Northwestern
University Library
Evanston,
Illinois 60201
CONNECTICUT GROUND WATER SURVEY
A PROJECT OF THE WORKS PROGRESS ADMINISTRATION
THE ^ALINITY OF THE CONNECTICUT RIVER
/ OCTOBER I, 1934 TO SEPTEMBER 30, 1937
Bulletin S-1
Part I
ISSUED BY THE
WORKS PROGRESS ADMINISTRATION FOR CONNECTICUT
^ OFFICIAL PROJECT 665-15-3-116
IN COOPERATION WITH THE
CONNECTICUT STATE WATER COMMISSION, SPONSOR
PREPARED UNDER DIRECTION OF THE
GEOLOGICAL SURVEY
UNITED STATES DEPARTMENT OF THE INTERIOR
HARTFORD. CONNECTICUT
OCTOBER 1938
CONNECTICUT GROUND WATER SURVEY
ERRATA
for
Bulletin S-l, I, II, III
"The Salinity of the Connecticut River
October 1, 1934 to September 30, 1937"
Part I
Page Line In place cf original text Read corrected text
I 5 acknowledgements acknowledgments
1 33 supervisied supervised
2 40 advifllstrative administrative
5 Map (Sections from G, SD, S, P G, SD, P, S
Long Island Sound)
9 Map (Lower right Pierion's Dock Persson's Dock
hand corner)
12
25
500
ft. west of ], 550 ft.
west
of
east
shore
325
ft. west of 1, 375 ft. west
of
east
shore
12
26
500
ft. west of I, 1050 ft.
west
of
east
shore
325
ft. west of 2, 700 ft. west
of
east
shore
12
27
500
ft. west of 50 ft.
east
of west
shore
325
ft. west of 3, 50 ft. east
of
west
shore
38
5
yearly
daily
40
27
nor
not
44
44
rurns
turns
Part
58
II
Footnote
"Person*s Dock"
"Persson's Dock
Part
195
Til
Footnote
"Perrson's Dock"
"Persson's Dock
PART I
TABLE OF CONTENTS
Page
Introduction
General Statement ...................................... 1
Acknowledgements .............. .............. ......... 2
Previous Investigations ............................... 3
Summary of Work ........ 3
Sampling Stations and Sections 4
Section A 4
Section B 11
Section C ...................................... 11
Section D •..................................... 11
Section E 12
Section H 12
Section J ...................................... 12
Section R ........ 12
Section T 13
Section W ...................................... 13
Section K 13
Section L .......................... 14
Section! ............................... 14
Section N 14
Sections ...................................... 14
Section P 15
Section SD 15
Section G 15
Middletown Bridge 15
East Haddam Bridge ............................. 16
Saybrook Highway Bridge ........................ 16
Field Work .................................................. 17
Equipment 17
Sampling Procedure • •. 18
Bridges 19
Boats 19
Shore Sampling 20
Table of time intervals for tides ............ 21
Table of time intervals for slack water ...... 22
Schedule for Observor ........................ 23
Work and time schedule ....................... 29
Sample logs 25
Regular study............................ 25
Bridges 26
West Shore Sampling ..................... 27
Special study 100 28
Special study, Saybrook Highway bridge... 29
II
TABLE OF CONTENTS - Continuod
Page
Field Yfork (cont.)
Speoial Studies 30
Navigation by F. W. Carter, Foreman of River Division... 32
Section N 33
Section M * 33
Section L 33
Seotion K 33
Section W 33
Section T 34
Section R ...... 34
Section J 34
Section H 34
Section E 34
Section D 34
Section C «... ....•• 35
Section B 35
Section A 35
Laboratory Procedure 36
General Statement of Chloride Intrusion 38
Factors affecting salinity 40
Tides and Currents 40
Discharge and slack water 42
Winds and weather «.•••••«.. 43
Other factors 45
River boats 45
Obstructions ................. 45
Dredging 45
Variations in Chloride Distribution 46
General Summary 70
Middletown Highway Bridge 70
East Haddam Bridge 70
Saybrook Highway Bridge 73
Ill
PART I
LIST OF ILLUSTRATIONS
Page
Connecticut River feelow East Haddam Bridge..... •••«.••• 5
Sampling Sections and Stations • ••• 6
East Haddam Bridge 6
Section A 6
Section B 6
Section C 6
Section D 7
Section E 7
Section H 7
Section J 7
Section R 8
Section T 8
Section W 8
Section K 8
Section L 9
Section M ................ ...... 9
Section N 9
Saybrook Highway Bridge 9
Sections .......... 10
Section P 10
Section SD 10
Section G 10
Connecticut River below East Haddam Bridge
(Chloride concentration) October 13, 1935 and June 19,
1936 71
Connecticut River below East Haddam Bridge
(Chloride concentration) August 9, 1936 and April 13,
1937 72
1
The
Salinity of tho Connecticut River
October 1, 1934 to September 30, 1937
Part I
INTRODUCTION
The study of sea-water penetration into the tidal estuary
of the Connecticut river has been carried on continuously since
October 1934. The general purpose of such a study is to ex¬
amine the nature and extent of saline intrusion into the river.
The study necessarily includes the observation and recording of
numerous factors which might have an effect on the intrusion.
This water resource investigation, representing a part of the
State's program of long-rango hydrologic studies, was undertaken
as a part of the Federal work program at the suggestion of Gen¬
eral Sanford H. Wadhams, Director of the Connecticut State Water
Commission. The investigation has been facilitated by close
cooperation between the various agencies interested in the
problem of sea-water penetration into tidal streams. The exten¬
sive data so far obtained is of value to the citizens and in¬
dustries of the lower Connecticut valley and also to those agen¬
cies of the State and Federal Government that are directly or
indirectly concerned with water resources.
The Connecticut Ground Water Survey, operated as "Works Progress
Administration Official Project 665-15-3-116, is sponsored by the
Connecticut State Water Commission, which has directed its activities
since the inception of the project. Under a cooperative agreement,
technical direction of the work was furnished by the Geological
Survey, U. S. Department of the Interior. The Ground 'Water Survey,
started by the Connecticut State Emergency Relief Commission on
October 1, 1934 as a Federal Emergency Relief Administration
project, has been operated since November 22, 1935 by the Division
of "Women's and Professional Projects of the Works Progress Admini¬
stration for Connecticut, as Official Projects 65-15-861,
465-15-3-26 and 665-15-3-116. The Connecticut State Planning Board,
in cooperation with the Stato "Water Commission, sponsorod the project
until July 1, 1937, when sponsorship was assumed by the State Water Com¬
mission. William H. Brothwell, Project Supervisor for tho Works
Progress Administration, also supervisied tho earlier work performed
under the State Emergency Relief Commission; and has been in charge
of the Sponsor's program throughout.
It is not practical to include all the data obtained by the
Survey in this report. Copies of complete data are filed at the
offices of the State Water Commission and the Geological Survey.
2
This report inoludes general statements as to the soope and. nature
of the work, methods, and a general dlaoussion. Part I inoludes
the text of the report and Parts II and III oontain, in tabulated
form, oomplete data obtained at Saybrook Highway bridge.
The salinity studies were planned and oarried out under the
technioal direction of Mr# C. S. Howard of the Geological Survey,
United States Department of the Interior. Mr. Brothwell was in
charge of the personnel and facilities and coordinated the var¬
ious parts of the work.
Mr. Robert M. Robertson was in direct charge of field operations
until March 1935, when he was succeeded by Mr- Edwin J. Greone.
Mr. Greene remained in charge of tho field work until July 1937, when
he was succeeded by Mr. Fred W. Carter.
Tho laboratory work, since October 1934, has been under the
direct supervision of Mr. Arthur McDonald, with Dr. C. R. Hoover
of Wesleyan University acting in an advisory capacity.
The work of laying out the details of the sampling program
and of recording and plotting of data was in charge of Mr* Samuel
G. Tuell until November 1936, when he was succeeded *>y Mr. Greene.
Mr. Frank B, Rau, succeeding Mr. Greene, has been in direct charge
of the office studies since July 1937. Field and Office studies
have been under the general supervision of Mr. Russell M. Logie
since July 1937. The material included in Part I of this report
was prepared by Mr. Logie and Mr. Rau. The tabulations included
in Parts II and III were prepared under the direct supervision
of Mr. Rau. Stencilling, reproduction, and assembly of the re¬
port were in charge of Mr. Winthrop E. Danielson.
Acknowledgment s
The assistance of the administrative and engineering staff
of the Connecticut State Water Commission is gratefully acknowledged.
Laboratory facilities were made available to the Survey at the Hall
Chemistry Laboratory of vfesleyan University, Middletown, Connecticut,
through the State Water Commission. The cooperation of Dr. Hoover
and of Yifesleyan University is gratefully acknowledged. Space for
field headquarters was made available through the courtesy of Mr.
F, W. Carter. The assistance of the State Highway Department has
been greatly appreciated. The continued interest and helpful
cooperation of Miss Mary M. Hughart, Director of the Division of
Women's and Professional Projects, and Mr. Charles G. Hutzler and
Mr. Paul F. Kane of the advinistrative staff of the Works Progress
Administration in the work of the project is gratefully acknowledged.
The field men constructed needed equipment and collected and trans¬
ported samples even under the most adverse weather conditions.
3
Previous Investigations
No similar investigation of saline intrusion in the lower
Connecticut river has been previously attempted.
SUMMARY OF WORK, 1934-1937
Approximately 159,000 samples of river water, obtained from
76 stations at 21 sections on the lower Connecticut rivor, have
been taken during the three years covered by this report# Several
types of sampling programs, each designed to develop somo specific
data, were devised and used at various times during the three years.
The general program and schedule of work were planned in Hartford.
Detailed work schedules and stations to be sampled were drawn up in
the field as river conditions warranted, The close cooperation
between the laboratory and sampling crew, made it possible to main¬
tain a high degree of flexibility in the field work.
This flexibility was necessary in securing adequate results
under all kinds of weather conditions and during the changing
seasons. Sampling from boats gave better results than shore
sampling but the former could not be carried on continuously.
Sampling from bridges was carried on throughout the year. Shore
sampling was carried on during winter months and freshet periods.
It became necessary to discontinue boat work in July, 1937 and
since that time samples have been taken from the bridges and
shore stations. The samples were transported to the laboratory
at two to three day intervals for testing for chloride. The
results of the tests are sent to Hartford where they are studied
in relation to all the factors that may enter the problem.
4
SAMPLING SECTIONS AND STATIONS
Sampling stations wore ostabliahod on the Middlatown Highway
bridge, East Haddam bridgo and Suybrook Highway bridge in October,
1934. Four stations woro sot on the Middlotown bridgo, four on tho
East Haddam bridge, and fivo on tho Saybrook Highway bridgo* These
were numbered from east to west on each bridge starting with Station
0 on the Midd'letown bridge and ending with Station 12 on the
Saybrook Highway bridge.
The locations of ten river crossings for sampling from boats
were established during October 1934 and wore designated as Sections
A, B, C, D, E, J, K, L, M, and N. The first crossing, Section A,
was located approximately one mile south of East Haddam bridge, and
the last crossing, Section N, approximately 0.7 mile north of the
Saybrook Highway bridge, Sampling operations began Novombor, 1934
at these sections. The samples wore taken from boats at sampling
stations designated as A-l, A~2, B-l, B-2, etc.
A short period of sampling showed that Sections A and B were
well above the head of the saline intrusion. It appeared that the
critical area was located between Sections D and L» Accordingly,
four new sections were established; Section II was established be¬
tween Sections E and J, and Sections R, T, and W between Sections
J and K.
It became evident that it was desirable to obtain samples be¬
low Saybrook Highway bridge during December, 1935 and January, 1936.
Only shore samples could be collected during the winter and only
at a point just above the New York, New Haven and Hartford Railroad
bridge at Old Saybrook could they be taken on both sides of the river.
This point was established January 15, 1936 as Section S« On March
1, 1936 a sampling station was established at Saybrook Point on
Saybrook dock on the west shore of the river. This was designated
as Section SD. During the period of the flood of March, 1936, two
more sections were added; P, between S and SD, and G, at the Saybrook
light at the mouth of the river. Sampling commenced at theso sta¬
tions March 14, 1936. Operations have beon carried on at the sec¬
tions below Saybrook Highway bridge only during periods of high
river discharge.
The locations of the sampling points below the East Haddam
bridge are shown on the maps and charts on tho following pages.
Tho descriptions of the locations of tho sections and sampling
stations are given below.
Section A
A straight line from Eddy Rock light on the west shore across
the northern tip of the island lying between Lord's Island and the
east shore to the east shore, approximately 14.5 miles above the
mouth of the river.
CONNECTICUT RIVER
BELOW EAST HAOOAM BRIDGE
SCALE—MILES
•01 234
I ' » ' ' 1 * « 1 ' I I I I I
CONN.GROUND-WATER SURVEY: W P.A. NO. 2981
SPONSORSHIP CONN.STATE WATER COMM.
ERECTION :GEOL.SURV. U-S.DEPT. INTERIOR
6
7
8
SECTION L
SECTION M
SAYBROOK
LYME
10
11
Stations
1 - approximately 200 feet west of east shore.
2 - 600 feet west of east ahoro, 400 feot west of 1.
3 - 400 feet»west of 2, 1000 feet waat of east shoro.
4 - 400 feet west of 3, 1400 foot wout of east ahoro.
5 - 725 feet west of 4, 200 foot east of west shoro.
Shore Stations
AW - wost shore on sootion.
AE - oast shore on sootion.
Section B
A straight line from a United States Coast & Geodetic Survey
marker, 50 feet below the lower entrance to Chapman Pond on the east
shore, to a lone pine on the west shore, approximately 13 miles above
the mouth of the river.
Stations
1 - approximately 75 feet west of east shore.
2 - 225 feet west of 1, 300 feet west of east shore.
3 - 225 feet west of 2, 525 feet west of east shore.
4 - 225 feet west of 3, 125 feet east of west shore.
Shore Stations
BW - west shore on section.
no station on east shore.
Section C
A straight line from the most southerly of two range lights 50
feet apart south of Hadlymo ferry dock on east shore to a large oak
tree between two groups of small trees, approximately 12 miles above
the mouth of the river.
Stations
1 - approximately 50 feot west of the east shore.
2 - 400 feet west of 1, 450 feet west of east shore.
3 - 400 feet west of 2, 850 feet west of east shore.
4 - 400 feet west of 3, 150 feet east of west shore.
Shore Stations
CW - 1250 feet north of section on Ferry dock in Chester,
west shore.
CE - 1250 feet north of section on ferry dock at Hadlyme,
east shore.
Section D
A straight line from the center of a large rock cliff on the
east shore to the Trade School building at Deep Rivor, situated on
a hill on the west shore, approximately 11 miles abovo the mouth of
the river.
Stations
1-50 feet west of the east shore.
2 - 625 feet west of 1, 675 feet west of east shore.
3 - 625 feet west of 2, 1300 feet west of east shore.
4 - 625 feet west of 3, 1925 feet west of east shore.
5 - 625 feet west of 4, 50 feet east of west shore.
12
Shore Stations
DW - 1650 foet south of seotion on Doop River dock,
west shore.
DE - 2650 foet north of sootion, 20 foot'out in river,
just north of mouth of Soldon Creek, oast shore.
Seotion E
A straight line across the river from a red and black channel
buoy near the west shore to red ohannel buoy 14 near the east shore,
approximately 10 miles above the mouth of the river.
Stations
1 - approximately 50 feet west of the east shore.
2 - 500 feet west of 1, 550 feet west of oast shore.
3 - 500 feet west of 2, 1050 foot west of east shore.
4 - 500 foet west of 3, 50 foet east of west shoro.
Shore Stations
EW - on lino of section on west shore 20 feet from west bank of
river.
no station on east shore.
Seotion H.
A straight line from two large trees on the east shore on
Selden Neck to a United States Coast & Geodetic Survey marker on the
west shore, approximately 9.5 miles above the mouth of the river.
Stations
1 - approximately 50 feet west of east shore.
2 - 500 feet west of 1, 550 feet west of east shore.
3 - 500 feet west of 2, 1050 feet, west of east shore.
4 - 500 feet west of 3, 50 feet east of west shore.
Shore Stations
HW - On line of section off rock with United States Coast &
Geodetic Survey marker,
no station on east shore
Section J
A straight line from the center of a smooth rock cliff on the
east shore to the center of a small cottage on the west shore,
approximately 8.75 miles above the mouth of the river.
Stations
1 - approximately 50 feet west of the east shore.
2 - 425 feet west of 1, 475 feet west of east shore.
3 - 425 feet west of 2, 900 feet west of east shore.
4 - 425 feet west of 3, 50 feet east of west shore.
Shore Stations
JIT - on line of section, 20 foot from west bank.
JE - off rock, 50 foet south of lino of section, oast shore.
Section R
A straight lino from the contor of a white house on a hill on
the east shore to a long dock owned by Dr. Hall on the west shore,
approximately 8.25 miles above the mouth of the river.
13
Stations
1 - approximately 50 feet west of east shore.
£ - 700 feet west of 1, 750 feet west of east shore.
3 - 700 feet west of 2, 1460 feet west of east shore.
4 - 700 feet west of 3, 2150 foot west of east shore.
5 - 700 feet west of 4, 50 foot east of west ehoro.
Shore Stations
HW - on line of section, off Dr. Hall's dook, west shore.
Dock destroyed, flood of March, 1936.
RE - 300 feet north of lino'of seotion, 20 foot out from
east shoro.
Section T
A straight line from the center of Joshua Rock on the east
shore to the center of a surimior cottage owned by Sealey on the
west shore, approximately 7.75 miles above the mouth of the river.
Stations
1 - approximately 50 feot west of east shore.
2 - 750 feot west of 1, 800 feet west of east shore.
3 - 750 feet west of 2, 1550 feet west of east shore.
4 - 750 feet west of 3, 50 feet, east of west shore.
Shore Stations
TW - on line of section, 20 feet out in river from west shore,
no station on east shore.
Section W
A straight line from a gravel bank on the east shore approx¬
imately 250 feet south of buoy 12A at entrance of Hamburg Cove
across the southern extremity of Brockway's Island to a stunted
pine with two brances pointing in a southerly direction on the
west shore, approximately 7.37 miles above the mouth of the river.
Stations
1 - approximately 200 feet west of the east shore.
2 - 500 feet west of 1, 700 feet west of east shore.
3 - 1000 feet west of 2, 800 feet east of west shore.
4 - 750 feet west of 3, 50 feet east of west shore.
Shore Stations
WW - on line of section, 10 feet out in river from west shore.
WE - on line of section, 10 feet out in river from oast shore.
Section K
A straight line from a United States Coast & Geodetic Survey
monument 100 feet north of Ely's wharf on the east shore to a lone
stunted pine at a creek on the west shore, approximately 6.75 miles
above the mouth of the river.
Stations
1 - approximately 50 foot west of the oast shore.
2 - 200 feot west of 1, 250 feet west of oast shoro.
3 - 200 feet wost of 2, 450 foot west of oast shore.
4 - 200 feet west of 3, 50 feet east of west shore.
14
Shore Stations
KW - on line of section, 10 feet out in river from west bank.
KE - dock 425 feet south of section, east shore.
Section L
A straight line from a stono jetty in front of a rod barn on
Nott's Island on oast shore to a small aluminum painted Texas Oil
Company tank on the wharf at the foot of Main Street, Essex, on west
shore, approximately 6 miles above the mouth of the river.
Stations
1 - approximately 275 feet west of the east shore.
2 - 600 feet west of 1, 875 feet west of the east shore.
3 - 600 feet west of 2, 1475 feet west of east shore.
4 - 600 feet west of 3, 2075 feet west of east shore.
5 - 600 feet west of 4, 50 foot east of west shoro.
Shore Stations
LW - Parmalee's Dock, 30 feet north of the lino of section on
west shore.
LBW - Southeast end of Essex Paint and Marine Company dock,
approximately 450 feet south of the line of section on
the west shore#
no station on east shore.
Section M
A straight line from the center of a sunken barge on the east
shore to a stone pier in front of a white house on the west shore,
approximately 5 miles above the mouth of the river.
Stations
1 - approximately 50 feet west of barge on east shore.
2 - 450 feet west of 1, 500 feet west of east shore.
3 - 450 feet west of 2, 950 feet west of east shore#
4 - 450 feet west of 3, 50 feet east of pier on west shore.
Shore Stations
MW - dock, on line of section on west shore,
no station on east shoro.
Section N
A straight line from the center of Burt's cottage on the east
shore through a stone beacon to a lone pine on a hill on the west
shore, approximately 4 miles above the mouth of the river.
Stations
1 - approximately 150 feet west of stone beacon near east shore.
2 - 525 feet west of 1, 675 feet west of east shore.
3 - 425 feet west of 2, 1100 feet west of east shore.
4 - 900 feet west of 3, 500 feet east of west shore.
Shore Stations
NE - off dock, on line of section, east shore#
no station on vrest shore.
Section S
A straight line from a dirt pier on the east shore to an old
dock on the west shore. A line roughly parallod to and just north
15
of the Now York, New Haven and Hartford Railroad bridgo at Old
Saybrook, approximately 2.7 milos above the mouth of the rivor.
Stations
1 - approximately 1200 foot oast of old dock on wost shore.
2 - approximately 570 foot east of old dook on west shore.
Shore Stations
SW - off old dook, on line of section, west chore,
SE - off dirt pier, on line of section, east shore.
Section P
A straight line from the northerly tip of Great Island on the
east shore to a largo rock on the west shore, approximately 1.8
miles above the mouth of the rivor.
Stations
1 - approximately 2500 foot cast of wost shore,
2 - approximately 1850 foot oast of wost shoro.
Shore Stations
No shore stations.
Section SD
A straight line from a point a short distance north of the
southerly tip of Great Island on the east shore west to Saybrook
dock on the west shore, approximately 0.95 miles above tho mouth
of the rivor.
Stations
1 - approximately 875 foot oast of Saybrook Dock, wost shore,
2 - approximately 240 foot oast of Saybrook Dock, wost shoro.
Shore Stations
SBW - off Saybrook Dock, on lino of section, wost shore,
no station on east shore.
Section G
A straight line from Linde Point light on the west shore east-
early through the channel buoy at the mouth of the river.
Stations
1 - approximately 650 feet east of west bank and near channel
buoy.
2 - approximately 525 feet oast of west bank near west side of
ship channel.
Shoro Stations
GW - off breakwater, west shore, 600 feet south of lino of
section,
no station on east shore.
Middletown Highway Bridge
The sampling stations wero established along the north bridge
rail, and numbered from east to wost.
Stations
0 - 125 feet west of oast end of north truss.
1 - 136.16 feet west of 0,
1A - 90.08 feet west of 1.
2 - 143 feet west of 1A.
16
2A - 34.58 feat west of 2.
3 - 472 feet wost of 2A,140.6 foot oast of wost end of jaorth
truss.
East Haddam Bridgo
The sampling stations were established along the south bridge
rail, and numbered from east to west. Water level measuring point,
65.41 feet west of a point on east abutment at the end of the
bridge deck.
Stations
4 - 160.5 feet west of the East abutment.
5 - 131.16 feet west of 4.
6 - 146.33 feet wost of 5.
7 - 200.08 foet wost of 6.
Saybrook Highway Bridge
The sampling stations were established along the south bridge
rail, and numberod from east to wost.
Stations
8 - 205.08 feet west of south point of east abutment.
9 - 349.41 feet west of 8.
10 - 385.66 feet west of 9.
11 - 305.16 feet west of 10,
12 - 366.5 feet west of 11, 184.16 feet east of south point of
west abutment.
17
FIELD WORK
Equipment
The samples wore taken by using samplers which permitted open¬
ing the bottles at the dosirod depth. There wore two main typos
of samplers used. One was arranged for taking several samples at
the same time. This oonsisted of a pole of the desired length with
supports and clips for holding tho bottles. The corks were removed
from all the bottles at one time by means of a stout cord running
through eyelets on the pole. The other sampler was a brass bottle
holder which had lever arms for removing the cork when tho arms
were struck by a go-devil dropped down tho cable. Tho polo
samplers were constructed by men of river crow. The brass samplers
wore furnished by tho Geological Survey, United States Dopartment
of Interior.
The cables for the brass samplers were wound only on small
spools at first and the oable was not wound on the spool between
stations. This practice created traffic problems on the bridges
and the cables became kinked making them liable to break and ob¬
structing the passage of the go-devil. Several methods of over¬
coming the difficulty were tried but finally a reel was constructed
which proved satisfactory. A reel for bridge work had to bo strong
and, at the same time, light end efficient. It had to bo balanced
in such a way that it could bo hold over a bridge railing Trithout
strain on the operator.
The reel was constructed so that one turn payed out two feet
of cable making it easy to determine the proper point for taking
samples. The spool of the reel was held in place by inserting a
pin through the flange. The go-devil was released by a wire lever
device so that the operator did not have to change position while
taking the samples. A small reel was built for taking surface
samples which helped speed up the work, particularly when two mon
crews were used.
One of the first reels built proved too bulky for bridge work
and was modified for boat work. It was constructed of galvanized
iron pipe with a metal spool. This reel was fastened to the seat
of the boat with a curved arm reaching over the side permitting the
cable to run freely. The lack of suitable reels or other devices
make boat work difficult at tho start.
Some measurements of water level were made at Middletown High¬
way, East Haddam and Saybrook Highway bridges. For this purpose a
cable fitted with metal hooks at the 35 foot and 25 foot marks was
devised. The tape was attached to the 35 foot mark for Saybrook
Highway bridge measurements, and at the 25 foot mark for the meas¬
urements at the other bridges. There was a white painted
18
weight at the end of the tape#
It was found that a so-oallod "harpoon" boat with flaros in
front and equipped with an eight horeo-powor outboard motor was the
most suitable type for most of the work on tho rivor. However, a
22 foot boat with on inboard motor is best for rough conditions.
The standard equipment suoh as fire extinguishers, searchlights,
and life-preservers was furnished by the boat vendors#
"Go Slow" signs and red lanterns were used on the Saybrook
Highway bridge particularly during the summer months when traffic
was very heavy. The men working on East Haddam bridge were pro¬
tected to some extent by tho nature of the bridge construction.
The reels, pole samplers and other devices were constructed by the
field men who exercised much ingenuity in adapting scrap materials
for the work.
Sampling Procedure
The schedule of sampling was at first laid out in the field
but owing to the fact that the men were not experienced and had
little time to devote to planning a schedule this procedure was
changed. The operating schedule was planned in the office for one
to two weeks in advance of the actual work with allowance for nec¬
essary changes in the field. This was continued through 1935
until early in 1937 when a further revision was made. From the
spring of 1937, the actual work schedule was planned in the field in
accordance with a general and flexible program and subject to sug¬
gestions from the office. A schedule showing predicted time of all
high high and low high tides for each day of the month for all
sections from Saybrook Breakwater to East Haddam bridge was furn¬
ished the supervising chemist at the laboratory and the foreman of
the river crew a month in advance by the office in Hartford# This
schedule of tides formed a basis for tho actual work schedules#
The field work was divided into two main parts, regular and
special sampling. The regular sampling was designed to provide
continuous data of general nature on seasonal trends and also to
give a basis for planning special sampling. Special sampling pro¬
grams were planned to furnish data on some particular phase of the
problem of sea-water intrusion. Tho various special studies are
outlined in a later section.
The sampling program required considerable planning. A work
schedule was posted at the base in Essex so that each man knew where,
when and with whom he was to work# The sampling from the bridges
was usually carried on by one man but for certain studies and in all
the boat work two men work together. Samples were taken at the sur¬
face, mid-depth, and bottom at all channel stations and at shore
stations, where the depth permits, below East Haddam bridge# At
19
Middletown bridge, 11 integrated" samples representative of the total
depth of the river were taken.
A daily log (see P.28) wa3 kopt by all workers in which all
facts and operations were recorded. In addition to the actual
sampling, water-level measurements, temperature readings, current
observations, wind direction, weather conditions, boat movements,
dredging and any other pertinent observations were noted.
The following paragraphs givo an outline of the work as
carried out at the bridges, shore stations and by moans of boat.
Bridges
Middletown Highway bridge
Samples were taken twice each day at the start of the work,
three in the morning and three in the evening. All were integrat¬
ed samples. This procedure was varied from time to time. This
sampling was done by a man from the laboratory.
East Haddam bridge
Samples were taken twice a day, once in the morning and once
in the afternoon, four to seven days a week at four stations a-
Oross the bridge. Bottom and surface samples were taken most
commonly but surface, mid-depth and bottom samples were taken from
time to time.
Saybrook Highway bridge
Five sampling stations were established on this bridge and
surface, mid-depth and bottom samples were taken at each station.
The sampling schedules at this bridge were varied from time to
time and included continuous sampling for 12, 24 and 48 hour per¬
iods. The greater part of the sampling was scheduled to coincide
with the time of low high tide. Samples were taken at intervals of
from 15 minutes to one hour from one to two hours before to two to
three hours after low high tide most commonly. Water level
measurements have been taken, first from the bridge deck and later
from a point on the center pier closer to the water or from Persson's
Dock located just north of the bridge on the west bank of the river.
The measuring points have been tied in with tide level bench marks
of the United States Coast & Geodetic Survey. Observation of cur¬
rents and slack water periods we re made.
Boats
Sampling from boats commenced November 1, 1934. The work was
divided into two sections, one crew visited sections A, B, C, D, E,
and the other crew visited 4, K, L, M, and N« The time of sampling
at first was approximately from 9 A.M. to 2 P.M. regardless of the
20
stage of the tide. The crews started at Sections E and I in the
morning. Sections A and B were temporarily abandoned and sections
W, T, R and H were added. Boat work could not be oarriod on dur¬
ing January, February and the first part of March due to ice in
the river and other unfavorable conditions. The boat program was
varied in 1935 by correlating the work with tho tide stages. Runs
were made following high tide, high slack water, low tide and low
slaok water up the river. This was the general type of sampling
from boats carried on during 1936 and up to July 17, 1937 when the
boat work was discontinued. More attention was given to trips at
high slack water than at other tide stagos.
Shore Sampling
Sampling from points along the shore was started in December,
1934 when river travel was hazardous. One crew started on the west
shore at Section R and first sampled the sections up the west shore
to B, and then down the east shore to section R. The other crew
started at section W on the east shore and working down to Say-
brook Highway bridge crossed the river and sampled the sections up
to T. At first, this sampling was not correlated with tide stages.
The later shore sampling was correlated with tide stages, samples
being taken at definite times according to tide cycles^ and with
samples being taken at selected stations according to the expected
position of chloride in the river. Shore sampling was abandoned
while the boat work was being done.
Specimen sheets showing the time intervals for the tides at
the various stations, schedules for the observers, and logs for the
regular and special sampling programs are given on the following
pages.
21
TABLE OF TIME INTERVALS FOR TIDES*
STATION
TIME INTERVAL
G
SD
59 minutes
hour 04 minutes
p
1
09
ti
s
1
16
ii
Saybrook Bridge
1
22
ii
N
1
31
ii
M
1
42
ti
L
1
50
ii
K
1
59
n
W
2
06
it
T
2
11
ti
R
2
16
ii
J
2
20
n
H
2
24
ii
E
2
27
ii
D
2
35
ii
C
2
38
n
B
2
40
ii
A
2
46
ii
East Haddam Bridge
2
50
ii
*Time Interval to be added to High Tido Time for New London as
given in United States Department of Commerce "Tide Tables of At¬
lantic Ocean" for any required station to find time of high tide
for that station* These tables may also be used to determine low
tides in like manner*
The time intervals enumerated above are used for calculating the
time of tides at the various sampling sections on the Connecticut
River in connection with tidal salinity studies by the Ground
Water Survey
22
TABLE OF TIME INTERVALS FOR SLACK WATER**
STATION
TIME INTERVAL
G
SD
P
S
30 minutes
35
40
45
50
55
Saybrook Bridge
N
M
L
K
W
T
R
J
H
hour 01 minute
07
13
18
24
30
35
40
E
D
C
B
A
East Haddam Bridge
**Time interval to be added to time Slack Ebb Begins at the Race,
Long Island Sound, for High Slack Water, or to Time Slack Flood
Begins at the Race for Low Slack Water for any required station.
Use "Current Tables of Atlantic Coast',' by United States Department
of Commerce.
The time intervals enumerated above are used for calculating the
time of slack water at the various sampling sections on the Conn¬
ecticut River in connection with tidal salinity studies by the
Ground Water Survey.
23
Sohedule for observer
1* Arrange to have gas, oil, motor boat, eto., ready to leave at
designated time.
2# Run %otor throughout sampling period and place boat on proper
station locations for all sampling,
3. . Return all equipment to proper place when work is completed,
4# Arrange bottles in order of Stations and Sections and oheck
markings on all bottles.
Duties of Sampler
1. Get proper number of bottles for days sampling#
2. Assist observer in getting other equipment if necessary
3. Carry on all sampling operations keeping log of work done.
4# Take bottles to place designated to be pioked up by man trav¬
eling with bottles#
Duties of Bridge Workers
1# Carry on sampling operation on bridges#
2# Have correct number of bottles at Essex each day for following
days work.
Precautions for boat work
All men working on the Ground Water Survey - River Division,
using boats, are to obey in every detail the harbor regulations
as outlined by the Harbor Master# This includes the use of life
preservers, fire extinguishers, lights, etc. as required by harbor
regulations. In addition, when working night shifts, one of the
regular life preservers must be taken along in addition to those
furnished by the boat owners# It is also required to carry some
kind of light for night work# At no time take any chances during
storms or rough water, but all samples are to be taken if safety
permits.
24
Work and Time Schedule Feb# 28 - Mar* 5, 1938
M
T
W
T
F
S
Estimated
28
1
2
3
4
6
Work
Canessa
4°
SEO
0
0
0
1°
Carter
X
X
X
X
X
Clark
SD
SD
1
1
Pratt
SD
1
1
1
Guertin
SD
SW
1
1
6
6
hrs.
hrs.
Aotual
Hours
60 hrs.
60 hrs.
60 hrs.
60 hrs.
60 hrs.
E.S.T.
Feb,
28
Mar,
1
Crew - 1
10:44A-12A
11:12-2W
11:21-KW 56
12:12P.E.Had.
11:20A-12A
11:48-LW 54
12:00N-12A
12:28-LW 63
12:42P-12A
1:10-LW 56
1;19-KW
2:10-E.Had.
Starting Time
Crew - SD
7jllA-SD
9:23 -SW 60
9:29-12A
7:47A-SD
9:59 -SW 51
10-.05-12A
Crew SE-SW
SE 51
8:00A
sw 5i
Total
S
60
153
56
54
63
56
Total 442
Crew SD - See program posted (Note: Mar. 1 2-Sets 11-9-8 Say. Br.
Crew SE-SW - See program posted (Note: 4 hrs. Study #22 instead of 5
hrs. )
Crew -#1 Mar. 2-5 As usual only working through Say, Br.-E,Had.Br.
East Had, Br. 4-sets 1-hr. intervals.
Crew -#1 Mar. 3-4 See program posted (Note: Mar. 3, 14-sets
Sta. LW Mar. 4, 17-sets sta. LW.)
Note: Sections sampled subjeot to change
FWC
25
Sample Log - Regular Study
Monday July 5, 1937 AM •• PM (13&) No, of samples
Weather - Fair - Warm
River - Calm Mild North wind
Saybrook Bridge
Slight Down Current
Meas. 3.5« - 9:45 AM
#11 - 9-.49A #9 - 9-.53A #8 - 9:57A BMS
Regulars
N1
10:05A
N2
10:09A
N3 10:13A
N4
10:17A
BMS
Ml
10:25A
M2
10-.29A
M3 10-.33A
M4
10:37A
BMS
LI
10-.47A
L2
10-.51A
L3 10-.55A
L4
10:59A
BMS
L5
11:03A
Fair Down Current
K1
11:ISA
K2
11:17A
K3 11:21A
K4
11:25A
BMS
W1
11:31A
W2
11:35A
W3 11:39A
W4
11:43A
RMS
T1
11;51A
T2
11-.55A
T3 11:59A
T4
12-.03P
BMS
Moderate Down Current
R1
12:10P
R2
12:14P
R3 12:18P
R4
12:22P
BMS
R5
12:26P
J1
12:31P
J2
12:35P
J3 12:39P
J4
12:43P
BMS
HI
12:49P
H2
12:53P
H3 12-.57P
H4
1:01P
BMS
El
1:07P
E2
1: IIP
E3 1:15P
E4
1:19P
BMS
Boat Left Essex 9:15 AM
" Arrived " 2:00 FM
No Temp, taken - Thermometer broken
No Bottles lost
Sampler and observer
(Richards) Scott
Note: This sample page taken from Log Book No. 57
Letters indicate Sections - numbers following are stations
for example N1 means sample taken at station 1 of section N
B refers to samples taken at bottom
M refers to samples taken at mid-depth
S refers to samples taken at surface
26
Sample Log - Bridges
Tuesday July 6, 1937 (24) No. of samples
Middletown- Weather- Fair- Light southwind
Reading - 7:30 AM - 29.8* - Moderate Down Current
Int. #0 - 7:35A #1-7:40A
#2 - 7:45A #3-7:5QA
East Haddam Slack Water
Reading 8:30 AM 26.5« Temp - 5B - 74°F - 5S - 74°F
B. S. #4 - 8:35 AM #B- 8|40 AM
#6 - 8:45 AM #7- 8:50 AM
East Haddam Slack Water
Reading 10:30 AM 26.05«
Temp 5B-74°F 5S - 74°F
B. S. #4 10:35 AM #5 10:40 AM
#6 10:45 AM #7 10:50 AM
Middletown - Slow Down Current
Reading 11:30 AM - 29.2*
Int #0 - 11:35A - #1 - 11S40A #2 - 11:45A #3 - 11;50A
Aresco - Sampler
Note: # indicated at bridges are sampling stations
This sample page taken from Log Book #59
F refers to sample taken at bottom
S refers to sample taken at surface
Samples taken at Middletown are integrated
27
Sample Log •• Weat Shore Sampling
August 10, 1937 PM (54) No. of samples
Weather- Fair- Warm Mild Southwest wind
River - Choppy
West Shore Samples
KW
-
B
-
1:00
PM
-
1:01
PM
mm
1:02
PM
Fair up current
WW
-
B
-
1:14
PM
-
1:15
PM
-
1:16
PM
u ti it
TW
-
B
-
1:28
PM
mm
1:29
PM
-
1:30
PM
n it ii
KW
-
B
-
1:50
PM
mm
1:51
PM
-
1:52
PM
it it ti
WW
-
B
-
2:04
PM
-
2:05
PM
-
2:06
PM
it ti ii
TW
-
B
-
2:18
PM
-
2:19
PM
-
2:20
PM
Slight up current
KW
-
B
-
2:40
PM
-
2:41
PM
-
2:42
PM
it ti ti
WW
-
B
-
2:54
PM
-
2:55
PM
-
2:56
HI
Very " " "
TW
-
B
-
3:08
PM
-
3:09
PM
-
3:10
PM
High slack
KW
—
B
—
3:30
PM
—
3:31
PM
mm
3:32
PM
Very slight down
current
WW
-
B
-
3:44
PM
-
3:45
HI
-
3:46
HI
it ii it ii
TW
-
B
-
3:58
PM
mm
3:59
PM
mm
4:00
PM
it ti ti ii
KW
mm
B
-
4:20
PM
-
4:21
PM
mm
4:22
PM
it ii it it
WW
-
B
-
4:34
PM
-
4:35
PM
-
4:36
PM
Slight down current
TW
-
B
-
4:48
PM
-
4:49
HI
mm
4:50
PM
it ii ii
KW
mm
B
-
5:10
PM
-
5:11
HI
5:12
PM
it ii ii
WW
-
B
-
5:24
PM
-
5:25
Ha
-
5:26
PM
ii ii n
TW
-
B
-
5:38
PM
-
5:39
PM
-
5:40
HI
it ti ti
No Bottles Lost
(Richards) Tracy Observer and Sampler
This sample page taken from Log Book ^0
Note: 1st letter in first column indicates sampling section
2nd letter (W) indicates West shore
B - indicates sample taken at bottom
28
Sample Log « Speoial Study #100
Sunday July 4, 1937 AM (45) No. of samples
Weather - Clear Warm
Moderate Northwest wind » River oalm
Measurement - 8:26 AM - 3.6' Temp, #9A - 22°C
Saybrook #11 - 8:30 Ail #9 - 8:34A #8 - 8-.38A BMS
Strong down current
Special Study #100
#9
-
8:42 AVI
N1
-
8:51
M3
-
9:01
L3
-
9:10
K3
-
9:18
¥2
-
9:23
T1
-
9:29
R2
-
9:34
J2
-
9:39
H3
-
9:45
E3
-
9:50
D1
-
9:57
— BMS
Strong Down Current
tt
Mod.
Fair
No bottles lost or broken
Boat left Essex 8:00 AM
" arrived " 10:45 MA
Sampler and observer Hall (Conklin)
Note: This sample page taken from Log Book No. 57
B refers to sample taken at bottom
M refers to sample taken at mid-depth
S refers to sample taken at surface
Sample Log - Special Study - Saybrook Bridge
Sat. June 19, 1937 (6) No# of Samples
Weather: Cloudy - Light N. E. Wind - River - Calm
Special Study - Saybrook Bridge Sta. #9a
Time
Measurement
8:01A
7.3'
Light up Current
8; 06A
7.25'
ft n n
8 j 11A
7.25'
ii ti it
8:16A
7.2'
ii ii ii
8:21A
7.2«
Slight up Current
8; 26A
71» S *
ii u it
8:31A
7.2'
ii n it
8:36A
7.15'
Very slight up Current
8:41A
7.15'
ii it it it
8:46A
7.15'
ii it it ii
8:51A
7.1«
Slack water(high)
8;56A
7.1»
ii ii it
9.-01A
7.15'
Very slightly down current
9:11A
7.15'
ii it ii ti
Six samples 1 ft. from bottom
Time 9:12A - 9:13 - 9:14 - 9:15 - 9:16 - 9:17
Cannessa
Note: This sample page taken from Log Book #58
This special study is taken from a platform beneath the
bridge - close to sampling station #9
30
Speoial studies
During the 3 years of this survoy, different types of studies
were carried on to determine the extent of ohlorido intrusion and
to obtain a more definite pioturo which would show under what con¬
ditions the greatest penetration might occur, A brief description
of these studies follows#
Special study No, 1,"-Samples at 3 depths at one sampling
point in each of the regular cross sections following the advance
of the flood tide up the river, stationsj N-l, M-3, L-4, K-3, W-2,
T-l, R-2, J-2, and if time permitted, H-3, and E-3.
Speoial study Ho, 2#—Same stations as in No. 1, but following
ebb tide up the river,
Speoial study Ho, 3,—Samples collected simultaneously at sur¬
face, mid-depth, and bottom oach hour for a period of 4 hours, at
the following combinations of cross sections: Saybrook Bridge and
N, L and M, W and K, R and T, H and J, First sample collected at
high tide.
Special study No, 4,—Similar to No. 3; first sample at low
tide continuing for 4 hours at same points as above.
Special study No, 5,—Same procedure as for No. 3, using the
following combinations of sections; M and N, K and L, T and W, J
and R,
Special study No. 6.--Same procedure as for study No# 4 and
combinations used in study No. 5.
Special study No. 7,—Twenty-four hour sampling period at Say-
brook Bridge and cross section L, taking samples at all depths at
regular stations, one set each hour, midweek.
Special study No. 8.—Hourly samples during forty-eight hour
period from 6:00 A.M. Sunday to Tuesday A.M. at Saybrook Bridge,
samples at all depths at stations 8, 9, and 11.
Special study No. 20.—Samples at 15 minute intervals during
a period of about 12 hours, to cover the high and low point in the
curve. River studies on different days from sections N to E.
Speoial study No. 21.—To show variations in chloride at all
depths. Samples taken at 10 or 15-minute intervals for 4-5 hours
at Saybrook Bridge and section L.
31
Special study No. 24«—Study to find dotail variations in
intrusion and to dotermxno tho timo of maximum chloride concen¬
tration. Samples at 10-minute intervals at surface, middle, and
bottom at station 9, Saybroolc Bridge, station 5 section L, and
station 3 section M, in July and August 1936.
Special study Ho. 25.—Staff gage readings every five minutes
from 1/2 hour before to 1/2 hour after lotr high tide. Six bottom
samples collected at one-minute intervals, first sample 15 minutes
after last high tide observation.
Special study No. 100.—Same as No. 1, but for high slaok
water: i.e., samples at regular cross sections, all 3 depths at one
sampling point.
Special study No. 101.—This study was substituted for No. 100
when the use of boats was discontinued, samples being taken from
the shore and at fewer sections than in No. 100.
Special study No. 200.—Same as No. 2, only taken on low slack
water.
Special study No. 201.—This study was substituted for No.200
when the use of boats was discontinued.
Special study No. 240.--Surface, mid-depth, and bottom samples
collected at all stations on Saybrook highway bridge and at all
stations on cross sections up to section L. Samples taken at l/2
hour intervals at the high tide-high slack water periods and at one
or two hour intervals during other periods. Carried on for 24 hour
periods sometimes and only during the day light hours at other times.
Special study No. 480.—Surface, mid-depth, and bottom samples
at all stations on Saybrook Bridge and at cross sections up to
Section A. Similar to Special Study 240 but covering longer per¬
iods. Plans were to take hourly samples for periods of 48 hours.
It is expected that the results of these special studies will
be tabulated for another report on the Salinity of the Connecticut
River.
32
Experiences in Navigation on Connecticut River
Saybrook Highway bridgo to Sootion "A1'
F. W. Carter, Foreman of River Division
To the casual observer tho Connecticut River appoars to be
calm and safe for navigating purposes; but on the contrary, tho
river is treacherous at times, having very deep holes, causing
whirlpools in unexpected places, and when the wind is strong
against its currents, it becomes rough with high waves. In ad¬
verse weather, with rain, cold, freezing conditions, strong winds,
and boat covered with ice inside and out, it requires a supreme
effort to carry out the sampling program according to schedule.
The river changes in a vary short time, becoming rough and
choppy within a few minutes with a change in the wind. In the
spring of the year when ice is breaking up, one has to watch
for unexpected wind, current and tide changes. One would natur¬
ally think that, with a strong current, ovon in a freshet, ico
would fceep in one course; but with a change in the wind, ice will
also change, shifting from one side of the river to the other.
Changes in tides and currents will also change position of ice
floes. Pilots have much to contend with while manoouvoring in ice
jams.
Fogs also are quite heavy at times. The greatest danger in
connection with fog lies in the possibility of not noticing a
large rivor boat, oil tanker, or tug moving in tho river. Special
precautions have to be taken during 24 or 48 hour studios when the
mcr. are working through the night. As a rule largo boats do not
travel during a fog, but they do travel at times, moving very slow¬
ly, bloving whistles frequently, so that other boats on the river
may keep in touch with their location. During fogs, sampler
running motor often stops motor and listens for oil tankers or tugs
which can be heard for quite some distance. A few times, while
working at night, boats have been seen coming up the river with all
lights out and not making any sound of any kind.
From Section "K" southward down the river is very dangerous.
Being near the mouth of tho rivor with much force behind the current,
the river is very powerful from this point out into tho Sound. The
pilot considers all difficulties in placing his boat on stations
when the water is rough. He may keep boat headed into the wind and
waves with just enough power to hold boat on station, or he may make
a circle around the station, taking care not to take water over
stern. In rough weather it is sometimes necessary to tack, -sail¬
boat fashion, taking waves on an angle with spray coming in contin¬
uously. If one is not continually on the lookout, meeting waves
squarely on the stern will cause the boat to stay and plane on ono
33
wave, similar to surf riding. This is dangerous, for, in trying
to leave this wave, the pilot may lose control of the boat unless
the motor has speed and power enough to pull away.
The following is a general description of river conditions
noticed by the river men sampling between the East Haddam and Say-
brook Bridges.
Section N.—River wide* Have noticed rough water work itself
across river. With south, winds and tide falling, east side of
river is quite rough. As current becomes stronger, rough water
will work itself towards the west shore} east shore becoming smooth,
possibly due to two channels in this part of the river. With
north and northwest winds the opposite effect is noticeablo.
This section is very rough at times, being in the open space of
meadows where there is no lee.
Section M.—This section is very treacherous, the river being
narrow and deep; waves are powerful, piling up in all directions
when the wind is in the right quarter - strong southeast or north¬
west. Due to the river being much wider at Section "L", the next
section above, current is strong at this section. The very deep
water near the west shore causes whirlpools which extend through
stations 3 and 4. During rough water crews always take a ducking
going from Section "M" to Section "L".
Section L.— River is wide at this crossing and has two chan¬
nels. This section, as a rule, is generally calm except when thc-
wind is blowing fairly strong from a south or north direction,
causing high, rolling waves. Winds blowing from these quarters
have a clean sweep across meadows before reaching the river, there¬
fore making navigation perilous at stations 2 and 3.
Section K»—This section is hazardous. Located in a kind of
bottle neck with the river wide just above and narrow at this sec¬
tion makes the water very rough at times. This crossing is deep
all across, with two channels joining together just above, making
the current very strong. With a moderate or strong north or south
wind, this section is usually rough. At times, when it has been
rough on this section, it has been fairly calm 1000 feet above
and below.
Section W.—This section is very rough at times on all four
stations, probably due to an island in the center of the river,
causing swift currents on both sides of the island. One peculiar
condition is noticeable on this section. Regardless of how rough
it may be on the river, the west shore, out for about 50 feet, is
always calm, except when a strong wind is blowing from the north¬
east and east. This calm water, as a rule, extends from Section
"J" down the river to Section "L". Section "Yf" is dangerous when
ice is floating. One has to be careful when going from Section
"K" to Stations 1 and 2, Section "YiT", that ice does not cut him off
34
from returning to the west shore again. When strong south and.
southeast or north wind is blowing, it is ofton impossible to work
tho oast sido of this crossing.
Section T.—At this point the river is wido, and doop on tho
east shoro, while tho middlo and wost parts of tho crossing aro
very shallow. A current running against a southerly or northwest
wind on this crossing causes water to become very rough. Special
precautions must bo taken in the middle of the crossing. "When
moderate or strong winds are blowing, the waves do not hold to¬
gether due to the shallow water at this point. As a result, if
the boat is not handled correctly, waves will break over the side
of the boat.
Section R.—This crossing is similar to "T" only its location
is further north and away from tho island. Due to comparatively
shallow water the full width, northwest and south winds cause the
river to become very choppy. Rough water will work itself across
the river from the east to the west side, very much the same as on
Section "N". This section has two channels, one near the east
shore and the other on the west shore, similar to Section "N".
Section J.—This crossing is generally calm except when a
strong northwest or southeast wind is blowing. Under these wind
conditions, it becomes very rough. As the river is doop all the
way across, tho waves hold together. Strong winds blowing from
other directions have no effect on this section as crossing is
located in the lee of hills.
Section H»—At this point the river is narrow and very deep
on the west shore, resulting in a strong current. During a blow
from the northwest, waves roll high but hold together. Wind from
other quarters have no effect on this section due to the location
in the lee of hills. A slight whirlpool is noticeable at Station
4 in bad weather.
Section E.—At this point the river is narrow and doop the
full width, and tho crossing is generally calm. Strong northwest
and east winds will produce rather rough water. An island is lo¬
cated just above this soction with two channels on either side of
the island coming together on the crossing. The current coming
down the west side of the island has straightened out before reach¬
ing the section so that tho meeting of the two channels doens not
cause as much of a disturbance as one might expect. As this section
is in the lee of hills, winds from southerly and northeasterly
directions have no effect on tho water.
Section D.--Here the rivor is wido and deep on the oast and
west shores, and shallow in tho middle. A submerged rock pier is
located just north of the section on the west shore. During bad
weather and north and northwest blows, this crossing becomes very
rough. Winds have a clean sweep coming down the river and the cur-
35
rent runs strong. The pilot needs to take every prooaution when
attempting to make this section and beyond.
Section C.—At this orosoing the river is narrow and fairly
deep all aoross with strong currents. Tho section is wide open to
northerly and southerly winds. During blows from these directions
there is no lee and waves roll high. The pilot must be on the
watoh to prevent getting stranded throughout this part of the
river due to the laok of shelter.
Section B»—The river is narrow and deep with strong currents,
especially on the west shore. This section has a whirlpool on
Stations 3 and 4. During blows from the northwest, this section
is dangerous, becoming very rough. East and west winds have little
effect, causing choppy water, but not usually rough.
Section A.—The river is fairly wide with shallow water over
half way across from the east shore. The west shore is very deep
and the currents are very strong, causing slight whirlpools at
times. With strong north winds, this section is very rough.
Throughout a day's work, crews run into bad river conditions
somewhere along the way, and only on rare occasions may one find
calm water at all sections.
36
IABOiiATORY PROCEDURE
The laboratory, situated at the Hall Chemistry Laboratory of
Yfosleyan University, handles all determinations for chloride.
Dr. Hoover of Wosloyan University has oooporatod fully with tho
laboratory staff and has always been ready to aid in tho solution
of problems that might arise. All chloride determinations were
made by titration with a standard .solution of silver nitrate using
potassium chromate as an indicator. The end point of the reaction
is shown by the appearance of the pink color of silver chromate.
Two standard solutions of silvor nitrate are used, one containing
2.3955 grams silver nitrate per liter and the other, 23.955 grams
silver nitrate per liter. These silver nitrate solutions are stand¬
ardized against a standard solution of sodium chloride. The samples
reaching the laboratory vary widely in chloride content making the
use of the two standard solutions not only desirable but necessary
in obtaining clearly dofinod end points.
Twenty-five cubic centirnetor samples are ordinarily usod for
titration. Tho weaker silver nitrate solution is used for tho low
chloride and the stronger silvor nitrate solution for tho higher
chloride. Samples requiring less than oho cubic centimeter or more
than 15 cubic centimeters of silver nitrate are re-run using an
amount of sample that will require between 1 and 15 cubic centimeters
of the silver nitrate solution. It has been found that this
practice gives clearer end points than using larger volumes of silver
nitrate. The chloride content of samples taken at or bolow Saybrook
Highway bridge is occasionally extremely high. "When this is the
case, a 5 cubic centimeter sample is taken and diluted with 10
cubic centimeters of distilled water before titration. Tho samples
are stirred vigorously during titration to prevent occlusion.
The procedure in the laboratory was to work from tho samples
with the lowest chloride content to thoso with tho higher content.
This involved a minimum possibility of error should the pipotto not
be thoroughly washed between samples. Any sample giving results
out of the average range for a particular section was rechecked to
avoid any possibility of error. Titration was done in front of a
monochromatic yellow safe light glass screened to exclude other
light sources as fully as possible. Illumination was furnished by
two 40 watt bulbs. A comparison color solution was used to aid in
determining the end point in cases where tho chloride content was
low. The pipettes were filled by the use of a suction lino thus
avoiding the danger of tho sample coming in contact with tho.mouth
of the worker. This was necessary because of tho probability of
pollution in the samples being handled. The pipettes wore held in
a rack while draining and 4 or 5 pipettes were usod at once.
This system permitted tho handling of a large number of samples in
a reasonably short time.
The sample bottles were prepared for the field and \rashed in
37
the laboratory. Tags, gummed, labels and similar devices for
labelling sample bottles were not effective for the type of work
and the labelling is done with a soft pencil on an otchod portion
of the bottle itself. The bottles wore otchod at tho laboratory
using a mixture of ammonium bi-fluorido, hydrofluoric acid and
barium sulphate. This was mado by dissolving as much ammonium bi-
fluoride as possible in hydrofluoric acid to make a smooth paste.
Barium sulphate was added until tho dosired consistoncy wa3 ob¬
tained. A pasto just too thick to run off the side of the bottle
appoarod to be best for tho purposo- In mixing tho pasto, tho
ammonium bi-fluoride must be all dissolved as a granular paste does
not etch evenly. The paste was smeared over the place to be etched
and the bottle is allowed to stand as long as possible, overnight
at least, before washing. The first washing was done with clear
running water to avoid the possibility of burns from any residual
hydrofluoric acid. The bottles were given a thorough second wash¬
ing, inside and outside, in water containing a small amount of
trisodium phosphate. They were then rinsed with tap water and
finally with distilled water. Corks were inserted and the bottles
placed in boxes ready for tho field. Tho bottles wero ro-otched
from time to time in order to keep the working surface as usable as
possible.
Co-ordination between the laboratory and field was essential
to obtain the best results. Samples were brought to the laboratory
at frequent intervals. The field foreman indicated tho sections
represented in various boxes of samples. The samples from the
sections farthest up tho river and for tho most recent date were
tested first at tho laboratory. A report of tho chloride contont
was transmittod to tho fiold foreman who used this as an indicator
for making suitable adjustments in stempling program. In this
manner, the program was constantly changed in details to follow
changes in tho rivor conditions.
38
General Statement of Chloride Intrusion
A study of the accumulated data of the first three years of
work on the river would soom to indioate that under what might be
considered normal conditions, the salt-water penetrated the estu¬
ary for a distance of approximately 12 miles above the mouth. The
average yearly discharge ij about 18,000 cubic feet per socond at
Thompsonville, Connecticut • The variation in rivor discharge is
an exceedingly important factor, if not tho most important factor
in determining the distanco to which salt wator will ponotrato the
rivor. With a low rivor discharge, such as 5,000 cubic foot per
socond, chlorides oxcouding 1000 parts per million, havo boon found
to occur at Section C, or about 3 miles below East Haddam Bridge.
When the river discharge exceeds the average figure given above,
high chloride values are not observed much above Saybrook Highway
Bridge.
Another important factor is closely linked to the discharge,
the width of the river and tho contour of the river bottom. It
will be seen from the map, (pago 5), that the rivor has a fairly
uniform width up to a restriction just south of Nott Island near
the location of Section M. Abovo this point, tho rivor sproads out
and until restricted again at the vicinity of Ely's Vfharf, Section
K. There is another widening of the river between Section K and
Selden Neck, Section H. Another restriction in the river occurs
at Section B just south of the outlet of Chapman's Pond. It appar¬
ently requires a very low river discharge, less than 5,000 cubic
feet per second, and a very high-high tide for any appreciable
chloride values to appear as far up the river as Section B.
There are numerous factors affecting the detailed distribution
of chloride at each cross section. These factors are wind direction,
currents due to obstructions in the rivor, the passa.gc of boats,
particularly those of any size, up or down the river, river dis¬
charge, and height of tide. It has been noted that the channel
station on Saybrook Highway Bridge will show very high chlorides
while the other stations show values considerable less. At other
times the high chlorides will show in the channel and toward the
"western end of the bridge with a comparatively low chloride con¬
tent in the center of tho section. Occasionally the highest chlo¬
rides will appear at the west end of tho bridge with very much lower
values in tho channel and oastorly end of tho bridge. It is not yet
possible to state definitely that any one factor will determine the
extent of sea water intrusion. There appear to be two or more fac¬
tors operating at all times that add a constant variation to the
Computed from discharge figures furnished by the Geological
Survey, U. S. Dept. of Interior.
39
faators that can be more or less definitely oharted. The bed of the
river has undergone considerable ohanges sinoe the starting of the
work. The great floods of Maroh, 1936 made changes in the channels,
scouring the bed of the river at one place and depositing quan¬
tities of sand in othors. Dredging operations wore carried out by
the United States Army Enginoors from Dooomber, 1936 to and includ¬
ing June 1937, making a 15 foot channel from Hartford to the mouth
of the river. The material removed during these operations was
deposited in the bed of tho river away from the channel and in many
cases, small islands wero built. These dredging operations had a
considerable effect on the extent and nature of the penetration of
ohloride into the river.
Hi the results from special studies following the high tide
and slack water up the river by means of boats, the drop in chlo¬
rides at each section has been fairly uniform at times but in some
instances a more pronounced drop has been noted at Section K and H.
However not enough data has been accumulated to determine the effect
these restrictions may have upon chloride penetration,
40
FACTORS AFFECTING SALINITY
Several factors have a disturbing influence on the saline in¬
trusion into the Connecticut River estuary which must be considered
for their relative effects* These factors are tides., tidal cur¬
rents, non-tidal ourrents, floods or droughts, wind direction and
velocity and weather.
Changes in the distance of the moon from the earth cause
changes in the range of tide. The range when the moon is in peri¬
gee, or nearest to the earth, is known as the peregoan rango, and
the range when the moon is in apogoe, as the apogean range. Changes
in the declination of tho moon affect not only the moan range but
also the daily inequality in tho height of the high and low waters,
this inequality being generally the greatest near the times of max¬
imum north or south declination and least near the times when the
moon is over the Equator. Ytfhen the moon is full or new, high water
rises higher and low water falls lower than at other times of the
month, giving at such times an increased range known as the spring
range. When the moon is in the first and third quarters, the high
water does not rise as high nor the low water fall as low as at
other times giving a decreased range of tide known as the neap
range. There are usually two high tides and two low tides each day
designated as High High Tide, High Low Tide, Low High Tide and Low
Lovr Tide. These vary in height from day to day due to the effect
of the moon. The following figures from the Atlantic Tide Tables
for June 25, 1938 show the height of tide predicted for 6:40 AM to
be 2.2 feet while for 7:03 PM the predicted height is 3.3 feet or a
difference of 1.1 feet in the two high tides.
There is a slack water period which may or may nor appear at
the predicted time according to the volume of river discharge.
Slack water is the time when the opposing forces of incoming tide
and river current are equalized. A simple device used to determine
time of slack water consists of a \ inch rope 15 feet long, having
a heavy weight attached to tho lower end with the top end fastened
to the observation platform. A series of white cloth strips % inch
wide 8 or 9 .inches long, are tied to the rope at one foot intervals
commencing about four inches below the water surface. These strips
indicate any slight movement of the current in either direction.
At high slack as the water movement ceases, the strip will drop to
a vertical position, the top strip dropping first and following in
order the others will drop until all are down indicating slack
water. During low slack water the bottom strips will drop first,
and the top strips last. High slack water will appear first from
mid-depth to surface, while from mid-depth to bottom an up current
will be observed until slack water appears from surface to bottom.
This may also be observed while taking samples, the air bubbles
from the mid-depth bottle will closely follow the sample cable to
the surface while those from the bottom bottle will rise to the sur¬
face about 4 or 5 feet from the cable. Slack -water is determined
41
from a depth of about 6 foot below surface, from thin point down
the current changes rapidly. Visibility, an a rule, is not good
below this depth.
On flood tide, the current runs first and strongest near bot¬
tom, On the ebb tide current runs first at ton. At normal river
discharge, the curronts at flood or ebb tides continue to run until
pressure is equalized. Beginning with slack flood, the current in¬
creases in velocity until the strength or maximum velocity of the
flood is reached, it then decreases until slack ebb. Currents will
change first near the shore while the channel current will change
last, thus the channel is most reliable for making observations.
Thero is about one hour and thirty minutes elapsed time between the
predicted time of high or low tide and the predicted time of the
corresponding slack water and during this period, a rico or fall of
tide will be observed which is about 0^2 to 0,3 feet rise at the
first of the low slack and about one foot fall at the first of the
high slack. Slack water will work up stream according to the vol¬
ume of discharge; in other words, if river discharge is normal or
below, slack water will work up stream farther than with a river
discharge above normal.
The volume and variation of the river discharge non-tidal cur¬
rent will at times cause the slack water to appear before or after
the predicted time. The Connecticut river is subject to changes in
volume of discharge due to several factors. The average daily dis¬
charge during the 3 years of this study was about 18,000 cubic feet
per second and ranged from 2,000 cubic feet per second to a peak of
278,000 cubic feet per second in the flood of March 1936. The river
is very susceptible to sudden chances caused by natural factors;
heavy rains, melting snow, wind and general weather conditions. It
is also affected by the artificial control at Holyoke, Massachusetts
and on the Farmington River, a major tributory of the Connecticut
river. The average monthly and yearly discharge.of the Connecticut
river is given on the following page.
42
Average monthly and yoarly disohc.rgo of the Connecticut Rivor
at Thompsonville for threo yoare anding Soptombor 30,, 1937»
Disohargo in oeoond-feet'
Month
1934-35
1935-36
1936-37
Oct.
8296
5048
10266
Nov.
15407
9211
'12972
Dec.
15121
11190
19150
Jan.
22595
10247
27619
Feb.
11464
6680
20500
Mar.
25752
89215
13380
Apr.
32954
44683
40790
May
24633
24341
49107
June
17650
7580
17820
July
12115
5056
9929
Aug.
5374
3912
5955
Sept.
5566
4752
6840
Aver.yearly
16435
18578
19455
An increasing river discharge will advance the high slack
water nearer the predicted time of high tide. The low slack water
will be delayed. As the river discharge continues to increase, it
becomes more difficult and sometimes impossible to note any slack
water, a continuous down stream current will prevail. As the force
of the incoming flood tide reaches its greatest strength, it will
slow down the velocity of the current to a very slight flow, some¬
times causing a lull. A "lull" may be defined as a stoppage of cur¬
rent and is due to the pressure of the incoming flood tide. The im¬
portant distinction between a "lull" and true slack water lies in
the fact that there is no reversal of current direction with the
former Lulls occur only at times of high river discharge and are
replaced by low slack water as the volume decreases. This replace¬
ment is progressive upstream. Lulls are noted at Saybrook Highway
bridge only at extreme flood condition. There is a resumption of
the current in the down stream direction with no up current being
observed. This may occur at times ranging from one to two hours be¬
fore the predicted time of high tide. The first slack water to
appear with the river receding is low slack. In this case, there is
a down current which decreases to complete stoppage, immediately
followed by an up current. The moment of change between the down
and up current is low slack water. If low slack water does not occur
before or within the range of one to two hours before high tide,
there will be no slack water.
High slack water disappears completely at times of abnormal
discharge- As the volume decreases, high slack begins to appear and
occurs very a-on after peak tide. At first, there is only a moment
between changing current directions, but as the time between peak
Computed from figures furnished by the Geological Survey, United
States Department of Interior.
43
tide and high slack incroasos, tho poriod of no current becomes
longer. If high slack is obsorved during timos of abnormal dis¬
charge, a high high tide slaolc will ooour closer to tho prodictod
time than a low high tide slaolc to its predioted time.
Observations of ocourrdnoe of high slack water were not a reg¬
ular part of the program until the start of studies following the
high and low slaok waters up tho river. Howevor, such data as is
available indicates that, with the exception of flood periods, tho
slack water was occurring very close to the predicted time until
tho flood of March 1936# Since that time, high slack water has
occurred very erratically except during periods of dischargo lower
than tho average. During tho entire year of 1937, high slack water
did not occur at the predicted time on more than 14 days. It
occurred more often at high tide or 5 to 50 minutes after the high
tide. The river has apparently been much more sensitive to con¬
ditions such as rain storms, melting snow and other natural factors
since the flood of March 1936, than during 1934 and 1935. A one
day rain has often caused a down current for 24 hours during the
following day.
The position and direction of currents, both tidal and non-
tidal may vary groatly at one section at tho same time. Under nor¬
mal conditions tho channel has the strongest curront. Tho direc¬
tion of currents and pressure will deviate from the regular channels
during periods of high discharge. The currents tend to seek out
points of least resistance and cut across bends in the river and
reach the banks of the river at points away from the deepest
channel. Observations at Saybroolc Highway bridge have shown at
times an upstream current running at the west side, the channel at
slack period, and a slight down current at the east side. This con¬
dition occurs near tho time of reversal of current. It is the cur¬
rent that carries the chloride and conditions similar to those men¬
tioned above cause higher chlorides to appear at stations away from
the channel than the chlorides in the channel. When up and down
currents occur together in the horizontal cross section, there are
whirlpools and eddies at the junction of the two currents which
affect a mixing of fresh and salt water giving apparently anomolous
results, chlorides higher at mid-depth than on the' bottom and
occasionally the highest chlorido at tho surface.
Variations in water-level from the predicted heights of tide
may be caused by condition outside the river in Long Island Sound.
Daily changes in barometric conditions and winds cause variations
in level, On-shore winds or a low barometer will, in general,
cause ooth high end low tides to be higher than predicted while
during periods of off-shore winds or high barometer tides will be
lower,
Y'.nd direction in the lower Connecticut valley is very erratic
and may or may not coincide with the wind direction over the open
water of Long Island Sound. Not infrequently, an oast wind will be
blowing in the Sound whereas at Saybrook Highway bridge tho wind
44
■will bo northorly.
Observations of wind direotion wero made at the start of the
days work at the commencement of the tidal salinity study. Later
observations were more frequent with wind direction, variations in
direction, and time of observation, being noted. It is difficult
to determine wind direction at the various seotions and stations
unless there is a strong wind from one quarter, Winds blowing
across the valley frequently oauso secondary winds up or down the
valley. The winds oommonly shift with tide changes and bctweon
day and night. It is not uncommon for the reports to show winds
from all quarters as the observer moves from station to station.
The shifts in direction are more common near the mouth of the
river than upstream where the valley is more confined.
Easterly winds cause exceptionally high tides and are common¬
ly accompanied by rain. There is usually a period of cloudy weather
preceding the rain and commonly the high tide occurs during this
period. When there is a steady easterly wind for two or three days,
there is a tendency for the Long Island Sound water to pile up on
the Connecticut shore. This means exceptionally high tides and the
effects are noted up the river as far as Chester Ferry and to
Section D, eleven miles from the mouth of the river. During such
periods, the low tides will commonly be as high as the normal low
high tide.
Strong northwest winds tend to create a reverse condition from
that outlined above with' very low tides and high tides below the
predicted. Such storms may last for two or more days. Southwest
winds commonly occur during a period of one high tide and have no
appreciable effect on the height of tide.
Wind shifts and breaks in the weather occur most commonly at
times of slack water, especially when the wind is from the stormy
quarters. If the weather does not clear at the first "high slack
after the start of a storm, the condition will become worse with no
phange until the next high slack. When the weather is cloudy with
the wind from the northeast, east, southeast or south quarters, it
will invariably rain -with the incoming tide. Showers will occur on
the ebb tide on a cloudy day with the wind in the other quartors.
Observations by the field men appear to show that
there is a definite relation between the course of thundor storms
and the stage of the tide in the Connocticut river. Those
thunder storms commonly originate in the northwest and westerly
quarters and when approaching the river their course from that
point is largely dependont on the tide. If it is slack water, the
storm will continue easterly and cross the valley and a'sharp
storm is common. When the storm moots an outgoing tido, it rurns
southerly down the west side of the valley and passes out over
Long Island Sound, With an incoming tide the storm will turn
4S
northerly up the river commonly following the east bank. If the
storm reverses direction with the outgoing tide there will be a
severe storm. These suddon storms with oommonly strong cross river
winds blow surface water from ono sido of tho river to the other
and conflicting results in ohlorido content of samples may result.
Heavily loadod boats, particularly oil tankers, procooding up
river about one to two hours aftor tho start of flood tido will
create tremendous disturbance in the river and cause variations in
the chloride values. These boats are 200" to 250 feet long and draw
11 to 12 feet of water. They sometimes come in contact with the
channel bottom or may be only two to three feet off the bottom. A
rise and fall motion of the water has been noted two miles ahead of
the boats. There is a continuous suction towards the boats from a
point about ono half milo above thorn# The water is drawn off shore
abreast the boat and remains off shore until the boat has passed.
There are times when four or five largo boats will proceed up river
at one half mile intervals thus keeping the water end currents in
constant turmoil.
More or less permanent obje.cts such as bridge abutments, deep
holes, spits and islands commonly cause disturbances of currents.
This condition is most noticeable when working from boats as there
are whirlpools and a constant boiling motion when the currents are
interrupted or changed by influences such as the above# Some of
these currents appear to move in channels or "veins"# Samples
taken one to two feet apart will show quite different chlorides under
tho above conditions.
The contour of tho rivor bottom is continually changing. Sand
and silt are deposited or removed as the various currents change in
strength and direction. Large quantities of sand and silt were de¬
posited on the river bottom by the flood of March 1936# Considerable
dredging carried on by the United Ste.tes Army Engineers, was nec¬
essary to reopen the channel for the passage of the larger boats.
Tho following is a brief outline of the oourse of tho dredging
operation.
Dredging was commenced in Docomber, 1936 at about the position
of Section N. A channel 12 feet below mean low water and 100 feet
wide was cut as far as Saybrook Dock. This work was stopped in the
latter part of the same month due to ice conditions.
Operations were resumed during the latter part of May 1937
using a 20 inch hydraulic cutter head dredge. A channel 15 feet
below mean low water and 150 feet wide was cut from Section A down
tho river to the mouth. During this operation about one million
cubic yards of sand and silt were removed from the channel and
deposited near the banks or in other parts of the river, building
islands and other obstructions' which might tond to change the nat¬
ural flovl This in turn will alter the course and nature of the
saline intrusion. The dredge ceased operation on June 22, 1937.
1Information obtained from. U.S. Engineer Corps, U.S. Array.
46
VARIATION IN CHLORIDE DISTRIBUTION
The distribution of ohloridoo at tho Saybrook Highway bridge
cross section is not always uniform under all conditions and will
at times show quite a variation in oonoentration at .the different
stations in comparison with the same general factors and it would
appear that other factors still unknown may have a considerable
bearing on this variable distribution. The tables on the following
pages give the river discharge, wind direction and chloride values
at the Saybrook Highway bridge for a number of days.
Chloride values for the various tide cycles with river dis¬
charge and wind direction at five stations on Saybrook Highway
bridge.
River discharge is computed for Middletown, Connecticut.
Chloride values in parts per million.
Tide
cycle:
1 hour before to high tide
Date
Position
Stations
Parts
per million
8
9
10 11
12
1934
Nov.
27
Surface
350
290
104 53
53
Mid-depth
11,700
4,700
3,300 3,850
131
Bottom
7,700
12,500
9,000 12,900
7,550
Discharge
cfs 21,500
South east
wind
1935
Jan.
10
Surface
9
9
9
9
Mid-depth
8
9
9
9
Bottom
12
9
10
11
Discharge
cfs 61,500
Light sou^h east wind
Feb.
21
Surface
26
44
44 74
135
Mid-depth
10,150
49
70 620
200
Bottom
10,850
8,350
3,950 10,250
1,550
Discharge
cfs 13,000
South west
wind
Apr.
6
Surface
7
8
9
Mid-depth
8
9
12
Bottom
13
9
19
Discharge
cfs 27,000
North west wind
Tide cycles 1 hour boforo to high tide
Date
Position
Stations
Parts
per million
8
9
10 11
12
1935
Apr.
8
Surface
150
143
72
50
Mid-depth
11,100
2,650
6,000
47
Bottom
11,800
11,000
11,850
47
Discharge
cfs 24,600
Strong oast wind
May
23
Surface
710
760
560
640
Mid-depth
9,800
2,750
5,500
1,350
Bottom
10,900
6,900
8,900
1,700
Discharge
efs 13,900
North east
wind
July
2
Surface
1,690
2,700
700
Mid-depth
11,750
9,800
11,850
Bottom
12,700
11,300
12,200
Discharge
cfs 12,400
South wind
1936
Jan.
6
Surface
280
4,350
1,100 205
200
Mid-depth
13,250
12,000
8,000 11,300
375
Bottom
12,100
12,350
11,300 10,950
7,150
Discharge
cfs 15,000
North west
wind
June
20
Surface
1,100
1,150
1,000
Mid-depth
8,150
8,000
3,700
Bottom
5,4-00
5,450
8,800
Discharge
cfs 7,650
South wind
Nov.
18
Surface
3,800
6,400
2,200
Mid-depth
5,900
6,300
3,500
Bottom
8,800
3,000
10,000
Discharge
cfs 10,700
North wind
Dec.
13
Surface
51
73
101 18
11
Mid-depth
3,200
6,400
3,250 2,350
330
Bottom
4,300
7,850
1,900 6,200
600
Discharge
cfs 35,550
North wind
Dec.
15
Surface
9
13
9 11
23
Mid-depth
9
340
13 9
23
Bottom
13
1,200
10 14
21
Discharge
cfs 24,300
North wind
48
Tido cyclo: 1 hour boforo to high tido
Date
Position
Stations
Parts
por million
8
9
10 11
12
1937
Jem.
29
Surface
280
9
20 8
6
Mid-depth
'4,600
166
39 19
7
Bottom
6,450
760
' $,360 4,650
11
Disoharge
cfs 25,500
North oust
wind
Jan.
30
Surface
18
15
18 30
31
Mid-depth
10
51
9 8
12'
Bottom
4,700
170
900 3,800
20
Discharge
cfs 22,850
North east
wind
Mar.
26
Surface
100
23
21 75
31
Mid-depth
4,000
2,000
33 139
61
Bottom
4,200
3,600
1,000 191
2,200
Discharge
cfs 17,250
North east
wind
June
7
Surfaep
310
220
190
Mid-depth
2,700
1,650
460
Bottom
10,100
8,700
5,750
Discharge
cfs 17,700
North west
wind
Surface
160
40
59
Mid-depth
270
72
100
Bottom
270
90
110
Discharge
cfs 17,700
North west
wind
June
10
Surface
1,040
980
310
Mid-depth
5,900
8,400
9,050
Bottom
6,900
9,150
10,700
Discharge
cfs 15,750
South west
wind
Tide cycle: High tide to 3.'hour after>
Date
Position
Stations
Parts
per million
8
9
10 11
'12
1934
•
Oct. 27
Surface
1,400
2,050
4,100 4,000
3,500
Mid-depth
15,200
14,450
14,800 14,700
7,520
Bottom
15,450
15,000
14,850 15,350
14,900
Discharge
cfs 9,560
Strong north wind
Oct. 28
Surface
980
1,780
1,950 2,600
3,650
Mid-depth
13,300
11,900
11,750 12,800
5,300
Bottom
13,750
13,200
13,150 13,750
12,500
Discharge
cfs 9,160
Calm wind
1935
Feb. 19
Surface
139
138
340 360
1,080
Mid-depth
12,300
11,600
4,650 10,350
2,750
Bottom
12,600
12,350
12,050 12,550
11,150
Discharge
cfs 14,100
South east
wind
July 10
Surface
14
11
11
Mid-depth
14
11
8
Bottom
16
11
16
Discharge
cfs 35,700
Light south east wind
July 20
Surface
1,650
1,600
1,200
Mid-depth
6,900
5,700
6,150
Bottom
13,600
8,750
11,000
Discharge
cfs 9,300
North west to south west wind
Apr. 28
Surface
7,200
9,300
13,650
Mid-depth
16,150
15,650
16,250
Bottom
16,300
16,150
16,200
Discharge
cfs 6,680
North oast
wind
1936
Apr. 21
Surface
4
3
4
Mid-depth
5
4
7
Bdttom
38
2,750
6,800
Discharge
cfs 35,000
South west
wind
50
Tide cycle: High tide to 1 hour aftur
Date
Position
Stations
Parts
per million
8
9
10 11
li
1936
Juno
27
Surface
900
900
900
Mid-dopth
1,400
1,650
1,950
Bottom
1,000
1,400
1,500
Disohargo
cfs 6,550
South west
wind
Juno
28
Surface
2,500
2,500
2,100
Mid-dopth
12,650
10,100
11,200
Bottom
11,650
11,750
8,700
Discharge
cfs 2,770
North west
wind
Nov,
14
Surface
10,750
7,950
4,850
Mid-depth
11,000
11,300
9,950
Bottom
11,300
10,700
2,900
Discharge
cfs 16,100
South west
wind
1937
May
8
Surface
4
3
6
Mid-depth
4
4
5
Bottom
1,340
8
9
Discharge
cfs 46,300
North oast
wind
Juno
24
Surface
11
9
7
Mid-depth
5,000
2,100
1,000
Bottom
4,600
4,400
4,400
Discharge
cfs 27,800
North west-north
wind
51
Tide cycle
Date Position
1934
Nov* 21
1-2 hours after high tido:
Stations
Parts per million
Surface 5,400 7,900
Mid-depth 16,600 16,850
Bottom 16,700 16,950
Discharge cfs 16,700
10
10,100
16.650
11
13,400
12
1935
Feb.
21
Surface
38 17
19 55
490
Mid-depth
8,150 615
35 195
340
Bottom
2,150 11,850
9,550 12,450
3,750
Discharge
cfs 13,000
South west
wind
Apr.
6
Surface
7 7
11
Mid-depth
10,700 95
6,350
Bottom
11,350 9,950
11,950
Discharge
cfs 27,000
North west
wind
Apr.
21
Surface
5 5
7
Mid-depth
11 6
7
Bottom
10,200 6
3,550
Discharge
cfs 42,700
South west viind
Aug.
27
Surface
12,000 12,650
14,100
Mid-depth
16,000 15,900
15,950
Bottom
15,950 16,000
16,500
Discharge
cfs 3,610
South east
wind
52
Tide
oyole:
2-3
hours
after high tide
Date
Position
Stations
Parts
per million
8
9
10 11
12
1934
Dot# 28
Surface
890
• 700
1,500 1,150
1,450
Mid-depth
2,300
3e910
1,700 2,250
2,650
Bottom
1,930
1,600
2,150 3,450
4,550
Discharge
cfs 9,160
Strong east wind
Nov. 20
Surface
3,000
1,850
1,550 2,100
3,500
Mid-depth
9,950
4,950
2,750 11,500
13,350
Bottom
13,950
14,550
13,350 14,850
14,850
Discharge
cfs 14,000
South west
wind
1935
Jan. 18
Surface
51
6
6 13
360
Mid-depth
72
6
5 25
360
Bottom
11,950
36
6 5,000
490
Discharge
cfs 19,200
Light north west
wind
Apr. 2
Surface
32
6
11
470
Mid-depth
122
21
390
Bottom
11,050
8
5,700
780
Discharge
cfs 31,800
Strong south west wind
Apr. 17
Surface
4
6
9
178
Mid-depth
9
6
28
165
Bottom
14,000
7
8,850
380
Discharge
cfs 44,4-00
Variable west-north wind
Apr• 30
Surface
14
4
29
400
Mid-depth
• 82
4
36
510
Bottom
12,050
7
4,800
840
Discharge
cfs 43,500
North west
wind
June 28
Surface
21
94
85
Mid-depth
11,500
7,550
4,750
Bottom
13,150
7,000
8,750
Discharge
cfs 20,100
South wind
June 30
Surface
91
32
87
Mid-depth
11,400
61
3,500
Bottom
12,450
2,730
9,400
Discharge
cfs 19,200
South-south west
wind
r3
Tide cyole:
Date Position
2-3 hours after high tide
Stations
Parts per million
8
9
10 11
12
1935
July 9
Surfaoe
49
26
39
Mid-depth
333
31
74
Bottom
1,275
1,050
12,000
Discharge
cfs 44,500
North west
wind
Sept# 8
Surface
2,350
1,700
6,400
Mid-depth
6,550
2,850
5,500
Bottom
14,050
4,600
14,200
Discharge
cfs 3,160
South west
wind
1936
Mar. 11
Surface
850
550
400 390
Mid-depth
10,950
7,350
1,000 400
Bottom
9,500
12,550
1,900 9,550
Discharge
cfs 13,400
South east
wind
1937
July 3
Surface
85
69
39
Mid-depth
220
199
59
Bottom
420
1,200
5,800
Discharge
cfs 23,450
South east
wind
54
Tido cycle:
3-4
hours
sftor high tido
Date
Position
Stations
Parts
per million
8
9
10 11
12
1934
Oct* 29
Surfaoe
100
84
70 121
590
Mid-depth
14,000
135
100 1,800
3,750
Bottom
2,800 13,100
12,100 14,200
4,500
Discharge
cfs 3,210
Calm wind
Nov* 8
Surface
230
730
645 345
1,400
Mid-depth
350
777
694 1,290
1,600
Bottom
IS,§00.
760
700 7,450
1,400
Discharge
cfs 28,400
North wost
wind
Dec. 21
Surface
1,140
1,590
1,440 1,270
2,150
Mid-depth
4,750
1,800
1,500 1,550
2,400
Bottom
12,650
1,750
2,150 3,750
3,100
Discharge
cfs 15,100
West wind
1935
Feb. 18
Surface
110
13
11 15
320
Mid-depth
'380
11
9 53
350
Bottom
12,100
12
13 11,650
688
Discharge
cfs 14,700
South wost
wind
Mar. 16
Surface
11
6
7 7
277
Mid-depth
84
5
6 8
290
Bottom
11,850
6
5 830
560
Discharge
cfs 23,700
South west
wind
Apr. 4
Surface
20
6
8
450
Mid-depth
151
6
28
370
Bottom
11,100
18
5,150
380
Discharge
cfs 29,500
South wind
Apr. 29
Surface
4
4
4
7
Mid-depth
5
4
6
8
Bottom
10,400
6
9
10
Discharge
cfs 41,600
Strong >south west
wind
May 15
Surface
• 26
7
13
280
Mid-depth
7,550
13
24
310
Bottom
12,250
5
12,650
350
Discharge
cfs 31,800
Strong north west-
-north wind
Tic
18
12
27
9
12
24
, 9
8
55
cycle: 3-4 hours after high tide
Position Stations
Parts por million
8 9 10 11 12
Surface
87
17
55
560
Mid-depth
5,550
190
3,000
760
Bottom
6,450
9,300
13,300
5,550
Discharge cfs 25,800 Strong north-north west wind
Surface
78
31
47
Mid-depth
12,700
550
130
Bottom
13,400
860
12,100
Discharge
cfs 21,200
South east
wind
Surface
119
26
34
Mid-depth
9,100
"380
129
Bottom
7,300
680
12,650
Discharge
cfs 21,900
South west
wind
Surface
202
16
11
Mid-depth
230
11
10
Bottom
2,600
14
263
Discharge
cfs 44,500
Worth west
wind
Surface
77
15
16
Mid-depth
3,400
14
37
Bottom
13,000
13
75
Discharge
cfs 17,400
South west
wind
Surface
4,000
3,050
4,450
Mid -depth
8,300
4; 900
7,700
Bottom
15,250
4,950
15,250
Discharge
cfs 3,830
Worth east
wind
Surface
4,800
4,250
5,250
Mid-depth
8,300
6,250
7,600
Bottom
14,450
6,100
9,800
Discharge
cfs 3,380
Worth oast
wind
Surface
7,900
6,950
10,000
Mid-depth
8,350
9,650
12,500
Bottom
9,900 10,650
13,700
Discharge
cfs 5,800
Worth west wind
56
Tide oycles
i
to
hours after high tido
Date
Position
Stations
Parts
per million
8
9
10
11 12
1935
Nov. 23
Surfaoe
3,500
1,650
3,950
Mid-depth
10,050
4,500
7,050
Bottom
12,150
5,400
12,500
Discharge
cfs 12,600
North oast wind
Nov. 26
Surface
4,050
4,000
4,000
Mid-depth
5,150
5,500
8,000
Bottom
9,500
6,800
10,100
Discharge
cfs 10,900
North wind
Dec. 7
Surface
10,600 :
L0,500
13,200
Mid-depth
11,350
9,150
13,000
Bottom
4,700
3,750
6,200
Discharge
cfs 11,600
North
west-west wind
1936
Mar. 11
Surface
900
290
Mid-depth
4,550
1,000
Bottom
8,350
1,600
Surface
210
210
200
Mid-depth
240
220
300
Bottom
250
220
11,200
Discharge
cfs 13,400
South east wind
Oct.
12
Surface
3,500
3,200 -
4,900
Mid-depth
5,900
4,200
9,100
Bottom
10,400
4,900
11,800
Discharge
cfs 5,018
North vrest
wind
Oct#
13
Surface
4,650
3,750
5,700
Mid-depth
11,500
8,700
11,100
Bottom
13,150
12,150
12,600
Discharge
cfs 6,348
North west
wind
Oct.
14
Surface
4,450
4,700
6,200
Mid-depth
8,400
7,300
10^250
Bottom
10,050
9,150
12,250
Discharge
cfs 7,149
North east
wind
Tide cycle 4-5 hours after high tide
Date Position Stations
Parte por million
8
9
10
11
12
1934
Oct.
8
Surfaoe
2,150
2,075
2,900
3,525
6,275
Mid-depth
3,150
2,225
3,360
5,875
6,920
Bottom
13,800
2,650
5,025
10,375
8,200
Discharge
cfs 11,700
Calm wind
Oct.
19
Surface
2,900
2,970
1,580
3,010
1,570
Mid-depth
3,200
4,475
2,225
7,600
8,375
Bottom
15,600
4,550
7,550
11,000
7,700
Discharge
cfs 8,700
Calm wind
Oct.
29
Surface
125
66
79
128
660
Mid-depth
11,700
85
160
1,350
850
Bottom
14,500
2,500
1,400
13,950
2,250
Discharge
cfs 10,500
Strong
south west
wind
Surface
240
52
31
48
470
Mid-depth
13,250
85
85
145
550
Bottom
14,500
900
590
10,800
660
Discharge
cfs 10,500
Strong
south west
wind
1935
Jan.
3
Surface
1,700
1,950
2,100
2,450
2,900
Mid-depth
2,100
2,050
2,100
2,500
2,850
Bottom
10,350
2,150
7,400
5,450
2,950
Discharge
cfs 9,100
Light south west wind
changing to north west
May
14
Surface
19
6
13
430
Mid-depth
115
6
33
190
Bottom
11,450
59
3,750
550
Discharge
cfs 28,900
South west wind
May
17
Surface
214
6
41
640
Mid-depth
4,850
290
91
710
Bottom
11,800
340
12,300
2,500
Discharge
cfs 23,000
North-south
wind
Til
26
11
, 7
, 8
8
11
9
9
R 8
cycle: 4-5 hours after high tide
Position 8'tations
Parts per million
8 9 10 11 12
Surface
1,240
360
1,220
Mid-depth
2,350
1,900
12;250
Bottom
14,700
2,700
14,450
Discharge
cfs 9,300
South west
wind
Surface
3,800
3,600
3,800
Mid-depth
8,800
8,800
8,800
Bottom
12,000
4,700
11,900
Discharge
cfs 2,440
South east
wind
Surface
1,550
1,600
1,800
Mid-depth
11,850
2,250
2,700
Bottom
14,200
2,200
7,500
Discharge
cfs 5,640
Light north west
wind
Surface
1,700
1,800
2,100
Mid-depth
2,700
2,150
3,200
Bottom
9,150
2,200
10,600
Discharge
cfs 3,160
South west
wind
Surface
6,300
6,600
7,100
Mid-depth
7,000
8,200
7,500
Bottom
11,600
8,300
10,900
Discharge
cfs 7,420
North west
wind
Surface
4,000
5,500
6,300
Mid-depth
4,300
5,500
7,900
Bottom
6,500
5,900
11,000
Discharge
cfs 7,170
South west
wind
Surface
4,750
6,600
7,550
Mid-depth
7,300
7,500
7,950
Bottom
8,300
8,150
11,900
Discharge
cfs 5,650
South west-south oast
Surface
5,850
9,250
11,200
Mid-depth
8,350
11,050
12,400
Bottom
9,900
11,600
13,500
Discharge
cfs 8,160
North west wind
Tide cyole:
4-5
hours
after high tido
Date
Position
Stations
Parts
por million
8
9
10
11
12
1936
Mar.
9
Surface
1,250
1,550
1,450
1,500
Mid-depth
1,550
1^550
1,750
1,600
Bottom
9,350
1,650
1,850
9,400
Discharge
cfs 23,700
South oast
wind
Mar.
11
Surface
320
105
59
69
Mid-depth
•390
115
71
145
Bottom
"7,600
120
95
1,770
Discharge
cfs 21,400
South east
wind
Nov.
21
Surface
4,500
4,700
5,100
6,000
6,000
Mid-depth
5,200
5,600
5,300
6,300
6,600
Bottom
7,850
6,000
5,400
6,800
6,800
Discharge
ofs 10,500
North east
wind
60
Tide cycles
Date Position
1934
Dec. 1?
Dec. 31
1935
1 hour before to low tide
Station
Parts per million
9 10 11
Surface 1,650 1,750
Mid-depth 2,200 1,900
Bottom 14,000 1,900
Discharge cfs 8,590
Surface 1,970 1,510
Mid-depth 2,000 1,750
Bottom 2,000 13,350
Discharge ofs 11,800
12
1,850 2,100 2,650
2,400 2,650 2,700
3,000 4,950 2,900
South west wind
1,510 1,320 1,250
1,650 1,350 6,950
2,•650 3,000 14,600
West wind
May
29
Surface
680
750
740
Mid-depth
1,250
800
850
Bottom
14,600
800
14,050
Discharge
cfs 10,800
Light south west
wind
June
10
Surface
1,240
1,200
1,370
Mid-depth
12,800
1,700
1,550
Bottom
14,550
1,800
11,200
Discharge
cfs 19,400
East-north east wind
July 25
Surface
1,290
1,270
14,200
Mid-depth
1,600
1,650
1,500
Bottom
7,800
1,750
1,900
Discharge
cfs 10,100
North-south west
wind
Aug.
10
Surface
3,100
2,200
2,800
Mid-depth
10,700
5,900
9,900
Bottom
14,800
6,600
13,800
Discharge
cfs 8,500
South wind
Aug.
11
Surface
2,300
2,900
3,400
Mid-depth
4,400
3,500
5,100
Bottom
10,600
3,800
8,400
Discharge
cfs 2,440
South east
wind
Oct.
9
Surface
2,500
2,900
3,300
Mid-depth
3,200
3,100
3,900
Bottom
11,300
3,000
6,400
Discharge
cfs 7,580
North west
wind
61
Tide oycle: 1 hour before to low tide
Stations
Parts por million
8
9
10
11
12
1936
Jon.
13
Surface
11,000
2,000
2,750
7,100
2,750
Mid-depth
1,700
1,950
2,600
5,900
2,850
Bottom
1,450
1,950
2,100
2,750
2,900
Discharge
cfs 9,500
South wind
Feb.
14
Surface
2,550
3,250
2,500
Mid-depth
7,850
3,200
3,050
Bottom
11,800
3,350
3,150
Discharge
cfs 7,680
East wind
Nov.
22
Surface
1,400
1,800
2,200
1,900
4,000
Mid-depth
2,200
2,000
1,800
2,200
2,500
Bottom
3,500
6,900
1,900
5,750
2,750
Discharge
cfs 8,400
North west
wind
Dec.
4
Surface
1,700
1,850
1,900
1,850
2,150
Mid-deptl
1-750
1,950
2,350
2,250
2,500
Bottom
1,850
1,950
8,250
3,700
2,800
Discharge
cfs 11,250
South west
wind
Dec.
5
Surface
1,300
1,200
1,250
1,350
1,750
Mid-depth
1,250
1,300
1,800
1,400
1,950
Bottom
1,250
1,350
8,650
3,000
2,800
Discharge
cfs 10,300
North west
wind
Deo.
6
Surface
1,950
1,950
2,500
3,150
2,950
Mid-depth
3,950
3,950
3,050
3,350
3,050
Bottom
9,400
6,300
9,300
10,700
3,900
Discharge
cfs 8,350
South east
wind
Dec.
7
Surface
1,850
1,900
1,900
1,800
1,900
M:*.d-depth
1,850
1,950
1,900
1,900
1,950
Bottom
1,850
2,000
2,100
2,300
2,000
Discharge
cfs 11,050
North west
wind
1937
Feb.
3
Surface
720
700
820
830
680
Mid-depth
800
700
3,300
3,200
750
Bottom
750
800
9,600
8,450
850
Discharge
cfs 16,600
North west
wind
Tide cycle 1 hour before to low tide
Date Position Stations
Parts per million
8
9
10
11
12
1937
Feb.
4
Surface
1,700
2,100
2,350
2,250
2,600
Mid-depth
1,850
3,050
3,600
6,850
2,750
Bottom
2,000
3,200
3,400
8,600
2,800
Discharge
cfs 16,150
South west
wind
Feb.
5
Surface
500
680
850
910
980
Mid-depth
900
900
1,000
3,650
1,000
Bottom
1,350
1,100
1,900
6,050
1,200
Discharge
cfs 15,900
North east
wind
Feb.
6
Surface
1,350
1,100
1,650
1,400
2,000
Mid-depth
3,150
1,350
2,800
4,300
2,050
Bottom
7,200
1,650
3,600
6,700
2,850
Discharge
cfs 16,050
South west
wind
Feb.
7
Surface
4,600
2,350
4,550
4,200
1,800
Mid-depth
12,600 11,300
12,550
10,750
10,250
Bottom
13,000 12,700
12,900
13,150
12,200
Discharge
cfs 14,350
North west
wind
Mar.
5
Surface
300
260
320
300
330
Mid-depth
300
330
320
320
'340
Bottom
320
1,160
380
5,300
2,000
Discharge
cfs 17,300
North west
wind
Mar.
6
Surface
1,000
1,000
1,200
1,000
1,300
Mid-depth
1,000
1,300
2,000
1,100
1,200
Bottom
1,200
1,200
6,700
1,300
1,100
Disoharge
cfs 15,600
North east
wind
Tide cycle:
low
tide to 1 hour
after
Date
Position
Stations
Parts
per million
8
9
10
11
12
1934
Oct.
19
Surface
li040
1,140
1,180
1,270
900
Mid-depth
2,000
1,150
1,625
1,925
2,075
Bottom
12.850
1,250
1,650
4,150
2,150
Discharge
cfs 8,700
Calm wind
Nov.
1
Surface
1,500
1,920
2,050
2,180
2,800
Mid-depth
2,500
1,950
2,270
2,330
2,950
Bottom
12,000
1,970
2,800
5,850
3,300
Discharge
cfs 10,400
South west
wind
Deo.
14
Surface
93
153
159
'177
214
Mid-depth
140
850
161
192
1,200
Bottom
15,150
850
1,400
5,250
1,300
Discharge
cfs 10,100
North west
wind
1935
Feb.
11
Surface
490
410
550
500
530
Mid-depth
1,180
1,060
740
770
870
Bet com
7,000
1.150
830
1,550
1,050
Discharge
cfs 12,400
West wind
Feb.
13
Surface
380
410
440
410
420
Mid-depth
2,000
420
420
1,000
670
Bottom
14,050
1,120
990
1,960
840
Discharge
cfs 11,800
Light east
wind
Aug.
23
Surface
5,100
2,000
2,400
Mid depth
2,300
3,300
3,650
Bottom
8.950
3,800
13,300
Discharge
cfs 7,330
North west
wind
Sept.18
Surface
1, 600
1,500
1,600
Mid-depth
8,400
7,300
3,400
Bottom
4,100 10,000
9,4-00
Discharge
cfs 7,780
South west
wind
Deo.
20
Surface
1,700
1,800
1,950
1,950
2,350
Mid-depth
2,150
2,000
2,200
2,150
2,400
Bottom
7,200
2,150
2,650
6,200
2,600
Discharge
cfs 11,700
North west
wind.
64
Tide cycle: low tide to 1 hour after
Date Position Stations
Parts por million
1937
9 10 11 12
July 15
Surface
260
260
280
Mid-depth
440
680
480
Bottom
480
4,900
1,620
Discharge cfs 12,740 South oast wind
65
Tide cycle: 1~2 hours aftor low tide
Date Position Stations
Parts per million
8
9
10
11
12
1934
Oct.
16
Surface
1,200
1,025
1,300
1,010
1,525
Mid-depth
11,800
2,950
1,850
2,200
2,150
Bottom
15,550
6,300
3,100
8,300
2,100
Discharge
cfs 9,420
Calm wind
Oct.
28
Surface
580
680
760
770
900
Mid-depth
4,500
698
750
1,050
1,050
Bottom
15,300
876
1,020
8,250
1,100
Discharge
cfs 9,160
Calm wind
Deo.
31
Surface
660
660
700
990
1,010
Mid-depth
12,400
5,150
1,200
2,150
1,100
Bottom
14,450
11,700
7,350
14,050
1,800
Discharge
cfs 11,800
North wind
1935
Feb* 27
Aug. 8
Nov, 19
Dec. 31
Surface 280 230
Mid-depth 3,150 240
Bottom 3,000 1,145
Discharge cfs 14,100
Surface 1,600 1,250
Mid-dopth 12,900 2,800
Bottom 15,100 13,200
Discharge cfs 7,710
Surface
Mid-depth
Bottom
Discharge cfs 15,000
'140
8,890.
14,600
4,800
450
700
6,900
c nr\A
270 320 380
285 345 380
360 8,500 400
Strong north west wind
750
10,500
14,600
North wind
450
950
6,500
North west to south west wind
4,700 4,550
6,800 5,350
10,200 7,050
North wind
66
Tide cycle:
2-3
hours
after low tido
Date
Position
Stations
Parts
per million
8
9
10 11
12
1934
Oct#
15
Surface
2,250
2,475
2,375 1,575
1,575
Mid-depth
11,650
7,150
6,100 6,350
2,700
Bottom
14,850
11,250
8,100 14,150
3,600
Discharge
cfs 7,940
Wind direction —
* w •
Oct#
17
Surface
400
320
300 330
400
Mid-depth
5,750
1,050
530 750
440
Bottom
10,000
3,300
1,200 4,200
450
Discharge
cfs 8,810
Fresh south wind
Nov#
28
Surface
21
8
7 7
8
Mid-depth
' 204
8
8 11
10
Bottom
13,650
12
15 12
14
Discharge
cfs 20,700
South east
wind
1935
Feb#
11
Surface
360
163
190 270
270
Mid-depth
4,950
2,170
350 670
610
Bottom
12,550
4,550
470 8,250
4,000
Discharge
cfs 12,400
North west
wind
Apr.
11
Surface
24-2
182
231
244
Mid-depth
360
230
270
250
Bottom
14,700
1,960
7,400
260
Discharge
cfs 25,500
Strong north east
wind
June
8
Surface
280
300
270
Mid-depth
9,450
4,600
2,050
Bottom
14,650
6,250
8,800
Discharge
cfs 13,500
South-west wind
June
9
Surface
310
200
420
Mid-depth
9,200
9,400
1,255
Bottom
13,800
9,400
12,950
Discharge
cfs 13,600
North-east vri.nd
Aug.
5
Surface
3,700
2,800
2,850
Mid-depth
11,750 13,800
8,600
Bottom
15,000 :
11,200
14,400
Discharge
cfs 4-, 620
North west wind
67
Tide cycles 2-3 hours after low tido
Date Position Stations
Parts per million
8 9 10 11 12
1935
Sept.
1
Surface
5,700 4,600
4,000
Mid-depth
11,700 11,750
11,850
Bottom
11,850 11,900
11,900
Discharge
cfs 2,260
South west
vrind
Oct.
18
Surface
1,600 1,300
1,250
Mid-depth
13,950 10,600
13,950
Bottom
14,600 11,600
14,250
Discharge
cfs 11,502
Strong north west
wind
1937
Mar.
17
Surface
9 3
13 47
47
Mid-depth
13 15
13 41
45
Bottom
25 15
19 39
43
Discharge
cfs 14,450
South west
wind
68
Tide cycle
3«-4
hours
after low tide
Date
Position
Stations
Parts
por million
8
9
10
11
12
1934
Nov. 12
Surface
27
339
13
11
16
Mid-depth
3,300
20
27
25
15
Bottom
1,800
900
237
3,650
19
Discharge
cfs 20,000
Strong
; north west wind
Nov. 14
Surface
230
95
25
17
14
Mid-depth
4,950
1^800
61
105
15
Bottom
8,400
2,800
1,950
7|400
16
Discharge
cfs 14,400
Strong
; north west wind
Nov. 26
Surface
670
345
520
225
165
Mid-depth
9", 050
2,350
1,550
10,550
175
Bottom
15,100
6,850
3,450
1,550
390
Discharge
cfs 22,800
South east
wind
Dec. 12
Surface
2,680
1,740
1,650
1,700
1,400
Mid-depth
8,350
4,000
4,350
5,950
1,650
Bottom
15,850
11,450
8,750
15,050
6,300
Discharge
cfs 10,500
South east
wind
1935
Feb. 25
Surface
262
290
250
310
320
Mid-depth
10,150
3,350
11,070
3,650
365
Bottom
14,100
6,900
4,600
12,150
2,500
Discharge
cfs 12,400
South west
wind
Sept. 1
Surface
9,500
7,200
11,700
Mid-depth
15,700
14,400
15,100
Bottom
15,600
15,600
15,600
Discharge
cfs 2,260
South west
wind
1936
Jan. 2
Surface
6 j 050
5,950
7,950
Mid-depth
8,300
8,850
9,000
Bottom
9,750
10,800
10,900
Discharge
5,430
North-
south east
wind
Decc 8
Surface
3,400
1,700
3,650
2,550
1,300
Mid-depth
5,400
3,900
5,000
4,300
3,900
Bottom
8,100
3,850
9,750
9,750
10,050
Discharge
cfs 14,000
North east
wind
69
Tide
cycle:
4—5
hours
after low tide
Date
Position
Stations
Parts
per million
8
9
10 11
12
1934
Dec.
28
Surface
2,800
2,750
2,400 760
840
Mid-depth
13,450
11,450
9,800 11,150
5,550
Bottom
11,850
13,100
12,400 13,500
10,700
Discharge
cfs 13,300
Strong north west wind
1935
Apr.
9
Surface
1,210
900
360
260
Mid-depth
11,900
3,700
4,500
280
Bottom
9,550
11,200
12,100
2,420
Discharge
cfs 23,000
Very strong north east wind
June
6
Surface
780
750
580
Mid-depth
9,200
4,900
4,800
Bottom
7,400
8,100
9,250
Discharge
cfs 13,500
South east
wind
July
31
Surface
2,900
3; 000
3,800
Mid-depth
6,600
7,000
7,050
Bottom
8,050
7,000
9,600
Discharge
cfs 17,900
South west
wind
Sept.26
Surface
3,600
8,700
-
Mid-depth
12,700
15,200
14,900
Bottom
13,600
14,900
15,450
Discharge
cfs 5,500
North west
wind
Oct.
16
Surface
9,600
6,300
7,900
Mid-depth
14,800
13,200
8,600
Bottom
9,650
14,250
13,850
Discharge
cfs 7,000
North east
wind
70
GENERAL SUMMARY
The fore-going pages outlino the methods, equipment, and
sampling points and present the general features of saline intrusion
into the Connecticut River estuary during the years 1934 to 1937.
Samples colleoted at the Middletown Highway bridge show an aver¬
age chloride content of 2 to 10 parts per million, but an occasional
sample has shown chloride above 50 parts per million and in one case
as high as 185 parts per million, It is not likely that these high
chlorides indicate sea water intrusion as samples takon at sections
lower down the river on the same day do not show results high enough
to indicate salt water intrusion. In all probability the high chlor-
idos at the Middletown bridge represent some form of pollution.
There are no data to indicate sea water intrusion as far as the
Middletown bridge during the three years of this study.
Samples collected at the East Haddam bridge showed a chloride
content ranging from 2 to 25 parts per million on most of the
samples although some samples did show more than 100 parts per
million of chloride and in one sample the chloride was 239 parts per
million. Some of the samples showing more than 100 parts per million
of chloride taken near the time of high tide may represent sea water
intrusion up the river as far as this point.
The general findings of this Survey are shown by the data on the
two maps (pages »l and Those data show the chloride at the
various sections during three periods when the discharge of the river
was less than the average discharge for the three year period of the
study. On October 13, 1935 and August 9, 1936 when the discharge at
Middletown was less than 2500 second-feet the chloride at Section D
(8 miles above the Saybrook Highway bridge) was greater than 400 parts
per million. On June 19, 1936 with a discharge at Middletown of
9310 second-feet, the chloride at Section L (2.7 miles above the
Saybrook Highway bridge) was less than 300 parts per million. On
April 13, 1937 when the discharge at Middletown was 34,200 seoond-
feet (nearly double the three year average) the chloride at the
bottom of the river at the Saybrook Highway bridge was 240 parts per
million but at other depths was less than 10 parts per million.
During the flood in the spring of 1936 chloride was less than 10
parts per million in the samples collected at the Saybrook Breakwater
at the mouth of the river.
71
CONNECTICUT RIVER
BELOW EAST HADDAM BRIDGE
(CHLORIDE CONCENTRATION)
CHLORIDE IN PARTS PER MILLION
OCTOBER 13,1935 8 JUNE 19,1936
f east haddam
'jR'Loe r AC
^ocwJ
HADDAM
T HADDAM
E.HAPPAM BRIQQ&
chapman
pond
SECTION A
?£CTIQN B
hadlym e
landing
hadlym e
SECTION C
deep
river.
SECTION D
deep river
st a
LYME
SECTION E
SAYBROOK
SECTION H
H AM BURG-
JOSH UAv
\ROCK
SECTION J
elys
v wharf
thatch bed1
SECTION R
SECTION T
SECTION W
SAYBROOK
SECTION K
LYME'
SECTION L
NORTH
COVE
SECTION M
south cove
g-riswold
point >
guardhouse
point
SECTION N
isl~ano
sound
DISCHARGE-CU. FT. PER SEC
COMPUTED FOR MIDDLETOWN BRIDGE
SAYBROOK BRIDGE i
1936-1937
CONN GROUND-WATER SURVEY W.P.A. NO 2981
SPONSORSHIP:CONN.STATE WATER COMM.
DIRECTION iGEOL.SURV.. U.S.DEPT INTERIOR
MEAN DAILY
72
CONNECTICUT RIVER
BELOW EAST HADDAM BRIDGE
(CHLORIDE CON CENTRATION}
'-"-and
DISCHARGE —CU . FT. PER SEC. \ SAYBROOK BRIDGE
COMPUTED FOR MIDDLETOWN BRIDGE
AUG. 9,
1956
APR.15,
1957
1934-1935
1935-1936
1936-1937
MAXIMUM
52.500
315.000
112,200
MINIMUM
2,030
1,620
3.100
MEAN DAILY
2,150
34.20C
18,5 1 1
20,935
21,907
CHLORIDE IN PARTS PER MILLION
AUG. 9,
1936
CD
00 rO
CM
(0
CD
O
m
-
m co
OQ
APRIL 13,
1937
CM
TO
rO
rO
rO
rO
rO
K)
rO
CM
rO
CM
rO
TO
TO
tO
TO
m
1934- 1930
MAX.
£
MIN
£
CM
CM
1935- 1936
MAX.
O
O
n
<)
01
CM
<7
m
O
0
in
m
T
r*-
in
in
MIN.
rO
CM
CM
mm
rO
s
1936 -1937
MAX.
co r^-
o>
00
rO
MIN.
CM
CM
CONN.GROUND-WATER SURVEY: W.P. A. NO 2981
SPONSORSHIP: CONN. STATE WATER COMM.
01 RECTION :GEOL. SURV . U.S .DEPT INTERIOR
73
The deepest part of the Conneotiout River at Saybrook Highway
bridge is about 29 feet below moan low waterr Tho cent:>r of the
oharmel is about 300 feet wost of the oast shore, The bottom of the
rivef is very irregular having a depth of about 29 foot at Station 8.,
18 feet at Station 9, 14 foot at Station 10, 21 foot at Statjon 11
and only 9 feet at Station 12. Tho average depth for the end re cross
section is about 18.5 feet. The width of the river r.t this point is
nearly 1700 feet.
The water at Station 9 forms a vigorous swirl apparently due to
the pier on which the draw mechanism is located also to the large
quantities of rock at the base of the pier. This swirl is especially
active on the out-going tido and when the river is at average dis-
oharge or greater.
The maximum chloride found from any sample taken at Saybrook
Highway bridge was a bottom sample from Station 9, October 12, 1934
with a content of 18,900'parts per million. The chlorides were gen¬
erally from 15,000 to 16,000 parts per million during the period of
one hour before to two hours after high tide and 800 to about 3,000
parts per million during the low tide cycle. In the. three years
covered by this report, four periods of low river discharge were
experienced. Higher chlorides were observed during these months at
the time of low tide as well as during the high tide cycles.
During the first ten days of March 1936 the discharge at
Middletown was below 10,000 cubic feet per second. Commencing March
11, 1936, the river discharge gradually increased reaching the peak
on March 21, 1936 and did not return to nearly average until April
29, 1936. Salt water did not penetrate above Saybrook Dock about
2 l/Z miles below Saybrook Highway bridge during a period of several
weeks in the spring of 1936. The first indication of salt water re¬
entering the river after the flood was on April 21, 1936. The river
discharge had dropped to 31,000 cubic feet per second and the inten¬
sity of the penetration at Saybrook Highway bridge was erratic until
the latter pact of May 1936.
Chloride at the Saybrook Highway bridge was less than 50 parts
per million on July 10, 1935. This may have been due to a series of
showers on July 8, which increased the discharge from 8,800 cubic
feet per second on July 7, to 39,500 cubic feet per second on July
10, 1935t. This illustrates the sensitivity of the river to weather
conditions.
The seasonal effect of salt water intrusion is difficult to
state more than generally. The main seasonal effect, as might be
expected, is that higher chlorides are present during the late sum¬
mer and early fall than at other times. The lowest chlorides occur
during flood periods of the early spring and late fall. This is
variable corresponding roughly to the seasons but neither the time
nor the magnitude was the same in succeeding years. A study of the
tabulations for Saybrook Highway bridge will show this general re¬
lation which is likewise true for all other sections and stations
74
when there is chloride penetration.
The extent of the intrusion will vary with numerous factors,
with the tides, tidal, non«tidal ourrents and discharge appearing
to be the most important* Slaolc water is particularly important for
the results of this Survey have shown that chloride intrusion may be
expected to reach its maximum extent with the high slack water. The
discharge is an important factor counteracting the effects of tidal
currents. Winds and weathor havo a great influonco on the extent and
nature of the intrusion by deflecting and changing currents which
carry the chloride. The numerous artificial changes and factors may
and probably do affect the salt'water intrusion. Such factors are
artificial control of discharge, bridge abutments and piers, the
passage of boats and dredging in the river.
There are broad seasonal variations of chloride intrusion upon
whioh are superimposed the detailed daily and frequent fluctuations
caused by the many factors outlined above, together with, possibly,
as yet unknown influences. Both types of variation are important in
the consideration of utilizing the lower Connecticut river* It seems
probable that study of the results may yield clues as to the effects
of artificial control, such as flood control, upon the lower river,
and should make possible a method of predicting the extent of intru¬
sion of the sea water.
MIMEOGRAPHED BULLETINS OF THE CONNECTICUT GROUND WATER SURVEY
S-l The Salinity of tho Conneotiout Rivor, October 1, 1934 to September
30, 1937.
Part I - Text, 6 maps, 2 illustrations, 74 pages, 1938.
Parts II and III - Tabulations of ohlorides of samples collected
from the Connecticut river at Saybrook Highway
bridge, 323 pages, 1938,
GW-l Record of wells, springs and ground-water levels in the towns of
Bridgeport, Easton, Fairfield, Stratford and Trumbull, Connecticut.
(242 pages, 5 maps, 1938.)
GW-2 Record of wells, springs and ground-water levels in the towns of
Branford, Chester, Clinton, Essex, Guilford, Haddam, KillingwOrth,
Madison, North Branford, Old Saybrook, Saybrook and Westbroolc,
Connecticut. (340 pages, 12 maps, 1938.)
GW-3 Record of wells, springs and ground-water levels in tho towns of
Bethany, East Haven, Hamden, Milford, North Haven, Orange, West
Haven and Woodbridge, Connecticut. (247 pages, 8 maps, 1938.)
GW-4 Record of wells, springs and ground-water levels in tho towns of
Berlin, Cromwell, Durham, Meridon, Middlofiold, Middlotown, Port¬
land and Wallingford, Connecticut. (170 pages, 8 maps, 1938.)
GW-5 Record of wells, springs and ground-water levels in the towns of
Colchester, East Haddam, East Hampton, East Lyme, Lyme, New London,
Old Lyme and Waterford, Connecticut. (314 pages, 8 maps, 1938.)
GW-6 Ground-water levels in north-central Connecticut, October 1, 1934
to December 31, 1937. (212 pages, 1938.)
CONNECTICUT GROUND WATER SURVEY
A PROJECT OF THE WORKS PROGRESS ADMINISTRATION
THE SALINITY OF THE CONNECTICUT RIVER
OCTOBER I, 1934 TO SEPTEMBER 30, 1937
Bulletin s-1
Part II
ISSUED BY THE
WORKS PROGRESS ADMINISTRATION FOR CONNECTICUT
OFFICIAL PROJECT 665-15-3-116
IN COOPERATION WITH THE
CONNECTICUT STATE WATER COMMISSION, SPONSOR
PREPARED UNDER DIRECTION OF THE
GEOLOGICAL SURVEY
UNITED STATES DEPARTMENT OF THE INTERIOR
HARTFORD. CONNECTICUT
OCTOBER - - 1938
Connecticut Ground Water Survey
A Project of the Works Progress Administration
The
Salinity of the Connecticut River
October 1# 1934 to September 30, 1937
Bulletin S-l
Part II
Issued by the
Works Progress Administration for Connecticut
Official Project 665-15-3-116
In cooperation with the
Connecticut State Water Commission, Sponsor
Prepared under direction of the
Geological Survey
United States Department of the Interior
Hartford, Connecticut
October, 1938
1
Part II
Table of Contents
Page
Introduction 2
Tide Cycle 1,
One hour before to high tide 3
Tide Cycle 2,
High tide to one hour after 36
Tide Cycle 3,
One to two hours after high tide 80
Tide Cycle 4,
Two to three hours after high tide 114
Tide Cycle 5,
Three to four hours after high tide 134
Tide Cycle 6,
Four to five hours after high tide 150
2
The
Salinity of the Conneotiout River
October 1, 1934 to September 30, 1937
Part II
INTRODUCTION
Sampling has been carried on almost continuously by the
Connecticut Ground Water Survey since the start of work October
1, 1934 up to the present time at Saybrook Highway bridge. The
tabulations of the results of chloride tests are presented in
Parts II and III of the report of the tidal salinity study# The
results are presented in full for the period October 1, 1934 to
September 30, 1937 and giro referred to in the discussion in Part
I from time to time.
The Connecticut Ground Water Survey, operated as Works Progress
Administration Official Project 665-15-3-116, is sponsored by the
Connecticut State Water Commission, which has directed its activities
since the inception of the project. Under a cooperative agreement
technical direction of the work was furnished by the Geological
Survey, U. S. Department of the Interior. The Ground Water Survey,
started by the Connecticut State Emergency Reliof Commission on
October 1, 1934 as a Federal Emergency Relief Administration
project, has been operated since November 22, 1935 by the Division
of Women's and Professional Projects of the "Works Progress Admin¬
istration for Connecticut, as Official Projects 65-15-861,
465-15-3-26 and 665-15-3-116. The Connecticut State Planning Board
in cooperation with the State Vfator Commission, sponsored the project
until July 1, 1937, when sponsorship was assumed by the State Water Com¬
mission. William H. Brothwcll, Project Supervisor for the
"Works Progress Administration, also supervised the earlier work
performed under the State Emergency Relief Commission; and has
been in charge of the Sponsor1s program throughout.
The salinity studies were planned and carried out under
the technical direction of Mr. C. S. Howard of the Geological
Survey, United States Department of the Interior. Mr. Yfilliam
H. Brothwell was in charge of personnel and facilities, and
coordinated the various parts of the work. The engineering staff
of the State Water Commission assisted in transporting the
samples and in other phases of the work. The field work of
collecting samples was successively under the direct supervi¬
sion of Mr. Robert M. Robertson, Mr. Edwin J. Greene and Mr.
Fred W. Carter. The chloride determinations were made at the
Hall Chemistry Laboratory of Woslcyan University under the direct
supervision of Mr. Arthur McDonald, with Dr. C. R. Hoover of the
University acting in an advisory capacity. The tabulations
presented in Parts II and III were drawn up under the direct
supervision of Mr. Frank B. Rau. The preparation of this report
has been under the supervision of Mr. Russell M. Logie, who has
also assisted the Federal Geological Survey in supervising the
technical details of the field work. Stencilling, reproduction
and assembly of the report were in charge of Mr. YTinthrop E.
Danielson.
3
Table 1
Chloride in samplos collected from the
Connecticut River at the Saybrook Highway Bridge,
Saybrook Conn# from October 4, IBM to Soptomber 30, 1937
Tide oyole: one hour bofore to high tide.
Parts por million
Date
Position
Stations
1934
8
9
10
11
12
Oct. 12
12:20PM
Surface
Mid-depth
Bottom
5,075
15,050
15,150
4,600
14,800
18,900
4,675
14,400
14,550
4,200
13,750
14,550
3,050
4,400
15,700
Oct. 25
12:15PM
Surface
Mid-depth
Bottom
7,900
16,350
16,600
5,200
15,350
16,250
4,300
15,400
14,750
6,4-00
15,700
16,350
5,450
14,900
15,400
Oct. 26
12:25PM
Surface
Mid-depth
Bottom
4,700
15,250
15,600
4,080
14,050
14,600
3,700
12,620
14,420
3,120
13,890
15,050
2,400
13,060
14,250
Oct. 27
1:15PM
Surface
Mid-depth
Bottom
1,345
12,950
13,550
1,455
8,700
12,100
1,230
11,800
11,550
1,000
11,450
12,150
990
2,750
10,350
Oct. 28 (a)1
1:50PM
Surface
Mid-depth
Bottom
850
2,800
14,150
1,330
7,850
12,540
1,400
3,600
10,150
1,300
9,200
12,500
1,200
3,850
6,450
1- The sub-letters appearing beford each group of samples taken on days
when more than one set of samples are recorded indicate the following
studies:-
(a)
Regular
Bridge.
and Special Stu
(b)
Samples
taken from
boat
(c)
Samples
taken from
boat
(d)
Sample s
taken from
boat
(e)
Samples
taken from
boat
Lies taken from Saybrook Highway
at high tide,
at low tide,
at high slack water,
at low slack water.
The time appearing before each group of samples is the Eastern
Standard time when the samples were taken at Station $9 except in those
cases where no samples were taken at Station -/,-9. In that case the time
is for the station with the lowest number in tho group.
4
Table 1 (continued) Tide oyclo: one hour before to high tide.
Parts por million
Date
Position
Stations
1934
8
9
10
11
12
Oct. 28 (a)
2:50PM
Surface
Mid-depth
Bottom
950
12,750
13,750
1,778
11,680
12,870
1,750
9,300
12,300
1,950
12,850
13,450
2,300
9,400
11,200
Oct. 29
3:35PM
Surface
Mid-depth
Bottom
3,850
14,400
15,230
4,100
12,550
14,600
5,450
9,650
14,300
6,900
14,450
15,400
6,400
13,850
14,650
Nov. 12
2:2 5PM
Surface
Mid-depth
Bottom
323
14,400
14,500
275
13,400
13,600
445
11,550
13,400
330
11,700
13,800
285
4,000
12,800
Nov. 27
2:20PM
Surface
Mid-depth
Bottom
350
11,700
7,700
290
4,700
12,500
104
3,300
9,000
53
3,850
12,900
53
131
7,550
Dec. 10
12:35FM
Surface
Mid-depth
Bottom
1,440
14,400
14,350
1,050
10,850
13,350
930
8,850
13,200
1,000
10,800
13,900
450
560
12,600
Dec. 12
2:15R.i
Surface
Mid-depth
Bottom
4,200
14,000
14,700
3,900
9,400
13,500
3,800
8,500
13,600
3,800
12,950
13,950
3,650
11,150
13,250
Dec. 24
,12:05PM
Surface
Mid-depth
Bottom
1,400
11,400
12,000
800
8,850
11,050
950
1,650
9,850
760
8,850
11,200
495
2,050
5,600
1935
Jan. 8
12:25FM
Surface
Mid-depth
Bottom
3,500
14,950
15,200
5,200
13,750
14,550
1,900
12,050
14,050
1,450
12,750
14,850
1,800
4,000
13,900
Jan. 10
2:20PM
Surface
Mid-depth
Bottom
9
8
12
9
9
9
9
9
10
9
9
11
Jan. 23
12:25PM
Surface
Mid-depth
Bottom
290
13,400
13,550
710
7,750
13,100
300
3,000
12,900
200
9,100
13,300
200
1,400
11,050
Feb. 6
12:15EM
Surface
Mid-depth
Bottom
670
12,050
12,300
430
11,550
11,850
390
9,600
10,050
6
Table 1 (continued) Tide cycle: one hour before to high tide.
Parts per million
Date
Position
Stations
1935
8
9
10
11
12
Feb. 8
2:10PM
Surface
Mid-depth
Bottom
710
11,500
11,550
750
6,800
10,850
650
3,300-
3,750
340
5,600
10,900
260
10,900
10,750
Feb. 21
12:15PM
Surface
Mid-depth
Bottom
26
10,150
10,850
44
49
8,350
44
70
3,950
74
620
10,250
135
200
1,550
Mar. 8, 9, 22, 23, .24, -26,; *•. Samples from all depths - Maximum 17
Apr. 5 Surface 7 7 11 10
12:00AM Mid-depth 7,400 7 14 11
13
Apr. 6
11:50AM
Surface
7
7
11
Mid-depth
7,400
7
14
Bottom
9,650
1,250
8,250
Surface
7
8
9
Mid-depth
8
9
12
Bottom
13
9
19
72 50
6,000 47
11,850 47
Apr. 10 (a)
Surface
320
3:45PM
Mid-depth
9,950
Bottom
13,150
(a)
Surface
340
4:00PM
Mid-depth
10,250
Bottom
13,800
(a)
Surface
270
4:15PM
Mid-depth
13,500
Bottom
13,850
(a)
Surface
300
4:30PM
Mid-depth
13,550
Bottom
14,100
Apr. 8 Surface 150 143
11:55PM Mid-depth 11,100 2,650
Bottom 11,800 11,000
Apr. 22,24, May 4,5, - Samples from all depths- Maximum 10
May 23 Surface 710
1:25PM Mid-depth 9,800
Bottom 10,900
760 560 640
2,750 5,500 1,350
6,900 8,900 1,700
6
Table 1 (continued) Tide cycle: ono hour before to high tide.
Parts per million
Date
Position
Stations
1935
8
9
10
11
May 26
5:08PM
Surface
Mid-depth
Bottom
2,610
13,950
14,200
2,940
12,750
13,100
1,800
12,700
13,700
May 27 (a)
5:08AM
Surface
Mid-depth
Bottom
1,330
11,400
11,750
1,380
7,000
9,350
1,050
2,250
8,200
(a)
6:08PM
Surface
Mid-depth
Bottom
4,950
14,850
14,450
4,450
14,100
13,950
4,900
13,950
13,850
June 2
10:19AM
Surface
Mid-depth
.Bottom
1,300
8,800
10,250
1,350
3,350
5,300
1,300
5,650
8,450
June 5
1:05PM
Surface
Mid-depth
Bottom
1,490
13,100
12,450
1,360
1,520
11,850
810
2,160
12,700
June 18
10:53PM
Surface
Mid-depth
Bottom
780
12,550
12,500
620
10,350
11,150
240
9,200
12,050
June 20
1:00PM
Surface
Mid-depth
Bottom
16
10,700
10,750
18
132
6,300
16
45
9,150
July 2
11:25AM
Surface
Mid-depth
Bottom
1,690
11,750
12,700
2,700
9,800
11,300
700
11,850
12,200
July 4
12:50PM
Surface
Mid-depth
Bottom
2,070
8,200
12,900
2,050
11,250
12,250
1,640
4,900
10,250
July 5
1:03PM
Surface
Mid-depth
Bottom
2,200
12,200
12,300
2,530
10,550
10,950
1,820
7,100
11,800
July 10
5:05PM
Surface
Mid-depth
Bottom
12
10
15
14
11
9
14
8
15
Table 1 (continued) Tide cyole: ono hour before to high tide.
Parts
per million
Date
Position
Stations
1935
8
9
10
11
July 13 (b)
7:55AM
Surface
Mid-depth
Bottom
213
7,900
8,750
July 21
1:15PM
Surface
Mid-depth
Bottom
3,050
13,400
13,150
3,150
7,900
12,200
2,850
9,300
12,300
July 25
6:20AM
Surface
Mid-depth
Bottom
1,290
9,350
8,900
July 28
8:55AM
Surface
Mid-depth
Bottom
2,050
5,600
5,200
July 31
11:08AM
Surface
Mid-depth
Bottom
4,400
9,300
12,100
5,100
9,750
10,800
5,400
10,100
11,500
Aug. 1
10:50AM
Surface
Mid-depth
Bottom
3,550
10,400
11,800
2,950
6,950
10,150
3,350
10,500
11,450
Aug. 11
7:25AM
Surface
Mid-depth
Bottom
2,800
4,100
4,800
Aug. 16
10:55AM
Surface
Mid-depth
Bottom
6,000
15,100
15,100
5,150
13,200
14,150
3,350
14,350
14,000
Aug. 18 (a)
12:40PM
Surface
Mid-depth
Bottom
8,300
15,500
15,500
6,250
14,850
15,050
5,150
14,700
15,150
(b)
1:17PM
Surface
Mid-depth
Bottom
8,500
13,900
13,900
Aug. 25
8:05AM
Surface
Mid-depth
Bottom
6,050
9,700
10,350
8
Table 1 (continued) Tide oyolei one hour before to high tide*
Parts per million
Date
Position
Stations
1935
8
9
10
11
Aug* 29
11:10AM
Surface
Mid-depth
Bottom
8,100
15,900
15,900
8,800
15,400
15,700
8,200
15,200
15,750
Aug. 30
10:55AM
Surface
Mid-depth
Bottom
9,800
16,000
15,800
8,700
15,450
15,450
8,500
15,350
15,750
Aug* 31
10:40AM
Surface
Mid-depth
Bottom
5,300
13,100
12,900
5,300
9,250
11,450
5,700
10,100
12,800
Sept. 1
12:14PM
Surface
Mid-depth
Bottom
3,250
5,650
6,200
Sept.11
10:43AM
Surface
Mid-depth
Bottom
5,500
13,350
13,900
6,850
14,250
13,850
8,150
14,450
15,100
Sept*13
12:50PM
Surface
Mid-depth
Bottom
6,200
14,600
15,800
6,400
15,600
15,600
15,400
16,000
16,100
Sept*24
10:48AM
Surface
Mid-depth
Bottom
5,900
15,550
15,900
7,200
15,800
15,900
9,350
15,700
15,900
Sept.25
10:48AM
Surface
Mid-depth
Bottom
5,000
12,150
12,600
6,700
12,000
12,800
7,500
12,300
14,900
Sept.27
11:05AM
Surface
Mid-depth
Bottom
6,750
13,800
14,200
8,800
13,700
13,700
9,100
14,500
14,100
Sept*28
11:13AM
Surface
Mid-depth
Bottom
14,400
16,200
16,250
11,950
15,400
16,050
14,700
15,900
15,800
Oct. 1
12:08PM
Surface
Mid-depth
Bottom
13,100
14,650
15,150
11,600
13,800
13,550
12,200
13,600
14,300
Table 1 (continued) Tide cyoloj ono hour before to high tide.
Parts
per million
Date
Position
Stations
1935
8
9
10 11
Oct. 3
1:53PM
Surface
Mid-depth
Bottom
10,300
12,600
12,950
11,500
12,900
13,150
Oct. 4
1:53PM
Surface
Mid-depth
Bottom
3,200
10,800
13,300
3,200
11,900
12,000
Oct. 6
4:41AM
Surface
Mid-depth
Bottom
800
1,550
1,000
Oct. 14
11:38AM
Surface
Mid-depth
Bottom
16,900
16,000
16,400
15,100
16,500
15,600
Oct. 15
11:5 3 All
Surface
Mid-depth
Bottom
12,500
14,800
15,400
9,000
15,100
15,000
9,500
13,950
14,700
Oct. 17
1:53PM
Surface
Mid-depth
Bottom
7,900
14,100
14,500
7,200
11,600
14,000
5,900
10,650
14,000
Oct. 30
12:00AM
Surface
Mid-depth
Bottom
15,000
15,900
15,900
15,000
15,200
16,000
Oct. 31
12:05PM
Surface
Mid-depth
Bottom
11,600
14,900
14,700
8,200
13,700
13,850
6,400
Nov. 1
1:30PM
Surface
Mid-depth
Bottom
10,500
14,100
14,500
Nov. 2
1:50PM
Surface
Mid-depth
Bottom
8,250
13,250
6,300
12,850
4,850
13,250
Nov. 13
11:48AM
Surface
Mid-depth
Bottom
14,250
16,300
16,150
14,050
16,100
16,150
14,600
16,100
16,000
1 0
Table 1 (continued) Tide cyoloi ona hour beforo to high tide.
Parte pes million
Date
Position
Stations
1935
8
9
10
11
12
Nov. 14
12:35PM
Surface
Mid-depth
Bottom
12,200
15,450
15,700
13,650
14,750
14,800
10,800
13,850
14,300
Nov. 15
1:50PM
Surface
Mid-depth
Bottom
8,850
14,900
14,700
9,050
14,150
14,250
7,4-00
14,450
14,550
Nov. 28
11:05AM
Surface
Mid-depth
Bottom
11,300
13,050
13,100
10,500
12,450
12,600
12,000
12,500
12,950
Nov. 2S
11:25AM
Surface
Mid-depth
Bottom
2,550
9,800
9,900
4,500
5,300
7,600
Dec. 1
1:50PM
Surface
Mid-depth
Bottom
10
14
13
11
11
14
13
15
17
Dec. 12
11:15AM
, Surface
Mid-depth
Bottom
10,800
14,500
14,200
7,600
12,500
14,150
4,150
13,150
12,650
Dec. 15
2:05PM
Surface
Mid-depth
Bottom
4,600
12,600
11,400
2,600
9,500
10,250
2,550
10,650
11,250
Dec. 27
11:15AM
Surface
Mid-depth
Bottom
4,350
12,750
12,750
7,250
12,150
11,650
4,400
11,500
12,400
7,050
12,400
12,700
5,250
11,800
12,450
Dec. 30
1:15PM
Surface
Mid-depth
Bottom
12,100
14,550
16,100
10,350
14,400
15,800
11,000
12,950
15,650
9,500
10,750
14,700
7,350
12,850
13,650
Dec. 31
2:15PM
Surface
Mid-depth
Bottom
11,000
12,900
14,200
7,000
11,350
12,150
6,550
10,400
11,750
7,250
10,350
11,450
6,900
7,400
11,200
1936
Jan. 6
7:53AM
Surface
Mid-depth
Bottom
280
13,250
12,100
4,350
12,000
12,350
1,100
8,000
11,300
205
11,300
10,950
200
375
7,150
1 1
Table 1 (continued) Tide cyclei one hour before to high tide.
Parts per million
Date
Position
Stations
1936
8
9
10
11
12
Jan. 7
9: 15JKM
Surface
Mid-depth
Bottom
6,100
13,200
13,700
5,300
12,300
13,400
4,300
9,900
13,300
1,150
11,100
13,800
8,750
9,900
12,750
Jan. 8
9:32AM
Surface
Mid-depth
Bottom
9,050
14,000
13,300
7,800
11,600
13,500
7,050
10,800
12,100
900
10,600
11,400
510
4,550
11,300
Jan. 9
10:16AM
Surface
Mid-depth
Bottom
3,700
12,500
13,550
3,350
11,150
12,450
2,050
11,050
11,900
2,000
11,300
12,000
700
11,250
11,350
Jan. 10
10:49AM
Surface
Mid-depth
Bottom
850
2,900
5,450
1,800
2,900
4,500
1,350
3,850
6,850
850
950
3,400
Jan. 11
11:40AM
Surface
Mid-depth
Bottom
2,100
14,150
1,200
12,900
13,100
1,600
12,850
12,900
1,100
700
9,400
12,900
Jan. 12
12:15PM
Surface
Mid-depth
Bottom
9,000
10,850
11,600
6,600
10,500
11,250
6,100
10,900
10,850
2,100
8,500
10,850
1,950
4,500
9,700
Jan. 22
8:00AM
Surface
Mid-depth
Bottom
4,050
11,250
11,800
6,300
11,450
11,600
Jan. 23
9:02AM
Surface
Mid-depth
Bottom
210
1,350
8,200
210
2,950
9,550
270
200
6,250
Feb. 4
7;55AM
Surface
Mid-depth
Bottom
6,200
14,300
15,200
Feb. 5
8:25AM
Surface
Mid-depth
Bottom
5,100
13,200
12,750
2,800
11,050
10,250
Feb. 7
8:31AM
Surface
Mid-depth
Bottom
6,500
12,450
12,750
Table 1 (continued.)
Tide oycle: one hour before to high tide.
Parts per million
Date Position Stations
1936
8
9
10
Feb. 8
10:17AM
Surface
Mid-depth
Bottom
4,300
9,750
11,550
Feb. 9
10:45AM
Surface
Mid-depth
Bottom
4,500
12,650
13,000
3,350
9,150
10,800
5,400
9,300
11,700
Feb. 10
11:30AM
Surface
Mid-depth
Bottom
3,650
11,750
11,450
Feb. 11
12:10PM
Surface
Mid-depth
. Bottom
2,550
10,200
10,650
3,750
8,750
9,050
Feb. 12 (a)
12:50PM
Surface
Mid-depth
Bottom
1,200
7,600
8,850
(a)
1:45PM
Surface
Mid-depth
Bottom
1,050
9,650
10,600
Feb. 13
1:29PM
Surface
Mid-depth
Bottom
900
11,900
12,350
Feb. 20
8:00AM
Surface
Mid-depth
Bottom
6,150
10,600
12,350
Feb. 21
8:40AM
Surface
Mid-depth
Bottom
4,500
12,650
13,550
3,400
6,350
10,700
3,100
8,050
10,500
Feb. 22
9:15AM
Surface
Mid-depth
Bottom
3,650
13,200
13,400
11,000
11,550
3,300
8,2D0
11,950
Feb. 23
9:50AM
Surface
Mid-depth
Bottom
3,650
12,000
12,000
3,150
10,150
10,400
2,400
7,350
10,700
1 3
Table 1 (continued) Tide oyole: one hour before to high tide.
Parte per million
Date
Position
Stations
1936
8
9
10
11
Feb. 24
10:45AM
Surface
Mid-depth
Bottom
6,150
14,300
14,300
3,150
12,450
13,100
Feb. 25
11:28AM
Surface
Mid-depth
Bottom
3,850
14,000
3,950
Feb. 26
12:20PM
Surface
Mid-depth
Bottom
4,400
8,100
9,000
Feb. 27
1:15PM
Surface
Mid-depth
Bottom
4,050
13,100
12,900
Mar. 12, 13,
Samples from
15, 27, Apr.
all depths -
7, 8, 9, 10,
Maximum 15
12, 13,
19 -
Apr. 25
12:50AM
Surface
Mid-depth
Bottom
147
2,350
7,200
93
120
7,100
Apr. 26 (a)
1:20AM
Surface
Mid-depth
Bottom
36
44
1,000
25
30
65
(a)
1:50AM
Surface
Mid-depth
Bottom
48
55
1,390
29
30
36
(a)
2:05PM
Surface
Mid-depth
Bottom
4
4
5
6
7
8
(a)
2:25PM
Surface
Mid-depth
Bottom
5
6
Apr. 27 (a)
3:05PM
Surface
Mid-depth
Bottom
38
83
61
149
1 4
Table 1 (continued) Tide oyolo: one hour before to high tide.
Parte per million
Date
Position
Stations
1936
8
9
10
11
Apr- 27 (a)
3:35PM
Surface
Mid-depth
Bottom
450
890
360
1,690
Apr. 28 (a)
4:20PM
Surface
Mid-depth
Bottom
400
950
35
220
(a)
4:50PM
Surface
Mid-depth
Bottom
950
3,300
150
3,500
Apr. 29 (a)
5:20PM
Surface
Mid-depth
Bottom
178
2,100
4,900
101
1,700
3,650
(a)
5:50PM
Surface
Mid-depth
Bottom
440
480
5,950
49
4,700
4,500
May 2
7:47AM
Surface
Mid-depth
Bottom
8
1,550
5,000
May 3
7:53AM
Surface
Mid-depth
Bottom
4
4
27
May 6, 7, 8, 9, - Samples from all depths - at 2 stations - Maximum 5.
May 10 (a) Surface 4 5
12;05AM Mid-depth 4 9
Bottom 7 6
(a) Surface
12:3 5AM Mid-de pth
Bottom
May 11 - Samples from all depths- 2
May 21 (a) Surface
10:05AM Mid-depth
Bottom
18
8
18
118
35
140
sets at 2 stations - Maximum 11.
8
5
13
11
28
25
Table 1 (continued)
Tido oyolo: onu hour boforo to hip,h tido.
Parts por million
Date
Position
Stations
1936
8
9
10
11
liny 21 (a)
10:35AM
Surface
Mid-depth
Bottom
13
1,500
3,150
9
47
4,100
(a)
10:35HI
Surface
Mid-depth
Bottom
2,300
10,350
8,650
3,550
8,750
6,700
(a)
11:05PM
Surface
Mid-depth
Bottom
3,200
11,200
3,700
5,200
6,500
9,000
May 28
5:05PM
Surface
Mid-depth
Bottom
9,750
10,900
10,750
2,990
8,550
9,500
May 29
5:05AM
Surface
Mid-depth
Bottom
9,450
13,150
12,900
11,350
11,650
13,350
June 3 (a)
9:05AM
Surface
Mid-depth
Bottom
1,300
5,650
5,750
850
4,300
5,200
(a)
9:05PM
Surface
Mid-depth
Bottom
9,450
12,250
8,650
9,400
11,650
(a)
9:35PM
Surface
Mid-depth
Bottom
10,200
13,000
13,300
12,300
12,500
13,000
June 4
9:23AM
Surface
Mid-depth
Bottom
8,150
4,050
700
7,600
13,050
600
2,100
1,900
June 5
10:02AM
Surface
Mid-depth
Bottom
1,800
6,750
6,350
800
1,450
8,200
800
3,750
5,950
June 6
10:59AM
Surface
Mid-depth
Bottom
1,250
5,800
6,200
1,600
2,950
4,000
2,700
1,900
3,900
Table 1 (continued)
Tide oycle: one hour before to high tide.
Parte por million
Date
Position
Stations
1936
8
9
10
11
June 7
11:54AM
Surface
Mid-depth
Bottom
1,600
5,400
5,900
1,300
4,350
5,700
1,400
4,950
4,950
June 8
12:31PM
Surface
Mid-depth
Bottom
3,450
7,300
10,500
3,200
6,400
8,850
2,850
5,800
8,700
June 9 (a)
1:05PM
Surface
Mid-depth
Bottom
3,400
4,600
8,050
2,950
3,300
6,600
(a)
1:35PM
Surface
Mid-depth
Bottom
7,150
11,300
12,700
5,700
11,300
12,600
(a)
1:20PM
Surface
Mid-depth
Bottom
4,200
10,250
11,600
5,400
8,900
12,000
3,850
7,750
11,500
June 10 (a)
1:05AM
Surface
Mid-depth
Bottom
5,400
10,550
11,400
7,700
9,500
10,700
(a)
1:35AM
Surface
Mid-depth
Bottom
11,300
13,800
13,950
10,350
13,700
13,950
(a)
2:26PM
Surface
Mid-depth
Bottom
2,700
9,750
10,400
3,300
7,450
10,500
2,600
6,600
9,750
June 11
3:28PM
Surface
Mid-depth
Bottom
3,900
12,100
12,500
5,100
12,000
12,200
4,200
10,200
13,000
June 12
4:24PM
Surface
Mid-depth
Bottom
3,850
12,200
12,900
3,800
11,000
12,500
5,000
8,450
13,200
June 13
4:30AM
Surface
Mid-depth
Bottom
1,150
3,100
6,300
1,150
2,850
5,000
1,100
2,250
5,850
Table 1 (continued)
Tide oycle: ono hour before to high tide.
Parte per million
Date
Position
Stations
1936
8
9
10
11
June 14
5:32AM
Surfaoe
, Mid-depth
Bottom
2,400
9,200
7,600
2,250
4,000
9,300
1,850
4,300
8,900
June 15
6:29AM
Surface
Mid-depth
Bottom
3,400
10,100
10,000
4,000
8,100
11,050
4,150
5,000
11,100
June 16
7:41AM
Surface
Mid-depth
Bottom
3,550
8,550
11,500
5,000
9,750
11,100
4,950
9,650
10,550
June 17
8:28AM
Surface
Mid-depth
Bottom
3,000
10,250
10,550
3,000
10,050
11,350
3,250
8,550
10,950
June 18
9:24AM
Surface
Mid-depth
Bottom
2,650
11,250
11,700
4,200
11,400
11,100
10,800
11,050
June 19
10:15AM
Surface
Mid-depth
Bottom
750
7,600
9,350
850
7,850
6,700
5,750
7,350
950
June 20
11:10AM
Surface
Mid-depth
Bottom
1,100
8,150
5,400
1,150
8,000
5,450
1,000
3,700
8,800
Nov. 13
9:29AM
Surface
Mid-depth
Bottom
9,950
11,750
11,950
10,850
11,750
11,650
10,400
12,200
11,300
Nov. 15
10:54AM
Surface
Mid-depth
Bottom
6,300
9,200
9,300
7,150
8,900
8,650
4,150
8,050
8,250
Nov. 16
11:29AM
Surface
Mid-depth
Bottom
460
5,000
7,000
1,600
7,300
8,650
1,800
2,600
3,750
Nov. 17
11:55AM
Surface
Mid-depth
Bottom
12,350
13,300
13,400
7,050
12,500
12,100
6,850
13,050
13,000
1 8
Table 1 (continued) Tide oyole: ono hour before to high tide.
Parte per million
Date
Position
Stations
1936
8
9
10
11
12
Nov. 18
12:47PM
Surface
Mid-depth
Bottom
3,800
5,900
8,800
6,400
6,300
3,000
2,200
3,500
10,000
Nov. 19
1:35PM
Surface
Mid-depth
Bottom
4,700
12,300
13,100 '
7,100
12,800
12,900
4,600
12,100
12,800
Nov. 20
2:20FM
Surface
Mid-depth
Bottom
2,000
6,550
7 > 650
3,150
6,850
6,400
2,250
7,100
9,350
Nov. 27
8:35AM
Surface
Mid-depth
Bottom
13,100
14,800
14,600
12,700
12,900
14,700
14,600
14,500
14,750
11,000
13,000
14,550
13,600
12,800
14,650
Nov. 28
9:20AM
Surface
Mid-depth
Bottom
14,700
15,300
15,400
10,500
14,500
15,400
14,700
14,600
14,200
9,250
14,000
14,600
8,050
13,000
13,350
Nov. 29
10:15AM
Surface
Mid-depth
Bottom
9,850
14,700
15,100
8,700
14,800
14,500
8,500
12,700
13,800
5,900
13,700
14,100
3,700
13,800
13,800
Nov. 30
10:55AM
Surface
Mid-depth
Bottom
1,800
12,250
13,000
3,400
12,300
12,650
7,700
12,600
12,650
3,350
10,800
12,700
4,100
11,300
12,200
Dec. 2
12:50PM
Surface
Mid-depth
Bottom
15,200
16,600
16,600
14,700
16,100
16,300
12,750
15,800
16,100
12,950
15,400
13,300
9,200
10,900
14,700
Dec. 9
6:55AM
Surface
Mid-depth
Bottom
14,150
14,300
14,800
13,500
14,600
14,500
10,500
14,600
14,800
4,450
14,200
14,150
3,350
13,100
14,000
Doc. 10
7:35AM
Surface
Mid-depth
Bottom
13,900
14,100
14,300
13,050
13,600
14,050
13,600
13,900
13,800
11,800
13,700
13,700
9,100
13,400
13,250
Dec. 11
8:15AM
Surface
Mid-depth
Bottom
1,530
9,250
10,800
930
4,700
6,350
710
10,450
11,250
300
6,900
10,800
34
7,950
10,500
1 9
Table 1 (continued) Tide oyolo: ono hour boforo to high tido.
Parts por million
Date
Position
Stations
1936
8
9
10
11
12
Dec. 12
8:55AM
Surface
Mid-depth
Bottom
100
7,000
8,950
1,200
5,900
6,600
670
6,300
8,500
930
3,050
8,100
560
5,850
3,800
Dec. 13
9:35AM
Surface
Mid-depth
Bottom
51
3,200
4,300
73
6,400
7,850
101
3,250
1,900
18
2,350
6,200
11
330
600
Dec. 14
10:15AM
Surface
Mid-depth
Bottom
13
6,800
8,500
9
2,850
6,350
10
150
5,550
9
12
7,650
12
66
14
Dec. 15
10:55AM
Surface
Mid-depth
Bottom
9
9
13
13
340
1,200
9
13
10
11
9
14
23
23
21
Dec. 17
12:15PM
Surface
Mid-depth
Bottom
360
7,800
780
10,000
880
9,300
610
10,450
4,300
3,800
7,450
Dec. 18
1:05FM
Surface
Mid-depth
Bottom
370
7,600
450
7,000
460
2,300
550
7,600
640
2,700
3,200
Dec. 25
7:15AM
Surface
Mid-depth
Bottom
35
8,250
28
7,900
107
8,100
23
2,200
41
147
4,000
Dec. 27
9:05AM
Surfaco
Mid-depth
Bottom
5,200
11,450
7,400
12,200
6,350
11,800
2,750
9,100
1,060
7,300
10,150
Dec. 28
9:50AM
Surface
Mid-dopth
Bottom
41
3,600
44
940
36
240
30
321
18
37
79
Dec. 29
10:45AM
Surfaco
Mid-depth
Bottom
8,650
11,150
4,850
10,100
5,850
11,050
700
9,300
400
1,400
6,250
Dec. 30
11:35AM
Surface
Mid-depth
Bottom
910
6,400
360
8,350
57
7,150
43
7,700
18
56
293
2 0
Tablo 1 (continuod) Tido oyolo: emu hour boforo to high tido.
Parts por million
Date Position Stations
1936
8
9
10
11
12
Dec. 31
12:40PM
Surface
Mid-dopth
Bottom
29
2,050
7,000
35
83
6,700
34
650
6,350
22
1,850
6,150
1937
Jan. 1
1:10PM
Surface
Mid-depth
Bottom
8
231
9
8
9
7
8
9
9
10
11
Jan. 8
7:10AM
Surface
Mid-depth
Bottom
1,780
6,600
7,450
1,680
1,500
5,200
4,500
2,900
6,300
75
5,050
6,900
220
140
500
Jan. 9
7:40AM
Surface
Mid-depth
Bottom
1,080
9,150
9,400
740
9,300
10,800
1,550
3,000
4,000
Jan. 10
8:35AM
Surface
Mid-depth
Bottom
1,400
9,600
10,400
8,400
8,800
9,200
9,800
9,200
10,400
4,700
11,200
9,400
160
2,400
3,600
Jan# 11
9:20AM
Surface
Mid-dopth
Bottom
5,000
8,500
9,100
200
1,500
8,800
800
9,100
8,300
1,300
8,300
10,200
2,100
2,400
3,500
Jan. 12
9:55AM
Surface
Mid-dopth
Bottom
22
700
7,500
42
5,800
5,900
37
4,800
5,900
25
3,500
8,000
141
240
240
Jan. 14
11:10AM
Surface
Mid-depth
Bottom
440
9,800
11,950
3,100
11,050
11,150
2,200
10,350
11,100
2,180
9,900
11,700
160
4,200
7,200
Jan. 15
11:50AM
Surface
Mid-depth
Bottom
760
4,900
5,850
83
1,800
2,850
760
1,300
2,800
65
2,100
4,700
93
137
180
Jan. 16
12:35PM
Surface
Mid-depth
Bottom
7
7
13
8
5
6
6
7
18
7
7
9
7
5
27
Jan. 23
7:05AM
Surface
Mid-depth
Bottom
25
240
8,550
21
21
3,300
7
16
7,500
5
6
8,500
17
43
560
2 1
Tabic 1 (continuod) Tide cyolo: ono hour boforo to high tido.
Parts per million
Date
Position
Stations
1937
8
9
10
11
12
Jan. 25, 26,
Except; Sta.
27, 28, - Samplos from all dopths
(M - 85 )
8, Jan. 25, (g _ 440) and Sta. 0,
- Maximum
Jan. 26,
17:
(B - 830)
Jan. 29
11:50AM
Surface
Mid-depth
Bottom
280
4,600
6,450
9
166
760
20
39
2,350
8
19
4,650
6
7
11
Jan. 30
12:35m
Surface
Mid-dopth
Bottom
18
10
4,700
15
51
174
18
9
900
30
8
3,800
31
12
11
Fob. 7
7:15AM
Surface
Mid-dopth
Bottom
1,300
7,900
9,600
950
5,050
9,600
650
5,000
8,600
850
5,000
9,700
310
900
5,300
Feb. 9
8:50AM
Surface
Mid-depth
Bottom
6,600
9,650
12,150
12,450
13,000
13,150
6,350
12,500
13,200
2,600
11,800
12,950
1,750
10,700
11,450
Feb. 10
9:15AM
Surface
Mid-dopth
Bottom
5,300
9,400
11,650
3,950
6,400
7,900
4,050
8,000
11,300
850
7,000
11,600
1,000
1,550
7,900
Fob. 11
9:55AM
Surface
Mid-depth
Bottom
5,400
11,350
11,150
2,750
11,600
11,850
4,050
9,850
10,600
3,000
9,500
11,050
750
2,900
6,950
Feb. 12
10:40AM
Surface
Mid-depth
Bottom
4,400
8,300
8,500
2,100
5,000
6,300
2,300
6,100
7,000
2,600
4,600
8,500
2,000
2,300
3,000
Feb. 13
11:20AM
Surface
Mid-depth
Bottom
2,200
9,100
10,800
8,200
8,200
9,650
3,900
6,400
9,650
1,000
3,000
10,100
600
2,500
4,800
Feb. 14
12:05PM
Surface
Mid-depth
Bottom
9,900
12,200
12,900
7,100
9,300
13,100
6,900
11,800
13,200
5,900
7,400
12,900
4,500
5,400
9,400
Feb. 15
1:00PM
Surface
Mid-depth
Bottom
17
14
12
7
13
15
12
11
13
14
37
33
38
38
59
2 2
Table 1 (continued) Tide cycle: one hour bofore to high tide.
Parts per million
Date
Position
Stations
1937
8
9
10
11
12
Feb. 21
6:55AM
Surface
Mid-depth
Bottom
7,500
11,600
11,800
1,250
11,150
11,300
1,800
10,300
11,400
1,800
11,200
12,100
600
8,100
11,000
Feb. 22
7:50AM
Surface
Mid-depth
Bottom
15,200
15,850
16,000
15,700
15,800
15,750
15,500
15,900
16,050
14,150
15,800
15,700
13,650
14,800
15,550
Feb. 23, 24,
Except; Sta.
25, 26, - Sample
8, Feb. 25, (B -
s from all depths
340)
- Maximum
35:
Feb. 27
11:25AM
Surface
Mid-depth
Bottom
43
5,150
5,800
7
2,650
1,800
7
8
24
7
8
7,350
9
14
9
Fob. 28
12:05PM
Surface
Mid-depth
Bottom
920
6,700
9,000
320
5,900
5,000
800
5,600
8,500
160
3,700
9,700
280
700
900
Mar • 1
12:50PM
Surface
Mid-depth
Bottom
1,140
6,300
7,200
160
7,500
7,250
4,950
5,300
850
210
6,200
6,650
270
600
550
Mar. 2
1:35PM
Surface
Mid-depth
Bottom
600
6,200
8,300
820
1,600
5,000
1,310
3,700
5,550
340
4,000
7,750
460
600
1,200
Mar. 8
6:40AM
Surface
Mid-depth
Bottom
5,400
13,000
12,600
5,500
11,300
12,000
7,100
12,700
12,400
6,900
12,300
12,900
3,400
10,800
10,800
Mar - 9
7:35AM
Surface
Mid-depth
Bottom
4,100
8,900
10,600
5,000
7,500
10,000
4,300
7,100
10,400
2,950
9,150
10,800
2,750
4,350
8,300
Mar. 10
8:25AM
Surface
Mid-depth
Bottom
800
6,400
12,100
4,000
11,800
11,200
7,500
10,900
11,000
5,300
11,100
11,850
3,600
4,200
8,450
Mar. 11
9:00AM
Surface
Mid-depth
Bottom
11,150
12,700
13,000
11,450
13,400
13,600
10,000
11,900
11,900
7,400
10,600
12,800
9,400
10,600
12,300
2 3
Table 1 (continued)
Date
Position
Tide cyolai one hour before to high tide
Parts per million
Stations
1937
8
9
10
11
12
Mar. 12
9:55AM
Surface
Mid-depth
Bottom
2,400
8,150
10,750
3,750
8,400
11,250
2,500
5,150
9,450
Mar. 13
10:30AM
Surface
Mid-depth
Bottom
3,000
10,900
11,450
3,550
9,900
11,550
1,900
6,000
10,800
Mar. 14
10:55AM
Surfaoe
Mid-depth
Bottom
1,800
11,500
12,000
2,400
10,100
11,800
1,600
6,300
10,200
Mar• 16
1:05PM
Surface
Mid-depth
Bottom
1,100
4,000
7,800
1,400
6,500
7,100
2,400
5,600
8,250
Mar. 23
7:55AM
Surface
Mid-depth
Bottom
26
1,300
5,650
61
2,200
5,900
22
480
5,400
Mar. 25
9:30AM
Surface
Mid-depth
Bottom
1,100
6,800
10,300
Mar. 26
9:35AM
Surface
Mid-depth
Bottom
100
4,000
4,200
23
2,000
3,600
21
33
1,000
75
139
191
31
61
2,200
Mar. 27
10:15AM
Surface
Mid-depth
Bottom
11,750
11,300
12,000
11,950
11,600
2,250
1,200
2,400
4,100
1,100
1,400
3,250
1,000
1,000
1,500
Mar- 28
10:55AM
Surface
Mid-depth
Bottom
1,700
9,500
6,000
2,500
5,400
8,600
2,000
6,900
7,800
6,700
6,900
9,100
280
360
1,100
Mar. 29
11:35AM
Surface
Mid-depth
Bottom
3,800
9,000
1,700
4,600
4,300
8,000
3,500
7,600
8,150
800
3,200
9,950
650
600
1,400
Mar. 30
12:20PM
Surface
Mid-depth
Bottom
5,200
8,200
11,000
7,000
7,400
11,200
5,100
4,800
10,600
4,000
8,600
11,200
4,800
4,400
7,900
Table 1 (continuod) Tide oyolo; one hour before to hi[;h tido.
Parts por million
Da to
Position
Stations
1937
8
9
10
11
Mar. 31
12:45PM
Surfaco
Mid-depth
Bottom
1,100
5,300
5,600
1,300
5,200
3,900
1,200
3,400
4,400
Apr. 1
1:55PM
Surface
Mid-depth
Bottom
500
1,400
5,200
680
3,300
4,000
540
2,400
7,700
Apr. 9, to May 31, a total
stations - Maximum 17.
of 95 sots
of sample
s intermittently
June 1
3:13PM
Surface
Mid-depth
Bottom
19
2,700
4,200
17
2,200
8,400
27
900
5,200
Juno 2
4:04AM
Surface
Mid-depth
Bottom
900
10,400
5,000
June 3
4:35AM
Surface
Mid-depth
Bottom
113
500
2,180
71
960
1,880
180
220
780
June 4
5:42AM
Surface
Mid-depth
Bottom
560
3,300
11,500
740
10,100
9,500
720
4,000
8,000
Juno 5
6:19AM
Surfaco
Mid-dopth
Bottom
560
3,500
4,300
380
2,080
4,300
200
260
1,200
June 6
7:28AM
Surfaco
Mid-depth
Bottom
160
850
5,600
110
1,340
1,780
130
280
2,300
June 7 (a)
8:29AM
Surface
Mid-dopth
Bottom
310
2,700
10,100
220
1,650
3,700
190
460
5,750
(a)
2:25PM
Surface
Mid-dopth
Bottom
160
270
270
40
72
90
59
100
110
2 5
Table 1 (continued) Tide cycle: one hour before to high tide#
Parts
per million
Date
Position
Stations
1937
8
9
10
11
June 8 (a)
8:58AM
Surface
Mid-depth
Bottom
210
3,850
5,250
170
2,000
4,350
140
660
3,200
(a)
9:44AM
Surface
Mid-depth
Bottom
300
9,100
9,000
430
9,250
9,300
1,200
8,900
7,900
June 9 (a)
9:45AM
Surface
Mid-depth
Bottom
320
4,500
7,300
320
5,350
6,250
310
2,600
8,250
(a)
9:58AM
Surface
Mid-depth
Bottom
390
7,000
7,000
420
6,100
7,000
470
4,300
3,900
June 10
11:08AM
Surface
Mid-depth
Bottom
1,040
5,900
6,900
980
8,400
9,150
810
9,050
10,700
June 11 (a)
11:40AM
Surface
Mid-depth
Bottom
1,200
7,650
8,550
(a)
11:50AM
Surface
Mid-depth
Bottom
1,330
6,800
9,200
(a)
12:00AM
Surface
Mid-depth
Bottom
1,800
9,100
9,050
(a)
12:10PM
Surface
Mid-depth
Bottom
2,350
9,350
10,100
(a)
12:20PM
Surface
Mid-depth
Bottom
2,240
11,800
. 10,350
(a)
12:30PM
Surface
Mid-depth
Bottom
780
9,450
10,800
Table 1 (continued) Tide oyolei one hour before to high tide.
Parts per million
Date
Position
Stations
1937
8
9
10
11
12
June 11 (a)
12:14PM
Surface
Mid-depth
Bottom
540
8,800
8,400
1,090
8,700
9,500
410
6,750
8,300
June 12
12:47PM
Surface
Mid-depth
Bottom
420
5,100
5,000
440
3,600
5,400
480
1,200
1,600
June 13
1:53PM
Surface
Mid-depth
Bottom
120
6,100
7,500
168
5,800
6,700
200
780
5,200
June 14
3:15PM
Surface
Mid-depth
Bottom
240
4,100
5,300
340
4,600
6,800
300
3,600
7,000
June 16
5:18PM
Surface
Mid-depth
Bottom
500
2,800
8,300
360
4,900
11,900
June 17
5:26PM
Surface
Mid-depth
Bottom
180
7,000
8,200
200
6,200
10,300
200
1,200
3,000
June 19
7:23AM
Surface
Mid-depth
Bottom
680
7,900
8,800
1,760
5,900
7,350
340
6,400
7,350
June 20
8:08AM
Surface
Mid-depth
Bottom
520
2,750
8,600
920
5,450
7,600
520
1,950
5,750
June 21
8:24AM
Surface
Mid-depth
Bottom
25
1,580
2,500
33
240
200
33
200
200
July 1
3:45M
Surface
Mid-depth
Bottom
3,350
12,950
13,650
1,700
12,650
12,550
1,500
11,200
12,800
1,600
9,250
10,900
1,550
12,400
8,200
July 6 (a)
8:23AM
Surface
Mid-depth
Bottom
51
3,500
7,100
640
3,500
7,300
440
2,300
7,900
Table 1 (continued) Tide oyoloj one hour before to high tide.
Parts per
million
Date
Position
Stations
1937
8
9 10
11
July 6 (a)
8:26AM
Surface
Mid-depth
Bottom
200
6,300
8,500
220
6,400
8,700
220
5,700
8,500
July 10 (a)
11:20AM
Surface
Mid-depth
Bottom
2,000
12,400
12,700
(a)
11:30AM
Surface
Mid-depth
Bottom
5,300
13,300
13,200
(a)
11:40AM
Surface
Mid-depth
Bottom
4,500
13,600
13,600
(a)
11:50AM
Surface
Mid-depth
Bottom
1,300
13,900
16,800
(a)
12:00AM
Surface
Mid-depth
Bottom
5,700
14,000
15,400
(a)
12:10PM
Surface
Mid-depth
Bottom
5,300
14,500
14,900
July 12 (a)
1:15PM
Surface
Mid-depth
Bottom
6,900
6,000
14,900
(a)
1:30PM
Surface
Mid-depth
Bottom
7,000
13,500
14,900
(a)
lf45PM
Surface
Mid-depth
Bottom
9,500
15,200
15,300
July 13 (a)
1:50PM
Surface
Mid-depth
Bottom
4,800
11,500
12,700
2 8
Table 1 (continued) Tide ayole: one hour before to high tide.
Parts per million
Date Position Stations
8 9 10 11
1937
July 13 (a)
Surface
2,700
2:00PM
Mid-depth
10,900
Bottom
11,100
(a)
Surface
3,500
2:10PM
Mid-depth
11,800
Bottom
11,100
(a)
Surface
11,100
2 r20PM
Mid-depth
11,600
Bottom
11,000
(a)
Surface
10,000
2:30PM
Mid-depth
12,500
Bottom
12,800
(a)
Surface
9,700
2:40PM
Mid-depth
12,100
Bottom
12,700
July 14 (a)
Surface
1,300
2:45PM
Mid-depth
7,400
Bottom
7,900
(a)
Surface
2,000
3:00PM
Mid-depth
10,500
Bottom
11,600
(a)
Surface
2,800
3:15PM
Mid-depth
10,400
Bottom
11,500
(a)
Surface
2,200
3:30PM
Mid-depth
10)400
Bottom
11,100
July 16 (a)
Surz'ace
550
4:00PM
Mid-depth
6,650
Bottom
9,150
(a)
Surface
570
4:10PM
Mid' -depth
8,800
Bottom
7,700
2 9
Table 1 (continued) Tide oyole: one hour before to high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 16 (a)
Surface
720
4:20PM
Mid-depth
1,200
Bottom
8,050
(a)
Surface
770
4:30PM
Mid-depth
8,700
Bottom
8,550
(a)
Surface
740
4:40PM
Mid-depth
8,550
Bottom
9,050
(a)
Surface
5,850
4:50PM
Mid-depth
5,900
Bottom
9,600
July 17 (a)
Surface
2,100
5:20AM
Mid-depth
10,900
Bottom
11,800
(a)
Surface
3,600
5:30AM
Mid-depth
11,100
Bottom
10,700
(a)
Surface
3,200
5:40AM
Mid-depth
12,800
Bottom
12,700
(a)
Surface
4,700
5:50AM
Mid-depth
12,700
Bottom
13,100
(a)
Surface
3,200
6:00AM
Mid-depth
12,800
Bottom
12,800
July 20 (a)
Surface
4,650
7:45AM
Mid-depth
8,200
Bottom
9,400
(a)
Surface
4,700
8:00AM
Mid-depth
9,900
Bottom
9,600
3 0
Table 1 (continued) Tido oyclo: ono hour before to high tide.
Parts por million
Date Position Stations
8 9 10 11 12
1937
July 20 (a)
Surface
4,800
8:15AM
Mid-depth
9,300
Bottom
10,600
(a)
Surface
3,950
8:30AM
Mid-depth
10,400
Bottom
10,300
July 21 (a)
Surface
2,500
8:20AM
Mid-depth
8,500
Bottom
9,100
(a)
Surface
4,200
8:30AM
Mid-depth
9,200
Bottom
9,200
(a)
Surface
4,700
8:40AM
Mid-depth
8,700
Bottom
9,200
(a)
Surface
4,700
8:50AM
Mid-depth
9,600
Bottom
10,000
(a)
Surface
5,400
9:00AM
Mid-depth
10,250
Bottom
10,400
(a)
Surfaco
4,900
9:10AM
Mid-depth
11,450
Bottom
10,400
July 23 (a)
Surface
2,600
9:40AM
Mid-depth
8,800
Bottom
8,150
(a)
Surface
3,200
9:50AM
Mid-depth
9,560
Bottom
9,300
(a)
Surface
3,600
10:00AM
Mid-depth
8,900
Bottom
9,250
Table 1 (continuod)
Tide cyclot ono hour boforo to high tide.
Date
1937
July 23 (a)
10: lOivM
(a)
10:2QAM
(a)
10:3QAM
July 25 (a)
10:5OAK
(a)
11:00AM
(a)
11:10AM
(a)
11:20AM
(a)
11:3Q&M
(a)
11:40AM
(a)
11:50AM
July 27 (a)
12:30PM
Parts por million
Position Stations
8 9 10 11
Surfaco
3,300
Mid-depth
10,200
Bottom
9,800
Surfaco
6,200
Mid-depth
10,500
Bottom
10,400
Surfaco
3,200
Mid-depth
11,100
Bottom
11,500
Surface
4,000
Mid-depth
10,900
Bottom
10,400
Surface
3,900
Mid-depth
10,800
Bottom
10,900
Surface
4,100
Mid-depth
10,900
Bottom
11,000
Surface
7,200
Mid-depth
11,600
Bottom
12,100
Surfaco
5,700
Mid-depth
11,200
Bottom
12,600
Surface
8,200
Mid-depth
12,200
Bottom
13,200
Surface
10,500
Mid-depth
13,500
Bottom
13,800
Surfaco
9.200
Mid-depth
13,500
Bottom
12,300
3 2
Tablo 1 (continuod) Tido oyolo: ono hour boforo to high tido.
Parts por million
Dato Position Stations
8 9 10 11 12
1937
July 27 (a)
Surfaco
9,300
12:45PM
Mid-dopth
13,0.00
Bottom
13,800
(a)
Surfaco
9,500
1:00P1.I
Mid-depth
12,500
Bottom
13,200
July 28 (a)
Surfaco
10,300
1:10PM
Mid-depth
13,900
Bottom
13,900
(a)
Surface
10,400
1:20FM
Mid-depth
12,400
Bottom
13,900
(a)
Surface
7,000
1:30PM
Mid-depth
11,600
Bottom
14,600
(a)
Surface
10,100
1:40PM
Mid-depth
14,500
Bottom
14,900
(a)
Surfaco
7,100
1:50FLI
Mid-depth
14.500
Bottom
14.800
(a)
Surface
6,900
2:00PLI
Mid-dopth
14,800
Bottom
15,200
July 29 (a)
Surface
7,300
2:00R.I
Mid-dopth
12,450
Bottom
13,900
(a)
Surface
8,500
2:15 RI
Mid-dopth
13,650
Bottom
15,000
(a)
Surface
10,500
2:30PM
Mid-depth
14,700
Bottom
14,200
3 3
Tabic 1 (continued) Tide cyclo: mv hour boforo to high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 29 (a)
Surface
11,700
2:45PM
Mid-depth
14,800
Bottom
15,250
July 30 (a)
Surface
4,900
2:3QAM
Mid-depth
9,800
Bottom
9,900
(a)
Surface
4,100
2:45AM
Mid-depth
9,400
Bottom
9,900
(a)
Surface
4,200
3:00AM
Mid-depth
9,600
Bottom
9,100
July 31 (a)
Surface
8,900
4:00PM
Mid-depth
15,000
•
Bottom
15,000
(a)
Surface
11,100
4:15PM
Mid-depth
14,600
Bottom
15,300
(a)
Surface
12,300
4:30PM
Mid-depth
15,200
Bottom
15,700
(a)
Surface
12,000
4:45PM
Mid-depth
15,800
Bottom
15,900
Aug. 1 (a)
Surface
9,300
5:00PM
Mid-depth
14,700
Bottom
14,700
(a)
Surface
10,700
5:15PM
Mid-depth
15,200
Bottom
15,200
(a)
Surface
11,000
5:30PM
Mid-depth
15,500
Bottom
15,400
3 4
Table 1 (continued) Tide cycle: one hour before to high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. , 1 (a)
Surface
11,600
5:45PM
Mid-depth
15,500
Bottom
15,400
Aug. 2 (a)
Surface
8,200
5:30AM
Mid-depth
9,900
Bottom
12,800
(a)
Surface
6,200
5:45AM
Mid-depth
11,700
Bottom
12,200
(a)
Surface
11,550
6:00AM
Mid-depth
11,900
Bottom
12,600
(a)
Surface
7,800
6:15AM
Mid--depth
12,500
Bottom
13,300
Aug. 3 (a)
Surface
7,500
6:45AM
Mid-depth
9,900
Bottom
9,300
(a)
Surface
4,900
7:00AM
Mid-depth
8,300
Bottom
9,800
(a)
Surface
5,800
7:15AM
Mid-depth
12,200
Bottom
12,400
(a)
Surface
9,350
7: OOPLI
Mid-depth
12,200
Bottom
13,000
(a)
Surface
11,150
7:15RI
Mid-depth
13,500
Bottom
13,600
(a)
Surface
10,200
7:30PLI
Mid-depth
14,000
Bottom
14,300
3 5
Table 1 (continued) Tide cycles one hour before to high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 3 (a)
Surface
10,700
7:45PM
Mid- depth
14,700
Bottom
14,900
Aug. 4 (a)
Surface
4,700
7:30AM
Mid - depth
10,150
Bottom
10,350
(a)
Surface
5,300
7:40AM
Mid-depth
10,050
Bottom
10,550
(a)
Surface
5,600
7:50AM
Mid-depth
10,450
Bottom
11,200
(a)
Surface
5,500
8:00AM
Mid-depth
12,100
Bottom
12,600
(a)
Surface
5,050
8:10AM
Mid-depth
11,750
Bottom
11,750
(a)
Surface
5,150
8:20AM
Mid-depth
11,150
Bottom
11,950
Aug. 5 (a)
Surface
3,100
8;30AM
Mid-depth
5,500
Bottom
7,700
(a)
Surface
4,800
8:45AM
Mid-depth
8,500
Bottom
9,600
(a)
Surface
6,900
9:00AM
Mid-depth
9,200
Bottom
10,900
(a)
Surface
5,600
9:15AM
Mid-depth
11,400
Bottom
12,800
3 6
Table 2
Tide cycle:
high tide to one
hour after
Parts
per million
Date
Position
Stations
1934
8
9
10
11
12
Oct. 10
12:15PM
Surface
Mid-depth
Bottom
8,390
15,750
15,700
7,175
15,250
15,650
6,400
15,250
15,500
4,950
15,700
14,150
2,97
14,75
15,3C
Oct. 11
12:45PM
Surface
Mid-depth
Bottom
6,750
16,350
16,150
8,825
15,800
15,750
10,000
15,200
16,100
10,950
15,400
16,050
11,2C
15,2C
15,35
Oct. 24
12:15PM
Surface
Mid-depth
Bottom
8,900
16,850
16,900
9,300
16,555
17,050
9,250
14,250
16,850
9,400
16,800
16,850
6,3C
16,7C
16,7C
Oct*. 27 (a)
2:00PM
Surface
Mid-depth
Bottom
1,130
15,300
15,050
4,050
14,100
3,050
14,150
3,550
14,250
2,56
13,55
(a)
2:40PM
Surface
Mid-depth
Bottom
1,400
15,200
15,450
2,050
14,450
15,000
4,100
14,800
14,850
4,000
14,700
15,350
3,5C
7,52
14,9C
Oct. 28
3:40PM
Surface
Mid-depth
Bottom
980
13,300
13i750
1,780
11,900
13,200
1,950
11,750
13,150
2,600
12,800
13,750
3,65
5,3C
12,5C
Oct. 29
4:30PM
Surface
vMid-depth
Bottom
4,150
14,250
15,250
4,750
10,500
14,400
5,550
12,900
14,450
4,250
14,300
15,300
5,8C
13,7C
14,2C
Nov. 23
12:15PM
Surface
Mid-depth
Bottom
1,050
12,500
13,300
1,250
11,350
12,200
850
11,850
12,200
730
12,900
11,850
42
7,9C
12,4C
Nov. 26
2:20PM
Surface
Mid-depth
Bottom
2,000
15,300
15,600
2,550
13,900
14,800
1,700
14,450
14,900
1,2,00
13,250
15,350
95
9,85
14,7C
Dec. 10
2:20PM
Surface
Mid-depth
Bottom
2,310
15,700
16,000
1,890
14,450
15,550
1,790
14,400
15,650
1,790
15,000
16,050
1,05
14,45
15,8C
Dec. 11
2:20PM
Surface
Mid-depth
Bottom
3,750
16,100
16,050
6,100
14,500
16,000
6,500
16,200
16,100
6,200
16,300
16,300
4, 7C
13,6C
16, OC
3 7
Table 2
(continued)
Tide cyole:
high tide to on©
hour after
Parts
per million
Date
Position
Stations
1935
8
9
10
11
12
Jan. 7
12:30PM
Surface
Mid-depth
Bottom
3,600
16,000
16,150
9,300
15,450
15,500
3,400
15,550
15,800
2,650
15,700
16,100
2,3
15,7
15,9
Jan. 9
2:25PM
Surface
Mid-depth
Bottom
1,300
14,500
14,750
1,800
13,650
14,450
1,800
10,500
14,350
1,400
12,400
14,800
1,4
9,8
13,2
Jan. 22
12:35PM
Surface
Mid-depth
Bottom
530
12,850
13,650
440
3,550
12,850
370
12,300
12,550
690
11,300
13,150
6
3,2
12,1
Jan. 25
2:10PM
Surface
Mid-depth
Bottom
126
2,020
11,850
Feb. 5
12:25PM
Surface
Mid-depth
Bottom
1,000
14,800
14,850
950
12,650
15,000
1,300
14,400
13,750
4
13,8
15,0
Feb, 19
11:40AM
Surface
Mid-depth
Bottom
139
12,300
12,600
138
11,600
12,350
340
4,650
12,050
360
10,350
12,550
1,0
2,7
11,1
Feb. 20
11:50AM
Surface
Mid-depth
Bottom
31
12,600
12,800
94
11,350
12,550
184
5,800
11,850
191
11,050
12,400
5
3,4
11,1
Mar. 6
11:50AM
Surface
Mid-depth
Bottom
340
14,550
14,400
390
8,950
13,800
540
12,850
14,350
Mar. 7
12:30PM
Surface
Mid-depth
Bottom
59
12,800
13,450
31
3,900
12,900
830
7,250
13,200
Mar, 25
2:05PM
Surface
Mid-depth
Bottom
5
5
6
6
5
16
5
6
10
Apr. 10 (a) Surface 360
4:45PM Mid-depth 13,850
Bottom 14,150
3 9
Table 2 (continued)
Tide oyole:
high tide to one
hour after
Parts
per million
Date
Position
Stations
1935
8
9
10
11
12
Apr. 10 (a)
5:00PM
Surface
Mid-depth
Bottom
420
14,300
13,900
(a)
5:15PM
Surface
Mid-depth
Bottom
390
14,300
14,250
(a)
5:30PM
Surface
Mid-depth
Bottom
390
13,850
14,400
Apr. 19f 20,
21, 23, May 3
i, 6, 7, - Samples from all depths - Maximum 11
May 19
11:00AM
Surface
Mid-depth
Bottom
13
5,950
10,750
16
18
6,850
17
80
9,750
34
38
69
May 20
11:25AM
Surface
Mid-depth
Bottom
41
8,350
9,500
41
1,800
5,950
39
1,700
7,750
59
82
239
May 21
12:20FM
Surface
Mid-depth
Bottom
550
11,950
12,500
500
13,100
11,900
690
10,900
12,150
380
1,100
10,400
May 22
1:10PM
Surface
Mid-depth
Bottom
950
11,900
12,200
950
8,900
10,650
970
8,700
11,700
840
1,200
3,600
May 26 (a)
5:08AM
Surface
Mid-depth
Bottom
1,560
13,700
13,900
1,910
12,300
13,450
1,270
13,400
13,600
(a)
6:08PM
Surface
Mid-depth
Bottom
5,100
15,000
14,800
6,900
15,200
15,200
6,350
15,100
14,650
May 27 (a)
6:08AM
Surface
Mid-depth
Bottom
1,960
11,500
14,300
1,760
13,750
13,600
1,230
10,350
11,750
(a)
7:08PM
Surface
Mid-depth
Bottom
4,550
15,600
15,350
11,800
15,450
15,400
7,100
14,050
14,200
Table 2 (continued) Tide oyolei high tide to one hour after
Parts per million
Date
Position
Stations
1935
8
9
10
11
May 31
9:39AM
Surface
Mid-depth
Bottom
3,000
11,750
12,550
June 1
11:15AM
Surface
Mid-depth
Bottom
2,700
14,950
15,350
3,000
14,550
15,050
3,300
14,800
15,350
June 2
11:19AM
Surface
Mid-depth
Bottom
2,050
13,950
13,950
1,950
11,950
12,950
1,750
12,600
12,950
June 4
Is 08PM
Surface
Mid-depth
Bottom
1,330
13,500
14,500
1,410
13,300
13,050
1,310
12,500
11,650
June 12
6:55AM
Surface
Mid-depth
Bottom
104
3,050
4,250
June 13
8:15AM
Surface
Mid-depth
Bottom
330
9,000
8,550
June 16
10:55AM
Surface
Mid-depth
Bottom
840
14,250
14,300
840
2,350
13,700
370
13,050
14,200
June 17
12:08PM
Surface
Mid-depth
Bottom
1,040
13,900
13,850
1,600
13,100
13,000
960
12,550
11,900
June 18
11:36AM
Surface
Mid-depth
Bottom
420
13,400
13,500
June 19
12:58PM
Surface
Mid-depth
Bottom
900
14,100
14,650
910
13,350
14,450
1,160
13,950
14,050
July 1
11:38AM
Surface
Mid-depth
Bottom
750
13,650
11,900
690
3,450
13,300
540
4,200
13,700
Table 2 (continued)
Date
Position
Tide oyole: high tido to one hour after
Parts per million
Stations
8
9
10
11
1935
July 3
Surface
1,940
2,320
1,800
12;50PM
Mid-depth
14,050
13,350
13,550
Bottom
14,150
13,550
14,600
July 9
Surface
58
25
35
5:05PM
Mid-depth
5,350
6,700
9,950
Bottom
13,750
13,050
13,950
July 10
Surface
14
11
11
6:05AM
Mid-depth
14
11
8
Bottom
16
11
16
July 13
8:57AM
Surface
Mid-depth
Bottom
240
9,600
10,250
July 18
11:23AM
Surface
Mid-depth
Bottom
1,800
12,100
12,150
1,770
4,350
10,050
1,660
3,400
9,700
July 20
12:50PM
Surface
Mid-depth
Bottom
1,650
6,900
13,600
1,600
5,700
8,750
1,200
6,150
11,000
July 21
3:10AM
Surface
Mid-de^th
Bottom
8,500
14,750
15,000
July 30
10:08PM
Surface
Mid-depth
Bottom
4,600
12,200
12,600
3,550
10,050
11,150
4,600
12,150
9,550
July 31
12:08PM
Surface
Mid-depth
Bottom
5,850
12,700
13,300
8,400
13,200
13,700
7,700
13,300
14,700
Aug, 2
1:08PM
Surface
Mid-depth
Bottom
9,400
14,200
14,300
10,050
13,800
14,050
11,450
13,750
14,650
Aug. 3
1:18PM
Surface
Mid-depth
Bottom
5,300
15,300
15,400
4,600
14,750
15,000
5,500
14,550
15,300
Aug# 4
1:45PM
Surface
Bottom
5,850
9,900
12,850
Table 2 (continued)
Tide oyole: high tide to one hour after»
Date
1935
Aug, 17
1:13PM
Aug, 31
12:35PM
Sept, 8
6:11AM
Sept,12
12:35PM
Sept,15
12:05PM
Sept,22
6:54AM
Sept,23
10:53AM
Sept,26
12:48PM
Sept,28
12:48PM
Sept,29
1:48PM
Sept,30
12;08PM
Oct, 2
1:48PM
Parts per million
Position Stations
8 9 10 11
Surface
13,100
11,800
13,500
Mid-depth
16,200
16,200
16,100
Bottom
16,300
16,100
16,300
Surface
6,850
9,000
9,100
Mid-depth
15,800
15,700
15,750
bottom
15,950
15,850
15,900
Surface
2,900
Hid-depth
3,700
Bottom
7,700
Surface
3,550
3,800
5,200
Mid-depth
12,800
11,600
9,300
Bottom
11,500
13,500
12,900
Surface
9,000
Mid-depth
10,250
Bottom
12,150
Surface
4,650
Mid-dopth
7,000
Bottom
10,850
Surface
5,700
5,300
6,200
Mid-depth
10,200
7,600
11,800
Bottom
15,300
13,300
15,450
Surface
4,400
5,000
6,800
Mid-depth
12,200
6,000
12,200
Bottom
14,600
5,700
14,700
Surface
7,200
9,300
13,650
Mid-depth
16,150
15,650
16,250
Bottom
16,300
16,150
16,500
Surface
8,650
10,450
11,700
Mid-depth
15,600
14,900
16,200
Bottom
15,900
16,050
16,450
Surface
13,950
13,800
13,900
Mid-dopth
15,200
15,000
14,100
Bottom
15,350
14,150
15,000
Surface
4,100
9,900
6,350
Mid-degth
Bo^'tam'
9,200
15,000
14,200
14,350
14,400
14,700
4 2
Table 2 (continued) Tide cycle: high tido to ono hour after
Parts per million
Date
Position
Stations
1935
8
9
10
11
Oct. 3
2:05PM
Surface
Mid-depth
Bottom
11,050
13,750
13,250
Oct. 13
11:53AM
Surface
Mid-depth
Bottom
16,900
17,000
17,200
16,700
17,100
16,000
Oct. 14
11:45AM
Surface
Ili d-depth
Bottom
14,700
16,500
16,100
Oct. 15
1:35PM
Surface
Mid-depth
Bottom
10,600
15,650
16,400
Oct. 16
2:08PM
Surface
Mid-depth
Bottom
15,950
16,350
16,350
14,300
16,000
16,400
11,000
16,300
16,400
Oct. 27 (d)
10:09AM
Surface
Mid-depth
Bottom
8,700
14,500
14,800
Oct. 29
12:17PM
Surface
Mid-depth
Bottom
14,050
15,600
16,000
13,700
15,900
16,100
Oct. 30
12:05PM
Surface
Mid-depth
Bottom
15,600
15,700
17,000
Oct. 31
1:40PM
Surface
Mid-depth
Bottom
13,350
15,750
16,100
14,250
16,100
15,950
14,500
16,200
15,850
Nov. 1
1:35PM
Surface
Mid-depth
Bottom
12,050
15,350
15,400
7,600
14,900
14,850
Nov. 10 (b)
9:43AM
Surface
Mid-depth
Bottom
16,550
16,700
16,750
Nov. 12
12:0551
Surface
Mid-deoth
Bottom
16,850
17,000
16,900
16,900
16,850
16,750
16,700
16,900
16,900
4 6
Table 2
(continued)
Tido cyolo:
high tido to one
hour after
Parts
per million
Date
Position
Stations
8
9
10
11
12
1935
Nov# 14
2:05PM
Surface
Mid-depth
Bottom
13,200
15,800
15,350
13,300
15,700
15,250
Nov. 27
11:30AM
Surface
Mid-depth
Bottom
15,050
15,600
15,260
14,550
15,300
15,300
14,800
14,900
15,300
Nov# 30
2:05PM
Surface
Mid-depth
Bottom
240
10,650
12,100
200
10,100
11,100
460
10,750
11,200
Dec# 10
11:05AM
Surface
Mid-depth
Bottom
12,550
12,750
13,100
Dec. 11
11:05AM
Surface
Mid-depth
Bottom
6,850
7,050
5,300
Dec. 14
2:05PM
Surface
Mid-depth
Bottom
9,000
14,350
13,600
6,700
13,600
13,600
3,600
12,600
13,450
Dec. 25
11:00AM
Surface
Mid-depth
Bottom
10,350
14,050
14,350
Dec. 26
11:15AM
Surface
Mid-depth
Bottom
8,250
15,000
15,650
12,250
14,150
15,700
13,550
15,650
15,900
12,500
15,300
15,600
10,850
14,550
15,350
Dec. 29
2:00PM
Surface
Mid-depth
Bottom
10,850
15,100
15,400
6,900
14,600
6,700
15,350
15,350
1936
Jan. 20
8:25AM
Surface
Mid-depth
Bottom
5,100
11,200
12,500
2,450
7,750
10,000
4 4
Table 2
(continued)
Tide cyolo:
high tide to one hour after
Parts per million
Date
Position
Stations
8
9 10 11
12
1936
Jan. 21
8:27AM
Surface
Mid-depth
Bottom
2,250
12,350
13,200
1,350
4,300
9,200
Jan. 22
9:12AM
Surface
Mid-depth
Bottom
2,200
9,850
12,850
Jan. 23
9:55AM
Surface
Mid-depth
Bottom
240
3,900
9,300
350
370
1,200
Jan. 24
10:50AM
Surface
Mid-depth
Bottom
63
223
1,860
Jan. 25
11:39AM
Surface
Mid-depth
Bottom
650
6,650
9,750
Jan. 26
12:10PM
Surface
Mid-depth
Bottom
6,550
6,500
13,350
*
Jan. 27
1:00PM
Surface
Mid-depth
Bottom
10,150
13,700
14,000
1,850
11,600
12,650
Jan. 28
1:45PM
Surface
Mid-depth
Bottom
850
11,150
11,900
99
1,080
9,050
Feb. 4
8:50AM
Surface
Mid-depth
Bottom
9,200
15,450
15,650
"7,250
8,700
9,100
Feb. 5
9:2 5 AM
Surface
Mid-depth
Bottom
4,700
13,100
12,800
2,300
6,700
9,000
Feb. 6
10j00AM
Surface
Mid-depth
Bottom
900
11,250
13,000
175
8,850
9,600
Table 2 (continued)
Date
1936
Position
4 5
Tido cycloi high tide to one hour after
Parts per million
Stations
8 9 10 11
12
Feb. 7
10:48AM
Feb. 8
11:20AM
Feb. 9
12:05PM
Feb. 10
12:30PM
Feb. 11
1:15PM
Feb. 13
2:39PM
Mar. 9 (a)
11:32AM
(a)
12:22PM
Mar. 10 (a)
12:11PM
(a)
1:01PM
Mar. 11 (a)
12:48FM
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
8,600
14,550
14,150
4,050
13,250
13,300
8,500
13,750
14,550
3,800
13,450
13,150
2,550
10,750
12,050
1,150
9,700
11,800
6,900
12,250
14,100
2,500
13,150
12,150
8,350
12,750
13,450
2,350
12,600
13,050
2,450
13,300
13,350
3,450
12,050
12,950
1,850
13,250
13,950
4,650
12,650
12,800
1,100
11,450
12,300
1,650
12,600
13,900
2,350
12,800
14,550
1,550
9,900
11,550
1,400
11,300
13,950
1,000
10., 700
13,550
2,150
11,050
13,650
1,750
10,800
12,850
3,950
9,300
13,100
2,200
10,650
12,050
1,400
8,500
10,500
550
7,400
10,050
4 6
Table 2 (continued) Tide oyclej high tide to one hour after
Parts per million
Date Position Stations
8 9 10 11
1936
Mar. 11 (a)
Surface
2,200
1:38PM
Mid-depth
11,100
Bottom
13,750
Mar. 12, 13,
14, 16, 17, 18, 20,
26,AApr. 12, 13, 14,
18, 20 -
Samples from all depths - Maximum
, 11 -
Except: Sta. 12
(B-47, Ma
Apr. 21 (a)
Surface
4
3
4
11:16AM
Mid-depth
5
4
7
Bottom
38
2,750
6,800
(a)
Surface
3
10:45AM
Mid-depth
4
Bottom
5
Apr. 22, 23,
- Samples from all depths
- Maximum 5.
«
Apr. 24 (a)
Surface
6
4
12:54PM
Mid-depth
5
5
Bottom
4
4
(a)
Surface
4
3
1:20PM
Mid-depth
80
3
Bottom
1,650
11
(a)
Surface
4
4
1:50PM
Mid-depth
10
500
Bottom
6,650
6,650
Apr. 25 (a)
Surface
73
1,040
1:20AM
Mid-depth
2,200
3,150
Bottom
8,000
7,800
(a)
Surface
69
121
1:50AM
Mid-depth
5,800
4,800
Bottom
10,250
9,100
(a)
Surface
3
7
1:50PM
Mid-depth
3
6
Bottom
4
119
(a)
Surface
3
4
2:20PM
Mid-depth
3
4
Bottom
43
37
4 7
Table 2 (continued) Tide oyolos high tide to ono hour after
Parts per million
Date
Position
Stations
1936
8
9
10
11
Apr* 25 (a)
2 s 50PM
Surface
Mid-depth
Bottom
2-
112
4,300
3
11
2,600
Apr. 26 (a)
2:08AM
Surface
Mid-depth
Bottom
33
440
6,400
27
31
4,150
(a)
2:35AM
Surface
Mid-depth
Bottom
740
3,600
6,100
23
2,750
9,050
(a)
3:05AM
Surface
Mid-depth
Bottom
7
2,400
5,300
4
16
4,750
(a)"
3:05PM
Surface
Mid-depth
Bottom
5
7
(a)
3:35FM
Surface
Mid-depth
Bottom
5
16
(a)
2:56PM
Surface
Mid-depth
Bottom
3
4
4
Apr. 27 (a)
3:10AM
Surface
Mid-depth
Bottom
320
5,950
80
5,950
(a)
3:35AM
Surface
Mid-depth
Bottom
80
5,750
7
5,300
(a)
4:05AM
Surface
Mid-depth
Bottom
33
6,200
650
6,400
(a)
4:05PM
Surface
Mid-depth
Bottom
2,050
4,700
300
2,800
Table 2 (continued) Tide cyolo: high tide to one hour after
Parts per million
Date
Position
Stations
1936
8
9
10
11
Apr. 27 (a)
4:35PM
Surface
Mid-depth
Bottom
30
4,900
42
4,950
Apr# 28 (a)
4:15AM
Surface
Mid-depth
Bottom
11
2,300
5,600
7
930
5,150
(a)
4:50AM
Surface
Mid-depth
Bottom
5
1,450
5,250
7
1,020
4,800
(a)
5:20PM
Surface
Mid-depth
Bottom
2,400
4,700
820
3,500
(a)
5:50PM
Surface
Mid-depth
Bottom
160
5,500
' 820
5,600
Apr# 29 (a)
5:19AM
Surface
Mid-depth
Bottom
10
2,900
5,000
9
2,000
5,000
(a)
5:50AM
Surface
Mid-depth
Bottom
51
5,400
6,000
74
2,600
5,000
(a)
6:20AM
Surface
Mi d-depth
Bottom
9
3,700
5,600
128
5,300
6,400
(a)
6:20PM
Surface
Mid-depth
Bottom
500
6,900
1,100
590
2; 600
6,250
(a)
6:50PM
Surface
Mid-depth
Bottom
3,400
8,150
2,400
4,050
7,050
May 1
7:20AM
Surface
Mid-depth
Bottom
7
400
2,600
May 4, 5, 6, 7, 8, - Samples from all depths - Maximum 25#
Table 2 (oontinuod)
Tido oyolii high tide to ono hour aftor
Date
1936
May 9 (a)
12:20AM
(a)
12:50AM
(a)
12:36PM
(a)
1:05m
(a)
1:35PM
(d)
12:41PM
May 10 (a)
1:05AM
(a)
1:35AM
(a)
1:23PM
(a)
1:50PM
(d)
1:32PM
Parts per million
Position Stations
8 9 10 11
Surface
2
3
Mid-depth
3
4
Bottom
1,010
11
Surface
3
3
Mid-depth
14
6
Bottom
4,600
4,050
Surfaco
3
4
Mid-depth
.4
5
Bottom
4
45
Surface
4
5
Mid-depth
4
11
Bottom
3
2,820
Surface
4
3
Mid-depth
4
5
Bottom
17
17
Surface
4
Mid-depth
5
Bottom
5
Surface
27
11
Mid-depth
71
47
Bottom
80
470
Surface
1,110
49
Mid-depth
2,600
250
Bottom
2,830
600
Surface
8
4
Mid-depth
1,230
7
Bottom
3,300
4,950
Surface
6
4
Mid-depth
108
8
Bottom
5,700
5,500
Surface
5
Mid-depth
5
Bottom
7
Table 2 (oontinued) Tide oyolei high tide to one hour after
Parts per million
Date
Position
Stations
1936
8
9
10
11
May 11 (a)
1:29AM
Surface
Mid-dopth
Bottom
4
4
4
3
5
5
(a)
2:05AM
Surface
Mid-depth
Bottom
3
2
4
3
3
5
(a)
2:35AM
Surface
Mid-depth
Bottom
3
4
4
5
3
4
(a)
2:35PM
Surface
Mid-depth
Bottom
4
640
1,720
7
8
19
(d)
2:18PM
Surface
Mid-depth
Bottom
4
6
730
May 12
3:10PM
Surface
Mid-depth
Bottom
31
1,530
1,850
May 13
4:08PM
Surface
Mid-depth
Bottom
120
1,560
6,800
May 17
7:23AM
Surface
Mid-depth
Bottom
9
10
9
May 18
8:20AM
Surface
Mid-depth
Bottom
8
25
294
May 19
9$12AM
Surface
Mid-depth
Bottom
14
43
195
May 21 (a)
11:05AM
Surface
Mid-depth
Bottom
12
5,500
10
37
6,300
Table 2 (continued) Tide oyolei high tide to one hour after
Parts per million
Date
Position
Stations
1936
8
9
10
11
May 21 (a)
11:35AM
Surfaoe
Mid-depth
Bottom
12
340
6,000
13
180
5,300
(d)
11:02AM
Surface
Mid-depth
Bottom
10
2,040
5,100
(a)
11:35PM
Surface
Mid-depth
Bottom
6,650
8,400
10,500
2,300
7,000
9,500
May 22 (a)
12:05AM
Surface
Mid-depth
Bottom-
6,150
8,900
15,200
900
9,250
4,650
(d)
11:52AM
Surface
Mid-depth
Bottom
14
18
835
May 23
12:47PM
Surface
Mid-depth
Bottom
18
330
1,850
May 24
1:42PM
Surface
Mid-depth
Bottom
330
7,000
8,250
May 25
2:40PM
Surface
Mid-depth
Bottom
332
650
1,600
May 26
3:37PM
Surface
Mid-depth
Bottom
1,160
7,500
9,900
May 27
4:37FM
Surface
Mid-depth
Bottom
1,250
10,750
11,300
May 2i8 (a)
5:35PM
Surface
Mid-depth
Bottom
5,600
10,400
11,200
3,050
6,150
12,050
8 I
Table 2 (continued) Tide aycle: high tide to one hour after
Parts per million
Date
Position
Stations
1936
8
9
10
11
May 28 (a)
6:05PM
Surface
Mid-depth
Bottom
5,850
12,000
12,400
11,800
11,850
12,550
May 29
5:44AM
Surface
Mid-depth
Bottom
1,100
6,300
7,050
May 30
6:40AM
Surface
Mid-depth
Bottom
600
1,000
6,500
May 31
7:30AM
Surface
Mid-depth
Bottom
1,500
9,350
10,250
June 1
8:17AM
Surface
Mid-depth
Bottom
2,150
6,350
8,350
June 2
9:01AM
Surface
Mid-depth
Bottom
2,250
7,700
8,200
June 3 (a)
9:35AM
Surface
Mid-depth
Bottom
3,300
8,700
10,100
7,600
10,500
10,100
(a)
10:05AM
Surface
Mid-depth
Bottom
4,650
10,550
10,650
4,600
10,100
11,100
(d)
9:41AM
Surface
Mid-depth
Bottom
1,450
9,150
10,050
(a)
10:05PM
Surface
Mid-depth
Bottom
10,400
12,950
13,300
11,950
12,750
13,600
(a)
10:35PM
Surface
Mid-depth
Bottom
13,200
13,200
13,200
13,000
13,500
13,000
6 3
Table 2 (continued) Tido cycle: high tido to ono hour after
Parts
per million
Date
Position
Stations
1936
8
9
10
11
June 4
10:29AM
Surfaco
Mid-dopth
Bottom
1,300
9,100
9,800
June 5
11:02AM
Surfaco
Mid-depth
Bottom
1,450
5,350
12,350
June 6
12:0l£M
Surface
Mid-depth
Bottom
1,290
9,850
9,050
June 7
12j46PM
Surface
Mid-depth
Bottom
2,000
8,200
3,850
June 8
1:30PM
Surface
Mid-depth
Bottom
4,600
12,550
12,950
June 9 (a)
2:05PM
Surface
Mid-depth
Bottom
9,000
13,000
13,950
7,000
13,550
13,650
(a)
2:35PM
Surface
Mid-depth
Bottom
9,500
12,900
14,200
9,450
11,900
14,150
(d)
2:17PM
Surfac e
Mid-depth
Bottom
5,900
10,800
12,650
June 10 (a)
2:05AM
Surface
Mid-depth
Bottom
14,000
14,400
13,750
11,800
13,900
14,500
(a)
2:35AM
Surface
Mid-depth
Bottom
13,900
14,400
14,100
14,000
13,400
14,000
(a)
3:05AM
Surface
Mid-depth
Bottom
13,900
14,300
14,250
14,100
13,600
14,400
5 4
Table 2 (continued) Tide cyolo: high tide to ono hour after
Parts por million
Date Position Stations
8 9 10 11 12
1936
June 10 (d)
Surface
4,050
3:07PM
Mid-depth
12,850
Bottom
12,600
June 11
Surface
4,950
3:59PM
Mid»depth
12,800
Bottom
12,600
June 12
Surface
3,700
4:56PM
Mid-depth
12,400
Bottom
12,400
June 13 (d)
Surface
1,250
5:15PM
Mid-depth
2,700
Bottom
4,600
June 14
Surface
2,700
6:18AM
Mid-depth
6,200
Bottom
7,850
June 15
Surfac e
4,300
7:18AM
Mid-depth
10,900
Bottom
6,400
June 16
Surface
4,700
8;18AM
Mid-depth
7,900
Bottom
10,300
June 17
Surface
3,100
9:15AM
Mid-depth
8,950
Bottom
11,350
June 18
Surface
10:08AM
Mid-depth
11,850
Bottom
12,200
June 19
Surface
1,000
11:02AM
Mid-depth
4,850
Bottom
9,050
June 20
11:51AM
Surface
Mid-depth
Bottom
1,100
7,200
7,550
5 5
Table 2 (continued) Tido oycle: high tide to ono hour aftor
Parts per million
Date Position Stations
1936
8
9
10
11
June 23
2:46PM
Surface
Mid-depth
Bottom
13,350
13,850
10,100
13,300
12,550
14.000
June 27
5:43AM
Surface
Mid-depth
Bottom
900
1,400
1,000
900
1,650
1,400
900
1,950
1,500
June 28
6:37AM
Surface
Mid-depth
Bottom
2,500
12,650
11,650
2,500
10,100
11,750
2,100
11,200
8,700
June 29
7:26AM
Surface
Mid-depth
Bottom
5,150
12,200
12,250
5,250
11,100
12,900
5,100
9,850
12,000
June 30
8:20AM
Surface
Mid-depth
Bottom
9,100
9,250
10,000
9,750
9,650
9,050
July 1
9:06m
Surface
Mid-depth
Bottom
5,600
8,250
8,500
5,300
5,750
8,900
4,900
8,700
8,500
July 2
9:54AM
Surface
Mid-depth
Bottom
4,800
8,150
9,900
4,650
8,450
8,950
3,950
9,000
9,150
July 3 (a)
9:50AM
Surface
Mid-depth
Bottom
4,900
10,800
11,900
(a)
10:00AM
Surface
Mid-depth
Bottom
4,800
12,800
11,700
(a)
10110AM
Surface
Mid-depth
Bottom
4,700
11,900
11,800
(a)
10:20AM
Surface
Mid-depth
Bottom
6,000
11,650
12,300
5 6
Table 2 (continued)
Tido cyolui
hif,h tide
to one hour aft<
Parts
per million
Date
Position
Stations
1936
8
9
10 11
July 3 (a)
10:30AM
Surface
Mid-depth
Bottom
6,100
4,800
13,300
(a)
10:40AM
Surface
Mid-depth
Bottom
5,000
12,150
12,600
July 4
11:18AM
Surface
Mid-depth
Bottom
10,050
11,250
7,950
11,000
8,800
7,400
July 9
3:13PM
Surface
Mid-depth
Bottom
15,600
15,400
15,100
15,050
14,750
14,750
July 11
5:04PM
Surface
Mid-depth
Bottom
15,700
14,700
15,600
15,450
15,250
14,750
July 13
6:31AM
Surface
Mid-depth
Bottom
7,900
8,800
10,550
10,200
9,150
9,400
July 16
9:14AM
Surface
Mid-depth
Bottom
4,800
12,500
11,500
5,400
11,750
11,400
4,800
12,150
12,100
July 18
11:13AM
Surface
Mid-depth
Bottom
7,800
13,200
13,650
8,400
12,600
13,900
7,300
8,650
13,800
July 22 (a)
1:40PM
Surface
Mid-depth
Bottom
9,350
15,550
15,950
(a)
1:50PM
Surface
Mid-depth
Bottom
9,650
9,850
15,850
(a)
2:00PM
Surface
Mid-depth
Bottom
8,500
15,550
15,900
5 7
Tabic 2 (continued) Tide cyclos high tide to ono hour after
Parts
per million
Date
Position
Stations
8
9
10
11
1936
July 22 (a)
2:10PM
Surface
Mid-death
Bottom
10,600
15,650
12,650
(a)
2:20PM
Surface
Mid-depth
Bottom
10,700
15,550
15,900
Aug. 27
7:15AM
Surface
Mid-depth
Bottom
8,100
13,200
12,750
6,750
13,100
13,150
6,150
12,350
11,250
Aug. 28
8:06AH
Surface
Mid-depth
Bottom
6,800
12,500
12,800
7,400
13,000
12,450
6,100
9,650
6,950
Si
rH CO
• o
-p ••
Ph CO
0
CO
Surface
Mid-depth
Bottom
5,650
12,500
12,150
6,000
12,900
13,000
5,900
12,700
12,900
Oct. 15
11:19AM
Surface
Mid-depth
Bottom
8,350
14,300
14,950
Oct. 20
2:34PM
Surface
Mid-depth
Bottom
700
1,500
7,500
1,100
6,800
6,400
900
290
2,500
Oct. 21
2:30PM
Surface
Mid-depth
Bottom
700
6,550
8,300
600
6,659
8,400
900
3,100
8,800
Oct. 25
6:03AM
Oct. 26
7:48AM
Surface 4,700 3,050 2,150
Mid-depth 11,150 9,600 . 10,550
Bottom 10,500 10,850 5,600
Surface 3,900 4,200 3,600
Mid-depth 9,500 8,750 7,850
Bottom 10,800 11,300 10,500
Oct. 29 Surface 10,200 2,300 5,800
9:16AM Mid-depth 12,550 12,050 12,500
Bottom 12,600 12,700 10,600
5 8
Table 2 (continued)
Tide cyclei
high tide to one
hour after
Parts per million
Date
Position
Stations
1936
8
9 10
11
Nov. 3
2:40PM
Surface
Mid-depth
Bottom
3,900
7,700
10,300
Nov. 8
6:34AM
Surface
Mid-depth
Bottom
990
2,600
9,600
150
2,200
7,400
14
2,650
4,850
Nov. 9
7:20AM
Surface
Mid-depth
Bottom
146
1,620
5,500
141
1,800
6,450
170
1,250
5,400
Nov. 10
8:03AM
Surface
Mid-depth
Bottom
410
8,250
9,300
520
7,900
9,150
700
7,200
9,500
Nov. 11
8:54AM
Surface
Mid-depth
Bottom
700
8,100
9,850
850
6,400
8,100
650
3,850
7,550
Nov. 14
10:35AM
Surface
Mid-depth
Bottom
10,750
11,000
11,300
7,950
11,350
10,700
4,850
9,950
2,900
Dec. 16 (a)
12:45PM
Surface
Mid-depth
Bottom
(a)
12»48PM
Surface
Mid-depth
Bottom
(a)
12:51PM
Surface
Mid-depth
Bottom
1937
Jan. 13 (a)
11:44AM
Surface
Mid-depth
Bottom
71
7,900
8,500
50
8,000
7,800
101
2,500
2,650
*12A
160
3,150
3,650
150
3,200
3,250
150
3,100
3,450
* Station 12A is known as "Perrson's Dock", 100 ft. north of Saybrook
Bridge and approximately on line with station 12 on the bridges
5 9
Table 2 (continued) Tide cycle: high tide to one hour after
Parts
per million
Date
Position
Stations
1937
8
9
10
11
Jan. 13 (d)
11:58AM
Surface
Mid-depth
Bottom
48
8,000
8,700
Mar. 12
10:48AM
Surface
Mid-depth
Bottom
4,100
12,900
12,100
Mar. 13
11:37AM
Surface
Mid-depth
Bottom
2,700
11,500
13,500
Mar. 14
12:06PM
Surface
Mid-depth
Bottom
5,900
11,400
12,300
Mar. 16
1:50PM
Surface
Mid-depth
Bottom
1,600
4,700
7,400
Mar. 23
8:55AM
Surface
Mid-depth
Bottom
38
700
6,950
Mar. 24 (d)
9:26AM
Surface
Mid-depth
Bottom
360
8,450
9,000
(a)
9:10AM
Surface
Mid-depth
Bottom
53
7,700
9,350
31
8,400
8,900
121
7,300
7,800
Mar. 25 (d)
9:59AM
Surface
Mid-depth
Bottom
1,900
9,700
11,100
(a)
9:35AM
Surface
Mid-depth
Bottom
700
10,300
9,400
700
9,100
10,500
Mar. 31
1:52PM
Surface
Mid-depth
Bottom
3,300
8,600
10,000
6 0
Table 2 (continued)
Tide cycle: high tide to one hour after
Parts per million
11
Date
Position
Stations
8
9 10
1937
Apr. 1
Surface
620
2:43PM
Mid-depth
780
Bottom
4,700
Apr. 2
Surface
1,400
3:55PM
Mid-depth
6,300
Bottom
10,000
Apr. 8, 10,
- Samples from all depths
- Maximum 7.
Apr. 12 (d)
Surface
3
11:47AM
Mid-depth
3
Bottom
4
12
(a)
Surface
5
3
5
11:29AM
Mid-depth
5
5
5
Bottom
2,100
5
19
Apr. 13 (d)
Surface
3
12:37PM
Mid-depth
7
Bottom
340
(a)
Surface
4
8
6
12:23PM
Mid-depth
4
7
4
Bottom
900
2,300
2,500
Apr. 15, 16, 17, 21, - Samples from all depths - Maximum 23.
Apr. 22 (a)
Surface
3
9:00AM
Mid-depth
77
Bottom
1,800
(a)
Surface
1
9:10AM
Mid-depth
440
Bottom
1,800
(a)
Surface
3
9:20AM
Mid-depth
25
Bottom
3,300
(a)
Surface
3
9:30AM
Mid-depth
5
Bottom
200
6 1
Table 2 (continued) Tide cycle: high tide to one hour after
Parts per million
Date Position Stations
8 9 10 11 12
1937
Apr. 25, 27, 30, May 1, 5, 6, 7, - Samples from all depths - Maximum 4.
May 8 (d) Surface 3
9:08AM Mid-depth 22
Bottom 2,300
(a) Surface 43 6
8:38AM Mid-depth 44 5
Bottom 1,340 8 9
May 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25,
29, 30, 31, - Samples from all depths - Maximum 5; Except: Sta. 9, -
May 14,,B - 7,600.
June 1
4:29PM
Surface
Mid-depth
Bottom
35
4,100
10,700
June 2 (a)
4:08AM
Surface
Mid-depth
Bottom
1,100
5,900
6,200
1,200
11,900
6,500
(d)
5:24PM
Surface
Mid-depth
Bottom-
460
8,100
10,100
June 3
5:30AM
Surface
Mid-depth
Bottom
216
5,150
7,150
June 4
6:38AM
Surface
Mid-depth
Bottom
680
11,800
10,100
June 5
7:26AM
Surface
Mid-depth
Bottom
1,520
5,000
8,000
June 6
8:25AM
Surface
Mid-depth
Bottom
36
2,550
7,800
June 7 (d)
9: 24AM
Surface
Mid-depth
450
8,900
Table 2 (continued) Tide cyoloi high tido to one hour after
Parts per million
Date
Position
Stations
1937
8
9 10
11
June 7 (a)
9:20AM
Surface
Mid-depth
Bottom
280
7,050
8,450
590
6,750
11,450
440
5,100
7,550
June 8
10:17AM
Surface
Mid-depth
Bottom
380
5,600
2,800
June 9
11:07AM
Surface
Mid-depth
Bottom
690
8,350
9,350
June 10
12:02PM
Surface
Mid-depth
Bottom
2,010
9,900
11,800
June 11 (a)
12:40PM
Surface
Mid£depth
Bottom
1,100
10,500
10,600
(a)
12:50PM
Surface
Mid-depth
Bottom
1,050
10,400
9,950
(a)
1:00PM
Surface
Eid*depth
Bottom
940
10,900
10,650
June 12
1:54PM
Surface
Mid-depth
Bottom
820
8,000
8,700
June 13
2:51PM
Surface
Mid-depth
Bottom
400
7,400
8,600
June 14
3:48PM
Surface
Mid-depth
Bottom
780
4,400
6,900
June 15 (d)
5:02PM
Surface
Mid-depth
Bottom
300
8,600
7,800
Table 2 (continued)
Tide oyolei hifch tide to one hour after
Date
1937
June 15 (a)
4:28PM
June 16 (d)
5:43PM
(a)
5:22PM
June 17
6:D2AM
June 18 (d)
7:00AM
(a)
8:43AM
June 19
7:53AM
June 20 (d)
8:40AM
(a)
8:32AM
June 21 (a)
9:48AM
(d)
10:01AM
Parts por million
Position Stations
8 9 10 11
Surface
Mid-depth
Bottom
180
5,500
9,000
180
5,700
8,800
Surface
Mid-depth
Bottom
520
4,700
10,600
Surface
Mid-depth
Bottom
520
4,100
10,000
Surface
Mid-depth
Bottom
200
9,900
11,100
Surface
Mid-depth
Bottom
720
9,600
8,400
Surface
Mid-depth
Bottom
400
7,800
9,200
860
7,400
8,900
Surface
Mid-depth
Bottom
1,700
8,980
8,750
Surface
Mid-depth
Bottom
1,620
7,800
7,800
Surface
Mid-depth
Bottom
1,300
4,350
7,250
1,040
6,700
7,350
Surface
Mid-depth
Bottom
45
3,100
3,100
47
1,440
2,800
Surface
Mid-depth
Bottom
35
1,360
1,200
500
7,400
6,800
460
5,800
9,700
680
1,100
9,400
45
1,580
4,500
6 4
Table 2 (continued) Tide cyclo: high tide to one hour after
Parts por million
Date Position Stations
8 9 10 11 12
1937
June 22 (a)
Surfaco
27
63
41
10:28AM
Mid-depth
1,400
1,020
460
Bottom
3,000
2,200
3,700
(d)
Surface
63
10;42AM
Mid-depth
600
Bottom
June 23 (d)
Surface
7
11:22AM
Mid-depth
1,760
Bottom
6,300
(a)
Surface
13
9
9
10:58AM
Mid-depth
27
11
2,100
Bottom
199
4,800
5,000
June 24 (a)
Surface
11
9
7
11:43 Ail
Mid-depth
5,000
2,100
1,000
Bottom
4,600
4,400
4,400
(d)
Surface
7
12;02PM
Mid-depth
2,800
Bottom
4,800
June 25 (a)
Surface
11
17
12
12:34PM
Mid-depth
199
360
Bottom
3,000
3,500
4,700
(d)
Surface
15
12:42PM
Mid-depth
240
Bottom
4,000
June 26 (a)
Surface
50
47
39
1:06PM
Mid-depth
6,000
6,000
5,500
Bottom
8,000
8,700
7,900
(d)
Surface
93
1:23PM
Mid-depth
3,300
Bottom
9,200
June 27 (a)
Surface
320
300
240
1:48PM
Mid-depth
3,400
5,600
3,400
Bottom
6,300
6,900
8,000
(d)
Surface
440
2:04PM
Mid-depth
4,900
Bottom
8,100
6 5
Table 2 (continued)
Tide cyclo:
high tide
to one hour aft'
Parts
per Million
Date
Position
Stations
1937
8
9
10 11
June 28 (d)
2j48PM
Surface
Mid-depth
Bottom
1,140
9,170
13,950
(a)
2:38PM
Surface
Mid-depth
Bottom
1,850
11,850
13,700
1,850
10,500
8,850
1,050
13,450
10,650
June 29 (d)
3:33PM
Surface
Mid-dopth
Bottom
2,100
5,700
5,600
(a)
3;20PM
Surface
Mid-depth
Bottom
2,700
10,200
11,600
2,100
11,100
10,950
4,850
11,150
11,250
June 30 (a)
4:14PM
Surface
Mid-depth
Bottom
5,500
12,100
11,200
2,800
11,700
10,700
2,500
11,100
11,900
(d)
4:24PM
Surface
Mid-depth
Bottom
3,200
13,300
14,600
July 4 (d)
7:42AM
Surface
Mid-depth
Bottom
25
33
5,100
(a)
7:34AM
Surface
Mid -depth
Bottom
25
41
2,600
27
31
3,200
27
69
3,600
July 5 (d)
8-.42AM
Surface
Mid-depth
Bottom
51
4,600
7,100
(a)
8:29AM
Surface
Mid-depth
Bottom
3,900
79
5,500
41
4,500
6,500
37
4,400
7,900
July 6
9:39AM
Surface
Mid-depth
Bottom
123
5,550
8,850
6
Table 2 (continued) Tide oyclot
Date
Position
1937
8
July 7
10:34AM
Surface
Mid-depth
Bottom
•
July 8 (a)
11:08AM
Surface
Mid-depth
Bottom
2,000
13,900
14,650
(d)
11:27AM
Surface
Mid-depth
Bottom
July 9 (d)
12:19PM
Surface
Mid-depth
Bottom
(a)
12:03PM
Surface
Mid-depth
Bottom
3,350
12,150
13,000
July 10 (a)
1:04PM
Surface
Mid-depth
Bottom
3,500
12,400
11,550
(d)
1:12PM
Surface
Mid-depth
Bottom
(a)
12:20PM
Surface
Mid-depth
Bottom
(a)
12:30PM
Surface
Mid-depth
Bottom
(a)
12:40PM
Surface
Mid-depth
Bottom
(a)
12:50PM
Surface
Mid-depth
Bottom
hifth tide to ono hour after
Parts por million
Stations
9 10 11 12
500
9,300
9,600
2,800
13,900
13,850
3,600
13,050
14,250
2,300
10,200
13,500
4,100
10,700
12,500
4,850
13,800
11,900
4,550
11,750
12,800
3,800
11,900
11,250
7,200
12,000
12,250
4,000
7,200
10,500
7,600
13,100
15,000
6,000
14,400
15,200
5,400
13,500
15,100
7,300
15,100
15,100
6 7
Table 2 (continued)
Date
Position
Tide cyclos high tide to ono hour after
Parts per million
Stations
8
10
11
1937
Jply 10 (a)
1:00PM
(a)
1:10PM
July 11 (a)
1:48PM
(d)
2:03PM
July 12 (a)
2:33PM
2:00FM
(a)
2:15PM
(a)
2;36PM
(d)
2:30PM
(a)
(a)
2:45PM
July 13 (a)
3:28PM
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
5,450
11,700
12,150
5,200
14,100
13,600
3,000
14,100
15,000
5,100
14,100
15,100
8,600
13,800
15,400
4,500
9,800
13,100
4,300
13,800
14,100
8,100
13,800
14,500
7,900
15,400
15,200
8,300
15,900
15,500
6,500
14,100
13,800
9,100
15,700
15,700
10,100
15,600
15,500
6,000
14,900
16,000
3,350
11,850
12,150
5,500
14,700
15,300
6 '8
Table 2 (continuod) Tide oyoloi high tido to one hour after
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 13 (a)
2:50PM
Surfaoe
Mid-depth
Bottom
9,800
13,600
13,400
(a)
3:00PM
^urfaco
Mid-depth
Bottom
9,400
13,700
13,600
(a)
3:10PM
Surface
Mid-depth
Bottom
6,700
13,400
14,000
(a)
3:20PM
Surface
Mid-depth
Bottom
9,700
12,100
13,300
(a)
3:30PM
Surface
Mid-depth
Bottom
12,800
14,400
14,400
(a)
3:40PM
Surface
Mid-depth
Bottom
13,400
14,600
14,800
(d)
3j48PM
Surface
Mid-depth
Bottom
5,500
15,000
15,000
(a)
3:50PM
Surface
Mid-depth
Bottom
7,400
13,800
15,200
July 14 (a)
3:45PM
Surface
Mid-depth
Bottom
11,100
10,500
10,700
(a)
4:00PM
Surface
Mid-depth
Bottom
6,000
13,000
12,900
(a)
4:15PM
Surface
Mid-depth
Bottom
12,500
13,300
12,700
6 9
Tablo 2 (continued)
Tide cycle:
high tido
to ono hour nftc
Part a
por million
Dato
Position
'Stations
1937
8
9
10 11
July 14 (a)
4:30PM
Surface
Mid-dopth
Bottom
4,000
12,000
13,100
(a)
4:45PM
Surface
Mid-dopth
Bottom
4,200
13,000
13,100
(a)
3:53AM
Surface
Mid-depth
Bottom
3,400
16,300
11,150
2,600
10,900
12,100
1,400
11,150
11,600
(a)
4:04AM
Surface
Mid-depth
Bottom
2,100
11,400
11,400
July 15 (a)
4:45AM
Surface
Mid-depth
Bottom
1,300
1,200
11,700
900
6,700
10,550
900
3,800
9,250
(d)
5:02AM
Surface
Mid-depth
Bottom
920
11,900
12,600
July 16 (a)
5:29AM
Surface
Mid-depth
Bottom
620
5,200
6,600
980
7,800
8,300
800
7,700
8,000
(d)
6:00AM
Surface
Mid-depth
Bottom
1,050
4,450
9,450
(a)
5:00AM
Surface
Mid-depth
Bottom
960
9,300
9,600
(a)
5:10AM
Surface
Mid-depth
Bottom
2,050
8,700
10,050
(a)
5:20AM
Surface
Mid-depth
Bottom
1,170
9,450
9,500
Table 2 (continued)
Tide oyolo: hi.^h tide to ono hour after
Dato
1937
July 16 (a)
5:30AM
(a)
5:40AM
(a)
5:50AM
(a)
6:00AM
July 17 (d)
7-.00AM
(a)
6:38AM
(a)
6:10AM
(a)
6:20AM
(a)
6:30AM
(a)
6:40AM
(a)
6:50AM
Parte pur million
Position Stations
8 9 10 11
Surface 970
Mid-depth 9,650
Bottom 9,700
Surface 1,020
Mid-depth 10,100
Bottom 10,650
Surface 1,050
Mid-depth 9,400
Bottom 10,250
Surface 1,100
Mid-depth 10,200
Bottom 10,450
Surface 1,880
Mid-depth 7,700
Bottom 13,400
Surface 1,800 3,100 1,100
Mid-depth 9,600 10,300 9,200
Bottom 10,000 10,300 11,000
Surfa.ce 3,000
Mid-depth 12,500
Bottom 12,600
Surface 3,100
Mid-depth 13,100
Bottom 13,400
Surface 5,200
Mid-depth 13,000
Bottom 13,600
Surface 3,700
Mid-depth 13,000
Bottom 13,400
Surface 2,800
Mid-depth 13,300
Bottom 13,900
7 1
Table 2 (continued)
Tido oyclo:
high tido
to ono hour aft<
Parts
por million
Date
Position
Stations
1937
8
9
10 11
July 17 (a)
7sOOAM
Surface
Mid-depth
Bottom
4,900
13,800
14,000
July 18 (a)
7:46AM
Surface
Mid-depth
Bottom
3,100
9,000
11,000
2,200
10,300
11,300
2,300
10,100
11,200
(d)
7:55AM
Surface
Mid-depth
Bottom
2,400
11,000
11,300
July 19 (a)
8:33AM
Surface
Mid-depth
Bottom
4,050
11,200
11,800
6,400
11,000
11,550
3,850
11,100
10,800
(d)
8:49AM
Surface
Mid-depth
Bottom
4,750
10,450
11,350
July 20 (a)
9:19AM
Surface
Mid-depth
Bottom
4,000
11,400
12,000
4,000
11,000
11,800
3,100
10,000
12,200
(d)
9:35AM
Surface
Mid-depth
Bottom
4,380
11,700
11,450
(a)
8:45AM
Surface
Mid-depth
Bottom
5,950
11,200
12,000
(a)
9:OOAM
Surface
Mid-depth
Bottom
6,050
9,900
11,300
(a)
9:15AM
Surface
Mid-depth
Bottom
10,200
12,400
13,000
(a)
9:30AM
Surface
Mid-depth
Bottom
6,050
12,900
13,000
7 2
Table 2 (continued)
Tide cycle: high tide to one hour after
Parts per million
Date
Position
1937
8
9
July 21 (a)
9:58AM
Surface
Mid-depth
Bottom
4,700
11,650
11,700
4,600
9,800
13,100
(d)
10:06AM
Surface
Mid-depth
Bottom
6,750
12,550
12,400
(a)
9:20AM
Surface
Mid-depth
Bottom
5,200
10,900
11,400
(a)
9:30AM
Surface
Mid-depth
Bottom
4,000
11,600
11,600
(a)
9:40AM
Surface
Mid-depth
Bottom
7,100
12,900
12,900
(a)
9:50AM
Surface
Mid-depth
Bottom
9,800
12,800
13,100
(a)
10:00AM
Surface
Mid-depth
Bottom
6,900
12,400
13,000
(a)
10:10AM
Surface
Mid-depth
Bottom
I
•
10,500
13,000
13,500
July 22 (a)
10:48AM
Surface
Mid-depth
Bottom
3,050
8,400
10,500
4,400
10,800
11,500
(d)
10:56AM
Surface
Mid-depth
Bottom
4,500
9,200
11,700
(a)
10:15AM
Surface
Mid-depth
Bottom
8,400
12,500
12,900
Stations
10
11
4,250
9,200
10,100
12
4,250
10,450
5,850
Tabic 2 (continued) Tide cycle: high tide to ono hour aftor
Parts por million
Date
Position
Stations
1937
8
9
10
11
July 22 (a)
10:30AH
Surface
Mid-depth
Bottom
6,700
13,000
13,200
(a)
10:45AH
Surface
Mid-depth
Bottom
7,100
12,600
13,600
July 23 (a)
11:18 AM
Surface
Mid-depth
Bottom
4,250
12,450
12,800
3,400
12,700
12,950
* 5,400
13,000
13,250
(d)
11:35AM
Surface
Mid-depth
Bottom
3,600
12,400
12,700
(a)
10:40AM
Surface
Mid-depth
Bottom
5,000
11,350
12,200
(a)
10:50AM
Surface
Mid-depth
Bottom
9,300
13,150
13,150
(a)
11:00AM
Surface
Mid-depth
Bottom
8,600
13,600
13,250
(a)
11:10AM
Surfac e
Mid-depth
Bottom
6,700
13,850
13,850
(a)
11:20AM
Surface
Mid-depth
Bottom
4,900
13,850
13,650
(a)
11:30AM
Surface
Mid-depth
Bottom
4,600
13,500
14,050
July 24 (d)
12:14PM
Surface
Mid-depth
Bottom
4,700
12,600
11,600
(a)
11:58AM
Surface
Mid-depth
Bottom
4,000
11,650
11,900
4,900
12,800
13,200
5,150
13,100
13,400
Table 2 (continued)
Tide cycle: high tide to one hour after
Parts per million
Date Position Stations
8 9 10 11
1937
July 25 (a)
12:00AM
Surface
Mid-depth
Bottom
8,400
14,000
14,200
(a)
12:10PM
Surface
Mid-depth
Bottom
10,000
14,300
14,700
(a)
12:20PM
Surface
Mid-depth
Bottom
6,300
14,300
14,200
(a)
12:30PM
Surface
Mid-depth
Bottom
8,300
14,100
14,600
(a)
12:40PM
Surface
Mid-depth
Bottom
9,200
14,800
14,700
(a)
12:50PM
Surface
Mid-depth
Bottom
7,900
14,700
14,900
July 27 (a)
1:15PM
Surface
Mid-depth
Bottom
8,700
14,600
14,500
(a)
1:30PM
Surface
Mid-depth
Bottom
12,200
14,300
14,500
(a)
1:45PM
Surface
Mid-depth
Bottom
8,600
14,400
14,800
(a)
2:00PM
Surface
Mid-depth
Bottom
9,200
14,600
15,100
(a)
2:15PM
Surface
Mid-depth
Bottom
12,400
14,900
14,900
7 5
Table 2 (continued) Tide cycle: high tide to one hour after
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 28 (a)
Surface
9,800
2:10PM
Mid-depth
15,100
Bottom
15,100
(a)
Surface
9,600
2:20PM
Mid-depth
15,400
Bottom
15,500
(a)
Surface
9,000
2:30PM
Mid-depth
15,400
Bottom
14,900
(a)
Surface
7,800
2;40PM
Mid-depth
15,300
Bottom
15,400
(a)
Surface
8,700
2:50PM
Mid-depth
15,400
Bottom
15,400
(a)
Surface
7,500
3:00PM
Mid-depth
15,300
Bottom
15,500
July 29 (a)
Surface
11,800
3:00PM
Mid-depth
14,800
Bottom
15,400
(a)
Surface
11,200
3:15PM
Mid-depth
15,600
Bottom
15,200
(a)
Surface
10,600
3:30PM
Mid-depth
15,850
Bottom
15,850
(a)
Surface
10,050
3:55PM
Mid-depth
14,900
Bottom
15,850
July 30 (a)
Surface
4,400
3:15PM
Mid-depth
9,100
Bottom
9,400
7 6
Table 2 (continued) Tide cycles high tide to one hour after
Parts per million
Date Position Stations
8 9 10 11
1937
July 30 (a)
3:30PM
Surfaoe
Mid-depth
Bottom
8,200
12,200
11,700
(a)
3:45PM
Surface
Mid-depth
Bottom
6,200
12,100
12,800
(a)
4:00PM
Surface
Mid-depth
Bottom
9,600
12,700
12,600
(a)
4:15PM
Surface
Mid-depth
Bottom
5,800
12,600
12,800
July 31 (a)
5:00PM
Surface
Mid-depth
Bottom
13,100
15,900
15,900
(a)
5:15FM
Surface
Mid-depth
Bottom
13,100
15,700
16,000
(a)
5:30PM
Surface
Mid-depth
Bottom
13,500
15,200
16,000
(a)
5:45PM
Surface
Mid-depth
Bottom
12,900
16,700
16,000
Aug. 1 (a)
6:00PM
Surface
Mid-depth
Bottom
12,300
15,800
15,800
(a)
6:15PM
Surface
Mid-depth
Bottom
15,100
15,900
16,000
(a)
6:30PM
Surface
Mid-depth
Bottom
14,800
15,900
16,000
7 7
Table 2 (continued) Tide cycle: high tide to one hour after
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 1 (a)
Surfabe
14,900
6:45PM
Mid-depth
16,100
Bottom
15,800
(a)
Surface
13,500
7:00PM
Mid-depth
15,700
Bottom
15,500
Aug. 2 (a)
Surface
8,000
6:30AM
Mid-depth
13,100
Bottom
13,300
(a)
Surface
8,400
6:45AM
Mid-depth
13,300
Bottom
13,900
(a)
Surface
7,300
7:00AM
Mid-depth
13,300
Bottom
13,800
(a)
Surface
9,400
7:15AM
Mid-depth
14,000
Bottom
13,700
Aug. 3 (a)
Surface
4,900
7j30AM
Mid-depth
10,800
Bottom
16,300
(a)
Surface
4,900
7:45AM
Mid-depth
10,500
Bottom
12,300
(a)
Surface
10,000
8:00AM
Mid-depth
13,900
Bottom
13,800
(a)
Surface
8,300
8:15AM
Mid-depth
13,600
Bottom
13,800
(a)
Surface
7,600
8:30AM
Mid-depth
13,600
Bottom
14,000
7 8
Table 2 (continued) Tide cycles high tide to one hour after
Parts per million
Date Position Stations
8 9 10 11
1937
Aug. 3 (a)
Surface
13,300
8:00PM
Mid-depth
15,000
Bottom
15,000
(a)
Surface
14,700
8:15PM
Mid-depth
15,300
Bottom
15,200
(a)
Surface
15,100
8:30PM
Mid-depth
16,000
Bottom
15,300
(a)
Surface
15,000
8:45PM
Mid-depth
15,700
Bottom
15,600
(a)
Surface
15,600
9:00PM
Mid-depth
15,900
Bottom
15,700
Aug. 4 (a)
Surface
7,100
8:30AM
Mid-depth
13,400
Bottom
13,350
(a)
Surface
7,400
8:40AM
Mid-depth
13,150
Bottom
13,550
(a)
Surface
7,700
8:50AM
Mid-depth
14,000
Bottom
14,050
(a)
Surface
8,000
9:00AM
Mid-depth
13,150
Bottom
13,800
(a)
Surface
7,450
9:10AM
Mid-depth
13,900
Bottom
13,900
(a)
Surface
5,750
9;20AM
Mid-depth
14,700
Bottom
14,700
7 0
Table 2 (continued.) Tide oyolo: high tide to one hour after
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 5 (a)
Surface
7,300
9:30AM
Mid-depth
11,800
Bottom
13,500
(a)
Surface
8,000
9:45AM
Mid-depth
13,200
Bottom
13,600
(a)
Surface
7,500
10:00AM
Mid-depth
13,600
Bottom
14,000
(a)
Surface
10,300
10:15AM
Mid-depth
14,000
Bottom
14,200
8 0
Table 3
Tide cyolo:
ono to two hours
after high tide.
Parts per million
Date
Position
Stations
8
9
10
11
12
1934
Oct. 12
Surface
4,625
5,875
4,525
6,775
6,725
2:30PM
Mid-depth
15,700
15,650
14,050
15,800
14,850
Bottom
15,700
15,700
15,600
15,850
15,800
Oct. 23
Surface
6,500
6,600
6,150
7,000
8,900
12:15PM
Mid-depth
16,300
16,500
16,400
16,100
15,100
Bottom
16,450
16,550
16,550
16,700
16,450
Oct. 26
Surface
11,500
9,400
8,900
8,850
6,800
2:20PM
Mid-depth
16,650
16,170
16,500
16,380
16,100
Bottom
16,550
16,600
16,500
16,300
16,400
Oct. 27
Surface
1,750
2,950
3,820
3,750
4,300
3:45PLI
Mid-depth
14,950
9,750
14,400
14,150
Bottom
15,200
15,050
15,150
15,550
14,900
Oct. 28
Surface
1,040
960
1,150
1,150
1,950
4:30FM
Mid-depth
12,880
5,100
1,400
12,600
3,400
Bottom
13,750
13,200
13,000
13,700
12,150
Oct. 29
Surface
4,100
3,950
4,050
3,700
4,450
5:40PM
Mid-depth
1,400
6,150
Bottom
15,250
14,450
14,100
15,250
12,650
Nov. 8
Surface
235
160
414
345
2,750
12:20PM
Mid-depth
14,000
13,850
8,750
13,450
5,550
Bottom
14,550
14,300
14,050
14,400
13,150
Nov. 21
Surface
5,400
7,900
10,100
13,400
7,550
12:15PM
Mid-depth
16,600
16,850
16,650
17,150
16,900
Bottom
16,700
16,950
17,100
17,100
16,900
Nov. 22
Surface
2,050
1,650
1,850
2,000
1,350
12:35PM
Mid-depth
4,350
2,750
2,850
4,750
2,750
Bottom
15,800
10,400
15,500
16,200
15,400
Dec. 7
Surface
161
102
72
90
880
12:20PM
Mid-depth
13,600
14,100
157
2,150
9,050
Bottom
14,600
14,650
13,950
15,100
13,250
Dec. 20
Surface
79
25
20
20
190
2:30PM
Mid-depth
40
20
25
25
185
Bottom
155
25
30
40
180
8 1
Table 3 (continued) Tide oyole: one to two hours after high tide.
Parts per million
Date Position Stations
1934
8
9
10
11
12
Dec. 21
12:00AM
Surface
Mid-depth
Bottom
1,350
14,650
1,400
12,400
14,250
1,770
13,500
14,150
2,230
13,800
14,750
1,970
12,800
13,500
Dec.24
2:10PM
Surface
Mid-depth
Bottom
950
12,700
13,050
800
12,350
12,800
630
2,000
12,300
565
11,000
13,050
1,235
6,200
11,250
1935
Jan. 5
12:20PM
Surface
Mid-depth
Bottom
3,800
14,250
14,700
2,450
9,650
14., 450
2,300
2,450
13,300
15,100
4,150
14,450
13,200
Jan. 8
2:20PM
Surface
Mid-depth
Bottom
2,450
14,650
15,600
3,500
15,200
15,650
3,650
13,050
15,400
8,550
15,250
15,500
11,800
13,550
15,500
Jan. 23
2:20PM
Surface
Mid-depth
Bottom.
350
11,250
14,050
98
12,900
13,750
65
500
13,000
134
12,200
13,850
460
8,500
11,600
Feb. 4
12:15PM
Surface
Mid-depth
Bottom
950
13,550
15,100
720
14,200
15,000
1,650
14,150
15,200
550
13,400
15,000
Feb. 6
2:25PM
Surface
Mid-depth
Bottom
670
1,200
12,000
590
800
13,100
670
11,200
14,100
660
5,800
13,950
Feb. 7
2:30PM
Surface
Mid-depth
Bottom
490
11,650
13,650
370
6,600
12,900
320
2,100
8,850
330
6,600
13,000
250
380
13,450
Feb. 18
12:05PM
Surface
Mid-depth
Bottom
50
12,000
12,650
31
10,700
12,200
66
1,800
12,100
42
10,600
12,700
500
3,550
10,350
Feb. 21
2:25PM
Surface
Mid-depth
Bottom
38
8,150
2,150
17
615
11,850
19
35
9,550
55
195
12,450
490
340
3,750
Feb. 22
2:15FM
Surface
Mid-depth
Bottom
102
12,900
12,850
350
11,400
12,450
71
7,150
11,800
280
10,700
13,250
2,690
5,300
10,600
8 2
Table 3 (continued) Tide cyole: one tp two hours after high tide.
Parts per million
Date
Position
Stationa
1935
8
9
10
11
12
Mar • 5
12:15PM
Surface
Mid-depth
Bottom
370
13,000
13,900
180
12,900
14,150
300
1,550
14,400
330
3,050
13,400
490
900
13,500
Mar - 7
2:10PM
Surface
Mid-depth
Bottom
83
950
13,900
18
85
1,650
GO
171
13,150
Mar- 8
2:20PM
Surface
Mid-depth
Bottom
14
100
12,100
6
8
2,550
15
25
6,100
Mar- 20
12:25PM
Surface
Mid-depth
Bottom
7
8
6,850
5
6
6
6
6
8
Mar. 23
1:35PM
Surface
Mid-depth
Bottom
6
6
7
5
5
11
6
6
5
Apr • 3
12:05PM
Surface
Mid-depth
Bottom
21
62
11,500
20
280
340
16
45
12,300
390
490
1,580
Apr- 4
12:35PM
Surface
Mid-depth
Bottom
11
11,000
11,600
8
34
14
4,300
11,400
79
93
800
Apr. 5
2:15PM
Surface
Mid-depth
Bottom
13
520
11,500
8
8
22
9
13
11,200
450
510
800
Apr. 6
1:50PM
Surface
Mid-depth
Bottom
7
10,700
11,350
7
95
9,950
11
6,350
11,950
Apr. 10 (a)
5:45PM
Surface
Mid-depth
Bottom
290
14,150
14,550
(a)
6:00PM
Surface
Mid-depth
Bottom
310
14,400
11,300
8 3
Table 3 (Continued) Tide cyoles on© to two hours after high tide.
Parts per million
Date Position Stations
8
9 10
11
12
1935
Apr. 18
Surface
3
5
4
4
12:15PM
Mid-depth
4
5
4
3
Bottom
6
5
5
4
Apr. 21
Surface
5
5
7
7
2:OOPM
Mia-depth
11
5
7
5
Bottom
10,200
6
3,550
7
Apr- 22
Surface
4
6
5
9
2:10PM
Mid-depth
10
5
5
10
Bottom
9,750
7
6
8
May 4, 5, -
Samples from all
depths -
Maximum 5.
May 18
Surface
52
78
104
155
11:00AM
Mid-depth
13,000
7,400
7,900
9,900
Bottom
13,450
12,650
13,000
6,100
May 26 (a)
Surface
1,370
1,330
1,210
6:08AM
Mid-depth
14,150
12,650
13,600
Bottom
14,400
14,000
14,650
(a)
Surface
1,120
7:00AM
Mid-depth
12,900
Bottom
14,650
(a)
Surface
9,350
9,700
7,450
7:08PM
Mid-depth
13,200
13,250
15,500
Bottom
14,750
16,350
14,050
May 27 (a)
Surface
14,100
13,550
13,300
7:08AM
Mid-depth
14,700
14,250
14,750
Bottom
2,600
2,150
2,500
(a)
Surface
1,850
8:00AM
Mid-depth
14,750
Bottom
13,100
(a)
Surface
3,950
5,200
7,150
8:08PM
Mid-depth
15,000
15,100
1,535
Bottom
12,250
15,550
15,550
May 30
Surface
1,470
2,020
1,830
10:38AM
Mid-depth
14,900
15,150
14,650
Bottom
15,150
15,000
15,250
8 4
Table 3 (continued) Tide cycles ono to two hours after high tide.
Parts per million
Date
Position
Stations
8
9
10 11
1935
June 2
Surface
2,300
2,250
3,200
12:19PM
Mid-depth
14,300
14,000
13,900
Bottom
14,950
14,800
June 15
Surface
440
540
750
11:03AM
Mid-depth
13,650
7,550
7,650
Bottom
12,700
13,650
10,350
June 18
Surface
500
420
300
1:08PM
Mid-depth
14,600
14,350
14,750
Bottom
14,900
14,300
14,850
June 28
Surface
30
10:05AM
Mid-depth
2,850
Bottom
8,800
June 29 (d)
Surface
94
10;53AM
Mid-depth
7,450
Bottom
7,900
(a)
Surface
76
55
75
11:23AM
Mid-depth
12,700
10,850
11,250
Bottom
11,555
14,150
13,250
June 30
Surface
102
148
76
11:05AM
Mid-depth
12,700
11,550
10,800
Bottom
13,200
12,400
13,000
July 9
Surface
56
22
31
6:05PM
Mid-depth
12,250
210
660
Bottom
13,350
13,000
13,050
July 10
Surface
10
10
9
7:05AM
Mid-depth
11
11
9
Bottom
12
11
11
July 16
Surface
2,650
2,850
2,050
11:23AM
Mid-depth
14,750
7,900
14,450
Bottom
14,950
15,100
15,000
July 17
Surface
3,100
4,250
1,750
11:45PM
Mid-depth
15,300
14,400
14,850
Bottom
15,050
14,750
14,650
Table 3 (continued) Tide oyoloi ono to two hours aftor high tido.
Parts
por
million
Da to
Position
Stations
1935
8
9
10
11
July 19
1:00PM
Surface
Mid-depth
Bottom
4,700
15,100
15,950
3,750
14,250
14,100
3,600
12,550
14,300
July 25
8:01AM
Surface
Mid-depth
Bottom
500
1,250
10,100
July 28 (d)
10:30AM
Surface
Mid-depth
Bottom
2,650
11,450
11,600
(a)
10:50AM
Surface
Mid-depth
Bottom
3,800
14,850
15,000
3,100
14,350
14,850
2,250
14,500
14,950
July 29
11:05AM
Surface
Mid-depth
Bottom
6,800
15,000
15,250
10,700
14,950
14,800
11,100
15,550
15,250
July 30
11:08PM
Surface
Mid-depth
Bottom
8,850
14,350
14,850
7,350
14,300
14,050
10,200
14,500
14,200
July 31
1:08PM
Surface
Mid-depth
Bottom
4,000
11,500
11,900
5,150
8,300
12,500
11,050
12,850
13,000
Aug. 1
12:50PM
Surface
Mid-depth
Bottom
5,100
14,000
14,100
5,500
13,450
14,300
6,350
12,900
14,800
Aug. 4
3:18PM
Surface
Mid-depth
Bottom
6,050
12,000
14,100
Aug. 11
9:00AM
Surface
Mid-depth
Bottom
4,400
8,700
13,400
Aug. 14
11:05AM
Surface
Mid-depth
Bottom
8,900
16,200
16,200
8,900
16,200
16,200
9,300
16,100
16,400
Table 3 (continued) Tide oyole: one to two hours after high tide.
Parts per million
Date
Position
Stations
1935
8
9
10
11
Aug. 16
12:35PM
Surface
Mid-depth
Bottom
11,100
16,400
16,300
10,200
16,400
17,300
13,000
15,900
16,150
Aug. 18
3:01PM
Surface
Mid-depth
Bottom
7,300
12,800
13,800
Aug. 25
9:30AM
Surface
Mid-depth
Bottom
6,550
8,400
12,300
Aug. 27
11:15AM
Surface
Mid-depth
Bottom
12,000
16,000
15,950
12,650
15,900
16,000
14,100
15,950
16,000
Aug. 28
11:38AM
Surface
Mid-depth
Bottom
10,000
12,200
15,800
11,000
15,900
15,800
13,900
15,700
16,000
Aug. 29
12:50PM
Surface
Mid-depth
Bottom
6,550
16,000
15,900
10,100
15,700
15,150
9,500
16,000
15,800
Aug. 30
12:20PM
Surface
Mid-depth
Bottom
12,300
16,300
15,900
13,850
16,350
16,400
13,200
16,100
16,200
Sept. 1
1:55PM
Surface
Mid-depth
Bottom
8,600
14,750
15,100
Sept. 9
11:05AM
Surface
Mid-depth
Bottom
5,800
9,300
9,650
5,350
10,850
10,650
4,550
10,700
12,350
Sept.10
11:40AM
Surface
Mid-depth
Bottom
7,300
10,950
15,350
6,700
9,500
9,850
9,050
11,350
13,450
Sept.11
12:43PM
Surface
Mid-depth
Bottom
4,850
6,800
8,800
4,150
6,100
8,350
4,900
7,050
9,950
Table 3 (continued) Tide oyolot
Date
Position
1935.
8
Sept.15
1:27PM
Surface
Mid-depth
Bottom
Sept.22
10:38AM
Surface
Mid-depth
Bottom
4,750
11,450
15,050
Sept.24
12:48PM
Surface
Mid-depth
Bottom
5,200
9,500
14,900
Sept.25
12:48R£
Surface
Mid-depth
Bottom
5,700
12,200
12,200
Sept.27
12:55PM
Surface
Mid-depth
Bottom
7,300
14,700
14,700
Sept.29
12:51PM
•
Surface
Mid-depth
Bottom
Oct. 1
1:08PM
Surface
Mid-depth
Bottom
14,250
16,000
16,000
Oct. 6
5:29PM
Surface
Mid-depth
Bottom
Oct. 12
11:53AM
Surface
Mid-depth
Bottom
7,700
16,100
16,600
Oct. 13
12:OOAM
Surface
Mid-depth
Bottom
16,600
17,100
17,200
Oct. 14
1:48PM
Surface
Mid-depth
Bottom
ono to two hours after high tide.
Parts per million
Stations
9 10 11 12
13,950
15,450
15,800
2,400 5,050
6,450 7,550
7,600 9,650
4,700 6,100
7,800 11,400
7,800 12,600
6,200 7,700
12,000 12,000
11,700 14,600
7,300 12,200
14,600 15,050
15,000 15,500
8,550
13,850
13,850
14,800 14,250
15,800 15,600
15,900 15,800
4,350
2,150
11,550
8,100 12,200
16,200 16,700
16,400 15,700
15,700 16,900
16,000 16,600
17,100 15,350
8 8
Table 3 (continued) Tide cycle: ono to two hours aftor high tido.
Parts per million
Date
Position
Stations
1935
8
9
10 11
Oot. 15
1:43PM
Surface
Mid-depth
Bottom
14,100
16,200
16,150
12,500
16,000
16,200
Oct. 20
6:01AM
Surface
Mid-depth
Bottom
4,700
7,500
11,400
Oct. 27
10:40AM
Surface
Mid-depth
Bottom
11,900
16,800
16,400
Oct. 28
12:15PM
Surface
Mid-depth
Bottom
12,000
16,200
16,200
13,000
9,800
16,600
12,700
16,600
16,400
Oct. 29
12:30PM
Surface
Mid-depth
Bottom
13,550
15,700
16,200
Oct. 30
1:20PM
Surface
Mid-depth
Bottom
15,300
16,600
18,300
16,200
16,600
13,400
15,800
16,200
17,100
Nov. 11
12:05PL1
Surface
Mid-depth
Bottom
16,900
17,450
17,200
17,200
17,050
17,200
17,000
17,150
17,150
Nov. 13
2:05PM
Surface
Mid-depth
Bottom
9,700
16,600
16,800
12,050
16,250
16,700
13,600
16,550
16,650
Nov. 14
2:10PM
Surface
Mid-depth
Bottom
14,500
15,550
15,750
Nov. 24
9:24AM
Surface
Mid-depth
Bottom
6,400
14,350
14,550
Nov. 25
11:40AM
Surface
Mid-depth
Bottom
8,100
13,900
14,200
9,600
12,800
15,000
10.,600
15,800
15,850
8 9
Table 3 (continued) Tido cycle: ono to two hours after high tide.
Parts por million
Date
Position
Stations
1935
8
9
10
11
12
Nov. 26
12:05EM
Surface
Mid-depth
Bottom
5,200
13,200
13,550
6,250
14,200
13,900
11,200
14,750
14,950
Nov. 28
1:35PM
Surface
Mid-depth
Bottom
14,000
14,600
14,800
14,150
14,350
14,400
14,200
14,550
14,600
Nov. 29
2:05PM
Surface
Mid-depth
Bottom
800
11,000
11,400
2,300
11,250
11,500
4,200
11,850
12,300
Dec. 9
11:05AM
Surfaco
Mid-depth
Bottom
16,200
16,400
16,500
16,400
16,450
16,500
16,500
16,500
16,500
Doc. 13
2:05PM
Surface
Mid-depth
Bottom
3,800
13,950
14,000
10,200
13,950
14,000
6,500
14,350
14,500
Dec. '24
11:15AM
Surface
Mid-depth
Bottom
8,350
13,300
13,550
8,850
13,800
13,800
8,900
9,300
13,300
8,450
14,100
14,800
13,450
14,850
15,150
Dec. 25
11:20AM
Surface
Mid-depth
Bottom
7,100
13,900
14,050
7,300
12,650
14,350
7,150
13,800
14,450
1936
Jan. 20
8:35AM
Surface
Mid-depth
Bottom
2,900
11,750
13,900
Mar. 9 (a)
12:32PM
Surfaco
Mid-depth
Bottom
700
11,650
13,000
1,550
12,850
13,500
1,450
13,700
14,100
(a)
1:27AM
Surfaco
Mid-depth
Bottom
\
950
4,650
10,750
1,100
12,700
12,800
Mar. 10 (a)
1:11PM
Surface
Mid*-depth
Bottom
800
10,450
11,740
1,400
10,300
9,300
2,200
9,000
12,850
9 0
Table 3 (continued) Tido cycloi ono to two hours aftor high tide.
Parts por million
Date
Position
Stations
1936
8
9
10
11
Mar- 10 (a)
2:06PM
Surface
Mid-depth
Bottom
700
1,650
11,500
700
2,050
13,500
Mar. 11 (a)
1:48PM
Surfaco
Mid-depth
Bottom
1,100
13,000
13,800
900
10,650
13,250
950
8,950
10,550
(a)
2:43PM
Surfaco
Mid-depth
Bottom
500
650
10,750
750
850
13,800
Mar. 12, 13,
Samplos from
16, 17, 18, 19, Apr. 3,
all depths - Maximum 8 -
4, 10, 11
■ Except:
, 12, 13,
Sta. 8 Apr
19, 20,
. 20, B
Apr. 24 (a)
2:20PM
Surface
Mid-dopth
Bottom
9
5
1,080
6
6
6,150
(a)
2:50PM
Surfaco
Mid-depth
Bottom
4
4
6,600
7
30
5,200
Apr. 25 (a)
2:20AM
Surfaco
Mid-depth
Bottom
22
9,500
54
8,900
(a)
2:50AM
Surfaco
Mid-dopth
Bottom
12
100
7,400
21
97
8,450
(a)
3:20FM
Surfaco
Mid-dopth
Bottom
3
85
4,900
4
166
3,950
(a)
3i50PM
Surfaco
Mid-depth
Bottom
4
5
600
4
29
4,950
Apr. 26 (a)
3:35AM
Surface
Mid-depth
Bottom
4
24
5,450
3
12
4,300
(a)
4:05AM
Surface
Mid-dopth
Bottom
11
260
3,350
5
9
1.850
9 1
Table 3 (continued)
Tido
Dato
1936
Apr. 26 (a)
4:00PM
Apr- 27 (a)
4:35AM
(a)
5:05AM
Apr- 28 (a)
5:20AM
(a)
5:50AM
6:20AM
(a)
(a)
6:20PM
Apr. 29 (a)
6:5QAM
7:20AM
(a)
Position
Surface
Mid-dopth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-dopth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-dopth
Bottom
Surface
Mid-dopth
Bottom
Surface
Mid-dopth
Bottom
Surface
Mid-depth
Bottom
cycle: one to two hours after high tide,
Parts por million
Stations
8 9 10 11 12
1,150
11
6,800
26
7,100
6
4,450
6,200
9
6,500
6,900
9
1,710
5,800
500
5,650
7
5,300
6,800
14
3,700
6,950
May 6, 7, 8, 9, - Samples from all depths - Maximum 6.
May 10 (a)
2:20PM
Surface
Mid-depth
Bottom
3
197
6,750
20
2
7,750
27
7,550
6
5,000
5,500
7
3,300
200
5
3,850
6,650
370
5,150
7
3,100
5,700
8
2,500
6,300
7
710
6,900
(a) Surface
2:50FM Mi d- de p th
Bottom
6
219
5,800
4
3,000
6,550
9 2
Table 3 (continued) Tido cycle: one to two hours aftor high tide.
Parts per million
Dato Position Stations
8 9 10 11 12
1936
May 11 - Samples from all dopths - Maximum 4.
May 21
Surface
10
14
12:05PM
Mid-dopth
2,600
130
Bottom
7,550
6,800
May 22
Surfaco
7,050
31
1:05AM
Mid-depth
2,100
1,800
Bottom
54
1,000
May 28 (a)
Surfaco
1,510
3,490
6:05AM
Mid-dopth
10,650
11,100
Bottom
11,750
11,950
(a)
Surfaco
1,500
4,650
6:35PM
Mid-depth
11,450
10,600
Bottom
11,350
11,200
(a)
Surfaco
1,570
1,950
7:05PM
Mid-depth
7,250
9,750
Bottom
8,550
9,150
Juno 3 (a)
Surfaco
9,550
7,950
10:35AM
Mid-depth
11,750
10,350
Bottom
12,150
12,700
(a)
Surfaco
6,050
4,800
11:05AM
Mid-dopth
12,750
11,750
Bottom
12,100
11,650
Juno 4
Surfaco
12,950
10,200
11:05AM
Mid-dopth
13,800
13,300
Bottom
13,200
13,250
June 9
Surfaco
9,500
8,650
3:05PM
Mid-dopth
14,150
11,900
Bottom
13,650
14,300
Juno 10
Surface
9,750
10,650
4:05AM
Mid-dopth
13,500
13,700
Bottom
14,250
13,700
Juno 21 (a)
1:35PM
Surfaco 2,000 3,100
Mid-depth 8,450 9,950
Bottom 11,300 11,700
3,200
9,300
11,600
Tablo 3 (continuod) Tido oyolo: ono to two hours aftor high tido.
Parts por million
Dato Position Stations
1936
8
9
10
11
Juno 21 (d)
1:45PM
Surfaco
Mid-dopth
Bottom
3,350
8,450
10,650
Juno 22 (a)
2:21PM
Surfaco
Mid-dopth
Bottom
10,400
12,700
10,000
14,000
10,800
12,500
(d)
2:35PM
Surface
Mid-dopth
Bottom
4,900
13,400
12,800
Juno 23
3:24PM
Surface
Mid-depth
Bottom
6,850
13,350
13,700
June 24 (a)
3:30AM
Surface
Mid-dopth
Bottom
2,950
5,100
4,700
2,650
4,350
4,100
3,500
4,550
4,300
(d)
3:43AM
Surface
Mid-depth
Bottom
2,950
4,350
3,700
Juno 25 (a)
4:10AM
Surface
Mid-depth
Bottom
2,300
6,300
8,300
2,200
7,250
8,750
2,200
8,050
9,450
(d)
4:30PM
Surface
Mid-depth
Bottom
2,800
9,450
8,450
Juno 26 (a)
4:59AM
Surface
Mid-depth
Bottom
2,500
5,700
8,250
2,450
7,250
9,550
2,750
6,200
6,800
(d)
5:19AM
Surface
Mid-depth
Bottom
800
3,450
4,050
Juno 27
6:10AM
Surface
Mid-depth
Bottom
1,000
1,650
2,950
9 4
Table 3 (continued) Tide oyole: one to two hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1936
June 28
Surface
2,700
7:02AM
Mid-depth
10,900
Bottom
11,550
June 29
Surface
5,500
7:53AM
Mid-depth
11,600
Bottom
12,400
June 30
Surface
6,700
8:43AM
Mid-depth
10,450
Bottom
11,400
July 1
Surface
6,700
9:31AM
Mid-depth
9,800
Bottom
9,550
July 2
Surface
4,700
10:17AM
Mid-depth
1,000
Bottom
9,550
July 3 (a)
Surface
6,800
10:50AM
Mid-depth
13,600
Bottom
13,300
(a)
Surface
5,900
11:00AM
Mid-depth
13,000
Bottom
13,700
(a)
Surface
5,250
11:10AM
Mid-depth
13,300
Bottom
13,400
(a)
Surface
13,050
11:20AM
Mid-depth
7,100
Bottom
12,850
(a)
Surface
5,250
• 11:30AM
Mid-depth
13,000
Bottom
13,650
(a)
Surface
5,100
11:40AM
Mid-depth
12,650
Bottom
13,800
9 5
Table 3 (continued)
Date
1936
July 3 (a)
10:45AM
July 4
11:47AM
July 5
12:30PM
July 6
1:16PM
July 7 (a)
1:42PM
(d)
2:02PM
July 8 (a)
3:04PM
(d)
3:10PM
July 9
3:42PM
July 10 (a)
4:14PM
4:37PM
(d)
Position
TJrde oyole: one to two hours after high tide#
Parts per million
Stations
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
8
9
4,400
3,900
5,000
10,100
6,650
11,950
4,300
11,150
11,750
6,250
12,000
13,800
9,350
14,300
15,500
8,500
9,750
13,250
13,750
14,300
13,900
9,850
13,600
14,450
8,500
12,850
10,150
13,100
13,850
8,550
9,350
13,450
10,450
13,850
15,450
13,200
14,100
11,700
12,700
11,200
14,250
14,600
10
11
3,600
7,050
9,950
9,000
13,650
14,400
10,450
11,700
14,500
13,300
14,200
12
9 6
Table 3 (continued)
Date
Position
Tide cycle: one to two hours after high tide.
Parts per million
Stations
8
10
11
12
1936
July 11
5:36PM
July 12 (a)
5:28AM
(d)
5:58AM
July 13
6:59AM
July 14 (a)
7:44AM
(d)
8:01AM
July 16
10:20AM
July 18
11:49AM
July 22 (a)
2:30PM
(a)
2:40PM
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
5,350
11,700
9,600
11,400
9,600
16,900
15,650
7,000
12,000
4,600
6,300
11,050
6,900
13,000
13,200
9,650
9,450
5,600
10,600
11,800
5,250
11,400
11,000
8,450
13,550
13,650
10,100
15,650
15,900
10,400
15,350
15,950
6,300
12,300
8,950
11,900
(a)
2:50FM
Surface
Mid-depth
Bottom
9,550
15,500
16,150
Table 3 (continued) Tide cycle: ono to two houyc after high tide.
Parts
per
million
Date
Position
Stations
1936
0
9
10
11
July 22 (a)
3:00PM
Surface
Mid-depth
Bottom
7,250
15,560
16,250
(a)
3:10PM
Surface
Mid-depth
Bottom
7,250
15,600
16,050
(a)
3:20PM
Surface
Mid-depth
Bottom
8,100
15,500
16,000
(a)
2:48PM
Surface
Mid-depth
Bottom
6,700
14,500
14,800
7,500
13,850
14,250
8,100
13,300
13,650
(d)
3:01PM
Surface
Mid-depth
Bottom
9,250
13,150
13,800
July 24 (a)
4:21PM
Surface
Mid-depth
Bottom
5,000
11,250
10,950
4,750
7,850
12,300
5,150
12,000
12,200
(d)
4:32PM
Surface
Mid-depth
Boi?tom
4,600
11,250
12,350
July 25
11:24AM
Surface
Mid-depth
Bottom
1,120
1,450
6,450
July 26 (a)
5:20AM
Surface
Mid-depth
Bottom
3,250
6,800
8,850
2,150
7,050
7,200
1,950
6,400
7,800
(d)
5:36AM
Surface
Mid-depth
Bottom
2,450
8,900
8,850
July 30 (a)
8:47AM
Surface
Mid-depth
Bottom
6,700
9,750
12,150
5,700
10,950
12,000
6,350
11,100
13,050
9 0
Table 3 (continued)
Tide oyole:
ono to two
hour
s after hi(
Parts
i per
million
Date
Position
Stations
1936
8
9
10
11
July 30 (d)
9:09AM
Surface
Mid-depth
Bottom
5,900
10,650
12,200
Aug. 1 (a)
10:54AM
Surface
Mid-depth
Bottom
5,700
9,500
13,050
5,500
13,700
13,350
3,700
11,500
13,400
(d)
11:12AM
Surface
Mid-depth
Bottom
5,600
10,400
13,100
Aug. 3 (a)
12:30PM
Surface
Mid-depth
Bottom
14,650
15,150
15,200
14,800
15,150
13,800
(d)
12:41PM
Surface
Mid-depth
Bottom
9,350
14,000
11,250
Aug. 5 (a)
1:34PM
Surface
Mid-depth
Bottom
14,200
14,200
14,800
14,100
14,500
14,950
(d)
1:51PM
Surface
Mid-depth
Bottom
7,150
14,400
14,500
Aug. 7 (a)
3:09PM
Surface
Mid-dopth
Bottom
10,250
14,950
15,450
7,900
15,150
15,550
9,100
15,250
15,500
(d)
3:21PM
Surface
Mid-depth
Bottom
8,850
15,450
15,500
Aug. 9 (a)
4:58PM
Surface
Mid-depth
Bottom
15,900
16,050
16,000
15,900
15,600
15,400
(d)
5:15PM
Surface
Mid-depth
Bottom
9,350
16,100
16,000
12
9 9
Table 3 (continued) Tido oyclos ono to two hours aftor high tide.
Parts por million
Date Position Stutions
8 9 10 11 12
1936
Aug. 11 (a)
Surface
8,200
9
000
8,300
6:19AM
Mid-depth
13,350
13
700
12,550
Bottom
13,800
14
100
14,150
(d)
Surfaco
9
000
6:42AM
Mid-depth
13
500
Bottom
13
500
Aug. 15 (a)
Surface
7,250
9
750
8,800
10:24AM
Mid-depth
13,100
13
250
12,100
Bottom
14,600
14
900
14,800
(d)
Surfaco
8
000
10:42AM
Mid-depth
13
300
Bottom
13
200
Aug. 19 (a)
Surface
9,800
10
550
12,650
1:21PM
Mid-depth
14,100
14
300
15,350
Bottom
14,250
14
900
15,400
(d)
Surfaco
10
100
1:37PM
Mid-depth
14
500
Bottom
14
300
Aug. 21 (a)
Surface
11,100
13
450
12,200
2:49PM
Mid-depth
16,650
16
200
16,400
Bottom
16,600
16
600
16,000
(d)
Surface
13
400
3:09PM
Mid-depth
16
050
Bottom
16
450
Aug. 22 (a)
Surface
7,000
6
800
7,400
3:31PM
Mid-depth
13,600
13
600
13,800
Bottom
15,800
15
900
16,100
(d)
Surface
7
200
3:50PM
Mid-depth
10
700
Bottom
15
650
Aug. 25 (a)
Surface
8,200
6
900
6,500
5:38AM
Mid-depth
12,500
13
500
13,000
Bottom
14,000
13
500
13,550
100
Table 3 (continued) Tide cycles
Date
Position
1936
8
Aug. 25 (d)
5:46AM
Surface
Mid-depth
Bottom
Aug. 26 (a)
6:21AM
Surface
Mid-depth
Bottom
8,500
14,000
14,050
(d)
6:41AM
Surface
Mid-depth
Bottom
Aug. 27
7:38AM
Surface
Mid-depth
Bottom
Aug. 28
8:34AM
Surface
Mid-depth
Bottom
Aug. 29 (a)
9:09AM
Surface
Mid-depth
Bottom
8,600
12,200
14,400
(d)
9:27AM
Surface
Mid-depth
Bottom
Aug. 31 (a)
10:44AM
Surface
Mid-depth
Bottom
6,300
15,100
14,950
(d)
11:05AM
Surface
Mid-depth
Bottom
Sept. 2 (a)
12:06PM
Surface
Mid-depth
Bottom
15,300
15,300
one to two hours after high tide
Parts per million
Stations
9 10 11 12
7,350
11,800
9,150
9,150
13,700
13,950
7,100
11,250
12,950
9,350
13,950
14,250
6,050
10,050
9,350
6,000
12,700
12,800
9,300
12,750
14,400
10,000
9,400
14,500
9,500
12,600
14,500
7,500
15,300
15,000
9,200
15,300
15,200
7,050
14,250
14,950
15,350
15,800
14,600
15,350
(d)
12:41PM
Surface
Mid-depth
Bottom
6,950
13,800
15,800
101
Table 3 (continued) Tide cyole: one to two hours after hif,h tide.
Parts per million
Date Position Stations
8 9 10 11 12
1936
Sept. 4 (a)
Surface
8,950
8
100
8,750
1:50PM
Mid-depth
14,350
15
900
15,600
Bottom
15,500
15
950
15,800
(d)
Surface
7
700
2:18PM
Mid-depth
15
500
Bottom
15
600
Sept. 9
Surface
6
100
6:29AM
Mid-depth
12
800
Bottom
11
800
Sept.11
Surface
6
600
8:38AM
Mid-depth
13
500
Bottom
14
000
Sept.12 (a)
Surface
7,800
9
000
8,750
9:19AM
Mid-depth
12,600
14
200
14,200
Bottom
14,500
14
750
14,200
(a)
Surface
9
350
9:34AM
Mid-depth
14
000
Bottom
14
650
Sept.16 (a)
Surface
8,500
8
600
9,200
12:05RI
Mid-depth
14,350
14
500
13,900
Bottom
13,950
13
900
14,600
(a)
Surface
8
900
12:27PM
Mid-depth
13
800
Bottom
13
350
Sept.20 (a)
Surface
3,200
4
100
4,100
2:48PM
Mid-depth
12,000
11
900
11,500
Bottom
12,150
12
150
11,950
(a)
Surface
4
300
3:04PM
Mid-depth
12
200
Bottom
11
800
Oct. 12
Surface
5,200
5
600
7,100
9:42AM
Mid-depth
8,400
11
100
11,400
Bottom
8,000
8
700
11,300
102
Table 3 (continued) Tide cycle:
Date
Position
1936
8
Oct. 15 (a)
11:23AM
Surface
Mid-depth
Bottom
7,050
14,050
13,250
(d)
11:55AM
Surface
Mid-depth
Bottom
Oct. 20
3:05PM
Surface
Mid-depth
Bottom
Oct. 26
8:18AM
Surface
Mid-depth
Bottom
Oct. 28 (a)
9:44AM
Surface
Mid-depth
Bottom
1,000
11,750
9,100
(d)
10:06AM
Surface
Mid-depth
Bottom
Oct. 30 (a)
11:34AM
Surface
Mid-depth
Bottom
1,160
1,400
4,300
(d)
11:47AM
Surface
Mid-depth
Bottom
Nov. 1 (a)
12:54PM
Surface
Mid-depth
Bottom
1,450
8,600
9,150
(d)
1:30PM
Surface
Mid-depth
Bottom
Nov. 3 (a)
2:44PM
Surface
Mid-depth
Bottom
2,700
7,700
9,700
one to two hours after high tide.
Parts per million
Stations
9 10 11 12
7,050
13,750
14,450
7,850
14,150
14,150
1,200
1,400
6,600
4,400
9,100
10,500
1,300
5,600
11,600
1,550
7,200
10,800
950
10,200
10,700
1,160
2,550
9,000
1,410
2,850
7,950
800
1,500
7,900
2,350
5,450
9,350
1,600
6,500
10,300
1,800
7,600
10,500
3,100
7,100
6,900
105
Table 3 (continued)
Date
1936
Nov. 3 (d)
3:19PM
Position
Tide oyolo: one to two hours after high tide.
Parts per million
Stations
Surface
Mid-depth
Bottom
8
3,200
9,100
9,000
10
11
12
1937
Apr. 9 to May 22 intermittently, 14 sets of samples, Maximum 76.
June 6
Surface
200
200
93
9:31AM
Mid-depth
230
390
1,200
Bottom
4,200
3,400
1,340
June 19
Surface
1,020
920
480
8:39AM
Mid-depth
8,400
7,900
7,050
Bottom
6,800
8,200
8,600
July 5
8:53AM
Surface
M:' d - depth
Bottom
40
5,600
7,400
65
6,900
7,600
51
6,450
7,800
July 10 (a)
1:20PM
Surface
Mid-depth
Bottom
6,100
13,400
14,100
(a)
1:30PM
Surface
Mid-depth
Bottom
6,300
13,700
13,500
(a)
1:40PM
Surface
Mid-depth
Bottom
5,800
15,100
15,500
(a)
1:50PM
Surface
Mid-depth
Bottom
5,400
15,000
13,400
(a)
2:00PM
Surface
Mid-depth
Bottom
4,400
15,200
15,300
(a)
2:10PM
Surface
Mid-depth
Bottom
7,900
14,900
15,300
104
Table 3 (continued) Tide cycle: one to two hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 12 (a)
3:00PM
Surface
Mid-depth
Bottom
14,900
15,300
15,800
(a)
3:15PM
Surface
Mid-depth
Bottom
9,400
14,800
15,600
(a)
3:30PM
Surface
Mid-depth
Bottom
6,900
15,700
15,700
(a)
3:45PM
Surface
Mid-depth
Bottom
6,700
14,800
15,700
(a)
4:00PM
Surface
Mid-depth
Bottom
7,300
13,800
15,500
July 13 (a)
4:00PM
Surface
Mid-depth
Bottom
10,900
13,900
14,000
(a)
4:10PM
Surface
Mid-depth
Bottom
6,900
13,800
13,900 •
(a)
4:20PM
Surface
Mid-depth
Bottom
6,200
11,000
14,100
(a)
4:30PM
Surface
Mid-depth
Bottom
10,700
13,600
13,900
(a)
4:40PM
Surface
Mid-depth
Bottom
5,200
12,700
13,700
(a)
4:50PM
Surface
Mid-depth
Bottom
4,200
13,800
11,200
105
Table 3 (continued) Tide cycle: one to two hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 14 (a)
Surface
2,400
5s00PM
Mid-depth
12,500
Bottom
12,400
(a)
Surface
2,600
5:15PM
Mi d-depth
12,000
Bottom
12,400
(a)
Surface
2,600
5:30PM
Mid-depth
12,250
Bottom
12,700
(a)
Surface
3,000
5:45PM
Mi d-depth
11,850
Bottom
12,600
July 16 (a)
Surface
1,090
6:10AM
Mid-depth
10,200
Bottom
10,300
(a)
Surface
910
6:20AM
Mid-depth
10,450
Bottom
10,200
(a)
Surface
900
6:30AM
Mid-depth
10,400
Bottom
9,900
(a)
Surface
740
6:40AM
Mid-depth
9,550
Bottom
11,250
(a)
Surface
710
6:50AM
Mid-depth
9,550
Bottom
10,750
(a)
Surface
880
7:00AM
Mid-depth
10,350
Bottom
9,750
July 17 (a)
Surface
2,600
7:10AM
Mid-depth
13,700
Bottom
13,700
106
Table 3 (continued) Tide oyolei ono to two hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 17 (a)
7:20AM
Surface
Mid-depth
Bottom
4,600
13,700
16,800
(a)
7:30AM
Surface
Mid-depth
Bottom
2,900
13,700
13,800
(a)
7:40AM
Surface
Mid-depth
Bottom
1,600
12,900
6,300
(a)
7:5QAH
Surface
Mid-depth
Bottom
1,100
14,000
14,000
(a)
8:00AM
Surface
Mid-depth
Bottom
2,800
14,200
14,000
July 20 (a)
9:45AM
Surface
Mid-depth
Bottom
10,050
12,250
12,500
(a)
10:00AM
Surface
Mid-depth
Bottom
8,300
13,550
12,800
(a)
10:1514.1
Surface
Mid-depth
Bottom
6,600
13,050
13,000
(a)
10:30AM
Surface
Mid-depth
Bottom
4,000
12,650
12,600
July 21 (a)
10:20AM
Surface
Mid-depth
Bottom
10,500
13,700
14,100
(a)
10:30AM
Surface
Mid-depth
Bottom
8,000
13,300
13,300
107
Table 3 (continued) Tide cyolo: one to two hours nftor high tide.
Parts por million
Date Position Stations
8 9 10 11 12
1937
July 21 (a)
Surface
9
800
10:40AM
Mid-depth
13
600
Bottom
13
100
(a)
Surface
9
600
10:50AM
Mid-depth
13
300
Bottom
13
000
(a)
Surface
7
100
11:00AM
Mid-depth
13
000
Bottom
13
600
(a)
Surface
3
200
11:10AM
Mid-depth
13
000
Bottom
13
400
(a)
Surface
3
400
11:2QAM
Mid-depth
12
700
Bottom
13
000
July 22 (a)
Surface
3
900
11:00AM
Mid-depth
12
700
Bottom
13
200
(a)
Surface
7
800
11:15AM
Mid-depth
13
700
Bottom
12
700
(a)
Surface
6
200
11:30AM
Mid-depth
12
500
Bottom
13
500
(a)
Surface
4
800
11:45AM
Mid-depth
12
500
Bottom
12
200
July 23 (a)
Surface
4
300
11:40AM
Mid-depth
12
600
Bottom
13
800
(a)
Surface
3
900
11:50AM
Mid-depth
12
700
Bottom
12
900
108
Table 3 (continued) Tide cycle: one to two hours after high tide.
Parts per million
Date Position Stations
0 9 10 11 12
1937
July 23 (a)
Surface
4,100
12:00AM
Mid-depth
13,600
Bottom
13,500
(a)
Surface
4,000
12:10PM
Mid-depth
13,000
Bottom
13,500
(a)
Surface
4,000
12:20PM
Mid-depth
12,700
Bottom
13,400
(a)
Surface
4,800
12:30PM
Mid-depth
13,100
Bottom
13,800
July 25 (a)
Surface
7,100
1:00PM
Mid-depth
14,500
Bottom
14,900
(a)
Surface
10,600
1:10FM
Mid-depth
14,400
Bottom
14,500
(a)
Surface
11,400
1:20PM
Mid-depth
14,800
Bottom
14,800
(a)
Surface
10,700
1:30PM
Mid-depth
14,100
Bottom
14,700
(a)
Surface
7,800
1:40PM
Mid-depth
13,800
Bottom
14,800
(a)
Surface
7,800
1:50PM
Mid-depth
14,400
Bottom
14,600
July 27 (a)
Surface
10,700
2:30PM
Mid-depth
14,900
Bottom
14,800
109
Table 3 (continued) Tide cycle: one to two hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 27 (a)
2:45PM
Surface
Mid-depth
Bottom
8,100
14,250
14,300
(a)
3:00PM
Surface
Mid-depth
Bottom
7,600
14,450
14,000
(a)
3:15PM
Surface
Mid-depth
Bottom
8,700
'14,200
14,600
July 28 (a)
3:10PM
Surface
Mid-depth
Bottom
6,800
15,400
15,800
(a)
3:20PM
Surface
Mid-depth
Bottom
6,500
15,200
15,800
(a)
3:30PM
Surface
Mid-depth
Bottom
6,100
15,700
15,800
(a)
3:40PM
Surface
Mid-depth
Bottom
7,200
14,400
15,600
(a)
4:10PM
Surface
Mi d-depth
Bottom
4,900
14,600
15,100
July 29 (a)
4:00PM
Surface
Mi d-depth
Bottom
10,450
15,250
13,750
(a)
4:15PK
Surface
Mid-depth
Bottom
9,050
15,700
16,100
(a)
4:30PM
Surface
Mid-depth
Bottom
11,950
15,900
15,650
110
Table 3 (continued) Tide oycle: one to two hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 29 (a)
4:45PM
Surface
Mid-depth
Bottom
8,750
15,600
16,050
(a)
5:00PM
Surface
Mid-depth
Bottom
7,050
15,350
15,800
July 30 (a)
4:30AM
Surface
Mid-depth
Bottom
5,800
12,700
12,600
(a)
4:45AM
Surface
Mid-depth
Bottom
7,100
13,100
12,700
(a)
5:00AM
Surface
Mid-depth
Bottom
6,400
12,000
12,900
(a)
5:15AM
Surface
Mid-depth
Bottom
4,700
12,200
12,600
July 31 (a)
6:00PM
Surface
Mid-depth
Bottom
13,000
16,100
16,000
(a)
6:15PM
Surface
Mid-depth
Bottom
14,600
16,000
16,000
(a)
6:30PM
Surface
Mid-depth
Bottom
13,300
15,900
16,000
(a)
6:45PM
Surface
Mid-depth
Bottom
12,900
15,800
16,000
(a)
7:00PM
Surface
Mid-depth
Bottom
9,500
15,900
15,700
Ill
Table 3 (continued) Tide cyclej ono to two hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 1 (a)
Surface
4
800
7:00AM
Mid-depth
13
500
Bottom
13
400
(a)
Surface
4
900
7:15AM
Mid-depth
13
400
Bottom
13
700
Aug. 2 (a)
Surface
7
400
7:30AM
Mid-depth
13
800
Bottom
14
000
(a)
Surface
8
000
7:45AM
Mid-depth
14
100
Bottom
14
200
(a)
Surface
9
700
8:00AM
Mid-depth
13
600
Bottom
14
400
(a)
Surface
11
400
8:15AM
Mid-depth
13
800
Bottom
13
800
(a)
Surface
5
600
8:30AM
Mid-depth
13
800
Bottom
14
400
Aug. 3 (a)
Surface
4
900
8:45AM
Mid-depth
13
400
Bottom
13
600
(a)
Surface
5
300
9:00AM
Mid-depth
13
600
Bottom
14
700
(a)
Surface
8
300
9:15AM
Mid-depth
13
000
Bottom
14
000
(a)
Surface
5
700
9:3QAM
Mid-depth
14
000
Bottom
14
100
112
Table 3 (oontinued) Tide cyole: one to two hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 3 (a)
Surface
15,200
9:15PM
Mid-depth
15,700
Bottom
15,650
(a)
Surface
13,200
9:30PM
Mid-depth
15,600
Bottom
15,650
(a)
Surface
14,500
9:45PM
Mid-depth
15,000
Bottom
15,500
(a)
Surface
9,900
10:00PM
Mid-depth
15,300
Bottom
15,300
Aug. 4 (a)
Surface
11,700
9:30AM
Mid-depth
14,200
Bottom
14,650
(a)
Surface
8,900
9:40AM
Mid-depth
13,950
Bottom
14,600
(a)
Surface
7,000
9:5QAM
Mid-depth
14,200
Bottom
14,650
(a)
Surface
5,400
10:00AM
Mid-depth
14,600
Bottom
14,550
(a)
Surface
5,650
10:10AM
Mid-depth
13,400
Bottom
14,500
(a) .
Surface
10,450
10:20AM
Mid-depth
14,000
Bottom
14,500
(a)
Surface
5,900
10:30AM
Mid-depth
13,700
Bottom
13,850
113
Table 3 (continued) Tide cyoloj ono to two hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 5 (a)
Surface
8,400
10:3QAM
Mid-depth
13,400
Bottom
13,900
(a)
Surface
10,300
10M5AM
Mid-depth
13,600
Bottom
14,000
(a)
Surface
6,000
11:00AM
Mid-depth
14,200
Bottom
14,000
(a)
Surface
5,900
11:15AM
Mid-depth
13,900
Bottom
13,700
114
Table 4 Tide cyole: two to three hours after high tide.
Parts per million
Date
Position
Stations
1934
8
I
9
10
11
12
Oct. 8
12:25PM
Surface
Mid-depth
Bottom
3,270
14,000
14,375
3,400
14,575
14,775
3,575
6,325
14,175
5,775
14,425
14,925
7,000
11,475
14,625
Oct. 10
2:15PM
Surface
Mid-depth
Bottom
2,470
10,235
12,150
2,520
7,325
10,900
3,974
6,590
12,650
3,300
13,680
14,850
5,020
12,300
14,770
Oct. 11
2:45PM
Surface
Mid-depth
Bottom
5,450
14,600
15,150
5,300
15,000
15,250
4,230
13,350
15,500
7,775
14,500
13,775
10,475
12,950
15,950
Oct. 22
12:35PM
Surface
Mid-depth
Bottom
7,800
15,550
16,200
7,750
15,050
15,650
9,650
16,350
16,350
9,000
16,350
16,600
15,050
16,700
16,500
Oct. 24
2:20PM
Surface
Mid-depth
Bottom
6,150
13,400
15,350
3,300
9,050
15,000
4,700
12,200
14,050
4,800
13,500
16,250
6,500
14,850
15,200
Oct. 25
2:25PM
Surface
Mi d-depth
Bottom
5,300
16,100
16,400
14,550
5,750
16,550
7,900
14,050
16,650
10,100
16,750
17,050
12,000
16,800
16,700
Oct. 27
4:40PM
Surface
Mid-depth
Bottom
15,250
1,550
14,700
1,850
14,180
1,800
15,200
2,220
13,050
Oct. 28
5:30PM
Surface
Mid-depth
Bottom
890
2,300
1,930
700
3,910
1,600
1,500
1,700
2,150
1,150
2,250
3,450
1,450
2,650
4,550
Nov. 6
12:15PM
Surface
Mid-depth
Bottom
4,500
7,500
13,850
4,000
7,700
9,850
5,950
8,370
12,150
5,200
11,980
15,300
7,800
12,400
14,650
Nov. 20
12:15PM
Surface
Mid-depth
Bottom
3,000
9,950
13,950
1,850
4,950
14,550
1,550
2,750
13,350
2,100
11,500
14,850
3,500
13,350
14,850
Nov. 23
2:20PM
Surface
Mid-depth
Bottom
450
11,450
13,150
64
2,000
13,850
79
97
5,000
163
13,600
2,000
1,150
2,200
7,650
115
Table 4 (continued) Tide cyole:
Date
Position
1934
8
Dec. 6
12:20PM
Surface
Mid-depth
Bottom
29
570
12,850
1935
Jan. 4
12:15PM
Surface
Mid-depth
Bottom
860
Jan. 7
2:30PM
Surface
Mid-depth
Bottom
2,750
5,150
14,050
Jan. 18
12:20PM
Surface
Mid-depth
Bottom
51
72
11,950
Jan. 22
2:50PM
Surface
Mid-depth
Bottom
500
7,000
14,000
Feb. 5
2:30PM
Surface
Mid-depth
Bottom
Feb. 20
2:10PM
Surface
Mid-depth
Bottom
102
10,600
12,800
Mar. 6
1:50PM
Surface
Mid-depth
Bottom
280
3,450
14,100
Mar. 17
lit 35AM
Surface
Mid-depth
Bottom
22
610
11,700
Mar. 18
12:20PM
Surface
Mid-depth
Bottom
11
109
12,450
Mar. 19
11:55AM
Surface
Mid-depth
Bottom
6
18
10,900
two to three hours after high tide.
Parts per million
Stations
9
10
11
12
9
7
8
650
8
6
28
480
28
9
10,100
2,580
240
450
820
1,350
1,850
2,850
4,800
2,650
8,400
10,300
9,150
9,900
11,350
14,300
14,550
6
6
13
360
6
5
25
360
33
6
5,000
490
385
540
1,145
950
1,600
1,350
3,100
1,850
1,850
380
12,850
1,150
630
570
490
690
4,200
600
3,450
1,000
5,300
4,950
11,650
10,100
77
f 83
87
650
1,600
150
810
1,650
5,400
10,800
12,750
1,450
260
190
420
1,800
1,200
13,500
6
7
9
322
7
8
62
320
16
8
11,800
680
6
6
7
31
10
9,300
4
6
5
14
7
10,750
116
Table 4 (continued.) Tide oyolet two to three hours after high tide.
Parts per million
Date
Position
Stations
1935
8
9
10
11
12
Mar - 22
2;05PM
Surface
Mid-depth
Bottom
5
6
4
7
6
10
5
6
6
Apr. 2
12:10PM
Surface
Mid-depth
Bottom
32
122
11,050
6
8
11
21
5,700
470
390
780
Apr - 17
12:05PM
Surface
Mid-depth
Bottom
4
9
14,100
6
6
7
9
28
8,850
178
165
380
Apr- 19, 20,
- Samples from
all depths
- Maximum 6.
Apr. 30
10:55AM
Surface
Mid-depth
Bottom
14
82
12,050
4
4
7
29
36
4,800
400
510
840
May 1, 2, 3,
- Samples from
all depths
- Maximum 6.
May 19
12:50PM
Surface
Mid-depth
Bottom
55
12,500
13,000
49
150
12,250
25
10,700
13,500
9
34
50
,350
May 20
1:15PM
Surface
Mid-depth
Bottom
230
13,300
13,400
225
9,600
12,750
320
11,200
13,500
1
10
870
,750
,600
May 26 (a)
7:08AM
Surface
Mid-depth
Bottom
990
13,650
8,150
1,100
13,100
14,150
(a)
8:08AM
Surface
Mid-depth
Bottom
340
330
2,400
1,540
5,750
14,700
(a)
8:08PM
Surface
Mid-depth
Bottom
3,250
7,500
3,600
4,950
14,000
4,150
8,300
15,100
May 27 (a)
8:08AM
Surface
Mid-depth
Bottom
2,060
14,600
15,000
4,800
14,400
15,150
117
Table 4 (continued)
Date
Position
Tide cycle: two to three hours after high tide,
Parts per million
Stations
12
1935
8
9
10
11
May 27 (a)
9:00AM
Surface
Mid-depth
Bottom
1,600
9,100
14,700
(a)
9:08AM
Surface
Mid-depth
Bottom
3,700
12,750
13,650
4,150
5,050
10,050
5,300
13,050
14,450
May 31
10:58AM
Surface
Mid-depth
Bottom
3,800
15,100
15,250
3,150
14,550
14,950
2,900
15,250
15,250
June 1
1:00PM
Surface
Mid-depth
Bottom
2,600
14,700
14,650
2,100
14,800
15,200
2,150
14,250
15,200
June 2
1:19PM
Surface
Mid-depth
Bottom
1,850
14,900
13,850
1,900
14,500
2,500
13,150
14,750
June 14
10:48AM
Surface
Mid-depth
Bottom
40
13,600
13,850
25
12,500
13,300
40
12,750
13,550
June 16
12:55PM
Surface
Mid-depth
Bottom
160
3,650
13,850
56
620
13,050
2,030
6,550
10,000
June 17
1:08PM
Surface
Mid-depth
Bottom
750
13,800
14,250
850
13,050
13,950
1,350
13,150
14,350
June 26
9:08AM
Surface
Mid-depth
Bottom
20
89
5,850
Juno 28
10:58AM
Surface
Mid-depth
Bottom
21
11,500
13,150
94
109
7,550
85
4,750
8,750
June 30
12:50PM
Surface
Mid-depth
Bottom
91
11,400
12,450
32
61
2,700
87
3,500
9,400
118
Table 4 (continued) Tide cycle I two to three hours after high tide.
Parts per million
Date
Position
Stations
8
9
10 11
1935
July 1
Surface
210
100
240
1:13PM
Mid-depth
13,550
13,450
13,350
Bottom
13,950
13,650
14,050
July 2
Surface
1,600
1,900
1:03PM
Mid-depth
14,300
13,700
14,050
Bottom
14,450
14,050
14,400
July 9
Surface
49
26
39
8:05AM
Mid-depth
333
31
74
Bottom
1,275
1,050
12,000
July 10
Surface
10
12
8
8:05AM
Mid-depth
10
8
9
Bottom
10
9
12
July 15
Surface
440
880
470
10:55AM
Mid-depth
8,600
13,300
11,600
Bottom
13,700
14,200
July 17
Surface
2,950
3,600
3,100
12:53Hli
Mid-depth
14,900
15,000
15,150
Bottom
15,400
15,050
15,350
July 18
Surface
3,650
4,200
3,050
1:30PM
Mid-depth
15,400
15,200
15,250
Bottom
15,500
15,250
15,500
July 30
Surface
4,250
3,650
3,900
1:08PM
Mid-depth
14,700
15,100
15,450
Bottom
14,650
15,050
15,500
July 31 (a)
Surface
7,100
5,200
5,950
12:03AM
Mid-depth
14,500
14,200
14,550
Bottom
14,350
14,500
13,800
(a)
Surface
3,500
5,600
5,900
2:08PM
Mid-depth
11,550
11,300
6,900
Bottom
12,500
10,350
12,650
Aug. 12
Surface
4,650
6,250
8,850
10:50AM
Mid-depth
15,500
15,600
14,450
Bottom
15,650
14,450
14,700
119
Table 4 (continued) Tide cyoles two to three hours after high tide.
Parts per million
Date
Position
Stations
1935
8
9
10 11
Aug. 13
11:23AM
Surface
Mid-depth
Bottom
8,500
14,350
16,000
10,700
14,800
16,800
9,900
16,100
15,150
Aug. 26
11:05AM
Surface
Mid-depth
Bottom
7,900
14,800
15,650
8,700
15,300
15,650
9,400
15,300
15,850
Sept. 8
10:50AM
Surface
Mid-depth
Bottom
2,350
6,550
14,050
1,700
2,350
4,600
6,400
5,550
14,200
Sept.21
10:53AM
Surface
Mid-depth
Bottom
2,850
9,250
15,250
2,400
3,300
5,450
2,950
7,500
14,900
Sept.23
12:48PM
Surface
Mid-depth
Bottom
4,400
9,100
16,000
3,900
5,400
5,600
5,100
9,300
15,700
Sept.30
2:08PM
Surface
Mid-depth
Bottom
7,400
15,800
15,900
11,800
14,800
15,500
11,600
15,800
15,600
Oct. 11
11:38AM
Surface
Mid-depth
Bottom
9,200
15,800
16,200
9,500
13,000
15,900
11,550
16,300
16,600
Oct. 13
1:53PM
Surface
Mid-depth
Bottom
8,900
12,700
16,300
9,700
15,400
15,200
11,300
15,500
16,400
Oct. 14
1:55PM
Surface
Mid-depth
Bottom
13,300
16,800
17,400
Oct. 25
12:00BI
Surface
Mid-depth
Bottom
7,200
15,600
16,250
Oct. 26
11:58AM
Surface
Mid-depth
Bottom
4,850
11,400
11,300
6,100
11,950
11,600
5,850
11,650
10,600
1*0
Table 4 (continued) Tide cyolei two to three hours after high tide.
Parts per million
Date
Position
Stations
1935
8
9
10
11
Oct. 27
12:30PM
Surface
Mid-depth
Bottom
12,350
15,100
15,800
13,950
15,800
15,900
15,100
16,050
16,200
Oct. 29
1:35PM
Surface
Mid-depth
Bottom
10,150
14,200
14,400
15,000
16,050
16,050
13,400
16,050
16,000
Nov. 9
11:45AM
Surface
Mid-depth
Bottom
9,000
14,750
16,100
7,950
12,800
14,800
10,550
15,900
15,800
Nov. 10
12:05PM
Surface
Mid-depth
Bottom
15,600
16,500
16,850
16,550
16,850
16,950
16,650
16,900
17,150
Nov. 11
1:40PM
Surface
Mid-depth
Bottom
13,100
15,400
15,150
Nov. 12
1:45PM
Surface
Mid-depth
Bottom
14,600
16,700
16,500
16,600
16,800
17,100
16,800
16,900
16,650
Nov. 24
11:50AM
Surface
Mid-depth
Bottom
7,450
9,100
12,400
7,250
7,500
8,900
7,200
13,150
13,600
Nov. 27
1:50PM
Surface
Mid-depth
Bottom
4,350
11,000
12,000
3,950
6,150
10,100
9,200
13,550
13,400
Dec. 8
11:15AM
Surface
Mid-depth
Bottom
2,200
5,000
9,700
1,250
4,650
5,500
4,150
9,150
9,400
Dec. 11
2:05PM
Surface
Mid-depth
Bottom
5,500
9,900
10,000
5,050
8,350
, 7,150
12,450
12,900
Dec. 12
2:05PM
Surface
Mid-depth
Bottom
7,700
14,400
15,400
6,550
14,200
14,500
7,450
14,150
14,000
Ill
Table 4 (oontinued) Tide cyole: two to three hours after high tide.
Parts per million
Date
Position
Stations
1935
8
9
10
11
12
Dec. 23
11:15AM
Surface
Mid-depth
Bottom
7,500
11,100
13,900
7,950
8,050
13,700
8,450
14,700
15,250
14,450
12,450
15,300
Dec. 27
2:10PM
Surface
Mid-depth
Bottom
5,350
5,500
7,750
5,150
6,800
11,200
5,750
6,100
9,150
1936
Mar. 9 (a)
1:32PM
Surface
Mid-depth
Bottom
2,050
9,750
11,800
1,250
10,800
11,550
U)
2;27PM
Surface
Mid-depth
Bottom
1,550
6,550
7,500
1,200
6,350
14,300
Mar. 10 (a)
2:11PM
Surface
Mid-depth
Bottom
900
11,050
13,700
650
11,600
13,300
(a)
3.J06PM
Surface
Mid-depth
Bottom
1,350
2,250
1,650
1,550
3,200
13,700
Mar- 11 (a)
2:48PM
Surface
Mid-depth
Bottom
850
10,950
9,500
550
7,350
12,550
(a)
3:48PM
Surface
Mid-depth
Bottom
400
1,000
1,900
390
400
9,550
Mar- 12, 13,
Maximum 9.
Apr- 2, 3, 4,
9, 18, 19,
20 - Samples from all depths
-
Apr. 24
3:50PM
Surface
Mid-depth
Bottom
3
3
4
7
26
1,700
128
Table 4 (continued) Tide cycle: two to three hours after high tide.
Parts
per
million
Date
Position
Stations
1936
8
9
10
11
Apr- 25
4:60PM
Surface
Mid-depth
Bottom
3
3
22
4
13
2,350
Apr. 26
5:05AM
Surface
Mid-depth
Bottom
4
5
14
6
18
3,650
Apr. 27
6:05AM
Surface
Mid-depth
Bottom
30
127
18
6,400
Apr. 28
7:20AM
Surface
Mid-depth
Bottom
4
12
25
7
19
5,100
May 10
3:20PM
Surface
Mid-depth
Bottom
6
420
6,600
4
25
6,150
May 21
1:05PM
Surface
Mid-depth
Bottom
13
17
6,400
11
21
6,800
May 22
2:05PM
Surface
Mid-depth
Bottom
19
800
7,150
28
800
800
May 28 (a)
7:05AM
Surface
Mid-depth
Bottom
960
8,900
10,200
140
10,300
10,600
(a)
8:05PM
Surface
Mid-depth
Bottom
1,520
2,500
7,750
1,450
3,100
5,050
June 3
12:05PM
Surface
Mid-depth
Bottom
2,350
10,600
10,200
2,450
10,550
10,950
June 4 (a)
12:05AM
Surface
Mid-depth
Bottom
12,550
13,000
13,400
12,700
12,500
13,550
123
Table 4 (continued) Tide oyolo: two to throe hours aftor high tide.
Parte por million
Date
Position
Stations
1936
8
9
10
11
12
Juno 4 (a)
1:05AM
Surface
Mid-depth
Bottom
11,850
12,300
12,800
9,950
12,450
11,850
June 9
4:05PM
Surface
Mid-depth
Bottom
2,650
13,750
13,800
5,100
8,600
13,000
June 10
5:05AM
Surface
Mid-depth
Bottom
9,400
11,400
12,500
9,900
12,800
13,000
July 22 (a)
3:30PM
Surface
Mid-depth
Bottom
8,500
12,300
15,550
(a)
3:40FM
Surface
Mid-depth
Bottom
7,600
13,400
15,650
Dec. 15
2:40PM
Surface
Mid-depth
Bottom
7
7
9
280
750
1,000
620
5,150
1,300
Dec. 26
11:40AM
Surface
Mid-depth
Bottom
750
1,000
580
2,900
500
1,300
840
1,200
1,220
2,000
2,200
1937
Jan. 24
11:20AM
Surface
Mid-depth
Bottom
6
35
153
9
5
35
9
5
9
7
2,060
7,200
310
390
1,100
Mar. 15
3:25FM
Surface
Mid-depth
Bottom
4,100
9,000
11,550
2,700
5,700
9,600
5,000
12,750
12,500
Apr. 8
11:04AM
Surface
Mid-depth
Bottom
9
24
5
27
59
9
4
7
5
Apr. 9, - Samples from all depths - 6 sfcts from sta. 9 - Maximum 7.
124
Table 4 (continued)
Tide cycle: two to three hours after high tide.
Parts per million
Date
Position
Stations
8
9
10 11
12
1937
Apr - 14
Surface
5
3
5 9
300
3:50PM
Mid-depth
5
7
3 2,900
320
Bottom
5
7
5 7,500
420
Apr- 21, 22,
May 6, 7, - Samples from all depths
- Maximum 5.
June 4
Surface
600
560
900
8:47AM
Mid-depth
740
560
320
Bottom
820
540
1,060
June 5
Surface
200
340
130
9:30AM
Mid-depth
250
360
180
Bottom
180
380
260
June 17
Surface
200
17
97
8:33AM
Mid-depth
300
200
220
Bottom
2,400
850
4,650
June 18
Surface
240
200
200
8:50AM
Mid-depth
2,300
8,400
5,500
Bottom
7,300
7,200
8,400
July 3
.Surface
85
69
39
8:24AM
Mid-depth
220
199
59
Bottom
4,200
1,200
5,800
July 10 (a)
Surface
4,100
2:20PM
Mid-depth
15,400
Bottom
15,000
(a)
Surface
3,100
2:30PM
Mid-depth
15,000
Bottom
15,000
(a)
Surface
2,300
2:40PM
Mid-depth
15,000
Bottom
15,000
(a)
Surface
2,300
2:50PM
Mid-depth
13,400
Bottom
14,800
(a)
Surface
2,400
3:00PM
Mid-depth
13,200
Bottom
14,500
125
Table 4 (continued) Tide cyole: two to three hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 12 (a)
Surface
5
200
4:15PM
Mid-depth
14
900
Bottom
14
600
(a)
Surface
5
600
4:30PM
Mid-depth
15
000
Bottom
15
100
(a)
Surface
5
000
4:45PM
Mid-depth
13
900
Bottom
12
000
(a)
Surface
5
000
5:00PM
Mid-depth
13
800
Bottom
14
200
July 13 (a)
Surface
3
500
5:00PM
Mid-depth
12
300
Bottom
12
900
(a)
Surface
4
500
5:10PM
Mid-depth
12
800
Bottom
12
500
(a)
Surface
4
800
5:20PM
Mid-depth
11
900
Bottom
12
100
(a)
Surface
2
650
5:30PM
Mid-depth
6
300
Bottom
9
400
(a)
Surface
2
500
5:40PM
Mid-depth
11
800
Bottom
9
700
(a)
Surface
2
400
5:50PM
Mid-depth
9
500
Bottom
10
600
(a)
Surface
2
900
6:00PM
Mid-depth
8
800
Bottom
9
800
126
Table 4 (continued) Tide oyole: two to throe hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 14 (a)
Surface
1,200
6:00AM
Mid-depth
13,900
Bottom
9,000
(a)
Surface
850
6:15AM
Mid-depth
8,200
Bottom
11,800
(a)
Surface
3,100
6:00PM
Mid-depth
12,100
Bottom
12,500
July 16 (a)
Surface
570
7:10AM
Mid-depth
10,000
Bottom
10,200
(a)
Surface
700
7:2QAM
Mid-depth
13,300
Bottom
13,400
(a)
Surface
390
7:30AM
Mid-depth
12,400
Bottom
13:, 750
(a)
Surface
350
7:40AM
Mid-depth
7,900
Bottom
9,700
(a)
Surface
340
7:50AM
Mid-depth
12,150
Bottom
13,500
(a)
Surface
330
8:00AM
Mid-depth
11,550
Bottom
13,650
(a)
Surface
350
8:10AM
Mid-depth
3,000
Bottom
9,900
July 17 (a)
Surface
3,040
8:10AM
Mid-depth
13,700
Bottom
11,600
127
Table 4 (continued) Tide oyolo: two to three hours aftor high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 17 (a)
8:20AM
Surface
Mid-depth
Bottom
680
11,600
11,400
(a)
8:3QAM
Surface
Mid-depth
Bottom
800
10,200
10,300
(a)
8:40AM
Surface
Mid-depth
Bottom
700
10,900
9,000
(a)
8:50AM
Surface
Mid-depth
Bottom
880
10,200
10,300
(a)
9:00AM
Surface
Mid-depth
Bottom
860
8,100
10,800
July 20 (a)
10:45AM
Surface
Mid-depth
Bottom
4,500
12,550
12,600
(a)
11:00AM
Surface
Mid-depth
Bottom
5,800
11,700
11,400
(a)
11:15AM
Surface
Mid-depth
Bottom
5,900
10,800
11,300
(a)
11:30AM
Surface
Mid-depth
Bottom
3,400
10,200
12,000
July 21 (a)
11:30AM
Surface
Mid-depth
Bottom
3,900
13,400
13,000
(a)
11:40AM
Surface
Mid-depth
Bottom
3,800
12,600
13,100
128
Table 4 (continued) Tide oycle: tiro to three hours after high tide.
Parts per million
Date Position Stations
.8 9 10 11 12
1937
July 21 (a)
Surface
3,600
11:50AM
Mid-depth
12,200
Bottom
12,500
(a)
Surface
2,700
12:00AM
Mid-depth
11,900
Bottom
11,400
(a)
Surface
2,800
12:10PM
Mid-depth
7,500
Bottom
10,800
(a)
Surface
2,600
12:20PM
Mid-depth
11,300
Bottom
10,900
July 22 (a)
Surface
6,500
12:00AM
Mid-depth
12,700
Bottom
12,300
(a)
Surface
13,200
12:15PM
Mid-depth
12,200
Bottom
12,600
(a)
Surface
11,900
12:30PM
Mid-depth
4,800
Bottom
9,300
(a)
Surface
11,900
12:45PM
Mid-depth
4,300
Bottom
10,500
(a)
Surface
4,800
1:00PM
Mid-depth
5,700
Bottom
11,600
July 23 (a)
Surface
4,900
12:40PM
Mid-depth
11,100
Bottom
13,000
(a)
Surface
1,700
12:50PM
Mid-depth
13,050
Bottom
12,200
129
Table 4 (continued) Tide oyolos two to three hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 23 (a)
1:00PM
Surface
Mid-depth
Bottom
4,600
11,600
12,500
July 25 (a)
2:00PM
Surface
Mid-depth
Bottom
7,200
14,100
15,000
(a)
2:10PM
Surface
Mid-depth
Bottom
5,300
13,600
14,800
(a)
2:20PM
Surface
Mid-depth
Bottom
5,300
14,100
14,400
(a)
2:30PM
Surface
Mid-depth
Bottom
5,600
12,400
14,300
(a)
2:4QEM
Surface
Mid-depth
Bottom
6,200
13,200
14,400
(a)
2:50FM
Surface
Mid-depth
Bottom
6,000
13,700
12,600
(a)
3:00PM
Surface
Mid-depth
Bottom
5,700
13,500
14,000
July 27 (a)
3:30PM
Surface
Mid-depth
Bottom
9,800
14,300
14,500
(a)
3:45PM
Surface
Mid-depth
Bottom
6,300
12,900
13,100
(a)
4:00PM
Surface
Mid-depth
Bottom
5,300
11,900
12,800
130
Table 4 (continued) Tide oyolo: two to throe hours aftor high tido.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 28 (a)
Surface
4,900
4:20PM
Mid-depth
13,100
Bottom
15,400
(a)
Surface
5,200
4:30PM
Mid-depth
14,900
Bottom
15,100
(a)
Surface
5,400
4:40PM
Mid-depth
12,600
Bottom
15,000
(a)
Surface
5,200
4:50PM
Mid-depth
13,300
Bottom
13,500
(a)
Surface
4,700
5:00PM
Mid-depth
11,400
Bottom
13,600
July 29 (a)
Surface
7,650
5:15PM
Mid-depth
15,200
Bottom
15,550
(a)
Surface
7,600
5:30PM
Mid-depth
15,150
Bottom
15,250
(a)
Surface
6,350
5:45PM
Mid-depth
13,550
Bottom
13,750
(a)
Surface
6,900
6:00PM
Mid-depth
11,800
Bottom
11,400
(a)
Surface
5,250
6:15PM
Mid-depth
8,200
Bottom
12,000
July 30 (a)
Surface
2,800
5:30AM
Mid-depth
11,800
Bottom
12,500
131
Tablo 4 (continued) Tido cyclat two to throo hours nftor high tido.
Parts por million
Dato Position Stations
8 9 10 11 12
1937
July 30 (a)
Surface
2,600
5:45AM
Mid-depth
12,300
Bottom
12,300
(a)
Surfaco
2,500
6:00AM
Mid-depth
12,100
Bottom
11,900
July 31 (a)
Surface
3,000
7:00AM
Mid-depth
14,800
Bottom
14,700
(a)
Surface
4,000
7:15AM
Mid-depth
14,600
Bottom
15,000
Aug. 1 (a)
Surface
4,400
7:30AM
Mid-depth
13,200
Bottom
12,500
(a)
Surface
4,500
7:45AM
Mid-depth
12,500
Bottom
13,400
(a)
Surface
4,400
8:00AM
Mid-depth
13,100
Bottom
12,900
(a)
Surfaco
4,700
8:15AM
Mid-depth
12,400
Bottom
12,500
(a)
Surface
4,800
8:30AM
Mid-depth
12,700
Bottom
10,900
Aug. 2 (a)
Surface
3,900
8:45AM
Mid-depth
12,900
Bottom
14,000
(a)
Surfaco
4,200
9:00AM
Mid-depth
12,300
Bottom
13,300
132
Table 4 (continuod) Tido oyolos two to throo hours aftor high tido.
Parts por million
Date Position Stations
8 9 10 11 12
1937
Aug. 2 (a)
9:15AM
Surfaco
Mid-dopth
Bottom
4,200
8,500
12,800
(a)
9:30AM
Surface
Mid-dopth
Bottom
4,900
10,400
12,300
Aug. 3 (a)
9:45AM
Surfaco
Mid-depth
Bottom
4,750
8,200
13,600
(a)
10:00AM
Surfaco
Mid-dopth
Bottom
4,350
12,700
13,900
(a)
10:15AM
Surfaco
Mid-dopth
Bottom
4,200
11,300
13,300
(a)
10:3QAM
Surface
Mid-dopth
Bottom
4,500
10,800
11,100
(a)
10:15PM
Surfaco
Mid-depth
Bottom
12,600
15,000
15,000
(a)
10:30PM
Surfaco
Mid-dopth
Bottom
11,600
14,200
14,100
(a)
10:45FM
Surfaco
Mid-dopth
Bottom
12,100
14,400
14,700
(a)
11:00PM
Surfaco
Mid-depth
Bottom
8,400
12,900
13,900
Aug. 4 (a)
10:40AM
Surface
Mid-depth
Bottom
6,000
13,350
13,850
133
Table 4 (continuod) Tido cyclop two to throo hours after high tide.
Parts per million
Date Position Stations
8. 9 10 11 12
1937
Aug. 4 (a)
Surface
6,600
10:5QAM
Mid-depth
13,850
Bottom
14,650
(a)
Surface
4,950
11:00AM
Mid-depth
13,500
Bottom
14,050
Aug. 5(a)
Surface
6,100
11:30AM
Mid-depth
13,400
Bottom
14,600
(a)
Surface
5,550
11:45AM
Mid-depth
13,300
Bottom
14,700
(a)
Surface
5,850
12:00AM
Mid-depth
13,700
Bottom
13,500
(a)
Surface
5,900
12:15PM
Mid-depth
13,700
Bottom
13,800
Table 5
f
Tide oyola i throo to four hours after high tide
Parts per million
Date
Position
.Stations
1934
8
9
10
11
12
Oct. 9
2:40PM
Surface
Mid-depth
Bottom
1,410
4,030
13,700
2,180
2,910
3,150
1,340
3,975
6,000
2,700
6,525
6,500
3,460
4,925
6,250
Oct. 23
2:15PM
Surface
Mid-depth
Bottom
•
5,700
10,850
13,300
3,150
5,050
9,500
3,900
11,850
13,500
5,800
13,850
14,550
6,800
11,900
13,100
Oct. 27
5:40PM
Surface
Mid-depth
Bottom
1,600
8,550
15,150
500
1,500
2,500
660
7,600
2,900
7,850
14,700
2,900
7,100
Oct. 29
6:45AM
Surface
Mid-depth
Bottom
100
14,000
2,800
84
135
13,100
70
100
12,100
121
1,800
14,200
590
3,750
4,500
Nov, 8
2:10PM
Surfac e
Mid-depth
Bottom
230
350
13,500
730
777
760
645
694
700
655
1,290
7,450
1,400
1,600
1,400
Nov. 19
12:15PM
Surface
Mid-depth
Bottom
2,790
7,000
13,050
1,980
10,900
12,400
2,920
8,900
12,550
4,550
10,600
13,950
6,600
8,600
12,870
Nov. 21
2:20PM
Surface
Mid-depth
Bottom
3,250
5,550
10,650
1,750
7,000
8,850
1,550
9,150
11,300
2,650
10,850
13,550
4,250
6,200
13,250
Nov. 22
2;20PM
Surface
Mid-depth
Bottom
1,200
14,550
15,400
88
8,200
4,600
339
13,600
5,050
1,650
15,100
14,900
1,300
12,450
6,350
Dec. 4, 5,
- Samples from all depths -
Maximum
12.
Dec. 7
2:30PM
Surface
Mid-depth
Bottom
180
345
2,100
615
670
745
650
630
645
535
770
1,575
815
1,005
1,600
Dec. 18
12:05PM
Surface
Mid-depth
Bottom
3,400
11,950
13,150
1,250
3,300
10,050
1,800
8,200
11,200
3,350
11,500
14,150
5,600
9,100
12;350
Dec. 19
12:40PM
Surface
Mid-depth
Bottom
5,600
12,850
14,250
5,950
13,300
13,650
5,100
11,600
14,050
4,950
13,050
15,650
3,900
12,150
13,450
136
Table 5 (continued.) Tide cyolo j thruo to four hours after high tide
Parts por million
Date
Position
Stations
8
9
10
11
12
1934
Dec. 21
Surface
1,140
1,590
1,440
1,270
2,150
2:35PM
Mid-dopth
4,750
1,800
1,500
1,550
2,400
Bottom
12,650
1,750
2,150
3,750
3,100
1935
Jan. 3
Surface
2,350
1,300
1,550
3,650
4,900
12;25PM
Mid-depth
7,600
5,200
6,900
8,250
6,700
Bottom
9,750
7,250
3,300
10,950
8,950
Jan. 5
Surface
2,900
3,200
2,350
3,000
4,350
2:25PM
Mid-depth
5,850
3,850
3,600
5,600
7,100
Bottom
12,250
4,350
7,000
12,100
9,550
Jan. 16
Surface
4
5
4
5
7
11:50AM
Mid-depth
7
5
5
5
Bottom
5
5
Jan. 17
Surface
480
43
68
179
360
12:26PM
Mid-depth
12,150
470
71
360
450
Bottom
13,950
11,350
11,500
13,200
9,450
Jan. 21
Surface
850
260
1,270
1,280
2:45PM
Mid-depth
6,350
750
3,100
1,550
Bottom
13,400
4,400
12,850
2,600
Feb. 1
Surface
740
330
590
700
12:15PM
Mid-depth
1,010
1,680
2,2,10
560
Bottom
2,150
2,400
4,900
3,750
Feb. 4
Surface
790
640
760
1,020
2:20PM
Mid-depth
2,350
660
4,450
3,400
Bottom
5,950
5,250
8,150
8,500
Feb. 15
Surface
370
470
340
310
310
12:30PM
Mid-depth
1,810
720
800
650
560
Bottom
1,200
1,600
1,000
11,400
4,400
Feb. 18
Surface
110
13
11
15
320
2:30PM
Mid-dopth
380
11
9
53
350
Bottom
12,100
12
13
11,650
688
Feb. 19
Surface
200
360
180
111
950
2:30PM
Mid-dopth
670
1,080
460
1,000
1,480
Bottom
12,400
1,250
2,250
12,400
4.600
136
Table 5 (continued) Tide cyolo j three to four hours after high tido.
Parts por million
Date
Position
Stations
1935
8
9
10
11
12
Mar. 4
12:55PM
Surface
Mid-depth
Bottom
420
1,550
14,100
800
1,500
950
730
1,300
1,450
590
2,500
14,650
1,350
1,400
4,200
Mar. 5
2:30PM
Surface
Mid-depth
Bottom
400
500
13,700
690
800
740
670
665
690
800
1,065
5,850
960
1,100
1,600
Mar. 16
12:05PM
Surface
Mid-depth
Bottom
11
84
11,850
6
5
6
7
6
5
7
8
830
277
290
560
Mar, 19, 20,
Except; Sta.
21
8,
, 31, Apr.
B - 9,650
1, 3, - Samples from all depths- Maximum
and Sta. 11 - B-9250 Mar. 21.
13
Apr. 4
2:10PM
Surface
Mid-depth
Bottom
22
151
11,100
6
6
18
8
28
5,150
450
370
380
Apr. 11 (a)
9:00AM
Surface
Mid-depth
Bottom
690
1,220
13,700
(a)
9:15AM
Surface
Mid-depth
Bottom
680
1,550
6,400
Apr. 15, 16,
Except, Sta,
18
8,
, 29 - Samples from all
B - 10,400 Apr. 29.
depths - Maximum
10 -
May 15
6:55AM
Surface
Mid-depth
Bottom
26
7,550
12,250
7
13
5
13
24
12,650
280
310
350
May 17
10:00AM
Surface
Mid-depth
Bottom
29
11,600
12,200
34
6,450
11,950
25
9,000
12,450
34
224
6,950
May 18
12:50PM
Surface
Mid-depth
Bottom
87
5,500
6,450
17
190
9,300
55
3,000
13,300
560
760
5,550
May 26 (a) Surface
8:15AM Mid-depth
Bottom
1,150
3,750
14,150
137
Tablo 5 (continued) Tido oyolo » throo to four hours aftor high tido.
Parts por million
Dato
Position
Stations
1935
8
9
10
11
May 36 (a)
9:08AM
Surface
Mid-dopth
Bottom
1,180
1,300
14,600
1,450
1,700
1,900
1,960
2,150
7,950
(a)
9:08PM
Surface
Mid-depth
Bottom
2,700
12,250
6,100
5,150
2,200
6,200
4,200
8,150
11,800
(a)
10:00PM
Surface
Mid-depth
Bottom
2,800
1,000
9,700
May 27 (a)
9:08AM
Surface
Mid-depth
Bottom
860
5,000
5,100
1,400
5,100
11,850
(a)
10:08AM
Surface
Mid-dopth
Bottom
1,550
4,400
14,800
720
2,650
3,900
(a)
10:08PM
Surface
Mid-depth
Bottom
2,710
9,850
14,150
1,650
3,300
6,550
4,500
9,450
12,200
May 29
11:30AM
Surface
Mid-depth
Bottom
810
13,800
14,050
800
1,150
2,450
1,110
3,500
3,800
May 30
12:43PM
Surface
Mid-depth
Bottom
940
12,450
14,750
920
2,900
3,450
1,600
3,600
14,700
May 31
1:08PM
Surface
Mid-dopth
Bottom
1,950
12,650
14,800
1,400
3,250
4,900
1,850
9,350
14,250
Juno 2
2:19PM
Surface
Mid-depth
Bottom
950
12,900
15,100
650
650
1,400
2,300
14,650
Juno 12
10:53AM
Surface
Mid-depth
Bottom
78
12,700
13,400
31
550
850
47
130
12,100
June 13
Surface
121
24
96
138
Table 5 (continued) Tido oyolo i thr\ > to four hours after high tido
Parte por million
Date
Position
Stations
1935
8
9
10
11
Juno 27
11:00AM
Surface
Mid-depth
Bottom
119
9,109
7,300
26
380
680
34
129
12,650
June 29
12:45PM
Surface
Mid-depth
Bottom
34
12,700
13,250
48
1,400
1,550
243
700
13,239
July 9
8:05AM
Surfaco
Mid-dopth
Bottom
202
230
2,600
16
11
14
11
10
263
July 10
9:05AM
Surface
Mid-dopth
Bottom
12
13
9
8
7
11
8
8
8
July 12
11:15AM
Surfaco
Mid-dopth
Bottom
77
8,400
13,000
15
14
13
16
37
75
July 13
11:28 AM
Surface
Mid-dopth
Bottom
240
10,100
13,200
29
1,200
1,300
191
3,100
13,000
July 16
1:00PM
Surfaco
Mid-dopth
Bottom
1,100
13,350
14,800
450
1,300
5,150
1,950
6,050
July 28
12:55PM
Surfaco
Mid-dopth
Bottom
2,650
11,300
14,350
1,400
5,600
6,750
1,300
10,250
7,893
July 31 (a)
1:08AM
Surfaco
Mid-depth
Bottom
5,390
13,690
14,400
9,100
13,300
13,800
10,300
1 Lx , 2 5 0
14,550
(a)
2:08AM
Surface
Mid-depth
Bottom
4,500
9,200
10,650
3,300
6,950
7,950
6,103
8,950
11,950
(a)
. 3:08PM
Surfaco
Mid-depth
Bottom
3,600
5,600
9,400
2,800
3,600
5,300
5,609
7,000
9,900
139
Table 5 (continued) Tide oyolo j three to four hours after high tido
Parts por million
Dato
Position
Stations
1935
8
9
10
11
Aug. 13
1:28PM
Surface
Mid-dopth
Bottom
5,900
9,500
10,900
4,800
9,500
9,500
6,630
10,900
12,900
Aug, 14
1:48PM
Surface
Mid-dopth
Bottom
4,600
10,400
12,703
3,500
5,000
10,700
5,700
10,300
12,100
Aug. 24
11:10AM
Surface
Mid-dopth
Bottom
4,900
8,300
15,250
3,050
4,900
4,950
4,450
7,700
15,250
Aug. 25
11:15AM
Surface
Mid-depth
Bottom
5,10^
14,600
14,750
4,500
7,400
14,650
4,800
8,150
15,100
Aug. 26
12:40PM
Surface
Mid-depth
Bottom
6,800
11,050
15,000
6,300
8,200
11,500
9,00)
11,400
14,600
Aug, 27
1:08PM
Surface
Mid-dopth
Bottom
8,050
13,650
14,830
8,800
10,550
13,150
9,450
13,100
14,950
Aug. 28
1:33PM
Surface
Mid-dopth
Bottom
6,900
12,100
13,700
7,300
7,800
13,10.-
9,033
11,150
14,100
Sept. 9
12:55PM
Surface
Mid-depth
Bottom
4,800
8,300
14,450
4,250
6,250
6,100
5,250
7,600
9,800'
Sept.10
1:38PM
Surface
Mid-depth
Bottom
4,750
5,550
6,400
5,200
5,203
5,250
5,500
5,550
8,200
Sept.22
12:43PM
Surface
Mid-depth
Bottom
3,700
5,450
9,100
3,400
5,050
5,050
4,800
6,600
9,200
Oct. 9
11:48AM
Surface
Mid-depth
Bottom
4,50
8,600
14,830
3,40
6,500
9,000
3,600
11,500
9,300
140
Table 5 (continued) Tido cycle t thr^o to four hours after high tido
Parts per million
Dato
Position
Stations
8
9 13
11
1935
Oct. 10
Surface
5,603
3,753
5,250
11:48AM
Mid-depth
13,33-
7,10 j
10,950
Bottom
14,653
11,453
15,353
Oct. 12
Surfaco
4,830
3,500
6,433
1:53PM
Mid-depth
7,33 3
6,933
12,333
Bottom
13,630
12,133
13,33-
Oct. 25
Surface
6,950
6,630
12:08PM
Mid-depth
15,200
13,153
Bottom
15,450
13,303
Oct. 26
Surface
4,3De
4, 3 -
4,800
1:13PM
Mid-depth
4,553
4,053
7, 3C -
Bottom
8,033
5,250
9,833
Oct. 27
Surface
6,83-
8,453
13,100
1:33PM
Mid-depth
13,553
13,333
14,653
Bottom
13,853
13,353
15,003
Oct. 28
Surface
8,33.
9,4.'-
9,53.
2:10PM
Mid-depth
12,633
17,0-3'
12,533
Bottom
13,433
11,630
15,233
Nov. 8
Surface
7,93 •
6,950
13,303
11:55AII
Mid-dopth
8,350
9,650
12,530
Bottom
9,930
13,653
13,733
Nov. 10
Surfaco
11,533
13,43.
13,30"
1:35PM
Mid-depth
14,633
14,650
14,903
Bottom
15,330
14,853
15,703
Nov. 11
Surface
9,153
13,50.
1:45PM
Mid-depth
13,930
16,23
Bottom
14,11.
15,20.1
Nov. 23
Surface
3,533
1,653
3,953
11:45AM
Mid-depth
10,353
4,50'
7, 53
Bottom
12,153
5,40 ■
12,531
Nov. 24
Surface
4,233
6,353
1:15PM
Mid-depth
6,91-
9,453
Bottom
9,430
12,30-
141
Tablo 5 (continued) Tido oyolo : throe to four hours after high tide
Parts par million
Date
Position
Stations
1935
8
9
10
11
12
Nov. 25
1:50PM
Surface
Mid-depth
Bottom
7,300
8,900
11,050
Nov. 26
2:05PM
Surface
Mid-depth
Bottom
4,050
5,150
9,500
4,000
5,500
6,800
4,000
8,000
10,100
Dec. 6
11:05AM
Surface
Mid-depth
Bottom
1,440
1,750
1,400
1,300
1,500
2,000
Dec. 7
11:05AM
Surface
Mid-depth
Bottom
10,600
11,350
4,700
10,500
9,150
3,750
13,200
13,000
6,200
Dec. 10
2:05PM
Surface
Mid-depth
Bottom
5,150
4,150
5,900
Dec. 21
11:20AM
Surface
Mid-depth
Bottom
5,050
6,200
8,200
7,650
Dec. 22
11:20 AM
Surface
Mid-depth
Bottom
3,500
10,900
12,000
2,550
5,700
5,750
2,650
9,100
10,550
6,200
4,950
9,450
Dec. 25
2:00PM
Surface
Mid-depth
Bottom
4,600
9,450
13,350
6,200
6,250
12,200
5,900
7,800
12,600
6 #500
10,150
13,500
Dec. 26
2:15PM
Surface
Mid-depth
Bottom
7,750
9,750
11,350
8,900
11,300
12,100
9,950
12,000
13,100
9,700
10,950
14,000
10,000
11,700
13,050
1936
Mar. 9 (a)
2:32PM
Surface
Mid-depth
Bottom
1,800
8,500
9,900
900
1,850
4,550
(a)
3:32PM
Surface
Mid-depth
Bottom
2,550
2,750
2,800
2,300
2,750
2,700
2,300
3,000
8,800
142
Table 5 (continued) Tide oyole i three to four hours after high tide.
Parts per million
Date Position
Stations
1936
8
9
10 11
Mar, 10 (a) Surface
3:11PM Mid-depth
Bottom
1,150
2,600
8,200
1,050
1,650
1,650
(a) Surface
4:11PM Mid-depth
Bottom
1,200
1,200
1,300
1,250 1,300
1,350 1,550
1,450 3,850
Mar, 11 (a) Surface
3:48PM Mid-depth
Bottom
900
4,550
8,350
290
1,000
1,600
(a) Surface
4:48PM Mid-depth
Bottom
210
240
250
210 200
220 300
220 11,200
Mar, 12, 13, Apr, 1, 2, 3, -
Samples
from all
depths - Maximum !
Apr, 24, 25, 26, 27, - Samples from allc'epths
Except: Sta. 11, Apr. 24, B-170, Sta. 11, Apr,
Sta. 11, Apr. 27, B-6,600.
- Maximum 25;
26, B-820 and
Apr. 28 Surface
8:20AM Mid-depth
Bottom
5
3
5
12
122
3,800
Apr. 29 Surface
9:20AM Mid-depth
Bottom
5
13
8
7
37
5,400
May 6, 7, 8, 10, 11, - Sample
Except: Sta. 11, May 10, B-2,
s from all depths
750.
- Maximum 15,
May 21 Surface
2:05PM Mid-depth
Bottom
11
23
3,050
17
20
81
May 22 Surface
3:05AM Mid-depth
Bottom
420
1,100
550
380
1,450
530
May 28 (a) Surface
8j05AM Mid-depth
Bottom
1,020
1,500
3 >000
1,760
3,450
9,850
143
Table 5 (continued) Tide cycle s three to four hours after high tide.
Parts por million
Date
Position
Stations
8
9 10
11
1936
May 28 (a)
Surface
1,190
2,110
9:05PM
Mid-depth
2,800
1,600
Bottom
7,800
4,100
June 3
Surface
2,000
2,100
1:05PM
Mid-depth
8,550
10,650
Bottom
10,100
10,650
June 4
Surface
4,000
3,900
2:05AM
Mid-depth
9,800
10,000
Bottom
11,500
11,050
June 9
Surface
5,000
5,000
6:05PM
Mid-depth
11,150
7,450
Bottom
13,700
12,650
Aug. 13
Surface
6,450
8:51AM
Mid-depth
11,750
Bottom
11,750
Oct, 12
Surface
3,500
3,200
4,900
12:00AM
Mid-depth
5,900
4,200
9,100
'
Bottom
10,400
4,900
11,800
Oct. 13
Surface
4,650
3,750
5,700
12:25PM
Mid-depth
11,500
8,700
11,100
Bottom
13,150
12,150
12,600
Oct. 14
Surface
4,450
4,700
6,200
12:55PM
Mid-depth
8,400
7,300
10,250
Bottom
10,050
9,150
12,550
Dec. 15
Surface
79
15
2:50PM
Mid-depth
200
33
Bottom
5,200
23
1937
Apr. 9, 19, 20,
22, May 5,
18, 19, -
Samples from all depths -
Maximum 9,
June 16
Surface
77
143
115
8:18AM
Mid-depth
300
180
180
Bottom
4,900
660
6,500
144
Table 5 (continued)
Date
Position
Tide oyole t three to four hours after high tide.
Parts per million
Stations
1937
8
9
July 2
8:08AM
Surface
Mid-depth
Bottom
380
780
5,900
220
500
1,300
July 12 (a)
5:00AM
Surface
Mid-depth
Bottom
2,700
5,700
5,700
(a)
5:15AM
Surface
Mid-depth
Bottom
3,800
4,100
7,100
(a)
5:30AM
Surface
Mid-depth
Bottom
3,300
3,900
4,300
July 14 (a)
6:30AM
Surface
Mid-depth
Bottom
950
3,300
13,300
(a)
6:45AM
Surface
Mid-depth
Bottom
1,100
6,500
10,900
(a)
7:00AM
Surface
Mid-depth
Bottom
1,050
9,250
12,500
(a)
7:15AM
Surface
Mid-depth
Bottom
1,200
7,200
7,300
July 16 (a)
8:20AM
Surface
Mid-depth
Bottom
280
7,650
7,050
(a)
8:30AM
Surface
Mid-depth
Bottom
310
9,850
13,550
(a)
8:40 AM
Surface
Mi d-depth
Bottom
540
750
2,700
10
11
420
540
5,700
12
145
Table 5 (continued) Tide oyole s three to four hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 16 (a)
Surface
470
8:50AM
Mid-depth
3,900
Bottom
5,250
(a)
Surface
370
9:00AM
Mid-depth
2,450
Bottom
9,050
July 17 (a)
Surface
1,080
9:10AM
Mid-depth
9,300
Bottom
7,800
(a)
Surface
10,400
9:20AM
Mid-depth
1,500
Bottom
4,200
(a)
Surface
440
9:30AM
Mid-depth
1,100
Bottom
7,400
(a)
Surface
640
9:40AM
Mid-depth
3,800
Bottom
7,900
(a)
Surface
880
9:50AM
Mid-depth
1,100
Bottom
4,300 '
(a)
Surface
1,100
10:00AM
Mid-depth
2,400
Bottom
6,100
July 20 (a)
Surface
5,100
11:45AM
Mid-depth
11,000
Bottom
12,000
(a)
Surface
3,550
12:00AM
Mid-depth
9,800
Bottom
11,900
(a)
Surface
2,450
12:15PM
Mid-depth
8,200
Bottom
8,500
146
Table 5 (continued) Tide oyole t three to four hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 20 (a)
Surface
2,200
12:30PM
Mid-depth
8,300
Bottom
8,600
July 21 (a)
Surfaoe
3,450
12:30PM
Mid-depth
10,400
Bottom
11,900
July 22 (a)
Surface
2,900
1:15PM
Mid-depth
6,000
Bottom
10,600
(a)
Surface
2,900
1:30PM
Mid-depth
7,400
Bottom
8,200
(a)
Surface
2,300
1:45PM
Mid-depth
2,500
Bottom
8,000
(a)
Surface
2,500
2:00PM
Mid-depth
1,300
Bottom
5,100
July 29 (a)
Surface
2,040
6:00AM
Mid-depth
4,600
Bottom
9,900
(a)
Surface
2,180
6:15AM
Mid-depth
4,700
Bottom
6,600
(a)
Surface
1,940
6:30AM
Mid-depth
2,800
Bottom
4,600
(a)
Surface
3,900
6:30PM
Mid-depth
8,150
Bottom
8,500
(a)
Surface
3,850
6:45PM
Mid-depth
8,200
Bottom
10,150
147
Table 5 (continued) Tide cycles throe to four hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 29 (a)
Surface
3,200
7:00PM
Mid-depth
5,350
Bottom
9,650
(a)
Surface
3,350
7:15PM
Mid-depth
5,550
Bottom
6,350
July 31 (a)
Surface
3,100
7:30AM
Mid-depth
11,400
Bottom
11,700
(a)
Surface
3,000
7:45AM
Mid-depth
7,400
Bottom
15,000
(a)
Surface
2,600
8:00AM
Mid-depth
8,000
Bottom
15,000
(a)
Surface
2,800
8:15AM
Mid-depth
6,000
Bottom
14,700
(a)
Surface
2,700
8:30AM
Mid-depth
9,200
Bottom
14,100
Aug. 1 (a)
Surface
3,500
8:45AM
Mid-depth
10,200
Bottom
10,600
(a)
Surface
3,600
9:00AM
Mid-depth
10,600
Bottom
10,000
(a)
Surface
3,800
9;15AM
Mid-depth
8,700
Bottom
11,800
(a)
Surface
3,600
9:30AM
Mid-depth
4,800
Bottom
9,900
148
Table 5 (continued) Tide oyolo j throo to four hours after high tide.
Parts por million
Date Position Stations
8 9 10 11 12
1937
Aug. 2 (a)
Surface
4,100
9:45AM
Mid-depth
10,700
Bottom
11,600
(a)
Surface
3,000
10:00AM
Mid-depth
8,800
Bottom
10,200
(a)
Surface
4,400
10:15AM
Mid-depth
8,100
Bottom
10,000
(a)
Surface
3,300
10:30AM
Mid-depth
4,400
Bottom
9,350
Aug. 3 (a)
Surface
4,050
10:45AM
Mid-depth
11,600
Bottom
12,500
(a)
Surface
3,900
11:00AM
Mid-depth
9,500
Bottom
7,900
(a)
Surface
3,250
11:15AM
Mid-depth
8,100
Bottom
9,800
(a)
Surface
3,250
11:30AM
Mid-depth
8,700
Bottom
9,800
Aug. 5 (a)
Surface
4,200
12:30PM
Mid-depth
13,200
Bottom
13,500
(a)
Surface
4,000
12:45PM
Mid-depth
12,000
Bottom
12,600
(a)
Surface
3,000
1:00PM
Mid-depth
7,900
Bottom
9,900
149
Table 5 (continued) Tide oyole J throo to four hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 5 (a)
Surface
2,200
1:15PM
Mid-depth
3,900
Bottom
7,100
(a)
Surface
2,800
1:30PM
Mid-depth
3,300
Bottom
5,900
150
Table 6
Tide oyclo :
four to
five hours
after high tide
Parts per million
Date
Position
Stations
8
9
10
11
12
1934
Oct. 5
Surface
1,660
1,784
2,740
2:10PM
Mid-depth
2,600
3,260
Bottom
3,025
6,650
4,970
Oct. 8
Surface
2,150
2,075
2,900
3,525
6,275
3:05PM
Mid-depth
3,150
2,225
3,360
5,875
6,920
Bottom
13,800
2,650
5,025
10,375
8,200
Oct. 19
Surface
2,900
2,790
1,580
3,010
1,570
12:00AM
Mid-depth
3,200
4,475
2,225
7,600
8,375
Bottom
15,600
4,550
7,550
11,000
7,700
Oct. 22
Surface
5,600
6,950
8,900
8,900
9,600
2:35PM
Mid-depth
8,450
9,200
9,400
12,050
11,750
Bottom
9,700
"9,300
10,000
13,600
14,300
Oct. 28 (a)
Surface
2,400
2,600
2,850
2,550
4,000
6:45AM
Mid-depth
1,760
2,420
3,250
4,500
4,400
Bottom
14,600
2,550
3,600
13,500
5,900
(a)
Surface
1,500
1,800
1,900
2,200
2,900
7:50AM
Mid-depth
2,090
1,800
2,100
2,500
2,950
Bottom
14,700
1,800
2,450
7,600
3,250
Oct. 29 (a)
Surface
125
66
79
128
660
7:45AM
Mid-depth
11,700
85
160
1,350
850
Bottom
14,500
2,500
1,400
13,950
2,250
(a)
Surface
240
52
31
48
470
8:45AM
Mid-depth
13,250
85
85
145
550
Bottom
14,500
900
590
10,800
660
Nov. 5
Surface
780
1,400
1,400
1,450
1,800
2:OOPM
Mid-depth
2,000
1,700
1,600
1,850
2,500
Bottom
14,550
1,050
2,350
6,450
2,800
Nov. 6
Surface
2,300
2,250
2,800
2,900
3,900
2:15PM
Mid-depth
4,050
2,500
2,950
3,500
5,150
Bottom
4,600
2,700
4,550
8,550
5,200
Nov. 20
Surface
1,500
2,100
2,350
2,100
2,900
2:25PM
Mid-depth
3,350
2,350
2,350
3,150
3,750
Bottom
11,500
2,450
2,500
7,850
4,150
151
Table 6 (continued) Tide cycle t four to five hours after high tide.
Parts per million
Date
Position
Stations
8
9
10
11
12
1934
Dec. 3, 5,
6,- Samples from all depths
- Maximum
14.
Doc. 17
Surface
3,350
2,350
2,450
3,650
5,050
11:55AM
Mid-depth
10,500
6,600
5,200
9,650
7,850
Bottom
14,000
7,750
10,450
13,300
10,250
Dec. 19
Surface
2,950 •
2,100
2,300
2,700
2,900
2:40PM
Mid-depth
5,350
5,800
4,500
5,500
5,600
Bottom
10,000
6,300
4,850
9,700
6,900
Dec. 20
Surface
75
25
25
55
165
2:30PM
Mid-depth
45
30
50
Bottom
275
35
20
60
170
1935
Jan. 2
Surface
70
82
100
98
160
12:20PM
Mid-depth
40
79
98
99
167
Bottom
9,250
89
101
119
177
Jan. 3
Surface
1,700
1,950
2,100
2,450
2,900
2:25PM
Mid-depth
2,100
2,050
2,100
2,500
2,850
Bottom
10,350
2,150
7,4-00
5,450
2,950
Jan. 4
Surface
300
250
180
200
360
2:25PM
Mid-depth
Bottom
Jan. 15
Surface
5
5
4
6
6
12:35PM
Mid-depth
4
4
5
7
Bottom
7
6
Jan. 17
Surface
200
200
230
250
360
2:10PM
Mid-depth
230
200
430
Bottom
13,000
240
6,850
370
Jan. 18
Surface
22
5
5
6
10
2:30 PM
Mid-depth
70
4
6
6
8
Bottom
640
6
5
8
10
Jan. 30
Surface
166
12:00AM
Mid-depth
210
Bottom
590
152
Table 6 (continued) Tide oycle : four to five hours after high tide.
Parts per million
Date
Position
Stations
8
9
10
11
12
1935
Jan. 31
Surface
350
12:00AM
Mid-depth
380
Bottom
670
Feb. 13
Surface
400
520
380
470
360
12:00AM
Mid-depth
2,060
1,720
940
1,380
700
Bottom
13,650
1,950
1,410
6,450
2,900
Feb. 14
Surface
760
1,020
650
880
870
12:35PM
Mid-depth
3,850
1,150
3,600
1,700
Bottom
13,100
3,750
1,500
6,300
3,950
Mar. 1
Surface
155
11
9
14
193
12:20PM
Mid-depth
750
11
10
28
180
Bottom
950
10
13
1,670
240
Mar. 4
Surface
310
400
520
620
820
2:40PM
Mid-depth
340
420
535
915
1,000
Bottom
12,900
460
540
1,100
950
Mar. 14, 15,
- Samples from all depths - Maximum 15.
Mar. 17
Surface
9
6
6
6
160
1:35PM
Mid-depth
9
6
3
8
159
Bottom
9
8
8
3,060
200
Mar. 18
Surface
8
8
5
2:00PM
Mid-depth
8
6
8
Bottom
350
7
11
Mar. 21
Surface
10
6
4
2:00PM
Mid-depth
10
5
4
Bottom
9,850
13
6
Mar. 30, Apr.
2, - Samples
from all depths
- Maximum
7.
Apr. 11 (a)
Surface
620
9:30AM
Mid-depth
1,250
Bottom
13,250
(a)
Surface
680
9:45AM
Mid-depth
1,550
Bottom
13,550
153
Table 6 (continued) Tide oyole i four to five hours after high tide.
Parts
per million
Date
Position
Stations
1935
8
9
10 11
12
Apr. 11 (a)
10:00AM
Surface
Mid-depth
Bottom
720
1,350
7,250
(a)
10:15AM
Surface
Mid-depth
Bottom
660
1,250
14,200
(a)
10:30AM
Surface
Mid-depth
Bottom
740
1,350
13,950
Apr. 13
11:50AM
Surface
Mid-depth
Bottom
24
16
50
6
7
5
7
11
8
8
8
Apr. 14, 16,
Maximum 21.
17, 28, 30, May
1, 2, -
Samples from all depths -
May 14
11:05AM
Surface
Mid-depth
Bottom
19
115
11,450
6
6
59
13
33
'3,750
430
190
550
May 16
1:10PM
Surface
Mid-depth
Bottom
20
79
12,050
5
5
49
7
15
1,780
192
200
1,300
May 17
12:55PM
Surface
Mid-depth
Bottom
214
4,850
11,800
6
290
340
41
91
12,300
640
710
2,500
May 26 (a)
10:08AM
Surface
Mid-depth
Bottom
700
1,210
7,950
1,180
1,250
1,200
1,140
1,350
4,200
(a)
10:08PM
Surface
Mid-depth
Bottom
2,380
3,900
14,200
2,570
3,150
7,950
Surface
11:00PM Mid-depth
Bottom
2,290
2,200
5,500
154
Table 6 (continued) Tide oyole i four to five hours after high tide.
Parts
per million
Date
Position
Stations
m
1935
8
9
10
11
May 27 (a)
10:15AM
Surface
Mid-depth
Bottom
2,430
4,700
10,950
(a)
11:08AM
Surface
Mid-depth
Bottom
1,400
2,100
14,200
1,680
1,850
1,800
1,320
2,200
7,000
(a)
11:08PM
Surface
Mid-depth
Bottom
2,320
2,800
13,550
3,050
3,000
2,950
2,970
4,800
8,000
May 28
12:00AM
Surface
Mid-depth
Bottom
2,360
2,900
4,900
June 2
3:19PM
Surface
Mid-depth
Bottom
1,100
2,150
15,150
1,250
1,800
1,450
2,200
12,900
June 14
1:28PM
Surface
Mid-depth
Bottom
197
2,600
13,600
293
340
750
170
330
3,200
June 15
1:20PM
Surface
Mid-depth
Bottom
93
190
13,200
184
210
220
111
270
June 25
10:35AM
Surface
Mid-depth
Bottom
30
34
6,300
8
7
8
13
9
11
June 26
11:13AM
Surface
Mid-depth
Bottom
78
357
8,000
9
11
11
17
21
1,400
June 28
1:08PM
Surface
Mid-depth
Bottom
79
22
7,600
12
12
25
11
13
20
July 5
7:35AM
Surface
Mid-depth
Bottom
1,700
1,850
4,550
1,650
2,750
1,750
155
Table 6 (continued) Tide oyolo i
Date Position
8
1935
July 9 (a) Surface 89
9:05PM Mid-depth 180
Bottom 170
(a) Surface 118
10:05PM Mid-depth 150
Bottom 130
July 11 Surface 28
10:53AM Mid-depth 14
Bottom 2,250
July 13 Surface 163
1:08PM Mid-depth 1,000
Bottom 12,650
July 15 Surface 630
1:05PM Mid-depth 11,950
Bottom 13,950
July 26 Surface 1,240
11t10AM Mid-depth 2,350
Bottom 14,700
July 29 Surface 4,950
1:05PM Mid-depth 15,300
Bottom 15,300
July 31 (a) Surface 4,600
3:08AM Mid-depth 5,400
Bottom 9,000
(a) Surface 3,400
4:08AM Mid-depth 3,600
Bottom 11,900
(a) Surface 3,200
4:08PM Mid-depth 5,500
Bottom 11,500
Aug, 11 Surface 3,800
10:50AM Mid-dopth 8,800
Bottom 12,000
four to five hours after high tide.
Parts per million
Stations
9 10 11 12
9
7
10
9
10
9
10
10
8
9
11
11
5
6
7
6
41
17
219
159
290
240
1,200
1,100
710
1,040
1,050
2,400
1,100
9,300
360
1,220
1,900
12,250
2,700
14,450
7,100
4,500
15,100
13,600
15,150
14,950
3,950
4,800
6,200
9,050
7,800
10,600
3,600
5,100
3,600
4,500
3,700
7,600
2,400
5,000
4,600
7,300
6,650
9,500
3,600
3,800
8,800
8,800
4,700
11,900
156
Table 6 (continued) Tide cyole ; four to five hours after high tide.
Parts per million
Date
Position
Stations
1935
8
9
10
11
Aug. 12
12:50PM
Surface
Mid-depth
Bottom
4,400
9,400
15,100
3,550
4,700
9,500
4,250
5,700
12,550
Aug. 23
10:50AM
Surface
Mid-depth
Bottom
3,200
8,350
15,400
2,050
3,400
6,400
2,500
7,900
14,700
Aug. 25
12:50PM
Surface
Mid-depth
Bottom
4,600
14,550
14,950
3,600
5,700
6,250
5,150
8,850
15,050
Sept, 6
10:50AM
Surface
Mid-depth
Bottom
1,460
2,600
8,500
1,500
2,100
9,800
1,500
2,100
6,400
Sept, 7
11:18AM
Surface
Mid-depth
Bottom
1,550
11,850
14,200
1,600
2,250
2,200
1,800
2,700
7,500
Sept. 8
12:40PM
Surface
Mid-depth
Bottom
1,700
2,700
9,150
1,800
2,150
2,200
2,100
3,200
10,600
Sept. 20
10:53AM
Surface
Mid-depth
Bottom
1,300
2,000
13,700
1,400
1,400
1,450
1,400
1,700
8,750
Oct. 8
11:48AM
Surface
Mid-depth
Bottom
6,300
7,000
11,600
6,600
8,200
8,300
7,100
7,500
10,900
Oct. 10
1:48PM
Surface
Mid-depth
Bottom
4,050
4,100
4,050
4,600
5,200
9,700
Oct. 11
1:48PM
Surface
Mid-depth
Bottom
4,000
4,300
6,500
5,500
5,500
5,900
6,300
7,900
11,000
Oct. 22
11:48AM
Surface
Mid-depth
Bottom
6,300
9,950
14,800
6,550
7,200
8,900
7,350
11,000
11,850
157
Table 6 (oontinued) Tide oyolo i
Date
Position
1935
8
Oct. 23
12:05PM
Surface
Mid-depth
Bottom
4,800
9,500
14,400
Oct. 25
2:08PM
Surface
Mid-depth
Bottom
5,150
8,450
15,100
Nov, 6
11:35AM
Surface
Mid-depth
Bottom
2,900
3,300
13,000
Nov. 7
12;30PM
Surface
Mid-depth
Bottom
4,300
6,450
11,200
Nov. 8
1:35PM
Surface
Mid-depth
Bottom
Nov. 9
1:45PM
Surface
Mid-depth
Bottom
4,750
7,300
8,300
Nov. 20
11:40AM
Surface
Mid-depth
Bottom
1,600
2,100
10,400
Nov. 21
11:50AM
Surface
Mid-depth
Bottom
1,550
1,750
8,550
Nov. 22
12:51PM
Surface
Mid-depth
Bottom
2,450
4,300
9,500
Nov. 23
1:50PM
Surface
Mid-depth
Bottom
1,900
2,950
5,100
Nov. 24
1:20PM
Surface
Mid-depth
Bottom
7,500
8,750
12,500
four to five hours after high tide.
Parts per million
Stations
9 10 11 12
4,000
6,500
6,600
10,600
7,800
12,800
5,600
6,650
7,150
8,750
7,000
8,450
3,200
3,500
3,300
3,600
3,400
5,900
4,500
5,400
5,950
6,500
6,100
9,000
7,150
6,750
7,350
7,400
7,450
9,150
6,600
7,550
7,500
7,950
8,150
11,900
2,000
1,900
2,050
2,900
2,100
7,150
1,920
2,430
1,970
4,630
1,850
6,470
1,900
3,350
4,700
5,800
4,500
8,750
1,950
2,050
2,450
2,700
2,300
8,400
158
Table 6 (continued) Tide cycle i four to five hours after high tide.
Parts
per million
A
Date
Position
Stations
1935
8
9
10
11
12
Nov. 25
1:55PM
Surface
Mid-depth
Bottom
6,400
7,650
9,900
6,350
8,350
9,450
Dec. 5
11:05AM
Surface
Mid-depth
Bottom
700
1,050
1,550
1,120
1,150
1,200
960
1,450
2,650
Dec. 6
11:10AM
Surface
Mid-depth
Bottom
900
1,250
1,800
Dec. 8
1:55PM
Surface
Mid-depth
Bottom
1,700
1,900
2,200
2,300
2,400
2,400
2,300
2,700
4,400
Dec, 9
2:05PM
Surface
Mid-depth
Bottom
5,850
8,350
9,900
9,250
11,050
11,600
11,200
12,400
13,500
Dec. 20
11:15AM
Surface
Mid-depth
Bottom
2,800
3,400
9,450
2,200
3,200
4,100
2,600
3,800
4,550
3,250
4,500
8,050
4,450
5,850
6,600
Dec. 21
11:35AM
Surface
Mid-depth
Bottom
1,000
7,750
5,000
5,850
6,750
Dec. 24
2:15 PM
Surface
Mid-depth
Bottom
6,850
7,450
8,400
7,050
6,700
7,200
7,500
7,650
8,400
7,700
8,300
9,600
8,350
8,450
8,850
Dec. 25
2:15PM
Surface
Mid-depth
Bottom
5,250
7,400
12,400
1936
Jan. 3
11:05AM
Surface
Mid-depth
Bottom
7,050
8,100
10,500
7,300
7,550
8,300
Jan. 4
12:00AM
Surface
Mid-depth
Bottom
950
1,050
1,300
1,000
1,100
1,100
750
800
800
900
1,000
2,250
1,350
1,300
1,550
159
Table 6 (continued)
Dato
1936
Jan. 5
12:15PM
Jan. 30
8:40AM
Feb. 3
12:45PM
Feb. 17
11:34AM
Feb. 28
8:20AM
Mar. 1
10:22AM
Mar. 2
11:31AM
Mar. 3
12:27PM
Position
Tido cyolo i four to fivo hours after high tide,
Parts por million
Stations
9 10
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
8
2,150
2,900
3,150
5
700,
900
1,850
1,850
1,800
1,600
1,700
1,700
3,000
4,100
5,450
1,350
1,350
2,350
11
2,000
3,250
3,900
1,000
1,100
900
Mar. 9 (a)
Surface
1,700
3:37PM
Mid-depth
6,800
Bottom
14,300
(a)
Surface
1,250
1,550
1,450
1,500
4:32PM
Mid-depth
1,550
1,550
1,750
1,600
Bottom
9,350
1,650
1,850
9,400
Mar. 10 (a)
Surface
1,050
4:16PM
Mid-depth
1,650
Bottom
12,350
12
2,550
2,600
2,800
900
1,050
1,100
1,300
1,600
2,200
2,900
4,600
5,850
100
Tabic 6 (continued) Tide oyolo r four to fivo hours aftor high tido.
Parts per million
Dato
Position
Stations
1936
8
9
10
11
Mar. 10 (a)
5:11PM
Surface
Mid-depth
Bottom
850
900
5,300
900
900
950
900
950
1,100
1,500
1,600
2,100
Mar. 11 (a)
4:53PM
Surface
Mid-depth
Bottom
750
1,560
12,600
(a)
5:48PM
Surface
Mid-depth
Bottom
320
390
7,500
105
115
120
59
71
95
69
145
1,770
Mar. 31, Apr.
Samples from
Sta. 11, Apr.
1. 3, 4, 7,
all depths -
28 B-600
.3, 16, 17,
Maximum 14
24, 25,
- Except:
26, 27, 28
Sta. 11,
, May 9
Apr. 27
May 21
3:05PM
Surface
Mid-depth
Bottom
4
5
6
9
12
1,650
May 22
4:05AM
Surface
Mid-depth
Bottom
790
2,150
550
450
1,350
550
May 28 (a)
9:05AM
Surface
Mid-depth
Bottom
1,530
1,560
1,350
1,270
1,400
2,650
(a)
10:05AM
Surface
Mid-depth
Bottom
1,290
2,700
4,600
1,340
1,300
1,300
Juno 3
2:05PM
Surface
Mid-depth
Bottom
1,750
1,950
2,200
2,250
5,700
6,950
Juno 4
3:05AM
Surface
Mid-depth
Bottom
2,200
7,150
9,200
5,750
8,950
10,700
June 9 (a)
6:05 AM
Surface
Mid-depth
Bottom
4,550
4,300
4,300
4,900
5,200
7,500
161
Tablo 6 (continued) Tide oyclo t four to five hours aftor high tide.
Parts per million
Date
Position
Stations
1936
8
9
10
11 12
June 9 (a)
6:05PM
Surface
Mid-depth
Bottom
4,800
4,850
4,650
5,250
5,450
Nov. 24
10:55AM
Surface
Mid-depth
Bottom
4,500
5,200
7,850
4,700
5,600
6,000
5,100
5,300
5,400
6,100 6,000
6,300 6,600
6,800 6,800
Dec. 1
10:50AM
Surface
Mid-depth
Bottom
9,800
11,600
11,400
5,350
6,500
9,900
5,200
10,050
10,200
4,500 4,300
9,300 9,100
9,000 9,000
1937
Jan. 3, 4, Apr,
7 sets from Sta
9, 19, 22,
. 9, Apr. 9
May 4, 17, June 1,
; 6 sets from Sta. 9
- Samples
, Apr. 22
from all depths
- Maximum 9.
June 2
9:47AM
Surface
Mid-depth
Bottom
17
83
87
5
7
5
7
9
13
June 3
9:28AM
Surface
Mid-depth
Bottom
180
220
180
280
260
240
200
300
300
June 15
8:27AM
Surface
Mid-depth
Bottom
65
200
390
119
210
200
15
27
450
July 12 (a)
5:45AM
Surface
Mid-depth
Bottom
5,000
5,500
5,600
(a)
6:00AM
Surface
Mid-depth
Bottom
3,000
3,400
4,100
(a)
6:15AM
Surface
Mid-depth
Bottom
3,600
3,900
4,000
(a)
6:30AM
Surface
Mid-depth
Bottom
3,400
3,700
3,700
162
Table 6 (continued) Tide oyolo : four to five hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 12 (a)
Surface
3,500
6:45AM
Mid-depth
3,600
Bottom
4,000
July 14 (a)
Surface
1,450
7:30AM
Mid-depth
8,800
Bottom
10,000
(a)
Surface
1,300
7:45AM
Mid-depth
1,950
Bottom
2,100
(a)
Surface
1,200
8:00AM
Mid-depth
1,300
Bottom
1,850
(a)
Surface
1,100
8:15AM
Mid-depth
1,000
Bottom
1,300
July 20 (a)
Surface
2,350
12:45PM
Mid-depth
8,200
Bottom
8,500
(a)
Surface
2,300
1:00PM
Mid-depth
7,100
Bottom
6,500
(a)
Surface
2,250
1:15PM
Mid-depth
6,000
Bottom
5,000
(a)
Surface
2,100
1:30PM
Mid-depth
5,800
Bottom
7,500
(a)
Surface
2,100
1:45PM
Mid-depth
5,400
Bottom
7,600
July 22 (a)
Surface
1,900
2:15PM
Mid-depth
2,500
Bottom
5,000
163
Table 6 (continued) Tide cycle : four to five hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 22 (a)
Surface
2,000
2:30PM
Mid-depth
3,800
Bottom
5,300
(a)
Surface
2,300
2:45PM
Mid-depth
3,200
Bottom
6,900
(a)
Surface
2,000
3:00PM
Mid-depth
2,200
Bottom
4,900
July 27 (a)
Surface
4,900
6:00AM
Mid-depth
4,800
Bottom
5,000
(a)
Surface
4,800
6:15AM
Mid-depth
4,800
Bottom
4,800
July 29 (a)
Surface
2,020
6:45AM
Mid-depth
3,100
Bottom
3,100
(a)
Surface
2,460
7:00AM
Mid-depth
2,600
Bottom
3,100
(a)
Surface
3,060
7:15AM
Mid-depth
3,100
Bottom
3,300
(a) Surface 2,800
7:30AM Mid-depth 2,900
Bottom 2,800
(a) Surface 3,550
7:30PM Mid-depth 4,050
Bottom 6,150
(a) Surface 3,050
7:45PM Mid-depth 4,000
Bottom 4,500
164
Table 6 (continued) Tide cyolo : four to fivo hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 29 (a)
Surface
3,250
8:00PM
Mid-depth
3,500
Bottom
4,250
(a)
Surface
4,050
8:15PM
Mid-depth
4,100
Bottom
4,150
(a)
Surface
4,050
8:30PM
Mid-depth
4,400
Bottom
4,150
July 31 (a)
Surface
3,100
8:45AM
Mid-depth
9,600
Bottom
13,400
(a)
Surface
2,900
9:00AM
Mid-depth
3,200
Bottom
12,000
(a)
Surface
2,700
9:15AM
Mid-depth
4,500
Bottom
11,500
(a)
Surface
2,900
9:30AM
Mid-depth
3,900
Bottom
7,600
Aug. 1 (a)
Surface
3,800
9:45AM
Mid-depth
8,700
Bottom
8,400
(a)
Surface
3,300
10t00AM
Mid-depth
3,600
Bottom
6,800
(a)
Surface
3,400
10:15AM
Mid-depth
4,400
Bottom
5,300
(a)
Surface
3,300
10:30AM
Mid-depth
4,800
c r\r\r\
165
Table 6 (continued) Tide cycle : four to five hours after high tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 2 (a)
Surface
3,700
10:45AM
Mid-depth
9,500
Bottom
9,600
(a)
Surface
3,200
11:00AM
Mid-depth
4,000
Bottom
5,500
(a)
Surface
3,300
11:15AM
Mid-depth
3,750
Bottom
4,400
(a)
Sur f ac e
3,700
11:30AM *
Mid-depth
3,700
Bottom
4,600
Aug. 3 (a)
Sur f ac e
3,200
11:45AM
Mid-depth
9,800
Bottom
10,500
(a)
Surface
3,400
12:00AM
Mid-depth
3,800
Bottom
8,300
(a)
Surface
3,200
12:15 PM
Mid-depth
4,100
Bottom
5,800
(a)
Surface
3,450
12:30PM
Mid-depth
3,600
Bottom
3,800
Aug. 5 (a)
Surface
2,500
1:45PM
Mi d-depth
3,500
Bottom
4,000
(a)
Surface
2,900
2:00PM
Mid-depth
2,800
Bottom
4,000
(a)
Surface
2,500
2:15PM
Mid-depth
3,900
Bottom
3,500
166
Table 6 (continued)
Date
1937
Position
Tide cycle : four to five hours after high tide,
Parts per million
Stations
8 9 10 11 12
Aug. 5 (a)
2:30PM
Surface
Mid-depth
Bottom
2,550
3,300
3,200
MIMEOGRAPHED BULLETINS OF THE CONNECTICUT GROUND WATER SURVEY
S-l Tho Salinity of the Connecticut River, October 1, 1934 to September
30, 1937.
Part I - Text, 6 maps, 2 illustrations, 74 pages, 1938.
Parts II and III - Tabulations of chlorides of samples collected
from the Connecticut river at Saybrook Highway
bridge, 323 pages, 1938.
GW-1 Record of wells, springs and ground-water levels in the towns of
Bridgeport, Easton, Fairfield, Stratford and Trumbull, Connecticut.
(242 pages, 5 maps, 1938.)
GW-2 Record of wells, springs and ground-water levels in the towns of
Branford, Chester, Clinton, Essex, Guilford, Haddam, Killingworth,
Madison, North Branford, Old Saybrook, Saybrook and VJestbrook,
Connecticut. (340 pages, 12 maps, 1938.)
GW-3 Record of wells, springs and ground-water levels in tho towns of
Bethany, East Haven, Hamden, Milford, North Haven, Orange, West
Haven and Vfoodbridge, Connecticut. (247 pages, 8 maps, 1938.)
GW-4 Record of wells, springs and ground-water levels in the towns of
Berlin, Cromwell, Durham, Mcridon, Middlefield, Middletown, Port¬
land and Yfallingford, Connecticut. (170 pages, 8 maps, 1938.)
GW-5 Record of wells, springs and ground-water levels in the tovms of
Colchester, East Haddam, East Hampton, East Lyme, Lyme, New London,
Old Lyme and Yfaterford, Connecticut. (314 pages, 8 maps, 1938.)
GW-6 Ground-water levels in north-central Connecticut, October 1, 1934
to December 31, 1937. (212 pages, 1938.)
CONNECTICUT GROUND WATER SURVEY
A PROJECT OF THE WORKS PROGRESS ADMINISTRATION
THE SALINITY OF THE CONNECTICUT RIVER
OCTOBER 1, 1934 TO SEPTEMBER 30, 1937
Bulletin S-l
Part III
ISSUED BY THE
WORKS PROGRESS ADMINISTRATION FOR CONNECTICUT
OFFICIAL. PROJECT 665-15-3-116
IN COOPERATION WITH THE
CONNECTICUT STATE WATER COMMISSION, SPONSOR
PREPARED UNDER DIRECTION OF THE
GEOLOGICAL SURVEY
UNITED STATES DEPARTMENT OF THE INTERIOR
HARTFORD. CONNECTICUT
OCTOBER 1938
Connecticut Ground Wator Survey
A Project of the Works Progress Administration
The
Salinity of the Connecticut River
October 1, 1934 to September 30, 1937
Bulletin S-l
Part III
Issued by the
Works Progress Administration for Connecticut
Official Project 665-15-3-116
In cooperation with the
Connecticut State Water Commission, Sponsor
Prepared under direction of the
Geological Survey
United States Department of the Interior
Hartford, Connecticut
October, 1938
167
Part III
Table of Contents
Introduction
Tide Cycle 7,
One hour before to low tide
Tide Cycle 8,
Low tide to one hour after
Tide Cycle 9,
One to two hours after low tide
Tide Cycle 10,
Two to three hours after low tide
Tide Cycle 11,
Three to four hours after low tide
Tide Cycle 12,
Four to five hours after low tide
Bottom Samples, taken one hour before
high tide to one to two hours after
high tide
Simultaneous samples taken on all tide
cycles, April 21 to September 30, 1937
168
Tho
Salinity of tho Connootlout Rivor
Octobor 1, 1934- to Soptorobor 30, 1937
Part III
'INTRODUCTION
Sampling has boon oarriod on almost continuously by tho
Connecticut Ground Yfator Survey since the start of work Octobor
1, 1934 up to tho presont time at Saybrook Highway bridge, Tho
tabulations of the results of chlorido tests aro prosontod in
Parts II and III of the report of the tidal salinity study. The
results are presented in full for the period October 1, 1934 to
September 30, 1937 and are referred to in the discussion in Part
I from time to time.
The Connecticut Ground Water Survey, operated as Works Progress
Administration Official Project 6Q5*-15-3?116, -ife- sponsored by the
Connecticut State Water Commission, which has directed its activities
since the inception of the project.. Under a cooperative agreement,
technical direction of the work was furnished by the Geological
Survey, U, S. Department of the Interior. The Ground Water Survey,
started by the Connecticut State Emergency Relief Commission on
October 1, 1934 as a Federal Emergency Relief Administration
project, has been operated since November 22, 1935 by the Division
of Women's and Professional Projects of the Works Progress Admin¬
istration for Connecticut, as Official Projects 65-15-861,
465-15-3-26 and 665-15-3-116. The Connecticut State Planning Board
in cooperation with the State Water Commission, sponsored the project
until July 1, 1937, when sponsorship was assumed by the State Water Com¬
mission. William H. Brothwell, Project Supervisor for the
Works Progress Administration, also supervised the earlier work
performed under the State Emergency Relief Commission; and has
been in charge of the Sponsor's program throughout.
The salinity studies wore planned and carried out under
the technical direction of Mr. C. S. Howard of the Geological
Survey, United States Department of tho Interior. Mr. YTilliam
Ho Brothwell was in chargo of personnel and facilities, and
coordinated the various parts of the work. Tho enginooring staff
of the State Water Commission assisted in transporting the
samples and in other phases of the work. The field work of
collecting samples vrets successively under the direct supervi¬
sion of Mr.. Robert M. Robertson, Mr. Edwin J. Greene BJld Mr.
Fred W. Carter. The chloride determinations were made at the
Hall Chemistry Laboratory of Wesleyan University under the direct
supervision of Mr. Arthur McDonald, with Dr. Co R. Hoovor of the
University acting in an advisory capacity. The tabulations
presented in Parts II and III were drawn up under the direct
supervision of Mr. Frank B. Rau. The preparation of this report
has been under the supervision of Mr. Russell M. Logic, who has
also assisted the Federal Geological Survey in supervising the
technical details of the field work. Stencilling, reproduction
and assembly of the report wore in chargo of Mr. Winthrop E.
Danielson.
169
Table 7
Tide cyoloi
one hour
b(-foro to
low tide.
Parts
per million
Date
Position
Stations
8
9
10
11
12
1934
Oct. 5
Surface
1,720
1,814
2:05PM
Mid-depth
2,630
2,130
Bottom
13,900
2,190
Oct. 17
Surface
575
725
700
875
1,175
12:10PM
Mid-depth
1,350
800
740
940
1,350
Bottom
13,750
800
1,200
2,250
1,950
Oct. 18
Surface
875
1,225
1,075
1,270
1,940
12:15PM
Mid-depth
1,130
1,200
1,420
1,630
2,200
Bottom
12,900
1,220
1,560
3,750
2,080
Oct* 27
Surface
145
21
19
62
267
7:05AM
Mid-depth
110
18
20
95
267
Bottom
600
22
22
200
290
Oct. 28
Surface
1,050
1,250
. 1,350
1,400
2,100
8:50AM
Mid-depth
2,650
1,300
.1,550
1,800
2,300
Bottom
14,900
1,310
1,900
5,000
2,250
Oct. 29
Surface
135
40
25
27
200
8:45AM
Mid-depth
7,750
75
70
365
290
Bottom
15,300
13,050
710
14,150
195
Nov. 5
Surface
580
880
760
1,000
1,500
2:50PM
Mid-depth
1,560
970
1,000
2,150
1,500
Bottom
3,050
1,700
1,050
3,350
1,900
Nov. 16
Surface
440
520
520
504
790
12:35PM
Mid-depth
810
590
1,140
680
1,020
Bottom
1,450
600
1,220
1,280
1,200
Nov. 19
Surface
1,820
2,500
2,690
3,250
3,650
2:15PM
Midrdepth
2,600
2,700
2,800
3,650
4,200
Bottom
4,050
2,700
3,550
7,300
4,550
Dec. 3, 4,
- Samples from
all depths -
Maximum
16.
Dec. 17
Surface
1,650
1,750
1,850
2,100
2,650
2:25PM
Mid-depth
2,200
1,900
2,400
2,650
2,700
Bottom
14,000
1,900
3,000
4,950
2,900
Dec. 18
Surface
2,350
2,700
2,850
3,250
3,450
2:30PM
Mid-depth
2,550
2,850
2,950
3,400
Bottom
13,900
2,850
4,150
6,850
3,800
170
Table 7 (continued) Tide cycle; ono hour before to low tide.
Parts per million
Date
Position
Stations
8
9
10
11
12
1934
Dec. 31
Surface
1,970
1,510
1,510
1,320
1,250
1:05PM
Mid-depth
2,000
1,750
1,650
1,350
6,950
Bottom
2,000
13,350
2,650
3,000
14,600
1935
Jan. 2
Surface
41
38
55
83
114
2:20PM
Mid-depth
116
39
55
89
119
Bottom
4,350
39
55
95
161
Jan. 14, 15,
16, - Samples
from all depths - Maximum 16,
Jan. 29
Surface
480
11:50AM
Mid-depth
550
Bottom
1,200
Jon. 31
Surface
580
2:15PM
Mid-depth
760
Bottom
1,900
Feb, 1
Surface
910
920
580
650
2:10PM
Mid-depth
5-,140
900
660
Bottom
1,130
940
1,020
760
Feb, 12
Surface
480
470
400
670
570
12 j 0.0AM
Mid-depth
1,290
1,620
1,110
810
1,270
Bottom
10,250
2,150
1,300
4,300
1,900
Feb. 14
Surface
620
610
530
790
820
2:20PM
Mid-depth
2,050
1,800
530
1,650
1,400
Bottom
11,150
1,950
1,170
2,600
1,900
Feb. 15
Surface
460
580
620
430
530
2:30PM
Mid-depth
900
670
600
500
640
Bottom
13,200
710
640
1,400
690
Feb. 27
Surface
420
530
510
670
870
12;05PM
Mid-depth
560
545
510
740
885
Bottom
1,450
560
520
1,410
900
Feb, 28
Surface
102
11
11
10
19
12:50PM
Mid-dejbth
125
10
9
12
19
Bottom
155
10
10
19
24
171
Table 7 (continued) Tide cycle: ono hour boforo to low tide #
Parts per million
Date Position Stations
8 9 10 11 12
1935
Mar. 13, 15,
16, 29, 31, Apr,
1, - Samples from all
depths - Maximum 9#
Apr, 11 (a)
10:45AM
Surfaoe
Mid-depth
Bottom
600
1,300
13,700
(a)
11:00AM
Surface
Mid-depth
Bottom
540
1,250
13,800
(a)
11:15AM
Surface
Mid-depth
Bottom
590
1,100
14,000
(a)
11:30AM
Surface
Mid-depth
Bottom
550
950
13,900
Apr. 12
12:15PM
Surface
Mid-depth
Bottom
54
47
89
8
11
9
8 9
11 10
11 8
Apr, 14, 15,
Maximum 12#
27, 29, May 12,
13, 14, -
Samples from
all depths -
May 15
1:15PM
Surface
Mid-depth
Bottom
5
6
11,850
4-
4
5
6 6
8 6
12 6
May 26 (a)
11:08AM
Surface
Mid-depth
Bottom
510
675
8,400
530
610
615
380
495
990
(a)
1U08PM
Surface
Mid-depth
Bottom
1,440
1,650
7,350
1,870
1,900
3,650
May 27 (a)
12-.08AM
Surface
Mid-depth
Bottom
1,040
1,050
2,950
920
950
950
1,030
1,650
2,100
(a)
12:08PM
Surface
Mid-depth
Bottom
730
1,050
9,150
1,010
1,050
1,050
1,050
1,200
2,800
172
Table 7 (continued)
Tide oyole:
one hour
before to
low tide.
Parts
per million
Date
Position
Stations
1935
8
9
10
11
12
May 28 (a)
12:08AM
Surfaoe
Mid-depth
Bottom
700
2,000
3,100
1,450
2,050
2,050
(a)
1:08AM
Surface
Mid-depth
Bottom
950
1,050
1,050
1,070
1,550
2,150
(a)
12t05PM
Surface
Mid-depth
Bottom
700
1,700
11,600
1,030
1,000
1,100
1,040
1,215
5,400
.1,450
1,650
2,000
May 29
1:08PM
Surface
Mid-depth
Bottom
480
1,250
14,600
750
800
800
740
850
14,050
June 9
10:50AM
Surface
Mid-depth
Bottom
530
1,550
14,050
660
950
1,000
680
850
7,900
June 10
11:08AM
Surface
Mid-depth
Bottom
1,240
12,800
14,550
1,200
1,700
1,800
1,370
1,550
11,800
June 11
11:33AM
Surfac e
Mid-depth
Bottom
190
690
13,850
280
310
310
240
320
3,150
June 13
12:55PM
Surface
Mid-depth
Bottom
130
540
13,600
45
150
170
16
114
1,210
June 21
8:29AM
Surface
Mid-depth
Bottom
6
7
8
June 24
11:03AM
Surface
Mid-depth
Bottom
13
7
9
7
6
7
7
8
9
June 27
12:55PM
Surface
Mid-depth
Bottom
31
92
5,000
6
9
19
9
11
15
173
Table 7 (continued) Tide oycle; one hour before to low tide.
Parte per million
Date
Position
Stations
1935
8
9
10
11
July 6
8:35AM
Surface
Mid-depth
Bottom
1,350
1,700
3,150
1,600
1,600
1,600
July 9
11:05AM
Surface
Mid-depth
Bottom
73
107
143
8
10
9
9
11
11
July 10
11:05AM
Surfaoe
Mid-depth
Bottom
45
50
78
6
8
8
7
7
8
July 12
12:45PM
Surface
Mid-depth
Bottom
73
200
12,250
11
19
81
9
11
17
July 25
11:05AM
Surface
Mid-depth
Bottom
1,290
1,600
7,800
1,270
1,650
1,750
1,420
1,500
1,900
July 30
4:08PM
Surface
Mid-depth
Bottom
2,750
11,150
2,850
2,900
3,050
2,800
4,200
6,900
July 31
5:08AM
Surface
Mid-depth
Bottom
2,400
3,300
10,000
2,800
2,700
2,850
2,900
3,400
6,100
Aug. 8
11:00AM
Surface
Mid-depth
Bottom
1,800
9,200
10,050
1,350
2,750
3,700
1,850
4,300
12,500
Aug. 9
10:50AM
Surface
Mid-depth
Bottom
2,800
7,400
14,750
1,700
3,300
4,550
2,800
6,450
13,750
Aug. 10
11:03AM
Surface
Mid-depth
Bottom
3,100
10,700
14,800
2,200
5,900
6,600
2,800
9,900
13,800
Aug. 11
12:55PM
Surface
Mid-depth
Bottom
2,300
4,400
10,600
2,900
3,500
3,800
3,400
5,100
8,400
174
Table 7 (continued) Tide cycle: one hour before to low tide*
Parts per million
Date Position Stations
1935
8
9
10
11
Aug# 22
10:50AM
Surface
Mid-depth
Bottom
2,800
12,600
15,000
2,700
3,900
4,100
3,000
4,800
11,500
Aug# 24
12:45PM
Surface
Mid-depth
Bottom
3,050
4,250
15,400
2,650
3,550
3,700
3,900
7,300
14,400
Sept# 5
10:50AM
Surface
Mid-depth
Bottom
3,200
5,800
6,000
3,600
3,800
5,100
3,300
4,400
6,150
Sept* 7
1:18PM
Surface
Mid-depth
Bottom
1,100
13,700
14,800
800
1,900
11,700
800
1,700
12,950
Sept.17
11:05AM
Surface
Mid-depth
Bottom
4,200
8,200
13,000
2,900
4,950
6,700
2,400
5,350
9,000
Sept#19
11:00AM
Surface
Mid-depth
Bottom
410
780
14,350
710
620
1,000
580
790
4,250
Sept.20
12:53PM
Surface
Mid-depth
Bottom
750
6,600
13,850
650
1,200
7,550
600
1,000
11,650
Sept.21
12:53PM
Surface
Mid-depth
Bottom
2,250
5,000
14,950
1,600
2,850
3,350
2,700
3,500
11,950
Oct. 7
12:03PM
Surface
Mid-depth
Bottom
5,150
5,900
11,200
5,250
5,800
6,050
5,000
6,500
9,100
Oct. 9
1:48PM
Surface
Mid-depth
Bottom
2,500
3,200
11,300
2,900
3,100
3,000
3,300
3,900
6,400
Oct. 10
1:55PM
Surface
Mid-depth
Bottom
3,550
3,800
8,350
175
Table 7 (continued)
Tide cyole:
one hour
before to
low tide.
Parts
per million
Date
Position
Stations
1935
8
9
10
11
12
Oct. 21
11:48AM
Surface
Mid-depth
Bottom
5,100
10,300
15,700
3,900
6,100
4,300
4,200
10,400
14,400
Oct. 23
1:53PM
Surface
Mid-depth
Bottom
4,000
5,000
10,000
4,300
5,100
5,200
4,900
5,300
4,450
Nov. 5
11:58AM
Surface
Mid-depth
Bottom
4,000
4,100
4,100
4,000
4,400
6,600
Nov. 8
1:40PM
Surface
Mid-depth
Bottom
6,000
6,950
6,400
Nov. 19
11:48AM
Surface
Mid-depth
Bottom
1,000
2,350
14,350
1,250
2,050
2,100
1,600
1,700
11,450
Nov. 21
1:45PM
Surface
Mid-depth
Bottom
940
1,300
2,950
Nov. 22
1:50PM
Surface
Mid-depth
Bottom
1,900
2,050
7,700
3,050
1,850
1,950
2,000
2,200
4,400
Dec. 4
11:15AM
Surface
Mid-depth
Bottom
9
7
9
9
11
12
25
32
34
Dec. 7
2:10PM
Surface
Mid-depth
Bottom
2,450
2,800
3,200
2,800
2,800
2,850
2,900
4,300
4,050
Dec. 18
11:25AM
Surface
Mid-depth
Bottom
1,450
1,750
1,800
1,400
2,250
7,500
1,950
2,000
2,000
Dec. 19
11:35AM
Surface
Mid-depth
Bottom
1,750
2,700
9,150
2,400
2,500
2,500
2,450
3,200
3,400
2,700
3,100
7,850
2,900
3,150
3,500
170
Table 7 (
continued)
Tide cycle:
one hour
before to
low tide
•
Parts
per million
Date
Position
Stations
8
9
10
11
12
1935
Dec. 21
Surface
1,500
2:OOPM
Mid-depth
Bottom
Dec. 22
Surface
2,200
1,950
2,850
3,000
4,350
2:15PM
Mid-depth
7,800
3,250
3,400
5,700
6,000
Bottom
8,900
3,900
5,350
9,950
5,700
Dec. 23
Surface
6,150
5,700
5,800
7,400
8,250
2:15PM
Mid-depth
7,650
5,850
9,150
9,650
8,850
Bottom
8,400
7,050
9,300
10,800
10,600
1936
Jan. 3
Surface
5,050
6,200
7,050
11:15AM
Mid-depth
7,300
6,800
7,050
Bottom
7,450
6,800
7,200
Jan. 5
Surface
700
650
650
700
2:15PM
Mid-depth
650
750
700
700
Bottom
650
650
1,000
650
Jan. 13
Surface
11,000
2,000
2,750
7,100
2,750
7:15 AM
Mid-depth
1,700
1,950
2,600
5,900
2,850
Bottom
1,450
1,950
2,100
2,750
2,900
Jan. 14
Surface
82
15
19
34
94
8:15AM
Mid-depth
69
15
19
44
98
Bottom
310
16
19
57
110
Jan. 15
Surface
850
1,000
1,050
1,150
1,450
9i25AM
Mid-depth
1,100
1,100
1,250
1,250
1,500
Bottom
9,400
1,150
1,450
6,350
1,650
Jan. 16
Surface
430
430
490
650
810
9:55AM
Mid-depth
550
420
530
700
900
Bottom
630
440
530
1,020
950
Jan. 17
Surface
17
11
10
14
24
11:10AM
Mid-depth
42
10
16
12
20
Bottom
38
13
12
13
45
177
Table 7 (continued)
Tide oyole:
one hour
before to
low tide.
Parte
per million
Date
Position
Stations
1936
8
9
10
11 12
Jan. 18
11:50AM
Surface
Mid-depth
Bottom
138
150
210
100
109
110
93
91
100
141 240
200 220
520 240
Jan. 19
1:00PM
Surface
Mid-depth
Bottom
800
800
900
700
700
750
650
700
700
850 800
1,350 900
1,350 900
Jan. 29
8:15AM
Surface
Mid-depth
Bottom
940
1,850
1,800
Jan. 31
10:15AM
Surface
Mid-depth
Bottom
1,800
2,800
3,600
Feb, 1
11:25AM
Surface
Mid-depth
Bottom
1,150
1,450
2,350
Feb. 2
12:00AM
Surface
Mid-depth
Bottom
850
1,200
1,400
Feb. 14
9:10AM
Surface
Mid-depth
Bottom
2,550
7,850
11,800
3,250
3,200
3,350
2,500
3,050
3,150
Feb. 15 (a)
9:55AM
Surface
Mid-depth
Bottom
2,600
5,400
7,100
2,400
4,000
4,450
2,000
2,350
3,000
(a)
10:20AM
Surface
Mid-depth
Bottom
1,850
4,150
7,700
Feb. 17
11:39AM
Surface
Mid-depth
Bottom
3,050
6,000
7-, 000
3,200
6,000
6,600
Feb, 18
12:50PM
Surface
Mid-depth
Bottom
3,200
6,500
7,050
3,900
3,900
6,600
3,000
5,050
5,100
178
Table 7 (continued) Tide cycle: one hour before to low tide.
Parts per million
Date
Position
Stations
1936
8
9
10
11
Feb, 19
1:30PM
Surface
Mid-depth
Bottom
700
2,100
5,450
650
700
2,050
750
800
750
Feb. 28
8:25AM
Surface
Mid-depth
Bottom
1,200
1,300
1,450
1,200
1,200
1,250
Feb, 29
9:30AM
Surface
Mid-depth
Bottom
800
1,550
2,900
800
2,500
2,650
800
950
2,050
800
1,600
5,650
Mar, 1
10:37AM
Surface
Mid-depth
Bottom
950
2,500
2,700
1,000
1,050
1,900
Mar. 2
11:41AM
Surface
Mid-depth
Bottom
1,250
5,750
6,600
1,700
6,100
6,800
Mar • 3
12:41PM
Surface
Mid-depth
Bottom
1,850
4,500
5,200
1,600
2,400
4,450
1,800
2,600
5,700
Mar, 30, 31,
Maximum 12 -
Apr. 2,3, 24,
Except: Sta.
, 25, 26, 27,.
11, Apr. 28,.
28, - Samples from all d<
- B-70.
Apr. 29
11:20AM
Surface
Mid-depth
Bottom
5
5
55
12
21
600
May 6, 7, 8,
Except: Sta.
9,
9,
11, 21, -
May 21, -
Samples from
B-22.
all depths - Maximum 9 -
May 22
5:05AM
Surface
Mid-depth
Bottofe
380
1,700
390
370
2,000
470
May 28 (a)
10:05AM
Surface
Mid-depth
Bottom
1,290
1,300
1,350
1,630
1,800
8,050
(a)
11:05PM
Surface
Mid-depth
Bottom
1,290
1,200
1,250
1,290
1,500
2,650
179
Table 7 (continued) Tide oyole: one hour before to low tide.
Parte per million
Date
Position
Stations
1936
8
9
10
11
12
June 3
3s05PM
Surface
Mid-depth
Bottom
1,600
1,850
2,200
2,650
4,500
7,500
June 4
4:05AM
Surface
Mid-depth
Bottom
4,150
5,250
6,250
2,300
6,650
9,350
June 9 (a)
7:05AM
Surface
Mid-depth
Bottom
4,400
4,200
4,750
4,750
5,550
7,850
(a)
7:05PM
Surface
Mid-depth
Bottom
5,000
6,200
9,600
4,950
9,800
June 15
12:33PM
Surface
Mid-depth
Bottom
2,900
3,100
4,800
3,250
3,300
3,400
3,450
3,600
5,900
June 16
1:26PM
Surface
Mid-depth
Bottom
1,850
2,350
2,000
2,100
2,100
2,900
June 17
2:27PM
Surface
Mid-depth
Bottom
1,900
3,250
1,850
1,900
1,900
2,550
June 18
3:34PM
Surface
Mid-depth
Bottom
1,550
1,600
3,100
1,500
1,600
1,600
1,500
1,600
1,950
Nov. 21
9:40AM
Surface
Mid-depth
Bottom
800
800
3,900
700
800
900
1,000
1,200
1,500
900
1,000
1,500
1,100
1,000
1,200
Nov, 22
10:40AM
Surface
Mid-depth
Bottom
1,400
2,200
3,500
1,800
2,000
6,900
2,200
1,800
1,900
1,900
2,200
5,750
4,000
2,500
2,750
Nov, 23
11:40AM
Surface
Mid-depth
Bottom
1,050
3,100
4,150
1,000
1,050
1,100
1,000
1,050
1,300
1,150
1,500
2,100
1,500
1,550
1,600
180
Table 7 (continued)
Tido
oyclo:
one hour
boforo to
low tido
•
Parts
per million
Date
Position
Stations
1936
8
9
10
11
12
Dec. 4
8:40AM
Surface
Mid-depth
Bottom
1,700
1,750
1,850
1,850
1,950
1,950
1,900
2,350
8,250
1,850
2,250
3,700
2,150
2,500
2,800
Dec. 5
9:45AM
Surface
Mid-depth
Bottom
1,300
1,250
1,250
1,200
1,300
1,350
1,250
1,800
8,650
1,350
1,400
3,000
1,750
1,950
2,800
Dec. 6
10:45AM
Surface
Mid-depth
Bottom
1,950
3,950
9,400
1,950
3,950
6,300
2,500
3,050
9,300
3,150
3,350
10,700
2,950
3,050
3,900
Dec. 7
11:50AM
Surface
Mid-depth
Bottom
1,850
1,850
1,850
1,900
1,950
2,000
1,900
1,900
2,100
1,800
1,900
2,300
1,900
1,950
2,000
Dec. 8
12:45PM
Surfac e
Mid-depth
Bottom
1,250
2,500
10,450
1,050
1,350
1,500
1,450
1,950
2,750
1,300
3,400
8,000
1,200
1,300
2,000
Dec• 19
8:00AM
Surface
Mid-depth
Bottom
13
10
8
10
16
13
11
14
44
54
60
Dec. 20
8:55AM
Surface
Mid-depth
Bottom
940
1,600
970
1,400
870
1,000
780
1,050
940
1,000
1,200
Dec. 21, 22, 23
Feb. 1, 2, 1937
, 24, 1936,
- Samples
, Jan
from
. 5, 6, 7, 17, 18, 19, 20,
all depths - Maximum 23»
21, 22,
31,
1937
Feb. 3
10:35AM
Surface
Mid-depth
Bottom
720
800
750
700
700
800
820
3,300
9,600
830
3,200
8,450
680
750
850
Fob. 4
11:35AM
Surface
Mid-depth
Bottom
1,700
1,850
2,000
2,100
3,050
3,200
2,350
3,600
3,400
2,250
6,850
8,600
2,600
2,750
2,800
Feb. 5
12:35PM
Surface
Mid-depth
Bottom
500
900
1,350
680
900
1,100
850
1,000
1,900
910
3,650
6,050
980
1,000
1,200
1J81
Table 7 (continued)
Tide cyclo:
one hour
boforo to
low tide
•
Parts
per million
Date
Position
Stations
8
9
10
11
12
1937
Feb. 6
Surface
1,350
1,100
1,650
1,400
2,000
1:15PM
Mid-depth
3,150
1,350
2,800
4,300
2,050
Bottom
7,200
1,650
3,600
6,700
2,850
Feb. 8
Surface
4,600
2,350
4,550
4,200
1,800
3:05PM
Mid-depth
12,600
11,300
12,550
10,750
10,250
Bottom
13,000
12,700
12,900
13,150
12,200
Feb. 16
Surface
9
9
7
9
13
8:15AM
Mid-depth
11
9
5
9
15
Bottom
9
9
9
23
47
Feb. 17
Surface
33
7
9
8
12
9:20AM
Mid-depth
39
7
11
11
21
Bottom
17
11
5
11
59
Feb. 18
Surface
9
9
7
43
73
10:15AM
Mid-depth
7
7
7
81
77
Bottorn
9
7
9
81
93
Feb. 19
Surface
5
5
7
7
9
11:30AM
Mid-depth
7
6
6
11
9
Bottom
7
7
6
10
13
Feb. 20
Surface
11
8
7
8
16
12:25PM
Mid-depth
9
8
7
11
23
Bottom
25
7
8
11
26
Mar. 3
Surface
340
240
260
300
260
8:55AM
Mid-depth
250
330
260
320
260
Bottom
340
260
320
360
320
Mar. 4
Surface
420
540
600
460
720
9:50AM
Mid-depth
460
560
620
900
76u
Bottom
440
580
900
5,200
770
Mar. 5
Surface
300
260
320
300
330
10;45AM
Mid-depth
300
330
320
320
340
Bottom
320
1,160
380
5,300
2,000
Mar. 6
Surface
1,000
1,000
1,200
1,000
1,300
11:40AM
Mid-depth
1,000
1,300
2,000
1,100
1,200
Bottom
1,200
1,200
6,700
1,300
1,100
182
* Table 7 (continued) Tide oyolos one hour before to low.tide.
Parts per million
Date
Position
Stations
8
9
10
11
12
1937
Mar. 7
Surface
280
320
240
340
440
12:35PM
Mid-depth
320
310
250
560
360
Bottom
300
320
320
1,060
320
Mar• 18
Surface
11
. 7
9
11
31
9:00AM
Mid-depth
9
7
11
13
41
Bottom
10
8
9
11
43
Mar. 22
Surface
7
5
6
8
11
1:05PM
Mid-depth
5
7
7
9
11
Bottom
7
7
9
7
9
Apr. 3
Surface
440
490
430
10:05AM
Mid-depth
510
540
500
Bottom
510
530
560
Apr. 4
Surface
1,100
1
,200
1,200
10:55AM
Mid-depth
1,200
1
,400
1,300
Bottom
1,100
1
,300
1,400
Apr. 5
Surface
240
200
240
300
320
11:50AM
Mid-depth
220
240
260
540
300
Bottom
240
240
340
5,550
360
Apr. 6
Surface
480
410
420
430
470
12:40PM
Mid-depth
480
410
550
450
460
Bottom
500
430
640
660
530
Apr. 9, 22,
28, May 4, 8,
127-17, 20,
26,
Samples from all depths -
Maximum 11.
June 5
Surface
260
200
200
12:33PM
Mid-depth
200
140
160
Bottom
300
180
140
June 9
Surface
220
180
100
4:23PM
Mid-depth
240
170
150
Bottom
290
190
160
June 12
Surface
400
840
740
6:53AM
Mid-depth
780
980
760
Bottom
1,100
960
940
183
Table 7 (continued) Tide oyclo: ono hour before to low tide,
Pc^rts por million
Date Position Stations
1937
8
9
10
11
June 14
8:24AM
Surface
Mid-depth
Bottom
160
260
220
160
160
160
160
180
130
June 17
11:18AM
Surface
Mid-depth
Bottom
180
180
220
220
200
200
220
200
220
June 29
8:16AM
Surface
Mid-depth
Bottom
360
620
800
400
480
500
380
660
820
June 30
8:38AM
Surface
Mid-depth
Bottom
680
1,000
740
800
840
860
700
800
2,080
July 1 (a)
9:30AM
Surface
Mid-depth
Bottom
440.
440
500
(a)
9:40AM
Surface
Mid-depth
Bottom
480
460
460
(a)
9:50AM
Surface
Mid-depth
Bottom
480
460
500
(a)
10:00AM
Surface
Mid-depth
Bottom
460
460
480
(a)
10:10AM
Surface
Mid-depth
Bottom
380
440
480
July 12 (a)
7:00AM
Surface
Mid-depth
Bottom
3,600
3,700
3,900
(a)
7:15AM
Surface
Mi d-depth
Bottom
2,800
2,800
3,000
184
Table 7 (continued) Tide oyclo: ono hour beforo to low tido.
Parts par million
Dato Position Stations
8 9 10 11
1937
July 12 (a)
Surface
2,900
7:30AM
Mid-dopth
3,000
Bottom
3,100
(a)
Surface
2,900
7:45AM
Mid-depth
2,900
Bottom
3,000
July 14 (a)
Surface
1,100
8:30AM
Mid-depth
1,400
Bottom
1,600
(a)
Surface
750
8:45AM
Mid-depth
1,400
Bottom
1,500
(a)
Surface
1,600
9:00AM
Mid-depth
1,300
Bottom
1,400
(a)
Surfo.ce
900
9:15AM
Mid-depth
1,100
Bottom
1,100
(a)
Surface
900
9:30AM
Mid-depth
1,300
Bottom
1,200
July 20 (a)
Surface
1,700
2:00PM
Mid-depth
4,400
Bottom
6,600
(a)
Surface
1,700
2-.15PM
Mid-depth
5,000
Bottom
6,500
(a)
Surface
1,700
2:30BH
Mid-depth
3,400
Bottom
7,300
July 22 (a)
Surface
1,300
3:15PM
Mid-depth
1,700
Bottom
2,100
185
Table 7 (continued) Tide cycle: ono hour buforo to low tide.
Parts pur million
Date Position Stations
8 9 10 11
1937
July 22 (a)
Surface
. 2,000
3:30PM
Mid-depth
1,800
Bottom
2,000
(a)
Surface
1,000
3:45PM
Mid-depth
1,500
Bottom
2,000
(a)
Surface
1,000
4:00PM
Mid-depth
1,600
Bottom
1,800
July 26 (a)
Surface
4,150
6:00AM
Mid-depth
4,300
Bottom
4,100
(a)
Surface
3,900
6:15AM
Mid-depth
4,250
Bottom
4,300
(a)
Surface
3,600
6:30AM
Mid-depth
3,950
Bottom
3,900
July 27 (a)
Surface
4,700
6:30AM
Mid-depth
4,800
Bottom
4,900
(a)
Surface
4,100
6:45AM
Mid-depth
4,200
Bottom
4,400
(a)
Surface
4,100
7:00AM
Mid-depth
4,200
Bottom
4,200
(a)
Surface
3,800
7:15AM
Mid-depth
3,850
Bottom
3,900
July 29 (a)
Surface
2,360
7:45AM
Mid-depth
2,900
Bottom
3,000
186
Table 7 (continued) Tide oyole: one hour before to low tide.
Parts per million
Date Position Stations
8 9 10 11
1937
July 29 (a)
Surface
2,560
8:00AM
Mid-depth
2,600
Bottom
2,700
(a)
Surface
2,480
8:15AM
Mid-depth
2,500
Bottom
2,500
(a)
Surface
2,270
8:30AM
Mid-depth
2,600
Bottom
2,700
(a)
Surface
1,830
8:45AM
Mid-depth
2,000
Bottom
2,200
(a)
Surface
3,850
8:45PM
Mid-depth
4,150
Bottom
4,200
(a)
Surface
3,450
9:OOFM
Mid-depth
3,600
Bottom
3,750
(a)
Surface
3,100
9:15PM
Mid-depth
3,300
Bottom
" 3,350
(a)
Surface
3,150
9:30PM
Mid-depth
2,850
Bottom
3,300
July 31 (a)
Surface
2,500
9:45AM
Mid-depth
3,000
Bottom
6,800
(a)
Surface
2,900
10:00AM
Mid-depth
3,300
Bottom
5,000
(a)
Surface
1,900
10:15AM
Mid-depth
3,200
Bottom
4,400
187
Table 7 (continued) Tide oyolei one hour before to low tide.
Parts per million
Date Position Stations
8 9 10 11
1937
July 31 (a)
Surface
2,200
10:30AM
Mid-depth
3,300
Bottom
3,900
Aug. 1 (a)
Surface
3,300
10:45AM
Mid-depth
3,400
Bottom
4,000
(a)
Surface
3,300
11:00AM
Mid-depth
3,700
Bottom
4,200
(a)
Surface
3,300
11:15AM
Mid-depth
3,900
Bottom
3,800
(a)
Surface
3,000
11:30AM
Mid-depth
3,700
Bottom
3,700
Aug. 2 (a)
Surface
3,200
11:45AM
Mid-depth
3,400
Bgttom
3,700
(a)
Surface
3,800
12:00AM
Mid-depth
4,000
Bottom
4,000
(a)
Surface
3,200
12:15PM
Mid-depth
3,800
Bottom
4,000
(a)
Surface
3,100
12:30PM
Mid-depth
3,350
Bottom
3,500
(a)
Surface
3,400
12:45PM
Mid-depth
3,500
Bottom
3,500
Aug. 3 (a)
Surface
3,300
12:45PM
Mid-depth
Bottom
3,600
188
Table 7 (continued) Tide cycle: one hour before to low tide.
Parts per million
Date Position Stations
8 9 10 11
1937
Aug. 3 (a)
Surface
3,400
1:00PM
Mid-depth
3,700
Bottom
3,900
(a)
Surface
3,400
1:15PM
Mid-depth
3,500
Bottom
3,800
(a)
Surface
2,500
1:30PM
Mid-depth
2,800
Bottom
3,000
Aug, 5 (a)
Surface
2,300
2:45PM
Mid-depth
3,500
Bottom
3,200
(a)
Surface
2,650
3:00PM
Mid-depth
2,900
Bottom
3,000
(a)
Surface
2,600
3:15PM
Mid-depth
2,900
Bottom
2,900
(a)
Surface
2,100
3:30PM
Mid-depth
2,300
Bottom
2,450
189
Table 8 Tide cycle: low tide to one hour after.
Parts per million
Date
Position
Stations
8
9
10
11
12
1934
Oct. 4
Surface
539
2:55PM
Mid-depth
840
Bottom
7,580
Oct. 5
Surface
300
756
840
870
3:40PM
Mid-depth
790
980
1,020
Bottom
940
1,390
3,550
1,170
Oct. 19
Surface
1,040
1,140
1,180
1,270
900
2:10FM
Mid-depth
2,000
1,150
1,625
1,925
2,075
Bottom
12,850
1,250
1,650
4,150
2,150
Oct. 27
Surface
85
19
22
45
90
8:10AM
Mid-depth
130
18
23
50
87
Bottom
220
21
71
98
Oct. 28
Surface
760
1,830
900
1,000
1,550
9:40AM
Mid-depth
5,500
960
1,000
1,200
1,550
Bottom
15,100
960
1,250
5,800
1,700
Oct. 29
Surface
120
61
34
32
70
10:45AM
Mid-depth
14,600
165
65
2,300
150
Bottom
15,550
13,550
12,600
15,600
135
Oct. 31
Surface
820
820
1,500
1,500
1,600
12:05PM
Mid-depth
5,600
1,300
1,450
1,950
1,900
Bottom
14,300
1,400
2,250
13,950
2,000
Nov. 1
Surface
1,500
1,920
2,050
2,180
2,800
12:50PM
Mid-depth
2,500
1,950
2,270
2,330
2,950
Bottom
12,000
1,970
2,800
5,850
3,300
Nov. 15
Surface
410
460
460
460
730
12:25PM
Mid-depth
1,100
480
480
450
900
Bottom
6,700
490
780
1,250
1,050
Nov. 30
Surface
208
151
171
158
370
12:30PM
Mid-depth
310
153
177
196
380
Bottom
6,700
156
189
425
390
Dec. 14
Surface
93
153
159
177
214
12:30PM
Mid-depth
140
850
161
192
1,200
Bottom
15,150
850
1,400
5,250
1,300
190
Table 8 (continued) Tide oycle: low tide to one hour after.
Parts per million
Date
Position
Stations
8
9
10
11
12
1935
Jan. 1
Surface
4,400
4,600
4,800
5,700
6,250
2:20PM
Mid-depth
7,550
5,050
5,100
5,800
7,300
Bottom
12,450
6,000
6,750
9,550
7,600
Jan. 28
Surface
94
12:20PM
Mid-depth
109
Bottom
260
Jan. 30
Surface
16
2:15PM
Mid-depth
27
Bottom
47
Feb. 11
Surface
490
410
550
500
530
12:20PM
Mid-depth
1,180
1,060
740
770
870
Bottom
7,000
1,150
830
1,550
1,050
Feb. 13
Surface
380
410
440
410
420
2:25PM
Mid-depth
2,000
420
420
1,000
670
Bottom
14,050
1,120
990
1,960
840
Feb. 26
Surface
450
460
740
640
610
12:05PM
Mid-depth
3,370
620
730
730
690
Bottom
13,750
690
845
2,150
690
Mar- 1,12, 28, 30, - Samples from all depths - Maximum 15 -
Except: Sta. 8, Mar- 1, - S-24.
Apr. 11 (a)
Surface
810
11:45AM
Mid-depth
470
Bottom
13,900
(a)
Surface
520
12:00AM
Mid-depth
740
Bottom
14,100
(a)
Surface
390
12:15PM
Mid-depth
760
Bottom
13,700
(a)
Surface
440
12:30PM
Mid-depth
450
Bottom
13,600
191
Table 8 (continued) Tide oyole: low tido to one hour after-
Parts
per million
Date
Position
Stations
8
9
10
11
12
1935
Apr. 11 (a)
Surface
400
420
400
490
12:15PM
Mid-depth
850
400
480
530
Bottom
3,850
430
650
550
Apr. 13
Surface
7
6
7
8
2:00EM
Mid-depth
13
6
7
7
Bottom
20
8
9
7
Apr- 26, 28, May 11, 13, - Samples from all depths - Maximum 7.
May 26
Surface
264
270
220
12:08PM
Mid-depth
660
360
325
Bottom
5,650
370
680
May 27 (a)
Surface
460
1:08AM
Mid-depth
450
550
Bottom
550
1,400
(a)
Surface
470
550
530
1:08PM
Mid-depth
1,370
540
1,100
Bottom
570
13,950
2,250
May 28 (a)
Surface
880
1:15AM
Mid-depth
900
Bottom
1,750
(a)
Surface
430
510
2:08AM
Mid-depth
390
900
Bottom
410
1,100
June 8
Surface
300
280
260
11:05AM
Mid-depth,
3,100
340
330
Bottom
14,900
370
1,500
June 12
Surface
49
10
10
1:08m
Mid-depth
140
13
11
Bottom
13,150
18
36
June 23
Surface
11
11
7
10:50AM
Mid-depth
8
7
7
Bottom
10
9
10
June 25
Surface
5
11:58AM
Mid-depth
6
Bottom
7
192
Table 8 (continued)
Tide cycles low tide to one hour aftor.
Parts
per million
Date
Position
Stations
8
9
10 11
1935
•
June 26
Surface
11
7
8
1:08PM
Mid-depth
10
9
Bottom
13
11
10
July 5
Surface
850
950
9:35AM
Mid-depth
1,200
1,150
Bottom
4,150
1,200
July 10 (a)
Surface
51
10
9
12:05AM
Mid-depth
64
9
14
Bottom
64
11
12
(a)
Surface
38
8
10
1:05AM
Mid-depth
33
9
10
Bottom
43
9
11
(a)
Surface
11
6
7
12:05PM
Mid-depth
72
7
9
Bottom
66
8
10
July 11
Surface
29
5
8
1:30PM
Mid-depth
18
7
7
Bottom
12
6
9
July 24
Surface
670
870
980
11:13AM
Mid-depth
2,880
840
1,070
Bottom
13,950
950
5,150
July 26
Surface
970
1,050
1,050
12:50PM
Mid-depth
1,300
1,200
1,200
Bottom
8,050
1,250
5,600
July 27
Surface
1,050
1,240
810
1:23PM
Mid-depth
4,750
1,400
1,900
Bottom
14,300
1,550
7,200
July 30
Surface
2,200
2,300
2,300
5:08PM
Mid-depth
2,600
4,500
Bottom
2,850
6,550
July 31
Surface
1,700
1,800
1,700
6:08AM
Mid-depth
2,800
2,000
2,050
Bottom
6,950
2,100
3,800
193
Table 8 (continued) Tide cyolos low tide to ono hour after.
Parts per million
Date
Position
Stations
8
9
10 11
1935
Aug. 7
Surface
3,050
2,750
2,650
11:05AM
Mid-depth
14,700
8,250
6,600
Bottom
15,400
10,600
13,250
Aug. 9
Surface
1,800
1,350
5,450
12:50PM
Mid-depth
9,850
3,850
4,200
Bottom
11,550
7,750
13,850
Aug. 10
Surface
1,700
1,900
2,500
1:35PM
Mid-depth
14,500
3,000
4,700
Bottom
15,100
3,300
10,700
Aug. 21
Surface
2,300
3,300
3,050
11:05AM
Mid-depth
8,950
4,000
4,700
Bottom
15,300
3,900
8,650
Aug. 23
Surface
5,100
2,000
2,400
12:40PM
Mid-depth
2,300
3,300
3,650
Bottom
8,950
3,800
13,100
Sept. 4
Surface
7,900
6,700
5,900
11:28AM
Mid-depth
12,800
11,900
11,600
Bottom
14,500
12,400
14,400
Sept.18
Surface
1,600
1,500
1,600
11:35AM
Mid-depth
8,400
7,300
3,400
Bottom
4,100
10,000
9,400
Sept.19
Surface
570
600
590
12:50PM
Mid-depth
8,100
5,900
3,600
Bottom
13,850
8,300
10,800
Oct. 6
Surface
1,550
1,200
1,300
11:58AM
Mid-depth
14,300
2,650
3,050
Bottom
15,100
10,950
14,600
Oct. 8
Surface
4,000
4,200
4,300
1:48PM
Mid-depth
4,800
4,400
4,900
Bottom
7,400
4,700
7,000
Oct. 19
Surface
1,650
11:40AM
Mid-depth
3,450
Bottom
11,500
Table 8 (continued.) Tide cycle: low tide to one hour aftor.
Parts
per
million
Da to
Position
Stations
1935
8
9
10
11
Oct. 20
11:58AM
Surface
Mid-depth
Bottom
2,750
3,400
13,650
2,900
2,950
3,000
3,150
3,450
6,300
Oct. 21
1:40PM
Surfaco
Mid-depth
Bottom
3,200
7,550
13,500
Oct. 22
1:48PM
Surface
Mid-depth
Bottom
4,450
5,550
10,300
4,900
5,350
5,800
5,200
6,400
8,700
Nov. 3
9:53AM
Surface
Mid-depth
Bottom
2,550
3,600
4,450
Nov. 5
12:05PM
Surface
Mid-depth
Bottom
3,850
4,700
8,500
Nov. 6
1:48PM
Surface
Mid-depth
Bottom
1,200
2,600
4,450
1,250
1,400
1,550
1,150
1,400
2,500
Nov. 7
2:05PM
Surface
Mid-depth
Bottom
3,100
3,850
9,600
3,100
3,100
3,200
3,200
3,850
4,900
Nov. 18
11:48AM
Surface
Mid-depth
Bottom
290
440
750
220
220
220
220
240
250
Nov. 20
1:48PM
Surface
Mid-depth
Bottom
520
1,100
4,300
1,050
540
600
560
610
2,600
Nov. 21
1:50PM
Surface
Mid-depth
Bottom
750
2,550
7,250
850
950
900
Doc. 3
11:20AM
Surface
Mid-depth
Bottom
14
13
14
11
12
13
9
14
10
195
Tablo 8 (continuod) Tide oyclo: low tldo to ono hour aftor.
Parts por million
Date
Position
Stations
1935
8
9
10
11
12
Doc. 6
2:05PM
Surfaco
Mid-depth
Bottom
116
128
200
12
18
16
41
102
112
Dec. 17
11:3QAM
Surface
Mid-depth
Bottom
750
1,000
12,450
1,000
1,000
1,100
Dec. 18
11:30AM
Surfaoe
Mid-depth
Bottom
1,200
7,750
7,700
1,350
1,400
1,500
Dec. 20
2:15PM
Surface
Mid-depth
Bottom
1,700
2,150
7,200
1,800
2,000
2,150
1,950
2,200
2,650
1,950
2,150
6,200
2,350
2,400
2,600
Dec. 21
2:15PM
Surface
Mid-depth
Bottom
1,700
4,800
2,950
1,400
1,050
600
1936
Jan. 1
11:15AM
Surface
Mid-depth
Bottom
2,400
4,900
10,750
2,800
4,700
4,750
2,800
4,100
4,100
2,600
5,900
6,400
3,600
3,600
3,900
Jan. 4
2:15PM
Surface
Mid-depth
Bottom
260
1,100
2,400
260
310
315
270
310
415
240
580
710
460
540
590
*12W
Jan. 29
9:00AM
Surface
Mi d-depth
Bottom
515
875
1,200
610
620
Jan. 30
10:05AM
Surface
Mid-depth
Bottom
1,400
1,600
2,300
♦Station 12?/ is known as "Perrson's Dock" 100 ft. north of Saybrook
Highway Bridge, and approximately on line with station 12 on the bridge.
196
Table 8 (continued) Tide cycle: low tide to one hour after.
Parts per million
Date
Position
Stations
1936
8
9
10 11
' 12W
Jan. 31
11:1QAM
Surface
Mid-depth
Bottom
1,550
1,950
2,600
1,500
1,800
2,100
Feb. 1
12:15PM
Surface
Mid-depth
Bottom
1,000
1,150
1,600
700
800
1,100
Feb. 2
1:15PM
Surface
Mid-depth
Bottom
600
650
700
410
445
465
Feb. 3
2:10PM
Surface
Mid-depth
Bottom
900
2,400
4,900
1,100
1,250
1,200
Feb. 14
10:10AM
Surface
Mid-depth
Bottom
3,150
10,700
12,000
2,200
3,000
3,500
Feb. 15
11:10AM
Surface
Mid-depth
Bottom
1,500
2,450
3,100
Feb. 16 (a)
12:04PM
Surface
Mid-depth
Bottom
1,650
2,450
5,800
1,350
1,550
2,600
(a)
12:25PM
Surface
Mid-depth
Bottom
1,550
2,600
5,600
1,250
1,300
2,700
1,050
1,250
1,600
Mar. 29, 30,
Samples from
Apr. 1, 24, 25, 26, 27,
all depths - Maximum 53.
28, May 6,
7, 8, 9, 11, 21, •
May 28 (a)
11:05AM
Surface
Mid-depth
Bottom
730
750
850
4,400
850
850
(a)
12:05PM
Surface
Mid-depth
Bottom
470
470
540
470
710
1,800
197
Table 8 (continued) Tide cyole: low tide to one hour after-
Parts per million
Date Position Stations
8 9 10 11
1936
May 29
Surface
610
1,090
12:05AM
Mid-depth
•TOO
1,500
Bottom
700
3,100
June 3
Surface
850
600
4:05FM
Mid-depth
800
900
Bottom
2,400
1,900
June 4
Surface
2,800
2,000
5:05AM
Mid-depth
6,250
6,500
Bottom
7,500
8,200
June 9 (a)
Surface
2,600
2,650
8:05AM
Mid-depth
2,750
2,900
Bottom
3,350
4,850
(a)
Surface
2,700
4,000
9:05PM
Mid-depth
2,900
4,300
Bottom
2,900
7,800
June 15
Surface
1,750
1:48PM .
Mid-depth
1,950
Bottom
2,850
June 16
Surface
1,150
2:50EU
Mid-depth
1,300
Bottom
1,700
June 17
Surface
600
3:46PM
Mid-depth
800
Bottom
1,400
June 18
Surface
1,400
4:26PM
Mid-depth
1,500
Bottom
1,450
June 19
Surface
590
5:30PM
Mid-depth
600
Bottom
580
June 20
Surface
260
6:10PM
Mid-depth
220
Bottom
610
198
Table 8 (continued) Tide cycle: low tide to ono hour after.
Parts per million
Date
Position
Stations
1936
8
9
10
11
July 7
7:42AM
Surface
Mid-depth
Bottom
3,700
5,200
6,150
3,700
5,500
6,200
3,900
4,950
5,200
July 8
8:25AM
Surface
Mid-depth
Bottom
2,900
2,950
4,700
2,450
3,050
3,800
3,100
3,650
4,150
July 9
9:09AM
Surface
Mid-depth
Bottom
2,300
2,650
5,050
1,800
3,150
4,750
2,650
3,100
4,150
July 10
10:18AM
Surface
Mid-depth
Bottom
2,250
2,650
3,200
2,300
2,900
3,200
2,900
3,150
3,450
July 14
1:11PM
Surface
Mid-depth
Bottom
2,200
5,500
7,300
2,000
3,600
7,350
2,150
3,050
5,350
July 19
5:59AM
Surface
Mid-depth
Bottom
3,300
3,800
4,200
3,500
4,200
3,900
4,000
4,300
4,200
Aug. 30
3:3 6PM
Surface
Mid-depth
Bottom
2,500
2,600
2,700
2,900
3,000
3,700
2,900
3,100
4,300
Oct. 22
9:31AM
Surface
Mid-depth
Bottom
170
440
1,750
130
150
150
15
280
500
Oct. 23
10:35AM
Surface
Mid-depth
Bottom
230
230
830
210
220
220
200
240
460
Oct. 24
11:35AM
Surface
Mid-depth
Bottom
660
700
700
880
900
850
780
900
950
Oct. 28 (a)
3:49PM
Surface
Mid-depth
Bottom
130
190
180
15
16
15
19
44
48
199
Table 8 (continued) Tide
cyclo s
low tide to
one hour
after.
Parts
per million
Date
Position
Stations
8
9
10
11 12
1936
Oct* 28 (e)
Surface
14
4:03PM
Mid-depth
13
Bottom
15
Nov. 6
Surface
600
500
500
10:49AM
Mid-depth
500
500
500
Bottom
500
600
500
Nov. 7
Surface
54
7
6
U:52AM
Mid-depth
60
7
7
Bottom
67
7
6
Nov. 9
Surface
16
6
9
1:43PM
Mid-depth
44
7
8
Bottom
141
8-
9
1937
Jan. 2
Surface
5
5
4
6 8
9:15AM
Mid-depth
5
3
5
5 8
Bottom
8
Mar - 20
Surface
71
9
13
12:00AM
Mid-depth
117
11
17
Bottom
149
13
15
Apr - 3
Surface
300
11:28AM
Mid-depth
320
Bottom
320
Apr- 4
Surface
460
12:19PM
Mid-depth
760
Bottom
1,060
Apr. 7
Surface
22
7
32
2:10PM
Mid-depth
24
7
9
Bottom
29
25
7
Apr. 9, 16,
28, 30, May 3, 4,
8, 12,
16, 20, 24,
26, 30, -
Samples from
all depths
- Maximum 10.
May 31
Surface
23
7
15
9:35 AM
Mid-depth
9
3
5
Bottom
5
5
3
200
Table 8 (continued) Tide oyole: low tide to one hour after.
Parts per million
Date Position Stations
8 9 10 11
1937
June 5, 7, 9,
, - Samples from
all depths
- Maximum 11.
June 12
Surface
200
7:57AM
Mid-depth
180
Bottom
200
June 13
Surface
9
13
15
9:14AM
Mid-depth
35
17
15
Bottom
31
15
15
June 17
Surface
200
12:18PM
Mid-depth
200
Bottom
200
June 28
Surface
220
280
200
8:18AM
Mid-depth
440
300
300
Bottom
400
280
420
July 1 (a)
Surface
400
10:20AM
Mid-depth
400
Bottom
400
(a)
Surface
440
10:30AM
Mid-depth
400
Bottom
400
(a)
Surface
340
10:40AM
Mid-depth
340
Bottom
390
(a)
Surface
280
10:50AM
Mid-depth
300
Bottom
320
(a)
Surface
300
11:00AM
Mid-depth
300
Bottom
300
(a)
Surface
260
11:10AM
Mid-depth
280
Bottom
300
July 12 (a)
8:00AM
Surface
Mid-depth
Bottom
2,800
3,000
3,200
201
Table 8 (continued.)
Date
1937
July 12 (a)
8:15AM
8:30AM
(a)
(a)
8:45AM
July 14 (a)
9:45AM
10:00AM
(a)
10:15AM
(a)
10:30AM
(a)
Position
Tide oyole: low tide to one hour after-
Parts per million
Stations
8 9 10 11
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
2,800
2,800
3,000
2,100
2,200
2,300
2,100
2,200
2,200
1,000
1,000
1,200
900
900
900
1,000
900
900
900
1,000
900
July 15
Surface
260
260
280
11:36AM
Mid-depth
440
680
480
Bottom
480
4,900
1,620
July 20 (a)
Surface
1,600
2:45PM
Mid-depth
4,600
Bottom
6,500
(a)
Surface
1,650
3:00PM
Mid-depth
3,100
Bottom
6,500
(a)
3:15PM
Surface
Mid-depth
Bottom
1,800
6,300
7,000
202
Table 8 (continued) Tide oycle: low tide to one hour after
Parts per million
Date Position Stations
8 9 10 11
1937
July 20 (a)
Surface
1,450
3:30PM
Mid-depth
5,000
Bottom
6,400
July 26 (a)
Surface
3,050
6:45AM
Mid-depth
3,850
Bottom
3,600
(a)
Surface
3,400
7:00AM
Mid-depth
3,500
Bottom
5,150
(a)
Surface
2,950
7:15AM
Mid-depth
6,250
Bottom
5,150
(a)
Surface
2,500
7:30AM
Mid-depth
6,580
-
Bottom
6,800
(a)
Surface
2,700
7:45AM
Mid-depth
6,450
Bottom
6,750
July 27 (a)
Surface
3,700
7:30AM
Mid-depth
3,850
Bottom
3,800
(a)
Surface
3,400
7:45AM
Mid-depth
3,400
Bottom
3,500
(a)
Surface
3,400
8:00AM
Mid-depth
3,000
Bottom
3,200
(a)
Surface
2,800
8;15AM
Mid-depth
2,900
Bottom
3,000
July 29 (a)
Surface
1,440
9:00AM
Mid-depth
1,700
Bottom
1,900
203
Table 8 (continued) Tide cycle: low tide to one hour after.
Parts per million
Date Position Stations
8 9 10 11
1937
July 29 (a)
Surface
1
330
9:15AM
Mid-depth
2
200
Bottom
5
900
(a)
Surface
1
200
9:30AM
Mid-depth
2
700
Bottom
6
200
(a)
Surface
1
080
9:45AM
Mid-depth
2
400
Bottom
6
000
(a)
Surface
2
800
9:45PM
Mid-depth
3
250
Bottom
2
900
(a)
Surface
2
200
10:00PM
Mid-depth
3
450
Bottom
2
600
(a)
Surface
2
050
10:15EM
Mid-depth
1
150
Bottom
3
300
(a)
Surface
2
100
10:30PM
Mid-depth
2
150
Bottom
3
500
July 31 (a)
Surface
2
100
10:45AM
Mid-depth
5
900
Bottom
8
600
(a)
Surface
2
500
11:00AM
Mid-depth
5
900
Bottom
9
700
(a)
Surface
2
100
11:15AM
Mid-depth
6
900
Bottom
11
100
(a)
Surface
1
700
U:30AM
Mid-depth
9
300
Bottom
11
300
204
Table 8 (continued) Tide oyclei low tide to one hour after-
Parts per million
Date Position Stations
8 9 10 11
1937
Aug. 1 (a)
Surface
3
200
11:45AM
Mid-depth
3
520
Bottom
3
700
(a)
Surface
3
400
12:00AM
Mid-depth
10
300
Bottom
5
800
(a)
Surface
3
200
12:15PM
Mid-depth
6
600
Bottom
5
800
(a)
Surface
2
200
12:30PM
Mid-depth
5
100
Bottom
7
700
(a)
Surface
2
500
■ 12:45PM
Mid-depth
5
400
Bottom
8
100
Aug. 2 (a)
Surface
3
200
1:00PM
Mid-depth
3
200
Bottom
4
400
(a)
Surface
3
000
1:15PM
Mid-depth
3
000
Bottom
3
700
(a)
Surface
3
000
1:30PM
Mid-depth
4
000
Bottom
4
500
(a)
Surface
3
000
1:45PM
Mid-depth
3
100
Bottom
4
100
Aug. 3 (a)
Surface
2
600
1:45PM
Mid-depth
2
600
Bottom
3
000
(a)
Surface
2
600
2:00PM
Mid-depth
2
900
Bottom
2
800
205
Table 8 (continued) Tide cycle: low tide to one hour after.
Parts per million
Date Position Stations
8 9 10 11
1937
Aug. 3 (a)
Surface
2,600
2:15PM
Mid-depth
2,800
Bottom
3,000
(a)
Surface
2,100
2:30PM
Mid-dep'th
5,700
Bottom
5,400
(a)
Surface
2,000
2:45PM
Mid-depth
4,800
Bottom
5,800
Aug. 5 (a)
Surface
2,000
3:45PM
Mid-depth
2,400
Bottom
2,500
(a)
Surface
1,500
4:00PM
Mid-depth
1,850
Bottom
2,650
(a)
Surface
1,550
4:15PM
Mid-depth
1,950
Bottom
3,100
(a)
Surface
1,250
4:30PM
Mid-depth
4,600
Bottom
4,600
206
Table 9
Date"
1934
Oct. 4
3:15PM
Oct. 5
3:55PM
Oct. 16
12:35PM
Oct. 18
2:20PM
Oct. 27
9:0QAM
Oct. 28
10:25AM
Oct. 29
11:35AM
Oct. 30
12:20PM
Nov. 1
2:40FM
Nov. 14
12:20PM
Nov. 16
2:25PM
Tide cycle: one to two hours after low tide.
Parts per million
Position Stations
8 9 10 11 12
Surface
226
215
647
Mid-depth
800
640
990
Bottom
1,140
5,780
Surface
546
Mid-depth
1,360
Bottom
15,175
Surface
1,200
1,025
1,300
1,010
1,525
Mid-depth
11,800
2,950
1,850
2,200
2,150
Bottom
15,550
6,300
3,100
8,300
2,100
Surface
280
290
300
250
430
Mid-depth
1,020
350
400
230
440
Bottom
8,200
350
320
1,390
440
Surface
85
25
22
41
77
Mid-depth
106
18
22
46
82
Bottom
280
21
26
64
91
Surface
580
680
760
770
900
Mid-depth
4,500
698
750
1,050
1,050
Bottom
15,300
876
1,020
8,250
1,100
Surface
140
123
95
91
137
Mid-depth
13,450
Bottom
15,500
12,900
11,300
15,650
4,050
Surface
238
350
410
400
570
Mid-depth
12,850
440
460
870
630
Bottom
14,700
1,300
1,700
15,100
640
Surface
850
844
896
920
980
Mid-depth
3,500
1,150
1,270
1,300
1,150
Bottom
13,320
2,300
1,950
5,100
1,250
Surface
11
6
7
9
12
Mid-depth
16
9
7
10
11
Bottom
11,600
10
8
13
13
Surface
180
160
197
179
202
Mid-depth
610
167
212
256
330
Bottom
2,060
165
410
400
370
207
Table 9 (continued) Tide cycles one to two hours after low tide.
Parts per million
Date
Position
Stations
8
9
10
11
12
1934
Nov. 29
Surface
17
8
8
8
11
12:35PM
Mid-depth
45
8
9
10
12
Bottom
12,950
13
11
12
14
Dec. 31
Surface
660
660
700
990
1,010
2:35PM
Mid-depth
12,400
5,150
1,200
2,150
1,100
Bottom
14,450
11,700
7,350
14,050
1,800
1935
Jan. 14
2:25PM
Surface
Mid-depth
Bottom
Jan. 29
2:00PM
Surface
Mid-depth
Bottom
4
6
4
4
6
6
240
300
860
Feb. 12
Surface
370
250
200
350
370
2:20PM
Mid-depth
2,540
790
210
790
850
Bottom
14,550
1,650
430
8,600
1,000
Feb. 25
Surface
161
211
230
210
300
12:00AM
Mid-depth
1,470
260
300
265
315
Bottom
14,100
4,300
555
12,350
355
Feb. 27
2:10PM
Feb. 28
2:25PM
Surface
280
230
270
320
380
Mid-depth
3,150
240 .
285
345
380
Bottom
' 3,000
1,145
360
8,500
400
Surface
13
9
8
15
17
Mid-depth
58
11
9
10
17
Bottom
70
14
7
17
21
Mar. 13
Surface
7
5
7
1:55PM
Mid-depth
7
7
6
Bottom
6*
9
9
Mar- 14
Surface
6
5
5
5
7
2:25PM
Mid-depth
6
4
5
7
6
Bottom
5
6
6
8
7
Apr- 10 (a) Surface 53
12:00AM Mid-depth 53
Bottom 8,700
208
Table 9 (continued) Tide cycle: one to two hours after low tide.
Parts per million
Date
Position
Stations
1935
8
9 10 11
12
Apr. 10 (a)
12:15FM
Surface
Mid-depth
Bottom
47
48
9,850
(a)
12:30EM
Surface
Mid-depth
Bottom
48
49
7,350
(a)
12:4:5PM
Surface
Mid-depth
Bottom
26
70
9,000
(a)
12:15PM
Surface
Mid-depth
Bottom
50
57
14,800
6 7
7 8
9 12
6
7
6
Apr. 11 (a)
2:45PM
Surface
Mid-depth
Bottom
310
490
14,300
(a)
1:00PM
Surface
Mid-depth
Bottom
470
320
14,000
(a)
1:15FM
Surface
Mid-depth
Bottom
300
370
14,400
(a)
1:30PM
Surface
Mid-depth
Bottom
310
500
14,300
Apr. 12
2:15PM
Surface
Mid-depth
Bottom
14
15
13
7 9
8 9
9 11
9
11
10
Apr- 25, 27,
May 9, 10, 12,
- Samples
from all depths - Maximum 6.
May 25
11:10AM
Surface
Mid-depth
Bottom
330
560
2,900
380 290
430 635
1,630 1,100
560
149
168
May 26
1:08PM
Surface
Mid-depth
Bottom
186
505
2,850
183 155
235 330
380 690
209
Table 9 (continued) Tide oycle: one to two hours after low tide
Parts per million
Date
Position
Stations
8
9
10 11
1935
May 27 (a)
Surface
440
1:15AM
Mid-depth
700
Bottom
6,100
(a)
Surface
360
360
1:08AM
Mid-depth
370
390
Bottom
670
1,150
(a)
Surface
400
340
390
2:08PM
Mid-depth
4,400
510
800
Bottom
14,650
550
1,600
May 28 (a)
Surface
400
2:15AM
Mid-depth
620
Bottom
1,000
(a)
Surface
340
3:00AM
Mid-depth
380
Bottom
1,040
(a)
Surface
420
360
340
l:45Hi
Mid-depth
630
440
630
Bottom
14,550
420
1,350
June 7
Surface
260
280
190
10:38AM
Mid-depth
865
300
270
Bottom
14,200
300
1,050
June 10
Surface
360
520
620
1:33FM
Mid-depth
9,600
700
900
Bottom
14,600
10,900
13,600
June 11
Surface
73
24
34
1:05PM
Mid-depth
1,570
50
61
Bottom
14,100
54
195
June 22
Surface
7
8
5
10:45AM
Mid-depth
7
8
8
Bottom
7
9
12
June 25
Surface
9
7
7
1:08PM
Mid-depth
7
7
7
Bottom
7
7
13
210
Tablo 9 (continued) Tide cycles ono to two hours after low tido.
Parts por million
Date
Position
Stations
8
9
10 11
1935
July 7
Surfaco
900
850
750
10:50AM
Mid-depth
1,250
1,550
1,850
Bottom
14,100
6,600
9,850
July 8
Surface
750
540
540
11:18AM
Mid-depth
13,150
2,500
2,150
Bottom
•
9,000
July 10 (a)
Surface
20
8
15
2:05AM
Mid-depth
19
10
14
Bottom
24
9
13
(a)
Surface
26
8
9
1:05PM
Mid-depth
16
7
6
Bottom
17
7
11
July 23
Surface
470
670
730
11:18AM
Mid-depth
3,500
760
900
Bottom
14,900
750
2,850
July 25
Surface
850
790
760
1:08PM
I lid-depth
900
800
1,050
Bottom
6,100
850
2,000
July 30
Surface
1,300
1,400
1,350
6:08.PM
Mid-depth
1,650
2,000
2,100
Bottom
10,700
2,200
6,100
July 31
Surface
1,250
1,250
1,400
7:08AM
Mid-depth
2,000
2,200
2,300
Bottom
9,200
2,700
3,850
Aug. 6
Surface
3,750
3,400
3,300
11:20AM
Mid-depth
13,900
9,650
9,450
Bottom
15,050
16,450
13,300
Aug. 8
Surface
1,600
1,250
1,150
12:35PM
Mid-depth
12,900
2,800
10,500
Bottom
15,100
13,200
14,600
Aug. 22
Surfaco
2,200
2,100
2,200
12:40PM
Mid-depth
7,700
3,500
2,600
Bottom
9,700
7,000
9,400
Table 9 (continued) Tido cyolo: ono to two hours aftor low tido.
Parts por million
Date
Position
Stations
1935
8
9
10 11
Sept. 2
11:10AM
Surface
Mid-dopth
Bottom
5,000
13,200
14,650
5,000
8,250
11,800
5,300
11,400
13,000
Sept. 3
11:55AM
Surface
Mid-dopth
Bottom
9,400
14,150
13,950
6,800
13,200
14,000
6,300
12,000
13,150
Sept. 5
12:35PM
Surfaco
Mid-dopth
Bottom
3,200
7,750
8,600
3,300
7,050
7,200
3,050
5,150
5,600
Sept.17
1:33PM
Surfaco
Mid-dopth
Bottom
12,900
15,750
15,800
10,100
15,750
15,500
14,400
15,350
15,750
Oct. 5
11:58AM
Surfaco
Mid-dopth
Bottom
550
12,100
15,150
570
1,050
13,100
640
1,100
14,800
Oct. 7
1:53PM
Surface
Mid-dopth
Bottom
4,250
10,300
15,850
3,900
5,500
12,150
3,750
9,000
14,150
Oct. 19
11:48AM
Surfaco
Mid-dopth
Bottom
1,800
6,100
14,950
1,800
6,150
8,350
Oct. 21
1:48PM
Surface
Mid-dopth
Bottom
4,800
10,800
15,600
3,900
8,450
11,300
Nov. 3 (e)
11:30AM
Surfaco
Mid-dopth
Bottom
2,350
3,800
3,250
(a)
12:00AIvI
Surface
Mid-depth
Bottom
2,400
5,300
13,800
Nov. 4
12:25PM
Surface
Mid-depth
Bottom
4,150
12,400
11,850
3,950
5,500
10,700
4,000
7,400
10,550
212
Table 9 (continued) Tide cycle: one to two hours after low tide.
Parts per million
Date
Position
Stations
1935
8
9
10
11
12
Nov. 5
1:58PM
Surface
Mid-depth
Bottom
3,800
7,400
11,600
3,100
4,500
5,500
3,200
4,600
6,100
Nov. 17
11:45AM
Surface
Mid-depth
Bottom
3,850
8,900
12,050
2,450
9,050
10,450
1,650
8,600
11,200
Nov. 19
2:00PM
Surface
Mid-depth
Bottom
140
8,800
14,600
450
700
6,900
450
950
6,500
Dec. 2
11:30AM
Surface
Mid-depth
Bottom
9
7
7
8
7
10
8
9
10
Dec. 5
2:05PM
Surface
Mid-depth
Bottom
95
141
199
14
15
18
52
73
149
Dec. 16
11:15AM
Surface
Mid-depth
Bottom
1,090
7,400
9,750
1,190
2,700
6,000
1,070
2,100
7,650
Dec. 17
11:40AM
Surface
Mid-depth
Bottom
650
7,550
14,750
850
850
900
750 ■
900
1,100
Dec. 19
2:05m
Surface
Mid-depth
Bottom
950
9,000
1,100
1,200
5,950
1,100
2,000
2,050
1,000
1,400
6,800
1,000
1,050
1,150
Dec. 31
11:15AM
Surface
Mid-depth
Bottom
4,800
8,750
9,850
5,000
6,850
9,300
•
4,700
6,800
10,200
4,550
5,350
7,050
1936
Jan. 3
2:15PM
Surface
Mid-depth
Bottom
4,400
5,900
7,300
4,050
5,150
5,350
4,250
5,600
5,950
4,200
5,800
7,800
4,550
4,900
5,100
Mar. 28, 29,
all depths -
31, Apr. 24, 25,
Maximum 35.
26, 27,
28, 29,
May 10, 21,
- Samples from
213
Table 9 (continued) Tide cycle: one to two hours after low tide.
Parts per million
Date
Position
Stations
1936
8
9
10
11
May 28
1:05PM
Surface
Mid-depth
Bottom
380
740
4,800
4,050
460
420
May 29
1:05AM
Surface
Mid-depth
Bottom
670
750
700
1,050
1,350
3,100
June 3
5:05AM
Surface
Mid-depth
Bottom
690
750
4,650
750
1,350
1,550
June 9 (a)
9:05AM
Surface
Mid-depth
Bottom
2,400
2,700
3,250
2,600
3,100
4,800
(a)
9:05PM
Surface
Mid-depth
Bottom
3,100
2,700
2,800
2,600
3,600
7,150
June 21 (a)
7:39AM
Surface
Mid-depth
Bottom
1,000
850
1,450
750
950
1,100
950
1,050
1,300
(e)
7:56AM
Surface
Mid-depth
Bottom
850
850
2,300
June 22
8:44AM
Surface
Mid-depth
Bottom
950
1,150
3,600
June 23 (a)
9:06AM
Surface
Mid-depth
Bottom
1,650
4,000
1,550
3,000
1,600
2,200
(e)
9:31AM
Surface
Mid-depth
Bottom
650
1,500
3,150
June 24 (a)
9:46AM
Surface
Mid-depth
Bottom
4,000
2,260
7,200
1,750
2,300
8,000
2,100
2,200
6,400
214
Table 9 (continued) Tide cycles one to two hours after low tide.
Parts
per million
Date
Position
Stations
1936
8
9
10
11
June 24 (e)
10:19AM
Surface
Mid-depth
Bottom
1,900
2,300
7,100
June 25 (a)
10:54AM
Surface
Mid-depth
Bottom
900
5,950
7,200
1,300
1,450
5,000
1,350
1,600
2,200
(e)
11;03AM
Surface
Mid-depth
Bottom
1,100
1,550
3,150
June 26 (a)
11:45AM
Surface
Mid-depth
Bottom
600
700
6,250
700
900
5,200
800
850
1,500
(e)
11:58AM
Surface
Mid-depth
Bottom
650
700
750
June 27 (a)
12:22PM
Surface
Mid-depth
Bottom
800
3,250
8,200
700
1,850
4,950
900
2,100
4,850
(e)
12:49m
Surface
Mid-depth
Bottom
500
4,450
7,900
June 28 (a)
1:16PM
Surface
Mid-depth
Bottom
2,050
2,250
2,300
2,050
2,850
2,200
2,700
3,000
3,200
(e)
11:39PM
Surface
Mid-depth
Bottom
2,100
2,500
2,400
June 29 (a)
2:07PM
Surface
Mid-depth
Bottom
4,000
4,000
4,100
3,900
3,900
4,500
(e)
2:28PM
Surface
Mid-depth
Bottom
2,500
4,150
4,350
215
Table 9 (continued) Tide cycle: one to two hours after low tide.
Parts per million
Date
Position
Stations
1936
8
9
10
11
June 30 (a)
2:48PM
Surface
Mid-depth
Bottom
4,100
7,900
5,200
7,650
5,650
6,900
(e)
3:16PM
Surface
Mid-depth
Bottom
3,500
4,500
7,200
July 1 (a)
3:33AM
Surface
Mid-depth
Bottom
3,750
5,500
6,300
4,150
5,500
6,850
3,900
4,500
6,150
(e)
3:55AM
Surface
Mid-depth
Bottom
4,100
5,450
6,150
July 3 (a)
5:08AM
Surface
Mid-depth
Bottom
1,750
2,000
4,900
1,200
3,400
3,700
1,950
2, 900
2,900
(e)
5:23AM
Surface
Mid-depth
Bottom
1,200
2,350
4,350
July 4 (a)
5:46AM
Surface
Mid-depth
Bottom
2,000
5,000
2,200
3,600
2,700
3,300
(e)
6:05AM
Surface
Mid-depth
Bottom
1,400
2,400
3,800
July 5
6:46AM
Surface
Mid-depth
Bottom
1,800
3,900
4,700
July 6
7:28AM
Surface
Mid-depth
Bottom
3,300
4,250
5,950
July 7
8:11AM
Surface
Mid-depth
Bottom
3,750
5,600
6,450
216
Table 9 (continued) Tide cycle: one to two hours after low tide.
Parts
per million
Date
Position
Stations
1936
8
9
10
11
July 8
8:56AM
Surface
Mid-depth
Bottom
2,300
3,100
4,300
July 9
9:44AM
Surface
Mid-depth
Bottom
1,750
3,600
4,500
July 10
10:07AM
Surface
Mid-depth
Bottom
2,400
2,900
3,450
July 11 (a)
11:12AM
Surface
Mid-depth
Bottom
3,400
4,300
3,700
3,500
3,100
3,600
3,700
4,000
4,450
(e)
11:33AM
Surface
Mid-depth
Bottom
1,950
3,050
2,950
July 12 (a)
12:07PM
Surface
Mid-depth
Bottom
3,000
3,150
3,200
3,350
3,500
3,400
3,350
3,500
3,800
(e)
12:32PM
Surface
Mid-depth
Bottom
2,300
3,050
2,950
July 13
1:33PM
Surface
Mid-depth
Bottom
3,250
3,150
8,950
July 14 (a)
2:04PM
Surface
Mid-depth
Bottom
2,000
2,200
3,300
2,350
2,550
3,050
2,400
2,850
3,050
(e)
2:35PM
Surface
Mid-depth
Bottom
2,250
2,250
2,700
July 15 (a)
2:53PM
Surface
Mid-depth
Bottom
1,500
1,450
1,550
1,100
1,800
1,700
1,700
2,000
1,850
217
Table 9 (continued) Tide cycle: one to two hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1936
July 15 (e)
Surface
1
150
3:35PM
Mid-depth
2
100
Bottom
1
450
July 17 (a)
Surface
1,350
1
450
1,950
4:49PM
Mid-depth
1,700
2
000
2,100
Bottom
5,950
3
900
4,350
(e)
Surface
1
300
5:16PM
Mid-depth
1
700
Bottom
2
100
July 19
Surface
3
900
6:46AM
Mid-depth
4
800
Bottom
3
850
July 21 (a)
Surface
3,600
3
700
3,950
8:09AM
Mid-depth
3,750
3
750
4,150
Bottom
3,650
3
450
4,150
(e)
Surface
3
300
8:24AM
Mid-depth
3
650
Bottom
3
800
July 23 (a)
Surface
1,800
2
300
2,100
9:33AM
Mid-depth
2,500
2
000
2,700
Bottom
2,450
2
400
2,800
(e)
Surface
1
850
9:52AM
Mid-depth
3
000
Bottom
3
050
July 25 (a)
Surface
1,300
1
100
1,600
11:10AM
Mid-depth
6,600
1
950
2,450
Bottom
7,600
6
850
6,350
(e)
Surface
1
120
11:24AM
Mid-depth
1
450
Bottom
6
450
July 29 (a)
Surface
3,900
3
650
3,450
2:24PM
Mid-depth
4,200
4
750
5,560
Bottom
7,650
8
650
9,150
218
Table 9 (continued) Tide oycles one to two hours after low tide.
Parts per million
Date
Position
Stations
1936
8
9
10
11
July 29 (e)
2:48m
Surface
Mid-depth
Bottom
3,500
4,700
7,800
July 31 (a)
4:00PM
Surface
Mid-depth
Bottom
1,700
2,900
17,400
2,000
3,200
6,200
2,500
3,200
5,100
(e)
4:26PM
Surface
Mid-depth
Bottom
1,900
3,000
6,150
Aug. 2
5:34AM
Surface
Mid-depth
Bottom
2,600
3,000
4,100
2,300
3,100
3,450
2,900
3,150
3,750
Aug. 4 (a)
6:54AM
Surface
Mid-depth
Bottom
4,500
6,750
7,350
4,550
6,450
7,950
4,700
5,400
6,750
(e)
7:1QAM
Surface
Mid-depth
Bottom
4,450
6,200
7,050
Aug. 6 (a)
8:14AM
Surface
Mid-depth
Bottom
2,600
4,600
6,350
2,600
4,150
5,700
2,050
4,050
5,500
(e)
8:31AM
Surface
Mid-depth
Bottom
2,550
3,900
5,500
Aug. 8 (a)
9:48AM
Surface
Mid-depth
Bottom
800
4,400
4,700
1,300
3,300
3,900
1,200
2,000
2,900
(e)
10:13AM
Surface
Mid-depth
Bottom
900
4,200
3,850
Aug. 10 (a)
11:42AM
Surface
Mid-depth
Bottom
4,150
5,950
4,000
6,050
4,500
6,100
219
Table 9 (continued.) Tide cyole: one to two hours after low tide.
Parts
per
million
Date
Position
Stations
1936
8
9
10
11
Aug. 10 (e)
12:13PM
Surface
Mid-depth
Bottom
3,200
3,850
5,550
Aug. 12 (a)
1:47PM
Surface
Mid-depth
Bottom
3,900
3,700
3,700
4,150
4,250
4,400
(e)
2:24PM
Surface
Mid-depth
Bottom
3,000
4,000
4,600
Aug. 14 (a)
4:07PM
Surface
Mid-depth
Bottom
2,700
3,600
3,750
3,300
4,450
5,950
3,300
4,250
4,600
(e)
4:21PM
Surface
Mid-depth
Bottom
2,900
4,100
3,800
Aug. 18 (a)
6:04AM
Surface
Mid-depth
Bottom
5,450
5,400
5,500
5,500
5,600
5,600
5,600
6,000
6,100
(e)
7:03AM
Surface
Mid-depth
Bottom
5,100
5,700
5,700
Aug. 20 (a)
8:02AM
Surface
Mid-depth
Bottom
3,400
3,750
4,400
3,300
4,000
4,000
3,700
4,700
4,900
(e)
8:22AM
Surface
Mid-depth
Bottom
3,250
4,000
4,000
Aug. 24 (a)
11:12AM
Surface
Mid-depth
Bottom
4,300
10,550
14,400
4,200
7,850
12,350
4,400
7,250
14,000
(e)
11:30AM
Surface
Mid-depth
Bottom
4,550
7,600
14,500
220
Table 9 (continued) Tide cycle:
Date
Position
1936
8
Aug. 30
4:47PM
Surfaee
Mid-depth
Bottom
Sept. 1 (a)
5:44AM
Surface
Mid-depth
Bottom
2,000
4,050
5,200
(e)
5<§7AM
Surface
Mid-depth
Bottom
Sept. 3 (a)
6:58AM
Surface
Mid-depth
Bottom
1,900
2,000
4,700
(e)
7:28AM
Surface
Mid-depth
Bottom
Sept. 5 (a)
8:38AM
Surface
Mid-depth
Bottom
750
800
15,500
(a)
9:08AM
Surface
Mid-depth
Bottom
Sept. 6 (a)
9:13AM
Surface
Mid-depth
Bottom
1,300
1,600
3,300
(e)
9:52AM
Surface
Mid-depth
Bottom
Sept. 8 (a)
11:31AM
Surface
Mid-depth
Bottom
1,300
2,300
13,900
(e)
12:08PM
Surface
Mid-depth
Bottom
one to two hours after low tide.
Parts per million
Stations
9 10 11 12
2,250
2,600
5,300
1,950
2,250
2,500
2,500
3,800
3,900
1,800
2,350
5,700
1,850
2,250
2,250
2,450
3,600
3,350
1,500
3,400
4,500
600
800
850
1,250
4,500
1,300
550
1,150
2,250
1,400
1,400
1,600
1,650
1,750
2,800
1,000
1,100
3,900
1,400
1,900
1,400
2,350
11,050
6,400
1,350
2,4-50
7,000
221
Tablo 9 (continued) Tide cyclo: ono to two hours aftor low tido.
Parts
per million
Date
Position
Stations
1936
8
9
10
11
Sept.10 (a)
1:56PM
Surface
Mid-depth
Bottom
2,600
6,500
15,400
2,000
3,350
9,000
2,700
3,600
9,800
(e)
2:13PM
Surface
Mid-depth
Bottom
2,300
4,000
13,600
Sept.17 (a)
7:04AM
Surface
Mid-depth
Bottom
1,000
2,100
5,300
1,450
1,600
3,900
1,400
1,800
2,300
(e)
7:10AM
Surface
Mid-depth
Bottom
1,050
1,450
2,850
Sept.21 (a)
9;28AM
Surface
Mid-depth
Bottom
2,000
4,800
8,000
1,400
6,800
8,200
1,800
4,400
7,500
(e)
9:52AM
Surface
Mid-depth
Bottom
1,900
9,950
8,250
1937
Mar. 20, Apr- 7, 15, 18, 19, 29, May 29, 30, - Samples from all depths -
Maximum 11.
June 11 (a)
Surface
19
8:10AM
Mid-depth
19
Bottom
19
(a)
Surface
19
8:20AM
Mid-depth
23
Bottom
33
(a)
Surface
19
8:30AM
Mid-depth
29
Bottom
85
June 12 (a)
Surface
5
21
23
9:18AM
Mid-depth
69
17
31
Bottom
79
19
39
222
Table 9 (continued) Tide cycle: one to two hours after low tide#
Parts per million
Date
Position
Stations
1937
8
9
10
11
June 24 (a)
6:28AM
Surface
Mid-depth
Bottom
10
11
9
8
7
7
9
9
9
(e)
6:4QAM
Surface
Mid-depth
Bottom
5
7
5
July 1 (a)
11:20AM
Surface
Mid-depth
Bottom
220
240
280
(a)
11:30AM
Surface
Mid-depth
Bottom
240
240
260
(a)
11:40AM
Surface
Mid-depth
Bottom
200
200
240
(a)
11:50AM
Surface
Mid-depth
Bottom
200
220
1,100
(a)
12:00AM
Surface
Mid-depth
Bottom
200
220
1,120
(a)
12:10EM
Surface
Mid-depth
Bottom
200
1,600
3,100
July 2 (a)
12:09PM
Surface
Mid-depth
Bottom
140
200
220
39
114
200
49
125
220
(e)
12:26PM
Surface
Mid-depth
Bottom
63
67
220
July 8 (a)
5:49AM
Surface
Mid-depth
Bottom
280
280
360
200
240
300
200
280
280
223
Table 9 (continued) Tide cycle: one to two hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 8 (e)
Surface
145
5:59AM
Mid-depth
200
Bottom
260
July 12 (a)
Surface
1,800
9:00AM
Mid-depth
1,900
Bottom
2,100
(a)
Surface
1,200
9:15AM
Mid-depth
2,400
Bottom
3,700
(a)
Surface
1,500
9:3QAM
Mid-depth
2,300
Bottom
3,300
(a)
Surface
1,100
9:45AM
Mid-depth
2,000
Bottom
4,100
July 14 (a)
Surface
750
10:45AM
Mid-depth
650
Bottom
700
(a)
Surface
900
11:00AM
Mid-depth
1,300
Bottom
1,000
(a)
Surface
260
11:15AM
Mid-depth
2,100
Bottom
1,000
(a)
Surface
220
11:30AM
Mid-depth
500
Bottom
2,300
July 15 (e)
Surface
220
11:45AM
Mid-depth
300
Bottom
4,200
July 20 (a)
Surface
1,450
3:45PM
Mid-depth
6,600
Bottom
6,900
224
Table 9 (continued) ^Tide
cycle:
one
to two
hours
after lo\
Parts
per
million
Date
Position
Stations
8
5
10
11
1937
July 20 (a)
Surface
1
250
4:00PM
Mid-depth
8
500
Bottom
9
500
(a)
Surface
1
150
4:15PM
Mid-depth
7
800
Bottom
8
300
(a)
Surface
1
200
4:30PM
Mid-depth
7
000
Bottom
8
600
July 24 (a)
Surface
1,400
1
500
2,100
6:38AM
Mid-depth
1,700
2
400
2,100
Bottom
2,700
2
800
3,700
(e)
Surface
1
200
6:48AM
Mid-depth
1
800
Bottom
2
500
July 26 (a)
Surface
2
850
8:00AM
Mid-depth
6
650
Bottom
7
550
(a)
Surface
2
750
8:15AM
Mid-depth
7
800
Bottom
7
800
(a)
Surface
2
550
8:30AM
Mid-depth
8
250
Bottom
8
100
(a)
Surface
2
250
8:45AM
Mid-depth
7
250
Bottom
9
400
July 27 (a)
Surface
2
400
8:30AM
Mid-depth
3
100
Bottom
4
100
(a)
Surface
2
300
8:45AM
Mid-depth
3
800
Bottom
4
000
225
Table 9 (continued) Tide cyole: one to two hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 27 (a)
Surface
1,900
9:00AM
Mid-depth
4,200
Bottom
4,800
(a)
Surface
1,900
9:15AM
Mid-depth
4,100
Bottom
4,600
July 29 (a)
Surface
840
10:00AM
Mid-depth
2,400
Bottom
3,600
(a)
Surface
740
10:15AM
Mid-depth
2,100
Bottom
4,800
(a)
Surface
700
10:30AM
Mid-depth
3,500
Bottom
6,500
(a)
Surface
720
10:45AM
Mid-depth
2,900
Bottom
8,400
(a)
Surface
1,950
10:45PM
Mid-depth
2,550
Bottom
4,400
(a)
Surface
1,900
11:00PM
Mid-depth
5,250
Bottom
4,600
(a)
Surface
1,650
11:15PM
Mid-depth
3,550
Bottom
5,100
(a)
Surface
1,700
11:30PM
Mid-depth
4,800
Bottom
5,200
July 31 (a)
Surface
1,800
11:45AM
Mid-depth
11,600
Bottom
14,100
226
Table 9 (continued) Tide cycle: one to two hours after low tide.
Parts per million
Date ' Position Stations
8 9 10 11 12
1937
July 31 (a)
Surface
1
800
12:00AM
Mid-depth
12
600
Bottom
13
800
(a)
Surface
2
000
12:15PM
Mid-depth
13
900
Bottom
14
100
(a)
Surface
2
200
12:30PM
Mid-depth
9
600
Bottom
14
200
Aug. 1 (a)
Surface
3
000
1:00PM
Mid-depth
7
000
Bottom
9
700
(a)
Surface
2
900
1:15PM
Mid-depth
12
700
Bottom
13
300
(a)
Surface
3
100
1:30PM
Mid-depth
12
300
Bottom
13
700
(a)
Surface
3
300
1:45PM
Mid-depth
10
100
Bottom
13
600
Aug. 2 (a)
Surface
2
700
2:00PM
Mid-depth
4
900
Bottom
7
600
(a)
Surface
2
800
2:15PM
Mid-depth
7
600
Bottom
8
300
(a)
Surface
3
000
2:30PM
Mid-depth
4
350
Bottom
7
200
(a)
Surface
2
100
2:45PM
Mid-depth
5
650
Bottom
9
900
227
Table 9 (continued) Tide cycle: one to two hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 3 (a)
Surface
2,000
3:00PM
Mid-depth
5,500
Bottom
5,200
(a)
Surface
5,600
3:15PM
Mid-depth
5,200
Bottom
7,300
(a)
Surface
1,400
3:30PM
Mid-depth
4,500
Bottom
7,700
(a)
Surface
1,300
3:45PM
Mid-depth
7,800
Bottom
9,000
Aug. 5 (a)
Surface
1,150
4:45FM
Mid-depth
4,100
Bottom
4,500
(a)
Surface
1,100
5:00PM
Mid-depth
3,650
Bottom
4,600
(a)
Surface
1,300
5:15PM
Mid-depth
6,400
Bottom
6,200
(a)
Surface
850
5:30PM
Mid-depth
4,700
Bottom
6,700
228
Tafcle 10
Date
1934
Oct. 15
12:15PM
Oct. 17
2:15PM
Oct. 27 (a)
9:55AM
(a)
10:5QAM
Oct. 28
11:20AM
Oct. 31
2:10PM
Nov. 13
12:15PM
Nov. 15
2:25PM
Nov. 27
12:05PM
Nov. 28
12:20PM
Nov. 30
2:25PM
Tide oyole: two to three hours after low tide.
Parts per million
Position Stations
8 9 10 11 12
Surface
2,250
2,475
2,375
1,575
1,575
Mi d-depth
11,650
7,150
6,100
6,350
2,700
Bottom
14,850
11,250
8,100
14,150
3,600
Surface
400
320
390
330
400
Mid-depth
5,750
1,050
530
750
440
Bottom
10,000
3,300
1,200
4,200
450
Surface
55
30
22
37
68
Mid-depth
200
22
21
36
69
Bottom
3,200
141
21
45
71
Surface
215
90
61
53
62
Mid-depth
1,680
141
64
420
61
Bottom
5,250
1,690
810
5,250
62
Surface
600
600
640
620
600
Mid-depth
Bottom
14,750
5,200
1,100
12,000
680
Surface
500
370
494
620
570
Mid-depth
9,250
1,470
1,850
5,050
860
Bottom
15,050
12,900
8,000
15,100
1,280
Surface
9
10
7
10
11
Mid-depth
10
10
9
8
13
Bottom
1,425
15
9
9
13
Surface
340
300
310
210
240
Mid-depth
1,280
820
690
820
280
Bottom
10,300
1,550
900
3,700
330
Surface
20
13
15
19
31
Mid-depth
6,050
102
35
23
25
Bottom
14,500
6,300
1,300
11,800
27
Surface
21
8
7
7
8
Mid-depth
204
8
8
11
10
Bottom
13,650
12
15
12
14
Surface
34
14
10
15
97
Mid-depth
157
17
11
23
88
Bottom
11,200
23
30
199
114
229
Table 10 (continued)
Date
Position
Tide cycle: two to three hours after low tide
Parts per million
Stations
8
9
10
11
12
1934
Dec. 13
Surface
252
278
250
260
315
12:45PM
Mid-depth
3,450
445
950
850
350
Bottom
10,900
4,050
950
855
610
Dec. 14
Surface
136
140
139
165
162
2:25PM
Mid-depth
159
2,000
1,500
1,450
950
Bottom
14,850
7,400
5,000
12,950
2,300
Ded. 27
Surface
14
10
11
13
45
11:50AM
Mid-depth
43
13
9
15
42
Bottom
41
Dec. 28 Surface 860 680 660 600 630
12:40PM Mid-depth 11,600 7,600 3,450 6,300 640
Bottom 13,550 11,150 7,900 14,000 5,100
1935
Jan. 11
Surface
8
7
5
6
7
12:25PM
Mid-depth
5
6
Bottom
6
7
Jan. 28
Surface
17
2:20PM
Mid-depth
35
Bottom
6,300
Feb. 11
Surface
360
163
190
270
270
2:25PM
Mid-depth
4,950
2,170
350
670
610
Bottom
12,550
4,550
470
8,250
4,
000
Mar. 10, 11,
12, 26, 27, 28,
29, - Samples from
all depth
s - Maximum
10.
Apr. 9
Surface
480
300
250
220
12:15FM
Mid-depth
3,600
1,200
720
220
Bottom
14,950
3,700
6,000
230
Apr. 10 (a)
Surface
32
1:00PM
Mid-depth
720
Bottom
14,300
(a)
Surface
41
1:15PM
Mid-depth
730
Bottom
9,200
230
Table 10 (continued)
Tide oycle:
two to three hours after
low tide.
Parts
per million
Date
Position
Stations
1935
8
9
10 11
12
Apr- 10 (a)
1:30PM
Surface
Mid-depth
Bottom
63
940
6,400
Apr- 11 (a)
1:45PM
Surface
Mid-depth
Bottom
300
510
14,350
(a)
2:00PM
Surface
Mid-depth
Bottom
290
450
14,450
(a)
2:15PM
Surface
Mid-depth
Bottom
280
500
10,850
(a)
2:30PM
Surface
Mid-depth
Bottom
240
2,600
12,000
(a)
2;20PM
Surface
Mid-depth
Bottom
242
3,600
14,700
182
230
1,960
231
270
7,400
244
250
260
Apr. 24, 26,
May 8, 11, -
Samples from
all depths
- Maximum 8.
May 24
11:20AM
Surface
Mid-depth
Bottom
200
980
2,080
200
240
480
460
225
405
200
170
250
May 26
2:08PM
Surface
Mid-depth
Bottom
250
5,500
6,150
260
390
1,000
180
720
3,850
May 27 (a)
2:15PM
Surface
Mid-depth
Bottom
330
520
4,550
(a)
3:08AM
Surface
Mid-depth
Bottom
370
420
2,200
380
400
4,600
(a)
3:08PM
Surface
Mid-depth
Bottom
510
5,500
14,200
450
5,050
810
430
2,000
5,100
231
Table 10 (continued) Tide cycle: two to three hours after low tide.
Parts per million
Date
Position
Stations
8
9
10 11
1935
May 28 (a)
Surface
280
300
3:08AM
Mid-depth
700
310
Bottom
1,140
500
(a)
Surface
320
4:00AM
Mid-depth
400
Bottom
1,000
June 6
Surface
200
200
150
10:53AM
Mid-depth
360
220
Bottom
9,550
1,350
1,800
June 8
Surface
280
300
270
12:58HS
Mid-depth
9,450
4,600
2,050
Bottom
14,650
6,250
8,800
June 9
Surface
310
200
420
1:05PM
Mid-depth
9,200
430
1,250
Bottom
13,800
9,400
12,950
June 21
Surface
8
6
8
10:38AM
Mid-depth
7
8
11
Bottom
9
11
16
June 23
Surface
9
9
10
12:55PM
Mid-depth
9
8
14
Bottom
12
13
17
June 24
Surface
7
7
7
1:08PM
Mid-depth
7
8
8
Bottom
8
11
10
July 3
Surface
520
440
390
10:38AM
Mid-depth
3,250
1,040
1,010
Bottom
4,300
1,500
3,000
July 5
Surface
430
400
400
10:48AM
Mid-depth
5,550
2,700
1,900
Bottom
11,950
495
6,300
July 6 (a)
Surface
3,550
4,050
11:35AM
Mid-depth
5,450
3,300
Bottom
5,900
4,900
232
Table 10 (continued) Tide cycle: two to three after low tide.
Parts per million
Date
Position
Stations
8
9
10 11
1935
July 6 (a)
Surface
670
570
610
10:58AM
Mid-depth
11,400
4,500
2,250
Bottom
14,150
7,100
9,900
July 9
Surface
24
18
17
1:03PM
Mid-depth
65
21
25
Bottom
5,700
16
33
July 10 (a)
Surface
18
6
10
2:05PM
Mid-depth
8
6
8
Bottom
12
8
11
(a)
Surface
9
9
12
3:05PM
Mid-depth
11
11
13
Bottom
12
12
19
July 22
Surface
360
240
340
11:33AM
Mid-depth
9,100
2,400
1,200
Bottom
14,950
6,100
10,450
July 24
Surface
290
340
310
1:38PM
Mid-depth
950
530
700
Bottom
14,450
5,300
10,550
July 30
Surface
1,100
1,000
730
7:08PM
Mid-depth
4,800
6,150
1,500
Bottom
10,350
6,650
7,150
July 31
Surface
2,150
1,500
1,600
8:08AM
Mid-depth
3,000
4,100
3,600
Bottom
6,100
4,200
5,950
Aug. 4
Surface
1,200
1,200
1,200
10:50AM
Mid-depth
7,000
4,400
2,700
Bottom
14,500
8,200
13,200
Aug. 5
Surface
3,700
2,800
2,850
10:55AM
Mid-depth
11,750
13,800
8,600
Bottom
15,000
11,200
14,400
Aug. 19
Surface
2,300
2,700
1,950
11:00AM
Mid-depth
7,150
6,350
9,450
Bottom
15,200
7,400
10,050
233
Table 10 (continued) Tide cycles two to three hours after low tide.
Parts per million
Date
Position
Stations
8
9
10 11
1935
Aug. 20
Surface
2,150
2,200
2,000
11:28AM
Mid-depth
12,000
8,200
6,300
Bottom
15,350
11,100
11,600
Aug. 21
Surface
2,300
2,300
2,500
12:45PM
Mid-depth
13,800
11,100
7,000
Bottom
14,450
13,000
12,200
Sept. 1
Surface
5,700
4,600
4,000
10:55AM
Mid-depth
11,700
11,750
11,850
Bottom
11,850
11,900
11,900
Sept. 4
Surface
8,700
8,700
8,200
12:53FM
Mid-depth
14,300
13,300
13,400
Bottom
14,500
13,500
13,700
Sept.15
Surface
4,500
4,400
4,450
10:55AM
Mid-depth
4,450
4,450
4,400
Bottom
4,450
4,700
4,400
Sept.18
Surface
5,200
5,100
4,700
1:48PM
Mid-depth
12,700
11,000
11,850
Bottom
12,850
12,400
13,100
Oct. 4
Surface
900
900
1,200
11:53AM
Mid-depth
10,300
8,200
6,300
Bottom
14,900
8,100
12,400
Oct. 6
Surface
3,100
3,600
1,600
1:53PM
Mid-depth
12,950
5,050
5,000
Bottom
15,500
9,600
15,100
Oct. 18
Surface
1,600
1,300
1,250
11:53AM
Mid-depth
13,950
10,600
13,950
Bottom
14,600
11,600
14,250
Oct. 19
Surface
1,750
1,900
1:48PM
Mid-depth
6,150
8,750
Bottom
9,700
12,750
Oct. 20
Surface
2,050
2,000
2,150
1:58PM
Mid-depth
5,800
3,700
2,700
Bottom
14,000
7,900
9,200
234
Table 10 (continued) Tide oycle: two to throo hours after low tide.
Parts per million
Date
Position
Stations
1935
8
9
10
11
12
Nov. 2
12:00AM
Surface
Mid-depth
Bottom
2,750
7,300
11,100
Nov, 3
12:10PM
Surface
Mid-depth
Bottom
3,100
10,650
9,450
3,650
5,550
8,850
Nov. 4
1:40FM
Surface
Mid-depth
Bottom
6,200
11,200
12,800
5,850
8,200
9,450
4,200
7,000
11,650
Nov. 16
11:55AM
Surface
Mid-depth
Bottom
1,100
9,650
9,250
750
4,950
4,850
650
2,500
5,850
Nov. 17
12:55PM
Surface
Mid- dopth
Bottom
3,750
10,200
12,750
2,700
9,750
10,250
2,050
10,300
11,400
Nov. 18
1:48PM
Surface
Mid-depth
Bottom
230
1,000
1,150
150
450
470
170
190
200
Deo. 1
11:20AM
Surface
Mid-depth
Bottom
11
13
15
9
9
10
9
9
10
Dec. 4
2:05PM
Surface
Mid-depth
Bottom
9
14
16
6
8
12
9
9
11
Dec. 15
11:05AM
Surface
Mid-depth
Bottom
390
8,500
7,950
400
2,700
6,100
550
1,750
6,400
Dec. 18
2:15PM
Surface
Mid-depth
Bottom
750
7,550
10,400
750
5,650
7,400
2,250
5,350
5,300
1,000
4,550
8,050
1,000
1,200
1,600
1936
Jan. 2
2:35PM
Surface
Mid-depth
Bottom
6,550
10,500
10,750
4,050
4,200
2,300
235
Table 10 (continued)
Date
1936
Tide cycles two to three hours after low tide.
Parts per million
Position Stations
8 9 10 11 12
Jan. 30
12:25PM
Surface
Mid-depth
Bottom
May 2 8
Surface
1,910
1,050
2:05PM
Mid-depth
4,150
2,750
Bottom
4,750
3,150
May 29
Surface
920
540
2:05AM
Mid-depth
2,700
600
Bottom
4,800
600
June 3 (a)
Surface
1,000
400
6:05AM
Mid-depth
2,750
2,150
Bottom
3,850
4,100
(a)
Surface
4,750
650
6:05PM
Mid-depth
6,750
7,500
Bottom
6,700
5,300
June 9 (a)
Surface
1,500
1,900
10:05AM
Mid-depth
2,000
2,200
Bottom
7,000
5,500
(a)
Surface
1,850
1,750
10:05PM
Mid-depth
3,550
7,250
Bottom
8,500
8,500
570
650
730
Mar. 27, 28, 29, 30, Apr, 24, 25, 26, 27, 28, May 6, 7, 8, 9, 11, 21,
Samples from all depths - Maximum 10.
1937
Mar. 17 (a)
Surface
9
13
13
47
47
11:20AM
Mid-depth
13
15
13
41
45
Bottom
25
15
19
39
43
Mar. 19 (a)
Surface
13
17
15
25
23
1:05PM
Mid-depth
19
19
17
21
25
Bottom
21
19
19
25
27
Apr. 14, 27, 28, 29, May 13, 14, 28, - Samples from all depths -
Maximum 7.
236
Table 10 (continued) Tide oyoles two to throo hours after low tide.
Parts per million
Date
Position
Stations
1937
8
9
10 11
June 11 (a)
8:4QAM
Surfaoe
Mid-depth
Bottom
18
24
68
(a)
8:50AM
Surface
Mid-depth
Bottom
17
30
43
(a)
9:00AM
Surface
Mid-depth
Bottom
36
56
52
(a)
9:10AM
Surface
Mid-depth
Bottom
20
62
97
(a)
9:20AM
Surface
Mid-depth
Bottom
54
68
89
(a)
9:30AM
Surface
Mid-depth
Bottom
56
85
65
June 25 (a)
8:23AM
Surface
Mid-depth
Bottom
7
7
3
5
7
9
5
7
9
July 1 (a)
12:20PM
Surface
Mid-depth
Bottom
200
460
2,900
(a)
12:30PM
Surface
Mid-depth
Bottom
200
1,820
3,700
(a)
12:40PM
Surface
Mid-depth
Bottom
200
1,880
4,300
(a)
12:50FM
Surface
Mid-depth
Bottom
700
4,000
5,200
237
Tablo 10 (continued) Tide oyolo: two to throe hours aftor low tide.
Parts
per million
Date
Position
Stations
1937
8
9
10
11
July 1 (a)
1:00PM
Surface
Mid-depth
Bottom
240
3,300
4,400
(a)
1:10PM
Surface
Mid-depth
Bottom
240
2,900
3,400
July 9 (a)
8:14AM
Surface
Mid-depth
Bottom
1,600
2,120
2,250
1,050
1,560
1,700
680
910
1,490
July 12 (a)
10:00AM
Surface
Mid-depth
Bottom
1,400
2,100
1,700
(a)
10:15AM
Surface
Mid-depth
Bottom
3,100
4,700
7,200
(a)
10:30AM
Surface
Mid-depth
Bottom
4,000
6,300
6,400
(a)
10:45AM
Surface
Mid-depth
Bottom
2,900
3,900
5,100
July 14 (a)
11:45AM
Surface
Mid-depth
Bottom
440
3,900
4,000
(a)
12:00AM
Surface
Mid-depth
Bottom
320
5,000
4,700
(a)
12:15EM
Surface
Mid-depth
Bottom
460
3,100
4,200
12
(a)
12:30FM
Surface
Mid-depth
Bottom
340
3,500
2,800
238
Tablo 10 (continued) Tide oyolo: two to throo hours after low tido.
Parts por million
Date Position Stations
8 9 10 11 12
1937
July 20 (a)
Surface
1,200
4:45PM
Mid-depth
7,300
Bottom
7,000
(a)
Surface
1,250
5:00PM
Mid-depth
9,300
Bottom
8,200
(a)
Surface
1,500
5:15PM
Mid-depth
7,900
Bottom
8,500
(a)
Surface
1,700
5:30PM
Mid-depth
8,300
Bottom
8,800
July 26 (a)
Surface
2,800
9:00AM
Mid-depth
6,650
Bottom
8,550
(a)
Surface
2,800
9:15AM
Mid-depth
7,100
Bottom
8,000
(a)
Surface
3,000
9:30AM
Mid-depth
3,700
Bottom
6,800
(a)
Surfaco
3,650
9:45AM
Mid-dopth
4,550
Bottom
6,600
(a)
Surfaco
4,150
10:OQAM
Mid-depth
6,300
Bottom
6,800
July 27 (a)
Surfaco
1,500
9:30AM
Mid-dopth
6,100
Bottom
6,200
(a)
Surface
5,000
9:45AM
Mid-depth
5,600
Bottom
7,000
239
Table 10 (continued) Tido oyclo: two to throo hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 27 (a)
Surface
1,900
10:00AM
Mid-depth
5,800
Bottom
5,900
(a)
Surface
5,200
10:15AM
Mid-depth
5,100
Bottom
6,900
July 29 (a)
Surface
1,130
11:00AM
Mid-depth
5,000
Bottom
8,900
(a)
Surface
1,720
11:15AM
Mid-depth
3,900
Bottom
9,200
(a)
Surface
1,640
11:30AM
Mid-depth
6,300
Bottom
7,500
(a)
Surface
1,830
11:45AM
Mid-depth
2,500
Bottom
6,400
(a)
Surface
1,450
11:45PM
Mid-depth
6,050
Bottom
6,700
(a)
Surface
2,000
12:00PM
Mid-depth
6,800
Bottom
6,700
July 30
Surface
1,850
12:15AM
Mid-depth
5,400
Bottom
5,200
July 31 (a)
Surface
2,000
12:45PM
Mid-depth
8,300
Bottom
14,000
(a);
Surface
1,800
1:00PM
Mid-depth
8,500
Bottom
13,900
240
Table 10 (continued) Tide cycle: two to throe hours after low tide.
Parte per million
Date Position Stations
8 9 10 11 12
1937
July 31 (a)
Surface
3,200
1:15PM
Mid-depth
9,100
Bottom
11,700
(a)
Surface
3,300
1:30PM
Mid-depth
8,200
Bottom
9,500
(a)
Surface
3,500
1:45PM
Mid-depth
8,500
Bottom
9,600
Aug. 1 (a)
Surface
4,100
2:00PM
Mid-depth
9,100
Bottom
13,300
(a)
Surface
3,400
2j15PM
Mid-depth
10,800
Bottom
11,500
(a)
Surface
3,300
2:30PM
Mid-depth
9,000
Bottom
9,300
(a)
Surface
4,000
2:45PM
Mid-depth
8,800
Bottom
9,800
Aug. 2 (a)
Surface
1,900
3:00PM
Mid-depth
4,700
Bottom
5,900
(a)
Surface
2,700
3:15PM
Mid-depth
6,200
Bottom
8,300
(a)
Surface
1,900
3:30PM
Mid-depth
6,000
Bottom
8,300
(a)
Surface
4,000
3:45PM
Mid-depth
5,000
Bottom
7,800
241
Table 10 (continued) Tide cyoloj two to three hours after low tido,
Parts per million
Date Position Stations
8 9 10 11 12
193?
Aug. 3 (a)
Surface
1,400
4:00PM
Mid-dopth
6,100
Bottom
9,750
(a)
Surface
1,900
4:15PM
Mid-depth
5,700
Bottom
7,450
(a)
Surface
1,900
4:30EM
Mid-depth
6,400
Bottom
7,200
(a)
Surface
2,000
4:45PM
Mid-depth
6,250
Bottom
6,800
Aug. 5 (a)
Surface
1,300
5:45PM
Mid-depth
6,700
Bottom
6,800
(a)
Surface
1,100
6:00PM
Mid-depth
5,850
Bottom
6,800
(a)
Surface
1,900
6:15PM
Mid-depth
5,850
Bottom
6,400
(a)
Surface
2,400
6:30PM
Mid-depth
5,250
Bottom
6,300
242
Table 11
Tide cyoles
three to
four hours
i after
low tide
Parts
per million
Date
Position
Stations
8
9
10
11
12
1934
Oct. 16
Surface
2,650
1,250
1,950
1,425
1,200
2s30PM
Mid-depth
10,100
4,000
3,550
6,050
2,000
Bottom
13,200
8,050
7,050
13,750
5,900
Oct. 27
Surface
440
455
470
420
380
11:55AM
Mid-depth
5,650
760
880
760
Bottom
7,350
4,250
2,400
5,150
1,070
Oct. 29
Surface
2,550
2,020
1,950
2,200
1,250
1:30PM
Mid-depth
2,600
9,100
13,800
3,000
Bottom
15,250
13,500
13,550
15,000
9,750
Oct. 30
Surface
600
610
580
600
690
2:25PM
Mid-depth
13,450
7,280
5,750
10,450
950
Bottom
14,900
12,280
10,900
15,050
8,150
Nov. 12
Surface
27
20
13
11
16
12:15PM
Mid-depth
3,300
339
27
25
15
Bottom
1,800
900
237
3,650
19
Nov. 14
Surface
230
96
25
17
14
2:20PM
Mid-depth
4,950
1,800
61
105
15
Bottom
8,400
2,800
1,950
7,400
16
Nov. 26
Surface
670
345
520
225
165
12:OOAM
Mid-depth
9,050
2,350
1,550
10,550
175
Bottom
15,100
6,850
3,450
1,550
390
Nov. 28
Surface
33
17
14
11
16
2:20PM
Mid-depth
3,900
276
15
16
10
Bottom
13,350
4,350
1,150
8,050
14
Nov. 29
Surface
10
9
8
8
11
2:20PM
Mid-depth
1,470
74
8
12
12
Bottom
13,600
1,950
18
7,000
14
Dec. 12
Surface
2,680
1,740
1,650
1,700
1,400
12:25PM
Mid-depth
8,350
4,000
4,350
5,950
1,650
Bottom
15,850
11,450
8,750
15,050
6,300
Dec. 13
Surface
1,100
425
440
400
400
2:25PM
Mid-depth
6,700
4,600
1,900
1,750
460
Bottom
7,250
7,100
4,050
9,650
900
243
Table 11 (oontinued) Tide oyole: throe to four hours after low tide.
Parts per million
Date Position Stations
1935
8
9
10
11
12
Jan. 10
12:25PM
Surface
Mid-depth
Bottom
11
11
10
8
10
10
9
9
10
13
13
42
Jan. 25
12:20PM
Surface
Mid-depth
Bottom
/
129
210
1,640
Feb. 8
12:15PM
Surface
Mid-depth
Bottom
200
3,100
4,650
220
1,400
2,250
180
251
300
133
190
2,400
126
200
1,700
Feb* 25
2:10PM
Surface
Mid-depth
Bottom
262
10,150
14,100
290
3,350
6,900
250
2,140
4,600
310
3,650
12,150
320
365
2,500
Ffeb. 26
2:15PM
Surface
Mid-depth
Bottom
150
7,550
14,200
230
640
7,700
250
625
5,100
440
1,500
11,900
440
510
1,450
Mar. 9, 11, 25,
27, Apr. 7,
- Samples
from all
depths -
Maximum
12.
Apr. 10 (a)
1:45PM
Surface
Mid-depth
Bottom
64
850
4,800
(a)
2:00PM
Surface
Mid-depth
Bottom
111
1,230
6,650
(a)
2-.15FM
Surface
Mid-depth
Bottom
193
700
1,900
(a)
2 j 30PM
Surface
Mid-depth
Bottom
200
930
4,250
(a)
2:15PM
Surface
Mid-depth
Bottom
137
2,170
14,400
38
64
2,190
28
51
4,550
9
7
6
244
Table 11 (continued)
Tido cyolo:
threo to
four hours
after low
tido
Parts
por million
Date
Position
Stations
1935
8
9
10
11
12
Apr. 11 (a)
2:45PM
Surface
Mid-depth
Bottom
220
2,560
8,750
(a)
3:00PM
Surface
Mid-depth
Bottom
210
3,040
10,300
Apr. 23, 25,
May 7, 9, 10,
- Samples from all depths - Maximum 12,
May 23
11:35AM
Surface
Mid-depth
Bottom
88
350
470
83
310
85
410
59
69
91
May 25
12:50PM
Surface
Mid-depth
Bottom
290
1,050
2,180
230
310
570
200
420
900
220
270
270
My 26
3:08PM
Surface
Mid-depth
Bottom
730
5,850
7,550
660
950
1,900
510
1,050
4,100
May 27 (a)
3:15AM
Surface
Mid-depth
Bottom
430
810
800
(a)
4:00AM
Surface
Mid-depth
Bottom
4,650
(a)
4:08PM
Surface
Mid-depth
Bottom
1,330
6,400
9,950
1,110
2,900
3,200
1,100
3,400
6,250
May 28 (a)
4:08AM
Surface
Mid-depth
Bottom
790
330
980
330
460
650
(a)
5;00AH
Surface
Mid-depth
Bottom
490
1,010
2,050
245
Table 11 (continued) Tido oyolo:
Date Position
8
1935
June 4
11:00AM
Surface
Mid-depth
Bottom
500
2,300
2,800
June 5
11:05AM
Surface
Mid-depth
Bottom
321
2,050
4,100
June 7
12:58PM
Surface
Mid-depth
Bottom
390
6,850
8,800
June 19-
10:48AM
Surface
Mid-depth
Bottom
150
420
260
June 20
11:00AM
Surface
Mid-depth
Bottom
13
14
28
July 4
10:50AM
Surface
Mid-depth
Bottom
490
5,000
12,600
July 7
12:50PM
Surface
Mid-depth
Bottom
1,700
1,600
July 8
1:18PM
Surface
Mid-depth
Bottom
1,160
10,950
July 10 (a)
4:05AM
Surface
Mid-depth
Bottom
13
13
17
(a)
3:05PM
' Surface
Mid-depth
Bottom
9
10
13
July 23
1:18PM
Surface
Mid-depth
Bottom
580
9,700
13,650
three to fotir hours aftor low tide.
Parts pur million
Stations
9 10 11 12
560 450
630 810
900
270
220
610
330
1,100
3,300
330
330
1,700
1,900
4,550
6,900
170
129
220
180
220
196
9
13
11
14
17
20
580
830
1,000
1,250
1,850
4,550
1,400
1,000
6,500
3,500
12,700
950
1,000
8,650
6,350
8
9
10
11
20
21
5
10
8
8
9
11
640
640
4,200
1,900
6,400
10,100
246
Table 11 (continued) Tide oycle: three to four hours after low tide.
Parts
per
million
Date
Position
Stations
1935
8
9 •
10
11
July 30
8:08PM
Surfaoe
Mid-depth
Bottom
2,650
6,750
10,250
2,700
4,550
7,400
2,000
4,800
8,700
July 31
9:08AM
Surface
Mid-depth
Bottom
2,500
2,350
6,100
2,350
3,600
3,950
2,950
3,500
4,850
Aug. 6
1:18FM
Surface
Mid-depth
Bottom
6,050
14,300
14,700
6,150
10,700
13,500
5,700
12,900
14,200
Aug. 7
1;33PM
Surface
Mid-depth
Bottom
3,400
13,750
15,500
3,200
8,400
11,850
3,050
9,300
14,850
Aug. 18
10:50AM
Surface
Mid-depth
Bottom
2,200
6,200
6,800
2,300
3,300
4,650
1,800
4,900
6,550
Sept. 1
12:35PM
Surface
I iid-depth
Bottom
9,550
15,700
15,600
7,200
14,400
15,600
11,700
15,.100
15,600
Sept. 2
12:48PM
Surface
Mid-depth
Bottom
8,500
15,650
15,650
8,700
15,500
15,400
11,750
15,750
15,050
Sept. 3
1:25PM
Surface
Mid-depth
Bottom
7,500
14,150
13,200
7,700
12,000
11,950
7,450
13,400
14,100
Sept.14
10:40AM
Surface
Mid-depth
Bottom
10,850
15,500
15,700
14,700
15,700
7,950
8,550
15,300
Sept.16
12:40PM
Surface
Mid-depth
Bottom
11,555
15,800
15,350
11,650
15,800
15,200
13,450
15,100
15,650
Oct. 3
12:08PM
Surface
Mid-depth
Bottom
4,550
10,600
12,150
4,100
4,800
7,800
3,900
7,950
11,050
247
Table 11 (oontinued) Tide oyoleu three to four hours after low tide.
Parte
per
million
Date
Position
Stations
1935
8
9
10
11
Oct. 5
1:53PM
Surface
Mid-depth
Bottom
2,450
12,350
15,050
2,150
4,400
11,650
2,850
4,100
14,050
Oct. 17
12:13PM
Surface
Mid-depth
Bottom
4,200
10,900
15,300
2,800
5,500
10,200
2,600
4,500
11,400
Oct. 18
1:48PM
Surface
Mid-depth
Bottom
3,000
8,250
12,450
2,900
10,500
12,900
Oct. 19
1:55PM
Surface
Mid-depth
Bottom
2,100
7,500
14,700
Nov. 2
12:05PM
Surface
Mid-depth
Bottom
4,700
10,100
12,950
2,850
4,150
7,450
Nov. 3
1': 50PM
Surface
Mid-depth
Bottom
5,100
12,250
14,050
5,200
7,650
11,450
4,450
10,200
13,050
Nov. 15
11:50AM
Surface
Mid-depth
Bottom
2,600
10,600
11,800
2,700
4,350
7,050
2,150
4,450
8,000
Nov. 30
11:05AM
Surface
Mid-depth
Bottom
210
5,500
6,100
310
2,950
3,800
*
46
440
3,500
Dec. 2
1:55PM
Surface
Mid-depth
Bottom
8
9
11
8
7
11
Dec. 3
2:05PM
Surface
Mid-depth
Bottom
11
14
15
11
10
9
12
12
13
Dec. 14
1:05AM
Surface
Mid-depth
Bottom
3,400
10,350
10,900
1,250
6,350
7,600
1,000
7} 250
6,900
248
Table 11 (continued)
Tide cycle:
throe to
four hours
after
low tide
Parts per million
Date
Position
Stations
1935
8
9
10
11
12
Dec. 17
2;45PM
Surface
Mid-depth
Bottom
2,100
8,650
11,450
1,600
7,900
8,550
1,200
7,200
8,800
1,000
1,700
8,100
Dec. 29
11:15AM
Surface
Mid-depth
Bottom
10,100
10,000
1936
Jan. 1
1:55PM
Surface
Mid-depth
Bottom
4,600
8,300
10,350
3,100
6,450
7,850
3,400
5,450
7,400
2,900
5,200
10,200
2,500
2,600
5,900
Jan. 2
2:45PM
Surface
Mid-depth
Bottom
6,050
8,300
9,750
5,950
8,850
10,800
7,950
9,000
10,900
Feb. 12
12:30PM
Surface
Mid-depth
Bottom
1,250
1,900
3,700
Feb. 13
1:19PM
Surface
Mid-depth
Bottom
1,100
7,350
11,550
600
2,400
4,400
Mar. 12, 13, 26, 27, 28, 29, Apr, 24,
Samples from all depths - Maximum 20.
25, 26,
27, 28, -
Apr. 29
3:20PM
Surface
Mid-depth
Bottom
40
140
1,800
6
15
650
May 3, 11, 19,
Except: Sta. 9,
20, - Samples froqi all depths -
May 11,- B-115.
Maximum 10
-
May 21 (a)
8:05AM
Surface
Mid-depth
Bottom
4
5
12
5
8
8
(a)
8:05PM
Surface
Mid-depth
Bottom
6
5
9
7
5
4
249
Table 11 (continued) Tide cyole: throo to four hours after low tide.
Parte per million
Date
Position
Stations
1936
8
9
10
11
12
May 21 (a)
9s05PM
Surface
Mid-depth
Bottom
36
50
80
23
67
73
May 28 (a)
3-.05PM
Surface
Mid-depth
Bottom
1,320
5,300
7,200
1,360
4,650
5,100
May 29
3:05AM
Surface
Mid-depth
Bottom
1,350
2,400
7,800
10,100
8,500
10,450
June 3 (a)
7:05AM
Surface
Mid-depth
Bottom
500
2,600
4,200
500
3,900
4,100
(a)
7:05PM
Surface
Mid-depth
Bottom
1,300
5,850
7,200
9,650
2,350
3,150
June 9 (a)
11:05AM
Surface
Mid-depth
Bottom
1,300
4,850
6,000
1,100
2,300
5,300
(a)
11:05PM
Surface
Mid-depth
Bottom
7,550
7,600
9,100
2,350
6,400
7,600
Dec. 3
11:50AM
Surface
Mid-depth
Bottom
4,100
5,600
5,800
3,400
5,800
6,200
3,400
4,600
4,250
4,600
5,050
5,500
3,000
4,250
3,050
Dec. 8
4:25PM
Surface
Mid-depth
Bottom
3,400
5,400
8,100
1,700
3,900
3,850
3,650
5,000
9,750
2,550
4,300
9,750
1,300
3,900
10,050
1937
Apr. 13, 27,
May 27, - Samples
from all
depths
- Maximum
7.
June 10
8:54AM
Surface
Mid-depth
Bottom
22
23
21
41
39
39
25
24
29
250
Table 11 (continued) Tide oyole: three to four hours after low tide.
Parts per million
Date
Position
Stations
1937
8
9
10
11
June 11 (a)
9:40AM
Surface
Mid-depth
Bottom
40
61
88
(a)
9:50AM
Surface
Mid-depth
Bottom
52
65
730
(a)
10:00AM
Surface
Mid-depth
Bottom
52
124
90
(a)
10:10AM
Surfac e
Mid-depth
Bottom
66
270
270
(a)
10:20AM
Surface
Mid-depth
Bottom
93
230
240
(a)
10:30AM
Surface
Mid-depth
Bottom
121
320
290
June 23
8:23AM
Surface
Mid-depth
Bottom
9
15
11
11
11
13
9
9
11
June 24
8:22AM
Surface
Mid-depth
Bottom
7
9
9
7
7
7
7
9
9
July 1 (a)
2:20PM
Surface
Mid-depth
Bottom
820
820
7,000
(a)
2:30PM
Surface
Mid-depth
Bottom
820
1,300
7,200
(a)
1:20PM
Surface
Mid-depth
Bottom
240
2,300
3,700
251
Table 11 (oontinued) , Tide oyole: thruo to four hours aftor low tide.
Parts por million
Date Position Stations
8 9 10 11 12
1937
July 1 (a)
Surface
280
1:30PM
Mid-depth
1,900
Bottom
3,600
(a)
Surface
460
1:40PM
Mid-depth
2,000
Bottom
4,200
(a)
Surface
280
1:50PM
Mid-depth
2,600
Bottom
3,500
(a)
Surface
300
2:00PM
Mid-depth
2,500
Bottom
3,900
(a)
Surface
780
2:10PM
Mid-depth
5,200
Bottom
5,300
July 10 (a)
Surface
1,900
10:00AM
Mid-depth
3,900
Bottom
4,000
(a)
Surface
1,800
10:10AM
Mid-depth
5,200
Bottom
4,200
July 12 (a)
Surface
3,300
11:00AM
Mid-depth
4,400
Bottom
5,300
(a)
Surface
1,900
11:15AM
Mid-depth
5,400
Bottom
5,800
(a)
Surface
2,500
11:30AM
Mid-depth
8,200
Bottom
8,600
(a)
Surface
2,800
11:45AM
Mid-depth
9,500
Bottom
9,600
252
Table 11 (continued) Tide cyole: three to four hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 14 (a)
Surface
300
12:45PM
Mid-depth
4,000
Bottom
3,700
(a)
Surface
420
1:00PM
Mid-depth
4,600
Bottom
5,100
(a)
Surface
780
1:15PM
Mid-depth
4,400
Bottom
5,600
(ft)
Surface
480
1:30PM
Mid-depth
3,700
Bottom
4,600
July 20 (a)
Surface
3,800
6:00AM
Mid-depth
6,200
Bottom
7,100
(a)
Surface
4,500
6:15AM
Mid-depth
6,200
Bottom
6,900
(a)
Surface
4,300
6:30AM
Mid-depth
6,150
Bottom
7,200
(a)
Surface
1,600
5:45PM
Mid-depth
8,000
Bottom
8,500
(a)
Surface
2,150
6:00PM
Mid-depth
8,000
Bottom
8,100
July 23 (a)
Surface
1,100
8:00AM
Mid-depth
4,300
Bottom
4,900
(a)
Surface
1,300
8:10AM
Mid-depth
4,550
Bottom
4,700
253
Tabic 11 (continued) Tide oyclo: three to four hours after low tide.
Parts por million
Date Position Stations
8 9 10 11 12
1937
July 23 (a)
Surfaoe
1,400
8:20AM
Mid-depth
3,450
Bottom
4,350
(a)
Surface
1,400
8:30AM
Mid-depth
3,500
Bottom
3,550
(a)
Surface
1,600
8:40AM
Mid-dopth
3,950
Bottom
4,500
July 26 (a)
Surface
4,550
10:15AM
Mid-depth
5,450
Bottom
7,200
(a)
Surface
4,800
10:30AM
Mid-depth
7,750
Bottom
6,900
(a)
Surface
5,200
10:45AM
Mid-depth
9,050
bottom
6,550
(a)
Surface
6,000
11:00AM
Mid-depth
8,950
Bottom
6,500
July 27 (a)
Surface
2,900
10:30AM
Mid-depth
4,800
Bottom
6,300
(a)
Surface
3,300
10:45AM
Mid-depth
6,200
Bottom
6,000
(a)
Surface
3,300
11:00AM
Mid-depth
5,400
Bottom
5,400
(a)
Surface
2,100
11:15AM
Mid-dopth
5,700
Bottom
5,700
254-
Table 11 (continued) Tide cycles throe to four hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 28
Surface
2,500
12:00AM
Mid-depth
5,100
Bottom
8,400
July 29 (a)
Surface
1,870
12:00AM
Mid-depth
5,400
Bottom
8,000
(a)
Surfaoe
2,040
12:15PM
Mid-depth
4,900
Bottom
4,000
(a)
Burface
2,060
12:30PM
Mid-depth
5,500
Bottom
6,400
(a)
Surface
2,700
12:45PM
Mid-depth
4,700
Bottom
9,200
July 30 (a)
Surface
1,950
12:30AM
Mid-depth
3,800
Bottom
5,900
(a)
Surface
1,750
12:45AM
Mid-depth
5,500
Bottom
6,100
(a)
Surface
1,600
1:00AM
Mid-depth
6,100
Bottom
6,500
(a)
Surface
3,250
1:15AM
Mid-depth
5,600
Bottom
6,000
July 31 (a)
Surface
3,500
2:00PM
Mid-depth
9,100
Bottom
10,900
(a)
Surface
3,600
2:15PM
Mid-depth
8,200
Bottom
10,500
255
Table 11 (continued) Tide cycle: throe to four hours after low tide.
Parts por million
Date Position Stations
8 9 10 11 12
1937
July 31 (a)
Surface
4,200
2:30PM
Mid-depth
11,300
Bottom
12,100
(a)
Surface
4,200
2:45PM
Mid-depth
8,000
Bottom
12,600
Aug. 1 (a)
Surface
3,800
3:00PM
Mid-depth
7,600
Bottom
9,600
(a)
Surface
4,300
3:15PM
Mid-depth
9,000
Bottom
11,000
(a)
Surface
5,100
3:30PM
Mid-depth
11,800
Bottom
11,800
(a)
Surface
5,200
3:45PM
Mid-depth
8,800
Bottom
11,800
Aug. 2 (a)
Surface
4,400
4:00PM
Mid-depth
5,800
Bottom
7,700
(a)
Surface
4,100
4:15PM
Mid-depth
7,300
Bottom
7,900
(a)
Surface
3,900
4:30PM
Mid-depth
7,400
Bottom
7,400
(a)
Surface
3,500
4:45PM
Mid-depth
7,100
Bottom
7,600
Aug. 3 (a)
Surface
3,050
5:00AM
Mid-denth
5,800
Bottom
6,150
256
Table 11 (continued) Tide oyole: three to four hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 3 (a)
Surface
3,000
5:15AM
Mid-depth
6,000
Bottom
6,800
(a)
Surface
4,500
5:30AM
Mid-depth
5,800
Bottom
6,200
(a)
Surface
1,900
5:00PM
Mid-depth
6,550
Bottom
6,900
(a)
Surface
3,100
5:15PM
Mid-depth
7,000
Bottom
7,200
(a)
Surface
2,600
5:30PM
Mid-depth
4,200
Bottom
6,900
(a)
Surface
3,400
5:45PM
Mid-depth
6,200
Bottom
9,300
Aug. 4 (a)
Surface
2,800
6:00AM
Mid-depth
5,550
Bottom
6,100
(a)
Surface
2,900
6:10AM
Mid-depth
5,250
Bottom
6,000
(a)
Surface
3,000
6:20AM
Mid-depth
5,000
Bottom
5,850
(a)
Surface
3,800
6:30AM
Mid-depth
4,800
Bottom
5,800
Aug. 5 (a)
Surface
1,700
7:00AM
Mid-depth
4,300
Bottom
4,300
257
Table 11 (continued) Tide oyole: three to four hours after low tide#
Parts per million
Date Position Stations
•; 8 9 10 11 12
1937
Aug. 5 (a)
Surface
1,400
7:15AM
Mid-depth
4,400
Bottom
4,300
(a)
Surface
2,100
6j45PM
Mid-depth
5,750
Bottom
11,870
(a)
Surface
1,300
7:00PM
Mid-depth
5,650
Bottom
6,300
258
Table 12
Tide cycle:
four to
five hours
after !
low tide.
Parts per million
Date
Position
Stations
8
9
10
11
12
1934
Oct. 15
Surface
4,500
4,100
4,400
4,200
3,675
2:20PM
Mid-depth
12,800
10,000
7,150
9,750
4,700
Bottom
14,900
11,850
11,050
12,600
8,600
Oct. 28
Surface
880
950
1,000
1,000
950
1:05PM
Mid-depth
Bottom
15,000
9,200
6,630
11,200
4,750
Oct. 29 (a)
Surface
3,250
3,260
3,150
2,800
3,500
2:05FM
Mid-depth
Bottom
15,100
13,600
14,450
15,150
14,450
(a)
Surface
1,150
13,850
4,400
6,600
7,800
2:50PM
Mid-depth
14,350
13,250
13,900
14,300
13,500
Bottom
14,920
14,050
14,900
14,300
Nov. 13
Surface
390
345
310
350
475
2:30PM
Mid-depth
5,550
1,300
1,550
1,550
650
Bottom
9,000
5,900
390
7,750
640
Dec. 11
Surface
2,070
2,010
2,100
1,850
1,380
12:35PM
Mid-depth
13,250
2,950
8,250
4,100
3,400
Bottom
13,300
12,400
11,200
12,700
9,400
Dec. 28
Surface
2,800
2,750
2,400
760
840
2:25PM
Mid-depth
13,450
11,450
9,800
11,150
5,550
Bottom
11,850
13,100
12,400
13,500
10,700
1935
Jan. 9
Surface
92©
1,040
660
640
360
12:20IM
Mid-depth
8,650
3,900
3,100
2,600
360
Bottom
9,500
8,200
3,850
8,000
800
Jan. 11
Surface
6
4
6
6
7
2:25PM
Mid-depth
5
5
5
5
Bottom
5
5
4
6
Feb. 7
Surface
300
190
200
148
12:25PM
Mid-depth
460
950
700
1,750
Bottom
2,350
850
1,175
1,820
Feb. 22
Surface
116
179
23
19
23
11:50AM
Mid-depth
8,900
2,450
1,750
1,800
32
Bottom
12,300
4,900
2,900
8,450
103
259
Table 12 (continued)
Tide cycle:
four to five hours
after !
low tide.
Parts per million
Date
Position
Stations
1935
8
9 10
11
12
Mar. 10, 24,
- Samples from all depth
s - Maximum 9.
Apr - 9
2:10FM
Surface
Mid-depth
Bottom
1,210
11,900
9,550
900
3,700
11,200
360
4,500
12,100
280
280
2,420
Apr. 10 (a)
2:45PM
Surface
Mid-depth
Bottom
190
1,430
4,100
(a)
3:00PM
Surface
Mid-depth
Bottom
290
3,010
13,600
(a)
3:15PM
Surface
Mid-depth
Bottom
220
8,400
6,450
(a)
3:30PM
Surface
Mid-depth
Bottom
280
11,700
12,550
May 6, 8, -
Samples from all depths -
Maximum 8.
May 22
11:50AM
Surface
Mid-depth
Bottom
288
620
620
420
530
540
380
500
580
360
410
530
May 24
1:20PM
Surface
Mid-depth
Bottom
790
3,300
3,050
800
3,400
1,500
800
1,300
3,550
600
1,100
1,250
May 26
4:08PM
Surface
Mid-depth
Bottom
1,520
11,850
11,850
1,480
8,900
10,200
940
11,600
10,000
May 27 (a)
4:08AM .
Surface
Mid-depth
Bottom
820
4,800
6,400
780
1,300
3,150
(a)
5:08PM
Surface
Mid-depth
Bottom
7,550
12,650
11,000
3,850
9,950
11,800
2,550
10,400
11,850
260
Table 12 (continued)
Tide oyole:
four to
five hours
after
Parte per million
Date
Position
Stations
8
9
10
11
1935
May 28
Surface
660
540
5:08AM
Mid-depth
1,550
1,150
Bottom
2,400
1,500
June 2
Surface
900
800
630
9:19AM
Mid-depth
1,750
1,900
1,400
Bottom
2,050
1,900
2,000
June 6
Surface
780
750
580
12:55PM
Mid-depth
9,200
4,900
4,800
Bottom
7,400
8,100
9,250
June 21
Surface
15
17
16
1:08PM
Mid-depth
15
19
18
Bottom
18
20
21
June 22
Surface
11
10
25
1:05PM
Mid-depth
13
11
21
Bottom
13
15
29
July 6
Surface
2,050
2,700
2,750
1:10PM
Mid-depth
12,850
8,450
10,300
Bottom
13,150
11,800
12,100
July 10 (a)
Surface
11
10
9
5:05AM
Mid-depth
15
10
10
Bottom
16
13
21
(a)
Surface
9
10
12
4:05PM
Mid-depth
16
7
8
Bottom
11
12
14
July 19
Surface
920
760
840
10:45AM
Mid-depth
1,500
1,400
1,200
Bottom
1,600
1,450
1,450
July 20
Surface
540
840
720
11:20AM
Mid-depth
2,300
1,000
1,950
Bottom
4,650
2,000
3,700
July 22
Surface
2,200
2,150
1,800
1:15FM
Mid-depth
10,850
4,050
5,800
Bottom
14,300
10,150
10,250
261
Table 12 (continued)
Tide oyclo:
four to
five hours
after
Parts per million
Date
Position
Stations
8
9
10
11
1935
July 30
Surface
4,400
3,500
2,950
9:08PM
Mid-depth
9,750
7,000
4,800
Bottom
11,200
8,100
5,300
July 31
Surface
2,900
3,000
3,800
10:08AM
Mid-depth
6,600
7,000
7,650
Bottom
8,050
7,000
9,600
Aug. 2
Surface
5,100'
2,950
3,500
11:09AM
Mid-depth
10,950
9,300
8,150
Bottom
10,250
8,850
9,850
Aug. 3
Surface
3,850
3,600
3,000
11:20AM
Mid-depth
11,950
5,300
10,000
Bottom
15,000
11,200
11,800
Aug. 4
Surface
4,600
4,300
3,500
12:50PM
Mid-depth
14,300
11,500
11,500
Bottom
14,200
12,600
13,700
Aug. 5
Surface
4,850
5,050
6,100
12:55PM
Mid-depth
12,700
5,100
12,450
Bottom
14,150
11,100
13,750
Aug. 17
Surface
4,850
3,900
3,000
11:20AM
Mid-depth
14,300
10,900
12,700
Bottom
14,500
13,100
13,400
Aug. 19
Surface
6,150
5,800
4,800
12:50PM
Mid-depth
13,550
11,400
12,050
Bottom
13,750
12,700
13,150
Aug. 20
Surface
5,400
4,450
4,100
1:23PM
Mid-depth
12,300
7,300
0,150
Bottom
12,290
11,200
10,200
Sept.12
Surface
7,700
6,800
7,100
10:45AM
Mid-depth
14,550
14,250
15,100
Bottom
14,500
12,500
15,050
Sept.13
Surface
13,600
12,800
15,400
11:05AM
Mid-depth
16,300
16,200
16,000
Bottom
16,200
16,100
16,200
262
Table 12 (continued)
Tide cycles four to five hours after low tide.
Parts
per million
Date
Position
Stations
1935
8
9
10 11
Sept.14
12:35PM
Surface
Mid-depth
Bottom
16,300
16,600
16,650
16,050
16,200
16,500
14,500
16,350
16,200
Sept.15
12:50PM
Surface
Mid-depth
Bottom
4,400
4,450
4,350
4,400
4,400
4,500
4,450
4,450
4,400
Sept.16
1:35PM
Surface
Mid-depth
Bottom
14,500
16,250
16,750
15,100
16,500
16,450
15,900
16,200
16,350
Sept.26
10:53AM
Surface
Mid-depth
Bottom
3,600
12,700
13,600
8,700
15,200
14,900
14,900
15,450
Sept.29
11:43AM
Surface
Mid-depth
Bottom
9,100
15,700
16,300
12,750
15,100
16,050
12,750
16,250
16,100
Oct. 2
11:48AM
Surface
Mid-depth
Bottom
3,000
6,000
10,000
2,800
3,900
7,500
3,500
4,500
7,500
Oct. 4
1:45PM
Surface
Mid-depth
Bottom
3,000
11,800
13,700
Oct. 16
12113PM
Surface
Mid-depth
Bottom
9,600
14,800
9,650
6,300
13,200
14,250
7,900
8,600
13,850
Oct. 18
1:55PM
Surface
Mid-depth
Bottom
6,750
12,750
13,650
Nov. 1
12:20PM
Surface
Mid-depth
Bottom
6,250
13,600
13,150
5,150
12,000
12,150
5,550
10,450
12,650
Nov. 16
1:45PM
Surface
Mid-depth
Bottom
3,950
11,200
11,300
2,850
10,200
10,050
1,600
9,300
10,400
12
263
Table 12 (continued)
Tide cyclo:
four to
five hours
after
Parts per million
Date
Position
Stations
1935
8
9
10
11
Nov. 29
11:20AM
Surface
Mid-depth
Bottom
700
3,500
8,400
Dec. 2
2:00PM
Surface
Mid-depth
Bottom
11
11
15
Dec. 13
11:05AM
Surface
Mid-depth
Bottom
2,450
10,800
10,400
2,100
4,300
7,600
1,100
6,400
9,500
Dec. 16
2:05PM
Surface
Mid-depth
Bottom
o, 350
10,800
11,200
4,750
9,950
10,400
2,150
8,650
10,150
Dec. 17
2:50PM
Surface
Mid-depth
Bottom
850
12,200
10,500
1936
Jan. 21
7:00AM
Surface
Mid-depth
Bottom
Jan. 22
7:55AM
Surface
Mid-depth
Bottom
2,350
10,600
11,800
4,450
11,650
11,850
Jan. 23
8:41AM
Surface
Mid-depth
Bottom
220
8,350
7,250
Jan. 24
9:16AM
Surface
Mid-depth
Bottom
Jan. 26
Surface
2,400
10;50AM
Jan. 27
10; 35AM
Mid-depth
Bottom
Surface
Mid-depth
Bottom
9,850'
11,550
4,250
10,100
11,800
12
2,000
9,900
11,200
4,700
2,250
10,900
260
310
4,050
27
26
27
264
Table 12 (continued) Tide cycle: four to five hours after low tide.
Parts per million
Date Position Stations
1936
8
9
10
11
Jan. 28
12:38PM
Surface
Mid-depth
Bottom
1,450
6,350
7,550
Feb. 6
8:45AM
Surface
Mid-depth
Bottom
1,400
6,300
9,200
Feb. 7
9:20AM
Surface
Mid-depth
Bottom
2,250
9,850
7,400
Feb. 8
10:05AM
Surface
Mid-depth
Bottom
2,900
7,100
8,350
Feb. 10
11:20AM
Surface
Mid-depth
Bottom
3,500
11,000
11,050
2,800
5,350
10,750
Feb. 11
12:00AM
Surface
Mid-depth
Bottom
1,850
2,900
8,900
Feb. 12
12:40PM
Surface
Mid-depth
Bottom
1,550
5,950
8,500
Feb. 24
10:35AM
Surface
Mid-depth
Bottom
3,300
12,400
12,650
2,600
11,600
13,600
Feb. 25
11:23AM
Surface
Mid-depth
Bottom
4,050
4,400
12,750
3,250
8,000
8,000
3,200
6,100
13,100
Feb. 26
12:15PM
Surface
Mid-depth
Bottom
1,850
6,250
4,450
1,600
4,700
7,600
1,150
1,750
5,950
Feb. 27
1:10PM
Surface
Mid-depth
Bottom
3,100
9,600
12,300
2,550
9,900
11,550
1,500
11,100
10,400
265
Table 12 (oontinued) Tide oyole; four to five hours after low tide.
Parts per million
Date
Position
Stations
1936
8
9
10
11
12
Mar. 4
7sOOAM
Surfaco
Mid-depth
Bottom
5,450
13,300
13,950
3,350
13,900
13,800
3,100
13,350
12,350
4,750
12,050
12,450
600
7,800
11,250
Mar. 5
7:47AM
Surface
Mid-depth
Bottom
3,600
11,550
11,350
3,400
12,400
12,800
4,400
12,000
12,600
2,300
12,300
13,200
1,200
9,500
11,300
Mar. 6
8:32AM
Surface
Mid-depth
Bottom
1,900
12,350
10,950
3,200
12,000
11,200
2,200
10,400
11,400
1,800
10,100
13,700
750
6,750
6,800
Mar. 7
9:09AM
Surface
Mid-depth
Bottom
2,500
10,500
11,500
1,900
9,900
9,800
1,000
6,000
9,800
660
4,550
10,500
200
6,250
7,900
Mar. 8
9:44AM
Surface
Mid-depth
Bottom
2,600
12,350
12,600
1,700
11,900
11,700
4,000
9,300
11,450
2,000
12,000
10,100
520
4,200
10,900
Mar. 26, 28,
Maximum 8.
Apr. 14, 15, 16,
17, 21,
22, 23, -
Samples
from all
depths -
Apr. 24 (a)
11:22AM
Surface
Mid-depth
Bottom
3
3
3
3
3
(a)
11:50FM
Surface
Mid-depth
Bottom
20
45
76
17
23
59
Apr. 26 (a)
1:50AM
Surface
Mid-depth
Bottom
11
15
19
12
11
27
(a)
2:19PM
Surface
Mid-depth
Bottom
3
3
3
2
3
3
4
3
4
(a)
2:05PM
Surface
Mid-depth
Bottom
4
5
4
4
4
7
266
Table 12 (continued) Tide cyole: four to five hours after low tide.
Parts per million
Date
Position
Stations
8
9
10
11
1936
Apr. 27
Surface
3:05PM
Mid-depth
7
5
Bottom
25
15
Apr. 28
Surface
4:20PM
Mid-depth
«
7
33
Bottom
189
230
May 1
Surfaoe
17
7
16
6:44AM
Mid-depth
162
27
9
Bottom
510
340
29
May 2
Surface
10
6
9
7:10AM
Mid-depth
251
50
10
Bottom
630
530
235
May 4, 5, 6,
7, 8, 9, 10,
- Samples
from all depths - Maximum
May 11 (a)
Surface
7
5
6
12:55PM
Mid-depth
6
4
5
Bottom
5
5
14
(a)
Surface
4
4
12:25PM
Mid-depth
3
5
Bottom
4
5
(a)
Surface
4
6
1:05PM
Mid-depth
4
6
Bottom
6,
10
(a)
Surface
6
4
12:20AM
Mid-depth
33
3
Bottom
940
54
May 12
Surface
10
8
10
2:05EM
Mid-depth
18
23
14
Bottom
123
50
26
May 13
Surface
119
22
17
2:43PM
Mid-depth
2,400
920
43
Bottom
2,000
6,900
3,800
May 17
Surface
6
6
10
5:59AM
Mid-depth
6
6
9
Bottom
6
6
8
267
Table 12 (continued) Tide cycle:
Date
Position
1936
8
May 21 (a)
9:05AM
Surface
Mid-depth
Bottom
(a)
9:30AM
Surface
Mid-depth
Bottom
4
7
8
(a)
10:05PM
Surface
Mid-depth
Bottom
May 22, 23, -
Samples from
all depths
May 24
12:23PM
Surface
Mid-depth
Bottom
31
13
15
May 25
1:20PM
Surface
Mid-depth
Bottom
18
21
27
May 26
2:17PM
Surface
Mid-depth
Bottom
690
3,100
6,000
May 27
3:20PM
Surface
Mid-depth
Bottom
1,200
3,300
7,600 ,
May 28 (a)
4:11R.1
Surface
Mid-depth
Bottom
750
3,700
5,700
(a)
4:05PM
Surface
Mid-depth
Bottom
May 29 (a)
4:27AM
Surface
Mid-depth
Bottom
650
2,600
6,350
(a)
4:05AM
Surface
Mid-depth
Bottom
four to five hours after low tide.
Parts per million
Stations
9 10
11
5
4
7
14
10
20
8
6
10
10
11
9
780
280
4,900
920
4,750
1,100
■ Maximum 9.
13
35
11
22
18
29
31
96
29
93
680
770
1,250
1,250
5,700
4,700
1,050
950
5,700
4,550
7,000
7,750
950
800
2,400
1,200
3,100
4,600
1,150
1,160
4,850
5,200
7,750
5,050
700
650
4,850
5,200
4,000
6,100
6,950
6,150
11,300
9,900
10,950
10,900
288
Table 12 (continued) Tide cycle: four to fivo hours after low tide.
Parts per million
Date
Position
Stations
1936
8
9
10
11
12
May 30
6:12AM
Surface
Mid-depth
Bottom
620
1,550
4,200
240
950
4,900
410
1,550
5,600
May 31
6:18AM
Surface
Mid-depth
Bottom
530
4,350
6,600
520
3,050
5,300
680
2,800
5,550
June 1
7:02AM
Surface
Kid-depth
Bottom
1,300
4,500
5,300
1,150
4,900
6,150
1,150
1,750
3,200
June 2
7:49AM
Surface
Mid-depth
Bottom
950
2,500
4,300
1,150
2,050
2,200
1,250
1,900
2,200
June 3 (a)
8:14AM
Surface
Mid-depth
Bottom
1,050
5,350
7,150
950
5,850
6,100
1,100
3,200
6,400
(a)
8:05AM
Surface
Mid-depth
Bottom
1,550
2,850
4,500
950
3,600
4,800
(a)
8:05PM
Surface
Mid-depth
Bottom
3,050
8,950
9,550
5,900
4,650
9,800
June 9
12:05PM
Surface
Mid-depth
Bottom
2,400
4,400
6,700
2,980
3,450
7,000
June 10
12:05AM
Surface
Mid-depth
Bottom
4,400
6,000
9,000
4,950
8,950
11,100
Nov. 26
6:50AM
Surface
Mid-depth
Bottom
10,800
14,100
14,200
11,200
15,000
14,600
14,600
14,600
14,000
6,900
13,950
13,600
13,700
13,650
13,600
1937
liar. 21
10:55AM
Surface 740 900
Mid-depth 1,000 900
Bottom 1,000 900
880
900
1,000
2B0
Table 12 (continued) - Tide cycle: rour to five hour3 after low tide.
Parts
per million
Date
Position
Stations
1937
8
9
10 11
Apr- 2
1:58PM
Surface
Mid-depth
Bottom
1,000
4,400
8,900
900
7,500
8,600
700
4,500
4,600
Apr. 25, 27,
May 25, 26, -
Samples from
all depths - Maximum 5.
June 11 (a)
10:40AM
Surface
Mid-depth
Bottom
120
310
230
(a)
10:50AM
Surface
Mid-depth
Bottom
190
360
380
(a)
11:00AM
Surface
Mid-depth
Bottom
230
330
370
(a)
11:10AM
Surface
Mid-depth
Bottom
520
1,520
1,500
(a)
11:20AM
Surface
Mid-depth
Bottom
1,330
2,700
2,200
(a)
11:30AM
Surface
Mid-depth
Bottom
2,080
6,650
8,100
June 22
8:16AM
Surface
Mid-depth
Bottom
17
17
21
17
15
21
11
13
19
July 7
8:18AM
Surface
Mid-depth
Bottom
320
2,400
2,900
400
1,300
1,000
240
1,100
1,000
July 8
8:35AM
Surface
Mid-depth
Bottom
210
790
810
170
920
940
150
520
770
July 10 (a)
10;20AM
Surface
Mid-depth
Bottom
2,600
5,400
5,500
270
Table 12 (continued) Tide cycles four to fivo hours after low tide.
Parts per million *
Date Position Stations
8 9 10 11 12
1937
July 10 (a)
Surface
2,800
10:30AM
Mid-depth
6,000
Bottom
6,200
(a)
Surface
2,500
10:40AM
Mid-depth
7,400
Bottom
7,500
(a)
Surface
3,700
10:50AM
Mid-depth
8,800
Bottom
8,900
(a)
Surface
3,100
11:00AM
Mid-depth
10,500
Bottom
11,000
(a)
Surface
3,400
11:10AM
Mid-depth
12,300
Bottom
12,300
July 12 (a)
Surface
4,800
12:00AM
Mid-depth
8,800
Bottom
9,900
(a)
Surface
3,900
12:15PM
Mid-depth
9,200
Bottom
11,800
(a)
Surface
4,000
12:30PM
Mid-depth
12,100
Bottom
13,000
(a)
Surface
6,900
12:45PM
Mid-depth
13,800
Bottom
11,500
July 13 (a)
Surface
2,400
1:00PM
Mid-depth
10,000
Bottom
11,300
(a)
Surface
3,000
1:10PM
Mid-depth
8,600
Bottom
8,000
271
Table 12 (continued) Tide oyole: four to five hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 13 (a)
Surface
4,000
1:20PM
Mid-depth
7,700
Bottom
8,400
(a)
Surface
2,300
1:30PM
Mid-depth
9,200
Bottom
9,400
(a)
Surface
2,800
1:40FM
Mid-depth
8,500
Bottom
8,400
July 14 (a)
Surface
400
1:45PM
Mid-depth
3,700
Bottom
5,300
(a)
Surface
5,400
2:00PM
Mid-depth
8,600
Bottom
8,500
(a)
Surface
1,300
2:15PM
Mid-depth
7,500
Bottom
8,500
(a)
Surface
1,400
2:30PM
Mid-depth
6,700
Bottom
7,200
July 17 (a)
Surface
3,400
5:00AM
Mid-depth
10,700
Bottom
11,600
(a)
Surface
3,900
5LI0AM
Mid-depth
10,900
Bottom
12,300
July 20 (a)
Surface
4,700
6:45AM
Mid-depth
6,750
Bottom
7,500
(a)
Surface
5,050
7:00AM
Mid-depth
5,650
Bottom
7,300
.272
Table 12 (continued) Tide cyole: four to five hours after low tide.
Part3 per million
Date Position Stations
8 9 10 11 12
1937
July 20 (a)
Surface
3,850
7:15AM
Mid-depth
5,650
Bottom
8,700
(a)
Surface
4,350
7:30AM
Mid-depth
6,800
Bottom
8,700
July 21 (a)
Surface
1,900
7:30AM
Mid-depth
6,150
Bottom
7,400
(a)
Surface
2,000
7:40AM
Mid-depth
7,000
Bottom
7,400
(a)
Surface
1,700
7:50AM
Mid-depth
8,800
Bottom
9,300
(a)
Surface
2,600
8:00AM
Mid-depth
6,000
Bottom
8,000
(a)
Surface
2,800
8:1QAM
Mid-depth
8,500
Bottom
8,600
July 23 (a)
Surface
1,800
8:50AM
Mid-depth
3,650
Bottom
4,400
(a)
Surface
1,700
9:00AM
Mid-depth
3,900
Bottom
3,500
(a)
Surface
2,100
9:10AM
Mid-depth
5,800
Bottom
5,400
(a)
Surface
2,200
9:20AM
Mid-depth
6,200
Bottom
6,200
273
Table 12 (continued) Tide oycle: four to five hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 23 (a)
Surface
2,000
9:30AM
Mid-depth
5,900
Bottom
6,400
July 25 (a)
Surface
2,900
10:00AM
Mid-depth
8,000
Bottom
8,800
(a)
Surface
3,700
10:10AM
Mid-depth
9,400
Bottom
9,800
(a)
Surface
3,800
10:20AM
Mid-depth
7,900
Bottom
11,400
(a)
Surface
4,700
10:30AM
Mid-depth
10,300
Bottom
10,300
(a)
Surface
5,200
10:40AM
Mid-depth
10,000
Bottom
10,800
July 26 (a)
Surface
6,100
11:15AM
Mid-depth
11,150
Bottom
11,400
(a)
Surface
7,950
11:30AM
Mid-depth
11,250
Bottom
12,550
(a)
Surface
7,600
11:45AM
Mid-depth
11,900
Bottom
12,100
(a)
Surface
8,950
12:00AM
Mid-depth
12,400
Bottom
12,100
July 27 (a)
Surface
3,500
11:30AM
Mid-depth
5,800
Bottom
6,000
274
Table 12 (continued) Tide cycles four to five hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 27 (a)
Surface
3,400
11:45AM
Mid-depth
5,800
Bottom
6,900
(a)
Surface
4,100
12:00AM
Mid-depth
8,100
Bottom
8,100
(a)
Surface
7,500
12:15PM
Mid-depth
11,900
Bottom
12,500
July 28 (a)
Surface
3,000
12:10PM
Mid-depth
4,500
Bottom
10,100
(a)
Surface
2,700
12;20PM
Mid-depth
10,000
Bottom
10,600
(a)
Surface
3,800
12:30PM
Mid-depth
10,100
Bottom
9,200
(a)
Surface
3,700
12:40PM
Mid-depth
8,500
Bottom
10,500
(a)
Surface
3,600
12:50FM
Mid-depth
11,100
Bottom
11,900
(a)
Surface
4,800
1:00PM
Mid-depth
11,800
Bottom
12,900
July 29 (a)
Surface
3,000
1:00PM
Mid-depth
4,500
Bottom
7,800
(a)
Surface
3,100
1:15PM
Mid-depth
7,700
Bottom
11,700
275
Table 12 (continued) Tide cycle: four" to five hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
July 29 (a)
Surface
4,100
lsSOIM
Mid-depth
11,100
Bottom
13,000
(a)
Surface
4,800
1:45PM
Mid-depth
12,750
Bottom
13,250
July 30 (a)
Surface
2,750
1:30AM
Mid-depth
5,500
Bottom
5,400
(a)
Surface
2,000
1:45AM
Mid-depth
6,000
Bottom
5,100
(a)
Surface
2,900
2:00AM
Mid-depth
5,700
Bottom
5,700
(a)
Surface
4,600
2:15AM
Mid-depth
10,200
Bottom
3,800
July 31 (a)
Surface
4,800
3:00PM
Mid-depth
10,000
Bottom
12,800
(a)
Surface
5,600
3:15PM
Mid-depth
12,800
Bottom
13,300
(a)
Surface
6,600
3:30PM
Mid-depth
11,300
Bottom
14,200
U)
Surface
7,600
3:45m
Mid-depth
13,300
Bottom
14,100
Aug. 1 (a)
Surface
6,200
4:00PM
Mid-depth
12,900
Bottom
12,800
276
Table 12 (continued) Tide oyole: four to five hours after low tide.
Parts per million
Date Position Stations
8 9 10 11 12
1937
Aug. 1 (a)
Surface
6,200
4:15PM
Mid-depth
9,700
Bottom
13,300
(a)
Surface
9,000
4:30PM
Mid-depth
14,100
Bottom
13,800
(a)
Surface
8,200
4:45FM
Mid-depth
14,300
Bottom
14,300
Aug. 2 (a)
Surface
5,500
5:00AM
Mid-depth
9,700
Bottom
10,500
(a)
Surface
5,800
5:15AM
Mid-depth
10,800
Bottom
11,200
(a)
Surface
4,400
5:00PM
Mid-depth
5,350
Bottom
6,700
Aug. 3 (a)
Surface
4,450
5:45AM
Mid-depth
7,800
Bottom
8,100
(a)
Surface
4,550
6:00AM
Mid-depth
7,600
Bottom
7,900
(a)
Surface
5,300
6:15AM
Mid-depth
7,800
Bottom
7,400
(a)
Surface
5,400
6:30AM
Mid-depth
9,900
Bottom
9,800
(a)
Surface
3,400
6:00PM
Mid-depth
5,800
Bottom
9,800
277
Table 12 (continued) Tide cycle: four to five hours after low tide.
Parts per rail lion
Date Position Stations
8 9 10 11 12
1937
Aug. 3 (a)
Surface
4,200
6:15PM
Mid-depth
9,700
Bottom
10,700
(a)
Surface
5,500
6:30PM
Mid-depth
10,900
Bottom
12,200
(a)
Surface
5,400
6j45PM
Mid-depth
11,700
Bottom
11,300
Aug. 4 (a)
Surface
3,100
6:40AM
Mid-depth
5,400
Bottom
6,150
(a)
Surface
4,100
6:50AM
Mid-depth
5,850
Bottom
6,950
(a)
Surface
4,250
7:00AM
Mid-depth
6,150
Bottom
7,050
(a)
Surface
3,950
7:10AM
Mid-depth
7,150
Bottom
7,300
(a)
Surface
5,100
7:20AM
Mid-depth
9,600
Bottom
10,400
Aug. 5 (a)
Surface
1,500
7:30AM
Mid-depth
4,000
Bottom
4,700
(a)
Surface
2,700
7:45AM
Mid-depth
4,300
Bottom
5,500
(a)
Surface
3,100
8:00AM
Mid-depth
4,300
Bottom
5,800
278
Table 12 (continued)
Date
1937
Aug. 5 (a)
8:15AM
Position
Surface
Mid-depth
Bottom
Tide oyolo: four to five hours after low tide.
Parts per million
Stations
8 9 10 11 12
3,700
6,800
7,600
279
Bottom Samples from Station 9A takon ut or about High tido, Samplos
takon one minuto apart# Tho majority of those samplos fall into Tido
Cycle 2, High tido to ono hour aftorj timo is givon for tho first samplo.
1937
Apr. 21
8:01AM 2
3
3
3
5
3
Parts por million
Apr. 27
12:10PM 2
4
1
3
3
May 3
5:00PM 3
3
3
3
3
3
Apr- 22
8:49AM 3
1
5
3
3
3
Apr. 2 8
12:30PM 3
3
3
5
3
3
May 4
5:52PM 2
3
3
2
4
2
Apr. 23
9:33AM 3
3
3
3
3
3
Apr- 29
1:37PM 3
3
3
3
3
3
May 5
7:02AM 4
3
3
3
3
3
Apr. 24
10:21AM 3
3
3
3
3
3
Apr• 30
2:17PM 3
3
3
1
3
4
May 6
7:01AM 5
3
3
3
2
2
Apr. 25
10:51AM 3
3
1
4
3
3
May 1
3:10PM 3
3
3
3
2
2
May 7
7:55AM 3
5
3
3
3
1
Apr. 26
11:37AM 3
1
3
3
3
3
May 2
4:05PM 3
4
2
3
3
5
May 8
8:52AM 5
7
11
7
7
6
280
Bottom samples (continued)
1937
May 9
9:37AM 3
3
3
1
3
5
Parts por million
May 15
3:11PM 4
3
3
3
5
3
May 23
9:37AM 5
3
3
3
3
5
May 10
10:28AM 3
2
3
2
2
2
May 16
3:40FM 5
3
3
3
5
3
May 24
10:56AM 3
3
5
3
3
3
May 11
11:15AM 2
3
1
3
2
2
May 17
5:20AM 3
1
2
2
3
May 25
11:26AM 3
3
1
3
3
3
May 12
12:19PM 3
1
2
2
1
2
May 20
8:03AM 3
3
3
3
-3
5
May 26
11:51AM 3
3
3
3
3
3
May 13
1:15PM 7
1
1
5
3
3
May 21
8:52AM 3
3
3
3
3
3
May 27
12:36PM 3
3
4
2
5
3
May 14
2:10PM 67
153
177
193
155
117
May 22
9:41AM 3
3
3
3
3
2
May 28
1:05PM 3
3
3
5
3
3
281
Bottom samples (continued)
Parts per million
1937
May 29
June 4
June 10
1:58PM 5
6:46AM 2,300
12:29PM 13,450
4
8,700
13,450
2
7,200
13,450
2
10,200
13,550
3
13,000
13,400
4
10,000
13,550
May 30
June 5
June 11
2:41PM 3
7:48AM 3,000
1:08m 13,200
2
7,400
13,550
3
6,000
13,350
3
7,350
11,750
3
3,050
13,600
4
5,700
13,250
May 31
June 6
June 12
3:34PM 83
8:45AM 11,600
2:04m 7,200
35
7,200
12,700
500
11,900
10,800
300
12,700
10,900
460
12,400
13,200
460
12,700
13,000
June 1
June 7
June 13
4:24PM 10,300
9:45AM 12,500
2:48PM 11,900
6,800
12,650
12,600
6,000
12,100
12,500
5,500
12,750
12,700
8,100
7,350
12,700
5,800
7,650
13,000
June 2
June 8
June 14
4:43AM 3,000
10:15AM 11,800
4:11PM 12,300
4,100
9,200
10,100
4,300
9,550
12,400
800
10,350
12,300
2,900
10,150
12,300
3,300
9,750
12,200
June 3
June 9
June 15
5:30AM 7,200
11:10AM 9,800
4:10AM 5,850
5,000
10,250
6,100
3,900
10,250
9,600
6,600
10,100
6,800
5,300
9,400
6,600
7,000
10,150
7,000
282
Bottom samples (continued)
Parts per million
1937
June 16
June 22
June 28
5:15AM 10,000
10:28AM 9,700
2:29PM 11,900
9,500
10,400
12,900
8,000
8,000
10,950
10,500
9,300
13,550
7,300
10,000
13,700
10,250
8,700
13,650
June 17
June 23
June 29
6:15AM 11,300
11:23AM 7,100
3:24PM 14,000
11,100
5,600
14,150
11,800
5,700
14,150
6,400
5,600
14,400
12,000
7,800
13,850
11,700
6,300
14,300
June 18
June 24
June 30
7:03AM 11,100
11:48AM 6,400
3:2 QAM 12,850
9,400
1,000
13,050
11,500
4,900
13,200
11,700
3,500
13,250
10,700
1,500
13,200
11,000
1,000
13,100
June 19
June 25
July 1
8:12AM 12,100
12:33PM 6,900
4:19AM 7,600
11,950
8,700
13,300
11,100
8,000
13,000
12,100
8,000
13,400
11,100
7,800
7,800
12,500
9,800
13,300
June 20
June 26
July 2
9:14AM 12,900
1:13PM 11,400
5:30AM 10,700
12,300
12,100
9,300
12,900
11,600
11,000
12,900
12,300
11,700
11,800
11,800
12,200
12,600
12,600
12,300
June 21
June 27
July 3
9:47AM 8,100
1:50PM 12,500
6:30AM 7,200
9,300
6,400
4,900
9,300
13,400
6,700
8,600
13,400
9,300
9,800
13,300
7,800
3,500
13,500
8,200
283
Bottom samples (continued)
1937
Parts per million
July 4
7:23AM 9,550
9,500
8,900
9,400
8,400
5,100
July 10
12:33PM 14,550
14,800
14,400
14,500
14,700
14,850
July 16
6:05AM 12,300
13,000
12,200
12,400
11,300
12,300
July 5
8:38AM 10,800
11,300
11,600
11,500
11,200
11,200
July 11
1:31PM 14,400
15,000
15,100
14,900
14,900
14,800
July 17
6:48AM 13,300
13,300
12,800
13,000
12,500
13,000
July 6
9:26AM 11,000
12,100
12,300
12,500
12,400
12,400
July 12
1:49AM 14,900
15,150
14,850
14,950
14,850
14,750
July 18
7:42AM 13,300
13,300
13,300
13,300
13,300
13,050
July 7
10:2QAM 12,200
12,500
12,800
12,400
12,700
13,100
July 13
2:55AM 14,300
14,400
14,600
14,200
14,600
14,800
July 19
8:54AM 14,500
14,750
14,600
14,450
14,750
14,600
July 8
11:13AM 13,800
14,300
14,100
13,950
13,700
14,300
July 14
3:50AM 4,750
6,350
7,700
7,300
8,000
8,000
July 20
9:10AM 13,600
13,800
14,100
14,000
14,000
14,100
July 9
12:15EM 14,550
14,950
14,900
15,050
15,000
12,250
July 15
4 ;47AM 11,900
10,750
11,550
12,550
9,550
12,450
July 21
10:00AM 12,700
13,500
13,200
12,000
13,800
12,600
284
Bottom samples (continued)
1937
Parts per million
July 22
10:41AM
12,300
13,500
13,400
13,400
11,700
13,400
July 29
3:31PM
15,500
15,400
15,600
15,500
15,400
15,700
Aug. 4
9:34PM
15,750
16,050
16,100
16,100
14,000
16,000
July 23
11:16AM
July 24
12:20PM
13,600
14,300
14,300
14,000
14,700
14,200
12,100
12,800
11,700
12,100
13,100
12,900
July 30
4:29PM
15,800
15,900
15,600
15,800
15,700
15,400
Aug. 5
10:36PM
July 31
5:29PM
14,400
16,000
15,800
15,900
16,000
15,900
15,900
16,000
16,200
16,100
16,200
15,300
Aug. 6
11:11AM
14,900
15,300
15,250
15,350
15,200
15,350
July 25
12:48PM
11,800
12,900
13,300
12,800
11,800
12,200
Aug. 1
6:33PM
15,700
15,900
15,900
16,100
16,100
16,100
Aug. 7
11:3QAM
15,200
15,350
15,450
15,400
15,250
15,450
July 26
1:03PM
15,500
15,800
15,900
16,000
16,000
15,800
Aug. 2
7:29PM
15,800
16,000
15,800
15,600
16,000
15,900
Aug. 8
12:27FM
15,950
15,850
16,000
16,000
16,000
15,900
July 27
2:09PM
Aug. 3
8:39PM
16,000
16,400
16,000
16,000
16,000
16,000
Aug. 9
1:14PM
14,100
16,000
16,100
16,200
16,100
16,000
285
Bottom samples (continued)
Parts per million
1937
Aug. 10
1:59PM 15,050
15,400
15;,.600
15,700
15,650
15,500
Aug. 16
7:18AM 13,850
13,800
13,900
13,850
13,950
13,850
Aug. 22
11:40AM 15,400
15,400
15,300
15,400
15,600
15,300
Aug. 11
2:47PM 15,400
15,300
15,300
15,450
15,400
15,450
Aug. 17
8:15AM 12,200
14,500
14,450
14,500
15,350
13,700
Aug. 23
12:15PM 16,000
16,100
16,000
15,400
16,100
16,100
Aug. 12
3:53PM 13,950
13,850
14,050
14,000
14,100
13,950
Aug. 18
9:00AM 14,500
14,600
14,450
14,550
14,650
14,550
Aug. 24
12:30PM 14,800
15,300
15,400
15,200
15,400
15,300
Aug. 13
4:28PM 13,900
13,900
14,000
13,700
13,700
13,600
Aug. 19
9:50AM 15,000
15,200
15,200
15,100
15,300
14,900
Aug. 25
1:20PM 15,800
16,000
15,600
14,400
8,000
16,100
Aug. 14
5:16AM 13,450
12,700
14,000
12,350
13,750
13,800
Aug. 20
10:11AM 14,800
14,500
14,800
14,700
14,900
14,900
Aug. 26
2:10PM 15,600
15,900
16,050
16,000
15,400
16,000
Aug. 15
6:03AM 13,300
13,300
13,650
13,150
13,700
13,700
Aug. 21
11:00AM 15,000
14,200
15,400
15,000
15,300
15,300
Aug. 27
2:51AM 14,900
15,100
15,200
15,200
15,600
15,300
286
Bottom samples (continued)
Parts per million
1937
Aug. 28
3:39AM 13,700
13,200
14,200
13,800
14,100
14,300
Sept. 3
10:01AM 15,400
16,000
14,350
15,300
15,500
15,500
Sept. 9
2:14AM 15,200
15,200
15,500
15,200
15,400
13,500
Aug. 29
5:07AM 14,000
14,200
14,300
14,100
14,300
14,600
Sept. 4
10:46AM 15,900
15,850
15,950
14,800
15,900
16,000
Sept.10
2:38AM 8,800
10,700
8,400
10,700
13,300
10,600
Aug. 30
6:09AM 14,400
14,500
14,500
14,400
14,400
14,400
Sept. 5
11:43AM 16,200
16,100
16,100
16,100
16,150
16,150
Sept.11
3:45AM 12,800
11,200
14,100
14,300
11,800
14,000
Aug. 31
7:32AM 14,500
14,700
14,800
14,600
14,600
14,900
Sept. 6
11:44PM 16,100
16,200
16,200
16,150
14,850
16,000
Sept.12
4:14AM 11,200
11,900
11,300
11,400
12,100
11,800
Sept. 1
8:15AM 14,700
15,100
15,100
15,100
15,200
15,100
Sept. 7
12:29AM 14,750
14,950
14,400
14,850
14,850
14,800
Sept•13
5:10AM 12,800
12,900
13,000
13,700
12,500
12,800
Sept. 2
9:25AM 14,150
15,600
15,550
15,700
15,450
12,100
Sept. 8
1:07AM 13,600
13,950
13,900
13,900
13,950
13,900
Sept.14
6;28AM 12,900
13,900
13,800
12,900
12,000
12,200
287
Bottom samples (continued)
1937
Sept.15
7:15AM 9,200
9,500
5,400
8,900
10,500
12,200
Parts per million
Sept.21
11:57PM 13,350
13,600
13,750
13,350
13,450
13,600
Sept.29
6:49AM 14,700
14,900
14,850
14,750
14,400
13,900
Sept.16
7:08AM 12,900
13,000
13,100
13,000
12,950
13,050
Sept.24
1:37AM 7,800
8,100
8,500
9,500
9,400
9,800
Sept.30
7:49AM 13,200
13,100
13,000
13,700
13,400
> -
Sept.17
9:05AM 12,500
11,400
13,500
12,000
13,100
12,000
Sept.25
2:07AM 17,300
15,900
17,450
17,150
17,600
17,700
Sept.18
9:50AM 15,800
15,500
15,600
15,000
15,400
15,600
Sept.26
3:42AM 15,400
10,650
17,000
16,650
17,150
17,500
Sept.19
10:32PM 13,700
12,500
13,100
13,400
13,800
14,000
Sept.27
4:22AM 14,950
14,600
15,200
14,600
15,400
15,050
Sept.20
10:59PM 14,700
15,100
14,950
15,050
14,650
15,050
Sept.28
5:57AM 17,200
17,650
17,150
17,550
17,250
17,000
288
Simultaneous Samples
Saybrook Highway Bridgo, Station 9
September 23, 1936 to Maroh 17, 1937
Samples taken from bottom up, each two feet of depth, numbers start with
bottom sample..
Table 1 Tide cycle: one hour before to high tide.
Parts per million
Date Position
1936
Sept,30
8:45AM
1
15550
2
16100
3
16250
4
16200
5
16100
6
14000
7
14400
8
12350
9
10
9:00AM
16350
16400
16350
16500
16400
15750
14900
12050
9:15AM
16550
16600
16700
16800
16760
16700
16100
15450
14050
9:30AM
16700
16850
16000
16750
16850
16750
16600
16300
14950
Oct. 1
9:30AM
17050
17000
17000
17100
17100
16900
16750
16550
15350
9:45AM
17000
16900
17050
17000
16700
16600
16450
16700
16200
10:00AM
17100
16900
17000
17200
17050
16850
16700
16950
16800
10:15AM
17150
17200
17200
17200
17050
17150
16900
16900
16900
16850
Oct. 17
10:30AM
16050
15550
15500
15950
16100
16250
14350
15700
11:00AM
16500
16200
16450
16350
16150
16050
15550
16050
Oct. 19
12:00111
11200
10800
10800
10650
8700
6300
4100
1400
12;30PM
12250
11850
12200
11300
9100
6400
3350
1150
Oct, 30
9:15AM
11000
11600
11150
10100
10350
5350
4200
2850
9:45AM
12350
12750
12600
12550
12250
10900
7350
5450
Oct. 31
10:00AM
13750
12800
13150
11800
9600
4800
3650
10:30AM
13450
14100
14200
13800
13000
9850
3950
289
Table 1 (continued) Tide cyole: ono hour boforo to high tide.
Parts per million
Date Position
1936
12345 6789 10
Nov. 3
1:00PM 8600 9800 10500 10000 9950 8650 5250 2500
1:30PM 10400 9900 12100 12400 12200 11350 8950 5300
Nov. 5
3:00PM 10400 10000 9700 7600 5800 3850 1200 700
3:30PM 8200 10550 10550 9100 5950 3000 900 700
Nov. 13
9:00AM 6900 10150 10850 10700 8650 7150 4300 1600
9:30AM 8600 11700 11300 11250 11350 10450 7700 5550
Nov. 14
10:00AM 7850 9900 10650 10800 7850 2250 630 510
Nov. 24
6:00AM 15900 15500 15950 15750 15000 14300 12600
6:15AM 15650 15350 15200 15350 14450 13650 9600
Dec. 15
10:30AM 166 171 210 230 160 160 71 63
10:45AM 1540 940 260 210 140 100 78 68
11:00AM 2200 2020 700 270 180 120 90 78
11:15AM 2400 1550 380 250 140 89 81 85
Dec. 17
11:45AM 9900 10000 9600 8900 6250 4950 3550 1550
12:00AM 9950 10000 10000 6800 6000 4200 2700 1300
12:15PM 9150 9800 10000 6550 5150 4250 1300 1000
12:30PM 10350 11000 11850 11400 9000 5800 2700 1200
Dec, 29
10:15AM 8700 10300 10550 10200 9800 6700 2650 930
10:30AM 9850 10450 10350 10050 8250 6350 2800 800
290
Table 1 (continued) Tide cycle: ono hour before to high tido
Parts per million
Date Position
1936
123456789 10
Dec. 29
10:45AM
9700
10700
11050
10650
10750
8100
5200
1900
11:00AM
11650
11950
11850
11650
10000
8400
5100
2700
Dec. 31
12:00AM
430
450
400
400
100
52
30
24
12:15PM
460
480
450
370
180
21
15
15
12:30PM
6800
6500
5000
3350
1250
140
68
47
12:45PM
6450
6250
5750
3350
550
92
64
35
1937
Jan, 12
9:30AM
870
840
960
600
390
140
42
31
9:45AM
740
650
560
420
28
19
18
15
10:00AM
1370
1290
960
710
410
160
23
19
Jan. 14
10:45AM
2650
2100
2200
1200
550
240
76
54
11:00AM
3600
3400
3400
2900
1300
300
96
56
11:15AM
3350
3600
3600
2750
1200
540
220
83
11:30AM
2900
3300
2700
2700
1300
770
660
440
Jan. 27
10:00AM
2
3
4
4
4
3
4
4
10:15AM
3
4
4
3
4
4
4
4
10:30AM
3
4
3
3
3
4
3
5
10:45AM
3
3
4
4
3
3
3
Jan. 29
11:30AM
910
880
780
540
390
84
13
11
11:45AM
1400
1300
950
860
640
440
270
23
291
Table 1 (continued) Tide cyole: one hour bofore to high tide
Parts per million
Date Position
1937
123456789 10
Jan. 29
12:00AM
6750
6800
4600
800
140
31
17
14
12:15PM
5800
5600
1200
190
33
16
16
15
Feb. 9
9:00AM
13650
13100
12450
13000
11650
10950
4750
3300
Feb. 24
9:00AM
5
5
5
3
4
5
3
5
9:15AM
3
5
5
6
4
5
5
5
9:30AM
5
7
5
5
5
5
5
3
9:45AM
5
3
5
4
5
7
3
5
Mar. 3
2:15PM
3850
3600
3800
3600
2800
990
500
510
2:30PM
3800
3600
3000
4200
2500
1240
580
560
2:45PM
3800
3500
3500
3400
2200
1260
580
480
Mar. 10
7:45 AM
8550
8850
8000
7100
1000
660
■ 620
560
8:00AM
8400
6100
7900
900
1200
1220
580
820
8:15AM
9350
10100
9600
5600
1600
610
600
610
8:30AM
9300
9600
9800
5000
900
610
620
590
Mar. 17
1:30PM
13
15
13
13
15
11
13
13
1:45PM
15
13
15
13
13
13
15
13
2:00PM
13
13
15
13
15
13
15
13
2:15PM
13
15
11
13
47
15
13
15
292
Table 2
Date
1936
Tide cyclo: high tido to one hour after.
Parts per million
Position
Sept»30
9:45AM
1
16850
2
16900
3
16850
4
16800
5
16650
6
16700
7
16650
8
16300
9
15900
10
10:00AM
16900
16900
16950
16900
17100
16850
16100
10:15AM
17100
17250
17000
17000
16650
16200
16350
10:30AM
17000
17050
17100
17050
17100
16900
16900
16600
16500
Oct. 1
10:30AM
17150
17400
17050
17500
17100
17000
17000
17100
17000
16950
10:45AM
17100
17100
17200
17150
17100
17000
17100
17000
17050
17050
11:00AM
17100
17100
17150
17100
17150
17350
17050
17100
17000
17100
11:15AM
17000
17100
17150
17100
17100
17000
17050
17050
17100
11:30 Art
16950
17100
17000
17100
17000
17150
17050
17100
17100
Oct. 17
11:30AM
16800
16450
16800
16700
12:00AM
16800
16750
16850
17050
16750
16750
16700
16650
16800
12:30PM
16800
16800
16800
16800
16800
16700
16850
16750
16650
16750
Oct. 18
12:15PM
9650
8850
8000
7150
5700
2700
950
900
12:30PM
9050
7900
7350
5900
3650
1950
950
12:45PM
8300
7400
6800
6400
4550
4000
2050
850
1:00PM
7700
8200
6800
6500
5000
2650
2100
1250
Oct. 19
1:OOPM
12900
12650
11450
11150
9800
8000
3800
1500
1:30PM
11100
11400
10700
' 10800
8150
6050
1950
1750
1600
Oct. 27
8:00AM
13600
13700
13400
12600
12000
7800
6050
4650
8:30AM
13550
13500
13100
12700
11900
9050
4350
1850
293
Table % (continued)
Date
1936
1 2
Oct. 30
10:15AM 12400 12650
10:45AM 12600 13000
Tide cycle: high tide to ono hour after
Parts por million
Position
3 4 5 6 7 8
12800 12500 11350 8700 7800 3200
13200 13000 13300 10900 7200 1800
10
Oct. 31
11:00AM
11:30AM
Nov. 5
4:00PM
4:30PM
14550 14650
11550 14500
14600 14600 15000 14250 11850 3600
1420Q 14250 13400 12850 9050 5850
Nov. 3
2:00PM 6500 12200 12700 13100 12600 11000 4500 3100
2:30PM 13900 11800 9500 12000 10900 8900 5600 3600
11100 11800
11150 11750
11600 9000 6050 3500 1850 900
11350 9700 7550 4900 1350 1150
Nov. 13
10:00AM
10:30AM
9350 12750
3900 3800
12350 11900 11200 7700 3800 2600
12000 11400 11450 9150 3400 2550
Nov. 14
10:30AM
11:00AM
11:30AM
Nov, 24
6:30AM
6:45AM
7:00AM
7:15AM
7:30AM
10900 2700
9850
850
7550 2500 1000 440 270 210
6150 3350 1150 420 230 160
1000 750 510 220 120 63
15150 15100 15100 15650 14950 13800 8800
15000
14950
14600 14850
13300 14550
15350 15600 14750 14000 9400
15050 15050 13350 10850 6800
15100 15050 13400 7800 6600
14600 14200 12550 7250 6900
Dec. 15
11:30AM
2800 2100
600
190
150
89
65
58
294
Table 2 (continued)
Date
1936
1
Dec. 15
Tide cycle: high tide to one hour after•
Parts por million
Position
8
10
11:45AM
2400
2100
1200
800
210
167
133
150
12:00AM
6600
3800
1900
1300
.420
260
79
39
12:15PM
3350
1800
12(J0
900
460
240
125
133
Dec. 17
12:45PM
10500
10500
11750
2900
5750
3000
1650
1150
1:00PM
10050
10900
10950
10200
7150
4350
1150
1000
1:15PM
10950
11750
12350
11050
10500
8100
3600
1150
1:30PM
10950
11500
12600
11200
9300
5100
1550
1000
1:45PM
11100
10800
12200
11000
8600
4800
1250
950
Dec. 29
11:15AM
11250
11950
12000
10550
9200
7100
4500
2350
11:30AM
7600
9800
9500
8500
8200
6000
3550
2250
11:45AM
10300
11500
11800
11000
10350
8350
3200
1900
12:00AM
10100
11400
11500
11650
10850
7650
2250
1400
12:15PM
10500
10900
9700
7100
3200
1500
1200
320
Dec. 31
1:60PM
6600
6150
6600
3650
310
150
91
84
1:15PM
6450
5400
2750
1050
21
14
15
12
1:30PM
6450
5100
2300
1100
26
13
12
13
1:45FM
6600
6850
2350
1100
85
15
13
13
2:00PM
5200
5100
1900
900
27
13
12
12
1937
Jan, 12
10:15AM
7000
6600
3200
1450
100
42
27
16
10:30AM
2900
2050
800
100
17
16
16
15
295
Table 2 (continued.)
Date
1937
Jan. 12
10:45AM
11:00AM
11:15AM
Tido cycle: high tide to one hour after-
Parts per million
Position
1
7450
7750
6750
2
7900
5850
6150
3
3600
2950
2850
4
2200
1150
850
5
260
18
19
8
22
18
15
18
15
16
17
14
15
10
Jan. 14
11:45 All
12:00104
12:15P1I
12:30PM
Jan. 27
11:00AM
11:15AM
11:30AM
11:45AM
10700 10500 1030'. 9950 7900 2900 7o0 330
10200 95u0 72eO 49J0 740 390
10400 9200 7100 4850 700 330
10500 10450
10250 9900
1J650 10700 10350 9200 7600 2000
540
260
3
25
27
27
4
29
40
30
3
18
44
24
3
6
13
27
3
4
5
11
3
3
5
5
4
4
4
3
3
4
4
5
Jan. 29
12:30PM
12:45PM
1:00PM
1:16PM
6900
7350
7350
7250
6400
6450
7350
7150
5450
3900
5700
4100
600
430
3350
1600
90
100
1120
180
18
17
29
19
15
14
8
8
15
13
6
7
Feb. 9
9:15/0-1
9:30AM
9:45AM
10:O.AM
1 J:15AM
13250 12650
13650 12300
13550 127o0
13000 12150
11300 11500
12500 12700 11900 11350 5800 3850
133o„ 13250 11950 11200 6000 3650
12350 12850 1205o 11250 5700 5200
13950 1320e 13000 57^., 6650 3450
12050 11550 10700 7250 365e 2600
296
Table 2 (continued)
Date
1937
Feb. 24
10:OOAM
10:15AM
le:30AM
10:45101
liar. 3
3;C-P::
3:15E1
5:30PM
3:45PM
4:00PM
Mar. 10
8:45AM
9:00AM
9:15AM
9:30AM
9:45AM
Mar. 17
2:30PM
2:45PM
3: uOPIvI
3:15F1
Tide cyclo: high tido to one hour after.
Parts por million
Position
1 2
3 5
5 5
5
3
3
6
3
5
3
5
7
4
6
5
9400
9300
9800
9700
9700
8750
85^e
8900
9050
9000
8850 11050 10100 4350
1J352 1030'J 10600 9200
930^ 9300 840u 6500
9800 9100 8800 79uC
84e0 790j 9000 740>j
11
15
15
17
11
17
17
15
13
17
15
17
11
19
15
17
5
5
3
9
8450 4700 1600
8200 3900 1300
7600 3400 1200
8250 5200 1500
81uG 3600 150o
3400
3950
5200
6600
4500
13
17
17
15
5
3
9
6
600
560
420
380
620
640
1900
1800
5100
1480
13
15
17
19
8
5
5
5
5
5
4
4
5
300
260
240
220
200
270
270
170
160
170
600
760
660
880
2400
620
590
730
780
800
13
16
17
19
13
18
15
19
10
297
Table 3
Date
1936
Sept.30
10:45AM
11:00/01
11:15AM
Tide oyolo: one to two hours after high tide.
Parts per million
Position
123456789
17100 17050 17250 17300 172UU 17000 16850 16550 16500
17050 17100 17150 170o0 17100 16950 16800 16800
16600 17000 17000 17150 16900 16650 16500 15900 15450
10
Oct. 1
11:45AM
12:00AM
12:15PH
12:30PM
16800 16700 16750 18050 15300 16500 16400 16400 16200
17000 17000 17100 17100 17000 1G900 16500 15900 15700
16800 16900 169^0 16450 16450 16500 16500 16300 15400
16900 16750 17000 ISlOo 16200 16300 16400 129u0 13300
Oct. 17
1:00PM
1:30FM
17O00 16800 16750 16550 16800 16700 16750 16700 16800 16750
16700 167o0 16800 16800 16800 16850 16900 16850 16600 16650
Oct. 18
1:15PM
1:3CPM
1:45PM
2:00PM
2:15PM
Oct. 19
2:00PM
2:30PM
3:00PM
7500
6100
7400
9000
8250
7800
7550
6500
7200
6600
7550
7600
6100 440:
5350
5350
6200
2700
190^
4050
4650
2050
16o0
1250
3000
2200
1000
850
850
1750
1900
800
800
750
1250
1750
700
750
750
10700 11050 11150 105u0 9700 3450 2U50 1600 1500
9700 10650 1O650 8050 3400 2000 1300 1150 950
10800 8900 3700 215o 1000 750 750 700
Oct. 27
9:OjAM 10250 12200 13800 129o„ 105o0 4300 285o 1300
9:30AM 12000 13400 12500 100jo 60o0 2300 900 900
Oct. 30
11:15AM
11700 12300 12600 1280j 11050 4400 295o 29o0
298
Table 3 (continued)
Date
1936
Oct. 30
11:45AM
Oct. 31
12:00AM
12:30PM
1:00PM
Nev. 5
5:OOPM
5:30PM
Nov. 13
11:00AM
11:30AM
12:00AM
Nov. 14
12:00AM
12:30PM
Nov. 24
7:45AM
8:00AM
8:15AM
8:30AM
1 2
8650 10200
Tide oyclej one to two hours after high tide .
Parts per million
Position
3 4 5 6 7 8 9
9250 5800 3550 2000 1150 800
14650 14550 14350 14850 14450 12500 9500 6050
14250 14800 13550 6350 4600 4400
12100 9800 5150 3650 3150 2150
13950 13850
11800 12650
Nov. 3
3:00PM 11000 6400 8850 11850 11500 10500 7200 3900
3:30PM 12200 12200 10400 9550 8150 4400 3400 3600
11750 12100
11200 11900
11850 10350 8350 4750 1350 1150
11500 9900 9100 1800 1600 1500
7650 10650
12000
10500 9800
13000 12850 12350 10000 7250 3000
11600 12100 11800 10350 5150 3100
8500 6200 2350 1750 1700 1700
600 760 720 660 620 540 $00 440
600 660 660 620 610 600 610 590
14650 14950
13600 13200
10900
12750 10950
14900 14300 13600 7450 6900
10000 7900 7050 5950 5500
8650 7350 6350 5450 4950
8750 7500 6650 5450 5100
10
Dec. 15
12:30PM
12:45PM
5650 1600
193 200
2000 920 600 300 163 49
200 140 51 25 21 16
299
Table 3 (continued)
Date
1936
Dec. 15
1:00PM
1:15PM
1:30PM
Tide cycle: ono to two hours after high tide.
Parts per million
Position
1
129
140
178
2
140
141
178
3
140 ■
153
161
4
126
117
117
8
41
51
77
29
21
23
19
19
19
16
17
15
10
Dec. 17
2:00PM
2:15PM
2:30PM
2:45PM
Dec. 29
12:30PM
12:45PM
1:00PM
1:15PM
1937
Jan. 12
11:30AM
11:45AM
12:00AM
12:15PM
12:30PM
2350
900
700
800
1450
850
950
900
1100
1000
1000
800
950
900
1000
850
550
550
700
350
300
390
460
420
260
340
390
380
210
290
320
340
9600 11300
9900 11000
8500 5200
700 750
10500 7800 3850 2150 1050 490
10000 7400 3100 1300 1200 270
3000 2000 750 460
800 800 500
76
37
290
240
330
90
350
320
230
320
162
410
360
350
410
205
520
100
240
280
95
420
64.
104
130
56
290
26
58
57
16
79
13
47
38
14
35
20
30
15
14
17
Jan. 14
12:45PM
1:00PM
1:15PM
1:30PM
6800
7400
7100
8050
8450
8800
7500
7100
7450
7200
4800
6400
3200
3000
2650
3450
1300
1300
1400
1150
280
280
340
300
180
179
170
97
55
63
75
39
300
Table 3 (continued) Tide oycle: one to two hours after high tide.
Parts per million
Date Position
1937
Jan. 27
12:00AM
1
25
2
24
3
18
4
5
5
4
6
3
7
4
8
3
9 10
12:15PM
7
5
5
4
5
4
5
3
12:30PM
4
5
3
5
4
5
5
3
12:45PM
5
4
4
5
4
3
3
4
1:00PM
4
4
5
5
4
4
5
4
Jan. 29
1:30PM
7450
7000
3000
4500
160
31
7
5
1:45PM
560
730
360
190
78
35
20
11
Feb. 9
10:30AM
9900
10950
12750
11950
10400
6750
3550
2600
10:45AM
9200
10900
12800
12450
11900
9250
4750
3050
11:00AM
8200
10050
12850
11850
10700
7100
4500
3300
11:15AM
12400
12100
11750
11900
11350
6950
4750
3650
Feb. 24
11:00AM
5
4
5
3
5
7
5
5
11:15AM
5
5
5
7
5
4
5
3
11:30AM
5
3
5
3
3
5
5
5
11:45AM
3
5
5
2
6
3
5
3
12:00AM
5
3
3
2
4
3
5
5
Mar. 3
4:15PM
9800
9500
8750
4000
1350
580
180
170
4:30PM
10000
8700
7300
3100
950
300
160
180
4:45PM
6000
9350
8450
4300
1100
500
280
200
Mar. 10
10:00AM
8500
9400
9000
7700
3100
1080
840
800
301
Table 3 (continued) Tide oycle: One to two hours after high tide.
Parts per million
Date Position
1937
1
2
3
4
5
6
7
8
Mar- 10
10:16AM
8800
9900
8400
7200
3300
820
1100
780
10:30AM
7000
6000
3400
2100
900
460
400
390
10:45AM
6100
3900
2800
1920
490
440
400
390
Mar. 17
3:30PM
15
17
17
15
17
17
17
17
302
Table 4
Date
1936
Sept.30
11:30AM
11:45AM
12:00AM
12:15PM
Oct. 1
12:45PM
1:OOFM
1:15PM
Tide oycle: two to thruo hours after high tide.
Parts per million
Position
123456789
17000 16850 16650 16550 16000 15600 16350 15950
15700 16000 16600 16600 16600 16700 16600 15650
16700 16800 16700 16200 15600 14950 12400 13500
16500 16650 16750 16550 16500 15650 15450 16300 13500
15050 14900 14700 14700 14850 13100 12300
13100 13600 13600 13200 13250 12850 11900 10000
11900 12100 12000 11700 11500 11300 10900 10500
10
Oct. 17
2:00PM
2:30PM
16800 16650 16700 16600 16750 16700 16400 16150 16150
16600 16750 16500 16450 16400 16400 15850
Oct. 18
2:30PM
2:45PM
3:00PM
3:15PM
3:30PM
Oct. 19
3:30PM
4:00PM
Oct. 27
10:00AM
10:30AM
9400
1200
1350
1250
6800
1250
850
1350
1250
4500
1400
1250
1500
1300
3300
1350
1200
1400
1300
900
1150
1200
1350
1200
900
850
1200
1150
1100
700
800
1050
1150
1150
800
750
950
1050
1000
4050 1600 1400 950 700 600 480 400
1650 1650 1500 1000 900 800 700
9000 11200 9800 4500 2450 1400 1150 1100
3200 2950 2450 2200 1300 850 650
Oct. 30
12:15PM
1000 1100 1050 1000 850 600
303
Table 4 (continued)
Date
1936
Oct o 31
Tide cyole: two to three hours after high tide.
Parts por million
Position
3 4 5 6 7 8 9
10
1:30PM
7150
5600
4950
4450
3900
3050
2500
2150
2:00PM
3600
4900
4750
4250
3950
3150
2450
1800
Nov. 3
4:00PM
2800
2400
6000
5400
4100
3400
2900
2700
4:30PM
7000
8300
5400
4900
3700
2700
2600
2200
Nov. 13
12:30PM
4700
2900
2300
1800
1500
1300
1200
1:00PM
2900
2950
2650
2000
1500
1500
1500
1:30PM
2400
2500
2700
2250
1750
900
1200
1050
Nov. 14
1:00PM
490
500
510
480
420
400
1:30PM
500
510
510
460
430
Nov. 24
8:45AM
11350
10800
9580
6650
5700
5100
4700
9:00AM
6100
7600
7250
7050
5800
4700
4000
9:15AM
7200
7450
7350
6350
5550
4400
3750
9:30AM
8200
8200
7400
6400
5500
4500
4050
Dec. 15
1:45PM
163
191
185
103
32
23
21
23
2:00PM
123
131
123
93
44
29
19
23
2:15PM
157
159
167
107
51
39
23
21
2:30PM
235
235
199
53
33
17
25
13
Dec. 17
3:00PM
850
950
800
600
420
300
3:15PM
900
1000
800
1000
600
360
250
180
304
Table 4 (continued)
Date
1936
Dec. 17
3:30PM
3:45PM
4:00PM
1937
Feb. 9
11:30AM
11:45AM
12:00AM
Tide oyole: two to three hours after high tide.
Parts per million
Position
1
850
550
150
2
950
600
800
1050
550
750
750
370
600
600
280
600
6 7
440 390
230 180
450 330
8
300
130
190
10
3900 5200 4700 4100 3400 1800 1200 1000
2750 3300 3800 3500 2750 2100 1850 1250
3400 3250 3050 2600 2250 1350 1200 1000
Mar. 10
11:00AM
11:15AM
6400. 5100 2900 2220 1110 460 400 380
1200 900 900 600 540 460 380 380
305
Table 5 Tide oycle: three to four hours after high tide.
Parts per million
Date Position
1936
Oct. 17
3:00PM
1
15000
2
15250
3
15450
4
14800
5
14450
6
13950
7
13950
8
13900
9 10
Oct. 18
3:45PM
1050
1100
1050
1050
1000
950
950
900
4;OOPM
1050
1050
1050
1050
1050
1050
1000
4:15PM
1050
1050
1100
1100
1100
1150
1050
1100
4:30PM
1000
1100
1100
1050
1050
1050
1000
950
Oct. 27
11:00AM
2400
2600
2500
2100
1600
1200
900
11:30AM
2900
2600
2700
2500
1950
1150
700
12:00AM
2900
2700
2700
2400
2400
2050
1650
Nov. 3
5:00PM
4600
4900
5000
3800
3000
2150
1950
1800
Nov. 14
2:00PM
490
480
480
460
440
260
2:30PM
280
300
290
250
220
180
Nov. 24
9:45AM
8500
8100
6600
6050
5150
4350
3950
10:00AM
5750
5600
5750
5350
4850
4250
3600
10:15AM
5700
5600
5600
4900
4550
4300
3750
10:30AM
5550
5500
5600
5600
5100
4150
4050
306
Table 6 Tide cyole: four to five hours after high tide.
Parts per million
Date Position
1936
123456789 10
Sept.24
9:00AM
9900
8700
6200
3800
4450
3350
3000
2000
9:15AM
4900
4000
3400
3300
3150
2150
9:30AM
4200
3900
4300
3450
3350
3050
2850
2450
9:45AM
7850
6300
5400
4350
3700
3200
3000
2350
Oct. 22
8:00AM
310
300
310
310
300
300
Oct. 23
9:00AM
480
480
460
460
460
440
450
Oct. 24
10:00AM
1330
1250
1290
1270
1220
1150
1130
Oct. 25
11:00AM
2000
1900
1950
1850
1600
1800
1700
Oct. 27
12:30PM
2350
2350
2400
2200
1700
800
1550
Nov. 14
3:00PM
270
280
270
240
220
160
3:30PM
9
9
9
9
9
4:00PM
11
11
11
8
9
9
Dec. 3
7:OOAM
4300
4400
4300
4200
4000
3850
Dec. 8
11:30AM
1750
1700
1700
1800
1700
1500
1450
11:45AM
1850
1900
1800
1900
1700
1700
1450
12:00AM
1750
1800
1800
1800
1700
1600
1450
Dec. 22
10:00AM
5
7
7
13
7
7
9
10:15AM
7
6
8
7
13
7
7
307
Table 6 (continued) Tide cyole: four to five hours after high tide.
Parts per million
Date Position
1936
Dec. 22
10:30AM
8 9 10
Dec. 24
12:00AM 5 7 5 6 5 6 6
12:15PM 5755655
300
Table 7 Tide cycle; one hour beforo to iow tide
Parts per million
Date Position
1936
Sept.24
10:00AM
1
5250
2
4750
3
4300
4
3700
5
3500
6
2750
7
2800
8
2650
9 10
10:15AM
5550
4750
4450
4300
3200
2850
2750
2550
10:30AM
6200
4800
4500
4150
3550
3050
2700
10:45AM
6300
4800
4750
4050
3100
2850
2650
11:00AM
6500
4000
3900
3400
2800
2600
2300
Sept.27
1:00PM
3500
3600
3800
3500
3600
3500
1:15PM
3900
3900
3800
3500
3300
3400
1:30PM
3900
3500
3150
3200
2900
2900
1:45PM
2950
3150
2900
2850
2650
2500
2600
Oct. 12
2:30PM
2150
2200
2150
2150
2150
2050
2150
2:45PM
2450
2550
2550
2450
2000
1900
1900
Oct. 22
8:30AM
270
270
260
270
250
260
240
9:00AM
190
190
190
190
200
180
170
Oct. 23
9:30AM
450
460
460
460
460
450
450
10:00AM
400
400
410
400
380
380
370
10:30AM
270
280
280
270
270
240
230
Oct. 24
10:30AM
1150
1150
1100
1100
1090
1080
1070
11:00AM
1000
950
1000
950
930
950
930
11:30AM
900
900
900
890
870
800
780
Oct. 25
11:30AM
1750
1800
1700
1700
1550
1500
1350
309
Table 7 (continued)
Date
1936
Oct. 25
12:00AM
Oct. 26
12:30PM
1:00PM
Nov. 4
8:30AM
2
1400
Tide cyole: ono hour before to low tide.
Parts per million
Position
3 4 5 6 7 8
1350 1350 1300 1200 1100
500 530 530 540 520 510 460
520 510 510 500 510 500 510
64 61
63 64 48 28
24
10
Nov. 14
4:30PM
5:00PM
Dec. 1
6:00AM
8
9
10 8
9 9
9 8 8
7 9 9
9350 9400 4500 2550 1750 1750
Dec. 3
7:15AM
7:30AM
7:45AM
8:00AM
4700
4500
4500
4550
4500
4500
4500
4500
4500
4300
4500
4500
4400
4250
4200
4400
4200
4000
4200
4000
4000
3950
4000
3900
3900
3800
4000
Dec. 8
12:15PM
12:30PM
12:45PM
1:00PM
Dec. 22
10:45AM
11:00AM
11:15AM
11:30AM
1850
1500
1600
1500
6
7
7
7
1800
1600
1600
1550
7
9
7
3
1700
1550
1500
1550
7
7
5
5
1800
1550
1600
1500
7
7
7
7
1700
1400
1400
1500
7
6
7
*
5
1600
1350
1400
1400
6
9
7
11
1500
1150
1300
1300
6
4
7
9
310
Parts per million
1936
123456789 10
Dec. 24
12:30PM 6756666
12:45PM 6566666
1: OOPM 5 6 5 6 5 5 6
1:15PM 6 6 6 5 5 5 5
1:30PM 6646566
1937
Jan. 7
12:30PM 4 5 5 6 6 4 5
12:45PM 5 5 5 4 5 5 5
1:00PM 5654555
1:15PM 6 6 4 7 4 4 5
1:30PM 5 4 4 5 5 4 5
Table 8
Tide cyole:
low tide
to one
hour
after.
Parts
per million
Date
Position
1936
Sept.24
11:15AM
1
6100
2
4350
3
3950
4
3650
5
2800
6
2550
7
2200
8 9 10
11:30AM
6350
4650
3800
2650
2300
1800
11:45AM
7400
5200
4100
3100
2400
2400
1900
12:00AM
7400
4550
3450
2400
2200
2000
Sept.27
2:00PM
3200
3350
2950
2600
2550
2550
2500
2:15PM
4100
3950
3250
3000
2500
2600
2500
2:30PM
3850
3250
3000
2800
2500
2450
2:45PM
5800
5200
3900
3100
2800
2650
2500
Oct. 12
3:00PM
1950
2000
2100
2000
1900
1850
1850
3:15PM
2000
1900
2000
1700
1700
1600
3:30PM
1800
1800
1700
1600
1500
1450
1500
3:45PM
1950
1850
1800
1650
1350
1350
1350
Oct. 17
5:30AM
6050
4250
3500
3200
2900
2700
2250
6:00AM
8150
6850
3950
3150
2950
2550
2350
Oct. 22
9:30AM
130
130
130
130
110
101
73
10:00AM
86
89
93
87
76
78
59
Oct. 23
11:00AM
190
190
190
180
170
160
160
Oct. 24
12:00AM
700
700
700
700
690
680
700
Oct. 25
12:30PM
950
1000
1000
950
900
850
850
312
Table 8 (continued) Tide cycle: low tide to one hour after.
Parts par million
Date Position
1936
123456789 10
Oct. 25
1:00PM
750
800
800
720
700
560
610
Oct. 26
1:30PM
450
440
450
450
440
420
380
2:00PM
400
410
390
400
400
380
370
Nov. 4
8:45AM
49
49
47
40
36
27
20
9:00AM
42
40
38
34
28
25
15
9:15AM
31
31
29
27
19
17
14
9:30AM
12
11
11
11
12
13
12
Dec. 1
6:15AM
9650
9000
4200
2600
1800
1750
6:30AM
9450
9250
4700
3900
1950
1850
6:45AM
9150
8400
4400
3650
2300
1800
7:00AM
9500
8700
5900
3700
2000
1900
7:15AM
9400
9200
7500
3800
1900
1800
Dec. 3
8:15AM
4400
4500
4300
4000
3900
3800
8:30AM
5400
4300
4100
4150
3650
3600
3400
8:45AM
4300
4300
4100
4000
3500
3400
9:00AM
4100
4100
4000
4100
3600
3350
3450
Dec. 8
1:15PM
1200
1200
1200
1150
1050
900
700
1:30PM
1300
1100
1200
1100
1000
1000
1000
1:45PM
1300
1100
1200
1200
1000
1000
1000
2;Of)PM
nnn
11 RO
1 1 RO
n no
innn
pnn
Ron
313
Table 8 (continued) Tide cyole: low tide to one hour after.
Parts per million
1936
123456789 10
Dec. 22
11:45AM 5 5 5 5 5 6 6
12:00 AM 6 6 6 6 5 6 5
12:15PM 6665656
12:30PM 5 5 6 6 5 6 5
Dec. 24
1:45PM 867756
2:00PM 5 6 5 5 6 5 6
2:15PM 5 5 6 5 5 5 5
2-.30PM 6 5 5 6 5 5 5
1937
Jan. 7
1:45PM 7 4 4 4 5 6 4
2:00PM 4 6 5 4 5 5 5
2:15PM 6555546
2:30PM 4 6 4 6 4 5 4
314
Table 9 Tide cycle; on© to two hours after low tide.
Parts per million
Date Position
1936
123456789 10
Sept.24
12:15PM
8500
8200
4850
4250
2800
2450
2050
12:30PM
14650
14050
7750
4600
3600
2500
2000
12:45PM
13300
13200
12950
5550
3700
2800
2400
1:00PM
12700
12750
12250
11400
4600
2550
2300
Sept.27
3:00PM
7200
6250
4100
3300
2850
2850
2700
3:15PM
7800
7600
4500
3700
2900
2800
2600
3:30PM
8300
8300
7800
6950
4200
2850
2600
Oct. 12
4:00PM
1900
1850
1800
1550
1200
1150
1200
4:15PM
1800
1750
1700
1250
1050
1000
1100
4:30PM
1600
1700
1600
1300
1200
900
900
4:45PM
1400
1400
1350
1250
900
900
Oct. 17
6:30AM
6400
6750
4150
3650
3150
2800
2200
7:00AM
12000
12200
10900
4450 .
3350
2850
2700
Oct. 22
10:30AM
95
100
91
75
58
51
43
11:00AM
88
90
97
64
39
32
30
Oct. 23
11:30AM
100
92
100
91
81
79
83
12;OOAM
79
73
76
83
54
48
44
Oct. 24
12:30PM
620
600
590
570
560
520
1:00PM
510
520
510
480
450
440
380
315
Table 9 (continued)
Date
1936
1
Oct. 25
Tide cycle: one to two hours after low tide.
Parts per million
Position
3 4 5 6 7 8 9
10
1:30PM
760
760
770
700
610
530
440
2:00PM
1110
770
600
590
500
310
150
Oct. 26
2:30PM
280
270
280
280
280
260
240
3:00PM
200
209
200
180
200
160
120
Nov. 4
9:45AM
12
12
12
12
13
12
12
10:00AM
15
14
16
9
11
12
12
10:15AM
13
13
15
14
13
12
10:30AM
16
16
15
13
11
60
11
Dec. 1
7:30AM
7600
7550
7450
7000
5750
4450
7:45AM
7700
7500
7100
5900
8:00AM
7200
7050
6850
6700
5500
4500
8:15AM
7100
7000
6500
6400
5150
42-50
Dec. 3
9:15AM
4200
4200
4000
3800
3700
3400
3300
9:30AM
4000
4100
4100
3600
3450
3450
3250
9:45AM
4250
4000
4100
4000
3500
3300
3200
10:00AM
4400
3550
3050
2700
2700
2600
Dec. 8
2:15PM
1150
1150
1200
900
900
800
650
2:30PM
1200
1150
1000
850
750
700
650
2:45PM
1150
1050
950
850
800
650
700
316
Table 9 (continued) Tide oycle: one to two hours after low tide.
Parts per million
1936
123456789 10
Dec. 22
12:45PM 4 5 7 5 5 5 4
1:00PM 6 5 5 5 5 4 4
1:15PM 6 4 7 5 5 4 6
Dec. 24
2:45PM 5555555
3;OOPM 6455545
3:15PM .4 5 6 5 5 5 3
1937
Jan. 7
2:45PM 5 4 5 4 5 4 5
3: OOPM 7 5 5 6 4 7 4
3:15PM 6 4 5 4 4 5 4
317
Table 10 Tide oyolet two to three hours after low tide.
Parts per million
Date Position
1936
123456789 10
Sept.23
12:30PM
2500
9850
10200
9800
7200
4700
2600
2000
12:40PM
9900
10100
9900
8200
6200
4400
3700
12:50PM
9700
9500
8500
8300
7000
5600
3100
3600
12:55PM
9500
9550
9250
8700
6100
4800
3900
1:00PM
3700
9600
9700
9700
9300
8850
6050
4450
1:05PM
9250
9400
9700
9500
9000
6300
5200
3600
Sept.24
1:15PM
12050
11600
4600
2450
2200
1:30PM
11850
11700
10550
5000
3250
2300
2000
Sept.27
3:45PM
7400
7250
6500
5700
4150
3750
2900
4:OOPM
6800
7100
6800
6500
5500
3950
3050
4:15PM
6200
6700
6500
5900
5100
4300
3600
4:30PM
6600
6600
6150
5500
4800
4250
3450
Oct. 12
5:00PM
1300
1200
1200
1000
900
800
700
5:15PM
1700
1300
1000
950
850
750
750
5:30PM
3000
2600
1150
950
950
800
750
Oct. 17
7:30AM
10650
10750
10500
9800
9150
7400
4600
2750
8:00AM
9750
10300
9800
7600
5850
4850
4350
3150
Oct. 22
11:30AM
162
170
120
132
39
38
35
12:00AM
5100
2700
3400
46
34
30
318
Table 10 (continued)
Date
1936
Oct. 23
Tide cycle: two to three hours after low tide.
Parts per million
Position
8
9
10
12:30PM
261
220
190
140
100
52
30
1:00PM
3000
2850
1880
190
42
40
39
Oct. 24
1:30PM
1130
850
510
420
400
400
400
2:00PM
4950
5050
4800
3450
530
420
450
400
Oct. 25
2:30PM
5300
4750
640
550
380
340
180
3:00PM
5300
5400
5400
4900
3250
750
450
320
Oct. 26
3:30PM
220
200
200
170
150
160
180
4:OOPM
230
210
190
150
130
119
111
Nov. 4
10:45AM
82
50
37
29
21
19
14
11:00AM
1200
1230
430
100
21
18
18
11:15AM
1650
1490
460
80
33
22
27
11:30AM
2000
1900
1900
1650
650
80
19
21
Dec. 1
8:30AM
7300
6350
6050
5100
4200
3300
8:45AM
8900
8450
8700
7350
5950
4750
9:OOAM
8900
7800
7000
5000
4250
9:15AM
9250
9250
9100
6950
5650
5050
9:30AM
5750
8200
7350
5550
5350
4650
Dec. 3
10:15AM
4700
3800
3500
3000
2600
2500
2700
10:30AM
4050
3850
3§QQ
27QQ
2600
2800
10s45AM
6800
6300
5650
3950
3100
3100
2700
Table 10 (continued) Tide oyoles two to three hours after low tide.
Parts per million
Date Position
1936
Dec. 3
11:00AM
1
6800
2
6100
3
5900
4
4200
5
3200
6
2700
7
2600
8 9 10
Dec. 8
3:15PM
6800
5350
1450
1000
800
700
700
3:30PM
6400
4850
1600
1100
850
750
700
3:45PM
6000
6250
6400
4800
1600
900
700
4:00PM
5950
6050
5850
4200
1850
950
750
Dec. 22
1:30PM
5
5
6
5
5
5
5
1:45PM
5
5
5
5
6
6
5
2:00PM
4
5
5
5
4
5
4
2:15PM
5
5
5
3
5
4
4
Dec. 24
3:30PM
5
6
5
5
4
5
4
3:45PM
4
3
5
4
5
6
5
4:00PM
5
4
4
6
5
6
5
4:15PM
5
5
5
6
5
5
6
1937
Jan. 7
3:30PM
4
4
4
4
5
4
4
3:45PM
5
5
5
6
5
5
5
4:00PM
6
5
6
6
2
5
4
320
Table 11
Date
1936
Sept.23
1:08PM
1:12PM
1:14PM
1:16PM
1:18PM
1:20PM
Tide cycle: three to four hours after low tide.
Parts per million
Position
1 2
9300
9200 9500
9950 10000
9800 10200
3
9500
9500
9800
9900
4 5 6 7 8
9500 9200 7700 5300 3900
9500 8600 6400 4750 3650
9700 8800 7500 5000 3700
9900 9600 7150 4750 3600
8300 9200 4600 3700
9000 6900 4200 3300
10
Oct. 17
8:30AM
9:00AM
9100 9450 8600 6450 4950 4600 4350 4000
10350 10550 11100 8000 7100 6800 6400 5250
Oct. 22
12:30PM
4350 4400 3850
85 38
31
Oct. 23
1:30PM
3400 3300 3200 2800 2250 190
58
Oct. 24
2:30PM
4400 5050 4450 4400 3450 2450 840 1340
Oct. 25
3:30PM
4950 4900 4850 3500 1850 700 500
Oct. 26
4:30PM
5:00PM
610 380 280 190 150 140 140
1170 1060 440 270 160 160 150
Nov, 4
11:45AM
OOAM
12:15PM
12:30PM
2700
1500
2450
2500
2400
2400
2550
2400
2300
2000
2350
1400
2400
1800
1700
1000
1100
1200
600 49 49
200 57 53
140 160 220
600 103
400
321
Table 11 (continued) Tide cyole: three to four hours after low tide.
Parts per million
Date Position
1936
2 3 4 5 6 7 8 9 10
Dec. 1
10:00AM 11300 11100 11000 8900 7700
10:15AM 11700 11250 10900 10250 9250 7050
10:30AM 11450 11350 11050 10800 9100 7500
Dec. 3
11:15AM 6000 6200 4500 3800 3100 2800
11:30AM 6400 6000 5250 3850 3100 2800
Dec. 22
2:30PM 5555555
Dec. 24
4:30PM 4 5 5 5 4 5 5
Dec. 31
10:30AM 77778786
10:45AM 88877777
1937
Mar. 3
1:00PM 3500 3000 2700 2400 1500 820 360 320
322
Table 12
Date
1936
Sept.30
8:30AM
Oot. 17
9:30AM
Nov. 3
12:30PM
Tide cycle: four to fivt? hours after low tide.
Parts per million
Position
23456789
15300 15700 15800 15400 14400 9650 12250
12200 12100 12300 12600 11600 11500 10200 7450
10:00AM 15200 14900 15000 15100 14400 14000 14000 13900
9400 9300 9700 9400 7300 4400 3000 2100
10
Nov. 13
8:30AM
2550 2550 7300 7000 3450 1100 750
Dec. 15
10:00AM
10:15AM
11 45 21 13 11 11 11 9
95 85 78 82 78 84 77 67
Dec. 17
11:30AM
8950 9550 9750 6500 5350 3750 1700 1200
Dec. 29
9:30AM
9:45AM
10:00AM
Dec. 31
11:00AM
11:15AM
11:30AM
11:45AM
1937
Jan. 12
9:00AM
9:15AM
2500 2550 2850 700 550 270 240 230
2100 2500 2550 1850 700 550 450 330
3100 3200 1400 3100 400 500 320 360
7
7
7
7
7
8
7
8
14 17
280 280
15 16
240 140
8
7
16
36
7
6
15
28
7
7
14
16
8
7
14
14
720 770 740 540 100 330 18 15
750 780 710 630 350 40 23 16
323
Table 12 (continued) Tide oycle: four to five hours after low tide.
Parts per million
Date Position
1937
Jan. 14
10:00AM
1
2
1900
3
1480 *
4
730
5
510
6
133
7
62
8
42
9 10
10:15AM
2000
1900
1900
1250
440
104
51
44
10:30AM
2750
2400
1400
1100
520
130
55
47
Jan. 27
9:30AM
3
4
3
3
3
4
4
3
9:45AM
3
3
3
3
4
4
3
3
Jan. 29
11:00AM
640
640
700
600
340
160
28
9
11:15AM
290
630
420
360
140
11
14
9
Feb. 24
8:30AM
5
5
5
5
5
4
5
6
8:45AM
3
5
5
5
5
4
7
5
Mar. 3
1:15PM
3800
3200
2800
2800
2100
960
700
460
1:30PM
3700
3600
2900
3100
2550
1240
800
480
1:45PM
3950
3100
3400
3400
2300
940
530
550
2:00PM
3500
3300
3200
3300
2650
940
610
500
Mar. 10
7:30AM
8950
8100
8000
3500
1100
660
560
540
Mar. 17
12:30PM
11
13
13
19
13
11
13
13
12:45PM
13
13
11
11
13
11
11
11
1:00PM
13
11
11
9
11
15
13
11
1:15PM
13
11
13
13
17
13
13
13
MIMEOGRAPHED BULLETINS OF THE CONNECTICUT GROUND WATER SURVEY
S-l The Salinity of the Connootiout River, October 1, 1934 to September
30, 1937.
Part I - Text, 6 maps, 2 illustrations, 74 pages, 1938.
Parts II and III - Tabulations of chlorides of samples collected
from the Connecticut river at Saybrook Highway
bridge, 323 pages, 1938,
GW-l Record of wells, springs and ground-water levels in the towns of
Bridgeport, Easton, Fairfield, Stratford and Trumbull, Connecticut.
(242 pages, 5 maps, 1938.)
GW-2 Record of wells, springs and ground-water levels in the towns of
Branford, Chester, Clinton, Essex, Guilford, Haddam, KillingwOrth,
Madison, North Branford, Old Saybrook, Saybrook and Westbrook,
Connecticut. (340 pages, 12 maps, 1938.)
GW-3 Record of wells, springs and ground-water levels in the towns of
Bethany, East Haven, Hamden, Milford, North Haven, Orange, West
Haven and Woodbridge, Connecticut. (247 pages, 8 maps, 1938.)
GW-4 Record of wells, springs and ground-water lovels in tho towns of
Berlin, Cromwell, Durham, Meridon, Middlefiold, Middlotown, Port¬
land and Wallingford, Connecticut. (170 pages, 8 maps, 1938.)
GW-5 Record of wells, springs and ground-water levels in the towns of
Colchester, East Haddam, East Hampton, East Lyme, Lyme, New London,
Old Lyme and Waterford, Connecticut. (314 pages, 8 maps, 1938.)
GW-6 Ground-water levels in north-central Connecticut, October 1, 1934
to December 31, 1937. (212 pages, 1938.)
CONNECTICUT GROUND WATER SURVEY
A PROJECT OF THE WORKS PROGRESS ADMINISTRATION
THE
SALINITY OF THE CONNECTICUT RIVER
AT
SAYBROOK HIGHWAY BRIDGE
OCTOBER I, 1937 TO SEPTEMBER 30, 1938
Bulletin S-11
PREPARED BY
OFFICIAL PROJECT 665-15-3-116
WORKS PROGRESS ADMINISTRATION FOR CONNECTICUT
VINCENT J. SULLIVAN, administrator
IN CO-OPERATION WITH AND UNDER THE DIRECTION OF THE
CONNECTICUT STATE WATER COMMISSION, SPONSOR
HARTFORD, CONNECTICUT
JUNE 1939
Connecticut Ground Water Survey
A Projoot of the Works Progrosa Administration
Tho
Salinity of tho Connecticut River
at
Saybrook Highway Bridge
October 1, 1937 to September 30, 1938
Bulletin S-ll
Prepared by
Official Project 665-15-3-116
Works Progress Administration for Connecticut
Vincent J. Sullivan, Administrator
In co-operation -with and under the direction of the
Connecticut State Water Commission, Sponsor
Hartford, Connecticut
Juno, 1939
Table of Contents
Pages
Introduction
General Statement •••••••••••••••••. I
Investigations II
Summary of Work ............. II
Illustration - Location of sampling section - Saybrook Highway Bridge III
Tabulations of chloride determinations of samples taken at various
phases of tide cycle.
Table 1 - One hour before to high tide 1
Table 2 - High tide to one hour after ••••• 33
Table 3 - One to two hours after high tide 78
Table 4 - Two to three hours after high tide •••••••••••»•••••• 103
r • »
Table 5 - Three to four hours after high tide 117
Table 6 - Four to five hours after high tide »oes.e....•••«.... 122
Table 7 - One hour before to low tide 124
Table 8 - Low tide to one hour after 126
Table 9 » One to two hours after low tide •••••••••••o••••••••• 130
Table 10 - Two to three hours after low tide ..... ••••••«. 135
i m * %
Table 11 - Three to four hours after low tide •.»»••«.•••••••••• 143
Table 12 - Four to five hours after low tide 157
Bottom samples from Station 9A, taken at or about high tide •••« 187
He
******
****
**
*
I
Introduction
Supplementing Bulletin SI, Parts II and III, this report presents in
tabulated form the ohloride determinations of samples of water taken from
the Connecticut River at the Saybroolc Highway Bridge from October 1, 1937
to September 30, 1930, inclusive. These tabulations, together with others
covering different locations and periods of time, form a major part of the
results of a study of the salinity of tidal streams, which has been carried
on since October 1934.
This study was undertaken at the suggestion of General Sanford H.
Wadhams, Direotor of the Connecticut State Water Commission, as a part of
the State's program of water resources studies under the Federal work pro¬
gram. The work has been a function of the Connecticut Ground 7/ator Survey,
now operating as Works Progress Administration Official Project 665-15-3-
116, sponsored by the State Water Commission, The Geological Survey, United
States Department of the Interior, was freely consulted regarding the field
work. The Connecticut Ground Water Survey was organized as a Fodoral
Emergency Relief Administration Project on October 1, 1934 by the Connecticut
State Emergency Relief Commission, under sponsorship of the State Planning
Board in co-operation with the State Water Commission. It continued on this
basis until November 22, 1935, whon it was taken over by the Works Progress
Administration. Since that time it has been operated by the Division of
Professional and Service Projects of the Works Progress Administration for
Connecticut as Official Projects 65-15-861, 465-15-3-26, 665-15-3-116. The
Connecticut State Planning Board in co-operation with the State Water Commis¬
sion sponsored the program until July 1, 1937, when sponsorship was assumed
by the State Water Commission. Yfilliam H. Broth-,Tell. Project Supervisor for
the Works Progress Administration, also supervised the earlier work performed
under the State Emergency Relief Commission and has been in charge of the
Sponsor's program throughout. This investigation of sea-water intrusion has
been facilitated by the closo co-operation among tho various agencies inter¬
ested in the problem.
The work reported upon here was planned and carried out under the direc¬
tion of the State Water Commission. Mr. Brothwell was in charge of tho per¬
sonnel and facilities and co-ordina„tod the various parts of tho work. Tho
engineering staff of tho State Water Commission assisted in transporting
samples and in other phases of the work. Tho fiold work and collection of
water samples were under the supervision of Fred W. Carter. Tho chlorido
determinations were made at the Hall Laboratory of Chemistry of We si cyan
University undor direct supervision of Arthur McDonald, with Professor C.
R. Hoover of the Department of Chemistry of tho university acting in an ad¬
visory capacity. Tho tabulations presented in this report wore mado undor
the diroct supervision of Robert Tildon. Stencilling, reproduction and as¬
sembly of the roport were in change of Winthrop E. Daniel son.
Tho assistance and co-operation of Mr. V. J. Sullivan, Administrator of
the Works Progress Administration, and of tho staff of tho Professional and
Service Division under whoso direct supervision tho work was accomplished,
is gratefully acknowledged. The co-operation of the United States Geological
Survey is also greatly appreciated.
II
Investigations
The worlc of collecting samples at the Saybrook Highway Bridge was
carried on daily by crews especially trained for this work. In addition to
the regular scheduled program of sampling at this point, several other types
of studies were made. They arej-
Special study No, 23, Samples were taken daily at 15-minute intervals
during a period of from 3-g- to 5 hours from March 27, 1938, to approximately
two months later.
Special study No, 25, Staff gage readings were taken at 5-minute inter¬
vals at Station 9A from a half-hour before low high tide to a half-hour
afterward. Six bottom samples-1- were collected at one-minute intervals, the
first of whioh was taken fifteen minutes after the last high tide observation#
This type of sampling was carried on from October 1, 1937, to December 20,
1937, inclusive, and from June 8, 1938, to July 5, 1938, inclusive. From
July 6, 1938, to September 30, 1938, three samples (surface, mid-depth, and
bottom) were taken daily instead of the six bottom samples.
Special study No, 101, Samples at 3 depths (surface, mid-depth, and
bottom) were taken from shore at Station 12A at time of high slack water,
Special study No, 201, Same samples as in No, 101 but following low
slack water at Station 12A,
The purpose of the sampling at the Saybrook Highway Bridge and other
designated seotions and stations on the lower Connecticut River was to in¬
vestigate the effect of height of tide and river discharge on chloride con¬
centration.
This report does not include statements as to the detail of the work or
methods usedj those are fully described in Bulletin SI*, Part I,
Summary of Yfork 1937-1938
Approximately 36,000 samples of river water were obtained from 31 sta¬
tions at 16 sections on the lower Connecticut River, Of these, the chloride
determinations of 9,800 samples are presented in this report.
Several types of sampling programs, each designed to develop some spe¬
cific data, were devised and used at various times. The various programs
and schedules of operations were arranged by this Survey, Detailed operat¬
ing schedules for sampling at the designated sections and stations were
drawn up in the field with close attention to river conditions. Close co¬
operation between the laboratory and field units made it possible to operate
with a high degree of flexibility. The samples were transported to the lab¬
oratory at frequent intervals for chloride determinations, and the results
were subsequently forwarded to the Hartford office for recording and study.
The following pages present thetabulations as mentioned in the fore¬
going paragraphs#
"*• The tabulations of these samples are presented separately on pp 187-192 of
this report,
* "THE SALINITY OF THE CONNECTICUT RIVER, OCTOBER 1, 1934 to SEPTEMBER 30,
1937"
Ill
ay6r00k highway bridge
Location of sampling section at
SAYBROOK HIGHWAY BRIDGE
on the Connecticut River
1
Chloride in samples collected from the
Connecticut River at the Saybrook Highway Bridge,
Saybrook Conn, from October 1, 1937 to September 30, 1938
Table 1 Tido cycle: one hour before to high tide
Parts per million
Date Position , Stations
8 9 10 11 12
1937
Nov. 16 (a)
Surface
7
7:24AM
Mid-depth
7
Bottom
7
(a)
Surface
7
7:34AM
Mid-depth
7
Bottom
9
(a)
Surface
7
7:44AM
Mid-depth
5
Bottom
7
Note's The sub-letters appearing after the date indicates that more than
one set of samples were taken on that day and denotes the particular type
of study as shown in the folloiving:-
(a) Regular and Special Studies taken from Saybrook Highway
Bridge.
(b) Samples taken from shore at high tide.
(o) Samples taken from shore at low tide,
(d) Samples taken from shore at high slack water.
(e) Samples taken from shore at low slack water.
(f) Special Study at Persson's Dock.
The time appearing before each group of samples is Eastorn
Standard Time. The time shown for each group applies to station 9.
When no tabulation of samples is shown in the group for station 9, the
time then applies to the lowest station number of the group,
(9A) Station 9A is located on a platform at a point approximately
20 feet oast and 4 foot south of station 9.
(12A) Station 12A is known as "Porsson's Dock," 100 feet north of
Saybrook Bridge, and approximately on lino with station 12 on the bridge.
Table 1 (continued)
Tide cycle: one hour before to high tide
Date
1937
Nov, 16 (a)
7:54AM
(a)
8:04AM
(a)
8: MAM
Nov. 17 (a)
8:11AM
(a)
8:26AM
(a)
8:41AM
(a)
8:56AM
Nov. 18 (a)
9:00AM
(a)
9:15AM
(a)
9:30AM
(a)
9:45AM
(a)
10:00AM
Parta per million
Position Stations
8 9 10 11
Surface
5
Mid-depth
7
Bottom
7
Surface
7
Mid-depth
7
Bottom
5
Surface
5
Mid-depth
7
Bottom
5
Surface
11
Mid-depth
307
Bottom
1,120
Surface
165
Mid-depth
142
Bottom
6,200
Surface
46
Mid-depth
155
Bottom
840
Surface
22
Mid-depth
2,860
Bottom
9,300
Surface
9
Mid-depth
9
Bottom
9
Surface
71
Mid-depth
460
Bottom
6,700
Surface
257
Mid-depth
2,300
Bottom
7,100
Surface
107
Mid-depth
1,020
Bottom
4,200
Surface
83
Mid-depth
109
Bottom
4,100
Table 1 (continued)
Tido oyclo: one hour before to high tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov. 18 (a)
Surface
9
9:45PM
Mid-depth
7
Bottom
7
(a)
Surface
8
10:00PM
Mid-depth
5
Bottom
400
(a)
Surface
9
10:15PM
Mid-depth
7
Bottom
11
(a)
Surface
7
10:30PM
Mid-depth
11
Bottom
3,480
Nov. 19 (a)
Surface
21
10:00AM
Mid-depth
350
Bottom
260
(a)
Surface
23
10:15AM
Mid-depth
240
Bottom
95
(a)
Surface
25
10:30AM
Mid-depth
260
Bottom
320
(a)
Surface
25
10:45AM
Mid-depth
320
Bottom
340
Nov. 20 (a)
Surface
165
10:45AM
Mid-depth
5,750
Bottom
7,550
(a)
Surface
1,500
11:00AM
Mid-depth
10,400
Bottom
11,150
(a)
Surface
3,200
11:15AM
Mid-depth
9,800
Bottom
10,750
(a)
Surface
4,250
11:30AM
Mid-depth
10,600
Bottom
10,750
Table 1 (continued)
Tide oyclo: one hour before to high tide
Date
1937
Nov. 21 (a)
11:45AM
(a)
12:OOAM
(a)
12:15m
(a)
12:30PM
Novf 22 (a)
12:45PM
(a)
1:00PM
(a)
1:15PM
(a)
1:3.0PM
Nov, 23 (a)
1:45PM
(a)
2:00PM
(a)
2:15PM
(a)
2:30PM
Parts por million
Position Stations
8 9 10 11
Surfaoo
550
Mid-depth
4,900
Bottom
9,850
Surface
600
Mid-depth
7,200
Bottom
11,600
Surface
240
Mid-depth
3,200
Bottom
13,000
Surface
310
Hid-depth
9,900
Bottom
12,550
Surface
21
Mid-depth
39
Bottom
39
Surface
23
Mid-depth
39
Bottom
46
Surface
235
Mid-depth
9,300
Bottom
10,200
Surface
260
Mid-depth
2,400
Bottom
9,200
Surface
165
Mid-depth
3,700
Bottom
5,250
Surface
720
Mid-depth
5,300
Bottom
8,550
Surface
1,020
Mid-depth
3,300
Bottom
8,800
Surface
1,000
Mid-depth
5,000
Bottom
8,800
Table 1 (continued)
Tide cycle: one hour before to high tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov, 26 (a)
Surface
1,880
4:30AM
Mid-depth
1,580
3ottom
9,700
(a)
Surface
1,900
4:45AM
Mid-depth
9,700
Bottom
9,400
(a)
Surface
1,240
5:00AM
Mid-depth
9,100
Bottom
9,900
(a)
Surface
2,160
5:15AM
Mid-depth
9,000
Bottom
8,710
Nov. 27 (a)
Surface
8,800
5:30AM
Mid-depth
10,600
Bottom
11,100
(a)
Surface
5,900
5:45AM
Mid-depth
11,000
Bottom
11,000
(a)
Surface
8,500
6:00AM
Mid-depth
11,500
Bottom
11,200
(a)
Surface
4,850
6:15AM
Mid-depth
11,500
Bottom
11,300
Nov, 29 (a)
Surface
7
7:00AM
Mid-depth
7
Bottom
7
(a)
Surface
7
7:15AM
Mid-depth
7
Bottom
7
(a)
Surface
9
7:30AM
Mid-depth
7
Bottom
7
(a)
Surface
9
7:45AM
Mid-depth
5
Bottom
7
Table 1 (continued)
Tide oyole: one hour before to high tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov, 30 (a)
Surface
5
7:45AM
Mid-depth
3
Bottom
5
(a)
Surface
7
8:00AM
Mid-depth
9
Bottom
6
(a)
Surface
5
8:15AM
Mid-depth
5
Bottom
6
(a)
Surface
5
8:30AM
Mid-depth
5
Bottom
5
Dec. '.1 (a)
Surface
7
8:30AM
Mid-depth
5
Bottom
5
(a)
Surface
7
8:45AM
Mid-depth
11
Bottom
3
(a)
Surface
5
9:00AH
Mid-depth
3
Bottom
7
(a)
Surface
3
9:15AM
Mid-depth
7
Bottom
5
Dec. 2 (a)
Surface
7
9:15AM
Lid-depth
5
Bottom
5
(a)
Surface
5
9:30AM
Mid-depth
5
Bottom
3
(a)
Surface
3
9:45AM
Mid-depth
5
Bottom
7
(a)
Surface
5
10:00AM
Mid-depth
Bottom
.*
Tablo 1 (continued)
Tide oyolo: one hour before to high tide
Date
1937
Deo. 3 (a)
9:45AM
(a)
10:00AM
(a)
10:15AI.I
(a)
10:30AM
Dec. 4 (a)
11:15AM
(a)
11:30AM
(a)
11:45AM
(a)
12:00AM
(a)
12:15PM
Dec, 5 (a)
11:00AM
(a)
11:15AM
(a)
11:30AII
Parts per million
Position Stations
8 9 10 11
Surface
6
Mid-depth
380
Bottom
880
Surface
13
Mid-depth
580
Bottom
4,400
Surface
15
Mid-depth
3,900
Bottom
7,800
Surfaco
13
Mid-depth
71
Bottom
10,300
Surface
78
Mid-depth
1,720
Bottom
7,250
Surface
300
Liid-aepth
6,850
Bottom
9,500
Surface
220
Mid --c.epth
4,300
Bottom
8,000
Surface
125
Mid-depth
6,650
Bottom
8,600
Surfac e
290
Mid-depth
7,950
Bottom
9,350
Surface
23
Mid-depth
6,050
Bottom
8,100
Surfa.ce
210
Mid-depth
5,150
Bottom
10,150
Surface
63
Mid-depth
4,700
Bottom
10,650
Table 1 (continued)
Tide cycle: one hour bofore to high tido
Parte per million
Date Position Stations
8 9 10 11
1937
Dec. 5 (a)
Surface
93
11:45AM
Mid-depth
7,300
Bottom
12,000
Dec. 6 (a)
Surface
200
11:45AM
Mid-depth
6,700
Bottom
10,500
(a)
Surface
340
12:00AM
Mid-depth
6,100
Bottom
11,700
(a)
Surface
300
12:15H/I
Mid-depth
4,900
Bottom
10,900
(a)
Surface
360
12:30PM
Mid-depth
6,300
Bottom
11,000
Dec. 7 (a)
Surface
14
12:30PM
Mid-depth
18
Bottom
139
(a)
Surface
16
12:45PM
Mid-depth
90
Bottom
127
(a)
Surface
15
1:00PM
Mid-depth
73
Bottom
161
(a)
Surface
7
1:15PLI
Mid-depth
105
Bottom
95
Dec. 8 (a)
Surface
35
1:30PM
Mid-depth
33
Bottom
1,280
(a)
Surface
33
1:30PM
Mid-depth
39
Bottom
640
(a)
Surface
33
1:45PM
Mid-depth
81
Bottom
1,380
Table 1 (continued)
Tide cycle: one hour before to high tide
Date
1937
Dec. 8 (a)
2: OOFfi
Doc. 9 (a)
2:00 PL!
(a)
2:15PLI
(a)
2:30PM
(a)
2:45PM
Dec. 10 (a)
3:00PM
(a)
3:15PM
(a)
3:30PM
(a)
3:45PM
Dec. 13 (a)
5:15 AM
(a)
5:30AM
(a)
5:45AM
Parta per million
Position Stations
8 9 10 11
Surfaco
25
Mid-depth
31
Bottom
25
Surface
7
Mid-depth
7
Bottom
7
Surface
9
Mid-depth
9
Bottom
600
Surface
9
Mid-depth
11
Bottom
520
Surface
9
Mid-depth
8
Bottom
3,400
Surface
49
Mid-depth
480
Bottom
2,240
Surface
45
Mid-depth
127
Bottom
2,180
Surface
19
Mid-depth
1,060
Bottom
8,150
Surface
17
Mid-depth
5,200
Bottom
6,800
Surface
1,180
Mid-depth
11,400
Bottom
11,700
Surface
1,620
Mid-depth
11,200
Bottom
11,300
Surface
1,560
Mid-depth
10,900
Bottom
11,200
Table 1 (continued)
Tide cycle: one hour boTore to high tide
I'arto per million
Date Position Stations
8 9 10 11
1937
Dec. 13 (a)
6:00AM
Surface
Mid-depth
Bottom
3,540
10,700
10,600
Dec. 14 (a)
6:15AM
Surface
Mid-depth
Bottom
920
12,900
13,200
(a)
6:30AM
Surface
Mid-depth
Bottom
2,900
12,900
13,000
(a)
6:45AM
Surface
Mid-depth
Bottom
6,900
13,000
10,900
(a)
7:00AM
Surface
Mid-depth
Bottom
800
11,600
13,100
Dec. 15 (a)
7:00AM
Surface
Mid-depth
Bottom
3,300
8,500
10,000
(a)
7:15AM
Surface
Mid-depth
Bottom
4,600
13,800
10,000
(a)
7:30AM
Surface
Mid-depth
Bottom
6,900
12,200
14,200
(a)
7:45AM
Surface
Mid-depth
Bottom
4,700
13,000
14,000
(a)
8:00AM
Surface
Mid-depth
Bottom
4,700
12,400
14,700
Dec. 16 (a)
8:00AM
Surface
Mid-depth
Bottom
12,4-00
13,300
13,600
(a)
8:15AM
Surface
Mid-depth
Bottom
12,200
12,700
13,200
Table 1 (continued)
Tide cycle; one hour before to high
Date
1937
Dec» 16 (a)
8:30AM
(a)
8:45AM
Dec. 17 (a)
8:45AM
(a)
9: OOAi:
(a)
9:15AM
(a)
9:30AM
Dec. 18 (a)
9:45AM
(a)
10:00AM
(a)
10:15AM
(a)
10:30AM
Dec. 20 (a)
11:30AM
(a)
11:45AM
Parts per million
Position Stations
8 9 10 11
Surface
11,300
Mid-depth
12,500
Bottom
14,000
Surface
11,100
Mid-depth
12,200
Bottom
13,100
Surface
6,500
Mid-depth
13,500
Bottom
13,600
Surface
7,100
Mid-depth
13,500
Bottom
14,800
Surface
7,100
Mid-depth
13,200
Bottom
14,200
Surface
8,000
Mid-depth
14,200
Bottom
15,200
Surface
7,200
Mid-depth
12,500
Bottom
11,300
Surface
6,700
Mid-depth
12,400
Bottom
13,000
Surface
5,100
Mid-depth
13,400
Bottom
13,900
Surface
11,600
Mid-depth
12,900
3ottom
12,800
Surface
65
Mid-depth
5,300
Bottom
8,100
Surface
99
Hid-depth
7,100
10,150
Table 1 (continued.)
Tide oyclo: ono hour before to high tide
Date
1937
Dec. 20 (a)
12:00AM
(a)
12:15PM
Dec. 24 (a)
3:15PM
(a)
3:30PM
(a)
3:45PM
(a)
4:00PM
Dec. 28 (a)
6:35AM
7:30AM
Dec, 29
7:5 SAM
Dec, 30
8:36AM
Dec. 31
9:15AM
"arta per million
Position Stations
8 9 10 11
Surface
167
Mid-depth
8,300
Bottom
11,500
Surface
171
Mid-depth
9,200
Bottom
12,600
Surface
940
Mid-depth
8,300
Bottom
8,200
Surface
720
Mid-depth
8,100
Bottom
9,500
Surface
8,400
Mid-depth
11,500
Bottom
11,800
Surface
3,400
Mid-deoth
11,200
Bottom-
11,200
Surface
2,150
11,200
5,200
Mid-depth
11,200
12,700
11,100
Bottom
12,600
11,700
8,400
Surface
8,700
Mid-depth
13,900
Bottom
14,000
Surface
2,800
2,900
1,900
Mid-depth
8,300
8,500
5,500
Bottom
8,800
9,500
8,500
Surface
2,400
2,100
2,300
Mid-depth
9,700
6,900
6,600
Bottom
10,800
9,400
10,200
Surface
9,800
5,100
1,800
Mid-depth
10,700
9,600
10,500
Bottom
11,700
10,800
10,700
Table 1 (continued) Tide oyoles one hour before to high tide
Parts
per million
Date
Position
Stations
8
9
10
11
1938
Jan, 1
9:55AM
Surface
Mid-depth
Bottom
13,100
14,700
15,600
5,900
15,400
15,200
3,800
14,700
15,100
Jan, 2
10:25AM
Surface
Mid-depth
Bottom
9,100
14,100
14,400
9,100
13,600
13,400
8,600
8,900
13,400
Jan, 3
11:05AM
Surface
Mid-depth
Bottom
9,000
10,200
11,900
8,700
11,200
12,500
5,100
10,900
11,900
Jon, 4
11:45AM
Surfac e
Mid-depth
Bottom
3,100
11,200
10,900
2,700
10,600
11,700
10,300
2,600
11,800
Jan. 5 (a)
12:20PM
Surface
Mid-depth
Bottom
3,700
13,000
12,300
(a)
12:25PM
Surface
Mid-depth
Bottom
2,300
9,700
11,900
2,400
13,100
13,900
Jan, 6
1:05 EM
Surface
Mid-depth
Bottom
3,300
8,900
10,200
1,100
8,200
9,800
920
8,100
10,200
Jan, 7
1:50PM
Surface
Mid-depth
Bottom
2,020
3,500
3,950
2,240
3,550
8,300
1,720
6,000
8,400
Jan, 12
6:19AM
Surface
Mid-depth
Bottom
5,700
12,700
12,700
4,800
12,300
13,700
6,100
11,900
13,200
Jan, 13
7:25AM
Surface
Mid-depth
Bottom
12,500
12,300
13,600
9,000
11,000
14,000
12,300
12,100
14,050.
Jan, 14 (a)
7:40AM
Surface
Mid-depth
Bottom
6,300
13,400
14,600
(a)
7:50AM
Surface
Mid-depth
BottonL.
6,100
15,000
14,600
Table 1 (continued)
Tide oyole: one hour before to high tide
Parte per million
Date Position Stations
8 9 10 11
1938
Jan. 14 (a)
Surface
7,800
8:00AM
Mid-depth
14,100
Bottom
14,500
(a)
Surface
7,200
8:10AM
Mid-depth
15,100
Bottom
15,400
(a)
Surface
6,500
8:20AM
Mid-depth
14,900
Bottom
15,100
(a)
Surface
6,400
8:30AM
Mid-depth
13,900
Bottom
14,400
Jan. 15 (a)
Surface
4,400
8:40AM
Mid-depth
13,700
Bottom
14,150
(a)
Surface
3,450
8:50AM
Mid-depth
14,050
Bottom
14,400
(a)
Surface
3,150
9:00AM
Mid-depth
14,500
Bottom
14,750
(a)
Surface
3,150
9:10AM
llid-depth
14,800
Bottom
14,850
(a)
Surface
3,050
9:20AM
Mid-depth
14,750
Bottom
15,000
(a)
Surface
3,100
9:30AM
Mid-depth
15,000
Bottom
15,300
Jan. 16 (a)
Surface
2,800
9:30AM
Mid-depth
12,800
Bottom
12,300
(a)
Surface
2,500
9:40AM
Mid-depth
12,900
Bottom
12,150
Table 1 (continued)
Tide cycle: one hour before to high tide
Date
1938
Jan. 16 (a)
9:50AM
(a)
10:00AM
(a)
10:10AM
(a)
10:20AM
Jan. 17 (a)
10:20AM
(a)
10:30AM
(a)
10:40AM
(a)
10:50AM
(a)
11:00AM
(a)
11:10AM
Jan. 18 (a)
11:10AM
(a)
11:20AM
Prrts per million
Position Stations
8 9 10 11
Surface
5,250
Mid-depth
13,200
Bottom
12,950
Surface
4,250
Mid-depth
13,600
Bottom
13,050
Surface
3,750
liid-depth
13,250
Bottom
13,500
Surface
6,850
Mid-depth
11,600
Bottom
13,300
Surface
5,600
Mid-depth
11,600
Bottom
12,200
Surface
4,900
Mid-depth
12,800
Bottom
13,600
Surface
5,400
Mid-depth
11,200
Bottom
13,350
Surface
11,900
Mid-depth
13,700
Bottom
14,250
Surface
3,800
Mid-depth
14,200
Bottom
14,000
Surface
4,150
Mid-depth
14,000
Bottom
15,100
Surface
3,700
Mid-depth
9,900
Bottom
11,600
Surface
3,200
Mid-depth
12,200
Bottom
12,600
Table 1 (continued)
Tide cycles one hour before to high tide
Parte per million
Date Position Stations
8 9 10 11
1938
Jan, 18 (a)
Surface
2,700
11:30AM
Mid-depth
12,800
Bottom
13,100
(a)
Surface
3,600
11:40AM
Mid-depth
12,500
Bottom
13,200
(a)
Surface
3,700
11:50AM
Mid-depth
11,000
Bottom
14,000
(a)
Surface
3,600
12:00AM
Mid-depth
13,400
Bottom
14,000
Jan. 19 (a)
Surface
2,750
12:00AM
Mid-depth
9,700
Bottom
10,700
(a)
Surface
3,850
12:15FM
Mid-depth
8,100
Bottom
12,100
(a)
Surface
3,800
12:30PM
Mid-depth
10,200
Bottom
12,500
(a)
Surface
5,200
12:45PM
Mid-depth
12,700
Bottom
12,600
Jan. 20 (a)
Surface
1,500
1:00PM
Mid-depth
9,000
Bottom
10,200
(a)
Surface
1,000
1:15PM
Mid-depth
7,950
Bottom
9,950
(a)
Surface
1,900
1:30PM
Mid-depth
9,050
Bottom
10,800
Jan. 21 (a)
Surface
1,100
1:45PM
Mid-depth
9,500
Bottom
11,700
Table 1 (continued) Tide oyolo: one hour before to high tide
Parts per million
Date Position Stations
8 9 10 11 12
1938
Jan. 21 (f)
Surface
720
1:57PM (12A)
Mid-depth
9,100
Bottom
11,500
(f)
Surface
880
2:12PM (12A)
Mid-depth
7,850
Bottom
9,650
(f)
Surface
700
2:27PM (12A)
Mid-depth
8,900
Bottom
8,150
Jan. 22 (f)
Surface
970
2:54PM (12A)
Mid-depth
11,800
Bottom
13,000
(f)
Surface
1,060
3:09PM (12A)
Mid-depth
12,100
Bottom
13,200
(f)
Surface
1,030
3:24PM (12A)
Mid-depth
9,700
Bottom
13,450
Jan. 26
Surface
7
7:00AM
Mid-depth
6
Bottom
7
Jan. 27 (a)
Surface
5
7:00AM
Mid-depth
5
Bottom
5
(a)
Surface
7
7:15AM
Mid-depth
5
Bottom
5
(a)
Surface
4
7:30AM
Mid-depth
6
Bottom
5
(a)
Surface
6
7:45AM
Mid-depth
4
Bottom
3
Jan. 31
10:10AM
Surface 11 9
Mid-depth 14 5
Bottom 14 11
6
7
6
Table 1 (continued)
Tide cycle: 0110 hour before to high tide
Tarts per million
Date
Position
Stations
8
9 10
11
1938
Feb. 1
Surface
5
5
7
10:45AM
Mid-depth
3
9
7
Bottom
3
7
1,550
Feb. 2 (a)
Surface
9
11:00AM
Mid-depth
87
Bottom
860
(a)
Surface
13
11:15AM
Mid-depth
4,100
Bottom
8,600
(a)
Surface
11
11:30AM
Mid-depth
8,000
Bottom
10,100
(a)
Surface
27
11:45AM
Mid-depth
2,900
Bottom
11,100
Feb. 3 (a)
Surface
37
11:30AM
Mid-depth
45
Bottom
34
(a)
Surface
38
11:45AM
Mid-depth
1,220
Bottom
3,600
(a)
Surface
4-7
12:00AM
Mid-depth
4,100
Bottom
4,800
(a)
Surface
41
12:15PM
Mid-depth
5,900
Bottom
10,350
Feb, 4 (a)
Surface
4
5
7
12:35PM
Mid-depth
7
4
5
Bottom
6,150
5
6
(a)
Surface
5
12:15FM
Mid-depth
5
Bottom
5
(a)
Surface
3
12:30FM
Mid-depth
5
Bottom
Table 1 (continued)
Tide cycle: one hour before to high tide
Date
1938
Feb. 4 (a)
12:45FM
(a)
1:00FM
Feb. 6
2:05PM
Feb. 7
3:05PM
Feb. 8
4:05 Hi
Feb. 16
11:30AM
Feb. 18
12:54PM
Feb. 19
1:35PM
Feb. 20 (a)
2:15PM
(a)
2:30PM
(a)
2:45PM
(a)
3:00PM
Parte per million
Position Stations
8 9 10 11
Surface
5
Mid-depth
9
Bottom
14
Surface
3
Mid-depth
9
Bottom
3,700
Surface
19
19
15
Mid-depth
880
920
3,850
Bottom
4,150
4,000
3,600
Surface
5
5
10
Mid-depth
7
7
7
Bottom
7
5
5
Surface
5
6
6
Mid-depth
3
6
7
Bottom
7
9
35
Surface
17
13
13
Mid-depth
107
1,800
520
Bottom
10,700
10,900
8,600
Surface
37
15
17
Mid-depth
440
2,900
19
Bottom
7,700
6,900
6,250
Surface
151
350
57
Mid-depth
9,600
4,800
1,700
Bottom
10,550
9,450
9,400
Surface
860
Mid-depth
10,200
Bottom
11,600
Surface
800
Mid-depth
11,000
Bottom
12,700
Surface
900
Mid-depth
12,050
Bottom
13,050
Surface
1,260
Mid-depth
12,100
Bottom
13,300
Table 1 (continued) Tide cycle: one hour before to high tide
Parts per million
Date
Position
Stations
8
9
10
11
1938
Feb. 25 (a)
6:30AM
Surface
Mid-depth
Bottom
2,300
11,600
13,600
(a)
6:45AM
Surface
Mid-depth
Bottom
2,000
12,000
13,800
(a)
6:57AM
Surface
Mid-depth
Bottom
2,100
12,600
13,700
1,100
11,900
11,600
(a)
7:00AM
Surface
Mid-depth
Bottom
2,200
13,600
14,050
(a)
7:15AM
Surface
Mid-depth
Bottom
2,900
13,800
12,900
1,900
13,000
13,650
Feb. 26 (a)
7:15AM
Surface
Mid-depth
Bottom
1,800
12,000
12,300
(a)
7:30AM
Surface
Hid-depth
Bottom
1,440
11,800
12,700
(a)
7:45AM
Surface
Mid-depth
Bottom
1,290
12,400
12,600
(a)
7:50AM
Surface
Mid-depth
Bottom
1,500
11,700
12,400
1,400
8,300
13,000
2,100
12,400
13,100
(a)
8;OOAM
Surface
Mid-depth
Bottom
1,930
12,600
13,150
Feb. 27 (a)
8:00AM
Surface
Mid-depth
Bottom
1,430
8,450
11,700
(a)
8:15AM
Surface
Mid-depth
Bottom
1,140
11,100
11,600
Table 1 (continued)
Tide cycle: one hour before to high tide
Parts per million
Date
Position
Stations
8
9
10
11
1938
•
Feb. 27 (a)
8:25AM
Surface
Ivlid-depth
Bottom
1,900
11,000
10,800
2,050
7,850
10,000
1,050
12,650
12,900
(a)
8:30AM
Surface
Mid-depth
Bottom
1,360
10,750
12,000
(a)
8:45AM
Surface
Mid-depth
Bottom
1,380
11,250
12,200
Mar. 2
10:20AH
Surface
Mid-depth
Bottom
1,700
5,900
3,900
1,900
6,900
6,000
2,100
5,700
8,500
Mar. 3
10:55AM
Surface
Mid-depth
Bottom
1,100
10,100
13,500
1,300
9,400
12,300
800
10,500
13,500
Mar. 4
11:35AM
Surface
Mid-depth
Bottom
1,340
10,800
13,900
1,300
7,600
14,000
1,200
9,600
9,000
Mar. 5
12:20FM
Surface
Mid-depth
Bottom
1,300
11,700
13,200
1,200
11,200
12,800
1,340
12,400
12,600
Mar. 13
8:10AM
Surface
Mid-depth
Bottom
1,950
13,650
11,950
Mar. 14
8:39AM
Surface
Mid-depth
Bottom
1,000
11,100
12,750
3,850
8,700
11,850
660
8,950
11,600
Mar. 15
9:27AM
Surface
Mid-depth
Bottom-
7,400
12,900
14,400
3,800
11,700
13,400
2,250
12,400
14,200
Mar. 16
10:13AM
Surface
Hid-depth
Bottom
460
10,850
12,350
350
9,100
11,000
300
7,600
11,200
Mar. 17
11:00AM
Surface
Mid-depth
Bottom
1,090
13,250
14,150
1,690
11,950
13,050
910
13,250
13,700
22
Table 1 (continued.) Tide cycle:
Date :osition
8
1938
Mar. 18 Surfaoe 900
11:42AM Mid-depth 8,900
Bottom 10,100
Mar. 19 Surface 22
12:25PM Mid-depth 11,150
Bottom 12,000
Mar. 21 Surface 84
2:00PM Mid-depth 3,500
Bottom 11,300
Mar. 22 Surface 9
3:00PM Mid-depth 8,850
Bottom 10,900
one hour before to high tide
'nrtj per million
Stations
9
10
11
12
1,000
9,350
9,300
700
9,450
8,850
41
4,300
10,900
21
1,250
11,000
65
1,700
10,300
34
1,300
8,150
27
230
10,300
15
28
1,150
6
1,400
9,700
9
24
3,800
11
20
10,500
10
10
440
Mar. 26
Surface
2
7
6:27AM
Mid-depth
3
3
Bottom
3
4
Mar. 27 (a)
Surface
1
6:45AM
Mid-depth
1
Bottom
3
(a)
Surface
1
7:00AM
Mid-depth
1
Bottom
3
(a)
Surface
1
7:15AM
Hid-depth
2
Bottom
3
(a)
Surface
2
7:30AM
Mid-depth
1
Bottom
2
Mar. 29 (a)
Surface
1
8:00AM
Mid-depth
1
Bottom
4
(a)
Surface
2
8:15AM
Mid-depth
3
Bottom
2
(a)
8:30AM
Surface
Mid-depth
Bottom
2
1
6
23
Table 1 (continued) Tide cycle: one hour before to high tide
Parte per million
Date
Position
Stations
8
9
10
11
12
1938
Mar. 29 (a)
Surface
2
8:45AM
Mid-depth
2
Bottom
3
Mar. 30
Surface
3
3
3
3
5
9:00AM
Mid-depth
2
2
3
3
3
Bottom
3
4
5
4
2
Apr. 2
Surface
5
3
5
5
5
11:20AM
Mid-depth
11
5
5
3
6
Bottom
7,250
6
5
12
6
Apr. 15
Surface
6
4
8
6
8
10:45AM
Mid-depth
1,370
400
5
8
17
Bottom
2,950
7,650
8
6,550
16
Apr. 16
Surface
6
6
5
51
4
11:25AM
Mid-depth
3,95®
360
28
7'
4
Bottom
3,350
1,270
390
1,260
10
Apr. 17 (a)
Surface
4
4
4
3
9
11:55AM
Mid-depth
3
3
3
4
4
Bottom
7
9
9
12
4
(a)
Surface
3
4
4
4
12:25PM
Mid-depth
3
4
3
4
Bottom
12
9
8
4
Apr. 23 (a)
Surface
1
4:30AM
Mid-depth
1
Bottom
2
(a)
Surface
3
4:45AM
Mid-depth
2
Bottom
2
Apr. 24 (a)
Surface
1
5:30AM
Mid-depth
2
Bottom
2
(a)
Surface
2
5:45AM
Mid-depth
2
Bottom
2
Apr, 25 Surface
6:44AM (12A) Mid-depth
Bottom
1
2
3
24
Table 1 (continued)
Date
1938
Position
Tide cycle: one hour before to high tide
Parte per million
Stations
Apr. 26 Surface
7:31AM (12A) Mid-depth
Bottom
8
10
11
12
3
3
5
Apr, 27 (a)
7:30AM
Surface
Mid-depth
Bottom
4
5
5
(a)
7:45AM
Surface
Mid-depth
Bottom
4
4
5
(a)
8:00 AM
Surface
Mid-depth
Bottom
3
3
4
(a)
8:15AM
Surface
Mid-depth
Bottom
6
5
9
Apr, 28 (a)
8:15AM
Surface
Mid-depth
Bottom
5
4
4
(a)
8.: 30AM
Surface
Mid-depth
Bottom
2
3
6
(a)
8:45AM
Surface
Mid-depth
Bottom
2
250
3,250
(a)
9:00AM
Surface
Mid-depth
Bottom
7
185
8,050
Apr. 29
9:15AM
Surface
Mid-depth
Bottom
16
3,000
3,550
18
2,150
5,800
15
1,950
3,850
11
23
4,100
19
34
44
Apr. 30 (a)
9:45AM
Surface
Mid-depth
Bottom
73
960
9,150
(a)
10:00AM
Surface
Mid-depth
Bottom
36
1,000
10,600
Table 1 (continued)
Tide cycle: one hour before to high tide
Date
1938
Apr. 30 (a)
10:15AM
(a)
10:30AM
lay 1 (a)
10:30AM
(a)
10:45AM
(a)
11:00AM
(a)
11:15AM
May 2 (a)
11:15AM
(a)
11:30AM
(a)
11:45AM
(a)
12:00AM
May 3 (a)
12:15m
(a)
I2:30m
Parte per million
Position Stations
8 9 10 11
Surface
27
Mid-depth
1,880
Bottom
11,050
Surface
113
Mid-depth
4,600
Bottom
11,600
Surface
15
Mid-depth
300
Bottom
2,500
Surface
17
Mid-depth
2,800
3ottom
4,900
Surface
45
Mid-depth
2,700
Bottom
10,350
Surface
23
Mid-depth
260
Bottom
2,750
Surface
21
Mid-depth
25
Bottom
360
Surface
23
Mid-depth
1,600
Bottom
7,700
Surface
25
Mid-depth
710
Bottom
9,200
Surface
39
Mid-depth
850
Bottom
10,250
Surface
42
Mid-depth
4,700
Bottom
9,650
Surface
47
Mid-depth
7,400
Bottom
10,300
Table 1 (continued) Tide cycle: one hour before to high tide
Parta per million
Date
Position
Stations
8
9
10 11
1938
May 3 (a)
12:45PM
Surface
Mid-depth
Bottom
74
7,200
11,150
(a)
l:OOPM
Surface
Mid-depth
Bottom
106
9,000
10,400
May 4
1:19PM
Surface
Mid-depth
Bottom
3,200
7,000
10,050
107
1,810
9,850
144 93
3,150 136
5,750 9,000
May 5 (a)
2:15PM
Surface
Mid-depth
Bottom
121
8,600
10,600
(a)
2:30PM
Surface
Mid-depth
Bottom
287
8,350
11,600
(a)
2:45PM
Surface
Mid-depth
Bottom
260
9,650
11,900
(a)
3:00PM
Surface
Mid-depth
Bottom
360
9,550
12,450
May 6 (a)
3:15PM
Surface
Mid-depth
Bottom
540
5,100
6,250
(a)
3:30PM
Surface
Mid-depth
Bottom
760
5,500
8,200
(a)
3:45PM
Surface
Mid-depth
Bottom
1,140
6,500
8,300
(a)
4:00PM
Surface
Mid-depth
Bottom
1,600
8,350
9,500
May 7 (a)
4:15PM
Surface
Mid-depth
128
6,250
7,350
Table 1 (continued)
Tide cycle: one hour before to high tide
Parts
per million
Date
Position
8 9
Stations
10 11
1938
May 7 (a)
4:30PM
Surface
Mid-depth
Bottom
420
7,200
9,200
(a)
4:45PM
Surface
Mid-depth
Bottom
380
8,050
9,800
(a)
5:00PM
Surface
Mid-depth
Bottom
1,110
8,950
9,400
May 8 (a)
4:45AM
Surface
Mid-depth
Bottom
1,550
10,150
9,850
(a)
5:00AM
Surface
Mid-depth
Bottom
3,250
10,500
10,000
(a)
5:15AM
Surface
Mid-depth
Bottom
2,000
9,700
10,150
(a)
5:30AM
Surface
Mid-depth
Bottom
2,300
11,250
12,800
May 9 (a)
5:45AM
Surface
Mid-depth
Bottom
950
7,750
7,200
(a)
6:00AM
Surface
Mid-depth
Bottom
2,500
8,600
10,000
(a)
6:15AM
Surface
Mid-depth
Bottom
2,700
8,600
11,050
(a)
6:30AM
Surface
Mid-depth
Bottom
1,830
9; 800
11,750
May 10
6:51AM
Surface
Mid-depth
770 8,750
9,750 7,800
10,650 9,100
630 700
6,100 3,550
7,350 9,450
28
Table 1 (continued) Tide cycle: one hour before to high tide
Parts
per million
Date
Position
Stations
8
9
10
11
12
1938
May 11 (a)
7:47AM
Surface
Mid-depth
Surface
580
9,300
10,400
(a)
8:42AM
Surface
Mid-depth
Bottom
1,240
11,250
12,450
2,340
11,650
11,550
1,010
12,000
12,700
810
1,300
8,350
May 12
8:30AM
Surface
Mid-depth
Bottom
2,150
7,350
8,650
1,600
7,850
8,100
900
7,350
10,750
650
3,000
11,350
700
750
1,150
May 13 (a)
9:00AM
Surface
Mid-depth
Bottom
810
4,300
8,650
(a)
9:15AM
Surface
Mid-depth
Bottom
830
7,000
6,050
(a)
9:30AM
Surface
Mid-depth
Bottom
1,020
6,950
5,000
(a)
9:45AM
Surface
Mid-depth
Bottom
1,900
8,050
11,550
May 14
10:15AM
Surface
Mid-depth
Bottom
680
10,550
11,800
560
8,550
9,700
250
2,290
6,350
May 15
10:57AM
Surface
Mid-depth
Bottom
1,190
6,400
13,900
1,220
3,550
13,100
1,440
8,650
12,750
May 16
11:40AM
Surface
Mid-depth
Bottom
310
10,950
12,300
280
10,500
11,200
400
3,300
11,150
May 17
12:25PM
Surface
Mid-depth
Bottom
9
330
9,700
12
51
3,750
14
12
1,600
May 18
12:51PM
Surface
Mid-depth
Rn-H-.nm
8
18
7,900
10
12
11
9
8
9
7
7
15
Table 1 (continued)
Tide cycle: one hour before to high tide
Parts per million
Date
Position
Stations
8
9
10
11
1938
May 19
2:05PM
Surface
Mid-depth
Bottom
22
4,550
11,550
16
3,650
10,750
10
2,500
11,100
May 20
2:50PM
Surface
Mid-depth
Bottom
72
2,800
7,500
155
3,900
5,700
39
4,150
9,350
May 21
3:45PM
Surface
Mid-depth
Bottom
132
12,400
13,500
520
11,000
12,600
139
10,700
13,550
May 22
3:40AM
Surface
Mid-depth
Bottom
1,050
9,750
11,500
2,700
8,050
10,950
1,120
10,600
10,900
May 23
4:40AM
Surface
Mid-depth
Bottom
1,040
10,300
12,100
440
10,800
11,550
320
10,350
12,550
May 24
5:34AM
Surface
Mid-depth
Bottom
1,210
7,800
8,900
2,440
6,000
9,000
370
5,850
8,150
May 25
6:26AM
Surface
Mid-depth
Bottom
29
25
6,900
25
2,540
6,4-50
27
22
5,800
May 26
7:16AM
Surface
Mid-depth
Bottom
21
3,250
10,700
32
2,150
7,300
26
136
5,650
May 27
8:05AM
Surface
Mid-depth
Bottom
79
4,000
9,450
21
6,350
6,900
24
4,800
7,900
May 28
8:55AM
Surface
Mid-depth
Bottom
26
3,450
12,450
101
7,150
11,650
26
2,150
11,000
May 29
9:45AM
Surface
Mid-depth
Bottom
129
11,350
12,500
800
10,900
11,850
58
4,250
11,450
May 30
10:40AM
Surface
Mid-depth
Bottom
760
12,900
13,700
800
10,200
9,200
470
10,400
12,900
30
Table 1 (continued) Tide oycle: one hour before to high tide
Parts per million
Date Position Stations
8 9 10 11 12
1938
May 31
Surface
1,000
1,110
1,030
11:29AM
Mid-depth
10,150
10,250
9,050
Bottom
11,000
12,800
12,600
June 1
Surface
1,940
1,790
1,740
12:25PM
Mid-depth
12,850
11,550
12,550
Bottom
13,200
13,000
12,850
June 2
Surface
6,400
5,950
2,250
1:23PM
Mid-depth
12,500
11,150
9,700
Bottom
13,900
11,050
11,450
June 3
Surface
3,850
5,500
2,200
2:20PM
Mid-depth
14,100
12,900
13,250
Bottom
14,400
13,650
4,200
June 4
Surface
6,150
6,350
3,500
3:25PM
Mid-depth
14,250
11,300
11,900
Bottom
14,900
12,450
12,100
June 5
Surface
8,300
8,750
4,100
4:27PM
Mid-depth
13,600
12,750
13,250
Bottom
13,550
13,800
14,250
June 6
Surface
2,800
5:09AM
Mid-depth
11,800
Bottom
13,700
June 7
Surface
2,650
6:10AM
Mid-depth
3,400
Bottom
10,850
July 7
Surface
3,000
4,350
5:50AM
Mid-depth
12,200
8,500
Bottom
12,500
9,450
July "8
Surface
2,250
2,500
6:50AM
Mid-depth
11,850
6,950
Bottom
12,400
11,400
July 9
Surfac e
3,000
2,300
7:35AM
Mid-depth
12,400
8,250
Bottom
12,600
11,850
July 21
Surface
910
3,650
960
4:20PM
Mid-depth
12,150
10,050
10,000
Bottom
12,750
11,950
12,300
31
Table 1 (continued)
Tide cycle:
one hour
before to
high tide
Parts
per million
Date
Position
Stations
8
9
10
11
12
1938
July 22
5:56m
Surface
Mid-depth
Bottom
14
13
6,050
July 23
5:50AM
Surface
Mid-depth
Bottom
9
10
10
10
8
20
11
12
32
July 24
6:50AM
Surface
Mid-depth
Bottom
7
7
6
5
6
12
5
7
13
July 26
8:35AM
Surface
Mid-depth
Bottom
5
7
7
6
6
14
Aug. 5
6:21AM (12A)
Surface
Mid-depth
Bottom
17
24
940
Aug. 6
6:30AM
Surface
Mid-depth
Bottom
86
11,250
11,850
Aug. 7
7:15AM
Surface
Mid-depth
Bottom
200
10,800
11,350
Aug. 9
8:35AM
Surface
Mid-depth
Bottom
3,350
12,950
13,300
6,200
11,500
11,850
Aug. 10
9:15AM
Surface
Mid-depth
Bottom
740
6,250
12,350
Aug. 12
9:50AM
Surface
Mid-depth
Bottom
108
11,600
12,050
247
2,900
10,050
53
285
10,300
Sept, 3
5:00AM
Surface
Mid-depth
Bottom
4,150
13,150
Sept, 8
8:45AM
Surface
liid-depth
Bottom
8,100
15,000
15,200
Table 1 (continued)
Tide cycle: one hour before to high tide
Date
1938
Sept.19
5:15AL
Parts >or million
Position Stations
8 9 10 11
Surface 580
Mid-depth 10,850
Bottom 11,750
33
Table 2
Date
1S37
Kov. 16 (a)
8: 24AK
(a)
8:34AI.1
(a)
(a)
8: 54AK
9:04ftl.'
(a)
(a)
9:14AM
(a)
9:24AK
:rov. 17 (a)
9: 11AK
(a)
9: 2 6 All
9: 41AK
(a)
(a)
9: 5SAII
10:11AM
(a)
Position
Surface
Kid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Kid-depth
Bottom
Surface
Kid-depth
Bottom
Surface
Kid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Kid-depth
Bottom
Surface
Kid-depth
Bottom
Surface
Kid-depth
Bottom
Surface
Kid-depth
Bottom
Surface
Kid-depth
Bottom
Surface
Kid-depth
"R nf-fnm
Tide cycle: hi ,h tide to one hour after
farta per million
Stations
8 9 10 11 12
9
13
15
5
11
15
7
7
11
7
11
9
6
11
11
6
11
9
9
21
8,700
9
1,000
5,4-00
7
19
8,000
5
43
6,900
7
21
6,100
34
Table 2 (continued)
Date
Position
Tide cyclo: hi ,h tide to one hour after
Parts per million
Stations
8 9 10 11 12
1937
I'.ov, 18 (a)
10:15 Al-I
10: 30AL
(a)
10: 45AL
(a)
(a)
11: 00AI'
(a)
10:45PM
(a)
11:00H:
11:15PII
(a)
(a)
11: 30FT1
Nov. 19 (a)
11:00AI.I
11:15AL
(a)
11:50AI
(a)
11:45 AI *
(a)
Surface
1" id-depth
tottorn
Surface
I .id-depth
Bottom
Su.rface
Mid-depth
3otton
Surface
Lid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
. liid-deptli
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom-
Surface
i'id-dep th
Bottom
Surface
Lid-depth
Bottom
83
5,100
6,800
101
12,000
8,000
840
2,500
4,000
87
2,100
4,500
5
400
5,100
9
27
9,800
9
1,160
10,350
19
2,700
11,100
23
340
460
145
9,200
8,000
143
5,400
10,000
137
5,000
6,300
35
Table 2 (continued)
Date
1937
Nov. 20 (a)
11:45AI:
(a)
12:00AI.1
(a)
12:15PL
(a)
12:30PN
lov. 22 (a)
1: 45P! I
(a)
2:00P1:
2:15PI •
(a)
(a)
2:30FLI
Nov. 23 (a)
2:45PN
(a)
3: OOPI"
(a)
3:15R:
Nov. 26 (a)
5:30 i£'
Position
Surface
Hid-depth
Bottom
Surface
Liid-depth
Bottom
Surface
L~ id-depth
Bottom
I'id-depth
Bottom
Surface
liid-depth
Bottom
Surface
I." id-depth
B ottom
Surface
Kid-depth
Bottom
Surface
Liid-depth
Bottom
Surface
I'id-dep th
Bottom
Surface
Liid-depth
Bottom
Surface
I lid-depth
Bottom
Surface
i lid-depth
Bottom
Tide cycle: hif.h tide to one hour after
Parts per million
Stations
8 9 10 11 12
3,800
11,350
11,200
730
9,650
15,000
730
11,450
12,450
910
11,200
13,100
960
6,700
10,300
280
7,500
9,600
300
4,900
9,100
300
2,000
11,500
360
10,000
10,700
7,200
3,600
10,600
380
4,800
11,200
1,600
8,200
10,300
36
lable 2 (continued)
Date
Position
Ticlo cycle: hi,;h tide to one her after
Parts per million
Stations
8 9 10 11 12
1957
Nov. 26 (a)
5:45AL
(a)
6:00AI1
(a)
6:15 All
(a)
6:30AL
Nov. 27 (a)
6:30 AL
6:45AL
(a)
7: OOAL
(a)
(a)
7:15AN
Nov. 29 (a)
8: OOAi.:
(a)
8:15AL
(a)
C:30AN
(a)
8: 45AI-:
Surface
I£id-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-cepth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-dentil
Surface
Lid-depth
Bottom
Surface
Lid-depth
B o tt om
Surface
Lid-depth
B nt.t ran
10,000
0,000
10,800
400
900
6,500
420
460
10,000
500
390
5,800
9,700
11,700
11,800
7,850
11,700
11,500
10,150
11,600
12,000
11,300
11,300
11,700
7
7
7
7
7
" 9
9
9
11
9
9
9
37
Table 2 (continued)
Date
1937
Lov. 29 (a)
DSOOA::
i:ov. 30 (a)
8:4 5 Ail
(a)
9:00A1:
9:15 AM
(a)
(a)
9: oOAi:
Dec. 1 (a)
9:30AL
Position
Surface
Lid-depth
3otton
Surface
Lid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Tide cycle: hi(;h tide to one hour after
Parts p-er million
Stations
8 9 10 11 12
9
15
9
7
7
5
5
5
7
5
5
11
5
5
(a) Surface 5
9:4 SAL Lid-depth 5
Bottom 5
(a) Surface 5
10:OOAL Lid-depth 5
Bottom ' 5
(a) Surface 3
10:15AL Lid-depth 5
Bottom 5
Dec. 2 (a) Surface 3
10:15 All Kid-depth 5
Bottom 5
(a) Surface 3
10:30AL Lid-depth 5
Bottom 5
(a) Surface 5
10:45AL lid-depth 3
Bottom 5
38
Table 2 (continued)
Date
Position
Tide cycle: high tide to one hour after
Parts per million
Stations
10
11
12
1937
Dec, 2 (a)
11:00A1I
Dec. 3 (a)
10:45AM
(a)
11:00AM
(a)
11:15AM
(a)
11:30AM
(a)
11:45AM
Dec. 4 (a)
12:30PM
(a)
12:45PM
(a)
1:00PM
(a)
1:15PM
(a)
1:30PM
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
7
5
5
15
87
9,300
27
2,500
12,200
49
3,600
12,300
41
2,900
12,600
45
6,200
12,200
271
8,850
8,300
282
9,400
9,350
288
8,700
9,350
300
8,000
9,200
300
8,550
9,550
Dec, 5 (a)
12:00AM
Surface
Mid-depth
Bottom
146
9,900
11,700
Table 2 (continued)
Tide cyole: high tide to one hour aftor
Date
1937
Dec. 5 (a)
12:15PM
(a)
12:30PM
(a)
12:45PM
(a)
1:00PM
Dec. 6 (a)
12:45PM
(a)
1:00PM
(a)
1:15PM
(a)
1:30PM
Dec. 7 (a)
1:30PM
(a)
1:45PM
(a)
2:00PM
(a)
2:15PM
Porta per million
Position Stations
8 9 10 11
Surface
119
Mid-depth
9,300
Bottom
12,800
Surface
133
Mid-depth
8,700
Bottom
13,200
Surface
240
Mid-depth
5,900
Bottom
13,400
Surface
241
Mid-depth
6,200
Bottom
13,350
Surface
440
Mid-depth
7,700
Bottom
12,500
Surface
560
Mid-dc.pth
8,200
Bottom
12,600
Surface
860
Mid-depth
9,000
Bottom
13,300
Surface
680
Mid-depth
11,100
Bottom
13,700
Surface
15
Mid-depth
19
Bottom
89
Surface
19
Mid-depth
111
Bottom
137
Surface
17
Mid-depth
29
Bottom
1,080
Surface
17
Mid-depth
45
Bottom
163
10
Table 2 (continued)
Date
1937
Dec. 7 (a)
2: 30 PI.:.
Dec. 8 (a)
2:15FT
(a)
2: 50 PL
(a)
2:45FL
3:00H:
(a)
(a)
3:15P1.:
Dec. 9 (a)
3: OOHi
(a)
3:15 PL
(a)
3: 3OF..
(a)
3:45PL'
Dec. 10 (a)
4:00?::
(a)
4: 15??
Position
Surface
Lid-depth
3ott cm
Surface
Lid-depth
B ott on
Surface
Lid-deoth
x
3otton
Surface
L id-depth
3otton
Surface
Lid-depth
3 ott om
Su.rface
Lid-depth
Bottom
Surface
Lid-denth
x
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
I-id-depth
3 ott on
Surface
Lid-depth
Dot ton-
Surf ace
i id-depth
Bottom
Tide cycle: hirh tide to one hour after
Parts per million
Stations
8 9 10 11 12
29
9
23
25
55
380
27
03
300
25
145
360
25
25
280
25
101
200
8
8
71
8
1,500
17
3,100
9
7
11
7
2,100
C, 300
41
Table 2 (continued)
Date
Position
Tide cycle: hi,"h tide to ono hour after
Parts per million
Stations
10
11
12
1937
Dec. 10 (a)
4:30PLI
(a)
4:45PL
Dec. 13 (a)
6:15AIC
(a)
S: 30 id:'
(a)
6-.45AL
7:00AI'
(a)
(a)
7:15 m
Dec. 14 (a)
7:15AI.:
7:30 All
(a)
(a)
7:45AL
(a)
8: OOAL
Dec, 15 (a)
C: 15Ai:
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
if id-depth
Bottom
Surface
I id-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
B ott on
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
15
181
1,600
123
224
2,800
3,500
10,700
10,600
4,500
10,300
11,500
4,400
10,900
12,200
7,400
10,500
11,900
7,600
11,500
10,900
1,000
8,700
11,700
8,300
11,400
10,800
5,700
11,000
11,800
7,100
12,100
12,600
7,600
14,600
14,800
42
Table 2 (continued)
Date
1937
Dec. 15 (a)
5: 3OA!:
(a)
8:45AT
(a)
9: OOAL
Dec. 16 (a)
9: OOAL
(a)
9:15A1"
9:50AM
(a)
(a)
9:45AI.!
Dec. 17 (a)
9:45AL
10:OOAL
(a)
10:15 A!,!
(a)
10:30AL
(a)
Position
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom.
Surface
Mid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Llid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
I'.id-depbh
Bottom
Surface
Liid-depth
Bottom
Surface
Llid-depth
Bottom
Tide cycle: high tide to one hour after
l'arba per million
Stations
8 9 10 11 12
6,500
12,600
14,700
5,300
13,000
13,500
4,700
13,700
13,000
12,900
14,000
14,100
12,500
13,600
13,600
13,300
14,300
14,700
13,000
14,100
14,250
0,000
15,900
14,750
1,000
9,000
14,750
6,500
14,300
14,700
6,800
15,500
14,800
Dec. 18 (a)
10:45AL
Surface
Fid-depth
Bott om
13,300
14,400
14,200
Table 2 (continued) Tide cyclo: hi-h tide to one hour after
Parte tier million
Date
Position
Stations
8
9
10
11
12
1937
Dec. 18 (a)
11:OOAL
Surface
i'id-depth
Bottom
12,200
14,200
13,900
(a)
11:15AL
Surface
Lid-depth
Bottom
11,100
12,600
13,900
(a)
11:30AL
Surface
Lid-depth
Bottom
9,500
13,100
14,000
Dec. 20 (a)
12: 3 OR:
Surface
Lid-depth
Bottom
135
10,800
12,600
(a)
12:45PL
Surface
Lid-depth
Bottom
260
11,600
12,900
(a)
1: OOPIi
Surface
Lid-depth
Bottom
210
1,260
13,300
(a)
1:15PI
Surface
I, id-depth
Bottom-
200
1,800
13,000
Dec. 21 (d)
1: 20Pi"(l2A)
Surface
Lid--depth
Bottom
115
10,200
10,400
(a)
1:40 Pi..
Surface
Lid-depth
"Jottom
1,220
13,500
13,800
137
11,000
15,200
239
8,200
13,900
Dec. 22 (d)
2:10H:(12A)
Surface
Lid-depth
Bottom
•
65
340
5,400
Dec. 23 (d)
3:10PL(12A)
Surface
Lid-depth
Bottom
11
13
11
(a)
3:25FL
Surface
Lid-depth
Bottom
13
117
940
11
480
1,420
13
7
2,240
Table 2 (continued) Tide oyclo: YL'h tide to one hour after
' t.rba nor million
Date Position Stations
6 9 10 11 12
1937
Dec. 24 (a) Surface 9,500
4-.15PL if id-depth 11,000
Bottom 11,600
(a) Surface 2,600
4:30PI- Jlid-depth 11,800
Bottom 11,700
(a) Surface 12,000
4:45PL Lid-depth 5,000
Bottom 10,700
(a) Surface 11,600
5:00PL Lid-depth 11,500
Bottom 4,800
Dec. 28 (a) Surface 12,150 13,150
7:3 5 AT. Lid-depth 13,550 13,500
Bottom 13,500 13,500
(a) Surface 14,250 9,900
8:35 AL Lid-depth 13,200 14,600
Bottom 14,100 13,200
Dec. 29 Surface 500
8:20AL(l2A) Lid-depth 8,900
Bottom 9,300
Dec, 30 Surface 3,700
9:01AL(12A) Lid-depth 10,900
Bottom 10,500
Dec, 31 Surface 2,700
9:40AL(12A) Lid-depth 10,900
Bottom 12,300
1938
Jan, 1 Surface 3,800
10:19AL(12A) Lid-depth 3,700
Bottom 11,700
Jan, 2 Surface 5,000
10: 56AIi(12—) l.id-dopth 10,700
Bottbm 11,600
45
Table 2 (continued) Tide cyolo: hi h tide to one hour after
furl,!! per Million
Date Position Stations
C 9 10 11 12
1938
J 2LD. • 3
Surface
5,000
11: 34AL (12A)
Aid-depth
10,900
3ottor.i
11,100
Jan. 4
Surface
2,900
1: 20PLi( 12A)
Lid-denth
8,400
Bottom
10,700
Jan. 5
Surface
3,500
12:49FL(l2A)
Lid-depth
10,000
Bottom
10,800
Jan. 6
Surface
1,080
1: 30Pi (12A)
Lid-depth
9,600
Bottom
9,900
Jan. 7
Surface
980
2:15Fi.( 12A)
Lid-depth
8,650
Bottom
9,400
Jon. 12
Surface
1,300
6:44AL:(l2A)
Lid-depth
10,100
Bottom
10,600
Jan. 13
Surface
2,600
7:4HAL(l2A)
Lid-depth
12,700
Bottom
14,900
Jan. 14 (a)
Surface
8,200
8:40AK
Lid-depth
IB,200
Bottom
13,100
(a)
Surface
10,000
8:50AI:
Lid-depth
14,500
Bottom
15,700
(a)
Surface
9,700
9: 00A1
I "id-depth
15,700
Bottom
15,500
(a)
Surface
5,200
9:10 Ah
Lid-depth
15,000
Bottom
15,700
(a)
Surface
10,200
9:20AL
Lid-depth
15,600
Bottom
15,600
Table 2 (continued) Tide cycle*. hl^h tide to one hour after
Parts nor million
Date Position Stations
e 9 10 11 12
1938
Jan, 14 (a)
Surface
14,300
9:30AI1
Hid-depth
14,100
Bottom
15,600
(a)
Surface
7,000
9:40 AU
Hid-depth
14,800
Bottom
14,000
Jon. 15 (a)
Surface
3,900
9:40AH
I'id-depth
14,300
Bottom
15,300
(a)
Surface
3,000
9: 50 AH
Hid-depth
15,100
Bottom
15,450
(a)
Surface
2,000
10: OOAL
. .id-depth
15,250
Bottom
15,400
(a)
Surface
2,750
10: 10AI
Hid-depth
15,350
Bottom
15,400
(a)
Surface
2,950
10:20AI:
I,id-depth
14,900
Bottom
15,600
(a)
Surface
3,350
10:30AH
Hid-depth
14,000
Bottom
15,600
(a)
Surface
2,400
10:40AH
Lid-depth
15,050
Bottom
13,400
Jan. 16 (a)
Surface
6,850
10:30AH
Hid-depth
14,000
Bottom
14,700
(a)
Surface
4,350
10: 40AH
I. id-depth
14,350
Bottom
14,400
(a)
3urfa.ee
6,250
10:50AL
Hid-depth
14,250
Bottom
14,600
Table 2 (continued) Tide cycle: high tide to one hour after
Parts per million
Date Position Stations
G 9 10 11 12
1938
Jan. 16 (a)
Surface
6,150
11:00Ah
Lid-depth
14,600
Bottom
14,550
(a)
Surface
4,000
11:10AK
Lid-depth
14,350
Bottom
14,550
(a)
Surface
2,100
11: 20AU
Lid-depth
15,750
Bottom
14,050
Jan. 17 (a)
Surface
8,300
11: 20AL
. id-depth
14,100
Bottom
15,400
(a)
Surface
9,300
11: 30AI.
hid-depth
14,100
Bottom
14,300
(a)
Surface
7,800
11:40/0
j--id-depth
1—1
V*
o
o
Bottom
14,900
(a)
Surface
7,400
11:50/0"
1 -id-depth
14,500
Bottom
15,300
(a)
Surface
9,300
12:00/iI.I
Lid-depth
15,200
Bottom
15,600
(a)
Surface
5,750
12:10PL1
Lid-depth
14,300
Bottom
14,700
(a)
Surface
5,300
12: 2 OR.'.
Lid-depth
13,700
Bottom
15,200
Jan. 18 (a)
Surface
4,200
12:10PL1
?. id-depth
15,500
Bottom
13,900
(a)
Surface
6,600
12: 20H -
1 .id-depth
13,750
3ottom
14,300
48
lable 2 (continued.)
Date
Position
'.lido cyclo: hif.h tide to one hour after
Parts per nillion
Stations
8 9 10 11 12
1938
Jan. 10 (a)
12: 30 Pi :
(a)
12: 40 PL
(a)
12: 50 PI
(a)
1: OOPI
(a)
1:10E
Jan. IS (a)
1:00FL
(a)
1:15HI
(a)
1:30FL
(a)
1: 45F'
Jan. 20 (a)
2: OOFL
(a)
2:15FL
(a)
Surface
I .id-clepth
Bottom
Surface
I. id-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
I.id-dep th
Bottom
Surface
I id-depth
Bottom
Surface
I id-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
2: 30 FL
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
14
Id
.5
14-
14
o
13
11-
3
13
14
2
13
14
3
12
12
0
(-J
12
13
1
10
15
2
Cl
13
1
10
12
1
S
11
10
300
000
600
-100
200
000
500
600
300
500
700
100
700
400
100
000
200
200
800
500
700
650
700
900
250
900
800
200
750
550
300
350
750
900
400
050
49
Table 2 (continued) Tido oyclo: hi.nh tide to one hour after
Parts per million
Date Position Stations
1938 C 9 10 11 12
Jan. 20 (a) Surface 1,100
2:45 PI:! Iid-depth 10,000
Bottom 11,550
•
Jan, 21 Surface 1,600
2:42PL(l2A) I id-depth 6,600
Bottom 11,800
Jan, 22 Surface 930
3:39FL'(l2A) Lid-depth 12,350
Bottom 13,400
Jan. 26 (a) Surface 8
7:15AL Lid-depth 5
Bottom 6
(a)
Surface
9
11dOAL
Lid-depth
6
Bottom
6
(a)
Surface
8
7:4 SAL
Lid-depth
6
Bottom
7
(a)
Surface
7
8:00AM
Lid-depth
8
Bottom
6
Jan, 27 (a)
Surface
5
8:OOAL
Llid-depth
5
Bottom
7
(a)
Surface
5
6:15AL
Lid-depth
3
Bottom
5
(a)
Surface
5
8:30 All
Llid-depth
5
Bottom
7
(a)
Surface
3
8: 4SAL
Liid-depth
5
Bottom
5
(a)
9: OOAI.
Surface
Lid-depth
B ottorn
5
3
5
50
Table 2 (continued)
Date
Position
Tido cycle: hijjh tide to one hour after
Parts per million
Stations
8 9 10 11
12
1938
Jan. 31
10:31AM(12A)
Surface
Mid-
Bottom
M id-depth
8
18
12
Feb. 1
11:10Ar(l2A)
Feb. 2 (a)
12: OOALi
12:15PM
(a)
(a)
12:30 Hi
(a)
12: 45PM
Feb. 3 (a)
12:30PM
12: 45PM
(a)
1:00PM
(a)
1:15PM
(a)
(a)
1: 30 PL'.
Feb. 4 (d)
1:05?I;(12A)
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
I lid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
; lid-depth
Bottom
Surface
Mid-depth
Bottom
9
3,900
11,650
7
5,300
11,900
6
6,000
12,400
7
2,700
12,200
32
6,500
5,550
38
3,300
7,000
31
3,250
8,200
37
4,550
8,400
10
500
8,700
5
5
5
5
5
7
51
Table 2 (continued.)
Date
Position
Tide cycle: high tide to one hour after
Parte per million
Stations
8 9 10 11
12
1938
Feb. 4 (a)
1:15 PL
(a)
1:30 PL
(a)
1: 4 5 PL
(a)
2: OOPLI
Feb. 6
2;39FK(12A)
Feb. 7
3:37PM(12A)
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
I .'id-depth
Bottom
Surface
I id-depth
Bottom
Surface
I'id-depth
Bottom
Surface
Lid-depth
Bottom
6
1,780
7,500
10
1,610
10,000
5
170
10,300
6
420
6,000
23
25
1,060
7
7
17
Feb. 8
5:05PL
Feb.11 (d)
7:26AM(12A)
(a)
7: 4 SAL
Feb.12
8: 24A!'(l2A)
Feb.13
10:1SAL(12A)
Feb.14 (d)
10:08AI'( 12A)
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
7
11
10,250
14
11,700
15,400
5
12
9,550
6
5,000
12,850
6
7
11
9
3,400
7,300
9
158
1,790
20
2,500
8,400
1,420
5,500
10,800
240
7,700
12,450
52
Table 2 (continued
Tide cycle:
hi li tide to one
hour after
Farts per million
Date
Position
Stations
8
9 10
11
12
1938
Feb. 14 (a)
10: 20 Aid
Surface
Lid-depth
Bottom
187
13,000
13,600
260
11,800
13,000
1,180
10,100
13,600
(a)
10:50/11
Surface
Lid-depth
Bottom
4-40
12,700
14,000
220
12,800
13,800
1,220
12,600
14,000
Feb. 15 (a)
11: 20 Aid
Surface
Lid-depth
Bottom
79
12,900
13,700
141
12,500
13,200
129
11,700
13,850
(a)
11:50AI.I
Surface
Lid-depth
Bottom
157
13,600
13,700
195
13,300
13,750
99
12,300
13,900
(d)
10: 58Ai :( 12A)
Surface
Lid-depth
B ott on
124
5,000
9,750
Feb. 16
11:44AII(12A)
Surface
Lid-depth
Bottom
15
93
4,300
Feb. 18
1:19R-(12A)
Surface
Lid-depth
Bottom
21
45
1,040
Feb. 19
2:09P."(l2A)
Surface
I lid-depth
Bottom
39
1,650
7,550
Feb. 20(a)
3: 15PL
Surface
Lid-depth
Bottom
1,140
13,050
13,800
(a)
o:30FL
Surface
Lid-depth
Bottom
1,650
12,900
14,100
(a)
3:45FL
Surface
Lid-depth
B ott on
980
13,550
14,300
(a)
4: OOH1
Surface
Lid-depth
U r>+-.+■. nm
880
13,900
1 •, ?nn
Table 2 (continued) Tide cycle:
hi.h tide to one hour after
Fur la per million
Date
Position
Stations
8
9 10 11
12
1938
Feb. 25 (d)
Surface
760
7:22AM(12A)
Mid-depth
9,900
Bottom
13,900
(a)
Surface
1,500
7:30AM
Mid-depth
13,000
Bottom
14,000
(a)
Surface
1,300
7:45AM
Mid-depth
12,700
Bottom
14,100
(a)
Surface
1,320
E:00AM
Mid-depth
13,200
Bottom
13,900
(a)
Surface
840
£:15AM
Mid-denth
13,900
Bottom
13,900
Feb. 26 (d)
Surface
480
8:09A11(12A)
i. id-denth
5,800
Bottom
13,000
(a)
Surface
1,350
8: 15^iLi
Lid-depth
12,950
Bottom
13,300
(a)
Surface
1,290
8:30AM
Mid-depth
12,650
Bottom
13,600
(a)
Surface
1,050
8:45AM
Mid-depth
12,900
Bottom
13,900
(a)
Surface
850
9:00AM
Mid-depth
13,400
Bottom
12,700
(a)
Surface
810
9:15.J"
I id-depth
13,200
Bottom
13,800
Feb. 27 (d)
Surface
980
8:50AM(12A)
Mid-depth
7,200
Bottom
12,400
Table 2 (continued)
Tide cycle:
hi h tide to one
hour after
Parta par million
Date
Position
Stations
8
9 10
11
12
1938
Feb. 27 (a)
9:00 AL
Surface
Fid-depth
Bottom
1,660
12,000
12,500
(a)
9:15AK
Surface
Fid-depth
Bottom
1,380
11,500
12,800
(a)
9:30AL"
Surface
Fid-depth
Bottom
1,380
12,550
13,200
(a)
9: 45AL" .
Surface
Fid-depth
Bottom
1,470
12,650
13,400
Feb. 28 (d)
9: 2SAl '(l2A)
Surface
Lid-depth
Bottom
760
1,080
10,900
(a)
9:45A11
Surface
I. id-depth
Bottom
420
11,650
11,950
820
10,700
11,700
840
9,750
12,200
Far. 1 (d)
10: 05AL.( 12A)
Surface
Fid-depth
Bottom
5,500
7,200
10,500
(a)
10: 20a:,;
Surface
Lid-depth
Bottom
3,100
11,400
10,700
4,600
11,500
11,600
6,300
11,200
11,800
Far. 2
10:44A11 (12A)
Surface
Lid-depth
Bottom
2,550
3,050
5,800
Far, 3
11: 20.-J-: (12A)
Surface
1 id-depth
Bottom
420
420
1,400
Far. 4
12:COAL (12a)
Surface
Lid-depth
Bottom
900
6,900
10,500
'• ar, 5
12:4211 (12A)
Surface
; :id-depth
Bottom
1,700
6,500
11,200
55
Table 2 (continued) Tide cycle:
Date
Position
8
1938
bar. 6 (a)
1:33PM
Surface
Mid-depth
Bottom
56
340
5,800
(d)
1:58PM (12A)
Surface
M'd-depth
Bottom
Ear. 7 (d)
2:50PM (12A)
Surface
Mid-depth
Bottom
(a)
3:05PM
Surface
liid-depth
Bottom
54
900
6,950
Mar. 11 (a)
6:14AM
Surface
Hid-depth
Bottom
4,000
11,650
14,150
(d)
6:39AM (12A)
Surface
Mid-depth
Bottom
Mar. 12 (a)
7:20AM
Surface
Mid-depth
Bottom
1,850
13,150
13,600
(d)
7:43AM (12a)
Surface
Mld-dcpth
Bottom
Mar. 13 (a)
8:15AM
Surface
Mid-depth
Bottom
1,400
13,700
14,050
(d)
8:41AM (12A)
Surface
Mid-depth
Bottom
Mar, 14
9:04AM (12A)
Surface
Mad-depth
Bottom
Mar. 15
9:52AM (12A)
Surface
1 id-depth
Bottom
hi,h tide to one hour after
Parts per million
Stations
9 10 11 12
131
79
720
260
8,800
5,600
85
380
4,200
107
390
4,700
98
153
2,500
4,750
7,400
7,300
7,500
4,900
11,100
11,450
13,600
12,050
1,040
6,150
11,550
3,650
2,850
11,900
11,950
12,900
13,000
3,650
10,850
13,450
2,100
15,000
13,850
2,600
10,800
13,750
760
7,450
12,750
1,450
11,750
14,650
56
Table 2 (continued) Tido cycle: hi,h tide to one hour after
Parts per million
Date Position Stations
8 9 10 11 12
1938
liar. 16
Surface
340
10: 5CAT (12A)
Lid-depth
3,600
Bottom
12,650
Lar. 17
Surface
690
11:2 3A1 (12A)
Lid-depth
4,700
Bottom
12,700
Lar. 18
Surface
330
12:07PH (12A)
Lid-depth
1,900
Bottom
7,450
liar. 19
Surface
25
12: 53R& (12A)
Lid-depth
260
Bottom
6,600
lar. 20
Surface
240
1: 39PI' (12A)
Lid-depth
990
Bottom
9,350
liar. 21
Surface
46
2: 3 IPX.: (12A)
Lid-depth
1,360
Bottom
1,000
i £.r a 22
Surface
9
3: 27PL (12A)
Lid-depth
109
Bottom
4,200
far. 26
Surface
2
S: 432!'. (12A)
Lid-depth
2
Bottom
3
liar. 27
Surface
2
7: 4522-.
I id-depth
1
Bottom
1
(a)
Surface
1
8:0022.':
i. id-depth
1
Bottom
1
(a)
Surface
1
8:15 A"
Lid-depth
2
Bottom
2
(a)
Surface
2
8: 3021
1 id-depth
3
Bottom
2
57
Table 2
(continued)
Tide cycle:
h i. h t i i
ie to one hour after
Purl
• 3 nor million
Date
Position
Stations
8
9
10 11
12
1D38
r.ar. 28
(d)
Surface
3
6: MAI.
: (12A)
Lid-depth
2
Bottom
1
(a)
Surface
3
1
81 1
3
E:40AI
...id-depth
2
1
1 1
1
Bottom
3
2
2 4
19
liar. 29
(a)
Surface
2
9: OOAi
Lid-depth
5
Bottom
3
(a)
Surface
2
9:1522.
Lid-depth
3
Botton
2
(a)
Surface
2
9:3012
I. id-depth
3
Bottom
P7
O
(a)
Surface
2
9:4522.
Lid-depth
2
Bottom
3
(a)
Surface
3
10:0022
Lid-depth
2
Bottom
2
' ar. 30
Surface
3
0 : 3522:
(122.)
I id-depth
2
Bottom
3
Lar. 31
(d)
Surface
6
10:1422.:
(1220
7 id-depth
4
Bottom
6
(a)
Surface
3
5
3 4
3
10:3522
I id-depth
29
8
3 3
3
Bottom
8,750
8,150
101 2,020
3
2uir. 1
(d)
Surface
5
10 : 5422
(12A)
Lid-depth
5
Bottom
8
(a)
Surface
,1
o
8 9
5
11: 1522.
1 id-depth
o
/->
0
4 4
9
Bottom
10,650
8,200
410 4,200
9
Table 2 (continued)
Tide cyclo:
hi;;,h tide to one
hour after
Parts per million
Date
Position
Stations
8
9 10
11
12
1938
Apr. 2
Surface
5
11: 3 8 All (12A)
!i id-depth
5
Boitom
7
Apr. 3 (d)
Surface
4
12: 23PI1.: (12A)
Aid-depth
6
Bottom
7
(a)
Surface
7
3 4
4
6
12:45PM
Lid-depth
31
400 3
6
5
Bottom
5,550
1,500 78
2,050
10
Apr. 4 (d)
Surface
9
" 1: 14PI1 (12A)
Lid-depth
8
Bottom
9
(a)
Surface
4
4 4
6
9
l:35Ri
I ."id-depth
6
5 5
5
7
Bott era
8,050
6,150 5
4,700
9
Apr. 5 (d)
Surface
5
2:11 PL (12A)
Lid-depth
7
Bottom
11
(a)
Surface
o
K/
3 4
11
6
2; 3 5 PL'"
1 "id-depth
20
225 5
7
7
Bottom
6,600
7,000 5
2,500
19
Apr. 6 (d)
Surface
7
3-. 15Pi: (12A)
Kidrdepth
10
Bottom
10
(a)
Surface
6
500 5
9
8
3:40Pi.
Lid-depth
12
22 8
G
8
Bottom
5,450
10,600 9,250
11,800
8
Apr. 7 (d)
Surface
21
4: 20P1 (12A)
Lid-depth
54
Bottom
10,300
(a)
Surface
29
17 15
15
10
4:45R:
Lid-depth
2,300
2,200 4,100
1,080
13
Bottom
12,500
12,100 3,750
6,950
2,650
Apr. 11 (d)
7:5411.: (12A)
Surface
I: id-depth
Bottom
15
55
5,600
59
Table 2 (continued) Tide cycle; hi;h tido to one hour alter
Pur to per rail lion
Date Position Stations
8
9
10
11
12
1938
Apr. 11 (a)
Surface
14
14
26
14
15
8:15 All
Kid-depth
7,200
4,600
650
1,040
99
Bottom
11,900
11,500
10,650
4,650
2,750
Apr. 12 (d)
Surface
11
8:47AI" (12,.)
Lid-depth
13
Bottom
14
(a)
Surface
11
11
11
9
11
9:15A7'
Lid-depth
2,750
1,650
334-
770
13
Bottom
10,750
10,400
8,550
950
13
Apr. 13 (d)
Surface
15
9:5SAi: (12A)
Ad-depth
25
Bottom
440
(a)
Surface
12
13
13
11
13
9: 55AI:
I-"id-depth
9,950
4,350
510
3,250
40
Bottom
11,050
0,150
3,900
9,100
700
Apr. 14
(d)
Surface
17
10; 17__
(12,0
I. id-depth
18
Bottom
90
(a)
Surface
11
9
12
11
27
10:10 A.
Lid-depth
208
18
43
12
29
Bottom
10,850
10,650
9,700
5,150
63
;.pr. 15
Surface
7
11: OLA.
' (12A)
I. id-depth
13
Bottom
17
.pr. 16 Surface 4
11:44^'" (12A) Kid-depth 4
Bottom 7
Apr. 17 (a) Surface 2
12:30P: id-depth 3
Bottom 7
(a)
Surface
3
3
3
5
1: 25E
Lid-depth
3
4
3
5
Bottom
2,200
3
640
3
~pr. 16 (d)
1:12F. (12A)
Surface
Kid-depth
Bottom
7
6
5
Table 2 (continued)
Tide cycle:hinh tide to one hour after
Parts nor Million
Date
Position
1938
Apr. 18 (a)
1: 3 5 PL :
Apr. 19 (d) Surface
2:02PI(12A) I id-depth
Bottom
10
Surface
9
7
3
Kid-depth
5
r?
o
1
Bottom
3
3
7
w
11
(a)
Surface
3
2
2
2: 25E.
Kid-depth
5
2
9
Bottom
9
2
S
Apr. 20 (d) Surface
2:56PM (12A) Kid-depth
(a)
3-.20PL
Apr. 23 (a)
" 5: OOAJ:
5:15 A
(a)
(a)
5: 3 OA
: 4 5 A
6:00;
(a)
(a)
Apr, 24 (a)
6: OOAh"
6:15A
(a)
Bottom
Surface
Kid-depth
Botton
Surface
l,:id-depth
Bottom
Surface
Kid-depth
Bottom
Surface
: .id-depth
Bott an
Surface
Kid-depth
Bottom
Surface
1 id-deoth
■L
Bottom
Surface
K. id-depth
Bottcm
Surface
Kid-depth
3 ott am
2
6
15
3
3
4
2
2
r?
0
2
1
2
2
3
2
2
2
3
3
9
2
4
2
2
1
2
2
1
4
61
Table 2 (continued) Tide cycle: hi h tide to one hour after
A.-.rts per million
Date Position Stations
8 9 10 11 12
1938
Apr. 24 (a)
Surface
5
G: 3 OA"
I id-depth
2
Bottom
3
(a)
Surface
2
6: 45.il.
; .id-depth
2
Bottom
2
(a)
Surfo.ce
6
7:00 A] I
1 "id-depth
2
Bottom
2
Apr. 25
Surface
3
8
3
A
3
* 7:10AI
Aid-depth
2
2
2
3
3
Bottom
2
2
2
o
u
2
Apr. 26
Surface
2
2
1
2
2
7: 5 5 A:
I id-depth
3
1
2
2
2
Bottom
5
5
3
3
4
Apr. 27 (a)
Surface
4
8: 3Oil:
i "id-depth
4
Bottom
1,040
(a)
Surface
5
8:45Ai
i'id-depth
8
Bottom
7,300
(a)
Surface
9: OOA1 .
. id-depth
9
Bottom
3
(a)
Surface
9,200
9:15A3:
Aid-death
6
Bottom
5
Apr. 28 (a)
Surface
4
9:15AA:
Aid-death
15
Bottom
9,750
(a)
Surface
q
9:30AII
: "id-depth
51
Bottom
9,800
(a)
Surface
9
r . a a;
kJ * 'JJ. —
Lid-depth
19
10,050
62
Table 2 (continued) Tide cycle; hi h tide jo quo hour after
Prior; por .million
Date Position stations
8 9 10 11 12
1938
Apr. 28 (a) Surfaco 8
10:00.4. Aid-depth 6
Bottom 10,450
Apr. 29 Surface 32
9:46x1" (12A) Aid-depth 320
Bottom 6,950
Apr. 30 (a) Surface 57
10:45AA Aid-depth 6,650
Bottom 11,850
(a) Surface 39
11:00.x;. Aid-depth 11,400
Bottom 12,000
(a) Surface 138
11:15AK Aid-depth 10,050
Bottom 12,650
(a) Surface 37
11:30 Aid-depth 7,450
Bottom 12,800
I'".ay 1 (a) Surface 15
11:30AA Aid-depth 170
3otton 6,350
(a) Surface 18
11:45A!' I id-denth C, 600
Bottom 11,850
(a) Surface 18
12:OOAA Aid-depth 6,450
Bottom 12,150
lay 1 (a) Surface 13
12:15PA Aid-depth 7,200
Bottom 12,250
Aay 2 (a) Surface 130
12:15PA Lid-depth 6,700
Bottom 10,450
(a) surface 67
12:30PS. 1.id-depth 4,950
Bnt.t.nn 10,900
Table 2 (continued.)
Date
Position
Tide cycle: hiph tide to ono hour after
I'-rtfl per million
btations
8 9 10 11
12
1938
Hay 2 (a)
12:45PM
(a)
1:00PK
May 3 (a)
1:15PM
(a)
1:30R:
(a)
1:45PM
(a)
2:00PM
May 4 (a)
2:19PM
(a)
3:04PM
May 5 (a)
3:15PM
(a)
3: 30PI
(a)
3:45FU
(a)
4: OOP!..7
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surfo.ce
Mid-depth
Bottom
Surface
i id-depth
Bottom
Surface
Mid-depth
Bottom
Surfo.ce
Mid-depth
Bottom
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Lid-depth
Bottom
3,350
C, 550
12,700
93
7,600
11,400
151
6,800
11,650
118
11,100
12,000
133
11,900
12,300
140
12,450
12,600
174
9,850
12,700
230
9,500
11,800
300
12,700
12,850
350
12,950
13,100
350
13,050
13,450
370
12,950
13,650
280
9,250
12,100
250
7,450
12,500
260
310
3,850
650
1,060
10,900
Table 2 (continued) Tide cycle: hi h tide to on© hour after
Farts per Million
Date Position Stations
8 9 10 11
1930
iay 6 (a)
Surface
1,780
4:15 Pi.
I "id-depth
10,200
Bottom
9,650
(a)
Surface
1,450
4:3 OK.
Lid-depth
9,550
Bottom
9,750
(a)
Surface
2,000
4:45PI.
Lid-depth
10,200
Bottom
11,250
(a)
Surface
3, S00
5: OOP!:
. id-depth
10,800
Bottom
10,000
Lay 7 (a)
Surface
360
5:15K.
Lid-depth
10,200
Bottom
10,250
(a)
Surface
270
5:30PL
Lid-depth
9,450
Bottom
10,050
(a)
Surface
250
5:45PL
Lid-depth
9, 2o0
Bottom
10,000
(a)
Surface
670
6:OOPL
Lid-depth
9,950
Bottom
10,400
Lay 8 (a)
Surface
5,950
5: 45LL
Lid-depth
11,050
Bottom
10*800
(a)
Surface
2,150
6:00;i.:
Lid-depth
11,150
Bottom
11,600
(a)
Surface
1,650
6:15AL
Lid-depth
10,800
Bottom
11,200
(a)
Surface
2,600
6:3071:
Lid-depth
11,000
Tin-h-hrim
15,650
6
C
Table 2 (continued) Tide cycle: hi, h tide to one hour after
]arts per nillion
Date Position Stations
8 9 10 11 12
1938
liny 9 (a) Surface 1,650
6:45 Mid-depth 10,600
Bottom 12,400
(a) Surface 2,750
7:00AI1 !'id-depth 11,600
Bottom 12,450
(a) Surface 4,650
7:15 AT LI id-depth 12,500
Bottom lo,400
(a) Surface 6,050
7:30id' Mid-depth 11,650
Bottom 12,000
hay 10 (a) Surface 9,300 1,200
7:51AII Lid-depth 12,200 10,300
Bottom 13,050 12,r>00
(a) Surface
C;36AL Lid-depth
Bottom
hay 11 Surface 750 1,110
9:42.11 _ lid-depth 12,500 12,400
Bottom 13,400 13,450
liny 12 Surface 5,000 5,000
9:30AL iiid-depth 7,850 8,100
Bottom" 10,750 12,900
hay 13 Surface 1,800
10:00.1b Lid-depth 8,900
Bottom 12,100
(a) Surface 1,950
10:1552 Lid-depth 9,650
Bottom 12,750
(a) Surface 1,230
10:30. j. Lid-depth 11,100
Bottom 13,200
(a) Surface 1,920
10:45AL bid-depth 11,750
Bottom 15,250
2,700
1,640
940
12,100
10,900
4,200
12,500
13,000
10,050
1,000
4,450
12,650
1,300
1,300
1,700
12,650
13,000
3,650
13,500
14,000
12,100
1,150
950
750
7,450
7,300
6,700
13,300
13,200
13,500
66
Table 2 (continued)
Tide cycle: hi, h tide to one hour after
Bai ts per million
Date
Position
Stations
e
9 10 11
12
1938
I Cay 14
10: 40AI.C (12A)
Surface
Lid-depth
Bottom
590
8,300
9,800
hay 15
11:22.11" (12A)
Surface
Lid-depth
Bottom
1,700
1,950
9,700
Lay 16
12:05PIC (12A)
Surface
Lid-depth
3ottom
202
2,840
9,000
ICay 17
12:50?i: (12A)
Surface
Lid-depth
Bottom
11
16
21
Lay 18 (a)
1:51PL
Surface
Lid-depth
Bottom
27
450
11,350
2-1- 8 12
51 61a 15
10,350 7,550 4,000
19
20
24
(a)
2: 36PL
Surface
Lid-depth
Bottom
43
82
330
Lay 19
2: 23ri: (12A)
Surface
I "id-depth
Bottom
32
300
2,920
ICay 20
5:15PIC (12A)
Surface
Lid-depth
Bottom
155
940
6,650
i.ay 21
4: 05E. (12A)
Surface
-.id-depth
Bottom
74
5,350
11,500
Lay 22
4:11PL (12A)
Surface
Lid-depth
Bottom
320
820
8,750
Lay 23
5:06AI. (12A)
Surfo.ce
I id-depth
Bottom
230
2,480
10,450
Lay 24
5:59.1- (12A)
Surface
aid-depth
Bottom
294
450
6,800
67
Table 2 (continued) Tide cycle: hi h >iuo to one hour after
Parts per million
Date Position Stations
6 9 10 11 12
1938
Hay 25
Surface
17
6:51.11: (12A)
Lid-depth
12
Bottom
15
Hay 26
Surface
22
7:41J (l2A)
I id-depth
1,060
Bottom
3,850
May 27
Surface
1,930
8:31.2' (12A)
1 "id-depth
19
Bottom
5,700
May 28
Surface
64
9:20/22 (12A)
Lib-depth
2,300
Bottom-
7,950
Lay 29
Surface
53
10:11 AI2 (12A)
Mid-depth
4,250
Bottom
10,500
May 30
Surface
3*0
11:01222 (12A)
Mid-depth
6,000
Bottom
12,500
Lay 31
Surface
770
11: 5412.: (l2A)
I .id-depth
2,750
Bottom
9,100
June 1
Surface
1,660
12: 51P1J (1220
Lid-depth
9,100
Bottom
12,600
June 2
Surface
1,900
1:48PL (12/0
Mid-depth
5,700
Bottom
10,900
June 3
Surface
2,650
2:4SPL (1210
Mid-depth
5,100
Bottom-
11,000
June 4
Surface
3,050
3:51PK (12A)
Lid-depth
11,550
Bottom
12,800
June 5
Surface
4,050
4:52PL (12A)
Mid-depth
13,150
l a Ann
68
Table 2
(c outin
ued)
Tide cycle:
hi h tide
lhuto
to one hour after
per Million
Date
Position
8
9
Stations
10 11
1938
June 6
5; 14, 5!
Surface
I.'id-dep oh
Dotton
3,000
11,350
12,400
6,300
11,700
12,900
June 7
6:15.5.
Surface
''id-depth
Dotton
2,850
12,700
13,100
3,300
10,1-00
12,500
July 8
8:41.5
(9,5)
Surface
i id-depth
Dotton
2,300
11,400
13,750
July 10
10:11.5
(9A)
Su.rfo.ce
I Ad-depth
3ottom
3,750
12,200
14,400
July 11
10: 5 Li.
(9A)
Surface
' .id-depth
Boteon
5,100
14,100
14,350
July 12
11: 3655'
(9A)
Surface
. .id-depth
Dotton
5,250
14,200
14,850
July 13
12:06 Ph
(9A)
Surface
hid—depth
Dotton
2,050
14,450
14,500
July 14
12: 01 PI:
(SA)
Surface
1 id-depth
Dotton
1,850
11,400
13,400
July 15
1: 21P1:
(9A)
Surface
I lid-depth
B ott on
1,350
10,600
13,500
July 16
2:01 .
(9A)
Surface
I id-depth
Dotton
1,450
13,250
13,950
July 17
2: 4lit.
(9A)
Surface
J lid-depth
2,000
14,000
12
Dotton
July 1C
3:16?: (9A)
Surface
j .id-depth
6,850
15,200
15,400
69
T al; 1 e 2 (c ont inue d)
Date
tide cyclo: hi h tiue to one hour after
fi.i'tg nor nillion
Position Stations
e o 10 li
12
1938
July 19
4: OS PL (OA)
July 20
4: 2GPl.i (9A)
July 21
5:31?: (9A)
July 23
7: 3 LA
July 24 (d)
7:4 5 Ah (12A)
(a)
8: OLA (9A)
July 25 (d)
8:49.2" (12A)
(a)
9: 06.A (GA)
ourrace
: 'id-depth
-J o ^ v on
ourface
I "id-depth
Bottom
Surface
x '.id-depth
Bottom
■ t d-den~1 ^
ourrace
id-ceoi
Bottom
Surface
Lid- opl
Bottom
our f ace
ouriace
Lid-depth
4,150
14,500
11,800
1,100
C,950
12,700
1,100
7,400
12,700
11
10
13
7
9
9
9
5
6
July 26 (d)
9:3 5.A (12..)
(a)
10:15.2 (9.0
July 27 (d)
10:302x15 (12A)
(a)
11: 05 A!" ' ( 9 A)
•Surface
i id-depth
Bottom
Surface
Lid-depth
Surface
Lid-depth
Bottom
Surface
3'"id-depth
a ^
5
5
14
25
110
10,550
6
7
10
15
500
70
Table 2 (continued)
Tide cycle: hi. h tide to one hour after
Ihu If ">er /'.illion
Date
Position
10
11
1908
July 28 (d)
11: 2lhJ ". (12;.)
(a)
12:OOP! (9-0
July 29 (d)
12:11?] (12.0
(a)
12:55PI (?;0
July 30 (d)
1:04FL (12.x)
(a)
1:50?]. (9A)
July 31 (d)
1: 58?i ■ (12ix)
(a)
2:40?] (9,0
-,u . 1(d)
2:56?]] (I2.l)
(a)
3:30?1 (C.'O
,;u._. 2 (d)
3:53?.: (12?)
(a)
4: 25E.. (9n)
Surface
Pin-depth
tot torn.
Surface
'id -depth
J otto, a
Surface
]id-depth
1st ton
Surface
id-depth
Jo ticca
Surface
Lid-depth
Jottora
Surface
] id-depth
Jottora
Surface
Lid-depth
Jotton
Surface
uuriace
; .id-Low th
Jottoia
ouri ace
id-depth
Jottora
Surface
id-clepth
Jottora.
Surface
I id-depth
Jottora
1,482
10,200
12,100
480
9,450
13,450
550
3,500
14,000
35
A
10,500
263
730
10,700
40
3,850
12,350
12
52
1,250
9,300
300
4,300
11,170
104
2,800
10,700
9
11
15
1,010
4,100
50
490
9,150
71
Table 2 (continued) Tide cyclo: hi'h tide to 0110 hour after
darts per . d 11ion
date Position Stations
1938
U'
9 10 11 12
lug. -3 (d) Surface 83
4:52PI5 (12..) aid-depth 850
Bottom 10,000
(a) Surface 77
5:15PL" (CLi) 1 Id-ac^th l,dJG
Bottom 12,150
.ug. 4 (d) Surface 10
5:20.\I.r (12.0 Bid-depth 11
Bottom 14
yo
(a) ourface
S:05?B (5—) aid-depth 1,950
cotton 10,900
..v a. 5 Surface G
?: 5555 (9.0 1 id-dep bh 29
Bottom C,000
-.ug. 6 (d) Surface 41
7:21.5. (125.) ..id-depth 1,600
Bottom 8,950
, Surface 78
8:155.' (S..) id-depth 4,500
Bottom 11,550
. 7 (d) Surface 400
8:1255' (125.) ..id-depth 6,650
Bottom 9,700
Surface 600
t: 505J1 (95.) If id-depth 5, C 50
Bottom 12,100
.' . 8 (d) Surface 460
C: 5555. (125.) - id-depth 6,750
Bottom 11,000
Surface 930
9:4055 (9..) . id-depth 11,350
13,150
-.ur. 9 (d)
9:36.5 (12.5)
Surface
id-depth
U /-.H- -t-
610
7,800
11,000
72
Table 2 (continued) Tide cycle: hi h bide to one hour after
larta per Million
Date Position stations
G G 10 11 12
1938
..ug, 9 Surface 1,750
10;30;J" (OA) Lid-depth 7,300
Bottom 13,900
;-ug. 10 (d) Surface G60
10:11AL! (I2f0 Lid-depth 4,950
Dotton 12,500
(a) Surface 1,790
10:55 Ai.: (9.0 Lid-depth 9,100
Dotton 12,100
.lug, 11 (d) Surface 1,550
10: 47.1" (123.) ! id-depth 6,800
Bottom 9,150
(a) Surface 1,280
11:00.1- (91-) Lid-depth 9,250
Dotton 11,950
.-ug,. 12 (d) Surface 95
11:24AL (12.1) Lid-depth 3,160
Dotton 7,950
(a) Surface 530
12:0011.; (9A) i id-depth 7,300
Dotton 12,450
.lug. 13 (d) Surface 410
12:00111 (12.1) Lid-depth 7,850
Bottom 12,350
(a) Surface 670
12:5GPL (9m.) Lid-dopth 7,300
uotton 13,250
.lug. 14 (d) Surface 1,020
12:38.1". (12.1) j.;id-depth 6,450
Dotton 9,850
(a) Surface .1,200
1: 20L (9.1) L id-depth 12,500
Bottom 14,300
..ug. 15 (d) Surface 2,350
1:16PL (12.1) j;id-depth 11,000
-a** 13,750
73
Table 2 (continued) Tide cycle: hi h tide to one hour after
hM-ta per rail lion
Date Position Stations
8 9 10 11 12
1938
Aug. 15 (a) Surface 2,450
2:00PA Aid-depth 15,500
Bottom 14,400
..up. 16 (d) .Surface 2,110
1: 59Hi (12.1) Aid-depth 5,400
Bottom 11,550
(a) Surface 6,150
2:51 PI-.' Aid-depth 12,300
Bottom 14,450
..ug. 17 (d) Surface 1,360
2:5lPk (12.0 Aid-depth 12,100
Bottom 13,700
(a) Surface 3,100
3:05PA Aid-depth 13,450
Bottom 13,400
Aug. 18 (d) Surface 1,330
3:46PL (12A) Aid-depth 10,400
Bottom 11,650
(a) Surface 2,400
4:2514 Aid-depth 14,000
Bottom 14,500
..ug. 19 (d) Surface 2,250
4:48PI. (12.'.) Aid-depth 12,150
Bottom 14,250
(a) Surface 2,200
5:35PI i id-depth 14,800
Bottom 14,650
i.up. 20 (d) Surface 2,350
5: 53PA (12..) i id-depth 12,800
Bottom 14,350
(a) Surface 2,550
6:45PI Aid-depth 14,050
Bottom 14,450
..ug, 21 (d) Surface 1,030
6:53.'s] (12A) Aid-depth 3,850
Bottom 6,250
74
Table 2 (continued) Tide cycles hi h Side to one hour after
j'urtn por million
Date Position Stations
8 9 10 11 12
1938
Aug. 21 (a) Surface 1,600
7:05A1. Aid-depth 12,450
Bottom 13,850
Aug. 22 (d) Surface 1,480
7:54AT (12A) lid-depth 9,400
Bottom 13,300
(a) 3urfo.ee 2,350
6:25AT fid-depth 13,250
Bottom 14,400
Aug. 23 (d) Surface 2,500
8:50AI: (12A) fid-depth 11,200
Bottom 14,450
(a) Surface 3*050
9:20AI: (9A) I id-depth 13,000
Bottom 13,100
Aug. 24 (d) Surface 3,250
9:42.iT. (123.) lid-depth 7,350
3ottom 14,100
(a) Surface 4,150
9:45/13 (93.) I id-depth 12,150
Bottom 14,350
Aug, 25 (d) Surface 3,700
10:33/1: (12A) fid-depth 13,900
Bottom 15,000
(a) Surface 4,300
ll:05Af (9A) fid-depth 13,400
Bottom 15,400
Aug. 26 (d) Surface 4,100
11:23,1 (12/.) lid-depth 14,150
Bottom 15,150
(a) Surface 5,750
11:50/1" (9A) fid-depth 14,650
Bottom 15,850
Aug. 27 (d) surface 4,430
12:10PI (12/.) lid-depth 14,650
1/,250
75
Table 2 (continued)
Date
Tide cycle: hifth tido to one hour after
.rts par million
Position 3tat ions
G 9 10 11
12
1938
hup. 27 (a)
Surface
7,
050
12: 35P1.
(9.-)
I. id-depth
14,
650
Dotton
15,
750
28
(d)
Surface
12: 59PL
(121.)
: .id-depth
Bottom
(a)
Surface
3
700
1: 3 OPT;
(91.)
I., id-depth
O
O
800
Bottom
11
700
po
j.i.U'. « Ui\s
Surface
12
050
2:05PL
(91.)
fid-depth
Id¬
450
Bottom
le
750
-u=.. 50
Surface
5
250
5: OOP.
(91.)
I id-depth
15
400
Bottom
15
750
-a-:, 31
Surface
4
S50
3:55?;
(9-1)
I id-depth
14
250
Bottom
14
650
Sept. 1
Stir face
l
900
4: 50 R
(91.)
...id-depth
10
450
Bottom
J. 2
600
Scot. 2
Surface
3
650
5: 4 1R
(91.)
I. id-depth
11
500
Bottom
11
900
Sept. 3
Surface
0
750
6:40.u
(9-1)
i id-depth
7
550
Bobtorn
13
400
Sept. 4
Surface
3
050
7:45.1!
(91.)
i. id-depth
0
500
Bottom
13
100
Sept. 5
Surface
/i
'X
200
C:40ij;
(91.)
J id-depth
12
400
Bottom-
14
450
Seot. 7
Surf ace
12
500
9: 55.1
(9-1)
I id-depth
15
800
Bottom
14
700
2,il0
12,100
13,500
Tabic 2 (continued) Tide cycle: hi"h lido to one hour aft
T n bo nor million
Date Position Stations
8 9 10 11
1936
Sept, 8
Surface
6,950
10:3SAL'
: (DA)
I'lid-depth
12,700
Bottom
14,700
Sept. 9
Surface
5,200
11:0512
(OA)
I id-denth
14,900
Bottom
13,400
Sept.10
Surface
8,850
11: 3012'
(OA)
Aid-depth
13,700
3ottom
14,900
Sept.11
Surface
9,750
12:05 PL-
(SA)
:-id-deuth
14,500
Bottom
15,550
Sept. 12
Surface
11,650
12: 20 PI-
(9-0
Lid-depth
15,650
Bottom
16,150
Sept.13
(9A)
Surface
10,400
1:10.2
1 id-depth
14,350
Bottom
1j,500
Sent.14
Surface
13,800
2:00E'
' (9-0
I id-depth
16,050
Bottom
16,200
Sept.15
Surface
4,500
3:15 R:
(OA)
Aid-depth
14,200
Bottom
14,800
Sept.16
Surface
2,000
o
o
U-i
(OA)
i id-depth
13,450
Bottom
J.5,250
Sept.17
Surface
2,500
5:30?;
(OA)
5 id-depth
11,000
Bottom
15,500
Sept.18
(a)
Surface
3,900
5: 55-5
(OA)
i id-depth
3,600
Bottom
12,850
(a)
6:05.-A
Surface
I . id-d^pth
n n'j-1- nm
700
12,900
11,300
2,450
12,100
1 t, 750
77
Table 2 (continued)
Date
lido cycle: hi'/'i tide to one hour after
i'-mts por million
Position Stations
8 9 10 11
12
1938
Sept.19
5: 14.:
(d)
(12-1)
(a)
6: 50ill' (9.1)
Sept.20
7:14;:
6:10;j
(d)
(12.1)
(a)
(9.1)
Surface
I id-depth
Bottom
Surface
Iid-dcoth
Surface
. id-depth
Bottom
Surface
Lid-depth
Bottom
1,250
4,050
11,550
14
90
173
9,000
24
24
50
Scot.21
8:06.1
(12.1)
ourrace
I .id-depth
Bottom
5
6
Sept.22
9:06.1
Sept.26
!: OOF!'.
Surface
(l2.l) Lid-depth
Bottom
Surface
1 'id-depth
(S-.)
10
10
6
Sept.28
2:15 Pi
(9-0
ouri aco
. .id-depth
Bottom
17
3
6
Sept.29
2:45E"
(9-1)
Surface
i -id-depth
.•ocuon
o
4
A
Sept.30
4:15?;
(S-l)
burx ace
I .id-depth
Bottom
28
240
1,040
Table 3 Tide cycle: 1-2 hours after high tide
harts per million
Date Position Stations
8 9 10 11
1937
Nov. 16 (a)
Surface
7
9:34AK
Mid-depth
5
Bottom
11
(a)
Surface
7
9:44AM
Mid-depth
7
Bottom
9
(a)
Surface
7
9:54AM
Mid-depth
9
Bottom
7
(a)
Surface
7
10:04AM
Mid-depth
7
Bottom
5
(a)
Surface
7
10:14AM
Mid-depth
5
Bottom
7
(a)
Surface
5
10:24AM
Mid-depth
5
Bottom
5
Nov. 17 (a)
Surface
13
10:26AM
Mid-depth
33
Bottom
69
(a)
Surface
11
10:41AM
Mid-depth-
105
Bottom
163
(a)
Surface
11
10:5 6 Alii
Mid-depth
121
Bottom-
280
(a)
Surface
19
11:11AM
Mid-depth
81
Bottom-
137
(a)
Surface
117
11:26AM
Mid-depth
77
Bottom
121
Nov. 18 (a)
Surface
91
11:15AM
Mid-depth
6,950
Bottom
7,600
Table 3 (continued)
Tide cycle: 1-2 hours after high tide
Date
1937
Nov. 18 (a)
11:30AM
(a)
11:45AM
(a)
12:OOAM
(a)
11:45PM
(a)
12:00PM
Nov. ID (a)
12:15AM
(a)
12:00AM
(a)
12:15PM
(a)
12:30PM
(a)
12:45PM
Nov. 20 (a)
12:45PM
(a)
1:00PM
Parts per million
Position Stations
8 9 10 11
Surface
5,300
Mid-depth
230
Bottom
6,700
Surface
55
Mid-depth
1,060
Bottom
1,480
Surface
5,800
Mid-depth
1,640
Bottom
2,360
Surface
17
Mid-depth
93
Bottom
5,300
Surface
11
Mid-depth
61
Bottom
5,100
Surface
36
Mid-depth
820
Bottom
1,500
Surface
113
Mid-depth
8,000
Bottom
8,500
Surface
1,380
Mid-depth
3,800
Bottom
9,300
Surface
93
Mid-depth
9,000
Bottom
8,400
Surface
89
Mid-depth
8,100
Bottom
7,300
Surface
990
Mid-depth
12,700
Bottom
13,100
Surface
900
Mid-depth
4,400
Bottom
12,350
Table 3 (continued)
Tide cycle: 1-2 hours after high tide
Date
1937
Nov. 20 (a)
1:15PM
(a)
1:30PM
Nov. 21 (a)
12:45PM
(a)
1:00PM
(a)
1:15PM
(a)
1:30PM
Nov. 22 (a)
2:45PM
(a)
3:00PM
Nov. 23 (a)
3:30PM
(a)
3:45PM
(a)
4:00PM
(a)
4:15PM
Parts por million
Position Stations
8 9 10 11
Surface
1,110
Mid-depth
9,900
Bottom
11,950
Surface
360
Mid-depth
2,150
Bottom
10,200
Surface
290
Mid-depth
3,600
Bottom
13,050
Surface
590
Mid-depth
4,950
Bottom
13,500
Surface
610
Mid-depth
5,400
Bottom
13,4-50
Surface
230
Mid-depth
1,020
Bottom
13,400
Surface
320
Mid-depth
8,300
Bottom
9,400
Surface
320
Mid-depth
7,800
Bottom
9,700
Surface
360
Mid-depth
2,900
Bottom-
10,700
Surface
1,460
Mid-depth
3,500
Bottom
10,80Q
Surface
780
Mid-depth
3,400
Bottom
10,800
Surface
760
Mid-depth
5,900
Bottom
11,100
Table 3 (continued) Tide cycles 1-2 hours after high tide
Date
1937
Nov. 26 (a)
6s45AM
(a)
7:OOAM
(a)
7s15AM
(a)
7 s 30AM
Nov. 27 (a)
7s30AM
(a)
7s45AM
(a)
8 s OOAM
(a)
8 s15AM
Nov. 29 (a)
9 s15AM
(a)
9 s 30AM
(a)
9 s 45AM
(a)
10:00AM
Parts per million
Position Stations
8 9 10 11
Surface
540
Mid-depth
400
Bottom
4,600
Surface
1,000
Mid-depth
710
Bottom
2,900
Surface
940
Mid-depth
4,400
Bottom
14,500
Surface
6,900
Mid-depth
1,250
Bottom
1,400
Surface
9,100
Mid-depth
11,200
Bottom
11,700
Surface
7,150
Mid-depth
10,300
Bottom
12,200
Surface
6,100
Mid-depth
11,100
Bottom
11,700
Surface
8,800
Mid-depth
11,800
Bottom
11,900
Surface
11
Mid-depth
9
Bottom
19
Surface
9
Mid-depth
11
Bottom
11
Surface
7
Mid-depth
7
Bottom
11
Surface
9
Mid-depth
9
Bottom
7
Table 3 (continued)
Tide cycle: 1-2 hours after high tide
Date
1937
Nov. 30 (a)
9:4 5 AN!
(a)
10:00AM
(a)
10:15AM
(a)
10:30AM
(a)
10:45AM
Dec. 2 (a)
11:15AM
(a)
11:30AM
(a)
11:45AM
(a)
12:00AM
Dec. 3 (a)
12:00 AM
(a)
12:15PM
(a)
12:30PM
Parts per million
Position Stations
8 9 10 11
Surface
5
Mid-depth
5
Bottom
5
Surface
7
Mid-depth
5
Bottom
7
Surface
5
Mid-depth
5
Bottom
3
Surface
7
Mid-depth
5
Bottom
5
Surface
7
Mid-depth
7
Bottom
5
Surface
5
Mid-depth
7
Bottom
5
Surface
3
Mid-depth
9
Bottom
5
Surface
3
Mid-depth
5
Bottom
3
Surface
5
Mid-depth
5
Bottom
7
Surface
21
Mid-depth
940
Bottom
13,000
Surface
17
Mid-depth
2,600
Bottom
12,600
Surface
15
Mid-depth
141
Bottom
12,100
Table 3 (continued)
Tide cycle; 1-2 hour's after hi -h tide
P..rts uor million
Date
Position
Stations
10
11
1937
. 3 (a)
;ec
12; 45?!
Dec. 4 (a)
1:45?L
(a)
2:00?!
Dec. 5 (a)
1:15R
l;30?i:
(a)
1:45Pi
(a)
(a)
2; OOF:
Lec. 6 (a)
1:45?!
2:0C?!
(a)
(a) .
2:15?.
Dec. 7 (a)
2: 45F
(a)
3: COS
Surface
Lid-depth
3otton
Surface
id-depth
Botton
biff ace
! ".id-depth
Botton
Surface
Lid-depth
Botton
Surface
. .id-depth
Bottom
Surface
! id-depth
Bottom
Surface
Lid-depth
B otton
Surface
i :i d-dep th
- J Ot -J Of:!.
Surface
id-deoth
jrrio.ee
".»a,epth
Bo'ctom
Surface
i: id-depth
Botton
Surface
Booton
9
640
12,100
2S0
0,600
8,650
260
510
5,650
71
7,500
12,600
P, 750
12,750
51
9,650
12,700
7
1, 750
11,3-0
980
6,200
13,600
760
7,000
13,500
680
5, S00
15,500
7
67
125
15
9
17
Tabic 3 (continued) Tide cycle: 1-2 hours after hiujh tide
Par I;a per nil lion
Date Position Stations
8 9 10 11 12
1937
Dec. 7 (a)
Surface
23
3:15 PI
la-depth
9
3ottom
97
(<0
Surface
9
5: 30 PI
1. id-depth
g
3otton
89
(a)
Surface
13
3:45?I.
Lid-depth
7
lotton
13
Dec. 8 (a)
surface
11
3; 3OK.
Lid-depth
24
Bottom
81
(a)
Surface
11
3:4513
Lid-depth
12
Bottom
91
(a)
Surface
10
4: OOPi;
i id-depth
55
Bottom.
63
Dec. 9
Surface
4
Oh
o
o
•j'
j id-depth
171
Dec. 10
Surface
57
5: OOP'.'
I .id- . ;th
216
Bottom
1,300
Dec. 13 (a)
Surface
1,000
7: 30JJ
Lid-depth
11,100
Bottom
10,600
(a)
Surface
700
7: 45. _
. .id-depth
C, 100
Bottom
11,000
(a)
Surface
700
8:00..
. id-depth
3,000
Bottom
10,700
(a)
Surface
660
I: 3GTJ
I .id-depth
6,900
Bottom
8,000
85
Table 5 (continued)
Date
lido cycle: 1-2 hours a*' or hi^.h tide
jDm bn por nil 11 oil
Position 8t;vliions
C 0 10 11
12
1937
Dec. 14 (a)
Surface
7
200
0: 1311
1 "id-depth
11
000
Bottom
11
700
(a)
Surface
9
500
8: 30.3:
1. id-depth
10
900
Bottom
10
700
(a)
Surface
2
400
8:45M!
I id-depth
10
100
Botton
10
300
(a)
Surface
2
500
9:00.:
id-depth
700
Bottom
r-
K ■
800
(a)
Surface
360
9:15___
i. id-dcpch
6
000
.Bottom.
7
600
Dcc. 15 (a)
Surface
3
500
9:15::
! id-depth
11
600
Bottom
12
200
(a)
Surfaco
O
900
o
CM
id-death
11
100
Bottom
A_
000
(a)
Surface
3
700
9:45..
; id-depth
1:
600
Bottom
13
600
(a)
Surface
r*
0
700
10:00.:
i. id-dop iih
11
700
Botto? ?.
13
600
(a)
ourfc.ce
4
400
10:15-!
mid-depth
1
700
Bottom
Q
200
Dec. 16 (a)
Surface
7
900
10:0CM.
--id-depth
13
200
BotCO; i
IS
950
(a)
Surface
7
700
10: it::
' id-d-. V;.h
1-,
000
Boito: -
J_ J
4-00
to
CO
CM
I—I
r|
r4,
o
■- ,
•H
-rH
i—?
X
i—f
CQ
■H
P
P
} «
O
o
•rH
-—i
■ t
-1—-
O
'.j
ri
r
-P
CI
r;
»•»
o
o
O
O
o
o
o
O
O
o
o
o
G
' *
o
o
o
o
o
o
o
o
o
o
o
o
p:
CO
o
CO
LO
o
CM
CO
LO
co
o
LO
Ci
C
c-
'0
LO
L-
CM
to
<■*
Ci
oo
rM
- H
i
'—1
1—1
rH
1—1
rH
rH
<—J
O
»—t
p
r^.
CP
C
0
*H
t-i
!—■
Pi
P
J 'j
-P
7p
V
O
o
r t
U
PH
0
O
•r4
o
b
o
J
fl
o
O
r -1
o
r-j
>-i
-P
d
rO
o
r '
TJ
o
cJ
rd
o
ri
«—1
o
•rH
<P.
1
-p
f
J
-p
CiH
J
+3
<H
V
-p
r—■*
IQ
p
rj
_o
p
-p
P
"d
-p
P
rd
-O
rd
O
d
•H
o
p
•H
o
P
•H
o
y
•H
O
o
«-<
cp
00
oo
...
n
r/3
, ;
n
co
rn
5
*H
-O
ri
o
, s
/ V
/-N
o
cj
(j
rj
d
v-—'
to
CO
'J
t
• 1
r-J
; 1
1—1
o
id
d
i—i
to
o
to
o
r—1
O
o
•
• 0
«< o
CO
•
«»
,D
J >
CO
o
o
o
1—i
o
o
d
d
co
o
rH
rH
rH
o
1—1
o
o
o
o
o
o
o
o
o
o
o
o
o
o
o
o
O
O
O
o
o
O
o
o
o
o
o
o
o
o
o
o
o
o
o
o
o
o
c
o
o
O
to
o
o
LO
O
o
CO
t.o
o
<<
LO
o
Ci
1—i
LO
o
01
CO
CO
0
o
Ci
Ci
CO
CO
o
LO
00
CO
Ci
O-
^ ■ 1
to
to
to
.0
CO
o?
, >
LO
: 0
to
rH
rH
rH
rH
{ )
o
1—i
LT;
f—1
.—1
<—1
1—1
i—!
rH
1—i
1—1
1—1
1—1
rH
i—!
i—!
1—1
Pi
r-t
rr;
Pi
-P
-p
d
jJ
•P
-! ^
-P
J->
O
P-4 .
0
p
o
r
o
o r
o r
0 r
O
PH
o
O r i
o
b £
o
o
r'
o
q
o o
o o
J ■'
o ^ .
O
0
r
Co
o
cj
np O
Cj
•";
6
cj
'"O
o
d rd
o
c J rd
6
d -J O
d
rc'j
c;
<Pt
3 .p
CH
1 -P
cp
:
-p
3
L : 1
-i->
<Vi ;
-P
C-i 5 43
V!
I
4.
p
rd .p
p
-P
p
•"p
h
r'J
-f5
P -P
P rd
_o
P 'd 4>
P
-i.
p
•H O
p
•H O
0*
■r 1
o
p
• rH
o
P -H
b
p «H
o
P 'H O
P
• H
c
r.O
< n
CO
o
i -i
IO
ro
■H
f "I
• 0
n
CO
n
3
B
00
1
r
d
q
' t
1
)
1
O
CO
• 4
i
(
t
r 1
O.
-'•i
d
LO
r-J
lO
O
1.0
O
CM
O
0
(—I
TO
O
rH
TO
"0
»a
.>»
a «
«
• «
»
« •
" a
•
•
I 1
rH
rH
O
1—!
C?
r- >
CM
O
rH
f—i
r-f
rH
O
1— 1
1—1
'—1
rH
0
Tab 1 o 3 (c ont inued)
Tide cycle;
1-2 hours after hi^h tide
Pari.a nor million
Date
1S57
Doc. 20 (a)
1:45?:.
(a)
2: oo?i:
(a)
2:15?::
(a)
2:30?:.
Dec. 21
2:40??
Dec. 23
4:25?!
Dec. 28 (a)
9: 25f.il
(a)
9:40. J"
(a)
10: 55-1
1938
Jan. 14 (a)
9:50.1
(a)
10:0011
Position Stations
8 9 10 11
Surface 125
1 id-eey eh 10,500
Bctton 13,400
Surface 193
I lid-depth 1,000
Bottom 12,800
Surface 51
I'id-denth 1,400
Bottom 2,100
Surface 29
1id-depth 129
Bottom 160
Surface 135 53 57
fid-depth 620 12,500 12,300
Bottom 10,000 13,500 97
Surface 13 13 15
Lid-depth 29 21 19
Bottom 2,500 4,300 29
Surface 7,650 3,050 4,750
If id-clop th 10,800 14,100 13,500
Bottom 13,200 14,300 13,600
Surface 7,500
iid-depth 13,700
Bottom. 12,400
Surface 1,600 10,050 2,100
: id-denth 2,500 10,600 9,500
Bottom 5,800 11,300 10,700
Surface 5,200
I.id-depth 15,500
Bottom 15,400
Surface 6,500
..id-depth 15,300
Bottom 15,000
Table 3 (continued) Tido cycle: 1-2 tours after hi^h tide
Pr.rta por million
Date Position Stations
C 9 10 11
1938
fan. 14 (a)
Surface
6
200
10:1011;
Li cl-depth
14
650
3 ott on
15
200
(a)
Surface
6
300
10:20.1.
Lid-depth
14
450
Bottom
14
700
(a)
Surface
200
10:30.1
Lid-depth
14
000
Bottom
13
600
(a)
Surface
3
400
10:4011.
i. id-depth
13
400
Bottom
14
300
(a)
Surface
2
950
10:501,
' id-depth
12
S00
3ottom
12
700
'an, 15 (a)
Surface
2
400
10: 50.1
id-aepth
14
850
Bottom
15
400
(a)
Surface
2
550
11:00.1
i id-depth
15
250
Bottom
15
500
(a)
Surface
2
550
11:10.1.
id-depth
14
400
Boctom
15
250
(a)
Surface
3
000
11: 20/11
j id-dcoth
8
200
Bottom.
14
950
(a)
Surface
2
300
11:30.1.
I id-depth
3
400
Bottom
14
450
(a)
Surface
2
750
11:4011'
: id-depth
3
100
Bottom
14
500
an. 16 (a)
Surface
2
100
11:30.1'
• id-depth
14
700
.—.
13
700
Table 3 (continued) Tide cycle: 1-3 hours after high tide
Prrta per j-i.illion
unto Position Stations
G 9 10 11
1938
Jan. 16 (a) Surface 2,250
11: 40L Lid-dopth 13,700
Botton 15,550
(a) Surface 1,400
11:50AM Mid-depth 10,450
Botton 10,250
(a) Surface 2,850
12:COAL ; id-depth 9,750
Botton 12,600
(a) Surface 1,100
12:10?; Lid-dopth 7,200
Bottom 10,200
(a) Surface 1,400
12:20?? I id-depth 9,900
Botton 10,600
Jan. 17 (a) Surfo.cc 4,550
12:30?:; I .-id-depth 3,600
Botton 14,4-00
(a) Surface 4,800
12:40?: . id-depth 14,500
Botton 14,200
(a) Surface 3,500
12s 50P: Lid-depth 13,900
Botton 14,400
(a) Surface 2,700
1:00?L I id-depth 14,200
Botton 14,200
(a) Surface 4,600
1:103.. ' Lid-depth 14,100
Botton 14,000
(a) Surface 3,300
1:20PL lid-dopth 6,850
Bottom 13,700
Jan. 18 (a) Surface 2,600
1:20?; Lid-dopth 13,500
Bnffnr" 13,700
r ab1c 3 (c outinuc d)
Tido cycle: 1-2 hours after hi_h tide
Parts y.u.r .million
Date
1938
Jan. 18 (a)
1:30 R.
(a)
1: 40 PF
(a)
1:50 Pi:
(a)
2-.00?i::
(a)
2; 10P11
Jan. 19 (a)
2:00?i.:
(a)
2:15PF
(a)
2:30?:.
(a)
2:4-5?;-
(a)
3: OOF:.
Jan. 20
3: OOP! I
Jan. 26 (a)
C:15FF
Position
C 9 10 11
1,700
I. id-depth 13,700
Bottom 15,400
Surface 1,600
Fid-depth 13,400
Bottom 15,000
Surface 2,100
-id-depth 11,800
Bottom 13,850
Surface 1,400
I id-depth 12,500
Bottom 11,700
Surface 1,800
Fid-depth 9,900
Bottom 9,900
Surface 1,250
Fid-dc-pth 12,200
Bottom 13,600
Surface 1,100
i c-.-r.c pt h 11,100
Bottom 15,350
Surface 1,500
: "id-depth 10,800
Bottom 11,600
Surface 840
"id-depth 9,600
Bottom 15,000
Surface 750
Fid-depth 9,600
3ottom 12,600
Surface 1,250
Fid-depth 11,200
Bottom 11,250
Surface 6
Fid-denth 8
7
Table 3 (continued)
Tide cycle: 1-2 hours after hi"h tide
Farts per nil lion
Date
1938
Jan. 2G (a)
8:3021"
(a)
8: 4 5_'J'
(a)
s: OO;J ;
(a)
9:15A1*
Jan. 27 (a)
9:15K1.
(a)
9:30;j'
(a)
9:45:1':
(a)
10:00;j
Feb. 2 (a)
l;OOH:
(a)
1:15Pi
(a)
1:30?:'
(a)
1:45?:
?osition Stations
8 9 10 11
Surface 8
I'id-depth 7
Bottom 7
Surface 6
Hid-depth 5
Bottom 7
Surface 6
Kid-depth 7
B ott on 6
Surface 8
il id-depth 17
Bottom 29
Surface 5
Kid-depth 5
Bottom 3
Surface 5
Kid-depth 5
Bottom 5
Surface 3
Kid-dopth 5
Bottom 5
Surface 3
Kid-depth 3
Bottom 3
Surface 12
I id-depth 740
Bottom 12,200
Surface 7
Kid-depth 2,600
Bottom 12,600
Surface 11
Kid-depth 2,000
Bottom 12,600
Surface 19
Kid-depth 1,200
Table 3 (continued) Tido cycle: 1-2 Hours after hijh tide
rfc por million
Date Position Stations
8 9 10 11
1938
Feb. 3 (a) Surface 8
1:45P1 Lid-depth 2,900
Bottom 6,450
(a) Surface 11
2: OOPi; Fid-depth 2,700
3otton 7,450
(a) Surface 9
2:15?I" I. id-depth 2,850
Bottom 8,600
(a) Surface 20
2:30K. I'id-depth 41
Bottom 4,150
Feb. 4 (a) Surface 13
2:15?; Fid-depth 34
Bottom 11,050
(a) Surface 8
2:30?L Lid-depth 1,770
Bottom 4,800
(a) Surface 16
2:45Pi I id-depth 21
Bottom 10,450
(a) Surface 30
3:OOPI. I id-South 3,800
i,000
(a) Surface 7
3:15?F lid-depth 2,100
Bottom 620
Feb, 11 (a) Surface 31 17 67
G:45iil " id-depth 221 2,660 740
3ottor.i 13,250 IS, 400 13,500
(a) Surface 73
9: iCfi Lid-depth 92
Bottom 15,100
Feb. 13
11: 25SJ
Surface
:'id-denth
Bottom
240
730
6,800
Table 3 (continued)
Tido cycle:
1-2 hours after hi
tide¬
Parts nor million
Date
Position
Stations
8
9 10
ll
1938
Feb. 14 (a)
11: 20F1
Surface
I 'id-depth
Bottom
320
12,000
14,200
320
12,900
13,800
220
12,800
13,900
(a)
11:50/3
Surface
1 id-depth
Bottom
260
520
12,800
65
12,000
13,700
143
12,000
13,400
(a)
12:15PF
Surface
Fid-depth
Bottom
400
9,200
12,300
Feb. 15 (a)
12:20?!:
Surface
Fid-depth
Bottom
141
15,500
13,750
71
lo,oOO
13,800
45
12,500
14,300
(a)
12:50FF
Surface
Fid-depth
Bottom
127
12,300
13,500
53
13,200
15,400
57
9,300
14,500
Feb. 17
2:207
Surface
I id-depth
Bottom
15
33
9,200
9
71
12,000
15
540
12,700
Fcb. 20 (a)
4:15PI
Surface
i id-denth
L.
Bottom
520
13,500
14,100
(a)
4-.30H.
Surface
Fid-depth
Bottom
460
13,100
14,500
(a)
4:45?:
Surf ace
: id-depth
Bottom
400
13,950
13,800
(a)
5: OOP!.
Surface
id-depth
Bottom
520
13,800
14,400
Feb. 25 (a)
8130-*i.
Surface
! id-dopth
Bottom
720
13,550
13,900
(a)
8:45.3
Surfo.ce
] id-dopth
760
13,550
13,900
Tabic 3
(continued)
Tide cycle:
1-2 hours after hiph tide
Parts ;>or million
Date
Position
0
Stations
9 10 11
1938
Feb. 25
9: 00.51
(a)
Surface
!! id-depth
Bottom
840
12,200
13,600
9:15AI
(a)
Surface
llid-depth
Bottom
1,080
13,700
15,350
9:30. J
(a)
Surface
I!id-dcpth
Bottom
1,200
11,900
13,400
Feb. 26
9:30.1
(a)
Surface
1! id-death
0.
Dot ton
400
.13,000
14,000
C . A ^ •
«. • "i; -J-—-.
(a)
Surfo.ce
id-depth
Dotton
380
15,400
14,100
ic: oc::.
(a)
Surface
!! id-depth
Bottom
420
13,500
13,850
Feb. 27
10:00. j
(a)
Surface
.'id-depth
Dot eon
1,450
12,100
15,400
10:15.-
(a)
Surface
, id-depth
Bottom
1,980
12,800
13,500
10:30. J.
(a)
Surface
. id-depth
Bottom
1,530
4,700
15,400
10:45.1!
(a)
Surface
' id-depth
Bottom
1,320
6,300
11,500
11:00.1.
(a)
Surface
i id-depth
Bottom
1,380
9,700
11,700
Feb. 28
10:45.1'
Surface
L'.id-dopth
Bottom
41-0
11,200
12,950
280 5,300
10,000 9,300
12,400 13,500
Table 3 (continued)
Tide cyclo:
1-2 h0V.l S
afbor hip
•h ticlo
Parte
per nilli
.on
Date
Position
i
Stations
G
9
10
11
1S38
liar. 1 (a)
Surface
4,600
5,500
8,750
11: 2 OAT.
bid-depth
11,450
11,400
12,300
Botton
9,800
11,900
12,400
Liar. 7
Surface
35
38
45
4:05PI:
bid-depth
114
3,050
3,800
Bottom
2,050
10,950
6,100
bar. 27 (a)
Surface
6
8:45.X
bid-depth
1
Bottom.
1
(a)
Surface
2
9:00. J1
bid-depth
9
t-J
t>o~ct on
1
(a)
Surface
1
9:15.i-
bid-depth
1
Bottom-
2
(a)
Surface
3
9: 5Oil
. id-depth
6
Bottom
2
liar. 28
Surface
2
2
2
9
Ut
9:4GMJ
I.id-depth
1
7
2
2
Botton
1
4-
2
3
bar. 29 (a)
Surface
1
10:15.11
: id-depth
2
Bottom-
3
(a)
Surf ace
2
10:30.X
bid-depth
4
Bo'ct cm
3
(a)
Surface
2
10:45.1.
i id-depth
2
Bottom
ry
o
(a)
Surface
2
11:00X1
1 id-depth
2
Bottom
1
bar. 31
Surface
4
11
5
3
11:3 5X
:. id-depth
51
133
3
10
Sni-.r.nn
11,500
10,500
5,100
11,200
! 6
Table 3 (continued)
Tide cycle:
1-2 hours
after hi,,h tide
r-u-ts
por million
Date
Position
Stations
0
9
10
11
12
1938
Apr. 1
Surface
12
9
2
8
4
12:15?L
I.'id-depth
14
13
15
15
3
Dotton
10,650
9,250
4,500
11,000
1,500
Apr. 3
Surface
o
5
1-7
5
100
1:45FL"
."id-dopth
55
33
3
15
233
Bottom
5,450
5,600
91
6,000
400
-Apr. 4
Surface
4
4
3
n
O
76
* 2:35PL
I' id-depth
10
6
7
13
83
Bottom
4,850
81
4
4,200
83
Apr. 5
Surface
6
12
4
r?
o
90
3:35H.:
Lid-depth
33
25
3
22
142
Bottom
11,050
10,050
123
6,250
142
Apr. 6
Surface
8
5
6
4
5
4:40PL
Ilid-depth
10
7
13
22
29
Bottom
5,950
11,500
8,800
5,450
8,800
Apr. 7
Surface
16
15
11
18
10
" 5: 45H"
Mid-depth
3,000
2,650
2,700
1,670
13
Bottom
12,900
12,800
7,500
7,450
2,070
Apr. 11 (a)
Surface
13
10
12
15
13
9:15A?
3 .id-dopth
7,350
6,550
4,500
7,750
1,420
Bottom
9,800
12,500
6,700-
13,000
12,000
(a)
Surface
15
10: oo;:'
Aid-depth
260
Bottom
8,800
Apr. 12
Surface
10
6
9
10
22
10:15;A
Aid-depth
89
47
69
23
79
Bottom
11,100
9,400
11,050
11,300
520
Apr. 13
Surface
19
8
11
14
129
10: 55.1'"
i id-depth
4,500
6,150
8,050
39
280
B ottcm
11,800
11,550
5,950
11,150
370
Apr. 14
Surface
23
5
9
7
25
11:40.1.
llid-depth
101
3,850
65
46
159
Bottom
11,100
10,800
11,450
10,900
4,300
Apr. 17 (a) Surface 3
1:30?]" ) id-dopth 7
nn-i-i- n-. 0,500
97
Table 3 (continued) Tide cyclo: 1-2 hours after hi;;li tido
farts nor nil lion
Date
Position
Stations
8
9
10
11
12
1938
.or, 17 (a)
Surface
2
3
2
2
48
'2:25?;:
: .id-depth
5
9
r»
o
16
51
Botton
910
15
5
61
57
._pr. 18 (a)
Surface
3
2
ry
0
2
3
2:35PI:
I.id-depth
4
4
2
5
4
Bott an
n
o
7
3
4
5
(a)
Surface
rv
2
2
3
2
3:25?::
Ilia-depth
2
2
2
4
3
3otton
2
2
2
5
3
lor. 20
surface
2
1
3
4
3
~ 4: 207:
id-de-th
2
5
2
S
2
JoIton
4
4
2
3
3
i.pr. 23 (a)
Surface
5
6: 1511.'
: id-deoth
i
3
B ott on
2
(a)
ourface
3
6: 30.1
1 .'.id-depth
1
Botton
2
(a)
Surface
4
6:4511.
i id-depth
3
Bottom
2
(a)
Surface
2
7: 0011;
id-depth
3
Bottom
2
-pr. 24 (a)
Surface
2
7:1511.
Mid-depth
3.
Bottom
2
(a)
Surface
2
7:30.1.
i'.id-dcoth
J.
3
Bottom
0
i~j
(a)
Surface
3
7:45.1"
i id-depth
1
Bottom
3
(a)
Surface
2
8:0011
ilid-depth.
3
Bottom
3
Table 3 (continued) Tide cycle: 1-2 hours .ftor hi,ph tide
Par:.
,s por million
Date
Position
Stations
8
o
u
10 11
1938
Apr. 25 (a)
8:10-'J
Surface
I .id-depth
Dot ton
2
4
A
2
2
2
1 4
1 5
2 5
(a)
8: 55AI"
Surface
I'.id-depth.
Bottom
^'.pr. 26 (a)
* 8: 55AL
Surface
I.- id-depth
Bottom
6
G
8,300
f?
O
46
680
2 2
2 3
2 8,500
(a)
£: 40AI
Surface
I'.id-dopth
Bottom
Apr. 27 (a)
9:3 OA.'.
Surface
Ilid-dcpth
Bottom
6
9
5,300
(a)
9:45AL
Surface
Aid-depth
Bottom
12
22
9,150
(a)
10:OQaU
Surface
I ..id-dopth
Dottan.
38
11
10,100
(a)
10: 15 A.:
Surface
Bid-depth
Bottom
36
14
700
Apr. 28 (a)
10:15A'
Surface
Lid-depth
Bottom
4
8
10,450
(a)
10:30AL
Surface
Lid-depth
Bottom
3
8
10,550
^.pr. 30 (a)
11:4 5 Ah'
Surfaco
--id-depth
Bottom
25
8,300
12,400
(a)
12:OO;J:
Surface
I. id-depth
Bottom
23
6,050
11,450
99
Table 3 (continued)
Date
Position
Tide cycle: 1-2 hours after hi ji tide
Parts per -aillion
Stations
8 9 10 11
12
1938
.Lpr. 30 (a)
12:15 PL:
Lay 1
12; 50PI
Lay 2 (a)
1: 15PL
(a)
1:30PL
(a)
1: 45PI
(a)
2: OOPL
Lay 3 (a)
2:15PL
(a)
2: 30Pi.
(a)
2:45PM
(a)
3:00?!."
Lay 4 (a)
3:19PL
Lay 5 (a)
4:15PI,
Surface
Lid-depth
Bottom
Surface
I id-depth
Bottom
Surface
Lid-denth
Surface
i-id-depth
Bottom
Surface
.id-depth
Bottom-
Surface
I. id-depth
Bottom
Surface
] id-depth
Bottom
Surface
I id-depth
Bottom
Surface
: id-''cpth
Sun ace
I "id-depth
Bottom
Surface
I 'id-depth
Bottom
Surface
1. id-depth
Bottom
270
9,800
12,000
220
G, 700
12,750
13
800
11,800
9
1,950
12,400
80
G,350
12,200
93
3,950
12,200
59
3,600
11,750
55
4,150
11,300
137
9,500
12,600
111
11,150
12,150
62
10,700
12,650
46
11,950
12,850
350
8,500
12,950
760
12,850
13,600
ob
1,650
2,100
600
4,250
12,850
960
8, 550
9,700
100
Table 3 (continued) Tide cyclo: 1-2 hours s.ftor high tide
Parts pur nillion
Date Position Stations
8 9 10 11 12
1938
Lay 5 (a)
Surface
350
4: 30PI.2
Lid-dopth
12,750
Bottom
13,800
Lay 6 (a)
Surface
2,620
5:15PM
Ilid-depth
10,900
Bottom
11,300
(a)
Surface
2,600
5:30PL:
Lid-depth
10,400
Bottom
11,100
Kay 8 (a)
Surface
4,750
6:45:2.
Lid-depth
10,200
Bottom
13,750
(a)
Surface
950
7:0022:
!'.id-depth
10,150
Bottom
10,900
(a)
Surface
8,450
7:15221
Lid-depth
10,000
Bottom
10,950
(a)
Surface
430
7: 3022:
Lid-depth
11,000
Bottom
13,800
(a)
Surface
440
7 : 4522:
Lid-depth
11,600
Bottom
12,200
Lay 9 (a)
Surface
3,350
7:45222
i id-depth
11,400
Bottom
13,700
(a)
Surface
5,050
8:00222
Lid-depth
12,150
Bottom
13,950
(a)
Surface
1,550
8:15222
Lid-depth
9,150
Bottom
12,750
(a)
8:3 032
Surface
I '.id-depth
Bottom
1,900
11,450
11,900
101
Tabic S (continued)
Date
Position
Tide cycle: 1-2 hours %J?t«r high tido
Parbs par million
Stations
8 9 10 11
12
1938
Lay 9 (a)
8:45LL
Lay 10 (a)
8:51,11
(a)
S: 56,j.'.
Lay 11 (a)
9:47.1.;
(3-)
10:37,1"
3 my 15 (a)
11:00,1"
11:15,1
(a)
(a)
11:30,1.
(a)
11:45,1
(a)
12:00,1.
Lay 18 (a)
2: 51PI.
(a)
3:41PL
Surface
: .id-depth
Bottom
Surface
id-dopth
Bottom
Surface
Lid-depth
Bottom
Surface
. id-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
id-depth
Bottom
Surface
' id-depth
Bottom
Surface
Lid-depth
B ott on
Surface
. "id-depth
Bottom
Surface
Lid-depth
Bottom
1,040
12,950
13,750
1,070
12,500
14,050
15
5,140
12,550
2,150
12,300
14,150
1,230
12,250
13,400
1,970
11,900
15,750
2,250
10,900
13,800
1,950
11,250
13,750
2,110
6,250
13,600
1,460
10,150
13,550
9
20
11,650
1,630 1,200
11,950 12,600
15,450 13,650
1,320
12,100
12,800
9
10
7,450
1,330
9,850
13,950
10
14
9,050
9
18
4,700
910
2,450
10,850
1,690
2,250
7,650
106
109
290
Tabic 3 (continued) Tide cycle: 1-2 tours after hi, h tide
Parts per nillion
Date Position Stations
8 9 10 11
1938
July 6 Surface 1,600
7:0611! (9.1) 1.id-depth 9,900
Bottom 13,500
July 7 Surfaco 3,750
8:01TB (9A) Aid-depth 12,250
Bottom 14,650
July 9 Surface 3,250
9:41AK (9A) Kid-depth 13,200
Bottom 14,250
Aug. 15 Surface 3,350 9,150 4,900
2:35PK i. id-depth 15,050 11-,650 15,300
Bottom 15,200 15,100 15,400
Sept. 6 Surface 8,150
9:30nK (9A) Kid-depth 14,300
Bottom 15,650
Sept.18 Surface 710
G-.15111 1 .id-depth 13,550
Bottom 14,700
Sept.21 Surface 7
9:20111 (9A) Kid-depth 7
Bottom 6
Sept.22 Surfaco 9
10:30.1" (9A) Kid-depth 9
Bottom 8
Sept.25 Surface 3
12:45PK (9A) Kid-depth
Bottom
Sept.27
2:OOFK (SA)
Surface
Kid-depth
Bottom
4
Table 4 Tide cycles 2-3 hours after high tide
Parts per million
bate Position Stations
8 9 10 11
1937
11 ov. 16 (a)
Surface
7
10:34AM
Mid-depth
7
Bottom
5
(a)
Surface
7
10:44AM
Mid-depth
7
Bottom
7
Nov. 17 (a)
Surface
155
11:41AM
Mid-depth
189
Bottom
460
(a)
Surface
111
11:56AM
Mid-depth
121
Bottom
125
(a)
Surface
119
12:11PM
Mid-depth
119
Bottom
125
(a)
Surface
101
12:26PM
Mid-depth
110
Bottom
119
Not. 18 (a)
Surface
71
12:15PM
Mid-depth
4,800
Bottom
5,600
(a)
Surface
91
12:30PM
Mid-depth
81
Bottom
80
(a)
Surface
85
12:45PM
Mid-depth
115
Bottom'
1,740
(a)
Surface
300
1:00PM
Mid-depth
350
Bottom
320
(a)
Surface
280
1:15PM
Mid-depth
320
Bottom
340
Not. 19 (a)
Surface
114
12:30AM
Mid-depth
47
Bottom
29
Table 4 (continued)
Tide oycle: 2-3 hours after high tide
Date
1937
Nov. 19 (a)
12:45AM
(a)
1:00AM
(a)
1:00PM
(a)
1:15PM
(a)
1:30PM
(a)
1:45PM
Nov. 20 (a)
1:45PM
(a)
2:00PM
Nov. 21 (a)
1:45PM
(a)
2:00PM
(a)
2:15PM
(a)
2:30PM
Parts per million
Position Stations
8 9 10 11
Surface
45
Mid-depth
49
Bottom
39
Surface
13
Mid-depth
39
Bottom
19
Surface
285
Mid-depth
9,600
Bottom
8,200
Surface
123
Mid-depth
320
Bottom
560
Surface
111
Mid-depth
240
Bottom
280
Surface
165
Mid-depth
300
Bottom
340
Surface
550
Mid-depth
1,100
Bottom
10,600
Surface
144
Mid-depth
301
Bottom
5,000
Surface
210
Mid-depth
11,500
Bottom
13,250
Surface
165
Mid-depth
7,850
Bottom
13,450
Surface
127
Mid-depth
410
Bottom
12,450
Surface
186
Mid-depth
300
Bottom
10,000
Table 4 (continued)
Tide cycles 2-3 hours after high tide
Date
1937
Nov. 23
4:30PM
Nov. 26 (a)
7:45AM
(a)
8:OOAM
(a)
8:15AM
(a)
8:30AM
Nov. 27 (a)
8:3QAM
(a)
8:45AM
(a)
9:OOAM
(a)
9:15AM
(a)
9:30AM
Nov. 29 (a)
10:15AM
(a)
10:30AM
Parts per million
Position Stations
8 9 10 11
Surface
740
Mid-depth
2,900
Bottom
10,100
Surface
260
Mid-depth
1,400
Bottom
1,000
Surface
2,200
Mid-depth
760
Bottom
1,600
Surface
780
Mid-depth
1,100
Bottom
2,200
Surface
660
Mid-depth
2,600
Bottom
1,000
Surface
1,560
Mid-depth
11,000
Bottom
12,400
Surface
10,950
Mid-depth
12,200
Bottom
12,100
Surface
750
Mid-depth
6,500
Bottom
7,800
Surface
300
Mid-depth
7,300
Bottom
8,200
Surface
760
Mid-depth
5,900
Bottom
6,500
Surface
9
Mid-depth
11
Bottom
9
Surface
9
Mid-depth
9
Bottom
9
Table 4 (continued)
Tide cycle: 2-3 hours after high tide
Date
1937
Nov. 29 (a)
10:45AM
(a)
11:00AM
Nov. 30 (a)
11:00AM
(a)
11:15AM
(a)
11:30AM
(a)
11:45AM
Dec. 1 (a)
10:3QAM
(a)
10:45AM
(%)
lisOGAM
(a)
11:15AM
Dec. 3 ;
1:00PM
Dec. 5 (a)
2;15PM
Parts per million
Position Stations
8 9 10 11
Surface
7
Mid-depth
9
Bottom
9
Surface
13
Mid-depth
9
Bottom
9
Surface
5
Mid-depth
3
Bottom
5
Surface
7
Mid-depth
5
Bottom
5
Surface
9
Mid-depth
5
Bottom
5
Surface
7
Mid-depth
7
Bottom
13
Surface
5
Mid-depth
5
Bottom
5
Surf a ce
7
Mid-depth
5
Bottom
3
Surface
5
Mid-depth
3
Bottom
7
Sur fa ce
5
Mid-depth
5
Bottom
3
Surface
9
Mid-depth
320
Bottom
11,300
Surface
15
Mid-depth
132
Bottom
6,250
Table 4 (continued.)
Tide cycle: 2-3 hours after high tide
Date
1937
Dec. 5 (a)
2:30PM
(a)
2:45PM
(a)
3:00PM
Dec. 6 (a)
2:30PM
(a)
2:45PM
(a)
3:00PM
Dec. 7
4:00PM
Dec. 13 (a)
8:45AM
(a)
9:00AM
(a)
9:15AM
(a)
9:3QAM
Dec. 14 (a)
9:3QAM
Parts per million
Position Stations
8 9 10 11
Surface
41
Mid-depth
280
Bottom
420
Surface
127
Mid-depth
300
Bottom
450
Surface
88
Mid-depth
300
Bottom
320
Surface
660
Mid-depth
3,800
Bottom
13,200
Surfa ce
460
Mid-depth
1,300
Bottom
13,000
Surface
240
Mid-depth
1,000
Bottom
12,200
Surface
5
Mid-depth
9
Bottom
11
Surface
340
Mid-depth
6,700
Bottom
7,800
Surface
340
Mid-depth
4,200
Bottom
6,500
Surface
580
Mid-depth
4,100
Bottom
6,200
Surface
580
Mid-depth
1,180
Bottom
6,300
Surface
560
Mid-depth
8,700
Bottom
7,100
Table 4 (continued)
Tide cycle*. 2-3 hours after high tide
Parts per million
Date Position Stations
8 9 10 11
1937
Dec. 14 (a)
Surface
2,700
9:45AM
Mid-depth
3,400
Bottom
4,800
(a)
Surface
3,800
10:00AM
Mid-depth
3,800
Bottom
5,100
(a)
Surface
2,600
10:15AM
Mid-depth
4,600
Bottom
3,600
Dec. 15 (a)
Surface
4,400
10:30AM
Mid-depth
4,500
Bottom
10,300
(a)
Surface
2,700
10:45AM
Mid-depth
3,000
Bottom
5,400
(a)
Surface
2,700
11:00AM
Mid-depth
3,100
Bottom
8,100
Dec. 16 (a)
Surface
4,800
11:15AM
Mid-depth
9,500
Bottom
8,400
(a)
Surface
3,500
11:30AM
Mid-depth
7,900
Bottom
8,500
(a)
Surface
3,500
11:45AM
Mid-depth
7,700
Bottom
8,100
(a)
Surface
6,200
12:00AM
Mid-depth
6,200
Bottom
7,200
Dec. 17 (a)
Surface
2,180
11:45AM
Mid-depth
11,800
Bottom
8,500
(a)
Surface
2,400
12:00AM
Mid-depth
6,300
Bottom
10,800
Table 4 (continued)
Tide cycle: 2-3 hours after high tide
Date
1937
Dec. 17 (a)
12:15PM
(a)
12:30PM
Dec. 18 (a)
12:45PM
(a)
1:OOPM
Dec. 20 (a)
2:45PM
(a)
3:00PM
Dec. 21 ,
3:40PM
Dec. 23
5:25PM
1938
Jan. 14 (a)
11:00Ay
(a)
11:10AM
(a)
11:20AM
Parts per million
Position Stations
8 9 10 11
Surface
1,900
Mid-depth
7,500
Bottom
9,500
Surface
1,200
Mid-depth
3,300
Bottom
8,200
Surface
1,050
Mid-depth
7,500
Bottom
7,600
Surface
1,000
Mid-depth
3,700
Bottom
5,500
Surface
125
Mid-depth
171
Bottom
186
Surface
Mid-depth
Bottom
Surface
240
Mid-depth
200
Bottom
340
Surface
3
Mid-depth
79
Bottom
340
89
164
380
200
300
520
540
2,120
2,100
13
320
17
280
940
340
Surface
2,250
Mid-depth
10,400
Bottom
11,800
Surface
1,800
Mid-depth
6,400
Bottom
10,600
Surface
1,500
Mid-depth
10,900
Bottom
10,900
(a)
Surface
2,100
4,800
Table 4 (continued)
Tide cycle: 2-3 hours after high tide
Parts per million
Date Position Stations
8 9 10 11
1938
Jan. 14 (a)
Surface
2,300
ll:40AIvI
Mid-depth
10,200
Bottom
9,900
(a)
Surface
2,200
11:50AM
Mid-depth
5,900
Bottom
10,000
(a)
Surface
2,700
12:OQAM
Mid-depth
9,400
Bottom
9,200
Jan. 15 (a)
Surface
1,650
11:50AM
Mid-depth
2,800
Bottom
13,900
(a)
Surface
1,350
12:OQAM
Mid-depth
3,700
Bottom
11,150
Jan. 16 (a)
Surface
1,350
12:30PM
Mid-depth
9,350
Bottom
10,850
(a)
Surface
1,250
12:40PM
Mid-depth
8,950
Bottom
10,750
(a)
Surface
1,200
12:50PM
Mid-depth
7,050
Bottom
„ 10,450
(a)
Surface
950
1:00PM
Mid-depth
4,450
Bo ttom
8,750
Jan. 17 (a)
Surface
4,400
1:30PM
Mid-depth
11,350
Bottom
13,200
(a)
Surface
2,900
1:40PM
Mi d-depth
12,150
Bottom
12,500
(a)
Surfa ce
4,000
1:50PM
Mid-depth
10,100
12,300
Table 4 (continued)
Tide cycle: 2-3 hours after high tide
Parts per million
Date Position Stations
8 9 10 11
1938
Jan. 17 (a)
Surface
1,750
2:00PM
Mid-depth
7,400
Bottom
12,000
Jan. 18 (a)
Surface
2,100
2:20PM
Mid-depth
5,300
Bottom
11,000
(a)
Surface
1,500
2:30PM
Mid-depth
8,500
Bottom
11,100
(a)
Surface
1,450
2:40PM
Mid-depth
5,900
Bottom
11,100
(a)
Surface
1,550
2:50PM
Mid-depth
3,900
Bottom
9,550
(a)
Surface
1,600
3:00PM
Mid-depth
2,500
Bottom
7,950
Jan. 26 (a)
Surface
7
9:3QAM
Mid-depth
9
Bottom
5
(a)
Surface
8
9:45AM
Mid-depth
6
Bottom
7
(a)
Surface
6
10:00AM
Mid-depth
5
Bottom
8
(a)
Surface
9
10:15AM
Mid-depth
9
Bottom
12
Jan. 27
Surface
11
10:15AM
Mid-depth
5
Bottom
3
(a)
Surface
5
10:30AM
Mid-depth
5
Bottom
4
Table 4 (continued) Tide cycle: 2-3 hours after high tide
Parte per million
Date
Position
Stations
8
9 10
11
1938
Jan. 27 (a)
Surface
5
10:45AM
Mid-depth
3
Bottom
4
(a)
Surface
6
11:00AM
Mid-depth
5
Bottom
5
(a)
Surface
5
11:15AM
Mid-depth
5
Bottom
5
Feb. 2
Surface
17
2:00PM
Mid-depth
200
Bottom
12,100
Feb. 3 (a)
Surface
24
2:45PM
Mid-depth
1,300
Bottom
6,600
(a)
Surface
75
3:00PM
Mid-depth
81
Bottom
2,000
Feb. 4 (a)
Surface
9
3:30PM
Mid—depth
145
Bottom
11,350
(a)
Surface
199
3:45PM
Mid-depth
200
Bottom
350
(a)
Surface
201
4:00PM
Mid-depth
95
Bottom
57
Feb. 11 (a)
Surface
171
29
9:45AM
Mid-depth
560
370
Bottom
6,250
8,700
(a)
Surface
101
35
10:45AM
Mid-depth
123
39
Bottom
132
7,600
Feb. 13 (a)
Surface
410
11
11:30AM
Mid-depth
510
3,900
Bottom
5,750
6,500
Table 4 (eoatinued} Tide cycle: 2-3 hours after high tide
Parts per million
Date Position Stations
8 9 10 11
1938
Feb. 13 (a)
Surface
600
460
280
12:30AM
Mid-depth
860
900
2,400
Bottom
1,050
630
590
Feb. 14
Surface
260
37
12:20PM
Mid-depth
1,000
220
Bottom
12,500
12,900
Feb. 15
Surface
158
52
280
1:20PM
Mid-depth
3,400
2,400
4,000
Bottom
6,750
12,950
13,800
Feb. 20 (a)
Surface
220
5:15PM
Mid-depth
7,350
Bottom
14,400
(a)
Surface
260
5:30PM
Mid-depth
7,800
Bottom
14,200
(a)
Surface
360
5:45PM
Mid-depth
7,900
Bottom
13,800
(a)
Surface
330
6:00PM
Mid-depth
f
440
Bottom
13,600
Feb. 25 (a)
Surface
1,280
9:45AM
Mid-depth
1,400
Bottom
13,400
(a)
Surface
1,140
10:00AM
Mid-depth
1,250
Bottom
13,400
Feb. 28
Surface
500
420
400
11:45AM
Mid-depth
600
540
1,750
Bottom
12,400
7,800
11,950
Mar. 27 (a)
Surface
2
9:45AM
Mid-depth
1
Bottom
1
(a)
10:00AM
Surface
Mid-depth
Bottom
3
1
2
11-3
Table 4 (continued) Tide oycles 2-3 hours after high tide
Parts per million
Date
Position
Stations
8
9
10
11
12
1938
Mar- 27 (a)
Surface
2
10:15AM
Mid-depth
4
Bottom
2
(a)
Surface
2
10:3QAM
Mid-depth
3
bottom
2
(a)
Surface
1
10:45AM
Mid-depth
2
Bottom
2
Mar- 28
Surface
3
2
1
2
2
10:40AM
Mid-depth
5
Bo ttom
2
2
1
3
1
Mar. 29 (a)
Surface
2
•
11:15AM
Mid-depth
3
Bo ttom
3
(a)
Surface
1
11:30AM
Mid-depth
2
Bottom
2
Apr. 1 (a)
Surface
12
11
5
9
5
1:15PM
Mid-depth
27
21
2
17
3
Bottom
1,350
17
3
10,750
390
Apr. 3
Surface
5
5
2
12
207
2:45PM
Mid-depth
5
23
4
28
250
Bottom
5,050
27
5
4,400
320
Apr. 4
Surface
3
3
3
7
133
3:35FM
Mid-depth
7
11
3
15
137
Bottom
2,850
17
5
340
139
^pr. 11
Surface
47
10
10
15
10:15AM
Mid-depth
208
94
19
25
Bottom
12,450
12,250
6,250
12,450
Apr- 12
Surface
170
12
4
12
330
11:ISAM
Mid-depth
180
15
8
40
390
Bottom
11,300
7,600
8,000
11,400
560
-»pr. 13
Surface
12
9
4
11
300
11:55AM
Mid-depth
270
235
9
161
470
Bn-h-tnm
2,500
1,500
6,250
3,850
960
115
Table 4 (continued) Tide cycle; 2-3 hours after high tide
Parts per million
Date
Position
Stations
8
9
10
11
12
1938
Apr, 17
Surface
3
3
2
3
63
3; 25PM
Mid-depth
3
3
3
11
63
Bottom
1,070
7
3
43
63
Apr. 18
Surface
3
3
3
2
3
3;35PM
Mid-depth
5
3
3
3
12
Bottom
4
4
4
4
8
Apr- 20
Surface
5
1
3
2
2
5;20PM
Mid-depth
2
4
4
3
2
Bottom
3
3
2
4
5
Apr. 23 (a)
Surface
1
7:15AM
Mid-depth
2
Bottom
3
(a)
Surface
3
7:30AM
Mid-depth
1
Bottom
3
(a)
Surface
3
7:45AM
Mid-depth
2
Bottom
3
(a)
Surface
1
8:00AM
Mid-depth
2
Bottom
3
(a)
Surface
2
2
8:15AM
Mid-depth
2
6
Bottom
3
2
Apr. 24
Surface
2
8:15AM
Mid-depth
1
Bottom
2
Apr. 25
Surface
2
2
2
2
9:10AM
Mid-depth
2
2
2
1
Bottom
3
2
2
4
Apr. 26
Surface
2
4
2
2
9:55AM
Mid-depth
3
4
1
6
Bottom
9
41
27
8,900
Apr. 27
Surface
3
10:30AM
Mid-depth
58
Bottom
4,150
Table 4 (continued.)
Tide cycle: 2-3 hours after hi~h tide
Parts per million
Date
Position
Stations
8
9
10
1938
May 3 (a)
8:00AM
Surface
Mid-depth
Bottom
240
5,950
8,900
(a)
8:15AM
Surface
Mid-depth
Bottom
280
320
13,050
(a)
8:30AM
Surface
Mid-depth
Bottom
450
1,340
12,150
(a)
8:45AM
Surface
Mid-depth
Bottom
95
910
1,740
May 9 (a)
9:OOAM
Surface
Mid-depth
Bottom
1,450
11,100
13,850
(a)
9:15AM
Surface
Mid-depth
Bottom
1,100
8,950
13,700
(a)
9:30AM
Surface
Mid-depth
Bottom
700
4,050
11,100
May 10
9:51AM
Surface
Mid-depth
Bottom
690
12,000
13,400
710
13,350
13,700
720
12,300
13,250
May 11
10:42AM
Surface
Mid-depth
Bottom
960
12,600
13,750
1,000
12,600
13,750
May 18
3:51PM
Surface
Mid-depth
Bo ttom
20
107
9,600
81
108
9,750
9
17
9,050
Sept.23
12:00AM (9A)
Surface
Mid-depth
Bottom
10
20
9
Sept.24
1:01PM (9A)
Surface
Mi d-depth
Bottom
4
11
980
12,200
13,800
Table 5 Tide oycle: 3-4 hours after high tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov. 15 (a)
Surface
11
11:00AM
Mid-depth
11
Bottom
13
(a)
Surface
11
11:10AM
Mid-depth
11
Bottom
13
(a)
Surface
13
11:20AM
Mid-depth
13
Bottom
13
(a)
Surface
13
11:30AM
Mid-depth
13
Bottom
13
Nov. 17 (a)
Surface
11
12:41PM
Mid-depth
8
Bottom
9
(a)
Surface
9
12:56PM
Mid-depth
11
Bottom
9
(a)
Surface
9
1:11PM
Mid-depth
9
Bottom
17
Nov. 18 (a)
Surface
260
1:30PM
Mid-depth
310
Bottom
360
(a)
Surface
235
1:45PM
Mid-depth
250
Bottom
260
(a)
Surface
165
2:00PM
Mid-depth
165
Bottom
159
(a)
Surface
11
2:15PM
Mid-depth
9
Bottom
9
Nov. 19 (a)
Surface
33
1:15AM
Mid-depth
27
Bottom
37
Table 5 (•©ntinued)
Tide cycle: 3-4 hours after high tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov. 19 (a)
Surface
127
2j00PM
Mid-depth
320
Bottom
320
Nov. 21 (a)
Surface
220
2:45PM
Mid-depth
200
bottom
480
(a)
Surface
240
3:00PM
Mid-depth
260
Bottom
340
Nov. 26 (a)
Surface
1#*10
8:45AM
Mid-depth
1,100
Bottom
2,400
(a)
Surface
330
9:00AM
Mid-depth
420
Bottom
1,050
(a)
Surface
900
9:15AM
Mid-depth
1,200
Bottom
104
(a)
Surface
1,190
9:30AM
Mid-depth
1,200
Bottom
400
Nov. 27 (a)
Surface
340
9:45AM
Mid-depth
1,100
Bottom
1,300
(a)
Surface
910
10:00AM
Mid-depth
1,100
Bottom
1,300
Nov. 29 (a)
Surface
11
11:15AM
Mid-depth
9
Bottom
13
(a)
Surface
9
11:30AM
Mid-depth
9
Bottom
9
(a)
Surface
11
11:45AM
Mid-depth
9
Bottom
9
Table 5 (continued)
Tido oyolo: 3-4 hours aftor high tido
Parts por million
Date Position Stations
8 9 10 11
1937
Nov. 29 (a)
Surface
11
12:00AM
Mid-depth
11
Bottom
9
Nov. 30
Surface
7
12:00AM
Mid-depth
5
Bottom
5
Dec. 1 (a)
Surface
5
11:30AM
Mid-depth
7
Bottom
5
(a)
Surface
5
11:45AM
Mid-depth
5
Bottom
5
(a)
Surface
3
12:00AM
Mid-depth
3
Bottom
3
Dec. 11 (a)
Surface
6
9:00AM
Mid-depth
4
Bottom
6
Dec. 13 (a)
Surface
—
9:45AM
Mid-depth
1,120
Bottom
6,400
(a)
Surface
980
10:00AM
Mid-depth
1,080
Bottom
1,080
Doc. 14 (a)
Surface
2,200
10:30AM
Mid-depth
3,000
Bottom
2,100
(a)
Surface
1,500
10:45AM
Mid-depth'
1,700
Bottom
3,200
(a)
Surface
1,700
11:00AM
Mid-depth
2,100
Bottom
2,000
Dec. 17 (a)
Surface
1,500
12:45PM
Mid-depth
2,400
Bottom
7,800
Table 5 (continued)
Tido cyoloj 3-4 hours oftor high tido
Parts por million
Date Position Stations
8 9 10 11
1937
Doc. 17 (a)
Surfaco
4,400
1:00PM
Mid-dopth
1,700
Bottom
7,800
1938
Jon. 26 (a)
Surfaco
9
10:30AM
Mid-depth
11
Bottom
10
(a)
Surfaco
7
10:45AM
Mid-depth
10
Bottom
10
(a)
Surface
7
11:00AM
Mid-dopth
12
Bottom
12
(a)
Surface
30
11:15AM
Mid-depth
28
Bottom
29
Jan. 27 (a)
Surface
8
11:30AM
Mid-depth
7
Bottom
7
(a)
Surface
6
11:45AM
Mid-depth
7
Bottom
7
(a)
Surface
6
12:00AM
Mid-depth
7
Bottom
6
Fab. 11
Surface
78
10:50AM
Mid-depth
280
Bottom
1,720
Feb. 13
Surface
340
720
720
1:30PM
Mid-depth
700
720
800
Bottom
1,300
760
1,150
Mar. 27
11:00AM
Surface
Mid-depth
Bottom
2
3
3
Tabla 5 (continued.
Tido oyolo: 3-4 hours aftor high tido
Date
Position
1938
Apr. 18 (a)
4:35PI.I
Surface
Mid-depth
Bottom
(a)
5:20PM
Surface
Mid-depth
Bottom
May 8 (a)
9:00A1I
Surface
Llid-dopth
Bottom
9:15AM
(a)
Surface
Mid-depth
Parts por million
Stations
9 10 11
4
2
5
3
3
2
9
3
5
3
3
4
260
680
690
420
1,360
760
Table 6
Date
Tide oycle; 4-5 hours after high tide
Parts per million
Position Stations
8 9 10 11
1937
Nov. 18 (a)
Surface
11
2s30PM
Mid-depth
9
Bottom
10
(a)
Surface
17
2:45PM
Mid-depth
11
Bottom
9
(a)
Surface
11
3:00PM
Mid-depth
11
Bottom
5
(a)
Surface
9
3:15PM
Mid-depth
9
Bottom
9
(a)
Surface
9
3:30PM
Mid-depth
9
Bottom
9
Nov. 25 (a)
Surface
420
9:OOAM
Mid-depth
440
Bottom
420
(a)
Surface
420
9:15AM
Mid-depth
420
Bottom
440
(a)
Surface
360
9:30AM
Mid-depth
360
Bottom
360
(a)
Surface
360
9:45AM
Mid-depth
380
Bottom
360
Dec. 11 (a)
Surface
6
9:15AM
Mid-depth
5
Bottom
8
(a)
Surface
7
9:30AM
Mid-depth
5
Bottom
8
(a)
Surface
6
9:45AM
Mid-depth
5
13 ^4-4- rvm
5
Table 6 (continued) Tide cycle: 4-5 hours after high tide
Parts per million
Date Position Stations
8 9 10 11 12
1937
Dec. 11 (a)
Surface
4
10:00AM
Mid-depth
4
Bottom
5
Dec. 12 (a)
Surface
620
10:00AM
Mid-depth
680
Bottom
680
(a)
Surface
640
10:15AM
Mid-depth
620
Bottom
660
(a)
Surface
500
10:30AM
Mid-depth
500
Bottom
520
(a)
Surface
500
10:45AM
Mid-depth
480
Bottom
480
(a)
Surface
480
11:00AM
Mid-depth
460
Bottom
440
1938
Jan. 26
Surface
30
11:30AM
Mid-depth
30
Bottom
28
Apr. 18
Surface
3 2
5:35PM
Mid-depth
2 2
Bottom
3 2
Table 7
Date
1937
Nov. 18 (a)
3:45PM
(a)
4:00PM
(a)
4:15PM
(a)
4:30PM
(a)
4:45FM
Nov. 25 (a)
10:00AM
(a)
10:15AM
(a)
10:30AM
(a)
10:45AM
Dec. 11 (a)
10;15AM
(a)
10:30AM
(a)
10:45AM
Tide cycle: One hour before to low tide
Parte per million
Position Station
8 9 10 11
Surface
7
Mid-depth
8
Bottom
9
Surface
7
Mid-depth
6
Bottom
7
Surface
7
Mid-depth
6
Bottom
7
Surface
Mid-depth
8
Bottom
7
Surface
Mid-depth
5
Bottom
7
Surface
360
Mid-depth
360
Bottom
360
Surface
300
Mid-depth
300
Bottom
300
Surface
260
Mid-depth
260
Bottom
280
Surface
300
Mid-denth
280
Bottom
280
Surface
6
Mid-depth
4
Bottom
6
Surface
Mid-depth
5
Bottom
6
Surface
5
Mid-depth
5
125
Table 7. (continued) Tide cycle: One hour beforo to low tide
Parts per million
Date Position Stations
8 9 10 11 12
1937
Dec. 11 (a)
Surface
5
11:00AM
Mid-dopth
5
Bottom
5
(a)
Surface
6
11:15AM
Mid-depth
5
Bottom
7
Dec. 12 (a)
Surface
420
11:15AM
Mid-depth
480
Bottom
460
(a)
Surface
420
11:30AM
Mid-depth
420
Bottom
420
(a)
Surface
420
11:45AM
Mid-depth
400
Bottom
440
(a)
Surface
260
12:00AM
Mid-depth
300
Bottom
340
(a)
Surface
280
12:15PM
Mid-depth
300
Bottom
300
Dec. 27 Surface
1:21PM (12A) Mid-depth
Bottom
23
25
27
Table 8 Tide cycle: low tide to one hour after
Parts per million
Date Position Stations
8 9 10 11
1937
Nov. 18 (a)
Surface
7
5:00PM
Mid-depth
6
Bottom
7
(a)
Svtrface
11
5:15PM
Mid-depth
7
Bottom
5
(a)
Surface
7
5:30PM
Mid-depth
5
Bottom
7
(a)
Surface
7
5:45FM
Mid-depth
7
Bottom
7
Nov. 25 (a)
Surface
109
11:00AM
Mid-depth
200
Bottom
113
(a)
Surface
109
11:15AM
Mid-depth
109
Bottom
109
(a)
Surface
13
11:30AM
Mid-depth
13
Bottom
13
(a)
Surface
11
11:45AM
Mid-depth
13
Bottom
11
Dec. 11 (a)
Surface
4
11:30AM
Mid-depth
4
Bottom
7
(a)
Surface
5
11:45AM
Mid-depth
4
Bottom
6
(a)
Surface
6
12:00AM
Mid-depth
8
Bottom
6
Dec. 12 (a)
Surface
123
12:30PM
Mid-depth
143
Bottom
149
127
Table 8 (continued) Tide oyole: low tide to one hour after
Parts per million
Date Position Stations
8 9 10 11 12
1937
Dec. 12 (a)
Surface
137
12:45PM
Mid-depth
137
Bottom
137
(a)
Surface
169
1:00PM
Mid-depth
43
Bottom
59
(a)
Surface
41
1:15PM
Mid-depth
55
Bottom
63
(a)
Surface
43
1:30PM
Mid-depth
43
Bottom
63
Dec. 25 (a)
11:45AM
Surface
Mid-depth
Bottom
500
540
600
620
620
620
520
700
1,080
(e)
11:34AM (12A)
Surface
Mid-depth
Bottom
820
1,020
1,040
Dec. 26 (f)
12:47PM (12A)
Surface
Mid-depth
Bottom
780
820
820
(f)
1:02PM (12A)
Surface
Mid-depth
Bottom
760
760
820
(f)
1:17PM (12A)
Surface
Mid-depth
Bottom
600
640
660
(e)
12:32PM (12A)
Surface
Mid-depth
Bottom
820
1,700
3,100
Dec. 27
1:35PM
Surface
Mid-depth
Bottom
35 15
119 9
103 9
15
167
179
128
Table 8 (continued)
Tido cyoloj low tido to one hour after
Parts por million
Date
Position
Stations
8
9
10 11
12
1938
Jan. 8 (e)
Surface
19
9:38AM (12A)
Mid-depth
21
Bottom
15
Surface
9
9
8
9:50AM
Mid-depth
12
7
8
Bottom
12
7
19
Jan. 9 (e)
Surface
25
10:38AM (12A)
Mid-depth
13
Bottom
27
Surface
6
7
5
10:50AM
Mid-depth
11
8
9
Bottom
6
8
7
Jan. 10 (e)
Surface
13
11:40AM (12A)
Mid-depth
21
Bottom
13
(a)
Surface
11
11:55AM
Mid-depth
11
Bottom
11
(a)
Surface
43
7
5
12:00A1I
Mid-depth
25
7
7
Bottom
23
11
10
Jan. 11 (e)
Surface
520
12:38PM (12A)
Mid-depth
540
Bottom
580
(a)
Surface
400
260
440
12:50PM
Mid-depth
320
340
460
Bottom
420
420
480
Jan. 24 (o)
Surface
1,850
11:55AM (12A)
Mid-depth
2,100
Bottom
2,100
(a)
12:10PM
Surface
Mid-depth
Bottom
1,380 960
8,850 3,150
3,100 12,100
1,800
1,900
12,100
129
Table 8 (continued)
Date
Tide cyclo: low tide to ono hour after
Parts per million
Position Stations
8 9 10 11
12
1938
Jan. 25 (o)
Surfaco
12:54PM (12A)
Mid-depth
Bottom
(a)
Surface
1,050
1:05PM
Mid-depth
1,050
Bottom
1,200
(a)
Surfaco
1,000
1:20PM
Mid-dopth
1,030
Bottom
1,060
(a)
Surface
880
1:35PM
Mid-depth
900
Bottom
940
(a)
Surfaco
780
1:50PM
Mid-depth
900
Bottom
920
1,500
1,600
1,700
Table 9 Tide cycle: 1-2 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov. 18 (a)
Surface
13
6:00PM
Mid-depth
7
Bottom
5
(a)
Surface
6
6:15PM
Mid-de pth
5
Bottom
11
(a)
Surface
8
6:30PM
Mid-depth
9
Bottom
7
Nov. 25 (a)
Surface
11
12.-00AM
Mid-depth
9
Bottom
23
(a)
Surface
13
12:15PM
Mid-depth
11
Bottom
11
(a)
Surface
11
12:30PM
Mid-depth
11
Bottom
17
(a)
Surface
11
12:45PM
Mid-depth
15
Bottom
11
Dec. 9
Surface
7
11:00AM
Mid-depth
7
Bottom
13
Dec. 10
Surface
5
12:00AM
Mid-depth
5
Bottom
13
Dec. 11 (a)
Surface
5
12:15PM
Mid-depth
5
Bottom
7
(a)
Surface
5
12:30PM
Mid-depth
6
Bottom
6
(a)
Surface
5
12:45PM
Mid-depth
5
Rottorn
6
131
Table 9 (continued) Tide cycle: 1-2 hours after low tide
Parts per million
Date Position Stations
8 9 10 11 12
1937
Dec. 11 (a)
Surface
4
1:00PM
Mid-depth
4
Bottom
5
Dec. 12 (a)
Surface
23
1:45PM
Mid-depth
43
Bottom
59
(a)
Surface
23
2:00PM
Mid-depth
43
Bottom
49
(a)
Surface
23
2:15PM
Mid-depth
43
Bottom
65
(a)
Sur face
11
2:30PM
Mid-depth
135
Bottom
580
Dec. 24 (a)
Surface
260
12:00AM
Mid- depth
3,000
Bottom
3,700
(a)
Surface
220
12:15PM
Mid-depth
1,000
Bottom
3,000
Dec. 25
12:45PM
Surface
Mid-depth
Bottom
300
360
480
380
380
380
300
380
520
Dec/ 26 (f)
1:32PM. (12A)
Surface
Mid-depth
Bottom
620
640
680
(f)
1:47PM (12A)
Surface
Mid-depth
Bottom
460
460
500
(f)
2:02PM (12A)
Surface
Mid-depth
Bottom
400
500
500
(f) Surface
2:17PM (12A) Mid-depth
Bottom
360
380
440
Table 9 (continued) Tide cycle: 1-2 hours after low tide
Parts per million
Date
Position
Stations
8
9
10
11
1937
Dec. 27
Surface
21
7
11
2:35PM
Mid-depth
27
7
11
Bottom
121
9
155
1938
Jan. 8
Surface
8
7
8
10:5QAM
Mid-depth
8
8
9
Bottom
6
8
10
Jan. 9
Surface
7
7
7
11:50AM
Mid-depth
7
6
6
Bottom
8
8
7
Jan. 10
Surface
16
7
7
1:00PM
Mid-depth
18
8
7
Bottom
21
7
7
Jan. 11
Surface
340
280
450
1:50PM
Mid-depth
370
460
460
Bottom
420
1,700
480
Jan. 24
Surface
1,330
1,050
1,250
1:10PM
Mid-depth
3,400
13,100
6,200
Bottom
1,500
13,800
14,750
Jan. 25 (a)
Surface
570
2:05FM
Mid-depth
790
Bottom
750
(a)
Surface
460
2:20PM
Mid-depth
660
Bottom
600
(a)
Surface
440
2:35PM
Mid-depth
490
Bottom
520
(a)
Surface
390
2:50PM
Mid-depth
400
Bottom
420
Feb. 22 (a)
Surface
45
57
15
12:55PM
Mi d-depth
144
56
35
Bottom
1,300
59
53
133
Table 9. (continued)
Date
1938
Feb. 22 (e)
12:40FM (l'c
Mar. 8 (e)
Position
Tide cycle: 1-2 hours after lovr tide
Parts per million
Stations
8 9 10 11
12
Surface
34
Mid-depth
47
Bottom
50
Surface
13
Mid-depth
17
Bottom
13
(a)
Surface
9
7
8
11:20AM
Mid-depth
7
9
21
Bottom
8
11
11
Mar. 9 (e)
Surface
85
12:13PM (12A)
Mid-depth
99
Bottom
121
(a)
Surface
86
46
95
12:25PM
Mid-depth
122
75
145
Bottom
260
85
201
Mar. 10 (e)
Surface
240
1:20PM (l2A)
Mid-depth
310
Bottom
320
Surface
270
210
200
1:35PM
Mid-depth
2,100
950
420
Bottom
8,600
3,900
4,900
Mar. 23 (e)
Surface
5
12:00AM (12A)
Mid-depth
11
Bottom
9
(a)
Surface
5
4
5
5
5
12:25PM
Mid-depth
5
5
4
6
5
Bottom
5
5
11
11
5
Mar. 24 (e)
Surface
5
12:55PM (12A)
Mid-depth
5
Bottom
5
(a)
Surface
3
5
2
4
4
1:15PM
Mid-depth
5
3
3
5
6
Bottom
3
7
4
6
5
liar. 25 (e)
Surface
6
1:48PM (12A)
Mid-depth
3
Bottom
9
134
Table 9 (continued)
Date
1938
liar. 25 (a)
2:15PM
Position
Tide cycle: 1-2 hours after low tide
Parts per million
Stations
Surface
Mid-depth
Bottom
Apr. 8 (e) Surface
1:06PM (12A) Mid-depth
Bottom
8
3
3
3
10
2
3
2
3
7
2
11
8
5
8
12
3
3
5
3
4
7
Apr. 9 (a)
Surface
6
7
2:25PM
Mi d—depth
7
10
Bottom
13
9
(e)
Surface
10
2:10PM (12A)
Mid-depth
10
Bottom
16
Apr. 10 (e)
Surface
7
3»10PM (j2A)
Mid-depth
10
Bottom
10
(a)
Surface
5
3:20B1
Mid-depth
6
Bottom
5
Apr. 21 (e)
Surface
2
11:46AM (12A)
Mi d-depth
3
Bottom
4
(a)
Surface
1'
4
11:55AM
Mi d-depth
3-'
4
Bottom
3.
2
Apr. 22 (a)
Surface
5
3
17
7
3
12:30PM
Mid-depth
3
5
19
15
13
Bottom
3
4
5
12
8
(e)
Surface
7
12:09PM (12A)
Mid-depth
3
Bottom
3
May 7
1:05PM
Surface
Mid-depth
Bottom
22
16
20
Table 10 . . Tide cycle: 2-3 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov# 18 (a)
Surface
6
6 :45BI
Mid-depth
5
Bottom
7
(a)
Surface
6
7j00PM
Mid-depth
7
Bottom
7
(a)
Surface
7
7:15PM
Mid-depth
21
Bottom
7
(a)
Surface
7
7:30FM
Mid-depth
9
Bottom
5
Nov. 22 (a)
Surface
9
10:00AM
Mid-depth
9
Bottom
8
(a)
Surface
7
10:15AM
Mid-depth
5
Bottom
9
(a)
Surface
11
10:30AM
Mid-depth
11
Bottom
9
Nov. 23
Surface
19
11:30AM
Mid-depth
275
Bottom
220
Nov. 25 (a)
Surface
15
1:00PM
Mid-depth
15
Bottom
15
(a)
Surface
29
1:15PM
Mid-depth
11
Bottom
11
(a)
Surface
11
1:30PM
Mid-depth
13
Bottom
11
(a)
Surface
15
1:45PM
Mid-depth
13
Bottom
149
Table 10 (continued)
Tide cycle: 2-3 hours after low tide
Date
1937
Nov. 25 (a)
2": OOPM
Dec. 8
11:00AM
Dec. 9 (a)
11:15AM
(a)
11:30AM
(a)
11:45AM
Dec. 10 (a)
12:00AM
(a)
12:15PM
(a)
12:30PM
(a)
12:45PM
(a)
1:00PM
Dec. 11 (a)
1:15PM
Parts per million
Position Stations
8 9 10 11
Surface
13
Mid-depth
17
Bottom
137
Surface
13
Mid-depth
12
Bottom
65
Surface
5
Mid-depth
7
Bottom
•5
Surface
9
Mi d-de pth
3
Bottom
7
Surface
5
Mi d-depth
5
Bottom
5
Surface
7
Mi d-depth
5
Bottom
5
Surface
5
Mid-depth
5
Bottom
7
Surface
15
Mid-depth
5
Bottom
4
Surface
7
Mid-depth
7
Bottom
7
Surface
9
Mid-depth
15
Bottom
960
Surface
5
Mid-depth
5
Bottom
6
(a)
1:30PM
Surface
Mid-depth
Bottom
13
137
Table 10 (continued) Tide cycle: 2-3 hours after low tide
Parts per million
Date Position Stations
8 9 10 11 12
1937
Dec. 11 (a)
Surface
9
1:45PM
Mid-depth
9
Bottom
8
(a)
Surface
8
2:00PM
Mid-depth
9
Bottom
9
Dec. 12 (a)
Surface
11
2:45FM
Mid-depth
213
Bottom
540
(a)
Surface
11
3:00PM
Mid- depth
89
Bottom
240
Dec. 24 (a)
Surface
220
12:30PM
Mid-depth
600
Bottom
3,600
(a)
Surface
200
12:45PM
Mid-depth
1,500
Bottom
4,200
(a)
Surface
220
1:00PM
Mid-depth
4,200
Bottom
5,200
(a)
Surface
200
1:15PM
Mid-depth
320
Bottom
2,400
Dec. 25
Surface
300
380
280
1:45PM
Mid-depth
580
360
360
Bottom
460
380
560
Dec. 26 (f)
Surface
320
2:32PM (12A)
Mid-depth
380
Bottom
400
(f)
Surface
220
2:47PM (12A)
Mid-depth
260
Bottom
360
(f)
Surface
260
3:02PM (12A)
Mid-depth
300
Bottom
380
138
Table 10 (continued.)
Date
1937
Position
Tide cycle: 2-3 hours after low tide
Parts per million
Stations
8
10
11
Dec. 27
Surface
15
9
11
3:35PM
Mid-depth
81
79
117
Bottom
1*380
200
171
12
1938
Jan. 7
Surface
117
113
211
10:50AM
Mid-depth
540
500
440
Bottom
3,770
4,350
4,850
Jan. 8
Surface
7
8
11
11:50AM
Mid-depth
7
8
8
Bottom
8
7
10
Jan. 9
Surface
11
7
7
12:50PM
Mid-depth
8
7
7
Bottom
6
7
7
Jan. 10
Surface
5
6
2:00EM
Mid-depth
6
7
Bottom
11
7
Jan. 11
Surface
300
260
260
2:50PM
Mid-depth
240
560
320
Bottom
380
460
1,880
Jjm. 20 (a)
Surface
390
10:OQAL
Mid-depth
2,150
Bottom
6,150
(a)
Surface
390
10:15AM
Mid-depth
760
Bottom
4,500
(a)
Surface
420
10:30AM
Mid-depth
2,200
Bottom
3,750
(a)
Surface
470
10:45AM
Mid-depth
1,850
Bottom
4,400
Jan. 21 (f) Surface
11:42AM (12A) Mid-depth
Bottom
540
1,400
3,100
130
Table 10 (continued) Tide
cycle:
2-3 hours
after low
tide
Parts
per million
Date
Position
Stations
8
9
10
11
12
1938
Jan. 22 (f)
12:39PM (12A)
Surface
Mid-dppth
Bottom
760
4,000
7,000
Jan. 24
2:10PM
Surface
Mid-depth
Bottom
1,470
7,200
8,250
1,400
7,400
13,800
1,020
6,700
14,200
Jan. 25 (a)
3:05PM
Surface
Mid-depth
Bottom
360
360
380
(a)
3:20PM
Surface
Mid-depth
Bottom
330
350
350
(a)
3:35PM
Surface
Mid-depth
Bottom
280
310
310
(a)
3:50PM
Surface
Mid-depth
Bottom
280
290
300
Feb. 7 (a)
12:05PM
Surface
Mid-depth
Bottom
9
7
7
5
7
3
7
11
17
(a)
12:35PM
Surface
Mid-depth
Bottom
11
11
5
5
5
5
5
5
3
Feb. 10 (e)
4:07PM (12A)
Surface
Mid-depth
Bottom
7
9
7
Feb. 21
1:05PM
Surface
Mi d-depth
Bottom
156
1,360
9,100
186
1,520
1,880
145
330
450
Feb. 22
1:55PM
Surface
Mid-depth
Bottom
35
207
8,800
9
129
580
11
30
47
Feb. 23 (e)
2:38PM (12A)
Surface
Mid-depth
Bottom
17
19
27
140
Table 10 (continued)
Tide cycle:
2-3 hours
after lo vi¬
tide
Parts
per million
Date
Position
Stations
8
9
10
11
12
1938
Feb. 23 (a)
2:50PM
Surface
Mid-depth
Bottom
37
83
2,750
9
139
310
7
37
3,500
Feb. 24 (e)
3:31PM (12A)
Surface
Mid-depth
Bottom
630
700
2,900
(a)
3:45PM
Surface
Mid-depth
Bottom
350
4,450
13,200
290
1,020
9,600
540
1,340
10,300
Mar. 8
12:20PM
Surface
Mid-depth
Bottom
8
8
7
9
7
10
12
11
10
Mar. 9
Surface
80
99
119
1:25PM
Mid-depth
227
99
215
Bottom
1,040
206
310
Mar. 10
Surface
220
220
290
2:35PM
Mid-depth
3,250
4,550
1,300
Bottom
10,300
3,200
5,600
Mar. 23
Surface
8
4
5
5
4
1:25PM
Mid-depth
7
6
5
5
5
Bottom
5
5
9
14
4
Mar. 24
Surface
3
3
4
7
3
2:15PM
Mid-depth
3
3
3
5
3
Bottom
6
5
4
7
3
Mar. 25
Surface
5
2
5
3
3
3:15PM
Mid-depth
3
2
4
5
9
Bottom
2
3
2
7
2
Apr. 8
Surface
3
5
3
4
2:30PM
Mid-depth
4
5
4
3
Bottom
6
7
11
11
Apr. 9 (a)
Surface
12
10
6
2:35PM
Mid- depth
21
5
6
Bottom
1,220
6
10
(a)
Surface
7
8
9
3:30PM
Mid-depth
6
11.
12
Bottom
11
8
29
Table 10 (continued) Tide
cycle:
2-3 hours
after low
tide
Parts
per million
Date
Position
Stations
8
9
10
11
12
1938
Apr. 10 (a)
Surface
5
5
4
6
3:35PM
Mid-depth
8
5
4
8
Bottom
3
7
7
10
(a)
Surface
6
5
4:25PM
Mid-depth
7
6
Bottom
7
5
Apr. 21
Surface
2
3
9
1
5
12:05PM
Mid-depth
2
2
3
3
3
Bottom
3
2
2
7
5
Apr. 22
Surface
3
3
3
3
3
1:30PM
Mid-depth
3
2
6
7
5
Bottom
3
2
4
3
5
May 2
Surface
6
9
9:15AM
Mid-depth
9
9
Bottom
16
10
May 4
Surface
47
11:04AM
Mid-depth
30
Bottom
30
May 5 (a)
Surface
10
9
10
11:45AM
Mid-depth
13
9
11
Bottom
13
26
13
(a)
Surface
10
12:00AM
Mid-depth
10
Bottom
24
"
May 6 (a)
Surface
15
20
28
12:40PM
Mid-depth
137
109
34
Bottom
430
145
161
(a)
Surface
48
1:00PM
Lid-deoth
106
Bottom
119
May 7 (a)
Surface
21
20
1:10PM
Mid-depth
54
12
Bottom
58
13
(a)
1:30PM
Surface
Mid-depth
Bottom
9
13
20
Table 10 (continued) Tide cycle: 2-3 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1938
May 7 (a)
Surface
10
1:45PM
Mid-depth
13
Bottom
15
(a)
Surface
11
2:OOPM
Mid-depth
11
Bottom
16
Table 11 Tide cycle: 3-4 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov* 18 (a)
Surface
7
7:45 PM
Mid-depth
9
Bottom
7
(a)
Surface
7
8:00PM
Mid-depth
11
Bottom
7
(a)
Surface
7
8:15PM
Mid-depth
5
Bottom
5
(a)
Surface
9
8:30FM
Mid-depth
7
Bottom
7
Nov, 20 (a)
Surface
11
9:00AM
Mid-depth
15
Bottom
12
(a)
Surface
13
9:15AM
Mid-depth
12
Bottom
12
(a)
Surfac e
19
9:30AM
Mid-depth
19
Bottom
17
Nov, 21 (a)
Surface
11
10:00AM
Mid-depth
17
Bottom
16
(a)
Surface
15
10:15AM
Mid-depth
19
Bottom
17
(a)
Surface
17
10:30AM
Mid-depth
20
Bottom
19
Nov, 22 (a)
Surface
7
10:45AM
Mid-depth
9
Bottom
9
(a)
Surface
7
11:00AM
Mid-depth
9
Bottom
9
Table 11 (continued)
Tide cycle: 3-4 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov. 22 (a)
Surface
9
11:15AM
Mid-depth
9
Bottom
9
(a)
Surface
9
11:30AM
Mid-depth
11
Bottom
7
Nov. 23 (a)
Surface
69
11:45AM
Mid-depth
400
Bottom
540
(a)
Surface
45
12:00AM
Mid-depth
520
Bottom
920
(a)
Surface
53
12:15PL1
Lid-depth
420
Bottom
920
(a)
Surface
91
12:30PM
Mid-depth
640
Bottom
1,360
Dec. 1 (a)
Surface
7
7:00AM
Mid-depth
5
Bottom
5
(a)
Surface
5
7:15AM
Mid-depth
3
Bottom
5
Dec. 2 (a)
Surface
7
7:OOAM
Mid-depth
3
Bottom
4
(a)
Surface
3
7:15AM
Mid-depth
5
Bottom
4
(a)
Surface
7
7:30AM
Mid-depth
5
Bottom
3
(a)
Surface
5
7:45AM
Mid-depth
5
Bottom
5
Table 11 (continued)
Tide oycle: 3-4 hours after low tide
Date
1937
Dec. 2 (a)
8: 00 AH
Dec. 3 (a)
8:OOAM
(a)
8:15AM
(a)
8:30AM
Dec. 4 (a)
9:00AM
(a)
9:15AM
(a)
9:30 AM
(a)
9:45AM
Dec. 6 (a)
10:00AM
(a)
10:15AM
(a)
10:30AM
Dec. 7 (a)
11:OOAM
Parts per million
Position Stations
8 9 10 11
Surface
5
Mid-depth
3
Bottom
5
Surface
4
Mid-depth
5
Bottom
9
Surface
4
Mid-depth
3
Bottom
5
Surface
4
Mid-depth
5
Bottom
7
Surface
161
Mid-depth
2,550
Bottom
2,350
Surface
61
Mid-depth
2,950
Bottom
2,350
Surface
320
Mid-depth
2,900
Bottom
2,600
Surface
400
Mid-depth
3,900
Bottom
2,600
Surface
7
Mid-depth
400
Bottom
1,200
Surface
15
Mid-depth
860
Bottom
1,300
Surface
23
Mid-depth
960
Bottom
3,700
Surface
37
Mid-depth
65
Bottom
1,720
Table 11 (continued)
Tide cycle: 3-4 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1937
Dec. 7 (a)
Surface
37
11:15AJ.I
Mid-depth
1,020
Bottom
1,960
Dec. 8 (a)
Surface
11
11:15AM
Mid-depth
13
Bottom
300
(a)
Surfo.ce
11
11:30AM
Mid-depth
11
Bottom
63
(a)
Surface
9
11?45AM
Mid-depth
11
Bottom
300
(a)
Surface
11
12:00AM
Mid-depth
11
Bottom
400
Dec. 9 (a)
Surface
5
12:15PM
Mid-depth
5
Bottom
5
(a)
Surface
5
12:30PM
Mid-depth
5
Bottom
9
(a)
Surface
7
12:45PM
Mid-depth
6
Bottom
5
Dec. 10 (a)
Surface
131
1:15PM
Mid-depth
29
Bottom
1,010
(a)
Surface
17
1:30PM
Mid-depth
23
Bottom
750
(a)
Surface
11
1:45PM
Mid-depth
27
Bottom
230
Dec. 18 (a)
Surface
1,000
8:OOAM
Mid-depth
6,400
Bottom
7,800
Table 11 (continued)
Tide cycle: 3-4 hours after low tide
Date
1937
Dec. 18 (a)
8:15AH
(a)
8:30AM
Dec. 20 (a)
10:00AM
(a)
10:15AM
Dec. 24 (a)
1:30PM
(a)
1:45PM
(a)
2:00PM
1938
Jan. 7
11:50AM
Jan. 15 (a)
7:OOAM
(a)
7:10AM
(a)
7:20AM
Parts per million
Position Stations
8 9 10 11
Surface
7,400
Mid-depth
1,000
Bottom
5,000
Surface
1,700
Mid-depth
5,200
Bottom
7,600
Surface
11
Mid-depth
13
Bottom
15
Surface
13
Iviid-depth
17
Bottom
13
Surface
260
Mid-depth
2,400
Bottom
4,200
Surface
260
Mid-depth
2,500
Bottom
4,500
Surface
280
Mid-depth
2,400
Bottom
5,000
Surface
Mid-depth
Bottom
119
370
1,700
122
1,740
5,350
159
3,400
480
Surface
Mid-depth
Bottom
710
9,450
9,800
Surface
Mid-depth
Bottom
820
9,600
10,000
Surface
Mid-depth
Bottom
810
7,200
10,450
Table 11 (continued)
Tide cycle: 3-4 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1938
Jan. 15 (a)
Surfaoe
1,060
7: SOAK
Mid-depth
10,300
Bottom
10,800
Jan. 17 (a)
Surface
5,800
9:00AM
Mid-depth
6,850
Bottom
7,600
(a)
Surface
7,700
9:10AM
Mid-depth
6,500
Bottom
8,600
Jan. 18
Surface
1,200
10:00AM
Mid-depth
5,700
Bottom
8,100
Jan. 19 (a)
Surface
900
10:00AM
Mid-depth
3,500
Bottom
5,100
(a)
Surface
790
10:15AM
Mid-depth
2,800
Bottom
5,500
(a)
Surface
1,130
10:30AM
Mid-depth
5,4-00
Bottom
7,300
(a)
Surface
900
10:45AM
Mid-depth
4,500
Bottom
8,100
Jan. 20 (a)
Surface
850
11:00AM
Mid-depth
2,150
Bottom
4,900
(a)
Surface
470
11:15AM
Mid-depth
2,650
Bottom
4,450
(a)
Surface
490
11:30AM
Mid-depth
2,750
Bottom
5,200
(a)
Surface
860
11:45AM
Mid-depth
2,350
Bottom
4,750
119
Table 11 (continued)
Date
1938
Jan. 21 (f)
11:57AM (12
(f)
12:12PM (12
(f)
(f)
Jan. 22 (f)
(f)
(f)
(f)
Feb. 2 (a)
9:00AM
(a)
9:15AM
(a)
9:30AM
(a)
Position
Tide cycle: 3-4 hours after low tide
Parts per million
Stations
8
10
11
12
9:45AM
Surface
620
Mid-depth
2,800
Bottom
5,700
Surface
660
Mid-depth
2,500
Bottom
5,850
Surface
540
Mid-depth
2,600
Bottom
6,700
Surface
580
Mid-depth
5,000
Bottom
6,350
Surface
750
Mid-depth
2,400
Bottom
5,900
Surface
910
Mid-depth
5,200
Bottom
10,100
Surface
880
Mid-depth
6,100
Bottom
9,100
Surface
980
Mid-depth
7,550
Bottom
11,600
Surface
5
Mid-depth
4
Bottom
6
Surface
7
Mid-depth
8
Bottom
8
Surface
7
Mid-depth
4
Bottom
8
Surface
13
Mid-depth
6
Bottom
10
Table 11 (continued)
Tide cyole; 3-4 hours after low tide
Date
1938
Feb. 3 (a)
10:OOAM
(a)
10:15AM
(a)
10:30AM
Position
Surface
Mi d-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Parts per million
Stations
5 10 11
5
6
8
7
4
8
5
9
9
Feb. 4
11:00AM
Surface
Mid-depth
Bottom
7
5
9
Feb. 6 (a)
12:05PM
Surface
Mid-depth
Bottom
5
6
5
9
5
5
10
6
9
(a)
12:35PM
Surfac e
Mid-depth
Bottom
7
5
8
5
10
19
8
6
6
Feb. 7 (a)
1:05PM
Surface
Mi d-depth
Bottom
7
5
7
11
3
5
9
5
11
(a)
1:35PM
Surface
Mid-depth
Bottom
7
9
5
4
5
5
18
5
5
Feb. 8 (e)
Surface
2:50PM (12A)
Mi d-depth
Bottom
Feb. 9 (e)
Surface
3:17PM (12A)
Mi d-depth
Bottom
(a)
Surface
3
3
3
3:35PM
Mid-depth
3
3
3
Bottom
3
7
5
Feb. 10
Surface
3
5
3
4:20PM
Mid-depth
11
3
5
Bottom
3
13
9
Table 11
(continued.)
Tide oycle:
3-4 hours
after low tide
Parts
per million
Date
Position
Stations
8
9
10
11
12
1938
Feb. 19
Surface
7
7
8
11:35AM
Mid-depth
68
9
11
Bottom
320
27
13
Feb. 20
Surface
620
1:00PH
Mid-depth
3,000
Bottom
2,500
Feb. 22
Surface
8
20
19
2:55PM
Mid-depth
1,540
' 159
131
Bottom
4,800
3,100
4,200
Feb. 23
Surface
9
7
11
3:50PM
Mid-depth
47
41
24
Bottom
2,950
1,900
1,500
Feb. 24
Surface
300
360
450
4:45PM
Mid-depth
4,600
5,400
3,100
Bottom
9,200
7,000
11,000
Feb. 26
Surface
320
6:00AM
Mid-depth
7,800
Bottom
8,800
Mar. 8
Surface
8
9
10
1:20PM
Mid-depth
11
8
13
Bottom
9
8
14
Mar. 9
Surface
156
178
281
2:25PM
Mid~depth
890
600
290
Bottom
2,200
1,400
1,500
Mar. 10
Surface
1,000
610
340
3:35PM
Mid-depth
8,850
4,500
2,000
Bottom
12,050
7,950
8,500
Mar. 21
Surface
11
11
9
15
15
12:00AM
Mid-depth
11
12
8
13
16
Bottom
223
17
9
16
26
Mar. 22
Surface
8
8
8
6
11
1:00PM
Mid-depth
33
6
9
10
17
Bottom
2,000
9
7
16
22
Mar. 23
Surface
8
3
6
6
6
2:25PM
Mid-depth
9
4
5
6
7
Bottom
2,950
S
10
15
5
Table 11 (c
ontinued) Tide
oyole:
3-4 houra
after low tide
Parts
per million
Date
Position
Stations
8
9
10
11
12
1938
Mar. 24
Surface
7
4
5
4
5
3:15PM
Mid •■depth
3
5
4
4
5
Bottom
5
5
3
3
6
Mar. 25
Surface
3
2
3
3
1
4:15PM
Mid-depth
2
2
3
4
3
Bottom
5
3
4
4
4
Mar. 29 (a)
Surface
4
6:30AM
Llid-depth
1
Bottom
2
(a)
Surface
1
6:45AM
Mid-depth
1
Bottom
3
Apr. 8 (a)
Surface
4
2:35PM
Mid-depth
7
Bottom
15
(a)
Surface
17
6
5
3
3:30PM
Hid-depth
7
6
5
4
Bottom
4
9
6
5
Apr. 9 (a)
Surface
8
8
3:40PM
Mi d-depth
21
11
Bottom
1,220
39
(a)
Surft.ce
14
15
33
4:30PM
Hid-depth
96
70
33
Bottom
600
950
82
Apr. 10 (a)
Surface
4
4
3
4:40PM
Mid-depth
5
5
3
Bottom
3
7
3
(a)
Surface
7
6
5:25PM
Mid-depth
6
5
Bottom
5
11
Apr. 21 (a)
Surface
1
1
2
1:05PM
Mi d-depth
2
3
2
Bottom
2
4
1
(a)
1:50EL1
Surface
Mid-depth
Rirhl.nm
3
3
3
Table 11 (continued)
Tide oycle: 3-4 hours after low tide
Date
Position
Parts per million
Stations
9 10 11
1938
Apr. 22 (a)
2:30PM
Surface
Mid-depth
Bottom
3
3
3
2
5
2
2
1
3
6
6
6
Apr. 27 (a)
Surface
2
3
21
5:45AM
Mid-depth
4
2
4
Bottom
4
5
5
(a)
Surface
3
6:00AM
Mid-depth
4
Bottom
3
(a)
Surface
9
6:15AM
Mid-depth
3
Bottom
2
Apr. 28 (a)
Surface
5
4
6
6:40AM
Mid-depth
4
3
5
Bottom
6
5
8
(a)
Surface
4
7:00AM
Mid-depth
2
Bottom
6
Apr. 30
Surface
7
8:30AM
Mid-depth
9
Bottom
13
May 1 (a)
Surface
7
8
9
8:45AM
Mid-depth
5
5
9
Bottom
13
25
9
(a)
Surface
7
9:OOAM
Mid-depth
7
Bottom
25
(a)
Surface
7
9:15AM
Mid-depth
9
Bottom
10
May 2 (a)
Surface
7
9:20AM
Mid-depth
7
Bottom
7
(a)
Surface
6
9:30AM
Mid-depth
7
—
14
Table 11 (continued) Tide
oyole:
3-4 hours after low tide
Parts per million
Date
Position
Stations
8
9 10 11
1938
May 2 (a)
Surface
7
9:45AM
Mid-depth
6
Bottom
14
(a)
Surface
S
10:00AM
Mid-depth
8
Bottom
12
May 3 (a)
Surface
8
7 10
10:15AM
Mid-depth
14
8 11
Bottom
15
14 12
(a)
Surface
7
1Q:30AM
Mid-depth
9
Bottom
11
(a)
Surface
7
10:45AM
Mid-depth
10
Bottom
13
(a)
Surface
9
11:00AM
Mid-depth
13
Bottom
14
May 4 (a)
Surface
7
8 9 11
11:19AM
Mid-depth
10
13 15 15
Bottom
11
14 22 21
(a)
Surface
12:04PM
Mid-depth
Bottom
May 5 (a)
Surface
13
12:15EM
Mid-depth
12
Bottom
19
(a)
Surface
9
12:30PM
Mid-depth
15
Bottom
20
(a)
Surface
16
12:45PM
Mid-depth
20
Bottom
21
(a)
Surface
24
1:00PM
Mid-depth
26
iflttpm
26
155
Table 11 (a<
ontinued) Tido
oyole:
3-4 hours
Parts
after low tide
per million
Date
Position
Stations
8
9
10 11
12
1938
May 6 (a)
1:15PM
Surface
Mid-depth
Botton
59
124
232
(a)
1:30PM
Surface
Mid-depth
Bottom
55
135
200
May 6 (a)
1:45m
Surface
Mid-depth
Bottom
45
288
530
(a)
2:00PM
Surface
Mid-depth
Bottom
215
460
680
May 7 (a)
2:15PM
Surface
Mid-depth
Bottom
15
13
43
(a)
2:30PM
Surface
Mid-depth
Bottom
12
39
52
(a)
2:45PM
Surface
Mid-depth
Bottom
20
30
67
(a)
3:00PM
Surface
Mid-depth
Bottom
25
112
139
May 9
4:45PM
Surface
Mid-depth
Bottom
900
5,600
9,100
900
6,200
7,400
500
1,000
8,300
May 10
5:36PM
Surface
Mid-depth
Bottom
330
350
1,350
May 11
6:37AM
Surface
Mid-depth
Bottom
330 300
700 600
1,450 1,750
400
400
450
May 13 (a)
7:10AM
Surface
Mid-depth
Brrbttpm
480
1,160
1,990
330
700
740
260
350
490
Table 11 (continued)
Tide cyole: 3-4 hours after low tide
Parts per million
Date
Position
Stations
8
9
10
11
1938
May 13 (a)
7:30AM
Surface
Mid-depth
Bottom
270
910
800
(a)
7:45AM
Surface
Mid-depth
Bottom
320
820
1,000
(a)
8:00AM
Surface
Mid-depth
Bottom
300
850
1,350
May 20
12:50PM
Surface
Mid-depth
Bottom
18
320
1,550
10
400
830
7
8
570
May 21
1:45PM
Surface
Mid-depth
Bottom
54
4,400
8,450
182
1,320
5,450
17
203
5,650
June 24
5:30AM
Surface
Mid-depth
Bottom
1,700
4,900
10,050
July 6
4:45AM
Surface
Mid-depth
Bottom
1,300
9,200
7,450
Aug. 24
6:50AM
Surface
Mid-depth
Bottom
2,400
6,600
7,250
2,300
4,150
5,950
1,400
4,100
5,150
Table 12 Tide cycle: 4-5 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov. 18 (a)
Surface
15
8:00AM
Mid-depth
11
Bottom
13
(a)
Surface
11
8:15AM
Mid-depth
9
Bottom
11
(a)
Surface
7
8:30AM
Mid-depth
11
Bottom
11
(a)
Surface
9
8:45AM
Mid-depth
43
Bottom
15
(a)
Surface
5
8:45PM
Mid-depth
9
Bottom
7
(a)
Surface
9
9:00PM
Mid-depth
7
Bottom
7
(a)
Surface
7
9:15PM
Mid-depth
7
Bottom
7
(a)
Surface
6
9:30PM
Mid-depth
7
Bottom
9
Nov. 19 (a)
Surface
23
9:00AM
Mid-depth
55
Bottom
79
(a)
Surface
19
9:15AM
Lid-depth
19
Bottom
21
(a)
Surface
23
9:3QAM
Mid-depth
21
Bottom
21
(a)
Surface
23
9:45AM
Mid-depth
290
Rn-H-.ran
240
Table 12 (continued)
Tide cycle J 4-5 hours after low tide
Date
1937
Nov. 20 (a)
9:45AM
(a)
10:00AM-
(a)
10:15AM
(a)
10:30AM
Nov. 21 (a)
10:45AM
(a)
11:00AM
(a)
11:15AM
(a)
11:30AM
Nov. 22 (a)
11:45AM
(a)
12:00AM
(a)
12:15PM
(a)
12:30PM
Parts per million
Position Stutions
8 9 10 11
Surface
20
Mid-depth
20
Bottom
18
Surface
22
Mid-depth
24
Bottom
19
Surfa ce
51
Mid-depth
3,150
Bottom
8,950
Surface
54
Mid-depth
2,050
Bottom
9,200
Surface
24
Mid-depth
22
Bottom
24
Surface
23
Mid-depth
153
Bottom
312
Surface
28
Mid-depth
2,900
Bottom
6,400
Surface
640
Mi d-depth
5,800
Bottom
9,550
Surface
20
Mid-depth
45
Bottom
41
Surface
24
Mid-depth
35
Bottom
4-0
Surface
23
Mi d-depth
43
Bottom
40
Surface
23
Mid-depth
29
Bottom
48
Table 12 (continued) Tide oycle: 4-5 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1937
Nov. 23 (a)
Surface
93
12:45PM
Mid-depth
300
Bottom
1,600
(a)
Surface
151
1:00PM
Mid-depth
660
Bottom
1,800
(a)
Surface
157
1:15PM
Mid-depth
3,350
Bottom
4,900
(a)
Surface
139
1:30PM
Mid-depth
2,700
Bottom
4,800
Nov. 27 (a)
Surface
3,850
5: OOKMu
Mid-depth
10,200
Bottom
11,100
(a)
Surface
10,650
5:15AM
Mid-depth
10,600
Bottom
10,800
Nov. 30 (a)
Surface
15
7:00AM
Mid-depth
5
Bottom
5
(a) Surface 5
7:15All iiid-depth 5
Bottom 5
(a) Surface 5
7:30AM Mid-depth 5
Bottom 3
Dec. 1 (a) Surface 9
7:30AM Mid-depth 3
Bottom 3
(a) Surface 9
7:45AM Mid-depth • 5
Bottom 7
(a) Surface 4
8:00AM Mid-depth 3
Table 12 (continued) Tido cyclos 4-5 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1937
Dec. 1 (a)
Surface
4
8:15AM
Mid-depth
3
Bottom
5
Dec. 2 (a)
Surface
5
8:15AM
Mid-depth
5
Bottom
3
(a)
Surface
3
8:30AM
Mid-depth
3
Bottom
5
(a)
Surface
5
8:45AM
Mid-depth
7
Bottom
3
(a)
Surfaco
5
9:00AM
Mid-depth
3
Bottom
5
Dec. 3 (a)
Surface
5
8:45AM
Mid-depth
3
Bottom
5
(a)
Surface
5
9:00AM
Mid-depth
7
Bottom
5
(a)
Surfaco
4
9:15AM
Mid-depth
5
Bottom
5
(a)
Surface
4
9:30AM
Mid-depth
97
Bottom
860
Dec. 4 (a)
Surface
380
10:00AM
Mid-depth
3,000
Bo tt oiu
3,000
(a)
Surface
210
10:15AM
Mid-depth
3,400
Bottom
3,450
(a)
Surface
75
10:30AM
Mid-depth
7,750
o r\rr r\
Table 12 (continued)
Tide cycle: 4-5 hours after low tide
Parts per million
Date Position Stations
8 9 10 11
1937
Dec. 4 (a)
Surface
82
10:45AM
Mid-depth
7,650
Bottom
7,600
(a)
Surface
77
11:00AM
Mid-depth
6,400
Bottom
9,000
Dec. 5 (a)
Surface
78
10:00AM
Mid-depth
570
Bottom
1,310
(a)
Surface
38
10:15AM
Mid-depth
1,070
Bottom
2,600
(a)
Surface
19
10:30AM
Mid-depth
3,500
Bottom
5,150
(a)
Surface
23
10:45AM
Mid-depth
5,750
Bottom
6,850
Dec. 6 (a)
Surface
33
10:45AM
Mid-depth
1,780
Bottom
5,400
(a)
Surface
131
11:00AM
Mid-depth
3,800
Bottom
4,800
(a)
Surface
173
11:15AM
Mid-depth
740
Bottom
7,000
(a)
Surface
143
11:30AM
Mid-depth
3,900
Bottom
9,600
Dec. 7 (a)
Surface
35
11:30AM
Mi d-depth
, 35
Bottom
2,000
(a)
Surface
27
11:45AM
Mid-depth
39
Bottom
1,180
Table 12 (continued)
Tide cycle: 4-5 hours after low tide
Date
1937
Dec* 7 (a)
12:00AM
(a)
12-.15FM
Dec. 8 (a)
12:15PM
(a)
12:30PM
(a)
12:45PM
(a)
1:00PM
Dec. 9 (a)
1:00PM
(a)
1:15PM
(a)
1:30PM
(a)
1:45PM
Dec. 10 (a)
2:00PM
(a)
2:15PM
Parts per million
Position Stations
8 9 10 11
Surface
27
Mid-depth
1,200
Bottom
1,440
Surface
23
Mid-depth
53
Bottom
1,860
Surface
13
Mid-depth
11
Bottom
360
Surface
29
Mid-depth
33
Bottom
340
Surface
29
Mid-depth
37
Bottom
1,860
Surface
33
Mid-depth
87
Bottom
1,320
Surface
7
Mid-depth
4
Bottom
7
Surface
7
Mid-depth
7
Bottom
7
Surface
7
Mid-depth
5
Bottom
5
Surface
7
Mid-depth
7
Bottom
7
Surface
9
Mid-depth
13
Bottom
1,050
Surface
13
Mid-depth
13
Bottom
490
Table 12 (continued)
Tide cycles 4-5 hours after low tide
Date
1937
Dec. 10 (a)
2:30PM
(a)
2:45PM
Dec. 13
5:00AM
Dec. 14
6:00AM
Dec. 15 (a)
6:00AM
(a)
6:15AM
(a)
6:30AM
(a)
6:45AM
Dec. 16 (a)
7:00AM
(a)
7:15AM
(a)
7:30AM
(a)
7:45AM
Parts por million
Position Stations
8 9 10 11
Surface
Mid-depth
Bottom
45
660
2,210
Surface
Mid-depth
Bottom
21
880
2,010
Surface
Mid-depth
Bottom
1,200
10,700
11,000
Surface
Mid-depth
Bottom
1,000
4,500
11,000
Surface
Mid-depth
Bottom
9,300
12,200
12,300
Surf a ce
Mid-depth
Bottom
9,200
11,200
12,500
Surface
Mid-depth
Bottom
6,600
9,400
12,900
Surface
Mid-depth
Bottom
5,300
8,300
10,800
Surface
Mid-depth
Bottom
12,100
13,100
Surface
Mid-depth
Bottom
10,200
11,650
12,800
Surface
Mid-depth
Bottom
12,150
13,450
13,300
Surface
Mid-depth
Bottom
11,850
15,500
13,400
Table 12 (continued) Tide cycle: 4-5 hours akccr low tide
Parts per nillioh
Date Position Stations
8 9 10 11
1937
Dec. 17 (a)
Surface
5,300
8:OOAM
kid-depth
10,700
Bottom
12,500
(a)
Surface
5,000
8:15.1'"
kid-depth
12,300
Bottom
12,800
(a)
Surface
6,400
8:30.'lf.
1.id-depth
11,400
Bottom
13,500
Dec. 18 (a)
Surface
4,400
8:45kk
kid-depth
9,650
Bottom
9,100
(a)
Surface
6,700
9: GO.L
kid-depth
10,100
Bottom
9,500
(a)
Surface
5,650
9:15.\k
i- id-depth
12,200
Bottom
12,600
(a)
Surface
6,100
9:30;j:
kid-depth
12,100
Bottom
12,600
Dec. 20 (a)
Surface
17
10:30.1"
I'.id-dopth
19
Bottom
19
(a)
Surface
23
10:45.U"
kid-depth
25
Bottom
57
(a)
Surface
45
11:00.J"
kid-depth
2,800
Bottom
5,100
(a)
Surface
45
11:15."J.:
Lid-depth
5,900
3ottom
8,250
Dec. 24 (a)
Surface
580
2:15FL
kid-depth
5,100
Bottom
7,800
Table 12 (continued)
Position
Date
Tide cyclo: 1-5 hours after lor; tide
Parts per nillion
Stations
10
11
1937
Dec. 24 (a)
2; 30?::
Surface
id-depth
Bottom
760
7,600
7,900
(a)
2:45?I.
Surface
Lid-depth
Boteon
1,060
7,300
8,000
(a)
3-.00PK
Surface
Lid-depth
Botton
1,600
7,200
7,500
1938
Jon. 7
12:50??
Surface
Lid-depth
Bottom
1,960
5,200
6,200
1,460
4,100
8,900
Jan. 14 (a)
7: 001 J. :
Surface
Lid-depth
Bottom
4,800
11,200
12,600
(a)
7:10, J i
Surface
Lid-depth
Bottom
3,250
10,000
10,700
(a)
7: 20,u.
Surface
I. id-depth
Bottom
2,550
11,900
13,600
(a)
7:30;j:
Surface
• .id-depth
Bottom
J, 500
11,900
13,100
Jrn. 15 (a)
7:40, J.
Surface
Lid-depth
Bottom
1,300
11,350
11,200
(a)
7: 50,?
Surface
Lid-depth
Bottom
1,34-0
11,150
12,000
(a)
8: OO.'J
Surface
Lid-depth
Bottom
2,050
11,750
12,400
080
3,900
7,600
(a)
Surface
2,100
Table 12 (continued) Tide cycle; 4-5 hours uftor low tide
Parts per million
Date Position Stations
8 9 10 11
1938
Jan. 15 (a)
Surface
5,800
8: 20.ill"
Lid-depth
12,850
Bottom
13,450
(a)
Surface
3,900
8:3 OX
I.id-depth
13,000
Bottom
15,800
Jan. 16 (a)
Surfo.ce
2,250
8:30.\H
I lid-depth
9,500
Bottom
9,750
(a)
Surface
2,700
8:40-'J:
1 "id-depth
9,350
Bottom
9,450
(a)
Surface
3,650
8:50.X
: .id-depth
9,600
Bottom
10,100
(a)
Surface
3,000
9: 00.J!
Llid-depth
10,550
Bottom
10,800
(a)
Surface
4,200
9:10.X
Llid-dopth
11,400
Bottom
11,050
(a)
Surface
4,850
9; 20.X
Lid-depth
12,350
Bottom
12,050
Jan. 17 (a)
Surface
6,400
9; 20ML
Hid-depth
8,200
Bottom
8,900
(a)
Surface
8,400
9: 3OX.
Lid-depth
8,700
Bottom
9,200
(a)
Surface
1,700
9:40.X
1 id-depth
9,500
Bottom
10,800
(a)
Surface
2,900
9:50.X
llid-dopth
8,400
Bottom
10,700
Tabic 12 (continued.)
Date
1S38
Jan. 17 (a)
10:00.2."
(a)
iO:io;j;
Jan. 18 (a)
iO:io;j:
(a)
10:20.2"
10: 50.2.
(a)
10:40,2..
(a)
(a)
io:5o;j:
(a)
11:0021.1
Jan. 19 (a)
11:0021"
11; 15djt
(a)
(a)
11:30-j::
(a)
Position
11:45-2.
Surfaco
1'id-dcpth
Bottom
Surface
I'.id-dcpth
Bottom
Surface
-'id-depth
Bottom
Tid-depth
3ottom
Surface
I lid-depth
Bottom
Surface
aid-depth
Bottom
Surface
} rid-dcpth
Bottom
Surface
I'id-depth
Bottom
Surfaco
hid-depth
Bottom
Surface
! id-depth
Bottom
Surface
I .id-depth
Bottom
Surface
fid-depth
Bottom
Tido cycle: 4-5 hours after low tide
Parts per million
Stations
8 9 10 11
3,700
10,800
11,500
5,000
10,600
12,200
1,600
7,800
9,000
2,000
8,450
9,500
2,500
9,850
10,500
2,600
10,800
10,600
2,700
11,100
10,200
3,200
11,100
11,600
1,140
4,600
7,300
1,400
5,100
9,200
5,050
4,800
8,100
2,000
10,100
10,500
168
Tabic 12 (continued)
Date
Tido cycle: 4-5 hours after low tide
Parts per million
Position Stations
G 9 10 11
12
1938
Jan. 20 (a)
12:Oo;J:
12:15PP
(a)
12:50K1
(a)
(a)
12:45PII
Jan. 21 (a)
12; 57H:
1:12K:
(a)
(a)
1: 27PI1
(a)
1: 4 2 PL
Jam. 22 (a)
1:54?:.
(a)
2:09Plr
(a)
2:2414.'
(a)
2: 39 Hi
Surface
I'.id-dcnth
ourfacc
•fid-depth
Bottom
Surfa.ee
rid-depth
Bottom
Surface
aid-depth
Bottom
Surface
I lid-depth
Bottom
Surface
i-id-depth
Bottom
Surface
I'id-Jepth
Bottom
Surface
L'id-depth
Bottom
Surface
I .id-depth
Bottom
Surface
I,lid-depth
Bottom
Surface
if id-depth
Bottom
Surface
i-fid-dopth
B ottom
640
3,600
6,800
1,060
5,450
6,800
840
4,500
5,000
£80
8,700
9,650
570
3,000
6,900
550
5,300
3,500
620
5,800
9,200
620
6,150
10,700
980
6,150
9,400
820
8,100
12,000
930
9,400
12,050
890
11,300
12,600
Table 12 (continued) Tide
cycle:
4-5 hours after lew tide
Parts per million
Date
Position
Stations
e
9 10 11
1938
Feb. 2 (a)
Surface
9
10:00LL
Mid-depth
12
Bottom
15
(a)
Surface
17
10:15AL
Mid-depth
6
Bottom
11
(a)
Surface
5
10: 30ki'
kid-depth
7
Bottom
9
(a)
Surface
11
10:45* J!
Kid-depth
11
Bottom
13
Feb. 3 (a)
Surface
13
10:45A1*
kid-depth
15
Bottom
14
(a)
Surface
15
11: OOkL
Lid-depth
19
Bottom
26
(a)
Surface
24
11:15kL
Kid-depth
29
Bottom
49
Feb. 4 (a)
Surface
5
li: IS:J:
Lid-depth
3
Bottom
7
(a)
Surface
3
11: 30-J-
Lid-depth
7
Bottom
7
(a)
Surface
5
11:45AL
I id-depth
5
3 ott om
5
(a)
Surface
5
12:00:0:
kid-depth
9
Bottom
5
Feb. 6 (a)
Surface
7
13 8
1:05PK
Lib-depth
12
13 16
Bottom
20
7 10
Table 12 (continued) Tido cyclo: 4-5 hours after low tide
Parts por million
Date
Position
Stations
8
9
10
11
1938
Fob. 6 (a)
1:35PM
Surface
Hid-depth
Bottom
10
10
9
7
8
9
8
8
14
Fob. 7 (a)
2:05 PI!
Surfaco
Mid-depth
Bottom
7
7
9
5
7
7
5
5
5
(a)
2:35Pi.
Surface
Mid-depth
Bottom
9
5
3
7
7
5
5
7
Feb. 8
3:05E,
Surface
Mid-depth
Bottom
7
5
7
5
9
7
7
7
9
Feb. 9
4:35PH
Surface
L'id-depth
Bottom
5
3
4
5
3
3
3
6
13
Feb. 19
12:3514:
Surface
Mid-depth
Bottom
60
760
2,900
76
360
760
21
24
860
Feb. 20 (a)
1:15R!
Surface
Kid-depth
Bottom
720
4,500
6,800
(a)
1: 30PE
Surface
: *.id-depth
Bottom
740
6,900
8,700
(a)
1:45PK
Surface
Mid-depth
Bottom
880
8,600
9,900
(a)
2:00Fm
Surface
Mid-depth
Bottom
900
8,050
10,900
Feb. 25 (a)
6:00,1!
Surface
Kid-depth
Bottom
6,400
10,800
15,650
(a)
6:15KK
Surface
Kid-depth
Bottom
2,800
10,800
13,700
171
Table 12 (continued) Tide
cycle:
CO
G
in
i
after low tide
Parts
per million
Date
Position
Stations
8
9
10 11
12
1936
Feb. 26 (a)
6:15AT.
Surfaco
liid-depth
Bottom
260
6,800
10,900
(a)
6:30.1.1
Surface
Mid-depth
Bottom
340
10,500
12,200
«
(a)
6:45x1.1
Surface
Mid-depth
Bottom
1,590
9,500
10,800
(a)
7: OOiiM
Surface
Ilid-depth
Bottom-
1,820
10,300
12,000
Feb. 27 (a)
7:OQ.lC
Surface
Ivlid-depth
Bottom
880
7,300
9,700
(a)
7:15LM
Surface
Kid-depth
Bottom
'800
9,150
11,750
(a)
7: SOAK
Surface
Lid-depth
Bottom
1,000
8,500
11,150
(a)
7:45Ai"
Surface
Lid-depth
Bottom
2,450
8,500
11,300
Lar. 21
1: OOR"
Surface
Lid-depth
Bottom
62
780
15
235
1,230
10 10
26 20
270 1,000
13
18
18
Mar. 22
2: OOR"
Surface
Kid-depth
Bottom
17
1,150
3,100
13
20
670
13 9
7 9
16 850
19
11
11
Mar. 27 (a)
6:00.1.1
Surface
Kid-depth
Bottom-
3
1
3
(a)
6:15nL
Surface
1,id-depth
Bottom
2
1
2
Table 12 (continued)
Date
Position
Tirle cycle: 4-5 hours after lor; tide
Parts per million
Stations
8
10
11
1S38
liar. 27 (a)
6:30 ALL
liar. 29 (a)
7:00-1!
7:15. J.'
(a)
(a)
7: SOAK
(a)
7: 45.1:
Surface
I "id-depth
3otton
Surface
I«lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
3ottom
2
1
2
3
3
3
7
4
1
3
1
5
1
2
Apr. 8
3: 3 5 FT- . :
Apr. 9
4:35PK
Apr. 10
5:3 5 PA
Apr. 21
2:05H!
Apr. 27 (a)
6:30AL
(a)
6:45AJ.I
Surface
Llid-depth
Bottom
Surface
Llid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
5
11
490
360
2,550
6,100
5
6
5
r*
o
2
2
101
800
1,780
5
5
2
2
2
3
4
4
o
5
4
4
5
2
2
ry
o
5
2
4
(a)
7:00-1'
Surface
Lid-depth
Bottom
3
4
3
Table 12 (continued)
Date
Position
Tide cycle: 4-5 hours after low tide
Parts per million
Stations
10
11
1938
Apr. 27 (a)
* 7:15All
Apr. 28 (a)
7:15AI.
(a)
7: 30AA;
(a)
7: 4 5 AM
8;00AL
(a)
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
3i-.rface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
3
1
7
3
4
7
2
4
6
3
4
3
2
4
A
Apr. 29
Surface
7
5
5
8
8:1541?
Ivlid-depth
7
9
8
10
Bottom
5
9
9
13
Apr. 30 (a)
8: 45AM
(a)
9: 00AI:
(a)
9:154J.:
(a)
9:30AL
Lay 1 (a)
9:30AM
(a)
9:45441
Siirface
Mid-depth
Bottom
Surface
Mid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
Lid-depth
Bottom
Surface
I lid-depth
Bottom
Surface
Mid-depth
Bottom
7
9
45
11
12
69
13
15
44
30
210
7
6
13
9
8
10
Table 12 (continued)
Date Position
Tide oyclo: 4-5 hours aftor low tide
Parts por million
Stations
1938
May 1 (a)
10:00AM
(a)
10:15AH
May 2 (a)
10:15A1:
(a)
10:30AM
(a)
10:45AM
(a)
11:00AM
May 3 (a)
11:15AM
(a)
11:30AM
(a)
11:45AM
(a)
12:00 Ml
May 4 (a)
12:19FM
10
11
Surface
8
Mid-depth
10
Bottom
15
Surface
11
Mid-depth
11
Bottom
11
Surface
6
Mid-depth
7
Bottom
15
Surface
11
Mid-depth
9
Bottom
9
Surface
13
Mid-depth
13
Bottom
13
Surface
19
Mid-depth
19
Bottom
17
Surface
15
Mid-depth
17
Bottom
20
Surface
23
Mid-depth
23
Bottom
20
Surface
35
I id-depth
41
Bottom
550
Surface
32
Mid-depth
2,850
Bottom
7,050
Surface
27
25
20
29
Mid-depth
28
23
21
24
Bottom
25
O 0
to (a
22
28
(a)
1:04PM
Surface
Mid-depth
Bottom
Table 12 (continued) Tido cycle; 1-5 hours after low tide
Paris por nillion
Date Position Stations
8 9 10 11
1938
hay 5 (a)
Surface
43
1:15 PI"
Mid-dopth
44
Bottom
40
(a)
Surface
56
1:30PI.I
Mid-depth
110
Bottom
280
(a)
Surface
104
1:45PI
] -fid-depth
2,700
Bottom
0,300
(a)
Surface
129
2:00?L:
Mid-depth
4,900
Bottom
9,250
May S (a)
Surface
260
2:15PM
Mid-depth
540
Bottom
870
(a)
Surface
340
2:30FL1
Mid-depth
1,230
Bottom
2,050
(a)
Surface
370
2:45 Pi
Mid-dopth
1, 750
Bottom
3,950
(a)
Surface
410
3:00PM
Mid-depth
2,250
Bottom
8,000
May 7 (a)
Surface
45
3:15PM
Mid-depth
173
Bottom
206
(a)
Surface
55
3:30FM
Mid-depth
710
Bottom
880
(a)
Surface
61
3:45PM
Mid-depth
2,150
Bottom
5,700
(a)
4: OOP.
Surface
Mid-depth
"Jot ton
131
5,150
7,150
Tabic 12 (
continued)
Tide cycle:
i-5 hours
Parts
after low tide
por million
Date
Position
Stations
8
9
10
11
12
1938
•
Hay 8
4:25PL
Surface
Mid-depth
Bottom
650
9,600
9,500
3,290
8,850
9,800
510
7,200
9,400
May 9 (a)
5: 00-4.1
Surface
Kid-dopth
Bottom
790
5,300
6,900
(a)
5:15/J.I
Surface
?'id-dopth
Bottom
740
5,750
7,900
(a)
5: 30 AM
Surface
Mid-depth
Bottom
1,130
7,650
9,500
May 10 (a)
5: 5 lit"
Surface
Mid-depth
Bottom
810
3,150
4,000
490
1,500
3,400
470
1,100
1,700
260
700
2,900
(a)
6:36 AM
Surface
Mid-depth
Bottom
560
700
500
May 11 (a)
6:4 2 MM
Surface
1: id- depth
Bottom.
610
2,450
2,900
490
950
1,550
(a)
7:42AM
Surface
Mid-depth
Bottom
560
7,250
9,250
740
4,000
6,800
700
2,450
8,600
580
700
1,500
May 13 (a)
8:15j.il""
Surface
Mid-depth
Bottom
310
750
1,550
(a)
8:30AM
Surface
Mid-depth
Bottom
720
2,350
2,550
(a)
8: 4 5 AM
Surface
Mid-depth
Bottom
640
4,150
4,850
:ay 18 Surface 23
12:36PM Mid-depth 24
Bottom 26
Table 12
(continued)
Tide cyclo:
4-5 hours after low tide
Parts per million
Date
Position
Stations
8
9 10
11
1938
Hay 19
Surface
15
15
18
1:05PM
Hid-dcpth
1,130
12
16
Bottom.
7,000
58
51
Hay 20
Surface
48
25
30
1:50PII
Hid-depth
3,450
1,500
360
Bottom
7,250
5,600
4,700
Hay 21
Surface
161
270
67
2:45PM.
Mid-depth
10,600
8,850
1,850
Bottom
12,200
11,450
11,800
June 8
Surface
2,400
1,400
760
5:35PH
I "id-depth
6,300
4,400
5,000
Bottom
8,300
6,250
6,100
June 9
Surface
2,500
1,800
1,100
6: 3 Sib 1
Hid-depth
9,100
7,600
5,300
Bottom
9,800
7,950
9,350
June 10
Surface
2,800
2,000
1,200
7:35MK
Mid-depth
9,450
6,300
6,800
Bottom-
9,750
7,250
7,000
June 11
Surface
2,800
2,300
1,300
8:05-J
id-depth
8,850
7,200
8,050
Bottom
10,350
7,950
9,350
June 12
Surface
3,900
1,100
1,600
8: 35-iI
Mid-depth
8,750
6,200
6,150
B ot torn
9,450
7,400
7,300
June 13
Surface
2,450
1,900
1,450
9: 35-2 '
] •id-depth
10,700
8,750
9,350
Bottom
11,650
9,600
9,400
June 14
Surface
1,050
690
190
10:05-4.1
1 iid-depth
4,650
3,200
550
Bottom
7,200
3,800
2,950
June 15
Surface
64
100
30
10:55AH
Llid-depth
7,200
2,700
32
Bottom
8,550
5,450
6,600
June 16
Surface
600
53
11:35AM
I'id-dopth
8,550
5,250
600
Bottom
10,400
7,600
7,800
Table 12
(continued)
Tide cycle:
4-5 hours after lovr tide
Parts per million
Date
Position
Stations
8
9 10
11
1938
June 17
Surface
570
580
590
12: 20PK
Lid-depth
10,700
9,000
2,950
Bottom
11,200
10,200
9,950
June 18
Surface
1,480
1,280
1,140
1:05HS
Kid-depth
11,650
10,750
8,650
Bottom
10,450
11,300
11,250
June 19
Surface
1,950
1,750
2,150
1:35P1.:.
Kid-c-epth
975
5,850
6,600
Bottom
10,100
10,000
9,550
June 20
Surface
7,100
5,200
3,600
2:35PL
Kid-depth
13,400
10,400
12,800
Bottom
13,700
13,350
13,650
June 21
Surface
4,800
4,100
3,700
3:35PK
i .id-deoth
j.
11,400
11,4-00
5,600
Bottom
11,400
13,550
13,300
June 22
Surface
4,900
5,650
2,500
3:SOAK
1' id-depth
12,650
11,600
1,145
Bottom
13,4-50
12,050
12,4-50
June 23
Surface
3,500
3,400
4:35AK
Kid-depth
9,250
7,350
8,2 oO
Bottom
10,550
8,300
8,400
June 24
Surface
3,200
5,100
5:3 5. J'
Kid-depth
10,850
8,750
Bottom
10,950
10,300
June 25
Surface
3,350
2,750
2,500
G: 20AK
Kid-depth
9, oOO
7,800
6,800
Bottom
10,600
7,800
8,950
June 26
Surface
3,950
4,500
3,700
7:2OAK
Kid-depth
8,150
6,000
5,050
Bottom
9,250
7,450
7,4-50
June 27
Surface
5,950
5,200
4,150
8: 20.J'
Kid-depth
12,350
10,500
7,800
Bottom
IS,650
10,800
11,500
June 28
Surface
2,550
2,550
1,500
9:20i J.i
Kid-depth
7,300
4,500
4,150
Bottom
10,750
8,700
6,800
Table 12
(continued)
Tide cyclo:
■1-5 hours
after low tide
P J"S3
per million
Date
Position
i
Stations
8
9
10 11
1238
June 29
Surface
50
18
21
10:03.1.
Lid-depth
53
20
24
Bottom
22
54
30
June 30
Surface
26
16
25
11:053?
aid-depth
32
17
17
Bottom
31
20
41
July 1
Surface
940
62
29
12:05?!:
Lid-depth
5,550
990
166
Bottom
8,600
3,000
3,700
July 2
Surface
510
158
173
1: 0 5?i:
' id-depth
10,550
G, 150
4,650
Bottom
11,300
9,150
9,000
July 3
Surface
1,080
1,320
940
1: 50PL-
hi d-e'eoth
11,650
9,200
9,600
B ott on
12,400
10,400
10,600
July 4
Surface
2,200
2,650
1,000
2:50??
hid-depth
1S,750
11,250
12,850
Bottom
15,500
9,900
12,650
July 5
Surface
1,600
2,300
1,250
3:35?:..
Lid-depth
12,800
9,5 50
9,150
Sot ton
12,800
11,550
12,050
July 6
Surface
2,300
2,250
4:50.1"
1 id-depth
10,950
8,100
Bottom
11,600
10,450
July 7
Surf aco
1,850
5:45,11
Lid-depth
11,650
Bottom
12,350
July 8
Surface
1,500
6:45.51.;
1 id-depth
10,450
Bottom
11,850
July 9
Surface
2,350
7: SOiil.
i.'id-dopth
11,650
Bottom
12,050
July 10
Surface
5,200
2,850
2,500
7:5O;J:
Lid-depth
10,550
7,700
8,950
Bottom
11,900
10,700
11,450
Table 12
(c-ont inued)
Tide cycle
Date
Position
8
1938
July 11
8: 3 5BJ."
Surfaco
1 'id-depth
Botton
4,600
9,150
12,300
July 12
9:05ALI
Surface
Lid-depth
Bottom
4,850
10,600
12,450
July 13
9: 50. J '.
Surface
1.id-depth
Bottom
2,650
9,650
10,500
July 14
10:20JU ;
Surface
Lid-depth
Bottom
1,650
7,550
10,700
July 15
11:05TJL
Surface
I .'id-depth
Bottom
800
8,800
9,750
July 16
11: 50/il.-
Surface
Hid-depth
Bottom
1,350
11,200
11,850
July 17
12: 2 OPlvI
Surface
I. id-depth
Bottom
5,100
11,950
12,150
July 18
1:05H1
Surface
Mid-depth
Bottom
5,550
13,400
13,750
July 19
2: 05FL
Surface
Lid-depth
Bottom
3,950
12,450
13,000
July 20
2:50B1
Surface
Lid-depth
Bottom
750
12,200
12,700
July 22
4:35 PL
Surface
Lid-depth
Bottom
23
85
5,400
Julv 25
Surface
9
'-5 hours
i'.fter low tide
f'ai ts
per million
S
tations
9
10 11
/
3,550
2,850
9,550
11,400
10,700
11,600
4,300
3,900
7,600
9,200
11,550
11,800
1,800
1,850
6,850
4,650
9,200
9,150
1,300
950
8,100
6,050
9,950
9,350
580
420
5,000
2,950
8,900
8,450
950
850
7,650
9,800
10,250
11,050
1,950
1,550
10,900
9,200
11,100
11,600
6,750
4,950
8,750
12,100
12,250
12,850
2,550
1,850
9,200
10,450
12,050
12,500
2,250
390
10,950
9,800
11,550
11,900
19
18
20
18
95
133
4-
5
Table 12 (cont lisucd)
Tide cycle: 4-5 hours after lory tide
farts >or nillion
Date
Position
Stations
8
r>
10
11
1938
July 26
8:50-iU •„
Surface
I lid-depth
Bottom
6
20
46
July 27
8: 50-J.
Surface
1 id-depth
Bottom
7
8
12
8
9
9
5
9
25
July 28
9: 50121
Surface
Hid-depth
Bottom
21
4-40
2,212
26
28
26
16
18
19
July 29
10:3 5AA
Surface
llid-dopth
Bottom
69
4,850
6,300
35
54
36
32
32
40
July 30
11: 2012!
3urxo.ee
Llid-e.cpth
B ott om
28
1,500
5,600
52
32
34
27
40
39
July 51
12: 20E1
Surface
I id-depth
Bottom
4
5
6
20
5
14
10
10
57
Aug. 1
1: 2 0H1
Surface
j lid-depth
Bottom
/
13
8
7
7
8
11
8
48
Aug. 2
2: 20H.
Surface
Eid-d.epth
Bottom
15
3,350
7,450
11
9
11
9
18
34
-lug. 3
3:20?-.
Surface
Aid-depth
3ottom
85
10,300
11,300
29
4,050
10,150
24
940
9,650
Aug. 4
4-.20PL
Surface
liid-depth
Bottom
22
10,400
11,350
36
4,800
10,250
150
1,620
9,750
Aug. 5
4:50.51
Surface
L'lid-depth
B ot o om
7
14
12
7
8
42
7
6
25
uug. 6
Surface
270
11
Table 12
(continued)
Tide cycle:
4-5 hours
Part s
after 1 o".v tide
per million
Date
Position
Stations
8
9
10
11
1938
Aug. 7
7:05AA
Surface
Aid-depth
Bottom
410
9,550
9,950
230
5,500
8,800
-*ug. 8
7: 20 AA
Surface
Aid-depth
Bottom
1,360
10,750
11,500
1,580
5,050
9,550
490
8,700
9,600
Aug. 9
8:S0AK
Surface
Aid-depth
Bottom
1,890
11,800
12,850
Aug. 10
9:05AM
Surface
Aid-depth
Bottom
840
5,600
10,650
470
4,200
9,600
Aug. 11
9:20AL
Surface
Aid-depth
Bottom
1,240
7,650
8,600
1,680
6,800
8,250
1,180
5,750
7,300
Aug. 13
10: 20AiIl
Surface
Aid-depth
Bottom
2,310
10,250
11,100
1,300
6,800
9,400
123
2,250
9,500
Aug. 14
H:05;J:
Surface
Aid-depth
Bottom
6,150
12,500
13,050
1,670
9,250
12,000
1,670
12,000
11,750
Aug. 16
12: 20PM
Surface
Aid-depth
Bottom
2,900
12,300
10,000
2,000
10,750
10,150
1,350
2,900
12,000
Aug. 17
i: 20PM
Surface
Aid-depth
Bottom
1,950
12,600
12,850
1,650
11,450
12,000
1,100
9,600
11,900
Aug. 18
2: 20 P;
Surface
Aid-depth
Bottom
6,150
13,950
14,250
3,750
2,850
13,600
1,350
13,400
13,900
Aug. 19
3:20FM
Surface
Aid-depth
Bottom
3, 250
14,250
14,450
2,800
11,950
13,300
1,400
13,500
13,300
.i-Ug. 20
4: 20Pi:
•Jurface
Aid-depth
Bottom
2,250
13,000
13,000
1,650
8,000
12,500
1,550
10,950
12,400
Table 12
(continued)
Tide cycle:
4-5 hours
after low tido
Parts
per million
Date
Position
3
tations
8
D
10 11
1938
Aug. 21
Surface
2,050
2,800
1,050
5:0 5AI -
id-depth
11,150
9,200
9,550
Dot torn
12,150
10,400
11,350
Aug. 22
Surface
2,800
2,900
1,100
6:05AA
1 '.id-depth
13,050
11,000
8,750
Bottom
13,4-50
11,600
12,150
Aug. 23
Surface
2,150
2,250
1,200
6:50AL:
Kid-depth
10,100
7,100
4,050
Bottom
11,700
9,900
9,550
Aug, 25
Surface
3,000
5,500
1,550
8:35AJ *
: id-depth
12,550
7,500
4,050
Bottom
13,450
8,950
8,250
Aug. 26
Surface
2,900
5,300
2,150
S: 3 5A< -
1 id-depth
13,100
10,950
6,500
Bottom
14,000
12,050
11,600
Aug. 27
Surface
4,250
4,500
2,250
10: 20-A.
Aid-depth
14,150
11,150
7,800
Bottom
14,300
13,100
12,450
Aug. 28
Surface
4,950
5,500
1,500
11:05AL
liid-rdepth
6,500
5,950
3,950
Bottom
11,200
10,900
7,900
Aug. 29
Surface
4,450
4,800
2,500
12:C5PA
i id-depth
14,400
11,950
9,900
Bottom
14,400
15,400
12,750
Aug. 30
Surface
7,450
6,550
3,100
1:05?i:
Aid-depth
13,650
12,250
12,800
Bottom
14,550
13,200
13,100
Aug. 31
Surface
3,450
3,200
3,050
1: 50 Pi-
L'.id-depth
11,450
10,750
11,500
Bottom
13,250
12,750
12,700
Sept, 1
Surface
2,350
1,900
1,600
2:50PL
Aid-depth
12,100
11,750
10,000
Bottom
9,000
11,850
11,350
3ept. 2
Surface
5,200
4,100
2,900
5:50PM
Aid-death
14,550
14,250
4,250
Bottom
15,400
11,000
10,050
Table 12 (continued)
Date Position
Tide cycle: 4-5 hours aftor lev; tide
Parts por million
Stations
e
1S38
Sept. 5 Surface
4:50PL Kid-depth
Bottom
Sept. 4 Surface 2,350
5:20AM Lid-depth 11,700
Bottom 13,500
Sept. 5 Surface 4,250
6:20-J! I id-depth 12,150
Bottom 13,850
Sept. 6 Surface 6,000
6:50.\I" Lid-depth 11,900
Bottom- 13,4-00
Sept, 7 Surface 9,450
7:50-4. Lid-depth 13,450
Bottom 13,550
Sept. G Surface
8:35-2 1..id-depth
Bottom
Sept. 9 Surface 6,350
8:50-2" 3"id-depth 10,500
Bottom 12,400
Sept.10 Surface 8,050
9:20-2. ; id-depth
Bottom 10,700
Sepe.ll Surface 11,200
9:50.2" 3 id-depth 13,500
Bottom lS-,550
Sept.12 Surface 11,450
10:20.2 Kid-depth 13,800
Bottom 15,300
Sept.13 Surface 12,800
11:20-2. Lid-depth 13,200
Bottom 14,100
Sept.14 Surface 12,000
12:05?! I'id-depth 14,800
Bottom 14-, 800
9 10 11
5,550
3,050
12,000
12,900
13,300
12,850
2,500
2,400
8,300
10,100
10,800
11,750
6,400
500
7,600
10,800
11,200
12,150
4,750
4,450
11,050
12,750
12,500
12,750
7,300
6,250
12,300
12,600
12,450
12,800
6,550
9,050
13,000
13,400
14,400
14,4-00
7,000
6,200
11,150
7,650
11,750
11,200
4,850
3,500
11,700
12,4-50
12,500
12,950
9,050
4,100
10,100
12,350
11,800
12,800
9,350
6,000
12,150
12,850
13,100
13,650
10,650
7,650
13,250
13,150
13,300
13,100
11,750
5,950
12,350
12,000
1-4,350
13,750
Table 12 (continued) Tide cycle: <1—5 hours after low tide
Parts por million
Date Position Stations
C 2 10 11
1938
Sopt. 15
Surface
6,300
5,450
3,750
12:50PL
Lid-depth
13,200
11,800
11,650
Bottom
15,600
12,850
12,900
Sept.16
Surface
2,500
3,100
1,850
1:50?L
. id-dopth
13,650
13,000
12,850
Bottom
12,900
13,400
13,600
Sept.17
Surface
6,450
2,300
1,450
3:05?i:
1 id-depth
13,500
12,750
13,600
3otton
14,050
13,250
13,550
Sept.19
Surface
940
370
5:05fJi
j lid—depth
6,650
.6,400
Bottom
9,150
10,400
Sept.20
Surface
18
12
19
5:50^-ii."
1 id-depth
5,350
19
17
Bottom
7,300
81
118
O*JT) ^«21
Surface
8
11
8
6:35_d:
. id-depth
6 "
6
8
Bottom
6
14
11
Sept.22
Surface
10
10
9
7; 35::.
I .id-depth
11
10
16
Bottom
13
11
9
Sept.23
Surface
8
9
7
8:20-::
I .id-depth
15
9
10
Bottom
8
11
11
Sept.24
Surface
6
6
5
9:053J'
. "id-depth
Bottom
Sept.25
Surface
10
3
4
C;50:j"
i id-depth
Bottom
Sept.26
Surface
4
4
6
10: 35.4.
Lid-depth
Bottom
Sept.27 Surface
11: 20. J ■ id-depth
Bottom
Table 12 (continued) Tide cycle; 1-5 hours after lor tide
j'arts nor nil lion
Date Position Stations
G • 0 10 11
1938
Sent.28
Surface
A
l£
£
O
6
12:05P3.
3 id-depth
1
X
Id
5
Bottom
12
3
9
Sept.29
Surface
7
3
4
1:05PL
3' id-depth
6
9
< j
5
Bottom
f,
4
5
Sopt.30
Surface
6
5
6
2:05?:
I. id-depth
2,670
8
4
Dot tor.
6,800
150
36
Bottom Samples from Station 9A taken at or about High tide. Samples
taken one minute apart. The majority of the30 samples fall into Tide
Cyole 2, High tide to one hour after; timo Is given for the first sample.
Parts per million
1937
Oct. 1
Oct. 9
Oct. 15
9:11AM 14,600
2:23AM 13,000
7:37AM 13,900
14,500
12,600
12,900
14,700
13,900
14,350
15,700
14,150
14,000
15,200
14,250
14,300
15,500
13,100
13,900
Oct. 2
Oct, 10
Oct. 16
9:59PM 14,200
2:57AM 14,200
8:25AM 14,400
15,400
14,900
14,150
15,300
14,900
13,850
15,500
15,000
13,900
15,400
15,100
14,100
15,■£00
15,000
13,900
Oct. 3
Oct. 11
Oct. 17
10:39PM 15,000
3:37AM 15,600
9:19PM 16,100
14,900
15,500
16,100
14,900
15,400
16,250
15,600
15,400
16,150
15,400
15,600
14,800
15,400
15,600
15,750
Oct. 4
Oct. 12
Oct. 13
11:15PM 16,200
4:48AM 14,000
9:56PM 16,500
16,100
14,100
16,500
16,300
13,800
16,600
16,100
13,900
16,600
16,200
13,800
16,600
16,200
14,200
16,600
Oct. 6
Oct. 13
Oct. 19
12:15AM 16,300
5:37AM 10,800
10:43PM 15,700
15,900
11,400
16,000
16,000
11,400
15,800
16,100
11,400
15,400
16,200
11,000
15,600
16,000
10,200
15,700
Oct. 7
Oct. 14
Oct. 20
12:36AM 15,500
6:46AM 14,000
10:55PM 12,500
15,200
14,100
12,200
15,400
14,200
13,800
15,000
14,200
13,300
14,200
14,000
13,800
14,800
13,900
13,000
o
o
o
o
o
o
o
o
o
o
o
o
cm
CD
e-
LO
c-
m
%
■%
%
•%
i—i
i—1
CO
CO
CO
CO
i—i
i—I
1—1
i—1
1—1
rH
to
CO
CM
>
o
LO
o o o o o o
O O O lo o o
CM CD CD rH ^ LO
n % n «\
to w w to to to
H- rH rH rH i—t i—I
st
CO
o
••
CO
rH
o
o
o
o
o
O
o
o
o
o
o
o
LO
CO
in
CD
%
•k
«k
■k
•»
CM
CM
CM
rH
CM
CM
rH
rH
r—1
i—1
i—I
i—1
co
CO
LO
• ••
j> CO
O rH
o o o o o o
o
o o o o o o
o
^ O) co ifl O) eo
co
mi m * "k •» «k
ft
CM CM CM CM CM CM
co
rH «—1 rH rH rH i—I
CO S
»a
CO cd
CO c-
• ••
• ■■
-P CD
-p e-
O
o
o
o
o o o o o
o o o o o
I>- O H1 CO
I n % •» «v
o» oo c- co
05 c-
00 rH
CO c- to in
CO (—i i—1 i—!
o £
CO CJ)
rH
• ••
-P CO
o
o
p o o o o o
o
o o o o o o
o
CO CO iH CO CT> LO
o
ft ft ft ft ft ft
ft
LO ^ LO CO CO
CO
*.3
CO §j
CO CO
CO CO
o
rH
• ••
• ••
-P CO
-P rH
O rH
O
o
o
o o o o
o o o o
H C- CO
* «l 1
o
o
o
o o p o o o
o o o o o o
CO cd CO rH ^
% % * ft * ft
CO in CO CO rH
« %
CO CO
• ••
-P rH
O
o
o o o o o o
o o o o o o
CO to CO -st< c-
ft ft ft ft ft ft
CO CO CO CO CO CO
CO ^
!> co
o
is;
o o o o o o
o o o o o o
in co co co co c-
% «k « % «k «t
o o o o o o
rH i—I i—I rH i—I i—I
CD
s>
o
is;
c-
CO
o o o o o o
o o o o o o
CO O 00 LO O in
O O O
cd CO O
rH
cd
>
o
is;
co
o o o o o o
o o o o o o
CO CD CO W rjl
•i
CO C- C- CO CD CO
co o
co
• ••
-p o>
o
o
o o o o o o
o io o o o o
co co ^ co o
% ft ft ft ft ft
co co co co co co
rH rH rH rH rH rH
O
o o o o o o
o o o o o o
CO 00 ^ O CD H
^ rr «t *t <t ar
CD LO LO CO LO CO
> O
O rH
CO S
CO
co
• ■<
> o
O rH
(Si
LO
LO
CO
cd
c-
o
o
o
o
o
o
o
o
O
o
o
O
CO
CO
CO
CO
CO
"4*
LO
o
o
o
o
o
o
o
o
o
o
o
CO
CO
o
CO
rH
Oi
o
co
co
LO
t—I
ft
ft
ft
ft
ft
ft
•>
•I
ft
ft
ft
ft
c-
E-
c-
cd
cd
CO
CO
1—1
rH
O
i—1
o
1—1
o
rH
rH
i—I
lo «q
co co
i—!
• >•
-P CO
o
o
CO «<
CO iH
i—!
• ••
-P
o
o
CO CO
co
• ..
-P LO
O
o
189
Bottom samples (continued)
Parts per million
1937
Nov. 11
Nov, 17
Nov. 24
4:38AM 13,000
10:01PM 15
3:40AM 11,000
10,700
16
7,500
11,000
36
8,700
11,600
15
8,800
10,200
11
11,200
13,000
13
11,600
Nov. 12
Nov. 18
Nov, 25
6:06FM 14,700
10:58PM 91
5:30PM 12,200
14,900
119
11,900
14,600
95
11,500
14,700
113
11,900
14,9C0
129
12,400
14,400
117
11,700
Nov. 13
Nov. 19
Nov. 26
7:12PM 15,600
11:49PM 6,700
6:43PM 12,600
16,100
7,450
12,900
16,000
7,850
12,750
16,200
7,000
12,750
16,000
6,650
12,400
16,000
8,150
12,700
Nov. 14
Nov. 21
Nov., 27
7:49PM 11,000
12:57AM 3,500
7:13 PL 11,600
10,800
7,000
11,300
10,400
11,600
11,600
11,140
11,300
11,700
11,100
11,700
12,000
9,700
11,900
11,400
Nov. 15
Nov. 22
Nov. 28
8:28PM 9
1:37AM 3,600
8:29PM 8,600
5
440
7,700
7
420
7,800
7
640
8,000
7
1,150
6,900
9
4,450
7,300
Nov. 16
Nov. 23
Nov. 29
9:23PM 6
2:52AM 11,000
9:05PM 9
6
11,100
5
5
10,900
9
n
10,700
7
5
11,600
7
7
12,000
5
Bottom samples (oontinued)
Parts per million
1937
Nov. 30
Deo. 7
Doc. 13
9:48PM 7
1:21AM 12,700
7:03PM 6,400
3
12,500
| 6,650
5
12,300
7,150
3
12,800
7,000
5
12,100
4,750
5
12,700
4,800
Dec. 1
Dec. 8
Dec, 14
10:13PM 9
2:22AM 6
7:45PM 5,800
6
7
4,400
5
6
• 3,750
7
6
6,150
4
6
6,200
5
7
6,650
Dec. 2
Dec. 9
Dec. 15
11:02PM 3
3:20AM 8,900
8:44PM 13,000
4
7,750
12,700
3
9,900
13,200
3
11,100
13,000
5
9,650
13,100
3
9,700
13,100
Dec. 3
Dec. 10
Dec. 16
11:51PM 10,250
3:56PM 7,650
10:08PM 12,900
9,200
7,100
12,800
7,300
11,200
12,800
10,400
7,550
8,700
7,050
8,450
11,400
10,400
8,300
12,800
Dec. 5
Dec. 11
Dec. 17
12:06AM 3,000
5:08PM 11,100
10:27PM 13,000
2,300
7,300
13,400
3,000
10,100
13,400
3,650
9,800
13,600
3,950
10,900
13,400
4,500
9,350
13,500
Dec. 6
Dec. 12
Dec. 18
12:59AM 10,700
5:44PM 9,350
11:29PM 11,100
10,900
12,350
10,900
11,000
11,000
9,800
11,100
9,700
11,500
8,300
12,250
6,500
10,800
14,050
11,100
191
Bottom samples (oontinued)
Parts por million
1937
Deo. 20
1 June 13
June 19
12:18AM 7,500
12:11PM 13,900
4:00PM 11,750
10,600
15,300
12,400
9,500
14,900
12,950
10,100
14,850
13,000
10,700
14,850
12,550
11,600
15,000
12,900
1938
June 14
June 20
June 8 13,150
12:36PM 13,450
4:56PM 15,450
8:26AM 13,650
13,100
15,500
13,600
13,200
15,550
13,850
12,950
15,650
13,700
13,250
15,450
13,750
13,250
15,600
June 9
June 15
June 21
9:11AM 13,750
12:51PM 11,950
5:46PM 14,800
13,650
11,250
15,100
13,750
13,300
15,300
13,800
13,500
15,350
13,750
13,350
15,350
13,800
13,500
15,450
June 10
June 16
June 22
10:26AM 14,000
2:01PM 13,050
6:21AM 14,750
13,800
6,200
14,650
13,950
13,150
14,700
13,850
13,100
14,400
14,000
10,900
14,800
13,750
13,200
14,900
June 11
June 17
June 23
11:06EM 14,300
2:36PM 13,300
7:16AM 14,050
14,350
13,300
14,150
14,500
13,900
14,250
14,300
13,450
14,200
14,350
9,450
14,050
14,500
14,050
14,200
June 12
June 18
June 24
11:56PM 13,500
3:26PM 14,300
8:11AM 14,650
14,050
12,600
14,450
14,550
12,600
14,600
13,750
14,400
14,650
14,150
14,500
14,700
13,100
12,650
14,700
192
Bottom samples (continued)
Parts per million
1938
June 25
June 29
July 3
9:11AM 14,600
12:21PM 7,500
4:06PM 15,250
14,600
4,400
14,650
14,600
8,250
15,150
14,650
9,400
15,150
14,650
8,900
15,250
14,700
8,600
12,200
June 26
June 30
July 4
9:56AM 14,500
1:26PM 11,150
5:11PM 15,150
14,350
11,250
15,450
14,350
4,700
15,350
14,450
11,150
15,250
14,400
11,300
15,250
14,350
11,100
15,250
June 27
July 1
July 5
10:51AM 15,700
2:16PM 13,100
6:11PM 14,650
16,050
13,450
14,600
15,000
13,450
14,600
15,550
13,400
14,600
15,650
13,550
14,650
15,700
13,500
14,350
June 28
July 2
11:36PM 14,150
3:31PM 14,050
14,000
13,950
14,050
13,850
8,200
13,850
8,050
13,950
14,050
14,050