United State* Office of Water
Environmental Protection Agency Washington, D,C. 20460
EPA 503/8-90-006
December 1967
O-D-E'S
Ocean Data Evaluation System
DATA SUBMISSIONS MANUAL
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=PA S03/8-9CHX6
Oectmbar 19B6
OCEAN DATA EVALUATION
SYSTEM (ODES) DATA
SUBMISSIONS MANUAL
Prepared by:
Tetra Tech, Inc.
11820 Northup Way, Suite 100
Bellevue, Washington 98005
Prepared for:
Marine Operations Division: 301 (h) Program
Office of Marine and Estuarine Protection
U.S. Environmental Protection Agency
401 M Street SW
Washington, D.C. 20460
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TABLE OF CONTENTS
Page
Preface i
Summary of Changes to the Data Submissions Manual iii
I. Introduction 1-1
II. ODES File Type 132 for Benthic Survey Data
A. Introduction n-1
B. Hierarchical Relationships n-1
C. Detailed Data Element Description H-5
D. Additional Data Entry Codes 0-7
III. ODES File Type 144 for Bioaccumulation Data
A. Introduction v EM
B. Hierarchical Relationships 01-1
C. Detailed Data Element Description ni-5
D. Additional Data Entry Codes 01-7
IV. ODES File Type 013 for Fish Pathology Data
A. Introduction IV-1
B. Hierarchical Relationships IV-1
C. Detailed Data Element Description IV-4
D. Additional Data Entry Codes IV-6
V. ODES File Type 144 for Influent and Effluent Data
A. Introduction V-l
B. Hierarchical Relationships V-l
C. Detailed Data Element Description V-5
D. Additional Data Entry Codes V-7
VI. ODES File Type 144 for Receiving Water Quality Data
A. Introduction VI-1
B. Hierarchical Relationships VI-1
C. Detailed Data Element Description VI-6
D. Additional Data Entry Codes VI-8
VIL ODES File Type 073 for Sediment Grain Size Analysis Data
A. Introduction VU-1
B. Hierarchical Relationships VII-1
C. Detailed Data Element Description VH-5
D. Additional Data Entry Codes VH-7
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VOL ODES File Type 144 for Sediment Pollutant Data
A. Introduction VTO-l
B. Hierarchical Relationships Vffl-1
C. Detailed Data Element Description VHI-5
D. Additional Data Entry Codes V1H-7
IX. ODES File Type 123 for Trawl/Seine Sampling Data
A. Introduction IX-1
B. Hierarchical Relationships K-l
C. Detailed Data Element Description K-5
D. Additional Data Entry Codes IX-7
X. ODES File Type 009 for Bacterial/Viral Data
A. Introduction X-l
B. Hierarchical Relationships X-l
C. Detailed Data Element Description X-5
D. Additional Data Entry Codes X-7
XL ODES File Type 900 for Bioassay Data
A. Introduction XI-1
B. Hierarchical Relationships XI-1
C. Detailed Data Element Description XI-2
D. Additional Data Entry Codes XI-7
XII. ODES Type 901 for Fish and Shellfish Landings Data
A. Introduction XII-1
B. Hierarchical Relationships XII-1
C. Detailed Data Element Description XH-4
D. Additional Data Entry Codes.. XTT-4
XIII. ODES File Type 902 for Plankton Abundance Data
A. Introduction Xm-1
B. Hierarchical Relationships XHI-1
C. Detailed Data Element Description XHI-6
D. Additional Data Entry Codes Xm-8
XIV. ODES File Type 029 for Primary Production Data
A Introduction XTV-i
B! Hierarchical Relationships XTV-1
C. Detailed Data Element Description XTV-4
D. Additional Data Entry Codes XIV-6
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X V. ODES File Type 015 for Current Meier Data
A. Introduction XV-1
B. Hierarchical Relationships XV-1
C. Detailed Data Element Description XV-4
D. Additional Data Entry Codes XV-6
APPENDICES
Appendix A: ODES Chemical Codes A-l
Appendix B: Master Species List of NODC Taxonomic Codes B-1
Appendix C: Additional Data Entry Codes - ODES Codes C-l
Appendix D: Supporting Documents for 301 (h) Monitoring Programs.... D-1
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PREFACE
The Ocean Data Evaluation System (ODES) is an analytically powerful, user friendly
computerized system for supporting federal, state, and local decision-makers associated
with the U.S. Environmental Protection Agency (EPA) marine monitoring programs.
ODES is managed by the EPA Marine Operations Division (MOD) of the Office of Marine
and Estuarine Protection (OMEP). The ODES Data Submissions Manual provides a set of
comprehensive instructions for the accurate submission of monitoring data to ensure that
correct data are entered for use with the ODES analytical tools.
The guidelines developed for this manual are the result of a cooperative effort between
MOD, its contractors, and EPA Regional Offices, and are in accordance with the standard
formats for marine data developed by the National Oceanographic Data Center (NODC).
The approach in creating these guidelines has been to adhere closely to NODC's standard
formats for storing and disseminating oceanographic data. This approach will promote
standardization, sharing of data, and die evaluation of long-term trends. Where necessary,
existing NODC formats have been supplemented with other data elements of particular
importance to EPA marine monitoring programs.
Over the last several years new fields and codes have been created and some formats
have been modified in the ODES Data Submissions Manual in order to accommodate the
various needs of ODES data submitters. This manual has been updated to reflect these
changes. All changes and additions are highlighted by a line drawn in the left hand margin
of the text, and a summary of all the changes is included to facilitate implementation of all
the changes.
This document does not constitute official policy for EPA sampling programs.
(Appendix D of this manual provides a list of current EPA guidance documents for 301 (h)
monitoring programs. Additional guidance on monitoring is available from the EPA
Regional or MOD Program Offices.) The data submissions guidelines presented below
provide a set of comprehensive procedures for compiling all types of data that are likely to
be collected in a given sampling program. While most data elements which may be
measured in a given sampling program are discussed in this manual, specific programs may
or may not require all of this information. Similarly, if there are other data elements which
are needed by your program but are not included in the Manual, please contact the ODES
Manager to discuss your requirements (see below for address and telephone information).
The ODES Data Submissions Manual explains the quality assurance/quality control
(QA/QC) cycle that must be completed before a data set can be loaded into ODES, and
provides detailed instructions for entering individual data sets onto coding forms, magnetic
tape, or floppy diskette for submission to ODES. T^t Manual is organized as follows:
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• Chapter I describes the critical QA/QC component of the ODES data entry process.
Every individual data set submitted must complete the QA/QC cycle before being
loaded into the ODES data base. As a result, ODES users are guaranteed that data
are of acceptable quality for conducting analyses and producing reports.
• Chapters II-XV provide data format guidelines for compiling individual data sets
for the most commonly collected types of data.
Chapter I provides a comprehensive description of QA/QC procedures for all types of
ODES data sets. The remainder of the Manual is organized in a modular fashion, allowing
the user to select only the chapters of interest, according to the particular requirements of
the program. Chapters 0 through XV provide detailed instructions for compiling different
File Types for sampling data (e.g., Benthic Survey Data, Receiving Water Quality Data).
Each of these chapters includes a general description of the File Type, an explanation of
the logical relationships among each of the Record Types that make up the file (e.g.,
Survey Header Records, Data Records), a set of detailed instructions for entering the data,
and a complete set of data entry codes.
If you have comments or questions about this manual or about other aspects of ODES,
please call or write the ODES Manager
Mr. Robert King
ODES Manager
Marine Operations Division
Office of Marine and Estuarine Protection
U.S. Environmental Protection Agency
401 M Street, S.W. (Mail Code: WH-556F)
Fsircnilu BiuIdiDff
Washington, D.C. 20460
(202)475-7119
The ODES Manager can provide you with more copies of the Manual is well as copies
of the ODES User's Guide. The ODES Manager can also arrange periodic hands-on
demonstrations of the system.
If you have technical questions pertaining to the preparation of a data set for submission
to ODES, please call ODES User Support at one of the following numbers:
| (206) 822-9596 - 9:00 PM - 5.00 PM Pacific Time Zone
(703) 841-6109 - 9:00 AM - 6:00 PM Eastern Time Zone.
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Summary of Changes in the
ODES Data Submissions Manual
The following summaries are provided to allow submitters to quickly
identify changes that have been made in this version of the Submissions
Manual. This section identifies where changes have occurred in each file
type. Data entry codes that have new members are also listed. Refer to
the field description in a file type or code listing in the appendices to find
out what specific changes have been made.
m
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Changes to Record Layouts
File Type 132 Benthic Survey Data
Current Previous
Column Column
Location Location
Survey Header Record
8
9 8-9
Station Header Record
8
9 8-9
76
77-79
Bottom Characteristics
8
9 8-9
18-20 19-20
Change (C),
Deletion (D), or
Variable Addition ( A\
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
INTER-TIDAL ELEVATION SIGN
INTERTIDAL ELEVATION
Record
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
A
C
A
C
A
A
A
C
C
Species Abundance Record
8
9 8-9
18-20 19-20
Biomass Data Record
8 —
9 8-9
18-20 19-20
55 —
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
WEIGHT DETERMINATION
A
C
C
A
C
C
A
IV
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Changes to Record Layouts
File Type 144 Bioaccumulation Data
Current
Column
Location
Survey
8
9
Header
8
9
Station
8
9
56
57-59
Sample
8
9
15-17
21-22
23-24
...
Previous
Column
Location
Header Record
_.
8-9
Change (C).
Deletion (D),
Variable Addition (A)
SERIES NUMBER
SCAN ID
A
C
Record for Quality Assurance Samples
«•
8-9
Header Record
•-•
8-9
—
—
Record
mmm
8-9
16-17
— -
...
36-38
SERIES NUMBER
SCAN ED
SERIES NUMBER
SCAN ID
INTERTTD AL ELEVATION SIGN
INTERTIDAL ELEVATION
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
COMPOSITE NUMBER
SUBS AMPLE NUMBER
INTERTIDAL ELEVATION
A
C
A
C
A
A
A
C
C
A
A
D
Data Record
8
9
12-14
84-86
87
»••
8-9
13-14
84-85
—
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
SAMPLE NUMBER FOR
ANALYTICAL BLANK
MEASUREMENT BASIS
A
C
C
C
A
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Changes to Record Layouts
File Type 013 Fish Pathology Data
Current Previous
Column Column
Locaaon Location
Variable
Station Header Record
8
9
46-50
8-9
46-49
Individual Record
8
9
8-9
Lesion Record
8
9
8-9
SERIES NUMBER
SCAN ID
DISTANCE FISHED
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
Change (C),
Deletion (D), or
Addition (A)
Survey Header Record
8
9 8-9
SERIES NUMBER
SCAN ID
A
C
A
C
C
A
C
A
C
VI
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Changes to Record Layouts
File Type 144 Influent and Effluent Data
Current
Column
Location
Previous
Column
Location
Variable
Change (C),
Deletion (D), or
Addition (Ai
Survey Header Record
8
SERIES NUMBER
9 8-9 SCAN ID
Header Record for Quality Assurance Samples
8
9
8-9
SERIES NUMBER
SCAN ID
Influent/Effluent Description Record
8
9
SERIES NUMBER
8-9 SCAN ID
43-47 AVERAGE DISCHARGE
Sample Record
8
9
16-18
44-48
61-63
Data Record 1
8
9
14-16
51-55
56-60
Data Record 2
8
9
14-16
17
84-86
SERIES NUMBER
8-9 SCAN ID
16-17 SAMPLE NUMBER
FLOW
61-62 SUBSAMPLES PER COMPOSITE
SERIES NUMBER
8-9 SCAN ID
15-16 SAMPLE NUMBER
TOTAL SOLIDS
— ALKALINITY
— SERIES NUMBER
8-9 SCAN ID
13-14 SAMPLE NUMBER
15-17 SPECIMEN NUMBER
SPHERE
84-85 SAMPLE NUMBER FOR
ANALYTICAL BLANK
A
C
A
C
A
C
D
A
C
C
A
C
A
C
C
A
A
A
C
C
D
A
vii
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Changes to Record Layouts
File Type 144 Receiving Water Quality Data
Current Previous
Column Column
Location Location
Survey Header Record
8
9 8-9
Variable
SERIES NUMBER
SCAN ID
Change (C),
Deletion (D), or
Addition ( A}
A
C
Header Record for Quality Assurance Samples
8
9 8-9
Station Header Record
8
9 8-9
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
A
C
A
C
Station Environment Record
8
9 8-9
Sample Record
8 ...
9 8-9
15-17 16-17
Data Record 1
8 — -
9 8-9
14-16 15-16
51-54 —
Data Record 2
8 —
9 8-9
14-16 15-16
84-86 84-85
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
LIGHT EXTINCTION
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
SAMPLE NUMBER FOR
A
C
A
C
C
A
C
C
A
A
C
C
ANALYTICAL BLANKS
via
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Changes to Record Layouts
File Type 073 Sediment Grain Size Analysis Data
Current Previous
Column Column
Location Location
Variable
Change (C),
Deletion (D), or
Addition
Survey Header Record
g
9 8-9
Station Header Record
g
9 8-9
Sample Header Record
8
9 8-9
20-22 20-21
Size Analysis Record 1
8
9 8-9
20-22 20-21
Size Analysis Record 2
g
9 8-9
20-22 20-21
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
A
C
A
C
A
C
C
A
C
C
A
C
C
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Changes to Record Layouts
File Type 144 Sediment Pollutant Data
Current Previous Change (C),
Column Column Deletion (D), or
Locaoon Location Variable Addition (A)
Survey Header Record
8 - SERIES NUMBER A
9 8-9 SCAN ID C
Header Record for Quality Assurance Samples
8 - SERIES NUMBER A
9 8-9 SCAN ID C
Station Header Record
8 - SERIES NUMBER A
9 8-9 SCAN ID C
Sample/Sub-Sample Record
8 - SERIES NUMBER A
9 8-9 SCAN ID C
15-17 16-17 SAMPLE NUMBER C
40-41 INSTRUMENT METHOD CODE D
42-43 GEAR TYPE D
42-44 — SAMPLING EQUIPMENT CODE A
Data Record
8 - SERIES NUMBER A
9 8-9 SCANID C
12-14 13-14 SAMPLE NUMBER C
84-86 84-85 SAMPLE NUMBER FOR
ANALYTICAL BLANKS C
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Changes to Record Layouts
File Type 123 Trawl/Seine Sampling Data
Current Previous
Column Column
Location Location
Survey Header Record
8
9 8-9
Station Header Record
8
9 8-9
50-52 50-53
53-57 54-56
Environment Record
8
9 8-9
72-74 72-73
Bottom Trawl Record
8
9 8-9
Variable
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
DURATION FISHED
DISTANCE FISHED
SERIES NUMBER
SCAN ID
CURRENT SPEED
SERIES NUMBER
SCAN ID
Change (C),
Deletion (D), or
Addition (A)
A
C
A
C
C
C
A
C
C
A
C
Miscellaneous Gear Record
8 —
9 8-9
SERIES NUMBER
SCAN ID
A
C
Individual Specimen Record
8
9 8-9
SERIES NUMBER
SCAN ID
A
C
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Changes to Record Layouts
File Type 009 Bacterial/Viral Data
Current
Column
Location.
Previous
Column
Location
Variable
Change (C),
Deletion (D), or
Addition (A)
Survey Header Record
8
9 8-9
Station Header Record
8
9
16
8-9
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
STATION TYPE
Station Environment Record
8
9 8-9
Sample Type Record
8
9
20-22
24-27
29-32
33-36
8-9
19-22
23-27
Bacterial Data Record
8
9
12-14
47
8-9
12-13
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
SAMPLE DEPTH
UPPER SEDIMENT DEPTH
LOWER SEDIMENT DEPTH
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
QUALIFIER CODE
A
C
A
C
A
A
C
A
C
C
C
A
A
A
C
C
A
xn
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Changes to Record Layouts
File Type 900 Bioassay Data
Current
Column
Locanon
Previous
Column
Location
Variable
Change (C),
Deletion (D), or
Addition
Survey Header Record
8
9
8-9
Station Header Record
8
9
8-9
Sample Header Record
8
9
8-9
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
Bioassay Conditions Record
8
9 8-9
Data Record 1
8
9 8-9
75-77
Data Record 2
8
9 8-9
78-80 —
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
CONTROL STATION
SERIES NUMBER
SCAN ID
CONTROL STATION
A
C
A
C
A
C
A
C
A
C
A
A
C
A
xffi
-------
Changes to Record Layouts
File Type 901 Fish/Shellfish Landings Data
Current Previous Change (C),
Column Column Deletion (D), or
Location Location Variable Addition
Landing Location Header Record
8 - SERIES NUMBER A
9 — SCAN ID A
Catch Record
8 - SERIES NUMBER A
9 — SCAN ID A
Species Record
8 -- SERIES NUMBER A
9 — SCAN ID A
xiv
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Changes to Record Layouts
File Type 902 Plankton Data
Current
Column
Locanon
Previous
Column
Location
JVariabic
Change (C),
Deletion (D), or
Addition (A)
Survey Header Record
8
9
8-9
Station Header Record
8
9
8-9
Sample Header Record
8
9
8-9
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
Total Haul Data Record
8
9
8-9
SERIES NUMBER
SCAN ID
Phytoplankton Data Record
8
9
8-9
SERIES NUMBER
SCAN ID
Zooplankton Data Record
8
9
8-9
Ichthyoplankton Record
8
9
15-17
8-9
16-17
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
A
C
A
C
A
C
A
C
A
C
A
C
A
C
C
xv
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Changes to Record Layouts
File Type 029 Primary Production Data
Current
Column
Location
Previous
Column
Location
Variable
Change (C),
Deletion (D), or
Addition (A)
Survey Header Record
8
9
8-9
Station Header Record
8
9
8-9
Sample Header Record
8
9
21-23
8-9
21-22
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
SAMPLE NUMBER
Productivity Data Record
8 - SERIES NUMBER
9 8-9 SCAN ID
14-16 15-16 SAMPLE NUMBER
A
C
A
C
A
C
C
A
C
C
xvi
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Changes to Record Layouts
File Type 015 Ocean Currents Data
Current
Column
Location
Previous
Column
Location
Variable
Change (C),
Deletion (D), or
Addition
Survey Header Record
8
9 8-9
Station Header Record
8
9
8-9
SERIES NUMBER
SCAN ID
SERIES NUMBER
SCAN ID
Current Meter Data Record 1
8
9
8-9
SERIES NUMBER
SCAN ID
Current Meter Data Record 2
8-9
8
9
SERIES NUMBER
SCAN ID
A
C
A
C
A
C
A
C
xvu
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Changes to Appendices
Additions and Changes to the Data Entry Codes, Chemistry Codes, and
Taxomonic Codes.
Code Identifier
Field Name
Appendix A
Appendix B
Appendix C
0075
0076
0077
0085
0093
0094
0120
0129
0134
0161
0210
0218
0255
0347
0350
0375
0376
0377
0380
0381
0382
0394
EPA-1
EPA-3
EPA-4
EPA-5
EPA-6
EPA-10
OD013
OD014
OD015
OD017
OD018
Chemistry Codes
Taxonomic Codes
Data Entry Codes
Gear Type (100)
Bottom Trawl Gear
Bottom Type
Navigation
Sphere
Turbidity
Disease
Gear Type (123)
Gear
Sample Type (044)
Data Source
SamDiins cQUfoment Code
Wet or Dry Period
Chemical Analysis
Industry Code
Gear Type (144)
Measurement Code (144)
Organ Code
Suborgan/Tissue
Lesion/Etiology
Waw Color"
Relation to ZID
Dijnnlvfid OITV*MI F/niiniiifnf OvV>
BioassayType
SCANO)
Analytical Technique
Grown Medium
Station Type
xviu
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I. Data Submission Steps and Quality Assurance Procedures
A. Introduction
ODES has been designed to assist program managers and scientists with their needs for
data management and analysis. A crucial element in successfully providing this suppon is
ensuring that quality control and quality assurance (QA/QC) procedures are an integral part
of the system. Beginning with data collection in the field and extending through statistical
analysis, adherence to QA/QC procedures guarantees users that the decisions derived from
their ODES analyses will be based on the best available information.
To accomplish this task, organizations submitting data to ODES must implement
QA/QC procedures in accordance with EPA guidance documents. These procedures
should be implemented during sample collection, laboratory analysis, data coding, and data
entry into ODES formats. All users of ODES, not just the individual organizations who
collect and submit data, will benefit from a rigorous QA/QC program.
Once data have been submitted to ODES, they are subjected to computerized error-
checking routines and are reviewed by the data submitter and by independent technical
experts. Errors discovered during these QA/QC steps are corrected before the information
is added to the ODES database. When this comprehensive, multi-stage process is
completed, the ODES users can be confident that only the data that has been checked for
errors and been technically reviewed is stored within the system.
B. Data Submission and QA/QC Procedures
This chapter provides guidance to persons or organizations who wish to submit data to
ODES and outlines the quality assurance steps that must be passed prior to the addition of
data to the database. The obligations of organizations submitting data are summarized in
Exhibit I-A-1. An overview of the entire data submission process is illustrated in Exhibit
I-A-2. Detailed descriptions of each step are included below.
1. Obtain EPA Approval to Submit Data:
Organizations or individuals who plan to have data added to the ODES database must
first obtain the consent of EPA. The EPA will determine if the addition of data to the
system will contribute to the overall goals of existing programs and projects. If a data set is
viewed as appropriate for inclusion into ODES, EPA will notify the organization to proceed
with the data submission process.
Requests to submit data should be directed to the EPA ODES Manager at the following
address:
Mr. Robert King
ODES Manager
Marine Operations Division
Office of Marine and Estuarine Protection
U.S. Environmental Protection Agency
401 M Street, S.W. (Mail Code: WH-556F)
Fairchild Building
Washington, D.C 20460
(202)475-7119
1-1
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ODES DATA SUBMISSIONS MANUAL
Exhibit I-A-1
Checklist of Data Submitter Responsibilities
Q Obtain EPA approval to submit data.
Q Perform quality control checks during data entry.
Q Enter data into ODES format
Q Prepare a description of the data set, including a
discussion of all quality control procedures followed
during data collection, analysis, and entry.
Q Certify that data are accurate.
Q Send data, data set description, and data certification
statement to the ODES Staff.
Q Review hard copy of data and listing of errors
detected during machine checks of information.
G Provide verification statement regarding any
necessary data revisions or corrections to the ODES
Technical Reviewers.
Q Provide the ODES Technical Reviewers with
additional information, as needed, to evaluate the
quality of the data.
1-2
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EXHIBIT I-A-2
SUBMITTER
SYSTEMS OPERATOR
TECHNICAL STAFF
OBTAIN EPA APPROVAL
TO SUBMIT DATA
ESTABLISH AND FOLLOW DATA
ENTRY QAXJC PROCEDURES.
PERFORM DATA ENTRY
C
PUT DATA INTO
ODES FORMAT
PREPARE DESCRIPTION OF
DATAANDQUALTTY
CONTROL PROCEDURES
.. J
SEND DATA TO ODES SYSTEM^
OPERATOR ON MAGNETIC
TAPE OR FLOPPY DISK.
RETURN
PTK3NOF
DATAAND
CERTIFICATION STATEMENT J
COMPUTERIZED ERROR
CHBOONO
i
PRINT COPY OF DATA
SET AND ALL
ERRORS DETECTED „
REVIEW AND CORRECT
DATA SET
c
c
RESOLVE
AND
VERIFY THAT DATA
AREOORRECT
PROVIDE TECHNICAL
REVIEW
AND EVALUATION
C
RESOLVE ERRORS
AND DISCREPANCIES
PRODUCE SUMMARY
REPORT ON DATA
QUALITY
•c
rDATA ANDTBCHMCAL
COMMENTS ADDED
TO ODES
1-3
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ODES DATA SUBMISSIONS MANUAL
Each request will be forwarded to the appropriate program office at the the EPA Regional
Office and OMEP. Requests should include (1) a brief description of the study objectives,
(2) a summary of the dates and locations where data were collected, (3) the types of data to
be included (i.e., benthic infauna. trawl/seine, water quality, sediment pollutants,
influent/effluent, sediment grain size, fish pathology, bioaccumulation, bacterial, or
bioassay), (4) an estimate of the volume of data, (5) the name of the organization(s) that
collected the data and performed laboratory analysis, and (6) the name of an individual who
can be contacted for questions about the data.
2 Data Entry Quality Control:
Data submitters are obligated to establish and vigorously adhere to quality control
procedures when entering their data. Submitters are responsible for data entry QA/QC and
for the correction of errors. Mistakes often occur at two steps in the data entry process (1)
during the transcription of information from field and laboratory data sheets to data coding
forms, and (2) during the entry of data from coding forms at a computer terminal. All
submitters must double check their work at both of these critical points. Possible types of
checks include:
• Inspection of Coding Forms • after laboratory data is coded onto data entry forms, a
portion of the entries (10-20%) are examined to ensure that there are no errors
• Double Entry - the data are entered twice at a terminal and then compared; records
that do not match are scanned for errors
• Sub-Sampling and Visual Inspection - the data are entered into a local computer, a
copy of the data is printed, and a portion of the entered data (10-20%) is visually
compared with the original laboratory data sheets.
When data are mailed to the ODES System Operator, submitters must describe the
verification procedures that were followed during the two important phases of data entry.
3. Put Data into ODES Format:
Once approval to submit data has been granted by EPA, the submitter is responsible for
compiling information into the standard ODES format Chapters Q through XV of this
manual contain a complete description of these formats, including data fields and acceptable
codes.
qu
fa
While entering data into the ODES format, submitters may have questions or find that
they need new code assignments. In particular, new biological species codes must
frequendy be added to accommodate the entry of new organisms into the data base. All
luestions and requests for new codes should be directed to the ODES Technical Staff at the
lowing address:
ODES Technical Staff
Tetra Tech, Inc.
11820 Nortnup Way, Suite 100
Bellevue.WA 98005
(206) 822-9596
1-4
-------
ODES DATA SUBMISSIONS MAMML
Under no circumstances should submitters assign their own codes without prior approval
of the Technical Staff.
A new field (series number) has been established to enable ODES submitters to classify
data. A "series number" is a means of identifying a sub-group of data within a data set.
Some applications include the following examples:
• To distinguish benthic data from quarterly and semiannual sampling programs with
different numbers of replicates
• To correlate effluent and water-quality samples taken at high- and low-flow
conditions, even on the same day
• To distinguish fish pathology samples that received different preservation
treatments
• To distinguish between PCB analyses carried out using techniques that differed in
ways that cannot be coded with the analytical method codes.
As these examples illustrate, the meaning of the series number is entirely dependent
upon the submitter and data type. A given series number will have no intrinsic meaning to
ODES; it is the user-defined code that will distinguish between different sub-groups ofdata.
It is the responsibility of the submitters to ensure that the meaning of each series number is
explained in the data description forms which accompany each data set submitted to ODES.
4 . Prepare Description of Data and Quality Control Procedures:
A description of the data for each ODES file type submitted must be prepared by the
originator. Required information includes descriptions of the sampling scheme, series
number, sample handling and storage methods, analytical techniques, as well as the quality
control procedures followed during sample collection, analysis, and entry of data into the
ODES format Guidelines for the preparation of the data set description will be supplied by
the ODES Technical Staff when the originator's request to submit data is approved by the
EPA. These data set descriptions should be returned to the ODES Technical Reviewers at
the time the data are submitted. This descriptive information will be used during the
technical evaluation of the data.
5. Send Data to ODES Staff:
Properly formatted data can be transferred to the ODES System Operator at the
following address:
ODES System Operator
Systcois*
1777 N. Kent St, Room 730
Arlington, VA 22209
(703) 841-6109
1-5
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ODES DATA SUBMISSIONS MANUAL
Data can be submitted in one of three forms: magnetic tape, floppy disk, or standardized
coding forms (small data sets only). Magnetic tapes should have the following
characteristics:
• 9-track
• EBCDIC character set
• Either 1600 BPI with density=3 or 6250 BPI with density=4
• Fixed Block Records (RECFM=FB)
• Logical Record Length of 132 (LRECL=132)
• Block Size of 1320 (BLKSIZE=1320)
Floppy disks must contain ASCII files and be IBM-PC DOS compatible. Contact the
System Operator prior to sending data to ensure the compatibility of magnetic tape or
floppy disk formats. The submission of information on coding forms is restricted to very
small data sets. Use of these forms must be approved by the EPA ODES Manager prior to
submission.
Once the data have been transferred to the appropriate medium, these storage units
should be mailed to the ODES System Operator. A description of the data and any quality
assurance or control procedures followed should be sent to the ODES Technical Staff at the
same time. A signed certification statement attesting the accuracy of the data should be
included.
6. Computerized Machine Checks for Valid Formats, Codes, and Data Ranges:
When the data are received by the ODES System Operator, they are screened using
verification algorithms which assure that (1) data are in valid ODES format, (2) only
acceptable ODES codes are used, and (3) the data ranges for numeric variables fall within
realistic limits. All records which fail to pass these computerized checks are listed. This
list is sent to the Technical Reviewers and die daa submitter for correction and clarification.
Additional computer-generated summaries and copies of the raw data are produced and
provided to the Technical Reviewers and die daa submitters.
7. Technical Review and Evaluation:
ODES Technical Reviewers designated by EPA's Marine Operations Division (MOD)
conduct an evaluation of the data set based on the submitter's descriptions and error
checks, and summaries produced by the ODES System Operator. Specific items addressed
during data review include sample collection, sample handling, quality control procedures,
analytical methods, and detection limits. For applicants submitting data in conjunction with
the 301(h) program, data must have been collected and checked in accordance with EPA
guidance documents and procedures (see Appendix D). If needed, the ODES Technical
Reviewers wfll contact the daa submitter with questions concerning any of these matters.
Printed copies of the data set as received by the ODES System Operator, including the
results of the computerized checks, will be provided to the data submitter for review and
identification of any errors. The submitter will supply any data revisions and instructions
for error corrections to the Technical Reviewer. If substantial modifications are in order, a
new data set will be requested from the originator. Once all errors are identified and
1-6
-------
ODES DATA sLfBMiss IONS MANUAL
missing or revised data are provided, the submitter will be required to certify that the data
are accurate. The ODES Staff will then correct the data files. After the technical review is
complete and any identified errors have been resolved, a technical evaluation report will be
prepared, and a copy will be provided to the data submitter and to the regional ODES
Coordinator.
8. Addition of Data to ODES:
Upon completion of this process, the ODES Staff will add the information to the ODES
database. A summary of the comments from the technical evaluation report are added to
the system at the same time. ODES users can view these comments using the data
reference system accessed through ODES Basic Option "C", to scan the contents of the
database. Please refer to the ODES User's Guide for details on this option.
C. ODES File Types, Codes, and Hierarchical Record Structure
ODES can accommodate many different kinds of environmental data, including the
following:
Benthic Infauna
Bioaccumulation
Fish Pathology
Influent and Effluent Measurements
Receiving Water Quality
Sediment Grain Size
Sediment Pollutants
Trawl/Seine Catches
Bioassays
Plankton Abundance
Primary Productivity
Fish and Shellfish Landings
Ocean Currents
Bacterial and Viral Contamination
To accomodate this variety of data, ODES has adopted certain standard data file formats
established by the NODC. ODES also uses certain codes established by NODC for the
representation of particular kinds of information.
A specific format has been established for submission of each of the kinds of data
shown above. These formats all have the same underlying structure in which
hierarchically-related records describe the data set in successively greater detail. Records at
each level of ibe hierarchy are linked to higher and lower levels by shared data.
Each data reccfd has an internal structure that is sp^^ Data
are stored in fields of these records. Each field is designed to accomodate a particular kind
of data, and the order of these fields, the spacing between them, and the format of their
contents are carefully defined to allow unambiguous and error-free entry of data.
1-7
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ODES DATA SUBMISSIONS MANUAL
There are three fundamental types of data fields: numeric, alphanumeric, and code.
Numeric fields contain only numbers, alphanumeric fields contain either numbers or letters,
and code fields contain only members of the appropriate code type. Numeric values should
be right-justified in their field, alphanumeric data should be left-justified, and code elements
should always completely Fill the field.
The actual contents of the records for each file type, and their links to higher and lower
levels, are described in the subsequent chapters.
D. Coding Assistance
Dedicated ODES User Support telephone lines have been established to provide rapid
support for data submitters. Technical questions pertaining to the preparation of a data set
for submission to ODES may be directed to one of the following numbers:
| (206) 822-9596 9 PM - 5 PM Pacific Time Zone
(703)841-6109 9 AM - 6 PM Eastern Time Zone
Please ask for ODES User Support.
E. Summary
The QA/QC steps outlined in this chapter are an important component of the ODES
system and will benefit all ODES users. By following the steps listed in Table I-A-1 and
using the procedures provided in the following chapters, data submitters can add important
information to ODES and maximize its usefulness.
1-8
-------
II. ODES File Type 132 for Benthic Survey Data
A. Introduction
ODES File Type 132 for Benthic Survey Data can be used to report species abundance
and biomass data from benthic samples. This chapter describes how to compile and submit
to the ODES Staff a data set containing benthic survey data. The data set will consist of a
set of different record types arranged in a hierarchical order. Section B of this chapter
provides an illustration of each of the different record types and explains the hierarchical
relationships among them. Section C contains detailed instructions for compiling your data
set. The instructions for each of the data elements include information such as the length of
the field, the type of data (e.g., numeric, character), and a description of the data element.
In cases where a data element is a code (e.g., a two-character code for type of sampling
equipment), a list of valid codes will accompany the data element description. In some
cases, however, where the list of data entry codes is long (e.g., two-character codes to
describe the ocean bottom), you will be referred to Appendix C A list of selected NODC
taxonomic codes for marine species (or higher level taxa groups) is provided in Appendix
B. If you are unable to locate a taxon in the list, please contact the ODES Technical Staff
for additional taxonomic codes. Do not independently assign new taxonomic codes.
B. Hierarchical Relationships
ODES File Type 132 is composed of five record types:
• Record Type "A" is the Survey Header Record. It is used to report information
common to the entire data set (e.g., survey dates; investigator's name).
• Record Type "C" is the Station Header Record. It is used to report information
about the station where the sample was collected (e.g., station location; water
depth).
• Record Type "E" is the Bottom Characteristics Record. It is used to report
information about the conditions of the floor where each sample is collected (e.g.,
bottom type; core segment depth).
• Record Type "F is the Species Abundance Data Record. It is used to report
species abundance counts.
• Record Type "G" is the Biomass Data Record. It is used to report biomass for each
species or higher level taxa group.
Exhibit H-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enabk you to quickly and accurately complete individual dam entry sheets (or enter this
data onto tape or disk) for each of the record types.
In addition, it is also necessary to understand the relationships among the different
record types so that you can compile a comprehensive data set in the proper hierarchical
format. The hierarchical order described herein is designed to "«""*««» the duplication of
data entry tasks and is in accordance with standards adopted by the National Oceanographic
Data Center (NODC). The relationships are straightforward, and taking just a few minutes
now to understand mem could save you considerable time and effort later.
n-i
-------
EXHIBIT II-B-1
ODES FT 132 for Benlhic Survey Data
Survev Header Record
VESSEL NAME
Illlllllll
SURVEY DATE
rmr
ID
SENIOR SOEOTIST/INVESTKJATOR
MUNICIPALITY/
INSTITUTION/
AGENCY
TTTTT
iiiiiiiiiiiiiiii
iiiiiiiiiiiiii
IT
BO 000 00 0 0 1
234567190
111111111222222222233333333334444444444555555
123436789012345678901234567890123456789012345
355566
678901
66666666
23456789
Station Header Record
Buna
"V
ru
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U*
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-------
EXHIBIT II-B-1 (Cont'd)
Bottom Characteristics Recmd
BOTIOM
TYPE
t,-
I I II I 1 1 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I
000000000111111111122222222223333333333444444444455555555556666
1234367890123456789012345678901234567890123456 78901234567890123
I I I I I I I I
66666
56789
Snecies Abundance Data Record
IAMTU
IU
"M*
000
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KOOCTAXONOMICCaoe
Illllllllll
4567890123
NO OF
DUALS
MM
4567
|
I
B
,
\ IIIIIIIIIJIM MM
901234567890123456
(Mill 1 MM
5556666666666
7890123456789'
-------
Biomass Data Record
EXHIBIT II-B-1 (Cont'd)
WHOHT
MnUMMAlKM
ILLLJil
mil 11 mn mm MINI
1000000001111111111222222222233333333334444444444)5353355536666666666
I234567I90I234S678901234567890123456789012345678901234567890123436789
7
> 1
-------
ODES DATA SUBMISSIONS MAMUL
As shown above, different record types report information at different logical levels.
For example, the Survey Header Record (Record Type "A") reports information common
to the entire survey data set, whereas the Species Abundance Data Record (Record Type
"F") reports information about each of the samples taken during the survey. Thus, there
will be only one Survey Header Record, but there will typically be many Species
Abundance Data Records.
Exhibit II-B-2 shows how the record types would be arranged in a data set reporting
infonnanon from a survey conducted at one station, where two samples were taken at each
station.
If you have any questions about how to complete your data entry sheets or how to
compile your data, please contact the ODES Staff. (See the Preface for address and
telephone information.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File Type 132 for Benthic
Survey Data are provided below. All record types for a given data set will share the same
nine-character file identifier. This file ID consists of three characters to identify the file type
- i.e., "132" - followed by a two-character abbreviation for the municipality/
institution/agency conducting the survey, the last two digits of the year in which the survey
was taken, a series number assigned by the investigator and a scan code to indicate
sampling frequency and collection period.
The contents of all numeric fields should be right-justified, preceded by either blanks,
zeroes, or where applicable, positive (+) or negative (-) signs. All decimal points are
implied rather than physically included (see Exhibit n-B-1). The contents of all character
fields should be left justified, blank-filled.
Survey Header Record
This record is mandatory and should be submitted only once for each data set. See
Exhibit II-C-1 for a description of all data elements in this record.
Station Header Record
This record is mandatory; one record should be generated for each sampling station.
Stations should be uniquely identified by the Station ID Prefix and Station ID fields
(columns 11-15) See Exhibit D-C-2 for a description of all data elements in this record.
Bottom Characteristics Record
This record is mandatory; one record should be generated for each sample. See Exhibit
n-C-3 for a description of all rfaTa elements in this record.
Species Abundance Data Record
This record reports species abundance data for each species collected in the sample.
These data records are finked to Bottom Characteristics Records by the Sample Number
or the Sub-Sample Number (if appropriate). See Exhibit n-C-4 for a description of all
data elements in this record.
n-5
-------
EXHIBIT II-B-2
Benthic Survey Data Order of Record Types/Reason for
Occurrence
Survey Header Record
Station Header Record
Describes the survey -first
record in the data set
Describes the station where
Samples were collected
Bottom Characteristics
Record
Describes bottom conditions
at the station for the first
sample
Bottom Characteristics
Record
Describes bottom conditions
at the station for the second
sample
Species Abundance
Data Records
Reports species abundance counts
for species found in the first sample
Biomass Data Records
Reports biomassfor species or
higher level taxonomic groups
found in the first sample
Species Abundance
Data Records
Reports species abundance counts
for species found in the second
sample
Biomass Data Records
Reports biomass for species or
higher level taxonomic groups
found in the second sample
-------
ODES DATA SUBMISSION'S MANUAL
Biomass Data Record
This record reports biomass data for species or higher level groups of taxa collected in
the sample. These data records are linked to Bottom Characteristics Records by the
Sample Number or Sub-sample Number (if appropriate). See Exhibit II-C-5 for a
description of all data elements in this record.
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 132 for
Benthic Survey Data. The codes are listed by their identifiers and the fields in which they
are to be used. The elements of these code types are listed in the appendices: Appendix A
contains ODES Chemical and Water Quality Codes, Appendix B contains NODC/ODES
Taxonomic Codes, and Appendix C contains all other ODES code types.
Code Identifier field Name
0255 Sampling Equipment code
EPA-1 Relation to ZSD
0346 Station Location code
0077 Bottom Type
0012 Qualifier code
NODC Taxonomic code
EPA-10 Scan ID
0161 Weight Determination
H-7
-------
EXHIBIT n-C-1
Survey Header Record
Starting
Column
Length
of Field
Field
Format
Description
1
4
3
2
Code FILE TYPE - set to "132".
Alpha SOURCE IDENTIFIER - a unique identifier
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
16
27
33
39
1
5
11
6
6
Code
Blank
Alpha
Blank
YYMMDD
YYMMDD
ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to "A".
BLANK.
VESSEL • identity of the survey vessel or
platform.
BLANK.
SURVEY DATE FROM - start of survey
sampling date. YY is the last 2 digits of the
year. MM is the month (01-12), DD is the
day (01-31).
SURVEY DATE TO - end of survey
sampling date. YY is the last 2 digits of the
year. MM is the month (01-12). DDisthe
day (01-31).
n-8
-------
EXHIBIT n-C-1 (Cont'd)
Survey Header Record
Starting
Column
45
62
77
Length
of Field
17
15
4
Field
Format
Alpha
Alpha
Blank
Description
SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.
MUNICIPALITY/INSTITUTION/AGENCY
- name of the investigator's institution.
BLANK.
n-9
-------
EXHIBIT n-C-2
Station Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "132".
SOURCE IDENTIFIER - a
unique identifier
assigned by EPA, which appears on all
records within the data set
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
10 1 Code RECORD TYPE -set to "C".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two- character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sunpliflff
16 6 DDMMSS STATION LATITUDE -latitude of station in
degrees (DD), minutes (MM), and seconds
(SS).
22 1 Code HEMISPHERE-set to "N".
n-io
-------
EXHIBIT H-C-2 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
23
30
31
37
41
42
46
50
58
60
63
1
6
1
4
8
2
DDDMMSS STATION LONGITUDE - longitude of
station in degrees (DDD), minutes (MM), and
seconds (SS).
Code HEMISPHERE - set to "W".
YYMMDD DATE - date of sample collection. YYisthe
last two digits of the year. MM is the number
(01-12) of the month. DD is the day (01-31).
HHMM TIME - time of sample collection in 24-hour
format (Standard Time). HH is the hour (00-
23). MM is the number of minutes (00-59).
Blank BLANK.
Numeric SIEVE MESH SIZE - mesh size of the sieve
used to remove organisms from sediment, in
millimeters with two decimal places.
Numeric CORE GRAB SURFACE AREA - surface!
area of core or grab in square meters with I
three decimal places. |
Blank BLANK.
Numeric NUMBER OF SAMPLES - total number of
samples collected at the station for this survey
event (e.g., number of replicate grab
samples).
Code SAMPLING EQUIPMENT CODE-a three-
character code for the type of equipment used
to collect samples. Use Code No. 0255.
(See Appendix C for a list of codes.)
Numeric DISTANCE TO ZID - six digits for the
distance in meters from the station to the edge
of the zone of initial dilution (ZID). This
field is only applicable to EPA's 301 (h)
program. Leave this field blank for stations
not classified as pan of a 301(h) monitoring
program.
n-n
-------
EXHIBIT n-C-2 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
69
1
Code
70
75
5
1
Numeric
Code
76
77
80
1
3
Symbolic
Numeric
Blank
RELATION TO 23D - a one-character code to
describe the classification of the station with
respect to the ZID. Leave this field blank for
all stations not classified as pan of a 301(h)
monitoring program. Where applicable, use
Code No. EPA-1:
W-WithinZID
B - ZID Boundary
N--Near Field
R - Reference
F« Far Field
WATER DEPTH - depth at station in meters
with one decimal place.
STATION LOCATION CODE - a one-
character code to describe the location of the
station. Use Code No. 0346:
A-Stream
B - Estuary
C-Lake
D-Ocean
E-Wcll
F-Oiher
INTERTTDAL ELEVATION SIGN - Sign
(+/-) for intertidal elevation.
INTERTIDAL ELEVATION • intertidal
station elevation in meters with one decimal
place,
BLANK.
n-12
-------
EXHIBIT II-C-3
Bottom Characteristics Record
Starting Length Held
Column of Field Format Description
1 3 Code FILE TYPE-set to "132".
4 2 Alpha SOURCE IDENTIFIER - a unique identifier
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appeals on all records within the data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "E".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two- character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
16 2 Blank BLANK. |
18 3 Alphanumeric SAMPLE NUMBER-three digits to identify |
each sample. Sample Numbers are assigned I
by the investigator. |
n-13
-------
EXHIBIT n-C-3 (Cont'd)
Bottom Qtaracteristics Record
Starting
Column
Length
of Field
Field
Format
Description
21
23
27
30
33
70
72
4
3
37
2
Numeric SUB-SAMPLE NUMBER - two digits to
uniquely identify sub-samples. This field
will usually be left blank. Sub-sample
Numbers must be provided only if a sample
(e.g., a box-core sample) is divided into
separate components (e.g., four replicate
sub-samples).
Blank BLANK.
Numeric CORE SEGMENT START DEPTH - top
depth of core segment in centimeters (cm) to
one decimal place.
Numeric CORE SEGMENT STOP DEPTH - bottom
depth of core segment in centimeters (cm) to
one decimal place.
Blank BLANK.
Code BOTTOM TYPE • a two-character code to
describe the specific bottom type. Use Code
No. 0077. (See Appendix C for a list of
codes).
Blank BLANK.
H-14
-------
EXHIBIT H-C-4
Species Abundance Data Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "132".
SOURCE IDENTIFIER • a uniqi
le identifier
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
10 1 Code RECORD TYPE-set to "F.
11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two- character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
16 2 Blank BLANK.
18 3 Alphanumeric SAMPLE NUMBER - a three-digit number
to identify etch sample. Sample Numbers
are assigned by the investigator.
n-15
-------
EXHIBIT II-C-4 (Cont'd)
Species Abundance Data Record
starring
Column
Length
of Field
Field
Format
Description
21
Numeric
23
27
4
12
Blank
Code
39
44
Numeric
Code
SUB-SAMPLE NUMBER - a two-digit
number to uniquely identify sub-samples.
This field will usually be left blank. Sub-
sample Numbers must be provided only if a
sample (e.g., a box-core sample) is divided
into separate components (e.g., four replicate
sub-samples).
BLANK.
NODC TAXONOMIC CODE - a twelve-digit
numerical code assigned to a taxon by
NODC. Refer to the master species list
provided by die ODES Staff (see Appendix
B). For unlisted taxa, contact the ODES
Technical Staff. Do not independently assipi
new codes.
NUMBER OF INDIVIDUALS - total
number of individuals per taxon for sample
unit measured.
QUALITATIVE CODE - a one-character
code used to describe taxon quality as it
pertains to counts. Use Code 0012:
1 •• Organism Present in the Sample, But
Not Counted
2 - Fragments of an Organism, But No
45
36
Blank
3 - Colonial Organisms That Cannot Be
Individually Counted
BLANK.
D-16
-------
EXHIBIT D-C-5
Biomass Data Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "132".
SOURCE IDENTIFIER - a
unique identifier
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR • the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER • An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups.
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (Sec Appendix C).
10 I Code RECORD TYPE-set to "G".
11 2 Alphanumeric STATION IDENTIFICATION PREFDC - a
two-character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation. Valid codes for
inoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
16 2 Blank BLANK.
18 3 Numeric SAMPLE NUMBER - a three-digit number
to identify each sample. Sample Numbers
are assigned by the investigator.
H-17
-------
EXHIBIT n-C-5 (Coni'd)
Biomass Data Record
Starnng
Column
Length
of Field
Field
Format
Description
21
23
27
4
12
39
45
54
6
9
Numeric SUB-SAMPLE NUMBER - a two-digit
number to uniquely identify sub-samples.
This field will usually be left blank. Sub-
sample Numbers must be provided only if a
sample (e.g., a box-core sample) is divided
into separate components (e.g., four replicate
sub-samples).
Blank BLANK.
Code NODC TAXONOMIC CODE - a twelve-digit
numerical code assigned to a taxon by
NODC. Refer to the master species list
provided in Appendix B. For unlisted taxa,
contact the ODES Technical Staff. Do not
independently assign new codes. If biomass
data are reported for major taxa only, use the
following ODES codes to indicate major
group:
Polychaetes Bivalves
Molluscs Gastropods
Echinodenns Tot-Biomass
Crustaceans Ophiuroids
Arthropods
Misc.
Blank BLANK.
Numeric WET WEIGHT OF INDIVIDUALS - total
wet weight of individuals for above species
(or higher level taxa group), in grams with
three decimal places.
Blank BLANK.
H-18
-------
EXHIBIT n-C-5 (Cont'd)
Biomass Data Record
Starting Length Field
Column of Field Format Description
55 1 Numeric WEIGHT DETERMINATION -- a one-
character code for method of determining wet
weight of individuals. Use Code No. 0161:
1 - Total catch of species weighted
2 — Prorated on basis of subsample
3 -- Rough estimate
4 -- Tool catch not included in recorded
weight
56 25 Blank BLANK.
n-19
-------
III. ODES File Type 144 for Bioaccumulation Data
A. Introduction
ODES File Type 144 for Bioaccumulation Data can be used to report concentrations of
any pollutant or contaminant found in tissue samples of marine organisms. This chapter
describes how to compile and submit to the ODES Staff a data set containing
bioaccumulation data. The data set will consist of a set of different record types arranged in
a hierarchical order. Section B of this chapter provides an illustration of each of the
different record types and explains the hierarchical relationships among them. Section C
contains detailed instructions for compiling your data set. The instructions for each of the
data elements include information such as the length of the field, the type of data (e.g.,
numeric, character), and a description of the data element. In most cases where a data
element is a code (e.g., a two-character code for type of sampling gear), a list of valid
codes will accompany the data element description. In some cases, however, where the list
of data entry codes is long (e.g., codes for chemical analysis methods), you will be
referred to the Appendices. ODES Chemical Codes for identifying pollutants are listed in
Appendix A, NODC Taxonomic Codes for marine species (or higher level taxa groups) are
listed in Appendix B, and other codes are listed in Appendix C. If you are unable to locate
a needed code in these lists, please contact the ODES Technical Staff. Do not
independently assign new codes.
B. Hierarchical Relationships
This version of File Type 144 is composed of five record types:
• Record Type "A" is the Survey Header Record. It is used to report information
common to the entire data set (e.g., survey dates; investigator's name).
• Record Type "Z" is the Header Record for Quality Assurance Samples. It is used!
to identify data for analytical blanks or other quality assurance samples referred to I
within the data set I
• Record Type "C" is the Station Header Record for Samples. It is used to report
information about the station where the sample was collected (e.g.. station location,
water depth).
• Record Type "E" is the Sample Record. It is used to report information about each
sample (e.g., organ sampled, wet weight).
• Record Type "F* is the Data Record. It is used to report information on pollutant
concentrations found in each of die tissue samples.
Exhibit ffl-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided hi Section C,
win enable you to quickly and accurately complete individual data entry sheets (or enter mis
data onto tape or disk) for each of the record types.
ffl-1
-------
EXHIBIT III-B-1
ODES FT144 for Bioacumulation Data
Survey Header Record
SURVEY DATE
ID
SENIOR
SCIENTIST/INVESTIGATOR
MUNICIPALITY/
INSTITUTION/
AGENCY
II III
HIM
11111 III 111 M I
mrrminTTTTT
TIT
000000000111111111122222222223333333333444444444455555555556666666666
1234567890I234S67890I23456789012345678901234567890I234567890I23456789
K>
Header Record for Quality Assurance Samples
SBUU
m
M i M I M 111 ii 111 ii ii 1111 ii ii 111111 ii in 1111111111111111111111 rrnrTTT
D000000001111111I11222222222233333333334444444444555555S5S566666666661
12345678901234567890123456789012345678901234567890123456789012345678911
-------
EXHIBIT III-B-1 (Cont'd)
Station Header Record
SBUBS
•BCORD
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100000000111111111122222222223333333333444444444455555555556666666666
12345678901234567890123456789012345678901234567*901234567890123456789
177777777
01234567)1
Sample Record
SPECIMEN SUUAMFLB
PKHCIiNT
gX-lKACTABI.fi
IIIIIIIIIIIIIIMII
00000000111111111122222222223333333333444444444455555555556666666666777
23456789012345678901234567890123456789012345678901234567890123456789012
77777
34567
-------
EXHIBIT III-B-1 (Confd)
)ata Record
QUAUHBR
0008(1)
«M I I ' II II I I I I I 11 I 11
omen
QUAUHEB
I CGOBtD
COOBO)
EXTRACTION
METHOD COCK
QUAUHEK
OOOBO)
BASIS
SAMPLE
NUMBKKKW
AKALVTICAL
BLANK
INSTRUMEKT
coue
(0 P) 0)
OONCO)
OOHCP)
iiiiinii 111 i ii 1111 it imrrmii] iiini
000000001 1 1 1 I 1 1 I I 122222222223333333333444444444455555555556666666666777777
23436789012345678901234567890123456789012345678901234367890123456789012345
7 7 7 8 H
18901
-------
ODES DATA SUBMISSIONS VUNUAL
In addition, it is also necessary to understand the relationships among the different
record types so that you can compile a comprehensive data set in the proper hierarchical
format. The hierarchical order described herein is designed to minimize the duplication of
data entry tasks and is in accordance with standards adopted by the National Oceanograptiic
Data Center (NODC). The relationships are straightforward and taking just a few minutes
now to understand them could save you considerable time and effort later.
As shown above, the different record types report information at different logical
levels. For example, the Survey Header Record (Record Type "A") reports information
common to the entire survey data set, whereas the Sample Record (Record Type "E")
reports information about each of the samples taken during the survey. Thus, there will be
only one Survey Header Record per data set, but there will typically be multiple Sample
Records.
Exhibit JJ1-B-2 shows how the different record types would be arranged in a data set
reporting data from a survey conducted at one sampling station where one sample (e.g., a
trawl) was collected. Two organs from two specimens were examined. Data for quality
assurance samples (e.g., analytical blanks) are reported first, followed by data for the first
specimen and die second specimen.
If you have any questions about how to complete your data entry sheets or how to
compile your data, please contact the ODES Staff. (See the Preface for address and
telephone information.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File type 144 for
Bioaccumulation Data are provided below. All record types for a given data set will share
the same nine-character file identifier. This file ID consists of three characters to identify
the file type - i.e., "144" -- followed by a two-character abbreviation for the municipality/
institution/agency conducting die survey, the last two digits of the year in which the survey
was taken, a series number assigned by the investigator and a scan code to indicate
sampling frequency and collection period.
The contents of all numeric fields should be right-justified, preceded by either blanks,
zeroes, or where applicable, positive (+) or negative (-) signs. The contents of all decimal
points are implied rather than physically included (see Exhibit ffl-B-1). All character fields
should be left justified, blank-filled.
Survey Header Record
This record is mandatory and should be submitted only once for each data set. See
Exhibit ffl-C-1 for a description of all data elements in this record.
Header Record for Quality Assurance Samples
This record is used to identify data for all quality assurance (QA) samples recorded in
the data set All QA sample measurements (e.g., field, laboratory, or transport blanks
or spiked matrix samples) should be reported within this level of the hierarchy. See
Exhibit TH-C-2 for a description of all data elements in this record (See Exhibit ID-B-
2 for a description of how data records for QA samples should be organized within the
data set.)
m-5
-------
Survey Header Record
Describes the survey -
first record in the data set
EXHIBIT III B 2
Bioaccumutation Data
Order of Record Types/Reason for
Header Record for
Analytical Blanks
Occun
fence
Sample Record
i- -A
Data Records
'data Reports identifying Information Reports chemical concentrations
for all analytical blanks in this for first analytical blank for first analytical blank
data set
Station Header Record
Describes station when the
sample was collected
Sample Record
Data Records
Describes first tissue sample Report chemical concentrations
for the first specimen found mrepticale tissue samples
Sample Record
DalaRccofds
Describes second tissue sample Report chemical concentrations
for the first specimen found in replicate tissue samples
Sample Record
Data Records
Describes first tissue sample
for the second specimen
Report chemical concentrations
found in replicate tissue samples
Sample Record
Data Records
Describes second tissue sample Report chemical concentration c
fo ' ecoi ' 'ime win Me sain
-------
ODES DATA SUBMISSIONS MANUAL
Station Header Record
This record is mandatory; one record must be generated for each sampling station.
Stations should be uniquely identified by the Station ED Prefix and Station CD fields
(columns 11-15). See Exhibit HI-C-3 for a description of all data elements in this
record.
Sample Record
This record is mandatory; one record should be generated for each specimen, organ, or
analytical blank. Columns 18-83 are relevant only for Sample Records which identify
actual field samples. When the Sample Record is used to identify QA samples (e.g.,
analytical blanks) columns 18-83 should be left blank. See Exhibit ffl-C-4 for a
description of all data elements in this record.
Data Record
This record reports chemical concentration data for each of the samples analyzed; data
for up to three chemicals can be reported for each record. Data records are "linked" to
Sample Records by the Specimen Number. See Exhibit EH-C-5 for a description of all
data elements in mis record.
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 144 for
Bioaccumulation Data. The codes are listed by their identifiers and the fields in which they
are to be used. The elements of these code types are listed in the appendices: Appendix A
contains ODES Chemical and Water Quality Codes, Appendix B contains NODC/ODES
Taxonomic Codes, and Appendix C contains all other ODES code types.
Cbde Identifier Field Name
EPA-1 Relation to ZID
0346 Station Location code
0376 Gear Type
NODC Taxonomic code
0101 Sex
0148 Life Stage
0037 Organ Sampled
ODES Chemical code
0377 Measurement code
EPA-3 Qualifier code
0350 Extraction Method
EPA-10 Scan ID I
m-7
-------
EXHIBIT m-C-1
Survey Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique identifier,
assigned by EPA, which appears on all
records within the data set.
YY
YEAR - the last two digits of the year in
which the sample was taken. This number
also appears on all records within the data
set.
10
11
33
39
45
1
22
6
15
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or dap collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zoo) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
Code RECORD TYPE - set to "A".
Blank BLANK.
YYMMDD SURVEY DATE FROM - start of survey
date. YY is the last two digits of the year.
MM is the month (01-12). DD is the day
(01-31).
YYMMDD SURVEY DATE TO - end of survey date.
YY is the last two digits of the year. MM is
the month (01-12). DD is the day (01-31).
Alpha SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.
ffl-8
-------
EXHIBIT ffl-C-1 (Cont'd)
Survey Header Record
Scarring Length Field
Column of Field Format Description
60 17 Alpha MUNIOPAl^/mSTTTimOWAGENCY
- name of the investigator's institution.
77 4 Blank BLANK.
m-9
-------
EXHmrr m-c-2
Header Record for Quality Assurance Samples
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "Z".
11 70 Blank BLANK.
m-io
-------
EXHIBIT m-C-3
Station Header Record
Starting
Column
I
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a uniqi
te identifier,
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q. ;
10 I Code RECORD TYPE-set to "C".
11 2 Alphanumeric STATION IDENTinOVTION PREFIX - a
two-character code to indicate that a station
has been revisited during the survey. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
16 6 DDMMSS STATION LATITUDE - latitude of the
station. DD is degrees. MM is minutes. SS
is seconds.
22 1 Code HEMISPHERE -set to "N".
m-ii
-------
EXHIBIT ffl-C-3 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
23
30
31
37
41
43
1
6
2
1
44
50
55
6
5
1
DDDMMSS STATION LONGITUDE - longitude of the
station. ODD is degrees. MM is minutes.
SS is seconds.
Code HEMISPHERE - set to "W".
YYMMDD DATE -date of sample collection. YYisthe
last two digits of the year. MM is the month
(01-12). DD is the day (01-31).
HHMM TIME - starting time (local standard or
daylight savings time) of sample collection in
24-hour format HH is the hour (00-23).
MM is the number of minutes (00-59).
Blank BLANK.
Code RELATION TO 23D- a one-character code to
describe location of the station with respect to
the zone of initial dilution (ZED). Leave this
field blank for all stations not classified as
part of a 30 l(h) monitoring program. Where
applicable, use Code EPA-1:
W-Within ZID
B — Tin Boundary
N-Near Field
R - Reference
F- Far Field
Numeric DISTANCE TO ZID - distance in meters
from the station to the midpoint of die ZID.
Numeric WATER DEPTH - depth at station, in
meters, with one decimal place.
Code STATION LOCATION CODE - a one-
cbaracter code to describe the location of the
station. Use Code No. 0346:
A-Stream
B- Estuary
C-Lake
D-Ocean
E-Well
F-Other
m-12
-------
EXHIBIT EH-C-3 (Cont'd)
Station Header Record
Starting
Column
56
57
60
Length
of Field
1
3
21
Field
Format
Symbolic
Numeric
Blank
Description
INTERTIDAL ELEVATION
(+/-) for intenidal elevation.
SIGN - Sign
INTERTIDAL ELEVATION - intertidal
station elevation in meters with one decimal
place.
BLANK.
m-13
-------
EXHIBIT HI-C-4
Sample Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -seiro" 144".
SOURCE IDENTIFIER - a unique
identifier.
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ED - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
10 1 Code RECORD TYPE-set to "E".
11 4 Blank BLANK.
15 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
field blanks, lab blanks or spiked matrix
samples are identified by a sequential number
prefixed by a letter as indicated below:
F- field blank
L - lab blank
T - transport blank
S - spiked matrix sample
m-14
-------
EXHIBIT ffl-C-4 (Cont'd)
Sample Record
Starting Length Field
Column of Field Format Description
(Columns 18-83 should be left blank if the Sample
Record is being used to identify analytical blanks.)
18 3 Numeric SPECIMEN NUMBER - a unique identifier
for the individual organism or groups of
organisms being analyzed. This number will
be assigned by the investigator.
21
Alphanumeric COMPOSITE NUMBER - a unique identifier
assigned by the investigator to indicate a
23 2 Alphanumeric SUB-SAMPLE NUMBER - a unique
identifier assigned by the investigator to
indicate further division of a sample for
analytical purposes.
25 17 Blank BLANK.
42 2 Code GEAR TYPE - a two-character code to
identify the general gear type used to collect
the sample. Use Code No. 0376:
01 - Net (Plankton, Trammel, Bongo.
etc.)
02 - Seine (Beach, Purse, etc.)
03 - Trawl (Otter, Beam, Eastern, etc.)
04 - Hook and Line
06 - Grab (Van Veen, Smith-Maclmyrc,
etc.)
07 - Core (Piston, Gravity, Box, etc.)
08 - Dredge (dam. Pipe, Anchor, etc.)
99 - Miscellaneous (Hand-Gathered,
Traps, Shovel, etc.)
44 1 Blank BLANK.
m-15
-------
EXHIBIT m-C-4 (Cont'd)
Sample Record
Starting
Column
Length
of Field
Field
Format
Description
45
12
Code
57
62
Numeric
Code
63
Code
64
66
68
2
7
Code
Blank
Numeric
NODCTAXONOMIC CODE - a tweivexiigil
numerical code to identify the species for
which the bioaccumulation analysis was
conducted. Refer to master species list
provided by the ODES Staff for a list of
codes (see Appendix B). For unlisted codes,
contact the ODES Technical Staff. DjLnoi
independently assign new codes to species.
NUMBER OF INDIVIDUALS - five digits
for the number of individuals that make up a
composite sample.
SEX - a one digit code to identify sex of
sample whenever possible. Use Code No.
0\01:
- Blank - No Information
0 — Indeterminable
1-Male
2-Female
3 — Hermaphrodite
4 — Transitional
5 — Grouped, Both Sexes Present
6 — Hermaphroditic, Functional Female
7 - Hermaphroditic, Functional Male
LIFE STAGE - a one-character code to
identify the life stage (or, if composite,
predominate life stage) of sample, where
possible. Use Code No. 0148. (See
Appendix C for a list of codes.)
TISSUE SAMPLED • a two-digit code to
identify the organ or portion of the sample
analyzed. Use Code No. 0037. (See
Appendix C for a list of codes.)
BLANK.
WET WEIGHT - total wet weight of sample,
in grams, to two decimal places.
m-16
-------
EXHIBIT m-C-4 (Cont'd)
Sample Record
Starting Length Field
Column of Field Format Description
75 3 Numeric DRY WEIGHT (PERCENT) - percent of
total sample remaining after drying. Value
should be expressed in percent by weight
with one decimal place (e.g., 30.5% should
entered "505").
78 3 Blank BLANK.
81 3 Numeric PERCENT EXTRACTABLE LIPIDS - lipids
extracted as percentage of whole to one
decimal place.
m-i?
-------
EXHIBIT HI-C-5
Data Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a uniqi
ic identifier.
assigned by EPA, which appears on all
records within the data set.
2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field
1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "F.
11 1 Blank BLANK.
12 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
field blanks, lab blanks or spiked matrix
samples are identified by a sequential number
prefixed by a letter as indicated below:
F-field blank
L - lab blank
T - transport blank
S - spiked matrix sample
m-18
-------
EXHIBIT m-C-5 (Cont'd)
Data Record
btarang
Column
Length
of Field
Field
Format
Description
15
18
20
10
30
31
32
36
Numeric SPECIMEN NUMBER - a unique identifier
for the individual fish or composite tissue
sample being analyzed. This number will be
assigned by the investigator.
Numeric REPLICATE NUMBER - a unique identifier
for each replicate sample or subsample
analyzed. This is a sequencial number
assigned by the investigator.
Code CHEMICAL CODE (1) - a ten-character code
to identify the chemical measured; entries
must be left-justified. (See Appendix A for
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Technical Staff. Do
not assign codes independently.
Code MEASUREMENT CODE (1) - code to
describe the units of the reported
concentration. Use Code No. 0377. (See
Appendix C for a list of codes.)
Code QUALIFIER CODE (1) - a one-character
code to provide additional qualifying
information about the measurement. Use
Code EPA-3. (See Appendix C for a list of
codes.)
Numeric CONCENTRATION (1) - concentration of
the chemical measured, in units indicated by
measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentration value of zero. Leave blank if
necessary. Concentrations must be in units
shown in the MEASUREMENT CODE field
and in terms of the wet weight (dry weight if
wet weight is unavailable) of the sample.
(See Appendix A for an example of how to
enter chemical concentration data.)
Symbolic EXPONENT SIGN (1) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
m-19
-------
EXHIBIT ffl-C-5 (Com'd)
Data Record
Starting
Column
Length
of Field
Field
Format
Description
37
38
1
10
48
49
50
54
155
Numeric EXPONENT (1) - exponent of the
concentration value reported. Use the
exponent to set the decimal point.
Code CHEMICAL CODE (2)-a ten-character code
to identify the chemical measured; entries
must be left-justified. (See Appendix A for a
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Technical Staff. Do
not assign codes independendy.
Code MEASUREMENT CODE (2) - code to
describe the units of the reported
concentration (e.g., ppb, ppm, activity). Use
Code No. 0377. (See Appendix C for a list
of codes.)
Code QUALIFIER CODE (2) - a one-character
code to provide additional qualifying
information about the meaasuremem. Use
Code EPA-3. (See Appendix C for a list of
codes.)
Numeric CONCENTRATION (2) - concentration of
the chemical measured, in units indicated by
measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentra- don value of zero. Leave blank
if necessary. Concentrations must be in units
shown in the MEASUREMENT CODE field
and in terms of the wet weight (dry weight if
wet weight is unavailable) of die sample.
(See Appendix A for an example of how to
enter chemical concentration data.)
Symbolic EXPONENT SIGN (2) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
Numeric EXPONENT (2) - exponent of the concentra-
tion value reported. Use the exponent to set
the decimal point place.
m-20
-------
EXHIBIT m-C-5 (Cont'd)
Data Record
Starting
Column
Length
of Field
Field
Format
Description
56
10
66
67
68
72
73
74
Code CHEMICAL CODE (3) - a ten-character code
to identify the chemical measured; entries
must be left-justified (See Appendix A for a
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Staff. Do not
assign codes independently.
Code MEASUREMENT CODE (3) - code to
describe the units of the reported
concentration (e.g., ppb, ppm, activity). Use
Code No. 0377. (See Appendix C for a list
of codes.)
Code QUALIFIER CODE (3) - a one-character
code to provide additional qualifying
information about the measurement. Use
Code EPA-3. (See Appendix C for a list of
codes.)
Numeric CONCENTRATION (3) - concentration of
the chemical measured, in units indicated by
measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentration value of zero. Leave blank if
necessary. Concentrations must be in units
shown in the MEASUREMENT CODE field
and in terms of the wet weight (dry weight if
wet weight is unavailable) of the sample.
(See Appendix A for an example of how to
enter chemical concentration data.)
Symbolic EXPONENT SIGN (3) - sign (+/-) of the ex-
ponent for the concentration entry. If the
exponent is 0, leave this blank.
Numeric EXPONENT (3) - exponent of the conccntra-1
don value reported. Use the exponent to set!
the decimal point place. |
Code EXTRACTION METHOD CODE - a two-
character code to indicate the method used to
extract or digest the sample matrix and
remove or isolate the chemical of concern.
Use Code No. 0350. (See Appendix C for a
list of codes.)
m-21
-------
EXHmrr m-c-5
Data Record
burang Lengtn Field
Column of Field Format Description
76 2 Code SAMPLE CLEAN-UP CODE (1) - a two-
character code used to indicate an additional
step taken to further purify the sample
extracts or digestates. Use Code No. 0350.
(See Appendix C for a list of codes.)
78 2 Code SAMPLE CLEAN-UP CODE (2)-Clean-up
Code (2) refers to the second cleanup
procedure used during sample processing.
Use Code No. 0350. (See Appendix C for a
list of codes.)
80 2 Code SAMPLE CLEAN-UP CODE (3)-Clean-up
Code (3) refers to the third cleanup procedure
used during sample processing. Use Code
No. 0350. (See Appendix C for a list of
codes.)
82 2 Code INSTRUMENT CODE - a two-character
code to identify the chemical analyses
method(s) used for analyzing the sample.
This code should represent the final analysis
method or combined methods as listed in
Code No. 0350. (See Appendix C for a list
of codes.)
84 3 Alphanumeric SAMPLE NUMBER FOR ANALYTICAL
BLANK - a three-character ED for the
analytical blank associated with chemical
concentrations reported on this record This
ID "links" this Data Record to a particular
analytical blank. This ID must match one of
the Sample Numbers listed on the Sample
Records for data from analytical blanks.
87 1 Alpha MEASUREMENT BASIS - a one-character
code to indicate whether chemical
measurements were on a wet or dry-weight
basis for tissue analysis. Use Code No.
OD017:
W - wet weight basis
D - dry weight basis
m-22
-------
IV. ODES File Type 013 for Fish Pathology Data
A. Introduction
ODES File Type 013 for Fish Pathology Data can be used to report information about
the diseases in samples of captured fish. These samples will typically be collected with
fishing trawls. This chapter describes how to compile and submit to the ODES Staff a data
set for fish pathology studies. The data set will consist of a set of different record types
arranged in a hierarchical order. Section B of this chapter provides an illustration of each
of the different record types and explains the hierarchical relationships among diem.
Section C contains detailed instructions for compiling your data set The instructions for
each of the data elements include information such as the length of the field, the type of data
(e.g., numeric, character), and a description of the data element In most cases where a
data element is a code (e.g., a two-character code for type of trawl), a list of valid codes
will accompany the data element description. In some cases, however, where the list of
data entry codes is long (e.g., codes for measurement techniques) you will be referred to
Appendix C. A master species list of NODC taxonomic codes for identifying species is
provided in Appendix B.
B. Hierarchical Relationships
ODES File Type 013 is composed of four record types:
• Record Type "1" is the Survey Header Record. It is used to report information
common to the entire data set (e.g., survey dates, investigator's name).
• Record Type "2" is the Station Header Record. It is used to report information
about the location where the fish samples were collected (e.g., station location,
water depth).
• Record Type "8" is the Individual Record. It is used to report frequency of
diseases for each fish sample.
• Record Type "A" is the Lesion Record. It is used to report the characteristics of the
lesions for each specimen.
\
Exhibit IV-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with die detailed instructions provided in Section C,
will enable you to quickly and accurately complete individual data entry sheets (or enter this
data onto tape or disk) for each of the record types.
In addition, it is also necessary to understand the relationships among the different
record types so that you can compile a comprehensive data set in the proper hierarchical
format The hierarchical order described herein is designed to minimi™ the duplication of
data entry tasks and is in accordance with standards adopted by the National Oceanographic
Data Center (NODC). ihe relationships are straightforward, and taking just a few minutes
now to understand them could save you considerable time and effort later.
IV-1
-------
EXHIBIT IV-B-1
ODES FT013 for Fish Pathology Data
Survey Header Record
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-------
EXHIBIT IV-B-1 (Coru'd)
Individual Record
SOURCf
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TYPE
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-------
ODES DATA SUBMISSIONS MANUAL
As shown above, the different record types report information at different logical
levels. For example, the Survey Header Record (Record Type "I") reports information
common to the entire survey data set, whereas the Individual Record (Record Type "8")
reports information about each of the fish samples collected during the survey. Thus, there
will be only one Survey Header Record per data set, but there will typically be multiple
Individual Records.
Exhibit W-B-2 shows how the record types would be arranged in a data set reporting
information from a survey which collected fish samples at two stations.
If you have any questions about how to complete your data entry sheets or how to
compile your data, please contact the ODES Staff. (See the Preface for address and
telephone information.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File Type 013 for Fish
Pathology Data are provided below. All record types for a given data set will share the
same nine-character file identifier. This file ID consists of three characters to identify the
file type — i.e., "013" — followed by a two-character abbreviation for the municipality/
institution/agency conducting the survey, the last two digits of the year in which the survey
is taking place, a series number assigned by the investigator and a scan code to indicate
sampling frequency and collection period.
The contents of all numeric fields should be right-justified, preceded by either blanks,
zeroes, or where applicable, positive (+) or negative (-) signs. All decimal points are
implied rather than physically included (see Exhibit IV-B-1). The contents of all character
fields should be left justified, blank-filled.
Survey Header Record
This record is mandatory and should be submitted only once for each data set. See
Exhibit IV-C-1 for a description of all data elements in this record.
Station Header Record
This record is mandatory; one record should be generated for each sampling location.
See Exhibit IV-C-2 for a description of all data elements in this record.
Individual Record
This record reports data on the frequency of diseases in the fishes collected in the
sample. Observations on as many as three diseases can be reported for each species.
The Individual Record is "Linked" to the Station Header Record by the Station ID and
Haul Number (columns 78-80). Use the Specimen Number (columns 16-19) to order
the records for each species. See Exhibit IV-C-3 for a description of all data elements
in this record.
IV-4
-------
EXHIBIT IV-B-2
Fish Pathology Data
Order of Record Types/Reason for
Occurrence
Survey Header Record
Describes the survey •-
first record in the data set
Station Header Record
Describes the first location
where fish samples were
collected
Station Header Record
Describes the second location
where fish samples were
collected
Individual Record
Reports general pathology
for first fish captured at the
first fishing location
Individual Record
Reports general pathology
for second fish captured at
the first fishing location
Lesion Records
Reports characteristics of
lesions in first fish examined
Lesion Records
Reports characteristics of
lesions in second fish examined
See record arrangement shown for the first
location where fish samples were collected
-------
OPES DATA SUBNQS SIGNS MANUAL
Lesion Record
This record reports the characteristics of the lesions in each fish specimen.
Observations on as many as five lesions can be reported for each specimen. The
Lesion Record is "linked" to the Individual Record by the Specimen Number (columns
16-19). See Exhibit P/-C-4 for a description of all data elements in this record.
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 013 for Fish
Pathology Data. The codes are listed by their identifiers and the fields in which they are to
be used. The elements of these code types are listed in the appendices: Appendix A
contains ODES Chemical and Water Quality Codes, Appendix B contains NODC/ODES
Taxonomic Codes, and Appendix C contains all other ODES code types.
Code Identifier Field Name
0129 Gear Type
0077 Bottom Type
0076 Trawl Type
0085 Navigation code
EPA-1 Relation to ZED
0346 Station Location
0101 Sex
0082 Measurement code
0163 Measurement Method
0120 Disease
0140 Frequency
0121 Health code
0123 Pigmentation
0380 Organ code
0381 Suborgan/tissue type
0382 Lesion/Etiology
0383 Distribution code
0384 Severity code
0385 Host Response code
EPA-10 Scan ID
IV-6
-------
EXHIBIT IV-C-1
Survey Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "01 3".
SOURCE IDENTIFIER - a
unique identifier,
YY
assigned by EPA, which appears on all
records within the data set.
YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
22
28
34
40
1
11
6
6
Code
Alpha
Blank
YYMMDD
YYMMDD
Blank
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to" 1".
VESSEL NAME - identity of the survey
vessel or platform.
BLANK.
SURVEY DATE FROM - start date of
survey. YY is the last two digits of the year.
MM is the the month (01-12). DD is the day
(01-31).
SURVEY DATE TO - end date of survey.
YY is the last two digits of the year. MM is
the month (01-12). DD is the day (01-31).
BLANK.
IV-7
-------
EXHIBIT IV-C-1 (Cont'd)
Survey Header Record
Starting Length Field
Column of Field Format Description
45 19 Alpha SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.
64 17 Alpha MUWCIPAl^/INSTnTJrnON/AGENCY
- name of the investigator's institution.
IV-8
-------
EXHIBIT IV-C-2
Station Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "013".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "2".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that the station
is being revisited during a given survey.
Leave this field blank for the first occupation
of the station during the survey. Valid codes
for reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - a three-character
identifier for the station, assigned by the
investigator.
16 6 DDMMSS STATION LATITUDE - latitude of the
station in degrees (DD). minutes (MM), and
seconds (SS).
22 1 Code HEMISPHERE -set to "N".
FV-9
-------
EXHIBIT IV-C-2 (Cont'd)
Station Header Record
Marring
Column
L-engtn
of Field
rield
Format
Description
23
30
31
37
41
59
61
1
6
DDDMMSS
Code
YYMMDD
HHMM
Code
43
46
51
55
3
5
4
4
Numeric
Numeric
Blank
Numeric
Code
Code
STATION LONGITUDE - longitude of
station in degrees (DDD), minutes (MM), and
seconds (SS).
HEMISPHERE - set to "W".
DATE - date of sample collection. YY is the
last two digits of the year. MM is the number
(01-12) of the month. DD is the day (01-31).
TIME - time of sample collection (starting
time for composite samples). HH is the
hour. MM is the number of minutes.
GEAR TYPE - a two-character code to
identify the general gear type used to collect
the sample. Use Code No. 0129. (See
Appendix C for a list of codes.)
DURATION FISHED - total hours fished to
one decimal place.
DISTANCE FISHED - total distance fished
in meters to one decimal place.
BLANK.
BOTTOM DEPTH - average depth of bottom
in whole meters.
BOTTOM TYPE - a two-character code for
the specific bottom type. Use Code No.
0077. (See Appendix C for a list of codes.)
TRAWL TYPE - a two-character code for the
type of trawl used. Use Code No. 0076.
(See Appendix C for a list of codes.)
IV-10
-------
EXHIBIT IV-C-2 (Cont'd)
Station Header Record
Starnng
Column
Length
of Field
Field
Format
Description
63
Code
65
Numeric
70
Code
NAVIGATION CODE - a two-digit code for
the type of navigation equipment used. Use
Code No. 0085:
01 - Loran (Mixed or Unspecified)
02 - Radar and/or Fixes
03 — Raydist without Complications
04 -• Raydist with Errors, Drifting, etc.
05 - Satellite
06-OMEGA
07 - Loran A Only
08- Loran C Only
09 - Mini-Ranger
10 - Horizontal Sextant
11 - Photographs
12-Siting on Ranges
13 •• Loran C and Mini-Ranger
DISTANCE TO ZID - distance in meters
from the station (i.e., the area fished) to the
zone of initial dilution (ZED). This field is
applicable only to EPA's 301(h) program.
Leave this field blank for all stations not
classified as pan of a 301 (h) monitoring
program.
RELATION TO ZJD - a one-character code
for the classification of the station with
respect to the ZID. Leave this field blank for
all stations not classified as pan of a 301 (h)
monitoring program. Where applicable, use
Code EPA-1:
W-Within ZID
B- ZID Boundary
N-Near Field
R- Reference
F-Far Field '
IV-11
-------
EXHIBIT IV-C-2 (Cont'd)
Station Header Record
Starting Length Field
Column of Field Format Description
71 I Code STATION LOCATION CODE - a one-
character code indicating the type of water
body in which a station is located. Use Code
No. 0346:
A-Stream
B - Estuary
C-Lake
D-Ocean
E-WeU
F--Other
72 6 Blank BLANK.
78 3 Numeric HAUL NUMBER - three digits to uniquely
identify the number of the haul (sample).
This number is assigned by the investigator.
IV-12
-------
EXHIBIT IV-C-3
Individual Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "013".
SOURCE IDENTIFIER - a unique
identifier.
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR • the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "8".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - a three-character
code to identify the sampling station.
16 4 Numeric SPECIMEN NUMBER - number assigned
by the investigator to identify a given
specimen of a taxon.
IV-13
-------
EXfflBITrV-C-3 (Cont'd)
Individual Record
Starting
Column
Length
of Field
Field
Fonnat
Description
20
12
32
33
34
38
39
45
1
4
6
1
46
47
Numeric NODC TAXONOMIC CODE - a twelve-digit
numerical code assigned to a taxon by
NODC. Refer to master species list provided
by the ODES Staff for a list of codes (see
Appendix B). For unlisted taxa, contact the
ODES Staff. Do not independently assign
new codes.
Code SEX - a one-character code. Use Code No
0101:
- Blank - No Information
0 -- Indeterminable
l--Male
2-Female
3 - Hermaphrodite
4 — Transitional
5 - Grouped, Both Sexes Present
6 - Hermaphroditic, Functional Female
7 - Hermaphroditic, Functional Male
Blank BLANK.
Numeric LENGTH OF INDIVIDUAL - length in
whole millimeters (mm).
Code MEASUREMENT METHOD - a one-
character code to describe the technique used
for measuring length. Use Code No. 0082.
(See Appendix C for a list of codes.)
Numeric WEIGHT OF INDIVIDUAL - wet weight in
whole grams.
Code MEASUREMENT METHOD - a one-
character code to describe the technique used
to weigh the sample. Use Code No. 0163:
1 - Observed Wet Weight of Specimen
2 - Calculated Weight of Specimen
Blank BLANK.
Code DISEASE (1) - a one-character code for the
disease of the specimen. Use Code No.
0120. (See Appendix C for a list of codes.)
IV-14
-------
EXHIBIT IV-C-3 (Cont'd)
Individual Record
Starting
Column
Length
of Field
Field
Format
Description
48
54
55
78
1
49
50
51
52
53
1
1
1
1
1
Code
Code
Code
Code
Code
23
3
Code FREQUENCY (1) - a one-character code for
the number of occurrences of the disease in
the specimen. Use Code No. 0140. (See
Appendix C for a list of codes.)
DISEASE (2) - Use Code No. 0120.
FREQUENCY (2) - Use Code No. 0140.
DISEASE (3) - Use Code No. 0120.
FREQUENCY (3) - Use Code No. 0140.
HEALTH - a one-character code to indicate
normal or emaciated. Use Code No. 0121:
- Blank - No information
1 — Normal Appearing
2 — Emaciated
Code PIGMENTATION - a one-character code for
observed pigmentation. Use Code No. 0123:
- Blank - No Information
1- Normal
2 - Darker than Normal
3 - Lighter than Normal
Blank BLANK.
Numeric HAUL NUMBER - three digits to uniquely
identify the haul. The number is assigned by
the investigator.
IV-15
-------
EXHIBIT IV-C-4
Lesion Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "013"
SOURCE IDENTIFIER -
a unique identifier,
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "A".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - a three-character
code to identify the sampling station.
16 4 Numeric SPECIMEN NUMBER - number assigned
by the investigator to uniquely identify a
given specimen of a species.
20 3 Code ORGAN CODE (1) - a three-character code
indicating the organ sampled. Use Code No.
0380. (See Appendix C for a list of codes.)
IV-16
-------
EXHIBIT IV-C-4 (Cont'd)
Lesion Record
Starting Length Field
Column of Field Format Description
23 3 Code SUBORGAN/nSSUE TYPE (1) - a three-
character code describing the tissue sampled.
Use Code No. 0381. (See Appendix C for a
list of codes.)
26 3 Code LESION/ETIOLXX3Y CODE (1) - a three-
digit code describing the type of lesion tested.
Use Code No. 0382. (See Appendix C for a
list of codes.)
29 1 Code DISTRIBUTION CODE (1) - a one-digit
code describing the area in which the lesions
are found. Use Code No. 0383:
1- Focal
2 - Focal-Multifbcal
3-Multifocal
4 - Multifocal-Diffuse
5- Diffuse
30 1 Code SEVERITY CODE (1) - a one-digit code
indicating the number of lesions. Use Code
No. 0384:
1 - Minimal, sparse, very few
2 — Minimal - mild
3 — Mild, few, small amount
4 - Mild-moderate, several
5 - Moderate, moderate amount,
moderate number
6 — Moderate-severe
7 - Severe, abundant, numerous, dense
8 - Excessive amount or numbers,
excessively dense
9 — Non-uniform, highly variable
IV-17
-------
EXHIBIT IV-C-4 (Cont'd)
Lesion Record
Starting Length Field
Column of Field Format Descriodon
31 1 Code HOST RESPONSE CODE (1) - a one-digit
code which indicates the organism's response
to the lesion. Use Code No. 0385:
1 - No identifiable response
2 -- Minimal response
3 — Minimal - mild response
4 — Mild response
5 - Mild-moderate response
6 - Moderate response
7 -- Moderate - severe response
8 -- Severe response
32 3 Code ORGAN CODE (2) - Use Code No. 0380.
35 3 Code SUBORGAN/TISSUE TYPE (2) - Use Code
No. 0381.
38 3 Code LESION/ETIOLOGY CODE (2) - Use Code
No. 0382.
41 1 Code DISTRIBUTION CODE (2) - Use Code No.
0383.
42 1 Code SEVERITY CODE (2) - Use Code No.
0384.
43 1 Code HOST RESPONSE CODE (2) - Use Code
No. 0385.
44 3 Code ORGAN CODE (3) - Use Code No. 0380.
47 3 Code SUBORGANmSSUE TYPE (3) - Use Code
No. 0381.
50 3 Code LESION/ETIOLOGY CODE (3) - Use Code
No. 0382.
53 1 Code DISTRIBUTION CODE (3)-Use Code No.
0383.
54 1 Code SEVERITY CODE (3) - Use Code No.
0384.
55 1 Code HOST RESPONSE CODE (3) - Use Code
No. 0385.
IV-18
-------
EXHIBIT IV-C-4 (Cont'd)
Lesion Record
Starting
Column
56
59
62
65
66
67
68
71
74
77
78
79
80
Length
of Held
3
3
3
1
1
1
3
3
3
1
1
1
3
Field
Format
Code
Code
Code
Code
Code
Code
Code
Code
Code
Code
Code
Code
Numeric
Description
ORGAN CODE (4) - Use Code No. 0380.
SUBORGAN/TISSUE TYPE (4) - Use Code
No. 0381.
LESION/ETIOLOGY CODE (4) - Use Code
No. 0382.
DISTRIBUTION CODE (4) - Use Code No.
0383.
SEVERITY CODE (4) - Use Code No.
0384.
HOST RESPONSE CODE (4) - Use Code
No. 0385.
ORGAN CODE (5) - Use Code No. 0380.
SUBORGAN/TISSUE TYPE (5) - Use Code
No. 0381.
LESION/ETIOLOGY CODE (5) - Use Code
No. 0382.
DISTRIBUTION CODE (5) - Use Code No.
0383.
SEVERITY CODE (5) - Use Code No.
0384.
HOST RESPONSE CODE (5) - Use Code
No. 0385.
HAUL NUMBER - three digits to uniquely
identify the haul. This number is assigned by
the investigator.
IV-19
-------
V. ODES File Type 144 for Influent and Effluent Data
A. Introduction
ODES File Type 144 for Influent and Effluent Data can be used to report concentrations
of organic and inorganic chemicals or measurements for other water quality variables (e.g.,
temperature, BOD) obtained from samples associated with point-sources. This chapter
describes how to compile and submit to the ODES Staff a data set containing influent and
effluent data. The data set will consist of a set of different record types arranged in a
hierarchical order. Section B of this chapter provides an illustration of each of the different
record types and explains the hierarchical relationships among them. Section C contains
detailed instructions for compiling your data set. The instructions for each of the data
elements include information such as the length of the field, the type of data (e.g., numeric,
character), and a description of the data element In most cases where a data element is a
code (e.g., a two-character code for sampling gear type), a list of valid codes will
accompany the data element description. Li some cases, however, where the list of data
entry codes is long (e.g., codes for chemical analysis methods), you will be referred to
Appendix C. A list of ten-character ODES Chemical Codes for identifying chemicals can
be found in Appendix A of this manual.
B. Hierarchical Relationships
This version of File Type 144 is composed of six record types:
• Record Type "A" is the Survey Header Record. It is used to report information
common to the entire data set (e.g., survey dates, investigator's name).
• Record Type "Z" is the Header Record for Quality Assurance Samples. It is used!
to identify data for analytical blanks or other quality assurance samples referred to I
within the data set I
• Record Type "B" is the Influent/Effluent Description Record. It is used to report
information about the point-source. For each survey, there should be one
Influent/Effluent Description Record for each point-source for which sampling was
conducted.
• Record Type "C" is the Sample Record. It is used to report information common to
all data associated with a sample collected at a particular location (e.g., date, time,
gear type).
Record Type "E" is Data Record 1. It is used to report data for each replicate
measurement on selected non-chemical water quality variables (e.g., temperature,
salinity, BOD). There should be one Data Record 1 for each replicate
measurement
Record Type "Pis Data Record 2. It is used to report concentrations of inorganic
and organic chemicals for each replicate sample (e.g., cadmium, DDT).
Concentrations for up to three chemicals can be reported on each Data Record 2.
There will typically be multiple records for each replicate measurement
V-l
-------
ODES DATA SUBMISSIONS MANUAL
Exhibit V-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately complete individual data entry sheets (or enter this
data onto tape or disk) for each of the record types.
In addition, it is also necessary to understand the relationships among the record types
so that you can compile a comprehensive data set in the proper hierarchical format. The
hierarchical order described herein is designed to minimize the duplication of data entry
tasks and is in accordance with standards adopted by the National Oceanographic Data
Center (NODC). The relationships are straightforward, and taking just a few minutes now
to understand them could save you considerable time and effort later.
As shown above, the different record types report information at differ- ent logical
levels. For example, the Survey Header Record (Record Type "A") reports information
common to the entire survey data set, whereas the Sample Record (Record Type "C")
reports information about each of the replicate samples taken during the survey. Thus,
there will be only one Survey Header Record per data set, but there will typically be
multiple Sample Records.
Exhibit V-B-2 shows how the different record types would be arranged in a data set
reporting data from a survey in which sampling was conducted for one effluent source,
where two water samples were collected, and two replicate measurements were taken for
each sample. Data for quality assurance samples (e.g., analytical blanks) are reported first,
followed by the replicate observations for the first and second samples.
If you have any questions about how to complete your data entry sheets or how to
compile your data, please contact the ODES Staff. (See the Preface for address and
telephone information.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in this version of File Type 144 are
provided below. All record types for a given data set will share the same nine-character file
identifier. This file ID consists of three characters to identify the file type, i.e., "144",
followed by a two-character abbreviation for the municipality/institution/agency conducting
the survey, the last two digits of the year in which the survey is taking place, a series
number assigned by the investigator and a scan code to indicate sampling frequency and
collection-period.
All numeric fields should be right-justified, preceded by either blanks, zeroes, or where
applicable, positive (+) or negative (-) signs. All decimal points are implied rather than
physically included (see Exhibit V-B-1). All character fields should be left justified, blank-
filled.
Survey Header Record
This record is mandatory and should be submitted only once for each data set See
Exhibit V-C-1 for a description of all data elements in this record.
V-2
-------
Survey Header Record
EXHIBIT V-B-1
ODES FT144 for Influent and Effluent Data
SER
'\ raw
SCAN
/
IT
IIJIIIJM
SURVEY DAT!
TO
SBNIOH SOBNTIST/INVBSmiATOIt
MUMOPAUTYJINSTmrnCN/AOENCY
TTTTT
TTTTT
IMIirilllllll
IIIIIMIIJIIIIfl
TTT
000000001 I
2343678901
I I I 111 112222222222333333
234567890123436789012343
333344444444445
678901234367890
5555555556666666666 T 1 7 7 7
1234567890123456789D12345
Header Record for Oualitv Assurancx Samnlec
:t' 'i"'<-,"< t- ^:^""i'^'
iiiiiiiiiiiiiimTm
800000000111111111122222222223333333333444444444455555555556666666666
123436789012345678901234567890123456789012345678901234567890123456789
77777
12345
-------
EXHIBIT V-B-1 (Cont'd)
Influent/Effluent Description Record
DEPTH
OP
DBOUROB
PERIODIC
DISCHARGE
ISCHAROE I
. , „ -| I
=u
WBT OR DRY PERIOD
I PRIMARY INDUSTRY CODE
DOTANCB
FROM
SHORE
1 III 1
1 1 1
AREA
OP
3D
III 1
Illllllll Illlllll Mill
00000000011111111
456789012345678901234367890
1 2 3
11222222222233333333334444444444555
123456789012343678901234367890123456789
77777
12345
Sample Record
INFLUENT;
EFFLUENT
D
DATE
i
OEAR COMPOSITE SUBSAMPLES
TYPE TMB PER COMPOSITE
PLOW
I
SAMPLE
VOLUME
4I I cl II II MM II I i I I I I I III I Mil I III MM II I M I I I I I I I I I I I II
B00000000111111111I22222222223333333333444444444455555555556666666666
1234567890123456789012345678901234567890123456789012345678901234567894
77777
) 1 2 3 4 5
-------
EXHIBIT V-B-1 (Confd)
Data Record 1
10000000011111111
12345678901234567
122222222223333333
901234367890123456
33344444444445555555
78901234567890123456
55S6666666666777
7890123456789012
777777
456789
Data Record 2
S8RIBS RBOUMO SPHDKfi
SOUKX fflta\"V
D\ VBM
nu
M\
V
* 1
JU, I*"" SAMPLB
' 1
1 ^^£^&
31
!
' \T\
1
1
UHJCATB HMnmanfr QVALRBR
MMBl 0008(11 OOOB(l)
FIT
^
CHRMKTAI. fXNffi (1)
MINIM
t
1
oooeca ax»(i)
1 1
OONC(l)
II
t
Illllllll
^
|
SAMFU! NUMBP.K HOR
ANALYTICAL
BLANK
EXTRACTION INSTRUMENT
METHOD CODE CODE
OOOeO) CODBO)
OOHCO)
III
OOOUUUUUUI 111111111222222222233333333334444444
*
7
Illllllll
I
4
CONGO)
III
*
1
SAMPLE
(1) TO (1)
|
1
1
1
II
890123456789012345678901234:
77771
67891
-------
EXHIBIT V-B-2
Influent and Effluent Data
Order of Record Types/Reason for Occurrence
Describes the aarvey-
prsl record in Hit data set
Head* Record for
Analytical Blanks
Data Record 2'i
Bain* tin reporting of data
for all amtyical blanks in
this survey
Report* identifying information Report en
forfra analytical blank
fir a analytical blank
Oration* for
EiDucfat DHCRDDOD
Record
Describes the influent/
^fluent source
Simple Record
Dttcriaetfira fanyle in
tneuney
Data Record 1
Reportt data for tflected non-chamcal water
quality variable! for tnefirtt replicate observation
Data Record 2'i
Keportt chemical concentraiontfor tnefirtt
replicate observation
DdaRooonll
Reports data for telected non-chemical mater
quality variable* for the ttcond replicate observation
Dala Record 2's
Sample Record
Reports pollutant concentrations for the second
replicate observation
See record arrangement thownfor the first
* * * sample in the turvey
Describes second sample
in the survey
-------
ODES DATA SUBMISSIONS MANUAL
Header Record for Quality Assurance Samples
This record is used to identify data for all quality assurance (QA) samples recorded in
the data set. All QA sample measurements (e.g., field, laboratory, or transport blanks
or spiked matrix samples) should be reported within this level of the hierarchy. See
Exhibit V-C-2 for a description of all data elements in this record. (See Exhibit V-B-2
for a description of how data records for QA samples should be organized within the
data set.)
Effluent Description Record
This record reports information about the point-source discharge (e.g., latitude;
longitude; physical setting). Effluent Description Records are mandatory; one record
per point-source discharge should be submitted. This record is not used when
reporting data for analytical blanks. See Exhibit V-C-3 for a description of all data
elements in this record.
Sample Record
This record reports information common to each water sample. This is a mandatory
record; one should be generated for each sample collected or each quality assurance
samples. When the Sample Record is used to identify blanks or other QA samples
columns 19-63 should be left blank. See Exhibit V-C-4 for a description of all data
elements in this record.
Data Record 1
Data Record 1 reports data on selected water quality variables for influent and effluent
water samples. This record is "linked" to the Sample Record by the Sample Number.
Data Record 1 is not used when reporting data for analytical blanks or other QA
samples. See Exhibit V-C-5 for a description of all data elements in this record.
Data Record 2
This record reports concentrations for inorganic and organic chemicals; data for as
many as three chemicals can be reported on each Data Record 2. Each compound
reported in a single record should have analytical methods in common and be associated
with a single blank sample. These records are "linked" to Sample Records by the
Sample Number. See Exhibit V-C-6 for a description of all data elements in this record.
V-7
-------
ODES DATA SUBMISSIONS MANUAL
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 144 for
Influent and Effluent Data. The codes are listed by their identifiers and the fields in which
they are to be used. The elements of these code types are listed in the appendices:
Appendix A contains ODES Chemical and Water Quality Codes, Appendix fi contains
NODC/ODES Taxonomic Codes, and Appendix C contains all other ODES code types.
Code Identifier Field Name
0346 Discharge Location
0117 Periodic Discharge
0347 Wet or dry period
0375 Primary Industry code
0376 Gear Type
0093 Sphere
EPA-4 Salinity Equipment
0094 Transmissiviry Equipment
EPA-S Dissolved Oxygen Equipment
EPA-3 Qualifier code
ODES Chemical code
0377 Measurement code
0350 Extraction Method
I EPA-10 Scan ID
V-8
-------
EXHIBIT V-C-1
Survey Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE- set to "144".
SOURCE IDENTIFIER - a
unique identifier.
YY
assigned by EPA, which appears on all
records within the data set
YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
10
11
33
39
45
60
1
22
6
15
17
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
Code RECORD TYPE - set to "A".
Blank BLANK.
YYMMDD SURVEY DATE FROM - start of survey
date. YY is the last two digits of the year.
MM is the month (01-12). DD is the day
(01-31).
YYMMDD SURVEY DATE TO - end of survey date.
YY is the last two digits of the year. MM is
the month (01-12). DD is the day (01-31).
Alpha SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.
Alpha MUNiaPALTTY/WSTTrUTION/AGENCY
- name of the investigator's institution.
V-9
-------
EXHIBIT V-C-1 (Cont'd)
Survey Header Record
Stamng Length Field
Column of Field Format Description
77 4 Blank BLANK.
V-10
-------
EXHIBIT V-C-2
Header Record for Quality Assurance Samples
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE -set to "Z".
11 70 Blank BLANK.
V-ll
-------
EXHIBIT V-C-3
Influent/Effluent Description Record
Starting
Column
I
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE - set to "144".
SOURCE IDENTIFIER - a
unique identifier,
assigned by EPA, which appears on all
records within the data set
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "B".
11 5 Blank BLANK.
16 2 Alphanumeric INFLUENT/EFFLUENT IDENTIFIER - a
two-character ID assigned by the investigator
for a specific influent or effluent source.
This ID is used to differentiate multiple
influent sources or discharge points for a
given survey.
18 6 DDMMSS DISCHARGE LATITUDE - latitude of the
point-source discharge. DD is degrees. MM
is minutes. SS is seconds.
24 1 Code HEMISPHERE -set to "N".
V-12
-------
EXHIBIT V-C-3 (Cont'd)
Influent/Effluent Description Record
Starting
Column
Length
of Field
Field
Format
Description
25
32
33
39
43
48
1
6
5
5
DDDMMSS
Code
Numeric
Numeric
Blank
Numeric
53
Code
54
Code
DISCHARGE LONGITUDE - longitude of
the point-source discharge. DDD is degrees.
is minutes. SS is seconds.
HEMISPHERE - set to "W".
DISTANCE FROM SHORE - distance from
shore to point of discharge in meters.
DEPTH pp DISCHARGE - depth of the
point of discharge in meters.
BLANK. |
AREA OF ZID - five digits for the area of the
zone of initial dilution (ZID) in square
kilometers to four decimal places. Areas will
vary depending upon the discharge plume
and water depth at each site. This field is
only applicable for EPA's 301(h) program.
DISCHARGE LOCATION - code to describe
the physical setting of the discharge. Use
Code No. 0346:
A- Stream
B- Estuary
C- Lake
D- Ocean
E- Well
F- Other
PERIODIC DISCHARGE - code to indicate
whether the effluent is subject to periodic
fluctuations in discharge volume. Use Code
No. 01 17:
Y-Yes
N--NO
V-13
-------
EXHIBIT V-C-3 (Cont'd)
Influent/Effluent Description Record
Starting Length Field
Column of Field Format Description
55 1 Code WET OR DRY PERIOD - code to indicate
wet-dry season or weather conditions. Use
Code No. 0347:
D-Dry
N - Normal/average conditions
W-Wet
56 2 Code PRIMARY INDUSTRY CODE - code to
identify the general or primary source of toxic
substances or contaminants in the marine
environment as related to a specific effluent
source. Use Code No. 0375. (See
Appendix C for a list of codes).
58 23 Blank BLANK.
V-14
-------
EXHIBIT V-C-4
Sample Record
btdrung
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a uniqi
le identifier,
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
10 1 Code RECORD TYPE-set to "C".
H 5 Blank BLANK.
!6 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
field blanks, lab blanks or spiked matrix
samples are identified by a sequential number
prefixed by a letter as indicated below:
F- field blank
L-lab blank
T-transport blank
S — spiked matrix sample
V-15
-------
EXHIBIT V-C-4 (Cont'd)
Sample Record
btarang
Column
Lengin
of Field
Field
Format
Description
19
31
37
41
43
44
49
50
(Columns 19-63 should be left blank if the
Sample Record is being used to identify analytical
blanks or other quality assurance samples.)
12
1
2
52
Blank BLANK.
YYMMDD DATE-date of sample collection. YYisthe
last two digits of the year. MM is the month
(01-12). DD is the day (01 -31).
HHMM TIME - time of sample collection (starting
time for composite samples) in 24-hour
format. HH is the hour (00-23). MM is the
number of minutes (00-59).
Alphanumeric INFLUENT/EFFLUENT IDENTIFIER - a
two-character ID assigned by the investigator
for a specific point-source. This ID is used
to differentiate multiple discharge sources for
a given survey.
Blank BLANK.
Numeric FLOW - average discharge flow during the
sampling event, in millions of gallons per
day, with two decimal places.
Blank BLANK.
Code GEAR TYPE - a two-character code to
identify the type of gear used to collect the
sample. Use Code No. 0376:
05 - Bottle (Nisken, Rosette, etc.)
09 - Pump (Plankton, Midwater, Airlift,
etc.)
99- Misc (Hand-Gathered, Traps,
Shovel, etc.)
Numeric COMPOSITE TIME - the number of hours
over which the composite sample is collected,
with two decimal places. (Note: This is
hours divided by 100, not hours and
minutes.)
V-16
-------
EXHIBIT V-C-4 (Cont'd)
Sample Record
starring Lengtn rield
Column of Field Format Descriotion
56 5 Numeric SAMPLE VOLUME - the volume of the
sample, in milliliters. for influent and effluent
samples.
61 3 Numeric SUBSAMPLES PER COMPOSITE - For
composite samples only, use this field to
record the average number of subsamples
making up a composite sample. Leave this
field blank for samples that are not
composites.
64 17 Blank BLANK.
V-17
-------
EXHIBIT V-C-5
Data Record 1
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique identifier,
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "E".
11 3 Blank BLANK.
14 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
field blanks, lab blanks or spiked matrix
samples are identified by a sequential number
prefixed by a letter as indicated below:
F- field blank
L-lab blank
T- transport blank
S - spiked matrix sample
V-18
-------
EXHIBIT V-C-5 (Cont'd)
Data Record 1
starting
Column
Lengtn
of Field
held
Format
Description
17
18
20
23
28
33
3
5
Code
Numeric
Blank
Numeric
Numeric
Code
34
Numeric
SPHERE - a one-character code to identify
the sphere from which the data came. Use
Code No. 0093. (See Appendix C for a list
of codes.)
REPLICATE NUMBER - a unique identifier
for each replicate measurement taken from the
sample. This number is assigned by the
investigator.
BLANK.
WATER TEMPERATURE - water
temperature of the sub-sample or replicate in
degrees Celsius with three decimal places.
SALINITY - salinity of the sub-sample or
replicate in parts per thousand (PPT) with
tlim d<»CTTnai places.
SALINITY EQUIPMENT CODE - a one-
character code to describe the type of
equipment used to measure salinity. Use
Code No. EPA-4:
l — Rcfirac
2-Titration
3-Conductivity Cell
TRANSMISSIVITY - three digits for
transmissivity with one decimal place if
measured by Equipment Code 2. If
measured by any other method, no decimal
place.
V-19
-------
EXHIBIT V-C-5 (Cont'd)
Data Record 1
Mamng
Column
Length
of Field
Field
Format
Description
37
1
Code
38
141
45
3
4
Numeric
Numeric
Code
46
51
56
61
69
5
5
8
4
Numeric
Numeric
Numeric
Blank
Numeric
TRANSMISSrVTTY EQUIPMENT CODE -
a one-character code to describe the type of
equipment to measure transmissivity. Use
Code No. OOW:
1
* 2
4
5
6
- Turbidometer; in JTU
-- Transmissometen in Percent of Light
Transmission over a 10 cm Path
•- Fluorometer, Suspended Solids
Calibration
- Nephelometer, in NTU
- Turbidometer, in FTU
- Transmissometer
pH - three digits for pK, with two decimal
places.
DISSOLVED OXYGEN - four digits for
dissolved oxygen (DO) in milligrams per liter
with two decimal places.
DISSOLVED OXYGEN EQUIPMENT
CODE - a one-character code to describe the
type of equipment used to measure dissolved
oxygen (DO). Use Code No. EPA-5:
1-WinklerTitration
2-Probe
TOTAL SUSPENDED SOLIDS - five digits
for the concentration of Total Suspended
Solids in milligrams per liter (MGL) with two
decimal places.
TOTAL SOLIDS - percent using two decimal
places.
ALKALINITY - five digit concentration for
alkalinity expressed as mg/1 CaCOs to 2
decimal places.
BLANK.
BIOLOGICAL OXYGEN DEMAND (BOD)
- four digits for the BOD concentration (5-
day) in milligrams per liter (MGL).
V-20
-------
EXHIBIT V-C-5 (Cont'd)
Data Record 1
Starting
Column
Length
of Field
Field
Format
Description
73 4 Numeric OIL AND GREASE - four digits for the
concentration of oil and grease in milligrams
per liter with one decimal place.
77 4 Numeric SETTLABLE SOLIDS - four digits for the
settling rate in milliliters per liter per hour
(Ml/1/hour).
81 4 Numeric VOLATILE SUSPENDED SOLIDS - four
digits for concentration of Volatile Suspended
Solids, in milligrams per liter (MGL), with
one decimal place.
V-21
-------
EXHIBIT V-C-6
Data Record 2
Starring
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - die last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "F.
11 3 BLANK BLANK.
14 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
field blanks, lab blanks or spiked matrix
samples are identified by a sequential number
prefixed by a letter as indicated below:
F-field blank
L-lab blank
T- transport blank
S — spiked matrix sample
V-22
-------
EXHIBIT V-C-6 (Cont'd)
Data Record 2
5 carting
Column
Length
of Field
Held
Format
Description
17
18
20
1
10
30
31
32
36
37
Code SPHERE - a one-character code to identify
the sphere from which the data came. Use
Code No. 0093. (See Appendix C for a list
of codes.)
Numeric REPLICATE NUMBER - a unique identifier
for each replicate observation taken from the
sample. This number is assigned by the
investigator.
Code CHEMICAL CODE (1) - a ten-character code
to identify the chemical measured; entries
must be left-justified. (See Appendix A for
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Technical Staff. Do
not assign codes independently.
Code MEASUREMENT CODE (1) - code to
describe the units of the reported
concentration (e.g., ppb, ppm, activity). Use
Code No. 0/377. (See Appendix C for a list
of codes.)
Code QUALIFIER CODE (1) - a one-character
code to provide additional qualifying
information about the measurement Use
Code EPA-3. (See Appendix C for a list of
codes.)
Numeric CONCENTRATION (1) • concentration of
the chemical measured, in units indicated by
measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentration value of zero. Leave blank if
necessary. (See Appendix A for an example
of how to enter chemical concentration data.)
Symbolic EXPONENT SIGN (1) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
Numeric EXPONENT (I) - exponent of the concentra-
tion value reported. Use exponent to indicate |
place.
V-23
-------
EXHIBIT V-C-6 (Cont'd)
Data Record 2
Column
38
Length
of Field
10
Field
Format
Code
Description
CHEMICAL CODF. (1\ . a ten-rhararrpr rrvfc>
48
49
50
54
155
56
10
to identify the chemical measured; entries
must be left-justified (See Appendix A for a
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Technical Staff. Do
not assign codes independently.
Code MEASUREMENT CODE (2) - code to
describe the units of the reported
concentration (e.g., ppb, ppm, activity.) Use
Code No. 0377. (See Appendix C for a list
of codes.)
Code QUALIFIER CODE (2) - a one-character
code to provide additional qualifying
information about the measurement. Use
Code EPA-3. (See Appendix C for a list of
codes.)
Numeric CONCENTRATION (2) - concentration of
the chemical measured in units indicated by
the measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentration value of zero. Leave blank if
necessary. (See Appendix A for an example
of how to enter chemical concentration data.)
Symbolic EXPONENT SIGN (2) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
Numeric EXPONENT (2) - exponent of the concentra-
tion value reported. Use exponent to indicate
decimal place.
Code CHEMICAL CODE (3) -a ten-character code
to identify the chemical measured; entries
must be left-justified (See Appendix A for a
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Technical Staff. Do
not assign codes independently.
V-24
-------
EXHIBIT V-C-6 (Cont'd)
Data Record 2
starting
Column
Length
of Field
Field
Format
Description
66
1
Code
67
Code
68
Numeric
72
73
74
Symbolic
Numeric
Code
76
Code
MEASUREMENT CODE (3) - code to
describe the units of the reported
concentration (e.g., ppb. ppm, activity). Use
Code No. 0377. (See Appendix C for a list
of codes.)
QUALIFIER CODE (3) - a one-character
code to provide additional qualifying
informa- tion about the measurement Use
Code EPA-3. (See Appendix C for a list of
codes.)
CONCENTRATION (3) - concentration of
the chemical measured, in units indicated by
measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentration value of zero. Leave blank if
necessary. (See Appendix A for an example
of how to enter chemical concentration data.)
EXPONENT SIGN (3) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
EXPONENT (3) - exponent of the concentra-
tion value reported. Use exponent to indicate
decimal place.
EXTRACTION METHOD CODE - a two-
character code to indicate the method used to
extract or digest the sample matrix and
remove or isolate the chemical of concern.
Use Code No. 0/350. (See Appendix C for a
list of codes.)
SAMPLE CLEAN-UP CODE (1) - a two-
character code used to indicate an additional
step taken to further purify the sample
extracts or digestates. Use Code No. 0/350.
(See Appendix C for a list of codes.)
V-25
-------
EXHIBIT V-C-6 (Cont'd)
Data Record 2
Starring
Column
Length
of Field
Field
Format
Description
78
Code
80
Code
82
Code
84
Numeric
SAMPLE CLEAN-UP CODE (2) - Clean-up
Code (2) refers to the second cleanup
procedure used during sample processing.
Use Code No. 0/350. (See Appendix C for a
list of codes.)
SAMPLE CLEAN-UP CODE (3) - Clean-up
Code (3) refers to the third cleanup procedure
used during sample processing. Use Code
No. 0/350. (See Appendix C for a list of
codes.)
INSTRUMENT CODE - a two-character
code to identify the final chemical analysis
method(s) used for analyzing the sample.
The code should represent the final analysis
method or combined methods as listed in
Code No. 0350. (See Appendix C for a list
of codes.)
SAMPLE NUMBER FOR ANALYTICAL
BLANK - a three-character ED for the
analytical blank associated with chemical
concentrations reported on this record. This
ED "links" this Data Record 2 to a particular
analytical blank. This ID must match one of
the Sample Numbers listed on the Sample
Records for data from analytical blanks.
V-26
-------
VI. ODES File Type 144 for Receiving Water Quality Data
A. Introduction
ODES File Type 144 for Receiving Water Quality Data can be used to report
concentrations of organic and inorganic chemicals, or measurements of selected non-
chemical water quality variables (e.g., temperature, BOD). This chapter describes how to
compile and submit to the ODES Staff a data set containing receiving water quality data.
The data set will consist of a set of different record types arranged in a hierarchical order.
Section B of this chapter provides an illustration of each of the different record types and
explains the hierarchical relationships among them. Section C contains detailed instructions
for compiling your data set. The instructions for each of the data elements include
information such as the length of the field, the type of data (e.g., numeric, character), and a
description of the data element. In most cases where a data element is a code (e.g., a one-
character code for detection limits), a list of valid codes will accompany the data element
description. In some cases, where the list of data entry codes is long (e.g., codes for
chemical analysis methods), you will be referred to Appendix C. A list of ten-character
ODES Chemical Codes for identifying chemicals can be found in Appendix A of this
manual.
B. Hierarchical Relationships
This version of File Type 144 is composed of seven record types:
• Record Type "A" is the Survey Header Record. It is used to report information
common to the entire data set (e.g., survey dates, investigator's name).
• Record Type "Z" is the Header Record for Quality Assurance Samples. It is used
to identify data for analytical blanks or other quality assurance samples referred to
within the data set
• Record Type "C" is the Station Header Record. It is used to report information
about the station where the sample was collected (e.g., station location, water
depth).
• Record Type "D" is the Station Environment Record. It is used to report
information about the environmental conditions at the station where the sample was
collected (e.g., current speed, wave height; air temperature).
• Record Type "E" is the Sample Record. It is used to report information about each
whole water sample (e.g., sample depth, sphere).
• Record Type "F' is Data Record 1. It is used to report measurements for selected
non-chemical water quality variables (e.g., temperature, BOD).
• Record Type "G" is Data Record 2. It is used to report concentrations of inorganic
and organic chemicals (e.g., Cadmium, DDT).
VI-1
-------
ODES DATA SUBMISSIONS MANUAL
Exhibit VT-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately complete individual data entry sheets (or enter this
data onto tape or disk) for each of the record types.
In addition it is also necessary to understand the relationships amoung the different
record types so that you can compile a comprehensive data set in the proper hierarchical
format. The hierarchical order described herein is designed to minimize the duplication of
data entry tasks and is in accordance with standards adopted by the National Oceanographic
Data Center (NODC). The relationships are straightforward, and taking just a few minutes
now to understand them could save you considerable time and effort later.
As shown above, the different record types report information at different logical
levels. For example, the Survey Header Record (Record Type "A") reports information
common to the entire survey data set, whereas the Sample Record (Record Type "C")
reports information about each of the samples taken during the survey. Thus, there will be
only one Survey Header Record per data set, but there will typically be multiple Sample
Records. Accordingly, for each Sample Record, there will be multiple Data Records.
Exhibit VI-B-2 shows how the different record types would be arranged in a data set
reporting data from a survey conducted at two stations, where one water sample was taken
at each station. For each sample, measurements were recorded for both non-chemicals
(i.e., Data Record 1) and chemicals (i.e., Data Record 2). Data for quality assurance
samples (e.g., analytical blanks) are reported first, followed by the sampling data for the
first and second station.
If you have any questions about how to complete your data entry sheets or how to
compile your data, please contact the ODES Staff. (See the Preface for address and
telephone information.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File Type 144 for Receiving
Water Quality Data are provided below. All record types for a given data set will share the
same nine-character file identifier. This file ID consists of three characters to identify the
file type, i.e., "144", followed by a two-character ID for the municipality/institution/agency
conducting the survey, the last two digits of the year in which the survey was taken, a
series number assigned by the investigator and a scan code to indicate sampling frequency
and collection period.
The contents of all numeric fields should be right-justified, preceded by either blanks,
zeroes, or where applicable, positive (+) or negative (-) signs. The contents of all decimal
points are implied rather than physically included (see Exhibit VI-B-1). All character fields
should be left justified, blank-filled.
Survey Header Record
This record is mandatory and should be submitted only once for each data set See
Exhibit VI-C-1 for a description of all data dements in this record.
VI-2
-------
Survey Header Record
EXHIBIT VI-B-1
ODES FT 144 for Receiving Water Quality Data
30UK8
YEAR
SCAN
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1?
Illlllllllllllllll
SURVEY DATB
PROM
TO
SENIOR SdBNTIST/1NVBSTK)ATOH
TTTTT
Illllllllllll
Illllllllllllll
TT
0000000001
1234567890
111111111222222222233333333334444444444555555
1234S678901234S678901234567890I 2345678901 2345
SSS56666666666 '77777
67890123456789)12345
Header Record for Oualitv
irance Samples
IIIIIIIIMIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIMIIIIIIIIIIIIII
J000000001I11I1111122222222223333333333444444444455555555556666666666
23456789012345678901234567890123456789012345678901234567890123456789
77777
> 1 2 3 4 5
-------
EXHIBIT VI-B-1 (Cont'd)
Station Header Record
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Exhibit VI-B-1 (Cont'd)
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-------
EXHIBIT VI-B-1 (Confd)
Data Record 2
SAMPLE
NUMBER FOR
ANALYTICAL
BLANK
INSTRUMENT
7 7 7 7 8 t
678901
-------
EXHIBIT VI-B-2
Receiving Water Quality Data
Order of Record Types/Reason for Occurrence
Survey Header Record
Describes toe survey -
first record In tiie data set
Header Record for
Analytical Blanks
Begins the reporting of data
far all analytical blanks in
this survey
Station Header Record
Describes first station
where samples were
collected
Station Header Record
Sample Record
Reports identifying
information for first
analytical blank
Station Environment
Record
Describes environmental
conditions at the first
station
Data Record 2's
Report chemical concentrations
for first chemical blank
Sample Record
Describes first water
sample
• • • See record arrangement shown for the first
station where samples were collected
Describes second station
where samples were
collected
Data Record 1
Reports measurements
for selected non-chemical
water quality variables
for first replicate observation
Data Record 2's
Report concentrations for
inorganic and organic
chemicals for first replicate
observation
-------
ODES DATA SUBMISSIONS MANUAL
Header Record for Quality Assurance Samples
This record is used to identify data for all quality assurance (QA) samples recorded
in the data set. All QA sample measurements (e.g., field, laboratory, or transport
blanks or spiked matrix samples) should be reported within this level of the
hierarchy. See Exhibit VI-C-2 for a description of all data elements in this record.
(See Exhibit VI-B-2 for a description of how data records for QA samples shou.d
be organized within the data set)
Station Header Record
This record is mandatory, one record should be generated for each sampling station.
Stations should be uniquely identified by the Station ID Prefix and Station ID fields
(columns 11-15). See Exhibit VI-C-3 for a description of all data elements in this
record.
Station Environment Record
This record is mandatory; one Station Environment Record must accompany each
Station Header Record included in the data set. Station Environment Records are
"linked" to Station Header Records by the Station Prefix and Station ID fields
(columns 11-15) See Exhibit Vl-C-4 for a description of all data elements in this
record.
Sample Record
This record reports information common to each sample or analytical blank. This is
a mandatory record; one record should be generated for each sample or quality
assurance samples collected. Columns 18-80 are relevant only for Sample Records
which identify actual field samples. When the Sample Record is used to identify
analytical blanks or other QA samples, columns 18-80 should be left blank. See
Exhibit VI-C-5 for a description of all data elements in this record.
Data Record 1
Data Record 1 reports data on selected water quality variables for receiving water
quality samples. This record is "linked" to the Sample Record by the Sample
Number. Data Record 1 is not used when reporting data for analytical blanks or
other QA samples. See Exhibit VI-C-6 for a description of all data elements in this
record.
Data Record 2
This record reports concentrations for inorganic and organic chemicals; data for as
many as three chemicals can be reported on each Data Record 2. Each compound
reported in a single record should have analytical methods in common and be
associated with a single blank sample. These records are "linked" to Sample
Records by the Sample Number. See Exhibit VT-C-7 for a description of all data
elements in this record.
VI-8
-------
ODES DATA SUBMISSIONS MANUAL
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 144 for Water
Quality Data. The codes are listed by their identifiers and the fields in which they are to be
used. The elements of these code types are listed in the appendices: Appendix A contains
ODES Chemital and Water Quality Codes, Appendix B contains NODC/ODES Taxonomic
Codes, and Appendix C contains all other ODES code types.
Code Identifier Field Name
EPA-1 Relation to Zp
0346 Station Location code
0077 Bottom Type
0110 Current Direction
0109 Sea State
0154 Tide Stage
0362 Wave Height
0376 Gear Type
0093 Sphere
EPA-4 Salinity Equipment
0094 Transmissiviry Equipment
EPA-5 Dissolved Oxygen Equipment
EPA-2 Limit code
EPA-3 Qualifier code
0377 Measurment code
ODES Chemical Code
0350 Chemical Analysis Method
EPA-10 Scan ID
VI-9
-------
EXHIBIT VI-C-1
Survey Header Record
Starring
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a uniqi
ie identifier,
YY
assigned by EPA, which appears on all
records within the data set.
YEAR • the last two digits of the year in
which the sample was taken. This number
appean on all records within the data set
10
11
33
39
45
60
1
22
6
15
17
AlphanumericSERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
Code RECORD TYPE-set to "A".
Blank BLANK.
YYMMDD SURVEY DATE FROM - start of survey
date. YY is the last two digits of the year.
MM is the month (01-12). DD is the day
(01-31).
YYMMDD SURVEY DATE TO - end of survey date.
YY is the last two digits of the year. MM is
the month (01-12). DD is me day (01-31).
Alpha SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.
Alpha MUMaPAI^/INSTTTUTION/AGENCY
- name of the investigator's institution.
VI-10
-------
EXHIBIT VI-C-1 (Cont'd)
Survey Header Record
Martmg Length Field
Column of Field Format Description
77 4 Blank BLANK.
VI-11
-------
EXHIBIT VI-C-2
Header Record for Quality Assurance Samples
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique
identifier.
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "Z".
11 70 Blank BLANK.
VI-12
-------
EXHIBIT VI-C-3
Station Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within die data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ro * A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "C".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters
assigned by the investigator to identify die
sampling station.
16 6 DDMMSS STATION LATITUDE - latitude of the
station. DD is degrees. MM is minutes. SS
is seconds.
22 1 Code HEMISPHERE-set to "N".
VMS
-------
EXHIBIT VI-C-3 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
23
30
31
37
41
43
1
6
2
1
DDDMMSS
Code
YYMMDD
HHMM
Blank
Code
44
50
Numeric
Numeric
STATION LONGITUDE - longitude of the
station. ODD is degrees. MM is minutes.
SS is seconds.
HEMISPHERE - set to "W".
DATE - date of sample collection. YY is the
last two digits of the year. MM is the number
of the month (01-12). DO is the day (01-31).
TIME • staiting time of sample collection in
24-hour format HH is the hour (00-23).
MM is the number of minutes (00-59).
BLANK.
RELATION TO ZE> - a one-character code to
describe the classification of the station with
respect to the zone of inital dilution (ZID).
This field is applicable only to EPA's 301(h)
program. Leave this field blank for all
stations not classified as part of a 301 (h)
monitoring program. Where applicable, use
Code EPA-1:
W-Within ZID
B — ZID Boundary
N-Near Field
R — Reference
F» Far Field
DISTANCE TO ZID - six digits for distance
in meters from the station to the edge of the
ZID. This field is only applicable for EPA's
301(h) progn
WATER DEPTH - depth at station in meters
with one decimal place.
VI-14
-------
EXHIBIT VI-C-3 (Cont'd)
Station Header Record
Starting Length Field
Column of Field Format Description
55 1 Code STATION LOCATION CODE - a one-
character code to describe the location of the
station. Use Code No. 0346:
A-Stream
B - Estuary
C-Lake
D-Ocean
E-Well
F-Other
56 25 Blank BLANK.
VMS
-------
EXHIBIT VI-C-4
Station Environment Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "D".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during the survey. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
16 4 Blank BLANKS.
VI-16
-------
EXHIBIT VI-C-4 (Cont'd)
Station Environment Record
Starting
Column
Length
of Field
Field
Format
Description
20
22
25
27
29
31
32
Code BOTTOM TYPE - a two-character code to
describe the specific bottom type. Use Code
No. 0077. (See Appendix C for a list of
codes.)
Numeric CURRENT SPEED - three digits for thel
speed of the surface current in meters perl
second with two decimal places. |
Code CURRENT DIRECTION - a two-character
code for the direction of the current. Use
Code No. 0110. (See Appendix C for a list
ocodes.)
Numeric WIND SPEED - two digits for surface wind
speed in meters per second with one decimal
place.
Code WIND DIRECTION - a two-character code
for the wind direction. Use Code No. 0110.
(See Appendix C for a list of codes.)
Code SEA STATE - a one-character code to
describe sea conditions. Use Code No.
0109:
0 - Calm-Glassy (0 meters)
1 - Calm-Rippled (O-.l meters)
2 -• Smooth-Wavelet (.1-.5 meters)
3 -Slight (.5 -1.25 meters)
4 - Moderate (1.25-2.5 meters)
5 -• Rough (2.5 -4.0 meters)
6 - Very Rough (4-6 meters)
7 -High (6-9 meters)
8 - Very High (9-14 meters)
9 - Phenomenal (>14 meters)
Numeric TIDE HEIGHT - three digits for tide height
in meters with one decimal place.
VI-17
-------
EXHIBIT VI-C-4 (Cont'd)
Station Environment Record
Starting
Column
Length
of Field
Field
Format
Description
35
1
Code
36
39
42
3
4
46
50
54
56
58
2
23
Numeric
Numeric
Symbolic/
Numeric
Symbolic/
Numeric
Numeric
Code
Numeric
Blank
TIDE STAGE - a one-character code for tide
stage. Use Code No. 0154:
Blank - No Information
1-Ebb
2-Ebb Slack
3-Flood
4-Flood Slack
DEPTH OF THERMOCLINE - three digits
to record depth of the thennocline or mixing
layer in meters.
TRANSPARENCY - three digits for secchi
disk depth in meters with one decimal place.
AIR TEMPERATURE - four digits for the
temperature of the air at the surface.
Negative temperatures should be proceeded
with a minus sign. Temperature is recorded
in degrees Celsius with one decimal place.
WATER TEMPERATURE - four digits for
the temperature of the water at the surface.
Negative temperatures should be proceeded
with a minus sign. Temperature is recorded
in degrees Celsius with one decimal place.
SALINITY - four digits for salinity of the
water at the surface in pans per thousand
(PPT) with two decimal places.
WAVE HEIGHT - a two-character code for
wave height. Use Code No. 0362. (See
Appendix C for a list of codes.)
WAVE PERIOD - two digits for the average
wave period in seconds.
BLANK.
VI-18
-------
EXHIBIT VI-C-5
Sample Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique identifier,
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "E".
11 4 Blank BLANK.
15 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
field blanks, lab blanks or spiked matrix
samples an identified by a sequential number
prefixed by a letter as indicated below:
F-field blank
L-lab blank
T - transport blank
S — spiked matrix sample
VI-19
-------
EXHIBIT VI-C-5 (Cont'd)
Sample Record
Starting Lengtn rield
Column of Field Format Description
(Columns 18-80 should be left blank if the
Sample Record is being used to identify analytical
blanks or other quality assurance samples.)
18 6 Blank BLANK.
24 6 Numeric SAMPLE DEPTH - depth in meters where
the whole water sample was collected, with
two decimal places. Surface microlayer
samples should be coded as "000000".
30 12 Blank BLANK.
42 2 Code GEAR TYPE - a two-character code to
identify the general gear type used to collect
the sample. Use Code No. 0376:
05 •- Bottle (Nisken, Rosette, etc.)
09 -- Pump (Plankton, Midwater, Airlift,
etc.)
99 - Misc (Hand-Gathered)
44 37 Blank BLANK.
VI-20
-------
EXHIBIT VI-C-6
Data Record 1
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER • An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE- set to "F1.
11 3 Blank BLANK.
14 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
field blanks, lab blanks or spiked matrix
samples are identified by a sequential number
prefixed by a letter as indicated below:
F-field blank
L-lab blank
T- transport blank
S — spiked matrix sample
VI-21
-------
EXHIBIT VI-C-6 (Cont'd)
Data Record 1
Starting
Column
Length
of Field
Field
Format
Description
17
18
20
23
28
33
1
3
5
34
Code SPHERE - a one-character code to identify
the sphere from which the data came. Use
Code No. 0093. (See Appendix C for a list
of codes.)
Numeric REPLICATE NUMBER - a unique identifier
for each replicate observation taken from the
sample. This number is assigned by the
investigator.
Blank BLANK.
Numeric WATER TEMPERATURE - water
temperature of the sub-sample or replicate in
degrees Celsius with three decimal places.
Numeric SALINITY - salinity of the sub-sample or
replicate, in pans per thousand (PPT), with
three decimal places.
Code SALINITY EQUIPMENT CODE - a one-
character code to describe the type of
equipment used to measure salinity. Use
CodeNo.EPA-4:
1 — Refractometer
2-Titration
3 - Conductivity Cell
4-CTD
Numeric TRANSMISSIVITY • three digits for
transmissivity with one decimal place if
measured by Equipment Code 2. If
measured by any other method, no decimal
place.
VI-22
-------
EXHIBIT VI-C-6 (Cont'd)
Data Record 1
Marring
Column
Length
of Field
Held
Format
Description
37
38
41
45
3
4
46
51
55
69
14
4
Code TRANSMISSIVITY EQUIPMENT CODE -
a one-character code to describe the type of
equipment to measure transmissivity. Use
Code No. 0094:
1 -- Turbidometer, in JTU
* 2 -- Transmisspmeter, in Percent of Light
Transmission over a 10 cm Path
3 — Fluorometer, Suspended Solids
Calibration
4 - Nephelometer, in NTU
5 - Turbidometer in FTU
6 - Transmissometer
Numeric pH - three digits for pH, with two decimal
places.
Numeric DISSOLVED OXYGEN - four digits for
dissolved oxygen (DO), in milligrams per
liter, with two decimal places.
Code DISSOLVED OXYGEN EQUIPMENT
CODE - a one- character code to describe the
type of equipment used to measure dissolved
oxygen (DO). Use Code No. EPA-5:
1-WinklerTitration
2-Probe
4-CTD
Numeric TOTAL SUSPENDED SOLIDS - five digits
for the concentration of Total Suspended
Solids in milligrams per liter (MGL) with two
rt^ciffHUl DlflCCS.
nr*TT ••••* ffUMtrvai
Numeric LIGHT EXTINCTION COEFFICIENT -
four digits for the extinction coefficient with
two decimal places.
Blank BLANK.
Numeric BIOLOGICAL OXYGEN DEMAND (BOD)
. four digits for the BOD concentration (5-
day) in milligrams per liter (MGL).
VI-23
-------
EXHIBIT VI-C-6 (Cont'd)
Data Record 1
Starting Length Field
Column of Field Format Description
73 4 Numeric OIL AND GREASE - four digits for the
concentration of oil and grease in milligrams
per liter with one decimal place.
77 4 Numeric SETTLABLE SOLIDS - four digits for the
settling rate, in milliliters per liter per hour
(ml/1/hour).
81 4 Numeric VOLATILE SUSPENDED SOLIDS - four
digits for concentration of Volatile Suspended
Solids, in milligrams per liter (MGL), with
one decimal place.
VI-24
-------
EXHIBIT VI-C-7
Data Record 2
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in die
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "G".
11 3 BLANK BLANK.
14 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
field blanks, lab blanks or spiked matrix
samples are identified by a sequential number
prefixed by a letter as indicated below:
F-field blank
L- lab blank
T - transport blank
S — spiked matrix sample
VI-25
-------
EXHIBIT VI-C-7 (Cont'd)
Data Record 2
Starting
Column
Length
of Field
Description
17
18
20
1
10
30
31
32
36
137
Code SPHERE - a one-character code to identify
the sphere from which the data came. Use
Code No. 0093. (See Appendix C for a list
of codes.)
Numeric REPLICATE NUMBER • a unique identifier
for each replicate observation taken from the
whole water sample. This number is
assigned by the investigator.
Code CHEMICAL CODE (1) - a ten-character code
to identify the chemical measured; entries
must be left-justified. (See Appendix A for
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Staff. Do not
assign codes independently.
Code MEASUREMENT CODE (1) - code to
describe the units of the reported
concentration (e.g., ppb, ppm, activity). Use
Code No. 0377. (See Appendix C for a list
of codes.)
Code QUALIFIER CODE (1) - a one-character
code to provide additional qualifying
information about the measurement. Use
Code EPA-3. (See Appendix C for a list of
codes.)
Numeric CONCENTRATION (1) - concentration of
the chemical measured, in units indicated by
the measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentration value of zero. Leave blank if
necessary. (See Appendix A for an example
of how to enter chemical concentration data.)
Symbolic EXPONENT SIGN (1) - sign (+/-) of the
exponent for the concentration entry. If
exponent is 0, leave this blank.
Numeric EXPONENT (1)-exponent of the concentra-
tion value reported Use exponent to indicate
decimal places.
VI-26
-------
EXHIBIT VI-C-7 (Cont'd)
Data Record 2
diarang
Column
Lengtn
of Field
rieia
Format
Description
38
10
48
49
50
54
55
56
10
Code CHEMICAL CODE (2) - a ten-character code
to identify the chemical measured; entries
must be left-justified (See Appendix A for a
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Staff. Do not
assign codes independently.
Code MEASUREMENT CODE (2) - code to
describe the units of the reponed
concentration (e.g., ppb, ppm, activity). Use
Code No. 0377. (See Appendix C for a list
of codes.)
Code QUALIFIER CODE (2) - a one-character
code to provide additional qualifying
information about the measurement. Use
Code EPA-3. (See Appendix C for a list of
codes.)
Numeric CONCENTRATION (2) - concentration of
the chemical measured, in units indicated by
measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentration value of zero. Leave blank if
necessary. (See Appendix A for an example
of how to enter chemical concentration data.)
Symbolic EXPONENT SIGN (2) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
Numeric EXPONENT (2) - exponent of thel
concentration value reported. Use exponent I
to indicate decimal place. |
Code CHEMICAL CODE (3) - a ten-character code
to identify the chemical measured; entries
must be left-justified. (See Appendix A for a
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Staff. Do not
assign codes independently.
VI-27
-------
EXHIBIT VI-C-7 (Cont'd)
Data Record 2
Starting
Column
Length
of Field
Field
Format
Description
66
1
Code
67
Code
68
Numeric
72
173
74
Symbolic
Numeric
Code
76
Code
MEASUREMENT CODE (3) - code to
describe the units of the reported
concentration (e.g., ppb, ppm, activity). Use
Code No. 0377. (See Appendix C for a list
of codes.)
QUALIFIER CODE (3) - a one-character
code to provide additional qualifying
informa- tion about the measurement. Use
Code EPA-3. (See Appendix C for a list of
codes.)
CONCENTRATION (3) - concentration of
the chemical measured, in units indicated by
measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concen- tration value of zero. Leave blank
if necessary. (See Appendix A for an
example of how to enter chemical
concentration data.)
EXPONENT SIGN (3) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
EXPONENT (3) - exponent of the concentra-
tion value reported. Use exponent to indicate
decimal place.
EXTRACTION METHOD CODE - a two-
character code to indicate the method used to
extract or digest the sample matrix and
remove or isolate the chemical of concern.
Use Code No. 0350. (See Appendix C for a
list of codes.)
SAMPLE CLEAN-UP CODE (1) - a two-
character code used to indicate an additional
step taken to further purify the sample
extracts or digestates. Use Code No. 0350.
(See Appendix C for a list of codes.)
VI-28
-------
EXHIBIT VI-C-7 (Cont'd)
Data Record 2
Starting Length Field
Column of Field Format Description
78 2 Code SAMPLE CLEAN-UP CODE (2) - Clean-up
Code (2) refers to the second cleanup
procedure used during sample processing.
Use Code No. 0350. (See Appendix C for a
list of codes.)
80 2 Code SAMPLE CLEAN-UP CODE (3) - Clean-up
Code (3) refers to the third cleanup procedure
used during sample processing. Use Code
No. 0350. (See Appendix C for a list of
codes.)
82 2 Code INSTRUMENT CODE - a two-character
code to identify the final chemical analysis
method(s) used for analyzing the sample.
The code should represent the final analysis
method or combined methods as listed in
Code No. 0350. (See Appendix C for a list
of codes.)
84 3 Alphanumeric SAMPLE NUMBER FOR ANALYTICAL
BLANK - a three-character ID for the
analytical blank associated with chemical
concentrations reported on this record. This
ID "links" this Data Record 2 to a particular
analytical blank. This ID must match one of
the Sample Numbers listed on the Sample
Records for data from analytical blanks.
VI-29
-------
VII. ODES File Type 073 for Sediment Grain Size Analysis
Data
A. Introduction
ODES File Type 073 for Sediment Grain Size Analysis Data can be used to report grain
size distribution data. This chapter describes how to compile and submit to the ODES Staff
a data set containing grain size distribution data. The data set will consist of a set of
different record types arranged in a hierarchical order. Section B of this chapter provides
an illustration of each of the different record types and explains the hierarchical
relationships between them. Section C contains detailed instructions for compiling your
data set. The instructions for each of the data elements include information such as the
length of the field, the type of data (e.g., numeric, character), and a description of the data
element. In most cases where a data element is a code (e.g., a two-character code for type
of sample), a list of valid codes will accompany the data element description. In some
cases, however, where the list of data entry codes is long (e.g., the list of codes for sample
types), you will be referred to Appendix C.
B. Hierarchical Relationships
ODES File Type 073 is composed of five record types:
• Record Type "A" is the Survey Header Record. It is used to report information
common, to the entire data set (e.g., survey dates; investigator's name).
• Record Type "B" is the Station Header Record. It is used to report information
about the station where the sample was collected (e.g., station location; water
depth).
• Record Type "D" is the Sample Header Record. It is used to report information
common to each sample (e.g., depth of sampled interval; method of analysis).
• Record Type "F" is the Size Analysis Record 1. It is used to report grain size
distribution data for gravel, sand, silt, and clay.
• Record Type "H" is Size Analysis Record 2. It is used to report percentage weights
in intervals from -1.0 to 4.0 phi.
Exhibit VTI-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately complete individual data entry sheets (or enter this
data onto tape or disk) for each of the record types.
In addition, it is also necessary to understand die relationships among the different
record types so that you can compile a comprehensive data set in the proper hierarchical
format. The hierarchical order described herein is designed to minimize the duplication of
data entry tasks and is in accordance with standards adopted by the National Oceanographic
Data Center (NODQ. The relationships are straightforward, and taking just a few minutes
now to understand them could save you considerable time and effort later.
vn-i
-------
EXHIBIT VII-B-1
ODES FT073 for Sediment Grain Size Analysis Data
Survey Header Record
NUMBER
RECORD
soinci
fU
TWB
i
0 0 C
1
n
01
1
Aft
^j
» 0 (
sc
D
ll
) 0
AM
B
A
0
y™
VBSSBLHAMB
Illllllll
111111111
II"
III
12222
It
1
. 2 2
4 3
3URVE1
PROM
INI
1 a 9 U
rDATB
TO
Mill
2 3 4 5 C
SENIOR SOENTOT/INVHSTKIATOR
Illlllllllllll
7890123436789
MUNK3PAUTYflNSTTnJTION/AOENCY
Illlllllllllllll MUM
01234567890123456789
77777
1 2 3 4 5
Station Header Record
sotnta
"\
nut
nn
pHJ
o u
1
YR
^
1
0 1
\ K
AK
•V
H ^
1
O U 1
AN
>
1 £&f|
B
I
1
» 1
V I
91
i
1
1
8
1
FA"
n
V
I
1
am
am
4-i
1
1
i
D
SIN
D
1 1
1 1
OATH
1 1 1 1 1
TMB
1 1 1
HEM
3TATON
LAimJDB
1 1 1 1 1
»H
ri
\
N
MBRB HEMS
STATKM
UMOmjDB
1 1 1 1 1 1
in
1
w
JEU
•* -
f
'
1 1 1
9012
WATER
DEPTH
1 1 1 1 1
34567
,< - , V
'
1 1 II 1 1 1
8901 234
LOCAl
USTANCH
Tozm
II 1 1 1 1
567890
10
1
I
1
lOODE
Illllllll
23456789
77777
M 2 3 4 5
-------
EXHIBIT VII-B-1 (Conl'd)
Samole Header Record
wwoirr %
BOUNDARY TllAN^a
SBRJEJ
NUMBB
SOUBCB \
">\ YEAR \
| V .V A
PU
TYPB
i
RECORD MAXB
* TYPB STA1KM SAMPLE SAMPLING SUB-SAMPLE DEPTH TO DEPTH TO METHOD OP ANALYSIS pm
SCAN* IDPBEHX IBM""" **£!!?" NUMBEE TOPOP BOTTOM OF COARSE FINE BOUNDARY
I* J | | °°[* | SftMrumTeRYAi. | | MINIMUM
f f
D
III
?
STN.
D
1
T
II
II
?
II
t
1
V
'•* /
e f ff
•* f
II
0000000001 1 1 1 1 1 1 1 1 1 222222222233
»
III
t
III
TOTAL
WEWHT
OP SAMPLE
Mill
t
t
na
BOUND.
ARIES
III
»
III
1
HIM WEKIIIT * MAX
COARSER
THAN Pill
MINIMUM
1
1
*
III
1
MUM
1
71
234567890123456789012345678901234
Mill
66666
56789
'77777
> 1 2 3 4 5
Size Analysis Record 1
SOIMCB
WHOIIT*
TOTAL VOLATIIf
SOLIDS
D000000001111I111112222222222333333333344444444445S55SSS55S6666666666
23456789012345678901234567890123456789012345678901234567890123456789
77777
12345
-------
Size Analysis Record 2
EXHIBIT VII-B-1 (Cont'd)
acmoi i
•\ YBAt
SCAM
TYFB CTATMM MMHB
mi
SUB-SAMFLH
STN.
SAND FRACTIONS
WEIGHT » W HIE Pill DfTKRVAI.FROM
•1TDO
0101
I TO 2
2 TO 3
1TO4
| I | || || | | I I I I I I I I II I I I I I I I I I I I I I I I I I I I I I I I III
III
III
II I
I I I
D0000000011I111I1
12343678901234567
ll2222222222333333333344444444443SSSS3S5SS6666666666p77777
890123456789012345678901234S678901234567890123456789P12345
-------
ODES DATA SUBMISSIONS MANUAL
As shown above, the different record types report information at different logical
levels. For example, the Survey Header Record (Record Type "A") reports information
common to the entire survey data set, whereas the Sample Header Record (Record Type
"D") reports information about each of the replicate samples taken during the survey.
Thus, there will be only one Survey Header Record per data set. but there will typically be
multiple Sample Header Records.
Exhibit VII-B-2 shows how the different record types would be arranged in a data set
reporting data from a survey in which sampling was conducted at two stations, where two
replicate samples were collected at each station.
If you have any questions about how to complete your data entry sheets or how to
compile your data, please contact the ODES Staff. (See the Preface for address and
telephone information.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File Type 073 are provided!
below. All record types for a given data set will share the same nine-character file
identifier. This file ID consists of three characters to identify the file type (i.e., "073"),
followed by a two-character abbreviation for the municipalityAnstitution/agency conducting
the survey, the last two digits of the year in which the survey was taken, a series number
assigned by the investigator and a scan code to indicate sampling frequency and collection
period.
The contents of all numeric fields should be right-justified, preceded by either blanks,
zeroes, or where applicable, positive (+) or negative (-) signs. All decimal points are
implied rather than physically included (see Exhibit V1I-B-1). The contents of all character
fields should be left justified, blank-filled.
Survey Header Record
This record is mandatory and should be submitted once for each data set. See Exhibit
VH-C-1 for a description of all data elements in this record.
Station Header Record
This record is mandatory; one record should be generated for each sampling station.
Stations should be uniquely identified by the Station ID Prefix and Station ID fields
(columns 15-19). See Exhibit VTI-C-2 for a description of all data elements in this
record.
Sample Header Record
This record is mandatory, one record should be generated for each replicate sample.
See Exhibit VTJ-C-3 for a descritpion of all data elements in this record.
Size Analysis Record 1
This record is used to report grain size distribution data for gravel, sand, silt, and clay.
See Exhibit VD-C-4 for a description of all data elements in mis record.
VH-5
-------
EXHIBIT VII-B-2
Sediment Grain Size Analysis
Data Order of Record Types/Reason for Occurrence
Survey Header Record
Describes ike survey — first
record in the data set
Station Header Recoiri
Describes first station where
samples were collected
Station Header Record
Describes second station
where samples were collected
Sample Header Record
Describes first sample
Sample Header Record
Describes second sample
See record arrangement shown for the
first station where samples were collected.
Size Analysis Record
I
Reports grain sue distribution
data for sediment samples for
the first sample
Size Analysis Record
2
Reports percentage weight
data for sediment samples
for the first sample
Size Analysis Record
1
Reports grain size distribution
data for sediment samples for
the second sample
Size Analysis Record
2
Reports percentage weight
data for sediment samples
for the second sample
-------
ODES DATA SUBMISSIONS MANUAL
Size Analysis Record 2
This record is used to report the grain size distribution or sand fraction. See Exhibit
VTI-C-5 for a description of all data elements in this record.
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 073 for
Sediment Grain Size Analysis Data. The codes are listed by their identifiers and the fields
in which they are to be used. The elements of these code types are listed in the appendices:
Appendix A contains ODES Chemical and Water Quality Codes, Appendix B contains
NODQODES Taxonomic Codes, and Appendix C contains all other ODES code types.
Code Identifier Field Name
EPA-1 Relation to ZID
0346 Station Location
0255 Sampling Equipment |
0253 Method of Analysis, Coarse
0254 Method of Analysis, Fine
EPA-10 Scan ID I
vn-7
-------
EXHIBIT Vn-C-1
Survey Header Record
Starring
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE - set to "073".
SOURCE IDENTIFIER - a
unique identifier,
YY
assigned by EPA, which appears on all
records within the data set.
YEAR • the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
22
30
36
42
1
11
8
6
15
Code
Alpha
Blank
YYMMDD
YYMMDD
Alpha
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
RECORD TYPE - set to "A".
VESSEL NAME - identity of the survey
vessel or platform.
BLANK.
SURVEY DATE FROM - start of survey
date. YY is the last 2 digits of the year. MM
is the month (01-12). DD is the day (01-31).
SURVEY DATE TO - end of survey date,
where YY is the last 2 digits of the year. MM
is the month (01-12). DD is the day (01-31).
SENIOR SCffiNTIST/INVESTIGATOR -
name of the senior scientist or investigator.
VH-8
-------
EXHIBIT VH-C-1 (Cont'd)
Survey Header Record
starting Length Field
Column of Field Fonnat Description
57 24 Alpha MUNIOPALITy/INSTnTjrnON/AGENCY
- name of the investigator's institution.
vn-9
-------
EXHIBIT VD-C-2
Station Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "073".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ED - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "B".
11 4 Blank BLANK.
IS 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two- character code to indicate that a station
has been revisited during a survey. Leave
this field blank for the first occupation of a
station. Valid codes for reoccupations of the
station are R1-R9.
17 3 Alphanumeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
20 6 YYMMDD DATE-date of sample collection. YYisthe
last two digits of the year. MM is the number
of the month (01-12). DD is the day (01-31).
VH-10
-------
EXHIBIT VII-C-2 (Cont'd)
Station Header Record
starting
Column
Lengin
of Field
Field
Format
Description
26
30
36
37
44
45
49
55
63
1
7
1
4
6
8
6
HHMM TIME - time of sample collection (starting
time for composite samples) in 24-hour
format HH is the hour (00-23). MM is the
number of minutes (00-59).
DDMMSS STATION LATITUDE - latitude of the
station. DD is degrees. MM is minutes. SS
is seconds.
Code HEMISPHERE - set to "N".
DDDMMSS STATION LONGITUDE - longitude of
station. DDD is degrees. MM is minutes.
SS is seconds.
Code
Blank
Numeric
Blank
Numeric
69
Code
HEMISPHERE - set to "W".
BLANK.
WATER DEPTH - depth at station in meters
to one decimal place.
BLANK.
DISTANCE TO ZID - six digits for the
distance in meters from the station to the edge
of the zone of initial dilution (ZID). This
field is applicable only for EPA's 301(h)
program. Leave this field blank for stations
not classified as pan of a 301(h) monitoring
program.
RELATION TO ZID - a one-character code to
describe the classification of the station with
respect to the ZID. Leave this field blank for
all stations not classified as part of a 301(h)
monitoring program. Where applicable, use
Code No. EPA-1:
Within ZID
ZTD Boundary
Near Field
Refen
W -
B -
N -
R -
F ~ Far Held
vn-n
-------
EXHIBIT VH-C-2 (Cont'd)
Station Header Record
Starting Length Field
Column of Field Format Description
70 1 Code STATION LOCATION CODE - a one-
character code to describe the location of the
station. Use Code No. 0346:
A-Stream
B - Estuary
C-Lake
D-Ocean
E-Well
F--Other
71 10 Blank BLANK.
VD-12
-------
EXHIBIT VH-C-3
Sample Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE - set to "073".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "D".
11 4 Blank BLANK.
15 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two- character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation of a station. Valid
codes for reoccupations of the station are Rl-
R9.
17 3 Numeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
20 3 Alphanumeric SAMPLE NUMBER - a three-digit number I
to identify each sample. Sample Numbers!
are assigned by the investigator.
Vn-13
-------
EXHIBIT Vn-C-3 (Cont'd)
Sample Header Record
Starting
Column
23
26
Length
of Field
3
3
Field
Format
Blank
Code
Description
BLANK.
SAMPLING EQUIPMENT CODE - a three-
character code indicating equipment used to
collect a sample. Use Code No. 0255. (See
Appendix C for a list of codes.)
29
31
2
2
33
37
4
4
41
45
51
Blank BLANK.
Numeric SUB-SAMPLE NUMBER - two digits to
uniquely identify sub-samples. This field
will usually be left blank. Sub-sample
Numbers must be provided only if a sample
(e.g., a box-core sample) is divided into
separate components (e.g., four replicate
sub-samples).
Blank BLANK.
Numeric DEPTH TO TOP OF SAMPLED
INTERVAL - depth in meters from sediment
surface to top of interval, to two decimal
places. If top of interval is at the surface,
enter zero.
Numeric DEPTH TO BOTTOM OF SAMPLED
INTERVAL • depth in meters from sediment
surface to bottom of interval, to two decimal
places.
Numeric TOTAL WEIGHT OF SAMPLE - weight in
grams of sample analyzed, to two decimal
places.
Code METHOD OF ANALYSIS, COARSE - a
one-character code for the method of analysis
of coarse particles. Leave blank if sample
was not split into fractions. Use Code No.
0253:
1 ~ Sieves
2-Settling Tube
3 - Rapid Sediment Analyzer
VH-14
-------
EXHIBIT Vn-C-3 (Cont'd)
Sample Header Record
Starting
Column
Length
of Field
Field
Format
Description
52
1
Code
53
57
61
65
69
73
8
Numeric
Numeric
Numeric
Numeric
Numeric
Blank
METHOD OF ANALYSIS, FINE - the
method of analysis of fine particles. Leave
blank if sample was not split into fractions.
Use Code No. 0254:
1 -Pipette
2 — Hydrometer
3 — Sedimentation Balance
4 — Hydrophotometer
5 - Coulter Counter
PHI BOUNDARIES - the boundary in phi
units, between the coarse and fine fractions,
to two decimal places. This value will
usually be 4.00.
PHI BOUNDARY MINIMUM - the phi
boundary at the coarse end of the analyzed
range, to 2 decimal places. This value will
usually be -1.00.
PHI BOUNDARY MAXIMUM - the phi
boundary at the fine end of the analyzed
range, to 2 decimal places. This value will
usually be 8.00.
WEIGHT % COARSER THAN PHI MIN -
% of the total dry weight in the sediment
grades that is coarser than the phi minimum
(less than -1.00 phi), to 2 decimal places.
WEIGHT % FINER THAN PHI MAX - %
of the total dry weight in the sediment grades
that is finer than the phi maximum (greater
man 8.00 phi), to 2 decimal places.
BLANK.
VH-15
-------
EXHIBIT VH-C-4
Size Analysis Record 1
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "073".
SOURCE IDENTIFIER - a urn
que identifier,
assigned by EPA, which appears on all
records within the data set
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE -set to T".
11 4 Blank BLANK.
IS 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation of a station. Valid
codes for reoccupations of the station are Rl-
R9.
17 3 Numeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
120 3 Alphanumeric SAMPLE NUMBER - three digits to identify
each sample. Sample Numbers are assigned
by the investigator.
Vn-16
-------
EXHIBIT Vn-C-4 (Cont'd)
Size Analysis Record 1
Starting
Column
Length
of Field
Field
Format
Description
23
31
8
2
33
37
41
45
49
69
73
20
4
8
Blank BLANK.
Numeric SUB-SAMPLE NUMBER - two digits to
uniquely identify sub-samples. This field
will usually be left blank. Sub-sample
Numbers must be provided only if a sample
(e.g., a box-core sample) is divided into
separate components (e.g., four replicate
sub-samples).
Numeric WEIGHT % • GRAVEL - percent of total dry
weight in the sediment grades that is less
than -1.0 phi, to 2 decimal places.
Numeric WEIGHT % - SAND - percent of total dry
weight in the sediment grades that is greater
than -1.0 phi and less than 4.0 phi, to 2
decimal places.
Numeric WEIGHT % - SILT - percent of total dry
weight in the sediment grades that is greater
than 4.0 phi and less than 8.0 phi, to 2
decimal places.
Numeric WEIGHT % CLAY - percent of total dry
weight in the sediment grades that is greater
than 8.0 phi, to 2 decimal places.
Blank BLANK.
Numeric WEIGHT % TOTAL VOLATILE SOLIDS -
percent loss of weight on ignition, to 2
decimal places.
Blank BLANK.
vn-n
-------
EXHIBIT Vn-C-5
Size Analysis Record 2
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "073".
4 2 Alpha SOURCE IDENTIFIER - a unique identifier,
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
1 Alphanumeric SERIES NUMBER • An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "H".
11 4 Blank BLANK.
15 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation of a station. Valid
codes for reoccupations of the station are Rl-
R9.
17 3 Numeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
120 3 Alphanumeric SAMPLE NUMBER - three digits to identify
each sample. Sample Numbers are assigned
by me investigator.
VH-18
-------
EXHIBIT VH-C-5 (Cont'd)
Size Analysis Record 2
Starting
Column
Length
of Field
Field
Format
Description
23
31
33
61
65
69
73
77
8
2
28
4
4
4
4
4
Blank BLANK.
Numeric SUB-SAMPLE NUMBER - two digits to
uniquely identify sub-samples. This field
will usually be left blank. Sub-sample
Numbers must be provided only if a sample
(e.g., a box-core sample) is divided into
separate components (e.g., four replicate
sub-samples).
Blank BLANK.
Numeric WEIGHT % IN THE PHI INTERVAL
FROM: -1 to 0-% to 2 decimal places.
Numeric WEIGHT % IN THE PHI INTERVAL
FROM: 0 to 1 - % to 2 decimal places.
Numeric WEIGHT % IN THE PHI INTERVAL
FROM: Ito2-%to2 decimal places.
Numeric WEIGHT % IN THE PHI INTERVAL
FROM: 2to3-%to2decimalplaccs.
Numeric WEIGHT % IN THE PHI INTERVAL
FROM: 3 to4-% to 2 decimal places.
VH-19
-------
VIII. ODES File Type 144 for Sediment Pollutant Data
A. Introduction
ODES File Type 144 for Sediment Pollutant Data can be used to report concentrations
of any pollutant or contaminant found in marine sediment samples. This chapter describes
how to compile and submit to the ODES Staff a data set containing sediment pollutant data.
The set will consist of different record types arranged in a hierarchical order. Section B of
this chapter provides an illustration of each of the various record types and explains the
hierarchical relationships among them. Section C contains detailed instructions for
compiling your data set. The instructions for each of the data elements include such
information as the length of the field, the type of data (e.g., numeric; character), and a
description of the element. In most instances where a data element is a code (e.g., a two-
character code for sampling gear type), a list of valid codes will accompany the data
element description. In others, however, where the list of data entry codes is long (e.g.,
codes for chemical analysis methods), you will be referred to Appendix C. ODES
Chemical Codes for identifying pollutants can be found in Appendix A of this manual.
B. Hierarchical Relationships
This version of File Type 144 is composed of five record types:
• Record Type "A" is the Survey Header Record. It is used to report information
common to the entire data set (e.g., survey dates; investigator's name).
• Record Type "Z" is the Header Record for Quality Assurance Samples. It is used
to identify data for analytical blanks or other quality assurance samples referred to
within the data set
• Record Type "C" is the Station Header Record. It is used to report information
about the station where the sample was collected (e.g., station location; water
depth).
• Record Type "E" is the Sample Record. It is used to report information about the
sample (e.g., depth of die sediment core; gear used to collect the sample).
• Record Type T" is the Data Record. It is used to report information on pollutant
concentrations found in each of the sediment samples.
Exhibit Vffl-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately complete individual data entry sheets (or enter this
data onto tape or disk) for each of the record types.
In addition, it is also necessary to understand the relationships among these record
types so that you can compile a comprehensive data set in the proper hierarchical format.
The hierarchical order described herein is designed to minimise the duplication of data entry
tasks and is in accordance with standards adopted by the National Oceanographic Data
Center (NODQ. The relationships are straightforward, and taking just a few minutes now
to understand them could save you considerable time and effort later.
vm-i
-------
EXHIBIT VIII-B-1
ODES FT 144 for Sediment Pollutant Data
Survey Header Record
SUIU
30UKCB
•>
YBAB
WAN
•>
SURVEY DATE
ROM
TO
SENIOR
SdENnST/tNVESTKlATOR
MUNICIPALITY/
INSTITUTION/
AGENCY
I II I I I II II II
III II
I I I I I
I I I I I I III I I I I I
1111 11111 MTTTTT
TIT
000000000111111111122222222223333333333444444444455555555556666666666
123456789012345678901234567890123456789012345678901234567890123456789
Header Record for Quality Assurance Samoles
Wl*f*l1i**lV*Vl*F*llVfitf*9*'l*mfl**^**f^^^^^0^^^^^i*^^^^^^^^^^^^t^a^^^m^~—~—^f**f—^.~***^^^^—m,^^^^—^—^^^^^^-^^~^^^^—^—
II IIIIII III 11111111 III 11111111111111111II1111111111111111111111111
B0000000011111111112222222222333333333344444444445S5555S5556666666666
I2345678901234567890123456789012345678901234567890J234567890123456789
-------
Station Header Record
EXHIBIT VIII-B-1 (Com'd)
D\
HLB
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000
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linn
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DISTANCE
TO ZED
Mill
<
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DBTtH
1 III
ni
t
*
II ill i hi il 1 1 M In i i MM
Samnle/Sub-Satnnle Record
SUMAMU
5AMFUNO
aqumcNT
OODB
WY PHtCENT
WBOHT EXTRACTABLE
(PERCENT) UPIDS
SAMPLE
DEP1H
(LOWHW
TTTTT
WET
HIM
II
IIMIMIMMMMIIMM
M I M I
I I
M
II
000000000111111111122222222223333333333444444444455555555556666666666-777
123456789012345678901234567890123456789012345678901234567890123456789012
J 7 7 7 7 7 7
1456789
-------
EXHIBIT VIII-B-1 (Cont'd)
'3ata Record
DUMB V
•\-r\
fU
ntB
>w
) 00
i 2 3
™
1
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1
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u
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F
SUB-
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KsT"°™T" """551 8EKT
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>
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y
1 1
T ^
1
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1
OfflMKALCOOBd)
1 1 1 1 1 II 1 1
0000001111111111222222
f
cnncL(i)
1 1 1
•
M1A3URRM&
ooeei
CHEMCALOOOBP)
1 1 II 1 II 1 1
fT QUALHER VCASURBMENT
in oooBR) cooep)
1 1
f
CONGO)
1 II
«
CHEMICAL OOOBO)
1 1 1 1 1 1 1 II
V
SAMP
NUMBEC
ANAL VI
BIJkM
exTOAcnoN msntuMHWi
MKIMODOODB J^l
QUALVER 1 SAMFLB "**
OOOB(1) 1 CLEAN- UP OODB 1
1 1 d> m m [
OONCO)
1 1 1
+
^
1
1
1
1
T
1
(
1
LE
POM
1CAL
K
6789012345678901234567890123456789012345678901234:
77778
67890
-------
ODES DATA SUBMISSIONS MANUAL
As shown above, the different record types report information at different logical
levels. For example, the Survey Header Record (Record Type "A") reports information
common to the entire survey data set, whereas the Sample Record (Record Type "C")
reports information about each of the replicate samples taken during the survey. Thus,
there will be only one Survey Header Record per data set, while there will typically be
many Sample Records and Data Records.
Exhibit VHI-B-2 shows how the different record types would be arranged in a data set
reporting data from a survey conducted at two stations, where two replicate samples were
taken at each station. Data for quality assurance samples (e.g., analytical blanks) are
reported first, followed by the sampling data for the first and second station.
If you have any questions about how to complete your data entry sheets or how to
compile your data, please contact the ODES Staff. (See the Preface for address and
telephone information.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File Type 144 for Sediment
Pollutant Data are provided below. All record types for a given data set will share the same
nine-character file identifier. This file ID consists of three characters to identify the file type
(i.e., "144"), followed by a two-character abbreviation for the municipality/
institution/agency conducting the survey, the last two digits of the year in which the survey
was taken, a series number assigned by the investigator and a scan code to indicate
sampling frequency and collection period.
The contents of all numeric fields should be right-justified, preceded by either blanks,
zeroes, or where applicable, positive (+) or negative (-) signs. The contents of all decimal
points are implied rather than physically included (see Exhibit VITJ-B-1). All character
fields should be left justified, blank-filled.
Survey Header Record
This record is mandatory and should be submitted only once for each data set See
Exhibit Vffl-C-1 for a description of all data elements in this record.
Header Record for Quality Assurance Samples
This record is used to identify data for all quality assurance (QA) samples recorded in
the data set All QA sample measurements (e.g., field, laboratory, or transport blanks
or spiked matrix samples) should be reported within this level of the hierarchy. See
Exhibit Vin-C-2 for a description of aU data elements in this record. (See Exhibit
VHI-B-2 for a description of how data records for QA samples should be organized
within the data set)
Station Header Record
This record is mandatory; one record should be generated for each sampling station.
Stations should be uniquely identified by the Station ID Prefix and Station ID fields
(columns 11-15). See Exhibit VHI-C-3 for a description of all data elements in this
record.
vm-5
-------
Survey Header Record
Describes the survey ~
first record in the data set
EXHIBIT VIII-B-2
Sediment Pollutant Data
Order of Record Types/Reason for Occurrence
Header Record for
Analytical Blanks
Begins the reporting of
data for oil analytical blanks
in this survey
Station Header Record
Describes first station where
samples were collected
Station Header Record
Describes second station
where samples were collected
Sample Record
Data Records
Reports identifying information Report chemical concentrations
for first analytical blank for first analytical blank
Sample Record
Data Records
Describes first replicate sample
or sub-sample
Report pollutant concentrations
found in sediment samples for
the first replicate
Sample Record
Data Records
Describes second replicate sample Report pollutant concentrations
or sub-sample found in sediment samples for
the second replicate
See record arrangement shown for the first station where
samples were collected
-------
ODES DATA SUBMISSIONS MANUAL
Sample/Sub-Sample Record
This record is mandatory; one record should be generated for each sample/sub-sample.
Columns 18-83 are relevant only for Sample Records which identify actual field
samples. When the Sample Record is used to identify analytical blanks or other QA
samples, columns 18-83 should be left blank. See Exhibit VIH-C-4 for a description of
all data elements in this record
Dam Record
This record reports concentrations for inorganic and organic chemicals measured in the
sediment samples; data for up to three chemicals can be reported on each Data Record.
Each compound reported in a single record should have analytical methods in common
and be associated with a single blank sample. These records are "linked" to Sample
Records by the Sample Number. See Exhibit VHI-C-5 for a description of all data
elements in this record.
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 144 for
Sediment Pollutant Data. The codes are listed by their identifiers and the fields in which
they are to be used. The elements of these code types are listed in the appendices:
Appendix A contains ODES Chemical and Water Quality Codes, Appendix B contains
NODGODES Taxonomic Codes, and Appendix C contains all other ODES code types.
Code Identifier Field Name
EPA-1 Relation to ZID
0346 Station Location
0350 Chemical Analysis Method
0255 Sampling Equipment |
0093 Sphere
ODES Chemical Code
0377 Measurement code
EPA-3 Qualifier code
EPA-10 Scan ID I
vm-7
-------
EXHIBIT Vm-C-1
Survey Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a
unique identifier
YY
assigned by EPA, which appears on all
records within the data set.
YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
33
39
45
60
1
22
6
15
17
Code
Blank
YYMMDD
YYMMDD
Alpha
Alpha
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to "A".
BLANK.
SURVEY DATE FROM - start of survey
date. YY is the last two digits of the year.
MM is the month (01-12). DD is the day
(01-31).
SURVEY DATE TO - YY is the last two
digits of the year. MM is the month (01-12).
DD is the day (01-31).
SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.
MlINICIPAUTf/INSTITUTION/ACjENCY
- name of the investigator's institution.
vm-8
-------
EXHIBIT Vffl-C-1 (Cont'd)
Survey Header Record
Starting Length Field
Column of Field Format Description
77 4 Blank BLANK.
vm-9
-------
EXHIBIT Vm-C-2
Header Record for Quality Assurance Samples
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique
identifier
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "Z".
11 70 Blank BLANK.
vm-io
-------
EXHIBIT Vm-C-3
Station Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE LuhN i'li-itk - a
unique identifier
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER • An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
10 1 Code RECORD TYPE-set to "C".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two- character code to indicate that a station
has been revisited during the survey. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
16 6 DDMMSS STATION LATITUDE - latitude of the
station. DD is degrees. MM is minutes. SS
is seconds.
22 1 Code HEMISPHERE -set to "N".
vm-n
-------
EXHIBIT Vm-C-3 (Cont'd)
Station Header Record
btarnng
Column
Length
of Field
Field
Format
Descripdon
23
30
31
37
41
43
1
6
2
1
DDDMMSS
Code
YYMMDD
HHMM
Blank
Code
44
Numeric
50
Numeric
STATION LONGITUDE
station. DDD is degrees.
SS is seconds.
longitude of the
MM is minutes.
HEMISPHERE - set to "W".
DATE - date of sample collection. YY is the
last two digits of the year. MM is the month
(01-12). DD is the day (01-31).
TIME • starring time of sample collection in
24-hour format. HH is the hour (00-23).
MM is the number of minutes (00-59).
BLANK.
RELATION TO ZED • a one-character code to
describe die classification of the station with
respect to the zone of initial dilution (ZED).
Leave this field blank for all stations not
classified as part of a 301(h) monitoring
program. Where applicable, use Code EPA-
1:
W-Within ZID
B - ZID Boundary
N- Near Reid
R — Reference
F-Far Field
DISTANCE TO ZID - distance in meters
from die station to the edge of the zone of
initial dilution (ZID). This field is applicable
only to EPA's 301(n) program. Leave this
field blank for stations not classified as pan
of a 301 (h) monitoring program.
WATER DEPTH • depth at station in meters
to one decimal place.
Vm-12
-------
EXHIBIT Vffl-C-3 (Cont'd)
Station Header Record
Starting Length Field
Column of Field Format Description
55 1 Code STATION LOCATION CODE - a one-
character code to describe the location of the
station. Use Code No. 0346:
A-Stream
B - Estuary
C-Lake
D-Ocean
E-Well
F-Other
56 25 Blank BLANK.
vm-is
-------
EXHIBIT Vm-C-4
Sample/Sub-Sample Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144".
SOURCE IDENTIFIER - a unique
identifier
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "E".
|11 4 Blank BLANK.
15 3 Alphanumeric SAMPLE NUMBER - tthree characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
field blanks, lab blanks or spiked matrix
samples are identified by a sequential number
prefixed by a letter as indicated below:
F- field blank
L-lab blank
T - transport blank
S - spiked matrix sample
Vm-14
-------
EXHIBIT VHI-C-4 (Cont'd)
Sample/Sub-Sample Record
Starring
Column
Length
of Field
Field
Format
Description
18
78
81
(Columns 1 8-80 should be left blank if the
Sample Record is being used to identify analytical
blanks or other quality assurance samples.)
Numeric SUB-SAMPLE NUMBER - two character
assigned by the investigator to identify a
vertical sub-sample. If a sediment core is not
vertically partitioned into sub-samples, this
field should be left blank.
BLANK.
SAMPLE DEPTH (UPPER) - upper depth of
sediment core, in centimeters.
SAMPLE DEPTH (LOWER) - lower depth
of sediment core, in centimeters.
BLANK.
SAMPLING EQUIPMENT - a three-digit
code to identify the general gear type used to
collect the sample. Use Code No. 0255.
(See Appendix C for a list of codes.)
BLANK.
WET WEIGHT - total wet weight of sample
in grams to two ^*HTnai places.
DRY WEIGHT (PERCENT) - percent of
total sample remaining after drying. Value
should be expressed in percent by weight to
one decimal place (e.g., 50.5% should
entered "505").
Blank BLANK.
Numeric PERCENT EXTRACTABLE LIPIDS - lipids
extracted as a percentage of the whole sample
tn rttf> tfcyimal
20
24
30
36
42
4
6
6
6
3
Blank
Numeric
Numeric
Blank
Code
45
68
75
23
7
3
Blank
Numeric
Numeric
3
3
Vm-15
-------
EXHmrr vra-c-s
Data Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "144",
SOURCE IDENTIFIER - a uniqt
te identifier
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID • A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE -set to "F.
11 1 Blank BLANK.
12 3 Alphaumeric SAMPLE NUMBER - tthrce characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
Meld blanks, lab blanks or spiked matrix
samples are identified by a sequential number
prefixed by a letter as indicated below:
F-field blank
L-lab blank
T-transport blank
S - spiked matrix sample
Vffl-16
-------
EXHIBIT Vm-C-5 (Cont'd)
Data Record
btarang
Column
Length
of Field
Field
Format
Description
15
17
18
20
10
30
31
32
36
Numeric SUB-SAMPLE NUMBER - two characters
assigned by the investigator to identify a
vertical sub-sample. If a sediment core is not
vertically partitioned into sub-samples, this
field should be left blank.
Code SPHERE - a one-character code to identify
the sphere from which the sample came. Use
Code No. 0093. (See Appendix C for a list
of codes.)
Numeric REPLICATE NUMBER - a unique ID for
each replicate or sub-sample. This number is
assigned by the investigator.
Code CHEMICAL CODE (1) - a ten-character code
to identify the chemical measured; entries
must be left-justified. (See Appendix A for a
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Technical Staff. Do
not assign codes independently.
Code MEASUREMENT CODE (1) - a code to
describe the units of the reported
concentration (e.g., ppb, ppm, activity). Use
Code No. 0377. (See Appendix C for a list
of codes.)
Code QUALIFIER CODE (1) - a one-character
code to provide additional qualifying
information about the measurement. Use
Code No. EPA-3. (See Appendix C for a list
of codes.)
Numeric CONCENTRATION (1) - concentration of
the chemical measured, in units indicated by
measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentration value of zero. Leave blank if
necessary. (See Appendix A for an example
of how to enter chemical concentration data.)
Symbolic EXPONENT SIGN (1) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
vm-n
-------
EXHIBIT Vm-C-5 (Cont'd)
Data Record
Starting
Column
Lengtn
of Field
Field
Format
Description
137
38
1
10
48
49
50
54
155
56
10
Numeric EXPONENT (1) - exponent of the
concentration value reported. Use exponent
to indicate decimal place.
Code CHEMICAL CODE (2) - a ten-character code
to identify the chemical measured; entries
must be left-justified. (See Appendix A for a
list of ODES Chemical Codes.) For unlisted
codes, contact the ODES Technical Staff. Do
not assign codes independently.
Code MEASUREMENT CODE (2) - a code to
describe the units of the reported
concentration (e.g., ppb, ppra, activity). Use
Code No. 0377. (See Appendix C for a list
of codes..
Code QUALIFIER CODE (2) - a one-character
code to provide additional qualifying
information about the measurement. Use
Code EPA-3. (See Appendix C for a list of
codes.)
Numeric CONCENTRATION (2) - concentration of
the chemical measured, in units indicated by
measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentration value of zero. Leave blank if
necessary. (See Appendix A for an example
of how to enter chemical concentration data.)
Symbolic EXPONENT SIGN (2) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
Numeric EXPONENT (2) - exponent of the
concentration value reported. Use exponent
tn {nHi^atf dff*ma\ place.
Code CHEMICAL CODE (3)-a ten-character code
to identify the chemical measured; entries
must be left-justified. (See Appendix A for a
list of ODES Chemical Codes). For unlisted
codes, contact the ODES Technical Staff. Do
not assign codes independently.
vm-18
-------
EXHIBIT Vm-C-5 (Cont'd)
Data Record
Starting
Column
Length
of Field
Field
Format
Description
66
1
67
68
72
73
74
76
Code MEASUREMENT CODE (3) - a code to
describe the units of the reported
concentration (e.g., ppb, ppm, activity). Use
Code No. 0377. (See Appendix C for a list
of codes.)
Code QUALIFIER CODE (3) - a one-character
code to provide additional qualifying
information about the measurement. Use
Code EPA-3. (See Appendix C for a list of
codes.)
Numeric CONCENTRATION (3) - concentration of
the chemical measured, in units indicated by
measurement code, up to four significant
digits. Use the EXPONENT field to indicate
desired decimal point position. Do not enter
a concentration value of zero. Leave blank if
necessary. (See Appendix A for an example
of how to enter chemical concentration data.)
Symbolic EXPONENT SIGN (3) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
Numeric EXPONENT (3) - exponent of thel
concentration value reported. Use exponent I
to ifKJiratF dfc**™! place. I
Code EXTRACTION METHOD CODE - a two-
character code to indicate the method used to
extract or digest the sample matrix and
remove or isolate the chemical of con- cern.
Use Code No. 0350. (See Appendix C for a
list of codes.)
Code SAMPLE CLEAN-UP CODE (1) - a two-
character code used to indicate an additional
step taken to further purify the sample
extracts or digestates. Use Code No. 0350.
(See Appendix C for a list of codes.)
Vm-19
-------
EXHIBIT Vm-C-5 (Cont'd)
Data Record
Starting Length Field
Column of Field Fonnat Description
78 2 Code SAMPLE CLEAN-UP CODE (2) - Clean-up
Code (2) refers to the second cleanup
procedure used during sample processing.
Use Code No. 0350. (See Appendix C for a
list of codes.)
80 2 Code SAMPLE CLEAN-UP CODE (3) - Clean-up
Code (3) refers to the third cleanup procedure
used during sample processing. Use Code
No. 0305. (See Appendix C for a list of
codes.)
82 2 Code INSTRUMENT CODE - a two-character
code to identify the final chemical analysis
method(s) used for analyzing the sample.
The code should represent the final analysis
method or combined methods as listed in
Code No. 0350. (See Appendix C for a list
of codes.)
84 3 Alphanumeric SAMPLE NUMBER FOR ANALYTICAL
BLANK - a three-character ID for the
analytical blank associated with chemical
concentrations reported on this record. This
ID "links" the Data Record to a particular
analytical blank. This ED must match one of
the Sample Numbers listed on the Sample
Records for data from analytical blanks.
vm-20
-------
IX. ODES File Type 123 for Trawl/Seine Sampling Data
A. Introduction
ODES File Type 123 for Trawl/Seine Sampling Data can be used to report fish and
shellfish abundance, and biomass data. Samples of marine organisms will typically be
collected by trawls and beach seines. This chapter describes how to compile and submit to
the ODES Staff a data set for species data collected from trawl/seine samples. The set will
consist of different record types arranged in a hierarchical order. Section B of this chapter
provides an illustration of each of the various record types and explains the hierarchical
relationships among them. Section C contains detailed instructions for compiling your data
set. The instructions for each of the data elements include such information as the length of
the field, the type of data (e.g., numeric, character), and a description of the element. In
cases where a data element is a code (e.g., a two-character code for type of navigation used
onboard the sampling vessel), a list of valid codes will accompany the data element
description. In other instances, however, where the list of data entry is long (e.g., codes
for specific bottom types), you will be referred to Appendix C. A list of NODC taxonomic
codes for marine species can be found in Appendix B of this manual. If you require codes
not listed in the appendices, please contact the ODES Technical Staff.
B. Hierarchical Relationships
ODES File Type 123 for Trawl/Seine Sampling Data consists of six record types:
• Record Type "A" is the Survey Header Record. It is used to report information
common to the entire data set (e.g., survey dates; investigator's name).
• Record Type "B" is the Station Header Record. It is used to report information
about the location where the fish samples were collected (e.g., station location;
water depth.
• Record Type "C" is the Environment Record. It is used to describe the conditions
under which the sample was collected (e.g., general weather, water temperature).
• Record Type "D" is the Bottom Trawl Record. It is used to report information
about the types of trawls used for sampling.
• Record Type "E" is the Miscellaneous Gear Record. It is used to report about other
types of gear used for sampling (e.g., seines).
• Record Type "J" is the Individual Specimen Record. It is used to report species
abundance and biomass data for individual species.
Exhibit K-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately complete individual data entry sheets (or enter this
data onto tape or disk) for each of the record types.
IX-1
-------
EXHIBIT IX-B-1
ODES FT123 for Trawl/Seine Sampling Data
Survey Header Record
SBRJRS
RECORD
SCAN
->
HLB
im
)A f\
i »B
1
IA
V
*
1
rk A
[
•
I
if
A
/
1 Illllllll
Illllllllt
ISI
lU
luh
JURVE
FROM
II 1 1 1
TOATE
TO
III 1 1
1 Mil 1 III 1 1 1 1 1
Illlllllllllll
MIIIIIMI
123456189
1 1 2 3 4 5 6
Station Header Record
SERIES RECORD
GEAR DURATION
NAVKMTON
LOCATION
CODB
aouRci
ma
0 0 t
i "
v&
^
1
> 0
rf
v
1
D n
BCA
B
ill
o n
t
•
0 1
m
T
1
1
t
UKMB
MX
SIN.
1 1
1 1 1
HAUL
1 1
] 1
1 1
1 1 1
HBMDPH
STATIM
1 1 1 1 1
22222
[
I
N
B HBMSm
STATION
1 1 1 II 1
T
I
w
B
1 II 1 1
TYI
TIME
1 1 1
•e
\
1
FlSMEl
I
1 1
1
DISTANCE
FISHED
INI
or
^
1
«B HHJM
TOZ
DUTANCE
1 1 1 1
ON
9
1
1
1 1 1 1 1 1 1 1 1 1 1 1
-------
Environment Record
EXHIBIT IX-B-1 (Cont'd)
SBUU
SOURCE I
SCAM
/
STATION D
"OTTOM
TEMPERATURE
SURFACE
TEMRRATURe
TEAL
TRANSPARENCY STAGE
CURWW
BOTTOM
SALINITY
WEATHER
cone
STH.
HAUL
NO.
Ml III Mill
AVO
BOTTOM
oem
I
il
0000000001II11I1IIJ2222222222333333333344444444445SSS5555556666666666
1234567890I2345678901234567890I234567890I234567890I234567890I23456789
777777
123456
Bottom Trawl Record
OTBONO
fOURCX
"»\
HLB
Tvn
\\1\
0 0 fl
, "
YB
\.
*
1
t 0
IHUBJ
IUMBB
AR
V
^1
1
1) 0 1
1
t
•CAM
r
. L ,
i r 9
o
t 0 (
IBOORO
m
m
, T
\ L
#
1
> i i
ITOMB
STN.
1 1
1 1 1
HAUL
II
1 1 1
a
i
'&'.
1 1 1
1 1 2
r B 9 o
•AR
rm
1
2 2
1 2
TJLAl
TYH
1
i. ;
3 '
a
n. i
i
1
.//
;V
1
e 2
1 S
a
PBNINa
fr.op
HAWL
1 1
222
678
WE
Pit
1
9
m
AWI
1
0
L
TRAWL
LBNOTH
1 1
1 2 3
POO
u
I
L-
t
2 3
COOBND
UNBR
;/^;/^',^;:^^!%'^ - .
' *
II 1 Illllll III Ml 1 1 1 II 1 1 1 1 1 1 1 II
145678901234567890123456789
M 2 3 4 5 6
-------
EXHIBIT IX-B-1 (Cont'd)
Miscellaneous Gear Record
aeon
oerm
SIZE Of 3BBOP
SOURCI
HLB
rm
'M •
On
1
B
J
1
5
|
*i
I
Ii
rn
STAT
T
f
1
1
KM ID
n
STN.
D
II
III
HAUL
Ha
II
It 1
1 II
(IBM
TVF8
f
1
t
1
LENOTII
i
III
u
MAI
% ^ ' '
'; *"f>t
f
' 4 * jT'
III
n
t
• uurau
UAL MB
S'&S&S
,-'tj?7i
-,-!'"
"i* ^'^
- „
HIM
JB
IH
1
w
M
1
BSH
,' •• t*' •• t , •• '
s!f '? - !' - '
'
-
1 1 1 II 1 1 1 1 1 II 1 II M 1 1 1 1 1 1 1 1 1 1 1 1 1 1 M 1 1
I I 2 3 4 S 6
Individual Soecimen Record
KNIKI
"V
RLB
TYTB
lid
n n (i
VB
V
1
*A
\ "*•*
AB
U
1
DO 0 0
M 1
T
^i *
1
1
1011
irn
STH
D
II
1 1 1
HAUL
HQ
II
1 |
'/Ns& ''^ v"
,^f*^ - *
1 III 1 1 1
NOOC TAXONOMK OOOB
1 1 1 1 1 1 1 III 1
Wl
DB1ER
TOTAL
WBTWBWHT
1 1 II 1 1 1 1
EK
ME
1
IHT NI
NA1WN DETEK
TOTAL
NO. OP
INDIVIDUALS
1 1 II 1
M
MI
1
BBR
NA1WN
If K , %
, i&: .,-«'. -
1 II 1 1 1 II 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
> 1 2 3 4 5 6
-------
ODES DATA SUBMISSIONS MANUAL
In addition, it is also necessary to understand the relationships among the record types
so that you can compile a comprehensive data set in the proper hierarchical format. The
hierarchical order described herein is designed to minimize the duplication of data entry
tasks and is in accordance with standards adopted by the National Oceanographic Data
Center (NODC). The relationships are straightforward, and taking just a few minutes now
to understand them could save you considerable time and effort later.
As shown above, the record types report information at different logical levels. For
example, the Survey Header Record (Record Type "A") reports information common to the
ennre survey data set while the Individual Specimen Record (Record Type "J") reports
information about each of the fish samples collected during the survey. Thus, there will be
only one Survey Header Record per data set, whereas there will typically be many
Individual Specimen Records.
Exhibit K-B-2 shows how the different record types would be arranged in a data set
reporting information from a survey conducted at two stations, where one catch was
collected at each station. Both the Bottom Trawl Record and the Miscellaneous Gear
Record are included in this example for illustrative purposes. Depending on the type of
catch - i.e., trawl vs. seine -- only one of these two records would be appropriate. The
other record can be omitted.
If you have any questions about how to complete your data entry sheets or how to
compile your data, plase contact the ODES Staff. (See the list of contacts in the Preface to
this manual.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File 123 for Trawl/Seine
Sampling Data are provided below. All record types for a given data set will share the
same nine-character file identifier. This file ED consists of three characters to identify the
file type (i.e., "123"). followed by: a two-character abbreviation for the
municipality/institution/ agency conducting the survey, the last two digits of the year in
which the survey was taken, a series number assigned by the investigator and a scan code
to indicate sampling frequency and collection period
The contents of all numeric fields should be right-justified, preceded by either blanks,
zeroes, or where applicable, positive (+) or negative (-) signs. All decimal points are
implied rather than physically included (see Exhibit DC-B-1). The contents of all character
fields should be left justified, blank-filled
Survey Header Record
This record is mandatory and should be submitted only once for each data set See
Exhibit DC-C-1 for a description of all data elements in this record
Station Header Record
This record is mandatory; one record should be generated for each trawl/seine sample
collected Use the Haul Number (columns 17-19) to identify each sample. See Exhibit
DC-C-2 for a description of all data elements in this record
K-5
-------
Survey Header Record
Describes the survey -
fast record in the data set
EXHIBIT IX-B-2
Trawl Seine Sampling Data
Order of Record Types/Reason for Occurrence
Station Header Record
Describes the first location
where fish samples were
collected
Station Header Record
Environment Record
Describes general conditions for
the first catch
Bottom Trawl Record
Individual Specimen
Records
Describes trawl gear used
OR for sampling
Report species abundance
and biomass data for the
first catch
Miscellaneous Gear
Record
Individual Specimen
Records
Describes seine gear used
for sampling
Report species abundance
and biomass data for the
first catch
See record arrangement shown for the first location
where fish samples were collected
Describes the second location
where fish samples were
collected
-------
ODES DATA SUBMISSIONS MANUAL
Environment Record
This record describes general conditions for each trawl/seine sample collected. See
Exhibit K-C-3 for a description of all data elements in this record.
Bottom Trawl Record
This record describes the type of trawl gear used to collect the sample; one record
should be submitted for each sample. See Exhibit DC-C-4 for a description of all data
elements in this record.
Miscellaneous Gear Record
This record describes the type of seine gear used to collect the sample; one record
should be generated for each sample. See Exhibit K-C-5 for a description of all data
elements in this record.
Individual Specimen Record
This record reports species abundance and biomass data. See Exhibit EX-C-6 for a
description of all data elements in this record.
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 123 for
Trawl/Seine Sampling Data. The codes are listed by their identifiers and the fields in which
they are to be used. The elements of these code types are listed in the appendices:
Appendix A contains ODES Chemical and Water Quality Codes, Appendix B contains
NODC/ODES Taxonomic Codes, and Appendix C contains all other ODES code types.
Code Identifier
0129
0085
EPA-1
0346
0077
0154
0108
0110
0076
0130
0324
0078
NODC
0161
0162
EPA-10
Field Name
Gear Type
Navigation code
Relation to ZID
Station Location
Bottom Type
Tidal Stage
Weather
Current Direction
Trawl Type
Opening mesh
iner
Gear Material
Taxonomic Code
Weight TV^r Miii
Scan ID
DC-7
-------
EXHIBIT IX-C-1
Survey Header Record
Starring
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "123".
SOURCE IDENTIFIER - a
unique identifier.
YY
assigned by EPA, which appears on all
records within the data set.
YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
22
28
34
40
1
11
6
6
15
Code
Alpha
Blank
YYMMDD
YYMMDD
Alpha
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to "A".
VESSEL NAME - name of the survey vessel.
BLANK.
SURVEY DATE FROM - start date of
survey. YY is the last two digits of the year.
MM is the number of the month (01-12). DD
is the day (01-31).
SURVEY DATE TO - end date of survey.
YY is the last two digits of the year. MM is
the number of the month (01-12). DD is the
number of the day (01-31).
INVESTIGATOR - name of the senior scien-
tist or investigator.
DC-8
-------
EXHIBIT IX-C-1 (Cont'd)
Survey Header Record
Starting Length Field
Column of Field Format Description
55 15 Alpha MUNIOPAUTY/INSTrrUTrON/AGENCY
- name of the investigator's institution.
70 11 Blank BLANK.
K-9
-------
EXHIBIT IX-C-2
Station Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "123".
SOURCE IDENTIFIER - a unique
identifier.
assigned by EPA. which appears on all
records within the data set.
YY YEAR • the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER • An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "B".
11 1 Blank BLANK.
12 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two- character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation. Valid codes for
^occupations of the station are R1-R9.
14 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
17 3 Numeric HAUL NUMBER - three-digit number
assigned by the investigator to identify each
20 3 Blank BLANK.
DC-10
-------
EXHIBIT IX-C-2 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
23
29
30
37
38
44
48
50
53
58
1
7
1
6
5
1
DDMMSS LATITUDE - latitude of the station in degrees
(DD), minutes (MM), and seconds (SS).
Code HEMISPHERE - set to "N".
DDDMMSS LONGITUDE - longitude of the station in
degrees (DDD), minutes (MM), and seconds
(SS).
Code HEMISPHERE - set to "W".
YYMMDD DATE-date of sample collection. YYisthe
last two digits of the year. MM is the number
of the month (01-12). DD is the number of
the day (01-31).
HHMM TIME - starting time of sample collection in
24-hours format. HH is the hour (00-23).
MM is the number of minutes (00-59).
Code GEAR TYPE - a two-character code to
describe the type of trawl gear being used.
Use code No. 0129. (See Appendix C for a
list of codes.)
Numeric FISHING DURATION - three digits for
number of hours fished, with one decimal
place (i.e., to tenths of hours).
Numeric DISTANCE FISHED • five digits for number
of meters fished, with one decimal place.
Blank BLANK.
DC-11
-------
EXHIBIT IX-C-2 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
59
61
66
Code NAVIGATION CODE - a two-character code
for the type of navigation used onboard the
sampling vessel. Use Code No. 0085:
01 - Loran (Mixed or Unspecified)
02 - Radar and/or Fixes
03 - Raydist Without Complications
04 - Raydist With Errors, Drifting, etc.
OS - Satellite
06-OMEGA
07 - Loran A Only
08 -- Loran C Only
09 - Mini-Ranger
10 - Horizontal Sextant
11 - Photographs
12 - Sighting on Ranges
13 - Loran C and Mini-Ranger
Numeric DISTANCE TO ZID - five digits for distance
in meters from the station to the edge of the
zone of initial dilution (ZED). This field is
only applicable to EPA's 301(h) program.
Leave this field blank for stations not
classified as pan of a 301 (h) monitoring
program.
Code RELATION TO ZID-a one-character code to
describe location of the station. This field is
only applicable to EPA's 301(h) program.
Leave this field blank for all stations not
classified as pan of a 301(h) monitoring
Where applicable, use Code No.
program
EPA-1:
W
B
N
R
F
Within ZID
ZID Boundary
Near Field
Reference
Far Held
DC-12
-------
EXHIBIT IX-C-2 (Cont'd)
Station Header Record
Starting Length Field
Column of Field Format Description
67 1 Code STATION LOCATION CODE - a one-
character code to describe the location of the
station. Use Code No. 0346:
A — Stream
B - Estuary
C-Lake
D-Ocean
E-Well
F-Other
68 13 Blank BLANK.
K-13
-------
EXHIBIT IX-C-3
Environment Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "123".
SOURCE IDENTIFIER - a unique identifier.
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "C".
11 1 Blank BLANK.
12 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during the survey. Leave
this field blank for the first occupation. Valid
codes for reoccupations of the station are Rl-
R9.
14 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
17 3 Numeric HAUL NUMBER - three-digit number
assigned by the investigator, uniquely
identifying all catches.
DC-14
-------
EXHIBIT IX-C-3 (Cont'd)
Environment Record
Starring
Column
20
32
Length
of Field
12
4
Field
Format
Blank
Numeric
Description
BLANK.
AVERAGE BOTTOM DEPTH - average
36
38
39
43
47
51
55
58
61
1
4
3
3
depth for the station, in meters.
Code BOTTOM TYPE - a two-character code to
describe the bottom type. Use Code No.
0077. (See Appendix C for a list of codes.)
Blank BLANK.
Numeric BOTTOM TEMPERATURE - water
temperature on the ocean bottom, in degrees
Celsius, with two decimal places. Negative
temperatures should be preceded by a minus
sign.
Numeric BOTTOM SALINITY • water salinity on the
ocean bottom, in parts per thousand (PPT),
with two decimal places.
Numeric SURFACE TEMPERATURE - Sea surface
temperature, in degrees Celsius, with two
decimal places. Negative temperatures
should be preceded by a minus sign.
Numeric SURFACE SALINITY - sea surface salinity,
in parts per thousand (PPT), with two
decimal places.
Numeric TRANSPARENCY - depth of secchi disc, in
meters, with one decimal place.
Numeric TIDAL HEIGHT - height with respect to
mean low water depth, in meters, with one
decimal place. Negative measurements
should be preceded by a minus sign.
Code TIDAL STAGE - a one-character code to
describe tidal stage. Use Code No. 0154:
- Blank - No information
1-Ebb
2-Ebb Slack
3-Flood
4-Flood Slack
K-15
-------
EXHIBIT IX-C-3 (Cont'd)
Environment Record
Starting
Column
62
66
Length
of Field
4
1
Field
Format
Blank
Code
Description
BLANK.
WEATHER -
a one-character code to
67
70
72
75
3
2
Blank
Code
Numeric
Blank
describe general weather conditions. Use
Code No. 0108:
0 - Clear (No Cloud at any Level)
1 - Partly Cloudy (Scattered or Broken)
2 - Continuous Layer(s) of Cloud(s)
3 — Sandstorm, Duststorm, or Blowing
Snow
4 - Fog, Thick Dust or Haze
5 - Drizzle
6 - Rain
7 - Snow, or Rain and Snow Mixed
8 - Showers)
9 - Thunderstorm(s)
BLANK.
CURRENT DIRECTION (toward) • a one-
character code to indicate primary direction of
ocean current Use Code No. 0110. (See
Appendix C for a list of codes.)
CURRENT SPEED - three digits
representing speed in centimeters per second,
with one decimal place.
BLANK.
IX-16
-------
EXHIBIT IX-C-4
Bottom Trawl Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "123".
SOURCE IDEN
TlhltK - a
unique identifier.
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE -set to "D".
11 1 Blank BLANK.
12 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two- character code to indicate that a station
has been revisited during a survey. Leave
blank for fust occupation. Valid codes for
reoccupadons of the station are R1-R9.
14 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
17 3 Numeric HAUL NUMBER - three-digit number
assigned by the investigator to uniquely
identify all catches.
20 4 Blank BLANK.
K-17
-------
EXHIBIT IX-C-4 (Cont'd)
Bottom Trawl Record
Starring
Column
Length
of Field
Field
Format
Description
24
26
28
30
33
36
39
41
43
45
46
47
48
2
3
2
2
Code GEAR TYPE - a two-character code for the
type of gear used. Use Code No. 0129.
(See Appendix C for a list of codes.)
Code TRAWL TYPE - a two-character code for the
type of trawl used. Use Code No. 0076.
(See Appendix C of this chapter for a list of
codes.)
Blank BLANK.
Numeric OPENING HEIGHT OF TRAWL - three
digits for height of opening of trawl, in
meters, with one decimal place.
Numeric OPENING WIDTH OF TRAWL - three
digits for width of opening of trawl, in
meters, with one decimal place.
Numeric TRAWL LENGTH - three digits for the over-
all length of the trawl, in meters.
Blank BLANK.
Numeric FOOT ROPE LENGTH - two digits for
length of trawl foot rope, in meters.
Numeric HEAD ROPE - two digits for length of head
rope, in meters.
Blank BLANK.
Code OPENING MESH-a one-character code for
the size of the body mesh opening. Use
Code No. 0130. (See Appendix C for a list
of codes.)
Blank BLANK.
Code CODEND MESH - a one-character code for
the size of the codend mesh. Use Code No.
0130. (See Appendix C of this chapter for a
list of codes.)
DC-18
-------
EXHmiT IX-C-4 (Cont'd)
Bottom Trawl Record
Starting Length Fiela
Column of Field Format Description
49 1 Code CODEND LINER - a one-character code to
indicate presence or absence of liner. Use
Code 0324:
- Blank - Unknown
I - No
2 - Yes
50 31 Blank BLANK.
DC-19
-------
EXHIBIT IX-C-5
Miscellaneous Gear Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE- set to "123".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "E".
11 1 Blank BLANK.
12 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
blank for first occuputation. Valid codes for
reoccupations of the station are R1-R9.
14 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
17 3 Numeric HAUL NUMBER - three-digit number
assigned by the investigator to uniquely
identify all catches.
20 4 Blank BLANK.
DC-20
-------
EXHIBIT ix-c-5
Miscellaneous Gear Record
Starting
Column
Length
of Field
Field
Format
Description
24
26
28
32
36
2
4
4
1
37
43
44
45
6
1
Code GEAR TYPE - a two-character code for the
type of gear used. Use Code No. 0129.
(See Appendix C for a list of codes.)
Numeric SEINE DEPTH - two digits for depth of
seine, in meters.
Numeric SEINE LENGTH - four digits for overall
length of the seine, in meters.
Blank BLANK.
Code GEAR MATERIAL - a one-character code to
describe the gear material used. Use Code
No. 0078:
0 - Monofilament Nylon
1 - MultifUament (Braided) Nylon
2 - Multifilament (Braided) Cotton
3 - Synthetic, Various
4..Silk
5-Manila
6-Linen
Blank BLANK.
Code SIZE OF OUTSIDE MESH - a one-character
code for the size of the outside mesh. Use
Code No. 0130. (See Appendix C for a list
of codes.)
Code SIZE OF MIDDLE MESH - a one-character
code for the size of the mesh in the middle of
the trawl/seine. Use Code No. 0130. (See
Appendix C for a list of codes.)
Blank BLANK.
IX-21
-------
EXHIBIT IX-C-6
Individual Specimen Record
Starring
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "123".
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "J".
11 1 Blank BLANK.
12 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
blank for first occupation. Valid codes for
reoccupations of the station are R1-R9.
14 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
17 3 Numeric HAUL NUMBER - three-digit number
assigned by the investigator to uniquely
identify all catches.
20 8 Blank BLANK.
DC-22
-------
EXHIBIT IX-C-6 (Cont'd)
Individual Specimen Record
Starting
Column
Length
of Field
Field
Format
Description
28
12
40
49
50
56
6
1
57
24
Code NODC TAXONOMIC CODE - a twelve-digit
numerical code assigned to a taxon by
NODC. Refer to the master species list
provided the ODES Staff for a list of codes
(see Appendix B). For unlisted codes,
contact the ODES Technical Staff. Do not
assign new codes independently.
Numeric TOTAL WET WEIGHT - nine digits for well
weight of each species, in grams with one I
decimal place. |
Code WEIGHT DETERMINATION - a one-
character code for the method of determining
wet weight of individuals. Use Code 0161:
1 - Total Catch of Species Weighed
2 -- Prorated on Basis of Subsample
3 - Rough Estimate
4 -- Total catch not included in recorded
weight
Numeric TOTAL NUMBER OF INDIVIDUALS - six
digits for the tool number of individuals.
Code NUMBER DETERMINATION - a one-
character code for the method of calculating
the total number of individuals. Use Code
0162:
1 - Actual Count
2 - Prorated on Basis of Subsample
3 - Rough Estimate
4 - Volumetric Estimation
5 - Rough Estimate of a Few Hundred
6 - Rough Estimate of a Few Thousand
Blank BLANK.
DC-23
-------
X. ODES File Type 009 for Bacterial/Viral Sampling Data
A. Introduction
ODES File Type 009 for Bactenal/Viral Sampling Data can be used to report the type
and abundance of bacterial and viral organisms in environmental samples. This chapter
describes how to compile and submit to the ODES Staff data on bacterial and viral
abundances. A data set will consist of different record types arranged in a hierarchical
order. Section B of this chapter provides an illustration of each of the record types and
explains the hierarchical relationships between them. Section C contains detailed
instructions for formatting a data set. The instructions for each of the data elements include
such information as the length of the field, the type of data (e.g., numeric, character), and a
description of the element. In cases where a data element is to be coded (e.g.. sampling
gear) a list of valid codes will either accompany the element's description or be available
separately in one of the appendices. Appendix B includes ODES codes for bacterial or viral
groups or taxon; codes not represented in this list should be requested from the ODES
Technical Staff. (See Chapter I for address and telephone information.)
B. Hierarchical Relationships
ODES File Type 009 for Bacterial/Viral Sampling Data consists of five record types:
• Record Type T is the Survey Header Record. It is used to report information
common to the entire data set, such as the survey dates and the investigator's name.
• Record Type '2' is the Station Header Record. It is used to report information
about the location where the bacterial/viral samples were collected.
• Record Type '3' is the Station Environment Record. It is used to describe the
conditions under which the sample was collected (e.g., weather conditions, water
temperature).
• Record Type 'B' is the Sample Type Record. It is used to describe the type of
material collected for analysis and the gear used for collection.
• Record Type '4' is the Bacterial Data Record. It is used to report the abundance of
each bacterial or viral species found in the sample, and the analysis method used.
Exhibit X-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately enter the data onto tape or disk in the proper
format for each record.
In addition, it is also necessary to understand the relationships among die record types
so that you can compile a comprehensive data set in the proper hierarchical format. The
hierarchical order described herein is designed to minimi**, the duplication of data entry
tasks and is in accordance with standards adopted by the National Oceanographic Data
Center (NODC). The relationships are straightforward, and taking j
to understand them could save you considerable time and effort later.
X-l
-------
EXHIBIT X-B-1
ODES FT009 for Bacterial/Viral Data
Survey Header Record
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SEMES RECORD
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-------
Station Environment Record
EXHIBIT X-B-1 (Conl'd)
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-------
EXHIBIT X-B-1 (Conl'd)
Bacterial Data Record
ABUNDANCB
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-------
ODES DATA SUBMISSIONS MANUAL
As shown above, the record types report information at different logical levels. For
example, the Survey Header Record reports information common to the ennre data set
while the Sample Header Record reports information about only one of the samples
collected. Thus there will be only one Survey Header Record per data set, whereas there
will typically be many Sample Header Records.
Exhibit X-B-2 shows how the different record types would be arranged in a data set,
with the hierarchical relationships indicated by the level of indentation. If you have any
questions about the data reporting format, please contact the ODES Staff. (A list of
contacts is contained in the Preface to this manual.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File Type 009 for
Bacterial/Viral Sampling Data are provided below. All record types for a given data set will
share the same nine-character file identifier. This file ID consists of three characters to
identify the file type (i.e., "009"), followed by: a two-character abbreviation for the
municipality/institution/ agency conducting the survey, the last two digits of the year in
which the survey was taken, a series number assigned by the investigator and a scan code
to indicate sampling frequency and collection period.
All numeric fields should be right-justified, preceded by either blanks, zeroes, or,
where applicable, positive (+) or negative (-) signs. All decimal points are implied rather
than physically included. All character fields should be left justified and blank-filed to the
right.
Survey Header Record
This record is mandatory; it should occur only once, at the beginning of each data set.
See Exhibit X-C-1 for a description of all data elements in this record.
Station Header Record
This record is mandatory. One such record should be generated for each occasion on
which a sampling station has been occupied. Station occupations should be uniquely
identified by the Station ID Prefix and Station ID fields (columns 11-15). See Exhibit
X-C-2 for a description of all data elements in this record.
Station Environment Record
This record is mandatory. One such record must accompany each Station Header
Record. Station Environment Records are linked to Station Header Records by the
Station ID Prefix and Station ID fields (columns 11-15). See Exhibit X-C-3 for a
description of all data elements in this record.
Sample Type Record
This record is mandatory; at least one must be present for each Station Header Record.
See Exhibit X-C-4 for a description of all data elements in this record.
X-5
-------
EXHIBIT X-B-2
Bacterial/Viral Sampling Data
Order of Record Types/Reason for Occurrence
Survey Header Record
Dtrcribes the survey -
this is the first record in the
data set and should occur
only once
Station Header Record
Describes the first location
where bacterialMral samples
were collected
Environment Record
Describes environmental
conditions at the time of
sample collection at the
first station
Sample Type Record
Describes the first type of
material collected at the
station
Sample Type Record
Describes the second type
of material collected at the
station
Bacteria) Data Records
Describe the type and
abundance ofbaaerialf
viral species found in l)ie
first sample
Bacterial Dala Records
Describe the type and
abundance of bacterial/
viral species found in the
second sample
OwllUfll tiCaUCl IvtXUlu
^ . j
Environment Record
^ _j
Sample Type Record
Bacterial Data Records
Describes the second location
where bacteriallviral samples
were collected
Describes environmental
conditions at the tune of
sample collection at the
second station
Describes the type of material Describe the type and
collected at the station abundance of bacterial/
viral species found ui the
sample
-------
ODES DATA SUBMISSIONS MANUAL
Bacterial Data Record
At least one such record must exist for each Sample Type Record A separate Bacterial
Data Record must be generated for every taxon reported for each sample type. See
Exhibit X-C-5 for a description of all data elements in this record.
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 009 for
Bactenal/Viral Abundance Data. The codes are listed by their identifier and the field in
which they are to be used. The elements of these code types are listed in the appendices:
Appendix A contains ODES Chemical and Water-Quality Codes, Appendix B contains
NODC/ODES Taxonomic Codes, and Appendix C contains all other ODES code types.
Code Identifier
0077
0093
0094
0105
0109
0110
01S4
0108
0346
0376
0394
EPA-1
EPA-4
OD013
OD014
OD015
NODC
EPA-10
Field Name
Bottom Type
Sphere
Turbidity Equipment
Cloud Cover
Sea State
Wind Direction
Tide Stage
Weather
Station Location
Sampling Gear
Water Color
Relation to ZE>
Salinity Equipment
Bacterial/Viral Abundance Estimate
Analytical Technique
Growth Medium
Taxonomic Code
Scan ID
X-7
-------
EXHIBIT X-C-1
Survey Header Record
Starting
Column
I
4
Lengin
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "009".
SOURCE IDENTIFIER - a unique
identifier.
assigned by EPA, which appears on all
records within the data set,
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
16
27
28
34
40
1
5
11
1
6
Code
Blank
Alpha
Blank
YYMMDD
YYMMDD
Blank
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to" 1".
BLANK.
VESSEL - name of vessel.
BLANK.
SURVEY DATE (FROM) - start of survey
date. YY is the last two digits of the year.
MM is the month (01-12). DD is the day
(01-31).
SURVEY DATE (TO) - end of survey date.
YY is the last two digits of the year. MM is
the month (01-12). DD is the day (01-31).
BLANK.
X-8
-------
EXHIBIT X-C-1 (Cont'd)
Survey Header Record
Maning Length Field
Column of Field Format Description
45 19 Alpha SENIOR SCIENTIST/INVESTIGATOR -
name of senior scientist or investigator.
64 17 Alpha MUNIOPALTTY/INSTrnmON/AGENCY
- name of investigator's institution.
X-9
-------
EXHIBIT X-C-2
Station Header Record
Starting
Column
1
4
Leneih
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "009".
SOURCE IDENTIFIER -
unique identifier,
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "2".
11 2 Alpha STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
leoccupations of the station are R1-R9.
13 3 Alpha STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
X-10
-------
EXHIBIT X-C-2 (Cont'd)
Station Header Record
Starting
Column
16
17
19
25
26
33
34
Length
of Field
1
2
6
1
7
1
6
Field
Format
Alpha
Blank
DDMMSS
Code
DDDMMSS
Code
YYMMDD
Description
STATION TYPE - a single character code to
differentiate between sampling locations at an
influent or effluent pipe, sludge container or
receiving water. Please use the following
codes:
R - Receiving water
E - Effluent
I - Influent
S - Sludge
BLANK.
STATION LATITUDE - latitude of the
station. DD is degrees. MM is minutes. SS
is seconds.
LATITUDE HEMISPHERE - set to 'N1.
STATION LONGITUDE - longitude of the
station. DDD is degrees. MM is minutes.
SS is seconds.
LONGITUDE HEMISPHERE - set to 'W.
DATE -date of sample collection. YYisthe
40
44
48
53
4
5
16
last two digits of the year. MM is the number
of the month (01-12). DD is the day (0-31).
HHMM TIME - starting time of sample collection in
24-hour format (Standard Time). HH is the
hour (00-23). MM is the minutes (00-59).
Blank BLANK.
Numeric DEPTH TO BOTTOM - depth to the bottom
in meters.
Blank BLANK.
X-I1
-------
EXHIBIT X-C-2 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
69
1
Code
70
75
5
1
Blank
Code
76
Blank
RELATION TO Ztt) - a one-character code to
describe the classification of the station with
respect to the zone of initial dilution (ZID).
This field is applicable only to EPA's 301 (h)
program. Leave this field blank for all
stations not classified as pan of a 301(h)
monitoring program, where applicable, use
code EPA-1:
W -- Within ZID
B - ZID Boundary
N - Near Field
R - Reference
F - Far Field
BLANK.
STATION LOCATION - a one-character
code to describe the location of the station.
Use Code No. 0346:
A-Stream
B-Estuary
C-Lake
D-Ocean
E-Well
F-Other
BLANK.
X-12
-------
EXHIBIT X-C-3
Station Environment Record
Sukrung
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Desciiprion
FILE TYPE - SET TO "009".
SOURCE IDENTIFIER - a uniqt
le identifier,
assigned by EPA,which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This appears on
all records within the data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "3".
11 2 Alpha STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alpha STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
16 3 Blank BLANK.
19 3 Numeric BAROMETRIC PRESSURE - in millibars,
with one decimal place.
X-13
-------
EXHIBIT X-C-3 (Com'd)
Station Environment Record
Starring
Column
22
26
Leneih
of Field
4
4
Field
Fonnat
Blank
Symbolic/
Description
BLANK.
AIR TEMPERATURE - foi
IT digits for
30
32
34
Numeric
Code
Numeric
Code
36
39
3
1
Numeric
Code
40
Code
the temperature of the air at the surface.
Negative temperatures should be preceded by
a minus sign. Temperature is recorded in
degrees Celsius with one decimal place.
WIND DIRECTION - a two-character code
for the wind direction. Use Code No. 0110.
(See Appendix C for a list of codes).
WIND SPEED - two digits for surface wind
speed in meters per second with one decimal
place.
SEA STATE - a two-character code for the
sea state. Use Code No. 0109:
0 - Calm-Glassy (0 meters)
1 - Calm-Rippled (O-.l meters)
2 - Smooth-Wavelet (.l-.S meters)
3-Slight (.5-1.25) meters)
4 -- Moderate (1.25-2.S meters)
5 - Rough (2.5-4.0 meters)
6 - Very Rough (4-6 meters)
7 - High (6-9 meters)
8 - Very High (9-14 meters)
9 - Phenomenal (>14 meters)
TIDE HEIGHT - three digits for tide height
in meters with one decimal place.
TIDE STAGE - a one-character code for tide
stage. Use Code No. 0154:
.. Blank - No Information
l~Ebb
2-Ebb Slack
3-Flood
4-Flood Slack
WEATHER - a two-character code to
describe the weather conditions at the time of
station occupation. Use Code No. 0108.
(See Appendix C for a list of codes.)
X-14
-------
EXHIBIT X-C-3 (Cont'd)
Station Environment Record
btarang
Column
Length
of Field
Field
Format
Description
41
45
4
1
Blank
Code
46
48
2
1
Blank
Code
49
Numeric
BLANK. |
CLOUD COVER - a one-character code to
describe the proportion of sky obscured by
cloud. Use Code No. 0105:
0 - 0(Zero)
1 - IOKTA or less, but not zero (1/10 or
less, but not zero)
2 -- 2 OKTAS (2/10-3/10)
3 - 3 OKTAS (4/10)
4 - 4 OKTAS (5/10)
5 -- 5 OKTAS (6710)
6 - 6 OKTAS (7/10-8/10)
7 - 7 OKTAS or more, but not 8 OKTAS
(9/10 or more, but not 10/10)
8 - 8 OKTAS (10/10)
9 - Sky obscured, or cloud amount cannot
be estimated
BLANK.
TURBIDITY EQUIPMENT CODE - a one-
character code to describe the type of
equipment to measure transmissivity. Use
Code No. 0094:
1
* 2
3 ~
4 -
5 ~
w *"
Turbidometer, in JTU
Transmissometer, in Percent of Light
Transmission over a 10 cm path
Fluorometer, Suspended Solids
Calibration
Nephelometer, in NTU
Turbidometer in FTU
52
Blank
TRANSMISSIVITY - three digits for
transmissivity with one decimal place.if
measured by Equipment Code 2. If
measured by any other method, no decimal
place.
BLANK.
X-15
-------
EXHIBIT X-C-3 (Cont'd)
Station Environment Record
Starting
Column
53
Length
of Field
4
Field
Format
Symbolic
Numeric
Description
WATER TEMPERATURE - four digits for
the temperature of the water at the surface.
Negative temperatures should be preceded by
a minus sign. Temperature is recorded in
degrees Celsius with one decimal place.
57
58
59
60
65
66
1
5
1
1
Blank BLANK.
Code WATER COLOR - a one-character code to
indicate water color. Use Code No. 0394:
- Blank - No Information
1 - Blue
2 -- Blue-Green
3 - Green
4 — Greenish Brown
5 « Olive
6 -- Brown
Blank BLANK.
Numeric SALINITY - surface salinity at the station, in
parts per thousand (PPT), with three decimal
places.
Blank BLANK.
Code SALINITY EQUIPMENT CODE - a one-
character code to describe the equipment used
to measure salinity. Use Code No. EPA-4:
1 - Refactometer
2 - Titranon
3 - Conductivity
4-CTD
X-16
-------
EXHIBIT X-C-4
Sample Type Record
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "009"
4 2 Alpha SOURCE IDENTIFIER - a unique identifier,
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
10 1 Code RECORD TYPE-set to "B".
11 2 Alpha STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
inoccupations of die station are R1-R9.
13 3 Alpha STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
16 1 Blank BLANK.
X-17
-------
EXHIBIT X-C-4 (Cont'd)
Sample Type Record
Starting
Column
Lenein
of Field
Field
Formal
Description
17
18
20
23
28
29
33
37
1
2
3
1
4
Code
Blank
SPHERE - a one-character code to identify
the type of material analyzed. Use Code No.
0093:
.. Blank - no information
1 - Air
2 - Surface Floating
3 - Water Column - dissolved plus
paniculate
4 - Bottom
6 •- Biota
7 - Interstitial water
8 -- Suspended paniculate matter
9 -- Re-suspended sediment
A - Suspended solids
B - Sewage sludge
H -- Dissolved material
BLANK.
Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample.
23
Numeric
Blank
Numeric
Numeric
Blank
SAMPLE DEPTH - the depth at which the
sample was collected. Report in meters to one
place.
BLANK.
SAMPLE DEPTH (UPPER) - upper depth of
sediment core, in meters with 1 decimal
place.
SAMPLE DEPTH (LOWER) - lower depth
of sediment core, in meters with 1 decimal
place.
BLANK.
X-18
-------
EXHIBIT X-C-4 (Cont'd)
Sample Type Record
Starting Length Field
Column of Field Format Description
60 2 Code SAMPLING GEAR - a two-character code to
indicate the sample collection gear. Use
Code No. 0376:
05 - Bottle (Niskin, rosette, etc.)
06 - Grab (Van Veen. Smith-Maclntyre,
etc.)
07 - Core (piston, gravity, box, etc.)
08 - Dredge (clam, pipe, anchor, etc.)
09 - Pump (plankton, midwater, airlift,
etc.)
99 - Miscellaneous (hand-gathered, traps,
shovel, etc.)
62 8 Blank BLANK.
70 2 Code BOTTOM TYPE - a two-character code to
indicate the bottom type. Use Code No.
0077. (See Appendix C for a list of codes.)
X-19
-------
EXHIBIT X-C-5
Bacterial Data Record
Siarnng
Column
1
4
Leneth
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "009"
SOURCE IDENTIFIER - a unique
identifier,
assigned by EPA, which appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "4".
11 1 Blank BLANK.
[12 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample.
15 2 Numeric REPLICATE NUMBER - a number assigned
by the investigator to identify replicate
analyses of a single sample.
17 3 Blank BLANK.
X-20
-------
EXHIBIT X-C-5 (Cont'd)
Bacterial Data Record
Starting
Column
Length
of Field
Field
Format
Description
20
12
Code
32
36
4
4
Blank
Numeric
40
41
43
Numeric
Code
NODCTAXONOMIC CODE - a twelve-digit
code assigned to a taxon by NODC. Refer to
the master species list provided by the ODES
Staff (see Appendix B). For unlisted taxa,
contact the ODES Technical Staff. Do not
independently assign new codes.
BLANK.
ABUNDANCE - Use this field to record up
to four significant digits of the abundance,
expressed as number of colonies per 100
milliliters for water, and as number of
colonies per 100 grams dry weight for
sediment. Leave this field blank if just
presence/absence was recorded.
ABUNDANCE EXPONENT SIGN - the
sign of the exponent for the abundance.
Leave this field blank if there is no exponent
or if just presence/absence was recorded.
ABUNDANCE EXPONENT - the exponent
of the abundance measurement. Leave this
field blank if just presence/absence was
recorded.
ESTIMATION - Use this field to indicate the
method used to estimate the abundance. Use
Code OD013, Bacterial/Viral Abundance
1 - Single measurement
2 - Arithmetic mean
3 - Geometric mean (MPN)
4 - Presence/absence
5 -Greater than
6 -Less than
X-21
-------
EXHIBIT X-C-5 (Cont'd)
Bacterial Data Record
starting
Column
Lenetn
of Field
Field
Format
Descrionon
44
46
47
48
50
52
54
56
1
1
2
2
2
2
11
Numeric NUMBER OF REPLICATES - if replicates
are not reported separately, and the
abundance value above represents an estimate
based on a number of replicate analyses,
record the number of replicates used. If the
'ESTIMATION1 code is T, or if replicates
are reported individually on separate Bacterial
Data Records, leave this field blank.
Blank BLANK.
Code QUALIFIER CODE - a one character code to
provide additional qualifying information
about the measurement. Use EPA-3. (See
Appendix C for a list of codes.)
Blank BLANK.
Code ANALYTICAL TECHNIQUE - the analytical
method used to measure bacterial/viral
abundance. Use Code No. OD014. (See
Appendix C for code list)
Blank BLANK.
Code GROWTH MEDIUM - the medium used to
culture microorganisms for the abundance
measurement. Use Code No. OD015. (See
Appendix C for code list)
Blank BLANK.
X-22
-------
XI. ODES File Type 900 for Bioassay Data
A. Introduction
ODES File Type 900 for Bioassay Data can be used to report responses of various
organisms exposed to contaminated sediments, drilling muds, effluent or receiving water in
a controlled test. This chapter describes how to compile and submit to the ODES Staff a
data set containing bioassay data. The data set will consist of a set of different record types
arranged in a hierarchical order. Section B of this chapter provides an illustration of each
of the different record types and explains the hierarchical relationships among them.
Section C contains detailed, data element by data element, instructions for compiling your
data set. The instructions for each of the data elements include information such as the
length of the field, the type of data (e.g., numeric, character), and a description of the data
element.
The File Type 900 has been designed to accept data from many different types of
bioassays. Not all data elements in a record type are applicable to every bioassay method.
Data elements specific to a particular type of bioassay are noted in the data element
descriptions. In most cases where a data element is a code (e.g., a one-character code for
sphere), a list of valid codes will accompany the data element description. In some cases,
however, where the list of data entry codes is long (e.g., the list of codes for primary
industry), you will be referred to Appendix C. A species list of selected NODC taxonomic
codes for identifying species (or higher level taxa groups) is provided in Appendix B. If
you are unable to locate a taxon in the list, please contact the ODES Technical Staff for
additional taxonomic codes. Do not independently assign new axonomic codes.
B. Hierarchial Relationships
ODES File Type 900 is composed of six record types:
• Record Type "A" is the Survey Header Record. It is used to report information
common to the entire data set (e.g., survey dates, investigator's name).
• Record Type "B" is the Station Header Record. It is used to report information
about the station where the test material (sediment, effluent or receiving water) was
collected (e.g., station location, relation to ZID, station depth).
• Record Type "C" is the Sample Record. It is used to report information about each
sample (e.g., sample interval, sphere sampled, date and time sampled) collected at a
station.
• Record Type "D" is the Bioassay Conditions Record. It is used to report the type
of bioassay conducted and the physical conditions under which the tests were
ducted (e.g., photo period, flow for each sample).
Record Type "E" is the first Data Record for bioassay results. It is used to report
the quanta! response of the test organism after exposure to potentially contaminated
materials (mortality or other measures of a binary type response) for each replicate
sample.
XI-1
-------
ODES DATA SUBMISSIONS MANUAL
• Record Type "F1 is the second Data Record used to record bioassay results ihat
measure a graded response (e.g., relative changes in growth rate or reproductive
capacity).
Exhibit XI-B-l provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately complete individual data entry sheets (or enter this
data onto tape or disk) for each of the record types.
In addition, it is also necessary to understand the relationships among the different
record types so that you can compile a comprehensive data set in the proper hierarchical
format. The hierarchical order described herein is designed to minimize the duplication of
data entry tasks and is in accordance with standards adopted by the National Oceanographic
Data Center (NODC). The relationships are straightforward and taking just a few minutes
now to understand them could save you considerable time and effort later.
As shown above, different record types report information at different logical levels.
For example, the Survey Header Record (Record Type "A") reports information common
to the entire survey data set while the Data Record 1 (Record Type "E") reports bioassay
results from each of die replicate samples. Thus, there will be only one Survey Header
Record while there will typically be many Data Records.
Exhibit XI-B-2 shows how the record types would be arranged in a data set reporting
information from a survey conducted at one station, where one sample was taken at each
station and two different replicated bioassay methods were used. This example assumes
both mortality and changes in the growth rate of survivors were measured in each replicate.
If you have any questions about how to complete your data entry sheets or how to
compile your data, please contact the ODES Technical Staff. (See the Preface for address
and telephone information.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File Type 900 for Bioassay
Data are provided below. All record types for a given data set will share the same nine-
character file identifier. This file ID consists of three characters to identify the file type
(i.e., "900") followed by a two-character abbreviation for the municipality/ institution/
agency conducting the survey, followed by the last two digits of the year in which the
survey was taken, a series number assigned by the investigator and a scan code to indicate
sampling frequency and collection period.
All numeric fields should be right-justified, preceded by either blanks or zeroes, or
where applicable, positive (+) or negative (-) signs. All decimal points are implied rather
than physically included (see Exhibit XI-B-l). All character fields should be left-justified,
blank-filled.
Survey Header Record
This record is mandatory and should be submitted only once for each data set. See
Exhibit XI-C-1 for a description of all data elements in this record.
XI-2
-------
EXHIBIT XI-B-1
ODES FT900 for Bioassay Data
Survey Header Record
SENIOR SaENTUTfflNVUTKlATOR
Mllllllllllll
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0000000001
1234567890
I 1 1 I I 1 I 1 I
22222222223333333333444444444455555555556666666
01234567890123456789012345678901234567890123456
66677777
78901234
Station Header Record
1BUBS
UCOKD
NHJUENT/ RELATION
•nUlBMTIO TOZID
PRIMARY
WBTORDRV INDUSTRY
FUUOD OOOB
Illlllllllllllllllll
3000000001111111lll222222222233333333334444444444555555555566666666d
234S67890I23456789012345678901234567890I234567890I234S67890I234S67«
677777",
901234?
-------
EXHIBIT XI-B-1 (Cont'd)
Sample Header Record
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Bioassav Conditions Record
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-------
EXHIBIT
„. XI-B-2 _
Bioassay Data
Order of Record Types/
Reasons for Occurrence
5vTBfa Reeonl
-------
ODES DATA SUBMISSIONS MANUAL
Station Header Record
This record is mandatory; one record should be generated for each sampling station.
Stations should be uniquely identified by the Station ID Prefix and Station ID fields
(columns 11-15). See Exhibit XI-C-2 for a description of all data elements in this
record.
Sample Header Record
This record is mandatory; one record should be generated for each sample collected.
See Exhibit XI-C-3 for a description of all data elements in this record.
Bioassay Conditions Record
This record is used to report bioassay test parameters or conditions for each sample.
See Exhibit XI-C-4 for a description of all data elements in this record.
Data Record 1
This record is used to record the results from a bioassay measuring a quantal response
for each replicate sample. See Exhibit XI-C-S for a description of all data elements in
this record.
Dam Record 2
This record is used to record the results of a bioassay measuring a graded or
incremental response for each replicate sample. See Exhibit XI-C-6 for a description of
all data elements in this record.
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 900 for
Bioassay Data. The codes are listed by their identifier and the field in which they are to be
used. The elements of these code types are listed in the appendices: Appendix A contains
ODES Chemical and Water-Quality Codes, Appendix B contains NODC/ ODES
Taxonomic Codes, and Appendix C contains all other ODES code types.
Code Identifier Reid Name
EPA-1 Relation to ZED
0347 Wet or Dry Period
0375 Primary Industry Code
0093 Sphere
0376 Gear Type
EPA-6 Bioassay Type
NODC Taxonomic Code
0148 Life Stage
EPA-7 Bioassay Variable Code
EPA-10 Scan ID
H-7
-------
EXHIBIT XI-C-1
Survey Header Record
Starting
Column
I
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "900".
SOURCE IDENTIFIER - a unique
identifier
YY
assigned by EPA. This appears on all
records within the data set.
YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to idendfy subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
33
39
45
60
1
22
6
15
17
Code
Blank
YYMMDD
YYMMDD
Alpha
Alpha
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to "A".
BLANK.
SURVEY DATE FROM - start of survey
date. YY is the last 2 digits of the year. MM
is the month (01-12). DD is the day (01-31).
SURVEY DATE TO - end date of survey.
YY is the last 2 digits of the year. MM is the
month (01-12). DD is the day (01-31).
SENIOR SCIENTIST/rNVESTIGATOR -
name of senior scientist, investigator, or
contract manager.
MUTOOPAlJTY/INSTrrUTION/AGENCY
• name of investigator's institution.
XI-8
-------
EXHIBIT XI-C-2
Station Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "900".
SOURCE IDENTIFIER - a
unique identifier
assigned by EPA. This appears on all
records within the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within die data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ro ~ A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
10 1 Code RECORD TYPE-set to "B".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate a station has
been revisited during a survey. Leave blank
for first occupation. Valid codes for
reoccupations of the station are RI-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
16 6 DDMMSS STATION LATITUDE-longitude of station
in degrees (DD), minutes (MM), and seconds
(SS).
22 1 Code HEMISPHERE -set to "N".
XI-9
-------
EXHIBIT XI-C-2 (Cont'd)
Station Header Record
btaning
Column
Lenetn
of Field
Field
Format
Descriodon
23
30
31
41
1
10
2
DDDMMSS STATON LONGITUDE - longitude of
station in degrees (DD), minutes (MM), and
seconds (SS).
Code HEMISPHERE - set to "W".
Blank BLANK.
Alphanumeric INFLUENT/EFFLUENT IDENTIFIER - a
two-character ID assigned by the investigator
for a specific effluent source. This field is
appropriate for effluent bioassays only and is
used to differentiate multiple discharge
sources for a given survey.
43
Code
44
50
55
5
1
Numenc
Numeric
Code
RELATION TO ZID - a one-character code to
describe the classification of the station with
respect to the zone of initial dilution (ZID).
This field is applicable only to EPA's 301 (h)
program. Leave this field blank for all
stations not classified as pan of a 301(h)
program. Where applicable, use Code EPA-
1:
W-WithinZED
B - ZID Boundary
N-- Near Field
R - Reference
F- Far Field
DISTANCE TO ZID - Six digits for distance
in meters from the station to the edge of the
ZED. This field is only applicable for EPA's
301(h) program.
DEPTH - depth at station in meters with one
decimal place.
WET OR DRY PERIOD - code to indicate
wet-dry season or weather conditions. This
field is appropriate for effluent bioassays
only. Use Code No. 0347:
D-Dry
N - Normal/average conditions
W-Wet
XI-10
-------
EXHIBIT XI-C-2 (Cont'd)
Station Header Record
Starting Length Field
Column of Field Format Description
56 2 Code PRIMARY INDUSTRY CODE - code to
identify the general or primary source of toxic
substances or contaminants in the marine
environment as related to a specific effluent
source. This field will be filled out for
effluent bioassays only. Use Code No.
0375. (See Appendix C of this chapter for a
list of codes).
58 21 Blank BLANK.
XI-11
-------
EXHIBIT XI-C-3
Sample Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "900".
SOURCE IDENTIFIER - a unique
identifier
assigned by EPA. This appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "C".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX -
two-character code to indicate a station has
been revisited during a survey. Leave blank
for first occupation. Valid codes for
^occupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
16 2 Alphanumeric SAMPLE NUMBER - a two-character
identifier assigned by the investigator for
each whole water or sediment sample.
Samples can normally be numbered
sequentially.
XI-12
-------
EXHIBIT XI-C-3 (Cont'd)
Sample Header Record
Marnng
Column
Length
of Field
Field
Format
Description
18
24
30
31
37
41
Numeric UPPER DEPTH - depth to top of sample
interval in meters with 2 decimal places. (If
sediment is sampled, sediment surface = 0.)
Numeric LOWER DEPTH - depth to bottom of sample
interval, in meters, with 2 decimal places. (If
sediment is sampled, bottom of interval =
positive distance from sediment surface to
bottom of interval.)
Code SPHERE - one-character code to identify
sphere from which the sample came. Use
Code No. 0093. (See Appendix C for list of
codes.)
YYMMDD DATE SAMPLED - date of sample
collection. YY is last two digits of the year.
MM is the number of the month (01-12). DD
is the day (01-31).
HHMM TIME SAMPLED - time of sample collection
in 24-hr format. HH is the hour (00-23).
MM is the number of minutes (00-59).
Alphanumeric INFLUENT/EFFLUENT IDENTIFIER - a
two-character ID assigned by the investigator
for a specific point-source. This field will be
filled out for effluent bioassays only and is
used to differentiate multiple discharge
sources for a given survey.
43
Blank
BLANK
XI-13
-------
EXHIBIT XI-C-3 (Cont'd)
Sample Header Record
Starting
Column
Length
of Field
Field
Format
Description
50
Code
52
56
HHMM
Numeric
60
19
Blank
GEAR TYPE - a two-character code to
identify the type of gear used to collect the
sample. Use Code No. 0376:
05 - Bottle (Nisken, Rosette, etc.)
06 - Grab (Van Veen, Smith-Mclntyre,
etc.)
07 - Core (Piston, Gravity, Box, etc.)
08 - Dredge (Clam, Pipe, Anchor, etc.)
09 - Pump (Plankton, Midwater, Airlift,
etc.)
10 — Automatic Composite Sampler
99 - Misc (Hand-Gathered, Traps,
Shovel, etc.)
COMPOSITE TIME - the total number of
hours (in 24-h format) over which the sample
is composited (e.g., a 24-h composite would
be recorded as 2400).
COMPOSITE INTERVAL - the average
length of time between each composite
subsample recorded to the nearest hundredth
of an hour (e.g., an automatic sampler
collecting water samples every hour and a
half would be recorded as 150).
BLANK.
XI-14
-------
EXHIBIT XI-C-4
Bioassay Conditions Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "900".
SOURCE IDENTIFIER - a
unique identifier
assigned by EPA. This appears on all
records within the data set
6 2 YY YEAR • the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
10 1 Code RECORD TYPE-set to "D".
11 2 Alphanumeric STATION IDENTIHCATION PREFIX -
two-character code to indicate a station has
been revisited during a survey. Leave blank
for first occupation. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
16 2 Alphanumeric SAMPLE NUMBER - a two-character
identifier assigned by the investigator for
each whole water or sediment sample.
Samples can normally be numbered
XI-15
-------
EXHIBIT XI-C-4 (Cont'd)
Bioassay Conditions Record
Starting
Column
Length
of Field
Field
Format
Description
18
21
25
31
12
43
44
45
49
53
27
Code BIOASSAY TYPE - a three-character code to
identify the type of bioassay being
conducted. Use Code No. EPA-6 (see
Appendix C for list of codes).
Numeric NUMBER OF ORGANISMS - a count of the
animals or plants in each replicate sample in a
given bioassay.
DDHHMM EXPOSURE - length of exposure of test
organisms to bioassay conditions. Format is
days (2 digits), hours (00-23), minutes (00-
59).
Code NODC TAXONOMIC CODE - 12-digit
numerical code assigned to the taxon used in
the bioassay. Refer to the master species list
provided by the ODES Staff. (See Appendix
B.) For unlisted taxa, contact ODES
Technical Staff. Do not independently assign
new codes.
Code LIFE STAGE-one-character code to identify
lifestage of organisms during the bioassay.
If the bioassay spans more than one life-
stage, record the lifestage present at the
beginning of the bioassay. Use Code No.
0148 (see Appendix C for list of codes.)
Code LIFE STAGE - if the bioassay spans more
than one lifestage, use the one-character code
from Code No. 0148 to record the
predominant lifestage present at the end of the
bioassay. (See Appendix C for a list of
codes.)
Numeric FLOW - four-digit value for flow in cm/sec
with two decimal places. Leave blank if
static bioassay used.
HHHH PHOTOPERIOD - numbers of hours of light
vs. number of hours dark used during the
bioassay.
Blank BLANK.
XI-16
-------
EXHIBIT XI-C-5
Data Record 1
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "900".
SOURCE IDENTIFIER - a
unique identifier
assigned by EPA. This appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups.
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
10 1 Code RECORD TYPE-set to "E".
11 2 Alphanumeric STATION IDENTIFICATION PREFIX -
two-character code to indicate a station has
been revisited during a survey. Leave blank
for first occupation. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
16 2 Alphanumeric SAMPLE NUMBER - a two-character
identifier assigned by the investigator for
each whole water or sediment sample.
Samples can normally be numbered
sequentially.
XI-17
-------
EXHIBIT XI-C-5 (Cont'd)
Data Record 1
Starting
Column
Length
of Field
Field
Format
Description
18
21
25
27
33
37
41
45
48
52
73
3
4
21
2
Code BIOASSAY TYPE - a three-character code to
identify the type of bioassay being
conducted. Use Code No. EPA-6. (See
Appendix C for list of codes.)
Numeric DILUTION - percentage a sample was
diluted from standard bioassay with one
decimal place. If no dilution, leave blank.
Numeric LABORATORY REPLICATE NUMBER - a
unique identifier, assigned by investigator,
for each replicate or subsample taken from a
whole sediment or water sample.
DDHHMM OBSERVATION PERIOD-the elapsed time
from the beginning of the bioassay at which a
count or measure of a variable is made (e.g.,
mortality, dissolved oxygen). Format is days
(2 digits), hours (00-23), minutes (00-59).
Numeric WATER TEMPERATURE - water
temperature under which bioassay was
conducted. In degrees Celcius with two
decimal places.
Numeric SALINITY - salinity of water in the test
chamber, in parts per thousand to two
decimal places.
Numeric DISSOLVED OXYGEN - four-digit value
for dissolved oxygen in milliliters per liter
with two decimal places.
Numeric pH - three digit value for pH of the water in
die test chamber, with one decimal place.
Numeric MEASURE OR COUNT - number of dead or
affected organisms in a bioassay measuring a
quantal response.
Blank BLANK.
Alphanumeric CONTROL SAMPLE NUMBER - a two-
character identifier assigned by the
investigator for each whole water or sediment
sample used as a bioassay control.
XI-18
-------
EXHIBIT XI-C-5
Data Record 1
starting i-engtn Field
Column of Field Format Description
75 3 Alphanumeric CONTROL STATION - a three-character
code assigned by an investigator to identify
the sampling station where controls were
collected (i.e., a reference station).
78 2 Blank BLANK.
XI-19
-------
EXHIBIT XI-C-6
Data Record 2
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "900".
SOURCE IDENTIFIER - a
unique identifier
assigned by EPA. This appears on all
records within the data set.
YY YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "F1.
11 2 Alphanumeric STATION IDENTIFICATION PREFIX -
two-character code to indicate a station has
been revisited during a survey. Leave blank
for first occupation. Valid codes for
reoccuparions of the station are R1-R9.
13 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
16 2 Alphanumeric SAMPLE NUMBER - a two-character
identifier assigned by the investigator for
each whole water or sediment sample.
Samples can normally be numbered
sequentially.
XI-20
-------
EXHIBIT XI-C-6 (Cont'd)
Data Record 2
Marring
Column
Length
of Field
Field
Format
Description
18
21
25
27
33
37
41
45
48
3
2
50
Code BIOASSAY TYPE - a three-character code to
identify the type of bioassay being
conducted. Use Code No. EPA-6. (See
Appendix C for list of codes.)
Numeric DILUTION - percentage a sample was
diluted from standard bioassay with one
decimal place. No dilution, leave blank.
Numeric LABORATORY REPLICATE NUMBER - a
unique identifier, assigned by investigator,
for each replicate or subsample taken from a
whole sediment or water sample.
DDHHMM OBSERVATION PERIOD-the elapsed time
from the beginning of the bioassay at which a
count or measure is made (e.g., growth,
temperature). Format is days (2 digits),
hours (00-23), minutes (00-59).
Numeric WATER TEMPERATURE - water
temperature under which bioassay was
conducted. In degrees Celcius with two
decimal places.
Numeric SALINITY - salinity of water in the test
chamber, in pans per thousand to two
decimal places.
Numeric DISSOLVED OXYGEN - four-digit value
for dissolved oxygen in milliliters per liter
with two decimal places.
Numeric pH - three digit value for pH of the water in
the test chamber with one decimal place.
Code VARIABLE CODE (1) - a two-character code
to identify the variable measured. (See
Appendix C for the list of codes.) Use Code
No. EPA-7. Please contact ODES Technical
Staff if you need a new code.
Numeric VARIABLE VALUE (1) - the value of the
variable measured. The recorded value must
take the format described in the variable code.
XI-21
-------
EXHIBIT XI-C-6 (Cont'd)
Data Record 2
Siarnng
Column
Length
of Field
Field
Format
Description
55
Code
57
62
Numeric
Code
64
69
Numeric
Code
71
76
78
Numeric
VARIABLE CODE (2) - a two-character code
to identify the variable measured. (See
Appendix C for the list of codes.) Use Code
No. EPA-7. Please contact ODES Technical
Staff if you need a new code.
VARIABLE VALUE (2) - the value of the
variable measured The recorded value must
take the format described in the variable code.
VARIABLE CODE (3) - a two-character code
to identify the variable measured. (See
Appendix C for the list of codes.) Use Code
No. EPA-7. Please contact ODES Technical
Staff if you need a new code.
VARIABLE VALUE (3) - the value of the
variable measured The recorded value must
take the format described in the variable code.
VARIABLE CODE (4) - a two-character code
to identify the variable measured. Use Code
No. EPA-7. (See Appendix C for the list of
codes.) Please contact ODES Technical Staff
if you need a new code.
VARIABLE VALUE (4) - the value of the
variable measured The recorded value must
take the format described in the variable code.
Alphanumeric CONTROL SAMPLE NUMBER - a two-
character identifier assigned by the
investigator for each whole water or sediment
sample used as a bioassay control.
Alphanumeric CONTROL STATION - a three-character
code assigned by an investigator to identify
the sampling station where controls were
collected (Le., reference station).
XI-22
-------
XII. ODES File Type 901 for Fish and Shellfish Landings Data
A. Introduction
ODES File Type 901 for Fish and Shellfish Landings Data can be used to report the
type and amount of fish or shellfish harvested during any period at any port of landing.
This chapter describes how to compile and submit to the ODES Staff data on fish and
shellfish landings. A data set will consist of different record types arranged in a
hierarchical order. Section B of this chapter provides an illustration of each of the record
types and explains the hierarchical relationships between them. Section C contains detailed
instructions for formatting a data set. The instructions for each of the data elements include
such information as the length of the field, the type of data (e.g., numeric, character), and a
description of the element In cases where a data element is to be represented by a code
(e.g., sampling gear and species name) a list of valid codes will either accompany the
element's description or be available separately in one of the appendices. Appendix B
contains a list of NODC taxonomic codes for marine species; codes for species not
represented in this list should be requested from the ODES Staff.
B. Hierarchical Relationships
ODES File Type 901 for Fish and Shellfish Landings consists of three record types:
• Record Type "1" is the Landing Location Header Record. It is used to report
information common to the entire data set, such as the survey dates and the port of
landing.
• Record Type "2" is the Catch Record. It is used to report information common to
one or more landings, such as the beginning and ending dates of the reporting
period.
• Record Type "3" is the Species Record. It is used to identify each species landed in
the reporting period and die catch weight and value.
Exhibit XII-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately enter the data onto tape or disk in the proper
format for each record.
In addition, it is also necessary to understand i
so that you can compile a comprehensive data set in the proper hierarchical format The
hierarchical order described herein is designed to minmriM the duplication of data entry
tasks. The relationships are straightforward, and taking just a few minutes now to
understand them could save you considerable time and effort later.
As shown above, the record types report information at different logical levels. For
example, the Landing Location Header Record reports information common to the entire
data set while the Catch Record reports information about only one period within the
survey. Thus there will be only one Landing Location Header Record per data set,
whereas there will typically be many Catch Records.
XH-1
-------
EXHIBIT XII-B-1
ODES FT901 for Fish/Shellfish Landings Data
Landing Location Header Record
3BHB9
sauna
\ YBtt
FOB
TM
rarr oFuumNa arr
SURVEY Mn
FROM
ill Illlllllllllll [ill IIIIIIIII l! Mill III I Illl 111II
TO
, V, 1
X%'
9000000001111111111222222222233333333334444444444555555555566
234567890123456789012343678901234567890123456789012345678901
666666677
345678901
Catch Record
SBMBS
NUMBER
80URCB \ SCAN
RLE
UNDHO
Mill
ID
Mill
II
1 1 1 1 II 1 1 1 1 1 II II II I II II 1 1 II 1 1 1 II 1 1 IN I M 1 1
Q0000000011
1234567890I
1I11I11I222222222233333333334444444444S5S55SSS5S66<
23436789012345678901234567890123456789012345678901
666666677
345678901
-------
Species Record
EXHIBIT XII-B-1 (Cont'd)
SERIES UCOIO
7"
\ TBAI
HLB
PRESERVATION LANDED
CONDITION CONDITION
NOOC TAXQNOMC NUMBER
Illlllllf II
.'"Lffr*
('% $f
-------
ODES DATA SUBMISSIONS MANUAL
Exhibit XII-B-2 shows how the different record types would be arranged in a data set,
with the hierarchical relationships indicated by the level of indentation. If you have any
questions about the data reporting format, please contact the ODES Staff. (A list of
contacts is contained in the Preface to this manual.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File Type 901 for Fish and
Shellfish Landings are provided below. All record types for a given data set will share the
same nine-character file identifier This file ID consists of three characters to identify the
file type ~ i.e., "901" •- followed by a two-character abbreviation for the municipality/
institution/agency conducting the survey, the last two digits of the year in which the survey
was taken, a series number assigned by the investigator and a scan code to indicate
sampling frequency and collection period.
All numeric fields should be right-justified, preceded by either blanks, zeroes, or,
where applicable, positive (+) or negative (-) signs. All decimal points are implied rather
than physically included. All character fields should be left-justified and blank-filled to the
right.
Landing Location Header Record
This record is mandatory; it should occur only once, at the beginning of each data set.
See Exhibit XII-C-1 for a description of all data elements in this record.
Catch Record
This record is mandatory; it should occur once for every reported landing of fish or
shellfish. See Exhibit XH-C-2 for a description of all data elements in this record.
Species Record
This record is mandatory. One such record should be prepared for every species
landed in the reporting period. See Exhibit XII-C-3 for a description of aU data
elements in this record.
D. Data Entry Codes
The section contains a list of all the codes used in ODES File Type 901 for Fish and
Shellfish Landings Data. The codes are listed by their identifier and the field in which they
are to be used. The elements of these code types are listed in the appendices: Appendix A
contains ODES Chemical and Water-Quality Codes, Appendix B contains NODC/ODES
Taxonomic Codes, and Appendix C contains all other ODES code types.
Code Identifier Held Name
OD009 Preservation Condition
OD016 Landed Condition
NODC Taxonomic Code
EPA-10 Scan ID
xn-4
-------
EXHIBIT XII-B-2
Fish and Shellfish Landing Data
Order of Record Types/Reason for Occurrence
Landing Location
Header Record
Describes the survey -
this is the first record in
the data set and should
occur onty once
Catch Record
Describes the first period
within which catches are
reported
Catch Record
Describes the second period
within which catches are
reported
Catch Record
Describes the third period
within which catches are
reported
Species Records
Describe the identity and
quantity of each species
landed in the first period
Species Records
Describe the identity and
quantity of each species
landed in the second period
Species Records
Describe the identity and
quantity of each species
landed in the third period
-------
EXHIBIT Xn-C-1
Landing Location Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "901"
SOURCE IDENTIFIER -
a unique identifier.
YY
assigned by EPA, which appears on ail
records within the data set
YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
20
22
38
40
1
9
2
16
2
6
Code
Blank
Alpha
Alpha
Blank
YYMMDD
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
RECORD TYPE - set to "1".
BLANK.
PORT OF LANDING: STATE - the city at
which the catch was landed. Use U.S. postal
service designations.
PORT OF LANDING: CTTY - the name of
the city at which the catch was landed.
BLANK.
SURVEY STARTING DATE - the earliest
date of a catch report in this survey. YY is
the year, MM is the month, and DD is the
day.
xn-6
-------
EXHIBIT XH-C-1 (Cont'd)
Landing Location Header Record
Starting Length Field
Column of Field Format Description
46 6 YYMMDD SURVEY ENDING DATE - the latest date of
a catch report in this survey. YY is the year,
MM is the month, and DD is the day.
52 20 Blank BLANK.
xn-7
-------
EXHIBIT XH-C-2
Catch Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "901".
SOURCE IDENTIFIER - a
unique identifier,
YY
assigned by EPA, which appears on all
records within the data set.
YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field
Code
10
11
14
20
26
1
3
6
Code
Blank
YYMMDD
YYMMDD
Blank
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to "2".
BLANK.
REPORTING PERIOD STARTING DATE -
the beginning date for this reporting period.
YY is the year, MM is the month, and DD is
the day.
REPORTING PERIOD ENDING DATE -
the ending date for this reporting period. YY
is the year, MM is the month, and DD is the
day.
BLANK.
XH-8
-------
EXHIBIT XH-C-2 (Cont'd)
Catch Record
btarnng Length Field
Column of Field Format Description
27 3 Numeric LANDING NUMBER - This is a
sequentially-assigned number to distinguish
successive landings in a survey. This field
should be filled by the data submitter.
30 42 Blank BLANK.
xn-9
-------
EXHIBIT XH-C-3
Species Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "901".
SOURCE IDENTIFIER - a
unique identifier,
YY
assigned by EPA, which appears on all
records within the data set
YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field
Code
10
11
17
20
1
6
3
12
Code
Blank
Numeric
Code
32
Blank
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to "3".
BLANK.
LANDING NUMBER - This is a
sequentially-assigned number to distinguish
successive landings in a survey.
NODC TAXONOMIC CODE - a twelve-digit
code assigned to a taxon by NODC Refer to
the master species list provided by the ODES
Staff (see Appendix B). For unlisted taxa,
contact the ODES Technical Staff. Do not
independently assign new codes.
BLANK.
xn-io
-------
EXHIBIT XH-C-3 (Cont'd)
Species Record
otarung
Column
of Field
Mela
Format
Descriodon
40
45
46
47
48
53
1 -
2 -
3 -
4 -
5 Numeric CA1
land
19 Blank BU
Numeric CATCH WEIGHT - the total landed weight
of this species in the reporting period.
Report in whole kg.
Code PRESERVATION CONDITION - the
preservation condition of the fish or shellfish
as landed. Use Code OD009:
— Blank - no information
1 - Live
2 -- Fresh
3 - Frozen
4 - Salted
Blank BLANK.
Code LANDED CONDITION - the processed
condition of the catch as landed. Use Code
QD016:
- Blank - no information
Whole
- Gutted
- Filleted
Shelled
CATCH VALUE - the value of the catch as
landed. Report in whole dollars.
xn-n
-------
XIII. ODES File Type 902 for Plankton Abundance Data
A. Introduction
ODES File Type 902 for Plankton Abundance Data can be used to report the type and
abundance of planktonic organisms collected in marine and estuarine waters. This chapter
describes how to compile and submit to the ODES Staff data on plankton abundances. A
data set will consist of different record types arranged in a hierarchical order. Section B of
this chapter provides an illustration of each of the record types and explains the hierarchical
relationships between them. Section C contains detailed instructions for formatting a data
set. The instruction for each of the data elements include such information as length of the
field, the type of data (e.g., numeric, character), and a description of the element. In cases
where a data element is to be coded (e.g., sampling gear and species name) a list of valid
codes will either accompany the element's description or be available separately in one of
the appendices. Appendix B contains a list of NODC taxonomic codes for marine species;
codes for species not represented in this list should be requested from the ODES Staff.
B. Hierarchical Relationships
ODES File Type 902 for Plankton Abundance Data consists of seven record types:
• Record Type "A" is the Survey Header Record It is used to report information
common to the entire data set, such as the survey dates and the investigator's name.
• Record Type "B" is the Station Header Record. It is used to report information
about the location where the plankton samples were collected
• Record Type "2" is the Sample Header Record It is used to identify the sample
and the gear used for collection.
• Record Type "D" is the Total Haul Data Record It is used to report information
pertaining to the sample as a whole, such as water volume sampled and total weight
of biota collected.
• Record Type "3" is the Phytoplankton Data Record It is used to identify the
species and numbers of phytoplankton collected
• Record Type "E" is the Zooplankton Data Record It is used to identify the species
and numbers of zooplankton collected
• Record Type "I" is the Ichthyoplankton Data Record It is used to identify the
and number of ichthyoplankton collected
Exhibit XrH-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately enter the data onto tape or disk in the proper
format for each record
xm-i
-------
EXHIBIT XIII-B-1
ODES FT902 for Plankton Data
Survey Header Record
SBlQBi
MJMBB
XMBCB }
n\ ™*\
1 — r^~
RLB
tm
4
1 UCOW
SCAN1?18
r/
win.
Illllllll
11
sH
III!
OOOwvuvuuiiiiiiiiiizzz
*
i
SURVEY DA1B
ROM
INI
TO
inn
,v,'
* ^ '
; • <« >
'- >
III
SENIOR SOENnST/INVBSTIOATOR
Mllllllllllllllll
riirnnPAUIY/INSlTIVnON/AaiiNCY
Illllllllll
3456789012345678901234567890123456789012345
1
6 t
6 1
667777777
8901234)6
Station Header Record
tmnaa
n\
nta
TYFB
i
0 C
1 *
, w
^
0
IUMBBR
I jc
M
Sr- -
^ ^
0 O 1
m
AM «TJ
. »
^ 1
0 1
u>oc
am
•>
1
1 1 1
LATTIU
STATKJH
LAlTIVDfi
Illll
11111
DB
I
1
9
UMomi
STAIKN
LOMOnUDB
Illll
222222
0 1 2 3 4 S
IH
1
i
i
6
B
tun
(III
22233
78901
HUB
III
2345
-
t
-
1
7
WATOI
DUTH
mi
B 9 0 1 2
•
1
3
SEA
>.
Ill
4567
n
1
I
8
ATB RELATH
,;,">^U • '
s ' '!;
•, "• *
'-t *•
1 1 1 ii i 1 1 1 1 1 1 1
90123456789
m
1
1
6
0
TOZ.D ™
! II
6666
1234
IH
T
I
6
t
OH
ION
1
6 6 (
6 7 (
6777777 /
9 0 I 2 3 4 5 (t
-------
EXHIBIT XIII-B-1 (Cont'd)
Sample Header Record
SERIES
«BCOU>
SOURCE 1
D V VBA>
^
RLB
TTfl
pHi
• H
^1
1
rwt
^|
1
KJOIrJn SAMPLE OEA"
D /STMD mnnn TYPE
1
il
4
2
/ PREFIX
1
SIN
D
II
1
II
i
\
\
*
SAMPLE
nrm
1 II
IPtpl
fe
^s*.
•5:;
II
1
T
1
MESH
IDE
II
V
j;
TOW
TOO
START
III
TOW
TMB
END
III
-\ ' "
; ' *
! .
/ ^ '%
1 III
UPPER
SAMPLE
DEPTH
1 II
LOWER
SAMPLE
DEPTH
III
SHIP
SPEED
II
'
1
ihiiiiimi ii ii
OAnnnnnAAi i
1* •
2345678901
2 3
1 5 6 7 8 9 0 1
2 3
Total Haul Data Record
Mima
"V
nu
im
pH'J
0 0 C
H
, YB
^
1
0
IBHB9
UMun
\ K
AR
u
1
D 0 0 1
•BOM
m
AH m
T
1 1
° \
> 0 1
o
i
trot
nu.
D
1 1
1 1 I
MM
nn
1
I
1
VLB
sat
p
1
1 1
9
iTiTi
11122
VOLUME OP
WATER
SAMPLED
INN
22222
23456
-
2
7
TOTAL
SETTLED
VOLUME
1 1 1
223
890
-i'SV*
5*://«H
PT?
tj *'
y--^,j.
J '' ''
-, f f
f \
>"* *
1 1 1
1333
1234
TOTAL DRY
WEKMT
1 1 1 1 1 1
567890
TOTAL WET
WEKMT
1 II II 1
123456
Ton
i,
'-"••I
1 II II
78901
VI
1
1
2
rvpfl
Illlllllllll MM
345678901234567
667777777
890123456
-------
EXHIBIT XHI-B-1 (Cont'd)
Phvtoplankton Data Record
30URC!
"N
RLB
TYPB
H /
•ITml
001111
1
1
1
1
1 1
fc
K
£
NODC TAXOKGMlCOQDe
III II MM II
ItACTNW
OP
SAMFUB
OOUN1BD
1 1 1
OP
INDIVIDUALS
III 1
OOHCBNTRA1XM
Illlllll
901234
NUMBER
OP
ADULT]
MM
6 7 8 9
NUMBER
OF
JUVENILES
MM
0123
NUMBER
OF
BOOS
1 II 1
4< £ 1
JO/
NUMBER
OP
LARVAfi
MM
y u i j
1 1
3 4
SHTTIJUJ
VCXXIMK
Ml
Oil
90123436
-------
EXHIBIT XIII-B-1 (Cont'd)
Ichthvoolankton Data Record
SOURCB
VBAM
V
SCAN
UFBSTAOB
I MINIMI I
CAUOHT
MM
UMOIH
MM
MAXIMUM
LENOTH
MM
MEAN
LBN01H
Ml
M
MIMI
000000000111111111122222222223333333333444444444455555
1234567I90I234567890123456789012345678901234S67890I2345
55556666
67890123
-------
ODES DATA SUBMISSIONS MANUAL
In addition, it is also necessary to understand the relationships among the record types
so that you can compile a comprehensive data set in the proper hierarchical format. The
hierarchical order described herein is designed to minimize the duplication of data entry
tasks. The relationships are straightforward, and taking just a few minutes now to
understand them could save you considerable time and effort later.
As shown above, the record types report information at different logical levels. For
example, the Survey Header Record reports information common to the entire data set
while the Sample Header Record reports information about only one of the samples
collected. Thus there will be only one Survey Header Record per data set, whereas there
will typically be many Phytoplankton or Zooplankton Data Records.
Exhibit XIE-B-2 shows how the different record types would be arranged in the data
set, with the hierarchical relationships indicated by the level of indentation. In this example
each of the Data Record types (phytoplankton, rooplankton, and ichthyoplankton) is
shown at a station; an actual survey may report only one of these types of data at a station.
At least one Data Record (of some type), however, must appear for each Sample Header
Record.
If you have any questions about the data reporting format, please contact the ODES
Staff. (A list of contacts is contained in the Preface to this manual.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File Type 902 for Plankton
Abundance Data are provided below. All record types for a given data set will share the
same nine-character file identifier. This file ID consists of three characters to identify the
file type - i.e., "902" - followed by a two-character abbreviation for the municipality/
institution/agency conducting the survey, the last two digits of the year in which the survey
was taken, a series number assigned by the investigator and a scan code to indicate
sampling frequency and collection period.
All numeric fields should be right-justified, preceded by either blanks, zeroes, or,
where applicable, positive (+) or negative (-) signs. All decimal points are implied rather
than physically included. All character fields should be left-justified and blank-filled to the
right Codes that are not shown with the data element descriptions can be found in the
appendices.
Survey Header Record
This record is mandatory; it should occur only once, at the beginning of each data set.
See Exhibit Xm-C-1 for a description of all data elements in this record.
Station Header Record
This record is mandatory. One such record must be generated for every sampling
station in the data set. Stations should be uniquely identified by the Station ID Prefix
and Station ID fields. See Exhibit Xm-C-2 for a description of all data elements in this
record.
xm-6
-------
EXHIBIT
XIII-B-2
Plankton Abundance Data
Order of Record
Types/Reason for Occurrence
(Survey Header Record
i/ku u ttitpra record ai
Uu data ttl and tkoild
occur only aaet.
Smico Heads Record
Dtteribttlliffvalaeetmt
afllubtoia
eoUtatd in iStfira
Dftcnbe On typt ami
abiutdanctoftaoplanlaoH
jpteiafmuni in tin firn
Dumewt i*« ttemd taxplt
DttcrbaO* ntroS
c^^vBcttnB0 0/fAff
a>atatdi»0*itco
Mimplt at tluflnt aauo*.
it»^taafnadMt
itaifU,
Ocicntar c*« Mcpnrf IOOMIM
xm-7
-------
ODES DATA SUBMISSIONS MANUAL
Sample Header Record
This record is mandatory. One such record should be generated for each occasion on
which a collection of plankton is made. See Exhibit XHI-C-3 for a description of all
data elements in this record.
Total Haul Data Record
This record is mandatory. One (and only one) such record should accompany each
Station Header Record. This record is used to report information pertaining to the
entire sample collected. See Exhibit Xffl-C-4 for a description of all data elements in
this record.
Phytoplankton Data Record
A separate record of this type should be used for each Phytoplankton species observed
in the sample. This record is not mandatory if either a Zoopiankton Data Record or
Ichthyoplankton Data Record is filed under the same Station Header Record. See
Exhibit XIH-C-5 for a description of all data elements in this record.
Zoopiankton Data Record
One such record should be generated for every Zoopiankton species or life stage
reported in a sample. Each record can be used either to report on the abundance of a
single species or the abundance of a single stage. If abundance of an entire species is to
be reported, use the fields for the numbers of adult, juveniles, larvae, and eggs.
Otherwise, use the fields for stage, sex, and number for individuals. This record is not
mandatory if eidier a Phytoplankton Data Record or Ichthyoplankton Data Record is
filed under the same Sample Header Record. See Exhibit Xffl-C-6 for a description of
all data elements in this record.
Ichthyoplankton Data Record
One such record should be produced for every life stage and fish species in a sample.
This record is not mandatory if either a Phytoplankton Data Record or Zoopiankton
Data Record if filed under this Sample Header Record. See Exhibit Xffl-C-7 for a
description of all data elements in this record.
xm-s
-------
ODES DATA SUBMISSIONS MANUAL
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 902 for
Plankton Abundance Data. The codes are listed by their identifier and the field in which
they are to be used. The elements of these code types are listed in the appendices:
Apepndix A contains ODES Chemical and Water-Quality codes, Appendix B contains
NODC/ODES Taxonomic Codes, and Appendix C contains all other ODES codes types.
Code Identifier Reid Name
0101 Sex
0109 Sea State
0134 Gear
0148 Life Stage
0175 Tow Type
0346 Station Location |
EPA-1 Relation to ZID
NODC Taxonomic Code
EPA-10 Scan ID
xm-9
-------
EXHIBIT XIH-C-1
Survey Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "902".
SOURCE IDENTIFIER - a uniqi
te identifier
YY
assigned by EPA which appears on all
records within the data set.
YEAR - the last two digits of the year in
which the sample was taken.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
22
28
34
40
45
1
11
6
6
5
19
Code
Alpha
Blank
YYMMDD
YYMMDD
Blank
Alpha
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
RECORD TYPE - set to "A".
VESSEL - the survey vessel or platform.
BLANK.
SURVEY DATE (FROM) - start of the
survey period YY is the last two digits of
the year, MM is the month (01-12), and DD
is the day (01-31).
SURVEY DATE (TO) - end of survey date.
YY is the last two digits of the year. MM is
the month (01-12). DD is the day (01-31).
BLANK.
SENIOR SCIENTIST/INVESTIGATOR -
name of senior scientist or investigator.
xm-io
-------
EXHIBIT XIH-C-1
Survey Header Record
Starting Length Field
Column of Field Format Description
64 14 Alpha MUNICIPAIJTY/INSTmmpN/AGENCY
- name of investigator's institution.
xm-ii
-------
EXHIBIT XIH-C-2
Station Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "902".
SOURCE IDENTIFIER - a
unique identifier
assigned by EPA, which appears on every
record in the data set
6 2 YY YEAR - the last two digits of the year in
which the sample was taken.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "B".
11 * 2 Alpha STATION IDENTmCATION PREFDC - a
two-character code to indicate that a station
has been revisited during a survey. Leave
blank for the first occupation. Valid codes
for icoccupations of the station are R1-R9.
13 3 Alpha STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
16 6 DDMMSS STATION LATITUDE-latitude of station in
degrees (DD), minutes (MM), and seconds
*)•
22 1 Code LATITUDE HEMISPHERES - set to'N-.
Xm-12
-------
EXHIBIT Xm-C-2 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
23
30
31
37
41
44
49
55
1
6
3
5
6
1
56
13
DDDMMSS STATION LONGITUDE - longitude of
station in degrees (DDD), minutes (MM), and
seconds (SS).
Code LONGITUDE HEMISPHERE - set to 'W
YYMMDD DATE-date of sample collection. YY is last
two digits of the year. MM is the number
(01-12) of the month. DD is the day (01-31).
HHMM TIME - time of sample collection in 24 hour
format (Standard Time). HH is the hour (00-
23), MM is the minutes (00-59).
Blank BLANK.
Numeric WATER DEPTH - depth at the station in
meters with one decimal place.
Blank BLANK.
Code SEA STATE - a one-character code indicating
the ocean conditions at the time the station is
occupied. Use Code No. 0109:
0 - calm-glassy, 0 meters
1.. calm-rippled. O-.l meters
2 - smooth-wavelet, .1-.5 meters
3 - slight, .5-1.25 meters
4 - moderate, 1.25-2.50 meters
5 - rough, 2.50-4.0 meters
6 — very rough, 4-6 meters
7 - high, 6-9 meters
8 - very high, 9-14 meters
9 — phenomenal, > 14 meters
Blank BLANK.
xm-13
-------
EXHIBIT Xm-C-2 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
69
1
Code
70
75
5
1
Blank
Code
76
Blank
RELATION TO ZID - a one-character code to
describe the classification of the station with
respect to the zone of initial dilution (ZED).
This field is applicable only to EPA's 301 (h)
program. Leave this field blank for all
stations not classified as pan of a 301 (h)
monitoring program. Where applicable, use
code EPA-1:
W- Within ZID
B — TTT> Boundary
N-- Near Field
R - Reference
F--Far Field
BLANK.
STATION LOCATION - a one-character
code to describe the location of the station.
Use Code No. 0346:
A — Stream
B-Estuary
C-Lake
D-Ocean
E-WeU
F--Other
BLANK.
xm-u
-------
EXHIBIT Xin-C-3
Sample Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "902".
SOURCE IDENTIFIER - a
unique identifier,
assigned by EPA, which appears on all
records within the data set
6 2 YY YEAR • the last two digits of the year in
which the sample was taken. This appears
on all records within the data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "2".
11 2 Alpha STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupations of die station are R1-R9.
13 3 Alpha STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
16 3 Alphanumeric SAMPLE NUMBER - three characters I
assigned by the investigator to identify thej
sample.
19 1 Blank BLANK.
xm-i5
-------
EXHIBIT Xin-C-3
Sample Header Record
Starring
Column
Length
of Field
Field
Format
Description
20
24
27
29
32
33
3
2
1
4
37
41
46
50
5
4
Numeric SAMPLE DEPTH - depth of samples taken
from a single depth, as with a bottle. If
samples were taken from a tow integrating
several depths, leave this field blank and use
the upper and lower depth fields below.
Record as meters with one decimal place.
Blank BLANK.
Code GEAR TYPE - a two-character code to
identify the type of collection gear used. Use
Code No. 0134. (See Appendix C for a list
of codes.)
Numeric MESH SIZE - the mesh of the net used for
sampling, in microns (urn). Leave blank if a
net was not used.
Blank BLANK.
HHMM TOW TIME START - the beguming time for
the net tow, in 24 hour format (Standard
Time). HH is hours (00-23), MM is minutes
(00-59). Use this field to record sampling
time if samples were collected from a bottle
cast
HHMM TOW TIME END - the ending time for the
net tow, in 24 hour format (Standard Time).
HH is hours (00-23), MM is minutes (00-
59). If samples were collected from a bottle
cast, leave this field blank.
Blank BLANK.
Numeric UPPER SAMPLE DEPTH - meters. Use
this field if samples were taken from a net
tow. If sampling was performed with a
bottle, leave this field blank.
Numeric LOWER SAMPLE DEPTH - meters. This is
the deepest depth reached by a net tow.
Leave this field blank if sampling was
performed with a bottle.
Xm-16
-------
EXHIBIT Xm-C-3 (Cont'd)
Sample Header Record
Starting Length Field
Column of Field Format Description
54 3 Numeric SHIP SPEED - for net tows taken underway,
record the ship speed in knots with one
decimal place.
57 17 Blank BLANK.
xm-n
-------
EXHIBIT XIH-C-4
Total Haul Data Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "902".
SOURCE IDENTIFIER - a unique
identifier.
assigned by EPA, which appears on all
records within the data set
YY YEAR - the last two digits of the year in
which the sample was taken. This appears on
all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "D".
11 2 Alpha STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alpha STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
116 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample.
19 6 Blank BLANK.
xm-i8
-------
EXHIBIT Xffl-C-4 (Cont'd)
Total Haul Data Record
Starting
Column
25
31
32
36
40
47
54
60
61
Length Field
of Field Format
6 Numeric
1 Blank
4 Numeric
4 Blank
7 Numeric
7 Numeric
6 Blank
1 Code
17 Blank
Description
VOLUME OF WATER SAMPLED - the
entire volume of water filtered by a net or
collected in a bottle, recorded in whole cubic
meters.
BLANK.
TOTAL SETTLED VOLUME - the settled
volume of all biota collected in a sample,
recorded in whole milliliters.
BLANK.
TOTAL DRY WEIGHT - the dry weight of
all biota in the sample, in grams with two
decimal places.
TOTAL WET WEIGHT - the wet weight of
all biota in the sample, in grams with two
decimal places.
BLANK.
TOW TYPE - the type of net used for sample
collection. Use Code No. 0175.
C - double oblique circular
D - double oblique
G - single oblique
H - horizontal
R - surface circular
S - step oblique
T - surf ace tow
V - vertical
Y - horizontal, open on descent and/or
ascent
Z - horizontal, discrete
BLANK.
xm-i9
-------
EXHIBIT Xin-C-5
Phytoplankton Data Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "902"
SOURCE IDEN I LhlbK - a unique
identifier,
YY
assigned by EPA, which appears on all
records within the data set
YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
II
116
19
20
1
5
3
1
12
Code
Blank
SCAN ID • A one-character code used to
indicate sampling frequency and collection
period Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to "3".
BLANK.
Alphaumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample.
Blank BLANK.
Code NODC TAXONOMIC CODE - a twelve-
digit numerical code assigned to a taxon by
NODC. Refer to the master species list
provided by the ODES Staff (see Appendix
B). For unlisted taxa, contact the ODES
Technical Staff. Do not independently assign
new codes.
xm-20
-------
EXHIBIT XJH-C-5 (Cont'd)
Phytoplankton Data Record
Starting
Column
32
37
Length
of Field
5
9
Field
Format
Blank
Numeric
Description
BLANK.
ABUNDANCE -
the number of cells of this
species observed in the sample, reported as
cells/liter.
46 14 Numeric CARBON CONTENT - carbon content of the
cells in a sample, reported as picograms/liter.
60 7 Numeric PERCENT CELLS/LITER - fraction of all
cells which belong to this species. Report as
percent with five decimal places.
67 7 Numeric PERCENT CARBON/LITER - fraction of
total cellular carbon which belongs to this
species. Report as percent with five decimal
places.
xm-2i
-------
EXHIBIT XIH-C-6
Zooplankton Data Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "902".
SOURCE IDENTIFIER - a uniqt
te identifier,
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This appears on
all records within the data set
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "E".
11 5 Blank BLANK.
16 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample.
19 1 Blank BLANK.
?1 12 Code NODCTAXONOMIC CODE-a twelve-digit
numerical code assigned to a taxon by
NODC. Refer to the master species list
provided by the ODES Staff (see Appendix
B). For unlisted taxa, contact the ODES
Technical Staff. Do not independently assign
new codes.
Xm-22
-------
EXHIBIT Xm-C-6 (Cont'd)
Zooplankton Data Record
Mamng
Column
Lengtn
of Field
Held
Format
Description
32
Code
33
Code
34
Numeric
38
Numeric
43
Numeric
52
Numeric
LIFE STAGE - Code No. 0148. Use this
field only if this record is being used to report
the abundance of only a single stage.
Otherwise, leave blank. (See Appendix C for
a list of codes.)
SEX - the sex of the individuals in the stage
recorded above. Use Code No. 0101:
— Blank - no information
0 - Indeterminable
I-Male
2 — Female
3 - Hermaphrodite
4 - Transitional
5 — Grouped, both sexes present
6 - Hermaphroditic, functional female
7 - Hermaphroditic, functional male
FRACTION OF SAMPLE COUNTED -
when samples have been split, use this field
to record the fraction of the sample which has
been entirely enumerated. Report as percent
with one decimal place. This field should be
filled whether the record is being used for an
entire species or just a single stage.
NUMBER OF INDIVIDUALS - in the
fraction of the sample counted Use this field
only if this record is being used to report the
abundance of only a single stage. Otherwise,
leave blank.
CONCENTRATION - number of individuals
per cubic meter with four decimal places.
Use this field only if this record is being used
to report the abundance of only a single
stage. Otherwise, leave blank.
NUMBER OF ADULTS - number of adult
animals in the fraction of die sample counted.
Use this field only if this record is being used
to report on several stages of a species.
Otherwise, leave blank.
xm-23
-------
EXHIBIT Xm-C-6 (Cont'd)
Zooplankton Data Record
Starnng
Column
Length
of Field
Field
Format
Description
57
62
67
72
75
3
4
Numeric NUMBER OF JUVENILES - Use this field
only if this record is being used to report on
several stages of a species. Otherwise, leave
blank.
Numeric NUMBER OF EGGS - Use this field only if
this record is being used to report on several
stages of a species. Otherwise, leave blank.
Numeric NUMBER OF LARVAE - Use this field only
if this record is being used to report on
several stages of a species. Otherwise, leave
blank.
Blank BLANK.
Numeric SETTLED VOLUME - volume of all
individuals of the species or stage. Report in
whole mililiters.
xm-24
-------
EXHIBIT XIH-C-7
Ichthyoplankton Data Record
Starang
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE - set to "902".
SOURCE IDENTIFIER - a
unique identifier,
assigned by EPA, which appears on all
records withinn the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to "I".
11 4 Blank BLANK.
15 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample.
18 2 Blank BLANK.
20 12 Code NODCTAXONOMIC CODE-a twelve-digit
numerical code assigned to a taxon by
NODC. Refer to the master species list
provided by the ODES Staff (see Appendix
B). For unlisted taxa, contact the ODES
Technical Staff. Do not independently assign
new codes.
xm-25
-------
EXHIBIT Xm-C-7 (Cont'd)
Ichthyoplankton Data Record
Starting
Column
Length
of Field
Field
Format
Description
32
37
42
47
52
55
56
5
5
3
I
Numeric NUMBER CAUGHT - the total number of
individuals of the species in the sample.
Numeric MINIMUM LENGTH - the length of the
smallest individual in the sample. Repon in
millimeters with one decimal place.
Numeric MAXIMUM LENGTH - the length of all
individuals in the sample. Repon in
millimeters with one decimal place.
Numeric MEAN LENGTH - the mean length of all
individuals in the sample. Report in
millimeters with one decimal place.
Blank BLANK.
Code LIFE STAGE - the life stage of the species.
Use Code No. 0148. (See Appendix C for a
list of codes.)
Blank BLANK.
xm-26
-------
XIV. ODES FILE TYPE 029 for Primary Productivity Data
A. Introduction
ODES File Type 029 for Primary Productivity Data can be used to report the primary
productivity rate measured at a marine or estuarine sampling site. This chapter describes
how to compile and submit to the ODES Staff data on primary productivity measurements.
A data set will consist of different record types arranged in a hierarchical order. Section B
of this chapter provides an illustration of each of the record types and explains the
hierarchical relationships between them. Section C contains detailed instructions for
formatting a data set. The instructions for each of the data elements include such
information as the length of the field, the type of data (e.g., numeric, character), and a
description of the element. In cases where a data element is to be coded (e.g., sampling
gear and treatment method) a list of valid codes will either accompany the element's
description or be available separately in one of the appendices. New codes required for
submission of a data set should be requested from the ODES Staff.
B. Hierarchical Relationships
ODES File Type 029 for Primary Productivity Data consists of four record types:
• Record Type '0' is the Survey Header Record. It is used to report information
common to the entire data set, such as the survey dates and the investigator's name.
• Record Type T is the Station Header Record. It is used to report information
about the location where the productivity measurements were made.
• Record Type '2' is the Sample Header Record. It is used to describe the sample
depth and the gear used for collection.
• Record Type '3' is the Productivity Data Record. It is used to report the conditions
and result of the primary productivity measurement
Exhibit XTV-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately enter the data onto tape or disk in the proper
format for each record.
In addition, it is also necessary to understand the relationships among the record types
so that you can compile a comprehensive data set in the proper hierarchical format. The
hierarchical order described herein is designed to minimize the duplication of data entry
tasks. The relationships are straightforward, and taking just a few minutes now to
understand them could save you considerable time and effort later.
As shown above, the record types report information at different logical levels. For
example, the Survey Header Record reports information common to the entire data set
while the Sample Header Record reports information about only one of the samples
collected. Thus there will be only one Survey Header Record per data set, whereas there
will typically be many Sample Header Records.
XTV-1
-------
EXHIBIT XIV-B-1
ODES FT029 for Primary Production Data
Survey Header Record
SERIES
NUMIIUR
SOURCE \ SCAN
D
RECORD
me
HLB
TYPE
pm
0 0 0
i J
1
0
4
*
1
D 0
JjC
O
*
0
i
0
i
0
0
J S
,x Vs
1 III
1111
VBSSHL
1 Illllllll
1111112222
>•:
•l •«
Mill
22222
SURVB
HtOM
Mill
KDATfi
TO
HIM
1 1 II III 1 III 1 1 II 1
Illlll 1 INI II 1
45678901 23456
7890123456
Station Header Record
T**fl^
SERIES RECORD 2OHE DkJMll Of IAKONI-MI
NUMBEM TVFB TO*
SOURCE t SCAN ImAnnuin UMTIUDB LONOmiDH 20N3
HLB
TV«
w
V
1
V
1
D / WEFDT MEMISPIIERB HEMISPHERE SWN
V
' 1
0000000001
1234567890
STN.
D
II
STATION
LATnVDB
UNI
*
N
STATION
uuumiDB
Illlll
1
w
1111111112222222
DATB
HIM
TMB
III
;
i
TllkHMOCUNIi
ONE PERCENT K13.ATION
UQIITDEP1U 1OZID
1 1
I
DEPTH
TO
BOTTOM
UN
s
-
MINIMUM
1
II
III
1
i
uoirriJivH.
GXTONIiNI
i
1
SDK
HAOi
IJCII1
UiVU.
II
• '
STATION
UICAIVIN
1
1
78901234567890123456789012345678901234567891
1234567
-------
EXHIBIT XIV-B-1 (Com'd)
Samnle Header Record
SERIES
NUMIIEI
SOURCE \
m V YEAR
FILE
TYPE
l|j|i|
^
KKCOHO
, TYPE
SCAN | STATION ID SAMPLE
ID I PKE™ NUMBER
7 STATED |
If
»
1
?
T
1
Derm
OF
SAMPLE
III
T
1
COLLECTION
DEAR
1
%i **
f ? ^
IIMIII
Illlll
?
1
' "
Illlllllllllllllllllllllllllll
901234567890123456789012345678901234
'
Mill
66666
56789
77777
12345
Produciivitv Data Record
N= -ssr -~—
SOURCE 1 sc
»\ YEAR\
RLE
TYPE
pWJ
^
\ — 1
\\
AN / SAMPLE REPLICATE
D NUMBER NUMBER
4
I
' II
i
1
I
-
MM
w«
'ANALYTICAL «••
TECiBOOUB INCUBATION
1 BBOUN QUALIFIER CODE
1 | |
r{
CARBON
ASSMILA.
now
RATE
UK
ELAPSED
TIME OP
INCUBA-
TION
III
1
III
DEPTH
OP
INCUBATION
III!
I
iiiiiimimi
0000000001 1 1 1 1 I I 1 1 1222222222233333333334444444444555555
1234567890123456789012345678901234567890123456789012345
55566666
78901234
-------
ODES DATA SUBMISSIONS MANUAL
Exhibit XTV-B-2 shows how the different record types would be arranged in a data set,
with the hierarchical relationships indicated by the level of indentation. If you have any
questions about the data reporting format, please contact the ODES Staff. (A list of
contacts is contained in the Preface.)
C. Detailed Data Element Descriptions
Detailed descriptions for all of the data elements in ODES File Type 029 for Primary
Productivity Data are provided below. All record types for a given data set will share the
same nine-character file identifier. This file ID consists of three characters to identify the
file type - i.e., "029" - followed by a two-character abbreviation for the municipality/
institution/agency conducting the survey, the last two digits of the year in which the survey
was taken, a series number assigned by the investigator and a scan code to indicate
sampling frequency and collection period.
All numeric values should be right-justified, preceded by either blanks, zeroes, or,
where applicable, positive (+) or negative (-) signs. All decimal points are implied rather
than physically included All character fields should be left-justified and blank-filled to the
right. Any codes needed for submission of a data set which are not listed in the appendices
should be requested from the ODES Staff.
Survey Header Record
This record is mandatory; it should occur only once, at the beginning of each data set.
See Exhibit XTV-C-1 for a description of all data elements in this record.
Station Header Record
One such record must be generated for every sampling station in the data set. Stations
should be uniquely identified by the Station ID Prefix and Station ID fields. See
Exhibit XTV-C-2 for a description of all data elements in this record.
Sample Header Record
This record is used to report information pertaining to the collection of a sample. At
least one such record should appear under each Station Header Record. See Exhibit
XTV-C-3 for a description of all data elements in this record.
Productivity Data Record
This record is used to report upon measurements made upon a sample. At least one
such record should appear under each Sample Header Record. Replicate measurements
made upon a water sample should be reported on individual Productivity Data Records.
Note that pigment concentrations should be reported in file type 144W. See Exhibit
XTV-C-4 for a description of all data elements in this record.
XTV-4
-------
EXHIBIT XIV-B-2
Primary Productivity Data
Order of Record Types/Reason for Occurrence
Survey Header Record
Describes the survey -
this is the first record in
the data set and should
occur only once.
Station Header Record
Describes the first location
where productivity
measurements were made.
Station Header Record
Sample Header Record
Productivity Data
Records
Describes the depth and gear Describe the result of
used for the collection of the productivity measurements
first sample at the first station. made for the first sample at the
first station. Separate records
are used for replicates.
Sample Header Record
Productivity Data
Records
Describes the depth and gear
used for the collection of the
second sample at the first
station.
Describe the result of
productivity measurements
made for the second sample
at the first station. Separate
records are used for replicates.
See record arrangement shown for the first
location where productivity measurements
were made.
Describes the second location
where productivity measurements
were made
-------
ODES DATA SUBMISSIONS MANUAL
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 029 for
Primary Productivity Data. The codes are listed by their identifier and the field in which
they are to be used. The elements of these code types are listed in the appendices:
Appendix A contains ODES Chemical and Water-Quality Codes, Appendix B contains
NODC/ODES Taxonomic Codes, and Appendix C contains all other ODES code rypes.
Code Identifier Field Name
0033 Collection Gear
0346 Station Location
EPA-1 Relation to ZID
EPA-3 Qualifier Code
OD003 Storage/Pretreatmem
OD004 Primary Productivity Measurement
Technique
I EPA-10 Scan ID
XIV-6
-------
EXHIBIT XTV-C-1
Survey Header Record
Sliuung
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE - set to "029".
SOURCE IDENTIFIER - a uniqt
le identifier,
YY
assigned by EPA,which appears on all
records within the data set.
YEAR - the last two digits of the year in
which the sample wass taken. This appears
on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
16
27
33
39
1
5
11
6
6
Code
Blank
Alpha
Blank
YYMMDD
YYMMDD
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to '0'.
BLANK.
VESSEL - identity of the survey vessel or
platform.
BLANK.
SURVEY DATE (FROM) - start of survey
date. YY is the last two digits of the year.
MM is the month (01-12). DD is the day
(01-31).
SURVEY DATE (TO) - end of survey date.
YY is the last two digits of the year. MM is
the month (01-12). DD is the day(01-31).
XTV-7
-------
EXHIBIT XIV-C-1 (Cont'd)
Survey Header Record
Starting Length Field
Column of Field Format Description
45 17 Alpha SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.
62 15 Alpha MUNICIPALrrYANSTnTJnON/AGENCY
- name of investigator's institution.
XIV-8
-------
EXHIBIT XTV-C-2
Station Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE - set to "029".
SOURCE IDENTIFIER - a unique
identifier.
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany die
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to111.
11 2 Alpha STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave this
field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alpha STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
16 6 DDMMSS STATION LATITUDE - latitude of the
station. DD is degrees. MM is minutes. SS
is seconds.
22 1 Code LATITUDE HEMISPHERE - set to 'N1.
XTV-9
-------
EXHIBIT XIV-C-2
Station Header Record
o caning
Column
Lengtn
of Field
Field
Format
Description
23
30
31
37
41
44
49
62
65
69
1
6
3
5
13
3
4
1
70
DDMMSS STATION LONGITUDE - longitude of the
station. DDD is degrees. MM is minutes.
SS is seconds.
Code LONGITUDE HEMISPHERE - set to 'W.
YYMMDD DATE -date of sample collection. YYisthe
last two digits of the year. MM is the month
(01-12). DD is the day (01-31).
HHMM TIME - time of sample collection in 24-hour
format (Standard Time). HH is the hour (00-
23). MM is the minutes (00-59).
Blank BLANK.
Numeric DEPTH TO BOTTOM - water depth at the
sampling station. Record in whole meters.
Blank BLANK.
Numeric/ ONE PERCENT LIGHT DEPTH - the water
Symbolic depth at which light intensity is one percent
of that at the surface. Record in whole
meters. If the light level at the bottom is
greater than one percent, use a value of
'BBB'.
Blank BLANK.
Code RELATION TO ZED - a one-character code to
describe the classification of the station with
respect to the zone of initial dilution (ZED).
This field is applicable only to EPA's 301(h)
program. Leave this field blank for all
stations not classified as part of a 301(h)
monitoring program. Where applicable, use
code EPA-1:
W-WithinZID
B — ZID Boundary
N- Near Field
R - Reference
F- Far Field
Blank BLANK.
XIV-10
-------
EXHIBIT XIV-C-2
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
71
74
77
78
79
80
Numeric DEPTH OF THERMOCLINE - the depth at
which the rate of change of temperature with
depth is greatest Record in whole meters. If
the water column is well mixed all the way to
the bottom, set this field to 'BBB'.
Numeric SURFACE LIGHT LEVEL - light intensity
at the water surface, recorded as langleys per
day with three decimal places.
Symbolic LIGHT LEVEL EXPONENT SIGN - sign
(+/-) of the exponent for the surface light
level.
Numeric LIGHT LEVEL EXPONENT - exponent for
the surface light level.
Blank BLANK.
Code STATION LOCATION - a one-character
code to describe the location of the station.
Use Code No. 0346:
A —Stream
B - Estuary
C-Lake
D-Ocean
E-WeU
F--Other
XTV-11
-------
EXHIBIT XIV-C-3
Sample Header Record
Starting Length Field
Column of Field Format Descriotion
1 3 Code FILE TYPE-set to "029".
4 2 Alpha SOURCE IDENTIFIER - a unique identifier,
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
1 Code SCAN ED - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
10 1 Code RECORD TYPE-set to'21.
11 2 Alpha STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave this
field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupations of the station are R1-R9.
13 3 Alpha STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
16 5 Numeric DEPTH OF SAMPLE - the water depth at
which the sample was collected. Record as
meters with one decimal place.
JOV-12
-------
EXHIBIT XIV-C-3 (Cont'd)
Sample Header Record
Starting Length Field
Column of Field Format Description
21 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample.
24 16 Blank BLANK.
40 2 Code COLLECTION GEAR- a two-character code
to indicate the equipment used to collect a
sample. Use Code No. 0033:
11 - Niskin bottle or similar apparatus.
12 -- In situ pumping system lowered to
sampling depth.
13 - Ship's sea chest or special sea water
source from ship's hull - surface
samples only.
43 38 Blank BLANK.
XIV-13
-------
XV. ODES File Type 015 for Ocean Currents Data
A. Introduction
ODES File Type 015 for Current Meter Data can be used to report current meter data,
whether obtained from a moored instrument or a profiler. This chapter describes how to
compile and submit to the ODES staff a data set containing current meter data. The data set
will consist of a set of different record types arranged in a hierarchical order. Section B of
this chapter provides an illustration of each of the different record types and explains the
hierarchical relationships between them. Section C contains detailed instructions for
compiling your data set. The instructions for each of the data elements include information
such as the length of the field, the type of data (e.g., numeric, character), and a description
of the data element In most cases where a data element is a code, a list of valid codes will
accompany the data element description.
B. Hierarchical Relationships
ODES File Type 015 is composed of four record types:
• Record Type "A" is the Survey Header Record. It is used to report information
common to the entire data set (e.g., survey dates, investigator's name).
• Record Type "B" is the Station Header Record. It is used to report information
about the station where the sample was collected (e.g., station location, water
depth).
• Record Type "C" is the Current Meter Data Record 1. It is used to report current
direction and speed, and water temperature, pressure, and conductivity. Also
required is the tilt angle of the current meter axis with the vertical, and codes
describing to what extent the measurements have been corrected for tilt angle.
• Record Type "D" is the Current Meter Data Record 2. It is similar to Record Type
"C" except salinity and transmissivity are reported instead of pressure and
conductivity.
Exhibit XV-B-1 provides an illustration of the structure of each of these record types.
These record images, in conjunction with the detailed instructions provided in Section C,
will enable you to quickly and accurately complete individual data entry sheets (or enter this
data onto tape or disk) for each of the record types.
In addition, it is also necessary to understand the relationships among the different
record types so that you can compile a comprehensive data set in the proper hierarchical
format The hierarchical order described herein is designed to minimize die duplication of
data entry tasks and is in accordance with standards adopted by the National Oceanographic
Data Center (NODQ. The relationships are straightforward, and taking just a few minutes
now to understand them could save you considerable time and effort later.
XV-1
-------
EXHIBIT XV-B-1
ODES FT015 for Ocean Currents Data
Survey Header Record
SERIES
NUMBE
SOUkCB 1
"V YEAH \
| V A A
HLB
TYPfi
1
0 0
1 2
'.
*
*
1
RECORD
WDfl
SCAN"
10/
if
9
A
BOUY STATION NAME
Illllllll
' ^ " i'»#»'*«
' , ';f,*.«t
*<•'*- :* v
^ <*VC';
* % ^ J -i^ <• ' f
' -" V
/ ;^
Illlll
SURVEY DATE
TO
Mill
FROM
Mill
SENIOR SOENTIST/INVESIIOATOR
Illlllllllllll
MUNKVAlJTYANSTnvnON/AOKNCY
mi limn
34S67890I2345678901234S6789012345678901234567890I234567890
III!
6666
1234
Mill
66666
56789
'777777
) 1 2 3 4 5 6
Station Header Record
SOURCE
SERIES
NUMBER
RECORD
TYPE
YEAR
SCAN
STATION ID
PREFIX
LATtniDB
HEMISPHERE
LOMorruoe
HEMISPHERE
PILE
TYPE
lid
^1
*
1
1 / 1 1 1
V
t
1
B
STN.
0)
II
STATION
LATITUDE
INI
*
N
STATION
LONOnVDB
Illlll
t
W
SENSOR
DEPTH
III
WATER
DEPTH
III
,
Illlll II 1 IIMIIIIII
00000000011111111112222222222333333333344444444445555
12345678901234567890123456789012345678901234567890123
Illlllllll
III
5555556666666
4567890123456
III
6 6 6 ]
7 8 9 j
7 7 7 7 7 ;
I 2 3 4 5 f>
-------
EXHIBIT XV-B-1 (Cont'd)
Current Meter Data Record 1
SERIES
NUMBER "5^2° KUNOMBTER
SOURCE V SCAN 7™ CURRENT ANGLE UQ
•> \YBAB
FILE
TYPE
Pl'M
H
1
4
1
» / «««™N | IAC |
it
1
c
*,
\>:r
r?;
Illl
0000000001 1 1 1
1234567890123
DATfl
Illll
1MB
III
f
II
CUR BENT
SPEED
III
TEMP
II
9 0
PBB9SURB
Illl
3ONDUCT
IWTY
III
f
1
f
?
,
'
-
Illlllll
II
s
III 1 1 1 K I 1 1! 1 1 1 1 1
9 0 1 2 3 4 5 t
Current Meter Data Record 2
SERIES RECORD
NUMBER TYPE
SOURCE I SCAN /
"* V YEAR \
CURRENT
onecnoN
ICUNOMBTER
ANOLE UC
TRANSMISSIVnY I |ACl|
FILB
TYPE
H'h
0 0 C
1 2 3
^
1
» 0
4
^
1
0 0
S 6
^
0 <
7 1
'
D
) 0
i 9
- ;
% <\^j
w ^
Illl
1111
0123
DATB
Illll
11111
4 S 6 7 8
HUB
III
1222
9012
i
II
2 2
3 4
CURRENT
SPEED
III
S 6 7 8
TEMP
II
9 0
SALINITY
Illl
1 2 3 4 S
;
in
678
t
1
90
1
1
1
1
;-
III II IIKIIIII III 1 II III 1 III 1 1
.3456789012345618901234567*
90123456
-------
ODES DATA S UB.VOSSIONS MANUAL
As shown above, the different record types report information at different logical
levels. For example, the Survey Header Record (Record Type "A") reports information
common to the entire survey data set, whereas the Current Meter Data Records (Record
Types "C" or "D") report information about each of the observations taken during the
survey. Thus, there will be only one Survey Header Record per data set, but there will
typically be multiple Current Meter Data Records.
Exhibit XV-B-2 shows how the different record types would be arranged in a data set
reporting data from a survey in which sampling was conducted at two stations, where two
replicate samples were collected at each station.
If you have any questions about how to complete your data entry sheets or how to
compile your data, please contact the ODES Systems Administrator. (See the Preface for
address and telephone information.)
C. Detailed Data Element Descriptions
Detailed descriptions for ail of the data elements in ODES File Type 015 are provided
below. All record types for a given data set will share the same nine-character file
identifier. This file ID consists of three characters to identify the file type (i.e., "015"),
followed by a two-character abbreviation for the institution/agency conducting the survey,
the last two digits of the year in which the survey was taken, a series number assigned by
the investigator and a scan code to indicate sampling frequency and collection period.
All numeric fields should be right-justified, preceded by either blanks, zeroes, or
where applicable, positive (+) or negative (-) signs. All decimal points are implied rather
than physically included (see Exhibit XV-B-1). All character fields should be left justified,
blank-filled.
Survey Header Record
This record is mandatory and should be submitted once for each data set. See Exhibit
XV-C-1 for a description of all data elements in this record.
Station Header Record
This record is mandatory; one record should be generated for each sampling station.
Stations should be uniquely identified by the Station ED Prefix and Station ID fields
(columns 11-15). See Exhibit XV-C-2 for a description of all data elements in this
record.
Current Meter Data Record 1
This record is used to report current direction, current speed, sea water temperature,
pressure, conductivity, tilt angle (of the current meter with the vertical) and two tilt
angle codes. The first indicates whether the tilt angle is measured, inferred or
unknown, while the second indicates whether or not corrections were made to current
direction and speed due to tilt angle. See Exhibit XV-C-3 for a description of all data
elements in this record
XV-4
-------
EXHIBIT XV-B-2
Current Meter Data
Order of Record Types/Reason for Occurrence
Survey Header Record
Describes the survey ~
must be first record in the
data set
Station Header Record
Describes the first station
where observations were
made
Station Header Record
Describes the second station
where observations were
made
Current Meter Data
Record 1
Reports data assuming
OR pressure and conductivity
were measured
Current Meter Data
Record 2
Reports data assuming
salinity and transmissivity
were measured
Current Meter Data
Record 1
Reports data assuming
pressure and conductivity
were measured
Current Meter Data
Record 2
Reports data assuming
salinity and transmissivity
were measured
-------
ODES DATA SUBMISSIONS MANUAL
Current Meter Data Record 2
This record is used to report current direction, current speed, seawater temperature,
salinity, transmissivity, nit angle and two all angle codes. The first indicates whether
the tilt angle is measured, inferred or unknown, while the second indicates whether or
not corrections were made to current direction and speed due to tilt angle. See Exhibit
XV-C-4 for a description of all data elements in this record.
D. Data Entry Codes
This section contains a list of all the code types used in ODES File Type 015 for
Current Meter Data. The codes are listed by their identifier and the field in which they are
to be used. The elements of these code types are listed in the appendices: Appendix A
contains ODES Chemical and Water-Quality codes, Appendix B contains NODC/ODES
Taxonomic Codes, and Appendix C contains all other ODES codes types.
Code Identifier Field Name
EPA-8 IAC1
EPA-9 IAC2
I EPA-10 Scan ID
XV-6
-------
EXHIBIT XV-C-i
Survey Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "01 5".
SOURCE IDENTIFIER - a unique
identifier,
YY
assigned by EPA, which appears on all
records within the data set.
YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
22
30
36
42
1
11
8
6
15
Code
Alpha
Blank
YYMMDD
YYMMDD
Alpha
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to "A".
BUOY STATION NAME - identity of the
buoy station.
BLANK.
SURVEY DATE FROM - start of survey
date. YY is the last 2 digits of the year. MM
is the month (01-12). DD is the day (01-31).
SURVEY DATE TO - end of survey date,
where YY is the last 2 digits of the year. MM
is the month (01-12). DD is the day (01-31).
SENIOR SCIENTIST/INVESTIGATOR -
name of senior scientist or investigator.
XV-7
-------
EXHIBIT XV-C-1 (Cont'd)
Survey Header Record
Starting Length Field
Column of Field Format Description
57 24 Alpha MUMCIPALITY/INSTTnmOWAGENCY
• name of investigator's institution.
XV-8
-------
EXHIBIT XV-C-2
Station Header Record
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "015".
SOURCE IDENTIFIER - a unique
identifier.
assigned by EPA, which appears on all
records within the data set.
6 2 YY YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set.
8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
9 1 Code SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
10 1 Code RECORD TYPE-set to "B".
11 2 Alpha STATION IDENTIFTCATION PREFIX - a
two-character code to indicate that a station
has been revisited during a survey. Leave
this field blank for the first occupation of a
station. Valid codes for reoccupations of the
station are R1-R9.
13 3 Alpha STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
16 6 DDMMSS STATION LATITUDE - latitude of the
station. DD is degrees. MM is minutes. SS
is seconds.
22 1 Code HEMISPHERE-set to "N".
XV-9
-------
EXHIBIT XV-C-2 (Cont'd)
Station Header Record
it arcing
Column
Length
of Field
Field
Format
Desolation
23
30
31
35
39
1
4
4
2
DDDMMSS STATION LONGITUDE - longitude of
station. DDD is degrees. MM is minutes.
SS is seconds.
Code HEMISPHERE - set to "W".
Numeric SENSOR DEPTH - depth of current meter
expressed in meters to one decimal place.
Numeric WATER DEPTH - depth at station in meters
to one decimal place.
Blank BLANK.
XV-10
-------
EXHIBIT XV-C-3
Current Meter Data Record 1
Starting
Column
I
4
Length
of Field
3
2
Format
Code
Alpha
Description
FILE TYPE -set to "01 5".
SOURCE IDENTIFIER - a unique
identifier.
YY
assigned by EPA, which appears on all
records within the data set.
YEAR - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sets. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
16
22
26
1
5
6
4
3
Code
Blank
YYMMDD
Numeric
Numeric
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix C).
RECORD TYPE - set to "C".
BLANK.
DATE - date of the current meter observation.
YY is the last two digits of the year. MM is
the number (01-12) of the month. DD is the
day (01-31).
TIME - time of the current observation
expressed in units of 0.01 hours.
CURRENT DIRECTION - direction toward
which current is flowing expressed in whole
degrees.
XV-11
-------
EXHIBIT XV-C-3 (Cont'd)
Current Meter Data Record 1
Marung
Column
i-engin
of Field
Field
Fonnai
Description
129
33
36
41
45
47
48
5
4
Numeric CURRENT SPEED - current speed
expressed in units of centimeters per second
with one decimal place..
Numeric TEMPERATURE - water temperature
expressed in degrees Centigrade with one
decimal place. Negative temperatures
preceded by a minus sign.
Numeric PRESSURE - water pressure measured in
decibars with one decimal place.
Numeric CONDUCnVITY • conductivity of seawater
expressed in millimeters/cmi with two
decimal places.
Numeric INCLINOMETER ANGLE - measured meter
tilt angle off vertical expressed in whole
degrees.
Code IAC1 - use code EPA-8:
1 = angle measured
2 = angle inferred
3 = angle unknown
Code
IAC2 - use code EPA-9:
1 = no corrections made in reported current
direction and speed due to tile angle
2 = corrections made to direction only
3 = corrections made to speed only
4 = corrections made to both direction and
speed
49
30
Blank BLANK.
XV-12
-------
EXHIBIT XV-C-4
Current Meter Data Record 2
Starting
Column
1
4
Length
of Field
3
2
Field
Format
Code
Alpha
Description
FILE TYPE -set to "01 5".
SOURCE IDENTIFIER - a unique
identifier,
YY
assigned by EPA, which appears on all
records within the data set.
YEAR - the last two digits of the year in
which the sample was taken. This appears
on all records within the data set.
Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by the
investigator. Used to identify subgroups of
data within a survey (e.g., analytical groups,
or data collected at different frequencies).
This code is defined by the investigator in the
data description forms which accompany the
data sec. If there is no series number, enter
"0" (zero) in the field.
Code
10
11
16
22
26
1
5
6
4
3
Code
Blank
YYMMDD
Numeric
Numeric
SCAN ID - A one-character code used to
indicate sampling frequency and collection
period. Use a numeric code to identify the
quarter when semi-annual or quarterly data
were collected. Use an alpha code to indicate
when monthly data were collected. Use
Code No. EPA-10 (See Appendix Q.
RECORD TYPE-set to "D".
BLANK.
DATE - date of the current meter observation.
YY is the last two digits of the year. MM is
the number (01-12) of the month. DD is the
day (01-31).
TIME - time of the current observation
expressed in units of 5.01 hours.
CURRENT DIRECTION - direction toward
which current is flowing expressed in whole
degrees.
XV-13
-------
EXfflBITXV-C-4 (Cont'd)
Current Meter Data Record 2
Marring
Column
Length
of Field
Field
Format
Description
129
33
36
41
45
47
48
5
4
2
Numeric
Numeric
Numeric
Numeric
Numeric
Code
Code
49
30
Blank
CURRENT SPEED - current speed
expressed in centimeters per second with one
decimal place..
TEMPERATURE - water temperature
expressed in degrees Centigrade with one
decimal place. Negative temperatures
preceded by a minus sign.
SALINITY - salinity of seawater measured in
PPT with three decimal places.
TRANSMISSIVITY - transmissiviiy
measured in percent with one decimal place.
INCLINOMETER ANGLE - measured meter
tilt angle off vertical expressed in whole
degrees.
IAC1 - use code EPA-8:
1 = angle measured
2 = angle inferred
3 = angle unknown
IAC2-use code EPA-9:
1 = no corrections made in reported current
direction and speed due to tilt angle
2 = corrections made to direction only
3 = corrections made to speed only
4 = corrections made to both direction and
speed
BLANK.
XV-14
-------
APPENDIX A
ODES CHEMICAL CODES
NOTE: Appendix A provides a list of valid ODES 10-
character codes for identifying chemical compounds. The
ODES Technical Staff will supply codes for chemicals not
listed in Appendix A (see Chapter I of this manual for
address and telephone information). Updated versions of
Appendix A will be distributed periodically.
-------
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11-2MITB
11-2ClZTBa
111-lCiZTa
112-3C1ZTH
1122-tciZT
12-2BB3CLP
12-2BBZTH
12-2CLBXZ
12-2CLZTH
12-2CIZTRA
12-2C1ZTHZ
12-2CX.PBP
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12-2HHYZ
12-2PHHYZ
12-T2CLZTR
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177-SH2CTC
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2-HPZXT
2-XAX11ZXZ
2-XAPAHXXZ
2-XPMX
2-P1PHZPTO
23-2C1PMX
23-2ZTM10X
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236-aetPKx
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107-B3-5
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71-55-4
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107-01-2
181-10-5
70-07-5
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122-00-7
130-01-1
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-------
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razox 113
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Z DZZTBZXZ
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TO BEXZ
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LEAD
LEAD CHBOH
LEAD OXZOZ
DISSOLVED
Z. COLI
ZTHYLZXE(BZS)DZTHZO CAKB ACZD SALTS
EX
ALPHA EXOOSUirAX
BZTA ZXDOSUirAX
ZXOOSUL7AX SULfATZ
EXDOSULfAX (PESTZCZDE)
EXDRZX (PESTICIDE)
EXDBZX ALDCHYOZ
ZXDXZX KZTOXE
ZPZCHLOftOHYOBZX
EPOXYSTZABZC ACID
ETHAKOL
ETHYLEXE 01YCOL
ETHYLEHE THZOURZA
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3UTHIOX (PESTICIDE)
TOTAL KALOZTHZBS
TOTAL HALOHETXAXZS
HYDBOOEX SUtflDZ
MEC HYBROCARBOKS
HYBXOCHLORZC ACZD
HEPTACHLOa EPOXZOZ (PESTICIDE HZTAB)
HEPTACHIOR (PESTICIDE)
HEXAXOZC ACZD. HETHYL ESTEB
POLYCYCLZC ARORATZC HYDROCARBOX-HZAVY
HYDRAZIXE
BUTY1BEXZEXE ZSOHZRS
DZZTHY1BEXZIXE ISOHEAS
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ISOPROPAXOL
KZLTHAKZ (PESTICIDE)
KEPOXE (PESTICIDE)
LZAD
LEAD CHRORATZ
LZAD OXZDE
959-91-1
33213-65-9
1031-07-1
113-29-7
72-20-t
7««21-93-<»
925-93-9
107-21-1
96-
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A-7
-------
0-3PHEX
0-P04-D
0-TOLZ-HCl
OCTYPHX
OZL/GREASZ
01ZZC
OP DOE
OP DOT
OPHOSPHATE
ORGLZ8 NZC
ORTHO PKOS
OZOXE
P-3PHCX
P-CL-HCRSL
P2n2AHBXZ
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PARATHZOK
PCS 1016
1221
1232
1242
124*
1234
1260
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PCS
PCB
PCB
PCB
PCB
PCBS
PCLAXZLZXZ
PCXB
PZXCB8
PZT HC
PZT XAPTHA
PK
PHZXAXTHRX
PHZXOL
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PHZXOLZCS
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PHOSPHATE
PHOSPHORUS
PHOSPHTZ-D
PHTH-ZSTRS
PZROX
PLEAD
POLYPROPYL
POTASS-D
PROPYIZHXX
PIPE 0
PSZLVZR
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PYRZDZXZ
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0-TOLUZBZXZ HYDROCHLOXZDZ
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ORCAXZC PHOSPHATES
XEC ORQAXZC LZfiUZOS
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OZOXECHtDROCARBOXS)
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P-CHLORO-H-CRISOt (PCRC)
P-DZnZTHYL9ZAnZXOBEXZEXZ
POLYXUC1ZAR AROHATZC HYOROCARBOXS
PARATMZOX (PESTZCZ9Z)
PCR-10U
PCB-1221
PCB-1232
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PCB-1254
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POLXCXIORZXATZD BZPKZXT1S
P-CH10ROAMZLZXZ
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PHOSPHORUS
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PBTHALATZ ZSTZRS
PARTZCUIATZ ZRON
PARTZCULATZ 1ZAD
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PYRZXZ
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RAOZOACTZVZTY GROSS ALPHA
RADZOACTZVZTY GROSS BETA
TMZOCYAXATZ
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(PESTICIDE)
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54-3S-2
1336-36-3
106-47-B
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7S-56-9
129-00-0
110-B6-1
7712-49-2
7440-21-3
7440-22-4
93-72-1
122-34-9
-------
SKX
B0«
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TOTAL SULMTZ
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suirxBts
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TOTAL KJtlBiHl XXT100ZX
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TOTAI KTBBOCAIBOX9
TOTAI BtSXBOAL CXlOlZXt
TOTAi SOLXBS
TOTAL yOLtAAOHATZC ITBftOCABBOXS
TOXAPMZXZ OZSTICIfit)
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TRXCMLOIfOX (H5TICIDZ)
TBXRZTMTLrLOOtOSZLAXK
T1ITHIOK
TOTAL SXLVtl
TOTAL XXXC
UXBZCAXZ
0XKXOUX ALXZXZ
0LTXHATZ OXTStX BZRAXB
fAXABZUH
VZXTL CXLOBXBZ noxonzis
VXXTL ACZ7ATZ
VXXTL CML01XBZ (CSI— CMC!)
XTLZXZ
TOTAL XYLZXZ
AXTH1ACXXZ * FMCXAMTXXZXZ
7MO-IB-0
7MO-11-I
tft-«S-l
7MO-I*-«
St-it-i
11*0-11-4
10B-OS-OH
7S-01-*
1llO-tQ-7
ZXMC
A-9
-------
Examples For Coding The Concentration Of Chemical Compounds
THE MEASUREMENT CODE FIELD ALLOWS THE SUBMITTER TO
PPM ON A WEIGHT TO WEIGHT BASIS: PPB ON A WEIGHT TO
VOLUME BASIS). THE FOLLOWING EXAMPLES
ILLUSTRATE THIS CONCEPT.
EXAMPLE 1:
COPPER IS MEASURED AT 150 MICROGRAMS/CC.
THE MEASUREMENT CODE IS CODED AS FOLLOWS:
EXCERPT FROM
DATA RECORD
I
MEASUREMENT
CODE(l)
tl
CONCENTRATION. EXPONENT SIGN, AND EXPONENT
ARE CODED ACCORDING TO THE UNIT OF MEASURE
INDICATED BY THE MEASUREMENT CODE.AS FOLLOWS:
CONCENTRATION (1)
1
5
0
+
0
EXAMPLE 2:
MEASUREMENT
CODE(l)
PCBS ARE MEASURED AT A CONCENTRATION OF 8.5
MICROGRAMS/LITER. THE MEASUREMENT CODE
IS CODED AS FOLLOWS:
K
CONCENTRATION. EXPONENT SIGN. AND EXPONENT
ARE CODED ACCORDING TO THE UNIT OF MEASURE
INDICATED BY THE MEASUREMENT CODE.AS FOLLOWS:
CONCENTRATION (1)
8
5
+
-
1
A-10
-------
APPENDIX B
MASTER SPECIES LIST OF NODC TAXONOMIC CODES
NOTE: Appendix B provides a list of ODES/NODC
taxonomic codes. This list includes some codes with the
following qualifiers: (S) synomym; (A) pan of a longer
taxonomic name; (T) temporary code: and (P) provisional
species code. The ODES Technical Staff will supply codes
for taxa not listed in Appendix B (see Chapter I for address
and telephone information). Do not independently assign
new codes.
-------
KODC
CODE
513105010200
513105010600
513105010000
615301010900
615301010200
615301010400
615301010500
615301010700
615301010000
3751*01030000
375401030200
500141090100
500141130600
500141130100
50011*1090500
5001«*1130<400
500141021500
500141130500
500141090000
616934010200
550202010100
510205000000
500141130300
500141130600
500141130100
500141130400
500141130202
500141130202
500141130500
511004040300
51 1004011900
51 1004010200
51 1004012000
511004010000
511001010100
511001010000
511001011900
511001000000
616906120300
616906120200
616906120400
510323000000
551502010200
551502010000
550701110200
550701110000
500141010100
500141070500
500141010300
514200000000
514203010100
514203000000
550905012402
NODC TAXOXOnXC CODES
SORTED BX TAXOX XAM
TAXOK
KAMI
ACAMTHODORIS BRUXMEA
ACANTHODORIS RHODOCERAS
ACAMTHODORIS SPP.
ACAXTHOHYSIS COSTATA
ACAXTHOnYSXS DAVISI
ACAXTHOHYSXS MACROPSIS
ACAKTHOMYSZS XEPHROPKTHALHA
ACAXTHOMYSZS SCULPTA
ACAXTHOHYSZS SPP.
ACANTHOPTIlUn
ACAXTHOPTZLUn GRACZLE
ACESTA ASSZRZLZS
ACISTA CATHERIMAE
ACESTA CERRUTZ
ACESTA rZXZTZHA
ACESTA HORZKOSHZZ
ACESTA 10PEZZ
ACESTA 3ZHPX.EX
ACESTA SP.
ACZDOSTOHA HAXCOCKZ
ACZ1A CASTREMSIS
ACHAEIDAE
ACHIRA ASSZHZ1ZS
ACnilA CATHERIKAE
ACHZRA CERRUTZ
ACniRA HORZKOSHZZ
ACMZRA LOPEZZ RUBRA
ACHIRA LOPEZI RUBRA
ACMZRA SZHPLEX
ACTEOCIMA CULCZTELLA
ACTEOCZXA EXZHZA
ACTEOCZXA HARPA
ACTEOCZXA HAUAZEXSZS
ACTEOCZXA SPP.
ACTEOX PUXCTOSTRZATUS
ACTEOX SP.
ACTEOX TRASKII
ACTEOXZDAE
ACUnZXOBEUTOPUS HETERUROPUS
ACUnZXODEUTOPUS OCU1ATUS STEEKOPROPODUS
ACUniMODEUTOPUS STEZXOPROPODUS
ADEORBZDAE
ADOXTORHIKA CYCLZA
ADOXTORHZXA SP.
ADULA DIEGEMSIS
ADULA SP.
AEDZCZRA AXTEXXATA
AEDZCZRA AXTEXXATA
AEDZCZRA PACZ7ZCA
AEOLZDACEA
AE01ZDZA PAPZL10SA
AE01ZDZZDAE
AE8UZPECTEX AZ8UZSU1CATUS
-------
XODC
CODE
511006010100
511006010200
511006010000
500125030600
500125030700
3701*07111000
370407110000
840407010100
883108010200
780301010200
510503070500
615301010100
500141070500
500141070400
500141070200
500141070600
500141070000
615301010400
814903010100
617914000000
617914011800
617914011300
617914010000
510320010600
510320014000
510320010000
500168230200
500168230000
500167010100
500767010700
500167010500
500167010000
6001.04030000
500158010100
616902011100
616902012500
616902013500
616902013300
616902011200
614902011201
616902011700
616902013600
616902011300
616902012600
616902013400
616902010100
616902012700
616902012800
616902012900
616902011400
616902013000
616902013100
616902010000
XODC TAXOKOnZC COOES
SORTED BY TAXON MARE
TAXON
XAHE
AGIAJA DZOHEDEUH
AGLAJA OCE11ZGERA
AG1AJA SP.
AGIAOPHAHUS DICIRRIS
AG1AOPHAHUS KRECTANS
AGLAOPHEKZA DZEGEXSZS
AGLAOPHEXZA SPP.
AGXESZA SEPTEXTRZOKALZS
AGOMOPSZS STERLETUS
AlCYOMZOZUn nArUIZLLATUn
AlZA CARZMATA
AlZEXACAXTHOrfYSZS HACROPSZS
AL1ZA AXTENNATA
AILIA CARZNATA
ALLXA N01AXZ
ALIIA 1AH03A
ALIZA SP.
AILZEXACAXTHONYSZS HACROPSZS
A110CEXTROTUS FRAGZ1ZS
ALPHCZ9AE
A1PHEUS BE1LZHAXUS
A1PHEUS CLAPIATOR
AlPHEUS SPP.
ALVAMZA COHPACTA
ALVAXZA ROSAXA
ALVAXZA SPP.
AHAEAXA OCCZOEXTA1ZS
AMAEAXA SPP.
AHAOE AXOPS
AHAGE ARZETZCORXUTA
AHAOE SCUTATA
AHAOE SP.
AHnOTMZlLA SPP.
AmtOTRYPAXr AULOGASTER
AMPEIZSCA AGASSI2I
AHPCLZSCA BREVZSZHU1ATA
AHPCLZSCA CABEYZ
AHPELZSCA COHPRESSA
AHPELISCA CRZSTATA
AHPE1ZSCA CaiSTATA HZCRODEXTATA
AHPELZSCA CRZSTOZDES
AHPELZSCA CUCOllATA
AHPEtZSCA HAXCOCKI
AMPELZSCA ZXDEX7ATA
AHPE1ZSCA LOBATA
AHPE1ZSCA HACXOCEPHALA
AHPE1ZSCA HILLERI
ARPE1ZSCA PACZFZCA
AHPELZSCA PAXAMEXSZS
AHPELZSCA PU6ETZCA
ANPELZSCA KOHZQZ
AHPE1ZSCA
AHPE1ZSCA SP.
-------
KOOC
CODE
616902019999
616902013200
616902000000
6169151 10100
500167020800
500167020100
500167070100
500167021500
500167020000
500167000000
500167009989
812903180200
812903180000
500167030200
500167030300
5001670301(00
500167030000
500166000000
616906130200
500121060100
500121060000
500170120200
616903000000
616903020600
500110000000
812903010900
812903030200
812903011000
812903010000
812903010400
812903090600
812903090000
812903090800
812903090700
850001030000
812903020100
812903020000
812903020200
616800000000
130605000000
(430605010200
•430605,011500
430605010000
500167180100
500167180000
510503010400
510503010000
510503010500
510503010600
500167009999
812903101600
812903101700
812903100000
NOOC TAXOXOniC COOES
SORTED BY TAXOX NAME
TAXOX
NAME
AHPELISCA SP. A (SCAMIT)
AHPELISCA UHSOCALAE
AHPEIISCXOAE
AHPELISCXPHOTIS PODOPHTHALWA
AHPKARETE ACUTXFROKS
AHPHARZTZ ARCTXCA
AflPHARZTZ GRACILIS
AHPHARETE LABROPS
AHPHARETE SP.
AHPHARETXOAE
AHPHARETIDAE SP. A (HONOLULU ONLY)
AMPHXCKONORXUS GRAKULOSUS
AMPHXCOKDRXUS SP.
AHPHXCTEXS GLABRA
AMPHICTEIS GUNNZRX
AHPHICTEIS SCAPHOBRANCHXATA
AHPHICTEIS SP.
AnPHXCTZNXDAE
AMPHIDEUTOPUS OCULATUS
AWPHIDUROS PACiriCUS
AHPHZDUROS SPP.
AOPHIGLENA HEDXTZRRAXEA
AHPHXLOCHXOAE
AHPHXLOCHUS PXCAOURUS
AHPHXXOnXOAE
AflPHIODIA OXGXTATA
AMPHIODIA OCCXDEMTAIXS
AHPHIODIA PSARA
AHPHIODIA SP.
AHPHXOOXA URTXCA
AMPHZOPLUS HEXXCANTHUS
AHPHXOPLUS SP
AHPHIOPLUS SeVAMATA
AMPHIOPLUS STRONGYLOPLAX
AHPHZOXUS SP
AHPHIPHOLIS PUGETAKA
AHPHZPHOLZS SPP.
AHPHZPHOLZS SfiUANATA
AHPHIPODA
AHPHXPORXOAE
AKPHZPORUS BZMACULATUS
ARPHZPOXUS CRUEXTATUS
AHPHZPORUS SP.
AHPHISAMYTHA BZOCUIATA
AHPHZSAHXTHA SP
AMPHISSA BZCOLOR
AMPHXSSA SPP.
AHPHZSSA UNOATA
AHPHZSSA VERSXCOLOR
AHPHZTRZTZXAE SP. A (GOLZTA/HORRO BAY)
AMPHIURA ACRYSTATA
AHPHZURA DZASTATA
AHPHZURA SPP.
B-3
-------
NOOC
CODE
S12903000000
616926110100
616901010000
616904012000
550701100500
550701100000
510602530100
500113010200
5001 13010201
500113011200
500113010300
500113010900
500113011500
500113010000
500113011<»00
600106020500
615405050100
884702000000
•74702010100
616102090100
616102090100
500122100100
500122010900
500122010400
500122010100
513106020300
375800000000
375800000000
375800009992
375800009989
375800009993
375800009988
375800009999
375800009998
375800009994
375800009997
375800009996
375800009995
513002020100
500000000000
500167070100
500167070200
500167070000
500167070300
618300000000
616934380200
600106020100
600106021100
600106021300
600106020000
600106021200
500160140100
370407150300
XODC TAXOMOniC COOES
SORTED BY TAXON XAHE
TAXOH
KANE
AHPHXURIDAE
AHPI1ISCIPHOTIS PODOPTHA1MA
AMPXTHOE SPP.
AHPITHOE TEA
AflYGDALUH PALLXDULUn
AHYGDALUH SP
AKACITHARA PERFECATA
AKAXTXDES GROEXLAKDXCA
ANAXTXDES GROEXLANDXCA ORXENTALXS
ANAXTXOES LONGXPES
ANAXTXDES HEDXPAPXLLATA
ANAXTXOCS HULTXSZRXATA
ANAXTXOES PAPILLOSA
ANAXTXOCS SP.
ANAXTXOCS UXLLXAHSX
ANAPLOOACTYLUS NOOOSUS
ANCHXCOLURUS OCCXDCXTALXS
ANCHOVXES
C ANCHOVY NORTHERN
S ANCXNUS DALTONAC
S ANCXHUS DALTONAC
ANCXSTARGXS HAffATA
ANCXSTROSYLLXS BRCVXCCPS
ANCXSTROSYLLXS GROCKLAN9XCA
ANCXSTROSYLLXS HAHATA
ANCULA PACXrXCA
ANCHOHC (ACTXNARXA) SPP.
ANCHOHC SP.
. 103 (ORANGC CO. ONLY
. 12 (ENCXNA/KLX)
. 12 (ORANGC CO. ONLY)
. 84 (CNCXNA ONLY)
. 85 (ORANGC CO. ONLY)
. 87 (ORAN8C CO ONLY)
. 88 (ORANGC CO. ONLY)
. 92 (ORANGC CO ONLY)
93 (ORANOC CO ONLY)
(ORANOC CO. ONLY)
ANCHONC SP
ANCHONC SP
ANCHONC SP
ANCHONZ SP
ANCHONC SP
ANCHONC SP
ANCHONC SP
ANCHONC SP
ANEMONE SP
96
ANCHONC SP.
ANXSODORXS NOBXLXS
AKNE1IOA
ANOBOTHRUS ORACXLXS
ANOBOTHRUS OCCXOCNTALXS
ANOBOTHRUS SP.
ANOBOTHRUS TRILOBOTUS
ANOHURA
ANONYX DOROTHCAC
ANOPLOOACTYLUS CRECTUS
ANOPLODACTYLUS OCULOSPXNUS
ANOPLODACTYLUS PROJCCTUS
ANOPLODACTYLUS SPP.
ANOPLODACTYLUS VXRXDXNTESTXNALC
ANOTOHASTUS GOROXODCS
ANTENNCLLA AVALONXA
-------
XODC
CODE
37i»OCOOOOOOO
610000000000
6 16000000000
7815070<40100
500143220000
16906000000
16906020200
16906020500
16906020300
16906020600
16906020000
16906020400
16001040400
500101010600
500101010100
500101010200
500101010300
500101011000
500101010000
500101019998
500142010200
500142019999
500142010000
500142010100
540000000000
500143050700
500133020300
500133020100
500133020100
500133020100
500133020000
500133000000
615701030000
390600000000
613201010400
500102039999
500102030000
550905060000
500102040100
500102040000
616201000000
616201020300
500162020300
500162029999
500162000000
875601020600
875601020600
616907010100
616907010200
730102010200
730102010500
730102010000
500141130600
S
s
MODC TAXOXOfllC CODES
SORTED BY TAXOX XAHZ
TAXOX
NAHE
ANTHOZOA
ANTHROPODA HANDIBULATA CRUSTACEA
AXTHUHZDEA SP
AMTROPORA TIXCTA
AONZOES SPP.
AORZDAE
AOROZDES COLUflBZAE
AOROZDES EXZLZS
AOROZDES ZXERHZS
AOROZDES ZXTERHEDZUS
AOROZDES SP.
AOROZDES SPZNOSUS
APANTHURA ZKORXATA
APHRODZTA ARflZFERA
APHRODZTA JAPONIC*
APHRODZTA NE6LZCEXS
APHRODZTA PARVA
APHRODZTA REFULGZDA
APHRODZTA SP.
APHRODZTA SP. B (60LETA/MORRO BAY)
APZSTOBRAXCHUS ORXATUS
APZSTOBRAXCHUS SP. A (SCAHZT)
APZSTOBRAXCHUS TUL1BER6Z
APZSTOBRAXCHUS TUL1BER6Z
AP1ACOPHORA
APOPRZOXOSPZO PYGHAEA
ARABELLA EXDOXATA
ARABELLA ZRZCOLOR
ARABELLA OPALZXA
ARABELLA SEHZHACULATA
ARABELLA SPP.
ARABELLZDAE
ARAPHURA SPP.
ARCHOOPHORA POLYCLADZDA ACOTYLEA
ARCOSCAPELLUH CALZFORXZCUH
ARCTEOBZA SP. A (GOLETA/HORRO BAY)
ARCTEOBZA SPP.
ARCTZXULA SP.
ARCTOXOE PULCHRA
ARCTOXOE SPP.
ARCTURZDAE
ARCTURUS GLABER
AREXZCOLA BRASZLZEXSZS
AREXZCOLA SP A (HOXOLULU)
AREXZCOLZDAE
ARGEXTZXA SZALZS
ARGEXTZXE PACZFZC
ARGZSSA HAMATZPES
ARGZSSA STEBBZXGZ
ARHYXCHZTE CALZFORXZCUS
ARHYXCHZTE PUGETTEXSZS
ARHYXCHZTE SP.
ARZCZOEA CATHERZXAE
n e
-------
NOOC
CODE
500141130100
500141020400
500141021500
500141070600
500141 130500
500141020000
500141020600
500158020100
500158020500
513602010100
5001681 10100
500168120100
600000000000
500167080400
840100000000
840100009999
720003012900
616201040000
810400000000
611103020300
611103020000
552008010300
811703080100
810601051202
810601051200
810601050000
810601051100
810601051102
500163010500
375900009999
880502000000
510373010000
616909010100
511012020500
511012020400
511012020000
500165070100
510501200100
500123010100
500123010000
366501010000
551502020100
812903020200
618302040100
618302040200
500163080200
500163080201
613402010000
613402011700
613402012400
61340201 1600
613402011700
510353010000
KOOC TAXOMOnXC CODES
SORTED BY TAXOX XAHE
TAXON
NAME
S ARICZDEA CERRUTZ
ARZCZOEA JEFFREYS!
3 ARZCZDEA LOPEZZ
S ARZCZDEA RAHOSA
S ARZCZDEA SZHPLEX
• ARZCZDEA SPP.
ARZCZDEA UASSZ
• ARHAXOZA BZOCULATA
• ARMAXDZA ZXTERREDZA
• ARUINA CALZFORNZCA
» ARTACAHA COKZFERZ
* ARTACAHELLA HAMCOCKZ
• ARTHROPODA PYCXOOOXZDA
• ASABELLZDES LZNEATA
* ASCZDZACEA
• ASCZDZAN SP. A (KZMXETZCS ONLY)
« ASPZDOSZPHON KLUXZZXGERZ
ASTACZLLA SP.
* ASTEROZDEA
• ASTEROPEL1A SLATTERYZ
• ASTEROPEL1A SP.
• ASTHEXOTHAERUS VZLLOSZOR
• ASTROHITIS SERTULZFERA
• ASTROPECTEX BRASZLZEXSZS ARHATUS
• ASTROPECTEX BRAZZLZEXSZS
• ASTROPECTEX SPP.
• ASTROPECTEX VERRZLLZ
* ASTROPECTEX VERRZLLZ CALZFORXZCUS
• ASYCHZS DZSPARZDEXTATA
• ATHEXARZA SP. 84 (ORAX6E CO. OXLY)
* ATHERZXZDAE
« ATLAXTA SPP.
• ATYLUS TRZDEXS
• ATYS CURIA
* ATYS SEHZSTEZATA
• ATYS SP
* AU6EXERZELLA DUBZA
• AUSTROTROPHOX CATALZXEXSZS
• AUTOLYTUS CORXUTUS
S AUTOLYTUS SPP.
• AXZXELLA SPP.
• AXZXOPSZDA SERRICATA
S AXZOGXATHUS SftUAHATUS
• AXZOPS1S HZRSUTZHAXA
« AXZOPSZS SPZXULZCAUDA
* AXZOTHELLA RUBROCZXCTA
» AXZOTHELLA &UBROCZXCTA COHPLEXA
• BALAXUS
• BALAXUS COXCAVUS PACIFICUS
• BALAXUS FLOS
• BALAXUS 6ALEATUS
BALAXUS PACZFZCUS
S BALCZS
-------
NODC
CODE
510353011500
510602420100
510353060400
510353010200
510353010400
510353060000
550601050500
790201020300
790201020000
510320040500
883502160400
617914020300
616102090100
611103040400
611103040500
611103040600
611103040000
616937050900
616937050800
616937051000
616937050000
512602050300
512602040300
500168340100
370301170400
510346010200
510346010200
510346010200
510346012100
510346010200
510346010200
510346019900
510346012900
510346010000
510346010200
550000000000
550000000000
883562030600
618313040100
882601012700
500143080900
500143081200
500143080000
500143089999
500143280100
840602020300
730101000000
885003020100
551552020100
885703000000
370301000000
780501020000
780501020100
S
s
•
s
s
c
•
c
c
s
NODC TAXONOMIC COOES
SORTED BY TAXON MAHE
TAXOK
MAJ1E
BALCZS CATALXMENSXS
BALCZS CATALZNENSZS
BALCZS COnPACTA
BALCZS I1ZCRAKS
BALCZS RUTZLA
BALCZS SP
BARBATZA (ACAR) DZVARZCATA
BARENTSZA GRACZLZS
BARENTSZA SPP.
BARLEEZA CALZFORXZCA
BASS BARRED SAND
BATAEUS BELLZHAXUS
BATHYCOPEA DALTONAE
BATHYLEBERZS CALZFORXZCA
BATHY1EBERZS 6ARTHZ
BATHYLEBERZS HANCOCXZ
BATHYLEBERZS SP.
BATHYHEDOX COVZHANZ
BATHYREDON PUHZLUS
BATHYHEDOX ROfiUEDO
BATHYHEDOX SPP.
BERTHELLA CALIfORHICA
BERTHELLA CZTRZXA
BETAPZSTA DEKXERAE
BZHERZA PUSZLLA
BZTTZUR ATTEXUATUn
BZTTZUH BOREALZS
BZTTZUH ESURZEXS
BZTTZUH LARUH
BZTTZUn LATZrZLOSUH
BZTTZUH nuiTzrzLzosun
BZTTZUH PERPARVULUH
BITTIUM eUADRZFZLATUn
BZTTZUH SP.
BZTTZUH SUBPLAXATUH
BZVALVE SP.
BZVALVZA
BLACKSnZTH
BLEPHARZPODA OCCZDEXTALZS
BOCACCZO
BOCCARDZA BASZLARZA
BOCCARDZA PUGETTEKSZS
BOCCARDZA SP.
BOCCARDZA SP. A (GOLETA/flORRO BAY)
BOCCARDZELLA HAHATA
BOLTEXZA VZLLOSA
BOXELLZZOAE
BOXZTO PACZFZC
BORXZA RETZFERA
BOTHZDAE
BOUGAZXVZLLZZDAE
BOUERBANKZA SPP.
BOWERBANKLA GRACZLLZS
. 1
-------
XODC
CODE
800000000000
800201010000
618900000000
618100000000
618400000000
618400009999
618400009998
500154010800
500154010000
500154010200
850010103000
500123270200
500123090800
500123090000
375001000000
816204010300
816301030600
510213010100
780000000000
511011010700
511011000000
510379010400
616902020800
616902020900
616902020000
616902020600
513002010000
560002011800
560002012000
560002010000
510336034200
510336031600
510336032100
510336032102
510336032103
510336322101
510336032104
510336032105
51033603(1300
510336034400
510336039600
611800000000
618302010300
510376110100
618304021700
618304020400
618304020000
616912000000
510210010100
510210015100
510210015200
510210010000
510210014800
(HONOLULU)
(HOKOLULU)
NODC TAXO.iCr.IC CODES
SORTED BY TAXOX MAKE
TAXOX
XAHE
BRACHZOPODA
BRACHZOPOOA GLOTTZOZA ALBIDA
BRACHYRHYXCHA
BRACHYURA
BRACHYU3A SP
BRACHYURA SP A
BRACHYURA SP B
BRAOA PLEURZBRAXCHZATA
BRAOA SP.
BRAOA VZLLOSA
BRAXCHZOSTOHA CALZ70RXZEXSE
BRAXCHZOSYL1ZS EXZLZS
BAAXZA HE8ZOBEXTATA
BRAXZA SP.
BRZAREZ8AE
BRZSASTER IATZ7ROXS
BRZSSOPSZS PACZrZCA
BROOKULA ZKZ
BRYOZOA
BU1LA GOULDZAXA
BULLIDAE
BURSA CALZfORXZCA
BYBLZS BARBAREXSZS
BYBLZS HZLLSZ
BYBLZS SPP.
BYBLZS VELZROXZS
CADLZXA SPP.
CADULUS ruszroRMZS
CAOULUS SUADRZrZSSATUS
CADULUS SP.
CAECUM ARCUATUn
CAECUM CAlZrORXZCUH
CAECUM CRIBRICIXCTUM
CAECUM CRIBRICINCTUn BA&KLEYEXSE
CAECUM CREBRICIXCTUR CATALZXEXSE
CAECUM CRZBRICIMCTUK CREBRZCZNCTUM
CAECUM CRIBRICIXCTUH OREOOXEXSE
CAECUM CRIlRICIXCTUn PEDROEXSE
CAECUM OAHUEXSE
CAECUM SEPZMENTUM
CAECUM SP. A (HOXOLULU)
CALAXOZ9A
CALASTACUS BUZX8UESERZATUS
CALZNATZCZXA 01DROYDII
CALLZAXASSA AITZXZS
CALLZAXASSA CALZrORXZEXSZS
CALLZAXASSA SP.
CALLZOPZZOAE
CALLZOSTORA AXXULATUH
CALLZOSTOHA 6LORZOSUM
CALLZOSTOHA SPLEXOEXS
CALLZOSTOHA SPP.
CALLZOSTOHA TRZCOLOR
B-8
-------
MODC
CODE
600109020300
37040(40)40100
510364010400
510364010100
510364000000
510364010000
510364019999
370401010000
370401000000
370404130000
370404000000
615407010200
615407011000
615407011001
615407010500
615407011900
615407010000
615407019999
615407019997
615407019996
615407019998
615407019995
510514020700
510514020500
510514020600
618803011300
618803010200
618803010900
618803010500
618803011200
618803010000
500160010100
500160019999
500160019997
500160000000
617101071500
617101071100
617101071700
617101071800
617101071900
617101072000
617101070000
617101000000
617100000000
500143270700
500143270500
500143270000
552010010100
552010010800
552010011300
552010010300
552010010100
552010010200
MODC TAXOXOniC CODES
SORTED BY TAXOX MAME
TAXOK
XAHE
CALLXPALLEXE PACXTZCA
CALYCELLA SYRXXGA
CALYPTRAEA COXTORTA
CALYPTRAEA FASTIGIATA
CALYPTRAEIDAE
CA1YPTREA SP
CALYPTREA SP. A (HONOLULU!
CAnPANULARXA SPP.
CAHPAXULARXXDAE
CAHPAXULXXA SPP.
CAHPAXULIXXDAE
CAF1PYLASPXS CANALXCULATA
CAHPYLASPXS COSTATA
CAnPYLASPXS COSTATA SPECXOSA
CAnPYLASPXS HARTAE
CAHPYLASPXS RUBROHACULATA
CAnPYLASPXS SP.
CAMPYLASPXS SP. B (SCAHIT)
CAMPYLASPIS SP. E
CAWPYLASPIS SP. H
CAnPYLASPXS SP. n CSCAMIT)
CAHPYLASPXS SP. P
CAXCELLARIA COOPERX
CANCELLARXA CRAUFOROXAXA
CAXCELLARIA RHYSSA
CANCER AHPHXOETUS
CANCER ANTEXNARXUS
CANCER ANTHONY!
CANCER GRACXLXS
CANCER JOROANX
CANCER SP.
CAPXTELLA CAPXTATA
CAPXTELLA SP. A (HONOLULU ONLY)
CAPITELLA SP. C (HONOLULU ONLY)
CAPITELLIOAE
CAPEELLA AU6USTA
CAPRELLA 80REALXS
CAPRELLA CALXFORXXCA
CAPRELLA ESUXLXBRA
CAPRELLA HENDAX
CAPRELLA PXLX9XCXTA
CAPRELLA SP.
CAPRELLXOAE
CAPRELLXOEA
CARAZZXELLA CALATXA
CARAZZXELLA CXTROXA
CARAZZXELLA SPP.
CARDXOnXA BERXNGEXSXS
CARDXOHYA CALirORXXCA
CARDXOHYA COSTATA
CAROXOHYA OLOROYDX
CAROXOHYA PECTXXATA
CAROXOHYA PLANETXCA
B-9
-------
xooc
CODI
552010010000
551517040100
551513010100
617900000000
510602520100
430202010200
430201020100
817902010400
817902010300
817902010000
500150020200
500150020500
500150020300
500150020100
500150020000
S00150020600
883522010100
51 1000000000
511000009999
511000009988
616915010200
500124150100
500124010500
430302020900
430302020800
430302020400
430302020000
374300000000
374300009989
374300009999
374300009988
374300009997
374300009996
374300009985
374300009995
374300009990
374301000000
374301019999
374301010000
374300000000
510346130200
510346130100
510346020000
510346029999
510346029998
510346062000
510602510100
540201010000
540201000000
830000000000
500149000000
500149010100
500149010000
KODC TAXOXORXC CODES
SORTED BY TAXON XAHE
TAXOX
NAME
CARDIOHYA SP.
CARDITA BOREALIS
CA&OXTELLA HAUAXENSXS
CAAIDEA
CARXKAPEX rfXNUTXSSXHA
CARXXOHA nUTAOXLXS
CARXXOHELLA LACTEA
CAUDXNA AREXICOLA
CAUDXNA CHXIEXSXS
CAUOXXA SPP.
CAU1LERXE1LA ALATA
CAULLERXE1LA BXOCULATUS
CAU1LERXE11A GRACXLXS
CAU1LERXELLA HAHATA
CAULLERXEILA SP.
CAULLERXELLA ZET1ANBXCA
CAULOLATXLUS PRXNCEPS
CEPHALASPXDEA
CEPHALASPXOEA SP. A (SCAHXT)
CEPHAIASPXDEA SP. B (KXXXETXCS OX1Y)
CERAPUS TUBUIAAIS
CERATOCEPHAIE CROSSLAXDX
CERATOXEREXS HXRABXLXS
CZREBRATULXS LACTEUS
CZREBRATU1US CALXrORXXEXSXS
CEREBRATULUS HARGXXATUS
CZREBRATULOS SPP.
CERXAXTHARXA
CERXAXTHARXA SP
CERXAXTHARXA SP
CERXAXTHARXA SP
CERXAXTHARXA SP
CERXAXTHARXA SP
CERXAXTKARXA SP
CERXAXTHARXA SP
CERXAXTHARXA SP
A (EXCXKA/KLX)
A (ORAK6E CO. OXLY)
B (EXCXXA/KLX)
C (ORAX6E COUNTY OKI
0 (ORAX6E COUNTY OXL
E (EXCXXA/XIX)
E (ORANGE CO.)
1 CEXCXXA OXLY)
CZRXAXTHXOAE
CERXAXTHUS SP. A
CERXAXTHUS SPP.
CZRXAXTXPATHARXA CERXAXTHARXA
CZRXTHXDXUH OXPLAX
CZRXTHXDXUH PERPARVULUH
CZRXTHXOPSXS SP
CERXTHXOPSXS SP. A CHONOLULU)
CZRXTHXOPSXS SP. B (HONOLULU)
CZRXTHXUfl XXTERSTRXATUH
CERXTOTURRXS BXTTXUH
CHAETOOERRA SP.
CHAETODERHATXDAE
CHAETOOXATHA
CHAETOPTERXOAE
CHAETOPTERUS PERGAMEXTACEUS
CHAETOPTERUS SPP.
-------
NOOC TAXONOnZC COOES
SORTED BY TAXON XAHE
NOOC
CODE
500149010100
5001500t»0600
500150040(400
5001500(10200
5001SOO«40500
5001500U0100
5001500(40000
5001500(49969
5001500(19999
5001500*40700
551551010*00
551551011200
510601020000
679201330100
551547151000
551547150200
551547150000
617802010000
617602010600
617602000000
551506010000
650506000000
663102*400100
550905120000
550905010100
500110010300
500110010100
510801025800
500170010900
500170010(400
500170010500
500170010100
500170011300
500170011100
500170010000
500170019996
500170019997
500170011200
838600000000
8*3542030600
500106000000
50010601*0100
S<40<401010100
510323120000
616101011500
616101010000
616101019999
616101019999
616101000000
500150000000
500150009993
500150010100
500150010000
TAXON
XAHE
CHAETOPTERUS VARIOPEDATUS
CHAETOZOXE ARHATA
CHAETOZONE CORONA
CHAETOZONE GRACILIS
CHAETOZONC nULTZOCULATA
CHAETOZONE SETOSA
CHAETOZONE SP.
CHAETOZOXE SP. A (CSDOC/MZC/OC)
CHAETOZONE SP. A (L.A. COUNTY ONLY)
CHAETOZONE SPZNOSA
CHAHA ?
CHAMA ARCANA
CHEHNZTZZA SP.
CHILARA TAYLOR!
CHZONE CAlirORNZENSZS
CRZOHE GRUS
CKZOKE SP.
CHZRZOOTA SPP.
CHIRODOTA PACZFZCA
CHIRODOTIDAE
CHZRONZA SP.
CHZRONOHZDAE
CHITOKOTUS PU6ETENSZS
CHLAHYS (AR60PECTEN) SP.
CHLAHYS HASTATA
CHIOEIA ENTYPA
CHLOEIA PINNATA
CHOC01ATA PAZNEZ
CHONE ALBOCZXCTA
CHONE DUNIRZ
CHONE ECAUDATA
CHOKE GRACZLZS
CHONE HZXUTA
CHONE HOIIZS
CHONE SP.
CHONE SP. B (SCAHZT)
CHONE SP. C (ORANGE CO. ONLY)
CHOKE VE1EROXIS
CHORDATA
CHROnZS PUNCTZPZXXZS
CHRYSOPETALZSAE
CHRYSOPETAIUR OCCZOEXTA1E
CZOXA 1XTESTIMA1IS
CIRCUIUS SP
CZROLANA DZHZNUTA
CZROLANA SP.
CZROLANA SP. A (ENCZXA/KLZ)
CZROLAXA SP. A (KZXNETZCS ONLY)
CZROLANZOAE
CZRRATULZDAE
CZRRATULZDAE SP. G (HOXOLULU ONLY)
CZRRATULUS CZRRATUS
CZRRATULUS SPP.
B-U
-------
XODC TAXOXOrtZC CODES
SORTED BY TAXOM XAHZ
MOOC
CODE
500150060100
613000000000
500141060500
500141060600
500141060300
500141060000
510350040500
885703011200
845703010100
885703010000
885703010200
885703011100
500126080100
500126080000
514200000000
884701010100
551522010200
512506000000
874701000000
500163020400
500163029999
500163029989
500163260200
500163120600
500163120300
618601020500
618601020000
370001051300
370401051100
370000000000
551501080300
396201010100
616914010600
615405050100
882701040100
882701040200
551547030100
513003110100
510603015900
510603012000
510603010000
551549010200
551549000000
611700000000
611800000000
612000000000
611900000000
513107010100
551702021800
551702021500
551502021800
840404020200
883901239900
TAXON
HAHE
CIRRZFORniA SPZRABRAXCHIA
CIRRIPEDIA
CIRROPHORUS BRAKCHIATUS
CIRROPHORUS rURCATUS
CZRROPHORUS LYRA
CIRROPHORUS SPP.
CZRSOTREHA VARICOSA
CITHARICHTHYS FRAGI1IS
CZTHARZCHTHYS SORDZDUS
CITHARICHTHYS SPP.
CITHARICHTHYS STZ6HAEUS
CITHAHICHTHYS XAXTHOSTIGHA
CLAVODORUH CLAVATUH
CLAVODORUH SP.
C1EIOPROCTA
CLEVELAXDZA LOS
CLIMOCARDIUM XUTTALLZ
CLIOKIDAE
CLUPEZDAE
CLYHEXELLA COHPLAXATA
CLYREXELLA SP. A (GOLETA/HORRO BAY)
CLYHEXZLLA SP. A (SCAHIT)
CLYHENOPSZS CALZfORKZEXSZS
C1YHEMUHA COLUHBZAKA
CLYnENURA ORACILIS
CLYTHROCERUS PLANUS
ClYTHROCZROS SPP.
CLYTIA EXZLZS
CLYTZA UXIVIRSITATIS
CNZDAXZA
CODAKIA CALZrORNZA
COEXOCYATHUS BOUERSZ
COLOMASTIX KAPZOLANZ
COLUROSTYLZS OCCZDENTALZS
conarzsH LOKOSPZXE
COnBfZSH SHORTSPZNE
COHPSOMYAX SUBDZAPHAMA
CONUALEVZA ALBA
COMUS ACOTAX6ULUS
CONUS CALZrORXZCUS
COXUS SP
COOPERELLA iTJBDIAPHAXA
COOPERELLZDAZ
COPEPOD SPP.
COPEPODA CALAXOZDA
COPEPODA CYCLOPOZDA
COPEPODA HARPACTZCOZDA
CORAHBE PACZ7ZCA
CORBULA ?
CORBULA LUTEOLA
CORBULA PORCELLA
CORELLA UZLLHERZAXA
CORZS ?
-------
xooc
CODE
616915000000
6169150211*00
513107019999
370303010600
370303010500
370303010000
375701010500
881*701020100
500152010500
500152000000
550201(020000
6Y7922010201
617922010000
617922010900
617922012200
617922011100
617922011500
617922010100
617922012100
617922011600
617922010000
617922012000
617922100100
550701020100
550701020500
51036«*021600
51036<*020300
51036>«021300
510361*021700
510361*021200
510364021300
510360021700
510361*021200
510360021200
51036H020100
510364021500
510360020900
510360020000
510360000000
510360030100
510360030000
790901010000
483500200100
610000000000
551501090200
551501090100
617206012200
817206010000
615000000000
615000009999
615000009998
510101030100
615008010000
NOOC TAXONOMZC COOES
SORTED BY TAXOX NAME
TAXON
MARE
COROPHIZDAE
COROPHXUM BACOXZ
CORUHBE SP A (SAX DIEGO)
CORYHORPHA AURATA
CORYHORPHA PALHA
CORYHORPHA SPP.
CORYXACTZS CALIFORXZCA
CORYPHAPTERUS ALLOZDES
COSSURA CAXDZDA
COSSURZDAE
COSTELLOLEDA SP.
CRAXGON ALASKEXSZS ELOXGATA
CRAXGOX ALBA
CRAXGON connuxzs
CRAXGOX HOLMESZ
CRANGON HUNZTA
CRAXGOX WUNZTELLA
CRANGON NZGRZCAUDA
CRANGON NZGROHACULATA
CRANGON RESZHA
CRANGON SP.
CRANGON SPZNOSZSSZHA
CRANGON ZACAE
CRENELLA DECUSSATA
CRENEL1A DZVARZCATA
CREPZOOLA ?
CREPZDULA ADUNCA
CREPZDU1A COEZ
CREPZOULA OORSATA
CREPZDULA EXCAVATA
CREPZDULA ZNCURVA
S CREPZDULA LZNGULATA
S CREPZDULA NATZCARUM
S C&ZPZDULA NORRZSZARUH
• CREPZDULA NUriHARZA
• CREPZDULA ONYX
• CREPZDULA PERFORANS
• CREPZDULA SP.
S CREPZDULZDAE
CREPZPATELLA LZXGULATA
• CREPZPATELLA SP.
• CRZSZA SPP.
CROAKER SPOTFZN
A CRUSTACEA
• CTENA BELLA
• CTENA TRANSVERSA
• CUCUHARZA CRUCZGERA
• CUCUHARZA SP.
• CUMACEA
• CUHACEA SP A (HONOLULU)
• CUMACEA SP B (HONOLULU)
• CUHANOTUS FERNALDZ
• CUHELLA SP.
-------
NODC TAXOXOHZC COOKS
SORTED BY TXXOK XAHE
NODC
CODE
615408019999
615408019998
615408019996
551535030300
•79201260100
552010022500
552010020000
552010000000
552008040300
552008040200
615(409020600
615409020000
615409029999
615409019998
615409029968
551517010100
551517010102
551517010103
551517010101
618601020500
550905021100
550905020000
510323031400
510323031500
510323030000
511004020500
511004020900
511004020000
51 1004040200
511004040300
51 1004040400
511004040500
511004040700
511004040600
511004040000
611103000000
611103010100
616904020200
500166030000
611308090000
551522070000
510602220000
510602229998
500-.60050100
617500000000
883528120400
550905060000
500170280000
815501010100
817200000000
513406010100
513406010000
56000100000-0
TAXOX
NAME
CUHELLA SP. A CSCAHZT)
CUHELLA SP. B
CUHELLA SP. 0 (OBANGE COUNTY OXL
CUniNGIA CALZrORNICA
CUSK-EEL DUSKY
CUSPZDARZA PARAPODEHA
CUSPZOARZA SP
CUSPZDARZZOAE
CTATKODOXTA DUBZOSA
CYATHODONTA UNDUIATA
CYCLASPZS NUBZLA
CYCLASPZS SP.
CYCLASPZS SP. A (SCAHIT)
CYCLASPZS SP. B (SCAHZT)
CYCLASPZS SP. CCCSDOC/HEC/ORANGE C
CYCLOCARDZA VEXTBZCOSA
CYCLOCAXDZA VEXTKZCOSA HOXTEREYENSZS
CYCLOCABDZA VEXTBZCOSA BEOONDOEKSZS
CYCLOCABOZA VEXTBZCOSA VENTBZCOSA
CYCLOOORZPPE PLANA
CYCLOPECTEN BENTHALZS
CYCLOPECTEN SPP.
CYCLOSTRENZSCUS COSHZUS
CYCLOSTREHZSCUS EHEBYZ
CYCLOSTREHZSCUS SP
CYLZCHXA ATTOXSA
CYLZCHXA DZE6EXSZS
CYLZCHNA SPP.
CYLZCHNELLA CARZXATA
CYLZCHXELLX CULCZTELLA
CYLZCHXELLA EXZMA
CYLZCHXELLA HARPA
CYLZCHXELLA ZXCULTA
CY1ZCHXELLA ZXTERMEOZA
CYLZCHXELLA SP.
CYLZXDROLZBERZDZDA
CYLZXfiROLEBERZS HARZAE
CYWADUSA UXCZXATA
CYSTENZOES SP.
CYTHZRE SP.
DALLOCAROZA SP.
OAPHXELLA SP
DAPHXELLA SP. B (HONOLULU)
DECANASTUS ORACZLZS
OECAPOOA
DECAPTERUS HYPODUS
DELECTQPECTEN SP.
DEHOXAX SPP.
DEMORASTER EXCEXTRZCUS
DENOROCHZROTZDA
DEXDRONOTUS ZRUS
DENORONOTUS SP.
OEMTALZZDAE
-------
KODC
CODE
560001013500
560001013600
560001010000
560001013700
376008010000
510346100200
5103(16100100
812903030200
51 1009010300
51 1009010100
61 1103110100
615(105000000
615405013200
615405011500
615405011400
615405012600
615405010000
615405019999
615405019998
615405020200
513002030100
510204042900
618306000000
500129020200
500129020000
500129020300
500123210000
500154040200
650100000000
616102110100
500143190100
375307010200
500150050100
500160150100
871001020100
512800000000
513201020300
500136050500
500136019999
500136000000
513409011200
513409010000
812903190100
500133050000
500133010400
500133010402
500133010100
500133010300
500133010900
500133010000
500133019997
371704010100
370405060000
KODC TAXOXOMIC COOES
SORTED BY TAXOX MAKE
TAXOX
NAME
DEXTALXUI1 KEOHEXAGOXUn
DEXTALZUH RECTZUS
DEXTALZUM SP.
DEXTALZUH VALLZCOLEXS
DZADUHEXE SPP.
DIALA SCOPULORUH
DZALA VARZA
DZAHPHZODZA OCCZDEKTALZS
DZAPHAMA CALZFORXICA
DZAPHAMA HZXUTA
DZASTEROPC PZLOSA
DZASTYLZDAE
DZASTYLZS CALZFORXZCA
DZASTYLZS PARASPZNU10SA
DZASTYLZS PELLUCZDA
DZASTY1ZS BUADRZSPZXOSA
DZASTYLZS SP.
DZASTYLZS SP. A (SCAHZT)
DZASTYLZS SP. B (SCAMZT)
DZASTYLOPSZS TEKUZS
OZAULULA SANDZE6ENSZS
DZODORA GRAXZFERA
DZ06EKZDAE
OZOPATRA ORXATA
DZOPATRA SP.
DZOPATRA TRZDEXTATA
DZOPLOSYLLZS SPP.
DZPLOCZRRUS HZRSUTUS
DZPTERA
DZSCERCEZS GRAXULOSA
DZSPZO UXCZXATA
DZSTZCHOPTZLUn VERRZLLZ
DODECACERZA COXCHARUH
DOOECASETA ORARZA
DOGFISH SPZKY
DORZDOZDEA
DORZOSPZLLA ALBOPUXCTATA
DORVZLLEA CAECA
DORVZLLEZD SP. A (SCAHZT)
DORVZLLEZDAE
DOTO KYA
DOTO SPP.
DOUGALOPLUS AHPHACAXTHA
DRZLOGXATHUS SP.
DRZLOXEREZS FALCATA
DRZLOXEREZS PALCATA MZXOR
DRZLOKEREZS FZLUH
DRZLOXEREZS LOXGA
DRZLOXEREZS MEXICAN*
DRZLOXEREZS SP.
DRZLOXERZS SP. C (GOLETA/HORRO BAY)
DROMALZA ALEXAXDRZ
DYXAHEXA SPP.
T3 i i-
-------
NODC
CODE
810000000000
813600000000
915100000000
730000000000
730000000000
500167070300
780000000000
616202070100
616202079998
616202070200
375901010500
375901010200
375901019998
375901010000
375901000000
375901009999
375901009998
370404170100
500123220100
500123032100
500123032100
500123220200
500123229999
500123220000
510602380500
616921039999
883560030200
87<»702010100
550202020000
551529030700
551529030600
820100000000
820100009999
820100009998
552005010000
790000000000
616942190200
616941091800
616922010500
500126030300
500126030X00
500126030000
614501010200
510350014200
510350010500
510350014200
510350010400
510350013900
510350014100
510350019100
510350019999
510350019998
510350019997
NODC TAXOXOWIC CODZS
SORTED BY TAXOX XAHE
TAXOM
KAMC
• ECHZXODERRATA
• ECHINOZOEA
* ECHZNOZDEA HOLECTYPOIDA ECKZKOXEZXA
• ECHZURA
S ECHZURZOA
S ECLYSZPPE TRZtOBOTUS
S ECTOPROCTA
• EDOTEA HOXTOSA
" EDOTEA SP. B
-------
MODC
COD!
510350010000
510350019900
510350011000
860601010200
510367010300
616915030200
616915030100
616915030000
618701170100
616921280100
551528010300
551528010400
551528010000
551507000000
500113021300
500113020100
5001 13021500
500113021600
500113020500
500113020500
500113020000
874701060100
617916041600
617500000000
618900000000
618300000000
618100000000
618700000000
618400000000
6 17900000000
618000000000
617400000000
510210100600
999000000000
998900000000
998800000000
998700000000
994000000000
500170020800
500170021400
500170020900
500170020400
500170021200
500170020000
500170029999
50017002999*
500170021300
510602500100
510602500000
510602509999
S10602509998
500163000000
500163110500
NODC TAXOMOniC CODES
SORTED BY TAXOK NAME
TAXOX
KAflE
EPXTOXIUn SP.
EPITOXIUn SP. ?
EPITOKIUM TIXCTUH
EPTATRETUS STOUTI
ERATO COLUMBtLlA
ERZCKTKONZUS BRASILXENSIS
ERXCHTKOKIUS HUKTERX
ERICHTHOKIUS SPP.
ERXLEPTUS SPXXOSUS
ERXOPSXELLA SECHELLEKSXS
ERVXLIA BXSCULPTA
ERVILXA SAMOHXCEXSXS
ERVXLXA SP
ERYCXNXOAE
ETEOXE AIBA
ETEOXE CALXfORNXCA
ETEONE DXLATAE
ETEOKE LXOHTX
ETEOKE LON6A
ETEOME ROBUSTA
ETEOXE SP.
ETRUHEUS TERES
EUA1US LIXEATUS
EUCARXDA DECAPOD*
EUCARZOA DECAPODA BRAC. BRACKYRHYXCHA
EUCARZOA DECAPODA PLEOCYEHATA AXOfJURA
EUCARXDA DECAPODA PLEOCYEWATA ASTACXDE
EUCARXDA DECAPODA PtEOCYEJUTA BRAC. OXYR
EUCARXDA DECAPODA PLEOCYEHATA BRACHY
EUCARXDA DECAPODA PLEOCYEHATA CARXDEA
EUCARXDA DECAPODA PLEOCYEHATA STEXOPOD
EUCARXDA EUPMAUSXACEA
EUCHELUS 6EIUIATUS
EUCHITHARA PUSXLLA
EUCHITHARA SP
EUCKXTHARA SP A
EUCHITHARA SP B
EUCHITHARA SP C
EUCHOXE AREXAE
EUCHOXE CAPEXSXS
ZUCHOXE HANCOCK!
EUCHOXE XNCOLOR
EUCMOKE LXHNXCOLA
EUCHOHE SP.
EUCHONE SP. A CSCAHXT)
EUCHONE SP. B (HONOLULU OXLY)
EUCHONE VELirERA
EUCXTHARA PUSXLLA
EUCXTHARA SP.
EUCXTHARA SP. A
EUCXTHARA SP. B
EUCLYHEXAE
EUCLYHENE CAMPANULA
B-17
-------
NOOC
COOK
500163009999
50016300999*
500163009995
500163009997
500163009994
500163009996
615404020200
615404030600
640603040200
5001 13030400
500113031000
5001 13031300
5001 13030600
500113030000
500113039998
510353030200
510353031400
510350030000
510801010000
500113110600
5001 13110100
500113110100
500113110000
500113119989
500113119979
500113119999
500113119988
500113119998
500113119990
500113119980
500130011200
500130021000
500130010000
500130019900
500130010600
500130000000
500102050200
5001020S9999
5001020S9979
5001020599*9
5001020SOOOO
617400000000
611107030100
611107030300
500168020400
370303129999
370303129989
500168020100
812500000000
616101020700
616101020300
611104019999
611104041300
NOOC TAXOXOMXC COOES
SORTZD BY TAXOX HAHE
TAXOX
XAHE
A (HONOLULU OKI*)
B (ORANGE CO.)
C (GOLETA/110RAO BAY)
C (SCAMXT)
0 (GOLETA/HORRO BAY)
EUCLYREXXXAE SP.
EUCLYREXXXAE SP.
EUCLYREXXXAE SP.
EUCLYREXXXAE SP.
EUCLYREXXXAE SP.
EUCLYREXXXAE SP. L (SCAHXT)
EUOORELLA PACXfXCA
EUDORELLOPSXS LOXGXROSTRXS
EUGYRA XREXOSA
EULALXA BXLXXEATA
EULALXA LEVXCORXUTA
EULALXA HYRXACYCLUH
EULALXA fiUADRXOCULATA
EULALXA SP.
EULALXA SP. B (GOLETA/HORRO BAY)
EULXHA ALHO
EULXHA CALXfORXXCA
EULXRA SP.
EULXHASTOHA SP.
EUHXA BXrOLXATA
EURXOA HACULOSA
EUHXDA SAXGUXMEA
EUHXOA SP.
. A (ORAXGE CO.)
. A (SAX OXEGO)
. A (SCAHXT)
. B (CSDOC/HEC)
. B (SCAHXT)
(GOLETA/HORRO BAY)
1
1 (SCAHXT)
EUrtXDA SP
EUniDA SP
EUI1IDA SP
EUHXDA SP
EUHXOA SP
CUHXDA SP
EUMIDA SP
EUXXCE AHERXCAXA
EUXXCZ AUSTRALXS
EUXXCE SP.
EUXXCE SP. ?
EUXXCE VXTTATA
EUXXCXDAE
EUXOE OEPRESSA
EUXOE SP. A (QOLETA/HORRO BAY)
EUXOE SP. A (ORAXGE CO. OXLY)
ZUXOE SP. A (SCAHXT)
EUXOE SPP.
EUPHAUSXACEA
EUPHXLOHEDES CARCHAROOOXTA
EUPHXLOHEOES PROOUCTA
EUPHYHXXA CRZSCEXTXS
EUPHYSA SP. A
ZUPHYSA SP. A (EXCXXA/KLX)
EUPOLYHXXA HETEROBRAXCHXA
EURYALXXA
EURYDXCE BRAXCHUROPUS
EURYBXCE CAUOATA
EUSARSXELLA THONXXX
EUSARSXELLA THOrtINX
-------
HODC
CODE
500123060000
500123069998
500123069999
500123060700
510801170100
500123070200
500123071100
500123070300
500123070400
500123070000
500123079990
500123079979
500123079999
500123079998
500123079988
500123079987
500123079977
500123079997
500123070800-
500123070600
616942092000
616912091800
618906030100
618906030100
500170130000
500170190300
500170279999
500170199989
500170279998
540201029989
51*0201029999
5<40201029998
540201029997
540201029995
540201020000
510509000000
500155010000
551505020100
375103090100
510346080300
510346080000
500154020000
500154020100
500154000000
885703000000
616942200200
616942092900
616942200100
616942200400
616942092400
616942093000
616942200000
510509050900
NODC TAXONOHZC COOES
SORTED BY TAXOK NAHE
TAXON
NAME
EUSYLLZS SP.
EUSYLLZS SP. ?
EUSYLLZS SP. B (HOKOLULU OKLY)
EUSYLLZS TRAKSECTA
EVALEA PEASEZ
EXOGONE CF GEHHZFERA
EXOGOME LONGZCORNZS
EXOGONE LOUREZ
EXOGOME ROLESTA
EXOGONE SP.
. A (GOLETA/HORRO BAY)
. A (HONOLULU ONLY)
. A (ORANGE CO. ONLY)
. B (CSDOC/I1EC)
. B (GOLETA/nORRO BAY)
. C (GOLETA/nORRO BAY)
. C (HONOLULU ONLY)
. C (ORANGE CO. ONLY)
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE UNZFORHZS
EXOGONE VERUGERA
EYAKZA CALCARATUS
EYAKZA ROBUSTUS
FABZA CONCHARUH
FABZA SUB8UAORATA
FABRZCZA SPP.
FABRZCZOLA BERKELEYZ
FABRZSABELLA SP. A (ORANGE COUNTY ONL
FABRZSABELLA SP. A (SCAHZT)
FABRZSABELLA SP. B (ORANGE CO. ONLY)
FALCZOENS SP. A (ENCZNA/KLZ)
FALCZOENS SP. A (SCAHZT)
FALCZDENS SP. B (SCAMZT)
FALCZOENS SP. C (SCAMZT)
FALCZDENS SP. E (SCAHZT)
FALCZOENS SPP.
FASCZOLARZZDAE
FAUVELZOPSZS SPP.
FELANZELLA CORNEA
FZLZGELLA MZTZUKURZZ
FZNELLA PUPOZDES
FZNELLA SPP.
FLABELLZFERA SPP.
FLABELLZGERA ZNFUNDZBULARZS
FLABELLZGERZOAE
FLOUNDERS LEFTEYE
FOXZPHALUS ?
FOXZPHALUS COGNATUS
FOXZPHALUS GOLFENSZS
FOXZPHALUS MAJOR
FOXZPHALUS OBTUSZDENS
FOXZPHALUS SZnZLZS
FOXZPHALUS SPP.
FUSZNUS BARBARENSZS
-------
KODC
CODZ
510509050800
5 10509050000
500164049999
616921000000
616900000000
616926040000
6169260(40100
551533010000
551533010600
551533010000
616950060100
370301110400
370301110000
881801010100
510000000000
510000009998
511007010100
510602490100
885001000000
500113070100
500113070000
883544020100
616921480200
616921480100
616903030400
800201010200
500127010400
500127010900
500127010100
500127011000
500127010800
500127010600
500127010000
500127019989
500127019999
S00127010300
500127000000
500128010300
885704050100
615901010500
615901010000
616102030200
884701000000
720002011900
720002013700
720002010200
720002010210
720002010600
720002016300
720002016900
720002010000
720002019999
720002019998
HOOC TAXOXOniC COOES
SORTED BY TAXON MARE
TAXON
NAME
FUSZNUS LUTEOPICTUS
FUSXXUS SP.
GAIATHOWEXZA SP. A (HONOLULU OX1YJ
GAmiARXDAE
CAnilARXDEA
GAnriAROPSXS ATLAKTXCA
GAHHAROPSXS THOMPSON!
GARX CALXrORNXCA
GARX EDEXTULA
GARX SPP.
GAROSYRRHOE BXGARRA
GARVZXA FORMOSA
GARVEXA SPP.
GASTEROSTEUS ACULEATUS
GASTROPODA
GASTROPODA SP. B
GASTROPTERON PACXFXCUH
GEIinULA HOXXIXFERA
GEHPYLXDAE
GENZTYLLXS CASTAKEA
GZXZTYLLXS SPP.
GZXYONZHUS IXXZATUS
GIBBEROSUS DZVAXZYX
GXBBEROSUS HYZRSX
GITANA CA1XTEHPLADO
GLOTTXDXA ALBXDA
GLYCERA AHZRXCAXA
GLYCERA BRAXCKXOPODA
GLYCERA CAPXTATA
GLYCERA COXV01UTA
GLYCZRA OXYCEPHALA
GLYCZRA ROBUSTA
G1YCZRA SP.
GLYCIRA SP. A (CSDOC/HZC)
GLYCZRA SP. A (LOS AXGZLZS OXIY)
GLTCERA TZSSZLATA
GLYCERIDAI
G1YCXXDZ ARHXQZRA
G1YPTOCZPRALUS ZACHXRUS
GXATHXA CRZXUlATXrROXS
GXATHXA SP.
GXORXHOSPHAZROnA XXSULARZ
GOBZLOAZ
GOL7XXGXA CATXARXXAE
GOirXXGXA HZSPZRA
GOLFXXGXA HARGARXTACEA
GOirXXGXA HARGARXTACEA ?
GOLFXNGXA HXXUTA
GOLFXXOXA HXSAXXAXA
GOLFINGIA XXGRA
GOLPXXGXA SP.
GOtriKOIA SP. 1 (ORAXGE CO. ONLY)
GOLFXNGXA SP. 2 (ORANGE CO. ONLY)
-------
NOOC
CODE
720002000000
720002060000
500128020300
500128020500
500128020200
500128020000
500128000000
375105000000
500901039999
510515060100
510515010300
618907000000
550701120200
781600000000
780800000000
500124150100
500121010200
500121190100
500121010400
500121010000
860601010200
593001000000
375904010100
375904010000
375904000000
375902010000
375902000000
885703030900
616940010200
616937150000
616001160100
510210060100
840602040200
551541.010100
500102070100
500102070200
500102070300
500102070000
511012010700
511012010000
511012019999
511012019998
511012010100
511012010300
510222060400
500140010200
500140010100
375903020100
500102083300
500102083400
500102080500
500102080600
500102081000
XOOC TAXOMOHIC COOES
SORTED BY TAXOK KANE
TAXOM
MANE
GOLFZNGZZDAE
GOLGXXGXA SPP .
GOKIADA BRUNNEA
GONZADA LZTTOREA
GOHZADA HACULATA
GOMZADA SP.
GONZADZDAE
GORGONZZDAE
GRANZA SP. A (HONOLULU ONLY)
GRANULA SANDUZCENSZS
GRANULZNA VZTREA
GRAPSIDAE
GREGARZELLA CHEKUZ
GYHXOLAEnATA CKEZLOSTOMATA ASCOPHORA
GYHXOLAEHATA CYCLOSTOHATA
GYHXONEREZS CROSSLANDZ
GYPTZS BREVZPALPA
GYPTZS BREVZPA1PA
GYPTZS BRUNNEA
GYPTZS SPP.
HAGfZSH PACZFZC
HALACARZ9AE
HALCAHPA DZCEnTENTACULATA
HALCAHPA SP.
HALCAHPZDAE
HALCAHPOZDES SPP.
KALCAHPOZOZDAE
HALIBUT CALZfORNZA
HA1ZCE SYNOPZAE
HALZHE90K SP.
HALIOPHASHA GEHZMATA
HALZSTYLUS PUPOZDES
HALOCYKTHZA HZLGEKDORrZ
HALODAKRA SALHOKEA
HALOSYDKA BR2VZSETOSA
HALOSYDNA JOMNSONZ
HALOSYDMA LATZOR
HALOSYDHA SPP.
HAHZNOEA CURTA
HAHZNOEA SP
HAHZMOEA SP. A (HONOLULU)
HAHIMOEA SP. B (HONOLULU)
HAHZNOEA VESZCULA
HAHZNOEA VZRESCEXS
HAPLOCOCHLZAS nZNUTZSSZHA
HAPLOSCOLOPLOS ELONOATUS
HAPLOSCOLOPLOS PANAHENSZS
HARENACTZS ATTENUATA
HARHOTHOE CRASSZCZRRATA
HARHOTHOZ FORCZPATA
HARHOTHOE HZRSUTA
HARHOTHOE ZRBRZCATA
HARHOTHOC LUXULATA
-------
NODC TAXONOHIC CODES
SORTED BY TAXON KAMI
NODC
CODE
5001020*1700
500102230200
500102081800
500102080000
61 1900000000
6 1 1900000000
616942020400
616942020300
550905160100
616922000000
8172014020200
817204020000
510331020000
993900000000
820000000000
618907010000
618907010100
618907010200
615401020600
615401020500
617103019999
619101080102
619101080000
617916051000
617916051400
617916050100
617916050600
617916051800
617916050000
617916051100
617916051600
617916051300
514201010100
874701000000
510801170100
500121000000
500121009999
500121009997
500102170200
500102170300
500102170000
500150020200
618701120200
618701120000
500902160200
375103130200
375103130100
500160020100
500160020300
500160020000
616942030100
500147010200
884209130100
TAXON
NA11E
HARHOTHOE PRIOPS
HARHOTHOE PRZOPS
HARHOTHOE SCRIPTORIA
HARMOTHOE SP.
HARPACTXCOIDA
HARPEPACTICOID SPP.
HARPINZOPSZS rtJLGENS
HARPINZOPSIS GA1ERUS
HAUHEA JUDDI
HAUSTORZZDAE
HAVELOCKIA BENTZ
HAVELOCXZA SPP.
HELZACUS SP
HEHZCARDZUn HUNDUH
HEHZCHORDATA
HEHZGRAPSZS SP.
HEHZQRAPSUS KUDUS
HEHZGRAPSUS OREGOKENSZS
HEHZLAI1PROPS CALZFORNZCA
HEHZLAHPROPS 8UADRUPLZCATA
HEHZPROTO SP. A (ORAXGE CO. ONLY)
HEHZSfiUZLLA ZNSZGERA CALZ70RNZENSZ3
HEHZSQUZL1A SPP.
HEPTACARPUS BREVZROSTRZS
HEPTACARPUS CRZSTATA
HEPTACARPUS DECORA
HEPTACARPUS KZXCAZDZ
HEPTACARPUS PZCTUS
HEPTACARPUS SPP.
HEPTACARPUS STZHPSONZ
HEPTACARPUS TAXLORZ
HEPTACARPUS TENUZSSZHUS
HERHASSEXDA CRASSZCORNZS
HERRINGS
HERVIERA GLXRZZLLA
HESZOXZDAE
HESZONZDAE SP. A (HONOLULU ONLY)
HESZOMZDAE SP. C (HONOLULU ONLY)
HESPERONOE ADVENTOR
HESPERONOZ LAZVZS
HESPERONOE SP.
HETEROCZRRUS ALATUS
HZTEROCRYPTA OCCZDENTALZS
HETEROCRYP7A SP.
HETERODRIIOS KEENANZ
HETEROGORGZA GRACZLZS
HETEROGORGZA PACZ7ZCA
HETEROHASTUS FZLZFORHZS
HETEROHASTUS FZLOBRANCHUS
HZTEROHASTUS SPP.
HETEROPHOXUS OCULATUS
HETEROSPZO CATALZNENSZS
HETEROSTZCHUS ROSTRATUS
-------
xooc
CODE
551706020000
551706020100
510801200100
550905030200
550905030100
8857031 10200
617916010100
617916000000
6169341(41 100
6 16934141200
616934140200
616934140500
6169341(11300
616934141400
510361020200
781602010100
501200000000
615301010700
817000000000
817200000000
817000009999
510212019800
510212019900
550607020200
500129050200
500129050000
511003000000
370301080000
871602010100
370100000000
370200000000
883560040100
885704220100
883102160800
616201050100
616202030900
616202080200
616202030400
616202030000
616202000000
998100000000
620000000000
615301100300
510602450000
551547270100
551547290100
616926000000
616927021700
616927029999
616927029989
616927020000
618316040200
500163200100
NOOC TAXOXOnXC COSES
SORTID BY TAXOX XAHE
TAXOK
KANE
HIATELA SP.
HIAIELLA ARCTZCA
HZKEHOA IXDICA
HZNNZTES GZCANTEUS
HZKNITES MUITZRUGOSUS
HZPPOG10SSZXA STOHATA
HZPPOIYTE CALZrORXZEXSZS
HZPPOLYTZ9AE
HZPPOnEDOX COECUS
HZPPOMEDOX COLUHBZAXUS
HZPPOME90X DEHTICULATUS
KZPPOnEOON PROPZXSUUS
HZPPOHE90X SUBROBUSTUS
HZPPOMEDON ZETZSZHUS
HZPPOXZX GRAYAXUS
HZPPOTHOA HYALZXA
HIRUDIXEA
HOLHESZHYSS SCU1PTA
HOLOTHUROIDEA
H010THUROZDEA DEXDROCHIROTACEA OEXOROCHZ
HOLOTHUROIDEA SP. A (KZXXETZCS OXLY)
HOHALOPOnA SP. ?
KOHALOPOnA SP. ?
HUXLEYIA nUXZTA
HXA1ZXOECZA JUVEXALZS
HYA1ZXOECZA SP.
M79ATZXA SP
HYDRACTIXIA
HYDROLAGUS COL1ZEZ
HYDROZOA
HYDROZOA HY9ROZOA
HYPERPROSOPON ARGZXTZUn
HYPSOPS2TTA GUTTULATA
ICELIMUS fiUADRISIRIATUS
IDARCTURUS A1LZLOHORPHUS
ZDOTZA PHOSPHOREA
IDOTEA RESZCATA
ZDOTZA RU7ZSCZMS
IDOTEA SP.
Z90THZZDAZ
ZXAXZ9RZ1US SP. A
ZXSZCTA Z
ZXUSZTATOHYSZS CALZfORXZCA
ZRZ9A1ZA SP.
ZRUS LAHZUZrZR
IRUSE1LA LAHZLlZrZRA
ZSAEZ9AZ
ZSCHYROCZRUS PZLAGOPS
ZSCKYROCERUS SP. A (HOXOtULU)
ZSCHYROCERUS SP. A (KZXXZTZCS OXLY)
ZSCHYROCERUS SPP.
ZSOCHE1ES PZ10SUS
ZSOCZRRUS LOXGZCEPS
-------
XODC
CODE
6 15800000000
510320160100
6 1631 1010300
61631 1010301
616311010600
616311019998
997400000000
616306080600
500170170600
500170179999
500170179979
500170179989
500170179998
500170170000
616927030200
512308020100
88<»014030300
510504130100
551508010000
551508010200
884209130100
510602480100
510602480200
500129150000
510801210100
616906140100
510602410100
510602110600
510602110700
510602110000
510602440100
611827020000
510309030000
510309030700
510309030500
370402010300
500102290200
615401000000
615401010*00
61S401010SOO
615401010000
615401019999
615401019998
500168130300
500168139986
500168139996
500168130000
500168130201
500123100100
500168270100
500170149999
500143020300
500143020100
"NODC TAXOKOHZC CODES
SORTED BY TAXOX MAHE
TAXOK
XAflE
ZSOPODA
ZSSELZA HZLOEXSZS
JAEROPSZS DUBZA
JAEROPSZS DUBZA DUBZA
JAEROPSZS KAUAZZEXSZS
JAEROPSZS SP. B CSCAHZT)
JAHZESOXZELLA SP. A
JAXZRALATA OCCZDEXTALZS
JASHZXEZRA CAUDATA
JASHZNEZRA SP. A (GOIETA/HORRO BAY)
JASHZXEZRA SP. A (HOXOLU1U OX1Y)
JASHZNEZRA SP. A (ORAXCE CO. OXLY)
JASHZNEZRA SP. B (SCAHZT)
JASHZXEZRA SPP.
JASSA FALCATA
JUIZA CXftUXSZTA
KATHETOSTOHA AVCRRUXCUS
KELLETZA KELLETZ
KEL1ZA SP.
KEL1ZA SUBORBZCULARZS
KELPFZSH OZAXT
KERHZA BRUXXEA
KERHZA DAEDALEA
KZXBERGOXUPHZS SP.
KOLOOXELIA HAUAZZEXSZS
KOXATOPUS PAAO
KURTZZA ARTEAGA
KURTZZELLA BETA
KURTZZELLA PLUHBEA
KURTZZEL1A SP.
KYLZX HA10CYDXE
LABZDOCERA SP.
LACUXA SPP.
1ACUMA UXZFASCZATA
LACUNA VZXCTA
LAFOEA FEUTICOSA
LAGZSCA HULTZSETOSA
LANPROPZDAE
LAHPROPS CARZNATA
LAHPROPS 8UADRUPLZCATA
LAHPROPS SP.
LAHPROPS SP. A (SCAHZT)
LAHPROPS SP. D (ORANOZ CO.)
LAXASSA GRACZLZS
LAXASSA SP. D (CSDOC/HEC)
IAXASSA SP. 0 CSCAHZT)
LAXASSA SPP.
LAXASSA VENUSTA VENUSTA
LAXOERHAXSZA CORXUTA
LAXZCE CONCHZLEOA
LAONAHE SP. A (HONOLULU OXLY)
LAOXZCE APPELLOE7Z
LAOXZCE CZRRAIA
-------
KODC
CODE
500 143020400
500143020000
500168030500
550201020000
5502014020000
500140010200
5001(40010100
500140011601
616906031300
6 16906030000
500102180100
S00102180700
500102180500
500102180000
616934219999
616934210000
884701030100
500102110300
500102110300
618313010400
618313019100
530302070400
530302070500
615407010300
615702010300
615702010000
615702019989
615702019999
530201010500
615409090100
513800009996
513800000000
615702020400
615702020300
615702020000
615702029999
615702029998
615702029997
615702029996
615702029995
551509020200
551509020000
550905140100
550905140000
616942050102
61S405040400
61S405040000
615405049989
615405049999
615405049998
817801020100
817801020000
817801029998
HOOC TAXOKOnXC CODES
SORTED BY TAXOH KARE
TAXOM
NAME
* LAOXXCE PUGETTEXSIS
3 LAOXICE SP.
LEAEXA CAECA
S LEDA SP.
S LEDELLA SP.
S 1EZTOSCOLOPLOS ELOXGATUS
S LEZTOSCOLOPLOS PAXAP1EXSIS
LEXTOSCOLOPLOS PUGETTEXSIS
LE»BOS AUDBETTXUS
LEHBOS SPP.
LEPXDASTHEXXA BERKELEYAE
LE?XDASTHEXZA ZXTERRUPTA
LEPXDASTHEXZA LONG1CIRRATA
LEPIDASTHEMIA SP.
LEPXDEPECREUn SP. A (SCAHXT)
LEPIDEPECREUH SPP.
LEPZDOGOBZUS 1EPZSUS
LEPXDONOTUS CAELORUS
LEPIDONOTUS S8UAHATUS
LEFZDOPA CAlZrORNZCA
LEPZDOPA MYOPS
LEPIDOZOXA CAlirORXIEXSIS
IEPIDOZOHA RETZPOROSA
LEPTOCHELZA DUBZA
LEFTOCHELZA DUBZA
LEPTOCHELZA SP.
LEPTOCHELZA SP. A (ENCZXA/KLZ)
LEPTOCHELZA SP. A (ORANGE CO.)
LEPTOCHITOX RUGATUS
LEPTOCUHA rORSMANI
LEPTOGKATKA SP. D (KIXMETICS ONLY)
LEPTOGNATHA SPP.
LEPTOGHATHZA BREVZHAXUS
LCPTOGKATHZA LOXGXRERUS
LEPTOGMATHZA SP.
LEPTOGNATHZA SP
LEPTOGKATHZA SP,
LEPTOGKATHZA SP,
LEPTOGKATHZA SP,
LEPTOGNATHZA SP
LEPTON HEROEUM
LEPTON SPP.
LEPTOPECTEX LATZAURATUS
LEPTOPECTEN SP.
LEPTOPHOXUS FALCATUS ZCELUS
LEPTOSTYLZS LONGZKAKA
LEPTOSTYLZS SP.
LEPTOSTYLZS SP. A (GOLETA/HORXO BAY)
LEPTOSTYLZS SP. A (SCAHIT)
LEPIOSTYLZS SP. B (SCAMZT)
LEPTOSYNAPTA ZNHAEREXS
LEPTOSYNAPTA SP.
LEFTOSYNAPTA SP. B (GOLETA/MORRO BAY)
A CSCAniT)
B (SCAHZT)
C (SCAHZT)
D (SCARZT)
E (SCARZT)
-------
XODC TAXOXOMZC COOES
SORTED BY TAXON NAME
KOOC
CODE
510212050100
510212050200
6 15401*01 1600
6 15404019999
615<40401 1500
616932010100
611103090100
500111080100
500141140100
500141 149998
500141 140000
510602470100
616933020200
616933000000
55091001 1100
550910010000
511301010300
540201030100
500902070300
500902079998
500902070600
550605010000
550605011700
550605011500
430302000000
430302041100
430302040100
430302040200
430302041000
430302040000
882701020100
500110030200
883109080000
874302000000
616106030400
616933030600
616933030700
616933031000
616933030800
616933031100
616933030900
616933030000
730102040600
730102040000
510310012700
500122080200
500168200100
500168200000
570601010100
375105020000
618902010100
618902010102
618902010102
TAXON
MARE
LEPTOTHYRA CAXDZDA
IEPTOTHYRA RUBRZCZXCTA
LEUCON HAGXADEXTATA
LEUCOX SP. A (ORAKGE CO. )
LEUCOX SUBXASICA
LEUCOTHOE HYHEIZA
LEUROLEBERZS SHARPEZ
LEVZXSENZA GRACZLZS
LEVZXSEXZA OCULATA
LEVZXSENZA SP. B (SCAHZT)
LEVZXSENZA SPP.
LZEXARDZA HZGHELSZ
LZLJEBORGZA COTA
LZLJEBORGZZ9AE
LIMA HEHPHZLLZ
LZriA SP
LIHACZXA ZXFLATA
LznzrossoR FRATULA
LZHXODRZLOZDZS BARXARDZ
LZHNODRZLOZOES SP. B (HONOLULU)
LZHNODRZLOZOES VZCTORZENSZS
LZHNOPSZS SP
LZMOPSZS OZE6ENSZS
LZHOPSZS UAZKZKZA
LZNEZDAE
LZNEUS ALBOLZXEATUS
LZNEUS BZLZNEATUS
LZMEUS RUBER
LZNEUS RUBESCENS
LZNEUS SPP.
LZNGCOO
LZNOPHERUS MZCROCHEPHALA
LZPARZS SPP.
LIPOGEXYZDAE
LZROXECA VULGAHZS
LZSTRZZLLA ALBZXIA
LZSTRZCLLA DZFFUSA
LZSTRZCLLA ERZOPZSA
LZSTRZELLA GOLETA
LZSTRZZLLA HOLHESZ
LZSTRZZLLA HELANZCA
LZSTRZZLLA SP.
LZSTRZOLOBUS PZL09ES
LZSTRZOLOBUS SPP.
LZTTORZNA PZXTADO
LOANDALZA fAUVELZ
LOZHZA MEDUSA
LOZHZA SPP.
LOLZGO OPALESCENS
LOPHOGORGZA SPP.
LOPHOPANOPEUS BELLUS
LOPHOPANOPEUS BELLUS OZEGENSZS
LOPHOPANOPEUS DZEGENSZS
-------
MODC
CODE
618902010301
618902010000
816303020100
816303020000
618701 150100
618701 150200
618701150000
551501030700
551501030800
551S01030900
551501030000
551501000000
551501020100
551501020000
810501011 100
810501010100
81050101 1000
810501010000
500163150000
500131000000
500131010100
500131013200
50013101 1800
500131013300
500131013400
500131010700
500131012900
500131010400
500131012800
500131011100
500131010000
500131019901
500131019902
500131019903
500131019904
500131019999
500131019988
500131019998
500131011700
781514000000
781514000000
879301080100
552005020200
552005020600
552005020500
552005020000
885704110100
616934220600
616934220400
616934220509
616934220000
616934000000
616934530300
HODC TAXOMOniC COOES
SORTED BY TAXON NAHE
TAXOX
XAHE
LOPHOPANOPEUS IEUCOHANUS LEUCOHAKUS
LOPHOPAXOPCUS SPP.
LOVEXZA coADZFORjizs
LOVEHIA SP.
LOXORHYKCHUS CRZSPATUS
LOXORHYKCHUS GRAKDZS
LOXORHYKCHUS SPP.
LUCINA APPHOXZHATUS
LUCZXA EXCAVATA
LUCIXA XUTTAlil
LUCZXA SP.
LUCZXZDAE
LUCZXOHA AKKULATA
LUCINOHA SP.
LUZDZA ASTHEXOSOHA
LUZDZA FOLZOLATA
LUZDZA 1UOUZ6Z
LUIDIA SPP.
LUriBRZCLYHEXE SPP.
LUMBRZNERZOAE
LUMBRZNE8ZS BICISRATA
LUHBRZMERZS CALZFORNZENSZS
LUHBRZXERZS CRUZEXSZS
LUHBRZXERZS E&ECTUS
LUHBRZXERZS INDEX
LUHBRZXERZS JAPONICA
LUMBRZXERZS LAGUXAE
lUnBRZXERZS LATREZLLZ
LUHBRZXERZS LZHZC01A
LUHBRZXERZS PALLZDA
LUHBRZXERZS SP.
. (GROUP Z)
. (GROUP ZZ)
. (GROUP ZZZ)
. (GROUP ZV)
. A (GOLETA/HORRO BAY)
. A (ORAXGE CO.)
. B (GOLETA/HORRO BAY)
LUMBRZXEBIS SP
LUHBRZXERZS SP
LUNBRZXERZS SP
LUMB8INEHIS SP
LUHBRZXE&ZS SP
LUHBRZXERZS SP
LUMBRZXERZS SP
LUHBRZXERZS TETRAURA
LUXU1ARZDAE
LUXULZTZDAE
LYCODOPSZS PACZrZCA
LYOXSZA CALZFORKZCA
LYONSIA HYALZXA
LYOXSZA PUGETTEXSZS
LYOXSZA SP.
LYOPSETTA EXZLZS
LYSZAXASSA HOLHESZ
LYSZAXASSA OCULATA
LYSZAXASSA PARZTER
LYSZAXASSA SP.
LYSZAXASSZOAE
LYSZAXOPSZS OCULATA
-------
KOOC
CODE
500130030000
500167040200
5001670(10100
5001670(49999
5001670(19998
5001670<40000
814802010600
814802010200
814802010000
883528010100
551531019998
551531013400
551531011600
55153101 1200
551531013500
551531013400
551531011400
551531010000
551531019999
551531011 100
616921080200
500144012300
500144011900
500144010200
500144010300
500144011600
500144010000
500144019999
500144019989
500144000000
618701000000
500143120100
500143140000
500163030300
500163030100
500163030000
500163000000
500163009999
500163009969
5001020*1000
500102081000
500902280100
500130020201
500130020700
500130020800
500130020000
500130029999
510366050400
617101030100
500160040400
500160040100
500160040200
500160040000
HOOC TAXONOniC COOES
SORTED B7 TAXOX XAfl£
TAXOX
XAHE
1YSXDICE SPP.
LYSXPPE AMNECTZXS
LYSXPPE LABXATA
• LYSIPPE SP. A CSCAHXT)
• LYSIPPE SP. B CSCAnil)
« LYSXPPE SPP.
• LYTECHXXUS AXAFIESUS
» LYTECHXXUS PICTUS
• LYTECHXXUS SPP.
C HACKEREL JACK
• HACORA ?
RACORA ACOLASTA
• HACOHA BA1THXCA
• HACOHA CAI10TTEXSXS
• HACOHA 1EPTOXOXDEA
S RACOHA RORROEXSXS
• HACOHA XASUTA
• HACOHA SP.
• HACOHA SP. A (SCAHXT)
• HACOHA roioxro&nxs
• MAEftA SXHXLE
• HA6E10NA BEXXEIEYX
• HAGELOMA KARTHAXAE
• HAOE10XA PACXrXCA
• HAGELOXA PXTELKAX
• HAGELOXA SACCULATA
• HAGELOXA SP.
- HAGELOXA SP. A (KOKOLUtU 0X1Y)
• MAGELOXA SP. A (SCAMITJ
• MAGELOXXDAE
• RAJXOAE
» HALACOCEROS G1UTAEUS
• nALACOCEROS SPP.
• MALDAXE CRXSTATA
• RALDAXE SARSX
• HALDAXE SPP.
• HALDAXXDAE
• HALDAXXOAE SP
HALDAXXDAE SP,
S RALRGREXXA CASTAXEA
S RALRGREXXA LUXULATA
RARCUSAEDBXLUS CAPRXCORXAE
HARPHYSA BEILX OCV1ATA
HARPHYSA COXFERTA
HARPHYSA DXSJUXCTA
RARPHYSA SP.
RARPHYSA SP. A (OOLZTA/ROHRO BAY)
HARSEXXXA STEARXSXX
HAYERELLA BAXXSXA
REDXORASTUS ACUTUS
REDXOHASTUS AHBXSETA
REDXOHASTUS CALXfORXIEXSXS
REDXORASTUS SP.
A (HOMOLULU OXLY)
A (SAX DIEGO)
-------
KODC
CODE
SS07C1030100
50017001*0700
500170040800
500170040600
500170040000
616921090100
616921090000
510602420100
510602420300
510353010000
510353011500
510353010200
510353011300
510353010400
51 1006010100
500167050900
500167050500
500167050600
616935020100
616935020000
616921100700
511004050000
511004059999
616935000000
781504010000
781504010300
510320180200
510320180100
879104010200
616001140400
500149040000
500149040100
617922011500
615401030200
615401030100
615401030000
615303140600
616942060100
616942060200
375901039999
375901030000
616942140300
616942140200
616948152500
376006010100
510336032100
616906040500
996800000000
616927040200
616927040000
500121080100
781611010100
500121020200
S
a
NODC TAXONOniC CODES
SORTED BY TAXON MARE
TAXON
NAME
HEGACREMEL1A COLUHBIANA
HEGALOnnA CIRCUnSPECTtm
nEGALOnilA XXTERHEDIUn
MEGALOnriA PIGHEKTUn
HEGALOnnA SP.
HEGALUROPUS lOXGXHERUS
HEGALUROPUS SP.
MEGASURCULA CARPEXTERXAXA
HEGASURCU1A STEARXSXAXA
HElAXEllA
nELAXElLA CATALXNEXSXS
HEIAXEILA HXCRAXS
nELAXEllA OIDROYDX
nELANELLA RUTX1A
MELAKOCHLAHYS DXOMEDEA
HELXXNA EXXLZA
flELXXXA HETEROOXTA
MELXXMA OCULATA
MELXPHXSAKA BOLA
HELZPHISAMA SP.
HELXTA APPEXOXCULATA
MELOSCAPHAXDER SP.
HELOSCAPHAXDER SP. A (GOtEIA/MORRO BAY)
nELPHXOXPPXDAE
MEnBRAXXPORA SPP.
nEHBRAXXPORA TEXUXS
HERELXXA HEUA
HERELXXA UAXAUAXA
HERLUCCIUS PRODUCTUS
MESAXTHURA HXEROGLZPHXCA
HESOCHAETOPTERUS SPP.
MESOCHAETOPTERUS TAYLORX
MESOCRAXGOX HUMXTELLA
HESOLAHPROPS BXSPXXOSA
nrsoLAttpROPS DXILONEXSXS
MESOLAnPROPS SPP.
nETAHYSIDOPSIS ELOXGATA
HETAPHOXUS FREBUEXS
HETAPHOXUS FULTOXX
HETEDUAROSXA SP. A (GOLETA/nORRO BAY)
METEDUARDSXA SPP.
HETHARPXXXA FLORXDAXA
METHARPXXXA JOXESX
METOPA OAUSOXX
METRXOXUH SEXXLE
nZCRAXELLUn CREBRXCXXCTUn
MXCRODZUTOPUS OCULATUS
nXCROOOCHUS ROBERTSOXX
HXCROJASSA LXTOTES
nXCROJASSA SPP.
MXCROPOOARKE DUBXA
nXCROPORELLA CXLXATA
nXCROPTHALRUS ABERRAXS
-------
MODC
CODE
500143230500
500143230100
500143230000
500143239999
885704120100
430302050400
430302050000
878301010100
878301010700
510801018900
510801 160100
510801018700
510601031700
510601040100
510601031600
510601030000
510503020600
510503024300
510503020000
510503020200
550701060700
550701060800
550701060300
S50701069999
550701060000
840603010000
540000000000
550000000000
510000000000
560000000000
817801010100
817901010100
817901010000
370504010100
616937080500
616937082800
616937082700
616937082600
616937082900
616937082<(00
616937080000
616937082200
551510000000
551510009999
500129011500
500129140100
616312011000
616312010000
616312019999
616312010300
616312000000
616312030200
616312030300
MODC TAXOKOniC CODES
SORTED BY TAXOX XAHE
TAXON
NAME
MZCROSPZO HACULATA
HZCROSPIO PIGHEXTATA
nZCROSPIO SP.
MICROSPIO SP. A (ORANGE CO. OXLY)
nzcROSTonus PACZFZCUS
MZCRURA ALASKEKSIS
MZCRURA SPP.
MIDSHIPMAN PLAZXFZM
MIDSHIPMAN SPECKLEFZX
HZRALDA PAULBARTSCHZ
nZRALOA SCOPULOORUM
MZRALDA SP.
nzTRA riAMMULATA
niTRA FOVEOIATA
nZTRA SALTATA
flZTRA SP
nXTftElLA CABINATA
HZTREILA MARGARITA
HXTRELLA SP.
nZTREHA TUBEROSA
MODZOltfS CAPAX
nODXOLUS MEGLECTUS
MODIOIUS RECTUS
I10DXOLUS SP. A
MODIOIUS SPP.
F10LGULA SP.
nOLLUSCA APLACOPHORA
nOLLUSCA BZVALVZA
WOL1USCA GASTROPODA
HOL1USCA SCAPHOPODA
H01PAOXA INTERMEDIA
MOLPADXA IMTERMEDIA
nOLPAOXA SP.
MOHOBRACHIUH PARASZTUM
nOHOCULODES DXAHESUS
HOKOCULODES ZRARSZNATUS
MOHOCUIODES GLYCOMICA
HOKOCULODES HARTMAXAE
MOXOCULODES iATISSIHAXUS
MOXOCULODES KORVEGXCUS
MOXOCULODES SP.
MOXOCULODES SPXXXPES
MOXTACUTIDAE
MOXTACUTIDAE SP. A (SCAMIT)
HOOREOXUPHXS LXTORA1ZS
nOOREOKUPHXS XEBULOSA
HUNNA ACARXXA
nUKXA SP.
HUXXA SP. A (NEC)
MUMXA UBXfiUZTA
nUXXXDAE SP
nuxxocoxxun ERRATUM
nuxxoeoxxun TXLLERAE
B-30
-------
NODC
COD!
375104010400
375104010000
618602060100
870802010500
871307020200
500164020300
500164020400
500164029989
500164029987
500164029999
500164020000
500164030200
500164030000
551510010300
551510010100
551510011300
551510010900
551510011200
551510010000
551510019999
551510019998
551510019997
551510019996
551510019994
551510019993
551510010200
615300000000
615100000000
615301000000
615301130100
615301210200
61530121H800
615301210400
615301214*00
615301140200
550701000000
550701010100
500170050200
366411150200
500140020000
611927080100
510320100000
510508013800
510508010500
510508012200
510508012200
510508010100
510508010102
510508010101
510508013200
510508010000
510376021400
510376000000
HODC TAXOMOMZC CODES
SORTED BY TAXON NAHE
TAXOK
MAKE
MURZCEA CALIFORNIA
HURZCEA SPF.
HURSIA 6AUOICHAUDII
MUSTELUS HENLEI
MYLZOBATZS CALZFORNZCA
MYRZOCHELE GRACILIS
MYRZOCHEtE PYGZDZALZS
MYRZOCHEIE SP. A (HONOLULU ONLY)
MYRZOCHELE SP. C (HONOLULU ONLY)
HYRZOCHELE SP. n (SCAHZT)
«TtRIOCHELE SPP.
MYRIOUENZA CALZFORNZEKSIS
HTRZOMENIA SP.
ntSELLA ALEUTZCA
MYSELLA COHPRESSA
nYSELLA 601XSCHZ
rtYSZLLA CRIPPI
HYSELLA PEDROANA
HYSELLA SP.
HYSELLA SP. A (SCArtIT)
MYSELLA SP. B (SCAHZT)
HYSELLA SP. C (SCAMZT)
RYSELLA SP. D (CSOOC/HEC)
HYSELLA SP. T (SCAHZT)
HYSELLA SP. H
HYSELLA TUMZDA
MYSIDA
NYSZDACEA
MYSZOAE
HYSIDELLA AHERZCANA
MYSIDOPSIS BAHZA
RYSZDOPSZS BRATTEGARTTZ
HYSZOOPSZS CALZrORNZCA
HYSZOOPSZS ONOTRENSIS
HYSZS LITTOHALIS
HYTILIDAE
HYTZLUS EDULIS
HYXZCOLA ZNFUKOZBULUn
HYXILLA FZnBRZATA
NAZNERIS SPP.
NANNOPUS PALUSTRZS
NANNOTERITES SPIRA
NASSARIUS CRMMATUS
NASSAAZUS FOSSATUS
NASSARZUS GOROANUS
KASSARXUS XKSCUIPTUS
NASSARZUS HENDICUS
KASSARXUS MENDICUS COOPERZ
NASSARZUS HENOZCUS HENDZCUS
NASSARZUS PERPZHGUZS
NASSARZUS SP.
XATZCA GUALTEKXAXA
NATZCZDAE
B-3!
-------
NOOC TAXOXOnXC CODES
SORTED BY TAXOX NAME
KODC
CODE
551509010100
500124030500
616201070 100
616201070000
500124030200
61<(501010200
614501010000
730101140100
470000000000
500130050100
375901020100
430000000000
430200009976
430200009974
430200009979
430200009975
430200009998
430200009997
430200009996
430200009984
370407079999
551522030100
500168040500
500168040000
617922011600
500160260100
615301150400
615301 150700
615301150000
500125000000
500125011900
500125011300
500125010402
500125010401
500125012900
500125011100
500125012400
500125012000
S00125010500
500125010040
500124000000
500121039999
500124042100
500124040400
500124040000
500124049999
500124030200
500143200700
510376042100
616940020100
617917020000
500131020500
500131020200
TAXOX
XAJ1E
XEAEROMYA COMPRESSA
XEAXTHES AREXACEDOXTA
XEASTACIILA CALZFORXZCA
XEASTZCZLLA SP.
XEAUTHES VZREXS
KEBALZA PUGETTEXSZS
XEBALZA SP
XEILOBZA EUSOHA
XERATODA
XERATOKEREZS UXZCORXZS
XERATOSTELLA VECTEXSZS
XEHERTEA
XEHERTEA SP 0
XEHERTEA SP P (HOXOLU1U OXLY)
XEHERTEA SP. A (HOXOIULU OXLY)
E (HOXOLUIU OXLY)
B (ORAX6E CO. OXLY)
C (ORAX6E CO. OXLY)
D (ORAX6E CO. OXLY)
P (ORAX6E CO. OXLY)
. A (CSDOC/HEC/OC)
XEHERTEA SP.
XEHERTEAX SP.
XEHERTEAX SP.
KEHERTEAX SP.
XEHERTEAX SP.
XEHERTESZA SP
XEHOCARDXUn CEXTZ7ZLOSUH
XEOAHPHZTRZTE EDUARDSZZ
XEOAHPHXTRZTE SPP.
XEOCRAXGOX RESZHA
XEOHEDZOHASTUS 6LABRAS
XEOHYSZS KADZAKEXSZS
XEOHYSZS RAYZZ
XEOHYSZS SPP.
XEPHTYZDAE
HEPHTYS CAZCOZDES
XEPHTYS CALZFORXZEXSZS
XEPHTYS CORNUTA CORXUTA
XEPHTYS CORXUTA FRAXCZSCAXA
XEPHTYS ERECTEXS
XEPHTYS FERRUGXXEA
XEPHTYS GLABRA
XEPHTYS PARVA
XEPHTYS PUXCTATA
XEPHTYS SP.
XEREZOAE
XEREZMYRA SP. A (HOXOLULU OXLY)
XEREZS LATESCEXS
XEREZS PROCERA
XEREZS SP.
XEREZS SP. A (HOXOLULU OXLY)
XEREZS VZREXS
XERZXE FOLZOSA
XEVERZTA RECLUSZAXA
XZCZPPE TUHZOA
XZKOZDES SP
XZXOE FOLZOSA
XZXOE GEHMEA
-------
MODC
CODE
500131020100
500131020000
500131029999
510503070500
500129030100
500129030101
500129030400
500129030801
500129030000
500129030801
500133030200
500133030000
500160030300
500160031100
500160030000
500160030200
390605050000
500163060100
500163060000
615707000000
615707010000
550607020200
550202020000
550202020100
550202020100
550201029900
550200021200
550201023000
55020(4022700
550204022900
55020(4020000
55020*4022800
512700009996
512700000000
514200000000
513500000000
512800000000
513000000000
600101010700
370101020500
370101021100
370101020000
510501021100
510501021000
375000000000
375200000000
375400000000
570801020900
570801029900
570801020300
570801020000
883108100100
500123130100
MODC TAXOXOHZC CODES
SORTED BY TAXON MARE
TAXOX
NAME
XIXOE XXGRZPES
XZXOE SP.
KZKOE SP. A (SCAHZT)
XZTZBEllA CARZXATA
XOTHRZA COXCHYLEGA
XOTHRZA COXCHYLEGA OCCZOEXTALZS
MOTHRIA ELEGAHS
XOTHRZA IHTEBHEDIA
XOTHRIA SP.
XOTHHZA STZOMATZS ZXTERHEDZA
XOTOCZRRU3 CALZrORXZEXSZS
KOTOCZBRU3 SP.
HOTOHASTUS LZXEATUS
KOTOHASTUS HftSKUS
XOTOHASTUS SP.
XOTOHASTUS TEMUZS
HOTOPLAXA SPP.
XOTOPROCTUS PACIFICUS
NOTOPROCTUS SPP.
XOTOTANAZDAE
XOTOTAXAZS SPP.
XUCIXELLA HUXITA
XUCUIA SP.
XUCU1A SUBOVAIA (PART)
NUCU1A TCXUZS
XUCULAXA ?
XUCU1ANA HAHATA
XUCU1AXA ORXATA
XUCULAXA OXZA
XUCULAXA PCXDCRZ
XUCUtAXA SP.
XUCULAHA TAPMZ&A
XUOZBRAXCH SP. B (KZXXETZCS OXLT)
XUDIBRAXCHIA
XUDIBRAXCHIA AEOIZDOIDEA CLZZOPROCTA
XUDZliAXCHIA ARHIXOZDEA LEPTOQXATHA
XUDZBRAKCHIA DORIDOZDEA
NUDZBRAXCZA DORIDOIDEA 6XATM090RZDOZBEA
XYHPHOX PZXE1LAE
OBELZA OZCKOTOHA
OBBLZA PLZCATA
OBE1ZA SPP.
OCEXEBRA BETA
OCEXE8RA FOVE01ATA
OCTOCORAltlA 60ROOXACEA SCLERAXOXZA
OCTOCORALLIA PEXXATU1ACEA
OCTOCOKA1LZA PEXXATUtACEA SOBSELlZflOBAE
OCTOPUS BZflACUlATUS
OCTOPUS BZHACU1ATUS
OCTOPUS RUBESCEXS
OCTOPUS SPP.
OOOKTOPYXZS TXZSPZXOSA
ODONTOSYLLZS PHOSPHOREA
B-33
-------
NODC
CODE
500123130000
510801019989
510801019987
510801019999
510801019998
510801019997
510801019991+
510801019993
510801019990
510801018800
510801015500
510801091500
510801017000
510801011000
510801090200
510801019500
510801091500
510801010000
510*01019969
510801019978
510801019977
510801019996
510801019976
510801019975
510801098800
510801019600
510S01010400
510801011500
616937000000
510602042800
430601*020100
617915019999
617915019989
617915019998
617915.019997
513106050600
513106059999
996600000000
500400000000
510510010100
510510010200
510510010100
510510014100
510325010300
720002029999
500129000000
500129011100
500129010702
500129010200
500129010300
500129011500
500129011200
500129140100
A (ORANGE CO.)
B. (ENCZNA ONLY)
A (ORANGE CO.)
B (ORANGE CO.)
C (ORANGE CO.)
r (ORANGE CO.)
0 (ORANGE CO. )
Z (ORANGE CO.)
A (SAN OZEGO)
B
C
0 (CSDOC/HEC)
0 (GOLETA/HORRO BAY)
NODC TAXONORIC CODES
SORTED BY TAXON NAHE
TAXON
NAME
ODONTOSYLLZS SPP.
ODOSTOniA (AROURA) SP
ODOSTOrtZA (AKOURA) SP
ODOSTOMZA (EVALEA) SP
ODOSTOHZA (EVALEA) SP
ODOSTOHZA (EVALEA) SP
ODOSTOHZA (EVALEA) SP
OOOSTOHZA (EVALEA) SP
ODOSTOMZA (EVALEA) SP
ODOSTOHZA ?
ODOSTOnZA ASTRZCTA
ODOSTOHZA CALZrORNZCA
ODOSTOMZA CAKfZELDZ
ODOSTOHZA COLURBZANA
ODOSTOHZA EUCOSHZA
ODOSTOnZA EUGLYPTA
ODOSTOHZA ORAVZDA
ODOSTOHZA SP.
ODOSTOHZA SP.
ODOSTOHZA SP.
ODOSTOHZA SP.
ODOSTOHZA SP.
ODOSTOHZA SP.
OOOSTOHZA SP. E (SCAHZT)
ODOSTOHZA STEARNSZELLA
ODOSTOHZA SUBTURRZTA
ODOSTOHZA TEKUZSCULPTA
ODOSTOHZA UZLLETZ
OEDZCEROTZDAE
OENOPOTA REGULUS
OERSTEDZA DORSALZS
OGY1ZDES SP. A (ORANGE CO. ONLY)
OOYRZDES SP. A (SAN DZEGO)
OOYRZDES SP. B (ORANGE CO. ONLY)
OOYRZDES SP. C (CSDOC/HEC/OC)
OKENZA PLANA
OKENZA SP. ACOOL/nORAO B/OC/HEC
OLAVZUS SP A
OLZGOCHEATA
OLZVIILA BAETZCA
OLZVEL1A DZEOENSZS
OLIVELLA HEXZCANA
OLZVELLA PYCNA
OHALOOYEA JAPONZCA
ONCHMESOHA SP. R (SCAHZT)
ONUPHZDAE
OMUPHZS ELEOANS
ONUPHZS I1EHZTA PARVA
ONUPHZS OEOPHZLZrORHZS
ONUPHZS XRZDESCENS
ONUPHZS LZTORALZS
ONUPHZS NEBULOSA
ONUPHZS NEBULOSA
B-34
-------
NODC TAXOXOnXC COOES
SORTED BY TAXON XAHE
NODC
CODE
500129011900
500129010500
500129130100
500129010000
500129019999
500158030800
500158000000
500158010100
500154060400
•79201061700
510602(430200
510602430200
510602*430100
510602430100
510602430200
882701020100
500121150100
812703030300
812900010100
812701060700
812701060000
•12701000000
•12705070100
•12600000000
•12000000000
•12500000000
•12700009999
•12700009997
•12700009996
•12700009995
500136040100
500136040100
500136040000
•12700000000
6169342*0200
518100000000
618906060100
370404140200
616912080000
500140051000
500140051100
500140000000
510215010100
510215999900
616934291800
616934291400
616934291500
616934291600
616934291700
616934291300
616934290400
616934290000
616934520100
TAXON
NAflE
ONUPHZS PALLZDA
ONUPHZS PARVA
ONUPHZS PARVA
ONUPHZS SP.
ONUPHZS SP. 1 (LOS ANGELES ONLY)
OPHELZA PULCHELLA
OPHELZZDAE
OPHELZNA ACUHZNATA
OPHELZNA BREVZATA
OPHZDZON SCRZPP3AE
OPHZODERHELLA CANCELLATA
OPHIODIRHILLA HALCYONZS
OPHZODERHELLA ZXERHZS
OPHZODERHELLA OPHZODERHA
OPHZODERHELLA RHZNES
OPHZODON E10NOATUS
OPHZODROHUS PUOETTENSZS
OPHIOPSILA CAlZrORNZCA
OPHZOTHRZX SPZCULATA
OPHZURA LUTKEXZ
OPHZURA SPP.
OPHZURZDAE
OPHZUROCOKZS BZSPZNOSA
OPHZUROZOAE OPHZURZDA
OPHZUROZDEA
OPHZUROZDEA PHRYNOPHZURZDA EURYALZNA
OPHZUROZDEA SP. A (HONOLULU)
OPHZUROZDEA SP. C (HONOLULU)
OPHZUROZDEA SP. D (HONOLULU)
OPHZUROZDEA SP. E (HONOLULU)
OPHRYOTROCHA ORACZLZS
OPHRYOTROCHA PUERZLZS
OPHRYOTROCHA SPP.
OPHURZDA
OPZSA TRZDENTATA
OPXSTHOBRANCHZA
OPZSTHOPUS TRANSVERSUS
OPLORHZZA ORACZLZS
ORADIREA
ORBZNZA FELIX
ORBZNZA JOHXSOXZ
ORBZNZZDAE
ORBITESTELLA REOZNA
OR1ZTESTELLA SP. A (HONOLULU)
ORCHOHENE ANAOUELA
ORCHOHENE DICZPZENS
ORCHOHENE DZAHESUS
ORCHOI1ENE HOLHESZ
ORCHOHENE HAQDALEKENSZS
ORCHOMENE OBTUSA
ORCHOHZNE PZN6UZS
ORCHOHEXE SP.
01CHOHENELLA HZXUTA
B-35
-------
NODC TAXOXOHZC CODES
SORTED BY TAXOK MARE
KODC
CODE
614306060100
871700000000
873500000000
875001000000
611000000000
61 1300000000
551002020000
500164010201
5001614010201
500164010000
500164000000
883901110100
615H05080200
374301030300
374301030000
616934310100
616934319999
615301010500
618306000000
618306009999
618306012100
618316012100
618316012200
618306010000
618306010200
618306010100
618306020200
618306025800
618306020000
618306025300
618306021700
500108010100
430200000000
617916010500
617918010000
552002010300
552002011200
552002010000
500103040100
600100000000
618201010300
616102020100
376801020300
616944030200
883502160400
885703030900
616948070400
551702010000
551702019999
500113080300
500122080200
500122080100
500122080000
TAXON
KAME
ORTHOPAGURUS HZXZHUS
OSTEZCHTHYES
OSTEZCHTHYES ACTZXOPTERYGZZ TELEOSTEZ
OSTEOGLOSSZDAE
OSTRACODA
OSTRACODA POOOCOPA
OSTREA SP
OUEXZA C011ARZS
OWEXZA rUSZrORPIZS COLLARZS
OUENZA SP.
OUENZZDAC
OXYJU1ZS CAIZFORNZCA
OXYUROSTY1ZS PACZFZCA
PACHYCERZAXTHUS FZHBRZATUS
PACHYCERIAXTHUS SP.
PACHYNUS BARNARDZ
PACHYXUS SP. A (KZXNETZCS ON1Y)
PACZrACANTHOmrSZS NEPHROPHTHALHA
PAOURIDAE
PAOURIDAE SP. A (ORANGE CO. ON1Y)
PAGURZSTES BAKERI
PAGURZSTES BAKERZ
PAGURZSTES PARVUS
PAGURZSTES SP.
PAGURZSTCS TURGZDUS
PAGURZSTXS ULREYZ
PAGURUS OCMOTEXSZS
PAGURUS RX90NDOENSZS
PAGURUS SP.
PAOURUS SPZIOCARPUS
PAGURUS TAXNERZ
PA1EANOTUS BE1LZS
PALEOKEHERTEA
PANDALUS PLATYCE10S
PANDA1US SPP.
PANDORA BZ1ZRATA
PAXDORA PUNCTATA
PANDORA SP.
PANTHA1ZS PACZFZCA
PANTOPODA
PAXULZRUS ?
PARACERCEZS CORDATA
PARACYATHUS STXARNSZZ
PARADUIZCHIA TTPZCA
PARA1ABRAX HEBU1ZFER
PARALZCHTHTS CAiZFORNZCUS
PARAHETOPE11A NZNZS
PARAHYA SP.
PARAHYA SP. A (SCAHZT)
PARANAZTZS POLYNOZDES
PARAXDALZA FAUVELZ
PARAXDALZA OCULARZS
PARAXDALZA SP.
B-36
-------
KOOC
CODE
130601060500
<*30601060000
1*30601069989
<* 3 0 6 0 1 0 6 9 9 9 9
1*3060106999$
130601069997
1*30601069996
500141000000
SOOH41080100
500141080101
5001(11080200
618306270100
879201260100
618942093600
6169K2092000
616942092900
616942092700
616942150100
616942093500
616942140200
616942092400
616942091800
616942093000
616942090000
616942092800
618906050100
616943030700
616943030200
616943030000
500143170100
617104010100
510320190100
611103050300
611103050400
611103050000
817502010100
817502010200
616940010400
616940040300
616940000000
500110050100
616917120100
885704110100
551501010100
617905010100
811401040100
550905040600
550905140100
500166030400
500166030000
500166000000
550905000000
500104020200
A (KXNKETXCS 0X1Y)
A (SCAMXT)
B
C (ORAXGE CO. ONLY)
0 (ORANGE CO. OMIT)
XODC TAXOMOnXC CODES
SORTED BY TAXOX XAHE
TAXON
NAHE
PARAXEHERTES CAIXTORXICA
• PARAXEHERTES SP.
• PARAXEHERTES SP.
PARAXEHERTES SP.
» PARAXEHERTES SP.
• PARAXEHERTES SP.
• PARANEJ1ERTES SP.
• PARAOXXDAE
S PARAONXS GRACXLXS
• PARAOXXS ORACXLXS OCULATA
S PRRAONXS nULTXBRANCHXATA
• PARAPAGUROXDES LAURENTAE
• PARAPHIDXOX SCHHXDTX
• PARAPHOXUS BXCUSPXDATUS
PARAPHOXUS CALCARATUS
S PARAPHOXUS COOMATUS
• PARAPHOXUS EPISTOHOS
• PARAPHOXUS BPXSTOHUS
• PARAPHOXUS HETEROCUSPXDATUS
S PARAPHOXUS JOXESX
S PARAPHOXUS OBTUSXDEXS
PARAPHOXUS ROBUSTUS
S PARAPHOXUS SXHXLXS
• PARAPHOXUS SP.
PARAPHOXUS SPXNOSUS
PARAPXNNXXA HXXOCRSOKX
PARAPLEUSTCS OCU1ATUS
PARAPLEUSTCS PU6ETTENSXS
PARAPLEUSTES SP.
PARAPRXONOSPXO PXNNATA
PARAPROTEL1A PIIHA
PARASHIEIA BEESTX
PARASTEROPE BAAXESX
PARISTEROPE HU1XX6SX
PARASTEROPE SP
PARASTICHOPUS CALXfORNXCUS
PARASTICHOPUS PARVXK1NSXS
PARDA1ISCA HARIOKIS
PARBALXSCELLA STHHEIRXCA
PAR0AHSCIDAE
PAR1URYTHOE CAIXFORXICA
PAROEOICEROS LtXCEOS
PAROPHYRS VETU1US
PARVI1UCIXA TEXUISCUtPTA
PASXPHAEA PACiriCA
PATIRIA MIXXATA
PECTEX DXEOEXSIS
PECTEX 1ATIAURATUS
PECTIXARIA CAlirORXIEXSIS
PICTXNARXA SP.
PECTIXARIIDAE
PECTIXIDAE
PEXSXDXCE ASPERA
B-37
-------
NODC TAXONOHIC COOES
SORTED BY TAXOX MAKE
NODC
CODE
550000000000
617701010500
617701000000
375200000000
375902020100
8172060301*00
S17206030100
•17206030500
81720603999$
•17206039997
•17206030000
616202080200
616202080200
•85103010100
617000000000
616800000000
617100000000
616900000000
615*400000000
615800000000
616200000000
615100000000
615300000000
615500000000
61690*01*0000
883560030200
370301010900
370301010000
552007010500
552007011100
552007010000
500163070000
500163070500
500163079999
500163070101
551546010000
500902119999
693560050100
720004019700
510219010000
500154030700
50015*1030300
500154030800
500154030100
511005019999
511004059998
511005010000
510331040000
611107020200
500106010200
500104020200
770000000000
770001020400
TAXON
MAKE
PELECYPODA
PENAEUS CAIZFORNZEXSZS
PENAZZOAE SP
PENNATULACIA
PENTACTZNZA CALZFORKZCA
PEMTAHERA POPUIZFERA
PEXTAHERA PSEUDOCALCZGERA
PENTAMERA PSSUDOPOPULZrERA
PCNTAMERA SP. B (60LETA/HORRO BAY)
PEXTAHERA SP. C (001ETA/HORRO BAY)
PEXTAHERA SPP.
PEKTIDOTEA RCSECATA
PEKTIDOTEA RESECATA
PEPRZIUS sznziiznus
PERACARZDA
PERACARZDA AHPHZPODA
PERACARZDA AHPHZPODA CAPREL1ZDEA
PERACARZDA AHPHZPODA OAHHARZDEA
PCRACARZDA CUHACEA
PERACARZDA ZSOPODA
PCRACARZDA ZSOPODA VAIVZFERA
PERACARZDA HYSZDACEA
PERACARZDA HYSZDACEA HYSZDA
PERACARZDA TANAZDACEA
PERAHPHZTHOE SP.
PERCH BLACK
PKRZQOKZHUS SERPEXS
PERZOONZHUS SPP.
PERZPLOHA DZSCUS
PCRZP10HA PIAXUZSCULUH
PIRZPLOHA SP.
PETA10PROCTUS
PETAlOPROCtUS XEOBOREA1ZS
PETAIOPROCTUS SP. A (001ETA/HORRO BAY)
PETA10PROCTOS TEXUZS BOREA1ZS
PETRZCOLA SP.
PHA110DRZ1US SP. A (HOX01U1U)
PHAXERODOX fURCATUS
PHASCOIOSOIIA PE1HUH
PHEXACOLCPAS SP
PHERUSA CAPOLATA
PHERUSA ZXriATA
PHERUSA XIOPAPZ1IATA
PHCRUSA PAPI1IATA
PHZIIKE SP. A (SCAHZT)
PHZ1ZXC SP. B (HIC)
PHZ1ZXE SPP.
PHZL1ZPPZA SP.
PHZ10HEDES DEXTATA
PHOLOE 01ABRA
PHOIOZDES ASPERA
PHOROXZDA
PHOROXZS PSAHXOPHZLA
-------
XODC
CODE
770001020000
616926000000
616926021000
616926020100
616926021500
616926021*00
616926020700
616926022000
616926021100
616926021900
616926022200
616926022300
616926020000
6169260299*9
616926029999
616926022100
61691+2000000
500149020400
500149020200
500149020300
500149020000
500113141100
500113010200
500113010300
500113011500
5001131<»9989
sooiismoooo
500113070100
500113140200
500113011200
500113010600
500113010700
500113011500
5001131
-------
NODC
CODE
616906040300
61*906000000
61*906000000
61*906002100
61*9060*41900
61*906002000
61*906000000
500123021000
500123020700
500123029999
500123029999
500123020000
4*2002011100
50015*4050100
50015*4050500
500150059999
5001500599*9
500150050000
•11703050100
500107010100
50014*071500
50014*071000
50014*070100
50014*071600
500140070200
50014*071200
50014*070000
50014*07999*
551509020200
390000000000
3906010299*9
3904010299**
390401029997
390601029987
390401029994
390601029995
390601029990
3906010299*3
3906010299*0
500120050100
500120050300
**4212110100
510304090100
512402030300
41*310000100
41*310000000
**5700140200
5*570*4160300
4*5700160000
614903000900
414903000000
414903050300
414903059999
(HON01U1U ONLY)
(HONOLULU ONLY)
NODC TAXOMOHIC CODES
SORTED BY TAXON NAME
TAXON
NARE
PINKIXA OCCIDENTALIS
PZNN2XA SCHHITTI
PINNZXA SP.
PIKKIXA TOHEXTOSA
PZNNXXA TUBICOLA
PIKMIXA UEYnOUTHZ
PZNNOTHERZ9AE
PZONOSYLLZS EXLERSZAEFORHZS
PZOMOSYLLZS OESAE
PZONOSYLLZS SP. A
PZONOSYLLZS SP. B
PZONOSYLLZS SPP.
PIPEFISH KELP
PZROHZS ERUCA
PZROI1ZS HOSPZTZS
PZROHZS SP. A (QOLETA/HORRO BAY)
PZROHZS SP. A CSCAHZT)
PZROHZS SPP.
PZSASTER BREVZSPZXUS
PZSZONE RKIIOTA
PZSTA ALATA
PZSTA BREVZBRANCHZA
PZSTA CRZSTATA
PZSTA DZSJUXCTA
PZSTA FASCZATA
PZSTA KOORCZ
PZSTA SP.
PZSTA SP. B (SCAHZT)
PLATOHYSZA HEROEUH
PLATYKELHZNTHES
PLATYKELHZXTHES SP.
PLATYHELHZNTHES SP.
PLATYHELHZKTHES SF.
PLATYMELHZNTHES SP.
PLATYHELHZNTBXS SP.
PLATYHELHZKTMES SP.
PLATYHCLHZXTHES SP.
PLATYMBinZMTBXS SP.
PLATYHELHZNTBES SP.
A CKZNNETZCS ONLY)
B (KZNNETZCS ONLY)
C CQOLCTA/nORRO BAY)
C (KZNNCTZCS ONLY)
0 CQOLCTA/HORRO BAY)
I C80LETA/HORRO BAY)
F (80LETA/HORRO BAY)
0 (EXCZNA/XLZ)
P (QOLETA/HOR10 BAY)
PLATYNEIEZS BZCANALZCULATA
PLATYNEREZS 9UHERZLZZ
PLICTOBRANCHU3 EVIDES
PLESZOTROCHUS LOTIOS
PLCOBOBRANCKAEA CALZFORNZCA
PLEURONCOOCS PLANZPES
PLEURONCODES SP.
PLEURONZCRTHYS BECURRENS
PLEURONZCHTXYS RZTTCRZ
PLEURONZCKTNYS VERTZCULZS
PLEUSTES PLATYPA
PLEUSTIDAE
PLEUSYHPTES 8LABER
PLEUSYHPTES SP. A (ORANQE CO. ONLY)
-------
NOOC
CODE
616943050100
510505091000
510505090000
370107010600
370101090000
370107010900
370«»07010000
••3108130100
••3109100100
••3109010200
500121150100
500121150100
500121190100
500121190100
500121190300
500121199999
500121199989
500121190000
616911000000
616911010100
616911010000
619701190600
619701190700
611300000000
611300009999
500116000000
500116010100
500116010000
500116019999
510376010100
510376010600
510376012100
510376010000
971303020200
500100000000
500169091000
500169091000
500169081200
500168090000
500168089997
390600009993
390600009992
390600009990
390600009989
390600009985
390600009992
390600009979
390600000000
390600009969
390600009967
390600009963
390600009999
390600009970
C
c
NOOC TAXOKOniC COOES
SORTED BY TAXON XAHE
TAXON
NAME
PLEUSYJ1TES SUBGLABER
Pizczrusus ZNCZSUS
Pizczrusus SPP.
PLUHULARZA ALICIA
PtUHUlARZA LAGENZFERA
PLUHULARZA LAGEXZfERA
PLUI1ULARZA SPP.
POACHER BIACKTZP
POACHER PYOHY
POACHER SOUTHERN SPEARNOSE
POOARKE ANOUSTZFROKS
PODARKC PUOETTENSZS
POOARKEOPSZS BZCAKALZCOLATA
PODARXEOPSZS 8REVZPALPA
PODARKEOPSZS GIABRA
POOARKEOPSZS SP. A (GOLETA/HORRO BAY)
PODARKEOPSZS SP. A (SCAHZT)
POOARKEOPSZS SPP.
PODOCERZOAE
PODOCERUS CRZSTATUS
PODOCERUS SPP.
POOOCHELA HEHPHZ11Z
POOOCHELA LOBZFROKS
PODOCOPA
POOOCOPZO SP. B CCSDOC/HIC/OC)
POECZIOCHAETZOAE
POECZLOCKAETUS JOHN30NZ
POECZLOCHAETUS SP.
POECZLOCHAETUS SP. A (SCAHZT)
POLZNZCES ORACONZS
POLZNZCES IIUZSZ
POLZNZCES RICLUSZAKUS
POLZNZCES SPP.
POLYACANTHONOTUS LONOUS
POLYCHAETA
POLYCZRRUS CALZFORNZCUS
POLYCZRRUS PERPLEXUS
POLYCZRRUS PiUnOSUS
POLYCZRRUS SP.
POLYCZRRUS SP
POLYCLADZA SP
POLYCLADZA SP
POLYCLAOZA SP
POLYCLABZA SP
POLYCLABZA SP
POLYCLADZA SP
ZZZ (CSDOC/HEC)
a (ORANGE COUNTY ONL
H (ORANGE COUNTY ONL
a (ORANOE COUNTY ONL
K (ORANOE CO. ONLY)
N (ORANOE CO. ONLY)
(ORANOE COUNTY ONL
POLYCLADZA SP. U (ORANOI COUNTY ONL
POLYCLADZDA
POLYCLADZDA SP A (OXNARD ONLY)
POLYCLADZDA SP C (OXNARD ONLY)
POLYCLADZDA SP 0 (OXNARD ONLY)
fOLYCLADZDA SP. A (ORANOE CO. ONLY)
POLYCLADZDA SP. AA (ORANQE CO. ONLY)
B-41
-------
NODC
CODE
390600009998
390600009997
390600009995
390600009977
390600009972
390600009970
390600009971
390600009973
840302040100
500143041900
500143042900
500143003100
500143270500
500143043400
500143044300
500143041100
500143041500
500143044200
500143043000
500143043600
500143040200
500143040200
500143040000
500143210000
500102000000
500103020100
500103020000
500103000000
500158080100
530000000000
616920120000
616920120400
616920120800
878301010700
878301010100
360000000000
360000009999
618901061100
500170229999
500170229919
S00170220000
500170080700
500170060800
500170061000
500170060000
510320170100
616934570100
500163090300
500163090301
500163090100
500163090000
500163180200
740001010100
(ORANGE CO. ONLY)
(ORANGE CO. ONLY)
(ORANGE CO. ONLY.
(CSDOC/MEC)
(CSDOC/HEC)
(CSOOC/HEC)
(ORANGE CO. ONLY)
(CSDOC/HEC)
NODC TAXONOHXC COOES
SORTED RY TAXON NAHE
TAXON
NAME
P01YCLADZOA SP. B
POLYCIADZDA SP. C
POLYCLADZSA SP. E
POLYCIADZDA SP. U
POLYCLADZBA SP. 27
POLYCLADZBA SP. 28
POLYCLADZOA SP. 28
POLYCLADZDA SP. 29
POLYCLZNUH PLANUH
POLYDORA AAHATA
POLYDORA RRACHYCEPKALA
POLYDORA CARDALZA
POLYDORA CZTRONA (PART)
POLYDORA CONVZXA
POLYDORA HETZROCHAETA
POLYDORA LZ6NZ
POLYDORA LZHZCOLA
POLYDORA NARZCA
POLYDORA XIOCARDALZA
POLYDORA XUCHALZS
POLYDORA PLENA
POLYDORA SOCZALZS
POLYDORA SP.
POLYDORZLLA SP.
POLYNOZDAZ
POLYODONTZS LUPZKA
POLYODONTZS SP.
POLYODONTZDAE
POLYOPHTHALHUS PZCTUS
POLYPLACOPHORA
PONTA6ENZZA SPP.
PONTOOENZZA XKTZRHZDZA
PONTOOZNZZA ROSTRATA
PORXCHTHYS HYRZASTZR
PORXCMTRYS NOTATUS
PORZ7ERA
PORXrZRA SP. A
PORTUNUS XANTUSXX
POTAHZTHUS SP. A (CSDOC/HZC)
POTAHETHUS SP. A (ZNCXNA/KLX)
POTAF1ETHU3 SPP.
POTAJ1X1LA XNTZRHZDXA
POTAHXL1A OCCEIATA
POTAHZLLA SOCXALZS
POTAHXLLA SPP.
POUZLLSZTZA PALLAX
PRACHYNZLLA LODO
PRAXXLLZLLA AITZNI3
PRAXXLLZLLA AFFZNZS PACXFXCA
PRAXXLLZLLA ORACZLZS
PRAXXLLZLLA SP
PRAXXLLURA HACOLATA
PRZAPULUS CAUDATUS
B-42
-------
NODC
CODE
884212110100 C
•70*02060100 •
500143050800 •
500143050200 •
500143050200 S
5001<43051600 •
500143050100 •
500143050101 •
500143050200 S
500103050200 S
500143050700
500143050000 •
500143059999 •
50014305998* •
500143059995 «
500143059996 •
500143059996 •
500143050600 •
615407020000 •
615407029999 •
500123010100 S
500123010000 •
518000000000 •
430604010100 •
500136020100 •
500136020600 «
500136029999 •
500202019999 •
616926030700 •
616926031200 •
616926030000 •
616926030700
616926030800 •
551547070300 •
551547070000 •
500173110300 •
512504020000 •
551547050100 •
390701020100 •
551551030200 •
616934580100 •
615301190100 -
615301193600 -
615301190000 •
500143150100 •
500170060700 S
500170061000 •
500170060000 S
551509010400 •
550901020000 "
500113179999 •
500113179998 •
510501180200 •
NODC TAXONOnZC COOES
SORTED BY TAXON NAHE
TAXON
NAME
PRZCK1EBACK BLUEBAR&ED
PRZONACE GLAUCA
PRZONOPROZO CZ&ROBRAXCHZATA
PRZONOSPZO CZRRZFERA
PRZONOSPZO DELTA
PRZONOSPZO 10BU1ATA
PRZONOSPZO HALHORENZ
PRZONOSPZO HALHGRENZ DUBZA
PRZONOSPZO HULTZBRANCHZATA
PRZONOSPZO PATAGONZCA
PRZONOSPZO PYGHAEA
PRZONOSPZO SP.
PRZONOSPZO SP. A CSCAHZT)
PRZONOSPZO SP. B (OOlETA/nORRO BAY)
PRZONOSPZO SP. B (ORANGE CO. ONLY)
PRZONOSPZO SP. B (SCAHZT)
PRZONOSPZO SP. D (ORANGE CO. ONLY)
PRZONOSPZO STEENSTRUPZ
PROCAHPYLASPZS SP.
PROCAMPYLASPZS SP. A CSCAHZT)
PROCERAEA CORNUTA
PROCERAEA SPP.
PROSOBRANCMZA
PROSORHOCHHUS ALBZDUS
PROTODORVZLLEA GRACZLZS
PROTODORVZLLEA PUGETTENSZS
PROTODORVZLLEA SP. A (HONOLULU ONLY)
PROTODRZLLUS SP. A (HONOLULU ONLY)
PROTOHEBEZA ARTZCULATA
PROTOHEDEZA PRUDENS
PROTOHEDEZA SPP.
PROTOI1EDEZA SPP.
PROTOHEDEIA ZOTIA
PROTOTHACA LACZNZATA
PROTOTHACA SP.
PROTOtA SUPERBA
PROVOTELLA SP.
PSEPHZDIA LORDZ
PSIU90CEROS CANADENSZS
PSIUBOCHAHA EXOGYRA
PSEUDOKOROOA RZHA
PSEUBOHIIA BERKELEY!
PSIUBOIUIA CALZrORKZCA
PSEUDOmiA SPP.
PSEUOOPOLYDORA KEHPZ
PSEUBOPOTAHZLLA XXTERHEDXA
PSEUBOPOTAHZLLA SOCZALZS
PS1UDOPOTAHZLLA SPP.
PSEUBOPYTHZNA HYACZFORHZS
PTERZA SP
PTEROCZRRUS SP. A (OOLETA/HORRO BAY)
PTEROCZRRUS SP. B (OOLETA/HORRO BAY)
PTEROPURPURA FESTZVA
B-43
-------
NOOC
CODE
510501140200
161100020300
618701050000
618701050200
511001050200
511001050000
600000000000
500103130200
618306130500
618306130000
618306130000
510801030000
510801039999
510801039998
510801039997
510801000000
510801190100
510801190000
618701230000
618701230300
800801000000
883500250100
500170020100
500170029999
871300010000
871300010800
618603090300
618603090200
618603090000
500150080100
871602010100
880003030200
811703220100
871307020200
871303010100
375303010300
618910000000
511000010200
511018010800
616910130800
616920110000
616920130900
616920130700
616920139999
616920130000
616920130000
551552020100
500129000200
500129000000
616902150000
616902150300
616902150500
616902150100
(HONOLULU)
(HONOLULU)
(HONOLULU)
C
e
NOOC TAXONOHXC COOES
SORTED BY TAXON NAHE
TAXON
NAHE
PTEROPURPURA MACROPTERA
PTEROSZPHONZA OENDROZOEA
PUGETTZA OALLZ
PUOETTZA RZCHZZ
PUPA PUDICA
PUPA SP
PYCNOGONZDA
PYGOSPZO ELI6ANS
PYLOPAGURUS DZEGENSZS
PYLOPAGURUS HOLMESZ
PYLOPAOURUS SPP.
PYRAHZDELLA SP
PYRAHZDELLA SP. A
PYRARXBELLA SP. 3
PYRAHZDELLA SP. C
PYRAHZBELLZBAE
PYROULZXA OOBES
PYRGULZNA SP.
PYftOHAZA SPP.
PYROHAZA TUBEICULATA
PYROSOnZOAE
fiUEENFZSH
fiUESTA CAUBZCZ1RA
fiUESTA SP. A (HONOLULU ONLY)
RAJA ZNORNATA
RAJA RHZNA
RANBALLZA BULLZGERA
RANBALLZA 01NATA
RANDALLZA SPP.
RARZCZRRUS HACULATUS
RATFISH
•ATHBUNELLA HYROPLECTA
RATHBURMASTER CALZFORNZCUS
RAY BAT
RAY PACZrZC ELECTRIC
REKILLA KOLLZKERI
RETROPLUHIOAE
RETUSA HARPA
1ETUSA XTSTRUH
1HACHOTROPZS ORZHALDZ
RHACHOTBOPZS INFLATA
BHACHOTBOPZS KLEHENS
RHACHOTROPZS OCULATA
1HACHOT10PXS SP. A (KZNNETZCS ONLY)
RHACHOTROPZS SPP.
RHACHOTROPZS SPP.
•HAHPHZDONTA RETZFERA
1IAHPHOBBACHZDH LONOZSETOSUH
1RAHPHOBRANCHXOH CRZSTOBALINSZS
RREPOXYNZUS ABRONZUS
RHEPOXYNZUS BZCUSPZBATUS
BHEPOXYNZUS BABOZUS
RHEPOXYNIUS EPZSTOHUS
B-44
-------
XODC
CODE
616942150600
616942150700
616942150600
616942151100
616942150000
616942150000
616942150900
616942151000
671302010400
344600000000
500163100100
995300000000
430000000000
500143120100
761615020200
511001040200
511001040100
511001040102
511001010100
511001040000
510327010000
510320052900
510320053000
510320053100
510320052800
510320053200
551510010000
••2601012400
••2601010300
••2601014500
••2601010600
••2601015500
••2601014300
••2601011200
••2601015700
•12601015800
••2601013200
••2601011900
••2601011100
•82601014600
•82601013500
••2601012300
•83544240100
•84003030200
570402010100
616906120400
611106010100
611106010100
611106010000
611106019999
611106019998
500170089999
500170089989
C
c
C
c
c
c
c
c
e
c
e
c
c
•
s
NODC TAXONOniC COOES
SORTED BY TJUOX XAHE
TAXOX
NAME
RHEPOXYMIUS HETEROCUSFXDATA
RHEPOXYMXUS LUCUBRAHS
RHEPOXYNIUS HENZXESX
RHEPQXYKXUS OBTUSXDEKS
RHEPOXYNXUS SPP.
RKEPOXYMXUS SPP.
RHEPOXYNXUS STXNODES
RHEPOXYNXUS VARXATUS
RHXNOBATOS PRODUCTUS
RHIZOPODIA ORAXULORETXCULOSXA PORAH.
RHODXNE BXTOR0UATA
RHYACOORXLUS SP R
RHYXCHOCOEIA
RHYNCHOSPXO QLOTAEA
RHYNCHOZOON ROSTRATUH
RXCTAXXS PAXXEZ
RXCTAXXS PUXCTOCAELATUS
RXCTRXXS PUXCTOCAELATUS VRXCOUVEREXSXS
RXCTAXXS PUXCTOSTRXATUS
RXCTAXXS SP.
RXSSOEI1A SP
RXSSOXXA EPHAHXLIA
RISSOIMA HXITOZOXA
RXSSOXXA PU1CHEL1A
RXSSOXNA TRXTXCEA
RXSSOXXA TURRXCULA
ROCHEFORTXA SP
ROCKFXSH BiUE
ROCKPXSH BROUN
ROCKFXSH CALICO
aocxnsH COPPER
ROCKFXSX FLRO
ROCKrXSH GRZEXSPOTTED
ROCKPXSH 6REENSTRXPED
ROCKFISH MALTBAN9ED
ROCKFISH OLIVE
lOCXPXSH ROSY
10CKPXSH SHORTBEIIY
ftOCKPXSH SP1XXNOSE
BOCKrXSH 3BUARESPOT
ROCXriSH STRXPETAIl
ROCKFXSH VERHILIOM
ROXCADOa 3TIRRNSX
RONfiUXl SMOOTH
ROSSXA PACirXCA
RU9XLEHBOXDES STEEHOPROPOBUS
RUTIBERHA LOHAE
RUTIDERMA ROSTRATA
RUTIDERMA SP.
RUTIDERMA SP. A (KZXNETXCS ON1X)
RUTIDERUA SP. B (KXXNETXCS ONLY)
SABE1LA SP. A (GOLETA/RORRO BAY)
SABELLi SP. A CORANOS CO. ONLY)
B-45
-------
NODC
CODE
500165020100
500165020500
500165020000
500165000000
500170000000
500167060000
510353060100
841101030400
«1*1101000000
500167140200
50016711(0100
500167140000
500167159999
••5703011100
••5703010100
••5703010200
510222110000
••5003020100
611104010000
6111040199«9
611104019999
•11104019997
500129130100
551706050200
551547020200
••352*120400
510350010000
510350010000
500157010100
500157000000
510346120000
613201000000
613201010400
613201010400
511004030000
560000000000
500167250100
500167250000
500167259999
500157000000
500136080500
500116050700
500116050100
500116050400
500136050000
•19101090100
50016«1«0300
S0016»1«0200
510202011200
611107040100
61*907030100
375901019999
375901019909
MODC TAXOKOHZC CODES
SOBTED BY TAXOX KAHE
TAXOK
NAME
SABELLARXA CEMEXTARXUH
SABELLABIA GBACIIIS
SABELLABZA SPP.
SABE1LABZZDAE
SABCLLZOAE
SABELLXDE3 SPP.
SABZKELLA BAKEBX
SALPA TI1SI-COSTATA
SA1PZ9AE
SAHYTHA CALZrOBXXENSXS
SAHXTHA SEXCZRRATA
SAHYTHA SP.
SAHYTKELXA SP. A (HONOLULU OXLY)
C SAHDAB LOXCfXX
C SANDAB PACXrXC
C SAKDAB SPECKLED
• SAHSOHIA SP
• SABOA CHXLENSXS
• SARSIEHA SP.
• SARSZELLA SP. A (KXXKETXCS OXLY)
• SABSXELLA SP. 8 (OBANQE CO.)
• SARSIELLA SP. C (OBAXOE CO.)
SARSONUPHXS PABVA
• SAXZCAVELLA PACZfXCA
• SAXX90HUS NUTTALLX
C SCAD MEXICAN
S SCALA SP.
S SCALABXA SP.
• SCALXBBEQHA XNUATUR
• SCALIBREOHIDAE SPP.
• SCALZ01A SP.
• SCALPELLX9AS
SCALPELLUH CALXrOBNXCUn
S SCALPELLUH OSSEUH
• SCAPHANBXB SPP.
A SCAPHOPOOA
• SCHXSTOCOflUS HXXTOXX
• SCMXSTOCOnUS SP.
• SCMXSTOCOHUS SP. A (OOIETA/HOBRO BAT)
SCMXSTOCOHUS SP. A (SCAHX7)
SCHXSTOHEBXX00S CAECA
SCHXSTOnCBXXOOS JAPOXXCA
SCHZSTOHEBZNOOS LOXOXCOBXXS
SCHXSTOHHZXOOS BUDOLPHZ
SCHZSTOMEBIHOOS SP.
SCHKZTTXUS POLXTUS
SCXOXELLA ESTEVAXXCA
SCXOXELLA JAPOXXCA
SCZSSURELLA COBONATA
SCLEBOCONCHA IBITUBERCOLATA
SCLEBOPIAX GBAXULATA
SCOLAKTMUS SP. A
SCOLAXTMUS SP. A (XXNXETXCS OMLY)
B-46
-------
XODC
COOK
375901010000
500143120100
5001<«3201500
500143200700
500143200700
500143200000
500143200100
500140031100
500140030500
500140030100
500140010200
500140030100
500140030000
$85003030100
882601061600
882601061600
781526010600
863102160800
618701070100
375401029969
663560\10100
88)560050100
616946010800
862601016100
662601010300
882601010600
662601014100
682601014500
662601011100
662601011200
882601016300
882601014600
882601011900
682601012300
682601012400
682601012700
682601013(09
662601016600
882601015300
882601013500
•61601015700
•61001015800
682601019999
•62601019998
682601010000
662601020100
551535010600
510503100100
883901110160
550701190200
550701190000
663544150100
616103000000
XODC TAXOXOMIC CODES
SORTED BY TAXON KAHE
TAXON
XAJ1Z
• SCOLAMTHUS SPP.
S SCOLEC01EPIS G1UTAEA
• 3COLELEPIS ACUTA
SCOLELEPXS rOLIOSA
S 3COLE1EPXS FOLIOSA OCCX9EXTALX3
• SCOLEIEPXS SP.
• SCOLEIEPZS S6UAHATA
• SCOLOPLOS ACHECEPS
• SCOLOPtOS ACUTUS
• SCOIOPLOS ABHXGEB
S SCOtOPIOS ELOXGATA
S SCOLOPLOS E10N6ATA tPABT)
• SC010P10S SPP.
• SCOWBEB 4APOXXCUS
• SCOBPAEXA GLUTTATA
e scoftpxoxrxsK cAixroaxxA
• SC1UPOCEI1ARIA DIEOEXSIS
C SCULPZX YE1LOUCHXX
• SCYKA ACUTiriOXS
• SEA PEX Oil (CSDOC/HEC)
C SEAPE&CH PZMX
C SEAPEBCH WHITE
• SEBA EKAPUU
• SEBASTES 1
• SEBASTES AUaiCUlATUS
• SEBASTES CAUBZXUS
* SEBASTIS CHLOaOSTICTUS
• SEBASTES 9A11Z
« SEBASTES 9ZPLOPKOA
• SEBASTES ELOXOATOS
• SIBASTES EXSirES
SEBASTZS HOPKZXSZ
• SEBASTXS JO&BAXZ
SEBASTSS HZXZATUS
• SEBASTZS HTSTZXUS
• SEBASTES PAOCZSPIKUS
• SEBASTZS ROSACEOS
• SEBASTES BOSEXBIAITZ
* SEBASTES EUBRIVXXCTUS
SEBASTES SAXZCOLA
• SEBASTES SEHXCXKCTUS
• SEBASTES SEftEAXOZDES
• SEBASTZS SP. A (KIXKETICS OXLt)
• SEBASTES SP. B (KIXXETZCS 0X1Y)
• SEBASTES SPP.
• SEBASTOLOBUS AIACAXUS
• 8ERI&E OECXSA
• 3EKXXELIA VA1IA
C SEXOtlTA
« SEPTirta BBTAXAE
• SEPTZFZB SP
* 3EBIPHU3 P01ZTUS
• SE10LXDAE
-------
XODC
CODE
616103010200
500173CU9999
500173000000
•70*02060100
6708020K0500
(•3901120100
6177010140900
500106000000
500122029999
500122020100
500113150100
5001131S0300
551529019100
616001150100
510372020502
510372020300
510372029999
510372020502
615701060100
510376050300
560002000000
720001031200
720000000000
720000009991
•7130H010400
• 71301*010800
510217050200
•83109080000
61693<* <*10200
••5703110200
••570H160200
• •5701*120100
••S70K130100
••5703150100
••5701*050100
• •570<4110100
550401010800
550401010600
5501*01010000
550*101010700
5518290201*00
»*1060S011»00
551529020100
551529020000
551529020200
500157380100
500125000000
500126020300
500126020000
500124020300
616102000000
500123081600
500123080(00
MODC TAXONOniC COOES
SOBTEO BY TAXOX XAHE
TAXOX
MARE
• SIROIIS CARIKATA
• SZBPUIA SP. A (HONOLULU ONLY)
• SC1PULZDAE
C SHARK BLUE
C SHARK B&OUM SFIOOTHHOUXD
C SHEEPHZAD CAlZrORXZA
SZCYOXZA ZXGZXTZS
SZOALZOXZ9AE
SXOAHBRA SP. A (HOXOiULU OX1Y)
SZOAHBRA TZXTACULATA
SZGE CALXrORXXEXSXS
SIOE HOXTE1EYEXSZ3
3XLZ8UA LUCZDA
SZLOPHASHA OERZXATA
SIHHIA AE8UALIS VID1ERI
SZRXZA tOEBBECKKAKA
SIMM IA SP. A (CSDOC/I1EC)
SZKXZA VZBLtlZ
SZXELOBUS STAXFOIDZ
szxun scopuiosun
SZPKOXODXHTALZZBAE
SZPHOXOSOHA ZX6CNS
SZPUXCULA
SIPUXCU1A SP. B CHOXOLULU3
C SKATE CAtZfOIXZA
C SKATE LOXOXOSE
• SHAftAODZA BEXAXAE
C SXAIiriSHES
• SOCARXOIDES EUOEKOVI
C SOLE BZOHOUTK
C SOLE CURiriK
• SOLE DOVEft
• SOLE KXOLZSH
C SOLE FAXTAZL
• SOLE 1EX
C SOLE SLEXDEft
• SOLEHYA PAMAHEXSZS
• SOLEHYA REZDZ
• SOLEHYA SP.
• SOLEHYA VALVULUS
• SOLEX 10SACEAUS
• SOLEX SZCARIUS
• SOLEX SICARIUS
• SOLEX SP.
• SOLEX VZRZDIS
• SOSAXE OCCZOEXTALZS
• SPHAERODORZOAE
• SPHAERODOKOPSZS BISZ1ZALZS
• SPHAER00010PSZS SPP.
S SPRAElODOftVH BZSERZALZS
• SPHAEROHATZDAE
• SPHAE10SYLLZS BZLOBATA
• SPHAEBOSYLLZS BRANOHORStZ
B-4*
-------
xooc
CODE
500123080800
500123082100
500123089989
500123089998
500123081400
500143071200
500143071100
500143079999
500143070000
500149030200
500149030201
500143000000
500143100100
500143100400
500143100100
500143100200
500143100200
500143100*00
500143100000
500143100500
(12605010100
511301010000
617916020200
617916021200
617916020400
617916020000
500173060200
551525010600
•71001020100
664014030300
500136050500
500136050500
500136050000
500113160100
616943061200
616943060000
616943061100
616946100500
61694*100600
616946109996
616940100000
616946000000
616940110000
616940110000
500159000000
500159010200
500106010100
500106070100
500106010600
500106010000
500106019999
S 00106019909
00106010500
e
s
NODC TAXOXOHXC CODES
S01TED BY TAXOX XAHE
TAXOX
XAHE
SPHAEROSYL1ZS CAlXfOlMXEXSXS
SPHAEAOSY11XS CAPEXSXS
SPHAEIOSYLIZS SP. A (OBAXOE CO. OX1X)
SPKAEftOSYlLZS SP. B (OOLETA/H01BO BAY)
SPHAE10SYLLZS SUBIAEVZS
SPZO PACZrZCA
SPZO PUXCTATA
SPZO SP. A (HOXOLULU OXIY)
SPZO SPP.
SPZOCHAETOPTEBUS COSTA1VM
SPZOCHAETOPTE1US COSTABUH OCU1ATOS
SPZOXZDAI
SPZOPHAXCS AMOCU1ATA
SPZOPHAXES lEIKELETOlUH
SPZOPHAMES BOKBYX
SPZOPMANES rZHBIZATA
SPZOPHAXIS KBOYI1Z
SPZOPHAXES HZSSZOXEXSZS
SPZOPHAXES SPP.
SPZOPHAXES UZOLZXZ
SPZOPHAXZCO&A SPZX010SUS
SPZ1ATE11A SP.
SPZBOXTOCA1ZS LAHELiZCOBXZS
SPZBOXTOCA1ZS SZCA
SPZ10XTOCA1ZS SXYDEIZ
SPZ10XTOCA1ZS SPP.
SPZ10RBZS SPZBZ1LUH
SPZSD1A PLAXULATA
SBUALUS ACAXTRZAS
STABOAZE1 SMOOTH
STAU10CEPHA10S CAECUS
STAUROXE1EZS CAECUS
STAU10XE1EZS SP. CPAtT)
STKOOOA CALZrOIXZEXSZS
STEXOPLEUSTES HOXOCUSPZS
STEXOP1EUSTES SPP.
STSXOP1EOSTES SUB01ABE1
STEXOTHOE ESTACOLA
STEXOTROE PRECAXBA
STEXOTHOE SP. B (HOKOtOlO)
STEXOTHOE SPP.
STEXOTHOZBAE
STEXOTHOZBES BZCOHA
STEXOTROZBES SPP.
STEIXASPZBAE
STEixASPzs rossox
STREXEIIZS BE1KILIYX
STREXEIAZS fZHHIAlHH
STHEXELAZS F03CA
STHEXE1AZS SP.
STREXELAZS SP. A (OOX.ETA/HORIO BAT)
STREXEIAZS SP. A (HOXOLULU OX1T)
STHEXELAZS TEBTZAOLABIA
B-49
-------
KODC
CODE
500106030700
500106120200
500106070300
• •U01010100
•71305030200
619100000000
610901030300
50016*250300
50016*250000
50016*25999*
5001431*0100
5001431*999*
500123160000
•14903020400
•10601050000
375401010300
375401019994
375401010000
5103K6110100
390603010500
5001*2270200
500102179999
500102270000
510601040200
510601010100
375*00000000
511013010*00
••3560040100
500123000000
500121009999
500123150000
5001230099*9
500123050900
5001*30*0*00
500123030200
500123032100
•*5*0201UOO
616943061300
•17*01020000
•17*01000000
8101101*0300
616937140300
616937100200
•16937140000
50012205999*
••2002011100
•16202020100
•1*202021100
•1*202021200
616202011300
616202011400
•18202020000
•76101010300
KODC TAXOKOHXC CODES
SOITED BY TAXOX XAHE
TAXOX
XAHE
• STHEXE11ZS VERRUCUIOSA
• STHEXZIAXE1LA UXZfORnZS
• STHEX01EPZS rZHBRXAAUn
C STZCK1ZBACK THIEE-SPZXE
C 5TZXORAY tOUXD
STOHATOPODA
SYRZ810CERAS AXXULATUH
3TRZB10SOHA CIASSZBIAXCMZA
SiaCBlOSORA SP.
ST&ZBLOSOHA SP. I (SCAHZT)
STBEBLOSPZO BEXEDZCTZ
STIEBIOSPZO SP. B CSCAHZT)
STBCPTOSY11ZS SPP.
STBOXOYIOCZXTBOTUS PURPUBATUS
STYELA SP
STYIATOIA S10XOATA
STY1AT01A SP. * (HKC)
STYIATU1A SPP.
STYLirElZXA QOXZOCHZLA
STYLOCHUS TIZPA17ZTUS
SUBADYTE HXXZCAXA
SUBADYTE SP. A (SAN 9X100/11)
SUBADYII SPP.
SUBCAXCHIA riAHMEA
SUBCAMCIL1A POVZOLATA
SUBStilZriOlAZ
SUICORZTUSA ZYST1UH
SURPPZRCM UA1LEYE
STLLZDBZ
SYLLZDAE SP. A (HOXOlOtU ON1Y)
3Y11ZDES SPP.
SYltZXAE SP. A CHOXOLULU ONLY)
STL1ZS ADAHAKTEA
SYitZS ZLONOATA
STLIZS fltACZLZS
STLLZS HYPE1IOHI
STHPHOIUS ATRZCAUDA
STHP1ZOSTZS SUBOLABZt
STN1PT1 SP.
STN1PTZBAI
SYNAPTOCOCH1ZA COKCZXXA
SYMCHEIZDZUH RECTZPAlMUn
SXNCHZUDZVN SKOZHANZRZ
SXXCHI&ZDZVN SP.
SYXZLHZS SP. B (KOXOIUIO ONLY)
SYXOXAYRDS CA1ZFORXZZXSZS
1YXZDOTEA BZCU8PZDA
8YXZDOTEA CA1CA1EA
3YXZDOYEA RABFORDZ
8YXZDOTEA HAONZPZCA
SYXZDOTEA HEOZA
SYNZOOTEA SP.
StNOBUS IUCZOCEPS
-------
NODC
CODE
616950000000
616950030200
616950030000
616951000000
615500000000
5001410*0100
500141060101
5001(41080200
500141140100
616102010300
5009021*9999
5009021*0100
551531080300
551531023300
551531020400
551531020300
551531024700
551531020400
551531027300
551531020000
551531029999
55153102999ft
551531029997
551531020300
551531000000
500102230200
500102230200
510601*010000
51060X019999
510604019998
500168000000
500169010300
500169019998
500169019997
500169010000
500169010100
510604011300
510604011100
430606021*00
130606010100
430606020900
430606020000
7*1517010200
781517010000
800106060100
•41100000000
510210220200
510210220100
500150030700
500150030100
500150030000
S 001500399*9
00150039999
NOSC TAXOXOHXC COOKS
SORTED BY TAXON NAME
TAXOX
MAFIC
SYMOPXXDAE
SYRRHOE LONGXFROXS
SYRRHOE SP.
TA1ZTRXDAE
TAKAXDACEA
TAUBERXA GRACXIXS
TAUBERXA GRACXIXS OCULATA
TAUBERXA HULTXBRAXCHXATA
TAUBERXA OCUIATA
TCCTXCEPS CONVEXA
TECTX9RXIXS SP. A (HOK01ULO)
TCCTXD1XLUS DXVE1SUS
TtllXNA A&INXCA
TEL1IXA BODEGEXSXS
TELLXNA BUTTON!
TELLXXA CABPENTEBX
TE11IMA IDA!
TEllIMA HODESTA
TE11IXA OAHUAMA
TE11IXA SP.
TELIIHA SP. A (SCAHXT)
TEttXXA SP. B (HONOLULU)
TELLXNA SP. C (HONOLULU)
TELLXNA VARXEGATA (PART)
TELLXNX9AE
TCNONXA PEDROANA
TENONXA PtXOPS
TE8BRA SP
TCRBBA SP A
TERBRA SP B
TEREBELLXDAE
TEREBELLXDES CALIFORXICA
TCKEBELLXDES SP. B (LOS ANGELES ONLY)
TCB.EBELLXOES SP. C (SCAHXT1
TE1EBELLXOES SPP.
TC&EBSLLXDZS STB.OEKX
TEREBRA OANAX
TERZBIA PEDROANA
TZTIASTEHRA ALBZBA
TETRASTEHHA CANPXDUH
TETRASTEftHA NXaftZFlONS
TETRASTEHHA SPP.
THALAHOPOREL1A CAIIFORJCICA
THAlAHOPOREliA SPP.
TRALENESSA SPXNOSA
TRALXACEA SALPXDA
THALOTIA 1UBRA
THALOTXA SOB&NOVLAT&
THABYX HABXONX
THARYX HONXLA1XS
THARYX SP.
TRA1YX SP. A (EMCXNA/KLX)
THARYX SP. A (SCANXT)
B-51
-------
NOOC
CODE
500150039998
500150039987
500150039997
500150030600
50016*100500
500168100400
551535050100
375103019996
345103010000
375103010000
662601020100
552006020400
552008020000
552008020300
552008000000
551502030100
551502030101
551502030102
551502030103
551502032500
551502030100
551502030100
551502030100
720002016900
616950050300
616950050200
616950050500
513401020100
510323000000
671303010100
883528010100
551522070400
551547010000
551547010100
500156040100
500156041000
500158040000
616942150100
510214011100
510214011000
510214011300
510214011000
514107030000
510348010000
617101060100
617101060200
513401010400
513401010000
513401010000
510210210100
500154030000
500902000000
500902009995
NOOC TAXONOnXC CODES
SORTED BY TAXON MARE
TAXOX
NAME
THARYX SP. B CSCAHIT)
THARYX SP. C (ENCZNA/K1Z)
THARYX SP. C (SCAHZT)
THARYX TESSELATA
THELEPUS JAPOKZCUS
THE1EPUS SETOSUS
THEORA 1UBRZCA
THESEA SP. B (CSDOC/HEC/OC)
THESEA SPP.
THESEA SPP.
THORXYHEAD SHORTSPZKE
THRACZA CURTA
THRACZA SP.
THRACZA TRAPEZOZDES
THRACZZDAE
THYASZIA riEXUOSA
THYASZRA P1EXUOSA riEXUOSA
THYASZRA riEXUOSA OOU10Z
THYASZRA FLIXUOSA SARSZ
THYASZRA OOU1DI
S THYRSZRA ZXAEfiUALZS
S THYASZRA ZXE0UAIZS
S THYASZRA P1ANA
S THYSAXOCARDZA NZORA
• TZRON BZOCEL1ATA
• TZROK BZOCU1ATA
• TZRON TROPAKZS
• TOCHUZXA TETRAOUETRA
S TORNZDAE
• TORPEDO CALZrOAXZCA
• TRACHURUS SYHHETRZCUS
• TRACHYCAROZUn 8UADRAOEKARZUH
• TRANSEXXE1IA SP.
• TRAXSEXXILLA TAXTZLLA
• TRAVZSZA BREVZS
• TRAVZSZA OZQAS
• T1AVZSZA SPP.
S TRZCXOPROXUS EPZSTOHUS
• TRZCOLZA PUI10ZOES
• TRZCOLZA RUBRZLZXEATA
• TRZC01ZA VARZABZLZS
TRZC01ZA VARZEQATA
• TRZNCHESZA SPP.
• TRZPHORA SP
• TRZTE11A LAEVZS
• TRZTEL1A PZIZHAXA
• TRZTONZA FESTZVA
• TRZTOXZA SPP.
TRZTOXZA SPP.
• TROCHUS ZXTEXTUS
• TROPHOXZA SP.
• TUBZFZCZDAE
• TUBZrZCZOAE SP. E (HOXOLULU)
-------
MODC
CODE
500902090900
500902090100
500902090000
430201000000
<430201010500
1*30201010900
<»30201010600
<(30201010«00
430201010400
430201010200
H30201019998
130201010000
370303020000
781002010000
781002010500
510212030700
510801029900
510801029939
510801029959
510801029998
510801029997
510*01029996
510801029995
510801029994
S10801029993
510801029990
510801029992
510801109993
510801029979
510801022100
510801113400
510801113200
510801102100
510801113300
510801105400
510801025800
510801107600
510*01029949
510801029989
510*01029948
5108010299*8
510801019947
510*010299*7
510801029946
510801029986
510*01029975
510601029974
510801029972
510801029970
510801029966
510801029966
510801020000
510801100000
NODC TAXOXOHZC COOES
SORTED BY TAXON XAHE
TAXON
NAHZ
TUBZriCOZDES BAKERZ
TUBiriCOIDES BROUXAE
TUBZfZCOZDES SP.
TUBUIANZDAE SPP.
TUBU1ANUS A1BOCZNCTUS
TUBU1ANUS CZXGULATUS
TUBUiANUS FREXATUS
TUBULAMUS KOTMUS
TUBOLAXUS PE1LUCIOUS
TUBULAXUS POLYHORPKUS
TUBULAKUS SP. B CEXCZNA/KIZ)
TUB01ANUS SPP.
TOBULARZA SPP.
TUBULZPORA SPP.
TUBULZPORA TUBA
TU1BO SAXDHZCEKSZS
TOBBOXZL1A (CHZHKZTZZA) SP.
TURBOXZLIA (CHZHXZTZZA) SP. (HOXOLULU)
TURBOXZL1A (CHEHKZTZZA) SP. (HOXOLULU)
TURBOXZLIA (CHZHXZTZZA) SP.
TURBOXZLIA (CHZHXZTZZA) SP.
TURBOXZLLA (CHZHXZTZZA) SP.
TURBOXZLLA (CHZHXZTZZA) SP.
TURBOXZLLA (CHZHXZTZZA) SP.
TURBOXZLLA CC8EI1XZTZZA) SP.
TURBOXZLLA (CKZHXZTZZA) SP.
TURBOXZLLA (CRZHXZTZZA) SP. X
TURBOXZLLA (PTROZSCUS) SP. 0
TURBOKZLLA CPTROOLAHPROS) SP. A (XXCZXA/
TURBOXZLLA ACRA
TURBOXZLLA AURAXTZA
TURBOXZLLA CORXILLZAXA
TURBOXZLLA KXLSZYX
TU1BOXZLLA LTALLZ
TURBOXZLIA XUTTZXOZ
TURBOXZLLA PAZXZZ
TURBOXZLLA RATHOXBZ
TURBOXZLLA SP. A (SAX 9X100)
TURBOXZLLA SP.
TURBOXZLLA SP.
TURBOXZLLA SP.
TURBOXZLLA SP.
TU1SOXXLLA SP.
TURBOXZLLA SP.
TURBOXZLLA SP.
TURBOXZLLA SP.
TURBOXZLLA SP.
TURBOXZLLA SP.
TURBOXZLLA SP.
TURBOXZLLA SP.
TURBOKZLLA SP.
TURBOKZLLA SPP.
TURBOXZLLA SPP.
A CSCAHZT)
B (SAX DZEOO)
B (SCAHZT)
C (SAX DZEOO)
C (SCAHZT)
(SAX DZEOO)
(SCAHZT)
(OOLZTA/HORRO BAT)
(aOLXTA/HOARO BAY)
(OOLZTA/HOBRO BAY)
(OOLZTA/HORRO BAY)
(aOLZTA/HOBRO BAY)
X (OOLZTA/HORRO BAY)
B-53
-------
HODC
CODE
510*01029600
885701*220100
885704160400
885704160300
510602000000
510602000000
S001230S1600
500123050900
500123051900
500123050000
500123059998
500123059997
500123051200
618317010700
618304010100
616304010000
840000000000
871305030200
616922040700
616200000000
510360010100
611102020200
611102020000
611102020100
050601010000
510602460100
500173170500
514302000000
552011030100
552011030000
510601020800
510601020700
375401020300
375401020000
510320200100
510323021400
510323020000
510323009999
510323000000
511013020600
511013010400
511013020800
511013020400
511013020700
511013020000
781617040000
616937150200
616937150000
511402020200
511005020000
050000000000
883106130100
551801110200
NODC TAXOKOnXC CODES
SORTED BY TAXOX MAKE
TAXON
NAME
• TURBOX21LA TENUXCULA
C TURBOT DIAMOND
C TURBOT HORXYHEAD
C TURBOT SPOTTED
• TURRXDAE
TURRXDAE SP
• TYPOSYLLXS ACICU1ATA
TYPOSYLLIS ADAHAXTSA
• TYPOSYLLXS FARA1LOMEKSXS
• TYPOSYL1XS SP.
» TYPOSYLIXS SP. B (HOKOIUIU ONLY)
• TYPOSY1LXS SP. C (KON01UIU ONLY)
• TYPOSYLLXS VARXE6ATA
• UPOOEBXA HACOXNTXEORUH
• UPOOEBIA PUOETTEKSIS
• UPOOEBIA SPP.
• UROCHORDATA
• UROLOPHUS HAL1ERX
" UROTHOI VARVARXNX
A VALVXPERA
• VANXKORO CANCELLATA
• VARGULA AHERXCANA
• VARGULA SPP.
• VARGULA TSUJII
• VAUCHERXA
• VEPRECULA BRUNOKXA
• VERHXLXOPSZS BXFORHXS
• VERONXCELLZDAC
• VERTXCORDZA ORNATA
• VERTZCORDZA SP.
• VEXZLLUH CASTOH
• VXXZLLUR HACROSPXRUH
* VIROU1ARIA BROHLEYZ
• VZRGULARXA SPP.
• VXTRXCITHKA HARR01ATA
• VZTRZNILLA OLD10YDI
• VZTRZNILLA SP.
• VZTRZNELLZO SP. A (HONOLULU)
VZTRZNELLZDAE
• VOLVULE1LA CALZPORXXCA
" VOLVULXLLA CALLZCXRA
• VOLVULELLA CATMARZA
VOLVULILLA CYLIMDRICA
• VOLVVtILLA PANAHZCA
• VOLVVLXLLA SPP.
• UATERSZPORA SP.
• UXSTUOOBXLLA CAXCULA
HXSTUOOBXLLA SP.
• VXLLZAHZA 1ABZATA
• UOODBRZB6EA SPP.
• XAKTHOPHYTA
XENERETKOS LATXttONS
• XYLOPHAGA HASHXNQTONA
B-34
-------
xooe TAXoxonzc CODES
SORTED BY TAXON MARC
NODC TAXON
CODE MARC
8*5703150100 • XYSTREURYS 1ZOLEPZS
550204050000 • Y01DZA EXSZFERA
550204051100 • YOLOZA LIMATUI.A
550204050400 S YOIDZA PiEXA
550204050400 YOIOZA SCZSSURATA
$83560110100 • ZAIEUBZUS ROSACEUS
SS2701040200 ZANZOLEPZS PRENATA
*»2701040100
376009010100
375900000000
376000000000
430302070100
430605030200
EANZ01EPZS LATZPZKXZS
ZAOLUTUS ACTIUS
ZOAKTHARZA A.CIZXZARZA NYXAXTHEAZ ATHEXAR
ZOAXTMARZA ACTZXZARZA THEKARZA
ZTGEUPOLIA RUBEXS
ZYGONZnZRTZS VZRZSCEXS
999000000000 S ZY60XEHERTZS ZOTZA U (CSOOC/HEC)
B-55
-------
APPENDIX C
ADDITIONAL DATA ENTRY CODES • ODES CODES
NOTE: Appendix C provides a complete listing of all data
entry codes. If you need additional codes, please contact the
ODES Technical Staff for new code assignments.
-------
APPENDIX C
ADDITIONAL DATA ENTRY CODES • ODES CODES
Code EPA-1 - Relation to 7TD
W -- WTTHINZID
B » ZID BOUNDARY
N -- NEARFIELD
R -- REFERENCE
I F -- FARFDELD
Code EPA-3 - Data
A -- BACTERIAL COLONY COUNTS OUTSIDE THE ACCEPTABLE RANGE
B -- VALUE CORRECTED FOR "BLANK" CONTRIBUTIONS DOWN TO THE
DETECTION LIMIT
C - VALUE FOR SUBSTANCE IS INCLUDED IN THE TOTAL FOR A
DEFINED COMBINATION OF UNRESOLVED SUBSTANCES
| D - VALUE REPORTED ATTRIBUTABLE TO LAB CONTAMINATION
E -- ESTIMATED VALUE
G « ESTIMATED VALUE IS GREATER THAN THE MINIMUM SHOWN
I -- INTERFERENCE OBSERVED IN GC/MS ANALYSIS (ADDITIONAL
COMPOUND MAY BE CONTRIBUTING TO ANALYTE PEAK AREA).
K - DETECTED, NOT QUANTIFIED. VALUE IS DETECTION LIMIT.
L -- VALUE IS LESS THAN THE MAXIMUM SHOWN
M -- VALUEISAMEAN
N -- REPORTED VALUE IS NOT CORRECTED FOR ANALYTICAL BLANK
P -- DK1BLTED, NOTQUANT1HED.
Q -- QUESTIONABLE DATA
T -- DETECTED AT LESS THAN THE QUANTIFICATION LIMIT. VALUE IS
THE QUANTIFICATION LJMTT.
U -- SUBSTANCE UNDETECTED AT THE METHOD DETECTION LIMIT
SHOWN, IF AVAILABLE
Z - VALUE CORRECTED FOR "BLANK" CONTRIBUTIONS; RESULTING
VALUE STILL EXCEEDS THE DETECTION LIMIT
Code EPA-4 - SaJinilY Equipment Code
1 - REFRACTOMETER
2 - TTTRATION
3 - CONDUCnVirYCELL
I 4 - CTD PROBE
C-l
-------
Code EPA-S - Dissolved Qxv gen Equipment Code
1 -- WINKLER TTTRATION
2 -- PROBE
| 4 - CTO PROBE
Code EPA-6 - Bioassav Type
001 -- AMPHIPOD MORTALITY
002 -- BIVALVE LARVAE ABNORMALITY
003 -- ANAPHASE ABERRATION
004 -- MICROTOX/LUMINESCENCE
005 -- MARINE PHYTOPLANKTON GROWTH
006 -- OYSTER SHELL DEPOSITION
007 -- CALANODCOPEPOD MORTALITY
008 -- ACUTE MYSID MORTALITY
009 -- MYSID 7-DAY SURVTVAL/GROWTH/REPRODUCnON
010 -- SHEEPSHEAD MINNOW SURVIVAL/GROWTH
011 -- MARINE MACROALGAE (CHAMPIA PARVULA) REPRODUCTION
012 -- ECfflNODERM SPERM CELL
013 - ECfflNODERM EMBRYO
014 -- SURF SMELT PARTIAL LIFE-CYCLE
015 -- OLIGOCHAETE RESPIRATION
016 -- COPEPOD PARTIAL LIFE-CYCLE
017 - NEMATODE LIFE-CYCLE
I 018 - FAT HEAD MINNOW MORTALITY
019 - 3 SPINE STICKLEBACK MORTALITY
020 - DAPHNID 7-DAY SURVIVAL
Code EPA-7 - Bioassav Variable
ME ~ MEAN NUMBER OF AMPfflPODS EMERGING FROM SEDIMENTS
OVER THE BIOASSAY PERIOD
PI - PERCENT INCREASE IN LUMINESCENCE AFTER 30 MINUTES IN
THE MICROTOX BIOASSAY
PD - PERCENT DECREASE IN LUMINESCENCE AFTER 30 MINUTES IN
THE MICROTOX BIOASSAY
GW - MEAN DRY WEIGHT IN GRAMS (WITH ONE DECIMAL PLACE)
FOR ADULT FEMALES IN EACH REPLICATE
GM - MEAN DRY WEIGHT IN GRAMS (WITH ONE DECIMAL PLACE)
FOR MALES AND IMMATURES IN EACH REPLICATE
Code EPA-8 - Inclinometer Angle Code 1
1 - ANGLE MEASURED
2 — ANGLE INFERRED
3 - ANGLE UNKNOWN
C-2
-------
Code EPA-Q - Tfldinomqier Angle Code 2
1 -- NO CORRECTIONS MADE IN REPORTED CURRENT DIRECTION AND
SPEED DUE TO TILT ANGLE
2 -- CORRECTIONS MADE TO DIRECTION ONLY
3 -- CORRECTIONS MADE TO SPEED ONLY
4 -- CORRECTIONS MADE TO BOTH DIRECTION AND SPEED
Code EPA-10-Scan ID
1 -- FIRST QUARTER
2 -- SECOND QUARTER
3 -- THIRD QUARTER
4 » FOURTH QUARTER
J -- JANUARY
F -- FEBRUARY
M -- MARCH
A - APRIL
Y -- MAY
E - JUNE
U -- JULY
G -- AUGUST
S » SEPTEMBER
O - OCTOBER
N - NOVEMBER
D -- DECEMBER
Code Number 00^ ? - Qualitative Code
1 -- ORGANISM PRESENT IN THE SAMPLE, BUT NOT COUNTED
2 -- FRAGMENTS OF AN ORGANISM, BUT NO WHOLE ORGANISM
3 -- COLONIAL ORGANISMS THAT CANNOT BE INDIVIDUALLY
COUNTED
4 - TOO SMALL TO WEIGH: ORGANISM WEIGHS LESS THAN 1/1000
GRAM
5 -- ENCRUSTED: IMPOSSIBLE TO WEIGH ORGANISM AS IT IS
ENCRUSTED ON SUBSTRATE
Code Number 0033 - Collection Gear
11 - N1SHN BOTTLE OR SIMILAR APPARATUS
12 - IN SITU PUMPING SYSTEM LOWERED TO SAMPLING DEPTH
13 - SHIPS SEA CHEST OR SPECIAL SEA WATER SOURCE FROM SHIP'S
HULL - SURFACE SAMPLES ONLY
C-3
-------
Code Number 0037 - Material Analyzed
01 -- MUSCLE
02 -- LIVER
03 -- DIGESTIVE GLAND
04 -- GONAD
05 -- GILLS
06 -- KIDNEY
07 -- SPLEEN
08 -- HEART
09 -- BRAIN
10 -- BLOOD
11 -- STOMACH CONTENTS
12 - TOP 1 1/2" OF SEDIMENT CORE
13 - MIDDLE 1 1/2" OF SEDIMENT CORE
14 - REMAINDER OF SEDIMENT CORE
15 - WHOLE ORGANISM
16 -- WATER
17 -- PARTICULATE MATTER
18 - INTERNAL ORGANS
19 -- SOFT PARTS
20 -- ARM
21 -- BODY
22 - BODY WALL
23 -- EGGS
24 - FOOT
25 - BLADE
26 - SPOROPHYLL
27 -- STALK MUSCLE
28 - ABDOMEN
29 -- TAIL MUSCLE
30 - WHOLE ORGANISM (LESS SHELL)
31 - SURFIC1AL SEDIMENT
32 - UNDIFFERENTIATED SEDIMENT
33 - ZOOPLANKTON
34 - UNDnTERENTIATED PLANKTON
35 -- PHYTOPLANKTON
36 -N SEDIMENT EXTRACTS
37 - ORCHARD LEAVES (N.B.S. STANDARD)
38 -- BOVINE LIVER (N.B.S. STANDARD)
40 - SEDIMENT CORE
51 .. ALIPHATIC FRACTION (Fl)
52- AROMATIC FRACTION (F2)
53 - ASPHALTENE FRACTION (F3)
54 _ ALIPHATIC PLUS AROMATIC FRACTIONS (F1+F2)
55 - ALIPHATIC PLUS ASPHALTINE FRACTIONS (F1+F3)
56 - AROMATIC PLUS ASPHALTINE FRACTIONS (F2+F3)
57 - ALIPHATIC PLUS AROMATIC PLUS ASPHALTINE FRACTIONS
(F1+F2+F3)
C-4
-------
Code Number OQ7S - Gear Tvne (100)
-- BLANK - NO INFORMATION
01 » 4.9M (16FT.) TRAWL NET WITH 3.8 TO .6CM(1 1/2 TO 1/4IN.) MESH
02 -- 14M (46FT.) TRAWL NET WITH 5.7 TO .6CM (2 1/2 TO 1/4IN.) MESH
03 -- 9.2M(30FT.) BEACH SEINE WITH .6CMU/4IN.) MESH BAG
04 - 36.6M (120FT.) BEACH SEINE WITH .6CM MESH BAG (SINKING NET)
05 -- 36.6M (120FT.) BEACH SEINE WITH .6CM MESH BAG. EQUIPPED
WTTH FLOTATION SUFFICIENT TO MAINTAIN NET AT THE WATER'S
SURFACE
06 - 3.1M X 6.1M (10 X 20FT.) TOW NET WITH 7.6 TO .6CM (3 TO 1/4IN.)
MESH
07 -- TRAMMEL NET WITH 50.8CM (20IN.) LARGE MESH AND 5.1CM(2IN.)
SMALL MESH
08 - GILL NET
09 -- SCUBA COLLECTIONS BY SPEAR, HAND. OR SLURP GUN
10 -- SUBA TRANSECT OBSERVATIONS
11 -- ROTENONE OR OTHER NARCOTIC COLLECTIONS
12 - HAND COLLECTIONS
13 -- PLANKTON PUMP WITH 209 NM AND 500 NM MESHED NETS
14 -- QUADRAT (50CMX50CM)-SURFACE SCRAPINGS ONLY
15 -- QUADRAT (50CMX50CM)- TO A DEPTH OF 15CM
16 - QUADRAT (50CMX50CM)-TO A DEPTH OF 30CM
17 -- QUADRAT (22.5CM X 22.5CM) TO A DEPTH OF 15CM
18 -- QUADRAT (50CMXSOCM) SURFACE ONLY -SCRAPINGS BY SCUBA
19 -- VAN VEEN GRAB SAMPLER (31.6CMX 31.6CM)
20 - CIRCULAR CORE, 7.5CM DIAMETER TO A DEPTH OF 15CM
21 -- VAN VEEN GRAB SAMPLER (17.3CM X 17.3CM)
22 - SURFACE CORING DEVICE
23 - 70CM BONGO NET (BOTH MESH - 505 MIC.)
24 - 70CM BONGO NET (BOTH MESH - 333 MIC)
25 - 70 CM BONG NET (MESH 505 AND 333 MIC.)
26 - AIRLIFT SYSTEM TO 1MM MESH BAG
27 -- AIRLIFT SYSTEM TO 1/2MM MESH BAG
28 - QUADRAT (10CM X 10CM) - SURFACE SCRAPING ONLY
29 -- QUADRAT (.20 M2), SURFACE SCRAPING ONLY. THIS IS A
STANDARD .25 M2 QUADRAT WITH FIVE .01 M2 QUADRATS
. RANDOMLY REMOVED.
30 •- PURSE SEINE - 250 FATHOMS LONG, 15 FATHOMS DEEP (475
MESHES): 4 INCH STRETCH EXCEPT FIRST 100 MESHES BELOW
CORKLINE WHICH HAS 5 INCH STRETCH. BUNT IS 10 FATHOMS
LONG, 200 MESHES DEEP, 3 1/2 INCH STRETCH MESH
31 - QUADRAT (22.5CMX 11.25CM)- TO A DEPTH OF 15CM
32 - VAN VEEN GRAB SAMPLER (SAME AS CODE 19, BUT PARTITIONED
ROUGHLY INTO TWO HALVES)
33 - DISSOLVED HYDROCARBON SAMPLING DEVICE-ONE GALLON
34- PLANKTON PUMP WITH 209 U MESH NET ONLY
35 -- PLANKTON PUMP WITH 505 U MESH NET ONLY
36- HOOK AND LINE-SPORT
37 - COMMERCIAL TROLLING GEAR
38 -- GOFLOW BOTTLE, 10L, TEFLON COATED
C-5
-------
Code Number 0075 - Gear Tvoe HOP)
39 -- VAN VEEN GRAB, STAINLESS STELL, 1/25 SQ METER
40 - PURSE SEINE - 1650 FT LONG BY 120 FT. DEEP WITH .75 INCH
STRETCH MESH (HERRING SEINE) v _„
41 » AIRLIFT CORES .05M2 BY 15CM DEEP, SIEVED INTO A .7MM MESH
BAG
42 -- .20M2 QUADRAT SURFACE ONLY, FOR SELECTED INVERTEBRATES
>1CM
43 -- -25M2 AIRLIFT SCRAPE TO A 0.7MM MESH BAG
44- .25M2 AIRLIFT SCRAPE FOR SELECTED ANIMALS >1 CM
45 -- .05M2 QUADRAT SURFACE SCRAPINGS ONLY, 2MM SIZE
ORGANISMS OR GREATER _ _ ,,„„ „,„
46 - QUADRAT (22.5CM X 22.5CM) TO A DEPTH OF 15CM, 2MM
ORGANISMS OR GREATER .„.. ™, „ -««i
47 -- QUADRAT (50CM X 50CM) SURFACE ALGAE SCRAPES ONLY, 2MM
SIZE ORGANISMS OR GREATER
48 -- SMITH MCINTYRE GRAB
50 -- .5 METER DIAMETER PLANKTON NET, 505U MESH (6:1 AREA
ASPECT RATIO)
51 -- .05M2 (22.5CM BY 22.5CM) AIRLIFT SCRAPE TO .7MM MESH BAG
FOR ORGANISMS GREATER THAN OR EQUAL TO 1MM
52 -- PURSE SEINE 200FT LONG BY 9 FT DEEP, 1/4 INCH MESH
53 -- BEACH SEINE 60FT LONG BY 9FT. DEEP. 1/16 INCH MESH
54 - PLANKTON PUMP (CREDDP) EQUIPPED WITH A 130U, 253U AND
500U MESH NET, .1M2 SAMPLING AREA TIMES .025 M3 SAMPLING
55 -- FRI-CREDDP EPIBENTHIC SLED, 0.25M2, EQUIPPED WITH TWO
56 -- FRI-CREDDP EPIBENTHIC SLED, 0.25M2, EQUIPPED WITH ONE
57 -- FRI-CREDDP EPIBENTHIC SLED, 0.25M2, EQUIPPED WITH ONE
58 - FRI-CREDDP EPIBENTHIC SLED, 0.25M2, EQUIPPED WITH ONE
0.12M2 (130U) NET AND ONE 0.12M2 (253U) NET
59 - FRI-CREDDP EPIBENTHIC SLED, 0.25M2, EQUIPPED WITH TWO
x A i 'yjufj ^ ^S^T r^ wu*i*
60 -- PURSE SEINE. 7 METERS DEEP BY 60 METERS LONG; MESH SIZE
WINGS AND BODY 1 IN. BUNT END .25 IN AND .5 IN KNOTLESS
MVT f\hi
61 -- 0.1M2 EPIBENTHIC PLANKTON PUMP WITH 130U NET FRACTION OF
3 NETS
62 - 0.1M2 EPIBENTHIC PLANKTON PUMP WITH 253U NET FRACTION OF
^L J^^B^P^k
63 - 0.1M2 EPIBENTHIC PLANKTON PUMP WTIH500U NET FRACTION OF
« MfS*f*C
64 - 0.1M2 EPIBENTHIC PLANKTON PUMP WITH 130U NET ONLY,
UNNESTED
65 -- 20CM BONGO NET (WTIH253U MESH NET)
C-6
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Code Number 0075 - Gear Type HOffl fcom'di
66 -- QUADRAT, .2M2 (50CM X 50CM), SURFACE SCRAPES ONLY FOR
ALGAE > 1MM HAS ONE .05M2 SURFACE SCRAPE REMOVED FROM
THE CENTER
67 - .05M2 SURFACE SCRAPE FOR ORGANISMS >1 MM
68 - HAND SEINE, 4.3M LONG, 1.2M DEEP WITH 0.32CM MESH
69 » BEACH SEINE, FIVE 3.05CM SECTIONS, TWO OUTER HAVE 2.54CM
MESH, NEXT TWO HAVE 1.27CM MESH CENTER SECTION HAS
0.64CM MESH, 1.83CM DEEP
70 - ROUNDHAUL SEINE 91.5M LONG, 6.86M DEEP, 9.15M BUNT WITH
0.64CM MESH, BODY HAS 1.91CM MESH
71 -- OTTER TRAWL 3.05M LEAD LINE, BODY HAS 1.91CM MESH USED
WITH 3.50MM MESH LINER
72 - MINNOW TRAPS 40.0CM LONG 20.0CM WIDE, 2.0CM OPENING.
3.0MMMESH
73 -- HOOP NETS, HOOP HAS 2.50MM MESH USED WITH TWO CLEATS:
ONE 24.4M X 1.83M WTTH 1.27CM MESH ONE 24.4M X 2.44MM WITH
1.91CMMESH
74 - PLANKTON NET 0.5M DIAMETER, 0.560MM MESH SIZE
75 - PLANKTON NET 0.3M DIAMETER, 0.243MM MESH SIZE
76 - EKMAN DREDGE 15.24CM X 15.24CM OPENING OR 0.023SQ.M AREA,
SAMPLES SIEVED WITH 1.27CM AND 2.54CM SIEVES
77 -- MODIFIED HESS SAMPLER, 14.9CM DIAMETER, 5CM DEEP WITH A
280MICRON MESH NET
78 -- STACKED DRIFT NETS, 30.5CM SQUARE MOUTH OPENING, 111.8CM
LONG WITH A 280MICRON NET
79 -- ELECTROSHOCKER
80 » EPIBENTHIC PUMP, (ELECTRIC MINI-PUMP) SAMPLES 63.6 SQ.CM.,
INTAKE FILTERED THRU A 125U SCREEN
94 - EPIBENTHIC ZOOPLANKTON PUMP (0.016 M2,130u MESH)
C-7
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Code Number 0076 - Bottom Trawl Type
00 -- MODIFIED EASTERN TRAWL WITH 94' FOOTROPE AND 70'
HEADROPE; 5 1/2" MESH (#42) IN WINGS AND BODY, 3 1/2" MESH
(#60) IN INTERMEDIATE, AND 3 1/2" MESH (#96) IN CODEND; 21
FLOATS (8" DIAM.) ON HEADROPE; CHAIN AND RUBBER DISCS ON
FOOTROPE.
01 -- SAME AS 00 BUT NO CHAIN ON FOOTROPE
05 - MODIFIED EASTERN TRAWL WITH 1111 FOOTROPE; 5 1/2" MESH WEB
IN WINGS AND BODY. 3 1/4" WEB IN INTERMEDIATE, AND 3" MESH
WEB IN CODEND; 21 FLOATS -18 OF 8" DIAM. AND 3 OF 10" DIAM.
06 - SAME AS 05 BUT WITH ROLLER GEAR.
10 - NORWEGIAN TRAWL.
11- SAME AS 10 BUT WITH ROLLER GEAR.
20 -- 400 MESH EASTERN FISH TRAWL WITH 94' FOOTROPE AND 71'
HEADROPE; 4" MESH (#36) IN WINGS, SQUARE AND BELLY, 3 1/2"
MESH (#60) IN INTERMEDIATE, AND 3 1/2" MESH (#96) IN CODEND,
11 TO 15 (DEEP-SEA) FLOATS (8" DIAM.) ON HEADROPE.
21 -- EASTERN OTTER TRAWL WITH 112FT. FOOTROPE AND 83FT.
HEADROPE; 4IN. MESH (#48 THREAD) IN WINGS AND BODY, 3 1/2IN.
MESH (#96 THREAD) IN INTERMED, AND CODEND; 41 FLOATS (SIN.
DIAM.) ON HEADROPE; 20 FATHOM DANDELIONS.
22 -- 21 FLOATS (8" DIAM.) ON HEADROPE.
23 -- 21 FLOATS (8" DIAM.) ON HEADROPE AND ROLLER GEAR.
24 -- 36 FLOATS (8" DIAM.) ON HEADROPE AND ROLLER GEAR.
25 - EASTERN OTTER TRAWL WITH 112FT. FOOTROPE AND 83FT.
HEADROPE; 4IN. MESH (#48 THREAD) IN WINGS AND BODY, 3 1/2IN.
MESH (#96 THREAD) IN INTERMEDIATE, AND CODEND; 41 FLOATS
(SIN. DIAM.) ON HEADROPE; ROLLER GEAR; 20 FATHOM
DANDELIONS.
I 26 - MARINOVICH OTTER TRAWL (WITH 7.62M HEAD ROPE)
30 -- MARK H (MODIFIED) UNIVERSAL TRAWL WITH 94'FOOTROPE AND
941 HEADROPE; 5 1/2" (#36) MESH IN WINGS AND FORWARD
SECTIONS, 2 1/2" (#36) MESH IN AFTER SECTIONS, 3 1/2" (#96) MESH
IN CODEND; 31 FLOATS (8" DIAM.) ON HEADROPE.
35 - MARK I UNIVERSAL TRAWL WITH 121FT. HEADROPE AND
FOOTROPE; 2 1/2" MESH THROUGHUT WINGS, BODY AND CODEND;
CODEND LINES WITH 11/4" MESH; TOWED WITH 6-30 FATHOM
DANDELIONS.
40-2/3 SCALE COBB PELAGIC TRAWL, 2" SIZE MULTIFILAMENT WEB
(#18) IN BODY AND 2" SEE MULTIFDLAMENT WEB (#60) IN CODEND,
41 FLOATS.
41 - 61FT. HEADROPE AND FOOTROPE SHRIMP TRAWL.
45 - BOTTOM TRAWL 40/54 FLY NET (40FT HEADROPE, 54FT FOOTROPE,
42FT VERTICAL HEIGHT, STRETCH MESH DIMENSION = 20.3CM,
10.2CM IN BODY, 4.1CM CODEND, 0.6CM CODEND LINER
99 - A GILL NET WITH 7 50M X30M FATHOM SHACKLES HAVING MESH
SEES: .83", 1.38", 1.65", 2.5", 3.25", 4.5", AND 5.25".
C-8
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Code Number 0077 - Bottom Type
01 -- MUD
02 - GREEN MUD
03 -- GREY MUD AND SAND
10 -- GREY MUD
11 -- GREY CLAY
12 -- MUD AND CLAY
13 -- GREY MUD AND CLAY
14 -- MUD, CLAY, AND SAND
15 -- SAND, MUD, AND GRAVEL
20 - DENSE GROWTH OF LARGE MARINE PLANTS (MACROCYSTIS,
ALERIA, LAMINARIA, ETC.)
21 -- DENSE GROWTH OF SMALL MARINE PLANTS (FUCUS, ZOSTERA,
AND/OR ULVA), BOTTOM OCCLUDED
22 - DENSE GROWTH OF SMALL MARINE PLANTS (E.G. FUCUS) ON
ROCKS
30 -- GREEN MUD AND CLAY
I 31 » MUD AND SAND
32 « MUD AND CLAY-PIPES (WORM TUBES)
33 - GREEN MUD, BLACK SAND
34 -- SAND, MUD
35 -- MUDDY SAND
36 -- SANDY GRAVEL
37 -- GRAVELLY SAND
48 - GREEN SAND AND MUD
49 -- GREY SAND AND WORM TUBES
50 -- GREEN SAND
51 •- SANDY
52 •- GREY SAND
53 - GREEN SAND AND CLAY
54 -- BLACK SAND
55 -- GREY SAND, MUD, GRAVEL
56 -- GREEN SAND, MUD, STONES
57 - GREEN SAND, GRAVEL
58 -- GREEN SAND, GRAVEL, OR PEBBLES
59 - GRAVEL AND SAND
60 - ROCK AND MUD
61 - GRAVEL AND MUD
62 - ROCKY
63 - GRAVEL
64- GRAVEL AND SHELL
65 - ROCKY AND GRAVEL
66- GREEN SAND AND SHELL
67 - STONES AND SAND
68 - STONES
69 - STONES AND GRAVEL
70 - HARD CLAY WITH SAND AND MUD
71 -- CLAY AND ROCK
72 •• HARD CLAY
73 - HARD CLAY AND ROCK
C-9
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Code Number 0077 - Bottom Type fcont'd^
74 -- HARD ROCK
75 - ROCK AND GREY MUD
76 - GRAVEL AND GREY MUD
77 -- BLUE-GREY MUD AND SAND
78 -- ROCK, GREEN SAND
179 - BLUE MUD
83 -- CORAL, GREY MUD
84 -- CORAL, GREEN SAND
85 -- CORAL, GRAVEL AND GREY MUD
86 - CORAL AND STONES
90 -- SHELLS, ROCKS
91 - SHELLS, GREY MUD AND SAND
92 -- SHELLS, MUD, AND SAND
93 -- SHELLS, SHALE, AND MUD
95 -- BOULDERS
Code Number 0078 - Gear Material
0 -- MONOFILAMENT NYLON
1 -- MULTTFE-AMENT (BRAIDED) NYLON
2 « MULTIFILAMENT (BRAIDED) COTTON
3 -- SYNTHETIC, VARIOUS
4 -- SILK
5 - MANILA
6 -- LINEN
Code Number 0082 - Length
-- BLANK-NO INFORMATION
1 - TIP OF SNOUT TO FORK OF TAIL
2 - MIDEYETOFORKOFTAIL
3 - TIP OF SNOUT TO HYPURAL PLATE
4 -- MIDEYE TO HYPURAL PLATE
5 -- TOTAL LENGTH (EXTREMITY TO EXTREMITY)
6 -- SNOUT TO SECOND DORSAL (RATFISH...)
7 - ESTIMATED TOTAL LENGTH, PART OF CAUDAL MISSING
8 -- APERTURE LENGTH
9 - RADIUS
A - REGULAR DIAMETER
B « LENGTH OF CARAPACE (BACK OF RIGHT EYE SOCKET TO END OF
CARAPACE FOR KOREAN HORSEHAIR CRABS; BASE OF EYESIGHT
TO MID-DORSAL POINT FOR SHRIMP)
C - WIDTH OF CARAPACE (WIDEST POINT EXCLUDING SPINES)
D - METASOME LENGTH (BOARD STANDARD LENGTH -SCCWRP)
C-10
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Code Number 0085 - Navigation Code
01 « LORAN (MIXED OR UNSPECIFIED)
02 -- RADAR AND/OR FIXES
03 -- RAYDIST WITHOUT COMPLICATIONS
04 -- RAYDIST WITH ERRORS, DRIFTING, ETC.
05 » SATELLTTE
06 -- OMEGA
07 -- LORAN A ONLY
08 -- LORAN C ONLY
09 ~ MINI-RANGER
10 -- HORIZONTAL SEXTANT
11 -- PHOTOGRAPHS
12 -- SITING ON RANGES
13 - LORAN C AND MINI-RANGER
Code Number 0093 - Sphere
-- BLANK -NO INFORMATION
2 - SURFACE FLOATING
3 -- WHOLE WATER SAMPLE
4 -- BOTTOM SEDIMENT
6 - BIOTA
7 - INTERSTITIAL WATER
8 -- SUSPENDED PARTICULATE MATTER
9 -- RESUSPENDED SEDIMENT
A -- SUSPENDED SOLIDS
B - SEWAGE SLUDGE
G -- INDUSTRIAL WASTE
H -- DRILLING MUDS
I - DISSOLVED FRACTION- WATER SAMLE
J -- RECEIVING WATER
K -- SEWAGE EFLUENT
L - SEWAGE INFLUENT
M - PARTICULATE FRACTION -WATER SAMPLE
N -- DEWATERED SLUDGE
Code Number 0094 - Ttansmissivitv
1 - TURBIDOMETER;INJTU
2 - TRANSMISSOMETER; IN PERCENT OF LIGHT TRANSMISSION OVER
A 10 CM PATH
3 - FLUOROMETER; SUSPENDED SOLIDS CALIBRATION
4 - NEPHELOMETER, IN NTU
5 - TURBIDOMETER;INFTU
6 -- TRANSMISSOMETER; IN PERCENT LIGHT TRANSMISSION OVER A 1
MPATH
C-ll
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Number 0096 - Compass Direction
-- BLANK - NO INFORMATION
0 -- CALM (STATIONARY, NONE)
1 -- N 337.5 DEGREES TO 22.5 DEGREES
2 -- NE 22.5 DEGREES TO 67.5 DEGREES
3 -- E 67.5 DEGREES TO 112.5 DEGREES
4 -- SE 112.5 DEGREES TO 157.5 DEGREES
5 - S 157.5 DEGREES TO 202.5 DEGREES
6 -- SW 202.5 DEGREES TO 247.5 DEGREES
7 -- W 247.5 DEGREES TO 292.5 DEGREES
8 -- NW 292.5 DEGREES TO 337.5 DEGREES
9 -- MULTIPLE DIRECTIONS (CONFUSED)
A -- DIRECTLY OVERHEAD
Code Number 0101 - Sex
-- BLANK-NO INFORMATION
0 -- INDETERMINABLE
1 -- MALE
2 -- FEMALE
3 -- HERMAPHRODITE
4 -- TRANSITIONAL
5 -- GROUPED, BOTH SEXES PRESENT
6 -- HERMAPHRODITIC, FUNCTIONAL FEMALE
7 - HERMAPHRODITIC, FUNCTIONAL MALE
Code Number 01QS - Cloud Cover
0 — ZERO
1 -- 1OKTA OR LESS, BUT NOT ZERO (1/10 OR LESS, BUT NOT ZERO)
2 - 2OKTAS(2/10-3/10)
3 - 3OKTAS(4/10)
4 -- 4OKTAS(5/10)
5 -- 5 OKTAS (6/10)
6 --6 OKTAS (7/10-8/10)
7 - 7 OKTAS OR MORE, BUT NOT 8 OKTAS (9/10 OR MORE, BUT NOT
10/10)
8 - 8 OKTAS (10/10)
9 - SKY OBSCURED, OR CLOUD AMOUNT CANNOT BE ESTIMATED
C-I2
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Code Number 0108 - Weather
0 -- CLEAR (NO CLOUD AT ANY LEVEL)
1 - PARTLY CLOUDY (SCATTERED OR BROKEN)
2 - CONTINUOUS LAYERS OF CLOUDS
3 -- SANDSTORM, DUSTSTORM, OR BLOWING SNOW
4 -- FOG, THICK DUST OR HAZE
5 -- DRIZZLE
6 -- RAIN
7 « SNOW, OR RAIN AND SNOW MIXED
8 -- SHOWERS
9 -- THUNDERSTORMS
Code Number 0109 - Sea State
0 -- CALM - GLASSY (0 METERS)
1 -- CALM-RIPPLED (O-.l METERS)
2 -- SMOOTH-WAVELET(.1-.5METERS)
3 -- SLIGHT (.5-1.25 METERS)
4 -- MODERATE (1.25 - 2.5 METERS)
5 -- ROUGH (2.5-4.0 METERS)
6 -• VERY ROUGH (4-6 METERS)
7 - HIGH (6-9 METERS)
8 -- VERY HIGH (9-14 METERS)
9 -- PHENOMENAL (GREATER THAN 14 METERS)
Code Number 0110 - Wind-Wave Direction
00 - CALM (NO WAVES-NO MOTION)
01 - 5 DEGREES -14 DEGREES
02 - 15 DEGREES - 24 DEGREES
03 - 25 DEGREES-34 DEGREES
04 - 35 DEGREES-44 DEGREES
05 - 45 DEGREES-54 DEGREES
06 - 55 DEGREES - 64 DEGREES
07 - 65 DEGREES-74 DEGREES
08 - 75 DEGREES-84 DEGREES
09 - 85 DEGREES -94 DEGREES
10 - 95 DEGREES -104 DEGREES
11— 105 DEGREES -114 DEGREES
12 - 115 DEGREES -124 DEGREES
13 - 125 DEGREES -134 DEGREES
14 - 135 DEGREES -144 DEGREES
15 ~ 145 DEGREES -154 DEGREES
16 - 155 DEGREES -164 DEGREES
17 - 165 DEGREES -174 DEGREES
18 -- 175 DEGREES -184 DEGREES
19 - 185 DEGREES -194 DEGREES
20 - 195 DEGREES - 204 DEGREES
C-13
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Code Number 0110 - Wind-Wave Direction fcont'd)
21 -- 205 DEGREES - 214 DEGREES
22 -- 215 DEGREES - 224 DEGREES
23 -- 225 DEGREES - 234 DEGREES
24 -- 235 DEGREES-244 DEGREES
25 -- 245 DEGREES - 254 DEGREES
26 -- 255 DEGREES - 264 DEGREES
27 -- 265 DEGREES - 274 DEGREES
28 - 275 DEGREES-284 DEGREES
29 - 285 DEGREES - 294 DEGREES
30 - 295 DEGREES - 304 DEGREES
31 -- 305 DEGREES-314 DEGREES
32 - 315 DEGREES - 324 DEGREES
33 -- 325 DEGREES - 334 DEGREES
34 - 335 DEGREES - 344 DEGREES
35 - 345 DEGREES - 354 DEGREES
36 -- 355 DEGREES - 4 DEGREES
49 - WAVES CONFUSED, DIRECTION INDETERMINATE (WAVES EQUAL
TO OR LESS THAN 4 3/4 METERS)
99 - WAVES CONFUSED, DIRECTION INDETERMINATE (WAVES
GREATER THAN 4 3/4 METERS). WINDS VARIABLE, OR ALL
DIRECTIONS OR UNKNOWN
Code Number 0120 - Disease
-- BLANK - NO INFORMATION
0 -- NORMAL CONTROL
1 - EPIDERMAL PAHLLOMA
2 -- PSEUDOBRANCHIAL TUMORS
3 - LYMPHOCYSTIS
4 - SKIN ULCERATION
5 - FIN EROSION
6 - LIVER DISEASE
7 - LARGE RED GILL PARASITE
8 -- SEVERE INTERNAL PARASITISM
9 ~ MISCELLANEOUS
A -- SMALL WHTTE GILL PARASITE
B -- NECROTIC GILL DISEASE
C - WHITE CYSTS IN MUSCLE
D - LEECH INSIDE OPERCULUM
E - BLACK SPOT DISEASE
F - ORANGE SKIN GROWTH
G - SANDPAPER-LIKE SKIN-WHITE SPOTS
H - WORMS IN AIR BLADDER
J - LORDOSIS/SCOLJOSIS
K - PRESUMED OSTEOMA
L - WHITE NODULES UNDER EPIDERMIS
M «
C-14
-------
Code Number 0120 • Disease fconr'd'i
N -- UNUSUAL MORPHOLOGY
P - EPITHELIAL TUMOR OF SEBASTES ALUTUS
Q -- FIBROMA OF ISOPSETTA ISOLEPIS
R -- SHORTENED OPERCLES
S -- FIN MISSING
T -- EYE MISSING
Code Number 0121 - Health
-- BLANK - NO INFORMATION
1 -- NORMAL APPEARING
2 --
Code Number 0123 - Pigmentation
-- BLANK - NO INFORMATION
1 - NORMAL
2 -- DARKER THAN NORMAL
3 -- LIGHTER THAN NORMAL
Code Number 0129 • Gear Tvoe
10 - PURSE SEINES, RINGNETS, ETC.
11 - PURSE SEINE WTTH POWER BLOCK
12 - LAMPARA
13 -- BEACH SEINE
20 -- GILLNETS
21 -- DRIFT GILLNET
22 -- TOWED GILLNET
23 -- SET GILLNET
24 - VARIABLE MESH GILLNET
30 - BOTTOM TRAWLS
31 - OTTER TRAWL
32 -- PAIR TRAWL
33 - DANISH SEINE
34 » BEAM TRAWL
35 - SHRIMPTRAWL
36 - TRYNET
40 - MIDWATER TRAWLS
41 ~ ISAACS-KIDD TRAWL
42 - BONGO NET
43 » HERRING TRAWL
50- SURFACE TRAWLS
51 « TOWNET
52 - TWO-VESSEL OPERATED TOWNET
53 « SINGLE-VESSEL OPERATED TOWNET
C-15
-------
Code Number 0129 - Gear Type
54 -- PLANKTON-LARVAE NET
60 -- PELAGIC LONGLINE
61 - SURFACE LONGLINE
62 -- MIDWATER LONGLINE
63 -- BENTfflC BIOLOGICAL ROCK DREDGE, RECTANGULAR BOX 0.5MX
1M
70 -- BOTTOMSET LONGLINE
80 -- SETNETS, REEF NETS, TRAPS
81 -- TRAMMELNET
82 - FYKE NET
90 -- TROLLS, HANDLINES, ETC
91 -- TROLL
92 -- HANDLINES
93 - DIPNETS, HAND-HELD
94 — LIFTNETS
95 -- SCUBA GEAR
96 -- SPEAR GUN
97 -- DIVER TAKEN
99 - GILL NET WITH 7 50MX 3M FATHOM SHACKLES WITH MULTIPLE
MESH SIZES
C-16
-------
Code Number Q130 - Mesh Size
0 -- 0-0.99" (0-25MM)
1 -- 1.0-1.99" (25.4-50.5MM)
2 « 2.0-2.99" (51-76MM)
3 -- 3.0-3.99" (76.2-101.4MM)
4 -- 4.0-4.99" (101.6-126.8MM)
5 -- 5.0-5.99" (127-152.2MM)
6 » 6.0-6.99" (152.4-177.5MM)
7 -- 7.0-7.99" (177.8-203MM)
8 - 8.0-8.99" (203.2-228.4)
9 .. 9.0"++
A -- 0-1MM
B -- 1-4MM
C -- VARIABLE MESH, SINKING
D -- VARIABLE MESH, FLOATING
E » 0.01-0.49 INCH
F -- 0.50-0.99 INCH
G -- 1.00-1.49 INCH
H -- 1.50-1.99 INCH
J » 2.00-2.49 INCH
K -- 2.50-2.99 INCH
L -- 3.00-3.49 INCH
M -- 3.50-3.99 INCH
N - 4.00-4.49 INCH
P -- 4.50-4.99 INCH
Q -- 5.00-5.49 INCH
R -- 5.50-5.99 INCH
S -- 6.00-6.49 INCH
T - 6.50-6.99 INCH
U -- 7.00-7.49 INCH
V -- 7.50-7.99 INCH
Code Number 0134 - Gear Type
01 - 3/4 METER RING NET
02 - 1 METER RING NET
03 -- 1 METER NIO (NATIONAL INSTITUTE OF OCEANOGRAPHY) NET
04 - 60 CENTIMETER BONGO NET
05 - 60 CENTIMETER VERTICAL CLOSING RING NET
06 - 1 FOOT RING NET
07 - NISKIN BOTTLE
08 - 2 METER TUCKER NET
09 - SAMIYOTONEUSTON SAMPLER
10- JX 1.0 METER MARMAPNEUSTON NET
11 - 61 CENTIMETER BONGO NET
12 - 20 CENTIMETER BONGO NET
13 - .OX2.0METERMARMAPNEUSTONNET
14 - 6 FT. ISAACS-ODD MIDWATER TRAWL
15 -- EPBENTHIC SLED WITH TWO 1 METER TUCKER TRAWLS
C-17
-------
("ode Number 0134 - Gear Type fcont'd)
16 -- 1 METER TUCKER TRAWLS WITH 2 NETS
17 -- 1 METER TUCKER TRAWLS WITH 4 NETS
18 -- ENGLISH UMBRELLA NET
19 -- GULF V SAMPLER
I 20-1 METER PLUMMET NET WITH 571U MESH NET
21 -- 5 INCH CLARKE BUMPUS SAMPLER
22 -- MOCHNESSNET
I 23 -- MTDNET
24 -- BURRELLEPIBENTHIC SLED (947 MICRON MESH NET)
25 -- .0.5 METER NET
26 -- PULLSLED-0.15X0.57 METERS
27 - NORPACNET
28 -- 1 METER TUCKER TRAWL WITH SINGLE NET
29 - MILLER HIGH-SPEED SAMPLER (5 INCH)
30 -- BONGO SAMPLER (1/2 METER)
31 -- NEUSTON NET, PNS (ZATTSEN-TYPE)
32 -- NUESTON NET, SIMPLE RECTANGLE
33 -- NEUSTON NET, WHOI TYPE
34 - CLARK-BUMPUS (12 INCH)
35 -- GARRET SCREEN SAMPLER FOR SURFACE MICROLAYER
36 -- CAPTURE BY SCUBA DIVER
37 -- SUBMERSIBLE PUMP
38 - SHIP'S SEA CHEST
39 - 5-LITER NISKIN BOTTLE
40 - 10-UTER NISKIN BOTTLE
41 -- 30-LITER NISKIN BOTTLE
42 - LONGHURST-HARDY CONTINUOUS PLANKTON RECORDER
Code Number 0140 - Frequency
1 -- 1 OCCURRENCE
2 - 2 OCCURRENCES
3 - 3 OCCURRENCES
4 - 4 OCCURRENCES
5 - 5 OCCURRENCES
6 - 6 OCCURRENCES
7 - 7 OCCURRENCES
8 - 8 OCCURRENCES
9 - 9 OCCURRENCES
A - 10-25 OCCURRENCES
B - 26-40 OCCURRENCES
C - 41-60 OCCURRENCES
D - 61-80 OCCURRENCES
E - 81-100 OCCURRENCES
F - GREATER THAN 100 OCCURRENCES
C-18
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Code Number 0148 - Life History
-- BLANK - NO INFORMATION
0 - INDETERMINABLE
1 -- EGG
2 -- NAUPLIUS
3 -- ZOEA
4 -- MEGALOPA
5 -- VELIGER
6 -- LARVA
7 - JUVENILE
g -- ADULT
9 -- COMBINATION OF 6, 7, AND 8
A -- COMBINATION OF 7 AND 8
B -- COMBINATION OF 6 AND 7
C -- JUVENILE/ADULT- SEXUAL MATURITY UNKNOWN
D -- POLYP
E -- CYPRIS
F -- COPEPODID
G -- PUPA
H -- NYMPH
I » POSTLARVA
J -- PROTOZOEA
K -- MEDUSA
L -- EGG CARRYING FEMALE
M - EGG CASE
P -- PARTS
Q -- IMMATURE
R -- SUBADULT
S -- TROCHOPHORE LARVAE
T - SUBADULTS AND JUVENILES
U -- MATING PAIRS
V - MYSIS
W -- COLONY
X - CYPHONAUTES LARVE
Y - GLAUCOTHOE
Z -- YOLK SAC LARVAE
Code Number 0154 - Tide Stage
- BLANK-NO INFORMATION
1 - EBB
2 .- EBB SLACK
3 - FLOOD
4 - FLOODSLACK
C-19
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Code Number 0161 - Weight Dererminaaon
1 -- TOTAL CATCH OF SPECIES WEIGHED
2 -- PRORATED ON BASIS OF SUBSAMPLE
3 -- ROUGH ESTIMATE
I 4 -- TOTAL CATCH NOT INCLUDED IN RECORDED WEIGHT
Code Number 0162 - Number Determination
1 -- ACTUAL COUNT
2 -- PRORATED ON BASIS OF SUBSAMPLE
3 - ROUGH ESTIMATE
4 -- VOLUMETRIC ESTIMATION
5 -- ROUGH ESTIMATE OF A FEW HUNDRED
6 -- ROUGH ESTIMATE OF A FEW THOUSAND
Code Number 0163 - Measurement Method
1 - OBSERVED WET WEIGHT OF SPECIMEN
2 -- CALCULATED WEIGHT OF SPECIMEN
Code Number 0175 - Tow Type
C - DOUBLE OBLIQUE CIRCULAR
D - DOUBLE OBILQUE
G -- SINGLE OBILQUE
H -- HORIZONTAL
R - SURFACE CIRCULAR
S -- STEP OBLIQUE
T - SURFACE TOW
V -- VERTICAL
Y -- HORIZONTAL, OPEN ON DESCENT AND/OR ASCENT
Z -- HORIZONTAL, DISCRETE
Code Number 0210 - Sample Type
A - ALGAE
B - ECHINODERMS
C - ANNELIDS
D - ARTHROPODS
E - HEMICHORDATES
F - FISHES
G - REPTILES
H -- AMPHIBIANS
I -- BIRDS
J - MAMMALS
K - BLUBBER
C-20
-------
Code Number 0210 - Sample Type fcont'd^
M -- MUSSEL SAMPLE (COMPOSITE OF MANY SUBSAMPLES)
R - TAR BALLS
| S -- COMPOS ITE SEDIMENT SAMPLE
T - DREDGED MATERIAL
U -- WASTE MATERIAL
V ~ SEWAGE SLUDGE
W - WATER
X -- MOLLUSKS
3 - COMPOSITE SAMPLE
Code Number 0253 - Method of Analysis. Coarse
I — SIEVES
2 -- SETTLING TUBE
3 -- RAPID SEDIMENT ANALYZER
Code Number 0254 - Method of Analysis. Fine
1 -- PIPETTE
2 -- HYDROMETER
3 -- SEDIMENTATION BALANCE
4 -- HYDROPHOTOMETER
5 » COULTER COUNTER
I Code Number 025 S - Equipment Type
100 - GRAB SAMPLE (UNDffFERENTIATED)
101 - ORANGE PEEL GRAB
102 - CLAMSHELL GRAB
103 -- VAN VEEN GRAB
104 - SfflPEKGRAJB
105 -- PETERSON GRAB
106 -- CAMPBELL GRAB
107 - SMTTH-MCINTYREGRAB
108 - FREE FALL GRAB
109 - PONARGRAB
110 - SCOOPFISH(GRAB)
111 - DIETZ-LAFONDGRAB
112 -- BOOMERANG GRAB
113 - EKMANGRAB
200 ••
201 -- CHAIN DREDGE
202 - PIPE DREDGE
203 - BOD DREDGE
204 -- ANCHOR BOX DREDGE
C-2I
-------
[Code Number 0255 - Equipynent Type
300 -- BOX CORE
400 -- GRAVITY CORE (UNDIFFERENTIATED)
401 -- PHLEGERCORER (GRAVITY)
402 -- DART CORER (GRAVITY)
403 -- BOOMERANG CORER
404 -- HYDROPLASTIC (PVQ GRAVITY CORER
405 -- KULLENBERG GRAVITY CORER
406 -- EWING GRAVITY CORER
500 -- PISTON CORE (UNDIFFERENTIATED)
501 -- KULLENBERG GRAVITY CORER
502 -- EWING PISTON CORER
503 » HYDROPLASTIC (PVQ PISTON CORER
600 -- VIBRATING CORER
700 -- DRIVE SAMPLER (UNDIFFERENTIATED)
701 -- HAND CORER
702 -- PAMATMAT MULTIPLE QUARTZ CORER
| 703 -- DIVER-HELD HAND CORER
800 -- DRILLED SAMPLE
Code Number 0324 - Codend Liner
-- BLANK - UNKNOWN
1 -- NO
2 -- YES
Code Number 0346 - Station Location Code
A - STREAM
B - ESTUARY
C « LAKE
D - OCEAN
E -- WELL
F « OTHER
Code Number 0347 - Wet or Dry Period
I - BLANK-NO INFORMATION
D - DRY
N - NORMAL/ AVERAGE CONDITIONS
W - WET
C-22
-------
Code Number 0350 • Chemical Analysis Methods
01 -- ALPHA SPECTROMETRY
02 -- POLAROGRAPHY
03 -- CANDLE/GRAVIMETRY
04 -- CANDLE/TTTRATION
05 -- ATOMIC ABSORPTION SPECTROMETRY
| 06 -- TRANSMISSION ELECTRON MICROSCOPY (TEM)
07 -- AUTOANALYZER
08 -- PLATE/GRAVIMETRY
09 -- PLATE/REFLECTANCE
| 10 -- GELCHROMATOGRAPHY
11 - BIOASSAY
12 -- DISTILLATION
13 -- HEATED PURGE AND TRAP
14 - CHEMICAL OXIDATION
15 -- CHEMILUMINESCENCE
16 -- VISUAL
17 -- COLUMN CHROMATOGRAPHY
is -- CALCULATED
19 -- GAS CHROMATOGRAPHY
20 -- ACID DIGESTION/DISTILLATION
21 -- ACIDDIGESTION/GRAVIMETRY
22 -- LIQUID SCINTILLATION CHROMATOGRAPHY
23 - THIN LAYER CHROMATOGRAPHY
24 -- CRYSTAL SCINTILLATION COUNTER
25 - COLORIMETRY
26 -- CONDUCTIVITY
27 -- COULOMETRY
28 - GLASS CAPILLARY/GAS CHROMATOGRAPHY
29 -- DRY COMBUSTION/GAS DISPLACEMENT
30 -- DRY COMBUSTION/GRAVIMETRY
31 - DRY COMBUSTION/INFRARED SPECTROMETRY
32 -- DRY COMBUSnON/THERMAL CONDUCTIVITY SENSOR
33 -- EDTATTraATION
34 -- ALCOHOL TTTRATION
35 -- SEPARATION
36 -- SETTLING/WEIGHING
37 -- ELECTROPHORESIS
38 -- NEUTRON ACTIVATION ANALYSIS
39 - ESTIMATE
40 ~ EXTRACTION/WEIGHT
41 - FLAME SPECTROMETRY
42 - FLAME PHOTOMETRY
43 - FLUOROMETRY
44 - DISPLACEMENT
45 - GAMMA RAY SPECTROMETRY
46 - EMISSION SPECTROMETRY
47 - GAS CHROMATOGRAPHY/ELECTRON CAPTURE
48 - ANODIC STRIPPING VOLTOMETRY
49 - GAS CHROMATOGRAPHY/FLAME SPECTROMETRY
C-23
-------
Code Number Q35Q - Chemical Analysis Methods fcont'd^
50 -- GAS CHROMATOGRAPHY/MASS SPECTROMETRY
5i -- GAS CHROMATOGRAPHY/IONIZATION
52 - ACID DIGESTION/TTTRATION
53 -- X-RAY SPECTROMETRY
54 -- FILTRATION
55 -- GAS DISPLACEMENT
56 - MANOMETRY
57 - GRAVIMETRY
58 -- MEMBRANE FILTRATION
59 - INFRARED SPECTROMETRY
60 -- LIQUID SCINTILLATION UNILUXI
61 -- SCINTILLATION COUNTER
62 - LIQUID SCINTILLATION COUNTER
63 -- MASS SPECTROMETRY
64 « MICROSCOPE
65 -- NEPHELOMETRY
66 - PROPORTIONAL COUNTER
67 - PETROGRAPfflC MICROSCOPE
68 -- DOBSON TECHNIQUE
70 -- PH PAPER
71 -- SPECIFIC ION ELECTRODE
72 -- PH METER
73 -- SPECTROPHOTOMETRY
74 -- PLATE/SPECTROPHOTOMETRY
75 - TTTRATION
78 - SOAP TEST
79 -- WET COMBUSTION/GAS DISPLACEMENT
81 - WET COMBUSTION/INFRARED SPECTROMETRY
82 -- WETCOMBUSnON/SPECTROPHOTOMETRY
83 -- WETCOMBUSTION/rrrRATION
84 -- WETOXIDATION/COLORIMETRY
85 -- X-RAY FLUORESCENCE
86 -- X-RAY DIFFRACTION
87 - MULTISPECTRAL SCANNER
88 - DIGESTION
89 - DIFFERENCE BETWEEN DRY AND ASH WEIGHT
90 - ASH WEIGHT
92 - DRY WEIGHT
93 - MACROBOMBCALORIMETRY
94 - PLANCHET GAS FLOW COUNTER
95 - MICROBOMBCALORIMETRY
96 - QZONESONDE
97 - UV SPECTROMETRY
98 -- ELECTRODEPOSmON
99 -- ELECTROUC ENRICHMENT/PROPORTIONAL COUNTER
Al - GAS CHROMATOGRAPHY/FLAME SPECTROMETRY
A2 - GAS CHROMATOGRAPHY/NITROGEN-PHOSPHORUS DETECTION
A3 - GAS OmOMATOGRAPHYmiERMAL CONDUCTIVITY
C-24
-------
Code Number 0350 - Chemical Analysis Methods fcont'd)
A4 -- HIGH PRESSURE LIQUID CHROMATOGRAPHY
A5 -- LIQUID CHROMATOGRAPHY/MASS SPECTROMETRY
A6 -- ACIDDIGESTION/COLORIMETRY
A7 » MERCURIC NITRATE TTTRATION
A8 -- TURBIDrTY/SPECTROPHOTOMETRY
A9 » FLAMELESS ATOMIC ABSORPTION SPECTROMETRY
B1 •- COLD VAPOR ATOMIC ABSORPTION SPECTROMETRY
B2 -- SOLVENT EXTRACTION
B3 -- ACID BACK-EXTRACTION FROM SOLVENT MATRIX
B4 -- ACID DIGESTION
B5 -- DRY ASHING
B6 -- CO-PRECIPITATION
B7 -- ALCOHOL REFLUX
B8 -- ATOMIC ABSORPTION-GASEOUS HYDRIDE GENERATION
B9 -- LOW BACKGROUND BETA COUNTER
Cl -- ATOMIC ABSORPTION-HEATED GRAPHITE FURNACE
C2 -- ICP-INDUCTIVELY COUPLED PLASMA EMISSION
SPECTROPHOTOMETRY
C3 -- AMPERJMETRIC TTTRATION (CHLORINE RESIDUAL ANALYSIS)
C4 -- PURGE AND TRAP
C5 -- GAS CHROMATOGRAPHY WITH HA ELECTROLYTE
CONDUCTIVITY DETECTION
C6 -- DILUTE ACID EXTRACTION
Code Number 0362 - Wave Height
-- BLANK-WAVE HEIGHT NOT DETERMINED
00 » CALM
01 - .5 METER
02 ~ 1 METER
03 -- 1.5 METER
04 - 2 METER
05 ~ 2.5 METER
06 -- 3 METER
07 - 3.5 METER
08 - 4 METER
09 - 4.5 METER
10 - 5 METER
11 - 5.5 METER
12 - 6 METER
13 - 63 METER
14 - 7 METER
15 - 7 J METER
16 - 8 METER
17 - 8.5 METER
18 - 9 METER
19 - 95 METER
C-25
-------
Code Number 0362 - Wave frfcight (com'ttt
20 -- IOMETER
21 - 10.5 METER
22 -- 11 METER
23 -- 11.5 METER
24 - 12 METER
25 -- 12.5 METER
26 -- 13 METER
Code Number 0375 - Primary ffldustrv Code
01 -- AGRICULTURE AND FARMING
02-- LIVESTOCK, POULTRY, ETC
07 -- CROP, ANIMAL, FARM, AND GARDEN MANAGEMENT
08 -- FORESTRY
09 -- FISH PRODUCTS
10 - METAL ORES
11 -- ANTHRACITE MINING
12 -- BITUMINOUS MINING
13 -- OIL AND GAS DRILLING AND SERVICES
14 - NON-METALLIC MINING
15 -- GENERAL CONTRACTING
16 - HEAVY CONSTRUCTION
17 -- SPECIAL TRADES - PLUMBING, PAINTING, ETC.
20 - FOOD PREPARATIONS AND KINDRED PRODUCTS
21 -- TOBACCO MANUFACTURERS
22 -- TEXTILE MILL PRODUCTS
23 -- APPAREL PRODUCTS MADE WITH FABRICS
24 - LUMBER AND WOOD PRODUCTS
25 - FURNITURE AND FDCTURES
26 -- PULP AND PAPER MILLS AND ALLIED PAPER PRODUCTS
27 - PRINTING, PUBLISHING, AND ALLIED PRODUCTS
28 - CHEMICALS AND ALLIED PRODUCTS - PAINTS, PESTICIDES,
FERTILIZERS, EXPLOSIVES, ETC.
29 -- PETROLEUM REFINING AND RELATED INDUSTRIES
30 - RUBBER AND PLASTICS INDUSTRIES
31 - LEATHER AND LEATHER PRODUCTS
32 - STONE, CLAY, GLASS, CEMENT, AND OTHER NONMETALLIC
MINERAL PRODUCTS
33 - PRIMARY METAL INDUSTRIES
34 ~ FABRICATED METAL PRODUCTS
35 - MACHINERY EXCEPT ELECTRICAL
36 - ELECTRICAL AND ELECTRONIC MACHINERY AND EQUIPMENT
37 - TRANSPORTATION EQUIPMENT
38 - MEASURING AND ANALYZING DEVICES - ENGINEERING,
LABORATORY, RESEARCH INSTRUMENTS, ETC.
39 - MISC MANUFACTURING INDUSTRIES -NOT CLASSIFIED ABOVE
40 - RAILROAD TRANSPORTATION
41 - CITY AND SUBURBAN PASSENGER TRANSPORTATION
C-26
-------
Code Number 0375 - Primary Industry Code fcont'd)
42 -- TRUCKING AND WAREHOUSING
43 -- U.S. POSTAL SERVICE
44 -- WATER TRANSPORTATION
45 -- AIR TRANSPORTATION
46 •- PETROLEUM PIPE LINES
47 -- MISC TRANSPORTATION SERVICES-NOT CLASSIFIED ABOVE
48 -- COMMUNICATION SERVICES
49 -- MUNICIPAL SERVICES
50 •- DURABLE GOODS WHOLESALE/RETAIL TRADE
51 - NONDURABLE GOODS
52 -- HARDWARE/LUMBER/MISC STORES
53 -- GENERAL MERCHANDISE STORES
54 -- MISC FOOD STORES
55 -- AUTOMOTIVE AND RECREATIONAL VEHICLE DEALERS, AND
GASOLINE SERVICE STATIONS
56 -- APPAREL AND ACCESSORY STORES
57 -- HOME FURNISHING STORES
58 -- RESTAURANTS
59 -- MISC RETAIL - NOT CLASSIFIED ABOVE
60-- BANKS (DEPOSIT BANKING)
61 -- FINANCIAL INSTITUTIONS OTHER THAN DEPOSIT BANKING
62 -- SECURITY EXCHANGES
63 -- INSURANCE CARRIERS
64-- INSURANCE BROKERS AND SERVICES
65 - BUILDING AND PROPERTY OPERATORS AND DEVELOPERS
66 - COMBINATION OF REAL ESTATE, INSURANCE, LOANS, LAW
OFFICES
67 - INVESTMENT AND TRUST OFFICES
70 - HOTELS. LODGING, CAMPSITES
72 - MISC PERSONAL SERVICES (LAUNDRIES, BEAUTY SHOPS, ETC.)
73 - MISC BUSINESS SERVICES (RADIO & TV, ADVERTISING, DATA
PROCESSING, R&D LABS, ETC)
75 - AUTOMOBILE SERVICES, EXCEPT REPAIR AND CAR WASHES
76 - REPAIR SHOPS AND RELATED SERVICES
78 - MOTION PICTURE INDUSTRY
79 - AMUSEMENT AND RECREATION SERVICES
80 - HEALTH AND ALLIED SERVICES - PHYSICIANS, HOSPITALS,
MEDICAL LABS, ETC
81 - LEGAL SERVICES
82 - SCHOOLS AND EDUCATIONAL SERVICES
83 - SOCIAL SERVICES
84 - MUSEUMS, GALLERIES, AND FORMAL GARDENS
86 - MISC ORGANIZATIONS - BUSINESS, PROFESSIONAL, RELIGIOUS
ASSOCIATIONS, ETC
88 - PRIVATE HOUSEHOLDS
89 - MISC SERVICES NOT CLASSIFIED ABOVE
I 90- MICROCHIP MANUFACTURERS, FOOD PROCESSORS, PETROLEUM
91 -- GOVERNMENTFACILmES
I 98 - MULTIPLE INDUSTRIES (E.G., 28 +29)
99 - NONCLASSIFIABLE ESTABLISHMENTS
C-27
-------
Code Number 0376 - Gear Type
01 -- NET (PLANKTON, TRUMMEL, BONGO, ETC)
02 -- SEINE (BEACH, PURSE, ETC.)
03 -- TRAWL (OTTER, BEAM, EASTERN, ETC.)
04 -- HOOK AND LINE
I 05 » BOTTLE (NISKEN. ROSETTE, VAN DORN ETC.)
06 -- GRAB (VAN VEEN, SMITH-MCINTYRE, ETC.)
07 » CORE (PISTON, GRAVITY, BOX, ETC.)
08 » DREDGE (CLAM, PIPE, ANCHOR, ETC.)
09 -- PUMP (PLANKTON, M3DWATER, AIRLIFT, ETC.)
[ 10 » AUTOMATIC COMPOSITE SAMPLER
99 -- MISCELLANEOUS (HAND-GATHERED, TRAPS, SHOVEL, ETC.)
Code Number 0377 - Measurement Code
A -- WEIGHT/VOLUME (E.G., MICROGRAMS/CC)
B -- WEIGHT/WEIGHT (E.G.,MICROGRAMS/GM)
C -- VOLUME/WEIGHT (E.G., MICROUTERS/GM)
D -- VOLUME/VOLUME (E.G., MICROUTERS/L1TER)
E -- ACTIVITY/VOLUME (E.G., MICROCURIES/ML)
F -- ACnvrrY/WEIGHT(E.G.,MICROaJRIES/GM)
G -- WEIGHT/AREA (E.G., MEJLIGRAMS/SQ. M)
H -- MILLIVOLTS
I -- PERCENT
J -- WEIGHT/WEIGHT (E.G.. NANOGRAMS/GRAM)
K - WEIGm7VOLUME(E.GMMICROGRAMS/LrrER)
L -- WEIGHTA^OLUME(E.G.^OUJGRAMS/IJTER)
M -- NEGATIVE RATIO
N -- POSITIVE RATIO OR PURE NUMBER
W - DEGREES CELCIUS
O - mEQ/lOOG
P -- STANDARD pH UNITS
C-28
-------
Code Number 0380 - Organ Code
002
003
004
005
006
007
008
009
010
Oil
012
013
014
015
016
017
018
019
020
021
022
023
024
025
026
027
028
029
030
031
032
033
034
035
036
037
038
039
040
041
042
043
044
045
046
047
048
049
050
PHARYNX
ESOPHAGUS
FUNDIC STOMACH
PYLORIC STOMACH
PYLOR1CCAECAE
SMALUUPPER) INTESTINE
LOWER INTESTINECrO RECTUM)
RECTUM
ANUS
LIVER
PANCREAS(NOS = NOT OTHERWISE SPECIFIED)
PANCREAS(EXOCRINE)
GALLBLADDER
TAIL(POSTERIOR, TRUNK) KIDNEY
URINARY BLADDER
OPISTHONEPHRIC DUCT
HEART (NOS)
BULBUS ARTERIOSUS
ATRIUM, AURICLE
VENTRICLE
SINUS VENOSUS
SEMILUNAR VALVE
AURICULOVENTRICULAR VALVE
VISCERAL CAVITY
ORAL(BUCCAL) CAVITY
PERICARDIAL CAVITY
OPERCULAR CAVITY
NASAL SINUSES
SPLEEN
THYMUS
HEAD(ANTERIOR)KTDNEY
GILL
PSEUDOBRANCH
TESTIS
OVARY
SEMINAL VESICLE, SPERMATIC DUCT
OVIDUCT
ENDOCRINE PANCREAS
CORPUSCLE OF STANNIUS
ADRENOCORTICAUINTERRENAL) TISSUE
CHROMAFFIN TISSUE
PrrUTTARY GLAND
THYROID GLAND
SWIM BLADDER
GAS GLAND RETE
HEAD
LIPS
EYES
SKIN(NOS)
C-29
-------
Code Number 0380 - Organ Code fcom'd^
051 -- SKIN, EYED/RIGHT
052 » SKIN, BLIND/LEFT
053 -- SKELETAL MUSCLE (NOS)
054 -- SKELETAL MUSCLE, EYED/RIGHT
I 055 - SKELETAL MUSCLE, BLIND/LEFT
056 -- FIN(NOS)
057 -- PECTORAL FIN(NOS)
058 -- PECTORAL FIN, EYED/RIGHT
059 - PECTORAL FIN, BLIND/LEFT
060 -- PELVIC FIN(NOS)
061 -- PELVIC FIN, EYED/RIGFTT
062 -- PELVIC FIN, BLIND/LEFT
063 -- DORSAL FINCNOS)
064 -- DORSAL FEN, EYED/RIGHT
065 -- DORSAL FIN, BUND/LEFT
066 -- ANALFIN(NOS)
067 -- ANAL FIN, EYED/RIGHT
068 -- ANAL FIN, BLIND/LEFT
069 -- CAUDAL FIN(NOS)
070 -- CAUDAL FIN, EYED/RIGHT
071 -- CAUDAL FIN, BUND/LEFT
072 -- CAUDAL PEDUNCLE(NOS)
073 -- CAUDAL PEDUNCLE, EYED/RIGFTT
074 -- CAUDAL PEDUNCLE, BUND/LEFT
075 -- SKELETAL BONE(NOS)
076 - NEUROCRANIUM
077 -- BRANCfflOCRANIUM
078 -• VERTEBRAL COLUMN
079 -- RIBS
080 -- CARTILAGE(NOS)
081 -- OPERCULUM
I 082 - GONAD
083 - BRAJN(NOS)
085 -- DIENCEPHALON
086 - MESENCEPHALON
087 -- CEREBELLUM
088 -- MEDULLA OBLONG ATA
089 -- SPINAL CORD
090 - PINEAL GLAND
091 - OLFACTORY ORGAN
092 - LATERAL LINE SYSTEM
093 - MESENTERY
094 - KIDNEY
095 - MUSCLE
096 - STOMACH
097 -- GALL BLADDERyMESENTERIC CORPUSCLES
C-30
-------
Code Number 0381 - Suborgan/Tissue
001 -- EPITHELIUM
002 -- GLANDULAR EPITHELIUM
003 -- DUCTULAR EPITHELIUM, SIMPLE
004 -- TRANSITIONAL EPrTHELJUM(E.G. URINARY BLADDER)
005 -- COLUMNAR EPITHELIUM, SIMPLE
006 « COLUMNAR EPITHELIUM, STRATIFIED
007 -- CUBOEDAL EPITHELIUM, SIMPLE
008 -- CUBOIDAL EPITHELIUM, STRATIFIED
009 -- SQUAMOUS EPITHELIUM, SIMPLE
010 - SQUAMOUS EPITHELIUM, STRATIFIED
Oil -- PERITONEUM
012 - SEROSA, MESOTHEUUM(NOS)
013 -- MUCOSA(NOS)
014 -- HEPATOCELLULAREPITHELrUM(NOS)
015 -- HEPATOCELLlJlJ^EPrraElJUM,CENTROLOBlJLAR
016 -- HEPATOCELLULAR EPriHELIUM, MED2ONAL
017 -- HEPATOCF.T .1 .ULAR EPITHELIUM, PERIPORTAL
018 - INTRAHEPATIC BILE DUCT EPITHELIUM
019 - EXTRAHEPATIC BILE DUCT EPITHELIUM
020 -- TUBULAR EPITHELIUM OF RENAL EXCRETORY ELEMENTS
(NOS)
021 » TUBULAR EPITHELIUM OF NECK SEGMENT
022 » TUBULAR EPITHELIUM OF PROXIMAL SEGMENT
023 -- TUBULAR EPITHELIUM OF DISTAL SEGMENT
024 - TUBULAR EPITHELIUM OF COLLECTING DUCT
025 - TUBULAR EPITHELIUM OF OPISTHONEPHRIC SEGMENT
026 - RESPIRATORY(LAMELLAR) EPITHELIUM
027 -- GILL FILAMENT EPITHELIUM
028 - SPERMATOGENIC EPITHELIUM
029 -- OOGENIC EPITHELIUM
030 -- CONNECTIVE TISSUE(NOS)
031 -- STROMA(NOS)
032 -- LAMINA PROPRIA
033 -- SUBMUCOSA/SUBEPrTHELIA
034 -- SUBSEROSA
035 - INTRALAMELLAR SUPPORTIVE E.T.(E.G. PILLAR CELL AND
MATRIX)
036 -- LOOSE C.T.(NOS)
037 - LOOSE COLLAGENOUS C.T., REGULAR
038 - LOOSE COLLAGENOUS C.T., IRREGULAR
039 - DENSE C.T.CNOS)
040 - DENSE COLLAGENOUS CT., REGULAR
041 - DENSE COLLAGENOUS C.T., IRREGULAR
042 ~ ELASTIC CT.
043 - REHCULARCT.
044 « ADIPOSE TISSUE
045 - FIBROBLASTS
046 - CARTELAGE(NOS)
C-31
-------
Code Number 0381 - Suborean/Tissue fcont'd)
047 -- CARTILAGE, CELLULAR ELEMENTS(E.G. CHONDROCYTES,
CHONDROBLASTS)
048 -- CARTILAGE GROUND SUBSTANCE(MATRK)
049 -- PERICHONDRIUM
050 -- BONE(NOS)
051 -- CELLULAR BONE
052 -- ACELLULARBONE
053 » BONE, CELLULAR ELEMENTS(NOS)
054 -- OSTEOBLASTS
055 -- OSTEOCYTES
056 -- OSTEOCLASTS
057 -- BONEMATRK(NOS)
058 -- BONE MATRIX, ORGANIC
059 -- BONE MATRIX, INORGANIC
060 -- PERIOSTEUM
061 -- LEPIDOTRICHIA
062 -- CENTRAL CONNECTIVE TISSUE OF LEPIDOTRICHIA
063 -- SPLENIC ELLIPSOIDS/RETiaJLAR SHEATHS
064 -- CAPSULE
065 - TUNICA MUSCULARIS
066 -- HEPATOPANCREAS DUCT LUMEN
067 -- OVARIAN FOLDS
068 « OUTSIDE/ADJACENT TO ORGAN
069 — BETWEEN FOLLICLES
071 - TESTES - TUBULES AND/OR CYSTS
072 -- BILE DUCT
073 -- PARENCHYMA
074 - HEPATOPANCREAS
090 - HAEMATOPOIETIC TISSUE(NOS)
091 - ERYTHROID TISSUE
092 - LYMPHOID TISSUE
093 - RETICULOENDOTHELIAL/MONONUCLEAR PHAGOCYTIC
SYSTEM(NOS)
094 - ERYTHROCYTES
095 ~ ERYTHROBLASTS
096 - THROMBOCYTES
097 - LEUKOCYTES
098 - GRANULOCYTES
099 - NEUTROPHIL5
100 - BASOPMLS
101 - EOSINOPfflLS
102 - MONOCYTES
103 - MELANOMACROPHAGECENTERS(MM-O
104 - MUSCLE TISSUE(NOS)
105 - SMOOTH MUSCLE(NOS)
106 - MUSCULARIS MUCOSA
107 - MUSCULARIS EXTERNAE
108 - STRIATED SKELETAL MUSCLECNOS)
C-32
-------
Code Number 0381 - Suborgan/Tissiig rcont'dl
109 -- ENDOMYSIUM
110 -- PERIMYSIUM
111 -- EPIMYSIUM
112 -- MYOCARDIUM(NOS)
113 - MYOCARDIUM, SUBENDOCARDIAL
114 - MYOCARDIUM, MIDZONAL
115 - MYOCARDIUM, SUBEPICARDIAL
116 - ENDOCARDIUM
117 - EPICARDIUM
118 -- PERICARDIUM
119 -- VASCULATURE(NOS)
120 -- ENDOTHELIUM
121 -- ARTERIESCNOS)
122 -- LARGE ELASTIC ARTERIES
123 -- MUSCULAR ARTERIES
124 - SMALL ARTERIES
125 -- ARTERIOLES
126 -- VEINS(NOS)
127 - LARGE VEINS
128 - SMALL VEINS
129 - VENULES
130 - CAPILLARIES
131 - CENTRAL VEINdJVER)
132 - SINUSES
133 - SINUSOIDS
134 - LYMPHATIC DUCTS
150 - NERVOUS TISSUE(NOS)
151 -- NEURON(NOS)
152 - NEURONALSOMA(CELLBODY)
153 -- AXON
154 - DENDRITE
155 - NEUROGUALCELUNOS)
157 -- NEUROGUAL CELL OF CENTRAL NERVOUS SYSTEM
158 - SATELLITE CELL OF PERIPHERAL GANGLIA
159 - SCHWANN rai.
160 -- CEREBRUM(NOS)
162 » CEREBRAL MEDULLA
163 -- CEREBELLUM(NOS)
164 - CEREBELLUM, MOLECULAR LAYER
165 - CEREBELLUM. GRANULAR LAYER
166 - CEREBELLUM, PURKINJE CELLS
167 - MENINGES(NOS)
168 -- VENTRICLES
169 - CHOROED PLEXUS
170 -- SACCUS VASCULOSUS
171 -- OPTIC TECTUM
172 -- TEGMENTUM
C-33
-------
Code Number 0381 - Suborgan/Tissue fcont'd)
173 -- GRAY MATTER
174 -- WHITE MATTER
175 -- NERVE TRACTfNOS)
176 -- NERVE, UNMYELJNATED
177 -- NERVE. MYELINATED
178 - ENDONEURIUM
179 -- PERINEURIUM
180 - EPINEURIUM
181 - PERIPHERAL GANGLION
182 - NEUROMAST OF LATERAL LINE
200 -- EPIDERMIS
201 -- SUBCUTANEOUS TISSUE(NOS)
202 - DERMJS(NOS)
203 -- STRATUM SPONGIOSUM
204 -- STRATUM COMPACTUM
205 -- HYPODERMIS
206 -- SCALE(NOS)
300 -- NEPHRON(NOS)
301 -- GLOMERULUS(NOS)
302 -- BOWMAN'S SPACE
303 -- GLOMERULARTUFT
304 -- GLOMERULAR CAPILLARIES
305 -- GLOMERULAR MESANGIUM
306 -- MESANGIAL MATRIX
307 -- VISCERAL EPITHELIUM OF BOWMAN'S CAPSULE
308 -- PARIETAL EPITHELIUM OF BOWMAN'S CAPSULE
310 - EFFERENT ARTERIOLE OF GLOMERULUS
311 -- JUXTAGLOMERULAR COMPLEX
312 -- GILL ARCH
313 -- GILL FILAMENT
314 - GmXSECONDARY) LAMELLA
315 -- ADENOHYPOPHYSIS
316 -- NERUOHYPOPHYSIS
317 -- SPERMATOGONIA
318 -- PRIMARY SPERMATOCYTE
319 - SECONDARY SPERMATOCYTE
320 - SPERMATIDS
321 - SPERMATOZOA
322 - OOGONIA
323 - OOCYTE, STAGE A(PRIMARY)
324 - OOCYTE, STAGE B(SECONDARY)
325 - MATURING OVA, STAGE C
326 -- MATURING OVUM, STAGED
327 -- MATURING OVUM, STAGE E
328 - DEVELOPING EMBRYO
350 - GOBLET/MUCOUS CFUS
351 - LUMEN
352 - BASEMENT MEMBRANE/BASAL LAMINA
353 -- CHLORIDE CELLS OF GILL EPITHELIUM
C-34
-------
Code Number 0382 • Lesion/Etiology
001
002
003
004
005
006
007
008
009
010
Oil
012
013
014
015
016
017
018
019
020
021
022
023
024
025
026
027
028
029
030
031
032
033
034
035
036
037
038
039
040
041
042
043
044
045
046
047
048
049
NORMAL
ALGAE
FUNGAL INFECTION
ICTHYOPHONUS
HELMINTHS
NECROSIS
UNKNOWN
OTHER
ATRETICEGGS
HYPERPLASIA - ABNORMAL
HYPERPLASIA - NORMAL
CYST - PROBABLE DEGENERATE PARASITE
CYST-UNKNOWN
LEUKOCYTIC INFILTRATION BY UNKNOWN
SARCODINA
AMOEBIDAE
MASTIGOPHORA(FLAGELLATES)(NOS)
DINOFLAGELLATESCNOS)
EUGLENA(NOS)
PROTOMONADINACNOS)
TRYPANOSOMA(NOS)
POLYMASTIGINA
COSTIA SPP.
HEXAMITA SPP.
CILIOPHORA(INFUSORIA)(NOS)
SUCTORIA(NOS)
NON-SUCTOR1AN OLIATES(NOS)
SPEROTRICHIA(NOS)
HOLOTRICHIA(NOS)
ICHTHYOPHTHIRIUS SPP.
CRYPTOCARYON SPP.
GYMNOSTOMAT1DA(NOS)
PERTTRICHIACNOS)
TRICHODINA SPP.
UNIDENTIFIED NON-SPOROZOAN(PROTOZQA)
GENERAL - LEUKOCYTIC INFILTRATION
HYALIMZATION
FIBROPLAST INFILTRATION
DEGENERATED GONAD
VESICULATION
PYCNOnC NUCLEI
FLUID STROMA
CELLULAR DEBRIS
REABSORBED OCCYTES
UNDEVELOPED GONADS
INCREASED CONNECTIVE TISSUE
AODOPHILLIC CELLS
MURAUUM STRUCTURE
TUBULAR STRUCTURE
C-35
-------
Code Number Q382 - Lesion/Etiology (cont'd)
050 -- MIXED STRUCTURE
051 - SINUSOID OPEN
052 -- SINUSOID CLOSED
053 -- HEPATOPANCREAS PRESENT
054 -- GRANULOMA
055 -- ACN1DOOSPORIDIA(NOS)
056 -- SARCOCYSTIS SPP.
057 -- TELEOSPOREA(NOS)
058 - COCCIDIA(NOS)
059 -- EIMERIA SPP.
060 -- HAEMOGREGARINA SPP.
061 -- HAEMOSPORIDIA
062 -- CNIDOSPORA(NOS)
063 -- MYXOSPORIDEA(NOS)
064 -- EURYSPORIDEA(NOS)
065 -- SPAEROSPORIDEA(NOS)
066 » PLATYSPOREA
067 » MYXmnAE
068 -- MYXTOIUM SPP.
069 -- COCCOMYXIDAE(NOS)
070 -- MYXOSOMATIDAE(NOS)
071 -- MYXOBOLIDAE (NOS)
072 -- ELONGIDAE(NOS)
073 » MICROSPORJDEA
074 -- UNIDENTIFIED PROTOZOAN
075 -- UNIDENTIFIED SPOROZOAN
076 - KUDOA
077 -- UNKNOWN DISEASE
078 -- SAMPLE LOST
079 -- NO PATHOLOGICAL CONDITION FOUND
100 - MONOGENE
101 -- NONOPISTHOCOTYLEA(NOS)
102 » POLYOPISTHOCOTYLEA(NOS)
103 -- ASPIDOCOTYLEA(NOS)
104 -- ADULT DIGENETICTREMATODE(NOS)
105 "- LARVAL(METACERCARCIAL)DIGENEnCTREMATODE(NOS)
106 -- DIGENETICTREMATODE, LIFE STAGE UNSPECIFIED(NOS)
107 -- ADULT CESTODE(NOS)
108 - CESTODE. UNSPECIFIED LIFE STAGE(NOS)
109 - UNSPECIFIED ADULT HELMINTH
110 - UNSPECIFIED LARVAL HELMINTH
111 - UNSPECIFIED HELMINTH, UNSPECIFIED LIFE STAGE
112 - UNSPECIFIED HELMINTH OVUM
113 - ADULT NEMATODE
114 - PMLOMETRA SPP.
115 - LARVAL NEMATODE(NOS)
116 -- NEMATODE, UNSPECIFIED LIFE STAGE
117 -- ADULT ACANTHOCEPHALnXNOS)
118 -- LARVAL ACANTHOCEPHALnXNOS)
C-36
-------
Code Number 0382 - Lesion/Etiology fcont'd)
119 -- ACA>rraOCEPHALAN, UNSPECIFIED LIFE STAGE
120 -- fflRUDINEA(LEECH)(NOS)
121 - CRUSTACEA(NOS)
122 -- BRANCHIURA(NOS)
123 -- COPEPODA(NOS)
124 » UNIDENTIFIED METAZOAN
I 125 •- HEMIURANTREMATODE
126 -- APICAL END OF CELL EOSINOPHITIC
| 127 -- BASOPHUJCHEPATOCYTES
175 - BACTERIAL INFECTION
176 - ROD-LIKE BACTERIA
177 -- COCa BACTERIA
178 -- GRAM-NEGATIVE BACTERIA
179 -- GRAM-POSITIVE BACTERIA
180 -- CHALMYDIAL INFECTION
181 -- RICKETTSIALINFECTIONCNOS)
182 - EPITHELIOCYSTIS
183 -- VIRAL INFECTION
184 -- RODLET CELLS
185 -- UNSPECIFIED. UNIDENTIFIABLE PARASITIC
INFECTION/INFESTATION
186 -- LYMPHOCYSTIS
187 -- LARVAL GESTODE
200 -- INFLAMMATION, INFLAMMATORY REACTION(NOS)
201 - ACUTE INFLAMMATION(NOS)
202 -- SUB ACUTE INFLAMMATION(NOS)
203 - CHRONIC INFLAMMATION(NOS)
204 - ULCERATTVEINFLAMMATION(NOS)
205 - EROSIVE INFLAMMATION(NOS)
206 - GIANT CELL INFLAMMATION
207 - SEROUSfTRANSUDATTVE) INFLAMMATION
208 - CATARRHALINFLAMMATION(MUCOUS MEMBRANES)
209 •- EXUDATIVE INFLAMMATION(NOS)
210 -- SUPPURATIVEINFLAMMATIONCPUS)
211 -- MUCOPURULENTEXUDATE
212 ~ FIBRINOUS INFLAMMATION(NOS)
213 - MEMBRANOUS INFLAMMATION(NOS)
214 - HEMORRHAGICINFLAMMATION(NOS)
215 - NECROTIZINGINFLAMMATIONCNOS)
216 - OIRONICULCERATIVEINFLAMMATIONCFIN EROSION)
217 - CHRONIC EXUDATIVE INFLAMMATION
218 - CHRONIC NECROTEING INFLAMMATION
219 - GRANULOMATOUSINFLAMMATION(NOS)
220 - GIANT CELL GRANULOMA(NOS)
221 - FOREIGN BODY GIANT CRT.!.GRANULOMA
222 - LANGHANS GIANT CELL REACTION
223 - NON-NECROTIZING GRANULOMA
224 - NECROTIZING GRANULOMA
225 - CALCIFIED GRANULOMATOUS INFLAMMATION
C-37
-------
Code Number 0382 - LesionyErinlnpv
226
227
228
229
230
231
232
233
234
235
236
260
261
262
263
264
265
267
268
269
270
271
272
273
274
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319
320
321
INFLAMMATION WITH FIBROSIS
FIBROGRANULATION TISSUE
INFLAMMATION WITH FAT NECROSIS
INFLAMMATION WITH THROMBOSIS
INFLAMMATION WITH STASIS
PROUFERATTVE INFLAMMATION (E.G.,
MESANGIOPROUFERATIVE GLOMERULONEPHRITIS)
INFLAMMATORY CELL INFILTRATE{NOS)
ACUTE INFLAMMATORY rpti. INFILTRATE
CHRONIC(LYMPHOCYTIC, MONONUCLEAR) INFLAMMATORY
CELL INFILTRATE
HYSTIOCYTIC INFILTRATE
EOSINOPfflLIC/GRANULOCYTIC INFILTRATE
ERYTHEMA(NOS)
FIBROSIS, FIBROPLASIA(NOS)
FIBROUS SCLEROSIS
GLIOSIS
ADHESION(NOS)
FIBROUS ADHESION
CIRRHOSIS(NOS)
MICRONODULAR CIRRHOSIS
MACRONODULAR CIRRHOSIS
BILIARY OBSTRUCTIVE CIRRHOSIS
SEPTAL CIRRHOSIS
POST-NECROTIC CIRRHOSIS
NEW BONE FORMATION
ECTOPIC BONE FORMATION
DEGENERATION(NOS)
UQUIFACnVE DEGENERATION
GRANULAR(FLOCCULAR, CLOUDY SWELLING)
HYALINE DEGENERATION
HYDROPIC DEGENERATION
FATTY DEGENERATION, FATTY CHANGE
MUCOED DEGENERATION
PIGMENTARY DEGENERATION
NECROSIS(NOS)
LJQUEFACnVE NECROSIS
COAGULATTVE NECROSIS
HYAUN BODIES
FATTY NECROSIS
HEMMORHAGIC NECROSIS
CASEOUS NECROSIS
FD3RINOID NECROSIS
EXFOLIATION, SLOUSING
INFARCT(NOS)
ACUTE INFARCT
HEMORRHAGIC INFARCT
HEALEC INFARCT
EOSINOPHUJC CHANGE
C-38
-------
Code Number 0382 - Lesion/Frinlogy fcont'd)
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376
400
401
402
403
404
405
406
407
408^
409
410
411
412
413
414
415
416
417
418
419
420
421
DEPOSITION(NOS)
HYAUNIZATION
FIBRIN DEPOSITION
AMYLOID DEPOSITION
PARA-AMYLOID DEPOSITION
FATTY INFILTRATION
CALCIFICATION, MINERALIZATION (NOS)
NUTRTnONAL(METASTIQ CALCIFICATION
DYSTROPHIC CALCIFICATION
CALCINOSIS
PROTEIN DEPOSITION
FILTRATE PROTEIN DEPOSITION
FOREIGN MATERIAL DEPOSITION
PIGMENTATION (NOS)
PIGMENT ALTERATION(NOS)
MELANIN PIGMENTATION
MELANOSIS
DYSTROPHY (NOS)
CONNECTIVE TISSUE DYSTROPHY(NOS)
ATROPHY(NOS)
FATTY ATROPHY
COMPRESSION ATROPHY
DEPLETION(NOS)
LIPID DEPLETION
DECALOHCATION/DEMINERAUZATION
CYTOPENIA(NOS)
PUJOSIS HEPATITIS (RED SPOT)
NUCLEAR ALTERATION(NOS)
MULTIPLE NUCLEI(NOS)
BINUCLEATE
NUCLEAR DEGENERATION(KARYORRHEXIS, KARYOLYSIS)
PYKNOSIS
NUCLEAR ENLARGEMENT
NUCLEAR PLEOMORPHISM(ANISOKARYOSIS)
NUCLEAR SHAPE ALTERATION(NOS)
FOLDED NUCLEUS
FISSURED NUCLEUS
GENERAL CHROMATIN ALTERATION(NOS)
CHROMATTN COARSELY DISPERSED
CHROMATIN FINELY DISPERSED
NUCLEAR HYPERCHROMASIA
NUCLEAR ACHROMASIA
NUCLEAR HYPOCHROMASIA
MARGINATION OF CHROMATIN
SUSPECTED POLYPLOIDY
SUSPECTED MTTOTIC ARREST
NUCLEOLAR ALTERATION(NOS)
MULTIPLE NUCLEOLI
ALTERATION OF FILAMENTOUS PORTION OF NUCLEOLUS
C-39
-------
Code Number 0382 - Lesion/jEtiolQ^v fcont'di
422 -- ALTERATION OF AMORPHOUS PORTION OF NUCLEOLUS
423 -- NUCLEOLAR ENLARGEMENT
424 -- NUCLEAR MEMBRANE ALTERATION(NOS)
425 -- NUCLEAR MEMBRANE THICKENING
426 -- NUCLEAR MEMBRANE REDUPLICATION/PROLIFERATION
427 -- NUCLEAR PORE ALTERATION
428 -- INTRANUCLEAR INCLUSION
429 -- NUCLEAR VAOJOLATION
450 -- MTTOCHONDRIALALTERATION(NOS)
451 -- ALTERATION OF MTTOCHONDRIAL CRISTAE
452 -- ALTERATION OF MTTOCHONDRIAL MATRIX
453 » ALTERATION OF MTTOCHONDRIAL MEMBRANE
454 - FUSED CRISTAE
455 -- MTrOCHONDRIAL ENLARGEMENT
456 - GIANT MITOCHONDRIA
457 -- MTTOCHONDRIALVACUOLATION
458 -- MTTOCHONDRIALHYPERPLASIA
459 -- ENDOPLASMICRETICULUMALTERATIONCNOS)
460 -- SMOOTH ENDOPLASMICRETICULUMALTERATION(NOS)
461 -- SMOOTH ENDOPLASMIC RETICULUM FRAGMENTATION
462 - SMOOTH ENDOPLASMIC RETICULUM PROLIFERATION
463 -- SMOOTH ENDOPLASMIC RETICULUM DILATION
464 -- ROUGH ENDOPLASMIC RETICULUM ALTERATION(NOS)
465 -- ROUGH ENDOPLASMIC RETICULUM FRAGMENTATION
466 -- ROUGH ENDOPLASMIC RETICULUM PROLIFERATION
467 -- ROUGH ENDOPLASMIC RETICULUM DILATION
468 -- GOLGI APPARATUS ALTERATION(NOS)
469 -- GOLGI APPARATUS MEMBRANE ALTERATION
470 -- GOLGI APPARATUS CAVITY ALTERATION
471 -- GOLGI APPARATUS MEMBRANE ALTERATION
472 -- GOLGI APPARATUS VACUOLATION
473 -- GOLGI APPARATUS HYPERTROPHY
474 -- GOLGI APPARATUS HYPERPLASIA
475 -- RffiOSOMEALTERATION(NOS)
476 -- POLYSOMEALTERATION(NOS)
477 -- LYSOSOMEALTERATIONCNOS)
478 - LYSOSOMAL DEBRIS
479 - MYELIN FIGURE FORMATION
480 - CYTOPLASMIC INCLUSION BODIES(NOS)
481 - CYTOPLASMIC DROPLETS(NOS)
482 - CYTOPLASMIC VACUOLATION
483 - CYTOPLASMIC DEPOSmON(NOS)
484 - CYTOPLASMIC ELECTRON-DENSE DEPOSITION
485 - CYTOPLASMIC HEMOSIDERIN
486 -- CYTOPLASMIC HEMATIN
487 - CYTOPLASMIC UPOFUSCIN/CEROID
488 -- CYTOPLASMIC MELANIN
489 -- CYTOPLASMIC BEJRUBIN/BILIVERDIN
490 -- CYTOPLASMIC GLYCOGEN DEPOSITION
C-40
-------
Code Number 03 82 - Lgsion/Erinlntrv (cont'di
491 -- CYTOPLASMIC FAT DEPOSITION
492 -- CYTOPLASMIC HYALIN DEPOSITION(INCLUDING ALCOHOLIC
HYALIN, MALLORY BODIES)
493 -- CYTOPLASMIC PROTEIN DEPOSITION(INCLUDING RUSSELL
BODIES)
494 -- CYTOPLASMIC AGGREGATES(NOS)
495 - CYTOPLASMIC GRANULATION
497 -- PERINUCLEARHALO
498 -- CYTOPLASMIC FIBER ALTERATION(NOS)
499 » CYTOPLASMIC FILAMENT ALTERATION(NOS)
500 -- MICROTUBULE ALTERATION
501 -- MYOFTORDLLAR CONTRACTION BANDS ALTERATION
502 -- MYOFEAMENT FRAGMENTATION
503 -- MYOFEAMENT LOSS
504 - SARCOPLASMIC MASSES
505 - PLASMA MEMBRANE ALTERATION(NOS)
506 - PLASMA MEMBRANE RUPTURE
507 - PLASMA MEMBRANE REDUPLICATION
508 - PLASMA MEMBRANE THICKENING
509 - DESMOSOMEALTERATION(NOS)
510 - TIGHT JUNCTION ALTERATION(NOS)
511 -- MICROVILLUS ALTERATION(NOS)
512 -- FOOT PROCESS ALTERATION(NOS)
513 - PINCJCYTOTOC^HAGOCYTOTICVACUOLE
514 -- AUTOPHAGICVACUOLEALTERATION(NOS)
515 -- CYTOLOGICALTERATIONCNOS)
516 -- PLEOMORPfflSM
517 -- ABNORMAL CELL SEE(NOS)
518 -- GIANT CELUNOS)
519 -- arrOMEGALY/MEGALOCYTOSIS
520 - MICROCYTOSIS
521 - CELL SHAPE ALTERATION(NOS)
522 - FUSIFORM CELL
523 - CELL STRUCTURE ALTERATION (NOS)
524 - INOIEASEDNUCLEAR/CYTOPLASMIC RATIO
525 - DECREASED NUCLEAR/CYTOPLASMIC RATIO
526 -- SYNSYTIAL FORMATION
527 - CELL CONTENT ALTERATION
-------
Code Number 0382 - Lesion/Eriology fcont'dJ
539 -- EXTRACELLULAR LIPID AGGREGATE ALTERATIONfNOS)
540 -- EXTRACELLULAR MACROMOLECULE AGGREGATE ALTERATION
541 -- EXTRACELLULAR ELECTRON-DENSE
DEPOSmON20382LESION/ETIOLOGY
542 -- EXTRACELLULAR MATRIX ALTERATION(NOS)
543 - DECREASED CYTOPLASMIC VACUOLATION
<44 -- INCRASED CYTOPLASMIC BASOPHILIA
545 -- INCREASED CYTOPLASMIC EOSINOPHEIA
700 -- HYPERTROPHY(NOS)
701 -- IDIOPATfflC HYPERTROPHY
702 -- COMPENSATORY HYPERTROPHY
703 -- EOSINPHUJC HYPERTROPHY
704 -- BASOPHILIC HYPERTROPHY
705 - CARTILAGINOUS OVERGROWTH
706 -- BONE OVERGROWTH
707 -- HYPERPLASIA(NOS)
708 - IDIOPATHIC HYPERPLASIA
709 -- COMPENSATORY HYPERPLASIA
710 -- NODULAR HYPERPLASIA
711 - POLYPOID HYPERPLASIA
712 - PAPILLARY HYPERPLASIA
713 -- CYSTIC HYPERPLASIA
714 - MURALIAIXNON-NODULAR) HYPERPLASIA
715 - METAPLASIA(NOS)
716 -- NEOVASOJlJ^RlZATION/HYPERVASaJLARIZATION
717 - DYSPLASIACNQS)
718 - UPOMATOSIACNOS)
719 - ADENOSB(NOS)
720 - CYSTIC DISEASE
721 -- MATURATION DEFECT(NOS)
722 - MATURATION ARREST
723 -- HYPOPLASIA
724 -- APLASIACNOS)
725 -- HAMARTOMA(NOS)
726 - PROUFERATION(NOS)
727 - CELLULAR PROLIFERATION
728 -- GLANDULAR/DUCTULAR PROLIFERATION
729 - FIBROMATOSIS
730 - TELANGIASIA/HEMANGIECTASIS
731 - POLYP(NOS)
732 - fflSTIOCYTOSIS
733 - PERIPHERAL BLOOD CELL ABNORMALITY
734 - REGENERATION(NOS)
735 -- ATYPICAL REGENERATION
736 - COMPENSATORY
737 -- HERMAPHRODrnSM
738 - HYPOCELLULARrrY
739 - RESORPTION/RETRACnON
800 -- NEOPLASM(NOS)
C-42
-------
Code Number 0382 - Lesion/Erioloyv fcont'd)
801 -- BENIGN NEOPLASM(NOS)
802 » MIXED BENIGN NEOPLASM(NOS)
803 -- MALIGNANT NEOPLASM(NOS)
804 -- PRIMARY METASTASIZING NEOPLASM(NOS)
805 -- METASTASIS
806 -- METASTASIZING NEOPLASM, UNSPECIFIED WHETHER
PRIMARY OR METASTATIC SITE
807 -- MIXED MALIGNANT NEOPLASM(NOS)
808 -- MIXED METASTASIZING NEOPLASM(NOS)
818 -- HYPERBASOPHILIC FOCUS
819 -- CLEAR CELL FOCUS
820 - MINIMUM DEVIATION NODULE
821 -- LIVERrar ADENOMA(NOS)
822 -- LIVER CELL ADENOMA, UNENCAPSULATED
824 - CHOLANGIOMA(NOS)
825 -- CHOLANGIOMA, UNENCAPSULATED
826 -- CHOLANGIOMA, ENCAPSULATED
827 -- HEPATOCELLULARCARCINOMA(NOS)
828 - METASTASIZING HEPATOCELLULAR CARCINOMA
829 -- CHOLANGIOCELLULARCARCINOMACNOS)
830 - METASTASIZING CHOLANGIOCELLULAR CARCINOMA
831 -- MESEC HgPAinrgfj.iTi.Aa & BILE DUCT CARONOMA(NOS)
832 - METASTASIZING HEPATOCELLULAR & BILE DUCT CARCINOMA
833 - FIBROMA
834 -- FIBROSARCOMA
835 -- NEUROFIBROMA
836 - NEUROFTOROSARCOMA
837 -- UPOMA
838 - LIPOSARCOMA
839 - CHONDROMA
840 -- CHONDROSARCOMA
841 ~ OSTEOMA
842 -- OSTEOGENIC SARCOMA
843 - HEMANGIOMA
844 - HEMANGIOSARCOMA
845 - LYMPHANGIOMA
846 - MESOTHELIOMA
847 - LEUKEMIA(NOS)
848 - LBOMYOMA
849 - LHOMYOSARCOMA
850 - RHABDOMYOMA
851 ~ RHABDOMYOSARCOMA
852 - ADENOMA
853 - ADENOCARONOMA
854 - PAPILLOMA
855 -- PAPILLARY CARCINOMA
856 - CYSTADENOMA
857 -- CYSTADENOCARC3NOMA
C-43
-------
Code Number 0382 - Lesion/Etiology
858 -- CARCINOMA
859 -- CARCINOMA-IN-SITU
860 - SARCOMA
| 861 -- NEURILEMMOMA
890 -- XENOMA(NOS)
891 - ANGIOEPITHELJAL NODULE
892 -- TRANSITIONAL ANGIOEPITHELIAL NODULE
893 -- EPIDERMAL PAPILLOMA
900 -- CALCULUS
901 -- MALPOSITION, DISPLACEMENT
| 902 -- CYSTIC FORMATION(NOS), CYSTIC BILIARY DUCT
903 -- DILATION, DILATATION(NOS)
904 -- DISTENSIONCNOS)
905 -- HYPERDISTENSION
906 -- ANEURYSM
907 -- MICROANEURYSM
908 -- DIVERTICULUM(NOS)
909 -- STASIS(NOS)
910 - PROTEIN CAST
911 -- BILE CAST
912 -- MUCUS CAST
913 - CYST(NOS)
914 - HEMORRHAGICCYST
915 - PARASITIC CYST
916 - OBSTRUCTION, ATRESIA(NOS)
917 -- STENOSIS(NOS)
918 -- DISRUPTION(NOS)
940 -- BLOOD CLOT(NOS)
941 -- ANTEMORTEM BLOOD CLOT
942 - POSTMORTEM BLOOD CLOT
943 -- DISSEMINATED INTRAVASCULAR COAGULATION
944 - THROMBUS(NOS)
945 -- OCCLUSIVE THROMBUS
946 -- NON-OCCLUSIVE THROMBUS
947 -- CANALIZED THROMBUS
948 - FIBRIN THROMBUS
949 - EMBOLUS(NOS)
950 - CONGESTION(NOS)
951 - HYPEREMIA
952 - PASSIVE CONGESTION
953 - ACTIVE CONGESTION
954 - LEAKAGE, SPILLAGE
955 - EDEMA(NOS)
956 - LOCALIZED
957 -
958 -- INTERCELLULAR EDEMA(SPONGIOSIS)
959 -- HEMORRHAGE, HEMATOMA(NOS)
960 -- PETECHIAL HEMORRHAGE
961 -- PURPURA
962 - ECCHYMOSES
963 -- ULCERATION
C-44
-------
Code Number 0384 - Severity Code
1 -- MINIMAL, SPARSE, VERY FEW
2 -- MINIMAL-MILD
3 -- MILD, FEW, SMALL AMOUNT
4 -- MILD-MODERATE, SEVERAL
5 -- MODERATE, MODERATE AMOUNT, MODERATE NUMBER
6 -- MODERATE-SEVERE
7 -- SEVERE, ABUNDANT, NUMEROUS, DENSE
8 -- EXCESSIVE AMOUNT OR NUMBERS. EXCESSIVELY DENSE
9 -- NON UNIFORM, HIGHLY VARIABLE
Code Number 0385 - Host Response Code
-- BLANK-NO IDENTIFIABLE RESPONSE
2 -- MINIMAL RESPONSE
3 -- MINIMAL-MILD RESPONSE
4 -- MILD RESPONSE
5 -- MILD-MODERATE RESPONSE
6 -- MODERATE RESPONSE
7 -- MODERATE-SEVERE RESPONSE
8 - SEVERE RESPONSE
Code Number 0394 - Water Color
- BLANK-NO INFORMATION
1 - BLUE
2 - BLUE-GREEN
3 - GREEN
4 - GREENISH BROWN
5 - OLIVE
6 - BROWN
I 990 - NO OBSERVATION TAKEN
Code Number OD003 - Storage/Pretreattnent
1 -- PRODUCnvrTY MEASURED IMMEDIATELY
2 - FROZEN
3 - ULTRA-FROZEN (LN2)
5 - FILTERED AND FROZEN
6 - FILTERED AND ULTRA-FROZEN
7 — MEASUREMENT DELAYED; NO PRETREATMENT
Code Number QD004 - Analytical Technique
1 -- C-14 METHOD
2 - 02 METHOD
C-45
-------
Code Number ODQ09 - Preservative Condition
-- BLANK - NO INFORMATION
I -- LIVE
2 - FRESH
3 -- FROZEN
4 -- SALTED
Code Number OD013 - Bacterial/ ViraJ Abidance Estimation
- SINGLE MEASUREMENT
- ARITHMETIC MEAN
- GEOMETRIC MEAN (MPN)
- PRESENCE/ABSENCE
- GREATER THAN
- LESS THAN
Code Number QDQ14 - Analytical Technique
01 -- POUR PLATE METHOD
02 -- SPREAD PLATE METHOD
03 -- MEMBRANE FILTER METHOD
04 -- TOTAL COLIFORM MULTIPLE TUBE TEST (MPN)
05 - FECAL COLIFORM MPN TEST
06 - PRESENCE/ABSENCE COLIFORM TEST
07
08
09
10
11
- IMMUNOFLOURESCENCE
- MICROPOROUS FILTER ADSORPTION-ELUTION
- ALUMINUM-HYDROXIDE ADSORPTION-PRECIPITATION
- HYDROEXTRACTION-DIALYSIS WITH POLYETHYLENE GLYCOL
- THERMO TOLERANT (STEPPED) E.COU METHOD
12 - IMPROVED MEMBRANE FILTER TECHNIQUE FOR ENTEROCOCCI
C-46
-------
Code Number ODQ15 - Growth Medium
01 -- TRYPTONE GLUCOSE EXTRACT
02 -- TRYPTONE GLUCOSE YEAST AGAR
03 -- R2AAGAR
04 -- M-HPCAGAR
05 -- LAURYL TRYPTOSE BROTH
06 -- BRILLIANT GREEN LACTOSE BILE BROTH
07 -- LACTOSE BROTH
08 -- EC MEDIUM
09 -- A-l BROTH
10 - P-A BROTH
11 -- LESENDOAGAR
12 -- M-ENDO MEDIUM
13 - M-FC BROTH
14-- MODIFIED M-FC AGAR (M-FCIC)
15 -- MODIFIED MACCONKEY AGAR (MCIC)
16 - AZIDE DEXTROSE BROTH
17 -- PFIZER SELECTIVE ENTEROCOCCUS (PSE) AGAR
18 - KF STREPTOCOCCUS AGAR
19 -- BRAIN-HEART INFUSION
20 - TRYPTOPHANE BROTH
21 - KOSER'S CITRATE BROTH
22 -- SIMMONS'CIRTATE AGAR
23 - XYLOSE LISINEDESOXYCHOLATE(XLD) AGAR
24 -- CAMPY-BAP
25 -- BUTZLER'S MEDIUM
26 -- TmOSULFATE-CITRATE-BILE-SALT-SUCROSE (TCBS) AGAR
27 - MTEC MEDIUM (FEC COLI)
28 - ME MEDIUM (ENTEROCOCCUS)
Code Number OD016 - Landed Condition
-- BLANK-NO INFORMATION
1 « WHOLE
2 -- GUTTED
3 -r FILLETED
4 - SHELLED
Code Number OD017 - Station Type
R - RECEIVING WATER
I - INFLUENT
S - SLUDGE
Code Number OD018 - Measurement Basis
W - WET WEIGHT BASIS
D - DRY WEIGHT BASIS
C-47
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APPENDIX D
Supporting Documents for 301(h) Monitoring Programs
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APPENDIX D
301(h) Guidance Document List
For ODES Data Submission Manual
1. Revised Section 301(h) Support Document. 1982.
2. Design of 301(h) Monitoring Programs for Municipal Wastewater Discharges to
Marine Waters. 1982.
3. Summary of U.S. EPA-Approved Methods, Standard Methods, and Other Guidance
for 301 (h) Monitoring Variables. September 1985.
4. Recommended Biological Indices for 301(h) Monitoring Programs. 1985.
5. Bioaccumulation Monitoring Guidance: 1. Estimating the Potential for
Bioaccumulation of Priority Pollutants and 301 (h) Pesticides Discharged into Marine
and Estuarine Waters. September 1985.
6. Bioaccumulation Monitoring Guidance: 2. Selection of Target Species and Review
of Available Bioaccumulation Data, Volume I. September 1985.
7. Bioaccumulation Monitoring Guidance: 2. Selection of Target Species and Review
of Available Bioaccumulation Data, Volume IL Appendices. March 1986.
8. Bioaccumulation Monitoring Guidance: 3. Recommended Analytical Detection
Limits. September 1985.
9. Bioaccumulation Monitoring Guidance: 4. Analytical Methods for U.S. EPA
Priority Pollutants and 301(h) Pesticides in Tissues from Estuarine and Marine
Organisms. May 1986.
10. Bioaccumulation Monitoring Guidance: 5. Strategies for Sample Replication and
Compositing. June 1987.
11. Quality Assurance and Quality Control (QA/QQ for 301(h) Monitoring Programs:
Guidance on Field and Laboratory Methods. May 1986.
12. Evaluation of Survey Positioning Methods for Nearshore Marine and Estuarine
Waters. May 1986.
13. Technical Evaluation and Quality Assurance Procedures for the Ocean Data
Evaluation System. April 1986.
14. ODES User Guide: Supplement A. Description and Use of Ocean Data Evaluation
System (ODES) Tools. September 1986.
15. Guidance for Conducting Fish Liver Histopathology Studies During 301(h)
Monitoring. May 1987.
16. Technical Support Document for ODES Statistical Power Analysis. June 1987.
D-l
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17. ODES Data Brief: 1. Using ODES QA/QC Reference Comments. September 1987.
18. ODES Data Brief: 2. Using ODES Numerical Classification Tool. December 1987.
19. ODES Data Brief: 3. Using ODES ANOVA Tools. December 1987.
20. ODES Data Brief: 4. Using ODES Graphic and Mapping Tools. September 1987.
21. Framework for 301 (h) Monitoring Programs. September 1987.
22. A Simplified Deposition Calculation (DECAL) for Organic Accumulation Near
Marine Outfalls. September 1987.
D-2
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