
.5
.16
4. I
.35
1.8
• 12
.90
14.2
7.1
.02
CRUISE 004 STA 003C 14/04/78 HOUR 09.8 DEPTH 0190K COHSEC I
3
DEPTH IE"P
SAL DENSITY 02
f04
HOJ
Sl
CHL-A
I 23.38 36.38
24.88 5 . 17
.14
0.0
4.~
.07
17 18.ll 36.35
26.23 4.39
.42
6.0
J. 8
.06
201 14.19 35.87
26.83 3. 48 I. 08
16.1
8. 4
.01
2H 12.01 35.58
27.05 J. 44 I. 32
18.8
12.6
.OJ
C~UISE
DEPTH
I
7t
51
125
C~UISE
DEPTH
2
47
I 05
206
004 STA 004C 14/04/78 HOUR
HftP
SAL DENS I IT 02
21.57 35.74
24.91 5.20
27.17 36.38
2~.23
5.16
19.92 36.45
25 . ?0 J. 02
17.00 3&. 30
26.52 3.71
12.1 DEPTH 0248ft COHSEC I
N03
CHL-A
P04
51
. 13
0.0
.4
• 18
• 17
0.0
1.6
.H
.23
1.7
.9
.02
.63
10.4
7.1
.02
004 STA 005C 14/04/78 HOUR
TEKP
SAl DE~SITT 02
21.64 35.91
2~.02
5. 24
26.00 4. 74
".50 36.44
26.55 3. 53
". 60 36.21
13.88 3~.85
26.88 3.::14
16.9
P04
• 12
.27
.72
• 93
~EPTH
N03
0.0
3.1
12.8
16.3
0240K COHSEC I
5
51
CHL - A
•J
.56
3 .2
. 30
7.6
. 04
8 .J
.02
C~UIS £
004 SIA 006C 15/04/78 HOUR
DEPTH lEft P
SAL DEHSI TY 02
2 21.82 36.16
25.16 5.25
44 18.02 36.36
26.32 4. OJ
05.4 DEPTH 0046" COHSEC I
P04
NOJ
CHL - A
Sl
• 13
0.0
2.5
.27
• 53
8.2
3.8
.23
CRUISE 004 S1A 007C 15/01/78 HOUR
DEPTH IEKP
SAL DENS ITT 02
2 17.94 35.70
25.83 5.61
32 17.31 36.20
26.3 5 5.39
06.9
F04
.15
• 21
CRUISE 004 SIA OOBC 15/04/78 HOUR
~(PTH
TEMP
SA L DENSITY 02
2 1] .1 7 35.32
25.73 5.68
27 17.27 36.11
26.31 5. 44
08.3 DEPTH 0029ft CONSEC I
8
P04
NOJ
CHL -A
Sl
. 08
0.0
I .5
.8 1
.20
.1
1.5
1.62
C~UISE
004 STA 009C 15/0 4/ lS HOUR
DEPTH TEftP
SAL DENS liT 02
25.08 5.72
1 17.27 34 .so
17 ".41 35.49
16.04 5.52
09 ,] DEPTH 0019ft COHSEC I
HOJ
CHL-A
P04
Sl
0.0
1.1
.60
.14
.I
.8
.07
1.32
CRU IS£ 004 S1A 0 IBC 16/04/78 HOUR
DEPTH TEMP
SAL DENS ITT 02
I 17.81 30.51
21.90 5. 9~
I 0 15.69 32.38
23.82 5. 53
16.0 DEPTH 00 12K CON SEC I 18
P04
NO)
CHL-A
51
.28
0.0
7.0
.50
.28
4.3
0.0
.91
cguiSE 004 STA 019C 16/04/78 HOUR
~EPTH
l£ftP
SA L DENS ITT 02
23.38 5. 68
1 17.47 32.34
13 15.80 33.52
24.67 5.54
18.3 11EPTH 0016" CO!lSEC I 19
P04
CHL-A
N03
Sl
0.0
l.O
.23
.18
0.0
2.0
.90
CRUISE 004 S1A 020C 16/04/78 HOUR
DEPTH TEftP
SAL DENSITY 02
24.00 5.53
I 17.&8 33.28
25.42 ~.I J
II 17.23 34.9J
20.5 DEPTH 0020K CONSEC I 20
P04
H03
51
CHL-A
2.0
.18
0.0
.3 9
.16
.3
1.3
. 89
C~UISE
004 STA 021C 16/04/78 HOUR
DEPTH TEftP
SAL DENS ITT 02
2 19.89 34.16
24." 5. 29
25.59 4.?6
22 19.90 36.04
22.8 DEPTH 002~" CONSEC I 21
P04
MOl
Sl
CHL-A
.9
.17
0.0
.44
0.0
1.7
• 18
.80
CRUISE 004 STA 022C 17/04/78 HOUR
~EPTH
!EftP
SAL DENS ITT 02
24.90 5.22
J 20.81 35.46
25.51 4.94
35 20.13 36.27
00.7 HnH 0037ft CONSEC I 22
P04
CHL-A
NOJ
Sl
.13
0.0
3.2
• 23
• 17
0.0
2.7
.62
CRUISE 004 STA 024C 17/04/78 HOUk 0~. 2 DH·TH 0123ft COHSEC I 24
SAL HNSTTY 02
P04
OE"H TEftP
H03
Sl
CHl - A
I 22.61 36.40
2~ .12
5. 0 I
.17
0.0
.2
.10
21 22.41 3&.39
25.17 5. 0 I
.17
0.0
•4
.18
CRUISE 004 STA 025C 1710 4/7 8 HOUR 06.9
DEPTH TEftP
SAL UENSITT 02
f04
24.83 0.00 0.00
2 23. ~0 36.36
22 2].04 36 . 40
24.99 5 .38
.I J
~EPTH
NOJ
0.0
0.0
o337" cousrc • 25
sl
CHL - A
0.0
• 23
2.3
.31
CRUISE 004 STA 026C 17/04 178 HOUR
SAL DEHSIIT 02
DEPTH nnr
2 25.27 36.20
24.17 :..12
24.18 ~.06
40 25.28 3&. 21
09.? HrTH 0460~ CO~SEC I 26
P04
NOJ
51
CHL - A
.12
0.0
1.1
.07
.12
0.0
.8
.08
CRUIS£ 004 STA OJJC 17/04178 HOUR
DEPTH l[ftP
SAL DENSITY 02
8 25.45 36.18
24.10 5 . 09
55 22.97 lo.u
75.06 4.?4
23.0
P04
.14
.12
~ErTH 0~ 25 ft
CRUISE 004 STA 034C 18/04/78 HOUR
DEPTH IEKP
SAL DENS ITT 02
10 22.53 36.41
25. 15 5.22
71 18.67 36.37
26.16 4.53
01.7
P04
.15
• 48
~EPTH
CRUISE 004 STA Ol6C 18/04 /78 HOU~
D£PTH TEftP
SAL DENS ITT 02
4 21.9] 36.41
25.32 5.27
14 21.46 36.41
25.49 5.25
24 17.08 36.29
26.49 3 . 80
~4
U.14 36.09
26.56 3. 65
04.0 DEPTH 005~ft COHSEC I
P04
NOJ
CHL - A
Sl
.14
0.0
0.0
.22
.14
0.0
.17
0.0
.24
.77
II . 6
5. 9
.JO
• 73
11.6
6.0
CRUISE 004 STA OllC 18/04/78 HOU~
O(PTH HKP
SAL DENS ITT 02
25.28 5.20
2 22.09 36.42
23 21. 90 36.44
25.35 5.22
J9 18. 14 36.29
26.23 4.42
05.1 DEPTH 0041ft CONSEC I 37
P04
HOJ
CHL-A
Sl
.u
0.0
.5
• 12
o.o
.I
. 20
.42
5.8
3.8
2.35
C~UIS£
004 STA Ol9C 18/0 41 78 HOUR
DEPTH !UP
SAL DENSITY 02
2 21.15 36.38
25.51
35 20.61 36.H
25.64 4. 97
06.5 DEPTH OOJ9ft COHSEC I 39
P04
NOl
CHL - A
51
.18
0.0
.4
• 58
• 18
.3
2.2
1. 41
CRUISE 004 STA 040C 18/0 4/78 HOUR
DEPTH IEftP
SAL DENS ITT 02
25.21 5 . 06
2 20.92 35.90
31 20.47 36.10
25.48 4. 95
07.8
P04
• 15
.14
NOJ
.2
.1
CDHSEC I JJ
CHL-A
51
1.1
.07
1.3
.60
0280ft CONSEC I 3
CHL-A
51 1
o.o 0.0
.36
4.8
1.2
.36
NOJ
~ErTH OOJ~ft
N03
0.0
.4
CONSEC I
7
Sl
CHL-A
4. a
.50
1.6
.91
··-"
5."
·"
~ EPl H
0034K COHSEC I 40
CHL-A
Sl
o.a
1.0
• 26
1.1
.70
0.0
NOl
.:RU ISE 004 STA 041C 18/04/78 HOUR 09.3 DEPTH 0026K COHSEC I 41
DEPTH HftP
SAL DENS! Tl 02
~04
N03
CHL - A
Sl
I 20.53 35.30
24.86 5."
. 20
0.0
.6
25.20 5. 0 I
22 19.71 35.46
• 18
.I
• 48
1.6
·"
CRUISE 004 STA 042C 18/04/78 HOUR
DEPTH TEftP
SAL DENS ITT 02
2 11. ~5 34.41
24." 5. 30
11.~1 34.43
24.72 ~.H
10.7
P04
.20
. ll
CRUISE 004 STA 04JC 18104178 HDU~
DEPTH TEftP
SAL HHSI IT 02
2 19,27 31.91
22.U 5.06
10 19.01 32.62
23.22 4. '1
12.2 DEF'TH 001211 CONSEC I tJ
P04
NDJ
51
CHL-A
• 31
•3
8.8
1.83
.42
1.2
8.7
2.39
CRUISE 004 S lA 057C 19104/78 HOUk
DEPTH !UP
SAL DENS ITT 02
2 22.03 36.39
25.27 0.00
21 18.13 )6.29
26.24 0.00
41 17.32 36.21
26.37 0 . 00
01.6 DEPTH 0044ft CONSEC I
"
P04
• 13
~ErTH
NOJ
0.0
.I
0018" CONSEC I 42
Sl
CHL -A
2.2
.55
1.7
.62
H03
o.o
.34
1.3
.63
8.9
Sl
0.0
.3
4.6
57
CHL - A
.18
3.19
1 . 41
93
CRUISE 00 4 S TA O&OC I f/04/JI HOUR
DUIH IEftP
SAl DE•SITT 02
2,.)4 ,.37
4 21.86 36.41
~~
21.83 36.40
15.l4 ~.42
21 17.51 36.26
26.37 4.10
41 17.31 16.23
26.39 3.98
13.0 DEPTH 0044ft CONSEC I
At
P04
N03
51
CHL-A
.IS
0.0
,4
.14
.IS
0.0
.4
.69
.&2
7.3
5.0
2.10
.61
9.2
4.2
1.38
CRUISE 004 SU 067C 20/04/78 HOUR
DEPTH IE"P
SAl nENSI 11 02
3 21.27 36.37
25.47 5.42
32 17.54 16.27
2L37 4.48
34 17.26 36.22
26.40 4.02
40 17.17 36.20
26.40 4.01
00.9 DE PTH 0044ft tdNSEC I
CRUISE 004 SU 069C 20/04/78 HOUR
DEPTH TE"P
SAl bENSITY 02
4
20.61 36.34
n.61 5. 07
24 20 . 65 36.h
25.U 5.05
2f 18.49 36.22
". 09 4. 49
Jl 17.30 36.21
26.38 4. I 0
H 17.11 36.20
26.42 3. 91
13.0 DEriH 0044H CONSEC I 69
P04
NO)
51
CHL-A
.24
.]
1.8
.84
• 25
.4
1.6
1.14
.so
6.1
3.0
.75
8.0
3.8
1.14
.&2
.u
9.6
4.5
1.06
CRUISE 004 STA 072C 20/04/78 HOUR
DEPTH TEftP
SAl DEWSITT 02
25.5~
5.06
4 20.70 36.27
27 20.31 16.25
25.64 5.00
l7 11.26 36.25
26.17 4.20
17.0 OEPIH 0040ft CONSEC I 72
P04
NOJ
Sl
CHL-A
CRUISE 004 SU 073C 20/041}8 HOUR
DEPTH !UP
SAl ~USITT 02
25.56 5.12
4 20.81 J6.l2
32 20.51 34.30
25.62 5.02
42 17.10 H.lt
26.41 3.91
18.0
P04
.23
. 28
.58
~EPTH 004~H
CRUISE 004 STA 074C 20104na HOUR 19.2
OEPT H TE ftP
SAL DENS Ill 02
P04
3 20.93 H.38
25.57 '.24
.IS
SO 17 . 89 H.H
26.]] 4. 30
.49
97 14.99 l5.U
H.H 3.)4 I. 02
~ErlH 0112~
CRUISE 004 STA Ol5C 20/ 04/lB HOU~
O E~IH
TEftP
SAl bENSITT 02
4 2~.07 36.29
~4.30
5.02
50 22 .25 3Ll4
25.17 5.33
11 0 17.88 J6.J2
26.32 4.12
DEf·TH 024 4" COHS(C I 75
N03
Sl
CHL-A
0. 0
•'
.18
.1
.4
.93
7.9
3.5
.25
67
CkUISE 004 SIA 096C 21104/71 HOU~
O[PIH l[ftP
SAL DENSITY 02
l 24.88 l6.ll
H.J9 4.83
31 22.04 36.14
25.23 5.23
53 17.39 36.20
26.35 4 . 37
.. 16.0~ 36.16
26.64 3.75
117 15.07 36.02
26.7~
].]7
20.6 DEf TH 01 H ft CON SEC I 96
P04
NO)
51
CHl - A
•I3
0. 0
•9
• 09
• 51
0.0
.6
.19
3.8
. ~8
6.1
.so
.:.1
11.~
7 .I
.7 4
.06
1 ~.1
7.5
.81
CONSEC I 97
Sl
CHl - A
1.0
. 06
.7
. 10
.5
.22
3.7
. 38
11.6
.04
nUIS£ 004 STA 097C 21104/la HOUR 21.6
~["H
l£ftf
SAl HHSIIT 02
P04
24.20 4.81
.13
3 25.38 36.28
34 25.28 36.29
24.24 4.84
.10
61 21.92 36.51
25.42 5.16
.15
120 17.47 36.23
2L15 4.19
.sa
197 14.03 15.86
2L85 3.31 1.10
~EPTH 024~~
CRUISE 004 SIA 099C 21/04/78 HOUR
DEPIM IUP
SAl DEHSIIT 02
2 22.35 36.36
2~.16
~.23
20 21.78 36.38
25.34 5.23
34 19.67 36.40
25.92 4.90
40 18.17 36.27
26.21 4.14
43 17.35 36.18
26.34 4.03
23.9
P04
.08
.11
• 23
.56
.55
~EPTH
CRUISE 004 SIA IOJC 22/04178 HOUR
OEPTH IEftP
SAL DEHSIIT 02
2 23.26 36.38
24.91 5.20
11 22.28 36.40
25.21 5.21
n 21.23 36.41 ~~.s1 5.21
32 lf.26 16.28
25.94 4.~6
4) 18.34 36.23
26.14 4.27
12.~
f04
.17
•I3
• 12
.37
DEPTH 0044H CONS(C I TOJ
N03
51
CHL-A
0.0
.4
.34
0.0
.7
.32
.1
•3
. 46
4.4
4.6
.52
6.7
3.8
.67
CRUISE 004 SIA IOSC 22/04/78 HOUR
DEPTH TEftr
SAl DENS II I 02
24.02 4 .8f
I 25.82 36.22
45 23.47 36.44
24.90 s.os
70 20.¥3 36.49
25.65 5.28
19.9 I•EPTH 04JOft CONSEC I I 05
P04
N03
Sl
CHl-A
• 15
.1
1.2
.06
0.0
.9
.14
.06
.1 ~
0.0
•4
• 51
CRUISE 004 SIA 106C 2~/04/79 HOUR
OEPIH TEftP
SAl l•ENSIIT 02
14 24.67 )6.35
24.47 4.9 2
53 20.39 36.45
25.77 S.OO
101 18.07 36.32
26.27 4 .30
21 .8 li(fiH 0~40" CONS(t I I~.
P04
N03
Sl
CHL-A
.08
0.0
1. 4
.06
.17
.6
1.1
.46
. 45
6.4
3.2
.20
CRUISE 004 SIA 107C 22/04/78 HOUR
DEPTH l(ftP
SAL HHSITT 02
24.41 4.9J
4 24.80 36.32
25 21.94 36.42
25.32 S.2l
47 18.25 36.18
16.12 5.00
23.2 OEf•TH 0055ft CON SEC I I 07
P04
N01
Sl
CHL-A
• 13
0.0
.8
.06
.14
.l
.6
.10
.43
5. 9
l.O
1.28
CRUISE 004 514 108C 23/04/7a HOUR
~EPTH
TEftP
SAL OENSI IT 02
4 24.1~ 36.40
24.66 ~-01
30 17.39 36.10
26.27 4.45
4l 16.74 36.06
26.40 4.05
00.1 DEriH 004Sft COHSEC I 109
P04
NaJ
51
CHL - A
.IJ
0.0
2.9
. 07
.48
6.6
3.4
1.41
.73
10.3
6.0
1.55
14.6 DUTH 0044ft COHSEC I 91
P04
H03
51
CHl-.15
.2
.7
.73
.20
.5
.7
.82
.30
2.8
2.8
.n
.J]
6 .0
3.4
.75
CRUISE 004 STA 109C 23/04/78 HOU~
DHTH I["P
SAL DENSITI 02
l 21.03 36.34
25.51 5.16
26 16.94 36.23
24.48 4.66
ll 16.59 36.09
26.46 3.82
OI.J DEPTH 0041ft CONSEC I 109
P04
NO)
Sl
CHL · A
• 17
o.o
.7
.36
.36
3.9
l.O
.63
.70
10.1
8.9
.75
21/04/78 HOUR
02
2~.42
5.12
25 . 50 5.05
2S.Bt I.H
17.5 DEPTH OOJ8ft CONSEC I 93
P04
NO)
Sl
CHL-A
• 13
•I
I .8
• 60
.23
.l
2.8
.84
.35
3.3
3.1
.a6.
CRUISE 004 SIA 110C 23/04/7a HOUR
DEPTH T£"P
SAL DENSITY 02
3 20.79 36.26
25.52 5.17
17 20.65 36.29
25.~8
5.11
26 U.\4 3L31
25.99 4.60
02.4 DEPTH 0029ft CONSEC I 110
P04
NO)
Sl
CHl ·A
.17
0.0
1.5
.38
• 18
.1
2. 5
.JJ
. 32
2.1
4.4
1.49
C'UISE 004 SU 094C ~1104/?a HOUk
DE"H l("P
SAL I•[NSliT 02
2 20.98 36.26
~~ .47
4.71
30 19.75 36.29
2~.82
4.60
)6
11.27 36.24
26.16 4.22
18.3 DErTH 0039ft CONSEC I 9·
P04
N03
Sl
CHL-A
.20
.1
1.9
.J8
.)8
3.3
2.6
.80
.52
6.5
3.~
.78
CRUISE 004 STA 11IC 23/04/78 HOUR 03.7 DEPTH 002911 CONSEC I 111
DE PIN I[ ftP
SAl DENS II T 02
P04
NOJ
Sl
CHL-A
2 20.81 36.30
25.54 5.02
0. 0
I. 4
1. 21
27 20.83 36.32
25.55 5.01
.II
0.0
1.5
1.28
C~UIS(
19.5
P04
.10
.45
POt
.18
. 45
.51
.u
.19
N03
0.0
5.4
9.1
9.3
Sl
.7
2.3
4.8
4.0
.~
.H
.a
2.1
.48
6.4
1.0
3.1
~0. 4
P0 4
.13
• 15
• 47
H03
.2
.7
9.6
N03
0.0
'·'
15.2
CHL-A
1.06
3.74
1.68
1.20
.62
.3o
1.46
CONSE C I 73
Sl
CHL-A
1.2
.83
2.1
1.10
4.7
1.24
CONSEC I 74
51
CHL-A
.1
·"
3.4
1.10
a.4
• 11
CRUISE 004 SU 077C 20/0 417a HOUR 23.9 aEPTH 00 44ft CONSEC I 77
O£PIH l[~P
SAL HNSITY 02
P0 4
N03
51
CHl-A
25. 62 5. 2]
2 20. 75 36 .JB
• 18
0.0
1.2
.95
I]
20. 75 36. 36
2~. 61
0. 00 0.00
0.0
0.0
.98
21 20.65 16.36
25.63 5.05
.2]
•4
•9
I. 14
J4 18.72 36.40
26.17 4.56
.38
4. 3
2. 5
I . 09
39 17.56 36.22
26.32 4.01
.61
8.8
4.2
.91
42 17.05 36.20
26.4] 3.88
• 63
10.4
4.8
.7a
C~UIS£
004 SIA 091( 21104/78 HOUk
I•EPIH H"P
SAl D£NSITT 02
2 20.79 36.37
25.60 5.13
21 2o.n J6.J5 n.61 s.o6
ll 18.74 H.ll
26.11 1.77
l6 11.39 36.21
2L16 4 .3~
CkUISE 004 SIA
~EfTH
2
25
l6
I[~P
093~
SAL
20.82 H.14
20 . 65 )6.19
19.55 36.32
DENS I IT
.~8
~lPIH 0043~
NOl
.5
5.7
CONSEC I 95
51
CHl-A
1.7
·"
3.2
8.0
4.4
.7,
-~·
0046ft COHSEC I 91
51
CHL - A
o.o
.a
.20
o.o
o.o
.29
1.7
1.2
.82
7.5
4.0
.40
8.9
4.8
.43
NO)
·"
C~UISE
004 SIA 09~C 21104118 HOUR
DEPIK !Eftf
SAL DENSIIT 02
2 20.16 36.35
25.59 5.16
lS 11.21 H .ll
26.21 4.36
42 17.7~ ]6.22
26.21 4.10
.53
N03
0.0
0.0
0.0
7.6
16.6
004 STA 112C 2]/0 4171 HOUR
DEPTH TEftP
SAl DUS I IT 02
25.11 5.21
2 21.30 36.17
"
21.31 36.17
25.31 5.11
04.8 DEPTH 0019" CONSlC I 112
P04
N03
51
CHL-A
0.0
.2
.74
• 25
• 22
o.o
.a
.t4
94
CRUISE 004 SU lllC 21/04178 HOUR
DEPTH IEKr
SU DENSJll 02
2 21.08 36.32
2~ ...
~.10
17 21.09 34.32
25.48 ~.06
09.6 DEPTH 001 9ft CON SEC I 113
tD4
NOl
Sl
CHL-A
.20
0.0
.4
.80
.23
0.0
.8
·"
CRUISE 004 SIA I 14C 23/04178 HOUR
DEPTH TEKP
SAL DE~SITT 02
2 21.10 36 . 32
2~.48
4 . fl
12 21.10 34.32
25.48 4.27
2l 1Y.54 34.H
2~.87
4.31
10.7
PD4
• 15
.20
.32
CRUISE 004 SIA 115C 23/0 4/78 HOUR
DE"H TEftP
SAl DE~SITY 02
2 21.44 J4.l0
25.34 ~.48
14 21.37 3LH
25.18 5.49
20 17. 46 34. JO
26.41 4. U
II. 8 DEtTH 0026ft CONSEC I 115
P04
~OJ
Sl
CHl - A
.10
o.o
.6
.J7
• 13
0.0
.2
3 . 08
.45
4.5
2.9
.9~
C~UISE 004 SIA 116C 23/04/~8 HOU~
DEPIH !EftP
SAL DE~SIIY 02
4 20." J4. 23
25 -~4 5. 62
24 17.80 36.17
26.23 4. 67
15.13 35.92
26.66 l. 55
13.0
P04
• 20
• 40
• 95
n
~[PIH
NDJ
0.0
0.0
1 .7
0026M COHSEC I 114
Sl
CHL-A
1.2
.H
2.5
.2 6
5.7
I.H
DE~TH
006lft CONSEC I 116
Sl
CHL-A
.5
1.18
5.1
4.5
3.20
14 .o
9.5
.52
NOJ
.I
CRUISE 004 STA 117C 23/04/78 HOUR 14.2 DEPTH 0 IJOK COHSEC I II 7
DEPTH IEKP
SH DENSITY 02
P04
NOJ
51
CHL - A
l 22.71 36.35
25 . 05 5 .22
.13
0. 0
1. 4
• 36
46 17.30 36.08
26.28 4.75
.50
5.4
J.l
2 .80
85 13.98 3S.84
26.85 3.27 1.04
14 . 4
10.7
.21
125 13.48 3~.77
24.90 3.16 1.18
19.0
10.3
.IS
CRUISE 004 STA 118C 23/04/7 8 HOU~ 15.7 DEPTH 0350M CONSEC I 118
DEPTH TEftP
SAl DE~SIIY 02
P0 4
NOJ
51
CHL - A
4 15.80 36.23
24. OJ •. e 1
•IJ
0.0
.7
.10
f7 17.43 34.15
24.30 4. 2l
• 55
7. 4
3.4
.97
I 40 13.79 35.74
26.81
3. 3 I 1.18
19.0
II. 4
.H