Ocean Data Evaluation System (ODES) Data Submissions Manual


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OCEAN  DATA EVALUATION SYSTEM  (ODES)
DATA SUBMISSIONS MANUAL
TETRA TECH, INC., BELLEVUE, WA
DEC 87
 U.S. DEPARTMENT OF COMMERCE
 National Technical Information Service

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••:Qi rield <•?, 68D/ 332

V 2 3 Descriptors: "Ccesr.ogrechic date/ * M a r i n e enviror.ir.ents/ Information

Systems/1 *Catc acauisition/ Manuals/ water pollution/ Cuslity control/ 3usli

Assurance/ Cats base management/ Marine biology/ Sediirsnts/ 3ioassay/ Benthos/

•Jr.viror,mental monitoring.

.» 2 5 Identifiers: * C c e e n Csta Evaluation Systeir..

£'27 The Ocean Date Evaluation System (Q3ES) is en analytically powerful/ usei

friendly cc-nputsrized systerr for supporting federal/ stats/ and local

Jac i sicn-mak3r s associated uiith t.-e U.S. environmental Protection Aaency (E?fl!

Marine monitoring programs. GOES is menaged t?y the cPfl Ccaans and Coastal

Protection Division CCCPD) of the Office ot Wetlands/ Cceens/ and Watersheds

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v>EPA
OD'E'S
Ocean Data Evaluation System

DATA SUBMISSIONS MANUAL
June, 1992
Prepared for
Oceans and Coastal Protection Division
Office of Wetlands, Oceans, and Watersheds
Prepared by

Tetra Tech, Inc.
and
American Management Systems, Inc.
REPRODUCED BY: NT1S
U.S. Department of Commerce '
ltnnal T*r.hnir«l Information 5»rvir»
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30272- IQI
REPORT DOCUMENTATION
PAGE
1. REPORT NO.
EPA503/8-90/006
4. Title and Subtitle
ODES Data Submissions Manual
7. Author(j)
9. Performing Organization Name and Address
Tetra Tech, Inc.
11820 Northup Way, Suite 100
Bellevue, WA 98005
12. Sponsoring Organization Nam* and Addrati
U.S. Environmental Protection Agency
Office of Marine and Estuarine Protection
401 M Street, SW
Washington, DC 20460
PB95-154209
». Report Data
December 1987
8. Performing Organization Repl. No.
10. Project/Task/Work Unit No.

11. Contract(C) or Grant(G) No.

(o 68-01-6938
(G)
13. Type of Raport & Period Covered

Final
14.
15. Supplementary Note*
16. Abstract (Limit: 200 word*)
This manual explains the quality assurance/quality control cycle that must be
completed before a data set can be loaded into 3DES, and provides detailed
instructions for entering individual data sets onto coding forms, magnetic tape,
or floppy diskette for submission to ODES.
17. Document Analysis a. Descriptors
b. ld*ntlf)ers/Open.End*d Terms
c. COSATI Field/Group
B. Availability Statement
No restrictions on distribution
Available from NTIS, Springfield, VA
22161
19. Security Class (This Report)
Unclassified
20. Security Class (This Page)
Unclassified
21. No. of Pages
22. Price
(S.« ANSI-Z39.18)
See Instructions on Reverse
OfTKJWAL FORM 272 (4-77)
(Formerly NTIS-35)
Depertment of Comm^rc*-
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Other ODES documents available from
the Office of Wetlands, Oceans, and Watersheds
Q ODES User Guide
Q Quick Guide to the ODES Data Submissions Process
Q ODES Tool Manual
Q ODES Data Briefs
• ODES Statistical Power Analysis
• Analysis of Influent/Effluent Data
• Use of Numerical Classification Tools
• Use of Graphic and Mapping Tools
• Downloading ODES Graphics of Enhancement
• Use of the Analysis of Variance Tool
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TABLE OF CONTENTS
Preface [[[ i

I . Data Submission Steps and Quality Assurance Procedures

A. Introduction [[[ 1-1
B. Data Submission and QA/QC Procedures ....................................... 1-1
C. ODES File Types, Codes, and Hierachical Record Structure ................. 1-7
D. Coding Assistance [[[ 1-8
E. Summary [[[ 1-8

1 1 . ODESBle Type 1 32 for Benthic Survey Data
'""^

A. Introduction [[[ II-l
B. Hierarchical Relationships [[[ II-l
C. Detailed Data Element Descriptions ............................................. D-5
D. Data Entry Codes [[[ D-7

III. ODES File Type 144B for Bioaccumulation Data

A. Introduction [[[ ni-1
B. Hierarchical Relationships ............. .......................................... DI-1
C . Detailed Data Element Descriptions ............................................ ni-5
D. Data Entry Codes [[[ EI-7

IV. ODES File Type 013 for Fish Pathology Data

A. Introduction [[[ IV-1
B. Hierarchical Relationships [[[ IV-1
C. Detailed Data Element Descriptions ............................................ IV-4
D. Data Entry Codes [[[ IV-6

V . ODES File Type 1 44E for Influent and Effluent Data

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VII. ODES File Type 073 for Sediment Grain Size Analysis Data.

A. Introduction VII-1
B. Hierarchical Relationships VIM
C. Detailed Data Element Descriptions VD-5
D. Data Entry Codes VII-7

VIII. ODES File Type 144S for Sediment Pollutant Data

A. Introduction Vffl-l
B. Hierarchical Relationships VID-1
C. Detailed Data Element Description Vm-5
D. Data Entry Codes VIH-7

IX. ODES File Type 123 for Trawl/Seine Sampling Data

A. Introduction IX-1
B. Hierarchical Relationships DC-1
C. Detailed Data Element Description DC-5
D. 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. Data Entry Codes X-7

X1. ODES File Type 900 for Bioassay Data

A. Introduction XI-1
B. Hierarchical Relationships XI-1
C. Detailed Data Element Description XI-2
D. Data Entry Codes XI-7

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-l
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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 Oceans and Coastal Protection Division (OCPD) of the
Office of Wetlands, Oceans, and Watersheds (OWOW). 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 ODES analytical tools.

The guidelines developed for this manual arc the result of a cooperative effort between
OCPD, 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 occanographic data. This approach will promote
standardization, sharing of data, and the 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. Two major sets of revisions have been made to
the original Manual. Changes and additions made during December 1987 revisions are
indicated by a single line drawn in the margin. Changes and additions made in this version
of the Manual are indicated by a double line in the margin.

This document does not constitute official policy for EPA sampling programs.
(Appendix D of this manual pipvides a list of current EPA guidance documents for 301(h)
monitoring programs. Additional guidance on monitoring is available from the EPA
Regional or OCPD Program Offices.) The data submissions guidelines presented below
provide a set of comprehensive procedures for compiling many of the 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 arc 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 magnetic tape or floppy
diskette for submission to ODES. The Manual is organized as follows:
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• Chapter I describes the critical QA/QC components of ths 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 provided data that arc
of known quality for conducting analyses and producing reports.

• Chapters I1-X1 provide data format guidelines for compiling individual data sets for
the most commonly collected types of data.

Chapter 1 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 II through XI provide detailed instructions for compiling different
File Types for sampling data (e.g., Bcnthic 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.,
Suivcy 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

P Mr. Kevin Perry
ODES Manager
Oceans and Coastal Protection Division
Office of Wetlands, Oceans, and Watersheds
U.S. Environmental Protection Agency
401 M Street, S.W. (Mail Code: WH-556F)
Washington, D.C. 20460
(202) 260-6833

The ODES Manager can provide you with more copies of the Manual as 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) 822-9.596 - 9:00 AM - 5:00 PM Pacific Time Zone
(703) 908-8100 -- 9:00 AM - 6:00 PM Eastern Time Zone.
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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 support is
ensuring that quality control and quality assurance (QA/QC) procedures arc an integral pan
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, benefit from a rigorous QA/QC program.

Once data have been submitted to ODES, they arc subjected r.o 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

1. Obtain EPA Approval to Submit Data:

Organizations or individuals who plan to have data added to the ODES database must
first obtain approval from the 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. Kevin Perry
ODES Manager
Oceans and Coastal Protection Division
Office of Wetlands, Oceans, and Watersheds
U.S. Environmental Protection Agency
401 M Street, S.W. (Mail Code: WH-556F)
Washington, D.C. 20460
(202) 260-6833
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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 arc accurate.

Q Send data, data set description, and data certification
statement to the ODES System Operator.

Q Review hard copy of data and listing of errors
detected during machine checks of information.

3 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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ODSS PATA
MANUAL
SUBMITTER
EXHIBIT I- A- 2

ODES DATA SUBMISSION PROCESS

SYSTEMS OPERATOR
TECHNICAL STAFF

(OBTAIN EPA APPROVAL^
TOSUBMITDATA J
\
1

/ESTABLISH AND FOLLOW DATAA
ENTT.Y QA/QC PROCEDURES
\^ PERFORM DAT A ENTRY J
\
1

( PUT DATA INTO ]
^ ODES FORMAT J
\
1

( PREP ARE DESCRIPTION OF }
DATA AND QUALITY
\^ CONTROL PROCEDURES J
\
f
f SEND DATA TO ODES SYSTEM A
OPERATOR ON MAGNETIC
TAPE OR FLOPPY DISK.
RETURN DESCRIPTION OF DATA AND
\^ CERTIFICATION STATEMENT j

_ J COMPUTERI2
\^ CHEO
*

ID ERROR 1
ONG J

C PRINT COPY OF DATA "\

f \^ ERRORS DETECTED J j
[ RE VIEW AND CORRECT ]
1 DATA SET J

,
[ RESOLVE ERRORS ] _
I AND DISCREPANCIES J **"" "" " """
i
<
[ VERIFY THAT DATA ]
I ARE CORRECT f*

r DATA AND
COMMEN
f PROVIDE TECHNICAL "N
_^^^_ urvrpw
V AND EVALUATION J
\
_ [ RESOLVEERRORS

1
f PRODUCE SUMMARY ">
1 ^1 REPORT ON DATA
V QUALITY J
TECHNICAL ^\
TS ADDED Ua
TOODES
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 OWOW. 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/scini, 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 arc no errors

• Double Entry - the data are entered twice at a terminal and then compared; records
that do not match are scanned for errors

H Sub-Sampling and Visual Inspection - the data are entered into a local computer, a
copy of the data is_printcd, and a portion of the entered data 00-20%) is visually
compared with the original laboratory data sheets.

When data arc mailed to the ODES System Operator, submitters must describe the
verification procedures that were followed during the two steps in the data entry process
described above.

3. Put Data into ODES Format:

Once approval to submit data has been given by EPA, the submitter is responsible for
compiling information into the standard ODES format. Chapters II through XI of this
manual contain a complete description of these formats, including data fields and acceptable
codes.

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
frequently be added to accommodate the entry of new organisms into the data base. All
questions and requests for new codes should be directed to the ODES Technical Staff at the
following address:

ODES Technical Staff
Tetra Tech, Inc.
11820 Northup Way, Suite 100
Bellevue, WA 98005

(206) 822-9596

1-4
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ODES DATA SUBMISSIONS MANUAL
Submitters should not assign their own codes without prior approval of the ODES
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.
Potential applications include the following:

• 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 tnafipffered 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 of
data. 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:

Because of the many types and sources of data that may be added to ODES, it is of
great value for users to know the goals and techniques of each sampling program. Much of
this information, so valuable for interpretation of data, is not inherent in the data itself and
must be supplied separately. Therefore, a description of the data for each ODES file type
submitted must be provided 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. A set of questionnaires to be used in
preparing the data set description is provided in Appendix E. These data set descriptions
should be returned to the ODES Technical Reviewers at the time the data arc submitted.
This descriptive information will be used during the technical evaluation of the data.

5. Send Data to ODES System Operator:

Properly formatted data can be transferred to the ODES System Operator at the
following address:

ODES System Operator
American Management Systems, Inc.
1525 Wilson Blvd., 7th Floor (
Arlington, VA 22209

(703)908-8100 I
1-5
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ODES DATA SUBMISSIONS MANUAL
Data can be submitted on either magnetic tape or floppy disk. 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
ODES 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 arc 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 ODES Technical Staff and the data submitter for correction and
clarification.

7. Technical Review and Evaluation:

ODES Technical Staff designated by UPA's Oceans and Coastal Protection Division
(OCPD) conduct an evaluation of the dutu 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, quaJ'ty 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 Staff will contact the data 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 ODES Technical Staff. If substantial modifications are in order,
a new data set will be requested from the originator. Once all errors are identified and
1-6
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ODES DATA SUBMISSIONS MANUAL
missing or revised data are provided, the submitter will be required to certify that the data
arc accurate. The ODES Technical 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 EPA ODES Coordinator.

8. Addition of Data to ODES:

Upon approval of the technical evaluation report by the Regional ODES Coordinator,
the ODES Technical 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 Data
Receiving Water Quality
Sediment Grain Size
Sediment Pollutants
Trawl/Seine Catches
Bioassays
Bacterial and Viral Contamination

To accommodate 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 the hierarchy are linked to higher and lower levels by shared data.

Each data record has an internal structure that is specific to the file type and level. Data
are stored in fields of these records. Each field is designed to accommodate a particular
kind of data, and the order of these fields, the spacing between them, and the formal of
their contents arc carefully defined to allow unambiguous and error-free entry of data.
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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 app Dpriate 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 AM - 5 PM Pacific Time Zone
(703) 908-8100 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
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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 bcnthic 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 clement.
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 Appeo^l C. A list of selected NODC
taxonomic codes for marine species (or higher level tax^gwjps) 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 II-B-1 provides an illustration of il.c 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 anu 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.
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Survey Header Record
EXHIBIT II-B-1
ODES FT132 for Benthic Survey Data
SERIES
NUMBER
RECORD
TYPE
SOURCE
ID
\
!• \ SCAN /
\ ID /
YEAR\ I /
HIJ!
TYPE
VESSEL NAMK
SURVEY DA1T.
FROM
I TO
SENIOR SCIENTIST / INVESTIGATOR
MUNlClPALTrY /
INSTITUTION/
AGENCY
.|3|2
I I I I I I I I II
IT IT
i mi
M r
11 im inirmiT
11111111111111
00 I) 00000011111111112222222222333333313344
1234567X90 1234567X9 OI234567X')OI23'1567X<) 01
44444444555.5 5.5 5555666666666677777777778
2343A7X90I234367890I234S67890I234367R90
Station Header Record
SERIES RECORD ! ._„„
NUMBER TYPE j R^4?n
soi ma; \
ID \
\ YEAR \
\ \ \

FILE
TYPE

.|3|2
000
^

1
0 0
*

1
0 0
SCAN
ID
1
«

0
1

0
I/

c
/STATION ! SAMPI.INO
PRERX HEMISPHERE HEMISPHERE CORE GRAB NUMBER EQUIPMENT
/ I 1 SURFACE AREA OF SAMPLES CODE
,711 1 II
T

1
i i

JTN.
ID

1 1
1 1 1

STATION
LATTTUDE

II 1 II
1

STATION
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Bottom Characteristics Record
EXHIBIT II-B-1 (Cont'd)
SERIES
NUMBER
: I! 111111111111 I I I
I) 0 0 0
I234
000001 I
!S67X'M)I
1 1 I I I I I I222222222233333333334-144444444555555 5 55566666666667777777
234 5 678 <) 0 1234 5 678 ') (I 1234 5 67K') (I 1234 5 678 <> 012345678') 01234567890123456
7778
7 8 <) 1)
Species Abundance Data Record
NUMllliR
RECORD
TYPE
SOURCE
ID
SCAN
SUB-SAMPLE
NUMBER
\
YEAR1
/STATION ID
PRERX
SAMPLE
NUMBER
OUAIJTATTVE
CODE
fllE
TYPE
XI
STN
0)
NODC TAXONOMIC CODE
NO. OF
INDIVI-
DUALS
NTT M II I I I I
i mill! II III IIII
I I
0000000001 1 I 1 I I I I t 1222222222233333333334
1234567890123456719012345678901234567890
444444445555555555666666666677777777778
2345678901234567890123456789012 34367890
-------
EXHIBIT II-B-1 (Cont'd)
Biomass Data Record
SERIES
NUMBER
RECORD
TYPE
SUB-SAMPI.E
NUMBER
SOURCE
ID
\
\SCAN /STATION
ID / PRERX

. , | / /
SAMPLE
NUMBER
wEicirr
DETERMINATION
A 1
TYPE
STN.
ID
NODC TAXONOMIC CODR
Wl-rrWEIUlfT
OF INDIVIDUAL
II <' I II I 11 I 11 I IITTTTni 11 I I I I I I I I Mil I
0 0 0 I) 0 0 0 0 I) I I
12345678 "MM
I I
4 5
I I
K 9
2222222222333333333344444444445555555555666666666677
(M234567X67890I2345678901
777777778
234567X90
-------
ODES DATA SUBMISSIONS MANUAL
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 illustrates the hierarchical arrangement of record types in a data set
reporting information from a survey conducted at one station, where two samples were
taken at each station. The number in each box indicates the order in which the various
record types should appear in a data file. If samples were collected at a second station, the
Station Header Record for that station would follow the last Biomass Data Record for
samples collected at the first station. Please note that the number associated with each
record type indicates its position relative to the other record types, not its absolute position
in the data file. For example, all of the Species Abundance Data Records and Biomass Data
Records for the first sample will appear in the data file before the Bottom Characteristics
Record for the second sample.

If you have any questions about hovv^o 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 II-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), and the data on which the sample was collected (colums 31-36). See
Exhibit II-C-2 for a description of all data elements in this record.

Bonom Characteristics Record

This record is mandatory; one record should be generated for each sample. See Exhibit D-
C-3 for a description of all data elements in this record.

II-5
-------
EXHIBIT II-B-2
Benthic Survey 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 station where
Samples were collected
Boliom 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 biomaxs for species or .
higher level taxonomic groups
found in the second sample
-------
ODES DATA SUBMISSIONS MANUAL
Species Abundance Data Record

This record reports species abundance data for each species collected in the sample.
These data records are linked to Bottom Characteristics Records by the Sample Number
or the Sub-Sample Number (if appropriate). See Exhibit D-C-4 for a description of all
data elements in this record.

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 ZID
0346 Station Location code
0077 Bottom Type
0012 Qualifier code
NODC Taxonomic code
EPA-10 Scan ID
0161 Weight Determination
II-7
-------
EXHIBIT n-C-1
Survey Header Record
Starring
Column
Length
of Field
Field
Format
Description
3

2
Code

Alpha

YY
FILE TYPE-set to "132".

SOURCE IDENTIFIER - a unique identifier
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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (Sec Appendix C).
Code
10

33
1

6
Code

Blank

Alpha

Blank

YYMMDD
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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).
II-8
-------
EXHIBIT n-C-1 (Cont'd)
Survey Header Record
Starting Length Field
Column of Field Format Description
39
YYMMDD
45

77
17
Alpha

Alpha

Blank
SURVEY DATE TO - end 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).

SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.

MUMCIPALrTY/INSTITUTION/AGENCY
- name of the investigator's institution.

BLANK.
n-9
-------
EXHIBIT II-C-2
Station Header Record
Starting Length Field
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
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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (See Appendix C).

1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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 quarter. 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
sampling station.

16 6 DDMMSS STATION LATITUDE - latitude of station in
degrees (DD), minutes (MM), and seconds
(SS).

11-10
-------
EXHIBIT II-C-2 (Cont'd)
Station Header Record
Starring
Column
22
23
Length
of Field
1
7
Field
Format
Code
DDDMMSS
Description
HEMISPHERE - set to "N".
STATION LONGITUDE - Ic

mgitude of
30

58
60
63
1

6
1

4
8

2
station in degrees (DDD), minutes (MM), and
seconds (SS).

Code HEMISPHERE - set to "W".

YYMMDD DATE - date of sample collection. YYisthc
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
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.
11-11
-------
EXHIBIT II-C-2 (Cont'd)
Station Header Record
Starting Length Field
Column of Field Format Description
69
1
Code
70

75
5

1
Numeric

Code
76

80
1

3
Symbolic

Numeric

Blank
RELATION TO ZTD - 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
CodeNo.EPA-1:

W- Within ZID
B - ZTD 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-Well
F-Other
G - Harbor
H-Bay

INTERTIDAL ELEVATION SIGN - Sign
(+/-) for intertidal elevation.

INTERTIDAL ELEVATION - intertidal
station elevation in meters with one decimal
place.

BLANK.
11-12
-------
EXHIBIT H-C-3
Bottom Characteristics Record
Starring Length Field
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
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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (See Appendix C).

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 • July • September
4 - October - December

10 1 Code RECORD TYPE-set to "E".

13 3 Alphanumeric STATION IDENTIMER - three characters to
identify the sampling station.

16 2 Blank BLANK.
11-13
-------
EXHIBIT II-C-3 (Cont'd)
Bonom Characteristics Record
Starting
Column
Length
of Field
Field
Format
Description
18
21
23

70
4

3
37

2
72
Alphanumeric SAMPLE NUMBER • three digits to identify
each sample. Sample Numbers are assigned
by the investigator.

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.
11-14
-------
EXHIBIT II-C-4
Species Abundance Data Record
Starting Length Field
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
appears on all records within the data set

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 • April - June
3 - July - September
4 - October • December

10 1 Code RECORD TYPE -set to "P.

13 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.

16 2 Blank BLANK.
11-15
-------
EXHIBIT n-C-4 (Cont'd)
Species Abundance Data Record
Starting
Column
ixngtn
of Field
Field
Format
Description
18
21
23

27
4

12
39
44
45
36
Alphanumeric SAMPLE NUMBER - a three-digit number
to identify each sample. Sample Numbers
are assigned by the investigator.

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 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.

Numeric NUMBER OF INDIVIDUALS - total
number of individuals per taxon for sample
unit measured.

Code 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
Whole Organism
3 - Colonial Organisms That Cannot Be
Individually Counted

Blank BLANK.
11-16
-------
EXHIBIT n-C-5
Biomass Data Record
Starting Length Field
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
appears on all records within the data set

8 1 Alphanumeric SERIES NUMBER - An alpha (A-Z) or
numeric (1-9) code assigned by th
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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (See Appendix C).

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quaners are defined as
follows:

1 - January - March
2 - April - June
3 - July • September
4 • October - December

10 1 Code RECORD TYPE-set to "G".

11 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a quarter. 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.
H-17
-------
EXHIBIT n-C-5 (Com'd)
Biomass Data Record
Starting
Column
Length
of Field
Field
Format
Description
18
21
23

27
4

12
39

45
6

9
54
Numeric SAMPLE NUMBER - a three-digit number
to identify each sample. Sample Numbers
are assigned by the investigator.

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:

Polychaetcs Bivalves
Molluscs Gastropods
Echinoderms 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.
11-18
-------
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 •• Total catch not included in recorded
weight

56 25 Blank BLANK.
11-19
-------
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
tie-accumulation 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 I
to identify data for analytical blanks or other quality assurance samples referred to I
within the data set |

• 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 the tissue samples.

Exhibit ID-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.
-------
EXHIBIT III-B-1
ODES FT144 for Bioaccumulation Data
Survey Header Record
SCRIES
NUMBER
RECORD
TYPE
SOURCE
ID
\
YEAR
FILE
TYPE
SURVEY DATE
FROM
I
TO
SENIOR SCIENTIST / INVESTIGATOR
INSTITUTION/
AGENCY
«M« I I
I I II I I 11 I Mill I I I I I II I I I I 11 I I I I I I I I II I II II II II
OOOOOOOOOIII1IIII1I2222222222333333333344444444445555SS55S5666666666677777777778
12345678901234567890123456789012345678901234567890123456789012345678901234567890
Header Record for Quality Assurance Samples
SERIES RECORD
NUMBER TYPE

SOURCE \ SCAN
ID \ ID
AR\
II MM I II
0000000001 I I I I I I I I 12222222222333333333344444444445 5«"Sr 5555555666666666677777777778
1 2 3 4 5 6 7 » 90123456719012345678901 234567890123456789 0123456789012345678901234567890
-------
EXHIBIT III-B-1 (Cont'd)
Station Header Record
SERIES
NUMBEft
RECORD
TYPE
INIbKllUAL
ELEVATION
SOURCE
n>
SCAN
\
YEAR1
STATION OX
PREFIX
HEMISPHERE
HEMISPHERE
FILE
TYPE
RE1.ATION
TOZJD
LOCATION
CODE
sm
ID
STATION
LATTTUDe
STATION
LONCmjDB
DATE
TIME
DISTANCE
TOZID
WATER
DEPTH
l|4|4
I III
Mill
mm win!;' 111
inn
Mil
TI
0000000001 I
12345678901
II11I11I22222222223333731J334444444444555555S5556666666666777T777777I
2)4367190123*567I901234J67»90I 234S67«90I234567«90I2345678901234567«90
Sample Record
SERIES
NUMBER
RECORD
TYPE SAMPLE
NUMBER
COMPOSITE
NUMBER
DRY PERCENT
WEIGHT EXIRACTABLE
UPIDS
-------
EXHIBIT III-B-1 (Cont'd)
QC SAMPLE
NUMBER (I)
Data Record
SERIES
NUMBER
SOURCE \
ID \
\ YEAx'\
FILE
TYPE
IJ4J4
On n
X
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RECORD SJB
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1 / 1
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F
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II
1 1 1

1
»
123456789012345
3MEN ' EXTRAa
MBER METHOD C
EXPONENT 1
REPUCATE MEASUREMENT QUALIFIER MEASUREMENT QUALIFIER MEASUREMENT QUALIFIER
NUMBER CODE(l) CODE(I) EXPONENT (1) CODE(2) CODE(2) EXPONENT{2) CODE(3) CODE(3)
1 II II 1 1

1
1 1
*
1
1 1
CHEMICAL CODE 0)
1 II II 1 1 1 1
2222222222
f
1
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1
CONC(I)

II 1
3333
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CtiEMCAL CODE (2)
Mlllllll
13. "44444444
1
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CONC.O)

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MEASURED
B
4 INSTRUMEN1
: CODI
SAMPLE
CLEAN-UP CODE
(1) (2) (3)

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1
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1
8 8

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ASI.

1
r
5

1 1
2j^3O'B»WI*->'JO'
-------
ODES DATA SUBMISSIONS MANUAL
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, 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 IJ1-B-2 shows the various record types comprising a bioaccumulation data set
and illustrates the hierarchical relationship among the record types. In this example, several
replicates (Data Records) were analyzed for two tissue types from each of two specimens
(Sample Records). The two specimens described were collected during the same survey
(Survey Header Record) and at the same station (Station Header Record). Data for quality
assurance samples (Header Record for Quality Assurance Samples) are reported first,
followed by the data for individual stations.

The numbers associated with the various record types in Exhibit ffl-B-2 indicate their
relative position in the data file. If samples were collected at a second station, the Station
Header Record for that station would follow the last data record for the first station.
Additional quality assurance samples should be recorded with separate Sample Records
prior to the first Station Header Record in the data file (i.e., beneath the Header Record for
Quality Assurance). Remember, the number associated with each record type indicates its
position relative to the other record types, not its absolute position in the data file. For
example, all of the Data Records for the first tissue type sampled for the first specimen will
appear in the data file before the Sample Record for the second tissue type sampled for the
first 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 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 ffl-B-l). All character fields
should be left justified, blank-filled.
ra-s
-------
EXHIBIT m-B-2
Bioaccumulation Data
Order of Record Types/Reason for Occurrence
Survey Header Record
Describes the survey -
first record in the data set
Header Record for
Quality Assurance
Samples
Identifies data for all
analytical blanks in this
data set
Station Header Record
Describes station where
the sample was collected
Sample Record
Describes first analytical
blank
Sample Record
Describes first tissue type
sampled for the first
specimen
Sample Record
Describes second tissue
type sampled for the first
specimen
Sample Record
Describes first tissue type
sampled for the first
specimen
Sample Record
Describes second tissue
type sampled for the first
specimen
Data Records
Report chemical concentrations
for first analytical blank
Data Records
Report chemical concentrations
found in replicate tissue samples
Data Records
Report chemical concentrations
found in replicate tissue samples
Data Records
Report chemical concentrations
found in replicate tissue samples
Data Records
Report chemical concentrations
found in replicate tissue samples
-------
ODES DATA SUBMISSIONS MANUAL
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

Station Header Record for Samples

This record is mandatory; one record must be generated for each sampling station.
Stations should be uniquely identified by the Station ID Prefix and Station ID fields
(columns 11-15\ and the date on which the sample was collected (colums 31-36). See
Exhibit ffl-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. SeeJExhibit III-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 ni-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
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.

Code 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

IH-7
-------
ODES DATA SUBMISSIONS MANUAL
Data Entry Codes (cont'd)
Code Identifier Field Name

ODES Chemical code
0377 Measurement code
EPA-3 Qualifier code
0350 Extraction Method
EPA-10 Scan ID
III-8
-------
EXHIBIT m-C-1
Survey Header Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code

Alpha
YY
FILE TYPE-set to "144".

SOURCE IDENTIFIER - a unique identifier,
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
also 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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (See Appendix C).
Code
10

33
1

6
Code

Blank

YYMMDD
39
YYMMDD
SCAN ID - A one-character code used to
indicate the quaner in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

RECORD TYPE - set to "A".

BLANK.

SURVEY DATE FROM - Stan 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).
ID-9
-------
EXHIBIT m-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.

60 15 Alpha MUMCIPALrrY/INSTITUTION/AGENCY
• name of the investigator's institution.

77 4 Blank BLANK.
111-10
-------
EXHIBIT m-C-2
Header Record for Quality Assurance Samples
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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.

9 1 Code . SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE -set to "Z".

11 70 Blank BLANK.
m-ii
-------
EXHIBIT HI-C-3
Station Header Record for Samples
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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 quarter. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
reoccuparions of the station are R1-R9.

13 3 Alphanumeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
111-12
-------
EXHIBIT m-C-3 (Cont'd)
Station Header Record for Samples
Starting
Column
Length
of Field
Field
Format
Description
16

37
41

143
44

50
1

6
2

1
6

5
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 the
station. DDD 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 ZID - a one-character code to
describe location of the station with respect to
the zone of initial dilution (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 - ZED Boundary
N--Near Field
R - Reference
F--Far Field

Numeric DISTANCE TO ZID - distance in meters
from the station to the midpoint of the ZID.

Numeric WATER DEPTH - depth at station, in
meters, with one decimal place.
Ill-13
-------
EXHIBIT m-C-3 (Cont'd)
Station Header Record for Samples
Starting
Column
Length
of Field
Field
Format
Description
55
1
Code
56

60
1

21
Symbolic

Numeric

Blank
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
G •- Harbor
H-Bay

INTERTIDAL ELEVATION SIGN - Sign
(+/-) for intertidal elevation.

INTERTIDAL ELEVATION « intertidal
station elevation in meters with one decimal
place.

BLANK.
DI-14
-------
EXHIBIT III-C-4
Sample Record
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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
U - surrogate spiked sample
D - lab blank duplicate
A •• lab blank split
C - certified reference sample

III-15
-------
EXHIBIT ni-C-4 (Cont'd)
Sample Record
Starting
Column
Length
of Field
Field
Format
Description
18
(Columns 18-83 should be left blank if the Sample
Record is being used to identify analytical blanks.)

Numeric SPECIMEN NUMBER - a unique identifier
for the individual organism being analyzed.
This number will be assigned by the
investigator only if composite samples are not
created.

Alphanumeric COMPOSITE NUMBER - a unique identifier
assigned by the investigator to indicate a
sample created by compositing tissues from
several individuals.
21
23

42
19

2
Blank

Code
44

45
1

12
Blank

Code
57
Numeric
BLANK.

GEAR TYPE - a two-character code to
identify the general gear type used to collect
the sample. Use Code No. 0376:

01 -- Net (Plankton, Trummel, Bongo,
etc.)
02 -- Seine (Beach, Purse, etc.)
03 -- Trawl (Otter, Beam, Eastern, etc.)
04 - Hook and Line
06 •• Grab (Van Veen, Smith-Maclmyre,
etc.)
07 - Core (Piston, Gravity, Box, etc.)
08 -- Dredge (Clam, Pipe, Anchor, etc.)
99 - Miscellaneous (Hand-Gathered,
Traps, Shovel, etc.)

BLANK.

NODC TAXONOMIC CODE - a twelve-digit
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. Do not
independently assign new codes to species.

NUMBER OF INDIVIDUALS • five digits
for the number of individuals that make up a
composite sample.
m-16
-------
EXHIBIT ni-C-4 (Cont'd)
Sample Record
Starting
Column
Length
of Field
Field
Format
Description
62
1
Code
63
Code
64

75
2

7
Code

Blank

Numeric

Numeric
78

81
3

3
Blank

Numeric
SEX - a one digit code to identify sex of
sample whenever possible. Use Code No.
0101:

- 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. (Sec
Appendix C for a list of codes.)

BLANK.

WET WEIGHT - total wet weight of sample,
in grams, to two decimal places.

DRY WEIGHT (PERCENT) - percent of
total sample remaining after drying. Value
should be expressed in percent by weight
with one decimal place (e.g., 50.5% should
entered "505").

BLANK.

PERCENT EXTRACTABLE LIPIDS - lipids
extracted as percentage of whole to one
decimal place.
Ill-17
-------
EXHIBIT III-C-5
Data Record
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 - the last two digits of the year in
which the sample was taken. This number
appears on all records within the data set

9 1 Code SCAN ID - A one-character code used to
indicate the quaner in which samples were
collected. The quaners are defined as
follows:

1 - January - March
2 - April • June
3 - July - September
4 - October • December

10 1 Code RECORD TYPE-set to "P.

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
U - surrogate spiked sample
D - lab blank duplicate
A - lab blank split
C - certified reference sample

m-18
-------
EXHIBIT m-C-5 (Cont'd)
Data Record
Starting
Column
Length
of Field
Field
Format
Description
15
18
20
10
30
31
32
36
Numeric SPECIMEN NUMBER - a unique identifier
for ihe individual tissue sample being
analyzed. This number will be assigned by
the investigator. Leave blank if composite
sample was analyzed.

Numeric REPLICATE NUMBER - a unique identifier
for each replicate sample or subsample
analyzed. This is a sequential 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 code*.)

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.
111-19
-------
EXHIBIT m-C-5 (Cont'd)
Data Record
Starting
Column
Length
of Field
Field
Format
Description
37
1
Numeric EXPONENT (1) - exponent of thel
concentration value reported. Use thel
exponent to set the decimal point
Note: Each data record consists of one to three chemicals. If more than one chemical isH
entered in a given record, each must have been analyzed by identical analytical!
methods. |
38
10
Code
48
Code
49
Code
50
Numeric
54
Symbolic
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.

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.)

QUALIFIER CODE (2) - a one-character
code to provide additional qualifying
information about the meaasurement. Use
Code EPA-3. (See Appendix C for a list of
codes.)

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- tion 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.)

EXPONENT SIGN (2) - sign (+/•) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.
111-20
-------
EXHIBIT m-C-5 (Cont'd)
Data Record
Starting
Column
Length
of Field
Field
Format
Description
55
56
1
10
66
67
68
72
73
Numeric EXPONENT (2) - exponent of the concentra-
tion value reported. Use the exponent to set
the decimal point 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.

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 concentra-
tion value reported. Use the exponent to set
the decimal point place.
111-21
-------
EXHIBIT m-C-5 (Cont'd)
Data Record
Starting Length Field
Column of Field Format Description
74 2 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.)

76 2 Code SAMPLE CLEAN-UP CpDE (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 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
111-22
-------
EXHIBIT m-C-5 (Cont'd)
Data Record
Starting Length Field
Column of Field Format Description
85 3 Alphanumeric QC SAMPLE NUMBER (1) - a three-
character ID for the first QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

88 3 Alphanumeric QC SAMPLE NUMBER (2) - a three-
character ID for the second QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

91 3 Alphanumeric QC SAMPLE NUMBER (3) - a three-
character ID for the third QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

94 3 Alphanumeric QC SAMPLE NUMBER (4) - a three-
character ID for the fourth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record to a particular QC sample.. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

97 3 Alphanumeric QC SAMPLE NUMBER (5) - a three-
character ID for the fifth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.
111-23
-------
EXHIBIT ni-C-5 (Cont'd)
Data Record
Starting Length Field
Column of Field Format Description
100 3 Alphanumeric QC SAMPLE NUMBER (6) - a three-
character ID for the sixth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

103 3 Alphanumeric QC SAMPLE NUMFER (7) - a three-
character ID for the seventh QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

106 3 Alphanumeric QC SAMPLE NUMBER (8) - a three-
character ID for the eighth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.
111-24
-------
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 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 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 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.

FILE
TYPE

O|l|3
X

1
*

1
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VESSEL NAME

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SURVEY DATE

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Mill

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OOOOOOOOOI1IIII1III222222222233333333334444

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SENIOR SCIENTIST / INVESTIOATOR

1 1 II II 1 II Mill M II

MUNICIPALITY / INSTITUTION / AGENCY

MM II 1 II II 1 1 II 1

K>
Station Header Record
SERIES
NUMBER
RECORD
TYPE
SOURCE
ID
\
YEAR\
SCAN
ID
I
STATION ID
PREFIX
GEAR
TYPE
HEMISPHERE
HEMISPHERE
L
DURATION
FISHED
BOTTOM
TYPE
RELATION
TOZID
NAVIGATION
CODE
LOCATION
CODE
RLE
TYPE
sm
D
STATION
tAOTUDE
STATION
LONOrrUDE
DATE
TIME
DISTANCE
FISHED
BOTTOM
DEPTH
DISTANCE
TOZID
HAUL
NO.
0]I|3
M
IMM
IMTIT
IMM
III
II
I III
III
MM
III
11
0000000001 II I II II II2222222222333333333344444444445S335553S566666666667777777777I
I 2 3 4 S 6 7 I 9012345671901234 5 6 7 I 90 I 2345671901234367890123456719OI234567S90I 234367890
-------
EXHIBIT IV-B-1 (Cont'd)
Individual Record
RECORD
TYPE
LENGTH
OP INDIVIDUAL
SEX
MEASURE INT
MEHKX,
DISEASE AND
FREQUENCY HEAU1I
PIGMENTATION
RLE
TYPE
STK
D>
SPEC-
IMEN
na
NODC TAXONOM1C CODE
HAUL
NO.
Ol3

II II II
1 II
II
II
0000000001 I I I I I I I I 1 2222272222333333333344444444445555555555666666666677777777778
1234567 19012345671901234*671901234567 1901234567890123456719012345678901 234567890
Lesion Record
0)
(«)
0)
HUMBEN
SOURCE \
ID \
\ \\

RLE
TYPE

01 1 13
000
X

1
00
1

1
00
SCAN
ID
*l

0
f

A
1
TYPE HOST RESPONSE CODt
/ SEVERITY CODE -
/STNID WSTCODE-i
/7"" 1
T

1
1 1

STH
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II
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SPEC-
IMEN
Na
III
l I l l

ORQAh
CODE

SUB-
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CODE
II

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CODE

II
*

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'

HOST RESPONSE COM
SEVERITY CODE-
DIST.CODE-i
'
OROAf
CODE

SUB-
ORGAh
CODE
II

US.
CODE

CODE
1 1

LES.
CODE

1 1
*

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' <

HOST RESPONSE CODE-
SEVERITY CODE— l
DJST.CODB— l
f
*GA>
CODE

1 1

SUB-
DROAh
CODE
1 1

LES.
CODE

II
T ' '

-i HOST RESPONSE CODI
SEVERTrYCODE-
DIST.CODE— i
i r
MtOA>
CODE

1 1

SUB-
)ROA>
CODE
II

LES.
CODE

II
1

' '

HAUL
NO.

1 1

-------
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 "1") 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 IV-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. The number in
each box indicates the order in which the various record types should appear in a data file.
If samples were collected at a second station, the Station Header Record for that station
would follow the last Biomass Data Record for samples collected at the first station. Please
note that the number associated with each record type indicates its position relative to the
other record types, not its absolute position in the data file. For example, all of the Lesion
Records for the first fish examined will appear in the data file before the Individual Record
for the second fish examined.

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 Eleme ;.,v criptions

Detailed descriptions fo) . ' -he data elements in ODES File Type 013 for Fish
Pathology Data are provided cdv • 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 FV-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
IV-4
-------
EXHIBIT IV-B-2 •
Receiving Water Quality Data
Order of Record Types/Reason for Occurrence
Survey Header Record
Describes the survey -
first record in the data set
Header Record Tor
Analytical Blanks
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
-------
ODES DATA SUBMISSIONS MANUAL
the records for each species. See Exhibit IV-C-3 for a description of all data elements
in this record.

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 IV-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 ZTD
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
I EPA-10 Scan ID
IV-6
-------
EXHIBIT IV-C-1
Survey Header Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code FILE TYPE - set to "013".

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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (See Appendix C).
Code
10

28
1

6
Code

Alpha

Blank

YYMMDD
34
YYMMDD
SCAN ID • A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 • April - June
3 - July - September
4 - October - December

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).
IV-7
-------
EXHIBIT IV-C-1 (Cont'd)
Survey Header Record
Starting Length ricld
Column of Field Format Description
40 5 Blank BLANK.

45 19 Alpha SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.

64 17 Alpha MUNICIPAI-^/INSTTrUTION/AGENCY
- name of the investigator's institution.
IV-8
-------
EXHIBIT IV-C-2
Station Header Record
starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "013".

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

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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 quarter.
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.
IV-9
-------
EXHIBIT IV-C-2 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
16

41
43

61
1

6
3

4
DDMMSS STATION LATITUDE - latitude of the
station in degrees (DD), minutes (MM), and
seconds (SS).

Code HEMISPHERE - set to "N".

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 (starting
time for composite samples). HH is the
hour. MM is the number of minutes.

Code 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.)

Numeric DURATION FISHED - total hours fished to
one decimal place.

Numeric DISTANCE FISHED - total distance fished
in meters to one decimal place.

Blank BLANK.

Numeric BOTTOM DEPTH - average depth of bottom
in whole meters.

Code BOTTOM TYPE - a two-character code for
the specific bottom type. Use Code No.
0077. (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 for a list of codes.)
IV-10
-------
EXHIBIT IV-C-2 (Cont'd)
Station Header Record
Starting
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 ~ Siring 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 (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.

RELATION TO ZID - 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 part of a 301 (h)
monitoring program. Where applicable, use
CodeEPA-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
Column
Length
of Field
Field
Format
Description
71
1
Code
72

78
6

3
Blank

Numeric
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-Well
F -- Other
G - Harbor
H-Bay

BLANK.

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 Length Field
Column of Field Format Description
1 3 Code FILE TYPE- set to "013".

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

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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 quarter. 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
-------
EXHIBIT IV-C-3 (Cont'd)
Individual Record
Starting
Column
Length
of Field
Field
Format
Description
20
12
Numeric
32
Code
33

38
1

4
Blank

Numeric

Code
39

45
6

1
Numeric

Code
46

47
Blank

Code
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.

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.

LENGTH OF INDIVIDUAL - length in
whole millimeters (mm).

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.)

WEIGHT OF INDIVIDUAL - wet weight in
whole grams.

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.

DISEASE (1) • a one-character code for the
disease of the specimen. Use Code No.
0120. (See Appendix C for a list of codes.)
W-14
-------
EXHIBIT IV-C-3 (Cont'd)
Individual Record
Starting
Column
Length
of Field
Field
Format
Description
48
54
55

78
1
23

3
Code
49
50
51
52
53
1
1
1
1
1
Code
Code
Code
Code
Code
Code
Blank

Numeric
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

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.

HAUL NUMBER - three digits to uniquely
identify the haul. The number is assigned by
tht investigator.
IV-15
-------
EXHIBIT IV-C-4
Lesion Record
Starting Lengm Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "013"

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 Code SCAN ID - A one-character code used to
indicate the quaner in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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 quaner. Leave
blank for first occupation. Valid codes for
^occupations of the station are R1-R9.

13 3 A!?hanumeric 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.
IV-16
-------
EXHIBIT IV-C-4 (Cont'd)
Lesion Record
Starting Length Field
Column of Field Format Description
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.)

23 3 Code SUBORGAN/TISSUE CODE (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/ETIOLOGY 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-Multifocal
3 - Mulnfocal
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 Description
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 CODE (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 SUBORGAN/TISSUE CODE (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 Field
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 CODE (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 CODE (5) - Use
r* i VT_I_ /\^ot
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 th? 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. 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
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 I
to identify data for analytical blanks or other quality assurance samples referred to I
within the data set. |

• 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 "F" is 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
-------
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 adopied 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 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.

The numbers associated with the various record types in Exhibit V-B-2 indicate their
relative position the data file. Additional Influent/Effluent Description Records should
follow the last Data Record 2 for the preceding Influent/Effluent Description Record.
Additional quality assurance samples should be recorded with separate Sample Records
prior to the first Station Header Record in the data file (i.e., beneath the Header Record for
Quality Assurance Samples). Remember, the number associated with each record type
indicates its position relative to the other record types, not its absolute position in the data
file. For example, all of the Data Record Is and Data Record 2s for the first sample in the
survey will appear in the data file before the Sample Record for the second sample in the
survey.

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 municipalityAnstitution/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

V-2
-------
EXHIBIT V-B-1
ODES FT144 for Influent and Effluent Da la
Survey Header Record
SEMES
NUMBER
RECORD
TYPE
SOURCE
ID
\
YEAR
rnz
TY«
* rriV-f.-^;-v-f.f.".J>.'"ffft-ffjuV't v» fvTrfP* • •jKWf'JF*?'•''!*SV W•P5X-™7'
II111 11 III ! 111111 11
SURVEY DATE
FROM
TO
SENIOR SCIENTIST / INVESTIGATOR
MUNK3PAUTY / INSTITUTION / AGENCY
l|4|4
Mill
111II
1111IIIIIIIIII
I M 111 11 11111111
TIT
000000000 I
1234)67190
IIIIIIII222222222233333333334444444444))))))))))666666666677777777778
234)671901234)671901234)671901234J67I90I234567I90I234367890I234567I90
Header Record for Quality Assurance Samples
SERIES
NUMBER
RECORD
TYPB
SOURCE
ID
'I'M 11111 |z| 11 M 111 I 11 II111II111II i II11111111 III I I 11111II111II111111111II11
OOOOOOOOOIIIIIIIIII2222222222333333333344444444445SSSS5S355666«66«6«67777777777S
I234367I90I234S67I90I234367I90I23 4567t90l234S67»90l2345<7l9QI23 4)6719012 34)67190
-------
EXHIBIT V-B-1 (Cont'd)
Influent/Effluent Description Record
SERIES
NUMBER
SOURCE
ID
\
YEAR\
RECORD
TYPE
SCAN
ID
INFLUENT/
EFFLUENT
ID
PERIODIC
DISCI URGE
DEPTH
OP
DISCHARGE
DISCHARGE
LOCATION
WET OR DRY PERIOD
I PRIMARY INDUSTRY CODE
FILE
TYPE
DISCHARGE
LArmUDE
DISaiARGE
LoNcrruDE
DISTANCE
FROM
SHORE
AREA
OF
Z0>
•M< I I
M I M N
1 1 M I II I INI 1 1 1 1
i iiiimiiiirnmmii
0000000001 I I I I I I I I I 2222222222333333333344444444445535533355666666666677777777778
1234367190 I234567890I234367890I234567S90I234567890I234S67890I234567S90I234S67890
Sample Record
SERIES
NUMBER
RECOKD
TYPE
SOURCE
ID
YEAR1
INFLUENT/
EFFLUENT
ID
COMPOSITE
GEAR TIME
TYPE
SUBSAMPLES
PER COMPOSITE
FILE
TYPE
DATE
TIME
FLOW
SAMPLE
VOLUME
•H
-------
EXHIBIT V-B-1 (Cont'd)
Data Record 1
SERIES RECORD
NUMBER TYPE „ TRANS- DISSOLVED
» . SPH
SOURCE \ SCAN /
ID \ ID / SAMPLE
\ YEAR\ I / NUMBER

FILE
TYPE

«M«
A

1
1

1
4

E
^Hi
m*
im
rfw

1
i • i
:

i
1 1
ERE Missn
SALINITY
EQUIPMENT
REPLICATE CODE
1 1
FT

m
]"
T
V

m
IH

't WATER
1 TEMP.
|
\
1 1 1 1

SAUNTTY

1 1 1 1
*

1
/TTY OXYGEN
TRANSMJS. EQUIPMENT
EQUIPMENT CODE
T 1

1 1
1

pll

1 1

DIS-
SOLVED
OXYGEN

1 1 1
*

TOTAL
SUSPENDEC
SOLIDS

1 1 1 1

TOTAL
SOUDS

1 1 1 1

ALKA-
UNITY

1 1 1 1
ijjji&fi&t

llpff|r

1 1

VOLATILE
SUSPENDED
SOUDS
1
yK&SgAfp&(JD'j£

B.O.D.
(5 DAYS)

1 1 1

OIL
AND
GREASE

II 1

SETTLE-
ABLE
SOLIDS

1 II
1

1 1 1
89012345678901234
<
•J*
Data Record 2
SERIES
NUMBER
RECORD
TYPE
SPHERE
QC SAMPLE
NUMBER (I)

EXTRACTION INSTRUMENT
METHOD CODE CODE
SOURCE \ SCAN /
ID \ ID /
\YEA?\ 1 /
FILE
TYPE
000

1
00

0
*
0
W j i
I
j »
i
1 I
•s ;
F
1 1
SAMPLE
NUMBER
' il If
§
!
i

1 1 1
1 1 1 1
REPLICATE MEASUREMENT QUALIFIER MEASUREMENT QUALIFIER MEASUREMENT QUALIFIER
NUMBER CODE(1) CODE(I) CODE (2) CODE (7) CODE (3) CODE (3)
1 II II M
fT
1
1 1
CHEMICAL CODE (1)
Illllllll
1

CONC.(I)

1 II
:

aiEKOCALCODEP)
Illllllll
t

CONC(J)

III
:

aiEMICALCODE(3)
Illllllll
*

OONC.O)

III
*

SAMPLE
CLEAN-UP CODE
(1) (2) 0)

1 1

-------
EXHIBIT V-B-2
Influent and Effluent Data
Order of Record Types/Reason for Occurrence
I Survey H»«der Record
\^ ^>
Describes the survey -
first record in the data set
Header Record for
Quality Assurance
Samples
Begins the reporting of data
for all analytical blanks in
this survey
j—e
Infhienl/Eflluenl
Description Record
Describes the influent/
effluent source

Sample Record
Reports identifying information
for first analytical blank
l (®^
1^ DaU Record 2's
Sample Record

Describes first sample in the
survey
Sample Record

Describes second sample in
the survey
Report chemical concentrations
for first analytical blank
DaU Record 1
O
Reports data for selected non-chemical water
quality variables for the first replicate observation
DaU Record 2's
D
Reports chemical concentrations for the first
replicate observation
DaU Record 1
D
Reports data for selected non-chemical water
quality variables for the second replicate observation
Dau Record 2's
D
Reports pollutant concentrations for the second
replicate observations

• • See record management shown for the first
sample in the survey.
-------
ODES DATA SUBMISSIONS MANUAL
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

Header Record for Quality Assurance Samples

Influent/Effluent Description Record

This record reports information about the point-source discharge (e.g., latitude;
longitude; physical setting). Effluent Description Records are mandatory; one ucord
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 Erhibit V-C-5 for a description of all data elements in this record.

Data Record 2

This record repons 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 B 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 Transmissivity Equipment
EPA-5 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
Length
of Field
Field
Format
Description
1

4
3

2
Code

Alpha
YY
FILE TYPE-set to "144".
SOURCE IDENTIFIER - a unique identifier,
assigned by EPA, which appears on all
records within the data set.

YEAR - the last two di fits of the year in
which the sample was t-Jcen. 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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (Sec Appendix C).
Code
10

33
1

6
Code

Blank

YYMMDD
39
45
15
YYMMDD
Alpha
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 • April - June
3 - July • September
4 • October - December

RECORD TYPE - set to "A".

BLANK.

SURVEY DATE FROM - stan 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).

SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.
V-9
-------
EXHIBIT V-C-1 (Cont'd)
Survey Header Record
Starring Length Field
Column of Field Format Description
60 17 Alpha
- name of the investigator's institution.

77 4 Blank BLANK.
V-10
-------
EXHIBIT V-C-2
Header Record for Quality Assurance Samples
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE -set to "Z".

11 70 Blank BLANK.
V-ll
-------
EXHIBIT V-C-3
Influent/Effluent Description Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code FILE TYPE - set to "144".

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

16
1

2
Code

Blank
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quaners are defined as
follows:

1 - January • March
2 - April • June
3 • July • September
4 - October • December

RECORD TYPE - set to "B".

BLANK.
18
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.

DDMMSS DISCHARGE LATITUDE - latitude of the
point-source discharge. DD is degrees. MM
is minutes. SS is seconds.
V-12
-------
EXHIBIT V-C-3 (Cont'd)
Influent/Effluent Description Record
Starting
Column
24
25
32
33
Length
of Field
1
7
1
6
Field
Format
Code
DDDMMSS
Code
Numeric
Description
HEMISPHERE -set to "N".
DISCHARGE LONGITUDE - longitude of
the point-source discharge. DDD is degrees.
MM is minutes. SS is seconds.
HEMISPHERE - set to "W".
DISTANCE FROM SHORE - distance from
39

48
5

5
Numeric

Blank

Numeric
53
Code
54
Code
shore to point of discharge in meters.
|
DEPTH pp DISCHARGE - depth of the
point of discharge in meters.

BLANK.

AREA OF Zip - 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 -
B -
C -
D
E -
F -
G -
H -
- Stream
- Estuary
Lake
- Ocean
- Well
- Other
Harbor
Bay
PERIODIC DISCHARGE • code to indicate
whether the effluent is subject to periodic
fluctuations in discharge volume. Use Code
No. 0117:

Y - Yes
N - No
V-13
-------
EXHIBIT V-C-3 (Cont'd)
Influent/Effluent Description Record
Starting Lengtn 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
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:
1 - January - March
2 - April - June
3 - July • September
4 - October - December

10 1 Code RECORD TYPE-set to "C".

11 5 Blank BLANK.

16 3 Alphanumeric SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample. Samples should be numbered
sequentially. Quality control samples such as
Held 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
U - surrogate spiked sample
D - lab blank duplicate
A - lab blank split
C - certified reference sample

V-15
-------
EXHIBIT V-C-4 (Cont'd)
Sample Record
Starting
Column
Length
of Field
Field
Format
Description
19

41
43

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 ED 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
duy, 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
Starting Length Field
Column of Field Format Description
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 Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
Follows:
I - January - March
2 - April - June
3 - July - September
4 - October - December

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
U - surrogate spiked sample
D »lab blank duplicate
A - lab blank split
C - certified reference sample

V-18
-------
EXHIBIT V-C-5(Com'd)
Data Record 1
starring
Column
Length
of Field
Field
Format
Description
17
1
Code
18
20

33
3

5
Numeric

Blank

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
three decimal places.

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 Probe

TRANSMISSIVITY - three digits for
transmissivity with one decimal place if
measured by Equipment Code 2,6, or 7. If
measured by any other method, no decimal
place.
V-19
-------
EXHIBIT V-C-5 (Cont'd)
Data Record 1
Starting Length held
Column of Field Format Description
37
1
Code
38

45
3

4
Numeric

Numeric

Code
46
51

69
5

4
Numeric

Numeric

Blank

Numeric
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 - Fluprometer, Suspended Solids
Calibration
4 - Nephelometer, in NTU
5 - Turbidometer, in FTU
6 - Transmisspmeter, in Percent of Light
Transmission over a 1m Path
7 - Transmisspmeter, in Percent of Light
Transmission over a 25 cm Path

pH • three digits for pH, 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
4~CTDProbe

TOTAL SUSPENDED SOLIDS - five digits
for the concentration of Total Suspended
Solids in milligrams per liter (mg/1) with two
decimal places.

TOTAL SOLIDS - mg/1 using two decimal
places.

ALKALINITY - five digit concentration for
alkalinity expressed as mg/1 CaCO3 to two
decimal places.

BLANK.

BIOLOGICAL OXYGEN DEMAND (BOD)
• four digits for the BOD concentration (5-
day) in milligrams per liter (mg/1).
V-20
-------
EXHIBIT V-C-5(Com'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 SETTLEABLE SOLIDS - four digits for the
settling rate in milliliters per liter per hour
(ml/Vhour) with two decimal places.

81 4 Numeric VOLATILE SUSPENDED SOLIDS - four
digits for concentration of Volatile Suspended
Solids, in milligrams per liter (mg/1), with
one decimal place.
V-21
-------
EXHIBIT V-C-6
Data Record 2
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:
1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE-set to "F1.

|11 3 BLANK BLANK.

F-field blank
L - lab blank
T ~ transport blank
S - spiked matrix sample
U - surrogate spiked sample
D - lab blank duplicate
A - lab blank split
C - certified reference sample

V-22
-------
EXHIBIT V-C-6 (Cont'd)
Data Record 2
Starting
Column
Length
of Field
Field
Format
Description
17
1
Code
18
20
10
Numeric
Code
30
Code
31
Code
32
Numeric
36
37
Symbolic
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 observation taken from the
sample. This number is assigned by the
investigator.

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.

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.)

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.)

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.)

EXPONENT SIGN (1) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.

EXPONENT (1) - exponent of the concentra-
tion value reported. Use exponent to indicate |
decimal place.
V-23
-------
EXHIBIT V-C-6 (Cont'd)
Data Record 2
Starting
Column
Length
of Field
Field
Format
Description
I Note: Each data record consists of one to three chemicals. If more than one chemical is
entered in a given record, each must have been analyzed by identical analytical
methods.
38
10
Code
48
Code
49
Code
50
Numeric
54
155
56
10
Symbolic
Numeric
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.

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.)

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.)

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.)

EXPONENT SIGN (2) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.

EXPONENT (2) - exponent of the concentra-
tion value reported. Use exponent to indicate
decimal place.

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
information 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. 0350. (Sec 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.)
V-25
-------
EXHffilT V-C-6 (Cont'd)
Data Record 2
Starting
Column
Ijcngth
of Field
Field
Format
Description
78
Code
80
Code
82
Code
84
-Numeric
87
Numeric
90
Numeric
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.)

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.)

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.)

QC SAMPLE NUMBER (1) - a three-
character ID for the first QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

QC SAMPLE NUMBER (2) - a three-
character ID for the second QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

QC SAMPLE NUMBER (3) - a three-
character ID for the third QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.
•>/;
-------
EXHIBIT V-C-6 (Cont'd)
Data Record 2
Starting
Column
Length
of Field
Field
Format
Description
93
96
99
102
105
Numeric QC SAMPLE NUMBER (4) - a three-
character ID for the fourth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

Numeric QC SAMPLE NUMBER (5) - a three-
character ID for the fifth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

Numeric QC SAMPLE NUMBER (6) - a three-
character ID for the sixth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

Numeric QC SAMPLE NUMBER (7) - a three-
character ID for the seventh QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

Numeric QC SAMPLE NUMBER (8) - a three-
character ID for the eighth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.
V-27
-------
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 I
to identify data for analytical blanks or other quality assurance samples referred to I
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).
-------
ODES DATA SUBMISSIONS MANUAL
Exhibit VI-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")
repons 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.

The numbers associated with the various record types in Exhibit VI-B-2 indicate their
relative position the data file. Additional quality assurance samples should be recorded
with separate Sample Records prior to the first Station Header Record in the data file (i.e.,
beneath the Header Record for Quality Assurance Samples). Remember, the number
associated with each record type indicates its position relative to the other record types, not
its absolute position in the data file. For example, all of the Data Record Is and Data
Record 2s for the first water sample at the first station will appear in the data file before the
Sample Record for the second water sample.

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 ED 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.

VI-2
-------
Survey Header Record
EXHIBIT VI-B-l
ODES FT144 for Receiving Water Quality Data
SERIES
NUMBER
RECORD
rrre
SOURCE
ID
\
YEAR
SURVEY DATE
FIl-E
FROM
TO
SENIOR SCIENTIST / INVESTIGATOR
MUNICIIVUJrY/INSTITUTION/AGENCY
'I'
0000000001 I I I I I I I I 12222222222333333333344444444443555555553666666666677777777778
123436719012345*71901234567190I234567S90I234567I90I234567I90I234567I90I234367890
Header Record for Quality Assurance Samples
SCRIES
NUMDER
RECORD
TYFS
SOURCE
ID
-------
EXHIBIT VI-B-1 (Cont'd)
Station Header Record
RECORD
TYPE
STATION ID.
PREFIX
HEMISPHERE
HEMISPHERE
\
RELATION
TOZ1D
LOCATION
CODE
X 1
FILE
TYPE
STR
STATION
LATITUDE
STATION
LONGTTUDE
DATE
TIME
DISTANCE
TOZID
WATER
DEPTH
>M« II c | || 11111 N 1|TM1 M 11111 mil M I Ml M M 11 MM Mil MTM 111 MUM
0000000001 I I I I I I I I 12222222222333333333344444444445553555553666666666677777777778
123436789012343678901234 567I90I234567S901234567S90I234367S90I234567890 1234567890
Station Environment Record
SERIES
NUMBER
RECORD
TYPE
CURRENT
SPEED
WIND SEA
SPEED STATE
TIDE TRANSPARENCY WATER
STAGE TEMPERATURE
WAVE
KEIOHT
-------
EXHIBIT VI-B-1 (Cont'd)
Sample Record
SERIES
NUMBER
RECORD SAMPLE
TYPE NUMBER
SOURCE
ID
\
YEAR
GEAR
TYPE
FILE
TYPE
SAMPLE
DEPTH
TMiT
nmiiiiM
II I I I I II I II I IIIIII I I II I II I IIII I I I M II
0000000001 I 1 1 1 1 I 1 I I222222222233333333334444444444J55S5555556666666666777777777778
I234367B901234S67I90I234567890I234567890I234567g90l234567890l234567»90l2345678»90
Data Record 1
SERIES
NUMBER
RECORD
TYPE
SPHERE
TRANSMISSIVmr DISSOLVED

TRANSMJS.
EQUIPMENT EQUIPMENT
CODE CODE
VOLATILE
SUSPENDED
SOLIDS
SETTLEABLE
SOLIDS
-------
EXHIBIT VI-B-1 (Cont'd)
Data Record 2
SERIES
NUMBER
RECORD
TYPE
SPHERE
EXTRACTION
METHOD
QC SAMPLE
NUMBER (I)
SOURCE \ SCAN
\ -A T /
RLE
TYPE
l|«|<

1
1
1

r
o
\

0000000001 1
/SAMPLE
NUMBER
111
1
|

1
t
II
CO
REPLICATE MEASUREMENT QUALIFIER MEASUREMENT QUALIFIER MEASUREMENT QUALIFIER
NUMBER CODE(I) CODE(I) CODE (2) CODE (2) CODE (3) CODE (3)
1 III II II
' T
1
CHEMICAL CODE (1)
Mill II II
1

1
CONC(I)

III
*

CHEMICAL CODE (2)
Illllllll
i

CONC. O)

1 1 1
t

CHEMICAL CODE (3)
Illllll II
1

CONC. (3)

III
4

•DE INSTRUMENT
CODE
SAMPLE I
CLEAN-UP CODE
0) (2) (3) 1
r
1

1
1
1

r
II

-------
EXHIBIT VI-B-2
Receiving Water Quality Data
Order of Record Types/Reason for Occurrence
^*
•Ij
Survey Header
Record

Describes the survey
First record in the
data set
\
1

I
B
da
{
\
I

2) Header Record for i
NMs
Quality Assurance
Samples j

Begins the reporting of
data for «.'.' quality assur-
ance samples in this
survey
Station Header
Record
Describes first station
where samples were
collected
Station Header
Record

Sample Record
Reports identifying
information for first
quality assurance sample
J Station
Environment Record

Describes environmental
conditions at the first
station
Data Record 2
Report chemical
concentrations for first
chemical blank
See record arrangement shown for the first
station where samples were collected
Describes second
station where samples
were collected
Sample Record

Describes first
water sample
Data Record 1
Reports measurements for
selected non-chemical
water quality variables for
first replicate observation
Data Record 2
Report concentrations for
inorganic and organic
chemicals for first
replicate observation
-------
ODES DATA SUBMISSIONS MANUAL
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 elements in this record.

Header Record for Quality Assurance Samples

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 VI-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
VI-8
-------
ODES DATA SUBMISSIONS MANUAL
Records by the Sample Number. See Exhibit VI-C-7 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 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 Chemical and Water Quality Codes, Appendix B contains NODC/ODES Taxonomic
Codes, and Appendix C contains all other ODES code types.
Code Identifier

EPA-1
0346
0077
0110
0109
0154
0362
0376
0093
EPA-4
0094
EPA-5
EPA-2
EPA-3
0377
ODES
0350
EPA-10
Field Name

Relation to ZID
Station Location code
Bonom Type
Current Direction
Sea State
Tide Stage
Wave Height
Gear Type
Sphere
Salinity Equipment
Transmissiviry Equipment
Dissolved Oxygen Equipment
Limit code
Qualifier code
Measurment code
Chemical Code
Chemical Analysis Method
Scan ID
VI-9
-------
EXHIBIT VI-C-1
Survey Header Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code

Alpha
YY
FILE TYPE-set to "144".
SOURCE IDENTIFIER - a unique identifier,
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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (See Appendix C).
Code
10

39
1

6
Code

Blank

YYMMDD
YYMMDD
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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 • 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).
VI-10
-------
EXHIBIT Vl-C-l(Cont'd)
Survey Header Record
Starting Length Field
Column of Field Format Description
45 15 Alpha SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.

60 17 Alpha MUNICIPALITY/INSTn.IJTION/AGENCY
- name of the investigator's institution.

77 4 Blank BLANK.
VI-11
-------
EXHIBIT VI-C-2
Header Record for Quality Assurance Samples
Starting Length Held
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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 die 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. Use an alpha code to indicate when
te monthly data were collected. Use Code
No. EPA-10 (See Appendix C).

1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE-set to "Z".

11 70 Blank BLANK.
VI-12
-------
EXHIBIT VI-C-3
Station Header Record
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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 quarter. 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.
-------
EXHIBIT VI-C-3 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
16

43
1

6
2

1
44
50
DDMMSS STATION LATITUDE - latitude of the
station. DD is degrees. MM is minutes. SS
is seconds.

Code HEMISPHERE - set to "NH.

DDDMMSS STATION LONGITUDE - longitude of the
station. DDD 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 number
of the month (01-12). DD is the day (01-31).

HHMM TIME - starting 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 ZTD-a one-character code to
describe the classification of the station with
respect to the zone of inital 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
CodeEPA-1:

W- Within ZID
B - ZID Boundary
N--Near Field
R - Reference
F- Far Field

Numeric 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) program.

Numeric 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
G -- Harbor
H - Bay

56 25 Blank BLANK.
VI-15
-------
EXHIBIT VI-C-4
Station Environment Record
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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 quarter. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
inoccupations 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 yi-C-4(Cont'd)
Station Environment Record
Starting
Column
Length
of Field
Field
Format
Description
20
Code
22
25
27
29
31
Numeric
Code
Numeric
Code
Code
32
Numeric
BOTTOM TYPE - a two-character code to
describe the specific bottom type. Use Code
No. ()077. (See Appendix C for a list of
codes.)

CURRENT SPEED - three digits for the
speed of the surface current in meters per
second with two decimal places.

CURRENT DIRECTION - a two-character
code for the direction of the current. Use
Code No. 0110. (See Appendix C for a list
ocodes.)

WIND SPEED - two digits for surface wind
speed in meters per second 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.)

SEA .STATE - a one-character code to
describe sea conditions. Use Code No.
0109:

0 - Calm-Glassy (0 meters)
I - 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)

TIDE HEIGHT - three digits for ride 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

42
3

4
46
50

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 thermoclinc 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 u 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 Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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.

g 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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (See Appendix C).

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:
1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE-set to "E".

11 4 Blank BLANK.

I--field blank
L-lab blank
1* - transport blank
S - spiked matrix sample
U - surrogate spiked sample
D - lab blank duplicate
A - lab blank split
C - certified reference sample
VI 19
-------
EXHIBIT VI-C-5 (Cont'd)
Sample Record
Starting
Column
Length
of Field
Field
Format
Description
18

24
30

42
(Columns 18-80 should be left blank if the
Sample Record is being used to identify analytical
blanks or other quality assur.mce samples.)
Blank

Numeric
12

2
Blank

Code
44
37
Blank
BLANK.

SAMPLE DEPTH - depth in meters where
the whole water sample was collected, with
two decimal places. Surface microlayer
samples should be coded as "000000".

BLANK.

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)

BLANK.
VI 20
-------
EXIIWITV1-C-6
Data Record 1
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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

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).
Tliis code is defined by the investigator in the
data description forms which accompany the
data sets. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. liPA-10 (Sec Appendix C).

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are .defined as
follows:

I - January • March
2 - April - June
3 - July - September
4 • October - December

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
fie Ul blanks, lab blanks or spiked matrix
samples are identified by a sequential number
prefixed by a letter as indicated below:

I •'--field blank
L - lab blank
T - transport blank
S - spiked matrix sample
U - surrogate spiked sample
D - lab blank duplicate
A - lab blank split
C - certified reference sample
VI 21
-------
EXHIBIT VI-C-6(Cont'd)
Data Record I
Starting
Column
Length
of Field
Field
Format
Description
17
1
Code
18
Numeric
20

33
3

5
Blank

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 observation 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 pans per thousand (PPT), with
three decimal places.

SALINITY EQUIPMENT CODE - a one-
character code to describe the type of
equipment used to measure salinity. Use
Code No. EPA-4:

1 - Rcfractometer
2 - Turation
3 - Conductivity Cell
4-CTDProbe

TRANSMISSIVITY - three digits for
transmissivity with one decimal place if
measured by Equipment Code 2,6, or 7. If
measured by any other method, no decimal
place.
VI-22
-------
EXHIBIT VI-C-6 (Cont'd)
Data Record 1
Starting
Column
Length
of Field
Field
Format
Description
37
1
Code
38

45
3

4
Numeric

Numeric

Code
46
51

69
14

4
Numeric

Numeric

Blank

Numeric
TRANSMISSIVITY EQUIPMENT CODE -
a one-character code to describe the type of
equipment to measure transmissivity. Use
Code No. 0094:

1 - Turbidomcter, in JTU
2 - Transmissometer, in Percent of Light
Transmission over a 10 cm Path
3 - Fluprometer, Suspended Solids
Calibration
4 - Nephelometer, in NTU
5 -• Turbidometer in FTU
6 - Transmissometer, 1 m path
7 - Transmissometer, 25cm path

pH - three digits for pH, 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:

I - WinklerTitrarion
2 - Probe
4-at)

TOTAL SUSPENDED SOLIDS - five digits
for the concentration of Total Suspended
Solids in milligrams per liter (mg/1) with two
decimal places.

LIGHT EXTINCTIpN COEFFICIENT -
four digits for the extinction coefficient with
two decimal places.

BLANK.

BIOLOGICAL OXYGEN DEMAND (BOD)
• four digits for the BOD concentration (5-
day) in milligrams per liter (mg/1).
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 SETTLEABLE SOLIDS - four digits for the
settling rate, in milliliters per liter per hour
(ml/1/hour), with two decimal places.

81 4 Numeric VOLATILE SUSPENDED SOLIDS - four
digits for concentration of Volatile Suspended
Solids, in milligrams per liter (mg/1), with
one decimal place.
VI-24
-------
EXHIBIT VI-C-7
Data Record 2
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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

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
U - surrogate spiked sample
D - lab blank duplicate
A - lab blank split
C - certified reference sample
VI-25
-------
EXHIBIT VI-C-7 (Cont'd)
Data Record 2
Starting
Column
Length
of Field
Field
Format
Description
17
1
18
20
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
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
Starting
Column
Length
of Field
Field
Format
Description
Note: Each data record consists of one to three chemicals. If more than one chemical is I
entered in a given record, each must have been analyzed by identical analytical]
methods.
38
10
Code
48
Code
49
Code
50
Numeric
54
55
56
10
Symbolic
Numeric
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.

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.)

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.)

EXPONENT SIGN (2) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.

EXPONENT (2) - exponent of the I
concentration value reported. Use exponent!
to indicate decimal place. |

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 conccn- 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.

SAMPLE CLEAN-UP CpDE (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
Column
Length
of Field
Field
Format
Description
78
80
82
84
87
90
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.)

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.)

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.)

Alphanumeric QC SAMPLE NUMBER (1) - a three-
character ID for the first QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

Alphanumeric QC SAMPLE NUMBER (2) - a three-
character ID for the second QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

Alphanumeric QC SAMPLE NUMBER (3) - a three-
character ID for the third QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.
VI-29
-------
EXHIBIT VI-C-7 (Cont'd)
Data Record 2
Starting Length Field
Column of Field Format Description
93 3 Alphanumeric QC SAMPLE NUMBER (4) - a three-
character ID for the fourth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

96 3 Alphanumeric QC SAMPLE NUMBER (5) - a three-
character ID for the fifth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

99 3 Alphanumeric QC SAMPLE NUMBER (6) - a three-
character ID for the sixth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

102 3 Alphanumeric QC SAMPLE NUMBER (7) - a three-
character ID for the seventh QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.

105 3 Alphanumeric QC SAMPLE NUMBER (8) - a three-
character ID for the eighth QC sample
associated with chemical concentrations
reported on this record. This ID "links" this
Data Record 2 to a particular QC sample.
This ID must match one of the Sample
Numbers listed on the Sample Records for
quality control data.
VI-30
-------
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 VII-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 tile 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.
-------
Survey Header Record
EXHIBIT VII-B-1
ODES FT073 for Sediment Grain Size Analysis Data
SERIES
NUMBER
RECORD
TYPH
SOURCE
ID
\SCAN /
..T/
FILE
TYPE
0|7|3
000

1
0 0

1
00

0
*
0
^
A
1
VESSBLNAMB
Illlllllll
*
I!
hiinii
SURVEY DATE
FROM
INN
TO
III!
SENIOR SCIENTIST / INVESTIGATOR
III II 1 MINIMI
MUNICIPALITY / INSTITUTION / AGENCY
1 1 1 1 1 1 1 1 1 1 1 II 1 1 1 II 1 1 1 1 1

K)
Station Header Record
SERIES
NUMBER
RECORD
TYPE
STATION
PREFIX
HEMISPHERE
LOCATION CODE
DATE
TIME
STATION
LATITUDE
STATION
LONGITUDE
WATER
DEPTH
DISTANCE
TOZ1D
°I7P II • 11 I 11 11111 IT Tim 11 H 111111 M 11 1111111111111111II111II111
0000000001 I I I I I I 1 I 12222222222333333333344444444443535553353666666666677777777771
I234567I90I234567J90I734567I90:2345«7I90I234S67I90I234S67I90I234367I90I234367I90
-------
EXHIBIT VII-B-1 (Cont'd)
Sample Header Record
SERIES
NUMBER
RECORD
TYPE
SOURCE
ID
\
YEAR1
/
STATION
ID PREFIX
SAMPLE
NUMBER
SAMP TNO
EQUIPMENT DEPTH TO
CODE TOPOF
| SUB-SAMPLE SAMPI.E
NUMBER INTERVAL
4-
DEPTH TO
BOTTOM OF
SAMPLE
INTERVAL
METHOD OF
ANALYSIS

COARSE FINE
pin
BOUNDARY
MAXIMU
PIO
BOUNDARY
MINIMUM
WEIGHT %
COARSER
THAN Pin
MINIMUM
WEIGHT
* FINER
THANHD
MAXIMUM
FILE
TYPE
STH.
ID
TOTAL
WEIGHT
OF SAMPLE
PID
BOUND-
ARIES
0|7|3
I I
I I
I I
I I
III
TTT
III
inn
in
n
TTT
TTT
TTT
III Mill
0000000001 1 I I I I I I I 122222222223333333333444444444455555555556666666666777777777788
I234S678901234567S90 1234 5678901234567890I234567890I234567890I2345678901234567890I
Size Analysis Record 1
SERIES
NUMBER
RECORD
TYPE
WEIGHT*
TOTAL VOLATILE
SOLIDS
-------
EXHIBIT VII-B-1 (Cont'd)
Size Analysis Record 2
SERIES
NUMBER
RECORD
TYPE
SOURCE
ID
YEAR'
V YEA*
STATION SAMPLE
ID PREFIX NUMBER
SUB-SAMPLE
NUMBER
FILE
TYPE
STK
ID
SAND FRACTIONS
WDOirr * IN TIIE FID INTERVAL FROM:
-I TOO
OTOI
I TO 2
2T03
3T04
oM3 i i HIM i ii ii mini i 1111 M i M i M M M i M i M 111111 M 11111 111 irrmi
0000000001
1234567*90
IIIIIIII2222222222333333333344444444445S553555S56
234S67I90I234S67I90I234567I90I234S67S90I234567890
1234567
667777777
S90I23456
7778
7890
-------
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 wifi 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. The number in each box indicates the
order in which the various record types should appear in a data file. They indicate the
relative position of the various record types, not their absolute position within the data file.
For example, all of the Lesion Records for the first fish examined will appear in the data
file before the Individual Record for the second fish examined.

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 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 VII-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
VE-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 ED fields
(columns 15-19). See Exhibit VII-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 VII-C-3 for a descritpion of all data elements in this record.
VII-5
-------
EXHIBIT VII-B-2
Sediment Grain Size Analysis
Data Order of Record Types/Reason for Occurrence
ON
Survey Header Record
Describes the survey ~ first
record in the data set
Station Header Record
O scribes 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 Analysts Record
1
Reports grain size 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
L, -j
Reports grain sue distr,
data for sediment samp,
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 1
This record is used to report grain size distribution data for gravel, sand, silt, and clay.
See Exhibit VII-C-4 for a description of all data elements in this record.

Size Analysis Record 2

This record is used to report the grain size distribution or sand fraction. See Exhibit
VII-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
NODC/ODES 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 1
VU-7
-------
EXHIBIT VII-C-1
Survey 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,
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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (See Appendix C).
Code
10

36
1

6
Code

Alpha

Blank

YYMMDD

YYMMDD
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quaners are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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).
VII-8
-------
EXHIBIT VII-C-1 (Cont'd)
Survey Header Record
Starting
Column
42
57
Length
of Field
15
24
Field
Format
Alpha
Alpha
Description
SENIOR SCIENTIST/INVESTIGATOR -
name of the senior scientist or investigator.
MUNIdPALITY/INS'nTUTION/AGENCY
- name of the investigator's institution.
VII-9
-------
EXHIBIT VII-C-2
Station Header Record
Starting Length Tield
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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE -set to "B".

11 4 Blank BLANK.

15 2 Alphanumeric STATION IDENTinCATION PREFIX - a
two- character code to indicate that a station
has been revisited during a quarter. 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 - tiiree characters
assigned by the investigator to identify the
sampling station.
VII-10
-------
EXHIBIT VII-C-2 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
20

63
69
1

6
YYMMDD

HHMM

DDMMSS

Code

DDDMMSS

Code

Blank

Numeric

Blank

Numeric
Code
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).

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).

STATION LATITUDE - latitude of the
station. DD is degrees. MM is minutes. SS
is seconds.

HEMISPHERE-set to "N".

STATION LONGITUDE - longitude of
station. DDD is degrees. MM is minutes.
SS is seconds.

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 ZED - 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:
VII-11
-------
EXHIBIT VI1-C-2 (Cont'd)
Station Header Record
Starting Length Field
Column of Field Format Description
W -
B -
N -
R -
F --
Within ZID
7XD Boundary
Near Field
Reference
Far Field
70
Code
71
10
Blank
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
G - Harbor
H - Bay

BLANK.
VII-12
-------
EXHIBIT VII-C-3
Sample Header Record
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE -stl'o "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

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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 quarter. 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.
VD-13
-------
EXHIBIT VII-C-3(Cont'd)
Sample I loader Record
Starting
Column
Length
of Field
Field
Format
Description
20

26
29

31
33

37
41
3

3
2

2
4

4
45
51
Alphanumeric SAMPLE NUMBER - a three-digit number
to identify each sample. Sample Numbers
arc assigned by the investigator.

Blank BLANK.

Code 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.)

Blank BLANK.

Numeric DF.PTH TO TOP OF SAMPLED
INTHRVAL • 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 Min'HOD 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:
VII-14
-------
EXHIBIT VII-C-3(Cont'd)
Sample I leader Record
Starting
Column
Length
of Field
Field
Format
Description
52
Code
53
Numeric
57
61
Numeric
Numeric
65
Numeric
69
Numeric
73
Blank
1 - Sieves
2 « Settling Tube
3 - Rapid Sediment Analyzer

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
than 8.00 phi), to 2 decimal places.

BLANK.
VIMS
-------
EXHIBIT VII-CM
Size Analysis Record 1
Starring 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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July • September
4 - October - December

10 1 Code RECORD TYPE-set to "F.

11 4 Blank BLANK.

15 2 Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a quarter. 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.
Vll-16
-------
EXHIBIT VII-C-4(Cont'd)
Size Analysis Record 1
Starting
Column
Lengm
of Field
Field
Format
Description
20

31
8

2
33
37
41
45

73
20

4
Alphanumeric SAMPLE NUMBER • three digits to identify
euch sample. Sample Numbers are assigned
by the investigator.

Blank BLANK.

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.
VII-17
-------
EXHIBIT Vn-C-5
Size Analysis Record 2
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code

Alpha
YY
FILE TYPE-set to "073".

SOURCE IDENTIFIER - a unique identifier,
assigned by EPA, which appears on all
records within the data set

15
1

4
Code

Blank
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

RECORD TYPE - set to "H".

BLANK.
17
Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a quarter. Leave
blank for first occupation of a station. Valid
codes for inoccupations of the station are Rl-
R9.

Numeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
Vn-18
-------
EXHIBIT VII-C-5 (Cont'd)
Size Analysis Record 2
Starting
Column
Length
of Field
Field
Format
Description
20

31
8

2
33

77
28

4
Alphanumeric SAMPLE NUMBER - three digits to identify
each sample. Sample Numbers are assigned
by the investigator.

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: 1 to 2 - % to 2 decimal places.

Numeric WEIGHT % IN THE PHI INTERVAL
FROM: 2 to 3 - % to 2 decimal places.

Numeric WEIGHT % IN THE PHI INTERVAL
FROM: 3 to 4 - % to 2 decimal places.
VD-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 I
to identify data for analytical blanks or other quality assurance samples referred to I
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/Sub-Sample Record. It is used to report
information about the sample (e.g., depth of the sediment core; gear used to collect
the sample).

• Record Type "F" is the Data Record. It is used to report information on pollutant
concentrations found in each of the sediment samples.

Exhibit VIII-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 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.
-------
Survey Header Record
EXHIBIT VIII-B-1
ODES FT144 for Sediment Pollutant Data
SERIES
NUMBER
RECORD
TYPE
SOURCE
ID
\
YEAR'
SCAN
ID
F1IJ-
TYPE
SURVEY DATE
FROM
TO
SENIOR SCIENTIST / INVESTIGATOR
MUNiaPALTTY / INSTmmON /AGENCY
M« II
IT! I III III MM I INN 11 I I I I I IT I I I I I I I I I I M I I I I
0000000001 I 1 t I I I I I 12222222222333333333344444444445555555555666666666677777777778
I234567890I234567890I2345678901234567890I234567890I234567890I234567890I234567890
Header Record for Quality Assurance Samples
SERIES
NUMBER
RECORD
TYPE
OOOOOOOOOIIII1IIIII2222222222333333333344444444445555555555666666666677777777778
12345671901 2345671901234567890123456789012343 6789012345678901234567890123456789 0|
-------
EXHIBIT VIII-B-1 (Cont'd)
Station Header Record
SERIES RECORD
NUMBER TYPE

SOURCE \ SCAN /
ID \ ID /S

\R\ I //
\
YEAR1
v
!STATION ID
PREFIX
HEMISPHERE
HEMISPHERE
P.ELATION
TOZID
LOCATION
CODE
F1I£
TYPE
STN.
ID
STATION
LATITUDE
STATION
LONGfTUDE
DATE
TIME
DISTANCE
TOZID
WATER
DEPTH
M« I I c I II 11 11 I » II II11 H I ITT I 111 I 111II 1111 I I I I I II I I I I I I I I III I I MM
0000000001
1234567890
1 I I 1 I 1
234567
I 122222222223
8901234567890
333333333444444
123456789012345
44445555555555666666666677777777778
6789 01234 56789012345678901234567890
Sample/Sub-Sample Record
SERIES
NUMBER
RECORD
TYPE
SOURCE
ID
\ SCAN /
AT/
SAMPLE
NUMBER
SUB-SAMPLE
•NUMBER
SAMPLING
EQUIPMENT
CODE
DRY PERCENT
WEIGHT EXTRACTABLE
(PERCENT) UPIDS
TYPE
SAMPLING
DEPTH
(UPPER)
SAMPLING
DEPTH
(LOWER)
WET
WEIGHT
FMT I
I I I I
HIM Mill III I I II 11 I I I II
I I I Ml II III
0000000001
123456 7890
II1IIIIII222222222233333333334
12345 678901 2345678901234567890
444444445555555555666666666677777777778188
234 56789 0123 4567890123456789012 3456 7890123'
-------
EXHIBIT VIH-B-1 (Cont'd)
Data Record
SI
SERIES RECORD SAN
NUMBER TYPE NU*
SOURCE \ SCAN /
ID \ ID /SAW '
X YEAR\ | /NUM.
FILE
TYPE
»M«
X
1
i
1
*

¥
F
1

i
1 1
1

IB-
1PU
(BE
SP
r ,

i EXTRACTIOI
» METHOD CODI
ERE
REPLICATE MEASUREMENT QUALIFIER MEASUREMENT QUALIFIER MEASUREMENT QUALIFIER
NUMBER CODF.(I) CODE (I) CODE (2) CODE (2) CODE (3) CODE (3)
I II II II
rT
1
CHEMICAL CODE (1)
1 1 1 II II 1 1
1

CONC(I)

III
•

CHEMICAL CODE (2)
HIM! 1 1 1
1

CONC. (2)

1 1 1
+

CHEMICAL CODE (3)
INN II II
1

CONC. (3)

III
«

NUMBER (1
>! INSTRUMENT
E CODE
SAMPLE
CIJ-AN-UPCODE
(1) (2) (3)
r

1
\ r
1
1
)
r
II

-------
ODES DATA SUBMISSIONS MANUAL
As shown above, the different record types report information at diffeicnt 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 VID-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. The numbers
associated with the .various record types indicate their relative position "he data file.
Additional quality assurance samples should be recorded with separate Sau.ple Records
prior to the first Station Header Record in the data file (i.e., beneath the Header Record for
Quality Assurance Samples). Remember, the number associated with each record type
indicates its position relative to the other record types, not its absolute position in the data
file. For example, all of the Data Records for the first sample or sub-sample will appear in
the data file before the Sample/Sub-Sample Record for the second sample or sub-sample at
a 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 yoar in which the survey
was taken, a series number assigned by the investigator and a scan code to indicate
sampling frequency and collection period.

Survey Header Record

This record is mandatory and should be submitted only once for each data set See
Exhibit Vm-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 VIII-C-2 for a description of all data elements in this record. (See Exhibit
VIII-B-2 for a description of how data records for QA samples should be organized
within the data set.)
vm-s
-------
EXHIBIT VIII-B-2
Sediment Pollutant Data
Order of Record Types/Reason for Occurrence
Survey Header Record
Describes the survey —
first record In the data set
Header Record for
Quality Assurance
Samples
Begins the reporting of data
for all quality assurance
samples in this survey
Station Header Record
Describes first station where
samples were collected
Station Header Record
Describes second station
where samples were collected
Samplc/Sub-Samplc
Record
Data Records
Reports identifying information Report chemical concentrations
for first analytical blank for first analytical blank
Sample/Sub-Sample
Record
Data Records
Describes first replicate sample Report pollutant concentrations
or sub-sample found in sediment samples for
the first replicate
Sample/Sub-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
Station Header Record

This record is mandatory; one record should be generated for each samplingstation.
Stations should be uniquely identified by the Station ID Prefix and Station ID fields
(columns 11-15). See Exhibit VIII-C-3 for a description of all data elements in this
record.

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.

Data 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 VIII-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 Melds 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

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
-------
EXHIBITVIII-C-1
Survey Header Record
Starnng
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code FILE TYPE - set to "144".

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.

33
1

6
39
45
15
Code

Blank

YYMMDD
YYMMDD
Alpha
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:
1 -
2 -
3 -
4 -
January
April
July
October
- March
- June
- September
- December
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.
VII1-8
-------
EXHIBIT VIII-C-1 (Cont'd)
Survey Header Record
Starting
Column
60
77
Length
of Field
17
4
Field
Format
Alpha
Blank
Description
MUNICIPALITY/INSTITUTION/AGENCY
- name of the investigator's institution.
BLANK.
VIII-9
-------
EXHIBIT VIII-C-2
Header Record for Quality Assurance Samples
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 -' April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE -set to "Z".

11 70 Blank BLANK.
VIII-10
-------
EXHIBIT VIII-C-3
Station I leader 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

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

I . January - March
2 - April - June
3 - July - September
4 - October - December

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 quarter. Leave
this field blank for the fust occupation of the
station in a given survey. Valid codes for
inoccupations of the station are R1-R9.

13 3 Alphanumeric STATION IDENTIFIER - three characters
assigned by the investigator to identify the
sampling station.
VIIM1
-------
EXHIBIT VIII-C-3(Cont'd)
Station I leader Record
Marring
Column
Length
of Field
Field
Format
Description
16

43
1

6
2

1
44
50
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 the
station. DDD 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 of sample collection in
24-hour format. HH is the hour (00-23).
MM is the number of minutes (00-59).

Blank BLANK.

Code R ELATION TO ZID - a one-character code to
describe the classification of the station with
respect to the zone of initial dilution (ZED).
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 ZTD
I)» ZID Boundary
N-Near Field
R « Reference
F- Far Field

Numeric DISTANCE TO ZID - distance in meters
from the station to the edge of the zone of
initial dilution (ZID). This field is applicable
only to EPA's 301 (h) program. Leave this
field blank for stations not classified as pan
of i\ 3()l(h) monitoring program.

Numeric WATER DEPTH - depth at station in meters
to one decimal place.
VIII-12
-------
EXHIBIT VIII-C-3(Cont'd)
Station I leader 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
F.--Well
F - Other
G •- Harbor
H -- Bay

56 25 Blank BLANK.
VIII-13
-------
EXHIBIT Vm-C-4
Sample/Sub-Sample Record
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
—collected. The quarters are defined as
follows:
1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE-set to "E".

|11 4 Blank BLANK.

F--field blank
L - lab blank
T -- transport blank
S - spiked matrix sample
U - surrogate spiked sample
D - lab blank duplicate
A - lab blank split
C - certified reference sample

vm-14
-------
EXHIBIT Vlll-C-4(Cont'd)
Sample/Sub Sample Record
Starting
Column
Length
of Field
Field
Format
Description
18
(Columns 18-80 should be led blank if the
Sample Record is being used to identify analytical
blanks or other quality assurance samples.)

2 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.

4 Blank BLANK.

6 Numeric SAMPLE DEPTH (UPPER) - upper depth of
sediment core, in centimeters.

6 Numeric SAMPLE DEPTH (LOWER) - lower depth
of sediment core, in centimeters.

6 Blank BLANK.

3 Code 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.)

23 Blank BLANK.

7 Numeric Wl T WEIGHT - total wet weight of sample
in grams to two decimal places.

3 Numeric 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").

3 Blank BLANK.

3 Numeric PI iKCKNT EXTRACTABLE LEPIDS - lipids
extracted as a percentage of the whole sample
to one decimal place.
20

75
78

81
VIII-15
-------
EXHIBIT VHI-C-5
Data Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code FILE TYPE - set to "144".

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

111

12
1

3
Code

Blank
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:
1 - January - March
2 - April - June
3 - July - September
4 - October - December

RECORD TYPE - set to "F".

BLANK.
Alphaumeric 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
U ~ surrogate spiked sample
D - lab blank duplicate
A - lab blank split
C ~ certified reference sample
Vm-16
-------
EXHIBIT VIII-C-5(Cont'd)
D;il;i Record
Starting
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
Hold should be left blank.

Code SPHERE • a one-character code to identify
the sphere (i.e., environment) 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 (!l II -M1CAL CODE (1) - a ten-character code
to identify the chemical measured; entries
must Ix; 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. (Sec Appendix C for a list
of codes.)

Code QUALIFIER CODE (1) - a one-character
code to provide additional qualifying
in formation 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
ex|x>ncnt for the concentration entry. If the
exponent is 0, leave this blank.
VIII-17
-------
EXHIBIT VIII-C-5 (Cont'd)
Data Record
Starting
Column
Length
of Field
Field
Format
Description
137
1
Numeric EXPONENT (1) - exponent of the
concentration value reported. Use exponent
to indicate decimal place.
1 Note: Each data record consist of one to three chemicals. If more than one chemical is
entered in a given record, each must have been analyzed by identical analytical
methods.
38
10
Code
48
Code
49
Code
50
Numeric
54
55
Symbolic
Numeric
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.

MEASUREMENT CODE (2) - 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..

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.)

EXPONENT SIGN (2) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.

EXPONENT (2) - exponent of the
concentration value reported. Use exponent
to indicate decimal place.
Vffl-18
-------
EXHIBIT VIII-C-5 (Cont'd)
Data Record
Starting
Column
Length
of Field
Field
Format
Description
56
10
Code
66
Code
67
Code
68
Numeric
72
73
74
Symbolic
Numeric
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.

MEASUREMENT CODE (3) - a code to
describe the units of the reported
concentration (e.g., ppb, ppm, activity). Use
Code No. 0377. (Sec Appendix C for a list
of codes.)

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.)

EXPONENT SIGN (3) - sign (+/-) of the
exponent for the concentration entry. If the
exponent is 0, leave this blank.

EXPONENT (3) - exponent of the!
concentration value reported. Use exponent I
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 con- cem.
Use Code No. 0350. (See Appendix C for a
list of codes.)
Vm-19
-------
EXHIBIT Vin-C-5 (Cont'd)
Data Record
Starting Length 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. (Sec 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 QC SAMPLE NUMBER (1) - a three-
character ID for the first QC sample
associated with chemical concentrations
reported on this record. This ID "links" the
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

87 3 Alphanumeric QC SAMPLE NUMBER (2) - a three-
character ID for the second QC sample
associated with chemical concentrations
reported on this record. This ID "links" the
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.
Vffl-20
-------
EXHIBIT Vm-C-5 (Cont'd)
Data Record
Starting Length Fiela
Column of Field Format Description
90 3 Alphanumeric QC SAMPLE NUMBER (3) - a three-'
character ID for the third QC sample
associated with chemical concentrations
reported on this record. This ID "links" the
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

93 3 Alphanumeric QC SAMPLE NUMBER (4) - a three-
character ID for the fourth QC sample
associated with chemical concentrations
reported on this record. This ED "links" the
Data Record to a particular QC sample. This
ED must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

96 3 Alphanumeric QC SAMPLE NUMBER (5) - a three-
character ID for the fifth QC sample
associated with chemical concentrations
reported on this record. This ED "links" the
Data Record to a particular QC sample. This
ED must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

99 3 Alphanumeric QC SAMPLE NUMBER (6) - a three-
character ID for the sixth QC sample
associated with chemical concentrations
reported on this record. This ED "links" the
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.

102 3 Alphanumeric QC SAMPLE NUMBER (7) - a three-
character ED for the seventh QC sample
associated with chemical concentrations
reported on this record. This ED "links" the
Data Record to a particular QC sample. This
ED must match one of the Sample Numbers
listed on the Sample Records for quality
control data.
Vffl-21
-------
EXHIBIT VIII-C-5 (Cont'd)
Data Record
Starting Length Field
Column of Field Format Description
105 3 Alphanumeric QC SAMPLE NUMBER (8) - a three-
character ID for the eighth QC sample
associated with chemical concentrations
reported on this record. This ID "links" the
Data Record to a particular QC sample. This
ID must match one of the Sample Numbers
listed on the Sample Records for quality
control data.
VHl-22
-------
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 fount* 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 DC-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.
-------
Survey Header Record
EXHIBIT IX-B-1
ODES FT123 for Trawl/Seine Sampling Data
RECORD
TYPE
FILE
TYPE
VESSEL NAME
SURVEY DATE
FROM
TO
SENIOR SCIENTIST / INVESTIGATOR
MUNICIPALITY/
WSTTTUT1ON/
AGENCY
I i
111 I I I I I I I I I I I I 11 I I I MM NT I I ill Ml II I II I I I
IT
000000000 I
1234567*90
I I I 1 I I
234567
1122222222223333
8901234567890123
33333344444444445555555555666666666677777777778
45678901234 567890123456789012 345678901234567890
Station Header Record
SERIES
NUMBER
RECORD
TYPE
SOURCE
ID
YEAR1
HEMISPHERE
HEMISPHERE,
NAVIGATION
CODE
RELATION
TO 3D
LOCATION
CODE
FILE
TYPE
STH
ID
STATION
LATITUDE
STATION
LONGITUDE
DISTANCE
T023D
I I "III
I 11111 III111
1111 I 1111
0000000001
1234567890
t I I I II I 12222222222333333333344444444445555555555666666666677777777778
234567890I234567890I234S678901234567890I2345678901234567890I234567890
-------
EXHIBIT IX-B-1 (Cont'd)
Environment Record
SERIES
NUMBER
RECORD
TYPE
BOTTOM
TEMPKRATJRE
SURFACE
TEMPKRATURE
SOURCE
ID
\
YEAR1
'STATION ID
PREFIX
BOTTOM
TYPE
fflF
BOTTOM
SAIJNTTY
TRANSPARENCY
TtDAL
STAGE DISSOLVED
OXYGEN
CURRENT
DIRECTION
(TOWARD)
SURFACE
SAUNTTY
TIDAL
imiGirr
FILE
TYPE
STN.
ID
HAUL
NO.
n
AVO.
BOTTOM
DEPTH
TT
TT
0000000001 I I 1 I 1 I 1 I 1 2222222222333333333344444444445533355535666666666677777777778
123456789012 345678901 234S6789012345678901234S67890I234567890I2345678901234567890
Bottom Trawl Record
SERIES
NUMBER
RECORD
TYPE
TRAWL
TYPE
OPENING
WIDTH
OF TRAWL
FOOT ROPE OPEMNC
LENUTH KiESH
CODEND
UNER
SOURCE
ID
\
\*sr A
I
JITATtONID
PREFIX
GEAR
TYPE
OPENING
HT.OF
TRAWL
TRAWL
LENGTH
CODEND/DURATION
MESH / FISHED
FILE
TYPE
STN.
ID
HAUL
NO.
DISTANCE
FISHED
DATE
TIME
I °l I II II
I I I I I II II I I I
II INI INN III I II I III
OOOOOOOOOt I I t I I 1 I I I 2222222222333333333344444444445555555535666666666677777777778
123456789 01234567890123456789 01234567 890123456789012345678901234 567890123456789 0
-------
Miscellaneous Gear Record
EXHIBIT IX-B-1 (Cont'd)
SERIES
NUMBER
RECORD
TYPK
SOURCE
ID
\
XSCAN /
ID /S

. t | /
SiTATIONID
PREFIX
SEINE
DEPTH
GEAR
TYPE
SEINE
LENGTH
GEAR
MATERIAL
SIZE OF SIZE OF
OUTSIDE MIDDI.F.
MESH MRSII
DURATION
FISHED
Fiue
TYPE
STN.
ID
HAUL
NO.
DATE
TIME
II
II
111
rr
ii
11
M
0000000001 1 1 1 I I 1 1 I 12222222222333333333344444444445553333553666666666677777777778
12345678901234567890123456789012345678901234567890123456789012345678901234367890
Individual Specimen Record
SERIES
NUMBER
RECORD
TYPE
SIZE CLASS
LOWER BOUNDARY
NUMBER
WEIGirr DETERMINATION
DETERMINATION
rSIZE CI.ASS
UPPER BOUNDARY
JrV
NODC TAXONOMIC CODE
Illllllllll
TOTAL
WET WEIGirr
TOTAL
NO. OF
INDIVIDUALS
IIIIIMIMIIIIMMIIMI!
0000000001
1234567890
I I I I I I
234567
1 122222222223333333
8901234567890123456
33344444444445555555555666666666677777777778
7890I234567890I234567890I234567890I234567890
-------
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 Occanographic 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
entire 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 LX-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.

The numbers associated with the various record types in Exhibit LX-B-2 indicate their
relative position the data file. They indicate only the position of each record type relative to
the other record types, not their absolute position within the data file. For example, all of
the Data Record Is and Data Record 2s for the first water sample at the first station will
appear in the data file before the Sample Record for the second water sample.

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 ID 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 i 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 poims are
implied rather than physically included (see Exhibit IX-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 K-C-1 for a description of all data elements in this record.
LX-5
-------
X
o\
Survey Header Record
Describes the survey -
first 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
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
Station Header Record
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
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
EX-C-2 for a description of all data elements in this record.

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 IX-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 IX-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 IX-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 arc 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
0085 Navigation code
EPA-1 Relation to ZID
0346 Station Location
0077 Bottom Type
0154 Tidal Stage
0108 Weather
0110 Current Direction |
0076 Trawl Type
0130 Opening mesh
0324 Codend Liner
0078 Gear Material
NODC Taxonomic Code
0161 Weight Determination
0162 Number Determination
EPA-10 Scan ID |

IX-7
-------
EXHIBIT DC-C-1
Survey Header Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code FILE TYPE - set to " 123".

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.

28
1

6
Code

Alpha

Blank

YYMMDD
34
YYMMDD
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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).
DC-8
-------
EXHIBIT IX-C-1 (Cont'd)
Survey Header Record
atarang Length Field
Column of Field Format Description
40 15 Alpha INVESTIGATOR - name of the senior scien-
tist or investigator.

55 15 Alpha MUMCIPALrTY/INSTrrUTON/AGENCY
- name of the investigator's institution.

70 11 Blank BLANK.
IX-9
-------
EXHIBIT IX-C-2
Station Header Record
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "123".

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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quaners are defined as
follows:

1 - January • March
2 - April - June
3 - July - September
4 - October - December

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 quarter. 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.
IX-10
-------
EXHIBIT IX-C-2 (Cont'd)
Station Header Record
Starting
Column
17
23
Length
of Field
6
6
Field
Format
Blank
DDMMSS
Description
BLANK.
LATITUDE

- latitude of the station in degrees
29

59
1

2
61
(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".

Blank BLANK

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.
05 -- 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.
IX-11
-------
EXHIBIT IX-C-2 (Cont'd)
Station Header Record
Stamng
Column
Length
of Field
Field
Format
Description
66
1
Code
67
Code
68
13
Blank
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
program. Where applicable, use Code No.
EPA-1:

W - Within ZID
B - ZID Boundary
N - Near Field
R « Reference
F - Far Field

STATION LOCATION CODE - a one-
character code to describe the location of the
station. Use Code No. 0346:

A -- Stream
B - Estuary
C--Lakc
D - Ocean
E -- Well
F - Other
G - Harbor
H - Bay

BLANK.
IX-12
-------
EXHIBIT IX-C-3
Environment Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code

Alpha
YY
FILE TYPE-set to "123".

SOURCE IDENTIFIER - a unique identifier,
assigned by EPA, which appears on all
records within the data set.

12
1

2
Code

Blank
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

RECORD TYPE - set to "C".

BLANK.
14
Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during the quarter. Leave
this field blank for the first occupation. Valid
codes for inoccupations of the station are Rl-
R9.

Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
IX-13
-------
EXHIBIT IX-C-3 (Cont'd)
Environment Record
Starting
Column
Length
of Field
Field
Format
Description
17

39
43
47
51

58
12

4
1

4
Numeric

Blank

Numeric

Code

Blank

Numeric
Numeric
Numeric
3

3
Numeric

Numeric

Numeric
HAUL NUMBER - three-digit number
assigned by the investigator, uniquely
identifying all catches.
BLANK.

AVERAGE BOTTOM DEPTH
depth for the station, in meters.
average
BOTTOM TYPE - a two-character code to
describe the bottom type. Use Code No.
0077. (See Appendix C for a list of codes.)

BLANK.

BOTTOM TEMPERATURE - water
temperature on the ocean bottom, in degrees
Celsius, with two decimal places. Negative
temperatures should be preceded by a minus
sign.

BOTTOM SALINITY - water salinity on the
ocean bottom, in pans per thousand (PPT),
with two decimal places.

SURFACE TEMPERATURE - Sea surface
temperature, in degrees Celsius, with two
decimal places. Negative temperatures
should be preceded by a minus sign.

SURFACE SALINITY - sea surface salinity,
in pans per thousand (PPT), with two
decimal places.

TRANSPARENCY - depth of secchi disc, in
meters, with one decimal place.

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.
IX-14
-------
EXHIBIT IX-C-3 (Cont'd)
Environment Record
Starting
Column
Length
of Field
Field
Format
Description
61
1
Code
62

66
Numeric

Blank

Code
67

70
3

2
72
75
Blank

Code

Numeric

Blank
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

DISSOLVED OXYGEN - three digits for
dissolved oxygen (DO), in milligrams per
liter, with one decimal place.

BLANK.

WEATHER - a one-character code to
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 -- Shower(s)
9 •- Thundcrstorm(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-15
-------
EXHIBIT IX-C-4
Bottom Trawl Record
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "123".

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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE - set to "D".

11 1 Blank BLANK.

14 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
DC-16
-------
EXHIBIT IX-C-4 (Com'd)
Bottom Trawl Record
Starting
Column
17
20
24
26
28
30
33
36
39 .
41
43
45
46
Length
of Field
3
4
2
2
2
3
3
3
2
2
2
1
1
Field
Format
Numeric
Blank
Code
Code
Blank
Numeric
Numeric
Numeric
Blank
Numeric
Numeric
Blank
Code
Description
HAUL NUMBER - three-digit number
assigned by the investigator to uniquely
identify all catches.
BLANK.
GEAR TYPE - a two-character code for the
type of gear used. Use Code No. 0129.
(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 of this chapter for a list of
codes.)
BLANK.
OPENING HEIGHT OF TRAWL - three
digits for height of opening of trawl, in
meters, with one decimal place.
OPENING WIDTH OF TRAWL - three
digits for width of opening of trawl, in
meters, with one decimal place.
TRAWL LENGTH - three digits for the over-
all length of the trawl, in meters.
BLANK.
FOOT ROPE LENGTH - two digits for
length of trawl foot rope, in meters.
HEAD ROPE - two digits for length of head
rope, in meters.
BLANK.
OPENING MESH - a one-character code for
47
Blank
the size of the body mesh opening. Use
Code No. 0130. (Sec Appendix C for a list
of codes.)

BLANK.
IX-17
-------
EXHIBIT IX-C-4 (Cont'd)
Bottom Trawl Record
Starting
Column
Length
of Field
Field
Format
Description
48
49
50

60
1
Code
Code
1

3
1

6
66
70
Blank

Numeric

Blank

YYMMDD
11
HHMM
Blank
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.)

CODEND LINER - a one-character code to
indicate presence or absence of liner. Use
Code 0324:

-- Blank - Unknown
1 » No
2 - Yes

BLANK.

DURATION FISHED - three digits for
number of hours fished, with one decimal
place (i.e., to tenths of hours).

DISTANCE FISHED - five digits for number
of meters fished, with one decimal place.

BLANK

DATE - date of sample collection. 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).

TIME - starting time of sample collection in
24-hours format. HH is the hour (00-23).
MM is the number of minutes (00-59).

BLANK
DC-18
-------
EXHIBIT IX-C-5
Miscellaneous Gear Record
Starting Length Field
Col umn of Field Format Description
1 3 Code FILE TYPE-set to "123".

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

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:
1 -
2 -
3 -
4 -
January
April
July
October
- March
- June
- September
- December
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 quarter. Leave
blank for first occuputation. Valid codes for
rcoccupations of the station are R1-R9.

14 3 Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
IX-19
-------
EXHIBIT IX-C-5 (Cont'd)
Miscellaneous Gear Record
Starting
Column
Length
of Field
Field
Format
Description
17

36
4

1
Numeric

Blank

Code

Numeric

Blank

Code
37

43
6

1
44
Blank

Code

Code
HAUL NUMBER - three-digit number
assigned by the investigator to uniquely
identify all catches.

BLANK.

GEAR TYPE - a two-character code for the
type of gear used. Use Code No. 0129.
(See Appendix C for a list of codes.)

SEINE DEPTH - two digits for depth of
seine, in meters.

SEINE LENGTH - four digits for overall
length of the seine, in meters.

BLANK.

GEAR MATERIAL - a one-character code to
describe the gear material used. Use Code
No. 0078:

0 -- Monpfilament Nylon
1 - Multifilamem (Braided) Nylon
2 - Multifilament (Braided) Cotton
3 -- Synthetic, Various
4 -- Silk
5 - Manila
6 - Linen

BLANK.

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.)

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.)
IX-20
-------
EXHIBIT IX-C-5 (Cont'd)
Miscellaneous Gear Record
Starting
Column
45
46
49
50
56
60
Length
of Field
1
3
1
6
4
20
Field
Format
Blank
Numeric
Blank
YYMMDD
HHMM
Blank
Description
BLANK
DURATION FISHED - three digits for
number of hours fished, with one decimal
place (i.e., to tenths of hours).
BLANK
DATE - date of sample collection. 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).
TIME - starting time of sample collection in
24-hours format HH is the hour (00-23).
MM is the number of minutes (00-59).
BLANK
IX-21
-------
EXHIBIT IX-C-6
Individual Specimen Record
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "123".

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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE-set to "J".

11 1 Blank BLANK.

12 2 Alphanumeric STATION IDENTinCATION PREFDC - a
two-character code to indicate that a station
has been revisited during a quarter. 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.
IX-22
-------
EXHIBIT IX-C-6 (Cont'd)
Individual Specimen Record
Starting
Column
Length
of Field
Field
Format
Description
17

28
8

12
40
49
50

56
6

1
Numeric HAUL NUMBER - three-digit number
assigned by the investigator to uniquely
identify all catches.

Blank BLANK.

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 wet
weight of each species, in grams with one
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 total 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
IX-23
-------
EXHIBIT IX-C-6 (Cont'd)
Individual Specimen Record
Starting Length Field
Column of Field Format Description
157 2 Numeric SIZE CLASS, LOWER BOUNDARY - four
digits for the lower boundary of the size
class, in centimeters, with one decimal place.

61 4 Numeric SIZE CLASS, UPPER BOUNDARY - four
digits for the upper boundary of the size
class, in centimeters, with one decimal place.

65 16 Blank BLANK
IX-24
-------
X. ODES File Type 009 for Bacterial/Viral Sampling Data

A. Introduction

ODES File Type 009 for Bacterial/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 tax on; 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 "1" 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 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.
-------
Survey Header Record
EXHIBIT X-IM
ODES FT009 for Bacteria/Viral Data
scares
NUMBER
RECORD
TYPE
SOURCE \ SCAN /
ID \ ID /
\

Fll£
TYPE

0|OJ9
YEAR\
\ >

1
n n
*

\
n n
1

n
1

n
^

i
•
/
t' ;
":
Ci$&'• \
> ^
MM

1 III II 1 II II II III II

MM MIMMIMI 1

X
I
K>
Station Header Record
SERIES
NUMBER
RECORD
TYPE
STATION
TYPE
SOURCE \ SCAN /
ID \ ID /STATION ID
\ YEA*\ I / /PREFIX

I M\\llm/l—P?
LATITUDE
HEMISPHERE
LONOrrUDE
HEMISPHERE
RELATION
TOZID
FILE
TYPE
STN.
ID
STATION
LATITUDE
STATION
LONOrrUDE
DATE
TIME
DEPTH
TO.
BOTTOM
••V,
0|OJ9
II
Mill
IMTIT
HIM
TM
Ml
Mil
IMMIMIMM
MM
0000000001 I I I I I I I I I 2222222222933333333944444444445555SS5555666666666677777777
23436719012345 678901234567 B90I234567S90I234567S90I234S67I90I234567S 901234567
-------
EXHIBIT X-B-1 (Cont'd)
Station Environment Record
SERIES
NUMBER
STATION ID
PREFIX
WIND
SPEED
T1D€
HEIGHT
TRANSMISSIVITY
EQUIPMENT
COUE
\RbL OKU/
SCAN TYPE / BAROMETRIC
ID / / PRESSURE
1 // 1
FILE
TYPE
0
0
1
0
0
9

¥
3
f
\
STN.
ID
II
**•
1*1
1
OOOOOOOlllltlll
1
!

t
II
|
i

WIND
DIRECTION
1
'

AIR
TEMP.
Ill
t
1
i

SEA
STATE
1

i
1

TIDE CljOUO
STAGE COVER
1 WEATHER 1
1 1 1

>j
>

1
II
*

PRANSMlSSIVrrY SAUN
WATER EQUIPV
COLOR COD
1 1
'
1
|

WATER
TEMP
II

;

SAUNTTY
II

1
S:

X
Sample Type Record
SOURCE
ID
SERIES RECORD
NUMBER TYPE

SCAN / SAMPLE
ID /STN ID SPHERE NUMBER
/ PREFIX I I
LOWE*
SEDIMENT
UPPER
SEDIMENT
DEPTH
SAMPLING
GEAR
BOTTOM
TYPE
FILE
TYPE
STH
ID
SAMPLE
DEPTH
o|oM 111 M D I II I II Mil III Ml II IIIIII (I HIM IIIIIITTT Ml IIII I
000000000 I I I I I I I I I I22222222223333333333444444444433533S5555666666666677
IJ34567I9 01234 36 7390l234367l9QI2343€.7t 90I234367S90I234367S90I2343678901
-------
EXHIBIT X-lM(Cont'd)
Bacterial Data Record
SERIES
NUMBER
SOURCE
ID
\
RECORD
SCAN
ID
SAMTJJE
NUMBER
BTORD /
TYPE /
/ /

//
REPLICATE
NUMBER
ABUNDANCE
EXPONENT ABUNDANCE
SKJN EXP «-UUB
ESTIMATION
I
ABUNDANCE
I
FILE
TYPE
BACTERIAL OR VIRAL
TAXON
< ' i
0)0)9

Illllllllll

-------
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 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.

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. The numbers
associated with the various record types in Exhibit X-B-2 indicate their relative position in
the data file only. They do not indicate their absolute position within the data file. For
example, all of the Bacterial Data Records for the first type of material collected will appear
in the data file before the Sample Type Record for the second type of material collected.
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 ED Prefix and Station ED 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
X
Ov

Survey Header Record
^ •!• .»« .H «^

Describes the survey -
this is the first record in the
data Ml and should occur
only once

Sution I leader Record Station Environment
Record
v ^ ^ J
Describes the first location Describes environmental
where bacterial/viral samples conditions at the lime of
were collected sample collection at the
first station

Sample Type Record
k. j

Describes the first type of
material collected at the
station
® ^
Simple Type Record
Describes the second type
of material collected at the
station
TuHntillrjA-Trfrrniri Sttiion Environment
L._ ^J \^ . M . ^

^ .J

Bacterial Dala Records
k. j
Describe the type and
abundance of bacterial!
viral species found in the
first sample
Bacterial Data Records
h. _j
Describe the type and
abundance of bacterial/
viral species found in the
second sample

©
Bacterial Data Records
^ ^
Describes the second location
where bacterial/viral samples
were collected
Describes environmental
conditions at the lime of
sample collection at the
second station
Describes the type of material
collected at the station
Describe the type and
abundance of bacterial/
viral species found in the
sample
-------
ODES DATA SUBMISSIONS MANUAL
Bacierial 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
Bacterial/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
0154
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 ZID
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
Length
of Field
Field
Format
Description
1

4
3

2
Code FILE TYPE - set to "009".

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

28
1

6
Code

Blank

Alpha

Blank

YYMMDD
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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).
X-8
-------
EXHIBIT X-C-1 (Cont'd)
Survey Header Record
Starting
Column
Length
of Field
Field
Format
Description
34

64
5

17
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).

Blank BLANK.

Alpha SENIOR SCIENTIST/INVESTIGATOR -
name of senior scientist or investigator.

Alpha MUMCIPALriy/INSTITljrnON/AGENCY
- name of investigator's institution.
X-9
-------
EXHIBIT X-C-2
Station Header Record
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "009".

4 2 Alpha SOURCE IDENTIFIER - 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 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE-set to "2".

1 2 Alpha STATION IDENTIFICATION PREFIX - a
two-character code to indicate that a station
has been revisited during a quarter. Leave
this field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupanons 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 I leader 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 'N'.
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. YY is the
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 II
-------
EXHIBIT X-C-2(Cont'd)
Station I leader Record
Starting
Column
Length
of Field
field
Format
Description
69
1
Code
70

75
5

1
Blank

Code
76
Blank
REIjynON 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 pan of a 301(h)
monitoring program, where applicable, use
code EPA-1:

W - Within ZID
B -- ZID Boundary
N » Near Field
R — Reference
V - 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 -• Uke
I) » Ocean
IS-Well
l;-Other
G -- Harbor
11--Bay

BLANK.
X 12
-------
EXHIBIT X-C-3
Station Environment 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

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 quarter. Leave
thi* field blank for the first occupation of the
station in a given survey. Valid codes for
reoccupatioiis 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.
X-13
-------
EXHIBIT X-C-3 (Cont'd)
Station Environment Record
Starting
Column
Length
of Field
Field
Format
Description
19

26
4

4
30
32
34
36

39
3

1
Numeric BAROMETRIC PRESSURE - in millibars,
with one decimal place.

Blank BLANK.

Symbolic/ AIR TEMPERATURE - four digits for
Numeric 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.

Code WIND DIRECTION - a two-character code
for the wind direction. Use Code No. 0110.
(See Appendix C for a list of codes).

Numeric WIND SPEED - two digits for surface wind
speed in meters per second with one decimal
place.

Code SEA STATE - a two-character code for the
sea state. Use Code No. 0109:

00 -- Calm-Glassy (0 meters)
01 - Calm-Rippled (O-.l meters)
02 -- Smooth-Wavelet (.1-.5 meters)
03--Slight (.5-1.25) meters)
04 « Moderate (1.25-2.5 meters)
05 - Rough (2.5-4.0 meters)
06 -- Very Rough (4-6 meters)
07 -- High (6-9 meters)
08 -- Very High (9-14 meters)
09 - Phenomenal (>14 meters)

Numeric TIDE HEIGHT - three digits for ride height
in meters with one decimal place.

Code TIDE STAGE - a one-character code for ride
stage. Use Code No. 0154:

— Blank - No Information
1 -- Ebb
2 -- Ebb Slack
3 -- Flood
4 - Flood Slack
X-14
-------
EXHIBIT X-C-3 (Com'd)
Station Environment Record
Starting
Column
Length
of Field
Field
Format
Description
40
1
Code
41

45
4

1
Blank

Code
46

48
2

1
Blank

Code
WEATHER - a one-character code to I
describe the weather conditions at the time of I
station occupation. Use Code No. 0108.f
(Sec Appendix C for a list of codes.)

BLANK. |

CLOUD COVER - a one-character code to
describe the proportion of sky obscured by
cloud. Use Code No. 0105:

0 - O(Zero)
1 « 1 OKTA 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 (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

BLANK.

TURBIDITY 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 -- Fluprometer, Suspended Solids
Calibration
4 - Nephclometer, in NTU
5 -- Turbidometer in FTU
6 - Transmissomcter, 1 m path
7 - Transmissometer, in % light transmis-
sion, over a 25 cm path
X-15
-------
EXHIBIT X-C-3 (Cont'd)
Station Environment Record
Starting
Column
49
52
53
57
58
Length
of Field
3
1
4
1
1
Field
Format
Numeric
Blank
Symbolic
Numeric
Blank
Code
Description
TRANSMISSIVITY - three digits for
transmissivity with one decimal placc.if
measured by Equipment Code 2, 6 or 7. If
measured by any other method, no decimal
place.
BLANK.
WATER TEMPERATURE - four digits for
the temperature of 'he water at the surface.
Negative temperatures should be preceded by
a minus sign. Temperature is recorded in
degrees Celsius with one decimal place.
BLANK.
WATER COLOR - a one-character code to
59

66
1

1
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
pans 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 — Titration
3 -- Conductivity
4 - CTD Probe
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.

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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 quarter. 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 1 Blank BLANK.
X-17
-------
EXHIBIT X-C-4 (Cont'd)
Sample Type Record
Starring
Column
I17
18
20
23
28
29

37
60

62
70
Length
of Field
1
2
3
5
1
4

23
2

8
2
Field
Format
Code
Blank
Alphanumeric
Numeric
Blank
Numeric

Numeric

Blank
Code

Blank
Code
Description
SPHERE - a one-character code to identify
the type of material analyzed. Use Code No.
0093 (See Appendix C for a list of codes).
BLANK.
SAMPLE NUMBER - three characters
assigned by the investigator to identify the
sample.
SAMPLE DEPTH - the depth at which the
sample was collected. Report in meters to one
decimal 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.
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 (pision, gravity, box, etc.)
08 -- Dredge (clam, pipe, anchor, etc.)
09 •• Pump (plankton, midwater, airlift,
10 -- Automatic composite sampler
etc.)
99 - Miscellaneous (hand-gathered, traps,
shovel, etc.)
BLANK.
BOTTOM TYPE - a two-character code to
indicate the bottom type. Use Code No.
0077. (See Appendix C for a list of codes.)
X-18
-------
EXHIBIT X-C-5
Bacterial Data 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.

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

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-19
-------
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
Numeric
43
Code
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.

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
Estimate:

1 - Single measurement
2 - Arithmetic mean
3 - Geometric mean (MPN)
4 - Presence/absence
5 - Greater than
6 - Less than
X-20
-------
EXHIBIT X-C-5 (Cont'd)
Bacterial Data Record
Starting
Column
Length
of Field
Field
Format
Description
44
46

47
48

50
2

2
52

56
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
'ESTIMATION' 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-21
-------
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 clement 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 taxonomic 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 "Z" is the Header Recovd for Quality Assurance Bioassays. It is used!
to identify positive or negative bioassay data referred to within the data set. |

• 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., date and time sampled, station location, relation to ZID, station
depth).

• Record Type "C" is the Sample Header Record. It is used to report information
about each sample (e.g., sample interval, sphere 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
conducted (e.g., photo period, flow for each sample).

• Record Type "F" is the Data Record used to record bioassay results that measure a
quanta! response (e.g., mortality) or graded response (e.g., relative changes in
growth rate or reproductive capacity) of the test organism after exposure to
potentially contaminated materials for each replicate sample.
-------
ODES DATA SUBMISSIONS MANUAL
Exhibit XI-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 disk) for each of the record types.

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 (Record Type "F") reports bioassay
results from each of the 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 two stations, 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.

The numbers associated with the various record types in Exhibit XI-B-2 indicate their
relative position in the data file only. They do not indicate their absolute position within the
data file.

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-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 XI-C-1 for a description of all data elements in this record.
XI-2
-------
Survey Header Record
EXHIBIT XI-B-1
ODES FT900 for Bioassay Data
RECORD
TYPE
FILE
TYPE
SURVEY DATE
FROM
TO
SENIOR SCIENTIST / INVESTIGATOR
MUNIOPALmr / INSTITUTION /AGENCY
I ! II I I I I I I I I I I I I M 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 II I I I ! I I I I I I I
0000000001 I I I I I I I 1 12222222222333333393344444444445335535533666666666 67 777777
12345678901234567890123 4567890l234567ft90l2345A7g90l 234567890 l_2__ 3 4_5 6 7 8 9 OJ 2 3456
Header Record for Quality Assurance Bioassays
SERIES
NUMBER
RECORD
TYPE
SOURCE
ID
\
0000000001 I I I I I t I I 12222222222333333333344444444445553553533666666666677777777771
1234 56789012345678901234567190 12345678901 2 345 67I90I234567I901234567890I734567890
-------
EXHIBIT XI-B-1 (Cont'd)
Station Header Record
SERIES
NUMBER
RECORD
TYPE
SOURCE
ID
YEAR1
STATION ID
PREFIX
/
LATITUDE
HEMISPHERE
LONGITUDE
HEMISPHERE
INFLUENT/ RELATION
EFFLUENT ID I TOZID
WET OR DRY PRIMARY
PERIOD I INDUSTRY
I CODE

FILE
TYPE

9|OJO
000
A

1
0 0
1)

1
00
^

0
1

0
^

B
1
y

1
1 1

STN.
ID

1 1
1 1 1

STATION
LATITUDE

1 1 III
1 1 1 1 2 2
f

STATION
LONOnrUDE

IIIIII

DATE
SAMPLED

1 1 1 1 1

TIME
SAMPLEC

II 1

DISTANCE
TOZID

1 1 1 1 1

DEPTH

1 1 1 1
01234
t

5
1

1
6 7
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111 1 1 1 111 1 1 i 1 1 1 m i i
890123456789012345678
Sample Header Record
SERIES
NUMBER
RECORD
TYPE
SAMPLE
NUMBER
SOURCE
ID
\
\ SCAN /
\ ID /I
A I /!
SPHERE
COMPOSITE
INTERVAL
INLFUENT/ COMPOSITE
EFFLUENT TIME
ID GEAR TYPE I
FILE
TYPE
STN
ID
UPPER
DEPTH
LOWER
DEPTH
TTTTT
TT
n
TTTTT
TTTTT
0000000001 I I I 1 I I 1 1 I 22222222223333333333444444444455555555556666666666777777777
234567890I234567890I234567890I234567890I234S67890I234567890I23456789012345678
-------
3ioassay Conditions Record
EXHIBIT XI-B-1 (Cont'd)
SERIES
NUMBER
RECORD
TYPE
SAMPLE
NUMBER
STNID
PREFIX
NUMBER
OF
ORGANISMS
BIOASSAY I
TYPE
FLUSHING
LIFE STAGE
STANDARD
PHASE TOXICANT
RESULT
FILE
TYPE
STN.
ID
EXPOSURE
NODC TAXONOMIC CODE
PIIOTO-
PERIOO
9JOJO
T
T
OOOOOOOOOIMMIIIII22222222223333333333444444*444555555555566666666667777777777
12345678 90I234567I»OI234567890I234367»901234367«90I234S67«90I234367I90I2343«7»8
Data Record
SOURCE
ID
_\
FILE
TYPE
9|0|0
SEI
NU»
YE>
T
T
UES
4BEX
X
T
0000000
1234567
sc
"o
•M
ID
"o
1
>4
?
F
T
0
IB— 1
IEOO
TYP
/SI
/P»
I
1 2
_M^^
RD SI
E Nl
FNID
JEHX
^•^••^
STN
ID
IT
345
MM^^MV
IMPL
JMBt
Bl
•• ^m
^r
I
1 1
±2
DONCENi
CO
e
91
OASSAY
TYPE
Jf
II
rRATION
DE
LABOT
REPL
NU>
DnornoN
If-T-
1 1 1
< *» 1 •» **
<
i
ATORY
ICATE
ffiER
DISSOLVED VARIABLE
OXYGEN CODE(I)
1 1
f
1
OBSERVATION
PERIOD
II III
WATER
TEMP
III
sAUNrrv
II 1
1
III
-
II
*
1
CONTI
SAM
NO.
VARIABLE VARIABLE VARIABLE CONTROL
OODE{2) COO6O) CODE (4) STATION ID
1 1 1 1
VARIABLE
VALUE (1)

I i B 1 7 S 4 5 « 7 I 9 0 1 2 3 4 3 « 7 • 9 6 1 2 3 4 S 6 7 8 9 0 1
t
1 1 1 1
VARIABLE
VALUE (2)
1 1 1 1
*
1
VARIABLE
VALUE (J)
INI
*
1
VARIABLE
VALUE (4)
1
t
II
i

ROL CONTH
IE SAMF1
1) N0.(
CONTHOI.
SAMPLE
N0.(7)
I

t
1
1 '
1

OL
JE
1)

-------
EXHIBIT XI-B-2
Bioassay Data
Order of Record Types
Reasons for Occurrence
SURVEY
HEADER
RECORD
Dueriba Uu i*n>*j ••
ftrit ncont in in* data HI
1) HIADER
-^ RECORD FOR
QUALITY ASSURANCE
BIOASSAYS
Bigiiu Itu npcrMg of data for
ell control jampUj im tka data
Ducribu itufi
1 STATION
HEADER
RECORD
Ducritu 1*1 Mccua nation
lotaiiom
ttponi i
for itofint ccftrvl
Dueri^a At twiplt
Sit ncc
fa-tt Jocaaod
CD STATION
HEADER
RECORD

©BIOASSAY
CONDITIONS
RECORD
t j
temdiioM axntiaud mlA
Itu cenml tieauajt
BIOASSAY
CONDITIONS
RECORD
Dticrika Vufirtt typt of
kioetifj •*< fiteaoud lul
Jnmitaftrmiaimt
li)BIOASSAY
CONDITIONS
RECORD
Dtitriba Itu *tteitd lypt tf
ciaaafj ««J ouooauil l*il
condition! for in* lamflt
from 1*4 ftrrt tampli
DATA RECORD
ftporti ruWu of tin W|«H'M
tounl tie*at)
DATA RECORD
ktponi njulo of Ik* ^OJI'BK
awrvl KeaBfly
DATA RECORD
ttperu tlu rtifoiuf of t*t UJi
ci|«umj in tluftrii rtplicoti
WM| itttfinl bioovtoj miked
DATARECORD
Ktforu tki ntpoiut of Ik* uii
eri»*imi M IM uceini
Htfora tfu nifciui oftuust
•r]MUIIU W ttl MCOMrf
XI-6
-------
ODES DATA SUBMISSIONS MANUAL
Header Record for Quality Assurance Bioassays

This record is used to identify bipassay data collected as positive or negative controls to
the test bioassays. All control bioassay data (e.g., standard toxicant, "clean" sediment,
dilution water only) should be reported within this level of hierarchy. See Exhibit XI-
C-2 for a description of all data elements in this record. (Sec Exhibit XI-B-2 for a
description of how data records for QA bioassays 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 XI-C-3 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-4 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 XJ-C-5 for a description of all data elements in this record.

Data Record

This record is used to record the results of a 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 Field 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 ED
EPA-11 Phase
EPA-12 Concentration Code

XI-7
-------
EXHIBIT XI-C-1
Survey Header Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code FILE TYPE - set to "900".

Alpha 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.

45
1

6
15
Code

Blank

YYMMDD

Alpha
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. Ths quarters are defined as
follows:
1 -
2 -
3 -
4 -
January
April
July
October
- March
- June
- September
- December
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 SCIENTISTANVHSTIGATOR -
name of senior scientist, investigator, or
contract manager.
XI-8
-------
EXHIBIT XI-C-1 (Cont'd)
Survey Header Record
Starting Length Field
Column of Field Format Description
60 17 Alpha MUMCIPALITY/INSTrnrnpN/AGENCY
- name of investigator's institution.
XI-9
-------
EXHIBIT XI-C-2
Header Record for Quality Assurance Bioassays
Starting Length Field
Column of Field Format Description
1 3 Code FILE TYPE-set to "144".

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.

9 1 Code SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

10 1 Code RECORD TYPE-set to "Z".

11 22 Blank BLANK.
XI-10
-------
EXHIBIT XI-C-3
Station Header Record
Staning
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code FILE TYPE - set to "900".

Alpha SOURCE IDENTIFIER - a unique identifier
assigned by EPA. This appears on all
records within the dam 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.

11
1

2
Code
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters arc defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

RECORD TYPE - set to "B".
13

16
3

6
Alphanumeric STATION IDENTIFICATION PREFIX - a
two-character code to indicate a station has
been revisited during a quarter. Leave blank
for first occupation. Valid codes for
reoccupations of the station are RI-R9.

Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.

DDMMSS STATION LATITyDE - longitude of stadon
in degrees (DD), minutes (MM), and seconds
(SS).
XI-11
-------
EXHIBIT XI-C-3 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
22

41
1

6
Code HEMISPHERE - set to "N".

DDDMMSS STATION LONGITUDE - longitude of
station in degrees (DD), minutes (MM), and
seconds (SS).

Code HEMISPHERE - set to "W".

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 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
Numeric
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 part of a 301 (h)
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
30 l(h) program.
XI-12
-------
EXHIBIT XI-C-3 (Cont'd)
Station Header Record
Starting
Column
Length
of Field
Field
Format
Description
50

55
Numeric DEPTH - depth at station in meters with one
decimal place.

Code WET OR DRY PERIOD - code to indicate
wet-dry season or weather conditions. This
Held is appropriate for effluent bioassays
only. Use Code No. 0347:

D--Dry
N - Normal/average conditions
W -- Wet
56
Code
58
21
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).
Blark BLANK.
XI-13
-------
EXHIBIT XI-C-4
Sample Header Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code

Alpha
YY
FILE TYPE-set to "900".

SOURCE IDENTIFIER - a unique identifier
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 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. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (See Appendix C).
Code
10

11
1

2
Code
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

RECORD TYPE - set to "C".
13
Alphanumeric STATION IDENTIFICATION PREFIX -
two-character code to indicate a station has
been revisited during a quarter. Leave blank
for first occupation. Valid codes for
inoccupations of the station are R1-R9.

Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
XI-14
-------
EXHIBIT XI-C-4 (Cont'd)
Sample I leader Record
Starting
Column
Length
of Field
Field
Format
Description
16
Alphanumeric SAMPLE NUMBER - a two-character
identifier assigned by the investigator for
each whole water or sediment sample.
Samples can normally be numbered
sequentially. Quality assurance bioassays
such as standard toxicants and dilution water
controls are identified by a sequential number
prefixed by a letter as indicated below:

P -- Positive control (e.g., standard toxicant)
N -- Negative control (e.g., dilution water)
18
24
Numeric
Numeric
30
Code
31

41
10

2
Blank
UPPER DEPTH - depth to top of sample
interval in meters with 2 decimal places. (If
sediment is sampled, sediment surface = 0.)

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.)

SPHERE - one-character code to identify
sphere (i.e., environment) from which the
sample came. Use Code No. 0093. (See
Appendix C for list of codes.)

BLANK.
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 15
-------
EXHIBIT XI-C-4 (Cont'd)
Sample Header Record
Starting
Column
Length
of Field
Field
Format
Description
50
Code
52
Numeric
56
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-Mclntyrc,
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 (with two decimal places) over which
the sample is composited (e.g., a 1.5-hour
composite would be recorded as 0150).

COMPOSITE INTERVAL - the average
length of time between each composite
subsamplc 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 16
-------
EXHIBIT XI-C-5
Bioassay Conditions Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code FILE TYPE - set to "900".

Alpha 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).
Tins code is defined by the investigator in the
data description forms which accompany the
data sets. Use an alpha code to indicate when
the monthly data were collected. Use Code
No. EPA-10 (See Appendix C).
Code
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:
10

11
1

2
Code
I - January - March
2 - April - June
3 - July - September
4 - October - December

RECORD TYPE - set to "D".
13
Alphanumeric STATION IDENTIFICATION PREFIX -
two-character code to indicate a station has
been revisited during a quarter. Leave blank
for first occupation. Valid codes for
reoccupations of the station are R1-R9.

Alphanumeric- STATION IDENTIFIER - three characters to
identify the sampling station.
XI 17
-------
EXHIBIT XI-C-5(Cont'd)
Bioassay Conditions Record
Starring
Column
Length
of Field
Field
Format
Description
16
Alphanumeric SAMPLE NUMBER - a two-character
identifier assigned by the investigator for
each whole water or sediment sample.
Samples can normally be nc/abered
sequentially.
18
Code
21
25
Numeric
DDHHMM
31
12
Code
43
Code
44
Code
45
Numeric
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).

MUM BER OF ORGANISMS - a count of the
iniiiul number of animals or plants in each
replicate sample in a given bioassay.

EXPOSURE - length of exposure of test
organisms to bioassay conditions. Format is
days (2 digits), hours (00-23), minutes (00-
59).

NODC TAXONOMIC CODE - 12-digit
numerical code assigned to the taxon used in
ihe 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.

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.)
<&
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.)

FLUSHING - four-digit value for flushing
rate in percent of chamber volume exchanged/
24 hours with one decimal place. Leave
blank if static bioassay used.
XI-18
-------
EXHIBIT XI-C-5 (Cont'd)
Bioassay Conditions Record
Starting
Column
Length
of Field
Field
Format
Description
49
53
54
55

60
6

19
HHHH PHOTOPERIOD - numbers of hours of light
vs. number of hours dark used during the
bioassay (e.g., 1608 = 16 hours light, 8
hours dark).

Code PHASE - a one character code to indicate the
phase (i.e., medium) in which the bioassay
organisms are housed. Use Code No. EPA-
II.

A — Liquid
B -- Suspended/elutriate
C -- Solid/sediment

Logical STANDARD TOXICANT RESULT - a one
character field to indicate whether the results
of the standard toxicant bioassay (positive
control) were acceptable. To be used only
when reporting standard toxicant data under
ilic Header Record for Quality Assurance
Uioassays.

YYMMDD BIOASSAY START DATE - the date on
which the bioassay began.

Blank BLANK.
XI 19
-------
EXHIBIT XI-C-6
Data Record
Starting
Column
Length
of Field
Field
Format
Description
1

4
3

2
Code FILE TYPE - set to "900".

Alpha 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.

11
1

2
Code
SCAN ID - A one-character code used to
indicate the quarter in which samples were
collected. The quarters are defined as
follows:

1 - January - March
2 - April - June
3 - July - September
4 - October - December

RECORD TYPE - set to "F*.
13
Alphanumeric STATION IDENTIFICATION PREFIX -
two-character code to indicate a station has
been revisited during a quarter. Leave blank
for first occupation. Valid codes for
reoccupations of the station are R1-R9.

Alphanumeric STATION IDENTIFIER - three characters to
identify the sampling station.
XI-20
-------
EXHIBIT XI-C-6 (Cont'd)
Data Record
Starting
Column
Length
of Field
Field
Format
Description
16
Alphanumeric SAMPLE NUMBER - a two-character
identifier assigned by the investigator for
each whole water or sediment sample.
Samples can normally be numbered
sequentially.
18
Code
21
Code
22
26
28
Numeric
Numeric
DDHHMM
34
Numeric
38
Numeric
BIOASSAY TYPE - a three-character code to
identify the type of bioassay being con-
ducted. Use Code No. EPA-6. (Sec Appen-
dix C for list of codes.)

CONCENTRATION CODE - a one character
code to indicate how the concentration of
each bioassay test chamber is reported.

C = Concentration, in ppm (with one
decimal)
B = Concentration, in ppb (with one decimal)
R = Reference concentration (percent with
one decimal)
D = Dilution (percent with one decimal)

CONCENTRATION/DILUTION - Concen-
tration or dilution used in the bioassay. Units
are specified in the concentration code
(Column 21). If no dilution, leave blank.

LABORATORY REPLICATE NUMBER - a
unique identifier, assigned by investigator,
for each replicate or subsample taken from a
whole sediment or water sample.

OBSERVATION PERIOD - the elapsed time
from the beginning of the bioassay at which a
count or measure is made (e.g., growth,
temperature). Formal is days (2 digits),
hours (00-23), minutes (00-59).

WATER TEMPERATURE - water
temperature under which bioassay was
conducted. In degrees Celcius with two
decimal places.

SALINITY - salinity of water in the test
chamber, in parts per thousand to two
decimal places.
XI-21
-------
EXHIBIT XI-C-6 (Cont'd)
Data Record
Starting
Column
Length
of Field
Field
Format
Description
42

49
3

2
51
56
58
63
65
70
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-characier 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.

Code 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.

Numeric VARIABLE VALUE (2) - the value of the
variable measured. The recorded value must
take the format described in the variable code.

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.

Numeric VARIABLE VALUE (3) - the value of the
variable measured. The recorded value must
take the format described in the variable code.

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.
XI-22
-------
EXHIBIT XI-C-6 (Cont'd)
Data Record
Starting Length Field
Column of Field Format Description
72 5 Numeric VARIABLE VALUE (4) - the value of the I
variable measured. The recorded value must
take the format described in the variable code.f

77 3 Alphanumeric CONTROL STATION - a three-character
code assigned by an investigator to identify
the sampling station where controls were
collected (i.e., reference station).

80 2 Alphanumeric CONTROL SAMPLE NUMBER 1 - a two-
character identifier assigned by the investi-
gator for the first whole water or sediment
sample used as a bioassay control.

82 2 Alphanumeric CONTROL SAMPLE NUMBER 2 - a two-
character identifier assigned by the investi-
gator for the second whole water or sediment
sample used as a bioassay control.

84 2 Alphanumeric CONTROL SAMPLE NUMBER 3 - a two-
character identifier assigned by the investi-
gator for the third whole water or sediment
sample used as a bioassay control.
XI-23
-------
APPENDIX A
ODES CHEMICAL CODES
NOTE: Appendix A provides a list of valid ODES 10-
charactcr 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.
-------
ODES-CHEMICAL CODES
CHEMICAL
NAME
CHEMICAL
CODE
CAS
NUMBER
ABIETIC ACID (= SYLVIC ACID)
ACENAPHTHENE
ACENAPHTHENE-D10, DEUTERATED (SURROGATE)
ACENAPHTHENE/PHENANTHRENE
ACENAPHTHVLENE
ACETALDEHYDE
ACETIC ACID (= CELLOSOLVE ACETATE == 2-ETHOXYETHYL ACETATE)
ACETIC ACID, ETHENYL ESTER (= VINYL ACETATE)
ACETIC ACID, ETHYL ESTER (= ETHYL ACETATE)
ACETONE
ACETONITRILE
ACETOPHENONE
ACETYL-2-THIOUREA (l-Acetyl-2-thiourea)
ACETYLAMINOFLUORENE (2-Acetylaminofluorene = N-2-FLUORENYLACETAMIDE)
ACETYLENE DICHLORIDE (= 1,2-DICHLOROETHENE), cis
ACETYLENE TETRACHLORIDE (= 1,1,2,2-TETRACHLOROETHANE)
ACID VOLATILE SULFIDES
ACROLEIN
ACRYLAMIDE
ACRYLONITRILE
ACTINIDES
ADSORBABLE ORGANIC HALOGENS
AFLATOXIN
ALCOHOL, ANHYDROUS (= ETHANOL = ETHYL ALCOHOL = METHYL CARBINOL)
ALDEHYDES
ALDRIH (PESTICIDE)
ALGICIDES
ALIPHATIC HYDROCARBON
ALIPHATIC SOLVENT
ALKALINITY
ALKYL BENZENE (C3)
ALKYL BENZENE (C3) + ALKANE
ALLYL CHLORIDE (= 3-CHLOROPROPENE)
ALLYL-3,4-METHYLENEDIOXYBENZENE (l-Allyl-3,4-Methylencdioxybnz=SAFROLE
ALUMINUM, TOTAL
AMINO-5-AZOTOLUENE, 2- (= DIMETHYLAMINOAZOBENZENE)
ABIETIC AC
ACENAPE
ACENAP-D10
ACENPHEN
ACENAPTYLE
ACETAL
AC-CELOSOL
VINYL ACET
ETHYL ACET
ACETONE
ACETONTRLE
ACETOPHENO
1A-2THUREA
N2FLACETAM
12-C2CLETH
1122-4CLET
AVS
ACROLEIN
ACRYLAMIDE
ACRYLNTRLE
ACTINIDES
AOX
AFLATOXIN
ETHANOL
ALDEHYDES
ALDRIN
ALGICIDES
ALIPH HCBN
ALIPH SOLV
ALKLNTY
C3-ALKBNZ
C3ALKBENTL
3-CLPRPE
SAFROLE
ALUMINUM
DMAAZOBNZ
514-10-3
83-32-9
208-96-8
75-07-0
64-19-7
108-05-4
141-78-6
67-64-1
75-05-8
98-86-2
591-08-2
3096-50-2
540-59-0
79-34-5

107-02-8
79-06-1
107-13-1
1402-68-2
64-17-5

309-00-2
107-05-1
94-59-7
7429-90-5
97-56-3
-------
AMINOANTHRAQUINONE (2-Aminoanthraquinone)
AMINOAZOBENZENE (= p-(PHENYAZO)ANILINE)
AMINOBENZENE (= ANILINE = PHENYLAMINE)
AMINOBIPHENYL (4-Aminobipheny1 = p-BIPHENYLAMINE)
AMINOMETHANE (= METHYLAMINE)
AMINONAPTHALENE (1-Aminonapthalene = 1-NAPTHYLAMINE)
AMINONAPTHALENE (2-Aminonapthalene = 2-NAPTHYLAMINE)
AMINOTOLUENE (2-aroinotoluene = o-TOLUIDINE = 2 METHYLANILINE)
AMINOTOLUENE HYDROCHLORIDE (2-Aminotol. Hcl=o-TOLUIDINE HYDROCHLORIDE
AMMONIA, DISSOLVED (NH3)
AMMONIA, TOTAL (NH3)
AMMONIA-NITROGEN (NH3)
AMMONIUM, DISSOLVED (NH4)
AMMONIUM, TOTAL (NH4)
ANILINE (= AMINOBENZENE = PHENYLAMINE)
ANISIDINE (o-Anisidine = 2-METHOXYANILINE)
ANTHRACENE
ANTHRACENE + PHENANTHRENE
ANTHRACENE-DID (SURROGATE)
ANTIBIOTIC RESISTANT BACTERIA
ANTIMONY, DISSOLVED
ANTIMONY, TOTAL (SB)
ARAMITE
AROMATIC HYDROCARBONS
ARSENATE
ARSENIC, DISSOLVED
ARSENIC, TOTAL
ASBESTOS
ATRAZINE (PESTICIDE)
AZINE (= PYRIDINE)
AZINPHOS-METHYL (= GUTHION)
AZOBENZENE
BARIUM, TOTAL
BENZACENAPTHENE (1,2-benzacenapthene = FLUORANTHENE)
BENZENE
BENZENE CARBOXYLIC ACID (= BENZOIC ACID)
BENZENE SOLUBLE ORGANICS
BENZENETHIOL (= THIOPHENOL = MERCAPTOBENZENE)
BENZENOL (= PHENOL » CARBOLIC ACID « HYDROXYBENZENE)
BENZIDINE (= 4,4-DIAMINOBYPHENYL)
BENZINDENE (2,3-Benzindene = FLUORENE = DIPHENYLENEMETHANE)
BENZO(A)ANTHRACENE
BENZO(A)ANTHRACENE/CHRYSENE
BENZO(A)FLUORANTHENE
BENZO(A)PHENANTHRENE (= CHRYSENE = 1,2-BENZPHENANTHRENE)
AMAQUINONE
AAZOBENZ
ANILINE
4AMINOBIP
MTHYLAMINE
1-NAPAMINE
2-NAPAMINE
0-TOLUIDIN
0-TOLI-HCL
AMMONIA-D
AKMONIA
AMMONIA-N
AMMONIUM-D
AMMONIUM
ANILINE
O-ANISIDIN
ANTHRACENE
YPHPA
ANTH-D10
ANTIRESBAC
DANTIMONY
ANTIMONY
ARAMITE
AROM HCBN
ARSENATE
DARSENIC
ARSENIC
ASBESTOS
ATRAZINE
PYRIDINE
GUTHION
AZOBENZENE
BARIUM
FLUORANTHN
BENZENE
BENZOIC AC
BSO
THIOPHENOL
PHENOL
BZID
FLUORENE
BAA
BENZCHRY
BAF
CHRYSENE
117-79-3
60-09-3
62-53-3
92-67-1
74-89-5
134-32-7
91-59-8
95-53-4
636-21-5

7664-41-7
62-53-3

120-12-7

7440-36-0

7778-39-4

7440-38-2
1332-21-4
1912-24-9
110-86-1
86-50-0
103-33-3
7440-39-3
206-44-0
71-43-2
65-85-0

108-98-5
108-95-2
92-87-5
86-73-7
56-55-3
-------
BENZO(A)PYRENE (3,4-Benzpyrene)
BENZO(B)FLUORANTHENE
BENZO(B,K)FLUORANTHENE
BENZO(D,E,F)PHENANTHRENE (= PYRENE)
BENZO(E)PYRENE
BENZO(E)PYRENE, TOTAL
BENZO(G,H,I)PERYLENE
BENZO(K)FLUORANTHENE
B EN ZO FLUORANTH EN ES, TOTAL
BENZOIC ACID (= BENZENE CARBOXYLIC ACID)
BENZOQUINONE (= QUINONE)
BENZOTRIAZOLE-C10
BENZYL ALCOHOL (= alpha-HYDROXY-TOLUENE)
BERYLLIUM, DISSOLVED
BERYLLIUM, TOTAL
BIOCHEMICAL OXYGEN DEMAND
BIOCHEMICAL OXYGEN DEMAND, CARBONACEOUS
BIOCHEMICAL OXYGEN DEMAND-5 DAY TEST
BIPHENOL (= DIHYDROXYBIPHENYL)
BIPHENOL, 2,5- (= 2,5-DIHYDROXYBIPHENYL)
BIPHENOL, 4,4- (= 4,4-DIHYDROXYBIPHENYL)
BIPHENYL (= DIPHENYL = PHENYLBENZENE)
BIPHENYLAMINE (p-Biphenylamine = 4-AMINOBIPHENYL)
BIS(2-CHLOROETHOXY) METHANE
BIS(2-CHLOROETHYL) ESTER
BIS(2-CHLOROETHYL) ETHER
BIS(2-CHLOROISOPROPYL) ESTER
BIS(2-CHLOROISOPROPYL) ETHER
BIS(2-ETHYLHEXYL) PHTHALATE (= DI(2-ETHYLHEXYL)PHTHLATE)
BIS-CHLOROMETHYL ETHER
BIVINYL (= 1,3-BUTADIENE)
BORATE
BORNYL ACETATE
BORON
BRASSICOL (= PENTACHLORONITROBENZENE = QUINTOZENE = TRITISAN)
BROMACIL
BROMIDE, DISSOLVED
BROMINE
BROMODICHLOROMETHANE (DCBM)
BROMOFLUOROBENZENE (l-Fluoro-2-Bromobenzene)
BROMOFLUOROBENZENE (l-Fluoro-3-Bromobenzene)
BROMOFORM (= TRIBROMOMETHANE)
BROMOL (= 2,4,6-TRIBROMOPHENOL)
BROMOMETHANE (= METHYL BROMIDE)
BROMOPHENYL ETHER (4-Bromophenyl Ether)
BAP
BBF
BBKF
PYRENE
BEP
TBEP
BGHIP
BKF
TOTAL BF
BENZOIC AC
QUINONE
C10BTRIAZ
BENZYL-OH
DBERYLLIUM
BERYLLIUM
BOD
BOD CARB
BODS
BIPHENOL
BIPHENOL25
BIPHENOL44
BIPHENYL
4AMINOBIP
BCEOM
BCEESTER
BCEE
B2CIESTER
B2CIE
DEHP
BCME
13-DUTAD
BORATE
BORNYL AC
BORON
5CLNBNZ
BROMACIL
BROMIDE-D
BROMINE
BR2CLMETH
BRFLBNZ
BRFLBNZ13
3-BRMETHA
246-3BRPHN
METHYL BR
4-BPE
50-32-8
205-99-2

129-00-0
192-97-2

191-24-2
207-08-9

65-85-0
106-51-4
7440-41-7
1806-29-7
1079-21-6
92-88-6
92-52-4
92-67-1
111-91-1

111-44-4

108-60-1
117-81-7
542-88-1
106-99-0

5655-61-8
7440-42-8
82-68-8
314-40-9

7726-95-6
75-27-4
1072-85-1
1073-06-9
75-25-2
118-79-6
74-83-S
-------
BROMOPHENYL PHENYL ESTER (4-Bromophenyl Phcnyl Ester)
BROMOPHENYL PHENYL ETHER (4-Bromophenyl Phenyl Ether)
BUTADIENE (1,3-Butadiene = BIVINYL)
BUTANAL (= BUTYRALDEHYDE)
BUTANE
BUTANONE (2-Butanone = METHYL ETHYL KETONE)
BUTENE-1-OL (2-BUTENE-l-OL = CROTYL ALCOHOL)
BUTENOIC ACID (2-Butenoic Acid = CROTONIC ACID)
BUTOXY PHOSPHATE ETHANOL (2-Butoxy Phosphate Ethanol)
BUTOXYETHANOL (2-Butoxyethanol=BUTYL CELLOSOLVE=GLYCOL MONOBUTYL ETHER
BUTYL ACETATE
BUTYL ALCOHOL
BUTYL BENZYL PHTHALATE
BUTYL BROMIDE
BUTYL CELLOSOLVE (= BUTOXYETHANOL)
BUTYL METHYL KETONE (= 3-METHYL-2-PENTANONE)
BUTYLBENZENE ISOMERS
BUTYLTINS (Dibutyltin)
BUTYLTINS (Monobutyltin)
BUTYLTINS (Tetrabutyltin)
BUTYLTINS (Tributyltin)
BUTYRALDEHYDE (= BUTANAL)
CACODYLIC ACID (= DIMETHYLARSENIC ACID)
CADMIUM, DISSOLVED
CADMIUM, TOTAL
CAFFEINE
CALCIUM SULFATE (= SELENITE)
CALCIUM, DISSOLVED
CALCIUM, TOTAL
CAMPHOR (l,7,7-TRIMETHYLBICYCLO[2.2.1]HEPTAN-2-ONE = Camphor)
CAPROIC ACID, METHYL ESTER = METHYL CAPROATE = HEXANOIC ACID, METHYL
CARBAMIC ACID, ETHYL ESTER (= URETHANE = ETHYL CARBAMATE)
CARBARYL (PESTICIDE)
CARBAZOLE (= DIBENZOPYRROLE = DIPHENYLENIMINE)
CARBINOL (= METHANOL = METHYL ALCOHOL)
CARBOFURAN
CARBOLIC ACID (= PHENOL = BENZENOL = HYDROXYBENZENE)
CARBON DIOXIDE
CARBON DISULFIDE
CARBON MONOXIDE
CARBON TETRACHLORIDE (= TETRACHLOROMETHANE)
CARBON, TOTAL ORGANIC
CARBONATE
CARBOPHENOTHION (= TRITHION)
CELLOSOLVE (= 2-ETHOXYETHANOL)
4-BPPESTER
4-BPPE
13-BUTAD
BUTYRAL
BUTANE
2-BUTANONE
2-BUTE1-OL
PHOSDRIN
2BPHOSETHA
2-BUTOXETH
BUTYL ACET
BUTYLALCHL
BUTBNZ PHT
BUTYL BR
2-BUTOXETH
3-M2-PNTNO
I BUT BENZ
DBT
MBT
TTBT
TBT
BUTYRAL
CACODYL AC
DCADMIUM
CADMIUM
CAFFEINE
SELENITE
CALCIUM-D
CALCIUM
177-3M2CYC
HEX-METHES
URETHAN
CARBARYL
CARBAZOLE
METHANOL
CARBOFURAN
PHENOL
CO2
CS2
CO
4CLMETHA
TOC
C03
TRITHION
CELLOSOLVE
101-55-3
106-99-0
123-72-8
106-97-8
78-93-3
6117-91-5
3724-65-0
78-51-3
111-76-2
123-86-4
71-36-3
85-68-7
109-65-9
111-76-2
123-72-8
75-60-5

7440-43-9
58-08-2

7440-70-2
7440-70-2
76-22-2
106-70-7
51-79-6
63-25-2
86-74-8
67-56-1

108-95-2
124-38-9
75-15-0
630-08-0
56-23-5
736-19-6
110-80-5
-------
CELLOSOLVE ACETATE (= 2-ETHOXYETHYL ACETATE = ACETIC ACID)
CHEMICAL OXYGEN DEMAND
CHLORDANE (ALPHA)
CHLORDANE (GAMMA)
CHLORDANE (PESTICIDE)
CHLORDANE, TOTAL
CHLORDECONE (= KEPONE)
CHLORIDE, DISSOLVED
CHLORIDE, TOTAL
CHLORINATED HYDROCARBONS, TOTAL
CHLORINATED PHENOLS, TOTAL
CHLORINE
CHLORINE DIOXIDE
CHLORINE, TOTAL RESIDUAL
CHLORO-1,3-BUTADIENE (2-Chloro-l,3-Butadiene = CHLOROPRENE)
CHLORO-1,3-EPOXYPROPANE (2-Chloro-l,3-Ep.Prop.= EPICHLOROHYDRIN)
CHLORO-2-METHYLANILINE (5-Chloro-2-methylaniline)
CHLORO-2-METHYLPHENOL (4-Chloro-2-MethyIphenol = 4-CHLORO-o-CRESOL)
CHLORO-3-METHYLPHENOL (4-Chloro-3-MethyIphenol = 4-CHLORO-m-CRESOL)
CHLORO-3-METHYLPHENOL (6-Chloro-3-MethyIphenol = 6-CHLORO-ro-CRESOL)
CHLORO-m-CRESOL (4-Chloro-m-Cresol = 4-CHLORO-3-METHYLPHENOL)
CHLORO-m-CRESOL (6-Chloro-m-Cresol = 6-CHLORO-3-METHYLPHENOL)
CHLORO-O-CRESOL (4-Chloro-o-Cresol = 4-CHLORO-2-METHYLPHENOL)
CHLOROACETALDEHYDE (= CHLOROETHANAL)
CHLOROALKLY ETHERS
CHLOROANILINE (2-chloroaniline = 4,4'-METHYLENEBIS)
CHLOROANILINE (4-Chloroaniline or p-Chloroaniline)
CHLOROBENZENE ( = PHENYL CHLORIDE)
CHLOROBENZOTRIAZOLE
CHLOROBUTADIENE
CHLORODEHYDROABIETIC ACID
CHLOROETHANAL (= CHLOROACETALDEHYDE)
CHLOROETHANE (= ETHYL CHLORIDE)
CHLOROETHENE (=- VINYL CHLORIDE)
CHLOROETHYL ETHYL (bis(2-Chloroethyl)ethyL)
CHLOROETHYLVINYL ETHER (2-Chloroethylvinyl Ether)
CHLOROETHYLVINYL ESTER (2-Chloroethylvinyl Ester)
CHLOROFORM (= TRICHLOROMETHANE)
CHLOROISOPROPYL ETHYL (bis(2-Chloroisopropyl)ethyl)
CHLOROMETHANE (= METHYL CHLORIDE)
CHLOROMETHYL METHYL ETHER
CHLOROMETHYL PYRIDINE (3-(Chloromethyl)pyridine)
CHLORONAPHTHALENE (1-Chloronaphthalene)
CHLORONAPHTHALENE (2-Chloronaphthalene)
CHLOROPHENOL (m-Chlorophenol)
AC-CELOSOL
COD
CHLORDAN-A
CHLORDAN-G
CHLORDANE
CHLORDAN-T
KEPONE
CHLORIDE-D
CHLORIDE
TOT CHC
CL PHENOLS
CHLORINE
CLO2
TOT RES CL
CLOROPRENE
EPICLHYD
5CL-2MANIL
4-CL2-MPHN
4-CL3-MPHN
6-CL3-MPHN
4-CL3-NPHN
6-CL3-MPHN
4-CL2-MPHN
CLACETAL
CLALKETHRS
2CLANILINE
4-CLANILIN
CLBNZ
CBTRIAZOLE
CLBUTAD
CLDEHAB
CLACETAL
ETHYL CL
VINYL CL
B2CLETET
2-CLEVE
2-CLEVESTR
CHLOROFORM
B2CIETH
METHYL CL
CMME
3CLMPYRID
1CLNAPTH
2-CLNAP
3-CLPHN
64-19-7

5103-71-9
5566-34-7
57-74-9

143-50-0
7782-50-5

126-99-8
106-89-8

1570-64-5

59-50-7

59-50-7
1570-64-5
107-20-0
108-90-7

126-99-8

107-20-0
75-00-3
75-01-4

110-75-8

67-66-3

74-87-3
107-30-2

90-13-1
91-58-7
108-43-0
-------
m-TOLYL CHLORIDE)
o-TOLYL CHLORIDE)
p-TOLYL CHLORIDE)
CHLOROPHENOL (o-Chlorophenol)
CHLOROPHENOL (p-Chlorophenol or 4-Chlorophenol)
CHLOROPHENYL ESTER (4-Chlorophenyl Ester)
CHLOROPHENYL ETHER (4-Chlorophenyl Ether)
CHLOROPHENYL PHENYL ESTER (4-Chlorophenyl Phenyl Ester)
CHLOROPHENYL PHENYL ETHER (4-Chlorophenyl Phenyl Ether)
CHLOROPHYLL-A (SPECTROPHOTOGR. METH)
CHLOROPRENE (= 2-CHLORO-l,3-BUTADIENE)
CHLOROPROPENE (3-Chloropropene = ALLYL CHLORIDE)
CHLOROROOXETANE (3-Chlororooxetane = EPICHLOROHYDRIN)
CHLOROSAILINE (4-Chlorosailine)
CHLOROTOLUENE (m-Chlorotoluene
CHLOROTOLUENE (o-Chlorotoluene
CHLOROTOLUENE (p-Chlorotoluene
CHLORPYRIFOS
CHOLESTANOL
CHOLESTEROL
CHROMIUM, DISSOLVED
CHROMIUM, HEXAVALENT
CHROMIUM, TOTAL
CHROMIUM, TRIVALENT
CHRYSENE (= 1,2-BENZPHENANTHRENE = BENZO(A)PHENANTHRENE)
CHRYSENE (Cl homologs)
CHRYSENE (C2 homologs)
CHRYSENE (C3 HOMOLOGS)
CHRYSENE (C4 HOMOLOGS)
CHRYSENE AND TRIPHENYLENE
CLOSTRIDIUM PERFRINGENS
COBALT, TOTAL
CONDUCTIVITY
COPPER, DISSOLVED
COPPER, TOTAL
COPROSTANOL (= COPROSTEROL)
CORONENE (= HEXABENZOBENZENE)
CREOSOTE
CRESIDINE (p-Cresidine)
CRESOL (ro-Cresol = 3-METHYLPHENOL)
CRESOL (0-Cresol = 2-METHYLPHENOL = 2-HYDROXYTOLUENE)
CRESOL (p-Cresol = 4-METHYLPHENOL = 4-HYDROXYTOLUENE)
CRESOLS, TOTAL (= METHYLPHENOLS)
CROTONIC ACID (= trans-2-BUTENOIC ACID)
CROTYL ALCOHOL (= 2-BUTENE-l-OL)
CUMENE (= ISOPROPYL BENZENE)
CYANIDE, TOTAL
CYCLOBUTANOL
2-CLPHN
4-CLPHN
4-CPESTER
4-CPE
4-CPPESTER
4-CPPE
CHLOROPHYL
CLOROPRENE
3-CLPRPE
EPICLHYD
4CLSL
M-CLT<~LUEN
O-CLTOLUEN
P-CLTOLUEN
CHLORPYRIF
CHOLESTNOL
CHOLESTROL
DCHROMIUM
CHROMIUM-6
CHROMIUM-T
CHROMIUM-3
CHRYSENE
C1CHRYSEN
C2CHRYSEN
C3CHRYSEN
C4CHRYSEN
CHRY+TRIPH
CLOS PERF
COBALT
CONDUCT
DCOPPER
COPPER
COPROSTNOL
CORONENE
CREOSOTE
P-CRESIDIN
3-METHPHN
2-METHPHN
4-METHPHN
CRESOLS
PHOSDRIN
2-BUTE1-OL
CUMENE
CYANIDE
CYCHBUTAN
95-57-8
106-48-9
7005-72-3
1406-65-1
126-99-8
107-05-1
106-89-8
100-44-7

2921-88-2
80-97-7
57-88-5

7440-47-3
7440-47-3
7440-47-3
218-01-9
7440-48-4
7440-50-8

191-01-7
8021-39-4
120-71-8
108-39-4
95-48-7
106-44-5
1319-77-3
7786-34-7
6117-91-5
98-82-8
57-12-5
-------
CYCLOHEXANE (= HEXAHYDROBENZENE = HEXAMETHYLENE)
CYCLOHEXANONE (= KETOHEXAMETHYLENE = PIMELIC KETONE)
CYCLOHEXENE (= 3,4,5,6-TETRAHYDROBENZENE)
CYCLOHEXYL-4,6-DINITROPHENOL (2-Cyclohexyl-4,6-Dinitrophenol)
CYMENE (= ISOPROPYL-(METHYL)-BENZENE = ISOPROPYLTOLUENE)
D (2,4-D or 2,4-Dichlorophenoxy Acetic Acid) (PESTICIDE)
D ESTERS (2,4-D Esters)
ODD (PESTICIDE)
ODD (o,p-DDD)
ODD (p,p-DDD)
DDE (PESTICIDE)
DDE (o,p-DDE)
DDE (p,p-DDE)
DDT (PESTICIDE)
DDT (o,p-DDT)
DDT (p,p-DDT)
DDT, TOTAL
DECAHYDROMETHYLNAPTHANE
DECHLORANE (= MIREX)
DECYNE
DEF
DEHYDROABIETIC ACID
DELNAV (= DIOXATHION)
DEMETON (= SYSTOX) (PESTICIDE)
DI(2-ETHYLHEXYL)PHTHALATE (= BIS(2-ETHYLHEXYL) PHTHALATE)
DI-N-BUTYL PHTHALATE
DI-N-OCTYL PHTHALATE
DI-SYSTON (= DISULFOTON)
DIAMINOBENZENE ( = 1,4-PHENYLENEDIAMINE)
DIAMINOBIPHENYL (4,4'-Diaminobiphenyl = BENZIDINE)
DIAMINOTOLUENE (2,4-Diaminotoluene = TOLUENE-2,4-DIAMINE)
DIANISIDINE (3,3'-DIMETHOXYBENZIDINE)
DIAZINON (PESTICIDE)
DIBENZ(A,H)ANTHRACENE (=1,2:5,6-Dibenzanthracene)
DIBENZ(A,J)ACRIDINE
DIBENZO(A,E)PYRENE (= 1,2:4,5-DIBENZOPYRENE)
DIBENZOFURAN (= DIPHENYLENE OXIDE)
DIBENZOPYRENE (1,2:4,5-Dibenzopyrene - DIBENZO(A,E)PYRENE)
DIBENZOPYRROLE ( = CARBAZOLE = DIPHENYLENIMINE)
DIBENZOTHIOPHENE (= DIPHENYLENE SULFIDE)
DIBENZOTHIOPHENE (Cl homologs)
DIBENZOTHIOPHENE (C2 homologs)
DIBENZOTHIOPHENE (C3 homologs)
DIBROMO-3-CHLOROPROPANE (1,2-Dibromo-3-Chloropropane = NEMAGON)
DIBROMOCHLOROETHANE (DBCE)
CYCHEXANE
CYCHEXANON
CYCHEXENE
2CH46-2NPH
CYMENE
2,4 D
2,4 DESTRS
ODD
OP ODD
PP ODD
DDE
OP DDE
PP DDE
DDT
OP DDT
PP DDT
DDT-T
DECHMNAPTA
MIREX
DECYNE
DEF
DHYABIETIC
DELNAV
DEMETON
DEHP
DINBP
2NOCTP
DISULFOTON
14-PHE2AM
BZID
24-2AMTOL
2ANISIDINE
DIAZINON
2BANTH
DBAJACRID
1245-2BPYR
DIBNZFURAN
1245-2BPYR
CARBAZOLE
DIBNZTHIO
C1DIBNZTHP
C2DIBNZTHP
C3DIBNZTHP
12-2BR3CLP
2BRCLETH
110-82-7
108-94-1

131-89-5
99-87-6
94-75-7

72-54-8
72-55-9
50-29-3
2385-85-5

78-48-8
1740-19-8
78-34-2
8065-48-3
117-81-7
84-74-2
117-84-0
298-04-4
106-50-3
92-87-5
95-80-7
119-90-4
333-41-5
53-70-3
224-42-0
192-65-4

192-65-4
86-74-8
96-12-8
-------
ETHYLIDENE CHLORIDE)
ETHYLENE DICHLORIDE)
DIBROMOCHLOROMETHANE (DBCM)
DIBROMOMETHANE (= METHYLENE BROMIDE)
DIBROMOOCTAFLUOROBIPHENYL (SURROGATE)
DIBROMOPROPYL PHOSPHATE (tris-2,3-Dibromopropy1 phosphate = TRIS)
DIBUTYLTIN
DICAMBA
DICHLORO-1-PROPENE (2,3-Dichloro-l-Propene)
DICHLOROBENZENE (m-Dichlorobenzene or 1,3-Dichlorobenzene)
DICHLOROBENZENE (o-Dichlorobenzene or 1,2-Dichlorobenzene)
DICHLOROBENZENE (p-Dichlorobenzene or 1,4-Dichlorobenzene)
DICHLOROBENZENE NOS
DICHLOROBENZIDINE (3,3'-Dichlorobenzidine)
DICHLOROBENZIDINE BASE
DICHLOROBENZOPHENOL
DICHLOROBIPHENYL, TOTAL
DICHLORODEHYDROABIETIC ACID
DICHLORODIFLUOROMETHANE (= FREON)
DICHLOROETHANE (1,1-Dichloroethane
DICHLOROETHANE (1,2-Dichloroethane
DICHLOROETHANE (cis-1,2-Dichloroethane)
DICHLOROETHANE, DEUTERATED (1,2-Dichloroethane-D4)
DICHLOROETHENE (1,1-Dichloroethene = VINYLIDENE CHLORIDE)
DICHLOROETHENE (cis-1,2-Dichloroethene = ACETYLENE DICHLORIDE)
DICHLOROETHENE (trans-1,2-Dichloroethene = ACETYLENE DICHLORIDE)
DICHLOROETHENES (Sum of Acetylene Dichloride and Vinylidine Chloride)
DICHLOROGUAIACOL (4,5-Dichloroguaiacol)
DICHLOROMETHANE (= METHYLENE CHLORIDE)
DICHLOROPHENOL (2,3-Dichlorophenol)
DICHLOROPHENOL (2,4-Dichlorophenol)
DICHLOROPHENOL (2,5-Dichlorophenol)
DICHLOROPHENOL (2,6-Dichlorophenol)
DICHLOROPHENOL (2-Dichlorophenol)
DICHLOROPHENOL (3,4-Dichlorophenol)
DICHLOROPHENOXY ACETIC ACID (2,4-Dichlorophenoxy Acetic Acid = 2,4-D)
DICHLOROPROPANE (1,2-Dichloropropane » PROPYLENE DICHLORIDE)
DICHLOROPROPANE (1,3-Dichloropropane = TRIMETHYLENE CHLORIDE)
DICHLOROPROPANE (cis-1,3-Dichloropropane)
DICHLOROPROPANE (trans-1,3-Dichloropropane)
DICHLOROPROPANES (Sum of Propylidene Chloride and Propylene Dichloride
DICHLOROPROPENE (1,2-Dichloropropene)
DICHLOROPROPENE (1,3-Dichloropropene or 1,3-DICHLOROPROPYLENE)
DICHLOROPROPENE (cis-1,3-Dichloropropene)
DICHLOROPROPENE (trans-1,3-Dichloropropene)
DICHLOROPROPENES, TOTAL
DICHLOROPROPYLENE (1,3-Dichloropropylene = 1,3-DICHLOROPROPYLENE)
2BRCLMETH
METHYLE BR
DBOFB
T23-2BPP04
DBT
DICAMBA
23-2CL1PRE
13-2CLBNZ
12-2CLBNZ
14-2CLBNZ
2CLBNZ
33-2CLBZID
2CLBZID
2CLBNZPHN
2CLBPHNL-T
DCLDEHAB
FREON
11-2CLETH
12-2CLETH
12-C2CLETE
12-2CLE-D4
11-2CLETHE
12-C2CLETH
12-T2CLETH
2CLETHENES
GUAIA45
2CLMETHA
23-2CLPHN
24-2CLPHN
25-2CLPHN
26-2CLPHN
2-2CLPHN
34-2CLPHN
2,4 D
12-2CLPRP
13-2CLPRP
C13-2CLPRP
T13-2CLPRP
2CLPRPANES
12-2CLPRPE
13-2CLPRPE
C13-2CLPRE
T13-2CLPRE
2CLPRPENES
13-2CLPRPE
124-48-1
74-95-3

126-72-7

1918-00-9
78-88-6
54-17-1
95-50-1
106-46-7
91-94-1
75-71-8
75-34-3
1300-21-6
75-35-4
540-59-0
156-60-5
75-09-2

120-83-2

87-65-0
94-75-7
78-87-5
142-28-9
563-54-2
542-75-6
10061-01-5
-------
RESORCINOL)
HYDROQUINONE)
DICHLOROTRIFLUOROETHANE
DICOFOL (= KELTHANE)
DIELDRIN (PESTICIDE)
DIESEL FUEL
DIETHYL HEXYL ADIPATE
DIETHYL SULFATE
DIETHYL p-NITROPHEMYL MONOTHIOPHOSPHATE (= PARATHION)
DIETHYLBENZENE ISOMERS
DIETHYLENE DIOXIDE (1,4-Diethylene Diox.=DIOXANE=GLYCOL ETHYLENE ETHER
DIETHYLOXIRANE (2,3-Diethyloxirane)
DIETHYLPHTHALATE (= PHTHALIC ACID, ETHYL ESTER)
DIETHYLSTILBESTEROL
DIHYDRO-1,4-DIKETONAPTHALENE (1,4-Dihy.1,4-Diket.=1,4-NAPHTHOQUINONE)
DIHYDROXYBENZENE (1,3-Dihydroxybenzene
DIHYDROXYBENZENE (1,4-Dihydroxybenzene
DIHYDROXYBIPHENYL (= BIPHENOL)
DIHYDROXYBIPHENYL, 2,5- (= 2,5-BIPHENOL)
DIHYDROXYBIPHENYL, 4,4- (- 4,4-BIPHENOL)
DIHYDROXYETHANE (= 1,2-ETi NEDIOL = ETHYLENE GLYCOL)
DILANTIN (= PHENYTOIN sodium = 5,5'-DIPHENYLHYDANTOIN)
DIMETHOATE
DIMETHOXYBENZIDINE (3,3'-Dimethoxybcnzidine = DIANISIDINE)
DIMETHYL ARSENATE
DIMETHYL DISULFIDE
DIMETHYL PF7HALATE (= PHTHALIC ACID, METHYL ESTER)
DIMETHYL SULFATE
DIMETHYL SULFIDE (= DIMETHYL SULFONE)
DIMETHYLAMINOAZOBENZENE (= METHYL YELLOW
DIMETHYLARSINIC ACID (= CACODYLIC ACID)
DIMETHYLBENZ (A) ANTHRACENE (7 ,12-Dimethylbenz (a) anthracene)
DIMETHYLBENZENE, TOTAL (= XYLENE, TOTAL)
DIMETHYLBENZIDINE (3,3'-nimethylbenzidine = o-TOLIDINE)
DIMETHYLDIAMINOBENZENE (p-Dimethyldiaminobenzene)
DIMETHYLHYDRAZINE (1,2-Dimethylhydrazine)
DIMETHYLMERCURY (= METHYL MERCURY)
DIMETHYLNAPHTHALENE (2,6-Dimethylnaphthalene)
DIMETHYLNITROSAMINE (= N-NITROSO DIMETHYLAMINE)
DIMETHYLPHENETHYLAMINE (a,a-Dimethylphenethylamine
DIMETHYLPHENOL (2,4-Dimethylphenol » as-m-XYLENOL)
DINAPTHALENE (peri-Dinapthalene - PERYLENE)
DINITRO-2-HYDROXYTOLUENE (3 , 4-DINITRO-2-HYDROXTOL=4 , 5-DINITRO-o-CRESOL
DINITRO-2-METHYLPHENOL (4,6-Dinitro-2-Methylphenol = DINITROCRESOL)
DINITRO-0-CRESOL
DINITRO-O-CRESOL (4 , 5-Dinitro-o-Cresol = 4 ,5-DINITRO-2-METHYLPiiENOL)
DTbLLIRQ-.Q^CRESnT. f4.6-DinitfO-Q-Cresol = 4 , 6-DINITRO-2-METHYLPHENOL1
^v mm •• •• •• mm mm mm mm mmm "^
2-AMINO-5-AZOTOLUENE)
PHENTERMIN)
2CL3FLETH
KELTHANE
DIELDRIN
DIESEL
DEHA
DETHYLSO4
PARATHION
I DIETBENZ
DIOXANE
23-2ETHLOX
DEP
DESTILBEST
14-NAPQUIN
RESORCINOL
HYDROQUIN
BIPHENOL
BIPHENOL25
BIPHENOL44
ETHE GLYCL
PHENYTOIN
DIMETHOATE
2ANISIDINE
2METH-AS
2METH2SULF
DIMP
DIMSO4
2METHSULF
DMAAZOBNZ
CACODYL AC
DMBA
XYLENE
O-TOLIDINE
P2M2AMBNZ
12-2MHYZ
METHYL-HG
26-2MNAP
NNDMA
PHENTERMIN
24-2MPHN
PERYLENE
45-2NOCRES
46-2N2MPHN
DINOCRESOL
45-2NOCRES
46-2N2MPHN
60-57-1

103-23-1

56-38-2

123-91-1

84-66-2
56-53-1
1075-21-6
92-88-6

630-93-3
60-51-5
119-90-4

624-92-0

77-78-1
75-18-3
97-56-3
75-60-5
57-97-6
1330-20-7
119-93-7

540-73-8
22967-92-6

62-75-9
122-09-8
105-67-9
198-55-0

534-42-1
1335-85-9

534-52-1
-------
DINITROBENZENE (1,2-Dinitrobenzene = o-Dinitrobenzenc)
DINITROBENZENE (1,3-Dinitrobenzene = m-Dinitrobenzene)
DINITROBENZENE (1,4-Dinitrobenzene = p-Dinitrobenzene)
DINITROPHENOL (2,4-Dinitrophenol)
DINITROPHENOL (2,6-Dinitrophenol)
DINITROTOLUENE (2,4-Dinitrotoluene)
DINITROTOLUENE (2,6-Dinitrotbluene)
DIOXANE
DIOXATHION (= DELNAV)
DIOXIN (2,3,7,8-TETRACHLORODIBENZODIOXIN = TCDD)
DIPHENYL (= BIPHENYL = PHENYLBENZENE)
DIPHENYLAMINE (= N-PHENYLANILINE)
DIPHENYLBENZENE (1,2-Diphenylbenzene = o-TERPHENYL)
DIPHENYLBENZENE (1,3-DiphenyIbenzene = m-TERPHENYL)
DIPHENYLBENZENE (1,4-DiphenyIbenzene = p-TERPHENYL)
DIPHENYLENE OXIDE (= DIBENZOFURAN)
DIPHENYLENE SULFIDE (= DIBENZOTHIOPHENE)
DIPHENYLENEMETHANE (= 2,3-BENZINDENE = FLUORENE)
DIPKENYLENIMINE (= CARBAZOLE = DIBENZOPYRROLE)
DIPHENYLHYDANTOIN (5,5'-Diphenylhydantoin = PHENYTOIN = DILANTIN
DIPHENYLHYDRAZINE (1,2-Diphenylhydrazine = HYDRAZOBENZENE)
DISSOLVED OXYGEN
DISSOLVED OXYGEN-* SATURATION
DISULFOTON (= DI-SYSTON = OXYDISULFOTON)
DIURON
DYHYDROXYETHANE (= 1,2-ETHANEDIOL = ETHYLENE GLYCOL)
E. COLI
EH
ENDOSULFAN (ALPHA)
ENDOSULFAN (BETA)
ENDOSULFAN (PESTICIDE)
ENDOSULFAN SULFATE
ENDRIN (PESTICIDE)
ENDRIN ALDEHYDE
ENDRIN KETONE
EPICHLOROHYDRIN (= 2-CHLORO-l,3-EPOXY PROPANE=3-CHLORO-1-OXACYCLOBUTAN
EPOXY OCTADECANOIC ACID (= EPOXYSTEARIC ACID, cis-9,10-)
EPOXYBUTANE (1,4-Epoxybutane = TETRAHYDROFURAN= TETRAMETHYLENE OXIDE)
EPOXYETHANE (1,2-Epoxyethane = ETHYLENE OXIDE)
EPOXYPROPANE (I,2-Epoxypropane = PROPYLENE OXIDE)
EPOXYSTEARIC ACID (= EPOXY OCTADECANOIC ACID)
ETHANEDIOL (1,2-Ethanediol = ETHYLENE GLYCOL = DIHYDROXYETHANE)
ETHANOL (= ALCOHOL, ANHYDROUS = ETHYL ALCOHOL = METHYL CARBINOL)
ETHENYLBENZENE (= STYRENE = PHENYLETHYLENE = VINYLBENZENE)
ETHION
12-2NBNZ
13-2NBNZ
14-2NBNZ
24-2NPHN
26-2NPHN
24--2NTOL
26-2NTOL
DIOXANE
DELNAV
TCDD
BIPHENYL
DPA
0-3PHEN
M-3PHEN
P-3PHEN
DIBNZFURAN
DIBNZTHIO
FLUORENE
CARBAZOLE
PHENYTOIN
12-2PHHYZ
DO
DOSAT
DISULFOTON
DIURON
ETHE GLYCL
E COLI
EH
ENDOSLFN-A
ENDOSLFN-B
ENDOSULFAN
ENDOSLFN-S
ENDRIN
ENDRIN-ALD
ENDRIN-KET
EPICLHYD
EPOXYSTEAR
4HYDRFURAN
ETHYLENE O
PRPE O
EPOXYSTEAR
ETHE GLYCL
ETHANOL
STYRENE
ETHION
528-29-0
99-65-0
100-25-4
51-28-5
573-56-8
121-14-2
606-20-2
123-91-1
78-34-2
1746-01-6
92-54-4
122-39-4
84-15-1
92-06-8
92-94-4
86-73-7
86-74-8
630-93-3
122-66-7
2497-07-6
330-54-1
107-21-1
959-98-8
33213-65-9
115-29-7
1031-07-8
72-20-8
7421-93-4

106-89-8
2443-39-2
109-99-9
75-21-8
75-56-9
2443-39-2
107-21-1
925-93-9
100-42-5
563-12-2
-------
ETHOXY-4-NITROPHENOXY PHENYL PHOSPHINE SULFIDE
ETHOXYETHANOL (2-Ethoxyethanol = CELLOSOLVE)
ETHOXYETHYL ACETATE (2-Ethoxyethy1 Acetate = CELLOSOLVE ACETATE)
ETHOXYPHENYL-ACETIC ACID, AMIDE (N(4-Ethoxyph.)-Acet.Ac.=PHENACETIN)
ETHYL ACETATE (= ACETIC ACID, ETHYL ESTER)
ETHYL ALCOHOL (= ETHANOL = ALCOHOL, ANHYDROUS = METHYL CARBINOL)
ETHYL CARBAMATE (= URETHAN = CARBAMIC ACID, ETHYL ESTER)
ETHYL CHLORIDE (= CHLOROETHANE)
ETHYL METHANESULFONATE
ETHYL-5-PHENYL BARBITURIC ACID (5-Ethyl-5-phen barb acid=PHENOBARBITAL
ETHYLBENZENE
ETHYLBENZYL ALCOHOL (= 2-PHENYL-2-PROPANOL)
ETHYLENE BROMIDE (= 1,2-DIBROMOETHANE)
ETHYLENE CHLORIDE (= 1,2-DICHLOROETHANE = ETHYLENE DICHLORIDE)
ETHYLENE GLYCOL (= 1,2-ETHANEDIOL = DIHYDROXYETHANE)
ETHYLENE OXIDE (= 1,2-EPOXYETHANE)
ETHYLENE THIOUREA (= 2-IMIDAZOLIDINETHION)
ETHYLENE(BIS)DITHIO CARBAMIC ACID SALTS (= NABAM)
ETHYLIDENE CHLORIDE (= 1,1-DICHLOROETHANE)
ETHYLNAPHTHALENE (1-Ethylnaphthalene)
ETHYLTOLUENE ISOMERS
EXTRACTABLE ORGANIC HALOGENS
Ethoxy-4-nitrophenoxyphenylphosphine sulfide
FENAMIPHOS (nemacus)
FENTHION
FLOATABLE PARTICULATES
FLOURENE (Cl homologs)
FLOURENE (C2 homologs)
FLOURENE (C3 homologs)
FLUORANTHENE (= 1,2-BENZACENAPTHENE)
FLUORANTHENE + PYRENES (Cl HOMOLOGS)
FLUORENE (= 2,3-BENZINDENE = DIPHENYLENEMETHANE)
FLUORENE-D10 (SURROGATE)
FLUORENYLACETAMIDE (N-2-FlUorenylacetamide = 2-ACETYLAMINOFLUORENE)
FLUORIDE
FLUORIDE, DISSOLVED
FLUORIDES, TOTAL
FLUORINE
FLUOROBIPHENYL (2-Fluorobiphenyl) (SURROGATE)
FLUOROPHENOL (2-Fluorophenol) (SURROGATE)
FORMALDEHYDE (= METHANAL)
FREE CYANIDE
FREON (= DICHLORODIFLUOROMETHANE)
I
FR
GA
>EN
TRICHLOROTRIFLUOROETHANE)
EPN
CELLOSOLVE
AC-CELOSOL
PHENACETIN
ETHYL ACET
ETHANOL
URETHAN
ETHYL CL
ET METSULF
PHENOBARB
ETHYL BENZ
2PHEN2PROP
12-2BRETH
12-2CLETH
ETHE GLYCL
ETHYLENE O
ETHETHIO U
EBDCAS
11-2CLETH
ETHYLNAP
I ETHY TOL
EOX
EPN
FENAMIPHOS
FENTHION
FLOAT PART
ClFLUORENE
C2FLUORENE
C3FLUORENE
FLUORANTHN
C1FLPYR
FLUORENE
FLUOR-D10
N2FLACETAM
FLUORIDE
FLUORIDE-D
FLUORIDES
FLUORINE
2FLUOROBIP
2FLUOROPHN
FORMALDEHY
FREE_CN
FREON
FREON 113
GALLASIDES
7440-66-6
110-80-5
64-19-7
62-44-2
141-78-6
925-93-9
51-79-6
75-00-3
62-50-0
57-30-7
100-41-4
617-94-7
106-93-4
107-06-2
107-21-1
75-21-8
96-45-7

75-34-3
7440-66-6
2104-64-5

55-38-9
206-44-0

86-73-7

3096-50-2

7782-41-4

50-00-0

75-71-8
76-13-1
1?03-00-0
-------
GLYCOL ETHYLENE ETHER (= 1,4-DIOXANE = 1,4-DIETHYLENE DIOXIDE)
GLYCOL MONOBUTYL ETHER (= BUTOXYETHANOL = BUTYL CELLOSOLVE)
GLYPHOSATE
GOLD
GUAIACOL (= 2-METHOXYPHENOL.)
GUTHION (= AZINPHOS-METHYL) (PESTICIDE)
HALOETHERS, TOTAL
HALOMETHANES, TOTAL
HEMPA (= HEXAMETHYL PHOSPHORAMIDE)
HENDECANE (= UNDECANE)
HEPTACHLOR (3,4,5,6,7,8,9-Heptachlor Dicyclopentadiene) (PESTICIDE)
HEPTACHLOR DICYCLOPENTADIENE (3,4,5,6,7,8,9-HEPTACHLOR DICYCLOPENT)
HEPTACHLOR EPOXIDE (PESTICIDE METAB)
HEPTACHLOROBIPHENYL, TOTAL
HEPTACHLORODIBENZODIOXIN (1,2,3,4,6,7,8-HEPTACHLORODIBENZODIOXIN)
HEPTACHLORODIBENZODIOXIN, C13 (1,2,3,4,6,7,8-HEPTACHLORODIBENZODIOXIN)
HEPTACHLORODIBENZODIOXINS, TOTAL
HEPTACHLORODIBENZOFURAN (1,2,3,4,6,7,8-HEPTACHLORODIBENZOFURAN)
HEPTACHLORODIBENZOFURAN (1,2,3,4,7,8,9-HEPTACHLORODIBENZOFURAN)
HEPTACHLORODIBENZOFURAN, C13 (1,2,3,4,6,7,8-HEPTACHLORODIBENZOFURAN)
HEPTACHLORODIBENZOFURAN, C13 (1,2,3,4,7,8,9-HEPTACHLORODIBENZOFURAN)
HEPTACHLORODIBENZOFURANS, TOTAL
HEXABENZOBENZENE (= CORONENE)
HEXABUTADIENE
HEXACHLORDIBENZOFURAN, C13 (1,2,3,6,7,8-HEXACHLORODIBENZOFURAN, C13)
HEXACHLOROBENZENE
HEXACHLOROBIPHENYL, TOTAL
HEXACHLOROBUTADIENE
HEXACHLOROCYCLOHEXANE (All isomers except gamma (Lindane))
HEXACHLOROCYCLOHEXANE (FORMERLY BHC)
HEXACHLOROCYCLOHEXANE-ALPHA (trans BHC)
HEXACHLOROCYCLOHEXANE-BETA (cis BHC)
HEXACHLOROCYCLOHEXANE-DELTA (DELTA BHC)
HEXACHLOROCYCLOHEXANE-GAMMA (= LINDANE)
HEXACHLOROCYCLOHEXANE-TECH GRADE
HEXACHLOROCYCLOHEXANES, TOTAL (TOTAL BHCs)
HEXACHLOROCYCLOPENTADIENE (= PERCHLOROCYCLOPENTADIENE)
HEXACHLORODIBENZODIOXIM (1,2,3,4,7,8-HEXACHLORODIBENZODIOXIN)
HEXACHLORODIBENZODIOXIN (1,2,3,6,7,8-HEXACHLORODIBENZODIOXIN)
HEXACHLORODIBENZODIOXIN (1,2,3,7,8,9-HEXACHLORODIBENZODIOXIN)
HEXACHLORODIBENZODIOXIN, C13 (1,2,3,4,7,8-HEXACHLORODIBENZODIOXIN)
HEXACHLORODIBENZODIOXIN, C13 (1,2,3,6,7,8-HEXACHLORDIBENZODIOXIN)
HEXACHLORODIBENZODIOXIN, C13 (1,2,3,7,8,9-HEXACHLORODIBENZODIOXIN)
HEXACHLORODIBENZODIOXINS, TOTAL
HEXACHLORODIBENZOFURAN (1,2,3,4,7,8-HEXACHLORODIBENZOFURAN)
DIOXANE
2-BUTOXETH
GLYPHOSATE
GOLD
GUAIACOL
GUTHION
H-ETHERS
H-METHANES
HEMPA
UNDECANE
HEPTACHLOR
HEPTACHLOR
HEPCL EPOX
7CLBPHNL-T
HPCDD-A
HPCDD-AC13
HPCDD-T
HPCDF-A
HPCDF-B
HPCDF-AC13
HPCDF-BC13
HPCDF-T
CORONENE
6BUTAD
HXCDF-BC13
6CLBNZ
6CLBPHNL-T
6CLBUTAD
BHC-LNDANE
6CL-CHX
6CL-CHX-A
6CL-CHX-B
6CL-CHX-D
6CL-CHX-G
6CL-CHX-T
6CL-CHX-T
6CLCYPEN
HXCDD-A
HXCDD-B
HXCDD-C
HXCDD-AC13
HXCDD-BC13
HXCDD-CC13
HXCDD-T
HXCDF-A
123-91-1
111-76-2
1071-83-6
7440-57-5
90-05-1
86-50-0
680-31-9
1120-21-4
76-44-8
76-44-8
1024-57-3

191-01-7
191-01-7

118-74-1

87-68-3
319-84-6
319-85-7
319-86-8
58-89-9
608-73-1
608-73-1
77-47-4
-------
HEXACHLORODIBENZOFURAN,
HEXACHLORODIBENZOFURAN,
HEXACHLORODIBENZOFURAN (1,2,3,6,7,8-HEXACHLORODIBENZOFURAN)
HEXACHLORODIBENZOFURAN (1,2,3,7,8,9-HEXACHLORODIBENZOFURAN)
HEXACHLORODIBENZOFURAN (2,3,4,6,7,8-HEXACHLORODIBENZOFURAN)
C13 (1,2, 3,4,7,8-HEXACHLORODIBENZOFURAN, C13)
C13 (1,2,3,7,8,9-HEXACHLORODIBENZOFURAN, C13)
HEXACHLORODIBENZOFURAN, C13 (2,3,4,6,7,8-HEXACHLORODIBENZOFURAN, C13)
HEXACHLORODIBENZOFURANS, TOTAL
HEXACHLOROETHANE (= PERCHLOROETHANE)
HEXACHLOROPHENE (= bis(2-HYDROXY-3,5,6-TRICHLOROPHENYLMETHANE))
HEXACHLOROPROPENE
HEXAHYDROBENZENE (= CYCLOHEXANE = HEXAMETHYLENE)
HEXAHYDROTOLUENE (= METHYL CYCLOHEXENE)
HEXAMETHYLENE (= CYCLOHEXANE = HEXAHYDROBENZENE)
HEXAMETHYLPHOSPHORAMIDE (= HEMPA)
HEXAMETHYLTETRACOSAHEXANE (= SQUALENE)
HEXANE (N-Hexane)
HEXANOIC ACID, METHYL ESTER (= METHYL CAPROATE OR n-CAPROIC ACID, METH
HEXANONE (2-Hexanone = METHYL BUTYL KETONE)
HISTADYL BASE (= METHAPYRILINE = TENALIN BASE = THENYLENE BASE)
HYDRAZINE
HYDRAZOBENZENE (= 1,2-DIPHENYLHYDRAZINE)
HYDROCARBONS, ALIPHATIC
HYDROCARBONS, AROMATIC
HYDROCARBONS, NEC
HYDROCARBONS, OZONE
HYDROCARBONS, PETROLEUM
HYDROCARBONS, POLYNUCLEAR AROMATIC
HYDROCARBONS, TOTAL
HYDROCARBONS, TOTAL AROMATIC
HYDROCARBONS, TOTAL CHLORINATED
HYDROCARBONS, TOTAL POLYAROMATIC
HYDROCHLORIC ACID
HYDROGEN SULFIDE
HYDROQUINONE (= 1,4-DIHYDROXYBENZENE)
HYDROXY-3,5,6-TRICHLOROPHENYLMETHANE (bis(2-Hydroxy...=HEXACHLOROPHENE
HYDROXYBENZENE (=» PHENOL = CARBOLIC ACID = BENZENOL)
HYDROXYTOLUENE (2-Hydroxytoluene = 2-METHYLPHENOL = o-CRESOL)
HYDROXYTOLUENE (4-Hydroxytoluene = 4-METHYLPHENOL = p-CRESOL)
HYDROXYTOLUENE (alpha-Hydroxytoluene = BENZYL ALCOHOL)
IMIDAZOLIDINETHION (2-Imidazolidinethion = ETHYLENE THIOUREA)
INDENO(1,2,3-CD)PYRENE
IRON, DISSOLVED
IRON, PARTICULATE
IRON, TOTAL
ISOBUTYL METHYL KETONE (= 4-METHYL-2-PENTANONE = ISOPROPYL ACETONE)
HXCDF-B
HXCDF-C
HXCDF-D
HXCDF-AC13
HXCDF-CC13
HXCDF-DC13
HXCDF-T
6CLETH
6CLPHENE
6CLPROPENE
CYCHEXANE
METCYCHHEX
CYCHEXANE
HEMPA
6MET4COHEX
N-HEXANE
HEX-METHES
2-HEXANONE
METHAPYRIL
HYZ
12-2PHHYZ
ALIPH HCBN
AROM HCBN
HC NEC
OZONE
PET HC
PAH
TOT HC
TOT AH
TOT CHC
TOTAL PAH
HCL
H2S
HYDROQUIN
6CLPHENE
PHENOL
2-METHPHN
4-METHPHN
BENZYL-OH
ETHETHIO U
ICDP
DIRON
PI RON
IRON
4-M2-PNTNO
67-72-1
70-30-4
1888-71-7
110-82-7
108-87-2
110-82-7
680-31-9

119-54-3
106-70-7
591-78-6
91-79-2
302-01-2
122-66-7
7647-01-0
7783-06-4

70-30-4
108-95-2
95-48-7
106-44-5

96-45-7
193-39-5
7439-89-6
108-10-1
-------
ISOFENPHOS
ISOFENPHOS
ISOPHENPHOS
OFTANOL
ISOPHORONE (=ISOACETOPHORONE=3,5,3-TRIMETHYL-2-CYCLOHEXEN-1-ONE (PESTI
ISOPRENOIDS, 1380
ISOPRENOIDS, 1470
ISOPRENOIDS, 1650
ISOPRENOIDS, 1708 (= PRISTANE)
ISOPRENOIDS, 1810 (= PHYTANE)
ISOPROPANOL (= ISOPROPYL ALCOHOL = 2-PROPANOL)
ISOPRCPYL ACETONE (= 4-METHYL-2-PENTANONE = ISOBUTYL METHYL KETONE)
ISOPROPYL ALCOHOL (= ISOPROPANOL = 2-PROPANOL)
ISOPROPYL BENZENE (= CUMENE)
ISOPROPYL-(METHYL)-BENZENE (= CYMENE = ISOPROPYLTOLUENE)
ISOPROPYL-1-METHYL-PHENANTHRENE (7-Isoprop-l-Met-Phenanthrene= RETENE
ISOPROPYLTOLUENE (= CYMENE = ISOPROPYL-(METHYL)-BENZENE)
ISOSAFROLE
ISOSAFROLE-N-OCTYLSULFOXIDE (= PIPERONYL SULFOXIDE)
KELTHANE (= DICOFOL) (PESTICIDE)
KEPONE (= CHLORDECONE) (PESTICIDE)
KETOHEXAMETHYLENE (= CYCLOHEXANONE = PIMELIC KETONE)
KJELDAHL NITROGEN, DISSOLVED
KJELDAHL NITROGEN, SUSPENDED
KJELDAHL NITROGEN, TOTAL
LANTHANIDES
LEAD CHROMATE
LEAD OXIDE
LEAD TALLATE
LEAD, DISSOLVED
LEAD, PARTICULATE
LEAD, TOTAL
LINDANE (= HEXACHLOROCYCLOHEXANE-GAMMA = 1,2,3,4,5,6-HEXACHLOROCYCLOHE
LITHIUM, TOTAL
MAGNESIUM, TOTAL
MALATHION (= S(l,2-DICARBOXYETHYL)-O,O-DIMETHYLDITHIOPHOSPHATE (PESTIC
MALEIC ANHYDRIDE
MANGANESE
MERCAPTOBENZENE (= THIOPHENOL = BENZENETHIOL)
MERCURY, DISSOLVED
MERCURY, TOTAL
MESTRANOL
METALDEHYDE (= METACETALDEHYDE)
NETHADATHION
METHANAL (== FORMALDEHYDE)
ISOFENPHOS
ISOFENPHOS
ISOPHORONE
ISO1380
ISO1470
IS01650
PRISTANE
PHYTANE
ISOPROPANL
4-M2-PNTNO
ISOPROPANL
CUMENE
CYMENE
RETENE
CYMENE
ISOSAFROLE
PIP SULFOX
KELTHANE
KEPONE
CYCHEXANON
DKN
SKN
TKN
LANTHNIDES
LEAD CHROM
LEAD OXIDE
LEADTALL
DLEAD
PLEAD
LEAD
6CL-CHX-G
LITHIUM
MAGNESIUM
MALATHION
MALEIC A
,-lANGANESE
THIOPHENOL
DMERCURY
MERCURY
MESTRANOL
METALDEHYD
METHADATH
FORMALDEHY
7440-66-6
78-59-1
1921-70-6

67-63-0
108-10-1
67-63-0
98-82-8
99-87-6

99-87-6
120-58-1
120-62-7
115-32-2
143-50-0
108-94-1
7758-97-6
1317-36-8
7439-92-1
58-89-9
7439-93-2
7439-95-4
121-75-5
108-31-6
7439-96-5
108-98-5

7439-97-6

108-62-3

50-00-0
-------
METHANETHIOL (= METHYLMERCAPTAN)
METHANOL (= CARBINOL = METHYL ALCOHOL)
METHAPYRILINE (= HISTADYL BASE = TENALIN BASE = THENYLENE BASE)
METHOMYL (PESTICIDE)
METHOXYANILINE (2-Methoxyaniline = o-ANISIDINE)
METHOXYCHLOR (2,2-bis(4-METHOXYPHENYL)-1,1,1-TRICHLOROETHANE) (PESTICI
METHOXYETHANOL (2-Methoxyethanol = METHYL CELLOSOLVE)
METHOXYMETHYLPROPANOL
METHOXYPHENOL (2-Methoxyphenol = GUAIACOL)
METHOXYTETRACHLOROPHENOL (2-Methoxytetrachlorophn=TETRACHLOROGUAIACOL)
METHYL ALCOHOL (= METHANOL = CARBINOL)
METHYL BROMIDE (= BROMOMETHANE)
METHYL CHLORIDE (= CHLOROMETHANE)
METHYL NEOABIETATE (= NEOABIETIC ACID)
METHYL-1-BUTANOL (2-Methyl-l-Butanol)
METHYL-1-PENTENE (2-Methyl-l-Pentene)
METHYL-2-PENTANONE (3-Methyl-2-Pentanone = BUTYL METHYL KETONE)
METHYL-2-PENTANONE (= ISOPROPYL ACETONE = ISOBUTYL METHYL KETONE)
METHYL-2-PENTANONE(4-Met-2-Pent=METHYL ISOBUTYL KETONE=ISOPROPYLACETON
METHYL-CELLOSOLVE (= 2-METHOXYETHANOL)
METHYL-PARATHION
METHYLAMINE (= AMINOMETHANE)
METHYLANILINE (2-Methylaniline = o-TOLUIDINE = 2-AMINOTOLUENE)
METHYLARSENATE
METHYLBENZENE (= TOLUENE = PHENYLMETHANE)
METHYLBUTYL KETONE (= 2-HEXANONE)
METHYLCAPROATE (= HEXANOIC ACID, METHYL ESTER = n-CAPROIC ACID, METH
METHYLCARBINOL (= ETHANOL = ALCOHOL, ANHYDROUS = ETHYL ALCOHOL)
METHYLCHLOROFORM (= 1,1,1-TRICHLOROETHANE)
METHYLCHOLANTHRENE (3-Methylcholoanthrene)
METHYLCYCLOHEXANE METHANOL
METHYLCYCLOHEXENE (= HEXAHYDROTOLUENE)
METHYLCYCLOPENTANE
METHYLENE BROMIDE (= DIBROMOMETHANE)
METHYLENE CHLORIDE (= DICHLOROMETHANE)
METHYLENEBIS (4,4'-Methylenebis = 2-CHLOROANILINE)
METHYLETHYL KETONE (= 2-BUTANONE)
METHYLHYDRAZINE
METHYLIODIDE
METHYLISOBUTYL KETONE (= ISOPROPYLACETONE = 4-METHYL-2-PENTANONE)
METHYLMERCAPTAN (= METHANETHIOL)
METHYLMERCURY (= DIMETHYLMERCURY)
METHYLMETHANESULFONATE
METHYLNAPHTHALENE (1-Methylnaphthalene)
METHYLNAPHTHALENE (2-Methylnaphthalene)
METH THIO
METHANOL
METHAPYRIL
METHOMYL
0-ANISIDIN
METHOXYCL
ME-CELOSOL
MTXYMETHPR
GUAIACOL
GUAIATET
METHANOL
METHYL BR
METHYL CL
NEOABIETIC
C6H120
2-M1-PENTE
3-M2-PNTNO
4-M2-PNTNO
MIBK
ME-CELOSOL
METH PARA
MTHYLAMINE
O-TOLUIDIN
METH-AS
TOLUENE
2-HEXANONE
HEX-METHES
ETHANOL
111-3CLETH
3MCHOLANTH
MCYCHEXANM
METCYCHHEX
MCYCPENT
METHYLE BR
2CLMETHA
2CLANILINE
2-BUTANONE
METH HYZ
METHYL I
MIBK
METH THIO
METHYL-HG
MET MESULF
1-METHNAP
2-METHNAP
74-93-1
67-56-1
91-79-2
16752-77-5

72-43-5
109-86-4

90-05-1

67-56-1
74-83-9
74-87-3

137-32-6
763-29-1

108-10-1

109-86-4
298-00-0
74-89-5
95-53-4

108-88-3
591-78-6
106-70-7
925-93-9
71-55-6
56-49-5

108-87-2
96-37-7
74-95-3
75-09-2

78-93-3
60-34-4
74-88-4
108-10-1
74-93-3
22967-92-6
66-27-3
90-12-0
91-57-6
-------
METHYLPENTANE (1-Methylpentane)
METHYLPENTANE (2-MethyIpentane)
METHYLPENTANE (3-MethyIpentane)
METHYLPHENANTHRENE (1-MethyIphenanthrene)
METHYLPHENOL (2-MethyIphenol = O-CRESOL = 2-HYDROXYTOLUENE)
METHYLPHENOL (3-Methylphenol = m-CRESOL)
METHYLPHENOL (4-Methylphenol - p-CRESOL = 4-HYDROXYTOLUENE)
METHYLPYRIDINE (= 2-PICOLINE)
METHYLSULFIDE (= THIOBISMETHANE)
MIREX (= DECHLORANE) (PESTICIDE)
MOISTURE
Mr:STURE AND TOTAL VOLATILE SOLIDS
MOLYBDENUM, TOTAL
MONOBUTYLTIN
MYRISTIC ACID (= TETRADECANOIC ACID)
N-ALKANES, CPI (Carbon Preference Index)
N-NITROSO-1-AZACYCLOPENTANE (= N-NITROSOPYRROLIDINE)
N-NITROSO-HEXAHYDROPYRIDINE (= N-NITROSOPIPERIDINE)
NAPHTHA & SP NAPHTHAS
NAPHTHALENE
NAPHTHALENE (Cl homologs)
NAPHTHALENE (C2 homologs)
NAPHTHALENE (C3 homologs)
NAPHTHALENE (C4 homologs)
NAPHTHOQUINONE (1,4-Naphthoquinone = 1,4-DIHYDRO-l,4-DIKETONAPTHALENE)
NAPHTHYLAMINE (a-Naphthylamine or 1-Naphthylamine = 1-AMINONAPTHALENE)
NAPHTHYLAMINE (b-Naphthylamine or 2-Naphthylamine = 2-AMINONAPTHALENE)
NEMAGON ( = l,2-DIBROMO-3-CHLOROPROPANE)
NEOABIETIC ACID ( = METHYL NEOABIETATE)
NICKEL, DISSOLVED
NICKEL, TOTAL
NICOTINE
NITRATE NITROGEN, TOTAL (NO3-N)
NITRATE, DISSOLVED
NITRITE AND NITRATE, COMBINED
NITRITE NITROGEN, TOTAL (NO2-N)
NITRO-0-ANISIDINE (5-Nitro-o-anisidine)
NITRO-0-TOLUIDINE (5-Nitro-o-toluidine)
NITROACENAPHTHENE (5-Nitroacenaphthene = 5-NITRONAPTHYLENE ETHYLENE)
NITROANILINE (2-Nitroaniline)
NITROANILIHE (3-Nitroaniline = 3-NITROBENZENAMINE)
NITROANILINE (4-Nitroaniline)
NITROBENZENE
NITROBENZENE-OS, DEUTERATED (SURRAGATE)
NITROBENZENEAMINE (3-Nitrobenzeneamine = 3-NITROANILINE)
1-MPENT
2-MPENT
3-MPENT
1-MPHEKAH
2-METHPHN
3-METHPHN
4-METHPHN
2-PICOLINE
THIOBMETHA
MIREX
MOISTURE
MOIST+TVS
MOLYBDENUM
MBT
4DECANOIC
N-ALKANES
NNPYRD
NNPPD
NAPTHA
NAPTHALENE
C1NAPTHALN
C2NAPTHALN
C3NAPTHALN
C4NAPTHALN
14-NAPQUIN
1-NAPAMINE
2-NAPAMINE
12-2BR3CLP
NEOABIETIC
DNICKEL
NICKEL
NICOTINE
NITRATE
NITRATE-D
N02N03-N
NITRITE
5N-O-ANIS
5N-O-TOL
5NACENAP
2-NANILINE
3-NANILINE
4-NANILINE
NBNZ
NBNZ-D5
3-NANILINE
107-83-5

832-69-9
95-48-7
108-39-4
106-44-5
109-06-8
75-18-3
2385-85-5
7439-98-7

544-63-8
8030-30-6
91-20-3
134-32-7
91-59-8
96-12-8
7440-02-0
54-11-5
99-59-2
99-55-8
602-87-9
88-74-4
99-09-2
100-01-6
98-95-3

99-09-2
-------
NITROBIPHENYL (4-Nitrobiphenyl or p-Nitrobiphenyl)
NITROGEN OXIDES
NITROGEN, COMBINED NITRATE AND NITRITE (NO3 + NO2)
NITROGEN, DISSOLVED (NO2 +NO3)
NITROGEN, DISSOLVED ORGANIC
NITROGEN, TOTAL
NITROGEN, TOTAL ORGANIC
NITROPHENOL (2-Nitrophenol or o-Nitrophenol)
NITROPHENOL (p-Nitrophenol or 4-Nitrophenol)
NITROPHENOLS, TOTAL
NITROQUINOLINE-1-OXIDE (4-Nitroquinoline-l-oxide)
NITROSAMINE
NITROSO DI-N-PROPYLAMINE (N-Nitroso Di-N-Propylamine)
NITROSO DIBUTYLAMINE (N-Nitroso Dibutylamine)
NITROSO DIETHYLAMINE (N-Nitroso Diethylamine)
NITROSO DIMETHYLAMINE (N-Nitroso Dimethylamine = NITROUS DIMETHYLAMIDE
NITROSO DIPHENYLAMINE (N-Nitroso Diphenylamine = NITROUS DIPHENYLAMIDE
NITROSO-N-ETHYLUREA (N-Nitroso-N-Ethylurea)
NITROSO-N-METHYLUREA (N-Nitroso-N-Methylurea)
NITROSOMETHYLETHYLAMINE (N-Nitrosomethylethylamine)
NITROSOPIPERIDINE (N-Nitrosopiperidine = N-NITROSO-1-HEXAHYDROPYRIDINE
NITROSOPYRROLIDINE (N-Nitrosopyrrolidine = N-NITROSO-1-AZACYCLOPENTANE
NONACHLOR (CIS-NONACHLOR)
NONACHLOR (trans-Nonachlor)
NONACHLOROBIPHENYL, TOTAL
OCTACHLOROBIPHENYL, TOTAL
OCTACHLORODIBENZODIOXINS, TOTAL
OCTACHLORODIBENZODIOXINS, TOTAL C13
OCTACHLORODIBENZOFURANS, TOTAL
OCTADECANOIC ACID, OCTADECYL ESTER (= OCTADECYL STEARATE)
OCTADECENOIC ACID (9-Octadecenoic acid, cis = OLEIC ACID)
OCTAMETHYL PYROPHOSPHORAMIDE ( = SCHRADAN)
OCTYLPHENOL
OIL AND GREASE
OLEIC ACID (= 9-OCTACECENOIC ACID, cis)
ORGANIC LIQUIDS, NEC
ORTHOPHOSPHATE
OXIDATION REDUCTION POTENTIAL
OXYCHLORDANE
OXYDIANILINE (4,4-Oxydianiline)
OXYDISULFOTON ( = DISULFOTON « DI=SYSTON)
OXYGEN DEMAND, ULTIMATE
OXYGEN, DISSOLVED
JSOLVED - % SATURATION
P-NBIP
NOX
NO2NO3-N
NITROGEN-D
NITROGN-DO
NITROGEN
NITROGEN-0
2-NPHN
4-NPHN
N-PHENOLS
P-NQU-1OX
NITROSAMIN
NNDNPRA
NNDBA
NNDEA
NNDMA
NNP
NEU
NMU
NNMEA
NNPPD
NNPYRD
C-NONACHLR
T-NONACHLR
9CLBPHNL-T
8CLBPHNL-T
OCDD-T
OCDD-C13
OCDF-T
8DECANOIC
OLEIC
8MPPHAMIDE
OCTYPHN
OIL/GREASE
OLEIC
ORGLIQ NEC
ORTHO PHOS
REDOX
OXYCHLORDN
OP-OXY2ANI
DISULFOTON
UOD
DO
DOSAT
92-93-3
88-75-5
100-02-7

56-57-5

621-64-7
924-16-3
55-18-5
62-75-9
86-30-6
759-73-9
684-93-5
10595-95-6
100-75-4
930-55-2
3268-87-9
112-80-1
152-16-9
62-75-9

112-80-1
101-80-4
2497-07-6
-------
PAH (Sum of all PAH)
PAH276 (Sum of molecular weight 276 PAHs)
PAH278 (Sum of molecular weight 278 PAHs)
PAH302 (Sum of molecular weight 302 PAHs)
PALUSTRIC ACID
PARATHION (= DIETHYL p-NITROPHEMYL MONOTHIOPHOSPHATE) (PESTICIDE)
PCB 118 (2,3',4,4',5-PENTACHLOROBIPHENYL)
PCB 153, 132, AND 105
PCB 163/138 (COELUTION)
PCB 31/28 (COELUTION)
PCB 87 (2,2',3,4,5'-PENTACHLOROBIPHENYL)
PCB 92/84 (COELUTION)
PCB 99 (2,2',4,4',5-PENTACHLOROBIPHENYL)
PCB ARACLORS 1016 AND 1242
PCB-1016 (Araclor)
PCB-1221 (Araclor)
PCB-1232 (Araclor)
PCB-1242 (Araclor)
PCB-1248 (Araclor)
PCB-1254 (Araclor)
PCB-1260 (Araclor)
PCB-1262 (PCB Aroclor 1262)
PCB047 (2,2',4,4'-Tetrachlorobiphenyl)
PCB052 (2,2',5,5'-Tetrachlorobiphenyl)
PCB101 (2,2',4,5,5'-Pentachlorobiphenyl)
PCB105
PCB110/77 (COELUTION)
PCB118
PCB118 (2,2',4,4',5-Pentachlorobiphenyl)
PCB126
PCB128 (2,2',3,3',4,4'-Hexachlorobiphenyl)
PCB138 (2,2',3,4,4',5'-Hexachlorobiphenyl)
PCB151 (2,2',3,5,5',6-Hexachlorobiphenyl)
PCB153 (2,2',4,4',5,5'-Hexachlorobiphenyl)
PCB170
PCB 18
PCB180 (2,2',3,4,4',5,5'-Heptachlorobiphenyl)
PCB187
PCB194 (2,2',3,3',4,4',5,5'-Octachlorobiphenyl)
PCB195
PCB206 (2,2',3,3',4,4',5,5',6-Nonachlorobipheny1)
PCB209 (2,2',3,3',4,4',5,5',6,6'-Decachlorobipheny1)
PCB28
PCB44
PCB66
TOTAL PAH
PAH276
PAH278
PAH302
PALUSTRIC
PARATHION
PCB118
PCBTRI
PCB163/138
PCB31/28
PCB87
PCB92/84
PCB99
PCB-16+42
PCB 1016
PCB 1221
PCB 1232
PCB 1242
PCB 1248
PCB 1254
PCB 1260
PCB 1262
PCB047
PCB052
PCB101
PCB105
PCB110/77
PCB118
PCB118
PCB126
PCB128
PCB138
PCB151
PCB153
PCB170
PCB 18
PCB180
PCB187
PCB194
PCB195
PCB206
PCB209
PCB28
PCB44
PCB66
56-38-2
-------
PCB8
PENTACHLORDIBENZOFURAN, C13 (2,3,4,7,8-PENTACHLORODIBENZOFURAN)
PENTACHLOROBENZENE
PENTACHLOROBIPHENYL, TOTAL
PENTACHLOROBUTADIENE
PENTACHLOROBUTADIENE ISOMERS
PENTACHLORODIBENZODIOXIN (1,2,3,7,8-PENTACHLORODIBENZODIOXIN)
PENTACHLORODIBENZODIOXIN, C13 (1,2,3,7,8-PENTACHLORODIBENZODIOXIN)
PENTACHLORODIBENZODIOXINS, TOTAL
PENTACHLORODIBENZOFURAN (1,2,3,7,8-PENTACHLORODIBENZOFURAN)
PENTACHLORODIBENZOFURAN (2,3,4,7,8-PENTACHLORODIBENZOFURAN)
PENTACHLORODIBENZOFURAN, C13 (1,2,3,7,8-PENTACHLORODIBENZOFURAN)
PENTACHLORODIBENZOFURANS, TOTAL
PENTACHLOROETHANE (= PENTALIN)
PENTACHLORONITROBENZENE (= QUINTOZENE = BRASSICOL = TRITISAN)
PENTACHLOROPHENOL
PENTALIN (= PENTACHLOROETHANE)
PERCHLOROCYCLOPENTADIENE (= HEXACHLOROCYCLOPENTADIENE)
PERCHLOROETHANE (= HEXACHLOROETHANE)
PERCHLOROETHYLENE (= TETRACHLOROETHYLENE = TETRACHLOROETHENE)
PERYLENE (= peri-DINAPTHALENE)
PERYLENE-D12 (SURROGATE)
PETROLEUM HYDROCARBONS
PETROLEUM NAPTHA
PH
PHENACETIN (N(4-ETHOXYPHENYL)-ACETIC ACID, AMIDE)
PHENANTHRENE
PHENANTHRENE/ANTHRACENE (Sum of the Cl homologs)
PHENANTHRENE/ANTHRACENE (Sum of the C2 homologs)
PHENANTHRENE/ANTHRACENE (Sum of the C3 homologs)
PHENANTHRENE/ANTHRACENE (Sum of the C4 homologs)
PHENOBARBITAL (= 5-ETHYL-5-PHENYL BARBITURIC ACID)
PHENOL (= CARBOLIC ACID = BENZENOL = HYDROXYBENZENE)
PHENOL-D5, DEUTERATED (SURROGATE)
PHENOLICS
PHENOLS, TOTAL
PHENTERMINE (a,a-DIMETHYLPHENETHYLAMINE)
PHENYAZO ANILINE, p- ( = AMINOAZOBENZENE)
PHENYL CHLORIDE ( = CHLOROBENZENE)
PHENYL-2-PROPANOL (2-Phenyl-2-Propanol = ETHYLBENZYL ALCOHOL)
PHENYLAMINE (= ANILINE = AMINOBENZENE)
PHENYLBENZENE (= BIPHENYL)
PHENYLENEDIAMINE (1,4-Phenylenediamine = DIAMINOBENZENE)
PHENYLETHYLENE (= STYRENE = ETHENYLBENZENE = VINYLBENZENE)
PHLME.NE f= TOLUENE = METHYLBENZENE)
PCB8
PECDF-BC13
5CLBNZ
5CLBPHNL-T
PENCBD
I PENCBD
PECDD-A
PECDD-AC13
PECDD-T
PECDF-A
PECDF-B
PECDF-AC13
PECDF-T
5CLETHAN
5CLNBNZ
5CLPHN
5CLETHAN
6CLCYPEN
6CLETH
4CLETHE
PERYLENE
PERYL-D12
PET HC
PET NAPTHA
PH
PHENACETIN
PHENANTHRN
C1YPHPA
C2YPHPA
C3YPHPA
C4YPHPA
PHENOBARB
PHENOL
PHENOL-D5
PHENOLICS
PHENOLS
PHENTERMIN
AAZOBENZ
CLBNZ
2PHEM2PROP
ANILINE
BIPHENYL
14-PHE2AM
STYRENE
TOLUENE
608-93-5
87-86-5
127-18-4
198-55-0
7440-66-6
62-44-2
85-01-8
57-30-7
108-95-2
122-09-8
60-09-3
108-90-7
617-94-7
62-53-3
92-52-4
106-50-3
100-42-5
108-88-3
-------
PHENYTOIN SODIUM (= 5,5'-DIPHENYLHYDANTOIN = DILANTIN)
PHORATE (= THIMET)
PHOSALONE (pesticide)
PHOSDRIN
PHOSPHATE, DISSOLVED
PHOSPHATE, DISSOLVED (Orthophosphate)
PHOSPHATE, TOTAL
PHOSPHATES, ORGANIC
PHOSPHORUS
PHTHALATE ESTERS
PHTHALIC ACID, ANHYDRIDE
PHTHALIC ACID, ETHYL ESTER (= DIETHYL PHTHALATE)
PHTHALIC ACID, METHYL ESTER (= DIMETHYL PHTHALATE)
PHYTANE (= ISOPRENOID 1810)
PICOLINE (2-Picoline = METHYLPYRIDINE)
PIMELIC KETONE (= CYCLOHEXANONE = KETOHEXAMETHYLENE)
PIPERONYL SULFOXIDE (= ISOSAFROLE-N-OCTYLSULFOXIDE)
POLYCHLORINATED BIPHENYLS, TOTAL
POLYCHLORINATED NITROBENZENE
POLYCYCLIC AROMATIC HYDROCARBON-HEAVY
POLYCYCLIC AROMATIC HYDROCARBON-LIGHT
POLYNUCLEAR AROMATIC HYDROCARBONS
POLYPROPYLENE
POTASSIUM, DISSOLVED
POTASSIUM, TOTAL
PRISTANE ( = ISOPRENOID 1708)
PRISTANE/PHYTANE RATIO
PROMETON
PROPANOL (2-Propanol = ISOPROPANOL = ISOPROPYL ALCOHOL)
PROPYLAMINE
PROPYLENE CHLORIDE (1,2-DICHLOROPROPANE)
PROPYLENE OXIDE (= 1,2-EPOXYPROPANE)
PROPYLHEPTANOL (2-Propylheptanol)
PROPYLTHIOURACIL (6-Propyl-2-thiouracil)
PURGEABLE PRIORITY POLLUTANTS (ALL)
PYRENE ( = BENZO (D,E,F) PHENANTHRENE)
PYRENE-D10 (SURROGATE)
PYRIDINE ( = AZINE)
PYRIDINE, 3-(CHLOROMETHYL)
QUINONE (p-BENZOQUINONE)
QUINTOZENE ( = PENTACHLORONITROBENZENE = BRASSICOL = TRITISAN)
RADIOACTIVITY (GROSS ALPHA)
RADIOACTIVITY (GROSS BETA)
RESORCINOL (= 1,3-DIHYDROXYBENZENE)
RETENE (= 7-ISOPROPYL-l-METHYL-PHENANTHRENE)
PHENYTOIN
THIMET
PHOSALONE
PHOSDRIN
PHOSPHTE-D
0-P04-D
PHOSPHATE
OPHOSPHATE
PHOSPHORUS
PHTH-ESTRS
PHTH ANHYD
DEP
DIMP
PHYTANE
2-PICOLINE
CYCHEXANON
PIP SULFOX
PCBS
PCNB
HP AH
LPAH
PAH
POLYPROPYL
POTASS-D
POTASSIUM
PRISTANE
PRIST/PHYT
PROMETON
ISOPROPANL
PROPYLIMIN
12-2CLPRP
PRPE O
2-PRPHEPTO
PRTHIOURAC
ALL PURGEA
PYRENE
PYRENE-D10
PYRIDINE
3CLMPYRID
QUINONE
5CLNBNZ
RADIOACTVA
RADIOACTVB
RESORCINOL
RETENE
630-93-3
298-02-2
7723-14-0

85-44-9
84-66-2
109-06-8
108-94-1
120-62-7
1336-36-3
9003-07-0

7440-09-7
1921-70-6

1610-18-0
67-63-0
107-10-8
78-87-5
75-56-9
10042-59-8
51-52-5

129-00-0

110-86-1

106-51-4
82-68-8
-------
RONNEL
TRICHLOROMETAFOS (pesticide)
SAFROLE (= 1-ALLYL-3.4-METHYLENEDIOXYBENZENE)
SELENATE
SELENITE (= CALCIUM SULFATE)
SELENIUM, DISSOLVED
SELENIUM, TOTAL
SILICA, DISSOLVED (= SILICON DIOXIDE)
SILICATE
SILICON
SILICON DIOXIDE (= SILICA), DISSOLVED
SILVER, DISSOLVED
SILVER, PARTICULATE
SILVER, TOTAL
SILVEX (PESTICIDE)
SIMAZINE (PESTICIDE)
SODIUM
SODIUM CHROMATE
SOLIDS, TOTAL
SOLIDS, TOTAL SUSPENDED
SOLIDS, TOTAL VOLATILE
SQUALENE (= HEXAMETHYL TETRACOSAHEXANE)
STRONTIUM
STRYCHNINE
STYRENE ( = ETHENYLBENZENE = PHENYLETHYLENE = VINYLBENZENE)
SULFATE, DISSOLVED
SULFATE, PARTICULATE
SULFATE, TOTAL
SULFIDES, DISSOLVED
SULFIDES, TOTAL
SULFIDES, WATER SOLUBLE
SULFUR
SULFUR OXIDES
SULFURYL FLUORIDE
SUSPENDED SOLIDS, TOTAL
SYLVIC ACID ( = ABIETIC ACID)
SYSTOX (= DEMETON) (PESTICIDE)
T (2,4,5-T or 2,4,5-Trichlorophenoxy Acetic Acid) (PESTICIDE)
TCDD (= 2,3,7,8-TETRACHLORODIBENZODIOXIN = DIOXIN)
TDE (= ODD)
TEBUTHIURON
TENALIN BASE (= METHAPYRILINE = HISTADYL BASE = THENYLENE BASE)
TERPHENYL (m-Terphenyl = 1,3-DIPHENYLBENZENE)
TERPHENYL (o-Terphenyl = 1,2-DIPHENYLBENZENE)
TERPHENYL (p-Terphenyl = 1,4-DIPHENYLBENZENE)
RONNEL

SAFROLE
SELENATE
SELENITE
DSELENIUM
SELENIUM
SILICA-D
SILICATE
SILICON
SILICA-D
DSILVER
PSILVER
SILVER
SILVEX
SIMAZINE
SODIUM
SODCRO
TOT SOLIDS
TSS
TVS
6MET4COHEX
STRONTIUM
STRYCHNINE
STYRENE
SO4-D
SO4-P
SULFATE
SULFIDES-D
SULFIDES
SULFIDES-S
SULFUR
SOX
SULFRYLFL
TSS
ABIETIC AC
DEMETON
2,4,5 T
TCDD
DDD
TEBUTHIURN
METHAPYRIL
M-3PHEN
0-3PHEN
P-3PHEN
299-84-3

94-59-7
7782-49-2
7782-49-2
7440-21-3
7440-22-4
93-72-1
122-34-9
7440-23-5
7775-11-3
7440-24-6
57-24-9
100-42-5

10482-56-1
7704-34-9

2699-79-8

514-10-3
8065-48-3
93-76-5
1746-01-6
72-54-8
34014-18-1
91-79-2
92-06-8
84-15-1
92-94-4
-------
TERPHENYL-D14, DEUTERATED (SURROGATE)
TERPINEOL
TETRABUTYLTIN

T^HLT BEN^f (1 ,2,3, 5-Tetrachloroben2e
TETRACHLOROBENZENE (1,2,4, 5-Tetrachlorobenzene)
TETRACHLOROBIPHENYL, TOTAL
TETRACHLOROBUTADI ENE
(23 , 7 , 8-Tetrachlorodibenzodioxin = DIOXIN)
C13 (i , 2 , 3 , 4-TETRACHLORODIBENZODIOXIN)
C13 ( 2 , 3 , 7 , 8-TETRACHLORODIBENZODIOXIN, C13)
CL37 ( 2 , 3 , 7 , 8-TETRACHLORODIBENZODIOXIN)

^CHLolBENZ ( 2 , ^8-TetracMorodibenzof uran)
T^CHLORODI^NZOFURAN, C13 (2 , 3 , 7 , 8-TETRACHLORODIBENZOFURAN, C13)
TETRACHLORODIBENZOFURANS, TOTAL

• ACETVLENE TETRACHLORIDE
(= TETRACHLOROETHENE - PERCHLOROETHYLENE)
(=
(2,3,4, 6-Tetrach lorophenol )
( 2 ', 3
TETRACHLOROVIHYLBEMZEHE (- TETRACHLOROSTYREHE)

4 5?6-?etrahydrobenzene = CYCLOHEXENE)
(= i:4-EPOXYBUTANE = TETRAMETHYLENE OXIDE)
OXIDE (- TETRAHYDROFURAN - 1 . 4-EPOXYBUTANE)
THALLIUM, DISSOLVED

?H^NYLS!E BASEL(= METHAPYRILINE = HISTADYL BASE = TENALIN BASE)
THIMET (= PHORATE) crnm
THIOBISMETHANE (= METHYL SULFIDE)
TH IOC VAN ATE
(- BENZENETHIOL - MERCAPTOBENZENE)
THIOUREA (2-Thio-urea)
TIN (SN)

(o-Tolidine = 3 , 3 ' -DIMETHYLBENZIDINE)
4TERP-D14
TERPINEOL
TTBT
4CLMXYL
1235-4CLBZ
1245-4CLBZ
4CLBPHNL-T
TETCBD
I TETCBD
TCDD
TCDD-AC13
TCDD-C13
TCDD-CL37
TCDD-T
TCDF
TCDF-C13
TCDF-T
4CLETHAN
1122-4CLET
4CLETHE
4CLSTYRENE
4CLETHE
GUAIATET
4CLMETHA
2346CLPHN
2356CLPHN
4CLSTYRENE
4CLSTYRENE
4CLSTYRENE
4DECANOIC
CYCHEXENE
4HYDRFURAN
4HYDRFURAN
DTHALLIUM
THALLIUM
METHAPYRIL
THIMET
THIOBMETHA
SCN
THIONAZIN
THIOPHENOL
THIOUREA
TIN
TITANIUM
O-TOLIDINE
7440-28-0
95-94-3
1746-01-6
51207-31-9
25322-20-7
79-34-5
127-18-4

127-18-4

56-23-5
58-90-2
935-95-5
544-63-8

109-99-9
109-99-9

7440-31-5
91-79-2
298-02-2
75-18-3
108-98-5
62-56-6
7440-32-6
7440-32-6
119-93-7
-------
TOLUENE (= METHYLBENZENE = PKENYLMETHANE
TOLUENE DIISOCYANATE
TOLUENE-2,4-DIAMINE (= 2,4-DIAMINOTOLUENE)
TOLUENE-D8, DEUTERATED (SURROGATE)
TOLUIDINE (o-Toluidine = 2-AMINOTOLUENE = 2-METHYLANILINE)
TOLUIDINE HYDROCHLORIDE (o-Toluidine Hydrochloride=2-AMINOTOLUENE HCL)
TOLYL CHLORIDE (m-Tolyl Chloride = m-CHLOROTOLUENE)
TOLYL CHLORIDE (o-Tolyl Chloride = o-CHLOROTOLUENE)
TOLYL CHLORIDE (p-Tolyl Chloride = p-CHLOROTOLUENE)
TOTAL ALKANES
TOXAPHENE (PESTICIDE)
TRANSMISSIVITY (SEE REC.l FOR EQP&UNITS)
TRI-p-CRESYL PHOSPHATE (= TRI-4-TOLYL PHOSPHATE)
TRI-p-TOLYL PHOSPHATE (= TRI-p-CRESYL PHOSPHATE)
TRIBROMOMETHANE (= BROMOFORM)
TRIBROMOPHENOL (2,4,6-Tribromophenol = BROMOL)
TRIBUTYLTIN
TRICHLORFON (PESTICIDE)
TRICHLOROBENZENE
TRICHLOROBENZENE (1,2,4-Trichlorobenzene)
TRICHLOROBIPHENYL, TOTAL
TRICHLOROBUTADIENE
TRICHLOROBUTADIENE ISOMERS
TRICHLOROETHANE (1,1,1-Trichloroethane = METHYLCHLOROFORM)
TRICHLOROETHANE (1,1,2-Trichloroethane)
TRICHLOROETHENE ( = TRICHLOROETHYLENE)
TRICHLOROETHYLENE (= TRICHLOROETHENE)
TRICHLOROFLUOROMETHAN E
TRICHLOROGUAIACOL
TRICHLOROGUAIACOL (3,4,5-Trichloroguaiacol)
TRICHLOROGUAIACOL (4,5,6-Trichloroguaiacol)
TRICHLOROMETAFOS
RONNEL (pesticide)
TRICHLOROMETHANE (= CHLOROFORM)
TRICHLOROPHENOL (2,3,6-Trichlorophenol)
TRICHLOROPHENOL (2,4,5-Trichlorophenol)
TRICHLOROPHENOL (2,4,6-Trichlorophenol)
TRICHLOROPHENOXY ACETIC ACID (2,4,5-Trichlorophenoxy Acetic = 2,4,5-T
TRICHLOROTRIFLUOROETHANE (= FREON 113)
TRICLOPYR
TRIMETHYL CYCLOHEXENE-1-METHANOL
TRIMETHYL CYCLOHEXENE-METHANOL
TRIMETHYL PHOSPHATE
TRIMETHYL-TRIDECATRIENENITRILE
TRIMETHYLANILINE (2,4,5-Trimethylaniline)
TOLUENE
TDI
24-2AMTOL
TOLUENE D8
0-TOLUIDIN
O-TOLI-HCL
M-CLTOLUEN
0-CLTOLUEN
P-CLTOLUEN
TALK
TOXAPHENE
TRANSMISSI
3PT PHOS
3PT PHOS
3-BRMETHA
246-3BRPHN
TBT
TRICHLORFO
3CLBNZ
124-3CLBNZ
3CLBPHNL-T
TRICBD
I TRICBD
111-3CLETH
112-3CLETH
3CLETHE
3CLETHE
3CLFLMETH
3CLGUAIA
GUAIA345
GUAIA456
RONNEL

CHLOROFORM
236-3CLPHN
245-3CLPHN
246-3CLPHN
2,4,5 T
FREON 113
TRICLOPYR
3MCYHEXE1M
3MCYCHEXEM
3MET PHOS
3MET3NITRL
245-3METAN
108-88-3
26471-62-5
95-80-7

95-53-4
636-21-5

100-44-7

7440-66-6
8001-35-2

1330-78-5
1330-78-5
75-25-2
118-79-6

52-68-6
108-70-3
120-82-1
71-55-6
79-00-5
79-t'l-6
79-01-6
75-69-4
299-84-3

67-66-3
933-75-5
95-95-4
88-06-2

76-13-1
512-56-1

137-17-7
-------
TRIMETHYLBENZENE ISOMERS
TRIMETHYLBICYCLO[2.2.1]HEPTAN-2-ONE (= CAMPHOR)
TRIMETHYLENE CHLORIDE (1,3-DICHLOROPROPANE)
TRIMETHYLFLUOROSILANE
TRIMETHYLNAPHTHALENE (2,3,5-Trimethylnaphthalene)
TRIMETHYLNAPTHALENE (2,3,4-TRIMETHYLNAPTHALENE)
TRINITROBENZENE (1,3,5-Trinitrobenzene)
TRIPHENYL PHOSPHATE
TRIS-(2,3-DIBROMOPROPYL)PHOSPHATE (= DIBROMOPROPYL PHOSPHATE)
TRITHION (= CARBOPHENOTHION)
TRITISAN (= PENTACHLORONITROBENZENE = QUINTOZENE = BRASSICOL)
UNDECANE (= HENDECANE)
UNKNOWN ALKENE
URETHANE (= ETHYL CARBAMATE = CARBAMIC ACID, ETHYL ESTER)
VANADIUM, TOTAL
VINYL ACETATE (= ACETIC ACID, ETHENYL ESTER)
VINYL CHLORIDE (= CHLOROETHENE)
VINYL CHLORIDE MONOMERS
VINYLBENZENE (= STYRENE = ETHENYLBENZENE = PHENYLETHYLENE)
VINYLIDENE CHLORIDE (= 1,1-DICHLOROETHENE)
XYLENE (m-Xylene)
XYLENE (o-Xylene + m-Xylene)
XYLENE (o-Xylene)
XYLENE (p-Xylene)
XYLENE ISOMERS
XYLENE, (m-XYLENE + p-XYLENE)
XYLENE, TOTAL (= DIMETHYLBENZENE)
XYLENOL (as-m-Xylcnol = 2,4-DIMETHYLPHENOL)
YTTRIUM
ZINC, DISSOLVED
ZINC, PARTICULATE
ZINC, TOTAL
I TM BENZ
177-3M2CYC
13-2CLPRP
TRIMEFLSI
235-3MNAP
234-3MNAP
135-3NBNZ
3PHEN PHOS
T23-2BPPO4
TRITHION
5CLNBNZ
UNDFCANE
UNKALKENE
URETHAN
VANADIUM
VINYL ACET
VINYL CL
VCM
STYRENE
11-2CLETHE
M-XYLENE
OM-XYLENE
O-XYLENE
P-XYLENE
I XYLENE
MP-XYLENE
XYLENE
24-2MPHN
YTTRIUM
DZINC
PZINC
ZINC
76-22-2
142-28-9
420-56-4
99-35-4
115-86-6

786-19-6
82-68-8
1120-21-4

51-79-6
7440-62-2
108-05-4
75-01-4

100-42-5
75-35-4
95-47-6
106-42-3
1330-20-7
105-67-9
7440-65-5
7440-66-6
-------
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.
-------
NODC TAXONOMIC CODES
NODC
CODE
TAXON
NAME
500162010200
500162010000
370405040000
8835620103
8835620104
513105010200
513105010600
513105010000
6169220606
616922060400
6169220605
616922069998
616922069992
616922069988
616922060000
61530101ACOO
615301010900
615301010200
615301010400
615301010500
615301010700
615301010000
375401030100
37540103AN
375401030200
375401030400
375401039999
37540103XAOO
37540103XXOO
375401030000
616937010300
8849010109
8849010122
8849010108
8849010110
8849010111
8849010112
8849010123
8849010114
8849010115
8849010116
8849010118
8849010107
5922
611829010000
6118290104
616937020100
61693702
5001411301
500141130600
500141130100
S
S
S
ABARENICOLA PACIFICA
ABARENICOLA SPP.
ABIENTINARIA SPP.
ABUDEFDUF ABDOMINALIS
ABUDEFDUF SORDIDUS
ACANTHODORIS BRUNNEA
ACANTHODORIS RHODOCERAS
ACANTHODORIS SPP.
ACANTHOHAUSTORIUS BOUSFIELDI
ACANTHOHAUSTORIUS SHOEMAKERI
ACANTHOHAUSTORIUS SIMILIS
ACANTHOHAUSTORIUS SP. B (PENSACOLA)
ACANTHOHAUSTORIUS SP. H (PENSACOLA)
ACANTHOHAUSTORIUS SP. L (PENSACOLA)
ACANTHOHAUSTORIUS SPP.
ACANTHOMYSIS CALIFORNICA A (CSDOC/MEC)
ACANTHOMYSIS COSTATA
ACANTHOMYSIS DAVISI
ACANTHOMYSIS MACROPSIS
ACANTHOMYSIS NEPHROPHTHALMA
ACANTHOMYSIS SCULPTA
ACANTHOMYSIS SPP.
ACANTHOPTILUM ALBUM
ACANTHOPTILUM ANNULATUM
ACANTHOPTILUM GRACILE
ACANTHOPTILUM SCALPELLIFORME
ACANTHOPTILUM SP. A (CSDOC/MEC)
ACANTHOPTILUM SP. XA
ACANTHOPTILUM SP. XX
ACANTHOPTILUM SPP.
ACANTHOSTEPHEIA INCARINATA
ACANTHURUS ACHILES
ACANTHURUS BLOCHII
ACANTHURUS DUSSUMIERI
ACANTHURUS GLAUCOPAREIUS
ACANTHURUS GUTTATUS
ACANTHURUS LEUCOPAREIUS
ACANTHURUS NIGRICANS
ACANTHURUS NIGROFUSCUS
ACANTHURUS NIGRORIS
ACANTHURUS OLIVACEUS
ACANTHURUS TRIOSTEGUS
ACANTHURUS XANTHOPTERUS
ACARINA
ACARTIA SPP.
ACARTIA TONSA
ACEROIDES LATIPES
ACEROIDES SPP.
ACESTA ASSIMILIS
ACESTA CATHERINAE
ACESTA CERRUTI
-------
500141130700 =
500141130400 = S
500141130200 = S
500141130500 = S
500141130000 = S
616934010200 =
550202C10100 =
ACLIDI990000 =
510205000000 =
500141130300 =
500141130600 =
500141130100 =
500141130400 =
500141130201 =
500141130202 =
500141130200 =
500141130399 -
500141130500 =
50014113
390300000000 =
5001030401
5110040103
511004010400 =
511004010100 =
511004011900 =
511004010200 =
511004012000 =
511004011100 =
511004010000 =
511001010100 =
511001010000 =
511001011900 =
511001000000 =
375800000000 = S
611325029999 =
616906120300 =
616906120100 =
616906120200 =
616906129999 =
616906120000 =
616906120400 = S
5131050205
510323000000 = S
8810080115
8810080117
8810080118
8810080119
510514010000 -
551502010200 =
551502010000 =
550701110200 =
550701110000 =
500141070500 = S
500141010300 =
6161070101
371201010200 =
617101100100 =
617101100000 =
61710108LNGC =
513101010200 =
ACESTA FINITIMA
ACESTA HORIKOSHII
ACESTA LOPEZI
ACESTA SIMPLEX
ACESTA SPP.
ACIDOSTOMA HANCOCKI
ACILA CASTRENSIS
ACLIDIDAE GENUS A (PENSACOLA)
ACMAEIDAE
ACMIRA ASSIMILIS
ACMIRA CATHERINAE
ACMIRA CERRUTI
ACMIRA HORIKOSHII
ACMIRA LOPEZI LOPEZI
ACMIRA LOPEZI RUBRA
ACMIRA LOPEZI
ACMIRA NEAR ASSIMILIS
ACMIRA SIMPLEX
ACMIRA SPP.
ACOELA
ACOETES PACIFICA
ACTEOCINA CANALICULATA
ACTEOCINA CANDEI
ACTEOCINA CULCITELLA
ACTEOCINA EXIMIA
ACTEOCINA HARPA
ACTEOCINA HAWAIENSIS
ACTEOCINA PLANULATA
ACTEOCINA SPP.
ACTEON PUNCTOSTRIATUS
ACTEON SPP.
ACTEON TRASKII
ACTEONIDAE
ACTINIARIA
AOTINOCYTHEREIS SP. A (PENSACOLA)
ACUMINODEUTOPUS HETERUROPUS
ACUMINODEUTOPUS NAGLEI
ACUMINODEUTOPUS OCULATUS STEENOPROPODUS
ACUMINODEUTOPUS SP. A (PENSACOLA)
ACUMINODEUTOPUS SPP.
ACUMINODEUTOPUS STENOPROPODUS
ADALARIA PROXIMA
ADEORBIDAE
ADIORYX ENSIFER
ADIORYX SPINIFER
ADIORYX TIERE
ADIORYX XANTHERYTHRUS
ADMETE SPP.
ADONTORHINA CYCLIA
ADONTORHINA SPP.
ADULA DIEGENSIS
ADULA SPP.
AEDICIRA ANTENNATA
AEDICIRA PACIFICA
AEGA SYMMETRICA
AEGINA LONGICORNIS
AEGINELLA LONGICORNIS
AEGINELLA SPP.
AEGININA LONGICARPUS
AEGIRES ALBOPUNCTATUS
-------
514200000000 = A
514203010100 =
514203000000 =
550905012402 = S
7815010103
8713070101
511006010100 =
511006010200 =
511006010000 =
511006000000 =
500125030400 =
50012503CR
500125030600 =
500125030700 =
5001250305
5001250399
500125030000 =
500125030300 =
370407110100 =
370407111000 =
370407110000 =
840407010100 =
8831080101
883108010200 =
510345010200 =
51034608
87390101
618313020200 =
780301010400 =
780301010200 =
780301010100 =
780301010000 =
5125080101
8835280202
510503070500 = S
6153013201
500141070500 =
500141070400 =
500141070100 =
500141070200 =
500141070600 =
500141070000 =
814903010100 =
81490301
616934580000 =
617914000000 =
617914050400 =
617914011800 =
6179140120
617914011300 =
617914010200 =
617914010000 =
8860020103
8860020104
510320010600 =
510320014000 =
510320019999 =
510320010000 =
51032001
510320010000 = S
AEOLIDACEA
AEOLIDIA PAPILLOSA
AEOLIDIIDAE
AEQUIPECTEN AEQUISULCATUS
AETEA SICA
AETOBATUS NARINARI
AGLAJA DIOMEDEUM
AGLAJA OCELLIGERA
AGLAJA SPP.
AGLAJIDAE
AGLAOPHAMUS CIRCINATA
AGLAOPHAMUS CIRRATA
AGLAOPHAMUS DICIRRIS
AGLAOPHAMUS ERECTANS
AGLAOPHAMUS NEOTENUS
AGLAOPHAMUS SP. A
AGLAOPHAMUS SPP.
AGLAOPHAMUS VERRILLI
AGLAOPHENIA CF. STRUTHIONIDES
AGLAOPHENIA DIEGENSIS
AGLAOPHENIA SPP.
AGNESIA SEPTENTRIONALIS
AGONOPSIS EMMELANE
AGONOPSIS STERLETUS
ALABA JEANETTE
ALABINA SPP.
ALBULA SPP.
ALBUNEA GIBBESII
ALCYONIDIUM DISCIFORME
ALCYONIDIUM MAMMILLATUM
ALCYONIDIUM POLYOUM
ALCYONIDIUM SPP.
ALDERIA MODESTA
ALECTIS CILIARIS
ALIA CARINATA
ALIENACANTHOMYSIS MACROPSIS
ALLIA ANTENNATA
ALLIA CARINATA
ALLIA MONICAE
ALLIA NOLANI
ALLIA RAMOSA
ALLIA SPP.
ALLOCENTROTUS FRAGILIS
ALLOCENTROTUS SPP.
ALLOGAUSSIA SPP.
ALPHEIDAE
ALPHEOPSIS EQUIDACTYLUS
ALPHEUS BELLIMANUS
ALPHEUS CALIFORNIENSIS
ALPHEUS CLAMATOR
ALPHEUS NORMANNI
ALPHEUS SPP.
ALUTERUS MONOCEROS
ALUTERUS SCRIPTUS
ALVANIA COMPACTA
ALVANIA ROSAKA
ALVANIA SP. A (PUGET SOUND)
ALVANIA SPP.
ALVANIA SPP.
ALVINIA SPP.
-------
500168230200
500168239999
500168230000
500158230100
500167010100
500167010700
500167010500
500167010000
50016013CA
500160130000
780501010000
615301350200
615301350000
61530135TROO
5103760102
510376010100
8835640102
611103060100
600104000000
600104999999
600104030300
600104030200
600104030000
500158060300
616902010800
616902011100
61690201BICA
616902012500
616902013500
616902013300
616902011200
6.-.S902011201
616902011700
616902013600
616902011300
616902012600
616902013400
616902010100
61690201MA
616902012700
616902012800
616902012900
616902011400
616902013000
616902013100
616902019979
616902019989
616902019999
616902019969
616902019967
616902019958
616902019956
616902010000
616902013200
6169020110
616902000000
616915110100
500167020800
500167020100
500167070100
AMAEANA OCCIDENTALS
AMAEANA SP. A OF HARRIS
AMAEANA SPP.
AMAEANA TRILOBATA
AMAGE ANOPS
AMAGE ARIETICORNUTA
AMAGE SCUTATA
AMAGE SPP.
AMASTIGOS CAPERATUS
AMASTIGOS SPP.
AMATHIA SPP.
AMATHIMYSIS BRATTEGARDI
AMATHIMYSIS SPP.
AMATHIMYSIS TRIGIBBA A (CSDOC/MEC)
AMAUROPSIS ISLANDICA
AMAUROPSIS PURPUREA
AMBLYCIRRHITUS BIMACULATA
AMBOLEBERIS AMERICANA
AMMOTHEIDAE
AMMOTHEIDAE GEN. A SP. A (GOLETA/MORRO BAY)
AMMOTHELLA SETOSA
AMMOTHELLA SPINIFERA
AMMOTHELLA SPP.
AMMOTRYPANE AULOGASTER
AMPELISCA ABDITA
AMPELISCA AGASSIZI
AMPELISCA BICARINATA
AMPELISCA BREVISIMULATA
AMPELISCA CAREYI
AMPELISCA COriPRESSA
AMPELISCA CRISTATA
AMPELISCA CRISTATA MICRODENTATA
AMPELISCA CRISTOIDES
AMPELISCA CUCULLATA
AMPELISCA HANCOCKI
AMPELISCA INDENTATA
AMPELISCA LOBATA
AMPELISCA MACROCEPHALA
AMPELISCA MACROCOXA
AMPELISCA MILLERI
AMPELISCA PACIFICA
AMPELISCA PANAMENSIS
AMPELISCA PUGETICA
AMPELISCA ROMIGI
AMPELISCA SHOEMAKERI
AMPELISCA SP, A (CSDOC/MEC)
A (PUGET SOUND)
A (SCAMIT)
A (PENSACOLA)
C (PENSACOLA)
L (PENSACOLA)
(PENSACOLA)
N
AMPELISCA SP.
AMPELISCA SP.
AMPELISCA SP.
AMPELISCA SP.
AMPELISCA SP.
AMPELISCA SP.
AMPELISCA SPP.
AMPELISCA UNSOCALAE
AMPELISCA VERRILLI
AMPELISCIDAE
AMPELISCIPHOTIS PODOPHTHALMA
AMPHARETE ACUTIFRONS
AMPHARETE ARCTICA
AMPHARETE GRACILIS
-------
500167021500
500167029999
5001670299
500167020000
500167020900
500167000000
500167009989
812903180200
812903180000
500167030200
500167030300
500167030600
500167030400
500167030000
500167030500
5001660102
500166000000
616906130200
50012106BROO
500121060100
500121060000
500170120200
616903000000
6169030202
6169030201
616903020600
616903029997
4306060101
500110000000
8129030103
812903010900
812903030200
812903011000 =
812903010000 =
812903010500 =
812903010400 =
812903019999 =
812903090600 =
812903099999 =
812903090000 =
812903090800 =
812903090700 =
850001030000 =
812903020100 =
812903020000 =
812903020200 =
616800000000 =
430605000000 =
430605010200 =
430605011000 =
430605011400 -
430605011500 =
430605010500 =
430605011800 =
430605010000 =
500167180100 -
500167180000 =
510503010400 =
510503019999 =
510503010000 =
A (HONOLULU ONLY)
AMPHARETE LABROPS
AMPHARETE SP. A (PENSACOLA)
AMPHARETE SP. A
AMPHARETE SPP.
AMPHARETE VEGA
AMPHARETIDAE
AMPHARETIDAE SP.
AMPHICHONDRIUS GRANULOSUS
AMPHICHONDRIUS SPP.
AMPHICTEIS GLABRA
AMPHICTEIS GUNNERI
AMPHICTEIS MUCRONATA
AMPHICTEIS SCAPHOBRANCHIATA
AMPHICTEIS SPP.
AMPHICTEIS SUNDVALLI
AMPHICTENE MOOREI
= S AMPHICTENIDAE
AMPHIDEUTOPUS OCULATUS
AMPHIDUROS BRUNNEA A (EWPCF/MEC)
AMPHIDUROS PACIFICUS
AKPHIDUROS SPP.
AMPHIGLEI.'A MEDITERRANEA
AMPHILOCHIDAE
AMPHILOCHUS LITORALIS
AMPHILOCHUS NEOPOLITANUS
AMPHILOCHUS PICADURUS
AMPHILOCHUS SP. C (PENSACOLA)
AMPHINEMERTES CAECA
AMPHINOMIDAE
AMPHIODIA CRATERODMETA
AMPHIODIA DIGITATA
= S AMPHIODIA OCCIDENTALIS
AMPHIODIA PSARA
AMPHIODIA SPP.
AMPHIODIA TRYCHNA
AMPHIODIA URTICA
AMPHIODIA URTICA/PERIERCTA COMPLEX
AMPHIOPLUS HEXACANTHUS
AMPHIOPLUS SP. A (CSDOC/MEC)
AMPHIOPLUS SPP.
AMPHIOPLUS SQUAMATA
= AMPHIOPLUS STRONGYLOPLAX
AMPHIOXUS SPP.
AMPHIPHOLIS PUGETANA
AMPHIPHOLIS SPP.
AMPHIPHOLIS SQUAMATA
AMPHIPODA
AMPHIPORIDAE
AMPHIPORUS BIMACULATUS
AMPHIPORUS BIOCULATUS
AMPHIPORUS CALIFORNICUS
AMPHIPORUS CRUENTATUS
AMPHIPORUS IMPARISPINOSUS
AMPHIPORUS RUBELLUS
AMPHIPORUS SPP.
AMPHISAMYTHA BIOCULATA
AMPHISAMYTHA SPP.
AMPHISSA BICOLOR
AMPHISSA SP. A (PUGET SOUND)
AMPHISSA SPP.
-------
510503010500
510503010600
570810000000
500168010100
500167009999
812903101600
812903101700
812903109999
812903100000
812903000000
812903980000
616926110100
6169040119
616904010000
616904012000
616904011600
616904000000
550701100500
550701100000
510503030600
510602530100
550601020100
500113010200
500113010201
500113011200
500113010300
50011301MUCO
500113010900
500113011500
500113010000
500113011400
8839011302
8839011301
615301280100
615405050100
61540505
884702000000
874702010100
616102090100
616102090100
500122100100
500122010900
500122010400
500122010100
500122010200
500122010000
513106020500
513106020300
513106020000
375800009980
375800009987
375800009988
375800009989
375800009990
375800009991
375800009992
375800009993
375800009994
375800009995
375800009996
S
S
C
C
S
S
AMPHISSA UNDATA
AMPHISSA VERSICOLOR
AMPHITRETIDAE
AMPHITRITE CIRRATA
AMPHITRITINAE SP. A (GOLETA/MORRO BAY)
AMPHIURA ACRYSTATA
AMPHIURA DIASTATA
AMPHIURA SP. A (MORRO/PAQUETTE)
AMPHIURA SPP.
AMPHIURIDAE
AMPHIURIDAE GENUS B (PENSACOLA)
AMPILISCIPHOTIS PODOPTHALMA
AMPITHOE PLUMULOSA
AMPITHOE SPP.
AMPITHOE TEA
AMPITHOE VALIDA
AMPITHOIDAE
AMYGDALUM PALLIDULUM
AMYGDALUM SPP.
ANACHIS LAFRESNAYI
ANACITHARA PERFECTA
ANADARA TRANSVERSA
ANAITIDES GROENLANDICA
ANAITIDES GROENLANDICA ORIENTALIS
ANAITIDES LONGIPES
ANAITIDES MEDIPAPILLATA
ANAITIDES MUCOSA
ANAITIDES MULTISERIATA
ANAITIDES PAPILLOSA
ANAITIDES SPP.
ANAITIDES WILLIAMSI
ANAMPSES CHRYSOCEPHALUS
ANAMPSES CUVIERI
ANCHIALINA TYPICA
ANCHICOLURUS OCCIDENTALIS
ANCHICOLURUS SPP.
ANCHOVIES
ANCHOVY NORTHERN
ANCINUS DALTONAE
ANCINUS DALTONAE
ANCISTARGIS HAMATA
ANCISTROSYLLIS BREVICEPS
ANCISTROSYLLIS GROENLANDICA
ANCISTROSYLLIS HAMATA
ANCISTROSYLLIS HARTMANAE
ANCISTROSYLLIS SPP.
ANCULA LENTIGINOSA
ANCULA PACIFICA
ANCULA SPP.
124 (CSDOC/MEC)
122 (CSDOC/MEC)
84 (ENCINA ONLY)
12 (ENCINA/KLI)
111 (CSDOC/MEC)
108 (CDSOC/MEC)
103 (ORANGE CO. ONLY)
12 (ORANGE CO. ONLY)
88 (ORANGE CO. ONLY)
96 (ORANGE CO. ONLY)
ANEMONE SP.
ANEMONE SP.
ANEMONE SP.
ANEMONE SP.
ANEMONE SP,
ANEMONE SP,
ANEMONE SP,
ANEMONE SP,
ANEMONE SP,
ANEMONE SP.
ANEMONE SP. 93 (ORANGE CO ONLY)
-------
375800009997 =
375800009998 =
375800009999 =
375800009986 =
375800009985 =
375800000000 =
513002020100 =
616921010100 =
500000000000 =
500167070400 =
500167070100 =
500167070200 =
500167070000 =
500167070300 =
550909020500 =
618300000000 = A
61693403CAOO =
616934380200 = S
616934030300 =
6169340314
616934030000 =
600106020100 =
600106020500 =
600106021100 =
600106021300 =
600106020000 =
600106021200 =
6001090301
500160140100 =
7804030201
8787020210 = S
370407150300 =
375900009989 =
8835020708
374000000000 =
374000009999 =
374000009998 =
610000000000 = S
616000000000 =
ANTIAS--9999 =
500102020200 =
510602090000 =
781507040100 =
500143220300 =
500143220000 =
6169060102
616906010400 »
61690601
616906000000 =
616906010200 - S
616906010500 » S
616906010300 » S
616906010600 = S
616906010400 = S
616906010000 = S
616001040400 =
616001040100 »
616001040000 =
8835360902
616912010200 =
ANEMONE SP. 92 (ORANGE CO ONLY)
ANEMONE SP. 87 (ORANGE CO ONLY)
ANEMONE SP. 85 (ORANGE CO. ONLY)
ANEMONE SP. 76
ANEMONE SP. 106 (CSDOC/MEC)
ANEMONE SPP.
ANISODORIS NOBILIS
ANISOGAMMARUS SUBCARINUATUS
ANNELIDA
ANOBOTHRUS BIMACULATUS
ANOBOTHRUS GRACILIS
ANOBOTHRUS OCCIDENTALIS
ANOBOTHRUS SPP.
ANOBOTHRUS TRILOBOTUS
ANOMIA PERUVIANA
ANOMURA
ANONYX CARINATUS
ANONYX DOROTHEAE
ANONYX LILJEBORGI
ANONYX SARSI
ANONYX SPP.
ANOPLODACTYLUS ERECTUS
ANOPLODACTYLUS NODOSUS
ANOPLODACTYLUS OCULOSPINUS
ANOPLODACTYLUS PROJECTUS
ANOPLODACTYLUS SPP.
ANOPLODACTYLUS VIRIDINTESTINALE
ANOROPALLENE PALPIDA
ANOTOMASTUS GORDIODES
ANQUINELLA PALMATA
ANTENNARIUS COMMERSONII
ANTENNELLA AVALONIA
ANTHENARIA SP. A (SCAMIT)
ANTHIAS THOMPSONI
ANTHOZOA
ANTHOZOA SP. A (PUGET SOUND)
ANTHOZOA SP. 2 (PUGET SOUND)
ANTHROPODA MANDIBULATA CRUSTACEA
ANTHURIDEA SPP.
ANTIAS SP. B (PENSACOLA)
ANTINOELLA SARSI
ANTIPLANES SPP.
ANTROPORA TINCTA
AONIDES PAUCIBRANCHIATA
AONIDES SPP.
AORA COLUMBIAE
AORA INERMIS
AORA SPP.
AORIDAE
AOROIDES COLUMBIAE
AOROIDES EXILIS
AOROIDES INERMIS
AOROIDES INTERMEDIUS
AOROIDES SPINOSUS
AOROIDES SPP.
APANTHURA INORNATA
APANTHURA MAGNIFICA
APANTHURA SPP.
APHAREUS FURCATUS
APHERUSA MEGALOPS
-------
500101010600 =
500101010700 =
500101010800 =
500101010100 =
500101010200 =
500101010300 =
500101011000 =
500101019998 =
500101019999 =
500101010000 =
500101999A
500101039999 =
500142000000 =
500142010200 =
500142019999 =
500142010000 =
500142010100 =
540000000000.= A
8835180123
8835180122
8835180165
8835181002
500173080300 =
500143050700 = S
8835360801
8793010101
615603010600 «
615603019992 =
615603000000 =
500133020300 =
500133020400 =
500133020100 =
500133020100 = S
500133020100 = S
500133020000 =
500133000000 =
5001330099
59 = A
615901039997 =
615901039998 =
615901039999 =
615702029996 = S
615702029999 = S
615901030000 =
5102
840301040000 -
513003030100 =
510331010100 -
390200000000 =
8835430301
550601000000 =
551551020100 =
613201010400 = S
500102030100 -
500102039999 =
500102030000 =
551539010100 =
550905060000 = S
500102040100 =
500102040000 =
APHRODITA ARMIFERA
APHRODITA BREVITENTACULATA
APHRODITA CASTANEA
APHRODITA JAPONICA
APHRODITA NEGLIGENS
APHRODITA PARVA
APHRODITA REFULGIDA
APHRODITA SP. B (GOLETA/MORRO BAY)
APHRODITA SP. A (MORRO/ROSSI)
APHRODITA SPP.
APHRODITIDAE SP. A (GLOUCESTER)
APHROGENIA SP. A (PENSACOLA)
APISTOBRANCHIDAE
APISTOBRANCHUS ORNATUS
APISTOBRANCHUS SP. A (SCAMIT)
APISTOBRANCHUS SPP.
APISTOBRANCHUS TULLBERGI
APLACOPHORA
APOGON KALLOPTERUS
APOGON MACULIFERUS
APOGON TAENIOPTERUS
APOGONICHTHYS PERDIX
APOMATUS TIMSII
APOPRIONOSPIO PYGMAEA
APRION VIRESCENS
APRODON CORTEZIANUS
APSEUDES PROPINQUUS
APSEUDES SP. H (PENSACOLA)
APSEUDIDAE
ARABELLA ENDONATA
ARABELLA GENICULATA
ARABELLA IRICOLOR
ARABELLA OPALINA
ARABELLA SEMIMACULATA
ARABELLA SPP.
ARABELLIDAE
ARABELLIDAE PARASITIC
ARACHNIDA
ARAPHURA SP.
ARAPHURA SP.
ARAPHURA SP.
ARAPHURA SP.
ARAPHURA SP.
ARAPHURA SPP.
ARCHAEOGASTROPODA
ARCHIDISTOMA SPP.
ARCHIDORIS MONTEREYENSIS
ARCHITECTONICA NOBILIS
ARCHOOPHORA
ARCHOSARGUS PROBATOCEPHALUS
ARCIDAE
ARCINELLA CORNUTA
ARCOSCALPELLUM CALIFORNICUM
ARCTEOBIA ANTICOSTIENSIS
ARCTEOBIA SP. A (GOLETA/MOPJRO BAY)
ARCTEOBIA SPP.
ARCTICA ISLANDICA
ARCTINULA SPP.
ARCTONOE PULCHRA
ARCTONOE SPP.
D (SCAMIT)
B (SCAMIT)
A (SCAMIT)
(SCAMIT)
B
A (SCAMIT)
-------
616201000000 =
616201020300 =
510222010200 =
500162020300 =
500162020200 =
500162020400 =
500162029999 =
500162020000 =
500162000000 =
875601020600 =
875601020600 =
616907010100 =
6169070199GC =
61690701
616907010200 =
550905120000 =
730102010200 =
730102010500 =
730102010000 =
500141022000 =
500141020700 =
500141130600 =
500141130100
500141020400
500141021500
500141022100
500141021700
500141070600
500141130500
500141029999
500141029995
500141029992
500141029988
500141029980
500141029976
500141020000
500141020100
500141022200
500141020600
8777180202
500158020100
500158020200
500158020500
500158020400
513602010100
8861010302
8861010303
500168110100
500168110000
500168120100
6104010101
600000000000
ARTHROPODS
6169342206
6169342204
500167080400
500167080200
500157020100
84040501
840100000000
ARCTURIDAE
ARCTURUS GLABER
ARENE TRICARINATA
ARENICOLA BRASILIENSIS
ARENICOLA GLACIALIS
ARENICOLA MARINA
ARENICOLA SP. A (HONOLULU)
ARENICOLA SPP.
ARENICOLIDAE
ARGENTINA SIALIS
= C ARGENTINE PACIFIC
ARGISSA HAMATIPES
ARGISSA MACRO
ARGISSA SPP.
ARGISSA STEBBINGI
= S ARGOPECTEN SPP.
ARHYNCHITE CALIFORNICUS
ARHYNCHITE PUGETTENSIS
ARHYNCHITE SPP.
ARICIDEA (ARICIDEA) MINUTA
ARICIDEA ANNAE
= S ARICIDEA CATHERINAE
= S ARICIDEA CERRUTII
ARICIDEA JEFFREYSI
ARICIDEA LOPE2I
ARICIDEA PHILBINAE
ARICIDEA QUADRILOBATA
= S ARICIDEA RAMOSA '
= S ARICIDEA SIMPLEX
ARICIDEA SP. A (PENSACOLA)
ARICIDEA SP.
ARICIDEA SP.
ARICIDEA SP.
ARICIDEA SP.
ARICIDEA SP.
ARICIDEA SPP.
ARICIDEA SUECICA
ARICIDEA TAYLORI
ARICIDEA WASSI
ARIUS FELIS
ARMANDIA BIOCULATA
ARMANDIA BREVIS
ARMANDIA INTERMEDIA
ARMANDIA MACULATA
ARMINA CALIFORNICA
AROTHRON HISPIDUS
AROTHRON MELEAGRIS
ARTACAMA CONIFERI
ARTACAMA SPP.
ARTACAMELLA HANCOCKI
ARTEMIA SALINA
= S ARTHROPODA PYCNOGONIDA
ARTHROPODS
ARUGA HOLMESI
ARUGA OCULATA
ASABELLIDES LINEATA
ASABELLIDES OCULATA
ASCELEROCHEILUS BERINGIANUS
ASCIDIA SPP.
ASCIDIACEA
E (PENSACOLA)
H (PENSACOLA)
L (PENSACOLA)
T (PENSACOLA)
X (PENSACOLA)
-------
840100009999 =
5103500142 = S
5103500139 = S
510350MEC
720003010200 =
720003012900 =
720003010500 =
720003010000 =
616201040000 =
5515190108
5515190199
551519010000 =
5515190113
5515190113
5515190122
811401010100 =
810400000000 =
611103020100 =
611103020300 =
611103020000 =
6111030301
8847014601
552008010300 =
811703080100 =
810601050400 =
810601051202 =
810601051200 =
810601050000 =
810601051100 =
810601051102 =
810601000000 =
5105030207 = S
500163010400 =
500163010500 =
500163010300 =
500163010000 =
3759
375900009999 =
375900009998 =
375900009997 =
780502000000 =
880502000000 =
8805020101
8805020601
510373010000 «
510373000000 =
8835442901 =
616909010400 -
616909010100 •
511012020500 =
511012020200 =
511012020400 =
511012020000 =
500165070100 =
8819010102
5012XX
510501200100 = S
500123010100 =
500123010000 = S
618302000000 =
ASCIDIAN SP. A (KINNETICS ONLY)
ASPERISCALA BELLASTRIATUM
ASPERISCALA LOWEI
ASPERISCALA SPP.
ASPIDOSIPHON ALBUS
ASPIDOSIPHON KLUNZINGERI
ASPIDOSIPHON MUELLERI
ASPIDOSIPHON SPP.
ASTACILLA SPP.
ASTARTE ESQUIMALTI
ASTARTE SP. A
ASTARTE SPP.
ASTARTE UNDATA
ASTARTE UNDATA
ASTARTE WILLETTI
ASTERINA MINIATA
ASTEROIDEA
ASTEROPELLA MACLAUGHLINAE
ASTEROPELLA SLATTERYI
ASTEROPELLA SPP.
ASTEROPTERON OCULITRISTIS
ASTERROPTERYX SEMIPUNCTATUS
ASTHENOTHAERUS VILLOSIOR
ASTROMETIS SERTULIFERA
ASTROPECTEN ARTICULATUS
ASTROPECTEN BRASILIENSIS ARMATUS
ASTROPECTEN BRAZILIENSIS
ASTROPECTEN SPP.
ASTROPECTEN VERRILLI
ASTROPECTEN VERRILLI CALIFORNICUS
ASTROPECTINIDAE
ASTYRIS LUNATA
ASYCHIS BICEPS
ASYCHIS DISPARIDENTATA
ASYCHIS ELONGATA
ASYCHIS SPP.
ATHENARIA
ATHENARIA SP
ATHENARIA SP
ATHENARIA SP
ATHERINIDAE
ATHERINIDAE
ATHERINOPS AFFINIS
ATHERINOPSIS CALIFORNIENSIS
ATLANTA SPP.
ATLANTIDAE
ATRACTOSCION NOBILIS
ATYLUS CARINATUS
ATYLUS TRIDENS
ATYS CURTA
ATYS SANDERSONI
ATYS SEMISTRIATA
ATYS SPP.
AUGENERIELLA DUBIA
AULOSTOMUS CHINENSIS
AUSTROBDELLA SPP.
AUSTROTROPHON CATALINENSIS
AUTOLYTUS CORNUTUS
AUTOLYTUS SPP.
AXIIDAE
84 (ORANGE CO. ONLY)
A (GLOUCESTER)
B (GLOUCESTER)
-------
366501010000
551502020200
551502020100
551502020000
812903020200
618302040100
618302040200
500163080300
500163080200
500163080201
500163089999
500163080000
8777180101
613402
820102010100
613402011700
613402010400
613402012400
613402011600
613402011400
613402011700
613402010000
510353011500
510353060400
510353010200
510353011300
510353010400
510353060000
5518020101
500160060100
500160060000
550601050500
790201020500
790201020300
790201020000
510320040500
883502160400
616910010200
616910000000
616102090100
611103040400
611103040500
611103040600
611103040000
884003000000
616937050900
616937051100
616937050800
616937051000
616937050000
61693705VUOO
618701280100
430800000000
8803020501
512602050300
512602040300
617914020300
617914020500
6179140207
617914020000
AXINELLA SPP.
AXINOPSIDA ORBICULATA
AXINOPSIDA SERRICATA
AXINOPSIDA SPP.
= S AXIOGNATHUS SQUAMATUS
AXIOPSIS HIRSUTIMANA
AXIOPSIS SPINULICAUDA
AXIOTHELLA MUCOSA
AXIOTHELLA RUBROCINCTA
AXIOTHELLA RUBROCINCTA COMPLEXA
AXIOTHELLA SP. A (PENSACOLA)
AXIOTHELLA SPP.
BAGRE MARINUS
BALANIDAE
BALANOGLOSSUS AURANTIACUS
= S BALANUS CONCAVUS PACIFICUS
BALANUS CRENATUS
BALANUS FLOS
BALANUS GALEATUS
BALANUS IMPROVISUS
BALANUS PACIFICUS
BALANUS SPP.
= S BALCIS CATALINENSIS
BALCIS COMPACTA
= S BALCIS MICRANS
= S BALCIS OLDROYDI
= S BALCIS RUTILA
BALCIS SPP.
BANKIA SETACEA
BARANTOLLA AMERICANA
BARANTOLLA SPP.
BARBATIA (ACAR) DIVARICATA
BARENTSIA BENEDENI
BARENTSIA GRACILIS
BARENTSIA SPP.
BARLEEIA CALIFORNICA
= C BASS BARRED SAND
BATEA TRANSVERSA
BATEIDAE
BATHYCOPEA DALTONAE
BATHYLEBERIS CALIFORNICA
BATHYLEBERIS GARTHI
BATHYLEBERIS HANCOCKI
BATHYLEBERIS SPP.
BATHYMASTERIDAE
BATHYMEDON COVIHANI
BATHYMEDON KASSITIES
BATHYMEDON PUMILUS
BATHYMEDON ROQUEDO
BATHYMEDON SPP.
BATHYMEDON VULPECULUS
BATRACHONOTUS FRAGOSUS
BDELLONEMERTEA
BELONE PLATYURA
BERTHELLA CALIFORNICA
BERTHELLA CITRINA
BETAEUS BELLIMANUS
BETAEUS GRACILIS
BETAEUS LONGIDACTYLUS
BETAEUS SPP.
-------
500168340100 =
500108030200 =
370301170400 =
370301170000 =
500170100000 =
510346010200 =
510346010200 = S
510346010200 = S
510346012100 =
510346010200 = S
510346010200 = S
510346013100 =
510346012900 =
510346012400 =
510346019989 =
510346010000 =
510346010200 = S
BIVALVES
550000000000 = A
618313040100 =
500143080900 =
500143080600 =
5001430810
500143081200 =
500143089999 =
500143080000 =
500143280100 =
500143280200 =
8839010303 =
615409000000 =
616934070200 =
616934071200 =
616934070000 =
500176010100 =
500176019999 =
840602020300 =
730101000000 =
885003020100 = C
551510050100 =
5105010999GC =
510501.091300 =
510501090100 =
551552020100 = S
8406030501
885703000000 =
8857030605 =
370301000000 =
780501020100 «=
780501020000 «
615301260200 =
800000000000 a
800201010000 =
61540503
618900000000 = A
618400009998 =
618400009999 =
618400000000 = S
500154010800 =
500154011000 -
500154010000 =
BETAPISTA DEKKERAE
BHAWANIA HETEROSETA
BIMERIA PUSILLA
BIMERIA SPP.
BISPIRA SPP.
BITTIUM ATTENUATUM
BITTIUM BOREALIS
BITTIUM ESURIENS
BITTIUM LARUM
BITTIUM LATIFILOSUM
BITTIUM MULTIFILIOSUM
BITTIUM PERPARVULUM
BITTIUM QUADRIFILATUM
BITTIUM RUGATUM
BITTIUM SP. A (PUGET SOUND)
BITTIUM SPP.
BITTIUM SUBPLANATUM
BIVALVES
BIVALVIA
BLEPHARIPODA OCCIDENTALIS
BOCCARDIA BASILARIA
BOCCARDIA HAMATA
BOCCARDIA POLYBRANCHIA
BOCCARDIA PUGETTENSIS
BOCCARDIA SP. A (GOLETA/MORRO BAY)
BOCCARDIA SPP.
BOCCARDIELLA HAMATA
BOCCARDIELLA LIGERICA
BODIANUS BILUNULATUS
BODOTRIIDAE
BOECKOSIMUS AFFINIS
BOECKOSIMUS BOTKINI
BOECKOSIMUS SP.
BOGUEA ENIGMATICA
BOGUEA SP. A (PENSACOLA)
BOLTENIA VILLOSA
BONELLIIDAE
BONITO PACIFIC
BOREACOLA VADOSA
BOREOTROPHON ACCIDENTAL
BOREOTROPHON AVALONENSIS
BOREOTROPHON CLATHRATUS
BORNIA RETIFERA
BOSTRICHOBRANCHUS PILULARIS
BOTHIDAE
BOTHUS MANCUS
BOUGAINVILLIIDAE
BOWERBANKIA GRACILIS
BOWERBANKIA SPP.
BOWMANIELLA PORTORICENSIS
BRACHIOPODA
BRACHIOPODA GLOTTIDIA ALBIDA
BRACHYDIASTYLIS SPP.
BRACHYRHYNCHA
BRACHYURA SP. B (HONOLULU)
BRACHYURA SP. A (HONOLULU)
BRACHYURA SPP.
BRADA PLEURIBRANCHIATA
BRADA SACHALINA
BRADA SPP.
-------
500154010200
500162030200
850001010300
850001010200
85000101LONG
850001010000
85000101VIRG
500123270200
500123090800
500123090000
500123090300
375001000000
816204010300
816301030600
510213010100
616950010000
780000000000
510504010000
781525011500
781525010500
781525010000
511011010700
511011010000
511011000000
510379010400
550208039999
616902020800
616902020900
6169020203
616902020000
616902020600
61690202VM
375904030100
513002010000
560204010500
560204010100
560204011800
560204012000
560204019997
560204010000
560204.010200
560204011200
510336034200
510336031600
510336032100
510336032102
510336032103
510336032104
510336032105
510336322101
510336030600
510336030300
510336034300
510336030100
510336034400
510336039600
510336039989
510336039987
510336030000
611800000000
BRADA VILLOSA
BRANCHIOMALDANE SIMPLEX
BRANCHIOSTOMA CALIFORNIENSE
BRANCHIOSTOMA FLORIDAE
BRANCHIOSTOMA LONGIROSTRUM
BRANCHIOSTOMA SPP.
BRANCHIOSTOMA VIRGINIAE
BRANCHIOSYLLIS EXILIS
BRANIA MEDIODENTATA
BRANIA SPP.
BRANIA WELLFLEETENSIS
BRIAREIDAE
BRISASTER LATIFRONS
BRISSOPSIS PACIFICA
BROOKULA IKI
BRUZELIA SPP.
= S BRYOZOA
BUCCINUM SPP.
BUGULA LONGIROSTRATA
BUGULA NERITINA
BUGULA SPP.
BULLA GOULDIANA
BULLA SPP.
BULLIDAE
BURSA CALIFORNICA
BUSHIA SP. A (PENSACOLA)
BYBLIS BARBARENSIS
BYBLIS MILLSI
BYBLIS SERRATA
BYBLIS SPP.
BYBLIS VELERONIS
BYBLIS VELERONIS/MILLSI
CACTOSOMA ARENARIA
CADLINA SPP.
CADULUS AGASSIZII
CADULUS CALIFORNICUS
CADULUS FUSIFORMIS
CADULUS QUADRIFISSATUS
CADULUS SP. C (PENSACOLA)
CADULUS SPP.
CADULUS STEARNSI
CADULUS TETRODON
CAECUM ARCUATUM
CAECUM CALIFORNICUM
CAECUM CREBRICINCTUM
CAECUM CREBRICINCTUM BARKLEYENSE
CAECUM CREBRICINCTUM CATALINENSE
CAECUM CREBRICINCTUM OREGONENSE
CAECUM CREBRICINCTUM PEDROENSE
CAECUM CREBRICINCTUM CREBRICINCTUM
CAECUM CUBITATUM
CAECUM IMBRICATUM
CAECUM OAHUENSE
CAECUM PULCHELLUM
CAECUM SEPIMENTUM
CAECUM SP. A (HONOLULU)
CAECUM SP, A (PENSACOLA)
CAECUM SP. C (PENSACOLA)
CAECUM SPP.
= A CALANOIDA
-------
618302010300 =
510376110100 =
618304021700 =
618304020400 =
618304020000 =
618304
618901030100 =
616912000000 =
510210010100 =
5102100102
510210014900 =
510210015100 =
510210010500 =
510210015200 =
510210010000 =
510210014800 =
510210015900 =
600109020300 =
510210015000 =
78150801CACI =
8839030603
8839030604
370404040100 =
510364010200 =
510364010400 =
510364010100 =
510364010000 =
510364000000 =
510364019999 =
370401012400 =
3704010118
370401010000 =
370401010100 =
370401000000 =
370404130000 =
370404000000 =
615407010200 =
615407011000 =
615407011001 =
615407011100 =
615407.012400 =
615407010500 =
615407019200 =
615407011900 =
615407010100 -
615407019993 =
615407019994 -
61540701MECP -
615407019996 •
615407019997 =
63.5407019998 =
615407019999 =
615407019981 -
615407019977 =
615407019970 =
61540701CDOO =
615407010000 =
510514020700 =
510514020500 =
510514020400 =
CALASTACUS QUINQUESERIATUS
CALINATICINA OLDROYDII
CALLIANASSA AFFINIS
CALLIANASSA CALIFORNIENSIS
CALLIANASSA SPP.
CALLIANASSIDAE
CALLINECTES SAPIDUS
CALLIOPIIDAE
CALLIOSTOMA ANNULATUM
CALLIOSTOMA CANALICULATUM
CALLIOSTOMA GEMMULATUM
CALLIOSTOMA GLORIOSUM
CALLIOSTOMA OCCIDENTALE
CALLIOSTOMA SPLENDENS
CALLIOSTOMA SPP.
CALLIOSTOMA TRICOLOR
CALLIOSTOMA TURBINUM
CALLIPALLENE PACIFICA
CALLISTOMA SUPRAGRANOSUM
CALLOPORA CIRCUMCLATHRATA
CALOTOMUS CAROLINUS
CALOTOMUS ZONARCHUS
CALYCELLA SYRINGA .
CALYPTRAEA CENTRALIS
CALYPTRAEA CONTORTA
CALYPTRAEA FASTIGIATA
CALYPTRAEA SPP.
CALYPTRAEIDAE
CALYPTREA SP. A (HONOLULU)
CAMPANULARIA EXILIS
CAMPANULARIA GELATINOSA
CAMPANULARIA SPP.
CAMPANULARIA VOLUBILIS
CAMPANULARIIDAE
CAMPANULINA SPP.
CAMPANULINIDAE
CAMPYLASPIS CANALICULATA
CAMPYLASPIS COSTATA
CAMPYLASPIS COSTATA SPECIOSA
CAMPYLASPIS CRISPA
CAMPYLASPIS GLOBOSA
CAMPYLASPIS HARTAE
CAMPYLASPIS NR. GLOBOSA
CAMPYLASPIS RUBROMACULATA
CAMPYLASPIS RUFA
CAMPYLASPIS SP. Q (CSDOC/MEC)
CAMPYLASPIS SP.
CAMPYLASPIS SP.'
CAMPYLASPIS SP.
CAMPYLASPIS SP.
CAMPYLASPIS SP.
CAMPYLASPIS SP.
CAMPYLASPIS SP.
CAMPYLASPIS SP.
CAMPYLASPIS SP.
CAMPYLASPIS SP.
CAMPYLASPIS SPP.
CANCELLARIA COOPERI
CANCELLARIA CRAWFORDIANA
CANCELLARIA RETICULATA
D (SCAMIT)
P (CSDOC/MEC)
H
E
M (SCAMIT)
B (SCAMIT)
I (PENSACOLA)
M (PENSACOLA)
0 (PENSACOLA)
A (EWPCF/MEC)
-------
510514020600
510514020000
618803011300
618803010200
618803010900
618803010300
618803010500
6188030108
618803011200
618803010400
6188030106
618803010100
618803010000
618803
8860020404
8860020403
8861010402
8861010403
8861010404
8861010406
8861010407
500160010100
500160010102
500160010108
500160010109
500160019997
500160019999
50016001
500160000000
500160009999
500160999999
6171010707
617101071500
617101071100
617101071700
617101071800
617101071900
617101072700
617101072000
617101073600
617101072300
617101070000
617101072200
617101071600
617101000000
617100000000
8835282005
8835282001
8835280303
8835280310
8835280315
8835280311
500143*70700
500143270500
500143270000
618901070100
551522000000
552010010100
552010010800
552010011300
CANCELLARIA RHYSSA
CANCELLARIA SPP.
CANCER AMPHIOETUS
CANCER ANTENNARIUS
CANCER ANTHONYI
CANCER BRANNERI
CANCER GRACILIS
CANCER IRRORATUS
CANCER JORDANI
CANCER MAGISTER
CANCER OREGONENSIS
CANCER PRODUCTUS
CANCER SPP.
CANCRIDAE
CANTERHINES SANDWICHIENSIS
CANTHERHINES DUMERILII
CANTHIGASTER AMBOINENSIS
CANTHIGASTER CORONATA
CANTHIGASTER EPILAMPRA
CANTHIGASTER JACTATOR
CANTHIGASTER RIVULATA
CAPITELLA CAPITATA
CAPITELLA CAPITATA OCULATA
CAPITELLA CAPITATA SSP. 8
CAPITELLA CAPITATA SSP. 9
CAPITELLA SP. C (HONOLULU ONLY)
CAPITELLA SP. A (HONOLULU ONLY)
CAPITELLA SPP.
CAPITELLIDAE
CAPITELLIDAE SP. 1
CAPITELLIDAE GEN A SP. A OF HARRIS
CAPRELLA ALASKANA
CAPRELLA AUGUSTA
CAPRELLA BOREALIS
CAPRELLA CALIFORNICA
CAPRELLA EQUILIBRA
CAPRELLA MENDAX
CAPRELLA PENANTIS
CAPRELLA PILIDIGITA
CAPRELLA SCAURA
CAPRELLA SEPTENTRIONALIS
CAPRELLA SPP.
CAPRELLA STRIATA
CAPRELLA VERRUCOSA
CAPRELLIDAE
CAPRELLIDEA
CARANGOIDES AJAX
CARANGOIDES FERDAU
CARANX HIPPOS
CARANX IGNOBILIS
CARANX MATE
CARANX MELAMPYGUS
CARAZZIELLA CALAFIA
CARAZZIELLA CITRONA
CARAZZIELLA SPP.
CARCINUS MAENA
CARDIIDAE
CARDIOMYA BERINGENSIS
CARDIOMYA CALIFORNICA
CARDIOMYA COSTATA
-------
552010010300 =
552010010100 =
552010010200 =
552010010000 =
551517040100 =
551518010100 =
88310902
617900000000 = A
510602520100 =
616910020100 =
430202010200 =
430201020100 =
616921160100 =
611308130100 =
8776040102
8179020102
817902010400 =
817902010300 =
817902010000 =
781525030300 =
781525030000 =
500150020200 =
500150020500 =
500150020300 =
500150020100 =
5001500204
500150020000 =
500150020600 =
883522010100 =
616958
78152201CDOO =
78152201
7816350102
78162205HY
883502030100 =
8835550209
8835550203
8835550205
8835020444 = S
511000000000 =
511000009988 =
511000009999 =
616915010200 =
55152206AN
500124150100 » S
500124060300 -
500124010500 =
51420303ML
430302020900 =
430302020100 =
430302020800 =
430302021100 =
430302020400 =
430302020000 »
374300000000 = A
374300009979 =
374300009980 -
374300009985 =
374300009968 =
374300009989 =
CARDIOMYA OLDROYDI
CARDIOMYA PECTINATA
CARDIOMYA PLANETICA
CARDIOMYA SPP.
CARDITA BOREALIS
CARDITliLLA HAWAIENSIS
CAREPROCTUS SPP.
CARIDEA
CARINAPEX MINUTISSIMA
CARINOBATEA CARINATA
CARINOMA MUTABILIS
CARINOMELLA LACTEA
CASCO BIGELOWI
CATIVELLA SEMITRANSLUCENS
CATOSTOMUS COMMERSONI
CAUDINA ARENATA
CAUDINA ARENICOLA
CAUDINA CHILENSIS
CAUDINA SPP.
CAULIBUGULA CALIFORNICA
CAULIBUGULA SPP.
CAULLERIELLA ALATA
CAULLERIELLA BIOCULATUS
CAULLERIELLA GRACILIS
CAULLERIELLA HAMATA
CAULLERIELLA KILLARIENSIS
CAULLERIELLA SPP.
CAULLERIELLA ZETLANDICA
CAULOLATILUS PRINCEPS
CEINIDAE
CELLARIA DIFFUSA
CELLARIA SPP.
CELLEPORARIA BRUNNEA
CELLEPORELLA HYALINA
CENTROPRISITS STRIATA
CENTROPYGE FISHERI
CENTROPYGE LORICULUS
CENTROPYGE POTTERI
CEPALOPHOLIS GUTTATUS
CEPHALASPIDEA
CEPHALASPIDEA SP. B (KINNETICS ONLY)
CEPHALASPIDEA SP. A (SCAMIT)
CERAPUS TUBULARIS
CERASTODERMA ANNULATUM
CERATOCEPHALE CROSSLANDI
CERATOCEPHALE OCULATA
CERATONEREIS MIRABILIS
CERBERILLA MOSSLANDICA
CEREBRATULIS LACTEUS
CEREBRATULUS ALBIFRONS
CEREBRATULUS CALIFORNIENSIS
CERE3RATULUS LINEOLATUS
CEREBRATULUS MARGINATUS
CEREBRATULUS SPP.
CERIANTHARIA
CERIANTHARIA SP.
CERIANTHARIA SP.
CERIANTHARIA SP.
CERIANTHARIA SP.
CERIANTHARIA SP.
K (ENCINA/KLI)
J (ENCINA)
E (ENCINA/KLI)
B (ENCINA/KLI)
A (ENCINA/KLI)
-------
374300009990
374300009991
374300009992
374300009995
374300009996
374300009997
374300009999
374301000000
374301019999
374301010000
374300000000
6109020407
510346130200
510346130100
510346029998
510346029999
510346020000
510346062000
510602510100
510602230400
510501110200
540202010200
5402010101
540201019996
540201019992
540201019998
540201010000
5402
540201000000
8835550109
8835550111
8835550112
8835550113
8835550114
8835550115
8835550116
8835550117
8835550124
883550118
8835550119
8835550120
8835550121
8835550122
830000000000
500149000000
500149010100
50014901AAOO
500149010000
500149010100
500150040600
500150040400
500150040200
500150040500
500150040100
500150049969
500150049999
500150049959
500150049951
500150040700
500150040000
(CSDOC/MEC)
E (ORANGE CO.)
D (ORANGE COUNTY ONLY)
C (ORANGE COUNTY ONLY)
A (ORANGE CO. ONLY)
CERIANTHARIA SP. P (ENCINA ONLY)
CERIANTHARIA SP. N (CSDOC/MEC)
CERIANTHARIA SP
CERIANTHARIA SP
CERIANTHARIA SP
CERIANTHARIA SP
CERIANTHARIA SP
CERIANTHIDAE
CERIANTHUS SP. A
CERIANTHUS SPP.
CERIANTIPATHARIA CERIANTHARIA
CERIODAPHNIA DUBIA
CERITHIDIUM DIPLAX
CERITHIDIUM PERPARVULUM
CERITHIOPSIS SP. B (HONOLULU)
CERITHIOPSIS SP. A (HONOLULU)
CERITHIOPSIS SPP.
CERITHIUM iNTERSTRIATUM
CERITOTURRIS BITTIUM
CERODRILLIA THEA
CERROSENSIS CATALINENSIS
CHAETODERMA CALIFORNICA
CHAETODERMA ROBUSTA
CHAETODERMA SP. D (ENCINA)
CHAETODERMA SP. H OF SHRAKE
CHAETODERMA SP. B OF SHRAKE
CHAETODERMA SPP.
CHAETODERMATIDA
CHAETODERMATIDAE
CHAETODON AURIGA
CHAETODON EPHIPPIUM
CHAETODON FREMBLII
CHAETODON KLEINI
CHAETODON LENEOLATUS
CHAETODON LUNULA
CHAETODON MILIARIS
CHAETODON MULTICINCTUS
CHAETODON ORNATISSIMUS
CHAETODON QUADRIMACULATUS
CHAETODON RETICULATUS
CHAETODON TINKERI
CHAETODON TRIFASCIATUS
CHAETODON UNIMACULATUS
CHAETOGNATHA
CHAETOPTERIDAE
CHAETOPTERUS PERGAMENTACEUS
CHAETOPTERUS SP. A
CHAETOPTERUS SPP.
CHAETOPTERUS VARIOPEDATUS
CHAETOZONE ARMATA
CHAETOZONE CORONA
CHAETOZONE GRACILIS
CHAETOZONE MULTIOCULATA
CHAETOZONE SETOSA
CHAETOZONE SP. A (CSDOC/MEC/OC)
CHAETOZONE SP. A (L.A. COUNTY ONLY)
CHAETOZONE SP. A (PENSACOLA)
CHAETOZONE SP. I (PENSACOLA)
CHAETOZONE SPINOSA
CHAETOZONE SPP.
-------
551551011200 =
551551010800 =
8771010101
78130901PA
8839011503
8839011501
8839011510
8839011401
8835570104
7814
616926030800 = S
510801020000 = S
6169151001
879201330100 =
812700000000 =
5515-1715100C =
5515'i7150200 =
5515-5 7150500 =
5515--.7150600 =
551547150000 =
8178020102
817802010600 =
817802010000 =
61620301
817802000000 =
81780201MECA =
81780201MECB =
55150S010000 = S
650503000000 =
6505083317
6505083301
5001730101
883102400100 =
550905120000 =
550905010100 =
500110010300 =
500110010100 =
500110010200 =
366601010200 =
500170010900 =
500170.010800 =
500170010400 =
500170010500 =
500170010100 =
500170010200 =
5001700106
500170011300 =
500170011100 -
500170019969 =
500170019997 =
500170019998 =
500170019996 =
500170019999 =
500170019995 =
500170010000 =
500170011200 =
838800000000 =
8835620309
8835620310
8835620312
CHAMA ARCANA
CHAMA PELLUCIDA
CHANOS CHANOS
CHAPERIA SPP.
CHEILINUS BIMACULATUS
CHEILINUS RHODOCHROUS
CHEILINUS UNIFASCIATUS
CHEILIO INERMIS
CHEILODACTYLUS VITTATUS
CHEILOSTOMATA
CHEIRIMEDEIA ZOTEA
CHEMNITZIA SPP.
CKEVALIA AVICULAE
CHILARA TAYLORI
CHILOPHIURINA
CHIONE CALIFORNIENSIS
CHIONE GRUS
CHIONE INTAPURPUREA
CHIONE LATILIRATA
CHIONE SPP.
CHIRIDOTA DISCOLOR
CHIRIDOTA PACIFICA
CHIRIDOTA SPP.
CHIRIDOTEA SPP.
CHIRIDOTIDAE
CHIRIDOTIDAE SP. A (MEC)
CHIRIDOTIDAE SP. B (MEC)
CHIRONIA SPP.
CHIRONOMIDAE
CHIRONOMUS RIPARIUS
CHIRONOMUS TENTANS
CHITINOPOMA OCCIDENTALIS
CHITONOTUS PUGETENSIS
CHLAMYS (ARGOPECTEN) SPP,
CHLAMYS HASTATA
CHLOEIA ENTYPA
CHLOEIA PINNATA
CHLOEIA VIRIDIS
CHOANITES FICUS
CHONE ALBOCINCTA
CHONE CF. C MURMANICA
CHONE DUNERI
CHONE ECAUDATA
CHONE GRACILIS
CHONE INFUDIBULIFORMIS
CHONE MAGNA
CHONE MINUTA
CHONE MOLLIS
CHONE SP. A (SAN DIEGO)
CHONE SP. C (HARRIS)
CHONE SP. B (SCAMIT)
CHONE SP. C
CHONE SP. A OF HARRIS
CHONE SP. A (GLOUCESTER)
CHONE SPP.
CHONE VELERONIS
CHORDATA
CHROMIS AGILIS
CHROMIS HANUI
CHROMIS OVALIS
-------
883562030600
8835620314
8835620315
500108000000
500108040100
510320032600
840401010100
840401010000
510323120000
616101011500
6161010102
616101010500
616101019999
616101010000
616101000000
500150000000
500150009993
500150010100
500150010000
8839012401
8835640301
8835640401
500150060100
500150060000
8842010902
8842010905
613000000000
500141060500
5001410607
500141060600
500141060300
500141060000
510350040500
5001660201
5001660302
5001660202
5001660203
885703011200
885703010100
885703010000
885703.010200
885703011100
37040705MECA
370407050500
6120060301
500126080100
500126080000
780303019999
37450201
514200000000
611927000000
884701010100
5515220101
551522010200
551522019999
55152201
511302020000
512506000000
366606000000
CLOSTRIDPERF
= S
CHROMIS PUNCTIPINNIS
CHROMIS VANDERBILTI
CHROMIS VERATER
CHRYSOPETALIDAE
CHRYSOPETALUM OCCIDENTALE
CINGULA ROBERTSONI
CIONA INTESTINALIS
CIONA SPP.
CIRCULUS SPP.
CIROLANA DIMINUTA
CIROLANA HARFORDI
CIROLANA POLITA
CIROLANA SP. A (ENCINA/KLI)
CIROLANA SPP.
CIROLANIDAE
CIRRATULIDAE
CIRRATULIDAE SP. G (HONOLULU ONLY)
CIRRATULUS CIRRATUS
CIRRATULUS SPP.
CIRRHILABRUS JORDANI
CIRRHITOPS FASCIATUS
CIRRHITUS PINNULATUS
CIRRIFORMIA SPIRABRANCHIA
CIRRIFORMIA SPP.
CIRRIPECTUS OBSCURUS
CIRRIPECTUS VANDERBILTI
CIRRIPEDIA
CIRROPHORUS BRANCHIATUS
CIRROPHORUS BREVICIRRATUS
CIRROPHORUS FURCATUS
CIRROPHORUS LYRA
CIRROPHORUS SPP.
CIRSOTREMA VARICOSA
CISTENIDES BREVICOMA
CISTENIDES GOULDII
CISTENIDES GRANULATA
CISTENIDES HYPERBOREA
CITHARICHTHYS FRAGILIS
CITHARICHTHYS SORDIDUS
CITHARICHTHYS SPP.
CITHARICHTHYS STIGMAEUS
CITHARICHTHYS XANTHOSTIGMA
CLADOCARPUS SP. A (CSDOC/MEC)
CLADOCARPUS VANCOUVERENSIS
CLAUSIDIUM VANCOUVERENSE
CLAVODORUM CLAVATUM
CLAVODORUM SPP.
CLAVOPORA SP. A OF MBC
CLAVULARIA SPP.
CLEIOPROCTA
CLETODIDAE
CLEVELANDIA LOS
CLINOCARDIUM CILIATUM
CLINOCARDIUM NUTTALLI
CLINOCARDIUM SP. A (PUGET SOUND)
CLINOCARDIUM SPP.
CLIO SPP.
CLIONIDAE (GASTROPODA)
CLIONIDAE (PORIFERA)
CLO -UDIUM PERFRINGENS
-------
874701020101
874701000000
500163020400
500163020600
500163029979
500163029989
500163029999
500163020000
5001630202
500163260200
500163120600
500163120300
500163120200
618401010500
618401010000
370401051300
370401051100
8406010303
370000000000
551501080300
396201010100
6160010601
51020502
COLOBOCEATRA
616914010600
616906150100
510503
615405050100
510505032800
882701040100
882701040200
551547030100
374501029995
611105010000
611105010700
8741120103
6134020116
781504029900
513003110100
510603015900
510603012000
5106030105FL
510603010000
551549010200
551549000000
611700000000
611800000000
612000000000
611900000000
513107010100
513107010000
551545020100
551702021500
551702021800
551702000000
8755010101
8755010103
8755010104
8755010105
840404020000
CLUPEA HARENGUS PALLASI
CLUPEIDAE
CLYMENELLA COMPLANATA
CLYM.ENELLA LONGIPES
CLYMENELLA SP. A (CSDOC/MEC)
CLYMENELLA SP. A (SCAMIT)
CLYMENELLA SP. A (GOLETA/MORRO BAY)
CLYMENELLA SPP.
CLYMENELLA TORQUATA
CLYMENOPSIS CALIFORNIENSIS
CLYMENURA COLUMBIANA
CLYMENURA GRACILIS
CLYMENURA POLARIS
CLYTHROCERUS PLANUS
CLYTHROCERUS SPP.
CLYTIA EXILIS
CLYTIA UNIVERSITATIS
CNEMIDOCA7.PA MOLLIS
CNIDARIA
CODAKIA CALIFORNIA
COENOCYATHUS BOWERSI
COLANTHURA SQUAMOSISSIMA
COLISELLA SPP.
COLOBOCENTROTUS ATRATUS
COLOMASTIX KAPIOLANI
COLUMBAORA CYCLOCOXA
COLUMBELLIDAE
COLUROSTYLIS OCCIDENTALIS
COLUS PYGMAEUS
= C COMBFISH LONGSPINE
= C COMBFISH SHORTSPINE
COMPSOMYAX SUBDIAPHANA
COMULARIIDAE SP. A
CONCHOECIA SPP.
CONCHOECIA STRILA
CONGER CINEREUS
= S CONOPEA GALEATA
CONOPEUM COMMENSALE
CONUALEVIA ALBA
CONUS ACUTANG'JLUS
CONUS CALIFORNICUS
CONUS FLORIDANUS FLORIDENSIS
CONUS SPP.
COOPERELLA SUBDIAPHANA
COOPERELLIDAE
COPEPODA
= S COPEPODA CALANOIDA
COPEPODA CYCLOPOIDA
= S COPEPODA HARPACTICOIDA
CORAMBE PACIFICA
CORAMBE SPP.
CORBICULA MANILENSIS
CORBULA LUTEOLA
CORBULA PORCELLA
CORBULIDAE
COREGONUS AUTUMNALIS
COREGONUS NASUS
COREGONUS PIDSCHIAN
COREGONUS SARDINELLA
CORELLA SPP.
-------
840404020200
8839012301
8839012302
8839012303
883901239900
8839012304
511305010100
616915000000
616915020100
616915021300
616915021400
616915020300
6169150211
616915029995
616915029999
616915029984
616915029978
616915029977
616915020000
513107019999
370303010600
370303010500
37030301MECA
370303010000
375701010500
370306010000
8835290101
5141040107
514104011800
514104010000
514104010400
8847010201
8847010202
500152010500
500152010100
500152010800
500152010600
500152010400
500152010000
500152000000
781622010400
781622010000
550204020000
5103530799GC
5103530701
617922010201
617922010400
617922010900
617922012200
617922011100
617922011500
617922010100
617922012100
617922011600
617922010300
617922012000
617922010000
617922100100
617922000000
551520010200
= S
A (CHAPMAN)
F (PENSACOLA)
L (PENSACOLA)
M (PENSACOLA)
= S
CORELLA WILLMERIANA
CORIS BALLIEUI
CORIS FLAVOVITTATA
CORIS GAIMARDI
CORIS SP. A
CORIS VENUSTA
COROLLA SPECTABILIS
COROPHIIDAE
COROPHIUM ACHERUSICUM
COROPHIUM ACUTUM
COROPHIUM BACONI
COROPHIUM CRASSICORNE
COROPHIUM INSIDIOSUM
COROPHIUM SP. E (KLI)
COROPHIUM SP,
COROPHIUM SP.
COROPHIUM SP.
COROPHIUM SP.
COROPHIUM SPP.
CORUMBE SP. A (SAN DIEGO)
CORYMORPHA AURATA
CORYMORPHA PALMA
CORYMORPHA SP. A (CSDOC/MEC)
CORYMORPHA SPP.
CORYNACTIS CALIFORNICA
CORYNE SPP.
CORYPHAENA HIPPURUS
CORYPHELLA IODINEA
CORYPHELLA PRICEI
CORYPHELLA SPP.
CORYPHELLA TRILINEATA
CORYPHOPTERUS NICHOLSI
CORYPHOTERUS ALLOIDES
COSSURA CANDIDA
COSSURA LONGOCIRRATA
COSSURA MODICA
COSSURA PYGODACTYLATA
COSSURA SOYERI
COSSURA SPP.
COSSURIDAE
COSTAZIA ROBERTSONIAE
COSTAZIA SPP.
COSTELLOLEDA SPP.
COUTHOUYELLA ROBUSTA
COUTHOUYELLA STRIATULA
CRANGON ALASKENSIS ELONGATA
CRANGON ALBA
CRANGON COMMUNIS
CRANGON HOLMESI
CRANGON MUNITA
CRANGON MUNITELLA
CRANGON NIGRICAUDA
CRANGON NIGROMACULATA
CRANGON RESIMA
CRANGON SEPTEMSPINOSA
CRANGON SPINOSISSIMA
CRANGON SPP.
CRANGON ZACAE
CRANGONIDAE
CRASSINELLA LUNULATA
-------
510602144600 =
5510020101
551002010200 =
5515220601
550701020100 =
550701020500 =
5507010204
5507010203
550701020000 =
55070101
510364020300 =
510364021300
510364020500
510364021700
510364021200
5103640204
510364029900
510364021300
510354021700
510364021000
510364021800
5103640216
510364021200
510364020100
510364021500
510364020900
510364020700
510364029989
510364029999
510364020000
510364021600
510364000000
510364030100
510364030000
511302030200
616916029989
7809010103
780901010000
81130101
610000000000
CRUSTACEANS
510602260200
390604010200
3906040103
615706019998
615706019999
615706010000
551701010100
616501000000
618702060100
J51501090200
551501090100
8849010301
8849010302
8107020101
780200000000
817206012200
8172060109
8172060111
817206010000
CRASSISPIRA SEMIINFLATA
CRASSOSTREA GIGAS
CRASSOSTREA VIRGINICA
CREASTODERMA PINNULATUM
CRENELLA DECUSSATA
CRENELLA DIVARICATA
CRENELLA FABA
CRENELLA GLANDULA
CRENELLA SPP.
CRENOMYTILUS SPP.
CREPIDULA ADUNCA
= S CREPIDULA COEI
CREPIDULA CONVEXA
CREPIDULA DORSATA
CREPIDULA EXCAVATA
CREPIDULA FORNICATA
CREPIDULA GLOTTIDIARUM
CREPIDULA INCURVA
= S CREPIDULA LINGULATA
CREPIDULA MACULOSA
CREPIDULA NATICARUM
CREPIDULA NIVF.A
= S CREPIDULA NORRISIARUM
CREPIDULA NUMMARIA
CREPIDULA ONYX
CREPIDULA PERFORANS
CREPIDULA PLANA
CREPIDULA SP. A (PUGET SOUND)
CREPIDULA SP. A (SHRAKE)
CREPIDULA SPP.
= S CREPIDULA STRIOLATA
= S CREPIDULIDAE
CREPIPATELLA LINGULATA
CREPIPATELLA SPP.
CRESEIS VIRGULA
CRESSINA SP. A (GOLETA/MORRO BAY)
CRISIA OCCIDENTALIS
CRISIA SPP.
CROSSASTER SPP.
= A CRUSTACEA
CRUSTACEANS
CRYOTURRIS CITRONELLA
CRYPTOCELIS COMPACTA
CRYPTOCELIS OCCIDENTALIS
CRYPTOCOPE SP. B (CSDOC/MEC)
CRYPTOCOPE SP. A OF MBC
CRYPTOCOPE SPP.
CRYPTOMYA CALIFORNICA
CRYPTONISCIDAE
CRYPTOPODIA CONCAVA
CTENA BELLA
CTENA TRANSVERSA
CTENOCHAETUS HAWAIIENSIS
CTENOCHAETUS STRIGOSUS
CTENODISCUS CRISPATUS
CTENOSTOMATA
CUCUMARIA CRUCIGERA
CUCUMARIA LUBRICA
CUCUMARIA PIPERATA
CUCUMARIA SPP.
-------
615400000000 = A
615400009998 =
615400009999 =
514101030100 =
615408019970 =
615408019975 =
615408019979 =
615408019996 =
615408019998 =
615408019999 ='
615408019963 =
615408019962 =
615408019993 =
615408019994 =
615408019995 =
615408019997 =
615408010000 =
615408010200 =
551535030300 =
879201260100 = C
552010022500 =
552010020000 =
552010000000 =
514103000000 =
552008040300 =
55200804
552008040200 =
615409020600 =
615409019998 =
615409029968 =
615409029999 =
615409029986 =
615409029976 =
615409029975 =
615409020000 =
615409020300 =
6154090202
551517011100 =
551517010000 =
551517010100 =
551517.010101 =
551517010102 =
551517010103 =
616934100000 =
618601020500 = S
618602050100 =
550905021100 =
550905021000 =
55090502XXOO =
550905020000 =
7808
51080104DA
5103230312
510323031400 =
510323031500 =
5103230304
510323030000 =
811703120100 =
511004020300 =
511004020500 =
CUMACEA
CUMACEA SP. B (HONOLULU)
CUMACEA SP. A (HONOLULU)
CUMANOTUS FERNALDI
(MBC)
E (GOLETA/MORRO BAY)
A (GOLETA/MORRO)
D (ORANGE COUNTY ONLY)
B
A (SCAMIT)
G (PENSACOLA)
H (PENSACOLA)
G OF MBC
F OF MBC
E OF MBC
C OF MBC
CUMELLA SP. J
CUMELLA SP.
CUMELLA SP.
CUMELLA SP.
CUMELLA SP.
CUMELLA SP.
CUMELLA SP.
CUMELLA SP.
CUMELLA SP.
CUMELLA SP.
CUMELLA SP.
CUMELLA SP.
CUMELLA SPP.
CUMELLA VULGARIS
CUMINGIA CALIFORNICA
CUSK-EEL DUSKY
CUSPIDARIA PARAPODEMA
CUSPIDARIA SPP.
CUSPIDARIIDAE
CUTHONIDAE
CYATHODONTA DUBIOSA
CYATHODONTA SPP.
CYATHODONTA UNDULATA
CYCLASPIS NUBILA
CYCLASPIS SP. B (SCAMIT)
CYCLASPIS SP.
CYCLASPIS SP.
CYCLASPIS SP.
CYCLASPIS SP.
CYCLASPIS SP.
CYCLASPIS SPP.
CYCLASPIS UNICORNIS
CYCLASPIS VARIANS
CYCLOCARDIA BARBARENSIS
CYCLOCARDIA SPP.
CYCLOCARDIA VENTRICOSA
CYCLOCARDIA VENTRICOSA VENTRICOSA
CYCLOCARDIA VENTRICOSA MONTEREYENSIS
CYCLOCARDIA VENTRICOSA REDONDOENSIS
CYCLOCARIS SPP.
CYCLODORIPPE PLANA
CYCLOES BAIRDII
CYCLOPECTEN BENTHALIS
CYCLOPECTEN CATALINENSIS
CYCLOPECTEN SP. X
CYCLOPECTEN SPP.
CYCLOSTOMATA
CYCLOSTREMELLA DALLI
CYCLOSTREMISCUS BEAUII
CYCLOSTREMISCUS COSMIUS
CYCLOSTREMISCUS EMERYI
CYCLOSTREMISCUS SCHRAMMI
CYCLOSTREMISCUS SPP.
CYCNOPODIA HELIANTHODES
CYLICHNA ALBA
CYLICHNA ATTONSA
C (SCAMIT)
A (SCAMIT)
D (PENSACOLA)
N (PENSACOLA)
O (PENSACOLA)
-------
5110040203 = S
511004020900 =
511004020100 =
511004020000 =
5110040121 = S
511004040200 =
511004040300 =
511004040400 =
511004040500 =
511004040700 =
511004040600 =
511004040000 =
511004
611103000000 =
611103010100 =
616904020200 =
883544010200 =
6169341101
611312030700 =
8776010101
551706010100 =
500166030000 = S
611308090000 =
611308
616943MECA
551522070000 =
61191404000& =
510602229998 =
510602220000 =
6109020109
61090201
8835620801
500160050100 =
50016005
617500000000 = A
883528120400 =
8835281205
550905060000 =
500170280000 =
815501010100 =
817200000000 = A
8826011501 = S
5134
513406010300 =
513406010100 =
513406010000 =
560101000000 =
560101012700 =
560101012800 =
560101010000 =
560101012900 =
616309010300 =
617101020100 =
376008010300 =
376008010000 =
510346100200 =
510346100100 =
812903030200 =
781006010000 =
5110090102
CYLICHNA CORTICATA
CYLICHNA DIEGENSIS
CYLICHNA OCCULATA
CYLICHNA SPP.
CYLICHNELLA BIDENTATA
CYLICHNELLA CARINATA .
CYLICHNELLA CULCITELLA
CYLICHNELLA EXIMIA
CYLICHNELLA HARPA
CYLICHNELLA INCULTA
CYLICHNELLA INTERMEDIA
CYLICHNELLA SPP.
CYLICHNIDAE
CYLINDROLEBERIDIDA
CYLINDROLEBERIS MARIAE
CYMADUSA UNCINATA
CYNOSCION NEBULOSUS
CYPHOCARIS CHALLENGERI
CYPRIDEIS STEWARTI
CYPRINUS CARPIO
CYRTODARIA KURRIANA
CYSTENIDES SPP.
CYTHERE SPP.
CYTHERIDAE
DACTYLOPLEUSTES SP. A (SCAMIT)
DALLOCARDIA SPP.
DANIELSSENIA SP.
DAPHNELLA SP. B (HONOLULU)
DAPHNELLA SPP.
DAPHNIA MAGNA
DAPHNIA SVP.
DASCYLLUf, ALB IS ELLA
DECAMASTUS GRACILIS
DECAMASTUS SPP.
DECAPODA
DECAPTERUS HYPODUS
DECAPTERUS PINNULATUS
DELECTOPECTEN SPP.
DEMONAX SPP.
DENDRASTER EXCENTRICUS
DENDROCHIROTIDA
DENDROCHIRUS BARBERI
DENDRONOTOIDEA
DENDRONOTUS FRONDOSUS
DENDRONOTUS IRIS
DENDRONOTUS SPP.
DENTALIIDAE
DENTALIUM NEOHEXAGONUM
DENTALIUM RECTIUS
DENTALIUM SPP.
DENTALIUM VALLICOLENS
DESMOSOMA SYMMETRICA
DEUTELLA CALIFORNICA
DIADUMENE LEUCOLENA
DIADUMENE SPP.
DIALA SCOPULORUM
DIALA VARIA
DIAMPHIODIA OCCIDENTALIS
DIAPEROECIA SPP.
DIAPHANA BRUNNEA
-------
511009010300 =
511009010100 =
511009019999 =
5110090198
611103110100 =
615405000000 =
6154050101
615405013200 =
61540501CN
6154050130
615405011500 =
615405011400 =
61540501QU
615405012600 =
6154050127
615405019998 =
615405019999 =
615405019989 =
615405019997 =
615405010000 =
615405012000 =
61540502 =
615405020200 =
513002030100 =
8861030202
8861030201
510204042900 =
618306000000 = S
500129020100 =
500129020200 =
5001290204
500129020000 =
500129020300 =
500123210000 =
500154040200 =
551505019997 =
55150501
650100000000 =
513703010300 =
513703010000 =
616102.110100 =
513002040900 =
500145020200 » S
500145020300 = S
500145020000 = S
500143190100 =
618906010200 =
618906019998 =
618906010000 =
84030103
375307010200 =
551501070100 =
500150050100 =
500160150100 =
871001020100 = C
512800000000 = A
513201020300 =
513003010000 =
500136050500 = S
500136010100 =
DIAPHANA CALIFORNICA
DIAPHANA MINUTA
DIAPHANA SP. A (GOLETA/MORRO BAY)
DIAPHANA SP. A
DIASTEROPE PILOSA
DIASTYLIDAE
DIASTYLIS ALASKENSIS
DIASTYLIS CALIFORNICA
DIASTYLIS CONIFERA
DIASTYLIS CORNUIFER
DIASTYLIS PARASPINULOSA
DIASTYLIS PELLUCIDA
DIASTYLIS QUADRILOBATA
DIASTYLIS QUADRISPINOSA
DIASTYLIS SCULPTA
DIASTYLIS SP. B (SCAMIT)
DIASTYLIS SP. A (SCAMIT)
DIASTYLIS SP. A OF GIVEN
DIASTYLIS SP. C OF MBC
DIASTYLIS SPP.
DIASTYLIS SULCATA
DIASTYLOPSIS SPP.
DIASTYLOPSIS TENUIS
DIAULULA SANDIEGENSIS
DIODON HOLOCANTHUS
DIODON HYSTRIX
DIODORA GRANIFERA
DIOGENIDAE
DIOPATRA CUPREA
DIOPATRA ORNATA
DIOPATRA SPLENDIDISSIMA
DIOPATRA SPP.
DIOPATRA TRIDENTATA
DIOPLOSYLLIS SPP.
DIPLOCIRRUS HIRSUTUS
DIPLODONTA SP. C (PENSACOLA)
DIPLODONTA SPP.
DIPTERA
DIRONA PICTA
DIRONA SPP.
DISCERCEIS GRANULOSA
DISCODORIS HEATHI
DISOMA CARICA
DISOMA MULTISETOSUM
DISOMA SPP.
DISPIO UNCINATA
DISSODACTYLUS ENCOPEI
DISSODACTYLUS SP. B (PENSACOLA)
DISSODACTYLUS SPP.
DISTAPLIA SPP.
DISTICHOPTILUM VERHILLI
DIVARICELLA QUADRISULCATA
DODECACERIA CONCHARUM
DODECASETA ORARIA
DOGFISH SPINY
DORIDOIDEA
DORIOPSILLA ALBOPUNCTATA
DORIS SPP.
DORVILLEA CAECA
DORVILLEA PSEUDORUBROVITTATA
-------
5001360108
500136010000
500136019999
500136000000
5001360098
8820020902
513409011200
51340901XXOO
513409010000
812903190100
500133050000
500133010400
500133010402
500133010100
500133010300
500133010900
5001330105
500133010200
500133019999
500133010000
500133019997
371704010100
618502030100
61694401
616944010500
6169212101
616921219998
616921210000
370405060000
616102050000
6169440104
6169440105
61694401
500108020100
500108020000
618603049998
618603040400
8741050204
815502010100
810000000000
ECHINODERMS
813600000000
815100000000
814902010100
814902010BLO
730000000000
730000000000
730102
730102020101
73010202
500167070300
611909000000
780000000000
61620207LYON
616202070100
616202079998
616202070000
616202070200
6162020703
375901010500
= S
= S
DORVILLEA SOCIABILIS
DORVILLEA SPP.
DORVILLEID SP. A (SCAMIT)
DORVILLEIDAE
DORVILLEIDAE SP. A
DORYHAMPHUS EXCISUS
DOTO KYA
DOTO SP. X
DOTO SPP.
DOUGALOPLUS AMPHACANTHA
DRILOGNATHUS SPP.
DRILONEREIS FALCATA
DRILONEREIS FALCATA MINOR
DRILONEREIS FILUM
DRILONEREIS LONGA
DRILONEREIS MEXICANA
DRILONEREIS MINOR
DRILONEREIS NUDA
DRILONEREIS SP. C (PUGET SOUND)
DRILONEREIS SPP.
DRILONERIS SP. C (GOLETA/MORRO BAY)
DROMALIA ALEXANDRI
DROMIDIA ANTILLENSIS
DULCHIA SPP.
DULICHIA POPJRECTA
DULICHIELLA APPENDICULATA
DULICHIELLA SP. B (PENSACOLA)
DULICHIELLA SPP.
DYNAMENA SPP.
DYNAMENELLA SPP.
DYOPEDOS MONOCANTHUS
DYOPEDOS PORRECTUS
DYOPEDOS SPP.
DYSPONTEUS PYGMAEUS
DYSPONTEUS SPP.
EBALIA SP. B (PENSACOLA)
EBALIA STIMPSONII
ECHIDNA NEBULOSA
ECHINARACHNIUS PARMA
ECHINODERMATA
ECHINODERMS
ECHINOIUEA
ECHINOIDEA HOLECTYPOIDA ECHINONEINA
ECHINOMETRA MATHAEI
ECHINOMETRA OBLONGA
ECHIURA
ECHIURIDA
ECHIURIDAE
ECHIURIS ECHIURIS ALASKANSIS
ECHIURIS SPP.
ECLYSIPPE TRILOBATA
ECTINOSOMATIDAE
ECTOPROCTA
EDOTEA LYONSII
EDOTEA MONTOSA
EDOTEA SP. B (CSDOC/MEC/OC)
EDOTEA SPP.
EDOTEA SUBLITTORALIS
EDOTEA TRILOBA
EDWARDSIA CALIFORNICA
-------
375901010200 =
375901019998 =
37590101MECA =
375901010000 =
375901000000 =
375901009998 =
375901009999 =
370404170100 =
370404179999 =
500123030700
500123220100
500123032100
500123229999
500123220000
510602380500
8835281301
616921039999
616921039987
616921030000
781505010300
8738010103
5142010401
883560030200
618314010200
430601010100
815504020100
874702010100
550202020000
551529030700
5515290301
551529030200
551529030600
55152903
551515020000
E-COCCUS
820100000000
820100009998
820100009999
552005010000
8842010402
790000000000
616942190200
616942092800
61694219
616921190000
6169220103
616922010500
513900000000
500126030300
500126030200
500126030100
500126030000
3760010301
614501010200
510350
510350014200
510350010500
510350014200
5103500102
5103500114
B (SCAMIT)
A (SCAMIT)
EDWARDSIA SIPUNCULOIDES
EDWARDSIA SP. B (SCAMIT)
EDWARDSIA SP. A (CSDOC/MEC)
EDWARDSIA SPP.
EDWARDSIIDAE
EDWARDSIIDAE SP.
EDWARDSIIDAE SP.
EGMUNDELLA GRACILIS
EGMUNDELLA SP. A (CSDOC/MEC)
= S EHLERSIA FERRUGINA
EHLERSIA HETEROCHAETA
= S EHLERSIA HYPERIONI
EHLERSIA SP. A (SCAMIT)
EHLERSIA SPP.
= S ELAEOCYMA EMPYROSIA
ELAGATIS BINPINNULATUS
ELASMOPUS SP. A (KINNETICS ONLY)
ELASMOPUS SP. C (PENSACOLA)
ELASMOPUS SPP.
ELECTRA PILOSA
ELOPS HAWAIENSIS
EMARCUSIA MORROENSIS
EMBIOTOCA JACKSONI
EMERITA ANALOGA
EMPLECTONEMA BURGERI
ENCOPE ABERRANS
ENGRAULIS MORDAX
= S ENNUCULA SFP.
ENSIS CAL7.FORNICUS
ENSIS DIRECTUS
ENSIS MINOR
ENSIS MYRAE
ENSIS SPP.
ENSITELLOPS SPP.
ENTEROCOCCUS GROUP
ENTEROPNEUSTA
ENTEROPNEUSTA SP. B (SAN DIEGO)
ENTEROPNEUSTA SP. A (SAN DIEGO)
ENTODESMA SPP.
ENTOMACRODUS MARMORATUS
ENTOPROCTA
EOBROLGUS CHUMASHI
= S EOBROLGUS SPINOSUS
EOBROLGUS SPP.
EOGAMMARUS SP.
EOHAUSTORIUS ESTUARIS
EOHAUSTORIUS SENCILLUS
EOLIDOIDEA
EPHESIELLA BREVICAPITIS
EPHESIELLA MACROCIRRUS
EPHESIELLA MINUTA
EPHESIELLA SPP.
EPIACTIS PROLIFERA
= S EPINEBALIA PUGETTENSIS
EPITONIIDAE
EPITONIUM BELLASTRIATUM
EPITONIUM CAAMANOI
= S EPITONIUM CALIFORNICUM
EPITONIUM GREENLANDICUM
EPITONIUM HUMPHREYSII
-------
510350010400 =
510350013900 =
510350014100 =
510350019997 =
510350019998 =
510350019999 =
510350010000 =
510350100100 = S
510350014000 =
375602010500 =
860601010200 =
510367010300 =
616915030200 =
61691503FASC =
616915030100 =
616915030600 =
616915030000 =
618701470100 =
61870147
616921280100 =
552005010100 =
551528010300 =
551528010100 =
551528010400 =
551528010000 =
551507000000 =
8835360302
8835360303
500113021300 =
500113020100 =
500113021500 =
500113021700 =
500113029900 =
5001130204
500113020800 =
500113021600 =
500113020500 =
500113020500 = S
500113021800 =
500113029800 =
500113.020000 =
500113020900 =
87470106AC
8747010603
874701060100 =
617916040900 =
617916041600 =
6179160408
617916040000 =
500103030200 = S
617500000000 = S
617599000000 =
617900000000 = S
618000000000 =
618100000000 =
618300000000 = S
618400000000 =
618900000000 = S
617400000000 = S
618700000000 =
EPITONIUM INDIANORUM
EPITONIUM LOWEI
EPITONIUM SAWINAE
EPITONIUM SP. C
EPITONIUM SP. B
EPITONIUM SP. A
EPITONIUM SPP.
EPITONIUM TINCTA
EPITONIUM TINCTUM
EPIZOANTHUS INDURATUM
EPTATRETUS STOUTI
ERATO COLUMBELLA
ERICTHONIUS BRASILIENSIS
ERICTHONIUS FASCIATUS
ERICTHONIUS HUNTERI
ERICTHONIUS RUBRICORNIS
ERICTHONIUS SPP.
ERILEPTUS SPINOSUS
ERILEPTUS SPP.
ERIOPSIELLA SECHELLENSIS
ERTODESMA SAXICOLA
ERVILIA BISCULPTA
ERVILIA CONCENTRICA
ERVILIA SANDWICENSIS
ERVILIA SPP.
ERYCINIDAE
ETELIS CARBUNCULUS
ETELIS MARSHI
ETEONE ALBA
ETEONE CALIFORNICA
ETEONE DILATAE
ETEONE FAUCHALDI
ETEONE FAUCHALDI SSP. A
ETEONE FLAVA
ETEONE LACTEA
ETEONE LIGHTI
ETEONE LONGA
ETEONE ROBUSTA
ETEONE SPILOTUS
ETEONE SPILOTUS SSP. A
ETEONE SPP.
ETEONE TRILINEATA
ETRUMEUS ACUMINATUS
ETRUMEUS MICROPUS
ETRUMEUS TERES
EUALUS HERDMANI
EUALUS LINEATUS
EUALUS PUSIOLUS
EUALUS SPP.
EUARCHE TUBIFEX
EUCARIDA DECAPODA
EUCARIOA DECAPODA NATANTIA
EUCARIDA DECAPODA PLEOCYEMATA CARIDEA
EUCARIDA DECAPODA PLEOCYEMATA STENOPODID
EUCARIDA DECAPODA PLEOCYEMATA ASTACIDEA
EUCARIDA DECAPODA PLEOCYEMATA ANOMURA
EUCARIDA DECAPODA PLEOCYEMATA BRACHY
EUCARIDA DECAPODA BRAC. BRACHY'RHYNCHA
EUCAMDA EUPHAUSIACEA
EUCARIDA DECAPODA PLEOCYEMATA BRAC. OXYRHYNCHA
-------
618312030100
510210100600
999000000000
994000000000
998700000000
998800000000
998900000000
500170020100
500170020800
500170021400
5001700205
500170020900
500170020400
500170021200
500170020600
500170029998
500170029999
500170029989
500170020000
500170021300
510602500100
510602509997
510602509998
510602509999
510602500000
500163000000
500163110500
500163110400
500163110000
500163110300
500163009994
500163009995
500163009996
500163009997
500163009998
500163009999
370401090500
370308010400
370308010000
616942210100
50017003
615404020100
615404020200
6154040211
61540402
6154040204
6151040301
615404030600
61540403
840603040200
840603040201
500113030400
5001131601
500113031000
500113030800
500113031300
500113030600
500113039998
500113030000
500113030100
EUCERAMUS PRAELONGUS
= S EUCHELUS GEMMATUS
EUCHITHARA PUSILLA
EUCHITHARA SP. C
EUCHITHARA SP. B
EUCHITHARA SP. A
EUCHITHARA SPP.
EUCHONE ANALIS
EUCHONE ARENAE
EUCHONE CAPENSIS
EUCHONE ELEGANS
EUCHONE HANCOCKI
EUCHONE INCOLOR
EUCHONE LIMNICOLA
EUCHONE RUBROCINCTA
EUCHONE SP. B (HONOLULU ONLY)
EUCHONE SP. A (SCAMIT)
EUCHONE SP. A OF HARRIS
EUCHONE SPP.
EUCHONE VELIFERA
EUCITHARA PUSILLA
EUCITHARA SP. C
EUCITHARA SP. B
EUCITHARA SP. A
EUCITHARA SPP.
= S EUCLYMENAE
EUCLYMENE CAMPANULA
EUCLYMENE RETICULATA
EUCLYMENE SPP.
EUCLYMENE ZONALIS
EUCLYMENINAE SP. D (GOLETA/MORRO BAY)
EUCLYMENINAE SP.
EUCLYMENINAE SP.
EUCLYMENINAE SP.
EUCLYMENINAE SP.
EUCLYMENINAE SP.
EUCOPELLA EVERTA
EUDENDRIUM RAMOSUM
EUDENDRIUM SPP.
EUDEVENOPUS HONDURANUS
EUDISTYLIA SPP.
EUDORELLA EMARGINATA
EUDORELLA PACIFICA
EUDORELLA PUSILLA
EUDORELLA SPP.
EUDORELLA TRUNCATULA
EUDORELLOPSIS INTEGRA
EUDORELLOPSIS LONGIROSTRIS
EUDORELLOPSIS SPP.
EUGYRA ARENOSA
EUGYRA ARENOSA CALIFORNICA
EULALIA BILINEATA
EULALIA CALIFORNIENSIS
EULALIA LEVICORNUTA
EULALIA MINUTA
EULALIA MYRIACYCLUM
EULALIA QUADRIOCULATA
EULALIA SP. B (GOLETA/MORRO BAY)
EULALIA SPP.
EULALIA VIRIDIS
C (GOLETA/MORRO BAY)
L (SCAMIT)
C (SCAMIT)
B (ORANGE CO.)
A (SCAMIT)
-------
5001130301
500105000000
510353030200
510353031400
510353030000
510801010000
500113110600
500113110100
500113110100
500113119958
500113119967
500113119979
500.113119980
500113119989
500113119990
500113119998
500113119999
501113119979
500113119948
500113119949
500113110000
500124110200
500130011200
500130010800
500130021000
500130012100
500130011400
500130010500
500130010000
500130010600
500130000000
500102059979
500102050200
500102059989
500102059999
500102059997
500102059998
500102050000
3172060201
617400000000
611107.030100
611107030300
611107030000
370303129989
370303129999
500168020400
500168020100
500168020000
812500000000
60010405SPOO
616101020700
616101020300
616101020000
611104069999
611104069998
611104060000
500123280100
5001100701
61110404CARI
611104040500
EULALIA VIRIDIS
EULEPETHIDAE
EULIMA ALMO
= S EULIMA CALIFORNICA
EULIMA SPP.
= S EULIMASTOMA SPP.
EUMIA BIFOLIATA
= S EUMIDA MACULOSA
EUMIDA SANGUINEA
EUMIDA SP. B (ENCINA/HARRIS)
C (GOLETA/MORRO BAY)
A (SAN DIEGO)
1 (SCAMIT)
A (ORANGE CO.)
1 (GOLETA/MORRO BAY)
B (SCAMIT)
A (SCAMIT)
A (SAN DIEGO)
B OF MBC
A OF HAMILTON
EUMIDA SP
EUMIDA SP.
EUMIDA SP,
EUMIDA SP.
EUMIDA SP,
EUMIDA SP.
EUMIDA SP.
EUMIDA SP.
EUMIDA SP.
EUMIDA SP.
EUMIDA SPP.
EUNEREIS WAILESI
EUNICE AMERICANA
EUNICE ANTENNATA
EUNICE AUSTRALIS
EUNICE AUSTRALIS (OAHU)
EUNICE MULTIPECTINATA
EUNICE PENNATA
EUNICE SPP.
EUNICE VITTATA
EUNICIDAE
EUNOE CF. DEPRESSA
EUNOE CEPRESSA
EUNOE SP. A (SCAMIT)
EUNOE SP. A (GOLETA/MORRO BAY)
EUNOE SP. C OF HARRIS
EUNOE SP. B OF HARRIS
EUNOE SFP.
EUPENTACTA PSEUDOQUINQUESEMITA
EUPHAUSIACEA
EUPHILOMEDES CARCHARODONTA
EUPHILOMEDES PRODUCTA
EUPHILOMEDES SPP.
EUPHYSA SP. A (ENCINA/KLI)
EUPHYSA SP. A
EUPOLYMNIA CRESCENTIS
EUPOLYMNIA HETEROBRANCHIA
EUPOLYMNIA SPP.
E'JRYALINA
EURYCYDE SPINOSA
EURYDICE BRANCHUROPUS
EURYDICE CAUDATA
EURYDICE SPP.
EURYPYLUS SP. A (PENSACOLA)
EURYPYLUS SP. B (PENSACOLA)
EURYPYLUS SPP.
EURYSYLLIS TUBERCULATA
EURYTHOE COMPLANATA
EUSARSIELLA CARINATA
EUSARSIELLA DISPARALIS
-------
61110404ELOF
611104041200
61110404GIGA
61110404PILL
611104040400
611104049995
61110404MBCA
611104040000
611104041300
616920EUTR
616920000000
616920009999
616920080000
500123060100
500123060900
500123069998
500123069999
500123069989
500123060000
500123060700
5001580703
510801098900
8842011101
6161090402
500123071000
500123070200
500123070100
500123070700
50012307LG
500123071100
500123070300
500123070400
500123079969
500123079977
500123079979
500123079987
500123079988
500123079990
500123079997
500123079998
500123079999
500123079989
500123070000
500123070800
500123070600
50012323
61610204
616942220200
616942220100
61694222
618906030100
618906030000
618906030100
5001701305
500170130000
500170190300
500170190700
500170199989
500170279998
500170279999
EUSARSIELLA ELOFSONI
EUSARSIELLA GETTLESONI
EUSARSIELLA GIGACANTHA
EUSARSIELLA PILLIPOLLICIS
EUSARSIELLA RADIICOSTA
EUSARSIELLA SP. E (PENSACOLA)
EUSARSIELLA SP. A OF SCAMIT
EUSARSIELLA SPP.
EUSARSIELLA THOMINX
EUSIRA TRISERIATA
EUSIRIDAE
EUSIRIDAE SP. A (SCAMIT)
EUSIRUS SPP.
EUSYLLIS ASSIMILIS
EUSYLLIS HABEII
EUSYLLIS SP. B (HONOLULU ONLY)
EUSYLLIS SP. A (HONOLULU ONLY)
EUSYLLIS SP. A OF HARRIS
EUSYLLIS SPP.
EUSYLLIS TRANSECTA
EUZONUS MUCRONATA
EVALEA PEASEl
EXALLIAS BREVIS
EXCOROLLANA TRUNCATA
EXOGONE ATLANTICA
EXOGONE CF GEMMIFERA
EXOGONE DISPAR
EXOGONE HEBES
EXOGONE LONGICIRRUS
EXOGONE LONGICORNIS
EXOGONE LOUREI
EXOGONE MOLESTA
EXOGONE SP. 1 (PUGET SOUND)
C (HONOLULU ONLY)
A (HONOLULU ONLY)
C (GOLETA/MORRO BAY)
B (GOLETA/MORRO BAY)
A (GOLETA/MORRO BAY)
C (SCAMIT)
B (SCAMIT)
A (ORANGE CO. ONLY)
A OF WILLIAMS
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SP
EXOGONE SPP.
EXOGONE UNIFORMIS
EXOGONE VERUGERA
EXOGONELLA SPP.
EXOSPHAEROMA SPP.
EYAKIA CALCARATUS
EYAKIA ROBUSTUS
EYAKIA SPP.
FABIA CONCHARUM
FABIA SPP.
FABIA SUBQUADRATA
FABRICIA LIMNICOLA
FABRICIA SPP.
FABRICIOLA BERKELEYI
FABRICIOLA TRILOBATA
FABRISABELLA SP. A (SCAMIT)
FABRISABELLA SP. B (ORANGE CO. ONLY)
FABRISABELLA SP. A (ORANGE COUNTY ONLY)
-------
500170270000 =
540201020200 =
540201029989 =
540201029995 =
540201029997 =
540201029998 =
540201029999 =
540201029978 =
540201029979 =
540201020000 =
510509000000 =
50015501AR
500155010100 =
500155010000 =
FEC COLI
551505020100 =
780901030000 =
375103090100 =
510346080300 =
510346080000 =
510204000000 =
8819020104
500154020000 =
500154020200 =
500154020100 =
500154000000 =
5141040107
885703000000 =
8835180119
344800000000 =
8835550902
8835550901
616942200100 =
616942200400 =
616942200200 =
616942200300 =
616942099999 =
616942200000 =
61694220FXXX =
551522140100 =
618905090300 =
510509050900 =
510509050800 =
510509051000 =
510509050000 =
560001030000 =
50016404FU
500164040200 =
500164049999 =
551511000000 =
551511999999 =
551511990000 =
616921050100 =
616921000000 =
616900000000 =
616926040000 =
6169260499
616926049100 -
616926040100 =
6169210710
A (ENCINA/KLI)
E (SCAMIT)
C (SCAMIT)
B (SCAMIT)
A (SCAMIT)
B OF SHRAKE
A OF SHRAKE
FABRISABELLA SPP.
FALCIDENS HARTMANAE
FALCIDENS SP.
FALCIDENS SP.
FALCIDENS SP.
FALCIDENS SP.
FALCIDENS SP.
FALCIDENS SP.
FALCIDENS SP.
FALCIDENS SPP.
FASCIOLARIIDAE
FAUVELIOPSIS ARMATA
FAUVELIOPSIS GLABRA
FAUVELIOPSIS SPP.
FECAL COLIFORM
FELANIELLA CORNEA
FILICRISIA SPP.
FILIGELLA MITZUKURII
FINELLA PUPOIDES
S FINELLA SPP.
FISSURELLIDAE
FISTULARIA COMMERSONII
FLABELLIFERA SPP.
FLABELLIGERA AFFINIS
FLABELLIGERA INFUNDIBULARIS
FLABELLIGERIDAE
S FLABELLINOPSIS IODINEA
C FLOUNDERS LEFTEYE
S FOA BRACHYGRAMMA
S FORAMINIFERIDA
FORCIPIGER FLAVISSIMUS
FORCIPIGER LONGIROSTRIS
FOXIPHALUS GOLFENSIS
FOXIPHALUS MAJOR
FOXIPHALUS OBTUSIDENS
FOXIPHALUS SIMILIS
FOXIPHALUS SIMILIS/COGNATUS COMPLEX
FOXIPHALUS SPP.
FOXIPHALUS XIXIMEUS
FRAGUM MUNDUM
FREVILLEA HIRSUTA
FUSINUS BARBARENSIS
FUSINUS LUTEOPICTUS
FUSINUS MONKSAE
FUSINUS SPP.
FUSTIARIA SPP.
GALATHOWENIA FUSIFORMS
GALATHOWENIA OCULATA
GALATHOWENIA SP. A (HONOLULU ONLY)
GALEOMMATIDAE
GALEOMMATIDAE GENUS A SP.
GALEOMMATIDAE GENUS A
GAMMARCANTHUS LORICATUS
GAMMARIDAE
A GAMMARIDEA
GAMMAROPSIS ATLANTICA
GAMMAROPSIS ELLISI
GAMMAROPSIS OCIOSA
GAMMAROPSIS THOMPSONI
GAMMARUS ANNULATUS
A (SCAMIT)
-------
616921070200 =
61692107
551533010100 =
551533010600 =
551533010000 =
616950060100 =
616950069998 =
370301110400 =
370301110000 =
881801010100 =
510000000000
510000009998
GASTROPODS
511007010100
500102060300
500102069999
500102060000
551547130100
510602490100
885001000000
500113070100
500113079999
500113079989
500113070000
883544020100
616921480200
616921480100
8842090103
616903030400
616903030000
616903040000
6169030401
800201010200
500127010400
500127010900
500127010100
5001270101
500127011000
500127010500
500127010800
500127010600
500127011300
500127019979
500127019989
500127019999
500127019969
500127019961
500127019954
500127010000
500127010200
500127010300
5C0127000000
500128010300
500128010100
500128010500
500128010000
550606010000
885704050100
6189C5060100
8835281901
GAMMARUS SETOSUS
GAMMARUS SPP.
GARI CALIFORNICA
GARI EDENTULA
GARI SPP.
GAROSYRRHOE BIGARRA
GAROSYRRHOE SP. B (PENSACOLA)
GARVEIA FORMOSA
GARVEIA SPP.
GASTEROSTEUS ACULEATUS
= A GASTROPODA
GASTROPODA SP. B
GASTROPODS
GASTROPTERON PACIFICUM
GATTYANA CIRROSA
GATTYANA SP. 1 (PUGET SOUND)
GATTYANA SPP.
GEMMA GEMMA
GEMMULA MONILIFERA
= GEMPYLIDAE
GENETYLLIS CASTANEA
GENETYLLIS SP. A (GOLETA/MORRO BAY)
GENETYLLIS SP. A (PENSACOLA)
GENETYLLIS SPP.
GENYONEMUS LINEATUS
GIBBEROSUS DEVANEYI
GIBBEROSUS MYERSI
GIBBONSIA ELEGANS
GITANA CALITEMPLADO
GITANA SPP.
GITANOPSIS SPP.
GITANOPSIS VILORDES
GLOTTIDIA ALBIDA
GLYCERA AMERICANA
GLYCERA BRANCHIOPODA
GLYCERA CAPITATA
GLYCERA CAPITATA
GLYCERA CONVOLUTA
GLYCERA DIBRANCHIATA
GLYCERA OXYCEPHALA
GLYCERA ROBUSTA
GLYCERA ROUXII
1 (PUGET SOUND)
A (CSDOC/MEC)
A (LOS ANGELES ONLY)
A (PENSACOLA)
I (PENSACOLA)
P (PENSACOLA)
GLYCERA SP.
GLYCERA SP.
GLYCERA SP.
GLYCERA SP.
GLYCERA SP.
GLYCERA SP.
GLYCERA SPP.
GLYCERA TENUIS
GLYCERA TESSELATA
GLYCERIDAE
GLYCINDE ARMIGERA
GLYCINDE PICTA
GLYCINDE POLYGNATHA
GLYCINDE SPP.
GLYCYMERIS SPP.
GLYPTOCEPHALUS ZACHIRUS
GLYPTOPLAX SMITHII
GNATHANODON SPECIOSUS
-------
615901010500
615901010100
615901010000
615901010200
616102030200
6161020301
884701000000
616926010100
720002011900
7200020101
720002013700
720002010200
720002010210
720002010600
720002016300
720002016900
7200020180
720002019998
720002019999
720002010000
720002000000
8839012001
500128020100
500128020300
500128020500
500128020200
500128020000
5001280301
500128000000
500128050100
513106000000
"375105000000
551547160100
616915090200
500901039999
510515060100
510515010100
510515010200
510515010300
344600000000
618907000000
550701120200
500163110601
500105019999
616917020300
781600000000
780800000000
8741050202
500124150100
8741050^12
8741050410
8741050423
8741050427
500121010200
500121010400
500121010700
500121019100
500121010000
860601010200
6183061305
= C
GNATHIA CRENULATIFRONS
GNATHIA ELONGATA
GNATHIA SPP.
GNATHIA TRILOBATA
GNORIMOSPHAEROMA INSULARE
GNORIMOSPHAEROMA OREGQNENSIS
GOBIIDAE
GOESIA DEPRESSA
GOLFINGIA CATHARINAE
GOLFINGIA EREMITA
GOLFINGIA HESPERA
GOLFINGIA MARGARITACEA
GOLFINGIA MARGARITACEA MARGARITACEA
GOLFINGIA MINUTA
GOLFINGIA MISAKIANA
GOLFINGIA NIGRA
GOLFINGIA PROCERA
GOLFINGIA SP. 2 (ORANGE CO. ONLY)
GOLFINGIA SP. 1 (ORANGE CO. ONLY)
GOLFINGIA SPP.
GOLFINGIIDAE
GOMPHOSUS VARIUS
GONIADA ANNULATA
GONIADA BRUNNEA
GONIADA LITTOREA
GONIADA MACULATA
GONIADA SPP.
GONIADELLA GRACILIS
GONIADIDAE
GONIADIDES CAROLINAE
GONIODORIDIDAE
GORGONIIDAE
GOULDIA CERINA
GRANDIDERELLA JAPONICA
CRANIA SP. A (HONOLULU ONLY)
GRANULA SANDWICENSIS
GRANULINA MARGARITULA
GRANULINA OVULIFORMIS
GRANULINA VITREA
GRANULORETICULOSA
GRAPSIDAE
GREGARIELLA CHENUI
GROSSA NEWPORTI
GRUBEULEPIS SP. A (PENSACOLA)
GUERNEA REDUNCANS
GYMNOLAEMATA CHEILOSTOMATA ASCOPHORA
GYMNOLAEMATA CYCLOSTOMATA
GYMNOMURAENA ZEBRA
GYMNONEREIS CROSSLANDI
GYMNOTHORAX EUROSTUS
GYMNOTHORAX FLAVIMARGINATUS
GYMNOTHORAX MELEAGRIS
GYMNOTHORAX UNDULATUS
GYPTIS BREVIPALPA
GYPTIS BRUNNEA
GYPTIS LOBATUS
GYPTIS NR. LOBATUS
GYPTIS SPP.
HAGFISH PACIFIC
HAIGIA DIEGENSIS
-------
593001000000
375904010100
375904010000
375904000000
375904009999
375902010000 =
375902000000 =
370406010700 =
375904049999 =
375904040000 =
885703030900 = C
616940010200 =
6169400602
8839010711
740001020100 = A
616937150000 = S
616001160100 =
510210060100 =
37031206
840602040200 =
551541010100 =
5515400201
500102070100 =
500102070200 =
500102070300 =
500102070000 =
511012010700 =
511012019998 =
511012019999 =
511012010000 =
511012010100 =
511012010300 =
510222060400 =
61690203FU
616902030200 =
616902030000 =
616902030100 =
500140010200 =
500140010100 =
500140010000 =
500123120100 =
611107010100 =
611107019998 =
611107010000 =
375903020100 =
500102083300 =
500102080300 =
500102083400 =
500102082100 =
500102080500 =
500102080600 =
500102081000 =
500102089900 =
500102081700 = S
500102081800 =
500102089998 =
50010208MECB =
50010208MBCA =
50010208MECA =
HALACARIDAE
HALCAMPA DECEMTENTACULATA
HALCAMPA SPP.
HALCAMPIDAE
HALCAMPIDAE SP. A (SCAMIT)
HALCAMPIDAE SP. A (MEG)
HALCAMPOIDES SPP.
HALCAMPOIDIDAE
HALECIUM CORRUGATUM
HALIANTHELLA SP. A (SCAMIT)
HALIANTHELLA SPP.
HALIBUT CALIFORNIA
HALICE SYNOPIAE
HALICELLA HALONA
HALICHOERES ORNATISSIMUS
HALICRYPTUS SPINULOSUS
HALIMEDON SPP.
HALIOPHASMA GEMINATA
HALISTYLUS PUPOIDES
HALITHOLUS SPP.
HALOCYNTHIA HILGENDORFI
HALODAKRA SALMONEA
HALODAKRA SALMONEA
HALOSYDNA BREVISETOSA
HALOSYDNA JOHNSONI
HALOSYDNA LATIOR
HALOSYDNA SPP.
HAMINOEA CURTA
HAMINOEA SP. B (HONOLULU)
HAMINOEA SP. A (HONOLULU)
HAMINOEA SPP.
HAMINOEA VESICULA
HAMINOEA VIRESCENS
HAPLOCOCHLIAS MINUTISSIMA
HAPLOOPS FUNDIENSIS
HAPLOOPS LAEVIS
HAPLOOPS SPP.
HAPLOOPS TUBICOLA
HAPLOSCOLOPLOS ELONGATUS
HAPLOSCOLOPLOS PANAMENSIS
HAPLOSCOLOPLOS SPP.
HAPLOSYLLIS SPONGICOLA
HARBANSUS PAUCICHELATUS
HARBANSUS SP. B OF KORNICKER
HARBANSUS SPP.
HARENACTIS ATTENUATA
HARMOTHOE CRASSICIRRATA
HARMOTHOE EXTENUATA
HARMOTHOE FORCIPATA
HARMOTHOr FRAGILIS
HARMOTHOE HIRSUTA
HARMOTHOE T.MBRICATA
HARMOTHOE LUNULATA
HARMOTHOE NIGRALBA
HARMOTHOE PRIOPS
HARMOTHOE SCRIPTORIA
HARMOTHOE SP. B (PENSACOLA)
HARMOTHOE SP. B (SCAMIT)
HARMOTHOE SP. A (SCAMIT)
HARMOTHOE SP. A (MEC)
-------
500102080000
500102990000
611900000000
616942011600
616942020400
616942020300
61694202
5001022001
550905160100
616922000000
817204020200
817204020201
817204020000
540301030100
510331020000
551522140100
820000000000 =
618907010000 =
618907010100 =
618907010200 =
615401020600 =
615401020500 =
615401020000 =
5001270201
617103019999 =
619101080102 =
619101080000 =
8835550801
8835550702
811404010500 =
617916051000 =
617916051400 =
617916050100 =
6179160509
617916050600 =
617916051700 =
617916051200 =
617916051800 =
617916050000 =
617916051100 =
617916051600 =
617916051300 =
6179160502
514201010100 =
51420101
874701000000 =
510801170100 =
5001211001
500121000000 =
500121990000 =
500121009997 »
500121009999 =
500113090101 =
5001130903
500113099999 =
500102170200 =
500102170100 =
500102170300 =
500102170000 =
HETEROCEMAMM =
HARMOTHOE SPP.
HARMOTHOINAE
= A HARPACTICOIDA
HARPINIA PROPINQUA
HARPINIOPSIS FULGENS
HARPINIOPSIS GALERUS
HARPINIOPSIS SPP.
HARTMANIA MOOREI
HAUMEA JUDDI
HAUSTORIIDAE
HAVELOCKIA BENTI
HAVELOCKIA BENTI ZACAE
HAVELOCKIA SPP.
HEATHIA POROSA
HELIACUS SPP.
= S HEMICARDIUM MUNDUM
HEMICHORDATA
HEMIGRAPSIS SPP.
HEMIGRAPSUS NUDUS
HEMIGRAPSUS OREGONENSIS
HEMILAMPROPS CALIFORNICA
= S HEMILAMPROPS QUADRUPLICATA
HEMILAMPROPS SPP.
HEMIPODUS ROSEUS
HEMIPROTO SP. A (ORANGE CO. ONLY)
HEMISQUILLA ENSIGERA CALIFORNIENSIS
HEMISQUILLA SPP.
HEMITAURICHTHYS POLYLEPIS
HENIOCHUS DIPHREUTES
HENRICIA LEVIUSCULA
HEPTACARPUS BREVIROSTRIS
HEPTACARPUS CRISTATA
HEPTACARPUS DECORUS
HEPTACARPUS FLEXUS
HEPTACARPUS KINCAIDI
HEPTACARPUS PALPATOR
HEPTACARPUS PALUDICOLA
HEPTACARPUS PICTUS
HEPTACARPUS SPP.
HEPTACARPUS STIMPSONI
HEPTACARPUS TAYLORI
HEPTACARPUS TENUISSIMUS
HEPTACARPUS TRIDENS
HERMASSENDA CRASSICORNIS
HERMISSENDA SPP.
HERRINGS
HERVIERA GLIRIELLA
HESIONELLA MCCULLOCHAE
HESIONIDAE
HESIONIDAE GENUS D (PENSACOLA)
HESIONIDAE SP. C (HONOLULU ONLY)
HESIONIDAE SP. A (HONOLULU ONLY)
HESIONURA COINEAUI DIFFICILIS
HESIONURA ELONGATA
HESIONURA SP. A (PENSACOLA)
HESPERONOE ADVENTOR
HESPERONOE COMPLANATA
HESPERONOE LAEVIS
HESPERONOE SPP.
HETEROCENTROTUS MAMMILLATUS
-------
500150020200 = S
6187C1120100 =
618701120200 =
618701120000 =
551533050100 =
500902160200 =
375103130200 =
375103130100 =
375103130000 =
375103130300 =
500160020100 =
500160020300 =
500160020000 =
615301080100 -
616942030100 =
500121110200 =
500121110300 =
8835170401
8835170402
500147010200 =
884209130100 =
6220030307
351706020000 =
551706020100 =
551706020200 =
551706029998 =
510801200100 =
550905030200 =
550905030100 =
811104049900 =
618314000000 =
885703110200 =
8857040603
617916010100 =
617916000000 =
616934141100 =
616934141200 =
616934140200 =
616934140500 =
616934140800 =
616934149999 =
616934149998 -
616934149997 =
616934140000 =
616934141300 =
616934141500 =
616934141400 =
510361020200 =
781602010100 =
501200000000 =
8835550307
6153010901
615301010700 = S
500102100100 =
817501019999 =
817000000000 =
817200000000 =
817000009999 =
510212019800 =
510212019900 =
HETEROCIRRUS ALATUS
HETEROCRYPTA GRANULATA
HETEROCRYPTA OCCIDENTALIS
HETEROCRYPTA SPP.
HETERODONAX PACIFICUS
HETERODRILUS KEENANI
HETEROGORGIA GRACILIS
HETEROGORGIA PACIFICA
HETEROGORGIA SPP.
HETEROGORGIA TORTUOSA
HETEROMASTUS FILIFORMIS
HETEROMASTUS FILOBRANCHUS
HETEROMASTUS SPP.
HETEROMYSIS ODONTOPS
HETEROPHOXUS OCULATUS
HETEROPODARKE FORMALIS
HETEROPODARKE LYONSI
HETEROPRIACANTHUS CRUENTATUS
HETEROPRIACANTHUS MEEKI
HETEROSPIO CATALINENSIS
HETEROSTICHUS ROSTRATUS
HEXAGENIA LIMBATA
HIATELA SPP.
HIATELLA ARCTICA
HIATELLA PHOLADIS
HIATELLA SP. B (PENSACOLA)
HIHEMOA INDICA
HINNITES GIGANTEUS
HINNITES MULTIRUGOSUS
HIPPASTERIA CALIFORNICA
HIPPIDAE
HIPPOGLOSSINA STOMATA
HIPPOGLOSSOIDES PLATESSOIDES
HIPPOLYTE CALIFORNIENSIS
HIPPOLYTIDAE
HIPPOMEDON COECUS
HIPPOMEDON COLUMBIANUS
HIPPOMEDON DENTICULATUS
HIPPOMEDON PROPINQUUS
HIPPOMEDON SERRATUS
HIPPOMEDON SP. A (PENSACOLA)
HIPPOMEDON SP. B (PENSACOLA)
HIPPOMEDON SP. A (SCAMIT)
HIPPOMEDON SPP.
HIPPOMEDON SUBROBUSTUS
HIPPOMEDON TENAX
HIPPOMEDON ZETESIMUS
HIPPONIX GRAYANUS
HIPPOTHOA HYALINA
HIRUDINEA
HOLACANTHUS ARCUATUS
HOLMESIELLA ANOMALA
HOLMESIMYSIS SCULPTA
HOLOLEPIDA MAGNA
HOLOTHURIA SP. A (GOLETA/MORRO BAY)
HOLOTHUROIDEA
HOLOTHUROIDEA DENDROCHIROTACEA DENDROCHI
HOLOTHUROIDEA SP. A (KINNETICS ONLY)
HOMALOPOMA SP. B (HONOLULU)
HOMALOPOMA SP. A (HONOLULU)
-------
510212010000 =
430500000000 =
430500009989 =
430500009999 =
430500009988 =
4305MECC
390606019999 =
550607020200 = S
61692402
500129050200 =
500129050000 =
6169230401
500173260100 =
511003000000 =
370301081400 =
370301089100 =
370301080000 =
HYDRILLA
871602010100 =
370100000000 =
370200000000 =
61700101
617001000000 =
6170010702
883560040100 =
618502010100 =
8803010314
885704220100 =
8835600801
841101020000 =
883102160800 =
885101010100 =
8777020104
500165010100 =
616201050100 =
616202030900 =
616202080200 = S
616202030400 =
616202030000 =
616202000000 =
616315010200 =
616315010300 =
618701310100 =
500902209999 =
998100000000 =
500902200000 =
8839010806 = S
510602359999 =
620000000000 =
650000000000 =
615301100300 =
8826011601
510602450000 =
551547270100 =
551547290100 =
616926000000 =
376009009999 =
616927000000 =
616927020200 =
616927021700 =
A (CSDOC/MEC)
A (PAQUETTE)
(CSDOC/MEC)
(MEC)
B
C
HOMALOPOMA SPP.
HOPLONEMERTEA
HOPLONEMERTEA SP.
HOPLONEMERTEA SP.
HOPLONEMERTEA SP.
HOPLONEMERTEA SP.
HOPLOPLANA SP. A (CSDOC/MEC)
HUXLEYIA MUNITA
HYALE SPP.
HYALINOECIA JUVENALIS
HYALINOECIA SPP.
HYALLELLA AZTECA
HYALOPOMATUS BIFORMIS
HYDATINA SPP.
HYDRACTINIA CALIFORNICA
HYDRACTINIA CF. CALIFORNICA
HYDRACTINIA SPP.
HYDRILLA VERTICILLATA
HYDROLAGUS COLLIEI
HYDROZOA
HYDROZOA HYDROIDA
HYPERIA SPP.
HYPERIIDAE
HYPEROCHE MEDUSARUM
HYPERPROSOPON ARGENTEUM
HYPOCONCHA ARCUATA
HYPORHAMPUS PACIFICUS
HYPSOPSETTA GUTTULATA
HYPSURUS CARYI
IASIS SPP.
ICELINUS QUADRISERIATUS
ICICHTHY^ LOCKINGTONI
ICTALURUS NEBULOSUS
IDANTHYRSUS ORNAMENTATUS
IDARCTURUS ALLELOMORPHUS
IDOTEA PHOSPHOREA
IDOTEA RESECATA
IDOTEA RUFESCENS
IDOTEA SPP.
IDOTHEIDAE
ILYARACHNA ACARINA
ILYARACHNA PROFUNDA
INACHOIDES FORCEPS
INANIDRILUS SP. A (HONOLULU ONLY)
INANIDRILUS SP. A
INANIDRILUS SPP.
INIISTIUS PAVONINUS
INODRILLIA SP. A (PENSACOLA)
INSECTA
INSECTA IV
INUSITATOMYSIS CALIFORNICA
IRACUNDUS SIGNIFIER
IREDALEA SPP.
IRUS LAMELLIFER
IRUSELLA LAMELLIFERA
ISAEIDAE
ISANTHIDAE SP. A (SCAMIT)
ISCHYROCERIDAE
ISCHYROCERUS ANGUIPES
ISCHYROCERUS PELAGOPS
-------
616927029989
616927029999
61692702MBCB
616927020000
8805030101
618316040200
500163200100
500163200000
500137210100
615800000000
510320160100
8842011202
616311010300
616311010301
616311010600
616311019998
61631101XXOO
616311019988
997800000000
616306080600
616306080200
616306080000
500170170600
500170170300
500170179979
500170179989
500170179998
500170179999
500170170000
510510039999
616927030200
6169270303
616942040100
512308020100
3906030201
615606019999
615606019998
615606019997
615606019996
615606010000
884014030300
8850030101
500121050100
510504130100
551508010000
551508010200
884209130100
510602480100
510602480200
500129159995
500129150000
460000000000
510515060100
510801210100
616906140100
8835140101
510602410100
5106021101
510602110600
510602110700
ISCHYROCERUS SP. A (KINNETICS ONLY)
ISCHYROCERUS SP. A (HONOLULU)
ISCHYROCERUS SP. B OF BARNARD (1969)
ISCHYROCERUS SPP.
ISO HAWAII.ENSIS
ISOCHELES PILOSUS
ISOCIRRUS LONGICEPS
ISOCIRRUS SPP.
ISOLDA PULCHELLA
= A ISOPODA
ISSELIA HILOENSIS
ISTIBLENNIUS ZEBRA
JAEROPSIS DUBIA
JAEROPSIS DUBIA DUBIA
JAEROPSIS HAWAIIENSIS
JAEROPSIS SP. B (SCAMIT)
JAEROPSIS SP. X
JAEROPSIS SP. B OF MBC
JAMIESONIELLA SP. A
JANIRALATA OCCIDENTALIS
JANIRALATA SOLASTERI
JANIRALATA SPP.
JASMINEIRA CAUDATA •
JASMINEIRA PACIFICA
JASMINEIRA SP. A (HONOLULU ONLY)
JASMINEIRA SP. A (SCAMIT)
JASMINEIRA SP. B (SCAMIT)
JASMINEIRA SP. A (GOLETA/MORRO BAY)
JASMINEIRA SPP.
JASPIDELLA SP. A (PENSACOLA)
JASSA FALCATA
JASSA MARMORATA
JOUBINELLA CILIATA
JULIA EXQUISITA
KABURAKIA EXCELSA
KALLIAPSEUDES SP. A (PENSACOLA)
KALLIAPSEUDES SP. B (PENSACOLA)
KALLIAPSEUDES SP. C (PENSACOLA)
KALLIAPSEUDES SP. D (PENSACOLA)
KALLIAPSEUDES SPP.
KATHETOSTOMA AVERRUNCUS
= S KATSUWONUS PELAMIS
KEFERSTEINIA CIRRATA
KELLETIA KELLETII
KELLIA SPP.
KELLIA SUBORBICULARIS
= C KELPFISH GIANT
KERMIA BRUNNEA
KERMIA DAEDALEA
KINBERGONUPHIS SP. E (PENSACOLA)
KINBERGONUPHIS SPP.
KINORHYNCHA
= S KOGOMEA SANDWICENSIS
KOLOONELLA KAWAIIENSIS
KONATOPUS PAAO
KUHLIA SANDVICENSIS
KURTZIA ARTEAGA
KURTZIELLA ATROSTYLA
KURTZIELLA BETA
KURTZIELLA PLUMBEA
-------
510602110200 =
510602110000 =
510602440100 =
8835510104
88355101
8835510105
611827020000 =
8839012101
8860030305 = S
510309030000 =
510309030700 =
510309030500 =
817602020000 =
551522040200 =
551522040000 =
55152204ST
370402010300 =
500102290200 =
51036601LDOO =
510366010000 =
513105050000 =
8706
615401000000 =
615401010400 =
615401010500 =
615401019998 =
615401019999 =
615401019986 =
615401010000 =
500168130300 =
500168139986 =
500168139996 =
500168130000 =
500168130201 =
500123100100 =
500168270100 =
500143020300 =
500143020100 =
500143020400 =
500143020000 =
500170140100 =
500170149999 =
8005130101
9777777777
5515070103
551552000000 =
552004000000 =
390601000000 =
500168030500 =
550204020000 = S
550204020000 = S
5001400107 = S
500140010200 = S
500140160300 =
500140010100 = S
500140011601 =
5001400104 = S
500140160000 =
616906031300 =
616906030300 =
KURTZIELLA RUBELLA
KURTZIELLA SPP.
KYLIX HALOCYDNE
KYPHOSUS BIGIBBUS
KYPHOSUS SPP.
KYPHOSUS VAIGIENSIS
LABIDOCERA SPP.
LABROIDES PHTHIROPHAGUS
LACTORIA FORNASINI
LACUNA SPP.
LACUNA UNIFASCIATA
LACUNA VINCTA
LAETMOGONE SPP.
LAEVICARDIUM LAEVIGATUM
LAEVICARDIUM SPP.
LAEVICARDIUM SUBSTRIATUM
LAFOEA FRUTICOSA
LAGISCA MULTISETOSA
LAMELLARIA DIEGENSIS
LAMELLARIA SPP.
LAMELLIDORIS SPP.
LAMNIFORMES
LAMPROPIDAE
LAMPROPS CARINATA
LAMPROPS QUADRUPLICATA
LAMPROPS SP. D (ORANGE CO.)
LAMPROPS SP. A (SCAMIT)
LAMPROPS SP. D OF MBC
LAMPROPS SnP.
LANASSA GRACILIS
LANASSA SP. D (HARRIS)
LANASSA SP. D (SCAMIT)
LANASSA SPP.
LANASSA VENUSTA VENUSTA
LANGERHANSIA CORNUTA
LANICE CONCHILEGA
LAONICE APPELLOEFI
LAONICE CIRRATA
LAONICE PUGETTENSIS
LAONICE SPP.
LAONOME KROEYERI
LAONOME SP. A (HONOLULU ONLY)
LAQUEUS CALIFORNIANUS
LARVAE UNIDENTIFIED
LASAEA SUBVIRIDIS
LASAEIDAE
LATERNULIDAE
LATOCESTIDAE
LEAENA CAECA
LEDA SPP.
LEDELLA SPP.
LEITOSCOLOPLOS ACUTUS
LEITOSCOLOPLOS ELONGATUS
LEITOSCOLOPLOS FRAGILIS
LEITOSCOLOPLOS PANAMENSIS
LEITOSCOLOPLOS PUGETTENSIS
LEITOSCOLOPLOS ROBUSTUS
LEITOSCOLOPLOS SPP.
LEMBOS AUDBETTIUS
LEMBOS SMITHI
-------
616906030000
6169060304
3325020102
6132
500102180100
500102180700
500102180500
500102180000
616934210500
616934219999
616934210000
884701030100
500102110300
500102110300
618313010400
618313019100
530201020500
530302070400
530302070600
530302070500
5303020707
8835160504
616906070200
617905020300
615702010300
615702019989
615702019996
615702019999
615702019976
615"'02010000
530201010500
8831021801
615409090100
513800009996
513800000000
615702020400
615709010100
6157090102
615702020300
615702029972
615702029995
615702029997
615702029998
615702029900
615702029974
615702029975
615702029976
615702029977
615702029978
615702029979
61570901
615709000000
375105010700
370400000000
551509020200
551509020000
550905140100
550905140000
616942050102
390605009999
LEMBOS SPP.
LEMBOS WEBSTERI
LEMNA MINOR
LEPAPCMORPHA
LEPIDASTHENIA BERKELEYAE
LEPIDASTHENIA INTERRUPTA
LEPIDASTHENIA LONGICIRRATA
LEPIDASTHENIA SPP.
LEPIDEPECREUM GURJANOVAE
LEPIDEPECREUM SP. A (SCAMIT)
LEPIDEPECREUM SPP.
LEPIDOGOBIUS LEPIDUS
= S LEPIDONOTUS CAELORUS
LEPIDONOTUS SQUAMATUS
LEPIDOPA CALIFORNICA
LEPIDOPA MYOPS
= S LEPIDOPLEURUS RUGATUS
LEPIDOZONA CALIFORNIENSIS
LEPIDOZONA PECTINULATA
LEPIDOZONA RETIPOROSA
LEPIDOZONA SINUDENTATA
LEPOMIS MACROCHIRUS
LEPTOCHEIRUS PINGUIS
LEPTOCHELA PAPULATA
LEPTOCHELIA DUBIA
LEPTOCHELIA SP. A (ENCINA/KLI)
LEPTOCHELIA SP.
LEPTOCHELIA SP.
LEPTOCHELIA SP.
LEPTOCHELIA SPP.
LEPTOCHITON RUGATUS
LEPTOCOTTUS ARMATUS
LEPTOCUMA FORSMANI
LEPTOGNATHA SP. D (KINNETICS ONLY)
= S LEPTOGNATHA SPP.
LEPTOGNATHIA BREVIMANUS
= S LEPTOGNATHIA CAECA
LEPTOGNATHIA GRACILIS
LEPTOGNATHIA LONGIREMUS
LEPTOGNATHIA SP. H (SAN DIEGO)
LEPTOGNATHIA SP.
LEPTOGNATHIA SP.
LEPTOGNATHIA SP.
LEPTOGNATHIA SP.
LEPTOGNATHIA SP.
LEPTOGNATHIA SP,
LEPTOGNATHIA SP.
LEPTOGNATHIA SP,
LEPTOGNATHIA SP.
D (CSDOC/MEC)
A (ORANGE CO.)
D (PENSACOLA)
E (SCAMIT)
C (SCAMIT)
B (SCAMIT)
A
F OF MBC
E OF MBC
D OF MBC
C OF MBC
B OF MBC
A OF MBC
LEPTOGNATHIA SP.
LEPTOGNATHIA SPP.
LEPTOGNATHIDAE
LEPTOGORGIA CALIFORNICA
LEPTOMEDUSAE
LEPTON MEROEUM
LEPTON SPP.
LEPTOPECTEN LATIAURATUS
LEPTOPECTEN SPP.
LEPTOPHOXUS FALCATUS ICELUS
LEPTOPLANIDAE SP. A (CSDOC/MEC)
-------
615405040300
615405040400
615405049976
615405049985
615405049986
615405049989
615405049998
615405049999
61540504XXOO
615405049984
615405040000
8178010203
817801020100
817801029998
817801020000
8178010202
817801020700
510212050100
510212050200
360804030100
615404011600
6154040101
615404019999
615404010000
615404011500
615404000000
360701010000
616*32010400
616932010100
8805020701
611103090100
500141080100
500141140100
500141149998
500141140000
510602470100
610202010100
616933020200
616933029999
616933020000
616933000000
550910011100
550910010400
550910010000
511301010300
51130101
550910029999
550910000000
540201030100
376029029999
376029009999
500902070300
500902079998
500902079999
500902070000
500902070600
550605011700
550605010000
550605011500
430302000000
LEPTOSTYLIS AMPULLACEA
LEPTOSTYLIS LONGIMANA
LEPTOSTYLIS SP. D (CSDOC/MEC)
LEPTOSTYLIS SP. C (PHILLIPS)
LEPTOSTYLIS SP. D (GOLETA/MORRO BAY)
LEPTOSTYLIS SP. A (GOLETA/MORRO BAY)
= LEPTOSTYLIS SP. B (SCAMIT)
= LEPTOSTYLIS SP. A (SCAMIT)
LEPTOSTYLIS SP. X
LEPTOSTYLIS SP. E OF MBC
LEPTOSTYLIS SPP.
LEPTOSYNAPTA CLARKI
LEPTOSYNAPTA INHAERENS
LEPTOSYNAPTA SP. B (GOLETA/MORRO BAY)
LEPTOSYNAPTA SPP.
LEPTOSYNAPTA TENUIS
LEPTOSYNAPTA TRANSGRESSOR
LEPTOTHYRA CANDIDA
LEPTOTHYRA RUBRICINCTA
LEUCILLA NUTTINGI
LEUCON MAGNADENTATA
LEUCON NASICA
LEUCON SP. A (ORANGE CO.)
LEUCON SPP.
LEUCON SUBNASICA
LEUCONIDAE
LEUCOSOLENIA SPP.
LEUCOTHOE HYHELIA
LEUCOTHOE SPINICARPA
LEURESTES TENUIS
LEUROLEBERIS SHARPEI
= S LEVINSENIA GRACILIS
LEVINSENIA OCULATA
LEVINSENIA SP. B (SCAMIT)
LEVINSENIA SPP.
LIENARDIA MIGHELSI
LIGHTIELLA SERENDIPITA
LILJEBORGIA COTA
LILJEBORGIA SP. A (PENSACOLA)
LILJEBORGIA SPP.
LILJEBORGIIDAE
LIMA HEMPHILLI
LIMA PELLUCIDA
LIMA SPP.
LIMACINA INFLATA
LIMACINA SPP.
LIMATULA SP. A (PENSACOLA)
LIMIDAE
LIMIFOSSOR FRATULA
LIMNACTINIA SP. A (SCAMIT)
LIMNACTINIIDAE SP. A (SCAMIT)
LIMNODRILOIDES BARNARDI
LIMNODRILOIDES SP. B (HONOLULU)
LIMNODRILOIDES SP. A (HONOLULU ONLY)
LIMNODRILOIDES SPP.
LIMNODRILOIDES VICTORIENSIS
LIMOPSIS DIEGENSIS
LIMOPSIS SPP.
LIMOPSIS WAIKIKIA
LINEIDAE
-------
430302009099 =
430302041100 =
430302040400 =
430302040100 =
430302040800 =
430302040200 =
430302041000 =
430302049999 =
430302040000 =
551501060400 =
551501069999 =
882701020100 = C
500110030400 =
551547040100 =
8857041001
883109080000 =
874302000000 =
61610603
616106030400 =
51021U27LRAC =
51021003PAOO =
616933030600 =
616933030100 =
616933030700 =
616933031000 =
616933030800 =
616933031100 =
616933030900 =
616933039999 =
616933039984 =
616933039983 =
61693303MBCA =
616933030000 =
730102040500 =
730102040600 =
730102040000 =
550701140500 =
50012209ANTE =
510310012700 =
500122080200 = S
500168200100 =
500168209999 =
500168200000 =
570601010100 =
375105020600 =
375105020000 =
618902010100 =
618902010102 =
618902010102 = S
618902010200 =
618902010301 =
618902010300 =
618902010000 =
816303020100 =
816303020000 =
618701150100 =
618701150200 =
618701150000 =
790101
551501030700 =
LINEIDAE SP. A (PAQUETTE)
LINEUS ALBOLINEATUS
LINEUS BICOLOR
LINEUS BILINEATUS
LINEUS FLAVESCENS
LINEUS RUBER
LINEUS RUBESCENS
LINEUS SP. A (CSDOC/MEC)
LINEUS SPP.
LINGA PENSYLVANICA
LINGA SP. A (PENSACOLA)
LINGCOD
LINOPHERUS MICROCEPKALA
LIOCYMA FLUCTUOSA
LIOPSETTA GLACIALIS
LIPARIS SPP.
LIPOGENYIDAE
LIRONECA SPP.
LIRONECA VULGARIS
LIRULARIA ACUTICOSTATA
LIRULARIA PARCIPICTA
LISTRIELLA ALBINA
LISTRIELLA BARNARDI
LISTRIELLA DIFFUSA
LISTRIELLA ERIOPISA
LISTRIELLA GOLETA
LISTRIELLA HOLMESI
LISTRIELLA MELANICA
LISTRIELLA SP. A (CSDOC/MEC)
LISTRIELLA SP.
LISTRIELLA SP.
LISTRIELLA SP.
LISTRIELLA SPP.
LISTRIOLOBUS HEXAMYOTUS
LISTRIOLOBUS PELODES
LISTRIOLOBUS SPP.
LITHOPHAGA PLUMULA
LITOCORSA ANTENNATA
LITTORINA PINTADO
LOANDALIA FAUVELI
LOIMIA MEDUSA
LOIMIA SP. A (PENSACOLA)
LOIMIA SPP.
LOLIGO OPALESCENS
LOPHOGORGIA PANAMENSIS
LOPHOGORGIA SPP.
LOPHOPANOPEUS BELLUS
LOPHOPANOPEUS BELLUS DIEGENSIS
LOPHOPANOPEUS DIEGENSIS
LOPHOPANOPEUS FRONTALIS
LOPHOPANOPEUS LEUCOMANUS LEUCOMANUS
LOPHOPANOPEUS LEUCOMANUS
LOPHOPANOPEUS SPP.
LOVENIA CORDIFORMIS
LOVENIA SPP.
LOXORHYNCHUS CRISPATUS
LOXORHYNCHUS GRANDIS
LOXORHYNCHUS SPP.
LOXOSOMATIDAE
LUCIN^ APPROXIMATUS
F (PENSACOLA)
G (PENSACOLA)
A OF SCAMIT
-------
551501030800
551501030500
551501030900
55150103SOMB
551501039999
551501039998
551501039996
551501030000
551501000000
551501030900
551501020100
551501020000
810501011100
810501010100
810501011000
810501010000
500163150000
5005010103
500131010200
500131010900
500131000000
500131030200
50013101AC
500131011400
500131011300
500131010100
500131013200
500131011800
500131013300
5001310140
500131011500
500131013400
500121010800
500131012600
500131010700
500131012900
500131010400
500131012800
500131011100
500131019901
500131019902
500131019903
500131019904
500131019988
500131019998
500131019999
500131019976
50013101MECB
50013101MECB
500131010000
5001310113
500131011700
500131012400
781514000000
781514000000
8835360115
8835360114
879301080100
5520050201
552005020200
LUCINA EXCAVATA
LUCINA NASSULA
LUCINA NUTTALLI
LUCINA SOMBRERENSIS
LUCINA SP, A (PENSACOLA)
LUCINA SP. B (PENSACOLA)
LUCINA SP. D (PENSACOLA)
LUCINA SPP.
LUCINIDAE
= S LUCINISCA NUTTALLI
LUCINOMA ANNULATA
LUCINOMA SPP.
LUIDIA ASTHENOSOMA
LUIDIA FOLIOLATA
LUIDIA LUDWIGI
LUIDIA SPP.
LUMBRICLYMENE SPP.
LUMBRICULUS VARIEGATUS
LUMBRINEREIS FRAGILIS
LUMBRINZP.EIS LUTI
LUMBRINERIDAE
LUMBRINERIDES DAYI
LUMBRINERIS ACICULARUM
LUMBRINERIS ACUTA
= S LUMBRINERIS BASSI
LUMBRINERIS BICIRRATA
LUMBRINERIS CALIFORNIENSIS
LUMBRINERIS CRUZENSIS
LUMBRINERIS ERECTUS
LUMBRINERIS HEBES
LUMBRINERIS IMPATIENS
LUMBRINERIS INDEX
LUMBRINERIS INFLATA
LUMBRINERIS JANUARII
LUMBRINERIS JAPONICA
LUMBRINERIS LACUNAE
LUMBRINERIS LATREILLI
LUMBRINERIS LIMICOLA
LUMBRINERIS PALLIDA
LUMBRINERIS SP. (GROUP I)
LUMBRINERIS SP.
LUMBRINERIS SP.
LUMBRINERIS SP.
LUMBRINERIS SP.
LUMBRINERIS SP.
LUMBRINERIS SP.
LUMBRINERIS SP.
LUMBRINERIS SP.
LUMBRINERIS SP.
= LUMBRINERIS SPP.
LUMBRINERIS TENUIS
LUMBRINERIS TETRAURA
LUMBRINERIS VERRILLI
» S LUNULARIDAE
LUNULITIDAE
LUTJANUS FULVUS
LUTJANUS KASMIRA
LYCODOPSIS PACIFICA
LYONSIA ARENOSA
LYONSIA CALIFORNICA
(GROUP II)
(GROUP III)
(GROUP IV)
A (ORANGE CO.)
B (GOLETA/MORRO BAY)
A (GOLETA/MORRO BAY)
L (PENSACOLA)
B (HARRIS)
B (HARRIS)
-------
552005020600
552005020500
552005029999
552005020000
885704110100
616934220100
61693422CUBE
616934220600
616934220400
616934220500
616934220000
616934000000
616934530300
500130039998
500130030000
500167040200
500167040100
500167049998
500167049999
500167040000
61791611MEC1
814802010600
814802010200
814802010000
8148020101
883528010100
551531013400
551531011600
551b31010100
551531011200
5515310102
551531013700
551531013500
5515310107
551531013400
551531011400
5515310106
551531019998
551531019999
551531010000
551531012000
551531011100
551547180100
50016321
611327020100
8839012201
551525060500
551525060000
551525000000
616921080200
616921080600
61692108
500144012300
500144011800
500144011900
500144010500
500144010200
500144010600
500144010300
500144011600
LYONSIA HYALINA
LYONSIA PUGETTENSIS
LYONSIA SP. A (PENSACOLA)
LYONSIA SPP.
LYOPSETTA EXILIS
LYSIANASSA ALBA
LYSIANASSA CUBENSIS
S LYSIANASSA HOLMESI
S LYSIANASSA OCULATA
LYSIANASSA PARITER
LYSIANASSA SPP.
LYSIANASSIDAE
LYSIANOPSIS OCULATA
LYSIDICE SP. B (PENSACOLA)
LYSIDICE SPP.
LYSIPPE ANNECTENS
LYSIPPE LABIATA
LYSIPPE SP. B (SCAMIT)
LYSIPPE SP. A (SCAMIT)
LYSIPPE SPP.
LYSMATA CALIFORNICA
LYTECHINUS ANAMESUS
LYTECHINUS PICTUS
LYTECHINUS SPP.
LYTECHINUS VARIEGATUS
C MACKEREL JACK
MACOMA ACOLASTA
IlACOMA BALTHICA
MACOMA CALCAREA
MACOMA CARLOTTENSIS
MACOMA ELIMATA
MACOMA INDENTATA
MACOMA LEPTONOIDEA
MACOMA MOESTA
S MACOMA MORROENSIS
MACOMA NASUTA
MACOMA OBLIQUA
MACOMA SP. B (HAWAII)
MACOMA SP. A (SCAMIT)
MACOMA SPP.
MACOMA TENTA
MACOMA YOLDIFORMIS
MACROCALLISTA MACULATA
MACROCLYMENE SPP.
MACROCYPRINA PACIFICA
MACROPHARYNGODON GEOFFROYI
MACTRA CALIFORNIA
MACTRA SPP.
MACTRIDAE
MAERA LOVENI
MAERA SIMILE
MAERA SPP.
MAGELONA BERKELEYI
MAGELONA CALIFORNICA
MAGELONA HARTMANAE
MAGZLONA LONGICORNIS
MAGELONA PACIFICA
MAGELONA PETTIBONEAE
MAGELONA PITELKAI
MAGELONA SACCULATA
-------
616942060100 =
616942060200 =
375901039999 =
375901030000 =
616942140300 =
616942140200 =
616948152500 =
616948030600 =
616948030000 =
376006010100 =
50016740LB
510336032100 = S
611914020100 =
8835510501
366407070200 =
50016317
616906040400 =
616906040500 =
61690604SCOO =
616906040000 =
510320032600 = S
616927040200 =
616927040000 =
500163160000 =
500125020100 =
50012102FR
5001210204
500121020000 =
500121080100 =
500121080000 =
8835440701
781611010500 =
781611010100 =
7816110104
500121020200 =
500143230500 =
500143230100 =
500143239999 =
500143230000 =
885704120100 =
430302'050400 =
430302050700 -
430302051300 =
430302059999 =
430302050000 =
430302050900 =
878301010100 = C
878301010700 = C
500143360200 =
510801018900 =
510801160100 =
510801018700 =
MISC
510601031700 =
510601040100 = S
51060103160C =
510601030000 =
510503021300 =
510503020600 =
510503024700 =
METAPHOXUS FREQUENS
METAPHOXUS FULTONI
METEDWARDSIA SP. A (GOLETA/MORRO BAY)
METEDWARDSIA SPP.
METHARPINIA FLORIDANA
METHARPINIA JONESI
METOPA DAWSONI
METOPELLA ANGUSTA
METOPELLA SPP.
METRIDIUM SENILE
HEXAMAGE LONGIBRANCHIATA
MICRANELLUM CREBRICINCTUM
MICROARTHIDION LITTORALE
MICROCANTHUS STRIGATUS
MICROCIONA PARTHENA
MICROCLYMENE SPP.
MICRODEUTOPUS MYERSI
MICRODEUTOPUS OCULATUS
MICRODEUTOPUS SCHMITTI A (SCAMIT)
MICRODEUTOPUS SPP.
MICRODOCHUS ROBERTSONI
MICROJASSA LITOTES
MICROJASSA SPP.
MICROMALDANE SPP.
MICRONEPHTYS MINUTA
MICROPHTHALMUS FRAGILIS
MICROPHTHALMUS SIMILIS
MICROPHTHALMUS SPP.
MICROPODARKE DUBIA
MICROPODARKE SPP.
MICROPOGONIUS UNDULATUS
MICROPORELLA CALIFORNICA
MICROPORELLA CILIATA
MICROPORELLA NR. CRIBOSA
MICROPTHALMUS ABERRANS
MICROSPIO MACULATA
MICROSPIO PIGMENTATA
MICROSPIO SP. A (ORANGE CO. ONLY)
MICROSPIO SPP.
MICROSTOMUS PACIFICUS
MICRURA ALASKENSIS
MICRURA NIGRIROSTRIS
MICRURA OLIVARIS
MICRURA SP. A (GLOUCESTER)
MICRURA SPP.
MICRURA WILSONI
MIDSHIPMAN PLAINFIN
MIDSHIPMAN SPECKLEFIN
MINUSPIO CIRROBRANCHIATA
MIRALDA PAULBARTSCHI
MIRALDA SCOPULOORUM
MIRALDA SPP.
MISCELLANEOUS TAXA
HITRA FLAMMULATA
MITRA FOVEOLATA
MITRA SALTATA
MITRA SPP.
MITRELLA AURANTIACA
MITRELLA CARINATA
MITRELLA GAUSAPATA
-------
5105030204
510503024300
510503020000
510503020200
550701060700
5507010601
550701060800
550701060300
550701069999
550701060000
840603010800
840603010900
840603010000
508500000000
540000000000
550000000000
510000000000
MOLLUSCS
817901010100
8179010102
817901010000
370504010100
616937080400
616937080500
616937082000
616937082800
616937082700
616937082600
615937082900
616937082400
616937082300
616937081000
616937089999
616937082200
616937080000
6169370816
616937090100
430600000000
8835420301
612202000000
551510000000
551510009999
551510999989
50015003NV
500129011500
500129140100
500129140200
500129140000
5001671801
8836010101
5515250301
8835450106
8835450102
8835450102
8835450103
616312011000
616312019999
61631201XXOO
616312010000
616312010100
MITRELLA GOULDI
MITRELLA MARGARITA
MITRELLA SPP.
MITRELLA TUBEROSA
MODIOLUS CAPAX
MODIOLUS MODIOLUS
MODIOLUS NEGLECTUS
MODIOLUS RECTUS
MODIOLUS SP. A
MODIOLUS SPP.
MOLGULA MANHATTENSIS
MOLGULA REGULARIS
MOLGULA SPP.
MOLLUSCA
S MOLLUSCA APLACOPHORA
S MOLLUSCA BIVALVIA
S MOLLUSCA GASTROPODA
MOLLUSCS
MOLPADIA INTERMEDIA
MOLPADIA OOLITICA
MOLPADIA SPP.
MONOBRACHIUM PARASITUM
MONOCULODES CRASSIROSTRIS
MONOCULODES DIAMESUS
MONOCULODES EDWARDSI
MONOCULODES EMARGINATUS
MONOCULODES GLYCONICA
MONOCULODES HARTMANAE
MONOCULODES LATISSIMANUS
MONOCULODES NORVEGICUS
MONOCULODES NYEI
MONOCULODES PACKARDI
MONOCULODES SP. A (GLOUCESTER)
MONOCULODES SPINIPES
MONOCULODES SPP.
MONOCULODES ZERNOVI
MONOCULOPSIS LONGICORNIS
MONOSTYLIFERA
MONOTAXIS GRANDOCULIS
MONSTRILLIDAE
MONTACUTIDAE
MONTACUTIDAE SP. A (SCAMIT)
MONTACUTIDAE GEN A SP. A OF MBC
MONTOCELLINA SP. NOV. (GLOUCESTER)
S MOOREONUPHIS LITORALIS
MOOREONUPHIS NEBULOSA
MOOREONUPHIS PALLIDULA
MOOREONUPHIS SPP.
S MOORESAMYTHA BIOCULATA
MUGIL CEPHALUS
MULINIA LATERALIS
MULLOIDICHTHYS AURIFLAMMA
MULLOIDICHTHYS FLAVOLINEATUS
S MULLOIDICHTHYS SAMOENSIS
MULLOIDICHTHYS VANICOLENSIS
MUNNA ACARINA
MUNNA SP. A (MEC)
MUNNA SP. X
MUNNA SPP.
MUNNA STEPHENSENI
-------
500144019989
500144019999
500144019978
500144019977
500144019971
500144010000
500144000000
618701000000
500143120100
500143140200
500143140000
550905220100
500163030300
500163030200
500163030100
500163030000
500163000000
500163009969
500163009979
500163009989
500163009999
500102081000
500102081000
5001023503
6169421201
510602030000
8713080101
500902280100
500143230300
510210031000
5102100308
510210039999
510515029997
510515020000
500130020201
500130020700
500130020800
500130020100
500130029979
500130029999
500130029989
500130020000
51036605
510366050400
50016010VARI
510501MEC
617101030100
617101030000
883551040100
811104050100
500160040400
500160040100
500160040200
5001600499
500160040000
550701030100
500170040700
500170040800
500170040600
50017004MBOO
A (SCAMIT)
A (HONOLULU ONLY)
B (PENSACOLA)
C (PENSACOLA)
I (PENSACOLA)
1 (PUGET SOUND)
A (GLOUCESTER)
A (HONOLULU ONLY)
A (SAN DIEGO)
MAGELONA SP.
MAGELONA SP.
MAGELONA SP.
MAGELONA SP.
MAGELONA SP.
MAGELONA SPP.
MAGELONIDAE
MAJIDAE
S MALACOCEROS GLUTAEUS
MALACOCEROS INDICUS
MALACOCEROS SPP.
MALANOCHLAMYS DIOMEDEA
MALDANF CRISTATA
MALDANE GLEBIFEX
MALDANE SARSI
MALDANE SPP.
MALDANIDAE
MALDANIDAE SP
MALDANIDAE SP
MALDANIDAE SP
S MALDANIDAE SP
S MALMGRENIA CASTANEA
S MALMGRENIA LUNULATA
MALMGRENIA NIGRALBA
MANDIBULOPHOXUS GILESI
MANGELIA
MANTA BIROSTRIS
MARCUSAEDRILUS CAPRICORNAE
MARENZELLARIA WIRENI
MARGARITES LIRULATUS
MARGARITES PUPILLUS
MARGARITES SP. A (PUGET SOUND)
MARGINELLA SP. C (PENSACOLA)
MARGINELLA SPP.
MARPHYSA BELLI OCULATA
MARPHYSA CONFERTA
MARPHYSA DISJUNCTA
MARPKYSA SANGUINEA
MARPHYSA SP. A (ENCINA/HARRIS)
MARPHYSA SP.
MARPHYSA SP.
MARPHYSA SPP.
MARSENINA SPP.
MARSENINA STEARNSII
MASTOBRANCHUS VARIABILIS
MAXWELLIA SPP.
MAYERELLA BANKSIA
MAYERELLA SPP.
MEDIALUNA CALIFORNIENSIS
MEDIASTER AEQUALIS
MEDIOMASTUS ACUTUS
MEDIOMASTUS AMBISETA
MEDIOMASTUS CALIFORNIENSIS
MEDIOMASTUS SP. A
MEDIOMASTUS SPP.
MEGACRENELLA COLUMBIANA
MEGALOMMA CIRCUMSPECTUM
MEGALOMMA INTERMEDIUM
MEGALOMMA PIGMENTUM
MEGALOMMA SP. MB
A (GOLETA/MORRO BAY)
A (HARRIS)
-------
500170040100
500170040000
616921090100
616921090000
616926109999
616926100000
510602420100
510602420300
510353011500
510353010200
510353011300
510353010400
51035301XXOO
510353010000
510353000000
5110060401
8860020601
8860020602
500167050100
500167050300
500167050900
500167050500
500167050400
500167050600
500167059999
500167050000
616921100700
6169211008
616921100600
61692110
616921000000
511004059999
511004999999
511004050000
616935000000
616935020100
616935020000
781504010100
7815040107
781504010000
781504010300
7815040104
7815040109
551522999900
8805020302
551547110100
510320180200
510320180100
879104010200
616001140400
500149040000
500149040100
617922011500
615401030200
615401030100
615401030000
3758MECA
618702030100
617101040000
615303140600
MEGALOMMA SPLENDIDA
MEGALOMMA SPP.
MEGALUROPUS LONGIMERUS
MEGALUROPUS SPP.
MEGAMPHOPUS SP. A (PENSACOLA)
MEGAMPHOPUS SPP.
MEGASURCULA CARPENTERIANA
MEGASURCULA STEARNSIANA
MELANELLA CATALINENSIS
MELANELLA MICRANS
MELANELLA OLDROYDI
MELANELLA RUTILA
MELANELLA SP. X
= S MELANELLA SPP.
MELANELLIDAE
MELANOCHLAMYS DIOMEDEA
MELICHTHYS NIGER
MELICHTHYS VIDUA
MELINNA CRISTATA
MELINNA ELISABETHAE
MELINNA EXILIA
MELINNA HETERODONTA
MELINNA MACULATA
MELINNA OCULATA
MELINNA SP. A OF HARRIS
MELINNA SPP.
MELITA APPENDICULATA
MELITA DESDICHADA
MELITA NITIDA
MELITA SPP.
= S MELITIDAE
MELOSCAPHANDER SP.
MELOSCAPHANDER SP.
MELOSCAPHANDER SPP.
MELPHIDIPPIDAE
MELPHISANA BOLA
MELPHISANA SPP.
MEMBRANIPORA MEMBRANACEA
MEMBRANIPORA SAVARTI
MEMBRANIPORA SPP.
MEMBRANIPORA TENUIS
MEMBRANIPORA TUBERCULATA
MEMBRANIPORA VILLOSA
MENICARDIUM MUNDUM
MENIDIA MENIDIA
MERCENARIA MERCENARIA
MERELINA HEWA
MERELINA WANAWANA
MERLUCCIUS PRODUCTUS
MESANTHURA HIEROGLYPHICA
MESOCHAETOPTERUS SPP.
MESOCHAETOPTERUS TAYLORI
= S MESOCRANGON MUNITELLA
MESOLAMPROPS BISPINOSA
MESOLAMPROPS DILLONENSIS
MESOLAMPROPS SPP.
MESOMYARIA SP. A (EWPCF/MEC)
MESORHOEA SEXSPINOSA
METACAPRELLA SPP.
METAMYSIDOPSIS ELONGATA
A (GOLETA/MORRO BAY)
A
-------
616312010300
616312000000
616312030200
616312030300
615312030100
616317049999
375104010400
375104010000
618602060100
618602060000
550701200100
55070104LATE
550701040100
550701042100
550701049999
550701040000
870802040500
551701020100
551701029900
551701020000
366416010100
366416011100
551701000000
871307020200
8831022205
500164020300
500164020100
500164020200
500164020400
500164029987
500164029989
500164029999
500164029967
500164020000
500164030200
500164030000
8810080204
8810080203
8810080202
551510010300
551510010100
551510011300
551510010900
551510011200
551510019966
551510019993
551510019994
551510019995
551510019996
551510019997
551510019998
551510019999
55151001XXOO
551510019984
551510019987
551510010000
551510010200
615300000000
615100000000
615301000000
MUNNA UBIQUITA
MUNNIDAE SPP.
MUNNOGONIUM ERRATUM
MUNNOGONIUM TILLERAE
MUNNOGONIUM WALDRONENSE
MUNNOPSURUS SP. A OF MBC
MURICEA CALIFORNICA
MURICEA SPP.
MURSIA GAUDICHAUDII
MURSIA SPP.
MUSCULISTA SENHOUSEI
MUSCULUS LATERALIS
MUSCULUS NIGER
MUSCULUS SENHOUSEI
MUSCULUS SP. A (PUGET SOUND)
MUSCULUS SPP.
MUSTELUS HENLEI
MYA ARENARIA
MYA SP. A
MYA SPP.
MYCALE NR. ADHAERENS
MYCALE PSILA
MYIDAE
MYLIOBATIS CALIFORNICA
MYOXOCEPHALUS QUADRICORNIS
MYRIOCHELE GRACILIS
MYRIOCHELE HEERI
MYRIOCHELE OCULATA
MYRIOCHELE PYGIDIALIS
MYRIOCHELE SP. C (HONOLULU ONLY)
MYRIOCHELE SP. A (HONOLULU ONLY)
MYRIOCHELE SP. M (SCAMIT)
MYRIOCHELE SP. M OF WILLIAMS
MYRIOCHELE SPP.
MYRIOWENIA CALIFORNIENSIS
MYRIOWENIA SPP.
MYRIPISTIS AMAENUS
MYRIPISTIS BERNDTI
MYRIPISTIS KUNTEE
MYSELLA ALEUTICA
MYSELLA COMPRESSA
MYSELLA GOLISCHI
MYSELLA GRIPPI
MYSELLA PEDROANA
MYSELLA SP. D (SCAMIT)
M
= A
MYSELLA SP.
MYSELLA SP.
MYSELLA SP.
MYSELLA SP.
MYSELLA SP.
MYSELLA SP.
MYSELLA SP.
MYSELLA SP.
MYSELLA SP.
MYSELLA SP.
MYSELLA SPP.
MYSELLA TUMIDA
MYSIDA
MYSIDACEA
MYSIDAE
F (SCAMIT)
E (SCAMIT)
D (SCAMIT)
C (SCAMIT)
B (SCAMIT)
A (SCAMIT)
X
F OF MBC
C OF MBC
-------
615301130100
615301210200
6153012101
615301214800
615301210400
6153012105
615301211800
61530121XXOO
615301210COO
615301140200
500113050100
500113050101
550701000000
550701010200
550701010100
55070101
500170050200
50017005
366411150200
3664111501
500139010100
500140020000
611927080100
510320100300
510320100000
618902190100
8849010203
8849010204
8849010205
8849010201
510503060100
510508013800
510508010500
510508012200
510508012200
510508010100
510508010101
510508010102
510508010400
510508013200
510508010000
510508010300
617598000000
510376020100
510376021400
510376020400
510376000000
9555555555
551509010700
551509010100
551509010500
500124030500
500124030100
500124041000
500124030200
616201070100
616201070000
614501010100
614501010200
614501010000
= S
= S
MYSIDELLA AMERICANA
MYSIDOPSIS BAHIA
MYSIDOPSIS BIGELOWEI
MYSIDOPSIS BRATTEGARTTI
MYSIDOPSIS CALIFORNICA
MYSIDOPSIS FURCA
MYSIDOPSIS INTII
MYSIDOPSIS SP. X
MYSIDOPSIS SPP.
MYSIS LITTORALIS
MYSTIDES BOREALIS
MYSTIDES BOREALIS CAECA
MYTILIDAE
MYTILUS CALIFORNIANUS
MYTILUS EDULIS
MYTILUS SPP.
MYXICOLA INFUNDIBULUM
MYXICOLA SPP.
MYXILLA FIMBRIATA
MYXILLA INCRUSTANS
MYZOSTOMUM DEANI
NAINERIS SPP.
NANNOPUS PALUSTRIS
NANNOTERETISPIRA HABEI
NANNOTERETISPIRA SPP.
NANOPLAX XANTHIFORMIS
NASO BREVIROSTRIS
NASO HEXACANTHUS
NASO LITURATUS
NASO UNICORNIS
NASSARINA GLYPTA
NASSARIUS CREMMATUS
NASSARIUS FOSSATUS
NASSARIUS GORDANUS
NASSARIUS INSCULPTUS
NASSARIUS MENDICUS
NASSARIUS MENDICUS MENDICUS
NASSARIUS MENDICUS COOPERI
NASSARIUS OBSOLETUS
NASSARIUS PERPINGUIS
NASSARIUS SPP.
NASSARIUS TRIVITTATUS
NATANTIA DECAPODA SUBORDER
NATICA CLAUSA
NATICA GUALTERIANA
NATICA PUSILLA
NATICIDAE
NAUPLII
NEAEROMYA CHACEI
NEAEROMYA COMPRESSA
NEAEROMYA STEARNSI
NEANTHES ARENACEDONTA
NEANTHES BRANDTI
NEANTHES SUCCINEA
NEANTHES VIRENS
NEASTACILLA CALIFORNICA
NEASTICILLA SPP.
NEBALIA BIPES
NEBALIA PUGETTENSIS
NEBALIA SPP.
-------
730101140100
470000000000
500130050100
375901020000
375901.020100
430000000000
430200009974
430200009975
430200009976
430200009979
430300009998
4o0300009999
430200009984
430200009995
430200009996
430200009997
430200009998
43020000MBCA
370407079999
551522030100
500168040500
500168040100
500168040000
988900000000
8842091401
6179221003
617922011600
6179221001
500160260100
500160260000
61695501HIAT
615301150400
615301150700
615301150000
8836010601
8110081001
720002039999
720002030000
500125019291
500176040991
500125000000
500125012100
500125010300
500125011900
500125011300
500125010200
500125010401
500125010402
5001250104
500125012900
500125011100
500125012400
500125011500
500125010900
500125012000
500125011700
500125010500
500125010600
500125012500
500125010000
F (HONOLULU ONLY)
E (HONOLULU ONLY)
NELLOBIA EUSOMA
NEMATODA
NEMATONEREIS UNICORNIS
NEMATOSTELLA SPP.
NEMATOSTELLA VECTENSIS
NEMERTEA
NEMERTEA SP.
NEMERTEA SP.
NEMERTEA SP.
NEMERTEA SP.
NEMERTEA SP.
NEMERTEA SP.
NEMERTEAN SP
NEMERTEAN SP
NEMERTEAN SP
NEMERTEAN SP
NEMERTEAN SP
A (HONOLULU ONLY)
2 (ENDICOTT)
1 (ENDICOTT)
. P (ORANGE CO. ONLY)
, 10 (CSDOC/MEC)
. D (ORANGE CO. ONLY)
. C (ORANGE CO. ONLY)
. B (ORANGE CO. ONLY)
NEMERTEAN SP. A OF MBC
NEMERTESIA SP. A (CSDOC/MEC/OC)
NEMOCARDIUM CENTIFILOSUM
NEOAMPHITRITE EDWARDSII
NEOAMPHITRITE ROBUSTA
NEOAMPHITRITE SPP.
NEOCENTROPHYES SP. A OF MBC
NEOCLINUS BLANCHARDI
NEOCRANGON ALASKENSIS
= S NEOCRANGON RESIMA
NEOCRANGON ZACAE
NEOMEDIOMASTUS GLABRAS
NEOMEDIOMASTUS SPP.
NEOMEGAMPHOPUS HIATUS
NEOMYSIS KADIAKENSIS
NEOMYSIS RAYII
NEOMYSIS SPP.
= S NEOMYXUS CHAPTALII
NEONIPHON SAMMARA
NEPHASOMA SP. A (CSDOC/MEC)
NEPHASOMA SPP.
NEPHTHYS SP. A (SAN DIEGO)
NEPHTHYS SP. A (SAN DIEGO)
NEPHTYIDAE
NEPHTYS ASSIGNIS
NEPHTYS CAECA
NEPHTYS CAECOIDES
NEPHTYS CALIFORNIENSIS
NEPHTYS CILIATA
NEPHTYS CORNUTA FRANCISCANA
NEPHTYS CORNUTA CORNUTA
NEPHTYS CORNUTA
NEPHTYS ERECTENS
NEPHTYS FERRUGINEA
NEPHTYS GLABRA
NEPHTYS INCISA
= NEPHTYS LONGOSETOSA
NEPHTYS PARVA
NEPHTYS PICTA
NEPHTYS PUNCTATA
NEPHTYS RICKETTSI
NEPHTYS SIMONI
NEPHTYS SPP.
-------
500124000000
500121030100
500121039999
500124040900
500124042100
500124041500
500124040400
500124049999
500124049998
500124040000
500124041000
500124030200
500124040600
500143200700
5103760701
510376042100
616940020100
500168060000
500168060100
500163050200
500163050000
500124130200
617917020000
500131020500
500131020200
500131020400
500131029999
50013102MECA
500131020000
510353040100
510503070500
51035010
510350100100
631701
780403010000
500129030100
500129030101
500129030400
500129030801
500129031200
500129030000
500129030801
5001290308
500133030200
500133030000
500160030700
500160030600
500160030300
500160031100
500160039999
500160030COO
500160030200
500113040300
390605050100
390605050000
500163060100
500163060000
615707000000
615707010000
8839013002
NEREIDAE
NEREIMYRA APHRODITOIDES
NEREIMYRA SP. A (HONOLULU ONLY)
NEREIS GRAYI
NEREIS LATESCENS
NEREIS MICROMMA
NEREIS PROCERA
NEREIS SP. A (HONOLULU ONLY)
NEREIS SP. B OF HARRIS
NEREIS SPP.
NEREIS SUCCINEA
NEREIS VIRENS
NEREIS ZONATA
NERINE FOLIOSA
NEVERITA NANA
NEVERITA RECLUZIANA
NICIPPE TUMIDA
NICOLEA SPP.
NICOLEA ZOSTERICOLA
NICOMACHE PERSONATA
NICOMACHE SPP.
NICON MONILOCERAS
NIKOIDES SPP.
NINOE FOLIOSA
NINOE GEMMEA
NINOE NIGRIPES
NINOE SP. A (SCAMIT)
NINOE SP. A (HARRIS)
NINOE SPP.
NISO AEGLEES
NITIDELLA CARINATA
NITIDISCALA SPP.
NITIDISCALA TINCTA
NITIDULIDAE
NOLELLA SPP.
NOTHRIA CONCHYLEGA
NOTHRIA CONCHYLEGA OCCIDENTALS
NOTHRIA ELEGANS
NOTHRIA INTERMEDIA
NOTHRIA OCCIDENTALS
NOTHRIA SPP.
NOTHRIA STIGMATIS INTERMEDIA
NOTHRIA STIGMATIS
NOTOCIRRUS CALIFORNIENSIS
NOTOCIRRUS SPP.
NOTOMASTUS HEMIPODUS
NOTOMASTUS LATERICEUS
NOTOMASTUS LINEATUS
NOTOMASTUS MAGNUS
NOTOMASTUS SP. 1 (PUGET SOUND)
NOTOMASTUS SPP.
NOTOMASTUS TENUIS
NOTOPHYLLUM TECTUM
NOTOPLANA ATOMATA
NOTOPLANA SPP.
NOTOPROCTUS PACIFICUS
NOTOPROCTUS SPP.
NOTOTANAIDAE
NOTOTANAIS SPP.
NOVACULICHTHYS TAENIOURUS
-------
550607020200 =
550202021500 =
550202020600 =
550202020400 =
550202020000 =
550202020100 = S
550202020100 =
550204020600 =
5502040203
550204021200 =
5502040202
550204023000 =
550204022700 =
550204022900 =
550204029900 =
550204029999 =
550204020000 =
550204022800 =
550204000000 =
550202000000 =
512700009998 =
512700000000 =
514200000000 = S
513500000000 =
512800000^00 = S
513000000000 =
551533060100 =
600101011500 =
600101010700 =
60010101XXOO =
370401020500 =
370401020800 =
3704010206
370401021100 =
37040102MECA =
370401020000 =
510501021100 =
510501021000 =
730102059999 =
375000000000 =
375200000000 = S
375400000000 = S
5708
570801000000 =
570801020900 =
570801020300 =
570801020000 =
5515100201
883108100100 =
500123130700 =
500123130300 =
500123130000 =
510801019989 =
510801019956 =
510801019960 -
510801019962 =
510801019990 =
510801019993 =
510801019994 =
510801019997 =
NUCINELLA MUNITA
NUCULA AEGEENIS
NUCULA DEPHINODONTA
NUCULA PROXIMA
NUCULA SPP.
NUCULA SUBOVATA (PART)
NUCULA TENUIS
NUCULANA CONCEPTIONIS
NUCULANA FOSSA
NUCULANA HAMATA
NUCULANA MINUTA
NUCULANA ORNATA
NUCULANA OXIA
NUCULANA PENDERI
NUCULANA SP. A (AMS)
NUCULANA SP. A (SCOTT)
NUCULANA SPP.
NUCULANA TAPHRIA
NUCULANIDAE
NUCULIDAE
NUDIBRANCH SP. B (KINNETICS ONLY)
NUDIBRANCHIA
NUDIBRANCHIA AEOLIDOEDEA CLEIOPROCTA
NUDIBRANCHIA ARMINOIDEA LEPTOGNATHA
NUDIBRANCHIA DORIDOIDEA
NUDIBRANCIA DORIDOIDEA GNATHODORIDOIDEA
NUTTALLIA NUTTALLI
NYMPHON HETERODENTICULATUM
NYMPHON PIXELLAE
NYMPHON SP. X
OBELIA DICHOTOMA
OBELIA GENICULATA
OBELIA GRACILIS
OBELIA PLICATA
OBELIA SP. A (CSDOC/MEC)
OBELIA SPP.
OCENEBRA BETA
OCENEBRA FOVEOLATA
OCHETOSTOMA SP. A (LA2,LA5)
OCTOCORALLIA GORGONACEA SCLERAXONIA
OCTOCORALLIA PENNATULACEA
OCTOCORALLIA PENNATULACEA SUBSELLIFLORAE
OCTOPODA
OCTOPODIDAE
OCTOPUS BIMACULATUS
OCTOPUS RUBESCENS
OCTOPUS SPP.
ODONTOGENA BOREALIS
ODONTOPYXIS TRISPINOSA
ODONTOSYLLIS ENOPLA
ODONTOSYLLIS PHOSPHOREA
ODONTOSYLLIS SPP.
SP.
SP.
SP.
SP.
SP.
SP.
ODOSTOMIA (EVALEA) SP.
ODOSTOMIA (AMOURA)
ODOSTOMIA (EVALEA)
ODOSTOMIA (EVALEA)
ODOSTOMIA (EVALEA)
ODOSTOMIA
ODOSTOMIA
(EVALEA)
(EVALEA)
A (ORANGE CO.)
N (SHRAKE)
J (SHRAKE)
H (SHRAKE)
I (ORANGE CO.)
G (ORANGE CO.)
F (ORANGE CO.)
ODOSTOMIA (EVALEA) SP. C (ORANGE CO.)
-------
510801019998 =
510801019999 =
510801019941 =
510801015500 =
510801091500 = S
510801017000 =
510801011000 =
510801090200 =
510801019200 =
510801019500 =
510801091500 =
510801019000 =
510801095600 =
510801019938 =
510801019939 =
510801019969 =
510801019975 =
510801019976 =
510801019977 =
510801019978 =
510801019996 -
51080101XXOO =
510801010000 =
51080109
510801098800 =
510801019600 =
510801010400 =
510801011500 =
510801019987 =
616937000000 =
510602042700 =
510602049900 =
5106020426
510602042000 =
510602040000 =
5106020405
430604020100 =
617915019989 =
617915019997 =
617915019998 «
61791501999., =
61791501
513106050600 =
513106059999 =
996600000000 =
500902310000 =
512307010100 =
500300000000 =
500300009999 -
OLIGOCHAETES =
510510020100 =
510510010700 -
510510010200 -
5105100101
510510010200 = S
510510010800 =
510510010200 = S
510510014100 =
510510010000 =
510325010300 =
ODOSTOMIA (EVALEA) SP. B (ORANGE CO.)
ODOSTOMIA (EVALEA) SP. A (ORANGE CO.)
ODOSTOMIA (MENESTHO) SP. I (SHRAKE)
ODOSTOMIA ASTRICTA
ODOSTOMIA CALIFORNICA
ODOSTOMIA CANFIELDI
ODOSTOMIA COLUMBIANA
ODOSTOMIA EUCOSMIA
ODOSTOMIA EUGENA
ODOSTOMIA EUGLYPTA
ODOSTOMIA GRAVIDA
ODOSTOMIA NOTILLA
ODOSTOMIA RITTERI
ODOSTOMIA SP. B (PUGET SOUND)
A (PUGET SOUND)
A (SAN DIEGO)
E (SCAMIT)
D (GOLETA/MORRC BAY)
C
B
D (CSDOC/MEC)
SP. B. (ENCINA ONLY)
ODOSTOMIA SP
ODOSTOMIA SP.
ODOSTOMIA SP.
ODOSTOMIA SP.
ODOSTOMIA SP.
ODOSTOMIA SP.
ODOSTOMIA SP.
ODOSTOMIA SP. X
ODOSTOMIA SPP.
ODOSTOMIA SPP.
ODOSTOMIA STEARNSIELLA
ODOSTOMIA SUBTURRITA
ODOSTOMIA TENUISCULPTA
ODOSTOMIA WILLETI
ODOSTOMIA (AMOURA)
OEDICEROTIDAE
OENOPOTA ARCTICA
OENOPOTA CINERA
OENOPOTA INCISULUS
OENOPOTA REGULUS
OENOPOTA SPP.
OENOPOTA TABULATUS
OERSTEDIA DORSALIS
OGYRIDES SP. A (SAN DIEGO)
OGYRIDES SP.
OGYRIDES SP.
OGYRIDES SP.
OGYRIDES SPP.
OKENIA PLANA
OKENIA SP. A(GOL/MORRO B/OC/MEC)
OLAVIUS SP. A
OLAVIUS SPP.
OLEA HANSINEENSIS
OLIGOCHAETA
OLIGOCHAETA SP. A (GLOUCESTER)
OLIGOCHAETES
OLIVA SAYANA
OLIVELLA ADELAE
OLIVELLA BAETICA
OLIVELLA BIPLICATA
OLIVELLA DIEGENSIS
OLIVELLA FLORALIA
OLIVELLA MEXICANA
OLIVELLA PYCNA
OLIVELLA SPP.
OMALOGYRA JAPONICA
C (CSDOC/MEC/OC)
B (ORANGE CO. ONLY)
A (ORANGE CO. ONLY)
-------
51310504
720002029999 =
616934270300 =
500129000000 =
50012901INOO =
500129010100 =
500129011100 =
500129010702 =
500129010701 =
5001290107
500129010200 =
500129010300 =
500129011500 =
500129140100 = S
500129011900 =
500129130100 = S
500129019999 =
500129010000 =
500158030600 =
500158030100 =
500158030800 =
500158000000 =
5001580601
500158060700 =
500158060400 =
500158060000 =
812801012000 =
812801012100 =
812801010000 =
879201061700 =
510602430200 = S
510602430300 =
510602430100 = S
510602430100 =
510602430200 =
882701020100 =
500121150100 = S
812701070300 =
812903160400 =
812903160300 =
812902010100 =
812902010200 =
812703030300 =
812904010100 =
8127010601
812701060600 =
812701060700 =•
8127010611
8127010610
812701060000 =
812701000000 =
812705070100 =
812600000000 =
812000000000 =
812500000000 = S
812700009995 =
812700009996 =
812700009997 =
812700009999 ••=
812700009994 =
ONCHIDORIS SFP.
ONCHNESOMA SP. A (SCAMIT)
ONISIMUS LITORALIS
ONUPHIDAE
ONUPHIS "INTERMEDIATES" A (EWPCF/MEC)
ONUPHIS CONCHYLEGA
ONUPHIS ELEGANS
ONUPHIS EREMITA PARVA
ONUPHIS EREMITA OCULATA
ONUPHIS EREMITA
ONUPHIS GEOPHILIFORMIS
ONUPHIS IRIDESCENS
ONUPHIS LITORALIS
ONUPHIS NEBULOSA
ONUPHIS PALLIDA
ONUPHIS PARVA
ONUPHIS SP. 1 (LOS ANGELES ONLY)
ONUPHIS SPP.
OPHELIA DENTICULATA
OPHELIA LIMACINA
OPHELIA PULCHELLA
OPHELIIDAE
OPHELINA ABRANCHIATA
OPHELINA ACUMINATA
OPHELINA BREVIATA
OPHELINA SPP.
OPHIACANTHA DIPLASIA
OPHIACANTHA PHRAGMA
OPHIACANTHA SPP.
OPHIDION SCRIPPSAE
OPHIODERMELLA CANCELLATA
OPHIODERMELLA HALCYONIS
OPHIODERMELLA INERMIS
OPHIODERMELLA OPHIODERMA
OPHIODERMELLA RHINES
OPHIODON ELONGATUS
OPHIODROMUS PUGETTENSIS
OPHIOMUSIUM JOLLIENSIS
OPHIONEREIS EURYBRACHYPLAX
OPHIONERIS ANNULATA
OPHIOPHOLIS ACULEATA
OPHIOPHOLUS BAKERI
OPHIOPSILA CALIFORNICA
OPHIOTHRIX SPICULATA
OPHIURA ATACTA
OPHIURA CF. LEPTOCTENIA
OPHIURA LUTKENI
OPHIURA ROBUSTA
OPHIURA SARSI
OPHIURA SPP.
OPHIURIDAE
OPHIUROCONIS BISPINOSA
OPHIUROIDA
OPHIUROIDEA
OPHIUROIDEA PHRYNOPHIURIDA EURYALINA
OPHIUROIDEA SP. E (HONOLULU)
D (HONOLULU)
C (HONOLULU)
A (HONOLULU)
A (PUGET SOUND)
OPHIUROIDEA SP.
OPHIUROIDEA SP.
OPHIUROIDEA SP.
OPHIUROIDEA SP.
-------
812700009993 =
812700009993 =
OPHIUROIDS
500136040100 = S
500136040100 =
500136049999 =
500136040000 =
616934280200 =
518100000000 =
500123199999 =
618906060100 =
370404140200 =
616912080000 =
500140051000 =
500140051100 =
500140050400 =
500140059999 =
500140050000 =
500140000000 =
551509010700 =
510215010200 =
510215010100 =
510215999900 =
510215010000 =
616934291800 =
616934291400 =
616934291500 =
616934291600 =
616934291700 =
6169342901
616934291300 =
6169342903
616934290400 =
616934299999 =
616934290000 =
616934520100 =
616934520000 =
6187010101
61870101
5001702002
500170200000 =
618306060100 =
618306060000 =
8755030302
871700000000 =
873500000000 =
875001000000 =
8860030303
611000COOOOO =
611099000000 =
611092000000 =
611091000000 =
611090000000 =
611300000000 = S
551002020500 =
551002020000 =
5510
8792010704
500164010300 =
500164010200 =
OPHIUROIDEA SP. B (PUGET SOUND)
OPHIUROIDEA SP. B (PUGET SOUND)
OPHIUROIDS
OPHRYOTROCHA GRACILIS
OPHRYOTROCHA PUERILIS
OPHRYOTROCHA SP. 1
OPHRYOTROCHA SPP.
OPISA TRIDENTATA
OPISTHOBRANCHIA
OPISTHODONTA SP. A (PENSACOLA)
OPISTHOPUS TRANSVERSUS
OPLORHIZA GRACILIS
ORADEREA
ORBINIA FELIX
ORBINIA JOHNSONI
ORBINIA RISERI
ORBINIA SP. A
ORBINIA SPP.
ORBINIIDAE
ORBITELLA CHACEI
ORBITESTELLA EMERYI
ORBITESTELLA REGINA
ORBITESTELLA SP. A (HONOLULU)
ORBITESTELLA SPP.
ORCHOMENE ANAQUELA
ORCHOMENE DECIPIENS
ORCHOMENE DIAMESUS
ORCHOMENE HOLMESI
ORCHOMENE MAGDALENENSIS
ORCHOMENE MINUTA
ORCHOMENE OBTUSA
ORCHOMENE PACIFICA
ORCHOMENE PINGUIS
ORCHOMENE SP. A OF MBC
ORCHOMENE SPP.
ORCHOMENELLA MINUTA
ORCHOMiiNELLA SPP.
OREGONIA GRACILIS
OREGONIA SPP.
ORIOPSIS CRENICOLLIS
ORIOPSIS SP.
ORTHOPAGURUS MINIMUS
ORTHOPAGURUS SPP.
OSMERUS MORDAX
OSTEICHTHYES
OSTEICHTHYES ACTINOPTERYGII TELEOSTEI
OSTEOGLOSSIDAE
OSTRACION MELEAGRIS
OSTRACODA
OSTRACODA FAMILY A (PENSACOLA)
OSTRACODA FAMILY H (PENSACOLA)
OSTRACODA FAMILY I (PENSACOLA)
OSTRACODA FAMILY J (PENSACOLA)
OSTRACODA PODOCOPA
OSTREA EDULIS
OSTREA SPP.
OSTREOIDA
OTOPHIDIUM SCRIPPSAE
OWENIA COLLARIS
OWENIA FUSIFORMIS
-------
500164010201
500164019900
500164019999
500164010000
500164000000
8835640501
883901110100
615405080200
6154050801
615405089998
615405089997
615405080000
374301030300
374301030000
6183120201
61831202
616934310100
616934319999
8172060901
615301010500
618306000000
618306009999
618316012100
618316012200
618306019999
618306010000
618306010200
618306010100
6183060233
618306023000
618306021500
618306020200
618306025800
618306025300
618306020000
618306021700
617911080100
500108010100
5001080103
500108019999
430200000000
430200009999
47510706GLNP
6179180101
6179180107
617918010500
617918010000
552002011100
552002010300
552002011000
552002010200
552002011200
552002010000
552002010600
5517060401
551706040000
500103040200
500103040100
600100000000
618201010300
OWENIA FUSIFORMIS COLLARIS
OWENIA PYGIDALIS
OWENIA SP. A (PENSACOLA)
OWENIA SPP.
OWENIIDAE
OXYCIRRHITES TYPUS
OXYJULIS CALIFORNICA
OXYUROSTYLIS PACIFICA
OXYUROSTYLIS SMITHI
OXYUROSTYLIS SP. B (PENSACOLA)
OXYUROSTYLIS SP. C (PENSACOLA)
OXYUROSTYLIS SPP.
PACHYCERIANTHUS FIMBRIATUS
PACHYCERIANTHUS SPP.
PACHYCHELES PUBESCENS
PACHYCHELES SPP.
PACHYNUS BARNARDI
PACHYNUS SP. A iKINNETICS ONLY)
PACHYTHYONE RUBRA
= S PACIFACANTHOMYSIS NEPHROPHTHALMA
PAGURIDAE
PAGURIDAE SP. A (ORANGE CO. ONLY)
PAGURISTES BAKERI
PAGURISTES PARVUS
PAGURISTES SP. A (CSDOC/MEC)
PAGURISTES SPP.
PAGURISTES TURGIDUS
PAGURISTES ULREYI
PAGURUS ACTUTS
PAGURUS LONGICARPUS
PAGURUS MERTENSI
PAGURUS OCHOTENSIS
PAGURUS REDONDOENSIS
PAGURUS SPILOCARPUS
PAGURUS SPP.
PAGURUS TANNERI
PALAEMON MACRODACTYLUS
PALEANOTUS BELLIS
PALEANOTUS HETEROSETA
PALEANOTUS SP. A (PENSACOLA)
PALEONEMERTEA
PALEONEMERTEA SP. A OF MBC
PANAGRELLUS REDIVIDUS
= PANDALUS BOREALIS
PANDALUS DANAE
PANDALUS PLATYCEROS
PANDALUS SPP. .
PANDORA ARENOSA
PANDORA BILIRATA
= PANDORA BUSHIANA
PANDORA FILOSA
PANDORA PUNCTATA
PANDORA SPP.
PANDORA TRILINEATA
PANOPEA GENEROSA
PANOPEA SPP.
PANTHALIS MORTENSENI
= S PANTHALIS PACIFICA
PANTOPODA
PANULIRUS INTERRUPTUS
-------
616102020100
6161020204
8835640202
8835640201
376801020400
376801020300
5001290105
5001411203
616944030000
616944030200
883502160200
8835021C0400
885703030900
885703030400
5001670105
616948070200
616948070400
616948079999
616948079998
5001100402
500110049998
616317919900
551702019989
551702019999
551702010000
500113080300
500113089999
500113080100
500122080200
500122080100
500122080000
430601060500
430601069989
430601069996
430601069997
430601069998
430601069999
430601069979
430601060000
5001410501
500141000000
500141030200
500141080100
500141080101
500141080200
500141030500
618306270100
61790503
879201260100
618942093600
616942220200
616942092900
616942092700
616942093500
616942140200
616942092400
616942092500
6169420918
616942093000
616942092800
PARACERCEIS CORDATA
PARACERCEIS SCULPTA
PARACIRRHITES ARCATUS
PARACIRRHITES FORSTERI
PARACYATHUS CALIFORNICUS
PARACYATHUS STEARNSII
PARADIOPATRA PARVA
PARADONEIS BREVICIRRATA
PARADULICHIA SPP.
PARADULICHIA TYPICA
PARALABRAX CLATHRATUS
PARALABRAX NEBULIFER
PARALICHTHYS CALIFORNICUS
PARALICHTHYS LETHOSTIC-MA
PARAMAGE SCUTATA
PARAMETOPELLA CYPRIS
PARAMETOPELLA NINIS
PARAMETOPELLA SP. A (PENSACOLA)
PARAMETOPELLA SP. 3 (PENSACOLA)
PARAMPHINOME PULCHELLA
PARAMPHINOME SP. B (PENSACOLA)
PARAMUNNA QUADRATIFROMS
PARAMYA SP. A OF MBC
PARAMYA SP. A
PARAMYA SPP.
PARANAITIS POLYNOIDEo
PARANAITIS SP. A (ENCT.NA/HARRIS)
PARANAITIS SPECIOSA
PARANDALIA FAUVELI
PARANDALIA OCULARIS
PARANDALIA SPP.
PARANEMERTES CALIFORMICA
PARANEMERTES SP. A (KINNZTICS ONLY)
D (ORANGE CO
ONLY)
C (ORANGE CO. ONLY)
B
A (SCAMIT)
A OF BERNHART
PARANEMERTES SP.
PARANEMERTES SP.
PARANEMERTES SP.
PARANEMERTES SP.
PARANEMERTES SP.
PARANEMERTES SPP.
PARAONELLA PLATYBRANCHIA
PARAONIDAE
PARAONIS FULGENS
= S PARAONIS GRACILIS
= S PARAONIS GRACILIS OCULATA
= S PARAONIS MULTIBRANCHIATA
PARAONIS PYGOENIGMATICA
PARAPAGURODES LAURENTAE
PARAPASIPHAE SPP.
PARAPHIDION SCHMIDTI
PARAPHOXUS BICUSPIDATUS
» S PARAPHOXUS CALCARATUS
= S PARAPHOXUS COGNATUS
PARAPHOXUS EPISTOMUS
* PARAPHOXUS HETEROCUSPIDATUS
= S PARAPHOXUS JONESI
» S PARAPHOXUS CBTUSIDENS
PARAPHOXUS OCULATUS
PARAPHOXUS ROBUSTUS
= S PARAPHOXUS SIMILIS
PARAPHOXUS SPINOSUS
-------
616942090000
6169420926
617021010200
618906050200
618906050100
500123170100
616943030800
616943030900
616943030700
616943030200
616943030000
500143170100
617104010100
510320190100
7816130301
611103050300
611103050400
611103059999
611103050000
8175020101
817502010200
6170011003
616940030400
616940040300
616940000000
500110050200
616937120200
885704130100
618702000000
8835450502
8835450506
S835450505
8835450503
8835450504
551501010200
551501010100
3906050401
617905010100
811401040100
37590402
550905040600
550905140100
550905040200
550905040000
500166030400
500166030200
500166030300
500166030000
500166000000
550905000000
55G905XXOOOO
500104020200
373401030100
550000000000
550096000000
61870113PTOO
617701010500
61770101MONO
617701010000
61770101VANN
= S
PARAPHOXUS SPP.
PARAPHOXUS VARIATUS
PARAPHRONIMA GRACILIS
PARAPINNIXA BOUVIERI
PARAPINNIXA HENDERSONI
PARAPIONOSYLLIS LONGICIRRATA
PARAPLEUSTES COMMENSALIS
PARAPLEUSTES DERSHAVINI
PARAPLEUSTES OCULATUS
PARAPLEUSTES PUGETTENSIS
PARAPLEUSTES SPP.
PARAPRIONOSPIO PINNATA
PARAPROTELLA PRIMA
PARASHIELA BEESTI
PARASMITTINA TRISPINOSA
PARASTEROPE BARNESI
PARASTEROPE HULINGSI
PARASTEROPE SP. A (PENSACOLA)
PARASTEROPE SPP.
PARASTICHOPUS CALIFORNICUS
PARASTICHOPUS PARVIMENSIS
PARATHEMISTO PACIFICA
PARDALISCA MAR'JONIS
PARDALISCELLA SYMMETRICA
PARDALISCIDAE
PAREURYTHOE CALIFORNICA
PAROEDICEROS LYNCEUS
PAROrHYRS VETULUS
PARTHENOPIDAE
PARUPENEUS BIFASCIATUS
PARUPENEUS CHRYSONEMUS
PARUPENEUS MULTIFASCIATUS
PARUPENEUS PLEUROSTIGMA
PARUPENEUS PORPHYREUS
PARVILUCINA MULTILINEATA
PARVILUCINA TENUISCULPTA
PARVIPLANA CALIFORNICA
PASIPHAEA PACIFICA
PATIRIA MINIATA
PEACHIA SPP.
PECTEN DIEGENSIS
PECTEN LATIAURATUS
PECTEN RAVENELI
PECTEN SPP.
FECTINARIA CALIFORNIENSIS
PECTINARIA GOULDII
PECTINARIA GRANULATA
PECTINARIA SPP.
PECTINARIIDAE
PECTINIDAE
PECTINIDAE SP. X
PEISIDICE ASPERA
PELAGIA NOCTILUCA
PELECYPODA
PELECYPODA FAMILY D (PENSACOLA)
PELIA NR. TUMIDA
PENAEUS CALIFORNIENSIS
PENAEUS MONODON
PENAEUS SPP.
PENAEUS VANNAMEI
-------
617701000000
370304000000
375402010202
375200000000
375902020100
375902020000
8172060302
8172060303
817206030400
817206030100
817206030500
817206039988
817206039989
817206039997
817206039998
817206030000
817206030700
616202080200
885103010100
617000000000
616900000000
617100000000
615400000000
615800000000
616200000000
615300000000
615500000000
616904040000
616904040200
883560030200
370301010800 =
370301010900 =
37030101XXOO =
370301010000 =
370301010100 =
552007010500 =
5520070102 =
5520070104
55200701PN =
552007011100 =
552007010000 =
8860020903
8860020902
510335059999 =
51033505
500163070000 -
500163070500 =
500163079989 =
500163079999 =
500163079974 =
500163070101 =
615406010100 =
551548010000 =
61831201
50013607DUOF =
500136070100 =
390604030100 =
500902119999 =
883560050100 =
720002040100 =
1 (PUGET SOUND)
C (GOLETA/MORRO BAY)
B (GOLETA/MORRO BAY)
PENAIIDAE SPP.
PENNARIIDAE (COLONIAL)
PENNATULA PHOSPHOREA CALIFORNICA
= A PENNATULACEA
PENTACTINIA CALIFORNICA
PENTACTINIA SPP.
PENTAMERA CALCIGERA
PENTAMERA LISSOPLACA
PENTAMERA POPULIFERA
PENTAMERA PSEUDOCALCIGERA
PENTAMERA PSEUDOPOPULIFERA
PENTAMERA SP. 2 (PUGET SOUND)
PENTAMERA SP.
PENTAMERA SP.
PENTAMERA SP.
PENTAMERA SPP.
PENTAMERA TRACHYPLACA
PENTIDOTEA RESECATA
PEPRILUS SIMILLIMUS
PERACARIDA
= S PERACARIDA AMPHIPODA GAMMARIDEA
= S PERACARIDA AMPHIPODA CAPRELLIDEA
= S PERACARIDA CUMACEA
= S PERACARIDA ISOPODA
= S PERACARIDA ISOPODA VALVIFERA
= S PERACARIDA MYSIDACEA MYSIDA
= S PERACARIDA TANAIDACEA
PERAMPHITHOE SPP.
PERAMPITHOE LINDBERGI
= C PERCH BLACK
PERIGONIMUS REPENS (COLONIAL)
PERIGONIMUS SERPENS
PERIGONIMUS SP. X
PERIGONIMUS SPP.
PERIGONIMUS YOLDIARCTICAE
PERIPLOMA DISCUS
PERIPLOMA FRAGILE
PERIPLOMA PAPYRATUM
PERIPLOMA PINNULATUM
PERIPLOMA PLANUISCULUM
PERIPLOMA SPP.
PERVAGOR ASPRICAUDUS
= PERVAGOR SPILOSOMA
= PETALOCONCHUS SP. A (PUGET SOUND)
= PETALOCONCHUS SPP.
PETALOPROCTUS
= PETALOPROCTUS NEOBOREALIS
PETALOPROCTUS SP. A (ENCINA/HARRIS)
PETALOPROCTUS SP. A (GOLETA/MORRO BAY)
PETALOPROCTUS SP. F (CSDOC/MEC)
PETALOPROCTUS TEKUIS BOREALIS
PETALOSARSIA DECLIVIS
PETRICOLA SPP.
PETROLISTHES SPP.
PETTIBONEIA DUOFURCA
PETTIBONEIA SAMMATIENSIS
PHAENOCELIS MEXICANA
PHALLODRILUS SP. A (HONOLULU)
= PHANERODON FURCATUS
PHASCOLION STROMBI
-------
720004015700
720004010000
510214000000
7200010501
510219010000
500154030400
500154030700
500154030300
500154030800
500154030100
500154030200
500154030000
51420202PCOO
511005011100
511005011300
511005011400
511004059998
511005019989
511005019999
511005010000
510331040000
611107020200
61830615CA
500106010200
500106010100
500106010000
500104020200
770000000000
770001020300
770001020400
770001020000
7700010102
7700010201
616926000000
616926021000
616926020100
616926021500
616926021800
616926020700
616926022000
616926021100
616926020800
616926021900
616926022200
616926021400
616926022300
6169260217
616926029988
616926029989
616926029997
616926029998
616926029999
616926029976
616926020000
616926022100
MICROTOX
600106010200
616942000000
616942070200
616942070100
PHASCOLOSOMA PELMUM
PHASCOLOSOMA SPP.
PHASEANEILLIDAE
PHASOCILIPIS GOULDII
PHENACOLEPAS SPP.
PHERUSA AFFINIS
PHERUSA CAPULATA
PHERUSA INFLATA
PHERUSA NEOPAPILLATA
PHERUSA PAPILLATA
PHERUSA PLUMOSA
PHERUSA SPP.
PHIDIANA CRASSICORNIS
PHILINE ALBA
PHILINE BAKERI
PHILINE CALIFORNICA
PHILINE SP. B (MEC)
PHILINE SP. A (PUGET SOUND)
PHILINE SP. A (SCAMIT)
PHILINE SPP.
PHILLIPPIA SPP.
PHILOMEDES DENTATA
PHIMOCHIRUS CALIFORNIENSIS
PHOLOE GLABRA
PHOLOE MINUTA
PHOLOE SPP.
PHOLOIDES ASPERA
PHORONIDA
PHORONIS ARCHITECTA
PHORONIS PSAMNOPHILA
PHORONIS SPP.
PHORONOPSIS HARMERI
PHORONSIS VANCOUVERENSIS
PHOTIDAE
PHOTIS BIFURCATA
PHOTIS BREVIPES
PHOTIS CALIFORNICA
PHOTIS CONCHICOLA
PHOTIS DENTATA
PHOTIS KAPAPA
PHOTIS LACIA
PHOTIS MACROCOXA
PHOTIS MACROTICA
PHOTIS MCINERNEYI
PHOTIS MELANICUS
PHOTIS PARVIDONS
PHOTIS POLLEX
PHOTIS SP. B (MBC)
PHOTIS SP.
PHOTIS SP.
PHOTIS SP.
PHOTIS SP.
PHOTIS SP.
PHOTIS SPP.
PHOTIS VIUDA
PHOTOBACTERIUM PHOSPHOREUM
PHOXICHILIDIUM FEMORATUM
PHOXOCEPHALIDAE
PHOXOCEPHALUS HOLBOLLI
PHOXOCEPHALUS HOMILIS
A (GOLETA/MORRO BAY)
C (CSDOC/MEC)
B (SCAMIT)
A (ORANGE CO. ONLY)
D (PENSACOLA)
-------
500149020400 =
500149020200 =
500149020300 =
500149020000 =
500113149989 =
500113140000 =
500113141000 =
500113070100 = S
500113141100 =
500113140100 =
500113010200 = S
500113140200 =
500113011200 = S
500113010600 =
500113010700 =
500113010300 = S
500113010400 =
500113011500 = S
500113011500 = S
500113149979 =
500113149999 =
500113000000 =
500140040100 =
511413010000 =
879191030300 =
500122009998 =
5001220oOOOO =
500122030100 =
500122030300 =
500122039989 =
500122039999 =
500122030000 =
551501100100 =
551501100000 =
883901120100 =
877601160200 =
551531020000 = S
618906041500 =
618906041600 =
618906041700 =
618906041800 =
618906040300 =
618906040900 =
618906040400 =
618906040000 «
618906042100 =
618906041900 =
618906042000 =
618906020200 »
618906000000 =
500123021000 =
500123020700 =
500123029P89 =
500123029998 =
500123029999 =
500123020000 =
500123020400 =
882002011100 = C
500154050100 =
500154050500 =
A (SCAMIT)
A (GOLETA/MORRO BAY)
PHYLLOCHAETOPTERUS LIMICOLUS
PHYLLOCHAETOPTERUS PROLIFICA
PHYLLOCHAETOPTERUS SOCIALIS
PHYLLOCHAETOPTERUS SPP.
PHYLLODOCE (ANAITIDES) SP.
PHYLLODOCE (ANAITIDES) SPP.
PHYLLODOCE ARENAE
PHYLLODOCE CASTANEA
PHYLLODOCE CUSPIDATA
PHYLLODOCE FERRUGINEA
PHYLLODOCE GROENLANDICA
PHYLLODOCE HARTKANAE
PHYLLODOCE LONGIPES
PHYLLODOCE MACULATA
PHYLLODOCE MADEIRENSIS
PHYLLODOCE MEDIPAPILLATA
PHYLLODOCE MUCOSA
PHYLLODOCE MULTISERIATA
PHYLLODOCE PAPILLOSA
PHYLLODOCE SP. A (PT. LOMA)
PHYLLODOCE SP
PHYLLODOCIDAE
PHYLO FELIX
PHYSA SPP.
PHYSICULUS RASTRELLIGER
PILARGIDAE SP. B (HONOLULU ONLY)
PILARGIIDAE
PILARGIS BERKELEYI
PILARGIS MACULATA
PILARGIS SP. A (SCAMIT)
PILARGIS SP. A (GOLETA/MORRO BAY)
PILARGIS SPP.
PILLUCINA HAWAIIENSIS
PILLUCINA SPP.
PIMELOMETOPON PULCHRUM
PIMEPHALES PROMALES
PINGUITELLINA SPP.
PINNIXA BARNHARDTI
PINNIXA FRANCISCANA
PINNIXA HIATUS
PINNIXA LONGIPES
PINNIXA OCCIDENTALIS
PINNIXA SAYANA
PINNIXA SCHMITTI
PINNIXA SPP..
PINNIXA TOMENTOSA
PINNIXA TUBICOLA
PINNIXA WEYMOUTHI
PINNOTHERES OSTREUM
PINNOTHERIDAE
PIONOSYLLIS EHLERSIAEFORMIS
PIONOSYLLIS GESAE
PIONOSYLLIS SP. 1
PIONOSYLLIS SP.
PIONOSYLLIS SP.
PIONOSYLLIS SPP.
PIONOSYLLIS URAGA
PIPEFISH KELP
PIROMIS ERUCA
PIROMIS HOSPITIS
(PUGET SOUND)
B (HONOLULU ONLY)
A (HONOLULU ONLY)
-------
500154059989 =
500154059999 =
500154050000 =
811703050100 =
81170305GA
500107010100 =
500107000000 =
500168071500 =
500168071000 =
500168070100 =
500168071600 =
5001680703
500168070200 =
500168071200 =
5001680706
500168079998 =
500168079988 =
500168070000 =
551547120400 =
551547120100 =
551547129997 =
551547120000 =
550905090100 =
8842010801
8842010803
500123260200 =
8857041401
551509020200
390000000000
390601029980
39060102S983
390601029984
390601029987
390601029988
390601029989
390601029994
390601029995
390601029996
390601029997
390601029998
390601029999
390601029992
390601029993
390601029990
390601029991
390601020000
6169421102
500124050100
500124050300
8713020201
884212110100
8835620901
8835620902
8835620904
8810080402
390602010100
390602010102
510346090100
512602030300
51260203
PIROMIS SP. A (MEC)
PIROMIS SP. A (GOLETA/MORRO BAY)
PIROMIS SPP.
PISASTER BREVISPINUS
PISASTER GIGANTEUS
PISIONE REMOTA
PISIONIDAE
PISTA ALATA
PISTA BREVIBRANCHIA
PISTA CRISTATA
PISTA DISJUNCTA
PISTA ELONGATA
PISTA FASCIATA
PISTA MOOREI
PISTA PACIFICA
PISTA SP. B (SCAMIT)
PISTA SP. B OF WILLIAMS
PISTA SPP.
PITAR FULMINATUS
PITAR MORRHUANA
PITAR SP. C (PENSACOLA)
PITAR SPP.
PLACOPECTEN MAGELLANICUS
PLAGIOTREMUS EWAENSIS
PLAGIOTREMUS GOSLINEI
PLAKOSYLLIS QUADRIOCULATA
PLATICHTHYS STELLATUS
= S PLATOMYSIA MEROEUM
PLATYHELMINTHES
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHLS SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
PLATYHELMINTHES SP.
= PLATYHELMINTHES SPP.
PLATYISCHNOPUS VISCAKA
PLATYNEREIS BICANALICULATA
PLATYNEREIS DUMERILII
PLATYRHINOIDIS TRISERIATA
PLECTOBRANCHUS EVIDES
PLECTROGLYPHIDODON IMPARIPENNIS
PLECTROGLYPHIDODON JOHNSTONIAJIUS
PLECTROGLYPHIDODON SINDONIS
PLECTRYPOPS LIMA
= PLEHNIA CAECA
PLEHNIA CAECA OCULIFERA
PLESIOTROCHUS LUTEUS
PLEUROBRANCHAEA CALIFORNICA
PLEUROBRANCHAEA SPP.
28 (ENCINA/KLI)
G (ENCINA/KLI)
P (GOLETA/MORRO BAY)
C (KINNETICS ONLY)
B (KINNETICS ONLY)
A (KINNETICS ONLY)
F (GOLETA/MORRO BAY)
E (GOLETA/MORRO BAY)
D (GOLETA/MORRO BAY)
C (GOLETA/MORRO BAY)
B (PHILLIPS)
(MBC)
(MBC)
(MBC)
G OF HYPERION
Q OF MBC
A
T
J
-------
6163230203
616323020200
616323020100
616323020000
551517070100
&1&310040100
618310040000
8857041601
885704160200
885704160300
885704160000
885704160400
6169430701
6169430408
616943040900
616943000000
616943
616943050300
616943059999
616943050000
616943050100
510505091000
510505090000
370407013200
370407010600
370407013200
37040701NT
370407010800
370407010000
883108130100
383108100100
883108010200
500121150400
500121150200
500121150100
500121190400
500121190100
500121190300
50012119LEVI
500121199989
50012li99999
500121190000
616944000000
616944040200
616944040100
616944049998
616944040000
618701190600
618701190700
61870119
611300000000
611300009996
611300009998
611300009995
550909010300
367001020000
500146000000
500146010100
500146019999
500146019989
PLEUROGONIUM CALIFORNIENSE
PLEUROGONIUM RUBICUNDUM
PLEUROGONIUM SPINOSISSIMUM
PLEUROGONIUM SPP.
PLEUROMERIS TRIDENTATA
PLEURONCODES PLANIPES
PLEURONCODES SPP.
PLEURONICHTHYS COENOSUS
PLEURONICHTHYS DECURRENS
PLEURONICHTHYS RITTERI
PLEURONICHTHYS SPP.
PLEURONICHTHYS VERTICALIS
PLEUSIRUS SECORRUS
PLEUSTES DEPRESSA
PLEUSTES PLATYPA
PLEUSTIDAE
PLEUSTIDAE
PLEUSYMTES GLABER
PLEUSYMTES SP. A (ORANGE CO. ONLY)
PLEUSYMTES SPP.
PLEUSYMTES SUBGLABER
PLICIFUSUS INCISUS
PLICIFUSUS SPP.
= S PLUMARIA CORRUGATA
PLUMULARIA ALICIA
PLUMULARIA CORRUGATA
PLUMULARIA INTEGRA (COLONIAL)
PLUMULARIA LAGENIFERA
PLUMULARIA SPP.
= C POACHER BLACKTIP
= C POACHER PYGMY
= C POACHER SOUTHERN SPEARNOSE
PODARKE ANGUSTIFRONS
PODARKE OBSCURA
PODARKE PUGETTENSIS
PODARKEOPSIS BICANALICULATA
PODARKEOPSIS BREVIPALPA
PODARKEOPSIS GLABRA
PODARKEOPSIS LEVIFUSCINA
PODARKEOPSIS SP. A (SCAMIT)
PODARXEOPSIS SP. A (GOLETA/MORRO BAY)
PODARKEOPSIS SPP.
PODOCERIDAE
PODOCERUS BRASILIENSIS
PODOCERUS CRISTATUS
PODOCERUS SP. B (PENSACOLA)
« PODOCERUS SPP.
PODOCHELA HEMPHILLI
PODOCHELA LOBIFRONS
PODOCHELA SPP.
= A PODOCOPA
PODOCOPID SP.
PODOCOPID SP.
PODOCOPID SP.
D (CSDOC/MEC)
B (CSDOC/MEC/OC)
E (MEC)
PODODESMUS CEPIO
POECILLASTRA SPP.
POECILOCHAETIDAE
POECILOCHAETUS JOHNSONI
POECILOCHAETUS SP. A (SCAMIT)
POECILOCHAETUS SP. A (MARTIN)
-------
500146010000 =
883544080100 = F
710000000000 =
510376042100 = S
510376040400 =
510376041200 =
510376040600 =
5103760402
510376042100 = S
510376040000 =
5001760409
874303020200 =
500100000000 =
POLYCHAETES =
500168081000 =
500168081000 = S
500168081200 =
500168089997 =
500168089998 =
500168089984 =
500168089983 =
500168089979 =
500168089989 =
500168080000 =
390600000000 = A
390600009963 =
390600009967 =
390600009969 =
390600009970 =
390600009971 =
390600009972 =
390600009973 =
390600009974 =
390600009977 =
390600009979 =
390600009982 = S
390600009985 =
390600009989 =
390600009990 =
390600009992 =
390600009993 =
390600009995 =
390600009997 =
390600009998 =
390600009999 =
390600009986 =
390600009987 =
390600009988 =
3906XXOOOOOO =
3906MEC35
840302040100 =
8838010106
500143043800 =
500143041900 =
500143042900 =
500143043100 =
500143040400 =
500143270500 = S
500143041400 =
500143043400 =
POECILOCHAETUS SPP.
POGONIAS CROMIS
POGONOPHORA
POLINICES ALTUS
POLINICES DRACONIS
POLINICES LACTEUS
POLINICES LEWISI
POLINICES PALLIDUS
POLINICES RECLUSIANUS
POLINICES SPP.
POLINICES TRISERIATA
POLYACANTHONOTUS LONGUS
POLYCHAETA
POLYCHAETES
POLYCIRRUS CALIFORNICUS
POLYCIRRUS PERPLEXUS
POLYCIRRUS PLUMOSUS
POLYCIRRUS SP. Ill (CSDOC/MEC)
POLYCIRRUS SP
POLYCIRRUS SP
POLYCIRRUS SP
POLYCIRRUS SP
POLYCIRRUS SP
POLYCIRRUS SPP.
POLYCLADIDA
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLADIDA SP.
POLYCLINUM PLANUM
POLYDACTYLUS SEXFILIS
POLYDORA AGGREGATA
POLYDORA ARMATA
POLYDORA BRACHYCEPHALA
POLYDORA CARDALIA
POLYDORA CAULLERYI
(PART)
II (CSDOC/MEC)
F (PENSACOLA)
G (PENSACOLA)
A OF MBC
A OF BANSE
G (OXNARD ONLY)
C (OXNARD ONLY)
A (OXNARD ONLY)
AA (ORANGE CO. ONLY)
28 (ORANGE CO. ONLY)
(CSDOC/MEC)
(CSDOC/MEC)
(CSDOC/MEC)
W (CSDOC/MEC)
U (ORANGE COUNTY ONLY)
R (ORANGE COUNTY ONLY)
N (ORANGE CO. ONLY)
K (ORANGE CO. ONLY)
J (ORANGE COUNTY ONLY)
H (ORANGE COUNTY ONLY)
G (ORANGE COUNTY ONLY)
E (ORANGE CO. ONLY)
C (ORANGE CO. ONLY)
B (ORANGE CO. ONLY)
A (ORANGE CO. ONLY)
41 (CSDOC/MEC)
42 (CSDOC/MEC)
(CSDOC/MEC)
27
29
31
43
X
35
(MEC)
POLYDORA
POLYDORA CONCHARUM
POLYDORA CONVEXA
-------
50014304CORN
500143040100
500143044300
500143041100
500143041500
500143044200
500143043000
500143043600
500143040200
500143041700
500143040800
500143040200
500143040000
500143210000
50C102160100
500205000000
500205010000
500102000000
500103020100
5001030202
500103020000
500103000000
500158080100
530000000000
53
616920120000
616937030000
616920120300
616920120400
616920120800
616922020200
616922020201
616922020202
616922020100
61692202GLNP
616922020000
618312
781613010400
781613010000
878301010700
878301010100
8783010104
87830101
360000000000
360000009999
552009010100
550204031800
550204030100
550204030000
618901060300
618901061300
500170229989
500170229999
500170229979
500170220000
500170060700
5001700602
500170060100
500170060800
500170060900
POLYDORA CORNUTA
= POLYDORA GIARDI
POLYDORA HETEROCHAETA
POLYDORA LIGNI
POLYDORA LIMICOLA
POLYDORA NARICA
POLYDORA NEOCARDALIA
POLYDORA NUCHALIS
- S POLYDORA PLENA
POLYDORA PYGIDIALIS
POLYDORA QUADRILOBATA
POLYDORA SOCIALIS
POLYDORA SPP.
POLYDORELLA SPP.
POLYEUNOA TUTA
POLYGORDIIDAE
POLYGORDIUS SPP.
POLYNOIDAE
POLYODONTES LUPINA
POLYODONTES PANAMENSIS
POLYODONTES SPP.
POLYODONTIDAE
POLYOPHTHALMUS PICTUS
= A POLYPLACOPHORA
= A POLYPLACOPHORA
PONTAGENEIA SPP.
PONTOCRATES SPP.
PONTOGENEIA INERMIS
PONTOGENEIA INTERMEDIA
PONTOGENEIA ROSTRATA
PONTOPOREIA AFFINIS
PONTOPOREIA AFFINIS A
PONTOPOREIA AFFINIS B
PONTOPOREIA FEMORATA
PONTOPOREIA HOYI
PONTOPOREIA SPP.
PORCELLANIDAE
PORELLA PORIFERA
PORELLA SPP.
PORICHTHYS MYRIASTER
= PORICHTHYS NOTATUS
PORICHTHYS RENUM
PORICHTHYS SPP.
PORIFERA
PORIFERA SP. A
POROMYA TENUICONCHA
PORTLANDIA AESTAURIORIUM
PORTLANDIA ARCTICA
PORTLANDIA SPP.
PORTUNUS SPINICARPUS
PORTUNUS XANTUSII
POTAMETHUS SP. A (ENCINA/KLI)
POTAMETHUS SP. A (SCAMIT)
POTAMETHUS SP. A OF HARRIS
POTAMETHUS SPP.
POTAMILLA INTERMEDIA
POTAMILLA MYRIOPS
POTAMILLA NEGLECTA
POTAMILLA OCCELATA
POTAMILLA RENIFORMIS
-------
500170061000
500170069995
500170060000
551702040100
510320170100
616934570100
500163090300
500163090301
500163090100
50016309PR
500163090600
500163090200
500163090000
500163180200
5001631803
500163180000
8835170102
740000000000
740001010100
74000101
884212110100
8847017201
870802060100
500143369900
500143360100
500143051000
500143360100
5001430515
500143050300
500143052100
500143051600
500143050100
500143050101
500143360100
500143360100
500143050700
500143059988
500143059996
500143059998
500143059999
500143050000
500143050600
616922030100
8835360710
8835360706
615407029999
615407029989
615407020000
500123010100
500123010000
617917010100
540202010200
5001681702
500168179999
615301240100
518000000000
430604010100
500136020100
500136020300
500136020600
POTAMILLA SOCIALIS
POTAMILLA SP. E (PENSACOLA)
POTAMILLA SPP.
POTAMOCORBULA AMURENSIS
POWELLSETIA FALLAX
PRACHYNELLA LODO
PRAXILLELLA AFFINIS
PRAXILLELLA AFFINIS PACIFICA
PRAXILLELLA GRACILIS
PRAXILLELLA ORNATA
PRAXILLELLA PACIFICA
PRAXILLELLA PRAETERMISSA
PRAXILLELLA SPP.
PRAXILLURA MACULATA
PRAXILLURA ORNATA
PRAXILLURA SPP.
PRIACANTHUS CRUENTATUS
PRIAPULIDA
= PRIAPULUS CAUDATUS
PRIAPULUS SPP.
= C PRICKLEBACK BLUEBARRED
PRIOLEPIS EUGENIUS
PRIONACE GLAUCA
= PRIONOSPIO CIRRATA
PRIONOSPIO CIRRIFERA
= PRIONOSPIO CRISTATA
= S PRIONOSPIO DELTA
PRIONOSPIO EHLERSI
PRIONOSPIO HETEROBRANCHIA
PRIONOSPIO LIGHTI
PRIONOSPIO LOBULATA
PRIONOSPIO MALMGRENI
= PRIONOSPIO MALMGRENI DUBIA
= S PRIONOSPIO MULTIBRANCHIATA
= S PRIONOSPIO PATAGONICA
PRIONOSPIO PYGMAEA
PRIONOSPIO SP. B (GOLETA/MORRO BAY)
D (ORANGE CO. ONLY)
B (SCAMIT)
A (SCAMIT)
PRIONOSPIO SPP.
PRIONOSPIO STEENSTRUPI
PRISCILLINA ARMATA
PRISTIPOMOIDES MICROLEPIS
PRISTIPOMOIDES SEIBOLDII
PROCAMPYLASPIS SP. A (SCAMIT)
PROCAMPYLASPIS SP. A OF MBC
PROCAMPYLASPIS SPP.
PROCERAEA CORNUTA
PROCERAEA SPP.
PROCESSA HEMPHILLI
PROCHAETODERMA CALIFORNICA
PROCLEA GRAFFII
PROCLEA SP. A (ENCINA/HARRIS)
PROMYSIS ATLANTICA
PROSOBRANCHIA
PROSORHOCHMUS ALBIDUS
PROTODORVILLEA GRACILIS
PROTODORVILLEA KEFERSTEINI
PROTODORVILLEA PUGETTENSIS
PRIONOSPIO SP
PRIONOSPIO SP.
PRIONOSPIO SP.
-------
500136029999
500202019999
616922120300
6169221201
616922129998
616922129997
616922129995
616922129993
616922120000
616926030700
6169260301
6169260303
616926031300
616926039999
616926031200
616926030000
616926030800
551547070300
551547070000
551547070100
600104PRMBCA
600104PR
340000000000
500173110000
500173110300
512504020000
5105150222
51051503
551533000000
551533XXOOOO
375104080200
8839011603
8839012801
551547050100
551747050200
612020000000
500110030400
513107990000
611805050000
390701020100
3907010202
551551030200
8839011602
500173250100
616934590100
6154090301
615301190100
615301193600
615301190000
611107060400
611107060100
611107060200
611107060000
611107060300
500143150100
500143150400
500170060700
500170060900
500170061000
500170060000
= S
C (PENSACOLA)
E (PENSACOLA)
G (PENSACOLA}
S
S
S
S
PROTODORVILLEA SP. A (HONOLULU ONLY)
PROTODRILLUS SP. A (HONOLULU ONLY)
PROTOHAUSTORIUS BOUSFIELDI
PROTOHAUSTORIUS DEICHMANNAE
PROTOHAUSTORIUS SP. B (PENSACOLA)
PROTOHAUSTORIUS SP.
PROTOHAUSTORIUS SP.
PROTOHAUSTORIUS SP.
PROTOHAUSTORIUS SPP.
PROTOMEDEIA ARTICULATA
PROTOMEDEIA FASCIATA
PROTOMEDEIA GRANDIMANA
PROTOMEDEIA PENATES
PROTOMEDEIA PENATES/PRUDENS COMPLEX
PROTOMEDEIA PRUDENS
PROTOMEDIA SPP.
PROTOMEDIA ZOTEA
PROTOTHACA LACINIATA
PROTOTHACA SPP.
PROTOTHACA STAMINEA
PROTOTRYGAEUS N SP. CHILD
PROTOTRYGAEUS SPP.
PROTOZOA
PROTULA SPP.
PROTULA SUPERBA
PROVOTELLA SPP.
PRUNUM ROSCIDUM
PRUNUM SPP.
PSAMMOBIIDAE
PSAMMOBIIDAE SP. X
PSAMMOGORGIA SPAULDINGI
PSEDOCHEILINUS TETPATAENIA
PSEDOJULOIDES CERASINUS
PSEPHIDIA LORDI
PSEPHIDIA OVALIS
PSEUDANTHESSIIDAE
PSEUDEURYTHOE MICROCEPHALA
PSEUDO "CARAMBE" SP. A (CADIEN)
PSEUDOCALANUS SP.
PSEUDOCEROS CANADENSIS
PSEUDOCEROS LUTEUS
PSEUDOCHAMA EXOGYRA
PSEUDOCHELINUS OCTOTAENIA
PSEUDOCHITINOPOMA OCCIDENTALIS
PSEUDOKOROGA RIMA
PSEUDOLEPTOCUMA MINOR
PSEUDOMMA BERKELEYI
PSEUDOMMA CALIFORNICA
PSEUDOMMA SPP.
PSEUDOPHILOMEDES AMBON
PSEUDOPHILOMEDES FERULANUS
PSEUDOPHILOMEDES POLYANCISTRUS
PSEUDOPHILOMEDES SPP.
PSEUDOPHILOMEDES ZETA
PSEUDOPOLYDORA KEMPI
PSEUDOPOLYDORA PAUCIBRANCHIATA
PSEUDOPOTAMILLA INTERMEDIA
PSEUDOPOTAMILLA RENIFORMIS
PSEUDOPOTAMILLA SOCIALIS
PSEUDOPOTAMILLA SPP.
-------
551509010400 = S
6191060101
390608010200 =
8835450507 = S
8847014303
550901020000 =
500113179998 = .
500113179999 =
8826011402
5113PT
510501180400 =
510501180200 =
51050118
161104020300 =
616001039998 =
616001030100 =
375402020100 =
618701050400 =
6187010501
618701050200 =
61870105PDOO =
618701050000 =
511001050200 =
511001050000 =
600000000000 = A
600108010200 =
600108Gx
600108010100 =
612101020100 =
500143130200 =
618306130500 = S
618306130400 =
618306130000 =
510801039997 =
510801039998 =
510801039999 =
510801030000 =
510801000000 =
510801190100 =
510801190000 =
618701230000 =
618701230300 =
840801010100 =
84080101
840801000000 =
840602010200 =
883544250100 = C
500174020100 =
500174029999 =
500174000000 =
871304010400 =
871304010800 =
618603090300 =
618603090200 =
618603090000 =
320801
500150080100 =
871602010100 = C
811703220100 =
884003030200 =
B {GOLETA/MORRO BAY)
A (GOLETA/MORRO BAY)
PSEUDOPYTHINA MYACIFORMIS
PSEUDOSQUILLOPSIS MARMORATA
PSEUDOSTYLOCHUS BURCHAMI
PSEUDUPENEUS CYCLOSTOMUS
PTERELEOTRIS HETEROPTERA
PTERIA SPP.
PTEROCIRRUS SP
PTEROCIRRUS SP
PTEROIS SPHEX
PTEROPODA UNID.
PTEROPURPURA FESTIVA
PTEROPURPURA MACROPTERA
PTEROPURPURA SPP.
PTEROSIPHONIA DENDROIDEA
PTILANTHURA SP. B (PENSACOLA)
PTILANTHURA TENUIS
PTILOSARCUS GURNEYI
PUGETTIA DALLI
PUGETTIA PRODUCTA
PUGETTIA RICHII
PUGETTIA SP. A (EWPCF/HEC)
PUGETTIA SPP.
PUPA PUDICA
PUPA SPP.
PYCNOGONIDA
PYCNOGONUM RICKETTSI
PYCNOGONUM SPP.
PYCNOGONUM STEARNSI
PYGODELPHYS AQUILONARIS
PYGOSPIO ELEGANS
PYLOPAGURUS DIEGENSIS
PYLOPAGURUS HOLMESI
PYLOPAGURUS SPP.
PYRAMIDELLA SP.
PYRAMIDELLA SP.
PYRAMIDELLA SP. A (HONOLULU)
PYRAMIDELLA SPP.
PYRAMIDELLIDAE
PYRGULINA CODES
PYRGULINA SPP.
PYROMAIA SPP.
PYROMAIA TUBERCULATA
PYROSOMA ATLANTICUM
PYROSOMA SPP.
PYROSOMIDAE
PYURA MIRABILIS
QUEENFISH
QUESTA CAUDICIRRA
QUESTA SP. A (HONOLULU ONLY)
QUESTIDAE SPP.
RAJA INORNATA
RAJA RHINA
RANDALLIA BULLIGERA
RANDALLIA ORNATA
RANDALLIA SPP.
RANNUNCULACEAE
RARICIRRUS MACULATUS
RATFISH
RATHBUNASTER CALIFORNICUS
RATHBUNELLA HYPOPLECTA
C
B
(HONOLULU)
(HONOLULU)
-------
871307020200
871303010100
375303010300
615797
RETICUL09999
RETICUL09998
618910000000
511004010200
511013010100
511013010000
511013010800
616920130800
616920130400
616920130900
616920130700
616920139999
61692013MECA
616920130000
883560060200
883560060100
616920130300
551552020100
500129040400
500129040200
500129049997
500129040000
500153010000
616942150400
616942150300
616942150500
516942150100
616942151200
616942150600
6169421502
616942150700
616942150800
616942151100
616942159999
616942150000
616942150900
616942151300
616942151000
8860021101
8860021102
871302010400
618902090100
371801020000
500163100400
500163100100
500163100000
500902270000
995300000000
430000000000
500143120100
781615020200
78161502
511001040200
511001040100
511001040102
511001010100
= C RAY BAT
= C RAY PACIFIC ELECTRIC
RENILLA KOLLIKERI
REPTANTIA DECAPODA SUBORDER
RETICULOCYTHEREIS SP. A (PENSACOLA)
RETICULOCYTHEREIS SP. B (PENSACOLA)
RETROPLUMIDAE
= S RETUSA HARPA
RETUSA OBTUSA
RETUSA SPP.
= S RETUSA XYSTRUM
RHACHOTROPIS GRIMALDI
RHACHOTROPIS INFLATA
RHACHOTROPIS KLEMENS
RHACHOTROPIS OCULATA
RHACHOTROPIS SP. A (KINNETICS ONLY)
RHACHOTROPIS SP. A (SCAMIT)
RHACHOTROPIS SPP.
RHACOCHILUS TOXOTES
RHACOCHILUS VACCA
RHACOTROPIS DISTINCTA
RHAMPHIDONTA RETIFERA
RHAMPHOBRACHIUM CRISTOBALENSIS
RHAMPHOBRACHIUM LONGISETOSUM
RHAMPHOBRACHIUM SP. C (PENSACOLA)
RHAMPHOBRACHIUM SPP.
RHAPHIDRILUS SPP.
RHEPOXYNIUS ABRONIUS
RHEPOXYNIUS BICUSPIDATUS
RHEPOXYNIUS DABOIUS
RHEPOXYNIUS EPISTOMUS
RHEPOXYNIUS FATIGANS
RHEPOXYNIUS HETEROCUSPIDATUS
RHEPOXYNIUS HUDSONI
RHEPOXYNIUS LUCUBRANS
RHEPOXYNIUS MENZIESI
RHEPOXYNIUS OBTUSIDENS
RHEPOXYNIUS SP. A (SCAMIT)
RHEPOXYNIUS SPP.
RHEPOXYNIUS STENODES
RHEPOXYNIUS TRIDENTATUS
RHEPOXYNIUS VARIATUS
RHINECANTHUS ACULEATUS
RHINECANTHUS RECTAHGULUS
RHINOBATOS PRODUCTUS
RHITHROPANOPEUS HARRISI
RHIZOPHYSA SPP.
RHODINE ATTENUATA
RHODINE BITORQUATA
RHODINE SPP.
RHYACODRILIS SPP.
RHYACODRILUS SP. A
RHYNCHOCOELA
RHYNCHOSPIO GLUTAEA
RHYNCHOZOON ROSTRATUM
RHYNCHOZOON SPP.
RICTAXIS PAINEI
RICTAXIS PUNCTOCAELATUS
RICTAXIS PUNCTOCAELATUS VANCOUVERENSIS
= S RICTAXIS PUNCTOSTRIATUS
-------
511001040000
510327010000
510320
510320052900
510320053000
510320053100
510320052800
510320053200
611928060400
551510010000
616107020300 =
6161070202
882601012400 =
882601010300 =
882601014500 =
882601010800 =
882601015500 =
882601014300 =
882601011200 =
882601015700 =
882601015800 =
882601013200 =
882601011900 ~
882601011100 =
882601014800 =
882601013500 =
882601012300 =
883544240100 =
884003030200 =
8835361001
570402010100 =
616906120400 =
500124189999 =
611106010500 =
611106010300 =
611106010100 -
611106010200 =
611106019998 =
611106019999 «
611106010000 =
5001700802 s
500170089989 »
500170089999 -
500170080000 «
500165020100 »
500165020500 «=
500165029999 =
500165020000 «=
5001650202
500165000000 =
500170000000 =
500167069999 =
500167069989 =
500167060000 =
51G353080100 =
500204019999 =
616202010100 »
616202010300 =
616202010200 =
616202010000 =
RICTAXIS SPP.
RISSOELLA SPP.
RISSOIDAE
RISSOINA EPHAMILLA
RISSOINA MILTOZONA
RISSOINA PULCHELLA
RISSOINA TRITICEA
RISSOINA TURRICULA
ROBERTGURNEYA DIVERSA
= S ROCHEFORTIA SPP.
ROCINELA ANGUSTATA
ROCINELA BELLICEPS
= C ROCKFISH BLUE
= C ROCKFISH BROWN
= C '• 1CKFISH CALICO
= C i.OCKFISH COPPER
= C ROCKFISH FLAG
= C ROCKFISH GREENSPOTTED
= C ROCKFISH GREENSTRIPED
= C ROCKFISH HALFBANDED
= C ROCKFISH OLIVE
= C ROCKFISH ROSY
~ C ROCKFISH SHORTBELLY
= C ROCKFISH SPLITNOSE
= C ROCKFISH SQUARESPOT
= C ROCKFISH STRIPETAIL
= C ROCKFISH VERMILION
RONCADOR STEARNSI
= C RONQUIL SMOOTH
ROOSEVELTIA BRIGHAMI
ROSSIA PACIFICA
RUDILEMBOIDES STENOPROPODUS
RULLIERINEREIS SP. A (PENSACOLA)
RUTIDERMA DARBYI
RUTIDERMA LOMAE
RUTIDERMA ROSTFATA
RUTIDERMA ROTUNDA
RUTIDERMA SP. B (KINNETICS ONLY)
RUTIDERMA SP. A (KINNETICS ONLY)
RUTIDERMA SPP.
SABELLA MEDIA
SABELLA SP. A (ORANGE CO. ONLY)
SABELLA SP. A (GOLETA/MORRO BAY)
SABELLA SPP.
SABELLARIA CEMENTARIUM
SABELLARIA GRACILIS
SABELLARIA SP. A (PENSACOLA)
SABELLARIA SPP.
SABELLARIA VULGARIS
SABELLARIIDAE
SABELLIDAE
SABELLIDES SP. A (ENCINA)
SABELLIDES SP. A (PENSACOLA)
SABELLIDES SPP.
SABINELLA BAKERI
SACCOCIRRUS SP. A (PENSACOLA)
SADURIA ENTOMON
SADURIA SABINI
SADURIA SIBERICA
SADURIA SPP.
-------
500173190200 =
8755010211
02080305
841101030000 =
841101030400 =
841101000000 =
8755010402
500167140200 =
500167140100 =
500167140000 =
500167159999 =
885703011100 = C
885703010100 = C
885703010200 = C
510222110000 =
885003020100 =
8810080903
8810080902
8810080905
8810080904
611104019989 =
611104019997 =
611104019998 -
611104010000 =
611104010200 =
500129130100 =
8762020329
551706050200 =
5515470201
551547020200 =
883528120400 = C
510350010000 = S
510350010000 = S
500157010100 =
500157000000 =
510346120000 =
613201000000 =
613201010400 =
613201010400 - S
37040206EXOO =
511004030000 =
560000000000 = A
8839030108
8839030107
8839030146
8839030701 = S
8839030113
500167250100 =
500167259999 =
500167259989 -
500167250000 -
500136050500 =
500136050700 =
500136050100 »
500136050300 »
500136050400 -
500136059996 =
500136050000 -
616934380300 =
7816080103
.SALMACINA TRIBRANCHIATA
SALMO GAIRDNERI
SALMONELLA SPP.
SALPA SPP.
SALPA TILESICOSTATA
oALFIDAE
SALVELINUS ALPINUS
SAMYTHA CALIFORNIENSIS
SAMYTHA SEXCIRRATA
SAMYTHA SPP.
SAMYTHELIA SP. A (HONOLULU ONLY)
SANDAB LONGFIN
SANDAB PACIFIC
SANDAB SPECKLED
SANSONIA SPP.
SARDA CHILENSIS
SARGOCENTRON DIADEMA
SARGOCENTRON PUNCTATISIMUM
SARGOCENTRON TIERE
SARGONCENTRON XANTHERYTHRUM
SARSIELLA SP. A (KINNETICS ONLY)
SARSIELLA SP. C (ORANGE CO.)
SARSIELLA SP. B (ORANGE CO.)
SARSIELLA SPP.
SARSIELLA ZOSTERICOLA
SARSONUPHIS PARVA
SAURIDA FLAMMA
SAXICAVELLA PACIFICA
SAXIDOMUS GIGANTEA
SAXIDOMUS NUTTALLI
SCAD MEXICAN
SCALA SPP.
SCALARIA SPP.
SCALIBREGMA INFLATUM
SCALIBREGMIDAE SPP.
SCALIOLA SPP.
SCALPELLIDAE
SCALPELLUM CALIFORNICUM
SCALPELLUM OSSEUM
SCANDIA EXPANSA
SCAPHANDER SPP.
SCAPHOPODA
SCARUS DUBIUS
SCARUS PERSPICILLATUS
SCARUS PSITTACUS
SCARUS RUBROVIOLACEUS
SCARUS SORDIDUS
SCHISTOCOMUS HILTONI
SCHISTOCOMUS SP. A (SCAMIT)
SCHISTOCOMUS SP. A (ENCINA/KLI)
SCHISTOCOMUS SPP.
SCHISTOMERINGOS CAECA
SCHISTOMERINGOS JAPONICA
SCHISTOMERINGOS LONGICORNIS
SCHISTOMERINGOS PECTINATA
SCHISTOMERINGOS RUDOLPHI
SCHISTOMERINGOS SP. D (PENSACOLA)
SCHISTOMERINGOS SPP.
SCHISTURELLA TRACALERO
SCHIZOPORELLA CORNUTA
-------
619101090100 =
883544000000 =
500168180300 =
500168180200 =
510202011200 =
611107040100 =
618907030100 =
375901019989 =
375901019999 =
375901010000 = S
500143060100 =
500143060000 =
500143060200 =
500143120100 = S
500143201500 =
5001432002
500143200700 =
500143200700 = S
5001432007CC =
500143209999 =
500143209998 =
500143200000 =
500143200100 =
5001432006
5001432003
500140031100 =
500140030500 =
500140030100 =
5001400308
500140010200 = S
500140030100 = S
500140030700 =
500140039992 =
500140030000 =
50014C031101 =
885003030100 =
8850030099
882601061600 =
883102310100 =
8826011208
8826011301
8826011304
882601061600 = C
781528010700 «
781528010600 =
78152801XXOO -
781528010000 =
883102160800 = C
500160160100 =
3730
618701070100 =
375401029989 =
883560310100 = C
883560050100 = C
616946010800 =
8826012005
8826012004
882601010300 =
882601010800 =
882601C14300 =
SCHMITTIUS POLITUS
SCIAENIDAE
SCIONELLA ESTEVANICA
SCIONELLA JAPONICA
SCISSURELLA CORONATA
SCLEROCONCHA TRITUBERCULATA
SCLEROPLAX GRANULATA
SCOLANTHUS SP. A (KINNETICS ONLY)
SCOLANTHUS SP. A
SCOLANTHUS SPP.
SCOLECOLEPIDES ARCTICUS
SCOLECOLEPIDES SPP.
SCOLECOLEPIDES VIRIDIS
SCOLECOLEPIS GLUTAEA
SCOLELEPIS ACUTA
SCOLELEPIS BOUSFIELDI
SCOLELEPIS FOLIOSA
SCOLELEPIS FOLIOSA OCCIDENTALIS
SCOLELEPIS OCCIDENTALIS
SCOLELEPIS SP. A
SCOLELEPIS SP. B OF ROSSI
SCOLELEPIS SPP.
SCOLELEPIS SQUAMATA
SCOLELEPIS TEXANA
SCOLELEPIS TRIDENTATA
SCOLOPLOS ACMECEPS
SCOLOPLOS ACUTUS
SCOLOPLOS ARMIGER
SCOLOPLOS CAPENSIS
SCOLOPLOS ELONGATA
SCOLOPLOS ELONGATA (PART)
SCOLOPLOS RUBRA
SCOLOPLOS SP. H (PENSACOLA)
SCOLOPLOS SPP.
SCOLOPOS ACMECEPS PROFUNDUS
SCOMBER JAPONICUS
SCOMBEROIDES LYSAN
SCORPAENA GUTTATA
SCORPAENICHTHYS MARMORATUS
SCORPAENODES PARVIPINNIS
SCORPAENOPSIS CACOPSIS
SCORPAENOPSIS DIABOLUS
SCORPIONFISH CALIFORNIA
SCRUPOCELLARIA CALIFORHICA
SCRUPOCELLARIA DIEGENSIS
SCRUPOCELLARIA SP. X
SCRUPOCELLARIA SPP.
SCULPIN YELLOWCHIN
SCYPHOPROCTUS OCULATUS
SCYPHOZOA
SCYRA ACUTIFRONS
SEA PEN 11 (CSDOC/MEC)
SEAPERCH PINK
SEAPERCH WHITE
SEBA EKAPUU
SEBASTAPISTES BALLIEUI
SEBASTAPISTES CONIORTA
SEBASTES AURICULATUS
SEBASTES CAURINUS
SEBAST-3 CHLOROSTICTUS
-------
882601014500 =
882601011100 =
882601011200 =
882601016300 =
8826010115
882601014800 =
882601011900 =
882601014900 =
882601012300 =
882601012400 =
882601012700 =
882601015400 =
882601013200 =
882601016600 =
882601015500 =
882601013500 =
882601015700 =
882601015800 =
8826010159
882601019998 =
882601019999 =
882601010000 =
8826010160
882601016100 =
882601020100 -
370101140100 =
08030511GLNP =
551535010200 =
551535010600 =
551535010500 =
551535000000 =
6134050301
510503100100 =
883901110100
550701190100
550701190200
550701190000
617702000000
8835280801
883544250100
616103000000
616103010200
616103010100
500173049999
500173049989
500173000000
500173970000
500173XXOOOO
370405022300
370405020000
370405021300
370405031500
5515220201
870802060100
870802040500
883901120100
617704010100
617704010900
617704010700
617704011100
= C
c
C
c
SEBASTES DALLI
SEBASTES DIPLOPROA
SEBASTES ELONGATUS
SEBASTES ENSIFER
SEBASTES FLAVIDUS
SEBASTES HOPKINSI
SEBASTES JORDANI
SEBASTES LEVIS
SEBASTES MINIATUS
SEBASTES MYSTINUS
SEBASTES PAUCISPINIS
SEBASTES RASTRELLIGER
SEBASTES ROSACEUS
SEBASTES ROSENBLATTI
SEBASTES RUBRIVINCTUS
SEBASTES SAXICOLA
SEBASTES SEMICINCTUS
SEBASTEf SERRANOIDES
SEBASTES SERRICEPS
SEBASTES SP. B (KINNETICS ONLY)
SEBASTES SP. A (KINNETICS ONLY)
SEBASTES SPP.
SEBASTES UMBROSUS
SEBASTES VEXILLARIS
SEBASTOL03US ALASCANUS
SELAGINOPSIS TRILATERALIS
SELENASTRUM CAPRICORNUTUM
SEMELE BELLASTRIATA
SEMELE DECISA
SEMELE NUCULOIDES
SEMELIDAE
SEMIBALANUS BALANOIDES
SEMINELLA VARIA
SENORITA
SEPTIFER BRYANAE
SEPTIFER RUDIS
SEPTIFER SPP.
SERGESTIDAE
SERIOLA DUMERILI
SERIPHUS POLITUS
SEROLIDAE
SEROLIS CARINATA
SEROLIS MGRAYI
SERPULA SP. A (HONOLULU ONLY)
SERPULA SP. A (PENSACOLA)
SERPULIDAE
SERPULIDAE GENUS C (PENSACOLA)
SERPULIDAE SP. X
SERTULARELLA PEDRENSIS
SERTULARELLA SPP.
SERTULARELLA TRICUSPIDATA
SERTULARIA PUMILA
SERVIPES GROENLANDICUS
SHARK BLUE
SHARK BROWN SMOOTHHOUND
SHEEPHEAD CALIFORNIA
SICYONIA BREVIROSTRIS
SICYONIA INGENTIS
SICYONIA PARRI
SICYONIA PENICILLATA
-------
617704010300
617704000000
500106049999
500106000000
500122020400
500122020700
500122029999
500122070100
510376090200
500113150100
500113150300
551529010700
616001150100
510372020502
510372020300
510372029999
51037202XAOO
510372020000
510372020502
615701060100
510376050100
510376050300
510376050000
560002000000
371500000000
720001031200
720000000000
720097000000
720000009979
720000009989
720000009998
720001010100
615301250100
871304010400
871304010800
0702020101
510217050200
78161302
883109080000
616934410200
510210040500
510210049999
5102100403
885703110200
885704160200
885704120100
885704130100
885703150100
885704050100
885704110100
550401010800
550401010600
550401010000
550401010700
550401010100
551529020400
551529020100
551529020000
551529020200
551529000000
C
c
C
c
c
c
c
c
c
SICYONIA TYPICA
SICYONIIDAE
SIGALION SP. A (PENSACOLA)
SIGALIONIDAE
SIGAMBRA BASSI
SIGAMBRA PARVA
SIGAMBRA SP. A (HONOLULU ONLY)
SIGAMBRA TENTACULATA
SIGATICA SEMISULCATA
SIGE CALIFORNIENSIS
SIGE MONTEREYENSIS
SILIQUA LUCIDA
SILOPHASMA GEMINATA
SIMNIA AEQUALIS VIDLERI
SIMNIA LOEBBECKEANA
SIMNIA SP. A (CSDOC/MEC)
SIMNIA SP. XA
SIMNIA SPP.
SIMNIA VIDLERI
SINELOBUS STANFORDI
SINUM PERSPECTIVUM
SINUM SCOPULOSUM
SINUM SPP.
SIPHONODENTALIIDAE
SIPHONOPHORA
SIPHONOSOMA INGENS
SIPUNCULA
SIPUNCULA FAMILY C (PENSACOLA)
SIPUNCULA SP. A (GLOUCESTER)
SIPUNCULA SP. A (SAN DIEGO)
SIPUNCULA SP. B (HONOLULU)
SIPUNCULUS NUDUS
SIRIELLA PACIFICA
SKATE CALIFORNIA
SKATE LONGNOSE
SKELETONEMIA COSTATUM
SMARAGDIA BRYANAE
SMITTINA SPP.
SNAILFISHES
SOCARNOIDES EUGENOVI
SOLARIELLA PERMABLIS
SOLARIELLA SP. A (CSDOC/MEC)
SOLARIELLA VARICOSA
SOLE BIGMOUTH
SOLE CURLFIN
SOLE DOVER
SOLE ENGLISH
SOLE FANTAIL
SOLE REX
SOLE SLENDER
SOLEMYA PANAMENSIS
SOLEMYA REIDI
SOLEMYA SPP.
SOLEMYA VALVULUS
SOLEMYA VELUM
SOLEN ROSACEAUS
SOLEN SICARIUS
SOLEN SPP.
SOLEN VIRIDIS
SOLENTDAE
-------
617703050100
500167360100
5007010101
816302019999
618603050200
500126050000
500126000000
500126020300
500126020100
500126020200
500126020000
500126020300
500126010200
500126010300
616102000000
500123080700
500123081600
500123080600
500123080800
500123082100
500123081800
500123089989
500123089998
500123080000
500123081400
8837010104
500143070800
500143070300
500143070100
5001430707
500143071200
500143070600
500143071100
500143079999
50014307MECA
500143070000
500149030200
500149030201
500149030300
500143000000
500143009999
500143100800
500143100400
500143100100
500143100200
500143100200
500143100600
500143100900
500143109998
500143100000
500143100500
612605010100
511301010000
617916020200
617916021200
617916020400
617916020000
500178
500173060200
500173050000
SOLENOCERA ATLANTIDIS
SO?ANE OCCIDENTALIS
SPARAGANOPHILUS TAMESIS
SPATANGUS CALIFORNICUS
SPELOEOPHORUS PONTIFER
SPHAEREPHESIA SPP.
SPHAERODORIDAE
SPHAERODOROPSIS BISERIALIS
SPHAERODOROFSIS MINUTA
SPHAERODOROPSIS SPHAERULIFER
SPHAERODOROPSIS SPP.
SPHAERODORUM BISERIALIS
SPHAERODORUM PAPILLIFER
SPHAERODORUM SPHAERULIFER
SPHAEROMATIDAE
SPHAEROSYLLIS ACICULATA
SPHAEROSYLLIS BILOBATA
SPHAEROSYLLIS BRANDHORSTI
SPHAEROSYLLIS CALIFORNIENSIS
SPHAEROSYLLIS CAPENSIS
SPHAEROSYLLIS PIRIFEROPSIS
SPHAEROSYLLIS SP. A (HARRIS)
SPHAEROSYLLIS SP. B (GOLETA/MORRO BAY)
SPHAEROSYLLIS SPP.
SPHAEROSYLLIS SUBLAEVIS
SPHYRAENA BARRACUDA
SPIO BUTLERI
SPIO CIRRIFERA
SPIO FILICORNIS
SPIO LIMICOLA
SPIO PACIFICA
SPIO PETTIBONEAE
SPIO PUNCTATA
SPIO SP. A (HONOLULU ONLY)
SPIO SP. A (MEC)
SPIO SPP.
SPIOCHAETOPTERUS COSTARUM
SPIOCHAETOPTERUS COSTARUM OCULATUS
SPIOCHAETOPTERUS OCULATUS
SPIONIDAE
SPIONIDAE SP. A (CSDOC/MEC)
SPIOPHANES ANOCULATA
SPIOPHANES BERKELEYORUM
SPIOPHANES BOMBYX
SPIOPHANES FIMBRIATA
SPIOPHANES KROYERI
SPIOPHANES MISSIONENSIS
SPIOPHANES PALLIDUS
SPIOPHANES SP. B (KINNETICS ONLY)
SPIOPHANES SPP.
SPIOPHANES WIGLEYI
SPIOPHANICOLA SPINULOSUS
SPIRATELLA SPP.
SPIRONTOCARIS LAMELLICORNIS
SPIRONTOCARIS SICA
SPIRONTOCARIS SNYDERI
SPIRONTOCARIS SPP.
SPIRORBIDAE
SPIRORBIS SPIRILLUM
SPIRORBIS SPP.
-------
5515250104
551525010800 =
551525010200 =
551525010000 =
8747011601
514203050000 =
871001020100 =
871101010100 =
619101000000 =
884014030300 = C
500136050500 = S
500136050000 = S
8835621235 = S
616504120100 =
500113160100 = S
500113169999 =
616943060900 =
616943061000 =
616943061200 =
616943060000 =
616943061300 =
616948100500 =
610948100600 =
616948100200 =
616948109998 =
616948100000 -
616948000000 =
616948110800 =
616948110000 =
616948120200 =
8835022901
500159000000 =
500159010200 =
500159010100 =
500159010000 =
8839011701
500106030100 =
500106070300 = S
500106030600 =
5001060303
500106039989 =
500106039999 =
500106030000 =
500106030500 =
500106030700 =
500106120000 =
500106120200 =
500106070300 =
881801010100 = C
510355999999 =
510355040000 =
871305030200 = C
8747020601
619100000000 = A
610908030300 =
5001681702 = S
5001682502
500168250300 =
500168259998 =
500168250000 =
SPISULA FALCATA
SPISULA PLANULATA
SPISULA SOLIDISSIMA
SPISULA SPP.
SPRATELLOIDES DELICAT.ULUS
SPURILLA SPP.
SQUALUS ACANTHIAS
SQUATINA CALIFORMICA .
SQUILLIDAE
STARGAZER SMOOTH
STAUROCEPHALUS CAECUS
STAURONEREIS SP. (PART)
STEGASTES FASCIOLATUS
STEGBOPHRYXUS HYPTIUS
STEGGOA CALIFORNIENSIS
STEGGOA SP. 1 (PUGET SOUND)
STENOPLEUSTES GRACILIS
STENOPLEUSTES INERMIS
STENOPLEUSTES MONOCUSPIS
STENOPLEUSTES SPP.
STENOPLEUSTES SUBGLABER
STENOTHOE ESTACOLA
STENOTHOE FRECANDA
STENOTHOE MINUTA
STENOTHOE SP. B (HONOLULU)
STENOTHOE SPP.
STENOTHOIDAE
STENOTHOIDES BICOMA
STENOTHOIDES SPP.
STENULA MODOSA
STEREOLEPIS GIGAS
STERNASPIDAE
STERNASPIS FOSSOR
STERNASPIS SCUTATA
STERNASPIS SPP.
STETHOJULIS BALTEATA
STHENELAIS BERKELEYI
STHENELAIS FIMBRIARUM
STHENELAIS FUSCA
STHENELAIS LIMICOLA
STHENELAIS SP. A (HONOLULU ONLY)
STHENELAIS SP. A (GOLETA/MORRO BAY)
STHENELAIS SPP.
STHENELAIS TERTIAGLABRA
STHENELAIS VERRUCULOSA
STHENELANELLA SPP.
STHENELANELLA UNIFORMIS
STHENOLEPIS FIMBRIARUM
STICKLEBACK THREE-SPINE
STILIFER SP. A OF MBC
STILIFER SPP.
STINGRAY ROUND
STOLEPHORUS PURPDREUS
STOMATOPODA
STREBLOCERAS ANNULATUM
STREBLOSOMA BAIRDI
STREBLOSOMA BAIRDI
STREBLOSOMA CRASSIBRANCHIA
STREBLOSOMA SP. B (SCAMIT)
STREBLOSOMA SPP.
-------
500143180100
50014318999C
5001231601
500123160500
500123160000
551531030100
551531030000
510353020300
510353020000
814903020100
814903020400
81490302
8406010502
8406010505
8406010504
840601050000
840601050600
8117031101
375401010300
375401019994
37540101XXOO
375401010000
510346110100
390603000000
390605010100
39060501LG
39060501
390603010600
39060301SFOO
390603019998
390603019999
390603010000
390603010500
500102270200
50010227MECA
500102279999
500102270000
510601040200
510601040100
375400000000
8860021201
8860021202
511013010800
883560040100
375103080300
500123000000
500123009999
500123150700
500123150300
500123150500
500123150000
500123009989
500123050900
5001230306
500123030800
500123030200
500123031200
500123032100
500123030000
885802011600
STREBLOSPIO BENEDICTI
STREBLOSPIO SP. B (SCAMIT)
STREPTOSYLLIS ARENAE
STREPTOSYLLIS PETTIBONEAE
STREPTOSYLLIS SPP.
STRIGILLA MIRABILIS
STRIGILLA SPP.
STROMBIFORMIS AURICINCTUS
STROMBIFORMIS SPP.
STRONGYLOCENTROTUS DROEBACHIENSIS
STRONGYLOCENTROTUS PURPURATUS
STRONGYLOCENTROTUS SPP.
STYELA CORIACEA
STYELA GIBBSSI
STYELA MONTEREYENSIS
STYELA SPP.
STYELA TRUNCATA
STYLASTERIAS FORRERI
STYLATULA ELONGATA
STYLATULA SP. 6 (MEC)
STYLATULA SP. X
STYLATULA SPP.
STYLIFERINA GON10CHILA
STYLOCHIDAE
STYLOCHOPLANA GRACILIS
STYLOCHOPLANA LONGIPENIS
STYLOCHOPLANA SPP.
STYLOCHUS EXIGUNS
STYLOCHUS FRANSICANUS
STYLOCHUS SP. B (ENCINA/SHRAKE)
STYLOCHUS SP. A (ENCINA/SHRAKE)
STYLOCHUS SPP.
STYLOCHUS TRIPARTITUS
SUBADYTE MEXICANA
SUBADYTE SP. A (CSDOC/MEC)
SUBADYTE SP. A (SAN DIEGO/LA)
SUBADYTE SPP.
SUBCANCILLA FLAMMEA
SUBCANCILLA FOVEOLATA
SUBSELLIFLORAE
SUFFLAMEN BURSA
SUFFLAMEN FRAENATUS
SULCORETUSA XYSTRUM
SURFPERCH WALLEYE
SWIFTIA KOFOIDI
SYLLIDAE
SYLLIDAE SP. A (HONOLULU ONLY)
SYLLIDES FULVUS
SYLLIDES LONGOCIRRATA
SYLLIDES REISHI
SYLLIDES SPP.
SYLLINAE SP. A (HONOLULU ONLY)
SYLLIS ADAMANTEA
SYLLIS CORNUTA
SYLLIS ELONGATA
SYLLIS GRACILIS
SYLLIS HYALINA
SYLLIS HYPERIONI
SYLLIS SPP.
SYMPHURUS ATRICAUDA
-------
616943061300 = S
317801020000 = S
817801000000 =
510210180300 =
611103070000 »
616937140100 =
616937140300 =
616937140200 =
616937140000 =
370306100000 =
50012205EWIN =
500122059998 =
882002011100 =
8820020117
8820020101
88200201 =
616202020100 =
616202021100 =
616202021200 =
616202021500 =
616202021300 =
616202021400 =
616202020000 =
7815290101
8762020107
876202010300 =
8762020109
616950000000 =
6169500301
616950030200 =
616950039999 =
61695003MECA =
616950030000 =
8826011901
551533020300 =
551533020200 =
616951000000 =
615500000000 = A
615701000000 =
6157020499GC =
615702049999 =
615709079999 =
615702029985 = S
615709070000 =
600105010500 =
551547080100 = S
551547080100 =
551547080000 =
500141080100 =
500141080101 =
500141080200 =
500141140100 = S
500141089998 =
376001040400 »
616102010300 -
61610201MBCA =
500902189999 =
500902180100 =
510323051401 = S
510323051401 =
SYMPLEUSTES SUBGLABER
SYNAPTA SPP.
SYNAPTIDAE
SYNAPTOCOCHLEA CONCINNA
SYNASTEROPE SPP.
SYNCHELIDIUM AMERICANUM
SYNCHELIDIUM RECT1PALMUM
SYNCHELIDIUM SHOEMAKERI
SYNCHELIDIUM SPP.
SYNCORYNE SPP. (COLONIAL)
SYNELMIS EWINGI
SYNELMIS SP. B (HONOLULU ONLY)
SYNGNATHUS CALIFORNIENSIS
SYNGNATHUS EXILIS
SYNGNATHUS LEPTORHYNCHUS
SYNGNATHUS SPP.
SYNIDOTEA BICUSPIDA
SYNIDOTEA CALCAREA
SYNIDOTEA HARFORDI
SYNIDOTEA LATICAUDA
SYNIDOTEA MAGNIFICA
SYNIDOTEA MEDIA
SYNIDOTEA SPP.
SYNNOTUM AEGYPTIACUM
SYNODUS BINOTATUS
SYNODUS LUCIOCEPS
SYNODUS VARIEGATUS
SYNOPIIDAE
SYRRHOE CRENULATA
SYRRHOE LONGIFRONS
SYRRHOE SP. A OF MBC
SYRRHOE SP. A (SCAMIT)
SYRRHOE SPP.
TAENIANOTUS TRI^ANTHUS
TAGELUS CALIF01. .1ANUS
TAGELUS DIVISUS
TALITRIDAE
TANAIDACEA
TANAIDAE
TANAISSUS PSAMMYPHILAS
TANAISSUS SP. A (PENSACOLA)
TANAOPSIS SP. A (SCAMIT)
TANAOPSIS SP. A (SCAMIT)
TANAOPSIS SPP.
TANYSTYLUM CALIFORNICUM
TAPES JAPONICA
TAPES PHILIPPINARUM
TAPES SPP.
TAUBERIA GRACILIS
TAUBERIA GRACILIS OCULATA
TAUBERIA MULTIBRANCHIATA
TAUBERIA OCULATA
TAUBERIA SP. B OF LOVELL
TEALIA CORICEA
TECTICEPS CONVEXA
TECTICEPS SP. A OF PAQUETTE
TECTIDRILIS SP. A (HONOLULU)
TECTIDRILUS DIVERSUS
TEINOSTOMA INVALLATUM
TEINOSTOMA SUPRAVALLATUM INVALLATUM
-------
374601010700
551531049900
551531020-600
5515310205
551531020300
551531023300
551531020400
551531020300
551531024700
551531022400
551531020400
551531020200
551531027300
551531029997
551531029998
551531029999
551531020000
5515310228
551531021200
551531020300
551531020900
551531000000
500102230300
500102230200
510604019998
510604019999
510604010000
500168000000
500169010300
500169010400
500169019997
500169019998
500169010000
500169010100
5106040105
510604011300
510604010100
510604011100
510604000000
551802000000
61692012TEPA
3668020102
430606021800
430606020300
430606020900
430606029995
430606029996
430606029997
430606029998
430606029999
430606020000
781517010200
781517010000
8839011002
8839011004
8839011003
8839011007
8839011019
500106069997
500106060100
TELESTO CALIFORNICA
TELLIDORA BURNETI
TELLINA AEQUISTRIATA
TELLINA AGILIS
= S TELLINA ARENICA
TELLINA BODEGENSIS
= S TELLINA BUTTONI
TELLINA CARPENTERI
TELLINA IDAE
TELLINA LISTERI
TELLINA MODESTA
TELLINA NUCULOIDES
TELLINA OAHUANA
TELLINA SP. C (HONOLULU)
TELLINA SP. B (HONOLULU)
TELLINA SP. A (SCAMIT)
TELLINA SPP.
TELLINA TENELLA
TELLINA TEXANA
= S TELLINA VARIEGATA (PART)
TELLINA VERSICOLOR
TELLINIDAE
= S TENONIA PEDROANA
TENONIA PRIOPS
TERBRA SP. B
TERBRA SP. A
TERBRA SPP.
TEREBELLIDAE
TEREBELLIDES CALIFORNICA
TEREBELLIDES REISHI
TEREBELLIDES SP. C (SCAMIT)
TEREBELLIDES SP. B (LOS ANGELES ONLY)
TEREBELLIDES SPP.
TEREBELLIDES STROEMI
TEREBRA CONCAVA
TEREBRA DANAI
TEREBRA DISLOCATA
TEREBRA PEDROANA
TEREBRIDAE
TEREDINIDAE
= S TETHYGENIA OPATA
TETILLA ARB
TETRASTEMMA ALBIDA
TETRASTEMMA CANDIDUM
TETRASTEMMA NIGRIFRONS
TETRASTEMMA SP. E (CSDOC/MEC)
= TETRASTEMMA SP.
TETRASTEMMA SP.
TETRASTEMMA SP.
= TETRASTEMMA SP.
TETRASTEMMA SPP.
THALAMOPORELLA CALIFORNICA
THALAMOPORELLA SPP.
= THALASSOMA BALLIEUI
THALASSOMA DUPERREYI
THALASSOMA FUSCUM
THALASSOMA PURPUREUM
THALASSOMA TRILOBATUM
THALENESSA SP. C (PENSACOLA)
THALENESSA SPINOSA
D (CSDOC/MEC)
C (CSDOC/MEC)
B (CSDOC/MEC)
A (MBC)
\
-------
841100000000
510210220200
510210220100
500150030500
500150030600
500150030200
5001500310
500150030700
500150030100
500150030900
500150039987
500150039989
500150039997
500150039998
500150039999
5001500397
5001500398
500150030000
500150030800
500168100200
500168100500
5001o8100400
50016810
72000205
551535050100
500154089999
375103019998
375103010000
841101050100
500102340100
882601020100
5520080209
552008020400 =
552008020000 =
552008020300 =
552008000000 =
3704050533
37040505PTOO =
370405050000 =
551502030300 =
551502030100 =
551502030101 -
551502030102 =
551502030103 =
551502032500 =
551502030100 -
551502030100 =
551502030100 -
551502030000 =
551502030900 =
551502
81720605
720002016900
883561040400
550204040000
616950050300
616950050200
616950050000
616950050600
616950050500
THALIACEA SALPIDA
THALOTIA RUBRA
THALOTIA SUBANGULATA
THARYX ACUTUS
THARYX ANNULOSUS
THARYX CF. T. MULTIFILIS
THARYX DORSOBRANCHIALIS
THARYX MARIONI
THARYX MONILARIS
THARYX SECUNDUS
THARYX SP. C (ENCINA/KLI)
A (ENCINA/KLI)
C (SCAMIT)
B (SCAMIT)
A (SCAMIT)
B
A
THARYX SP.
THARYX SP.
THARYX SP.
THARYX SP.
THARYX SP.
THARYX SP.
THARYX SPP.
THARYX TESSELATA
THELEPUS HAMATUS
THELEPUS JAPONICUS
THELEPUS SETOSUS
THELEPUS SPP.
THEMISTE SPP.
THEORA LUBRICA
THEROCHAETA SP. A (PENSACOLA)
THESEA SP. B (CSDOC/MEC/OC)
THESEA SPP.
THETYS VAGINA
THORMORA JOHNSTONI
= C THCRNYHEAD SHORTSPINE
THRACIA CONRADI
THRACIA CURTA
THRACIA SPP.
THRACIA TRAPEZOIDES
THRACIIDAE
THUIARIA LONCHITIS
THUIARIA PINNATA
THUIARIA SPP.
THYASIRA DISJUNCTA
THYASIRA FLEXUOSA
THYASIRA FLEXUOSA FLEXUOSA
THYASIRA FLEXUOSA GOULDI
THYASJRA FLEXUOSA SARSI
THYASIRA GOULDII
» S THYASIRA INAEQUALIS
= S THYASIRA INEQUALIS
- S THYASIRA PLANA
THYASIRA SPP.
THYASIRA TRISINUATA
THYASIRIDAE
THYONE SPP.
= S THYSANOCARDIA NIGRA
TILAPIA MOSSAMBICA
TINDARIA SPP.
TIRON BIOCELLATA
TIRON BIOCULATA
TIRON SPP.
TIRON TRIOCELLATUS
TIRON TROPAKIS
-------
513401020100 =
551510070100 =
500120010400 =
500120010000 =
510323000000 = S
871303010100 =
8835282301
883528010100 =
551522070400 =
611325
551547010000 =
551547010100 =
500158040100 =
500158040200 =
500158041000 =
500158040600 =
5001580407
500158040300 =
500158040000 =
3930
7815280305
7815280305
781528030700 =
78152803
500169000000 =
500169020100 =
616942150100 = S
510214011400 =
510214011100 =
510214011000 = S
510214011200 =
510214011300 =
510214011000 =
551519010200 =
514107030000 =
5131020402
513102040300 =
510348010000 =
81480201GRAT =
617101060100 -
617x01060200 =
617101060000 =
780604010100 =
513401010500 «=
513401010200 »
513401010400 =
513401010000 »
510383021000 =
510210
510210970000 =
500145020100 =
500145020300 =
500145020000 =
500145020200 =
510210210100 =
510501110202 = S
5105011102 « S
500154030000 = S
50015412
500902000000 =
TOCHUINA TETRAQUETRA
TOMBURCHUS REDONDOENSIS
TOMOPTERIS ELEGANS
TOMOPTERIS SPP.
TORNIDAE
TORPEDO CAL1FORNICA
TRACHUROPS CRUMENOPHTHALMUS
TRACHURUS SYMMETRICUS
TRACHYCARDIUM QUADRAGENAHIUM
TRACHYLEBERIDIDAE
TRANSENNELLA SPP.
TRANSENNELLA TANTILLA
TRAVISIA BREVIS
TRAVISIA FORBESI
TRAVISIA GIGAS
TRAVISIA HOBSONAE
TRAVISIA VARVA
TRAVISIA PUPA
TRAVISIA SPP.
TREMATODA
TRICELLARIA OCCIDENTALIS
TRICELLARIA OCCIDENTALIS
TRICELLARIA PRAESCUTA
TRICELLARIA SPP.
TRICHOBRANCHIDAE
TRICHOBRANCHUS.GLACIALIS
TRICHOPHOXUS EPISTOMUS
TRICOLIA COMPTA
TRICOLIA PULLOIDES
TRICOLIA RUBRILINEATA
TRICOLIA SUBSTRIATA
TRICOLIA VARIABILIS
TRICOLIA VARIEGATA
TRIDONTA ALASKENSIS
TRINCHESIA SPP.
TRIOPHA CARPENTERI
TRIOPHA CATALINAE
TRIPHORA SPP.
TRIPNEUSTES GRATILLA
TRITELLA LAEVIS
TRITELLA PILIMANA
TRITELLA SPP.
TRITICELLA ELONGATA
TRITONIA BAYERI
TRITONIA DIOMEDEA
TRITONIA FESTIVA
TRITONIA SPP.
TRIVIA CALIFORNIANA
TROCHIDAE
TROCHIDAE GENUS C (PENSACOLA)
TROCHOCHAETA CARICA
TROCHOCHAETA MULTISETOSA
TROCHOCHAETA SPP.
TROCHOCHAETA WATSONI
TROCHUS INTEXTUS
TROPHON CATALINENSIS
TROPHON CERROSENSIS
TROPHONIA SPP.
TROPHONIELLA SPP.
TUBIFICIDAE
-------
500902009995
500902090900
500902090100
5009020903
500902099989
500902099999
500902090000
430201000000
430201010500
430201010900
430201010600
430201010800
430201010400
430201010200
430201019998
430201010000
370303021100
3703030206
370303020400
370303020000
370303000000
781002010000
781002010500
390100000000
510212030700
510801029923
510801029924
510801029990
510801029992
510801029993
510801029994
-510801029995
510801029996
510801029997
510801029998
510801029900
510801029939
510801029959
510801109993
510801029979
510801022100
510801022800
510801023100
510801113400
510801025800
5108010253
510801021300
510801113200
5108010209
510801102100
510801113300
5108011045
510801105400
510801025800
510801107600
510801029946
510801029947
510801029948
510801029949
510801029966
= S
= S
TUBIFICIDAE SP. E (HONOLULU)
TUBIFICOIDES BAKERI
TUBIFICOIDES BROWNAE
TUBIFICOIDES INTERMEDIUS
TUBIFICOIDES SP. B OF MBC
TUBIFICOIDES SP. A OF MBC
TUBIFICOIDES SPP.
TUBULANIDAE SPP.
TUBULANUS ALBOCINCTUS
TUBULANUS CINGULATUS
TUBULANUS FRENATUS
TUBULANUS NOTHUS
TUBULANUS PELLUCIDUS
TUBULANUS POLYMORPHUS
TUBULANUS SP. B (ENCINA/KLI)
TUBULANUS SPP.
TUBULARIA CF. MARINA (COLONIAL)
TUBULARIA CROCEA (COLONIAL)
TUBULARIA SPECTABILIS
TUBULARIA SPP.
TUBULARIIDAE
TUBULIPORA SPP.
TUBULIPORA TUBA
TURBELLARIA
TURBO SANDWICENSIS
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
-TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (CHEMNITZIA) SP.
TURBONILLA (PYRGISCUS) SP. G
TURBONILLA (PYRGOLAMPROS) SP
TURBONILLA ACRA
TURBONILLA ALMO
TURBONILLA ARAGONI
TURBONILLA AURANTIA
TURBONILLA BERRYI
TURBONILLA CASTANEA
TURBONILLA CONRADI
TURBONILLA CORNELLIANA
TURBONILLA INTERRUPTA
TURBONILLA KELSEYI
TURBONILLA LYALLI
TURBONILLA MORCHI
TURBONILLA NUTTINGI
TURBONILLA PAINEI
TURBONILLA RAYMONDI
TURBONILLA SP. D (SAN DIEGO)
G (ENCINA/SHRAKE)
F (ENCINA/SHRAKE)
J
N
G
F
E
D
C
B

A (HONOLULU)
A (HONOLULU ONLY)

A (ENCINA/KLI)
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
C (SAN DIEGO)
B (SAN DIEGO)
A (SAN DIEGO)
TURBONILLA SP. N (GOLETA/MORRO BAY)
-------
510801029967
510801029968
510801029970
510801029972
510801029974
510801029975
510801029986
510801029987
510801029938
510801029989
51080102XXOO
510801029965
510801029973
510801119997
510801119998
510801029963
510801029964
510801020000
5108010210
510801029600
885704220100
885704160400
885704160300
510602000000
510602890000
510602880000
510333040300
611928100200
61570205MECA
500123051600
500123050900
5001230501
500123052500
500123051900
500123051500
500123059997
500123059998
500123050000
500123051200
616915070300
616915079998
616915070000
6169150706
9888888888
9999999999
9333333333
9444444444
9111111111
47000000000A
8835450403
618317010600
618317010700
618317010100
61830401XXOO
618317010000
840000000000
871305030200
510501030100
61692204VAOO
61692204
M (GOLETA/MGRRO BAY)
L (GOLETA/MORRO BAY)
J (GOLETA/MORRO BAY)
H (GOLETA/MORRO BAY)
F (GOLETA/MORRO BAY)
E (GOLETA/MORRO BAY)
D (SCAMIT)
C (SCAMIT)
B (SCAMIT)
A (SCAMIT)
X
R OF MBC
G OF MBC
C (PUGET SOUND)
B (PUGET SOUND)
0 OF MBC
Q OF MBC
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SP.
TURBONILLA SPP.
TURBONILLA STRICTA
TURBONILLA TENUICULA
C TURBOT DIAMOND
C TURBOT HORNYHEAD
C TURBOT SPOTTED
TURRIDAE
TURRIDAE GENUS K (PENSACOLA)
TURRIDAE GENUS L (PENSACOLA)
TURRITELLA ACROPORA
TYPHLAMPHIASCUS PECTINIFER
TYPHLOTANAIS SP. A (EWPCF/MEC)
TYPOSYLLIS ACICULATA
TYPOSYLLIS ADAMANTEA
TYPOSYLLIS ALTERNATA
TYPOSYLLIS AMIGA
TYPOSYLLIS FARALLONENSIS
TYPOSYLLIS LUTEA
TYPOSYLLIS SP. C (HONOLULU ONLY)
TYPOSYLLIS SP. B (HONOLULU ONLY)
TYPOSYLLIS SPP.
TYPOSYLLIS VARIEGATA
UNCIOLA IRRORATA
UNCIOLA SP. B (PENSACOLA)
UNCIOLA SPP.
UNICOLA DISSIMILIS
UNIDENTIFIED EGG CASE
UNKNOWN ANIMAL TISSUE
UNKNOWN SP. C (ENDICOTT)
UNKNOWN SP. D (ENDICOTT)
UNKNOWN SP. A (ENDICOTT)
UNSEGMENTED WORM A
UPENEUS ARGE
UPOGEBIA LEPTA
UPOGEBIA MACGINTIEORUM
UPOGEBIA PUGETTENSIS
TJPOGEBIA SP. X
UPOGEBIA SPP.
UROCHORDATA
UROLOPHUS HALLERI
UROSALPINX CINEREA
UROTHOE SP. A (CSDOC/MEC)
UROTHOE SPP.
-------
616922040700
376001UR
616200000000
510360010100
611102020200
611102020000
611102020100
050601010000
050600000000
615409049998
551547000000
551500000000
510602460100
500173170100
500173170500
514302000000
552011030100
552011030000
510601020800
510601020700
617019010800
7804010101
375401020300
375401029995
375401029996
375401029997
375401029998
375401029999
375401029995
37540102XXOO
375401020000
375401000000
510320200100
510323021400
510323020000
510323009999
510323000000
511013020600
511013020400
511013020800
511013020400
511013020700
511013020200
511013020000
781643010000
616937150200
616937150000
511402020200
511005020000
8860020802
618902000000
050000000000
883108130100
883108130200
720001020300
551801110200
885703150100
5502040509
55020<050400
5502C4051100
B OF GIVEN
14 (CSDOC/MEC)
9 (CSDOC/MEC)
8 (CSDOC/MEC)
4 (CSDOC/MEC)
15 (CSDOC/MEC)
X
UROTHOE VARVARINI
URTICINA SPP.
= A VALVIFERA
= VANIKORO CANCELLATA
VARGULA AMERICANA
VARGULA SPP.
VARGULA TSUJII
VAUCHERIA
a VAUCHERIALES
« VAUNTHOMPSONIA SP.
VENERIDAE
= VENEROIDA
VEPRECULA BRUNONIA
VERMILIOPSIS ANNULATA
VERMILIOPSIS BIFORMIS
VERONICELLIDAE
a VERTICORDIA ORNATA
VERTICORDIA SPP.
VEXILLUM CASTUM
VEXILLUM MACROSPIRUM
VIBILIA STEBBINGI
VICTORELLA PAVIDA
VIRGULARIA BROMLEYI
VIRGULARIA SP. 15 (CbDOC/MEC)
VIRGULARIA SP.
VIRGULARIA SP.
= VIRGULARIA SP.
VIRGULARIA SP.
= S VIRGULARIA SP.
VIRGULARIA SP.
VIRGULARIA SPP.
VIRGULARIIDAE ~
VITRICITHNA MARMORATA
VITRINELLA OLDROYDI
VITRINELLA SPP.
VITRINELLID SP. A (HONOLULU)
VITRINELLIDAE
a VOLVULELLA CALIFORNICA
- S VOLVULELLA CALLICERA
a VOLVULELLA CATHARIA
VOLVULELLA CYLINDRICA
VOLVULELLA PANAMICA
VOLVULELLA PERSIMILIS
VOLVULELLA SPP.
WATERISPORA SPP.
WESTWOODILLA CAECULA
WESTWOODILLA SPP.
WILLIAMIA RADIATA
WOODBRIDGEA SPP.
XANTHICHTHYS AUROMARGINATUS
XANTHIDAE
XANTHOPHYTA
XENERETMHS LATIFRONS
XENERETMUS TRICANTHUS
XENOSIPHON MUNDANUS
XYLOPHAGA WASHINGTONA
XYSTREURYS LIOLEPIS
YOLDIA BERINGIANA
= S YOLDIA ENSIFERA
YOLDIA LIMATULA
-------
550204050400 = S
5502040513
550204050400 =
550204050000 =
5502040507
550204060100 =
883560110100 =
8849010401
882701040200 =
882701040100 =
376009010100 =
8849010501
8849010502
375900000000 =
376000000000 = A
9666666666
811702020400 =
430302070100 =
43030207
430605030000 =
430605030200 =
YOLDIA PLENA
YOLDIA SAPOTILLA
YOLDIA SCISSURATA
YOLDIA SPP.
YOLDIA THRACIAEFORMIS
YOLDIELLA INTERMEDIA
ZALEMBIUS ROSACEUS
ZANCLUS CORNUTUS
ZANIOLEPIS FRENATA
ZANIOLEPIS LATIPINNIS
ZAOLUTUS ACTINUS
ZEBRASOMA FLAVESCENS
ZEBRASOMA VELIFERUM
ZOANTHARIA ACTINIARIA NYNANTHEAE ATHENARIA
ZOANTHARIA ACTINIARIA THENARIA
ZOEA INDETERMINATE
ZOROASTER EVERMANNI
ZYGEUPOLIA RUBENS
ZYGEUPOLIA SPP.
ZYGONEMERTES SPP.
ZYGONEMERTES VIRESCENS
-------
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 ZIP

W -- WITHIN ZID
B -- ZID BOUNDARY
N -- NEAR FIELD
R -- REFERENCE
F « FARFIELD |

Code EPA-3 - Data Qualifiers

A - BACTERIAL COLONY COUNTS ABOVE 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 I
E « ESTIMATED VALUE
F « COMPOUND NOT DETECTED AT THE ESTIMATED DETECTION LIMIT |
G » ESTIMATED VALUE IS GREATER THAN THE MINIMUM SHOWN
H » SEE ABSTRACT FOR EXPLANATION I
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 « VALUE IS A MEAN I
N » REPORTED VALUE IS NOT CORRECTED FOR ANALYTICAL BLANK
P •• DETECTED, NOT QUANTIFIED
Q « QUESTIONABLE DATA
S - SPIKED COLUMN
T - DETECTED AT LESS THAN THE QUANTIFICATION LIMIT. VALUE IS I
THE QUANTIFICATION LIMIT
U « SUBSTANCE UNDETECTED AT THE METHOD DETECTION LIMIT"
SHOWN, IF AVAILABLE
V -- BACTERIAL COLONY COUNTS BELOW ACCEPTABLE RANGE I
W -- BACTERIAL COLONY COUNTS WITHIN ACCEPTABLE RANGE I
X - VALUE REPORTED IS MASS RECOVERED (WEIGHT) I
Z « VALUE CORRECTED FOR "BLANK" CONTRIBUTIONS; RESULTING
VALUE STILL EXCEEDS THE DETECTION LIMIT

Code EPA-4 - Salinity Equipment Code

1 « REFRACTOMETER
2 -- ITERATION
3 » CONDUCTIVITY CELL
4 » CTD PROBE |
5 - ATOMIC ABSORPTION

C-l
-------
Code EPA-5 - Dissolved Oxygen Equipment Code

1 « WINKLERTTTRAT10N
2 » PROBE
| 4 -- CTD PROBE
Code EPA-6 - Bioassay Type

001 -- AMPfflPODSURVIVAL/EMERGENCE/REBURIAL
002 » BIVALVE LARVAE ABNORMALITY
003 - ANAPHASE ABERRATION
004 -- MICROTOX/LUMINESCENCE
005 -- MARINE PHYTOPLANKTON GROWTH
006 -- OYSTER SHELL DEPOSITION
007 - CRUSTACEAN SURVrVAL/GROWTH/REPRODUCnON
008 - INSECT SIJRVTVAL/GROWTH/REPRODUCTION
009 » BACTERIAL ENZYME ACTIVITY
010 - FISH SURVIVAL/GROWTH/REPRODUCnON
Oil - MARINEMACROALGAEGROWTH/REPRODUCTION
012 - ECH3NODERM FERTILIZATION/SURVIVAL
013 -- COMMUNITY INDICE/ARTIFICIAL SUBSTRATE
014 -- FISH PARTIAL LIFE-CYCLE
015 -- OLIGOCHAETE RESPIRATION
016 » CRUSTACEAN PARTIAL LIFE-CYCLE
017 - raMATODESURVWAIVGROWTH/REPRODUCnON
018 -- POLYCHAETESURVWALyGROWTH/REPRODUCTION
Code EPA-7 - Bioassay Variable

01 -- NUMBER OF AMPHIPODS EMERGING FROM SEDIMENTS OVER THE
BIOASSAY PERIOD
02 -- PERCENT INCREASE IN LUMINESCENCE OVER THE MICROTOX
BIOASSAY PERIOD (WITH ONE DECIMAL)
03 -- PERCENT DECREASE IN LUMINESCENCE OVER THE MICROTOX
BIOASSAY PERIOD (WITH ONE DECIMAL)
04 -- MEAN DRY WEIGHT IN GRAMS (WITH ONE DECIMAL PLACE) FOR
ALL ANIMALS IN EACH REPLICATE
05 -- MEAN DRY WEIGHT IN GRAMS (WITH ONE DECIMAL PLACE) FOR
ALL ADULT FEMALES IN EACH REPLICATE
06 « MEAN DRY WEIGHT IN GRAMS (WITH ONE DECIMAL PLACE) FOR
ALL MALES AND IMMATURES IN EACH REPLICATE
07 « COUNT OF LIVE OFFSPRING
08 » NUMBER OF LIVE ANIMALS FOLLOWING OBSERVATION PERIOD
09 -- NUMBER OF DEAD ANIMALS FOLLOWING OBSERVATION PERIOD
10 -- PERCENT OF LIVE OFFSPRING (WITH ONE DECIMAL PLACE)
11 - PERCENT ANIMALS DEAD FOLLOWING THE OBSERVATION PERIOD
(WITH ONE DECIMAL PLACE)
12 - PERCENT OF ANIMALS SURVIVING FOLLOWING THE OBSERVA-
TION PERIOD (WITHIN ONE DECIMAL PLACE)
13 » NUMBER OF SURVIVING NORMAL LARVAE FROM ORIGINAL
EMBRYOS
14 - NUMBER OF LIVE FEMALES FOLLOWING OBSERVATION PERI

C-2
-------
Code EPA-7 - Bioassav Variable (com.)
15 » NUMBER OF LIVE FEMALES WITH EGGS FOLLOWING
OBSERVATION PERIOD
16- NUMBER OF EGGS UNFERTILIZED
17 - PERCENT OF EGGS UNFERTILIZED (WITH ONE DECIMAL PLACE)
18 - MEAN NUMBER OF CYSTOCARPS (WITH ONE DECIMAL PLACE)
19 » CYSTOCARP COUNT FOR INDIVIDUAL PLANT
20 -- NUMBER OF LARVAL ABNORMALITIES FOLLOWING OBSERVATION
PERIOD
21 -- PERCENT OF LARVAL ABNORMALITIES FOLLOWING OBSERVATION
PERIOD (WITH ONE DECIMAL PLACE)
22 - NUMBER OF NORMAL ANAPHASES
23 -- NUMBER OF ABNORMAL ANAPHASES
24 - SHOOT LENGTH GROWTH, IN MM (WITH ONE DECIMAL PLACE)
25 - ROOT LENGTH GROWTH, IN MM (WITH ONE DECIMAL PLACE)
26 - FROND LENGTH GROWTH, IN MM (WITH ONE DECIMAL PLACE)
27 - DEHYDROGENASE ACTIVITY (PERCENT OF CONTROL, WITH ONE
DECIMAL PLACE)
28 » LC50, IN PPB (WITH ONE DECIMAL PLACE)
29 -- LC50, IN PPM (WITH ONE DECIMAL PLACE)
30 - LC50, IN RELATIVE PERCENT (WITH ONE DECIMAL PLACE)
31 -- EC50, IN PPB (WITH ONE DECIMAL PLACE)
32 » EC50, PPM (WITH ONE DECIMAL PLACE)
33 » EC50, IN RELATIVE PERCENT (WITH ONE DECIMAL PLACE)
34 -- POSITIVE GAMMA EFFECT (WITH TWO DECIMAL PLACES)
35 -- NEGATIVE GAMMA EFFECT (WITH TWO DECIMAL PLACES)
36 -- ALKALINE PHOSPHATASE ACTIVITY (PERCENT OF CONTROL, WITH
ONE DECIMAL PLACE)
37 « B-GALACTOSIDASE ACTIVITY (PERCENT OF CONTROL, WITH ONE
DECIMAL PLACE)
38 -- B-GLUCOSIDASE ACTIVITY (PERCENT OF CONTROL, WITH ONE
DECIMAL PLACE)
39 -- SUBSTRATE COVER, IN PERCENT (WITH ONE DECIMAL PLACE)
40 - INCREASE CHLOROPHYLL a (PERCENT TO NEAREST INTEGER)
41 -- DECREASE CHLOROPHYLL a (PERCENT TO NEAREST INTEGER)
42 -- NUMBER OF SURVIGING EMBRYOS
43 -- NUMBER OF ABNORMAL EMBRYOS
44 -- NUMBER OF AMPHIPODS REBURYING
45 - PERCENT OF AMPHIPODS REBURYING (PERCENT TO NEAREST
INTEGER)
46 -- PERCENT OF AMPHIPODS EMERGING (PERCENT OT NEAREST
INTEGER)
Code EPA-8 • Indinometer Angle Code 1

1 -- ANGLE MEASURED
2 -- ANGLE INFERRED
3 -- ANGLE UNKNOWN
C-3
-------
Code EPA-9 - Indinomeier Anple Code 2

1 » NO CORRECTIONS MADE IN REPORTED CURRENT DIRECTION AND
SPEED DUE TO TUT 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 and Series Number
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 EPA-LL^Phase
A - LIQUID
B » SUSPENDED/ELUTRIATE
C » SOLID/SEDIMENT
Code EPA -12 - Concentration Code
C -- CONCENTRATION IN PPM (WITH ONE DECIMAL)
B » CONCENTRATION IN PPB (WITH ONE DECIMAL)
R -- REFERENCE CONCENTRATION (PERCENT WITH ONE DECIMAL)
D « DILUTION (PERCENT WITH ONE DECIMAL)
Code Number 0012 - 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

C-4
-------
Code Number 0033 - Collection Gear

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 SHIPS
HULL - SURFACE SAMPLES ONLY
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 « SURFICIAL SEDIMENT
32 -- UNDIFFERENT1ATED SEDIMENT
33 -- ZOOPLANKTON
34 » UNDIFFERENTIATED PLANKTON
35 -- PHYTOPLANKTON
36 » 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 » ASPHALTINE FRACTION (F3)

C-5
-------
Code Number 0037 • Material Analyzed (com.}

54 « ALIPHATIC PLUS AROMATIC FRACTIONS (Fl +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)
58 - HEPATOPANCREAS
59 •- MUSCLE AND LIVER

Code Number 0075 - Gear Type HOQI
-- 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 .6CM (1/4IN.) MESH BAG
04 -- 36.6M (120FT.) BEACH SEINE WITH .6CM MESH DAG (SINKING NET)
05 » 36.6M (120FT.) BEACH SEINE WITH .6CM MESH BAG, EQUIPPED
WITH 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 5.1 CM (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 (50CM X 50CM) - SURFACE SCRAPINGS ONLY
15 » QUADRAT(50CMX50CM)-TOADEPTHOF15CM
16 -- QUADRAT (50CM X 50CM) - TO A DEPTH OF 30CM
17 -- QUADRAT(22.5CMX22.5CM)TOADEPTHOF15CM
18 -- QUADRAT (50CM X 50CM) 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 (17.3CMX 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 SYS'lEM 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

C-6
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Code Number 0075 - Gear Tye Cinm fc
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
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)
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 >1CM
45 •• .05M2 QUADRAT SUPFACE SCRAPINGS ONLY, 2MM SIZE
ORGANISMS OR GREATER
46 - QUADRAT (22.5CM X 22.5CM) TO A DEPTH OF 15CM, 2MM
ORGANISMS OR GREATER
47 -- QUADRAT (50CM X 50CM) SURFACE ALGAE SCRAPES ONLY, 2MM
SIZE ORGANISMS OR GREATER
48 -- SMITH MCINTYRE GRAB
49 - PISTON CORER
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
VOLUME
55 -- FRI-CREDDP EPIBENTHIC SLED, 0.25M2, EQUIPPED WITH TWO
0.12M2(130U)NETS
56 -- FRI-CREDDP EPIBENTHIC SLED, 0.25M2, EQUIPPED WITH ONE
0.25M2(130U)NET
57 -- FRI-CREDDP EPIBENTHIC SLED, 0.25M2, EQUIPPED WITH ONE
0.25M2 (253U) NET
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
0.12M2(253U)NET
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
NYLON
61 » 0.1 M2 EPIBENTHIC PLANKTON PUMP WITH 130U NET FRACTION OF
3 NETS
62 -- 0. 1 M2 EPIBENTHIC PLANKTON PUMP WITH 253U NET FRACTION OF
3 NETS

C-7
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Code Number 0075 - Gear TVPC OOQlfcom'd)
63 -- 0.1M2EPIBENTHIC PLANKTON PUMP WITH 500U NET FRACTION OF
3 NETS
64 -- 0.1 M2 EPIBENTHIC PLANKTON PUMP WITH 130U NET ONLY,
UNNESTED
65 -- 20CM BONGO NET (WITH 253U MESH NET)
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 > 1MM
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,
3.0MM MESH
73 - HOOP NETS, HOOP HAS 2.50MM MESH USED WITH TWO CLEATS:
ONE 24.4M X 1.83M WITH 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 125um SCREEN
94 » EPIBENTHIC ZOOPLANKTON PUMP (0.016 M2,130um MESH)
C-8
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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.
26 » MARINOVICH OTTER TRAWL (WITH 7.62M HEAD ROPE) |
30 -- MARK II (MODIFIED) UNIVERSAL TRAWL WITH 94' FOOTROPE AND
94' 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 THROUGHOUT 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" SIZE MULTIFILAMENT 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, 4.1 CM CODEND, 0.6CM CODEND LINER
99 -- A GILL NET WITH 7 50M X30M FATHOM SHACKLES HAVING MESH
SIZES: .83", 1.38", 1.65", 2.5", 3.25", 4.5", AND 5.25".
C-9
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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,
ALER1A, 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
| 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
38 - SILT
39 - CLAY
40 » LOAMS
41 -- SILT LOAM
42 - SANDY LOAM
43 -- SANDY CLAY LOAM
44 -- CLAY LOAM
45 -- LOAMY SAND
46 -- SILTYCLAY
47 » SILTY CLAY LOAM
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

C-10
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Code Number 0077 • Bottom Tvpc (cont'dl

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
74 -- HARD ROCK
75 - ROCK AND GREY MUD
76 -- GRAVEL AND GREY MUD
77 » BLUE-GREY MUD AND SAND
78 -- ROCK, GREEN SAND
79 « 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 -- MULTOTLAMENT (BRAIDED) NYLON
2 - MULTIFILAMENT (BRAIDED) COTTON
3 -- SYNTHETIC, VARIOUS
4 -- SILK
5 -- MANILA
6 -- LINEN

Code Number 0082 • Lcnph

-- 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 DORS AL (RATF1SH...)
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 OFl
CARAPACE FOR LOBSTER AND CRABS; TIP OF ROSTRUM TO TIP OF|
TELSON FOR SHRIMP)
C -- WIDTH OF CARAPACE (WIDEST POINT EXCLUDING SPINES)
C-ll
-------
D -- METASOME LENGTH (BOARD STANDARD LENGTH - SCCWRP)
| E -- WIDTII OF CARAPACE (WIDEST POINT INCLUDING SPINES)

Code Number 0085 - Navigation Code

01 -- LORAN (MIXED OR UNSPECIFIED)
02 •- RADAR AND/CR FIXES
03 -- RAYDIST WITHOUT COMPLICATIONS
04 -- RAYDIST WITH ERRORS, DRIFTING, EfC.
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

Code Number 0093 - Sphere

» BLANK - NO INFORMATION
2 -- SURFACE FLOATING
3 » WHOLE WATER SAMPLE
4 -- BOTTOM SEDIMENT
6 -- BIOTA
7 - INTERSTITIAL WATER
8 -- SUSPENDED PART1CULATE MATTER
9 » -RESUSPENDED SEDIMENT
A » SUSPENDED SOLIDS
B -- SEWAGE SLUDGE
G -- INDUSTRIAL WASTE
H -- DRILLING MUDS
I -- DISSOLVED FRACTION - WATER SAMPLE
J -- RECEIVING WATER
K -- SEWAGE EFFLUENT
L -- SEWAGE INFLUENT
M -- PART1CULATE FRACTION - WATER SAMPLE
N » DEWATERED SLUDGE
O - CSO EFFLUENT
P - MISC. POINT SOURCE EFFLUENT
Q » INDUSTRIAL WASTEWATER INFLUENT
R » INDUSTRIAL WASTEWATER EFFLUENT
S » ELUTRIATE

Code Number 0094 - Transmissivity Equipment Code

1 » TURBIDOMETER; IN JTU
2 » TRANSMISSOMETER; IN PERCENT OF LIGHT TRANSMISSION OVER
A 10 CM PATH
3 » FLUOROMETER; SUSPENDED SOLIDS CALIBRATION
4 -- NEPHELOMETER, IN NTU
5 -- TURBIDOMETER; IN FTU
C-12
-------
6 -- TRANSMISSOMETER; IN PERCENT LIGHT TRANSMISSION OVER A 1
MPATH
7 » TRANSMISSOMETER; IN PERCENT LIGHT TRANSMISSION OVER A
25 CM PATH

Code Number 0096 - Compass pirecrion

- 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 0105 - Cloud Cover

0 - ZERO
1 » 1OKTA OR LESS, BUT NOT ZERO (1/10 OR LESS, BUT NOT ZERO)
2 » 2OKTAS(2/lO-3/10)
3 « 3OKTAS(4/10)
4 -- 4OKTAS(5/10)
5 - 5OKTAS(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-13
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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

00 -- CALM - GLASSY (0 METERS)
01 - CALM -RIPPLED (0 - .1 METERS)
02 -- SMOOTH - WAVELET (. 1 - .5 METERS)
03 -- SLIGHT (.5 - 1.25 METERS)
04 -- MODERATE (1.25 - 2.5 METERS)
05 » ROUGH (2.5 - 4.0 METERS)
06 -- VERY ROUGH (4 - 6 METERS)
07 - HIGH (6 - 9 METERS)
08 » VE^Y HIGH (9-14 METERS)
09 -- 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 - ?84 DEGREES
19 » 185 DEGREES - 194 DEGREES
20 -- 195 DEGREES - 204 DEGREES
C-14
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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 PAPILLOMA
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 WHITE 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/SCOLIOSIS
K -- PRESUMED OSTEOMA
L - WHITE NODULES UNDER EPIDERMIS
M -- RAISED WHITE SPOT RINGED BY RED HEMORRHAGIC AREA
C-15
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Code Number 0120 - Disease (cont'd^

N -- UNUSUAL MORPHOLOGY
P - EPITHELIAL TUMOR OF SEBASTES ALUTUS
Q - FIBROMA OF ISOPSETTA ISOLEPIS
R -- SHORTENED OPERCLES
S -- FIN MISSING
T - EYE MISSING
U -- EXTERNAL COPEPOD PARASITES
V - MUSCULAR NEMATODE PARASITES
W - TUMOR IN GUT
X « LEECHES (EXTERNAL)
Code Number 0121-Health

-- BLANK - NO INFORMATION
1 -- NORMAL APPEARING
2 - EMACIATED
Code Number Q123 - Pigmentation

» BLANK - NO INFORMATION
1 - NORMAL
2 -- DARKER THAN NORMAL
3 -- LIGHTER THAN NORMAL

Code Number 0129 - Gear Typs

10 - PURSE SEINES, RINGNETS, ETC.
11 -- PURSE SEINE WITH POWER BLOCK
12 .-- LAMPARA
13 -- BEACH SEINE
20 » GELLNETS
21 -- DRIFT GILLNET
22 » TOWED GILLNET
23 -- SET GILLNET
24 -- VARIABLE MESH GILLNET
30 - BOTTOM TRAWLS
31 -- OTTERTRAWL
32 » PAIR TRAWL
33 « DANISH SEINE
34 » BEAM TRAWL
35 « SHRIMP TRAWL
36 -- TRY NET
40 - MIDWATER TRAWLS
41 -- ISAACS-KJDD TRAWL
42 - BONGO NET
43 « HERRING TRAWL
50 -- SURFACE TRAWLS
51 •• TOWNET
52 » TWO-VESSEL OPERATED TOWNET
53 -- SINGLE-VESSEL OPERATED TOWNET

C-16
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Code Number 0129 - Gear Type fcont'dl

54 -- PLANKTON-LARVAE NET
60 » PELAGIC LONGLINE
61 « SURFACE LONGLINE
62 « MIDWATER LONGLINE
63 - BENTHIC BIOLOGICAL ROCK DREDGE, RECTANGULAR BOX 0.5M X
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
88 -- ROV (REMOTELY OPERATED VEHICLE)
Code Number 0130 - 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

C-17
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Code Number 0130 • Mesh Size fcont.")

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 - SAMIYOTO NEUSTON SAMPLER
10 -- .5 X 1.0 METER MARMAP NEUSTON NET
11 -- 61 CENTIMETER BONGO NET
12 - 20 CENTIMETER BONGO NET
13 » .OX 2.0 METER MARMAP NEUSTON NET
14 - 6 FT. ISAACS-KIDD MIDWATER TRAWL
15 » EPIBENTHIC SLED WITH TWO 1 METER TUCKER TRAWLS
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 « MOCHNESS NET
I 23 -- MTDNET
24 - BURRELL EPIBENTHIC SLED (947 MICRON MESH NET)
25 » .0.5 METER NET
26 - PULLSLED - 0.15 X 0.57 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 (ZAITSEN-TYPE)
32 -- NUESTON NET, SIMPLE RECTANGLE
33 » NEUSTON NET, WHOI TYPE
34- CLARK-BUMPUS(12JNCH)
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-LITER NISKIN BOTTLE
41 -- 30-LITER NISKIN BOTTLE
42 » LONGHURST-HARDY CONTINUOUS PLANKTON RECORDER
C-18
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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
Code Number 0148 - Life History

» BLANK - NO INFORMATION
0 - INDETERMINABLE
1 -- EGG
2 -- NAUPLIUS
3 » ZOEA
4 -- MEGALOPA
5 - VELIGER
6 -- LARVA
7 -- JUVENILE
8 - 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
N » SPERM
P -- PARTS
Q - IMMATURE
R -- SUBADULT
S -• TROCHOPHORE LARVAE
T -- SUBADULTS AND JUVENILES
U -- MATING PAIRS
V » MYSIS

C-19
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Code Number Q148 • Life History fcont.1

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 » FLOOD SLACK
Code Number 0161 - Weight Determination

1 -- TOTAL CATCH OF SPECIES WEIGHED
2 » PRORATED ON BASIS OF SUBSAMPLE
3 -- ROUGH ESTIMATE
4 « TOTAL CATCH NOT INCLUDED IN RECORDED WEIGHT
5 - TOO SMALL TO WEIGH; ORGANISMS LESS THAN 1/1,000 GRAMS
6 -- ENCRUSTED, IMPOSSIBLE TO WEIGH
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

C-20
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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
M -- MUSSEL SAMPLE (COMPOSITE OF MANY SUBSAMPLES)
R -- TAR BALLS
S « COMPOSITE SEDIMENT SAMPLE
T -- DREDGED MATERIAL
U « WASTE MATERIAL
V -- SEWAGE SLUDGE
W « WATER
X » MOLLUSKS
Y » SUSPENDED SEDIMENT
3 -- COMPOSITE SAMPLE
Code Number 0253 - Method of Analysis. Coarse

1 -- 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
Code Number 0255 - Equipment Type

100 - GRAB SAMPLE (UNDEFFERENTIATED)
101 -- ORANGE PEEL GRAB
102 » CLAMSHELL GRAB
103 » VAN VEEN GRAB
104 » SHIPEK GRAB
105 » PETERSON GRAB
106 - CAMPBELL GRAB
107 -- SMTTH-MCINTYRE GRAB
108 -- FREE FALL GRAB

C-21
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jCode Number 0255 - Equipment Type (com.)
109 « PON AR GRAB
110 » SCOOPFISH (GRAB)
111 - DETZ-LAFONDGRAB
112 - BOOMERANG GRAB
113 -- EKMANGRAB
200 - DREDGE SAMPLE (UNDIFFERENTIATED)
201 -- CHAIN DREDGE
202 « PIPE DREDGE
203 » BOD DREDGE
204 - ANCHOR BOX DREDGE
300 » BOX CORE
400 -- GRAVITY CORE (UNDIFFERENTIATED)
401 -- PHLEGER CORER (GRAVITY)
402 - DART CORER (GRAVITY)
403 -- BOOMERANG CORER
404 •• HYDROPLASTIC (PVC) GRAVITY CORER
405 - KULLENBERG GRAVITY CORER
406 - EWING GRAVITY CORER
500 - PISTON CORE (UNDIFFERENTIATED)
501 -- KULLENBERG GRAVITY CORER
502 -- EWING PISTON CORER
503 - HYDROPLASTIC (PVC) 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
I G -- HARBOR
H » BAY
C-22
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Code Number 0347 • Wet or Drv Period

» BLANK - NO INFORMATION
D » DRY
N » NORMAL/AVERAGE CONDITIONS
W -- WET
Code Number 0350 - Chemical Analysis Methods

01 « ALPHA SPECTROMETRY
02 -- POLAROGRAPHY
03 -- CANDLE/GRAVIMETRY
04 -- CANDLE/nTRATION
05 - ATOMIC ABSORPTION SPECTROMETRY
06 - TRANSMISSION ELECTRON MICROSCOPY (TEM)
07 » AUTOANALYZER
08 -- PLATFA3RAVMETRY
09 - PLATE/REFLECTANCE
10 -- GEL PERMEATION CHROMATOGRAPHY
11 -- BIOASSAY
12 -- DISTILLATION
13 -- HEATED PURGE AND TRAP
14 -- CHEMICAL OXIDATION
15 - CHEMILUMINESCENCE
16 -- VISUAL
17 -- COLUMN CHROMATOGRAPHY
18 -- CALCULATED
19 - GAS CHROMATOGRAPHY
20 -- ACID DIGESTION/DISTILLATION
21 -- ACID DIGESTION/GRAVIMETRY
22 -- LIQUID SCINTILLATION CHROMATOGRAPHY
23 » THIN LAYER CHROMATOGRAPHY
24 » CRYSTAL SCINTILLATION COUNTER
25 » COLORJMETRY
26 -- CONDUCTIVITY
27 » COULOMETRY
28 - GLASS CAPILLARY/GAS CHROMATOGRAPHY
29 « DRY COMBUSTION/GAS DISPLACEMENT
30 « DRY COMBUSTION/GRAVIMETRY
31 - DRY COMBUSTION/INFRARED SPECTROMETRY
32 - r>RY COMBUSTION/THERMAL CONDUCnvrTY SENSOR
33 « EDTA TTTRATION
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 CHROMATOGRAPHY

C-23
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Code Number 0330 - Chemical Analysis
45 -- GAMMA RAY SPECTROMETRY
46 » EMISSION SPECTROMETRY
47 -- GAS CHROMATOGRAPHY/ELECTRON CAPTURE
48 -- ANODIC STRIPPING VOLTOMETRY
49 « GAS CHROMATOGRAPKY/FLAME SPECTROMETRY
50 -- GAS CHROMATOGRAPHY/MASS SPECTROMETRY
51 » GAS CHROMATOGRAPHY/IONEATION
52 -- ACID DIGESTION/TTTRATION
53 » X-RAY SPECTROMETRY
54 » FILTRATION
55 » GAS DISPLACEMENT
56 - MANOMETRY
57 -- GRAVMETRY
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 -• PETROGRAPHIC MICROSCOPE
68 » DOBSON TECHNIQUE
69 - EH METER
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 -- WET COMBUSTION/SPECTROPHOTOMETRY
83 -- WET COMBUSTION/TTTRATION
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 - MACROBOMB CALORIMETRY
94 » PLANCHET GAS FLOW COUNTER
95 - MICROBOMB CALORIMETRY
96 » OZONESONDE
97 -- UV SPECTROMETRY
98 « ELECTRODEPOSrnON
99 -- ELECTROLIC ENRICHMENT/PROPORTIONAL COUNTER

C-24
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Code Number 0350 • Chemical Analysis Methods (cont'd)

Al » GAS CHROMATOGRAPHY/FLAME SPECTROMETRY
A2 - GAS CHROMATOGRAPHY/hfTTROGEN-PHOSPHORUS DETECTION
A3 - GAS CHROMATOGRAPHY/THERMAL CX)NDUCITVrrY
A4 - HIGH PRESSURE LIQUID CHROMATOGRAPHY
A5 « LIQUID CHROMATOGRAPHY/MASS SPECTROMETRY
A6 - ACEDDIGESTION/COLORIMETRY
A7 -- MERCURIC NTTRATE TTTRATION
A8 » TURBIDITY/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 -- AMPERIMETRICTTTRATION (CHLORINE RESIDUAL ANALYSIS)
C4 - PURGE AND TRAP
C5 -- GAS CHROMATOGRAPHY WITH HA ELECTROLYTE CONDUC
TTVTTY DETECTION
C6 -- DILUTE ACID EXTRACTION
C7 - PURGE AND TRAP WITH CRYOGENIC FOCUS
C8 -- SONIC EXTRACTION
C9 -- FLUORISIL COLUMN CHROMATOGRAPHY
Dl -- ALUMINA COLUMN CHROMATOGRAPHY
D2 -- ICP (INDUCTIVELY COUPLED PLASMA/MASS SPECTRO
PHOTOMETRY)
D3 -- STALLING'S METHOD (EXTRACTION/CLEANUP FOR DIOXIN)
D4 -- HIGH RESOLUTION GC/LOW RESOLUTION MS (HRGC/LRMS)
D5 » CHELATION/SOLVENT EXTRACTION
D6 - DISSOLVED OXYGEN PROBE
D7 » NITRIFICIATION INHIBITION
D8 » SILICA COLUMN CHROMATOGRAPHY
D9 -- SULFUR CLEANUP (EPA 3660)
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

C-25
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Code Number 0362 - Wave Height (cont'd)

08 « 4 METER
09 - 4.5 METER
10 « 5 METER
11 -- 5.5 METER
12 -- 6 METER
13 - 6.5 METER
14 - 7 METER
15 - 7.5 METER
16 - 8 METER
17 « 8.5 METER
18 » 9 METER
19 -- 9.5 METER
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 Industry 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 FIXTURES
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

C-26
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Code Number 0375 - Primary Industry Code (com.1)

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
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
C-27
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Code Number Q375 - Primary Industry Code fcont.)

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 « GOVERNMENT FACILITIES
I 98 -- MULTIPLE INDUSTRIES (E.G., 28 +29)
99 - NONCLASSIFIABLE ESTABLISHMENTS
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, SMTTH-MCINTYRE, ETC.)
07 » CORE (PISTON, GRAVITY, BOX, ETC.)
08 -- DREDGE (CLAM, PIPE, ANCHOR, ETC.)
09 - PUMP (PLANKTON, MEDWATER, AIRLIFT, ETC.)
10 -- AUTOMATIC COMPOSITE SAMPLER
11 - CTD
99 -- MISCELLANEOUS (HAND-GATHERED, TRAPS, SHOVEL, ETC.)
Code Number 0377 - Measurement Codq

A -- WEIGHT/VOLUME, PPM (E.G., MICROGRAMS/MILLILITER)
B .- WEIGHT/WEIGHT, PPM (E.G., MICROGRAMS/GRAM)
C -- VOLUME/WEIGHT, PPT (E.G., MICROLrTERS/GRAM)
D -- VOLUME/VOLUME, PPM (E.G., MICROLITERS/LITER)
E -- ACTIVITY/VOLUME (I.E., MICROCURIES/MILLILrrER)
F -- ACTIVITY/WEIGHT (I.E., MICROCURIES/GRAM)
G » WEIGHT/AREA (E.G., MILLIGRAMS/SQUARE METER)
H -- MILLIVOLTS
I -- PERCENT (DRY WEIGHT)
J - WEIGHT/WEIGHT, PPB (E.G., NANOGRAMS/GRAM)
K » WEIGHT/VOLUME, PPB (E.G., MICROGRAMS/LITER)
N « POSITIVE RATIO OR PURE NUMBER
O » MILLIEQUIVALENTS/100 GRAMS
P -- STANDARD pH UNITS
Q -- MILLIMETER
R » MILLION FIBERS/GRAM (MFG)
S -- MILLION FIBERS/LITER (MFL)
T -- VOLUME/VOLUME, PPT (E.G., MILLILITERS/LrrER)
U - WEIGHTAVEIGHT, PPTr (E.G., PICOGRAMS/GRAM)
V - WEIGHTAVEIGHT, PPT (E.G., MILLIGRAMS/GRAM)
W -- DEGREES CELCIUS
X -- ACTIVITY/VOLUME (I.E., PICOCinUES/LITER)
Y » MICROMOLES
C-28
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Code Number Q380 - Organ Qxjg

002 -- PHARYNX
003 « ESOPHAGUS
004 -- FUNDIC STOMACH
005 - PYLORIC STOMACH
006 -- PYLORIC CAECAE
007 -- SMALL(UPPER) INTESTINE
008 « LOWER INTESIINEOro RECTUM)
009 -- RECTUM \
010 -- ANUS
Oil -- UVER \
012 -- PANCREAS(NOS * NOT OTHERWISE SPECIFIED)
013 « PANCREAS(EXOCRINE)
014 » GALLBLADDER \
015 » TAIL(POSTERIOR, TRUNK) KIDNEY
016 « URINARY BLADDER
017 - OPISTHONEPHRICDUCT
018 -- HEART (NOS)
019 -- BULBUS ARTERIOSUS
020 - ATRIUM, AURICLE \
021 » VENTRICLE \
022 » SINUS VENOSUS
023 » SEMILUNAR VALVE
024 » AURICULOVENTRICULAR VALVE
025 » VISCERAL CAVITY
026 -- ORAL(BUCCAL) CAVITY
027 -- PERICARDIAL CAVITY
028 -- OPERCULAR CAVITY
029 » NASAL SINUSES
030 -- SPLEEN
031 « THYMUS
032 » HEAD(ANTERIOR)KIDNEY
033 - GILL
034 -- PSEUDOBRANCH
035 » TESTIS
036 » OVARY
037 » SEMINAL VESICLE, SPERMATIC DUCT
038 « OVIDUCT
039 -• ENDOCRINE PANCREAS
040 « CORPUSCLE OF STANNIUS
041 -- ADRENOCORTICAL(INTERRENAL) TISSUE
042 » CHROMAFFIN TISSUE
043 -- PITUITARY GLAND
044 » THYROID GLAND
045 » SWIM BLADDER
046 » GAS GLAND RETE
047 » HEAD
048 - LIPS
049 « EYES
050 -- SKIN(NOS)
C-29
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Code Number 0380 - Organ Code fcnnt'ril

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/RIGHT
062 -- PELVIC FIN, BLIND/LEFT
063 - DORSAL FIN(NOS)\
064 » DORSAL FIN, EYEDfRIGHT
065 -- DORSAL FIN, BLINIVLEFT
066 - ANALFIN(NOS) \
067 -- ANAL FIN, EYED/RIGHT
068 » ANAL FIN, BLIND/LEST
069 -• CAUDAL FIN(NOS)
070 » CAUDAL FIN, EYED/RIGHT
071 -- CAUDAL FIN, BLIND/LEFT
072 » CAUDAL PEDUNCLE(NOS)
073 -- CAUDAL PEDUNCLE, EYED/RIGHT
074 -- CAUDAL PEDUNCLE, BLttJD/LEFT
075 « SKELETAL BONE(NOS)
076 -- -NEUROCRANIUM
077 •- BRANCHIOCRANIUM
078 « VERTEBRAL COLUMN
079 « RIBS
080 -- CARTILAGE(NOS)
081 -- OPERCJLUM
I 082 -- GONAD
083 -- BRAIN(NOS)
084 -- TELENCEPHALON
085 - DEENCEPHALON
086 -- MESENCEPHALON
087 -- CEREBELLUM
088 -- MEDULLA OBLONGATA
089 -- SPINAL CORD
090 -- PINEAL GLAND
091 - OLFACTORY ORGAN
092 -- LATERAL LINE SYSTEM
093 -- MESENTERY
I 094 -- KIDNEY
095 - MUSCLE
096 •• STOMACH
097 -- GALL BLADDER/MESENTERIC CORPUSCLES
098 -- HEPATOPANCREAS
C-30
-------
Code Number 0381 • Suborgan/Tissue

001 -- EPITHELIUM
002 « GLANDULAR EPITHELIUM
003 « DUCTULAR EPITHELIUM, SIMPLE
004 » TRANSITIONAL EPITHELIUM(E.G. URINARY BLADDER)
005 -- COLUMNAR EPITHELIUM, SIMPLE
006 -- COLUMNAR EPITHELIUM, STRATIFIED
007 - CUBOIDAL EPITHELIUM, SIMPLE
008 -- CUBOIDAL EPITHELIUM, STRATIFIED
009 - SQUAMOUS EPITHELIUM, SIMPLE
010 - SQUAMOUS EPITHELIUM, STRATIFIED
Oil -- PERITONEUM
012 » SEROSA, MESOTHELIUM(NOS)
013 -- MUCOSA(NOS)
014 -- HEPATOCELLULAR EPITHELIUM(NOS)
015 » HEPATOCELLULAR EPITHELIUM, CENTROLOBULAR
016 - HEPATOCELLULAR EPITHELIUM, MIDZONAL
017 - HEPATOCELLULAR 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 - RESPERATORY(LAMELLAR) EPITHELIUM
027 -- GILL FILAMENT EPITHELIUM
028 -- SPERMATOGEN1C EPITHELIUM
029 -- OOGEN1C EPITHELIUM
030 » CONNECTIVE TISSUE(NOS)
031 -- STROMA(NOS)
032 » LAMINA PROPRIA
033 -- SUBMUCOSA/SUBEPITHELIA
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.(NOS)
040 » DENSE COLLAGENOUS C.T., REGULAR
041 -- DENSE COLLAGENOUS C.T., IRREGULAR
042 » ELASTIC C.T.
043 » RETICULAR C.T.
044 « ADIPOSE TISSUE
045 - FIBROBLASTS
046 » CARTILAGE(NOS)
C-31
-------
Code Number 0381 - Suborgan/Tissue fcont'd)

047 -- CARTILAGE, CELLULAR ELEMENTS(E.G. CHONDROCYTES,
CHONDROBLASTS)
048 -- CARTILAGE GROUND SUBSTANCE(MATRDQ
049 - PERICHONDRIUM
050 - BONE(NOS)
051 - CELLULAR BONE
052 -- ACELLULAR BONE
053 » BONE, CELLULAR ELEMENTS(NOS)
054 - OSTEOBLASTS
055 - OSTEOCYTES
056 -- OSTEOCLASTS
057 -- BONE MATRDC(NOS)
058 -- BONE MATRIX, ORGANIC
059 -- BONE MATRIX, INORGANIC
060 -- PERIOSTEUM
061 -- LEPIDOTRICHIA
062 -- CENTRAL CONNECTIVE TISSUE OF LEPIDOTRICHIA
063 -- SPLENIC ELLIPSOIDS/RETICULAR SHEATHS
064 - CAPSULE
065 -- TUNICA MUSCULARIS
066 -- HEPATOPANCREAS DUCT LUMEN
067 -- OVARIAN FOLDS
068 -- OUTSIDE/ADJACENT TO ORGAN
069 -- BETWEEN FOLLICLES
070 -- OUTSIDE/BETWEEN OVIGENOUS FOLDS
071 -- TESTES - TUBULES AND/OR CYSTS
072 -- BILE DUCT
073 -- PARENCHYMA
074 -- HEPATOPANCREAS
090 » HAEMATOPOIETIC TISSUE(NOS)
091 - ERYTHROID TISSUE
092 - LYMPHOID TISSUE
093 -- RETICULOENDOTHEL1AL/MONONUCLEAR PHAGOCYTIC
SYSTEM(NOS)
094 -- ERYTHROCYTES
095 -- ERYTHROBLASTS
096 -- THROMBOCYTES
097 « LEUKOCYTES
098 - GRANULOCYFES
099 « NEUTROPHILS
100 - BASOPHILS
101 - EOSINOPHILS
102 - MONOCYTES
103 -- MELANOMACROPHAGE CENTERS(MM-C)
104 » MUSCLE TISSUE(NOS)
105 » SMOOTH MUSCLE(NOS)
106 - MUSCULARJS MUCOSA
107 » MUSCULARIS EXTERNAE
108 - STRIATED SKELETAL MUSCLE(NOS)
C-32
-------
Code Number 0381 - Suborgan/Tissui: (cont'd)

109 » ENDOMYSIUM i
110 -- PERIMYSIUM
111 - EPIMYSIUM
112 - MYOCARDIUM(NOS
113 -- MYOCARDIUM, SUBENDOCARDIAL
114 » MYOCARDIUM, MIDZONAL
115 » MYOCARDIUM, SUBEPICARDIAL
116 -- ENDOCARDIUM
117 - EPICARDIUM
118 -- PERICARDIUM I
119 - VASCULATURECNOS).
120 -- ENDOTHELIUM \
121 » ARTERIES(NOS) 1
122 « LARGE ELASTIC ARTERIES
123 - MUSCULAR ARTERIES
124 » SMALL ARTERIES
125 -- ARTERIOLES i
126 - VEINS(NOS) ''
127 - LARGE VEINS
128 -- SMALL VEINS
129 -- VENULES
130 -- CAPILLARIES
131 - CENTRAL VEIN(LIVER)
132 -- SINUSES
133 - SINUSOIDS
134 -- LYMPHATIC DUCTS
135 -- PERIVASCULAR TISSUE
137 » MACROPHAGE AGGREGATES
150 - NERVOUS TISSUE(NOS)
151 - NEURON(NOS)
152 -- NEURON AL SOMA(CELL BODY)
153 - AXON
154 » DENDRITE
155 « NEUROGLIAL CELL(NOS)
156 - EPENDYMALCELL
157 - NEUROGLIAL CELL OF CENTRAL NERVOUS SYSTEM
158 -- SATELLITE CELL OF PERIPHERAL GANGLIA
159 - SCHWANNCELL
160 - CEREBRUM(NOS)
161 •• CEREBRAL CORTEX
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 Ccont'd)

173 » GRAY MATTER
174 « WHITE MATTER
175 » NERVE TRACT(NOS)
176 « NERVE, UNMYELINATED
177 - NERVE, MYELINATED
178 - ENDONEURIUM
179 -- PERINEURJUM
180 •• EPINEURIUM
181 -- PERIPHERAL GANGLION
182 - NEUROMAST OF LATERAL LINE
200 -- EPIDERMIS
201 -- SUBCUTANEOUS TISSUE(NOS)
202 « DERMIS(NOS)
203 - STRATUM SPONGIOSUM
204 -- STRATUM COMPACTUM
205 - HYPODERMIS
206 » SCALE(NOS)
300 » NEPHRON(NOS)
301 - GLOMERULUS(NOS)
302 -- BOWMAN'S SPACE
303 - GLOMERULAR TUFT
304 « GLOMERULAR CAPILLARIES
305 « GLOMERULAR MESANGIUM
306 -- MESANGIAL MATRIX
307 -- VISCERAL EPITHELIUM OF BOWMAN'S CAPSULE
308 -- PARIETAL EPITHELIUM OF BOWMAN'S CAPSULE
309 » AFFERENT ARTERIOLE OF GLOMERULUS
310 -- EFFERENT ARTERIOLE OF GLOMERULUS
311 » JUXTAGLOMERULAR COMPLEX
312 -- GILL ARCH
313 -- GILL FILAMENT
314 -- GILUSECONDARY) LAMELLA
315 « ADENOHYPOPHYSIS
316 -- NERUOHYPOPHYSIS
317 -- SPERMATOGONTA
318 - PRIMARY SPERMATOCYTE
319 -- SECONDARY SPERMATOCYTE
320 -- SPERMATTDS
321 -- SPERMATOZOA
322 « OOGON1A
323 -- OOCYTE, STAGE A(PRIMARY)
324 » OOCYTE, STAGE B(SECONDARY)
325 -- MATURING OVA, STAGE C
326 -- MATURING OVUM, STAGE D
327 -- MATURING OVUM, STAGE E
328 -- DEVELOPING EMBRYO
350 -- GOBLIT/MUCOUS CELLS
351 » LUMEN
352 » BASEMENT MEMBRANE/BASAL LAMINA
353 - CHLORIDE CELLS OF GILL EPITHELIUM
C-34
-------
Code Number 0382 - Lesion/Etiology

001 » NORMAL
002 -- ALGAE.
003 - FUNGAL INFECTION
004 -- ICTHYOPHONUS
005 -- HELMINTHS
006 -- NECROSIS
007 » UNKNOWN
008 » OTHER
009 -- ATRETICEGGS
010 -- HYPERPLASIA - ABNORMAL CELLS
Oil - HYPERPLASIA - NORMAL CELLS
012 - CYST-PROBABLE DEGENERATE PARASITE
013 -- CYST-UNKNOWN
014 - LEUKOCYTIC INFILTRATION BY UNKNOWN
015 - SARCODINA
016 -- AMOEBIDAE
017 » MASTIGOPHORA(FLAGELLATES)(NOS)
018 -- DINOFLAGELLATES(NOS)
019 « EUGLENA(NOS)
020 - PROTOMONADINA(NOS)
021 « TRYPANOSOMA(NOS)
022 - POLYMASTIGINA
023 -• COSTIA SPP.
024 » HEXAMITA SPP.
025 -- CILIOPHORA(INFUSORIA)(NOS)
026 » SUCTORIA(NOS)
027 -• NON-SUCTORIAN CILIATES(NOS)
028 -- SPIROTRICHIA(NOS)
029 -- HOLOTRICHIA(NOS)
030 -- ICHTHYOPHTHIRIUS SPP.
031 -- CRYPTOCARYON SPP.
032 - GYMNOSTOMATIDA(NOS)
033 -- PERITRICHIA(NOS)
034 - TRICHODINA SPP.
035 - UNIDENTIFIED NON-SPOROZOAN(PROTOZOA)
036 -- GENERAL - LEUKOCYTIC INFILTRATION
037 - HYALINIZATION
038 -- FIBROPLAST INFILTRATION
039 -- DEGENERATED GONAD
040 - VESICULATION
041 - PYCNOTIC NUCLEI
042 - FLUID STROMA
043 -- CELLULAR DEBRIS
044 - REABSORBED OCCYTES
045 - UNDEVELOPED GONADS
046 - INCREASED CONNECTIVE TISSUE
047 » ACIDOPHILLIC CELLS
048 » MURALIUM STRUCTURE
049 -- TUBULAR STRUCTURE
C-35
-------
Code Number 0382 - Lesion/Etiology (coni'dl

050 « MIXED STRUCTURE
051 » SINUSOID OPEN
052 » SINUSOID CLOSED
053 -- HEPATOPANCREAS PRESENT
054 - GRANULOMA
055 -- ACNIDOOSPORIDIA(NOS)
056 » SARCOCYSTIS SPP.
057 - TELEOSPOREA(NOS)
058 - COCCIDIA(NOS)
059 » EIMERIA SPP.
060 - HAEMOGREGARINA SPP.
061 » HAEMOSPORIDIA
062 - CNIDOSPORA(NOS)
063 -- MYXOSPORJDDEA(NOS)
064 -- EURYSPORIDEA(NOS)
065 -- SPAEROSPORIDEA(NOS)
066 -- PLATYSPOREA
067 -- MYXIDnAE
068 - MYXIDIUM SPP.
069 -- COCCOMYXIDAE(NOS)
070 -- MYXOSOMATIDAE(NOS)
071 -- MYXOBOLIDAE (NOS)
072 -- ELONGIDAE(NOS)
073 -- MICROSPORIDEA
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 -- LARVAIXMETACERCARCIAL)DIGENETICTREMATODE(NOS)
106 -- DIGENETIC TREMATODE, 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 -- PHILOMETRA SPP.
115 » LARVAL NEMATODE(NOS)
116 -- NEMATODE, UNSPECIFIED LIFE STAGE
117 -- ADULT ACANTHOCEPHALID(NOS)
Ii8 -- LARVAL ACANTHOCEPHALID(NOS)
C-36
-------
Code Number 0382 - Lesion/Etiology (cont'd)

119 - ACANTHOCEPHALAN, UNSPECIFIED LIFE STAGE
120 - HIRUDINEA(LEECH)(NOS)
121 - CRUSTACEA(NOS)
122 » BRANCHIURA(NOS)
123 -- COPEPODA(NOS)
124 « UNIDENTIFIED METAZOAN
125 » HEMRJRANTREMATODE
126 -- APICAL END OF CELL EOSINOPHTTIC
127 -- BASOPHILICHEPATOCYTES
175 » BACTERIAL INFECTION
176 -- ROD-LIKE BACTERIA
177 - COCCI BACTERIA
178 - GRAM-NEGATIVE BACTERIA
179 -- GRAM-POSITIVE BACTERIA
180 -- CHALMYDIAL INFECTION
181 -- RICKETTS1AL INFECTION(NOS)
182 - EPITHELIOCYSTIS
183 -- VIRAL INFECTION
184 » RODLET CELLS
185 -- UNSPECIFIED, UNIDENTIFIABLE PARASITIC
INFECTION/INFESTATION
186 » LYMPHOCYSTIS
187 -- LARVAL CESTODE
200 - INFLAMMATION, INFLAMMATORY REACTION(NOS)
201 -- ACUTE INFLAMMATION(NOS)
202 » SUBACUTE INFLAMMATION(NOS)
203 - CHRONIC INFLAMMATION(NOS)
204 -- ULCERATIVE INFLAMMATION(NOS)
205 -- EROSIVE INFLAMMATION(NOS)
206 -- GIANT CELL INFLAMMATION
207 -- SEROUS(TRANSUDATTVE) INFLAMMATION
208 » CATARRHAL INFLAMMATION(MUCOUS MEMBRANES)
209 -- EXUDATIVE INFLAMMATION(NOS)
210 » SUPPURATIVE INFLAMMATION(PUS)
211 -- MUCOPURULENT EXUDATE
212 » FIBRINOUS INFLAMMATION(NOS)
213 - MEMBRANOUS INFLAMMATION(NOS)
214 » HEMORRHAGIC INFLAMMATION (NOS)
215 -- NECROTIZING INFLAMMATION(NOS)
216 » CHKON1C ULCERATIVE INFLAMMATION (FIN EROSION)
217 -- CHRONIC EXUDATIVE INFLAMMATION
218 - CHRONIC NECROTIZING INFLAMMATION
219 » GRANULOMATOUS INFLAMMATION(NOS)
220 -- GIANT CELL GRANULOMA(NOS)
221 -- FOREIGN BODY GIANT CELL GRANULOMA
222 -- LANGHANS GIANT CELL REACTION
223 » NON-NECROTIZING GRANULOMA
224 -- NECROTIZING GRANULOMA
225 » CALCIFIED GRANULOMATOUS INFLAMMATION
C-T7
-------
Code Number 0382 - Lesion/Etiolopv fcontvn

226 - INFLAMMATION WTTHFIBROSIS
227 -- FIBROGRANULATION TISSUE
228 -- INFLAMMATION WITH FAT NECROSIS
229 -- INFLAMMATION WITH THROMBOSIS
230 -- INFLAMMATION WITH STASIS
231 -- PROLIFERATIVE INFLAMMATION (E.G.,
MESANGIOPROLIFERATTVE GLOMERULONEPHRITIS)
232 -- INFLAMMATORY CPU. INFILTRATE(NOS)
233 - ACUTE INFLAMMATORY CF.T .1, INFILTRATE
234 -- CHRONICCLYMPHOCYTIC, MONONUCLEAR) INFLAMMATORY
CELL INFILTRATE
235 -- HYSTIOCYTIC INFILTRATE
236 - EOSINOPHILIC/GRANULOCYTIC INFILTRATE
237 -- EOSINOPHJLIC FOCUS
238 - R.A. MURCHELANO AND/OR ITO CELLS
260 - ERYTHEMA(NOS)
261 -- FIBROSIS, FIBROPLASIA(NOS)
262 - FIBROUS SCLEROSIS
263 - GLIOSIS
2M -- ADHESION(NOS)
265 - FIBROUS ADHESION
267 » CIRRHOSIS(NOS)
268 - MICRONODULAR CIRRHOSIS
269 -- MACRONODULAR CIRRHOSIS
270 - BILIARY OBSTRUCTIVE CIRRHOSIS
271 SEPTAL CIRRHOSIS
272 -- POST-NECROTIC CIRRHOSIS
273 -- NEW BONE FORMATION
274 -- ECTOPIC BONE FORMATION
300 - DEGENERATION(NOS)
301 -- LIQUIFACnVE DEGENERATION
302 -- GRANULAR(FLOCCULAR, CLOUDY SWELLING)
303 -- HYALINE DEGENERATION
304 -• HYDROPIC DEGENERATION
305 -- FATTY DEGENERATION, FATTY CHANGE
306 -- MUCOID DEGENERATION
307 •• PIGMENTARY DEGENERATION
308 - NECROSIS(NOS)
309 -- LIQUEFACnVE NECROSIS
310 -- COAGULATIVE NECROSIS
311 •• HYALIN BODIES
312 - FATTY NECROSIS
313 -- HEMMORHAGIC NECROSIS
314 -- CASEOUS NECROSIS
315 -- FIBRINOID NECROSIS
316 - EXFOLIATION, SLOUSING
317 - INFARCT(NOS)
318 - ACUTE INFARCT
319 « HEMORRHAGICINFARCT
320 - HEALEC INFARCT
321 -- EOS INOPHILIC CHANGE
C-38
-------
Code Number 0382 - Lesion/Etiology (cont'd)

350 -- DEPOSrnON(NOS)
351 - HYALINIZATION
352 -- FIBRIN DEPOSITION
353 - AMYLOID DEPOSITION
354 -- PARA-AMYLOID DEPOSITION
355 -- FATTY INFILTRATION
356 - CALCIFICATION, MINERALIZATION (NOS)
357 » NUTRTnONAUMETASTIC) CALCIFICATION
358 - DYSTROPHIC CALCIFICATION
359 - CALCINOSIS
360 - PROTEIN DEPOSITION
361 - FILTRATE PROTEIN DEPOSITION
362 - FOREIGN MATERIAL DEPOSITION
363 - PIGMENTATION (NOS)
364 » PIGMENT ALTERATION(NOS)
365 » MELANIN PIGMENTATION
366 - MELANOSIS
367 - DYSTROPHY (NOS)
368 » CONNECTIVE TISSUE DYSTROPHY(NOS)
369 » ATROPHY(NOS)
370 -- FATTY ATROPHY
371 » COMPRESSION ATROPHY
372 » DEPLETION(NOS)
373 - LIPID DEPLETION
374 « DECALCIFICAT1ON/DEMINERALIZATION
375 -- CYTOPENIA(NOS)
376 « PILIOSIS HEPATITIS (RED SPOT)
400 » NUCLEAR ALTERATION(NOS)
401 » MULTIPLE NUCLEI(NOS)
402 » BINUCLEATE
403 - NUCLEAR DEGENERATION(KARYORRHEXIS, KARYOLYSIS)
404 - PYKNOSIS
405 - NUCLEAR ENLARGEMENT
406 - NUCLEAR PLEOMORPHISM(ANISOKARYOSIS)
407 » NUCLEAR SHAPE ALTERATION(NOS)
408 » FOLDED NUCLEUS
409 - FISSURED NUCLEUS
410 -- GENERAL CHROMATIN ALTERATION(NOS)
411 » CHROMATIN COARSELY DISPERSED
412 -- CHROMATIN FINELY DISPERSED
413 « NUCLEAR HYPERCHROMASIA
414 - NUCLEAR ACHROMASIA
415 « NUCLEAR HYPOCHROMASIA
416 « MARGINATION OF CHROMATIN
417 » SUSPECTED POLYPLOIDY
418 » SUSPECTED MTTOT1C ARREST
419 » NUCLEOLAR ALTERATION(NOS)
420 -- MULTIPLE NUCLEOLI
421 » ALTERATION OF FILAMENTOUS PORTION OF NUCLEOLUS
C-39
-------
Code Number 0382 - Lesion/Etiology (cont'cH

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 VACUOLATION
450 -- MJTOCHONDRIALALTERATION(NOS)
451 » ALTERATION OF MITOCHONDRIAL CRISTAE
452 » ALTERATION OF MITOCHONDRIAL MATRIX
453 » ALTERATION OF MITOCHONDRIAL MEMBRANE
454 « FUSED CRISTAE
455 - MITOCHONDRIAL ENLARGEMENT
456 « GIANT MITOCHONDRIA
457 - MITOCHONDRIAL VACUOLATION
458 -- MITOCHONDRIAL HYPERPLASIA
459 » ENDOPLASMIC RETICULUM ALTERATION(NOS)
460 -- SMOOTH ENDOPLASMIC RETICULUM ALTERATION(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 -- RBOSOME ALTERATION(NOS)
476 -- POLYSOME ALTERATION(NOS)
477 » LYSOSOME ALTERATION(NOS)
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 « CYTOPLASMICLIPOFUSCIN/CEROID
488 » CYTOPLASMIC MELANIN
489 » CYTOPLASMIC BELIRUBIN/BILIVERDIN
490 -- CYTOPLASMIC GLYCOGEN DEPOSITION
C-40
-------
Code Number 0382 - Lesion/Etiology (cont'd)

491 - CYTOPLASMIC FAT DEPOSITION
492 - CYTOPLASMIC HYALIN DEPOSmON(INCLUDING ALCOHOLIC
HYALIN, MALLORY BODIES)
493 -- CYTOPLASMIC PROTEIN DEPOSITION(INCLUDING RUSSELL
BODIES)
494 -- CYTOPLASMIC AGGREGATES(NOS)
495 -- CYTOPLASMIC GRANULATION
497 » PERINUCLEAR HALO
498 « CYTOPLASMIC FIBER ALTERATION(NOS)
499 -- CYTOPLASMIC FILAMENT ALTERATION(NOS)
500 -- MICROTUBULE ALTERATION
501 -- MYOFIBRILLAR CONTRACTION BANDS ALTERATION
502 -- MYOFILAMENT FRAGMENTATION
503 - MYOFILAMENT 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 - MICROV1LLUS ALTERATION(NOS)
512 » FOOT PROCESS ALTERATION(NOS)
513 « PINOCYTOTOC/PHAGOCYTOTICVACUOLE
514 ~ AUTOPHAGIC VACUOLE ALTERATION(NOS)
515 - CYTOLOGICALTERATION(NOS)
516 - PLEOMORPHISM
517 - ABNORMAL CELL SIZE(NOS)
518 - GIANT CELL(NOS)
519 - CYTOMEGALY/MEGALOCYTOSIS
520 » MICROCYTOSIS
521 - CELL SHAPE ALTERATION(NOS)
522 -- FUSIFORM CELL
523 - CELL STRUCTURE ALTERATION (NOS)
524 -- INCREASED NUCLEAR/CYTOPLASMIC RATIO
525 - DECREASED NUCLEAR/CYTOPLASMIC RATIO
526 -- SYNSYTIAL FORMATION
527 - CELL CONTENT ALTERATION(NOS)
528 - CELL MITOSIS ALTERATION(NOS)
529 -- INCREASED MTTOT1C ACTIVITY
530 - DECREASED MTTOTIC ACTIVITY
531 -- CYTOLOGICATYPIA(NOS)
532 -• EXTRACELLULAR ALTERATION (NOS)
533 - BASEMENT MEMBRANE ALTERATION(NOS)
534 - BASEMENT MEMBRANE FRAGMENTATION
535 - BASEMENT MEMBRANE THICKENING
536 -- DUPLICATION/PROLIFERATION OF BASEMENT MEMBRANE
537 -- BASEMENT MEMBRANE-LIKE MATERIAUNOS)
538 -- EXTRACELLULAR FIBER ALTERATION(NOS)
C-41
-------
Code Number 0382 - Lesion/Etiolopv fcont'dl

539 -- EXTRACELLULAR LJPDD AGGREGATE ALTERATION(NOS)
540 -- EXTRACELLULAR MACROMOLECULE AGGREGATE ALTERATION
541 » EXTRACELLULAR ELECTRON-DENSE
DEPOSmON20382LESION/ETIOLOGY
542 » EXTRACELLULAR MATRIX ALTERATION'vNOS)
543 - DECREASED CYTOPLASMIC VACUOLATION
544 » INCRASED CYTOPLASMIC BASOPHILIA
545 - INCREASED CYTOPLASMIC EOSINOPHILIA
700 -- HYPERTROPHY(NOS)
701 - IDIOPATHIC HYPERTROPHY
702 » COMPENSATORY HYPERTROPHY
703 » EOSINPHILIC 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 -- MURALIAUNON-NODULAR) HYPERPLASIA
715 » METAPLASIA(NOS)
716 -- NEOVASCULARIZATION/HYPERVASCULARIZATION
717 -- DYSPLASIA(NOS)
-718 - LIPOMATOSIA(NOS)-
719 - ADENOSIS(NOS)
720 - CYSTIC DISEASE
721 -- MATURATION DEFECT(NOS)
722 -- MATURATION ARREST
723 -- HYPOPLASIA
724 -- APLASIA(NOS)
725 -- HAMARTOMA(NOS)
726 -- PROLEFERATION(NOS)
727 - CELLULAR PROLIFERATION
728 » GLANDULAR/DUCTULAR PROLIFERATION
729 » FffiROMATOSIS
730 - TELANGIASWHEMANGIECTASIS
731 « POLYP(NOS)
732 » HISTIOCYTOSIS
733 « PERIPHERAL BLOOD CELL ABNORMALITY
734 -- REGENERATION(NOS)
735 « ATYPIC'vL REGENERATION
736 » COMPENSATORY
737 » HERMAPHRODITISM
738 « HYPOCELLULARTTY
| 739 » RESORPTION/RETRACnON
800 -- NEOPLASM(NOS)
C-42
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Code Number 0382 - Lesion/Etiology (cont'd)

801 -- BENIGN NEOPLASM(NOS)
802 - MIXED BENIGN NEOPLASM(NOS)
803 -- MALIGNANT NEOPLASM(NOS)
804 - PRIMARY METASTASIZING NEOPLASM(NOS)
805 - METASTASIS
806 ~ METASTASEING NEOPLASM, UNSPECIFIED WHETHER
PRIMARY OR METASTATIC SITE
807 « MIXED MALIGNANT NEOFLASM(NOS)
808 -- MIXED METASTASEING NEOPLASM(NOS)
818 - HYPERBASOPHILIC FOCUS
819 - CLEAR CELL FOCUS
820 - MINIMUM DEVIATION NODULE
821 - LIVER CELL ADENOMA(NOS)
822 - LIVER CELL ADENOMA, UNENCAPSULATED
823 - LIVER CELL ADENOMA, ENCAPSULATED
824 - CHOLANGIOMA(NOS)
825 - CHOLANGIOMA, UNENCAPSULATED
826 -- CHOLANGIOMA, ENCAPSULATED
827 » HEPATOCELLULAR CARCINOMA(NOS)
828 -- METASTASIZING HEPATOCELLULAR CARCINOMA
829 » CHOLANGIOCELLULAR CARCINOMA(NOS)
830 - METASTASIZING CHOLANGIOCELLULAR CARCINOMA
831 - MESEC HF.PATnrFU.in.AR & BILE DUCT CARCINOMA(NOS)
832 - METASTASIZING HEPATOCELLULAR & BILE DUCT CARCINOMA
833 » FIBROMA
834 -- FIBROSARCOMA
835 - NEUROFEBROMA
836 - NEUROFIBROSARCOMA
837 -- UPOMA
838 -- LIPOSARCOMA
839 - CHONDROMA
840 - CHONDROSARCOMA
841 - OSTEOMA
842 » OSTEOGENIC SARCOMA
843 -- HEMANGIOMA
844 -- HEMANGIOSARCOMA
845 « LYMPHANGIOMA
846 » MESOTHELJOMA
847 » LEUKEMIA(NOS)
848 - LEIOMYOMA
849 -- LEIOMYOSARCOMA
850 » RHABDOMYOMA
851 » RHABDOMYOSARCOMA
852 - ADENOMA
853 » ADENOCARCINOMA
854 - PAPILLOMA
855 » PAPILLARY CARCINOMA
856 - CYSTADENOMA
857 -- CYSTADENOCARCINOMA
C-43
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Code Number 0382 - Lesion/Etiology (cont'd)

858 -- CARCINOMA
859 » CARCINOMA-IN-SITU
860 » SARCOMA
861 -- NEURILEMMOMA
890 » XENOMA(NOS)
891 - ANGIOEPITHELIAL 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 -- HEMORRHAGIC CYST
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 EDEMA
957 -- GENERALIZED EDEMA
958 » INTERCELLULAR EDEMA(SPONGIOSIS)
959 - HEMORRHAGE, HEMATOMA(NOS)
960 - PETECHIAL HEMORRHAGE
961 « PURPURA
962 « ECCHYMOSES
963 -- ULCERATION
C-44
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Code Number 0383 - Distribution

1 --, FOCAL
2 « FOCAL-MULTIFOCAL
3 - MULTIFOCAL
4 -- MULTIFOCAL-DIFFUSE
5 - DIFFUSE

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
990 -- NO OBSERVATION TAKEN

Code Number QDOQ3 - Storage/Pretreatment

1 -- PRODUCTIVITY MEASURED IMMEDIATELY
2 » FROZEN
3 -- ULTRA-FROZEN (LN2)
4 » FILTERED
5 » FILTERED AND FROZEN
6 -• FILTERED AND ULTRA-FROZEN
7 -- MEASUREMENT DELAYED; NO PRETREATMENT
C-45
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Code Number QDQQ4 - Analytical Technique

1 « C-14 METHOD
2 -- 02 METHOD
Code Number QDQ09 • Preservative Condition

-- BLANK - NO INFORMATION
1 » LIVE
2 -- FRESH
3 -- FROZEN
4 - SALTED
Code Number QDQ13 - Bacterial/ Viral Abundance Estimation

1 » SINGLE MEASUREMENT
2 - ARITHMETIC MEAN
3 -- GEOMETRIC MEAN (MPN)
4 - PRESENCE/ABSENCE
I 5 - GREATER THAN
6 -- 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 -- IMMUNOFLOURESCENCE
08 » MICROPOROUS FILTER ADSORPTION-ELUTION
09 -- ALUMINUM-HYDROXIDE ADSORPTION-PRECIPITATION
10 » HYDROEXTRACnON-DlALYSIS WITH POLYETHYLENE GLYCOL
11 -- THERMO TOLERANT (STEPPED) E.COLI METHOD
12 -- IMPROVED MEMBRANE FILTER TECHNIQUE FOR ENTEROOOCCI

Code Number QD015 - Growth Medium

01 - TRYPTONE GLUCOSE EXTRACT
02 -- TRYPTONE GLUCOSE YEAST AGAR
03 « R2AAGAR
04 -- M-HPCAGAR
05 - LAURYLTRYPTOSE 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

C-46
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Code Number QDQ15 • Growth Medium (com.)

13 -- M-FC BROTH
14 - MODIFIED M-FC ACAR(M-FCIC)
15 - MODIFIED MACCONKEYAGAR(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 LI3INEDESOXYCHOLATE(XLD) AGAR
24 -- CAMPY-BAP
25 - BUTZLER'S MEDIUM
26 - THIOSU1JATE-CITRATE-BILE-SALT-SUCROSE (TCBS) AGAR
27 » MTEC MEDIUM (FEC. COLI)
28 -- ME MEDIUM (ENTEROCOCCUS)
29 -- M-FC AGAR
30 - M-CPAGAR
Code Number QDQ16 • Landed Condition

-- BLANK - NO INFORMATION
1 « WHOLE
2 -- GUTTED
3 -- FILLETED
4 - SHELLED

Code Number ODQ17 - Station Type

R -- RECEIVING WATER
E -- EFFLUENT
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
r,
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APPENDIX D
301 (h) Gu-'dance Document List
For ODES Data Submission Manual
1. Revised Section 30l(h) Support Document 1982.

2. Design of 301(h) Monitoring Programs for Municipal Waste water 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 30l(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 Bioaccumularion Data, Volume n. 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/QC) 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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APPENDIX E
DATA SET DESCRIPTION QUESTIONNAIRES
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DESCRIPTION OF SEDIMENT POLLUTION DATA SUBMITTED TO ODES

Data set ID#: File Type:

Container
Sample Type and Sample Holding Detection
Analyte Size Preparation Preservation Time Range Method Instrumentation Limits
8. Please provide the following information on the frequency of laboratory quality control checks
and provide a copy of the results of any such analyses (please attach information on a separate
sheet).

No. of No. of No. of Matrix Spike Analytical Standards
Analyte Samples Duplicates Blanks Number Material Used Ami. Number Materialised
9. If results submitted to ODES have been corrected for blanks or recovery response, please
describe the manner in which this has been done.
10. Please describe any features of this data set which may affect its use to generally characterize
environmental data.
11. Please dracribe the quality assurance/quality control procedures used to verify the correct coding
and entry of data.
-------
12. If any other types of data were collected concurrently which have been or will be added to
ODES, please indicate the appropriate ODES filetypc(s).
13. In what report or document can the raw data be found? How could an individual obtain a copy of
the raw data?
-------
DESCRIPTION OF GRAIN-SEE DATA SUBMITTED TO ODES
Data set ID#: File Type: 073

Submitter
Please give the name of an individual who can be contacted for additional information concerning this
data set:
(name)
(organization)
(address)
Phone( )
1. If you have utilized the Series identification field to define subsets of your data, please provide a
description of the code used and its definition. If more than one Scries ID was used, provide
information for all codes.
2. Please describe the goals of the sampling program. If the survey focused on a particular sediment
type, this should be noted.
3. Please describe the distribution of the sampling stations throughout the water body sampled. If
stations were selected in order to characterize some particular feature (e.g., an effluent source),
please identify this feature and present the rationale for the placement of stations in relation to
this feature.
4. If stations were intcrtidal, was tide stage and height recorded for each station?
F--1
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5. Please describe the gear, any special features of its application and techniques used for sample
collection. For example, if box core samples were sub-sampled or composited, or cores were
sectioned, this should be noted.
6. What measurement technique was used for each size fraction? If modifications were made to
standard methods, please note them.
7. Was the sediment matrix altered in any way (i.e., frozen, oxidized, etc.) prior to analysis?
8. Please describe any features of this data set which may affect its use to generally characterize
environmental data.
9. Please describe the quality assurance/quality control procedures used during grain size analysis.
10. Please describe the quality assurance/quality control procedures used to verify the correct coding
and entry of data.
11. If any other types of data were collected concurrently which have been or will be added to
ODES, please indicate the appropriate ODES filetypc(s).
12. In what report or document can the raw data be found? Hew could an individual obtain a copy of
the raw data?
-------
DESCRIPTION OF RECEIVING WATER DATA SUBMITTED TO ODES

Data set ID#: File Type: 144W

No. of No. of No. of Matrix Spike Analytical Standards
Analyte Samples Duplicates Blanks Number Material Used Ami. Number Material Used
9. If results submitted to ODES have been corrected for blanks or recovery response, please
describe the manner in which this has been done.
10. Please describe any features of this data set which may affect its use to generally characterize
environmental data.
11. Please describe the quality assurance/quality control procedures used to verify the correct coding
and entry of data.
E-7
-------
12. If any other types of data were collected concurrently which have been or will be added to
ODES, please indicate the appropriate ODES filcrype(s).
13. In what report or document can the raw data be found? How could an individual obtain a copy of
the raw data?
F-R
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DESCRIPTION OF INFLUENT/EFFLUENT DATA SUBMITTED TO ODES

Data set ID#: File Type: 144E

No. of No. of No. of Matrix Spike Analytical Standards
Analyte Samples Duplicates Blanks Number MiterUlUsed Ami. Number Miieriil Used
9. If results submitted to ODES have been corrected for blanks or recovery response please
describe the manner in which this has been done.
10. Please describe any features of this data set which may affect its use to generally characterize
environmental data.
11. Please describe the quality assurance/quality control procedures used to verify the correct coding
and entry of data.
12. If any other types of data were collected concurrently which have been or will be added to ODES
please indicate the appropriate ODES filetype(s).
13. In what report or document can the raw data be found? How could an individual obtain a copy of
the raw data?
r to
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DESCRIPTION OF BENTHIC DATA SUBMITTED TO ODES
Data set ID#: File type: 122

Submitter:
Please give the name of an individual who can be contacted for additional information concerning this
data set:
(name)
(organization)
(address)
Phone( )
1. If you have utilized the Series identification field to define subsets of your data, please provide a
description of the code used and its definition. If more than one Series ID WAS used, provide
information for all codes.
2. Please describe the goals of the sampling program. In particular, if the survey fcc:'sed on certain
taxa to the exclusion of others, please describe the scope of sampling.
3. Please describe the distribution of the sampling stations throughout the water body sampled. If
stations were selected in order to characterize some particular feature (e.g., an effluent source)
rather than the water body as a whole, please identify this feature and present the rational for the
placement of stations in relation to this feature.
4. Please describe the gear, any special features of its application and techniques used for sample
collection. For example, if box core samples were sub-sampled or composited, or cores were
sectioned by depth, these details should be noted.
5. What surface area was sampled?
F-ll
-------
6. What sieve size was used to separate the organisms from the sediments?
7. How were the organisms fixed and preserved?
8. What method was used to estimate biomass?
9. Please describe the quality assurance/quality control steps employed during the sorting,
identification, and data entry processes. If a voucher collection has been assembled for this data
set, please provide contact information for the curator.
10. Please describe any features of this data set which may affect its use to generally characterize
environmental conditions.
12. If any other types of data were collected concurrently which have been or will be added to
ODES, please indicate the appropriate ODES filetype(s).
13. In what report or document can the raw data be found? How could an individual obtain a copy of
the raw data?
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DESCRIPTION OF TRAWL/SEINE DATA SUBMITTED TO ODES
Data set ID#: File Type: 123

Submitter:
Please give the name of an individual who can be contacted for additional information concerning this
data set:
(name)
(organization)
(address)
Phone( )
1. If you have utilized the Series identification field to define subsets of your data, please provide a
description of the code used and its definition. If more than one Series ID was used, provide
information for all codes.
2. Please describe the goals of the sampling program. In particular, if the survey focused on certain
taxa to the exclusion of others, please describe the scope of sampling.
3. Please describe the station or transect distribution throughout the water body sampled. For
example, if stations were distributed randomly or regularly, please note. If transects occurred
along or across depth contours, please include in the description. If stations were selected in
order to characterize some particular feature (e.g., an effluent source) rather than the water body
as a whole, please identify this feature.
4. Please describe the gear and techniques used for sample collection. The net type, mouth size,
mesh size, and towing speed arc all important. Also include whether or not hauls were replicated
(if so, how many?).
E-13
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5. Please describe the procedures used for processing samples. Was each haul processed
separately? Was the catch subdivided? How were the organisms fixed and preserved?
6. Please describe the quality assurance/quality control steps employed during the sorting,
identification, and data entry processes. If a voucher collection has been assembled for this data
set, please provide contact information for the curator.
7. Please describe any features of this data set which may affect its use to generally characterize
environmental conditions.
8. If any other types of data were collected concurrently which have been or will be added to
ODES, please indicate the appropriate ODES filetype(s).
9. In what report or document can the raw data be found? How could an individual obtain a copy of
the raw data?
F.-I4
-------
DESCRIPTION OF BIOACCUMULAT1ON DATA SUBMITTED TO ODES

Data set ID#: File Type: 144B

Container
Sample Type and Sample Holding Detection!
Analyte Size Preparation Preservation Time Range Method Instrumentation Limits
8. Please provide the following information on the frequency of laboratory quality control checks
and provide a copy of the results of any such analyses (please attach information on a separate
sheet).

No. of No. of No. of Matrix Spike Analytical Standards
Analyte Samples Duplicates Blanks Number Materialised Ann. Number Materialise
9. If results submitted to ODES have been corrected for blanks or recovery response, please
describe the manner in which this has been done.
10. Please describe any features of this data set which may affect its »*<:. to generally characterize
environmental data.
11. Please describe the quality assurance/quality control procedures used to verify the correct coding
and entry of data.
12. If any other types of data were collected concurrently which have been or will be added to
ODES, please indicate the appropriate ODES filetypc(s).
13. In what report or document can the raw data be found? How could an individual obtain a copy ofB
the raw data?
-------
DESCRIPTION OF BIOASSAY DATA SUBMITTED TO ODES
Data set E>#: File Type:

Submitter:
Please give the name of an individual who can be contacted for additional information concerning this
data set:
(name)
(organization)
(address)
Phone( ).
1. If you have utilized the Series identification field to define subsets of your data, please provide a
description of the code used and its definition. If more than one Series ID was used, provide
information for all codes.
2. Please describe the goals and scope of the sampling program.
3. Please describe the station distribution. If stations were distributed randomly, regularly, or in
some other fashion, please note. If stations were selected in order to characterize some particular
feature (e.g., an effluent source) rather than the water body as a whole, please identify this
feature.
4. Please describe the gear and techniques used for sample collection. In particular, note whether
samples were collected as composites or grabs. Please state the frequency and duration of
composite sample collection.
5. How were samples transported and what were storage conditions and holding times prior to
analysis?
-------
6a. Please describe the bioassay techniques used or provide a reference. Include a description of any
modifications to standard techniques. If range-finding tests were conducted include this
information.
6b. What test organisms were used (include age and size) and where were they obtained? If
organisms were from a wild population, what collection techniques were used and where were
they collected?
6c. Were the test organisms preconditioned, and if so, for how long and under what conditions?
6d. Source of the dilution water?
6e. Level of replication in the experiment?
7. Please describe the QA/QC steps followed during the bioassay tests. Include information on both
positive and negative controls.
8. Did the organisms exhibit a sensitivity to a standard reference toxicant? What reference toxicant
was used? What was the mean response (percent mortality, LC50, or other appropriate response
measure)?
-------
9. Please describe any features of this data set which may affect its use to generally characterize
environmental conditions.
10. If any other types of data were collected concurrently which have been or will be added to
ODES, please indicate the appropriate ODES filetype(s).
11. In what report or document can the raw data be found? How could an individual obtain a copy of
the raw data?
r 10
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DESCRIPTION OF FISH PATHOLOGY DATA SUBMITTED TO ODES
Data set ID#: File Type: 013

Submitter:
Please give the name of an individual who can be contacted for additional information concerning this
data set:
(name)
(organization)
(address)
Phone ( ).
1. If you have utilized the Series identification field to define subsets of your data, please provide a
description of the code used and its definition. If more than one Series ID was used, provide
information for all codes.
2. Please describe the goals and scope of the sampling program. In particular, if the survey focused
on certain taxa, please describe the scope.
3. Please describe the station or transect distribution. For example, if stations were distributed
randomly, regularly, or in some other fashion, please note. If transects occurred along or across
depth contours, please include in the description. If stations were selected in order to characterize
some particular feature (e.g., an effluent source) rather than the water body as a whole, please
identify this feature.
4. Please describe the gear and techniques used for sample collection. The net type, mouth size,
mesh size, and towing speed are all important.
5. What criteria were used to select individuals for pathology analyses?
-------
6. Please describe the procedures used for processing samples. Was each haul processed separately?
Was the catch subdivid'-d?
7. How were the organisms and tissues preserved? Describe preparation of tissue samples (e.g.,
sectioning and staining).
8. Please list the tissues examined in each species collected.
9. Please list the pathological conditions looked for in each tissue.
10. Please describe the QA/QC steps followed during tissue evaluation.
11. Please describe any features of this data set which may affect its use to generally characterize
environmental conditions.
12. If any other types of data were collected concurrently which have been or will be added to
ODES, please indicate the appropriate ODES filetype(s).
13. In what report or document can the raw data be found? How could an individual obtain a copy of
the raw data?
-------
DESCRIPTION OF BACTERIOLOGICAL DATA SUBMITTED TO ODES
Data set ID#: _ File Type:

Submitter
Please give the name of an individual who can be contacted for additional information concerning this
data set:
(name)
(organization)
(address)
Phone( ).
1. If you have utilized the Series identification field to define subsets of your data, please provide a
description of the code used and its definition. If more than one Series ID was used, provide
information for all codes.
2. Please describe the goals and scope of the sampling program.
3. Please describe the station distribution. If stations were distributed randomly, regularly, or in
some other fashion, please note. If stations were selected in order to characterize some particular
feature (e.g., an effluent source) rather than the water body as a whole, please identify this
feature.
4. Were sampling times chosen in relation to local discharge? If so, were samples taken at peak,
slack, or some other discharge period?
5. Did sampling times occur during an unusual event that might affect the interpretation of the data
(e.g., a toxic spill, 100-vr storm event, etc.)?
-------
6. Please describe sampling gear and techniques used for sample collection. What procedures were
included to maintain sterility or prevent contamination?
7. How were samples transported, and what were the storage conditions and holding times prior to
analysis? Were samples pretreated (e.g., addition of dcchlorinating or chelating agents)?
8. What microbial taxa were analyzed and what methods were used? If standard techniques,
include a reference and describe any modifications.
9. Please describe the QA/QC steps followed during the bacteriological assays. Examples of
possible information to include are procedures for verification of positive samples,
measurements of blanks or background, duplicate analyses, replicate field samples, laboratory
certification, etc.
10. Please describe any features of this data set which may affect its use to generally characterize
environmental conditions.
11. If any other types of data were collected concurrently which have been or will be added to
ODES, please indicate the appropriate ODES filetype(s).
12. In what report or document can the raw data be found? How could an individual obtain a copy
of the raw data?
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I
I
I
I
DATE:
2-27-
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