c/EPA
United States Environmental Monitoring Systems
Environmental Protection Laboratory
Agency Research Triangle Park NC 27711
EPA 600/8 84-023
September 1984
Research and Development
Acid Deposition
System (ADS) for
Statistical Reporting
System Design and
User's Code Manual
-------
EPA-600/8-8^-023
September
ACID DEPOSITION SYSTEM (ADS)
FOR STATISTICAL REPORTING
System Design and User's Code Manual
by
C. R. Watson
A. R. Olsen
Battelle Pacific Northwest Laboratory
Richland, Washington 99352
Project Officer
E. Gardner Evans
Data Management and Analysis Division
Environmental Monitoring Systems Laboratory
Research Triangle Park, NC 27711
Prepared for the U.S. Environmental Protection Agency
under a Related Services Agreement with the
U. S. Department of Energy
Contract DE-AC06-76RLO 1830
ENVIRONMENTAL MONITORING SYSTEMS LABORATORY
OFFICE OF RESEARCH AND DEVELOPMENT
U.S. ENVIRONMENTAL PROTECTION AGENCY
RESEARCH TRIANGLE PARK, NC Z7711
-------
NOTICE
This document has been reviewed in accordance with
U.S. Environmental Protection Agency policy and
approved for publication. Mention of trade names
or commercial products does not constitute endorse-
ment or recommendation for use.
11
-------
ACKNOWLEDGMENTS
The design, implementation and documentation of any data base integrating
data collected by different organizations for different purposes is never an
easy task. As the ADS data base designers, we are fortunate to have had the
support and advice of numerous individuals who knew the problems connected with
precipitation chemistry data collection, analyses and reporting. Peter
Finkelstein and Gardner Evans of U.S. EPA's Environmental Monitoring Systems
Laboratory, Research Triangle Park, directed our efforts. Malcolm Still
(CANSAP), Jim Gibson (NADP), Dave Bigelow (NADP), Walter Chan (APIOS),
Terry Dana (MAP3S/PCN), Alain Sirois (CANSAP), Mary Ann Allan (EPRI) and
John Jansen (UAPSP) reviewed draft system designs. The ADS is better because
of their efforts. Sharon Popp graciously prompted us to produce a good
document and was willing to type our numerous revisions.
iii
-------
CONTENTS
1. PURPOSE OF THIS DOCUMENT 1.1
2. INTRODUCTION TO ADS 2.1
3. ADS DATA INPUT 3.1
DEFINITION OF TRANSFER PROCEDURES 3.1
NETWORK OPERATION UPDATES 3.2
SITE DESCRIPTION UPDATES 3.2
SAMPLE DATA UPDATES 3.2
4. ADS DATA BASE 4.1
MAIN DATA FILES 4.1
ANCILLARY FILES 4.1
RECORD DESCRIPTION PROTOCOL 4.3
SITE-SUMMARY-RECORD DESCRIPTION 4.3
SAMPLE-DEFINITION-RECORD DESCRIPTION 4.9
COMPONENT-ANALYZED-RECORD DESCRIPTION 4.19
SITE-HISTORY-RECORD DESCRIPTION 4.23
NETWORK-ANALYSIS-PROTOCOL DESCRIPTION 4.24
5. ADS RETRIEVAL 5.1
REQUESTING INFORMATION 5.2
PRINTED REPORTS. . 5.2
DATA TAPE EXTRACTION 5.3
APPENDIX A - SUMMARY OF ADS RECORD DEFINITIONS A.I
APPENDIX B - TABLES OF ADS VALID CODES FOR SELECTED DATA FIELDS .... B.I
APPENDIX C - NETWORK SITES INCLUDED IN ADS C.I
APPENDIX D - INPUT DATA TRANSFER FORMATS FOR CONTRIBUTING NTEWORKS. . . D.I
APPENDIX E - STANDARD ADS REPORTS E.I
APPENDIX F - ADS OUTPUT TAPE FORMAT F.I
-------
ACID DEPOSITION SYSTEM (ADS)
FOR STATISTICAL REPORTING
1.0 PURPOSE OF THIS DOCUMENT
This document is a general purpose description of the ADS data management
system. It explains to acid precipitation monitoring network managers how
their data is being merged with that from other networks. For the researcher,
this document defines what information is available in ADS. It is not a
user's guide, nor is it a programmer's maintenance guide, however both the
user and the programmer should read it.
The body of the document is rather general; we expect that it will not be
revised in the near future. Chapter 2 describes the data base in general
terms and discusses our design philosophy. Chapter 3 explains how data is
added to ADS. Chapter 4 explains the data base design and defines the
contents of each data field. Because ADS is combining information from
several networks into a common format, it is essential that users of the data
understand chapter 4. Chapter 5 explains how to obtain information from ADS.
The appendices contain material which is expected to change as more data
and more networks are included in the system. We expect to revise and
re-issue selected appendices on an annual basis.
Appendix A summarizes the ADS record definitions. It is intended
primarily for use by ADS staff. The record definitions will change as the
data base design is refined, but the basic definitions of the contents of the
data fields will remain as described in the body of this report.
Appendix B summarizes valid codes for selected data fields. Addition of
a new network to ADS causes modification of all the tables in Appendix B.
Users of data extracted from ADS must use these tables to understand the data.
Appendix C summarizes the sites which are defined in the ADS site file.
This list will expand as new networks are added or as new sites are added to
existing networks.
Appendix D defines data tape formats which are acceptable for sending
information to ADS. This appendix is of primary interest to network managers.
Appendix E describes printed reports available from ADS. The development
of data summarization techniques for acid precipitation information is the
primary research mission of the ADS staff, therefore, the contents of this
appendix will change frequently.
Appendix F describes the information available to users on magnetic tape.
This is the preferred method for users who desire individual sample data for
multiple sites or substantial time periods. Appendix F contains the actual
record definition used.
1.1
-------
2.0 INTRODUCTION TO ADS
The EPA Acid Deposition System (ADS) for statistical reporting has been
established at Pacific Northwest Laboratory (PNL) for the EPA. The goals and
guidelines of the system are:
. To develop and provide statistical summaries of the spatial and temporal
characteristics of acid deposition in North America.
. To provide a single place to obtain deposition monitoring data for
North America.
. To have ADS coincide as close as possible with individual monitoring
network information.
. To have monitoring data accessible to the general research community.
ADS is being designed and implemented as part of a project to develop and
apply statistical procedures that accurately reflect the spatial and temporal
characteristics of acid deposition in North America. The project requires
that deposition data from multiple monitoring networks be combined into a
common data format while preserving essential qualifiers associated with
individual data items. Since such a combined data set did not exist, its
development is included as part of the statistical reporting project. It is
emphasized that ADS is designed to support the statistical reporting
development and to serve as a resource for other researchers.
A primary goal is to facilitate convenient and quick response to data
requests. This includes hard copy standard statistical summaries, detailed
listings for small subsets of ADS, computer tapes of subsets of ADS and
possibly direct dial-up interactive access. In all cases, retrieval requests
will be processed on a timely basis,, eventually within one or two days.
Our concept of a data management system is to use commercially available
computer software as much as possible. We have selected DATATRIEVE, a query
language developed by Digital Equipment Corporation for POP 11's and VAX's.
We will use it for about 90% of the computing on this project; previously
developed in-house tape format conversion programs will account for the bulk
of the remainder. This approach allows our staff to concentrate on the data
rather than on the software which supports the data.
We know from experience with similar projects that the final design of
the data base will evolve from our initial concepts. The computing resources
we will use in ADS are very flexible. Redefinition of records by addition or
deletion of fields is a relatively easy task. It often takes more time to
document the new structure than it does to restructure the file.
2.1
-------
A primary goal of ADS is to make it easy for the various networks to
store and retrieve information in a centralized data base. We intend to work
with the network managers to develop the easiest method for each network to
send information to ADS. In discussions with network managers, we want to
place the emphasis on the completeness of the information transferred. We do
recognize that we may not be able to accommodate completely every network on
their data input formats.
The ADS data base will be maintained on several index-sequential computer
files with tape back up. DATATRIEVE running on a VAX 780 will allow
interactive access to the data. The files are designed to optimize retrieval
of information based on SITE, DATE, or COMPONENT. Other retrieval requests
will require a sequential search of the data, increasing the retrieval time
from seconds to minutes.
The data will be stored in a uniform format using common measurement
units. The common units and associated conversion factors are shown in
Appendix B, Table B.6 and Table B.7. If, for example, a network measures rain
depth in inches, the inches will be converted to millimeters by a table as
part of our data input procedure; output will be available in either form at
the requester's option.
Since the data from all networks will be converted (if necessary) to a
uniform system of measurement units as it is added to the data base, persons
making retrieval requests will be given a range of output conversion options.
2.2
-------
3.0 ADS DATA INPUT
Precipitation chemistry monitoring networks are the focal point for
acquisition of data for the ADS data base. Networks that participate in the
ADS data base are required to furnish detailed information concerning their
network operation, quality assurance procedures, site descriptions, and
chemical laboratory operation as well as actual sample data. Monitoring
networks able to furnish the required documentation must, in addition,
understand and comply with the ADS data input procedures described in this
document and as amended by the ADS staff. Although individual sample
precipitation, pH and ion species concentrations are central to ADS, other
supporting information has equal importance. The major categories of
information are discussed in this section.
Information required from each network consists of written documentation
and computerized individual sample data. Written documentation includes a
description of the monitoring network, network operation protocol, network
quality assurance procedures, chemical laboratory procedures, data screening
procedures, and individual site descriptors. Copies of key network documents,
including published data reports if available, are required for ADS staff use.
This written documentation provides the basic information to initiate a new
network for inclusion in ADS. Computerized precipitation sample data become
part of the ADS data base only after the supporting information is provided.
Transfer of network data to ADS involves definition of transfer
procedures, network operation updates, site descriptions and routine sample
updates. The procedures for each of these are agreed upon by the
participating network coordinator and ADS data manager and must be consistent
with this document. The transfer process assumes that all data received from
a network have been subjected to internal network QA and QC checks and agrees
with the network's own data base contents. The transfer process includes QA
checks for the transfer but these checks are not equivalent to a network's
internal QA and QC program.
DEFINITION OF TRANSFER PROCEDURES
Before a network contributes sample data to ADS, the material in this
document (especially Section 4) is read by the network coordinator to
introduce ADS's system design. The manual gives detailed definitions for all
data items associated with site descriptions and sample records. Initial
introduction of a network into ADS requires detailed information on the
network operation, chemical analysis protocol and site definition. Appendix D
includes forms for providing this information. After receiving and
implementing this information in the ADS data base, a complete copy of the
information as included in ADS is sent to the network for checking and
approval. At the same time additional documentation not yet received from the
network is requested.
3.1
-------
The definition of the transfer process also includes procedures for
sample data transfer. Since ADS uses a single data format for all networks,
procedures to map a network's sample data format, including flags and
comments, to ADS data format are required. Based on the information furnished
by the network, the ADS data manager defines these procedures and sends them
to the network coordinator for review and approval.
NETWORK OPERATION UPDATES
After initial introduction of a network into the ADS system, changes in
network operation may occur. Field procedures or instruments may change,
laboratory procedures may be modified or other network protocols may be
modified. Such changes must be communicated to the ADS data manager before
sample data affected by the change may be included in ADS. The information
concerning changes must be stated as specific to individual sites, if
applicable, and to a specific time of occurrence. It is the responsibility of
the network to notify the ADS data manager if a change occurs. Forms are
provided in Appendix D for communicating these updates. Network operation
updates to ADS will be compiled and returned to the network to check and
approve prior to a sample update.
SITE DESCRIPTION UPDATES
ADS includes provisions for maintaining both quantitative and qualitative
(narrative) information for each site. The transfer process for updates to
this information is the same as for network operation information. It is
discussed separately to indicate the importance of the information. Each time
there is a change in site operation, the form in Figure D.5 should be
photocopied, completed and sent to the ADS data manager.
SAMPLE DATA UPDATES
Sample data updates to ADS are to be completed quarterly for each
network. Before initiating a sample data update (including the first) for a
network, the ADS data manager checks with the network concerning network
operation updates. All transfers of sample data to ADS are in computerized
form, either on magnetic tape (preferred) or computer punched cards. The
exact tape characteristics and data form are specified in Appendix D.
Upon receipt of a sample data update, the ADS data manager transfers the
data to a temporary file, and verifies that the transfer is correct. The
verification includes a check on the total number of records transferred, and
a comparison with a printed listing furnished by the network. The temporary
file is then mapped into the ADS data format. Before placing the data into
the ADS data base, a printer report suitable for confirmation of the transfer
process is prepared, checked by the ADS data manager and sent to the network
for approval.
3.2
-------
4.0 ADS DATA BASE
MAIN DATA FILES
The ADS data base uses three main files: the SITE-SUMMARY file, the
SAMPLE-DEFINITION file, and the COMPONENT-ANALYZED file.
There are several records per geographic location in the SITE-SUMMARY
file. Each defines sampling conditions for a given time period at that
location. The record with the highest revision number contains current
information. The SITE-HISTORY file (discussed below) contains supporting
narrative information.
There is one record per sample (e.g. month, week, or event) in the
SAMPLE-DEFINITION file. The sample definitions are tied to the site summaries
by the unique ADS-IDENT number. The special case of quality control samples
will be handled by a code in this file.
There is one record per component analyzed per sample in the
COMPONENT-ANALYZED file which is tied to the SAMPLE-DEFINITION file through
the ADS-IDENT number, the ADS reference date, and the codes for the component
(chemical species).
ANCILLARY FILES
There are two important ancillary files which contain relatively static
information.
The SITE-HISTORY file contains information about the changes in the
sampling protocol at each site. There are multiple records per geographic
location in this file, one for each time there was a change in operating
protocol at a site.
The NETWORK-ANALYSIS-PROTOCOL file contains information about the number
and type of measurements normally performed on a sample, the instrument and
technique used to measure the components, and a network supplied estimate of
the accuracy of the measurements. There is one record per component measured
at this site in this file.
There will be several other minor files in the data base. One will
contain the expanded site definitions including mailing addresses, technical
contact person, etc. Another will contain a brief history of each network. A
series of files will be used as tables for code validation and translation.
These minor files will be documented briefly here, and in detail after the
system has been fully implemented.
The following diagram (Figure 1) places our data base in perspective.
4.1
-------
MAIN FILES
ANCILLARY FILES
CATEGORY
SITE-SUMMARY FILE
A record for each
revision at a
site
SITE-HISTORY FILE
A narrative record
for each revision
at a side
SITE
IDENTIFICATION
NETWORK-ANALYSIS-PROTOCOL FILE
A record for each
component normally
measured
SAMPLE-DEFINITION FILE
A record for each
sample period with
precipitation
COMPONENT-ANALYZED FILE
A record for each
component measured on
a sample
SAMPLE DATA
FIGURE 1. Acid Deposition Data System Schematic Design
4.2
-------
RECORD DESCRIPTION PROTOCOL
We have established the data base using DATATRIEVE, a query language for
DEC computers. DATATRIEVE allows easy access to the data for ad hoc
retrievals, and also supports procedures for routine report production.
We have written the record definitions in DATATRIEVE style. In that
style, a record definition is written in outline form. Group items (those
without a Picture clause) are included to show logical grouping of the fields.
Only two types of Picture have been used in these definitions: X and 9.
Picture X indicates one alphanumeric character. Picture X(2), or PIC XX,
indicates space for two alphanumerics. Picture 9 indicates one numeric
character, while PIC 9(4), or PIC 9999, indicates four numerics. The position
of a decimal point is indicated by the letter V, thus PIC 999V9 indicates
space for three numerics to the left and one to the right of the decimal
point. Provision for a minus sign associated with a number is indicated by
the letter S to the left of the first 9 in a Picture, i.e., 59(3).
A s ecial binary format is available for storing dates. This is
indicatec by usage DATE rather than a PIC. A computer word may be used to
store numeric information; this is indicated by usage REAL rather than a PIC.
DATATRIEVE has the ability to display virtual fields - values which are
derived from other fields are computed and displayed as if they were actual
fields in the data base. We have indicated these fields with the word
"computed", in DATATRIEVE they are defined with a COMPUTED BY clause.
This section of the document describes in detail each field in the
records of the ADS data base. The descriptions include valid codes and their
translations for coded fields. The translations will appear on most screen or
paper output, the codes will be written to computer tape output. Appendix A
contains a concise summary of the fields. The various codes for site
identification are tabulated in Appendix C. Components analyzed, their codes,
and standardized measurement units and their optional output conversion
factors are shown in Appendix B.
SITE-SUMMARY-RECORD DESCRIPTION
The SITE-SUMMARY file is relatively static. It contains several records
per sampling site. New records are created only when there is a change in
sampling protocol at that site. Input is the responsibility of the ADS staff.
Each data record added to the SAMPLE-DEFINITION and COMPONENT-ANALYZED
files will be validated against this file.
Each record in this file applies to a given interval of time. Thus, each
measurement value retrieved from the COMPONENT-ANALYZED file will be
associated with the protocol (collection instrument, analysis laboratory,
etc.) in effect when the sample was collected.
4.3
-------
The SITE-SUMMARY-RECORD is divided into four major groups:
1 SITE-SUMMARY-RECORD
2 ADS-KEY
2 SITE-NAMES
2 SITE-LOCATION
2 SITE-PROTOCOL
Each group is discussed in detail below.
The first group in the SITE-SUMMARY-RECORD is the ADS-KEY:
2 ADS-KEY
3 ADS-NUM PIC X(3)
3 ADS-TYPE PIC X
3 ADS-REV-NUM PIC X(2)
These three fields are the unique site identifier which ties the various files
together.
The ADS-NUM identification number will be assigned by the ADS manager -
it will be unique to that geographic location. We have defined it as a three
character alphanumeric with the intent of defining the first 999 sites
numerically. If more than 1000 sites are defined, letters will be used.
This ADS-NUM will not change, even if operation of this site becomes the
responsibility of another network.
The ADS-TYPE is a letter which indicates sampler at the site. Sites with
a single sampler will be coded "a", while sites with coincident samplers will
be assigned two records in this file, the primary sampler will be coded "a"
while the secondary one will be "b". This scheme allows for many coincident
samplers at a given site.
The ADS-REV-NUM is a two digit number which will be incremented each time
the protocol at that site is modified. For example, suppose site "152a" was
initiated on 1/1/77 with a brand X sampler. The ADS-REV-NUM would be assigned
as "00". Suppose that a brand Y sampler replaced the original device on
2/15/78. The new ADS-REV-NUM would be "01". In the SAMPLE-DEFINITION and
COMPONENT-ANALYZED files, all data collected between 1/1/77 and 2/15/78 would
be associated with ADS-IDENT "152aOO" while samples collected after 2/15/78
would be coded "152a01". If the administration of site 152 changed from
network "ABC" to network "EFG" on 7/1/80, a new ADS-REV-NUM, "02" would be
assigned. Upon retrieval, it would be up to the requester to decide whether
to use samples with ADS-IDENT of "152aOO", "152a01", and "152a02" in the
analysis or restrict the analysis to a subset based on the ADS-REV-NUM. The
SITE-HISTORY records will provide a narrative history of the revisions.
4.4
-------
The second group of items in the SITE-SUMMARY-RECORD contains various
references to site:
2 SITE-NAMES
3 SAROAD-FIELDS
3 FIPS-CODES
3 NETWORK-SITE-IDENTIFICATION
3 SITE-NAME
The first of these, the SAROAD-FIELDS contains 12 bytes, and includes one
of the alternate index keys to the file:
3 SAROAD-FIELDS
4 SAROAD-KEY PIC X(9)
4 AGENCY PIC X
4 PROJECT PIC X(2)
The SAROAD-KEY may be thought of as three data items:
4 SAROAD-KEY PIC X(9)
4 SAROAD-SITE redefines SAROAD-KEY
5 STATE PIC X(2)
5 AREA PIC X(4)
5 SITE PIC X(3)
This group of fields is included to provide an alternate retrieval and
output option for those investigators who prefer the SAROAD system's site
identification scheme.
STATE is a standard SAROAD identifier, it will be automatically validated
against the existing verification/translation table of state codes; data with
invalid STATE code will not be added to the data base until the ADS
administrator has authorized the addition. The name of the state will appear
on most retrievals via the validation table. This code uses numbers from 1 to
52 for the United States, Puerto Rico and American Samoa. Two character
letter codes are used for foreign countries.
AREA is a standard SAROAD identifier which corresponds to a county or
city code within the United States. It will be validated against the table of
state-area combinations currently in the data base; addition of new AREA codes
will require concurrence of the ADS administrator.
The SAROAD SITE identifier is assigned by EPA to identify the site and is
unique.
The remaining two items in SAROAD-FIELDS are not part of the key since
the first nine bytes of the SAROAD identification scheme are unique for a
s i te.
4 AGENCY PIC X
4 PROJECT PIC X(2)
4.5
-------
These two fields, AGENCY and PROJECT, are included for compatibility with
previously published data.
The next group in the SITE-NAMES also provides an alternate access method
to a site:
3 FIPS-CODES
4 FIPS-STATE PIC 99
4 FIPS-COUNTY PIC 999
The Federal Information Processing codes for states and counties within
states are included to provide an alternate access route. These codes have
been extended by the ADS administrator to include Canada.
The two digit FIPS-STATE code was assigned by FIPS almost alphabetically,
there are gaps in the code sequence for eventual new states. The provinces
and territories of Canada were arbitrarily appended to the FIPS sequence by
the ADS administrator. Table B.I lists the currently valid codes.
The second item in the FIPS-CODES group is FIPS-COUNTY. These three
digit codes are assigned to the alphabetic list of counties within each state.
The combination of FIPS-STATE and FIPS-COUNTY is necessary to decode a county
name.
The third group of items in the SITE-NAMES group is:
3 NETWORK-SITE-IDENTIFICATION
4 NET-KEY PIC X(12)
4 NET-SITE-NAME PIC X(45)
These fields define the site in terms used by the network. The NET-KEY is
an alternate index key to the file. This allows rapid retrieval on either
the ADS identifications, the SAROAD id's, or the network's site identification
scheme.
The NET-KEY may be thought of as two fields:
4 NET-KEY PIC X(12)
4 NET-IDENT redefines NET-KEY
5 NET-CODE PIC X(2)
5 NET-SITE PIC X(10)
The NET-CODE is used with a table to identify the network. The codes are
arbitrarily assigned by the ADS administrator. By mixing alphabetic
characters and numbers in these two bytes, we are able to provide for several
thousand networks. Current codes and their translations are presented
in Table B.2. The other portion of the NET-KEY is the NET-SITE. This 10
character field contains whatever combination of letters and numbers used by
the network to identify the site. See Appendix C for a list of the NET-SITE
values.
4.6
-------
The second item in NETWORK-SITE-IDENTIFICATION is:
4 NET-SITE-NAME PIC X(45)
This 45 character field contains a full descriptive name of the site.
The final group in the SITE-NAMES is
3 SITE-NAME PIC X(18)
This 18 character site name is the nickname which appears on most output. See
Appendix C for a list of the site names.
The third major group in the SITE-SUMMARY-RECORD is:
2 SITE-LOCATION
3 LATITUDE
3 LONGITUDE
3 ELEVATION-METERS
3 TIME-ZONE
The geographic location of the sampling site is necessary in analysis of
deposition patterns.
3 LATITUDE
4 N-OR-S PIC X
4 LATITUDE-DEC PIC 99
4 LATITUDE-MIN PIC 99
4 LATITUDE-SEC PIC 99
3 LONGITUDE
4 E-OR-W PIC X
4 LONGITUDE-DEG PIC 999
4 LONGITUDE-MIN PIC 99
4 LONGITUDE-SEC PIC 99
The site elevation in meters above sea level is another important aspect
of site location. Feet above sea level will be available as an output option.
(The elevation of the sampler above the ground will be in the SITE-PROTOCOL
section of this record.)
3 ELEVATION-METERS PIC 9999
The remaining field in the SITE-LOCATION group is TIME-ZONE. It is used
at input to convert local time to GMT. At output it is used if the local time
option is selected.
3 TIME-ZONE PIC S99
The time zone will include a plus or minus sign to facilitate simple addition
of time zone to GMT hour to get local standard time.
4.7
-------
The final group in the SITE-SUMMARY-RECORD is:
2 SITE-PROTOCOL
3 REVISION-START-DATE usage DATE
3 REVISION-END-DATE usage DATE
3 MONITOR-PURPOSE PIC X
3 PROTOCOL-SAMPLE-PERIOD PIC X
3 INSTRUMENT-CODE PIC X(2)
3 INSTRUMENT-AREA-SQ-CM PIC 9999V99
3 METERS-ABOVE-GROUND PIC 999V9
3 LAB-CODE PIC X(4)
3 NUM-COMPONENTS PIC 99
This group of fields is related to the field operation at this site. If the
sampling instrument device is replaced or modified for example, an additional
SITE-SUMMARY-RECORD will be written and the revision dates will be modified
accordingly. A narrative explanation of the change will also be placed in the
SITE-HISTORY file.
3 REVISION-START-DATE usage DATE
3 REVISION-END-DATE usage DATE
The two dates, REVISION-START-DATE and REVISION-END-DATE are stored in an
internal binary format. Various display options are available, usually the
ADS user will see "MM/YY". These dates are repeated in the SITE-HISTORY file.
If the start date is unknown, the date of the first sample is used. If the
revision is currently in effect, the end date will be set to 9/9/99, that is,
Sept 9, 1999.
3 MONITOR-PURPOSE PIC X
MONITOR-PURPOSE is a single character code which identifies the reason
that samples are collected at this site. Two codes are valid:
R = regional
S = source directed
The code "R" indicates that precipitation is being monitored in order to
characterize a geographic region, while the "S" indicates that the site is
part of an effort to evaluate deposition patterns near known or suspected
sources of acid precipitation.
3 PROTOCOL-SAMPLE-PERIOD PIC X
The PROTOCOL-SAMPLE-PERIOD is a code to indicate the network's intended
sample collection plan. The current codes are:
E = event
D = daily
W = weekly
M = monthly
L = lunar month (4 weeks)
4.8
-------
3 INSTRUMENT-CODE PIC X(2)
The INSTRUMENT-CODE is a two character code which identifies the sample
collection instrument. A minor file will contain a full description of the
instrument. Current codes are given in Table B.3. The INSTRUMENT-CODE will
also be used to validate additions to the data base; new instrument codes will
require confirmation by the ADS administrator.
3 INSTRUMENT-AREA-SQ-CM PIC 9999V99
The INSTRUMENT-AREA-SQ-CM is a number which is specific to a sampling
device. The collecting surface area of the sampling instrument is essential
for converting sample volume to a depth measurement for comparison with rain
gage depth.
3 METERS-ABOVE-GROUND PIC 999V9
METERS-ABOVE-GROUND defines the height of the collecting surface above
the ground. It may not be available for past data, if so, a default value of
"0" will be assigned. We made this field large enough to accommodate a
collector 1000 meters above the ground if a study of vertical distribution of
rain borne acid were to be included in ADS.
3 LAB-CODE PIC X(4)
LAB-CODE is a four character code defining the laboratory to which
samples from this site are sent for analysis. A table will allow a more
descriptive laboratory name to appear on output. The codes currently in use
appear in Table B.4.
3 NUM-COMPONENTS PIC 99
NUM-COMPONENTS is the number of components usually measured at this site.
SAMPLE-DEFINITION-RECORD DESCRIPTION
The SAMPLE-DEFINITION file is relatively dynamic; a new record is added
for each sample reported by a participating network. The records are
organized by date within sampling station. ADS uses SAMPLE-DEFINITION-RECORD
to trace the sample collection history at a site. Understanding the
conditions that result in a SAMPLE-DEFINITION-RECORD being present in ADS is
essential to the correct use of data obtained from ADS. The conditions for a
record being present depend in part on whether the network uses a daily
PROTOCOL-SAMPLE-PERIOD or a cumulative (e.g., weekly, monthly, 4-week)
PROTOCOL-SAMPLE-PERIOD.
For a cumulative PROTOCOL-SAMPLE-PERIOD, a SAMPLE-DEFINITION-RECORD is
present for all time periods whether or not precipitation occurred or whether
or not component measurements were taken. This is the case even if the sample
collection at the site is discontinued for an interim period. Every day of a
monitoring year at a site is accounted for by a SAMPLE-DEFIMITION-RECORD. The
4.9
-------
SAMPLE-DEFINITION-RECORD clearly identifies what was the monitoring status at
the site for that period. If the site was operating normally during the
period, then the record indicates this and gives the occurrence or not of
precipitation. Ideally, all precipitation occurring at a site during a year
is recorded on the SAMPLE-DEFINITION-RECORD. Hence, it is important for a
cumulative operation network to provide precipitation information even though
the actual precipitation chemistry sample information is not available.
For event or daily PROTOCOL-SAMPLE-PERIOD sites, a SAMPLE-DEFINITION-RECORD
is present only when precipitation events occurred or for days when
precipitation occurred. Under these conditions the SAMPLE-DEFINITION-RECORD
for a monitoring year would provide all the information necessary to determine
wet deposition characteristics at the site. If monitoring is interrupted at
a site for an interim period, and no information on the occurrence of
precipitation during the interim period is available, then a SAMPLE-DEFINITION-
RECORD for the time period is required by ADS. These records are necessary to
alert the user that precipitation events have been potentially missed.
There are six major groups in the SAMPLE-DEFINITION-RECORD:
1 SAMPLE-DEFINITION-RECORD
2 SAMPLE-KEY
2 DATES
2 SAMPLE-DESCRIPTION
2 SAMPLE-QUANTITY
2 COMPONENT-SUMMARY
2 OBSERVATIONS
The SAMPLE-KEY combines the ADS-IDENT with the REFERENCE-DATE to form a
unique 14 character key to this record:
2 SAMPLE-KEY
3 ADS-IDENT
3 REFERENCE-DATE
The ADS-IDENT was discussed in detail for the SITE-SUMMARY-RECORD. It is
six bytes which define a site:
3 ADS-IDENT
4 ADS-NUM PIC X(3)
4 ADS-TYPE PIC X
4 ADS-REV-NUM PIC 99
The next item allows unique identification of a sample within a site:
3 REFERENCE-DATE
4 REF-YR PIC 99
4 REF-MON PIC 99
4 REF-DAY PIC 99
4 REF-HOUR PIC 99
4.10
-------
For networks such as NADP and CANSAP, which collect weekly or monthly
composite samples, the sample reference date is the date/time the collection
bucket was placed in the sampler. For event oriented networks such as
MAP3S/PCN and APIOS, the reference date/time is that of the end of the event.
The next major group in the SAMPLE-DEFINITION-RECORD is:
2 DATES
3 SAMPLE-START
3 EVENT-START
3 EVENT-END
3 SAMPLE-END
3 AT-LAB-DATE
SAMPLE-START is a 10 digit number containing the date and time the sample
collection period started. The date is in YYMMDD format, and time is in 24
hour system using GMT. For event driven networks such as MAP3S/PCN, the
sample start is identical to EVENT-START. For networks which composite
samples, the SAMPLE-START is the date and time a new collection bucket is
installed.
EVENT-START is a 10 digit number containing the date and time the event
started. The date is stored in YYMMDD order, time is in 24 hour system using
GMT. For networks which do not record event date, this field is blank. For
networks like EPRI-SURE and APIOS which do record EVENT-START but do not
record SAMPLE-START both fields contains the EVENT-START value.
EVENT-END is a 10 digit number containing the date and time at which the
event ended. The date is in YYMMDD order, time is in 24 hour GMT. For
networks which do not report an EVENT-END value, this field is set blank.
SAMPLE-END is a 10 digit number containing the date and time at which the
sample was removed from the sampler. The date is in YYMMDD order, time is in
24 hour GMT to the nearest minute.
AT-LAB-DATE is a six digit number containing the date, in YYMMDD order,
the sample arrived at the analysis laboratory. If no arrival date is given,
then AT-LAB-DATE is blank.
The third major group in the SAMPLE-DEFINITION-RECORD is:
2 SAMPLE-DESCRIPTION
3 QC-FLAG
3 ACTUAL-SAMPLE-PERIOD
3 PRECIP-OCCUR
3 PRECIP-TYPE
3 DEPOSITION-TYPE
3 MET-PROTOCOL
3 DAYS-IN-SAMPLE
3 HOURS-OF-RAIN
3 LID-OPENINGS
4.11
-------
This group of fields describe the sample characteristics in general. What
type of sample, purpose of sample, type of precipitation, how long was sample
collected, and did sample meet the contributing network protocol. The items
in this group are:
3 QC-FLAG PIC X
If this flag is not blank, it indicates that this sample represents some
sort of quality control process. Only samples with a blank QC-FLAG will be used
for deposition analysis. Current codes used for QC-FLAG are:
blank = non quality control sample
S = system blank, dry wet-side bucket
rinsed and analyzed
Q = NADP Lab QA flag - known concentration
solution placed in bucket by field
operator in weeks of zero precipitation.
3 ACTUAL-SAMPLE-PERIOD PIC X
The ACTUAL-SAMPLE-PERIOD field shows the actual sampling interval. The
current codes are:
E = event
D = daily 24 hrs
W = weekly
M = monthly
L = lunar month (4 weeks)
N = non-standard time period
The ACTUAL-SAMPLE-PERIOD is set to the PROTOCOL-SAMPLE-PERIOD as defined in
the site record unless it is set to "N" by the ADS input data conversion
procedure. The followi-ng decision table is used
Protocol
Sample Days in Days in Days in
Period Sample Sample Sample
E NA 1 = E >1 = N
D NA 1 = D >1 = N
W <6 = N 6,7,8 = W >8 = N
M <28 = N 28,29,30,31,31 = M >32 = N
L <27 = N 27,28,29 = L >29 = N
4.12
-------
3 PRECIP-OCCUR PIC X
The PRECIP-OCCUR field records explicitly the status of knowledge (to
ADS) whether precipitation occurred or not during the time period covered by
the SAMPLE-DEFINITION RECORD. The information in PRECIP-OCCUR is used
extensively in the preparation of standard ADS data summary reports. The
available codes are:
M = precipitation occurred and a measure of
the quantity of precipitation is available
P = precipitation is known to have occurred but no measure
of the quantity of precipitation is available
Z = no precipitation occurred during this period
X = no information is available to ADS on whether
or not precipitation occurred
Y = monitoring site is not in operation during this
time span, i.e., no attempt to monitor
By consulting this field it is easy to determine the level of monitoring
effort at the site for a given time period.
3 PRECIP-TYPE PIC X
PRECIP-TYPE is a code for the type of precipitation collected. While
various networks report this in detail (some report daily observations for
weekly samples, some distinguish between hail and freezing rain, etc.),
network reported precipitation types are receded to five categories within
ADS.
R = rain
S = snow or other frozen precip
M = mixed rain and snow
U = unknown
N = not available, but known
This classification is based on the premise that sampling efficiency is
primarily effected by temperature - samplers are less efficient in freezing
temperatures - and that it is difficult to ascribe one type of precipitation to
samples representing days or weeks of collection.
3 DEPOSITION-TYPE PIC X
DEPOSITION-TYPE is a code which indicates the type of sample, and is
dependent on the type of instrument in operation at that site. Current codes
are:
4.13
-------
B = Bulk sample, collection bucket exposed
continually during sample period
W = Wet deposition, collection bucket exposed
only during precipitation periods
U = Undefined, collection bucket exposed neither
as wet only (W) nor bulk (B)
S = System blank, dry-wet side collection
bucket subjected to analysis
N = No precipitation and no system blank
X = No information on type available
3 MET-PROTOCOL PIC X
MET-PROTOCOL is a code which indicates whether or not the sample met the
network's protocol. Three codes will be applied to the data received from the
network:
N = sample did not meet protocol
Y = sample did meet protocol
blank = network did not report; assume that
sample did meet the protocol.
3 DAYS-IN-SAMPLE PIC 99
DAYS-IN-SAMPLE is a two digit number containing the number of days in the
sample. For networks using a fixed interval collection protocol, the days in
the sample is the difference between the date portion of SAMPLE-END and
SAMPLE-START. For event oriented networks, the days in the sample is the
difference between EVENT-END and EVENT-START. If the result is zero, because
the two dates are the same, the DAYS-IN-SAMPLE field is set to 1. Thus, if
DAYS-IN-SAMPLE is 1, the actual elapsed time could be anywhere from a few
minutes to 48 hours.
3 HOURS-OF-RAIN PIC 9(4)
HOURS-OF-RAIN is a four digit number reported by a few networks.
3 LID-OPENINGS PIC 99
This value is available for some of the collection instruments. We
expect that most networks will not be able to supply this number. This number
is used in a quality control sense, if it is zero yet there is some
precipitation in the sampler an instrument error is indicated. If the number
of lid openings is very large, an instrument error is indicated. There is no
4.14
-------
reasonable way of relating a normal number of lid openings to the deposition
patterns. The values in the field have the following meaning:
0 = Reported no lid openings
1-90 = Actual number of lid openings reported
98 = Reported occurrence of at least one lid opening
99 = No information reported
The fourth major group in the SAMPLE-DEFINITION-RECORD is:
2 SAMPLE-QUANTITY
3 RAIN-GAGE-MM
3 SAMPLE-VOLUME-ML
3 SAMPLE-VOLUME-ERROR-CODE
3 SAMPLE-VOLUME-ERROR
3 PREDICTED-VOLUME-ML
3 PREDICTED-DEPTH-MM
3 SAMPLING-EFFICIENCY
3 RAIN-GAGE-MM usage REAL
RAIN-GAGE-MM contains the observed rain depth in the actual sampling
period, i.e., from start to stop as defined by the network. For NADP, this is
the sum of daily amounts. If the site reports rain gage measurements in
inches, they will be converted to millimeters before being stored here. If
rain gage is not reported, a missing value code of "999999" will be entered in
this field.
3 SAMPLE-VOLUME-ML usage REAL
SAMPLE-VOLUME-ML is the observed volume of precipitation in the sampling
instrument. If necessary, the sample volume is converted to milliliters on
conversion of a network's data tape to ADS. Missing volume information is
indicated by "999999".
3 SAMPLE-VOLUME-ERROR-CODE PIC X
The SAMPLE-VOLUME-ERROR-CODE is a flag indicating what type, if any, of
measurement error is associated with the sample volume. These codes are:
* = SAMPLE-VOLUME-ERROR is a multiplicative estimate of error. It
is a dimensionless constant. The upper bound is the
SAMPLE-VOLUME-ML times the SAMPLE-VOLUME-ERROR. The lower
bound is the SAMPLE-VOLUME-ML divided by the
SAMPLE-VOLUME-ERROR.
% = SAMPLE-VOLUME-ERROR is percent plus or minus. The upper bound
is the SAMPLE-VOLUME-ML plus the SAMPLE-VOLUME-ML times the
SAMPLE-VOLUME-ERROR. The lower bound is the SAMPLE-VOLUME-ML
minus the SAMPLE-VOLUME-ML times the SAMPLE-VOLUME-ERROR-value.
4.15
-------
+ = SAMPLE-VOLUME-ERROR is an absolute number. The upper bound is
the SAMPLE-VOLUME-ML plus the SAMPLE-VOLUME-ERROR. The lower
bound is the SAMPLE-VOLUME-ML minus the SAMPLE-VOLUME-ERROR.
blank = the network did not supply any SAMPLE-VOLUME-ERROR.
3 SAMPLE-VOLUME-ERROR usage REAL
The SAMPLE-VOLUME-ERROR is used in conjunction with the
SAMPLE-VOLUME-ERROR-CODE as described above to compute upper and lower
estimates of the sample-volume measurement. This field may contain a decimal
point. Missing values, indicated by a blank in SAMPLE-VOLUME-ERROR-CODE,
contain "999999".
3 PREDICTED-VOLUME-ML usage REAL
The PREDICTED-VOLUME-ML is RAIN-GAGE-MM times INSTRUMENT-AREA-SQ-CM
divided by 10 to convert to ML. It may be compared with SAMPLE-VOLUME as a
measure of sampling efficiency. Missing values, indicated by 999999, occur
when RAIN-GAGE-MM is missing.
3 PREDICTED-DEPTH-MM usage REAL
PREDICTED-DEPTH-MM is SAMPLE-VOLUME-ML divided by INSTRUMENT-AREA-SQ-CM
and multiplied by 10 to convert to MM. The missing value code, 999999, is
stored when SAMPLE-VOLUME-ML is missing.
3 SAMPLING-EFFICIENCY usage REAL
SAMPLING-EFFICIENCY is a measure of the efficiency of the sampling
instrument. It is the ratio of the SAMPLE-VOLUME-ML to the
PREDICTED-VOLUME-ML. If either the RAIN-GAGE-MM or the SAMPLE-VOLUME-ML is
missing, SAMPLING-EFFICIENCY is set to the missing value code, 999999.
The fifth major group in the SAMPLE-DEFINITION-RECORD is
2 COMPONENT-SUMMARY
3 NUM-MEASURED
3 NUM-MISSING
3 REASON-NO-COMPONENTS
3 NUM-MEASURED PIC 99
NUM-MEASURED is a count of the number of components for which
measurements exist.
3 NUM-MISSING PIC 99
NUM-MISSING is a count of the number of components which are normally
measured by this network which were not measured for this sample.
4.16
-------
3 REASON-NO-COMPONENTS PIC X
REASON-NO-COMPONENTS explains total absence of the component
measurements, it has the following values:
Blank = at least one component reported
I = insufficient precipitation to complete any measurement
F = field site problem - sample malfunction,
sample lost at site
T = transport loss between site and lab
L = laboratory did not complete analysis - sample loss,
no analysis possible, etc.
S = network coordinator screened (deleted) all
component results as being unreliable
N = no precipitation and no analysis of dry-wet-side bucket
X = no information is available to ADS on whether or not
precipitation occurred
Y = monitoring site is not in operation during this time span
The codes assigned can be considered to fall into three groups: data present
(blank), no sample collected (N, X, Y) and sample collection/analysis
attempted (I, F, T, L, S). In assigning codes the the latter group, if
multiple code assignments are possible, the code dominance is S, L, T, F and I
with S being reported over L, etc.
The final major group in the SAMPLE-DEFINITION-RECORD is:
2 OBSERVATIONS
3 FIELD-INITIALS
3 NOTE CODES
4 MAX-NOTE
4 NOTES
These fields key the narrative qualifications for the sample. All notes are
preserved. A subjective categorization of the notes is provided to assist in
routine use of note information.
3 FIELD-INITIALS PIC X(3)
This is the initials of the person collecting the sample. He expect that
it will be impossible to supply this data for old observations, but it ought to
be added to future observations. The default value will be "unk" for
"unknown".
4.17
-------
The next item in observations contains two fields:
3 NOTE-CODES
4 MAX-NOTE PIC X
4 NOTES PIC X(60)
The MAX-NOTE is a code indicating the most severe note to be found in the
notes field. NOTES contains as many as 20 three character codes describing
the sample. These notes are defined in a hierarchy described below.
The notes reported by sampling networks serve two purposes within each
network. Some notes help network managers understand day-to-day operation of
the network; the performance of station operators and sampling instruments are
reflected in notes such as "sample lost", "rain gage inoperative", or
"insufficient sample for complete measurement". These notes explain why a
sample or a component of a sample is missing from the data base. The other
type of note is often more subtle; comments such as "insect in sample",
"sample contaminated", or "alternate operator" imply something about the
quality of the values in the data base.
We have developed a classificatory scheme for the notes supplied by the
networks. Each of the network supplied note codes was assigned a three
character code in which the first character is a letter - A, B, C, or 0, and
the last two characters are arbitrary numbers from 00 to 99. Using this
scale, the letter of the most severe note for the sample is placed in the
MAX-NOTE field. This is an advisory field only, investigators using ADS are
urged to examine the entire NOTES field. The user should also consult the
component record RESULT-NOTE for information specific to a component.
Table B.5 shows provisional (subject to review by network managers)
assignment of NOTES. The letters have the following meaning:
A = notes explain why complete sample data or component measurements
were not reported. That is, a sample was collected (it did rain)
but some or all of the component results are not available.
B = notes relate to the quality of the sample, field conditions, etc.
C = notes relate to the quantity of the sample.
D = notes explain why one or more component results (or all results for
a sample) may be suspect.
These code letters have the following hierarchical relationship
A < B < C < D
less severe more severe
4.18
-------
Example:
Suppose an EPRI-SURE record sample has four note codes:
13 lid opened manually
17 pH or conductivity or temperature meter inoperative
19 filtered samples
28 alternate operator
These would be translated to the ADS note codes as follows:
13 = B12
17 = A05
19 = B15 .
28 = B20
The MAX-NOTE would be "B". The NOTES would be: B12A05B15B20.
COMPONENT-ANALYZED-RECORD DESCRIPTION
The COMPONENT-ANALYZED file contains one record for each measurement
performed on the sample. Component is a generic term used to identify all
measurements taken for a precipitation chemistry sample, except sample volume.
This includes field pH, field conductivity, lab pH, lab conductivity, total
acidity as well as ion species concentrations. If the sample was taken but no
components were reported, there will be no records in the COMPONENT-ANALYZED
file. If the operating protocol called for nine component measurements on
this sample yet only two were reported by the network, only two records will
be found in this file. The SAMPLE-DEFINITION-RECORD contains note codes
explaining why less than the expected number of measurements is available.
The COMPONENT-ANALYZED-RECORD consists of two major group items:
1 COMPONENT-ANALYZED-RECORD
2 COMPONENT-IDENT
2 RESULTS
The COMPONENT-IDENT group consists of two items:
2 COMPONENT-IDENT
3 COMPONENT-KEY
3 COMPONENT-CODE
The first, COMPONENT-KEY is a group item, the next, COMPONENT-CODE is a
virtual field - it is computed from a table.
COMPONENT-KEY consists of two items:
3 COMPONENT-KEY
4 COMPONENT-NUM PIC X(2)
4 ADS-KEY PIC X(14)
4.19
-------
There are two keys to this file, the full 16 byte COMPONENT-KEY, and the
14 byte ADS-KEY which is the a subset of the COMPONENT-KEY. This allows rapid
retrieval on either the component within a given site, or for all sites, and
by site. Most browsing through this file will be by COMPONENT-NUM, that is, a
person will be presented with all measurements for a component, i.e., sulfate,
in ascending sequence by ADS site and start date/time within site. On the
other hand, retrievals based on sample information will be via the ADS-KEY.
Components will be presented in component order within a site. That is, for
site 021aOO on 79100200 components will appear in order of COMPONENT-NUM,
i.e., 10 (conductivity), 20 (pH), 25 (weak acid), 31 (S04), etc.
The 16 character COMPONENT-KEY starts with the following two byte data
i tern:
4 COMPONENT-NUM PIC X(2)
This two character number identifies the chemical species for which this
analysis was made. There are currently 41 component numbers in use. They are
shown in Table B.6 along with the four character component codes. Three
optional sets of measurement units which are available upon retrieval are
shown in Table B.7.
The remainder of the COMPONENT-KEY is the 14 characters which define the
ADS station number and the sample start day/time:
4 ADS-KEY
5 ADS-IDENT
6 ADS-NUM PIC X(3)
6 ADS-TYPE PIC X
6 ADS-REV-NUM PIC XX
5 REFERENCE-DATE
6 REF-YR PIC 99
6 REF-MON PIC 99
6 REF-DAY PIC 99
6 REF-HOUR PIC 99
These 14 characters should be self-explanatory - they were discussed in detail
previously.
The next item in COMPONENT-IDENT is not actually stored in the record;
it is an automatic table lookup:
3 COMPONENT-CODE computed by
COMPONENT-NUM via
COMPONENT-TABLE
This four character code identifies the chemical species for which this
analysis was made in a mnemonic form. The codes are shown in Table B.6.
The second major group in the COMPONENT-ANALYZED-RECORD is the RESULTS
group.
4.20
-------
2 RESULTS
3 TYPE-RESULTS-FLAG
3 DATE-ANALYZED
3 ANAL-INITIAL
3 RESULT-NOTE
3 RESULT-FLAG
3 RESULT-VALUE
3 UNITS
3 ERROR-FLAG
3 ERROR-VALUE
3 TYPE-RESULTS-FLAG PIC X
This flag can have the following values:
blank = normal analysis
Q = Quality Control results.
The DATE-ANALYZED is three data items:
3 DATE-ANALYZED
4 ANAL-YR PIC 99
4 ANAL-MO PIC 99
4 ANAL-DA PIC 99
This is the date the sample analysis was completed for this component. If
this date is unavailable, it will be set to "999999".
The next item in RESULTS is a single data item:
3 ANAL-INITIAL PIC X(3)
These are the initials of the person responsible for the quality of the
reported results or the person who performed the analysis. If it was not
supplied by the network it was set to "unk".
3 RESULT-NOTE PIC X
The code, RESULT-NOTE, is a one character field which contains
information about the result for this component. The valid codes are:
blank = no note for this component
S = result marked as "suspect" or unreliable
as determined by the network
I = informative comment concerning this component
is given in the sample record
4.21
-------
The next item in RESULTS is:
3 RESULT-FLAG PIC X.
This code identifies samples at or below detection limits, values are:
blank = normal
< = at or below detection limit
in which case, the detection limit will
appear in RESULT-VALUE
* = reported value is questionable, it is between
detection limit and quantification limit
> = actual value is greater than reported value
? = unreliable result
A = approximate value
L = actual value less than reported
M = no response, minimum detectable value reported
P = reported value is below 10% precision limit
(where SD/CONC _> 0.10)
These codes are, of course, assigned by the network.
The next item in RESULTS is the result itself:
3 RESULTS-VALUE PIC 9(6)
The six characters reserved for this number include the decimal point. Thus,
it is possible for a value to be as large as 99999. and as small as .00001.
Negative values may also be stored in this field, if the network wishes.
Note that this field allows five significant digits. In practice, none
of the participating networks report more than four significant digits. ADS
will not increase the number of significant digits reported; data will be
passed on as given. If input procedures are required to convert data to
standard ADS measurement units (see Appendix B), the appropriate network
manager will concur in the number of digits propagated to the converted data.
3 UNITS Computed
The UNITS associated with the RESULTS-VALUE will be printed from a table.
The standard ADS UNITS are shown in Appendix B.
The last items in RESULTS relate to measurement errors:
3 ERROR-FLAG PIC X
4.22
-------
The ERROR-FLAG is a code to indicate the type of ERROR-VALUE reported:
* = ERROR-VALUE is a multiplicative estimate of error.
It is a dimensionless constant. The upper bound
is the RESULT-VALUE times the ERROR-VALUE. The lower
bound is the RESULT-VALUE divided by the ERROR-VALUE.
% = ERROR-VALUE is percent plus or minus. The upper bound
is the RESULT-VALUE plus the RESULT-VALUE times the
ERROR-VALUE. The lower bound is the RESULT-VALUE minus
the RESULT-VALUE times the ERROR-VALUE.
+ = ERROR-VALUE is an absolute number. The upper bound
is the RESULT-VALUE plus the ERROR-VALUE. The lower
bound is the RESULT-VALUE minus the ERROR-VALUE.
blank = the network did not supply any ERROR-VALUE.
The final item in this record is:
3 ERROR-VALUE PIC 9(5).
This is the numeric value which is an estimate of the precision and accuracy
of the RESULTS-VALUE. The interpretation of the ERROR-VALUE requires that the
user consult with the specific procedures a network uses to derive the value.
ERROR-VALUE reported may refer only to laboratory analysis precision and may
not include error components related to sample procedures or local atmospheric
variability.
SITE-HISTORY-RECORD DESCRIPTION
This record will provide a historical account of up to 100 changes in
sampling procedures at a particular geographic site. It has three major
groups of fields:
1 SITE-HISTORY-RECORD
2 ADS-IDENT
2 REVISION-DATES
2 EXPLANATION-OF-REVISION
The first group is ADS-IDENT.
2 ADS-IDENT
3 ADS-NUM PIC X(3)
3 ADS-TYPE PIC X
3 ADS-REV-NUM PIC XX
These six characters are the identification code for the site as explained in
the discussion of the SITE-SUMMARY-RECORD.
4.23
-------
2 REVISION-DATES
These two dates define the effective time frame for this revision to the
sampling procedures. See the SITE-SUMMARY-RECORD for more details.
3 REVISION-START-DATE usage DATE
3 REVISION-END-DATE usage DATE
2 .EXPLANATION-OF-REVISION PIC X(400)
This text field will allow up to 400 characters of narrative information
to describe the change in procedures which caused generation of this record.
Output will be automatically presented in multiple line format.
NETWORK-ANALYSIS-PROTOCOL-RECORD DESCRIPTION
The NETWORK-ANALYSIS-PROTOCOL file is static; new records are only added
when there is a change in the network chemical analysis protocol.
1 NETWORK-ANALYSIS-PROTOCOL-RECORD
2 PROTOCOL-IDENT
3 NET-CODE PIC X(2)
3 COMPONENT-NUM PIC X(2)
3 REVISION-START PIC 9(6)
3 REVISION-END PIC 9(6)
These first sixteen bytes are the key to the file. They identify the
component, the network, and the dates to which this protocol applies.
2 METHOD-CODE-GENERIC PIC XX
This two character code defines, in general terms, the analysis method used
for this component. The valid codes are given in Table B.8.
2 INSTRUMENT-CODE PIC XX
The INSTRUMENT-CODE is a two character code defining the analysis
instrument. The first character is loosely related to the name of the
manufacturer. These codes are given in Table B.9.
2 LIMIT-OF-DETECTION PIC X(12)
The LIMIT-OF-DETECTION is a value reported by the network. The units of
measurement (which might not be the units in the COMPONENT-ANALYZED file) are
included in this field.
2 METHOD-SPECIFIC PIC X(200)
The METHOD-SPECIFIC is a narrative description of the analysis method.
4.24
-------
5.0 ADS RETRIEVAL
The goal of ADS operation is to provide timely retrieval of information.
The data files are structured to optimize retrieval of specific components by
geographic location and/or time. There is considerable flexibility in the
retrieval process as illustrated by three examples.
Request 1: "Please send me information about acid rain in Oregon.
Response 1: A phone conversation to clarify the request revealed that
the requester was interested in trends in the concentration
of several components at the NADP sites in Oregon. It was
agreed that the best starting place was the NADP quarterly
reports. These are on file in the ADS office, and the
appropriate pages were copied and mailed. The computer data
files were not needed in this case.
Request 2: "What were the monthly depositions of S04 and N03 east of
the Mississippi as measured by NADP and CANSAP in 1980?"
Response 2: We had several questions for this requester:
"which sites, all or only those which meet the ADS site
selection criteria?"
"which samples, all or only those with at least 50%
collection efficiency?"
"what units of concentration and deposition are required?"
"what volume, that of the sample or that in the rain gage,
should be used in .computing deposition?"
These were resolved in one telephone conversation and
standard report 6, illustrated in Appendix E, was prepared.
Request 3: I am requesting rainwater data for an EPA research grant,
"Chemical Frequency Distributions in Rainwater—A Physical
Chemical Model." The first phase of this project is to
determine empirical frequency distributions for the major
ion species, and to look for the effect of sampling strategy
(daily, weekly, monthly) and variations in physical
parameters (precipitation intensity, wind speed, wind
direction, mixing height, etc.) on these empirical
distributions."
Response 3: "We have a standard tape output format (see Appendix F),
suppose we prepare a one network subset of the data and send
you a tape. This will let you work out the technical
details of handling our data. Then, when our current
updating process is complete we will send other networks."
5.1
-------
REQUESTING INFORMATION
The best way to request information from ADS is to send a brief but
precise description of the request to
Dr. Charles R. Watson
Statistics Section, Sigma 3 Building
Pacific Northwest Laboratory
P.O. Box 999
Richland, Washington 99352
Phone: (509) 376-2227 or FTS 444-2227
All written requests must include a telephone number where the requester may be
contacted during working hours.
Requests are clarified as illustrated on the previous page by telephone
discussions between the requester and the ADS staff when required.
PRINTED REPORTS
Many requests for information are fulfilled through the use of computer
generated summary reports. Often these reports have been prepared in response
to an earlier request. At other times the proper subset of the data must be
retrieved for processing by the summary report procedure. Two of these
reports, the SITE INVENTORY by ADS, and the SITE INVENTORY by state/province,
are included in this report as Table C.I and Table C.2 in Appendix C. Other
reports are illustrated in Appendix E.
The standard reports fall into three categories:
NARRATIVE
Summary of networks in ADS
Summary of operating history at a given site
Summary of analytical techniques at a given site
INVENTORY
of sites by ADS identification
of sites by state/province
of samples by site by year
of components at a given site by year
of a given component by site by year
DATA SUMMARIZATION
Concentration and deposition of a given component
in a given time period (usually 1 year) by site
Monthly concentration of a selected component
at a given site
Monthly concentration and deposition and three month moving
average deposition of a given component at a site.
5.2
-------
The formats for these reports and the addition of new statistical summary
reports are under continual development. A request for a summary report
should be formulated to meet the requester's requirement. If a standard
report is available, it will be used. If no current standard report is
available to satisfy the request, then the ADS staff will contact the
requester to discuss the request. In most cases an existing report is found
to be adequate. In a few cases the request can initiate the development of a
new standard data report.
DATA TAPE EXTRACTION
One of the main features of ADS is the common format for data from
multiple networks. Selected portions of the data base can be made available
on computer tape. The tape format is described in Appendix F. Potential data
users should read the appendix and discuss it with their computer experts
prior to requesting data.
Data tapes can be prepared at 800, 1600, or 6250 bpi in either ASCII or
EBCDIC code. Unless requested otherwise, the standard is 1600 bpi unlabeled
EBCDIC.
The data request should be meaningful. "Send me the entire data base",
is not a meaningful request. "Send me a tape of the S04, N03, and NH4 data
from any sample for which the collection efficiency was between 0.5 and 2.0
and the MAX-NOTE was blank, A, or B", j_s_ a meaningful request. In other
words, the request should demonstrate an understanding of the data.
5.3
-------
APPENDIX A
SUMMARY OF ADS RECORD DEFINITIONS
TABLE A.I SITE-SUMMARY File Record Description
1 SITE-SUMMARY-RECORD.
2 ADS-KEY.
3 ADS-NUM
3 ADS-TYPE
3 ADS-REV-NUM
2 SITE-NAMES.
3 SAROAD-FIELDS.
4 SAROAD-KEY
4 SAROAD-SITE redefines SAROAD-KEY,
5 STATE
5 AREA
5 SITE
4 AGENCY
4 PROJECT
3 FIPS-CODES.
4 FIPS-STATE
4 FIPS-COUNTY
3 NETWORK-SITE-IDENTIFICATION.
4 NET-KEY
4 NET-IDENT redefines NET-KEY.
5 NET-CODE
5 NET-SITE
4 NET-SITE-NAME
3 SITE-NAME
2 SITE-LOCATION.
3 LATITUDE.
4 N-OR-S
4 LATITUDE-DEG
4 LATITUDE-MIN
4 LATITUDE-SEC
3 LONGITUDE.
4 E-OR-W
4 LONGITUDE-DEG
4 LONGITUDE-MIN
4 LONGITUDE-SEC
3 ELEVATION-METERS
3 TIME-ZONE
2 SITE-PROTOCOL.
3 REVISION-START-DATE
3 REVISION-END-DATE
3 MONITOR-PURPOSE
3 PROTOCOL-SAMPLE-PERIOD
3 INSTRUMENT-CODE
3 INSTRUMENT-AREA-SQ-CM
3 METERS-ABOVE-GROUND
3 LAB-CODE
3 NUM-COMPONENTS
PIC X(2).
PIC X(4).
PIC X(3).
PIC X(2).
PIC X(10)
PIC X(3)
PIC X.
PIC XX.
PIC X(9).
PIC X.
PIC X(2).
PIC 99.
PIC 999.
PIC X(12).
PIC X(45).
PIC X(18).
PIC X.
PIC 99.
PIC 99.
PIC 99.
PIC X.
PIC 999.
PIC 99.
PIC 99.
PIC 9999.
PIC S99.
usage DATE.
usage DATE.
PIC X.
PIC X.
PIC X(2).
PIC 9999V99,
PIC 999V9.
PIC X(4).
PIC 99.
record length = 155 bytes
A.I
-------
TABLE A.2 SAMPLE-DEFINITION File Record Description
1 SAMPLE-DEFINITION-RECORD.
2 SAMPLE-KEY.
3 ADS-IDENT.
4 ADS-NUM • PIC X(3).
4 ADS-TYPE PIC X.
4 ADS-REV-NUM PIC 99.
3 REFERENCE-DATE
4 REF-YR PIC 99.
4 REF-MON PIC 99.
4 REF-DAY PIC 99.
4 REF-HOUR PIC 99.
2 DATES.
3 SAMPLE-START.
4 START-YR PIC 99.
4 START-MON PIC 99.
4 START-DAY PIC 99.
4 START-HOUR PIC 99.
4 START-MIN PIC 99.
3 EVENT-START.
4 E-START-YR PIC 99.
4 E-START-MON PIC 99.
4 E-START-DAY PIC 99.
4 E-START-HOUR PIC 99.
4 E-START-MIN PIC 99.
3 EVENT-END.
4 E-END-YR PIC 99.
4 E-END-MON PIC 99.
4 E-END-DAY PIC 99.
4 E-END-HOUR PIC 99.
4 E-END-MIN PIC 99.
3 SAMPLE-END.
4 END-YR PIC 99.
4 END-WON PIC 99.
4 END-DAY PIC 99.
4 END-HOUR PIC 99.
4 END-MIN PIC 99.
3 AT-LAB-DATE.
4 LAB-YR PIC 99.
4 LAB-MON PIC 99.
4 LAB-DAY PIC 99.
A.2
-------
TABLE A.2 SAMPLE-DEFINITION File Record Description (Cont.)
2 SAMPLE-DESCRIPTION.
3 QC-FLAG
3 ACTUAL-SAMPLE-PERIOD
3 PRECIP-OCCUR
3 PRECIP-TYPE
3 DEPOSITION-TYPE
3 MET-PROTOCOL
3 DAYS-IN-SAMPLE
3 HOURS-OF-RAIN
3 LID-OPENINGS
2 SAMPLE-QUANTITY.
3 RAIN-GAGE-MM
3 SAMPLE-VOLUME-ML
3 SAMPLE-VOLUME-ERROR-CODE
3 SAMPLE-VOLUME-ERROR
3 PREDICTED-VOLUME-ML
3 PREDICTED-DEPTH-MM
3 SAMPLING-EFFICIENCY
2 COMPONENT-SUMMARY.
3 NUM-MEASURED
3 NUM-MISSING
3 REASON-NO-COMPONENTS
2 OBSERVATIONS.
3 FIELD-INITIALS
3 NOTE-CODES.
4 MAX-NOTE
4 NOTES
PIC X.
PIC X.
PIC X.
PIC X.
PIC X.
PIC X.
PIC 99.
PIC 9(4).
PIC 99.
usage REAL.
usage REAL.
PIC X.
usage REAL.
usage REAL.
usage REAL.
usage REAL.
PIC 99.
PIC 99.
PIC X.
PIC X(3).
PIC X.
PIC X(60).
record length = 168 bytes
A.3
-------
TABLE. A.3 COMPONENT-ANALYZED File Record Description
1 COMPONENT-ANALYZED-RECORD.
2 COMPONENT-IDENT.
3 COMPONENT-KEY.
4 COMPONENT-NUM
4 ADS-KEY.
5 ADS-IDENT.
6 ADS-NUM
6 ADS-TYPE
6 ADS-REV-NUM
5 REFERENCE-DATE.
6 REF-YR
6 REF-MO
6 REF-DA
6 REF-HR
3 COMPONENT-CODE.
2 RESULTS.
3 TYPE-RESULTS-FLAG
3 DATE-ANALYZED.
4 ANAL-YR
4 ANAL-MO
4 ANAL-DA
3 ANAL-INITIALS
3 RESULT-NOTE
3 RESULT-FLAG
3 RESULT-VALUE
3 UNITS
3 ERROR-FLAG
3 ERROR-VALUE
PIC X(2)
PIC X(3).
PIC X.
PIC XX.
PIC 99.
PIC 99.
PIC 99.
PIC 99.
computed.
PIC X.
PIC 99.
PIC 99.
PIC 99.
PIC- X(3).
PIC X.
PIC X.
PIC 9(6).
computed.
PIC X.
PIC 9(5).
record length = 40 bytes
A.4
-------
TABLE A.4 SITE-HISTORY File Record Description
1 SITE-HISTORY-RECORD.
2 ADS-IDENT.
3 ADS-NUM PIC X(3).
3 ADS-TYPE PIC X.
3 ADS-REV-NUM PIC XX.
2 REVISION-DATES.
3 REVISION-START-DATE usage DATE.
3 REVISION-END-DATE usage DATE.
2 EXPLANATION-OF-REVISION PIC X(400).
record length = 422 bytes
A.5
-------
TABLE A.5 NETWORK-ANALYSIS-PROTOCOL File Record Description
1 NETWORK-ANALYSIS-PROTOCOL-RECORD.
2 PROTOCOL-IDENT.
3 NET-CODE PIC X(2).
3 COMPONENT-NUM PIC X(2).
3 REVISION-START PIC 9(6).
3 REVISION-END PIC 9(6).
2 METHOD-CODE-GENERIC PIC XX.
2 INSTRUMENT-CODE PIC XX.
2 LIMIT-OF-DETECTION PIC X(12).
2 METHOD-SPECIFIC PIC X(200),
record length = 232 bytes
A.6
-------
APPENDIX B
TABLES OF ADS VALID CODES FOR SELECTED DATA FIELDS
TABLE B.I FIPS Codes for the States and Territories of the U.S.
01 = Alabama
02 = Alaska
04 = Arizona
05 = Arkansas
06 = California
08 = Colorado
09 = Connecticut
10 = Delaware
11 = District of Columbia
12 = Florida
13 = Georgia
15 = Hawaii
16 = Idaho
17 = Illinois
18 = Indiana
19 = Iowa
20 = Kansas
21 = Kentucky
22 = Louisiana
23 = Maine
24 = Maryland
25 = Massachusetts
26 = Michigan
27 = Minnesota
28 = Mississippi
29 = Missouri
30 = Montana
31 = Nebraska
32 = Nevada
ADS extension of FIPS
80 = Alberta, Canada
81 = British Columbia, Canada
82 = Manitoba, Canada
83 = New Brunswick, Canada
84 = Newfoundland, Canada
85 = Northwest Territories, Canada
33 = New Hampshire
34 = New Jersey
35 = New Mexico
36 = New York
37 = North Carolina
38 = North Dakota
39 = Ohio
40 = Oklahoma
41 = Oregon
42 = Pennsylvania
44 = Rhode Island
45 = South Carolina
46 = South Dakota
47 = Tennessee
48 = Texas
49 = Utah
50 = Vermont
51 = Virginia
53 = Washington
54 = West Virginia
55 = Wisconsin
56 = Wyoming
60 = American Samoa
66 = Guam
69 = Northern Mariana Is.
72 = Puerto Rico
75 = Trust Territory of the Pacific Is
78 = Virgin Islands
codes for Provinces of Canada
86 = Nova Scotia, Canada
87 = Ontario, Canada
88 = Prince Edward Island, Canada
89 = Quebec, Canada
90 = Saskatchewan, Canada
91 = Yukon Territory, Canada
B.I
-------
TABLE B.2 Network Codes
Network Name
01 NADP
02 NTN
03 NTN+ (both NTN and NADP)
04 CAPMON
05 CANSAP
06 MAP3S/PCN
07 APIOS-D (daily)
08 UAPSP
09 APN
10 EPRI-SURE
11 WMO
12 APIOS-C (cumulative)
13 EPA-IV
14 GLAD
B.2
-------
TABLE B.3 Instruments and Their Codes
Code Instrument
Al Aerochem Metrics model 201
A2 Aerochem Metrics model 301
A? Aerochem Metrics model unknown
BN Battelle Northwest
CM Climatronics Metrics
HI HASL (standard AEC model)
H2 HASL-ANL (Argonne ISWS model)
H3 HASL-ORNL (Oak Ridge model)
LM Leonard Mold and Die
SA Sangamo/MCI type A
S+ Sangamo/MCI A modified by APIOS
SC Sangamo/MCI type C
SE Sudbury Environmental Study (SES)
B.3
-------
TABLE B.4 Analysis Laboratories and Their Code Names
Lab
Code
BION
GGC
ISWS
LSBO
PNL
REMS
RTI
WQBO
Lab
Name
Bionetics Region V EPA
Global Geochemistry Corp
Canoga Park, California
Illinois State Water Survey
Laboratory Services Branch
Ontario Ministry of
Environment, Rexdale
Pacific Northwest Laboratory
Richland, Washington
Rockwell Environmental
Monitoring and Services Center
Newbury Park, California
Research Triangle Institute
Research Triangle Park, North Carolina
Water Quality Branch
[Ontario Region]
Burlington, Ontario
Network
Using Lab
GLAD
EPA-IV
NADP
NTN
NTN+
APIOS-C
APIOS-D
MAP3S/PCN
EPRI-SURE
UAPSP
EPA-IV
CANSAP
APN
CAPMON
B.4
-------
TABLE B.5 Network Notes and Note Codes
A Notes
These notes explain why one or more component results are not reported.
ADS
Code
AGO
A01
A02
A03
A04
A05
A06
A07
A08
A09
A10
Note Description
sample period invented by ADS. No
information supplied by network for
this time span. Used for cumulative
networks only.
indicates a trace; dilution
was unwarranted
insufficient sample for
complete measurement
rain gage inoperative, event
dates and times are actually
for collector placement and removal
rain gage inoperative, event begin
and end data and time estimated
pH or conductivity or temperature
meter inoperative
Not available. Analyses are not
yet available. These are
predominately dry samples to be
handled in a separate report.
No information. Information was
never reported and will never be
available for this collection period.
sample not submitted
sample lost
No sample. No data will be reported
Network
ADS
NADP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
NADP
NADP
APIOS
APIOS
NADP
Network's Code
T
07
08
09
17
NA
Field Note NN
Field E
Office X
Field Note NS
for this sample. These data have
been excluded from the report for
various reasons, including extreme
contamination, lack of conforming to
a definable sample type, leakage, or
loss in the mail.
B.5
-------
TABLE B.5 Network Notes and Note Codes (Cont.)
ADS
Code
All
A12
A13
AH
A15
A21
A22
A23
A24
A25
A26
A27
A28
A29
A30
A31
A3 2
A33
A34
A35
Note Description
sampler malfunction
bucket arrived dry
one or more deletions
no sample available
insufficient sample
equipment failure - all of event missed
equipment failure - some data loss
contaminated and discarded in field
sample too aged for S02 analysis
sample leaked in transit
sample inadvertently discarded
in field
sample not shipped
sample spoiled before analysis
vandalism - some data loss
no explanation from operation
sampler malfunctioned
sample spilled or leaked
no precipitation collected
less than 0.1 inch of rainfall
(observed in rain gage)
missed event
Network
NADP
NADP
CANSAP
APN
CANSAP
APN
CANSAP
APN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
APIOS
APIOS
APIOS
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
Network's Code
S
DA
5
5
8
8
9
9
1121
1122
1123
1124
1125
1126
1127
1128
1129
1130
Field F
Field G .
Field K
7
29
B.6
-------
TABLE B.5 Network Notes and Note Codes (Cont.)
B Notes
These notes relate to the quality of the sample, field conditions during the
sample, etc. Presumably all components have a valid measurement if no notes
more severe than A type notes are associated with the sample.
ADS
Code
Note Description
Network- Network's Code
The following four codes are being phased out, see B44-B46
B01
B02
B03
B04
BOS
B06
B07
808
B09
BIO
Bll
B12
B13
B14
B15
sample was clear
sample was cloudy
sample contains floating matter
sample contains settled matter
insects in sample
leaves in sample
particulates in sample
fibers in sample
sample contaminated
noticeable suspended particulates
sample manually collected in a
clean bucket
lid opened manually
sample temperature above 10°
on arrival
sample partially frozen on
arrival in lab
filtered samples
NADP
NADP
NADP
NADP
APIOS
CANSAP
APN
APIOS
APIOS
APIOS
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
Col. 69 =
Col. 70 =
Col. 71 =
Col. 72 =
Field A
3
3
Field B
Field C
Field D
01
14
12
13
15
18
19
X
X
X
X
B.7
-------
TABLE B.5 Network Notes and Note Codes (Cont.)
ADS
Code
B16
B17
B18
B19
B20
B21
B22
B23
B24
B31
B32
B33
B34
B35
B36
B37
B38
B39
B40
Note Description
fertilizing or spraying or
harvesting near collector
thunder during event
dust or smoke in vicinity of sampler
collected sample remained in sampler
in excess of 24 hours
alternate operator
number of lid openings estimated
water found in dry bucket
soil in sample
organic matter in sample
alternate rain gage used
alternate collector used
wind problems
snowbridge or ice problems
overflow
sample frozen
late collection
organic debris in sample
unidentified debris in sample
flyash in sample
Network Network's Code
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
API OS
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
CANSAP
APN
CANSAP
APN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
22
24
26
Office Y
28
23
22
1
1
2
2
1231
1232
1233
1234
1235
1236
1237
1238
1239
1240
B.8
-------
TABLE B.5 Network Notes and Note Codes (Cont.)
ADS
Code
B41
B42
B43
dust/dirt i
bird droppi
wet side op
Note Description
n sample
ngs in funnel
en when not precipitating
Network Network's Code
MAP3S/PCN
MAP3S/PCN
APIOS
1241
1242
Field J
(ADS deposition type set to B = Bulk)
B99 other APIOS Field Q
B.9
-------
TABLE B.5 Network Notes and Note Codes (Cont.)
The following 12 note codes are derived from sections 5 and 6 of the NADP
FIELD OBSERVATION REPORT FORM. The questions are:
5. SITE OPERATIONS
1. Collector appears to have operated properly and sampled all
precipitation events during entire sample period.
2. Rain gage appears to have operated properly during the week.
3. Collector opened and closed at least once during the week, other
than for testing.
6. SAMPLE CONDITION
1. Bird Droppings
2. Cloudy or Discolored
3. Unusual amounts of soot or dirt for this site
The ADS note codes are:
Note
Code Answer Question
B44 Yes 6.1
B45 Yes 6.2
B46 Yes 6.3
B47 Yes 5.1
B48 No 5.1
B49 Blank 5.1
B50 Yes 5.2
851 No 5.2
B52 Blank 5.2
B53 Yes 5.3
B54 No 5.3
B55 Blank 5.3
Note that no ADS notes are recorded if the answers to questions 6.1, 6.2 or
6.3 are No or Blank.
B.10
-------
TABLE B.5 Network Notes and Note Codes (Cont.)
C Notes
These notes relate to the quantity of the sample.
Note Description
ADS
Code
C01 sampling period longer than normal
C02 Sample protocol problem. Sample
does not meet NADP sampling protocol
requirements. The sample probably
characterizes the individual site
adequately, but is not suitable for
across site comparisons. Examples
of this problem include nonapproved
sampling sites, nonapproved sampling
equipment, and nonapproved or
irregular sampling intervals.
C03 non-standard collection period
C04 composite sample of two or more events
COS possible sample leakage in shipping
COS indicates that the sample had to be
diluted for analysis; 50 ml of water
was added
C07 sampler inoperative - incomplete
collection
COS sample spilled - partially lost
C09 note sampling period
C21 two events combined
C22 more than two events combined
C23 weekly sample
Network
NADP
NADP
Network's Code
LD
SP
APIOS
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
NADP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
CANSAP
APN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
Office Z
16
5
WA
6
2
7
15
1321
1322
1323
B.ll
-------
TABLE.B.5 Network Notes and Note Codes (Cont.)
D Notes
These
ADS
Code
D01
D02
DOS
D04
DOS
006
D07
DOS
D09
010
Dll
D12
D21
D22
D23
D24
notes explain why one or more measurements
Note Description
volume incorrect
poor calculated/observed
conductance balance
A pH large
one or more parameters high
poor ionic balance
abnormal sampler efficiency
operator error during field
pH measurement
operator error in field
conductivity measurement
field pH suspect due to
QC sample failure
field conductivity suspect
due to QC sample failure
significant evaporation effect
sea salt in sample
equipment failure - part of
event missed
possible operator contamination
field pH suspect due to procedure
predicted volume suspect due to
is suspect.
Network
APIOS
APIOS
APIOS
APIOS
APIOS
APIOS
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
EPRI-SURE
UAPSP
CANSAP
APN
CANSAP
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
MAP3S/PCN
Network Code
Field H
Office C
Office J
Office L
Office M
Office N
01
25
27
21
4
4
6
1421
1422
1423
1424
D25
rain gage problems
event(s) missed
APIOS
Field I
B.12
-------
TABLE B.5 Network Notes and Note Codes (Cent.)
ADS
Code
D26
D27
D28
D29
Note Description
part of event missed
calculated/observed pH discrepancy
free Hydrogen exceeds total Hydrogen
discrepancy between lab and field
Network Network Code
APIOS
APIOS
APIOS
EPRI-SURE
Field L
Office H
Office T
6 in pH
measurements of pH
D30 discrepancy between lab and field
measurements of conductivity
D31 standard precipitation amount
accumulated, see subsequent record
D32 multiple standard precipitation,
this record covers two samples
D33 multiple standard precipitation,
this record covers three samples
D34 multiple standard precipitation,
this record covers four samples
D35 multiple standard precipitation
this record covers five samples
UAPSP
EPRI-SURE 6 in COND
UAPSP
APN
APN
APN
APN
APN
16.0
16.2
16.3
16.4
16.5
B.13
-------
TABLE B.6 ADS Components
Component
Number Code
10
11
20
21
22
23
24
25
26
30
31
32
33
34
35
36
37
40
41
42
43
44
45
46
60
61
62
70
71
72
73
74
75
76
77
78
90
91
92
93
96
98
COND
CONF
PH
PH-F
ACID
ALK
S-AC
W-AC
T-AC
S02
S04
S
N02
N03
NOX
CL
P04
H
NH4
NA
K
AL
CA
MG
F
BR
I
HG
CD
Cu
FE
MN
NI
PB
ZN
V
INN
TOTN
INP
TOTP
TOTS
TOC
Standard
Name of Component Units
Specific Conductance (Lab) u mho/cm
Specific Conductance (Field) y mho/cm
pH (Lab) pH units
pH (Field) pH units
Acidity u eq/1
Alkalinity y eq/1
Strong Acid y eq/1
Ueak Acid y eq/1
Total Acidity y eq/1
Sulfur-IV (Sulfite) u mole/1
Sulfur-VI (Sulfate) y mole/1
Sulfur (sulfite + sulfate) y mole/1
Nitrite y mole/1
Nitrate y mole/1
Nitrite + Nitrate y mole/1
Chloride y mole/1
Phosphate (Ortho-) y mole/1
H+ (free) y mole/1
Ammonium y mole/1
Sodium y mole/1
Potassium y mole/1
Aluminum y mole/1
Calcium y mole/1
Magnesium y mole/1
Fluorine y mole/1
Bromine y mole/1
Iodine y mole/1
Mercury y mole/1
Cadmium y mole/1
Copper y mole/1
Iron y mole/1
Manganese y mole/1
Nickel y mole/1
Lead y mole/1
Zinc y mole/1
Vanadium y mole/1
Inorganic Nitrogen y mole/1
Total Nitrogen y mole/1
Inorganic Phosphorus y mole/1
Total Phosphorus y mole/1
Total Sulfur y mole/1
Total Organic Carbon y mole/1
B.14
-------
TABLE B.7 Conversion Factors for ADS Components 30-78
p mole/1 to* or from** other units.
Number
30
31
32
33
34
35
36
37
40
41
42
43
44
45
46
60
61
62
70
71
72
73
74
75
76
77
78
Code
S02
S
N02
N03
NOX
CL
P04
H
NH4
NA
K
AL
CA
MG
F
BR
I
HG
CD
CU
FE
MN
NI
PB
ZN
V
M eg/1
2
2
1
1
1
1
1
3
1
1
1
1
3
2
2
1
1
1
1
1
1
1
1
1
1
1
1
0.080
0.096
0.096
0.046
0.062
0.062
0.0355
0.095
0.001
0.018
0.023
0.039
0.027
0.040
0.024
0.019
0.080
0.127
0.201
0.112
0.0635
0.056
0.055
0.059
0.207
0.065
0.051
mg S/1
0.032
0.032
0.032
mg N/1
0.014
0.014
0.014
0.014
* To convert from p mole/1 to a nonstandard unit, multiply by the
constant listed in the appropriate column.
** To convert to u mole/1 from a nonstandard unit, divide by the
constant listed in the appropriate column.
B.15
-------
TABLE B.8 Generic Analysis Methods and Codes
Method
Code
Generic
01
02
03
04
05
06
07
08
09
10
11
12
13
14
15
16
17
Method Name (Generic)
Conductivity Cell
Electrode
Glass Electrode
Titration-Potentiometric
Ti trati on-Coulometri c
Titration-Other
Colorimetry
Ion Chromatography
Flame Atomic Absorption
Flameless Atomic Absorption
Flame Photometry
Oxidation, NDIR
X-Ray Fluoresence
Specific Ion Electrode
Flame Emission Spectrophotometry
Colorimetry or Ion Chromatography
Inductively Coupled Plasma
B.16
-------
TABLE B.9 Analysis Instruments and Codes
Instrument
Code Instrument Name
Al To PH 8.3
BA Beckman Model 55-2 and Combination Electrode
BY Beckman Model 55-2 and Yellow Springs Electrode
CA Corning Model 135 and Fisher 13-639-90 Electrode
Cl "Classical"
DA Dionex Model 10
DB Dionex Model 12.
DC Dionex Model 14
FA Fisher Model 230A - Misc. Electrodes
Gl Gran
IA Instrumentation Laboratories Models 353-151
MA Markson Electromark (4405) - Ceramic Cell
MB Markson Model R-10
MC Markson Model R-90 and Combination Electrode
Ml Miscellaneous Meters and Electrodes
OA Orion Model 811 and Beckman Futura Electrode
OB Orion Model 801 and Miscellaneous Electrode
OC Oceanography Instruments Model 0524B Analyzer
PA Perkin-Elmer Model 306
PB Perkin-Elmer Model 372
PC Perkin-Elmer Model HG2100 (Graphite Furnace)
RA Radiometer Model
RB Radiometer Model
TA Technicon Autoanalyzer
TD Technicon Autoanalyzer or Dionex Model
YA Yellow Springs - Glass Electrode
Note that these codes are always used in conjunction with those in Table B.8
as in the following examples
Analysis Method Translation
07TA Colorimetry, Technicon Autoanalyzer
06G1 Titration-Other, Gran
10?? Flameless Atomic Absorption, instrument not specified
08DA Ion Chromatography, Dionex Model 10
B.17
-------
APPENDIX C
NETWORK SITES INCLUDED IN ADS
Sites with data currently available from ADS are presented in Appendix C.
Figures C.I through C.9 show the geographical distribution of the sites by
network. Appendix C contains two tables, C.I and C.2. Table C.I presents the
ADS sites sorted by ADS identification. Only a few data items from the site
file are presented. The first column is the ADS SITE IDENT, the first four
characters of the full ADS site identification. Thus, there is one line in
the table per collector. This table includes sites for which data is not yet
available in the ADS.
The second column is the network code as translated by Table B.2. The
third column is the SITE-NAME concatenated with the FIPS-STATE as translated
by Table B.I. The fourth column is the LATITUDE presented here without the
"N" since all sites except American Samoa "172a" are in the Northern
Hemisphere. The fifth column is LONGITUDE, presented without the "W" since
all sites are in the Western Hemisphere. Both latitude and longitude are
shown in degrees, minutes and seconds.
The sixth column is ELEVATION of the station in meters above sea level.
This data is not available for a few sites, and "9999" is shown in those
cases. The last column is the first active date for the site. This is the
date the network reported that the site became active. It is not necessarily
the date of the first sample which is stored in ADS.
Table C.2 presents the ADS sites sorted by state. This table includes
the basic site identification from Table C.I along with one line for each
protocol revision. The sites are sorted by ADS-IDENT within FIPS-STATE.
The first three columns in Table C.2 repeat those of C.I although the
site name is presented without the state because the state is presented as a
heading for each group of sites. The fourth column is the SAROAD-IDENT which
is discussed in Section 4. The next three columns, latitude, longitude and
elevation, are repeated from Table C.I.
The seven columns on. the right side of Table C.2 are specific to each
protocol revision. The first of these is the ADS revision number, the next
two are the dates for which the revision is in effect. If the revision is
currently in effect, the column labeled REV END contains "9/99". The next
column, labeled COLL INST, contains the code for the precipitation collection
instrument as defined in Table B.3. The column labeled SAMPLING PERIOD
contains the protocol sampling period code as defined in Section 4. The
column labeled LAB CODE is the analytical laboratory code as translated by
Table B.4. The final column, labeled NUM COMP PER SAMP, contains the number
of components which the network measures on a normal sample.
C.I
-------
278*
•284
• 62
255
67
•
69
•
^i
T • "s*1-
256 10
29 11
• »160
* 280».
"I
279
JO»\
\ —
273« ^
\___
282 1
FIGURE C.I. NADP Sites Identified by ADS Code
FIGURE C.2. MAP3S/PCN Sites Identified by ADS Code
C.2
-------
FIGURE C.3. CANSAP Sites Identified by ADS Code
FIGURE C.4. APN Sites Identified by ADS Code
C.3
-------
199 • 198N^. . x—i
' 196 " 197 203V~^19,
—-*— 1« ' 194 '
\ 195 K7 .„,. _ /
FIGURE C.5. APIOS-C Sites Identified by ADS Code
FIGURE C.6. APIOS-D Sites Identified by ADS Code
C.4
-------
FIGURE C.7. EPRI/SURE Sites Identified by ADS Code
FIGURE C.8. UAPSP Sites Identified by ADS Code
C.5
-------
•308
9«» 294
302//--N
FIGURE C.9. GLAD Sites Identified by ADS Code
-------
TABLE C.I
ADS
SITE
I DENT
OOla
002a
003a
004a
006a
007a
008a
009a
01 Oa
Olla
012a
013a
014a
OlSa
016a
017a
OlBa
019a
020a
020b
021a
022a
023a
024a
02Sa
026a
027a
028a
029a
030a
031a
031b
032a
033a
034a
035a
036a
037a
037b
03Ba
039a
040a
041a
042a
04'3a
044a
045a
046a
047a
04Ba
049a
OSOa
OSla
052a
NET
WORK
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
MAP38/PCN
NADP
NADP
NADP
NADP
NADP
NADP
NADP
MAP3S/PCN
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
CANSAP
NADP
NADP
NADP
NADP
NADP
NADP
CANSAP
NADP
NADP
NADP
NADP
NADP
MAP36/PCN
HAP36/PCN
NADP
NADP
NADP
MAP3S/PCN
NADP
NADP
NADP
NADP
NET
SITE
I DENT
020390
0301BO
030620
042700
053460
054540
057550
056640
061910
062120
062220
7
100020
100360
101190
114140
120080
130340
141160
5
141980
1435BO
146340
141800
153420
232570
381120
441190
061530
200935
230920
13 020
232660
235340
241660
242720
251460
270570
13 010
281520
300240
330660
331000
331220
1
2
335140
335240
336500
6
340320
342500
343460
343560
ADS sites, sorted by ADS identification
SITE NAME
Ht. Hckinley Pack, Alaska
Tombstone, Arizona
Organ Pipe Hon., Arizona
Fayettevllle, Arkansas
Bishop, California
Hopland (Ukiah), California
Sequoia Hat. Park, California
Davis, California
Rocky Ht. Nat Park, Colorado
Hanitou, Colorado
Pawnee, Colorado
Lewes, Delaware
Austin-Gary Forest, Florida
Bradford Forest, Florida
Everglades Nat. Pa, Florida
Georgia Station; Georgia
Hauna Loa, Hawaii
Craters of Moon, Idaho
Bondville, Illinois
Illinois, Illinois
Argonne, Illinois
Southern 111 U, Illinois
Dixon Springs, Illinois
NIARC, Illinois
Indiana Dunes, Indiana
Isle Royal Park, Michigan
Vines Hill, Oregon
Elkmont, Tennessee
Mesa Verde, Colorado
Greenville Station, Maine
Douglas Lake, Michigan
Pellston, Michigan
Kellogg, Michigan
Hellston, Michigan
Marcell, Minnesota
Lamberton, Minnesota
Meridian, Mississippi
Glacier Nat Park, Montana
Glacier Nat Park, Montana
Mead, Nebraska
Hubbard Brook, New Hampshire
Aurora, New York
Chautauqua, New York
Knobit, New York
Whiteface, New York
Ithaca, New York
Stilwell Lake, New York
Bennett Bridge, New York
Jasper, New York
Brookhaven, New York
Lewiston, North Carolina
Coweeta, North Carolina
Piedmont Station, North Carolina
Clinton Station, North Carolina
LATITUDE
d
63
31
31
36
37
39
36
38
40
39
40
38
29
29
25
33
19
43
40
40
41
37
37
41
41
47
43
35
37
45
45
45
42
44
47
44
32
48
48
41
43
42
42
42
44
42
41
43
42
40
36
35
35
35
m
43
42
57
06
22
00
34
32
21
06
48
46
45
58
23
10
32
27
03
03
42
42
26
50
37
54
53
39
11
29
33
33
24
13
31
14
20
30
30
09
56
44
17
22
23
24
21
31
06
52
07
03
41
01
6
27
30
02
02
15
17
09
07
52
04
23
00
37
29
40
40
22
48
12
12
04
36
06
29
57
43
57
52
56
23
40
40
37
28
52
14
04
37
37
11
35
02
58
41
26
03
00
34
22
00
40
38
48
26
LONGITUDE ELEVAT
d
148
110
112
94
118
123
118
121
105
105
104
75
82
82
80
84
155
113
68
88
87
89
88
88
87
69
117
83
108
69
64
84
85
85
93
95
88
113
113
96
71
76
79
73
73
76
74
75
77
72
77
63
80
78
m
57
03
48
10
21
05
46
46
33
05
45
00
11
11
41
24
34
33
22
22
59
16
40
51
05
09
25
35
29
39
40
40
23
49
28
18
44
59
59
29
42
39
23
30
51
39
02
56
32
53
10
25
37
16
s
55
24
00
24
59
05
40
30
37
31
15
00
56
53
45
22
45
31
19
19
43
08
19
04
16
10
37
25
26
52
42
42
34
07
07
02
42
44
44
34
12
35
47
10
34
12
22
50
08
00
30
50
22
45
(meter
649
1398
506
391
1252
253
1656
16
2369
2362
1641
0
46
44
2
270
3426
1806
212
212
229
146
161
265
208
209
904
640
2172
322
233
233
288
292
431
343
89
966
968
352
250
249
468
406
610
509
186
245
634
25
26
686
221
47
23-Jul-1984
Page 1
FIRST
< ACTIVE
DATE
Jun
Mar
Apr
May
Apr
Oct
Jul
Oct
May
Oct
May
Feb
Oct
Oct
Jun
Oct
Jun
Aug
Feb
Nov
Mar
Jul
Jan
Jan
Jul
Aug
Jul
Aug
Apr
Nov
Jul
Jul
Jun
Oct
Jul
Jan
Apr
Jun
Jun
Jul
Jul
Apr
Jun
Jan
Oct
Oct
Jun
Jun
Feb
Feb
Oct
Jul
Oct
Oct
17,
27,
15,
13,
15,
3,
8,
17,
29,
17,
22,
28.
10,
10,
17,
3,
10,
22,
27,
19,
11,
31,
30,
1,
15,
12,
15,
12,
28,
20,
3,
1,
26,
10,
6,
2,
15,
3,
1,
25,
25,
17,
10,
2,
10,
25,
26,
10,
19,
8,
31,
5,
17,
24,
1980
1979
1980
1980
1980
1979
1980
1978
I960
1978
1979
1978
1978
1978
1980
1978
I960
1980
1979
1977
1980
1979
1979
1981
1980
1980
1980
1980
1981
1979
1979
1979
1979
1978
1978
1979
1980
1980
1980
1978
1978
1979
1980
1980
1976
1976
1979
1980
1980
1976
1978
1976
1978
1978
-------
CO
ADS
SITE
1DENT
053a
053b
053c
053d
054a
05Sa
056a
057a
058a
059a
060a
061a
062a
063a
064a
065a
066a
067a
068a
069a
070a
071a
072a
073a
074a
075a
076a
077a
078a
079a
080a
OSla
OB2a
OB3a
084a
OSSa
085b
086a
087a
087b
087c
088a
089a
090a
091a
092a
093a
094a
09Sa
096a
097a
098a
099a
lOOa
NET
WORK
NADP
NADP
EPRI-SURE
EPRI-SURE
NADP
NADP
NAOP
MAP3S/PCN
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NAP3B/PCN
NADP
NADP
NADP
NADP
NADP
NADP
MAP36/PCN
NADP
NADP
NADP
NADP
NADP
NADP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
Al'N
CANSAP
CANSAP
APIOS-D
AP10S-C
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
NET
SITE
I DENT
344160
344161
08
08 snplr 2
030360
361760
364900
8
367160
380200
380201
381020
350700
392940
394200
3
421880
4300(0
030370
460280
450425
455350
4
481300
491410
501B60
513640
513700
520860
07 050
06 030
09 000
08 030
06 000
04 030
05 000
05 001
06 020
07 060
3011
3011
04 010
01 000
09 010
08 000
04 000
03 000
01 020
01 030
03 010
12 010
12 000
01 040
07 120
ADS sites, sotted by ADS Identification
SITE HAKE
Finley (A), North Carolina
Finley (B), North Carolina
Raleigh, North Carolina
Raleigh-2, North Carolina
Oliver Knoll, Arizona
Delaware, Ohio
Caldwell, Ohio
Oxford, Ohio
Wooster, Ohio
Alsea, Oregon
Schmidt Farm, Oregon
H.3. Andrews, Oregon
Teddy Roosevelt NP, North Dakota
Kane, Pennsylvania
Leading Ridge, Pennsylvania
Penn State, Pennsylvania
Clerason, South Carolina
Huron, South Dakota
Grand Canyon, Arizona
Cedar Mt, Utah
K-Bar, Texas
Victoria, Texas
Virginia, Virginia
Norton Station, Virginia
Olympic Nat. Park, Washington
Parsons, Nest Virginia
Trout Lake, Wisconsin
Spooner, Wisconsin
Yellowstone, Wyoming
Atlkokan, Ontario
Bissett, Manitoba
Charlo, New Brunswick
Chibougamau, Quebec
Churchill, Manitoba
Cononation, Alberta
Cree Lake, Saskatchewan
Cree Lake, Saskatchewan
Dauphin, Manitoba
Dorset, Ontario
Dorset, Ontario
Dorset, Ontario
Edson, Alberta
Mould Bay, Northwest Territories
Acadia Fes, New Brunswick
Fort Chimo, Quebec
Fort McMurray, Alberta
Fort Nelson, British Columbia
Fort Reliance, Northwest Territories
Fort Simpson, Northwest Territories
Fort St. John, British Columbia
Gander, Newfoundland
Goose, Newfoundland
Hay River, Northwest Territories
Harrow, Ontario
23-Jul-1984
Page 2
FIRST
LATITUDE
d
35
35
35
35
33
40
39
39
40
44
44
44
47
41
40
40
34
44
36
39
29
28
38
37
47
39
46
45
44
48
51
48
49
58
52
57
57
51
45
45
45
53
76
46
58
56
58
62
61
56
48
53
60
42
m
43
43
43
43
04
21
47
31
46
23
37
13
36
35
39
47
40
23
04
10
18
50
02
20
51
05
03
49
55
45
02
00
49
45
04
21
21
06
13
13
13
35
14
00
06
39
50
43
45
14
57
19
50
02
s
43
43
43
43
17
19
34
51
48
13
35
23
09
52
32
18
28
02
18
15
07
43
23
06
36
23
09
21
02
00
00
00
00
00
00
00
00
00
00
23
26
00
00
00
00
00
00
00
00
00
00
00
00
00
LONGITUDE ELEVATION ACTIVE
d
78
78
78
78
109
83
81
84
81
123
123
122
103
78
77
77
82
98
112
110
103
96
78
80
123
79
89
91
110
91
95
66
74
94
111
107
107
100
78
78
78
116
119
66
68
111
122
109
121
120
54
60
115
82
m e (meters)
40
40
40
40
51
03
31
43
55
37
12
14
15
46
56
56
50
13
09
37
10
55
32
33
55
39
39
52
25
37
40
20
25
04
27
08
08
03
56
55
55
27
20
22
25
13
36
10
14
44
34
25
47
54
52
52
48
48
53
58
52
25
31
22
50
32
54
04
10
47
09
14
11
05
38
12
31
28
57
44
11
30
13
00
00
00
00
00
00
00
00
00
00
49
52
00
00
00
00
00
00
00
00
00
00
00
00
00
119
119
128
128
1173
285
276
284
315
84
69
472
618
618
282
393
221
390
2152
2356
1056
31
172
1051
176
305
501
331
1912
393
258
38
402
29
791
499
499
305
319
320
320
925
15
61
36
369
925
164
169
695
151
36
166
191
Oct
Oct
Aug
Aug
Aug
Oct
Sep
Sep
Sep
Dec
Dec
May
May
Jul
Apr
Sep
Mar
Apr
Aug
May
Apr
Apr
Dec
Jul
Hay
Jul
Jan
Jun
Jun
Apr
May
May
Apr
Jun
Apr
Hay
Jul
Apr
Jul
Jul
May
Jan
Jan
Nov
Apr
Hay
Jun
Jul
Jan
Jun
May
Jul
Feb
Jan
DATE
3,
3,
1,
1,
25,
3,
26,
30,
26,
27,
26,
13,
5,
18,
25,
21,
27,
30,
11,
11,
10,
15,
H,
25,
20,
5,
22,
3,
5,
1,
1,
1,
1,
1,
1,
1,
8,
1,
1,
14,
31,
1,
,
,
,
,
,
,
,
,
(
,
,
,
1978
1978
1978
1978
1981
1978
1978
1980
1978
1979
1979
1980
1981
1978
1979
1976
1979
1980
1981
1981
1980
1980
1976
1978
1980
1978
1980
1980
1980
1977
1977
1977
1977
1977
1977
1977
1982
1977
1979
1980
1980
1974
1975
1979
1977
1977
1977
1977
1974
1977
1977
1977
1980
1980
-------
10
ADS
SITE
I DENT
lOla
102a
103a
103b
104a
lOSa
106a
107a
lOBa
109a
llOa
Ilia
112a
113a
114a
USa
116a
117a
118a
119a
120a
121a
122a
123a
124a
125a
126a
127a
128a
129a
130a
131a
132a
133a
134a
13Sa
135b
140a
141a
142a
143a
143b
144a
14Sa
149a
]49b
ISOa
ISla
151b
152a
152b
153a
153b
154a
NET
WORK
CANSAP
CANSAP
CANSAP
APN
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
CANSAP
APN
APN
APN
APN
APN
APIOS-D
APN
APN
EPRI-SURE
EPRI-SURE
EPRI-SURE
EPRI-SURE
EPRI-SURE
EPRI-SURE
EPRI-SURE
EPRI-SURE
EPRI-SURE
EPRI-SURE
NET
SITE
I DENT
01 010
07 030
10 020
10 019
03 070
05 010
07 070
04 040
06 050
07 010
07 090
08 010
07 080
07 020
03 040
03 030
08 040
10 010
08 060
09 020
08 020
10 030
07 110
12 020
03 020
06 010
07 000
10 000
03 060
07 130
02 000
07 150
OS 020
03 050
04 020
07 023
07 024
07 054
07 056
07 094
07 100
1011
08 034
12 030
01
01 smplr
01
02
02 ample
03
03 sraplt
04
04 smplr
05
2
2
2
2
ADS sites, sorted by ADS identification
SITE NAME
Inuvik, Northwest Territories
Kapuskaslng, Ontario
Kejlmkujlk, Nova Scotia
Kejimkujik, Nova Scotia
Kelowna, British Columbia
Kindersley, Saskatchewan
Kingston, Ontario
Lethbridge, Alberta
Haniwaki, Quebec
Hooecnee, Ontario
Mount Forest, Ontario
Nitchequon, Quebec
Peterborough, Ontario
Pickle Lake, Ontario
Port Hardy, British Columbia
Prince George, British Columbia
Quebec City, Quebec
Sable Island, Nova Scotia
St. Hubert, Quebec
St. John, New Brunswick
Sept Isles, Quebec
Shelburne, Nova Scotia
Simcoe, Ontario
Stephenville, Newfoundland
Terrace, British Columbia
The Pas, Manitoba
Trout Lake, Ontario
Truro, Nova Scotia
Vancouver, British Columbia
Hawa, Ontario
Whitehoree, Yukon Territory
Windsor, Ontario
Wynyard, Saskatchewan
Revelstoke, British Columbia
Rocky Mtn House, Alberta
ELA, Ontario
ELA, Ontario
Algoraa, Ontario
Chalk River, Ontario
Long Point, Ontario
Longwoods, Ontario
Longwoods, Ontario
Montmorency, Quebec
Bale d'Espolr, Newfoundland
Montague, Massachusetts
Montague-2, Massachusetts
Turners Falls, Massachusetts
Scranton, Pennsylvania
Scranton-2, Pennsylvania
Indian River, Delaware
Indian River-2, Delaware
Zanesville, Ohio
Zanesville-2, Ohio
Rockport, Indiana
23-Jul-1984
Page 3
FIRST
LATITUDE
d
68
49
44
44
49
51
44
49
46
51
43
53
44
51
50
S3
46
43
45
45
50
43
42
48
54
53
53
45
49
47
60
42
51
50
52
49
49
47
46
42
42
42
47
47
42
42
42
41
41
38
38
39
39
37
m
18
24
25
25
58
28
13
38
23
16
59
12
14
28
41
53
48
56
31
19
13
43
51
32
28
58
50
22
11
58
43
16
46
SB
23
40
40
06
06
60
53
53
19
59
32
32
35
34
34
34
34
59
59
52
8
00
00
58
58
00
00
00
13
00
00
29
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
02
00
00
00
00
50
30
30
50
50
02
02
50
LONGITUDE
d
133
82
65
65
119
109
76
112
75
80
80
70
78
90
127
122
71
60
73
65
66
65
80
58
128
101
89
63
123
84
135
82
104
118
114
93
93
84
77
BO
81
81
71
55
72
72
72
75
75
75
75
82
82
87
m
29
26
12
12
23
10
36
47
SB
39
44
54
21
12
22
40
24
01
25
53
15
15
16
33
35
06
52
16
10
47
04
58
12
11
55
43
43
06
24
50
29
28
09
48
32
32
32
59
59
14
14
01
01
07
8
00
00
20
20
00
00
00
16
00
00
46
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
50
00
00
08
08
55
40
40
45
45
OS
05
47
ELEVATION
(meters)
68
227
152
152
430
683
92
913
170
10
410
536
191
369
22
691
73
4
27
109
55
30
241
26
217
273
220
40
2
287
703
190
561
443
988
368
368
9999
122
175
239
239
640
23
73
73
98
335
335
6
6
250
250
131
ACTIVE
DATE
Jun
Oct
Jun
Hay
Hay
Apr
May
Hay
Hay
May
Jul
Apr
Hay
Feb
May
Apr
Apr
Mar
Apr
May
Apr
Apr
May
Hay
Apr
Hay
Hay
May
Jul
Hay
Jul
Hay
Feb
Sep
May
Aug
Nov
Sep
Nov
Nov
Dec
Jul
Dec
NOV
Aug
Aug
Aug
Aug
Aug
Aug
Aug
Aug
Aug
Aug
1
1
1
11
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
15
29
11
6
1
14
4
24
1
1
1
1
1
1
1
1
1
1
1
t
t
t
t
f
»
f
t
t
f
t
f
t
1
1
f
t
t
t
t
t
t
f
t
,
t
1
1
1
t
t
t
t
,
t
t
t
t
,
f
t
f
t
t
f
f
f
t
1
t
t
f
1977
1979
1978
1979
1977
1977
1977
1977
1975
1977
1973
1977
1977
1977
1977
1977
1977
1975
1977
1977
1977
1975
1977
1977
1977
1977
1977
1977
1977
1977
1977
1977
1974
1979
1977
1979
1978
1978
1978
1978
1982
1980
1980
1981
1978
1978
1980
1978
1978
1978
1978
1978
1978
1978
-------
p
I—«
o
ADS
SITE
i DENT
154b
ISSa
155b
156a
156b
157a
158a
15Bb
159a
160a
161a
162a
163a
163b
164a
16Sa
166a
167a
168a
169a
170a
171a
171b
172a
173a
174a
175a
176a
177a
178a
179a
180a
181a
162a
183a
184a
186a
187a
188a
189a
190a
191a
192a
193a
J94a
195a
196a
197a
198a
199a
200a
201a
202a
203a
NET
WORK
EPRI-SURE
EPRI-SURE
EPRI-SURE
EPRI-SURE
EPRI-SURE
NADP
EPRI-SURE
EPRI-SURE
NADP
NADP
NADP
NADP
NADP
CAN SAP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
MAP3S/PCN
NADP
NADP
NADP
NADP
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
NET
SITE
I DENT
OS smplr
06
06 smplr
07
07 smplr
058850
09
09 smplr
OS8500
060060
144740
200010
200045
13 000
200277
232240
241840
312980
332020
343310
380840
440040
9
530190
061S60
341180
381780
1041
1051
1061
1071
1081
1091
1101
1191
2021
3051
3061
3071
3081
3101
40S1
4061
4071
4081
5011
5021
5031
5041
5051
5061
5071
5081
5091
2
2
2
2
ADS sites, sorted by ADS identification
SITE NAME
Rockport-2, Indiana
Giles County, Tennessee
Giles County-2, Tennessee
Fort Wayne, Indiana
Port Hayne-2, Indiana
Yosenlte, California
Lewlsburg, Nest Virginia
Levlsburg-2, West Virginia
Channel Islands, California
Alamosa, Colorado
Salen, Illinois
Acadia < 11/B1, Maine
Caribou, Maine
Caribou, Maine
Bridgton, Maine
Houghton, Michigan
Fernbetg, Minnesota
Princeton, New Jersey
Huntington, New York
R Triangle Park, North Carolina
Lost Creek, Oregon
Walker Branch, Tennessee
Oak Ridge, Tennessee
American Samoa, American Samoa
Sand Spring, Colorado
R Triangle Inet, North Carolina
Pendleton, Oregon
Colchester, Ontario
Merlin, Ontario
Port Stanley, Ontario
Wllkesport, Ontario
Alvinston, Ontario
Shallow Lake, Ontario
Palmeteon, Ontario
Huron Park, Ontario
Waterloo, Ontario
Milton, Ontario
Oxbridge, Ontario
Wilberforce, Ontario
Campbellford, Ontario
Coldwater, Ontario
Kaladar, Ontario
Smith's Falls, Ontario
Dalhoueie Mills, Ontario
Golden Lake, Ontario
McKellar, Ontario
Killarney, Ontario
Mattawa, Ontario
Bear Island, Ontario
Ramsey, Ontario
Gowganda, Ontario
Moonbeam, Ontario
Attawapiskat, Ontario
Whitney, Ontario
23-Jul-1984
Page 4
FIRST
LATITUDE
d
37
35
35
41
41
37
37
37
34
37
38
44
46
46
44
47
47
40
43
35
42
35
35
14
40
35
45
41
42
42
42
42
44
43
43
43
43
44
45
44
44
44
44
45
45
45
45
46
46
47
47
49
52
45
m
52
17
17
02
02
47
50
50
00
26
38
24
52
52
06
13
56
18
58
53
40
57
57
15
30
54
41
59
14
40
42
49
34
48
17
28
31
12
00
17
37
41
56
19
36
30
59
16
58
26
39
19
56
32
s
SO
05
OS
39
39
49
SO
50
57
36
36
30
08
08
27
33
45
54
19
47
04
41
41
08
27
09
23
15
47
22
11
36
54
19
28
39
05
46
54
28
31
31
41
00
48
57
26
45
22
33
04
16
00
21
LONGITUDE
d
87
86
86
85
85
119
80
80
119
105
88
68
68
68
70
88
91
74
74
78
122
84
84
170
107
78
118
82
82
81
82
81
81
80
81
80
79
79
78
77
79
77
75
74
77
79
81
78
80
82
80
82
82
78
m
07
54
54
19
19
51
25
25
21
51
58
14
00
00
43
37
29
51
13
51
40
17
17
33
42
52
50
55
13
09
21
50
05
54
30
35
55
12
12
47
32
09
57
28
12
55
29
49
04
20
46
08
24
15
s
47
11
11
08
08
30
00
00
43
55
01
42
55
55
44
50
43
17
25
38
59
14
14
48
07
12
16
41
30
55
13
04
24
12
03
09
54
38
58
33
08
18
48
13
03
19
18
19
40
14
32
46
00
35
ELEVATION
(meters)
131
244
244
244
244
1408
701
701
49
2298
173
37
191
191
222
193
524
72
500
94
475
341
341
73
1998
99
542
183
191
213
183
221
229
389
250
343
221
244
396
175
280
244
122
69
160
244
183
198
305
427
343
244
9
412
ACTIVE
Aug
Aug
Aug
Aug
Aug
Dec
Aug
Aug
Jul
Apr
Apr
Nov
Apr
Apr
Sep
Oct
Nov
Aug
Oct
Apr
Oct
Mar
Jan
May
Mar
Oct
Apr
Sep
Sep
Sep
Sep
Sep
Sep
Sep
Oct
Sep
Sep
Sep
Sep
Sep
Aug
Sep
Sep
Sep
Sep
Aug
Hay
Aug
May
Hay
Jul
Sep
Sep
Sep
DATE
1,
1,
1,
1,
1,
8,
1,
1.
22,
22,
15,
18,
14,
1,
30,
26,
18,
6,
31,
15,
21,
11,
6,
20,
20,
14,
15,
2,
2,
2,
3,
5,
30,
2,
2,
1,
2,
2,
2,
4,
31,
2,
3,
3,
2,
25,
28,
22,
29,
29,
3,
2,
2,
2,
1978
1978
1978
1978
1978
1981
1978
1978
I960
1980
1980
1980
1980
1980
1980
1980
1980
1980
1978
1980
1980
1980
1981
1980
1979
1980
1980
1980
1980
1980
1980
1980
1980
1980
1981
1980
1980
1980
1980
1980
1981
1980
1980
1980
1980
1980
1980
1980
1980
1980
1980
1980
1980
1980
-------
o
ADS
SITE
I DENT
204a
205a
206a
207a
208a
208b
209a
210a
211a
221a
222a
223a
224a
225a
226a
227a
228a
229a
230a
231a
233a
234a
235a
235b
236a
237a
238a
239a
240a
241a
242a
243a
244a
245a
245b
246a
247a
248a
249a
250a
251a
252a
253a
254a
255a
256a
257a
258a
259a
260a
261a
262a
263a
264a
NET
WORK
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-C
APIOS-D
APIOS-C
APIOS-C
APIOS-C
APIOS-D
APIOS-D
APIOS-D
APIOS-D
APIOS-D
APIOS-D
APIOS-D
APIOS-D
APIOS-D
APIOS-D
APIOS-D
APIOS-D
APIOS-D
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
UAPSP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
EPA-IV
EPA- IV
EPA-IV
EPA-IV
EPA-IV
EPA-IV
NET
SITE
I DENT
6011
6021
6031
6041
6061
6061
6071
6091
6101
1021
1031
2011
3021
3031
3041
4011
4021
4031
4041
6051
6071
6081
IS
IS smplr 2
23
14
18
11
13
10
16
21
22
19
19 smplr 2
12
17
20
470100
482890
220155
260380
260560
4S3800
520820
061911
200011
232241
ADS sites, sorted by ADS identification
SITE NAME
Dorion, Ontario
Naklna, Ontario
Ear Palls, Ontario
Pickle Lake, Ontario
Lac La Croix, Ontario
Lac La Croix, Ontario
Quetico Centre, Ontario
Experimental Lake, Ontario
Hiniek, Ontario
Helborne, Ontario
North Easthope, Ontario
Wellesly, Ontario
Nithgrove, Ontario
Balsam Lake, Ontario
Raven Lake, Ontario
Charleston Lake, Ontario
Rallton, Ontario
Graham Lake, Ontario
Whitman Creek, Ontario
Pernberg, Ontario
Quetico Centre, Ontario
Porbee Tvep., Ontario
Selma, Alabama
Selma-2, Alabama
Yampa, Colorado
Uvalda, Georgia
Lancaster, Kansas
Horehead, Kentucky
Winterport, Maine
Gaylord, Michigan
Clinton, Mississippi
Big Hoose, New York
McArthur, Ohio
Brookings, South Dakota
Brookings-2, South Dakota
Alamo, Tennessee
Marshall, Texas
Underhill Center, Vermont
Bennlngton, Vermont
Big Meadows, Virginia
NACL, Massachusetts
Ashland, Missouri
University Forest, Missouri
Forest Seed Ctr, Texas
Newcastle, Wyoming
Loch Vale, Colorado
Acadia > )1/81 , Maine
Chassell, Michigan
Tallassee, Alabama
Grayson Lake, Kentucky
Hiasassee, Georgia
Summerville, Georgia
University, Mississippi
Center Hill, Tennessee
23-Jul-1984
Page 5
FIRST
LATITUDE
d
48
50
50
51
48
48
48
49
55
42
43
43
45
44
44
44
44
44
44
47
48
48
32
32
40
32
39
38
44
44
32
43
39
44
44
35
32
44
42
38
41
38
36
31
43
40
44
47
m
50
10
38
27
21
21
44
39
12
47
24
28
12
37
36
29
22
35
29
56
24
34
28
28
10
03
34
08
37
56
21
49
14
19
19
47
39
31
52
30
58
45
54
33
52
21
22
06
s
33
38
31
41
14
14
24
22
00
15
21
13
01
35
40
54
34
22
07
51
44
58
25
25
00
18
10
10
05
58
06
03
06
54
54
32
58
42
34
51
23
13
39
38
24
51
27
03
LONGITUDE
d
88
86
93
90
92
92
91
93
85
81
80
80
79
78
78
76
76
75
76
91
91
89
87
87
106
82
95
83
68
84
90
74
82
96
96
89
94
72
73
78
70
92
90
94
104
105
68
88
m
36
42
13
12
12
12
12
43
08
33
S3
45
04
51
54
02
35
51
49
29
12
38
OS
OS
55
28
18
27
58
38
17
54
28
49
49
08
25
52
09
25
01
11
19
51
11
34
15
33
6
45
40
13
04
32
32
08
28
00
23
35
35
14
22
43
30
33
44
19
26
08
56
03
03
00
25
17
17
30
30
15
08
41
45
45
03
06
08
48
45
12
55
06
39
32
55
39
10
ELEVATION
(meters)
244
320
350
360
368
368
420
123
9
213
375
344
335
259
274
92
137
130
137
506
420
324
42
42
2390
64
346
235
67
473
76
603
224
499
499
112
81
442
305
1047
34
239
154
84
1466
2490
122
279
ACTIVE
DATE
Sep
Sep
Sep
Jul
Sep
Sep
Nov
Oct
Sep
Nov
Nov
Jan
Jan
Nov
Peb
Jan
Jul
Oct
Oct
Nov
Oct
Sep
Oct
Oct
Aug
Oct
Nov
Oct
Oct
Nov
Oct
Oct
Oct
Oct
Oct
Oct
Oct
Oct
Apr
May
Dec
Oct
Oct
Aug
Aug
Oct
Nov
Feb
Mar
Apr
Apr
Jun
May
Aug
2,
2,
2,
26,
30,
23,
.30,
6,
30,
3,
1,
27,
26,
21,
1,
25,
14,
25,
24,
5,
16,
23,
17,
17,
12,
13,
5,
24,
21,
7,
20,
26,
1,
30,
30,
23,
25,
1,
28,
12,
15,
20,
27,
18,
11,
18,
10,
15,
23,
6,
27,
1,
11,
20,
1980
1980
1980
1980
1980
1981
1981
1981
1980
1980
1980
1981
1981
1980
1981
1981
1980
1980
1980
1981
1981
1981
1981
1981
1982
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1981
1983
1981
1983
1982
1982
1982
1982
1982
1982
-------
o
A US
SITE
I DENT
265a
266a
267a
268a
269a
270a
271a
272a
273a
274a
275a
276a
277a
278a
279a
2BOa
281a
282a
283a
284a
285a
286a
287a
288a
289a
290a
291a
292a
293a
294a
295a
296a
297a
298a
299a
300a
301a
302a
303a
304a
305a
306a
307a
308a
309a
310a
311a
312a
313a
314a
315a
316a
317a
318a
NET
WORK
EPA- IV
EPA- IV
EPA-IV
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
CAN SAP
CANSAP
CLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
NET
SITE
I DENT
040260
041620
054200
130460
154100
173120
190620
191260
22081S
22132S
271340
320720
320980
380260
452180
512800
520680
312981
03 080
07 140
142360010
141220043
141220034
230420002
230860001
230460004
232740001
232740002
232940001
231420008
230080001
233660002
233660002
233760007
234060002
232340002
234800001
234110002
241040029
241840016
240900001
240800009
333340099
331600099
330860099
332000099
334720099
335760099
360200001
362100001
363620014
ADS sites, sorted by ADS identification
SITE NAME
Mammoth Cave, Kentucky
Long Creek, South Carolina
Delta, South Carolina
Warren 2WSW, Arizona
Buffalo River, Arkansas
Tanbark Flat, California
Headquarters, Idaho
Purdue U Ag Farm, Indiana
Konza Prairie, Kansas
N La Hill Farm, Louisiana
Iberia, Louisiana
Cadwell, Massachusetts
East, Massachusetts
Give Out Morgan, Montana
Bandeller, New Mexico
CUBA, New Mexico
Bull Run, Oregon
Longview, Texas
Lake Dubay, Wisconsin
Pinedale, Wyoming
Washington Xing, New Jersey
Puntzi Mountain, British Columbia
Armstrong, Ontario
Evanston, Illinois
Jardine Plant, Illinois
South Water Plant, Illinois
Bay City, Michigan
Beaver Island, Michigan
Benton Harbor, Michigan
Cooper Harbor, Michigan
Eagle Harbor, Michigan
Empire, Michigan
Escanaba, Michigan
Grand Marais, Michigan
Mount Clemens, Michigan
Mount Clemens, Michigan
Muskegon, Michigan
Ontonagon, Michigan
Port Austin, Michigan
Port Sanilac, Michigan
Tawas Point, Michigan
Duluth, Minnesota
Gooseberry Falls, Minnesota
Gull Lake, Minnesota
Hovland, Minnesota
Cape Vincent, New York
Dunkirk, New York
Fair Haven, New York
Grand Island, New Yotk
Olcott, New York
Rochester, New York
Ashtabula, Ohio
Fairpoct Harbor, Ohio
Lorain, Ohio
23-Jul-1984
Page 6
FIRST
LATITUDE
d
33
36
34
47
40
39
32
29
42
42
48
35
36
45
32
44
42
40
52
50
42
41
41
43
45
42
47
47
44
45
46
42
42
43
46
44
43
44
46
46
46
47
44
42
43
43
43
43
41
41
41
m
36
05
12
37
28
06
45
55
21
23
28
46
02
27
22
39
55
18
07
17
03
53
45
39
44
07
28
27
51
44
40
34
37
08
49
02
26
16
46
24
24
50
05
30
19
03
20
13
54
45
28
6
15
20
27
40
17
08
04
47
40
02
42
54
27
00
53
53
44
54
00
00
36
41
25
30
30
00
00
28
16
30
00
00
02
40
20
50
20
00
07
40
40
50
30
13
08
30
27
48
30
17
20
LONGITUDE
d
92
92
117
115
85
96
93
91
72
71
105
106
106
122
94
89
109
74
124
88
87
87
87
83
85
86
87
88
86
87
85
82
82
86
89
82
82
83
92
91
94
89
76
79
76
78
78
77
80
81
82
ID
06
32
45
49
59
36
03
42
23
12
11
16
58
08
42
39
47
51
05
54
40
36
32
53
30
28
52
09
02
03
58
50
53
16
38
59
32
26
05
28
21
57
20
19
42
58
41
34
46
16
08
6
02
58
39
10
18
33
02
54
27
53
39
03
17
50
49
08
12
17
00
00
25
23
45
45
30
30
00
42
08
30
00
40
25
20
00
40
32
30
15
48
15
45
30
26
11
00
35
45
30
25
30
ELEVATION
(meters)
78
265
853
969
215
344
61
6
283
20
817
1998
2124
267
107
2113
2388
72
911
323
183
194
187
187
183
191
191
188
233
196
191
176
187
190
194
185
190
179
198
206
383
224
80
182
74
173
84
81
179
203
192
ACTIVE
Oct
Nov
Dec
Hay
Jan
Jan
Jul
Jul
Aug
Nov
Nov
Mar
Feb
Sep
Jun
Feb
Jul
Jun
Jun
Jan
Apr
Apr
Feb
Jul
Jun
Jun
Mar
Sep
Feb
Jun
Jun
Jun
Jun
Jul
Apr
Mar
Mar
Jul
Apr
Mar
May
Jul
Sep
Jan
Jul
Jan
Jan
Jan
Jan
Jan
Jan
Jan
Jan
Feb
DATE
12,
9,
21,
25,
13,
12,
20,
13,
17,
16,
16,
5,
2,
14,
22,
3,
13,
29,
29,
26,
8,
1,
25,
14,
2,
2,
24,
22,
3,
23,
14,
21,
9,
14,
20,
24,
24,
7,
7,
17,
5,
21,
22,
19,
21,
19,
19,
4,
19,
19,
19,
26,
27,
17,
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1982
1981
1974
1974
1981
1981
1981
1981
1981
1981
1981
1983
1983
1981
1981
1982
1981
1981
1981
1981
1981
1981
1981
1981
1982
1981
1982
1982
1982
1982
1982
1982
1982
1982
1981
-------
ADS sites, sotted by ADS identification
ADS
SITE NET
IDENT WORK
319a
320a
321a
322a
323a
324a
32Sa
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
GLAD
NET
SITE
IDENT
365260001
365200007
393060099
510180001
510360001
513600001
512200035
SITE NAME
Put-in-Bay, Ohio
Toledo, Ohio
Erie, Pennsylvania
Cornucopia, Wisconsin
Green Bay, Wisconsin
Hanitowoc, Wisconsin
Milwaukee, Wisconsin
LATITUDE
d m 6
23-JU1-1984
Page 7
FIRST
LONGITUDE ELEVATION ACTIVE
d m s (meters) DATE
41
41
42
46
44
44
43
39
41
07
51
31
03
04
29
30
46
44
47
56
31
82
83
80
91
87
87
87
49
24
06
08
55
39
53
40
32
03
13
11
23
02
177
177
163
195
201
189
205
Feb
Jan
Jan
Feb
Mar
Jul
Mar
17,
27,
16,
17,
31,
7,
17,
1981
1981
1962
1981
1981
1981
1981
p
I—»
GO
-------
TABLE C.2
ADS sites, Eorted by STATE or PROVINCE
23-Jul-1984
Page 1
STATE
NETWORK
SITE NAME
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV REV
I DENT d m 6 d m s m num START END
OPERATING HISTORY
Alabama (1)
UAPSP (08)
Selma (IS)
235a 32 28 25 87 05 03
Selma-2 (15 ample 2)
235b 32 28 25 87 05 03
O
EPA-IV (13)
Tailassee
Alaska (2)
NADP (01)
Ht. Nckinley Pack (020390)
Arizona (4)
NADP (01)
Grand Canyon (030370)
Oliver Knoll (030360)
Organ Pipe Hon. (030620)
Tombstone (030180)
Warren 2WSW (040260)
Arkansas (5)
NADP (01)
Buffalo River (041620)
Fayetteville (042700)
California (6)
NADP (01)
Bishop (053460)
Channel Islands (058500)
Davis (058840)
Hopland (Ukiah) (054540)
Sequoia Nat. Park (057550)
259a
42 00
01
02
42 00
01
02
00
01
10/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981. Co-located sampler
at this site, see 235b.
1/82 12/82 UAPSP sampling protocol expanded to include
NITRITE in CV 82 See co-located sampler
235b.
1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol See co-located sampler
235b.
10/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981 See co-located
sampler 235a.
1/82 12/82 UAPSP sampling protocol expanded to include
NITRITE in CY 82 See co-located sampler
235a.
1/83 1/83 Discontinued analysis of NITRITE on 1/1/83.
Discontinued operation of co-located sampler
on 1/21/83. This ADS ident TERMINATED.
3/82
10/83
9/83 Samples analyzed by RTI
Samples analyzed by Global Geochem after
10/1/83
OOla 63 43 27 148 57 55 649 00 6/80
068a
054a
003a
002a
268a
269a
004a
006a
159a
009a
007a
008a
36
33
31
31
33
36
36
37
34
38
39
36
04
04
57
42
36
05
06
22
00
32
00
34
18
17
02
30
15
20
02
15
57
07
17
09
112
109
112
110
92
92
94
118
119
121
123
118
09
51
48
03
06
32
10
21
21
46
05
46
11
53
00
24
02
58
24
59
43
30
05
40
2152
1173
506
1398
78
265
391
1252
49
18
253
1856
00
00
00
00
00
00
00
00
00
00
00
00
8/81
8/81
4/80
3/79
5/82
1/82
5/80
4/80
7/80
10/78
10/79
7/80
This site is part of the WHO network.
-------
ADS sites, sorted by STATE or PROVINCE
23-Jul-1984
Page 2
p
i—'
en
STATE
NETWORK
SITE NAME
Tanbark Flat (054200)
Yemenite (058850)
Colorado (8)
NADP (01)
Alaraosa (060060)
Loch Vale (061911)
Manitou (062120)
Mesa Verde (061530)
Pawnee (062220)
Rocky Ht. Nat Park (061910)
Sand Spring (061560)
UAPSP (08)
Yaropa (23)
MAP3e/PCN (06)
Lewes (7)
EPR1-SURE (10)
Indian River (03)
Indian Rivei-2 (03 emplr 2)
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV REV
IDENT d D a d m s d num START END
OPERATING HISTORY
270a 34 12 27 117 45 39 853 00
157a 37 47 49 119 51 30 1408 00
160a 37 26 36 105 51 55 2298 00
256a 40 21 51 105 34 55 2490 00
011-a 39 06 04 105 05 31 2362 00
029a 37 11 56 108 29 26 2172 00
012a 40 48 23 104 45 15 1641 00
OlOa 40 21 52 105 33 37 2369 00
173a 40 30 27 107 42 07
236a 40 10 00 106 55 00
013a 38 46 00 75 00 00
152a 38 34 50 75 14 45
152b 38 34 50 75 14 45
1998 00
2390 00
01
0 00
01
6 00
01
02
6 00
01
1/82
12/81
4/80
10/83
10/78
4/81
5/79
5/80
3/79
8/82
1/83
The sampler was relocated from HO parking lo
to this meadow on 18-Oct-83. Previous
samples from Rocky Mountain Park are stored
under ADS ident OlOaOO
On 22-Apr-80 the collector was moved closer
to the gage. No change was made in the ADS
site number.
Sampler and raingage were moved from HQ
parking lot to a meadow about 1.8km west and
200 m higher on 18-Oct-83. This ADS ident
was TERMINATED at that time. See ADS iden
256aOO for samples collected after 18-Oct-83
12/82 Started operation in UAPSP in middle of firs
year.
Discontinued analysis of NITRITE, otherwise
no change in protocol.
2/78 11/80 This MAP3S site started operation with the
Battelle Northwest collector) surface area =
490 eq cm.
11/80 On lO-Nov-80 the collector was changed to th
Aerochem Metrics model 301-A2 with a surface
area of 640 GO, cm.
8/78 12/78 Start up phase for this EPRI/SURE Bite DO NO
USE DATA
1/79 12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 152b.
1/80 6/80 Starting 1/1/80 only one sampler in operatic
at this EPRI/SURE siteSTATION TERMINATED Jun
30, 1980
ti/78 12/78 Start up phase for this EPRI/SURE site DO NO-
USE DATA
1/79 12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 152a.
The second sampler was removed after one
year, this ADS number DISCONTINUED.
-------
ADS Sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 3
cr>
STATE
NETWORK
SITE NAME
Florida (12)
NADP (01)
Austin-Gary Foreet (100020)
Bradford Foreet (100360)
Everglades Nat. Pa (101190)
Georgia (13)
NADP (01)
Georgia Station (114140)
UAPSP (08)
Uvalda (14)
EPA-IV (13)
Hiasassee
Hawaii (15)
NADP (01)
Hauna Loa (120080)
Idaho (16)
NADP (01)
Craters of Moon (130340)
Headquarters (130480)
Illinois (17)
NADP (01)
ftryonne (141980)
Bondville (141160)
Dixon Springs (146340)
NIARC (141800)
Salem (144740)
Southern 111 U (143S80)
MAP36/PCN (06)
Illinois (5)
ADS
SITE LATITUDE LONGITUDE
IDENT d m 8 d m s
014a 29 45 37 82 11 56
015a 29 58 29 82 11 53
016a 25 23 40 80 41 45
017a 33 10 40 84 24 22
237a 32 03 18 82 28 25
261a
ADS
ELEV rev REV REV
m nura START END
OPERATING HISTORY
019a 43 27 48 113 33 31
271a 47 37 40 115 49 10
021a 41 42 04 67 59 43
020a 40 03 12 88 22 19
023a 37 26 00 88 40 19
024a 41 50 29 88 51 04
161a 38 38 36 88 58 01
022a 37 42 36 89 16 08
020b 40 03 12 88 22 19
46 00
44 00
2 00
270 00
64 00
01
02
00
01
018a 19 32 22 155 34 45 3426 00
1806 00
969 00
229 00
212 00
161 00
265 00
173 00
146 00
212 00
01
02
10/78
10/78
6/80
10/78
10/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981
1/82 12/82 UAPSP sampling protocol expanded to include
NITRITE in CY 82
1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
4/82
10/83
6/80
8/80
7/82
3/80
2/79
1/79
1/81
4/80
7/79
11/77
2/80
1/82
9/83 Samples analyzed by RTI
Samples analyzed by Global Geochem after
10/1/83
On 25-Hay-80, the collector and raingagef?)
were moved less than 1km. No change was made
in ADS site number.
On 30-Oct-81 a Belfort weighing recording
raingage was installed 10 ft NW of and to
replace 8-inch stick or standard gage. No
change made in ADS site number.
2/80 This HAP3S site started operation with the
Battelle Northwest collector; surface area =
490 eq cm.
1/82 On 16-Feb-80 the collector was changed to the
HASL model with surface area = 325 sq cm.
On 5-Jan-82 the collector was changed to the
Aerochem Metrics model 301-A2 with surface
area = 640 sq cm.
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 4
STATE
NETWORK
SITE NAME
GLAD (14)
Evanston (142360010)
Jacdine Plant (141220043)
South Water Plant (141220034)
Indiana (IB)
NADP (01)
Indiana Dunes (153420)
Purdue U Ag Farm (154100)
EPRI-SURE (10)
Fort Wayne (07)
ADS
SITE LATITUDE LONGITUDE
IDRNT d m a d m s
28Ba 42 03 36
289a 41 53 41
290a 41 45 25
87 40 25
87 36 23
87 32 45
ADS
ELEV rev REV
m num START
163 00 7/81
194 00 6/81
187 00 6/81
REV
END
OPERATING HISTORY
025a 41 37 57 87 05 16 208 00 7/80
272a 40 28 17 85 59 18
156a 41 02 39 85 19 08
Fort Wayne-2 (07 uraplr 2)
Rockport (05)
156b 41 02 39 85 19 08
154a 37 52 50 87 07 47
Rockp.ort-2 (05 sraplr 2)
154b 37 52 50 87 07 47
01
215 00
244 00
01
02
3/81
7/82
3/81 This NADP site was moved in March 1981. It
was on top of a roof. It was moved several
meters and placed on the ground.
This sampler was located on a nearby roof
prior to 3/19/81.
03 10/81 12/81
8/78 12/78 Start up phase for this EPRI/SURE site DO NOT
USE DATA
1/79 12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 156b.
1/80 9/81 Starting 1/1/80 only one sampler in operation
at this EPRI/SURE Bite
Transfered operation from EPRI/SURE to UAPSPS
and operated under normal UAPSPS protocol in
last quarter of 1981.
04 1/82 12/82 UAPSPS one year effort to analyze NITRITE in
1982, otherwise protocol remained the same.
05 1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
244 00 8/78 12/78 Start up phase for this EPRI/SURE site DO NOT
USE DATA
01 1/79 12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 156a.
The second sampler was removed after one
year, this ADS number DISCONTINUED.
131 00 8/78 12/78 Start up phase for this EPRI/SURE site DO NOT
USE DATA
01 1/79 12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 154b.
02 1/80 9/81 Starting 1/1/80 only one sampler in operation
at this EPRI/SURE site
Transfered operation from EPRI/SURE to UAPSPS
and operated under normal UAPSPS protocol in
last quarter of 1981.
04 1/82 12/82 UAPSPS one year effort to analyze NITRITE in
1982, otherwise protocol remained the same.
05 1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
131 00 8/78 12/78 Start up phase for this EPRI/SURE site DO NOT
USE DATA
01 1/79 12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 154a.
The second sampler wae removed after one
year, this ADS number DISCONTINUED.
03 10/81 12/81
-------
ADS sites, sorted by STATE or PROVINCE
23-Jul-1984
Page 5
STATE
NETWORK
SITE NAHE
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV REV
IDENT d B e d m s n num START END
OPERATING HISTORY
O
I—«
oo
Kansas (20)
NADP (01)
Konza Prairie (173120)
UAPSP (08)
Lancaster (16)
Kentucky (21)
UAPSP (08)
Horehead (11)
EPA-IV (13)
Grayaon Lake
Louisiana (22)
NADP (01)
Iberia (191260)
N La Hill Faun (190620)
Maine (23)
NADP (01)
Acadia < 11/81 (200010)
Acadia > 11/81 (200011)
Bridqton (200277)
Caribou (200045)
Greenville Station (200935)
CANSAP (05)
Caribou (13 000)
273a 39 06 08 96 36 33
238a 39 34 10 95 18 17
239a 38 08 10 83 27 17
260a
275a 29 55 47 91 42 54
274a 32 45 04 93 03 02
162a 44 24 30 68 14 42
164a
163a
030a
344 00
346 00
01
02
235 00
01
02
00
01
6 00
61 00
44 06 27
46 52 08
45 29 23
70 43 44
68 00 55
69 39 52
222 00
191 00
322 00
8/82
11/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981
1/82 12/82 UAPSP sampling protocol expanded to include
NITRITE in CY 82
1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
10/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981
1/82 12/82 UAPSP sampling protocol expanded to include
NITRITE in CY 82
1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
4/82
10/83
11/82
11/82
9/83 Samples analyzed by RTI
Samples analyzed by Global Geochem after
10/1/83
37 00 11/80 11/81 Collector and raingage moved 2.5 miles SSW
257a 44 22 27 68 IS 39 122 00 11/81
9/80
4/80
11/79
163b 46 52 08 68 00 55 191 00 4/80
and 85 meters higher on 10-Nov-81. This ADS
ident TERMINATED; subsequent data stored
under ADS ident 257aOO.
The collector was formerly located at ADS
ident 162aOO.
See 163b, CANSAP inteccomparison.
On 15-Jul-80 a Belfort weighting and
recording raingage was installed; there was
no gage on site prior to this date. No
change was made to ADS site number.
Operated as international intercomparison
site. This CANSAP sampler is co-located
with NADP site 163a - Data not in ADS.
-------
ADS Bites, sorted by STATE or PROVINCE
23-Jul-1984
Page 6
STATE
NETWORK
SITE NAME
UAPSP (08)
Winterpoct (13)
Massachusetts (25)
NADP (01)
Cadwell (220615)
East (221325)
NACL (220155)
EPRI-SURE (10)
Montague (01)
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV REV
I DENT das d m s m nup START END
OPERATING HISTORY
240a 44 37 05 68 58 30
276a 42 21 40 72 23 27
277a 42 23 02 71 12 S3
251a 41 58 23 70 01 12
149a 42 32 00 72 32 08
Montague-2 (01 Emplr 2)
Turners Falls (01)
149b 42 32 00 72 32 08
150a 42 35 50 72 32 55
Michigan (26)
NADP (01)
Chassell (232241)
Douglas Lake (230920)
lloughton (232240)
Isle Royal Park (232570)
Kellogg (232660)
Wellston (235340)
CANSAP (05)
Pellston (13 020)
258a 47 06 03 88 33 10
031a 45 33 40 84 40 42
165a 47 13 33 88 37 SO
026a 47 54 43 89 09 10
032a 42 24 37 85 23 34
033a 44 13 28 85 49 07
031b 45 33 40 84 40 42
67 00 10/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981
01 1/82 12/82 UAPSP sampling protocol expanded to include
NITRITE In CY 82
02 1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
283 00
20 00
34 00
73 00
01
02
73 00
01
98 00
01
02
03
279 00
233 00
193 00
209 00
288 00
292 00
233 00
01
3/82
2/82
12/81
8/78
1/79
1/80
8/78
1/79
8/80
10/81
1/82
1/83
12/78 Start up phase for this EPRI/SURE site DO NOT
USE DATA
12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 149b.
7/80 Starting 1/1/80 only one sampler in operation
at this EPRI/SURE site sampler moved to ADS
location 150a on l-Aug-80. Site 149a
TERMINATED
12/78 Start up phase foe this EPRI/SURE site DO NOT
USE DATA
12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 149a.
The second sampler was removed after one
year, this ADS number DISCONTINUED.
9/81 EPRI/SURE site moved from 149a on l-aug-80
12/81 Transfered operation from EPRI/SURE to UAPSPS
and operated under normal UAPSPS protocol in
last quarter of 1981.
12/82 UAPSPS one year effort to analyze NITRITE in
1982, otherwise protocol remained the same.
Discontinued NITRITE analysis.
2/83
7/79
10/80
8/80
6/79
10/78
7/79
1/80
relocated from 165aOO on 10/15/83
2/83 Sampler was moved 8 miles to the SE on
10/15/83. This ADS ident TERMINATED;
subsequent data stored as ADS ident 258aOO
on 27-Sep-83 the collector was moved to about
10m from the raingage. No change was made in
ADS site number.
1/80 Sangamo model C.
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
-------
ADS Bites, sorted by STATE or PROVINCE
23-Jul-1984
Page 7
f>o
O
STATE
NETWORK
SITE NAME
UAPSP (08)
Gaylocd (10)
GLAD (14)
Bay City (230420002)
Beaver Island (230860001)
Benton Harbor (230460004)
Cooper Harbor (232740001)
Eagle Harbor (232740002)
Empire (232940001)
Eacanaba (231420008)
Gramd Haraie (230080001)
Mount Clemens (233660002)
Huekegon (233760007)
Ontonagon (234060002)
Port Austin (232340002)
Port Sanilac (234800001)
Tawas Point (234110002)
Minnesota (27)
NADP (01)
Fernbetg (241840)
Lamberton (242720)
Marcell (241660)
GI.AD (14)
Duluth (241040029)
Gooseberry Falls (241840016)
Gull Lake (240900001)
Hovland (240800009)
Mississippi (28)
NADP (01)
Meridian (251460)
UAPSP (08)
Clinton (16)
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV REV
I DENT d o 6 d m s m num START END
OPERATING HISTORY
241a
291a
292a
293a
294a
29Sa
296a
297a
298a
299a
301a
302a
303a
304a
305a
44
43
45
42
47
47
44
45
46
42
43
46
44
43
44
56
39
44
07
28
27
51
44
40
34
08
49
02
26
16
58
30
30
00
00
28
16
30
00
00
40
20
50
20
00
84
83
85
86
87
88
86
87
85
82
86
69
82
82
83
38
53
30
28
52
09
02
03
58
50
16
38
59
32
26
30
45
30
30
00
42
08
30
00
40
20
00
40
32
30
473
167
183
191
191
188
233
196
191
176
190
194
185
190
179
00
01
02
00
00
00
00
00
00
00
00
00
00
00
00
00
00
11/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981
1/82 12/62 UAPSP sampling protocol expanded to include
NITRITE in CY 82
1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
3/61
9/81
2/81
6/81 5/63 This GLAD network site TERMINATED on May 17,
1983. Sampler moved to Eagle Harbor (ADS
site 295a) .
6/83
6/83
6/81
7/81
4/82
3/81
7/81
4/81
3/81
5/81
166a 47 56 45 91 29 43 524 00 11/80
01
3/61
035a 44 14 14
034a 47 31 52
306a 46 46 07
307a 46 24 40
308a 46 24 40
309a 47 50 50
036a 32 20 04
242a 32 21 06
95 18 02
93 28 07
92 05 15
91 28 48
94 21 15
89 57 45
88 44 42
90 17 15
3/61 This NADP site operated with collector at
ground level within a clearing until March
1981.
5/81 Collector and raingage(T) moved to rooftop of
trailer within existing clearing.
Collector and raingage returned to ground
level about 30m from trailer roof top.
02 5/81
343 00 1/79
431 00 7/78
198 00 7/81
206 00 9/81
383 00 1/82
224 00 7/81
89 00 4/80
76 00 10/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981
01 1/82 12/82 UAPSP sampling protocol expanded to include
NITRITE in CY 82
02 1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 8
O
ro
STATE
NETWORK
SITE NAME
EPA-IV (13)
University
Missouri (29)
NADP (01)
Ashland (260380)
University Forest (260560)
Montana (30)
NADP (01)
Give Out Morgan (271340)
Glacier Nat Park (270570)
CANSAP (05)
Glacier Nat Park (13 010)
Nebraska (31)
NADP (01)
Head (281520)
New Hampshire. (33)
NADP (01)
Hubbard Brook (300240)
New Jersey (34)
NADP (01)
Princeton (312980)
Washington Xing (312981)
New Mexico (35)
NADP (01)
Bandolier (320720)
CUBA (320980)
New York (36)
NADP (01)
Aurora (330860)
Bennett Bridge (335240)
Chautauqua (331000)
lluntington (332020)
Jasper (336500)
Knobit (331220)
Stilwell Lake (335140)
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV REV
I DENT d m s d D s a nuo START END
OPERATING HISTORY
263a
252a 3B 45 13 92 11 55
253a 36 54 39 90 19 06
278a 48 28 42 105 11 39
037a 48 30 37 113 59 44
00 5/82 9/83 Samples analyzed by RTI
01 10/83 Samples analyzed by Global Geochem after
10/1/83
239 00 10/81
154 00 10/81
817 00
968 00
285a 40 18 54 74 51 17
9/82
6/80
037b 48 30 37 113 59 44 968 00 6/80
038a 41 09 11 96 29 34 352 00 7/78
039a 43 56 35 71 42 12 250 00 7/78
167a 40 18 54 74 51 17 72 00 8/80
See 037b, CANSAP intercomparieon.
This is an international intercomparison
sampler, operated by CANSAP at this
NADP site. Data not Included in ADS.
72 00 4/81
7/81 On Juy 7, 1981 this site was TERMINATED.
Collector was moved about 25 miles SW to
Washington Crossing. See ADS-1DENT 2B5aOO
This site is part of the WMO network.
This NADP collector was formerly located in
the town of Princeton. See ADS-IDENT 167aOO.
This site is part of the WHO network.
279a 35 46 54 106 16 03 1998 00 6/82
280a 36 02 27 106 58 17 2124 00 2/82
040a
04«a
041a
168a
047a
042a
045a
42
43
42
43
42
42
41
44
31
17
58
06
22
21
02
34
58
19
22
41
00
76
75
79
74
77
73
74
39
56
23
13
32
30
02
35
50
47
25
08
10
22
249
245
488
500
634
406
186
00
00
00
00
00
00
00
4/79
6/80
6/80
10/78
2/80
1/80
6/79
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 9
STATE
NETWORK
SITE NAME
HAP3B/PCN (06)
Brookhaven (6)
Ithaca (2)
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV
IDENT d m e d m a m num START
048a 40 52 00 72 53 00
044a 42 24 03 76 39 12
p
ro
Hhiteface (1)
UAPSP (08)
Big Moose (21)
GI.AU (14)
Cape Vincent (333340099)
Dunkirk (331600099)
Fair Haven (330860099)
Grand Island (332000099)
Olcott (334720099)
Rochester (335760099)
North Carolina (37)
NADP (01)
Clinton Station (343560)
Coweeta (342500)
25 00
01
509 00
01
043a 44 23 26 73 51 34
03
610 00
01
2/78
2/81
10/76
8/77
REV
END
2/81
8/77
9/77
02 9/77 11/79
NH4 was colorimetry
Nft and K were Flame
CA and KG were
11/79
10/76
8/77
8/77
9/77
02 9/77 12/79
03 12/79
OPERATING HISTORY
Started operation using Battelle Northwest
sampler with surface area = 490 sq cm.
On 24-Feb-81 the sampler was changed to an
Aerochem Metrics model 301-A2 with surface
area = 640 sq cm.
This HAP3S site started operation with the
Battelle Northwest collector; surface area
490 sq cm.
Analysis method changed.
now Ion Chromatography.
Emission Spectrography - now Ion
Chromatography.
Analysis method changed.
Flame Emission Spectrography - now Flame
Atomic Absorption. S04 was coloriraetry - now
Colorimetry with field fixation.
Collector changed to UASL model with surface
area - 640 sq cm.
This NAP3S/PCN site started operation with
the Battelle Northwest collector; surface
area • 490 sq era.
Analysis method changed in August 1977. NH4
changed from colorimetry to Ion
Chromatography. NA and K changed from Flame
Emission Spectrometry to Ion Chromatography.
Analysis method changed In mid September
1977. CA and KG changed from Flame Emission
Spectroraetry to Flame Atomic Absorbtion on
9/14/77. SO4 (S-IV) changed from coloriraetry
to collmetry with field fixation on 9/6/77.
Collection Instrument changed to HAS I, with
surface area = 640 sq cm in December 1979.
243a
310a
311a
312a
313a
314a
315a
052a
050a
43
44
42
43
43
43
43
35
35
49
05
30
19
03
20
13
01
03
03
30
13
08
30
27
48
26
38
74
76
79
76
78
78
77
78
83
54
20
19
42
58
41
34
16
25
08
30
26
11
00
35
45
45
50
603
80
182
74
173
84
81
47
686
00
01
02
00
00
00
00
00
00
00
00
10/81
1/82
1/83
1/82
1/82
1/82
1/82
1/82
1/82
10/78
7/78
12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981
12/82 UAPSP sampling protocol expanded to include
NITRITE in CY 82
Discontinued analysis of NITRITE, otherwise
no change in protocol
-------
ADS Bites, sorted by STATE or PROVINCE
23-JU1-1984
Page 10
STATE
NETWORK
SITE NAME
Finley (A) (344160)
Finley (B) (344161)
Lcwieton (340320)
Piedmont Station (343460)
R Triangle Inst (341180)
R Triangle Park (343310)
EPRI-SURE (10)
Raleigh (08)
Ralelgh-2 (08 smplr 2)
North Dakota (38)
NADP (01)
Teddy Roosevelt NP (350700)
Ohio (39)
NADP (01)
Caldwell (364900)
Delaware (361760)
MooEter (367160)
HAP3B/PCN (06)
Oxford (8)
UAPSP (08)
HcArthur (22)
ADS
SITE
IDENT
053a
053b
049a
OSla
174a
169a
053c
053d
LATITUDE
d D B
35
35
36
35
35
35
35
35
43
43
07
41
54
53
43
43
43
43
40
48
09
47
43
43
LONGITUDE
d m 8
78
78
77
80
78
78
78
78
40
40
10
37
52
51
40
40
52
52
30
22
12
38
48
48
ELEV
o
119
119
26
221
99
94
128
128
ADS
rev
num
00
00
00
00
00
00
00
01
02
03
04
OS
00
01
REV
START
10/78
10/78
10/78
10/78
10/80
4/80
8/78
1/79
1/80
10/81
1/82
1/83
8/78
1/79
REV
END
1
12/78
12/79
9/81
12/82
12/82
12/79
12/79
OPERATING HISTORY
See co-located 053b.
See co-located 053a.
start up phase for this EPRI/SURE site DO NOT
USE DATA
EPRI/SURE operation in CY 1979 with
co-located sampler6 at this site. See 053d.
Starting 1/1/80 only one sampler in operation
at this EPRI/SURE site
Tronefered operation from EPRI/SURE to UAPSPS
and operated under normal UAPSPS protocol in
last quarter of 1981.
UAPSPS one year effort to analyze NITRITE in
1982, otherwise protocol remained the same.
Discontinued analysis of NITRITE, otherwise
no change in protocol
Start up phase for this EPRI/SURE site DO NOT
USB DATA
EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 053c.
The second sampler was removed after one
year, this ADS number DISCONTINUED.
062a 47 36 09 103 15 54
618 00
5/81
056a
055a
OSBa
057a
39
40
40
39
47
21
46
31
34
19
48
51
81
83
81
84
31
03
55
43
52
58
31
25
276
285
315
284
00
00
00
00
01
9/78
10/78
9/78
9/80
11/80
244a 39 14 06 62 28 41
9/80 11/80 Started operation using Battelle Northwest
sampler with surface area = 490 sq cm.
On 24-NOv-BO the sampler was changed to the
Aerochem Metrics model 301-A2 with surface
area = 640 sq cm.
224 00 10/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981
01 1/82 12/82 UAPSP sampling protocol expanded to include
NITRITE in CY 82
02 1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
-------
ADS sites, sorted by STATE or PROVINCE
23-Jul-19B4
Page 11
ro
STATE
NETWORK
SITE NAME
EPHI-SURE (10)
Zanesville (04)
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV REV
IDENT d m a d m B m num START END
OPERATING HISTORY
153a 39 59 02 62 01 OS 250 00
01
Zanesville-2 (04 ample 2}
GLAD (14)
Ashtabula (360200001)
Fairport Harbor (362100001)
Lorain (363620014)
Put-ln-Bay (365260001)
Toledo (365200007)
Oregon (41)
NADP (01)
Alsea (380200)
Bull Run (360260)
H.J. Andrews (381020)
Lost Creek (380840)
Pendleton (381780)
Schmidt Farm (380201)
Vines Hill (381120)
Pennsylvania (42)
NADP (01)
Kane (392940)
Leading Ridge (394200)
02
03
04
OS
153b 39 59 02 82 01 OS 250 00
01
063a
064a
41 35 52
40 39 32
78 46 04
77 56 10
618 00
282 00
8/78 12/78 Start up phase for this EPRI/SURE site DO NOT
USE DATA
1/79 12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 153b.
1/80 9/81 Starting 1/1/80 only one sampler in operation
at this EPRI/SURE site
10/81 12/81 Transfered operation from EPRI/SURE to UAPSPS
and operated under normal UAPSPS protocol in
last quarter of 1981.
1/82 12/82 UAPSPS one year effort to analyze NITRITE in
1982, otherwise protocol remained the Game.
1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
8/78 12/78 Start up phase for this EPRI/SURE site DO NOT
USE DATA
1/79 12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 153a.
The second sampler was removed after one
year, this ADS number DISCONTINUED.
316a
317a
318a
319a
320a
41
41
41
41
41
54
45
28
39
41
30
17
20
29
30
80
81
82
82
83
46
16
08
49
24
30
25
30
40
32
179
203
192
177
177
00
00
00
00
00
1/82
1/82
2/81
2/81
1/81
OS9a
281a
061a
170a
175a
060a
027a
44
45
44
42
45
44
43
23
27
13
40
41
37
53
13
00
23
04
23
35
57
123
122
122
122
118
123
117
37
08
14
40
50
12
25
22
50
32
59
16
50
37
84
267
472
475
542
69
904
00
00
00
00
00
00
00
12/79
7/82
5/80
10/80
4/80
12/79
7/80
7/78
4/79
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 12
STATE
NETWORK
SITE NAME
MAP3B/PCN (06)
Penn State (3)
ADS
SITE LATITUDE LONGITUDE
IDENT doe d m a
ADS
ELEV rev REV REV
ro num START END
OPERATING HISTORY
EPRI-SURE (10)
Sctanton (02)
065a 40 47 IB 77 56 47 393 00 9/76 8/77 Started operation using Battelle Northwest
sampler with surface area = 490 sq cm.
01 8/77 9/77 Analysis method changed. NH4 was colorimetry
- now Ion Chromatography. NA and K were
Flame Emission Spectrography - now Ion
Chromatography.
03 9/77 12/79 Analysis method changed. CA and MG were
Flame Emission Spectrography - now Flame
Atomic Absorption. S04 was colorimetry - now
Colorimetry with field fixation.
04 12/79 2/81 Collection instrument changed. Was BMW - now
HASL with surface area • 640 eq cm.
05 3/81 Collection instrument changed. Was HASL -
now Aerochem Metrics model 301-A2 with
surface area * 640 sq cm.
ISla 41 34 30 75 59 40
ro
tn
Scranton-2 (02 smplr 2)
GI.AD (14)
Erie (393060099)
Soutli Carol ina (45)
NftDP (01)
Clemson (421880)
EPA-IV (13)
Delta
South Dakota (46)
NADP (01)
Huron (430060)
151b 41 34 30 75 59 40
335 00 8/78 12/78 Start up phase for this EPRI/SURE site DO
NOT USE DATA
01 1/79 12/79 operation as a co-located site see ISlb.
02 1/80 12/80 continued operation in EPRI/SURE network with
only one sampler in use.
03 1/81 9/81 Station NOT IN USE
04 10/81 12/81 started operation as UAPSP site with 13 ??
components In analysis protocol
05 1/82 12/82 UAPSP one year effort to analyze NITRITE in
1982. Otherwise protocol remained same.
06 1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
335 00 8/78 12/79 EPRI/SURE start up phase DO NOT USE DATA
01 1/79 12/79 one year operation with two samplers at this
site, see ISla.
121a 42 07 48 80 06 03 183 00 1/82
066a 34 40 28 82 50 09 221 00 3/79
00 12/82
01 10/83
067a 44 23 02 98 13 14 390 00 4/80
9/83 Samples analyzed by RTI
Samples analyzed by Global Geochem after
10/1/83
-------
ADS Bites, sorted by STATE or PROVINCE
23-JU1-19B4
Page 13
ro
STATE
NETWORK
SITE NAHE
UAPSP (08)
Brookings (19)
Brooklnge-2 (19 smplr 2)
Tennessee (47)
NADP (01)
Elkmont (441190)
Walker Branch (440040)
MAP3B/PCN (06)
Oak Ridge (9)
UAPSP (08)
Alamo (12)
EPHI-SURE (10)
Giles County (06)
Giles County-2 (06 Btaplr 2)
EPA-IV (13)
Center Hill
Texas (48)
NADP (01)
Forest Seed Ctr (453800)
K-Bar (450425)
ADS
SITE LATITUDE LONGITUDE
IDENT d m s d to B
245a 44 19 54 96 49 45
245b 44 19 54 96 49 45
ADS
ELEV rev REV REV
D num START END
OPERATING HISTORY
028a
171a
35 39 52
35 57 41
83 35 25
84 17 14
499 00
01
02
499 00
01
02
640 00
341 00
246a 35 47 32 89 06 03
155a 35 17 05 86 54 11
155b 35 17 05 86 54 11
264a
244 00
01
02
244 00
01
00
01
10/61 12/81 Operated under normal UAPSP sampling protocol
In last quarter of 1981
1/62 12/82 UAPSP sampling protocol expanded to include
NITRITE in CY 82
1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
10/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981
1/62 12/82 UAPSP sampling protocol expanded to include
NITRITE in CY 82
1/63 1/83 Discontinued analysis of NITRITE on 1/1/83.
Discontinued operation of co-located sampler
on 1/10/83. This ADS ident TERMINATED.
8/60
3/80
171b 35 57 41 84 17 14 341 00 1/61
This MAP2S site started operation with
Aerochem Metrics model 301-A2 sampler which
has sruface area = 640 sq cm.
112 00 10/61 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981
01 1/82 12/82 UAPSP sampling protocol expanded to Include
NITRITE in CY 82
02 1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
8/78 12/78 Start up phase for this EPRI/SURE site DO NO1
USE DATA
1/79 12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 155b.
1/60 6/80 Starting 1/1/80 only one sampler in operation
at this EPRI/SURE site STATION TERMINATED
June 30, 1980
8/78 12/78 Start up phase for this EPRI/SURE site DO N01
USE DATA
1/79 12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 155a.
The second sampler was removed after one
year, this ADS number DISCONTINUED.
8/82
10/63
9/83 Samples analyzed by RTI
Samples analyzed by Global Geochera after
10/1/B3
254a 31 33 38 94 51 39 84 00 8/61
070a 29 16 07 103 10 38 1056 00 4/60
-------
ADS Sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 14
p
r\>
STATE
NETWORK
SITE NAME
Longview (452160)
Victoria (45S350)
UAPSP (08)
Marshall (17)
Utah (49)
NADP (01)
Cedar Ht (460260)
Vermont (50)
NAOP (01)
Bennington (470100)
UAPSP (08)
Underbill Center (20)
Virginia (51)
NADP (01)
Big Meadows (482890)
Horton Station (481300)
MAP3S/PCN (06)
Virginia (4)
ADS
SITE LATITUDE LONGITUDE
IDENT d m a d ID 8
282a 32 22 S3 94 42 49
071a 28 50 43 96 55 12
247a 32 39 58 94 25 06
ADS
ELEV rev REV REV
m num START END
OPERATING HISTORY
107 00
31 00
6/62
4/80
81 00 10/81 12/81 Operated under normal UAPSP sampling protocol
in last quarter of 1981 .
01 1/82 12/82 UAPSP sampling protocol expanded to Include
NITRITE in CY 82
02 1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol
069a 39 10 15 110 37 05 2356 00 5/81
249a 42 52 34
248a 44 31 42
73 09 46 305 00 4/81
72 52 06 442 00 10/61 12/61 Operated under normal UAPSP sampling protocol
in last quarter of 1981
01 1/82 12/82 UAPSP sampling protocol expanded to Include
NITRITE in CY 82
02 1/83 Discontinued analysis of NITRITE, otherwise
no change In protocol
250a 38 30 51 78 25 45 1047 00
073a 37 20 06 80 33 26 1051 00
5/81
7/78
072a 36 02 23 78 32 31
172 00 12/76 6/77 This HAP3S/PCN site started operation with
the Battelle Northwest collector, surface
area *> 490 sq cm.
01 8/77 9/77 Analysis method changed starting 4-aug-77.
NH4 changed from Colorimetry to Ion
Chromatography. NA and K changed from Flame
Emission Spectcophy to Ion Chromatography.
02 9/77 3/61 Analysis method changed in September 77.
CA and MG changed from Flame Emission
Spectrometry to Flame Atomic Absorbtion on
9/14/77. S04 changed from Colimetry to
Colimetry with field fixation on 9/6/77.
03 4/81 Sample collection instrument changed from
Battelle Northwest to Aerochem Metrics model
302-A2 with serface area - 640 sq cm.
Washington (53)
NADP (01)
Olympic Nat. Pack (491410)
074a 47 51 36 12J 55 57
176 00
5/80
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-19B4
Page IS
ro
00
STATE
NETWORK
SITE NAHE
West Virginia (54)
NADP (01)
Parsons (S01860)
EPRI-SURE (10)
Levlsburg (09)
Lewisburg-2 (09 staple 2)
Wisconsin (55)
NADP (01)
Lake Dubay (512800)
Spoonet (513700)
Trout Lake (513640)
GLAD (14)
Cornucopia (510160001)
Green Bay (510360001)
Nanitowoc (513600001)
Milwaukee (512200035)
Wyoming (56)
NADP (01)
Newcastle (520820)
Pinedale (520680)
Yellowstone (520860)
American Samoa (60)
NADP (01)
American Samoa (530190)
Alberta (80)
CANSAP (05)
Cononation (04 030)
Edeon (04 010)
ADS
SITE LATITUDE LONGITUDE
IDENT doe d m a
075a 39 05 23 79 39 44
158a 37 50 50 80 25 00
158b 37 50 50 80 25 00
ADS
ELEV rev REV REV
m num START END
OPERATING HISTORY
305 00
701 00
01
02
701 00
01
172a 14 15 08 170 33 48
084a 52 04 00 111 27 00
088a 53 35 00 116 27 00
791 00
01
02
925 00
01
02
7/78
8/78
1/79
1/80
8/78
1/79
12/78 Start up phase for this BPRI/SURE site DO NOT
USE DATA
12/79 BPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 158b.
3/81 Starting 1/1/80 only one sampler in operation
at this EPRI/SURE site STATION TERMINATED
March 31, 1981
12/78 Start up phase for this BPRI/SURE site DO NOT
USE DATA
12/79 EPRI/SURE operation in CY 1979 with
co-located samplers at this site. See 158a.
The second sampler was removed after one
year, this ADS number DISCONTINUED.
283a
077a
076a
322a
323a
324a
32Sa
255a
284a
078a
44
45
46
46
44
44
43
43
42
44
39
49
03
51
31
03
04
52
55
55
53
21
09
44
47
56
31
24
44
02
89
91
89
91
87
87
87
104
109
110
39
52
39
08
55
39
53
11
47
25
08
30
11
13
11
23
02
32
12
13
2113
331
501
195
201
189
205
1466
2388
1912
00
00
00
00
00
00
00
00
00
00
6/82
6/80
1/80
2/81
3/81
7/81
3/81
8/81
1/82
6/80
73 00 5/80
4/77
3/79
1/80
1/74
3/79
1/80
3/79 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples ate composited in the field.
3/79 Sampler ie either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
-------
ADS sites, sotted by STATE oc PROVINCE
23-JU1-1984
Page 16
STATE
NETWORK
SITE NAME
o
rv>
Fort McHurray (04 000)
Lethbridge (04 040)
Rocky Htn House (04 020)
British Columbia (61)
CANSAP (OS)
Port Nelson (03 000)
Fort St. John (03 010)
Kelowna (03 070)
Port Hardy (03 040)
Prince Geocye (03 030)
Puntzi Mountain (03 080)
Revelstoke (03 050)
ADS
SITE LATITUDE LONGITUDE
IDENT d m 8 d m B
092a 56 39 00 111 13 00
107a 49 38 13 112 47 16
134a 52 23 00 114 55 00
ADS
ELEV rev REV
m num START
REV
END
OPERATING HISTORY
369 00
01
02
913 00
01
02
988 00
01
02
5/77
3/79
1/80
5/77
3/79
1/80
5/77
3/79
1/80
093a 58 50 00 122 36 00 925 00 6/77
01 3/79
02 1/80
096a 56 14 00 120 44 00 695 00 6/77
01 3/79
02 1/80
104a 49 58 00 119 23 00 430 00 5/77
01 3/79
02 1/80
114a 50 41 00 127 22 00 22 00 5/77
01 3/79
02 1/80
115a 53 53 00 122 40 00 691 00 4/77
01 3/79
02 1/80
286a 52 07 00 124 05 00 911 00 4/74
133a SO 58 00 118 11 00 443 00 9/79
01 J/80
3/79 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entice month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler is either Sangamo model A oc B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
1/77 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 17
STATE
NETWORK
SITE NAHE
ADS
SITE LATITUDE LONGITUDE
IDENT d m e due
ADS
ELEV rev REV REV
• num START END
OPERATING HISTORY
O
GO
O
Terrace (03 020)
Vancouver (03 060)
Manitoba (62)
CANSAP (05)
Blssett (06 030)
Churchill (06 000)
Dauphin (06 020)
The Pas (06 010)
New Brunswick (83)
CANSAP (05)
Acadia Pee (09 010)
Charlo (09 000)
St. John (09 020)
124a 54 28 00 128 35 00 217
128a 49 11 00 123 10 00
080a 51 02 00 95 40 00
OB3a SB 45 00 94 04 00
086a 51 06 00 100 03 00
125a 53 58 00 101 06 00 273
00 4/77 3/79 Sampler la either Sangamo model A or B
01 3/79 1/80 Upgrade to Sangamo model C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited In the field.
00 7/77 3/79 Sampler is either Sangamo model A or B
01 3/79 1/80 Upgrade to Sangamo model C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire nonth was DISCONTINUED. Subsequent
samples ace composited In the field.
258 00 5/77 3/79 Sampler Is either Sangamo model A or B
01 3/79 1/80 Upgrade to Sangamo model C in early 1979
02 1/80 Oh 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
00 6/77 3/79 Sampler is either Sangamo model A or B
01 3/79 1/80 Upgrade to Sangamo model C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
00 4/77 3/79 Sampler is either Sangamo model A or B
01 3/79 1/80 Upgrade to Sangamo model C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
00 5/77 3/79 Sampler is either Sangamo model A or B
01 3/79 1/80 Upgrade to Sangamo model C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples ate composited in the field.
29
305
090a 46 00 00 66 22 00 61
081a 48-00 00 66 20 00 38
119a 45 19 00 65 53 00 109
00 11/79 1/80 Sangamo model C.
01 1/80 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
00 5/77 3/79 Sampler is either Sangamo model A or B
01 3/79 1/80 Upgrade to Sangamo model C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
00 5/77 3/79 Sampler is either Sangamo model A or B
01 3/79 1/80 Upgrade to Sangamo model C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
-------
ADS Bites, sorted by STATE oc PROVINCE
23-JU1-1984
Page 18
O
Co
STATE
NETWORK
SITE NAME
Newfoundland (84)
CANSAP (05)
Gander (12 010)
Goose (12 000)
StephenvlUe (12 020)
APN (09)
Bale d'Espoir (12 030)
Northwest Territories (85)
CANSAP (05)
Fort Reliance (01 020)
Fort Simpson (01 030)
Hay River (01 040)
Inuvik (01 010)
Mould Bay (01 000)
Nova Scotia (66)
CANSAP (05)
Kejimkujik (10 020)
ADS
SITE LATITUDE LONGITUDE
IDENT d B B d D B
097a 48 57 00 54 34 00
098a 53 19 00 60 25 00
123a 48 32 00 58 33 00
145a 47 59 00 55 48 00
094a 62 43 00 109 10 00
095a 61 45 00 121 14 00
099a 60 SO 00 115 47 00
lOla 68 18 00 133 29 00
089a 76 14 00 119 20 00
ADS
ELEV rev REV REV
a nun START END
OPERATING HISTORY
103a 44 25 58 65 12 20
1S1 00
01
02
36 00
01
02
26 00
01
02
164 00
01
02
169 00
166 00
68 00
01
02
IS 00
01
02
152 00
01
02
5/77
3/79
1/80
7/77
3/79
1/80
5/77
3/79
1/80
23 00 11/81
7/77
3/79
1/80
1/74
2/80
6/77
3/79
1/80
1/75
3/79
1/80
6/78
3/79
1/80
3/79
1/80
3/79
1/80
3/79
1/80
Sampler is either Eangaroo model A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month wae DISCONTINUED. Subsequent
samples are coaposlted In the field.
Saopler is either Sangamo model A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire nonth was DISCONTINUED. Subsequent
samples are composited in the field.
Sampler is either Sangamo model A or B
Upgrade to Sangamo model C In early 1979
On 1/1/80, the uee of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
This APN site started operation with the
Sangamo model C collector.
3/79 Sampler Is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On I/I/BO, the use of a single bucket for
entire month wae DISCONTINUED. Subsequent
samples are composited In the field.
8/78 NOT SHURB OF HISTORY IN THIS TIME PERIOD
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo.model c in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler Is either Sangamo model A or B
1/80 Upgrade to Sangano model C in early 1979
On 1/1/80, the uee of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler Is either Sangamo model A or B
1/80 Upgrade to Sangaoo model C in early 1979
5/83 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
-------
ADS sites, sorted by STATE oc PROVINCE
23-Jul-1984
Page 19
STATE
NETWORK
SITE NAME
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV REV
IDENT d » s d • a • nun START END
O
U)
rss
Sable Island (10 010)
Shclburne (10 030)
Truro (10 000)
APN (09)
Rejlnkujlk (10 019)
Ontario (87)
CANSAP (OS)
Armstrong (07 140)
Atikokan (07 050)
Dorset (07 060)
ELA (07 023)
Harrow (07 120)
Kapuskaaing (07 030)
Kingston (07 070)
HooBonee (07 010)
117a 43 56 00 60 01 00
121a 43 43 00 65 15 00
127a 45 22 00 63 16 00
4 00
01
287a 50 17 00 88 54 00
079a 48 45 00 91 37 00
087« 45 13 00 78 56 00
135a 49 40 00 93 43 00
lOOa 42 02 00 82 54 00
102a 49 24 00 82 26 00
I06a 44 13 00 76 36 00
109a 51 16 00 80 39 00
323 00
393 00
01
02
319 00
01
368 00
01
227 00
01
92 00
01
02
10 00
01
02
3/75
3/79
1/80
30 00 4/75
01 3/79
02 1/80
40 00 5/77
01 3/79
02 1/80
3/79
1/80
3/79
1/80
3/79
1/80
103b 44 25 58 65 12 20 152 00 5/79
2/74
4/77
3/79
1/80
7/79
1/80
8/79
1/80
191 00 1/80
10/79
1/80
5/77
3/79
1/80
5/77
3/79
1/80
OPERATING HISTORY
Sampler is either Sangamo model A or B
Upgrade to Sangamo node! C in early 1979
On 1/1/80, the use of a single bucket for
entire nonth was DISCONTINUED. Subsequent
samples are composited in the field.
Sampler ia either Sangamo model A or B
Upgrade to Sangamo nodel C in early 1979
On 1/1/80, the use of a single bucket for
entire nonth was DISCONTINUED. Subsequent
samples are composited in the field.
Sampler is either Sangamo model A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
This APN site started operation with the
Sangamo model C collector.
11/76 Sampler is either Sangamo model A oc B
3/79 Sampler is either Sangamo model A' or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire »onth was DISCONTINUED. Subsequent
samples are composited in the field.
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited In the field.
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler IB either Sangamo model A or B
1/80 Upgrade to Sangano model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
3/79 Sampler is either Sangamo model A or B
1/80 Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire oonth was DISCONTINUED. Subsequent
samples are composited in the field.
-------
o
u>
GO
STATE
NETWORK
SITE NAME
Mount Forest (07 090)
Peterborough (07 080)
Pickle Lake (07 020)
Slmcoe (07 110)
Trout Lake (07 000)
Hawa (07 130)
Hindsor (07 150)
APIOS-D (07)
Balsam Lake (3031)
ADS sites, sorted by STATE or PROVINCE
ADS
SITE LATITUDE LONGITUDE
IDENT das d • s
HOa 43 59 29 80 44 46
112a 44 14 00 78 21 00
113a 51 28 00 90 12 00
122a 42 51 00 80 16 00
126a 53 50 00 89 52 00
129a 47 58 00 84 47 00
131a 42 16 00 82 58 00
225a 44 37 35 78 51 22
Charleston Lake (4011)
227a 44 29 54 76 02 30
ADS
ELEV rev
• num
410 00
01
02
191 00
01
02
369 00
01
02
241 00
01
02
220 00
01
02
287 00
01
190 00
01
259 00
01
02
03
04
92 00
01
02
03
REV REV
START END
7/73 3/79
3/79 1/80
1/80
5/77 3/79
3/79 1/BO
1/80
2/77 3/79
3/79 1/80
1/80
5/77 3/79
3/79 1/80
1/80
5/77 3/79
3/79 1/80
1/80
5/77 3/79
3/79 9/79
5/77 3/79
3/79 11/79
11/80 2/81
2/81 5/81
5/81 11/81
11/81 4/82
5/82
1/81 5/81
5/81 11/81
11/81 4/82
4/82
23-JU1-19B4
Page 20
OPERATING HISTORY
Sampler la either Sangamo model A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire »onth was DISCONTINUED. Subsequent
samples are composited in the field.
Sampler is either Sangamo model A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
saoplea are composited in the field.
Sampler is either Sangamo model A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
Sanpler is either Sangano model A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
Sampler Is either Sangano model A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
Sampler Is either Sangamo model A or B
NOT SURE OF HISTORY IN THIS TIME PERIOD
Sampler is either Sangamo model A or B
NOT SURE OP HISTORY IN THIS TIME PERIOD
Warn weather collector - Aerochem Metrics 301
with standard rain gauge.
Cold weather collector - SES bulk sampler and
Nipher-shielded snow gague.
Harm weather collector - Aerochem Metrics 301
with standard rain gauge.
Cold weather collector - SES bulk sampler and
Nipher-shielded snow gague.
Harm weather collector and gauge
Cold weather collector - SES bulk sampler and
Nipher-shielded snow gague.
Harm weather collector » Aerochem Metrics 301
with standard rain gauge.
Cold weather collector «• SES bulk sampler and
Nlpher-shielded snow gague.
Harm weather collector and gauge
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 21
STATE
NETWORK
SITE NAME
Dorset (3011)
ADS
SITE LATITUDE LONGITUDE
I DENT d • B d • a
087b 45 13 23 78 55 49
O
CO
-£>
Fernberg (6051)
Forbes Twsp. (6081)
Graham Lake (4031)
231a 47 56 51 91 29 26
234a 48 34 58 89 38 56
229a 44 35 22 75 51 44
Lac La Croix (6061)
Longwoods (1011)
208b 48 21 14 92 12 32
143b 42 53 02 81 28 50
Nelborne (1021)
221a 42 47 IS 81 33 23
ADS
ELBV rev
• DUB
320 00
01
02
03
04
506 00
01
324 00
01
02
130 00
01
02
03
04
368 00
01
02
239 00
01
02
03
04
213 00
01
02
03
04
REV REV
START END
7/80 1/81
1/81 5/81
5/81 11/81
11/81 4/82
4/82
11/81 4/82
5/82
9/81 10/81
10/81 4/82
5/82
10/80 2/81
2/81 5/81
5/81 11/81
11/81 4/82
5/82
9/81 11/81
11/81 4/82
5/82
7/80 1/81
1/81 5/81
5/81 11/81
11/81 4/82
5/82
11/80 2/81
2/81 5/81
5/81 11/81
12/81 4/82
5/82
OPERATING HISTORY
Ham weather collector - Aerochem Metrics 301
with standard rain gauge.
Cold weather collector - SES bulk sampler and
Nipher-shlelded snow gague.
Warn weather collector - Aerochea Metrics 301
with standard rain gauge.
Cold weather collector • SES bulk sampler and
Nipher-shlelded snow gague.
Warn weather collector and gauge
Cold weather collector • SES bulk sampler and
Nipher-shielded snow gague.
Warn weather collector and gcuge
Mara weather collector - Aerochen Metrics 301
with standard rain gauge.
Cold weather collector - SES bulk sampler and
Nlpher-shlelded snow gague.
Harm weather collector and gauge
Harm weather collector • Aerochea Metrics 301
with standard rain gauge.
Cold weather collector - SES bulk sampler and
Nipher-shlelded snow gague.
Wara weather collector • Aerochem Metrics 301
with standard rain gauge.
Cold weather collector • SES bulk sampler and
Nipher-shielded snow gague.
Kara weather collector and gauge
Harm weather collector - Aerochem Metrics 301
with standard rain gauge.
Cold weather collector - SES bulk sampler and
Nipher-shlelded snow gague.
Warm weather collector and gauge
Harm weather collector » Aerochem Metrics 301
with standard rain gauge.
Cold weather collector « SES bulk sampler and
Nipher-shlelded snow gague.
Warn weather collector - Aerochem Metrics 301
with standard rain gauge.
Cold weather collector = SES bulk sampler and
Nipher-shielded snow gague.
Warn weather collector and gauge
Wara weather collector = Aerochem Metrics 301
with standard rain gauge.
Cold weather collector - SES bulk sampler and
Nipher-shlelded snow gague.
Warn weather collector - Aerochem Metrics 301
with standard rain gauge.
Cold weather collector = SES bulk sampler and
Nipher-shielded snow gague.
Warn weather collector and gauge
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 22
STATE
NETWORK
SITE NAHE
Nithgcove (3021)
North Easthope (1031)
ADS
SITE LATITUDE LONGITUDE
I DENT das d n> a
224a 45 12 01 79 04 14
222a 43 24 21 80 S3 35
CO
ui
Quetlco Centre (6071)
Rallton (4021)
233a 48 24 44 91 12 08
228a 44 22 34 76 35 33
Raven Lake (3041)
Helleuly (2011)
Whitman Creek (4041)
226a 44 36 40 78 54 43
223a 43 28 13 80 45 35
230a 44 29 07 76 49 19
ELEV
D
335
375
420
137
274
344
137
ADS
rev
nun
00
01
02
03
00
01
02
03
04
00
01
00
01
02
03
04
00
01
03
04
00
01
02
03
00
01
02
03
04
REV
START
1/81
5/81
11/81
4/82
11/80
1/81
5/81
11/81
5/82
10/81
5/82
7/80
1/81
5/81
11/81
5/82
2/81
5/81
11/81
5/82
1/81
5/81
11/81
5/82
10/80
11/80
5/81
11/81
5/82
REV
END
5/81
11/81
4/82
1/81
5/81
11/81
4/82
5/82
1/B1
5/81
11/81
4/82
5/81
11/81
4/82
5/81
11/81
4/82
11/80
5/81
11/81
4/82
OPERATING HISTORY
Cold weather collector -= SES bulk sampler and
Nlpher-shielded snow gague.
Warn weather collector - Aerochem Metrics 301
with standard rain gauge.
Cold weather collector -• SES bulk sampler and
Nlpher-shielded snow gague.
Warm weather collector and gauge
War* weather collector - Aerochem Metrics 301
with standard rain gauge.
Cold weather collector - SES bulk sampler and
Nlpher-shielded snow gague.
Warn weather collector • Aerochem Metrics 301
with standard rain gauge.
Cold weather collector - SES bulk sampler and
Nlpher-shlelded snow gague.
War* weather collector and gauge
Cold weather collector - SES bulk sampler and
Nipher-shielded snow gague.
War* weather collector and gauge
Warn weather collector - Aerochem Metrics 301
with standard rain gauge.
Cold weather collector - SES bulk sampler and
Nipher-shielded snow gague.
Warn weather collector • Aerochem Metrics 30)
with standard rain gauge.
Cold weather collector = SES bulk sampler and
Nlpher-shielded snow gague.
Warn weather collector and gauge
Cold weather collector - SES bulk sampler and
Nipher-shielded snow gague.
Warn weather collector • Aerochem Metrics 301
with standard rain gauge.
Cold' weather collector » SES bulk sampler and
Nlpher-shielded snow gague.
Warm weather collector and gauge
Cold weather collector » SES bulk sampler and
Nipher-shielded snow gague.
Warm weather- collector = Aerochem Metrics 301
with standard rain gauge.
Cold weather collector = SES bulk sampler and
Nipher-shielded snow gague.
Warm weather collector and gauge
Warn weather collector • Aerochem Metrics 301
with standard rain gauge.
Cold weather collector » SES bulk sampler and
Nipher-shielded snow gague.
Warn weather collector - Aerochem Metrics 301
with standard rain gauge.
Cold weather collector «• SES bulk sampler and
Nipher-shielded snow gague.
Warm-weather collector and gauge
-------
ADS sites, sorted by STATE oc PROVINCE
23-JU1-1984
Page 23
p
CO
STATE
NETWORK
SITE NAME
APN (09)
Algoma (07 054)
Chalk River (07 056)
ELA (07 024)
Long Point (07 094)
Longwoode (07 100)
APIOS-C (12)
Alvinston (1081)
Attawapiekat (5081)
Bear Island (5041)
Campbell ford (3081)
Colchester (1041)
ADS ADS
SITE LATITUDE LONGITUDE BLEV rev REV
I DENT das das • nun START
REV
END
OPERATING HISTORY
140a 47 06 00 84 06 00
141a 46 06 00 77 24 00
135b 49 40 00 93 43 00
142a 42 60 00 80 50 00
143o 42 53 00 81 29 00
180a 42 49 36 81 50 04
2020 52'56 00 82 24 00
198a 46 58 22 80 04 40
189a 44 17 28 77 47 33
176a 41 59 15 82 55 41
9999 00 9/78
122 00
01
368 00
01
175 00
239 00
221 00
01
02
9 00
01
02
305 00
01
02
175 00
01
02
183 00
01
02
11/78
3/79
11/78
3/79
11/78
12/62
9/80
1/82
11/82
9/80
1/82
11/82
5/80
1/82
11/82
9/80
1/82
11/82
9/80
1/82
11/82
3/79
3/79
12/81
10/82
12/81
10/82
12/81
10/82
12/81
10/82
12/81
10/82
This APN site started operation with the
Sangano model C collector.
3/79 Sampler is either Sangamo model A or B
Upgrade to Sangano model C in early 1979
3/79 Sampler Is either Sangamo model A or B
Upgrade to Sangano model C in early 1979
This APN Bite started operation with the
Sangano model C collector.
This APN site started operation with the
Sangaao model C collector.
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at BAH local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at BAM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at SAM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at BAM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 24
STATE
NETWORK
SITE NAME
CO
-••J
Coldwater (3101)
Dalhousle Nllle (4071)
Dorion (6011)
Dorset (3011)
Ear Falls (6031)
Experimental Lake (6091)
Golden Lake (4081)
ADS
SITE LATITUDE LONGITUDE
IDENT d D 8 d n 8
190a 44 37 31 79 32 06
193a 45 19 00 74 28 13
204a 48 SO 33 88 36 45
087c 45 13 26 78 55 52
206a 50 38 31 93 13 13
210a 49 39 22 93 43 28
194a 45 36 48 77 12 03
ADS
ELEV rev
B num
260 00
01
02
69 00
01
02
244 00
01
02
320 00
01
02
350 00
01
02
123 00
01
02
160 00
01
02
REV REV
START END
8/81 12/61
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
5/80 12/81
1/62 10/82
11/82
9/80 12/81
1/82 10/62
11/82
10/81 12/81
1/82 10/82
11/82
9/80 12/61
1/82 10/82
11/82
OPERATING HISTORY
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tueeday) starting 1/5/82 at 8AM local tine.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at BAH local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tueaday to
tuesday) starting 1/5/82 at 8AM local tine.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at SAM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at BAH local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
nonth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
-------
ADS Bites, sorted by STATE or PROVINCE
23-JU1-1984
Page 25
STATE
NETWORK
SITE NAHB
O
CO
00
Gowganda (5061)
Huron Park (1191)
Kaladar (4051)
Klllarney (5021)
Lac La Croix (6061)
Hattawa (5031)
HcRellar (5011)
ADS
SITE LATITUDE LONGITUDE
IDENT das due
200a 47 39 04 80 46 32
183« 43 17 28 81 30 03
191a 44 41 31 77 09 18
196a 45 59 26 81 29 18
208a 48 21 14 92 12 32
197a 46 16 45 78 49 19
19Sa 45 30 57 79 55 19
ADS
ELBV rev REV REV
• nun START END
343 00
01
02
250 00
01
02
244 00
01
02
183 00
01
02
368 00
01
02
198 00
01
02
244 00
01
02
7/80
1/82
11/82
10/81
1/82
11/82
9/80
1/82
11/82
5/80
1/82
11/82
9/80
1/82
11/82
8/80
1/82
11/82
8/80
1/82
11/82
12/81
10/82
12/81
10/82
12/81
10/82
12/81
10/82
12/81
10/B2
12/81
10/82
12/81
10/82
OPERATING HISTORY
Sample collected on last working day of each
•onth.
Sanplea collected every 28 days (tueeday to
tueeday) starting 1/5/82 at SAM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November., 1982
Sample collected on last working day of each
nonth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at BAN local tine.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
•onth.
Sanples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at BAM local tine.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
nonth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/62 at BAM local tine.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
Novenber, 1982
Sample collected on last working day of each
nonth.
Samples collected every 28 days (tueeday to
tuesday) starting 1/5/82 at 8AH local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
nonth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at SAM local tine.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
nonth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at BAM local tine.
food grade polyethylene/nylon laninate
collection bags replaced polyethylene bags in
November, 1982
-------
ADS sites, sorted by STATE or PROVINCE
23-Jul-1984
Page 26
STATE
NETWORK
SITE NAME
o
*o
Merlin (1051)
Milton (3051)
Moonbean (5071)
Nakina (6021)
Palmeceon (1101)
Pickle Lake (6041)
Port Stanley (1061)
ADS
SITE LATITUDE LONGITUDE
IDENT due d m s
177a 42 14 47 82 13 30
186a 43 31 05 79 55 54
201a 49 19 16 82 06 46
205a 50 10 38 86 42 40
182a 43 48 19 80 54 12
207a 51 27 41 90 12 04
17Ba 42 40 22 81 09 55
ADS
BLEV rev
a num
191 00
01
02
221 00
01
02
244 00
01
02
320 00
01
02
369 00
01
02
360 00
01
02
213 00
01
02
REV REV
START END
9/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
7/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
OPERATING HISTORY
Sample collected on last working day of each
nonth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/62 at 8AM local tine.
food grade polyethylene/nylon laninate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
Donth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/62 at 8AM local tine.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at SAM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
oonth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/62 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
nonth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/62 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
nonth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/62 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
oonth.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
-------
ADS sites, sorted by STATE or PROVINCE
23-Jul-1984
Page 27
STATE
NETWORK
SITE NAME
Quetico Centre (6071)
Ransey (5051)
Shallow Lake (1091)
Smith's Falls (4061)
Uxbcidge (3061)
Waterloo (2021)
Whitney (5091)
ADS
SITE LATITUDE LONGITUDE
IDENT d • 6 d n s
209a 48 44 24 91 12 08
199a 47 26 33 82 20 14
181a 44 34 54 81 OS 24
192a 44 56 41 75 57 48
187a 44 12 46 79 12 38
184a 43 28 39 80 35 09
203a 45 32 21 78 15 35
ADS
ELEV rev
• nun
420 00
01
02
427 00
01
02
229 00
01
02
122 00
01
02
244 00
01
02
343 00
01
02
412 00
01
02
REV REV
START END
11/81 12/81
1/82 10/82
11/82
5/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
9/80 12/81
1/82 10/82
11/82
OPERATING UISTORY
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tueeday) starting 1/5/82 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at SAN local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tueeday) starting 1/5/82 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tueeday) starting 1/5/82 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at 8AM local time.
food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Sample collected on last working day of each
month.
Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at SAM local time.
food grade polyethylene/nylon, laminate
collection bags replaced polyethylene bags in
November, 1982
-------
ADS sites, sorted by STATE or PROVINCE
23-Jul-19fi4
Page 26
STATE
NETWORK
SITE NAME
Hilberforce (3071)
Hilkesport (1071)
Wlnisk (6101)
ADS
SITE LATITUDE LONGITUDE
I DENT d n 8 d m a
188a 45 00 54 76 12 58
179a 42 42 11 82 21 13
211a 55 12 00 85 08 00
ACS
ELEV rev REV REV
• nun START END
OPERATING HISTORY
396 00 9/80 12/81 Sanpie collected on last working day of each
nonth.
01 1/82 10/82 Samples collected every 28 days (tuesday to
tueaday) starting 1/5/82 at 8AM local time.
02 11/82 food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
183 00 9/80 12/81 Sample collected on last working day of each
month.
01 1/82 10/82 Samples collected every 28 days (tueeday to
tuesday) starting 1/5/82 at 8AN local tine.
02 11/82 food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
9 00 9/80 12/81 Sample collected on last working day of each
month.
01 1/82 10/82 Samples collected every 28 days (tuesday to
tuesday) starting 1/5/82 at BAM local time.
02 11/62 food grade polyethylene/nylon laminate
collection bags replaced polyethylene bags in
November, 1982
Quebec (89)
CANSAP (05)
Chibougamau (08 030)
Port Chloo (08 000)
Haniwakl (08 050)
Nitchequon (08 010)
Quebec City (08 040)
082a 49 49 00 74 25 00 402 00 4/77 3/79
01 3/79 1/80
02 1/60
091a 58 06 00 68 25 00 36 00 4/77 3/79
01 3/79 1/80
02 1/80
108a 46 23 00 75 58 00 170 00 5/75 3/79
01 3/79 1/80
02 1/80
Ilia 53 12 00 70 54 00 536 00 4/77 3/79
01 3/79 1/80
02 1/80
116a 46 48 00 71 24 00 73 00 4/77 3/79
01 3/79 1/80
02 1/80
Sampler IB either Sangamo model A or B
Upgrade to Sangaoo model C in early 1979
On 1/1/80, the uee of a single bucket for
entire nonth was DISCONTINUED. Subsequent
samples are composited in the field.
Sampler is either Sangamo nodel A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the uee of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
Sampler is either Sangamo model A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED, subsequent
samples are composited in the field.
Sampler is either Sangamo model A or B
Upgrade to Sangamo model C in early 1979
On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
Sampler is either Sangamo model A or B
Upgrade to Sangamo model C in early 1979
On I/I/BO, the uee of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited in the field.
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 29
STATE
NETWORK
SITE NAME
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV REV
IDBNT d • o d m e m num START END
OPERATING HISTORY
O
Sept isles (08 020)
St. Hubert (08 060)
APN (09)
Montnorency (08 034)
Saskatchewan (90)
CANSAP (05)
Cree Lake (05 000)
Klndeceley (OS 010)
Hynyard (05 020)
APN (09)
Cree Lake (05 001)
Yukon Territory (91)
CANSAP (05)
Hhltehoree (02 000)
120a 50 13 00 66 15 00
116a 45 31 00 73 25 00
144a 47 19 00 71 09 00 640 00 12/80
55 00 4/77 3/79 Sampler is either sangano nodel A or B
01 3/79 1/80 Upgrade to Sangano nodel C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire »ontb was DISCONTINUED. Subsequent
samples are composited In the field.
27 00 4/77 3/79 Sampler is either Sangano model A or B
01 3/79 1/80 Upgrade to Sangano model C In early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are conposlted In the field.
This APN site strated operation with the
Sangano nodel C collector.
085a 57 21 00 107 08 00 499
105a 51 28 00 109 10 00 683
132a 51 46 00 104 12 00 561
085b 57 21 00 107 08 00 499 00 7/82
00 5/77 3/79 Sampler Is either Sangano nodel A or B
01 3/79 1/80 Upgrade to Sangano nodel C In early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
sanples are composited In the field.
00 4/77 3/79 Sanpler la either Sangano nodel A or B
01 3/79 1/80 Upgrade to Sangano nodel C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire nonth was DISCONTINUED. Subsequent
samples are composited In the field.
00 2/74 3/79 Sanpler is either Sangano nodel A or B
01 3/79 1/80 Upgrade to Sangamo nodel C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire nonth was DISCONTINUED. Subsequent
samples are composited In the field.
Upgrade to Sangano nodel C in early 1979
130a 60 43 00 135 04 00
703 00 7/77 3/79 Sampler is either Sangamo model A or B
01 3/79 1/80 Upgrade to Sangamo nodel C in early 1979
02 1/80 On 1/1/80, the use of a single bucket for
entire month was DISCONTINUED. Subsequent
samples are composited In the field.
-------
APPENDIX D
INPUT DATA TRANSFER FORMATS FOR CONTRIBUTING NETWORKS
Networks contributing precipitation chemistry sample data to ADS are
required to furnish specific information and follow specific tape formats (see
Section 3). Appendix D contains a series of forms that networks must use in
this transfer process. A blank form and an example completed form are
included. Three forms are currently used:
• Network definition form (Figure D.I, D.2)
• Chemical analysis protocol form (Figure D.3, D.4)
• Site definition form (Figure D.5, D.6)
In addition specific tape formats (Figure D.7, D.8) for transferring sample
data are included.
Sample Data Updates
ADS will accept data tapes as formatted by computer centers associated
with the following networks:
NADP and NTN
EPRI and UAPSP
MAP3S/PCN
CANSAP, APN and CAPMON
APIOS-D and APIOS-C
Other networks submitting data, to the ADS may choose one of two tape formats
for transferring data to ADS:
FORMAT A - single record (Figure D.7)
FORMAT B - card image (Figure D.8)
The single record input format consists of a 200 byte header and a fixed
number of 50 byte component blocks per sample. Thus a measurement of 10
components will produce one 700 byte record. If this is not easy to produce,
the card image format may be chosen. It requires three 80 column records to
define the sample and one 80 column record for each component. Thus our
example of 10 components would produce thirteen 80 column records per sample.
Format A, the single record format, is preferred over the card image.
On the format descriptions some fields are labeled as MANDATORY. These
fields must contain data or the information on the tape will not be included
in ADS. The other fields are optional, but it is strongly urged that they
contain valid data.
D.I
-------
Several areas of flexibility are included in these formats. The station
ID is an 18 byte field which can be filled with whatever is meaningful. The
ADS-IDENT could be placed in this field. The ADS-IDENT of the station is not
required as long as some translation scheme is provided. Some people may wish
to use the SAROAD identifiers for the station ID.
There is ample space in these formats for comments about the sample
and/or each component. Use of the ADS note codes is suggested, however any
form of notation will be accepted and translated to ADS note codes.
Fields containing data values should include the decimal point.
Component results must be expressed in ADS standard units (i.e., y mole/1,
etc.). Missing data should contain an obvious code such as -9999 and a
definition of missing data must accompany the tape. The data should be
written in ASCII code on 9-track, 1/2 inch tape at 800, 1600 or 6250 bpi.
Format A tapes should be written unblocked. Format B tapes should be blocked
so that each block contains one sample, i.e., 13 records per block for our
example of 10 components per sample.
D.2
-------
Network name
Network manager:
Address
ADS NETWORK DEFINITION
ADS Network Code
phone
Purpose of network:
Network objective:
Regional
Source directed | | Other
Sample Collection Procedures
Type of Samples Q Wet Q Dry Q Bulk Q Other
Frequency of Samples Q Event fj Daily Q Week Q 4 Week
Q Month Q Other
Sampling Device
Area of Sampler sq cm
Type of Rain Gage
(if more than one explain below)
Brief summary of sampling collection procedures, storage conditions and
shipment to lab (attach network operation protocol or use back of this
form:
Sample Analysis Procedures
Analysis Laboratory
Components to be analyzed in order of priority:
1 10
2
4
5
6
7
8
9
11
12
13
14
15
16
17
18
FIGURE D.I. ADS Network Definition
D.3
-------
ADS NETWORK DEFINITION
Network name NEWNET ADS Network Code.
Network manager: c. E. Watson phone 509-276-2227
Address Battelle-Northuest
P.O. Box 999
Richland, WA 99352
Purpose of network: [Fj Regional Q Source directed | | Other
Network objective: _ ,.,, , + j > +
Investigate long term trends ^n wet
in eastern Washington
Sample Collection Procedures
Type of Samples [J] Wet Q Dry Q Bulk Q Other
Frequency of Samples £] Event FJ Daily Week Q 4 Week
Q Month [3 Other _
Sampling Device Aerochem Metrics Model 3 (if more than one explain below)
Area of Sampler 678-8? Sq cm
Type of Rain Gage Be^for^ Universal Rain Gage 5-780
Brief summary of sampling collection procedures, storage conditions and
shipment to lab (attach network operation protocol or use back of this
form:
See enclosed document on network protocol.
Sample Analysis Procedures Analysis Laboratory Battelle-Analytical
Precipitation Chemistry Lab
Components to be analyzed in order of priority:
1 pE _ 10 Conductivity
2 _S04 _ 11 _
3 003 12
4 NH4 13
5 _a 14
6 Na 15
7 _K 16
8 Ca 17
9 Mg 18
FIGURE D.2. Example of Filled Out Network Definition Form
D.4
-------
ADS ANALYSIS PROTOCOL
Network manager:
Please complete one form for each component.
Network
Effective dates / / to / /
Analysis Laboratory:
Component:
Generic Method:
Instrument used:
Detection limit units
Attach a description of the analysis technique or briefly describe it in the
space below (continue on back if necessary):
FIGURE D.3. ADS Analysis Protocol Form
0.5
-------
ADS ANALYSIS PROTOCOL
Network manager:
Please complete one form for each component.
Network NEWNET
Effective dates 02/01/84 to / / Present
Analysis Laboratory: Battelle-Analytical Precipitation Chemistry Lab
Component: Calcium ion (dissolved)
Generic Method: Atomic Absorption
Instrument used: Perkin Elmer 372
Detection limit 0-05 units
Attach a description of the analysis technique or briefly describe it in the
space below (continue on back if necessary):
LaCl. is added to a filtrate aliquot which is then aspirated. The
absorbanae is measured spectrophotometrically at 422.7 nm and compared
with those of standard calcium solutions and a reagent blank.
FIGURE D.4. Example of Filled Out Analysis Protocol Form
D.6
-------
ADS SITE DEFINITION
Network Manager - Complete one form per site.
Network
Network's Site ID I I I I I
ADS Ident Site operation start date / /
(to be supplied by ADS administrator) mo da yr
Site operation stop date / /
mo da yr
SAROAD Ident
(if known)
State Area
5ite
gency Project
Short Site Name I I I M M I I I I I I I I I I I
Full Site Name
County
State/Province
Location:
Latitude
Longitude
Elevation
Height
Time Zone
Protocol
ULL Ul ill
deg mm sec
deg min sec
I 1 I I I in meters of site
| | |» | I in meters of sampler from ground
Yes - this site follows standard network protocol
No - this is a non-standard site as explained below
FIGURE D.5. Site Definition Form
D.7
-------
ADS SITE DEFINITION
Network Manager - Complete one form per site.
Network NEWNET
Network's Site ID
ADS Ident _^^_^__^
(to be supplied by ADS administrator)
Site operation start date OJ_/20J84_
mo da yr
Site operation stop date / /
mo cla" yr
SAROAD Ident 1*1*1
(if known) State
Short Site Name
rea
lil£J£J
Site
Jilfi
Agency Project
Full Site Name Vernita Wildlife Refuge
County
Benton
State/Province Washington
Location:
Latitude
\4\6\
deg
\2\2\
sec
Longitude \i\*\i\ \o\*\ J£]£i
deg min sec
Elevation
Height
Time Zone
deg
I \5\?\
in meters of site
\°\ in meters of sampler from ground
Protocol
Pacific
\X\ Yes - this site follows standard network protocol
No - this is a non-standard site as explained below
FIGURE D.6. Example of Filled Out Site Definition Form
D.8
-------
Header (200 bytes)
Field
Number
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
COMPONENT
r-1
r-2
r-3
r-4
r-5
r-6
r-7
r-8
r-9
r-10
Field
STATION-ID
REFERENCE-DATE
FILLER (Blank)
SAMPLE-START
EVENT-START
EVENT-END
SAMPLE-END
AT-LAB-DATE
QC-FLAG
ACTUAL-SAMPLE-PERIOD
PRECIP-OCCUR
PRECIP-TYPE
DEPOSITION-TYPE
MET-PROTOCOL
DAYS-IN-SAMPLE
HOURS-OF-RAIN
LID-OPENINGS
RAIN-GAGE-MM
SAMPLE-VOLUME-ML
SAMPLE-VOLUME-ERROR
PREDICTED-DEPTH-MM
SAMPLE-VOLUME-ERROR-FLAG
FIELD-INITIALS
NUMBER-COMPONENTS-MEASURED
NUMBER-MISSING-COMPONENTS
REASON-NO-COMPONENTS
NUMBER-COMPONENT-BUCKETS
NOTES
Position
1-18
19-26
27-29
30-39
40-49
50-59
60-69
70-75
76
77
78
79
80
81
82-83
84-87
88-89
90-99
100-109
110-119
120-129
130
131-133
134-135
136-137
138
139-140
141-200
BUCKET OCCURS NUMBER-COMPONENT-BUCKETS TIMES
COMPONENT-NUM
TYPE-RESULT-FLAG
DATE-ANALYZED
ANALYST-INITIALS
RESULT-NOTE
RESULT-FLAG
RESULT-VALUE
ERROR-FLAG
ERROR-VALUE
RESULT-COMMENTS
201
203
204-209
210-212
213
214
215-224
225
226-235
236-250
Picture
X(18)
9(8)
XXX
9(10)
9(10)
9(10)
9(10)
9(6)
X
X
X
X
X
X
99
9(4)
99
x(io)
X(10)
X(10)
x(io)
X
XXX
99
99
X
99
X(59)
(50 bytes)
99
X
9(6)
XXX
X
X
X(10)
X
x(io)
X(15)
Conment
MANDATORY
MANDATORY
MANDATORY
MANDATORY
MANDATORY
MANDATORY
MANDATORY
REQUIRED IF
FIELD 19
NOT BLANK
MANDATORY
MANDATORY
MANDATORY
MANDATORY
MANDATORY
REQUIRED IF
r9 NOT BLANK
FIGURE D.7. Input Format A
D.9
-------
Field
Number Field Position Picture
CARD 1
1-1 CARD-NUMBER 1-2 99
1-2 STATION-ID 3-20 X(18)
1-3 REFERENCE-DATE 21-28 9(8)
1-4 BLANK 29 X
1-5 SAMPLE-START 30-39 9(10)
1-6 EVENT-START 40-49 9(10)
1-7 EVENT-END 50-59 9(10)
1-8 SAMPLE-END 60-69 9(10)
1-9 AT-LAB-DATE 70-75 9(6)
1-10 QC-FLAG 76 X
1-11 ACTUAL-SAMPLE-PERIOD 77 X
1-12 PRECIP-OCCUR 78 X
1-13 PRECIP-TYPE 79 X
1-14 BLANK 80 X
Comment
"01"
MANDATORY
MANDATORY
MANDATORY
MANDATORY
CARD 2
2-1
2-2
2-3
2-4
2-5
2-6
2-7
2-8
2-9
2-10
2-11
2-12
2-13
2-14
CARD-NUMBER
STATION-ID
REFERENCE-DATE
BLANK
DEPOSITION-TYPE
MET-PROTOCOL
DAYS-IN-SAMPLE
HOURS-OF-RAIN
LID-OPENINGS
RAIN-GAGE-MM
SAMPLE-VOLUME-ML
SAMPLE-VOLUME-ERROR
PREDICTED-DEPTH-MM
SAMPLE-VOLUME-ERROR-FLAG
1-2
3-20
21-28
29
30
31
32-33
34-37
38-39
40-49
50-59
60-69
70-79
80
99
X(18)
9(8)
X
X
X
99
9(4)
99
X(10)
X(10)
X(10)
X(10)
X
"02"
MANDATORY
MANDATORY
MANDATORY
MANDATORY
MANDATORY
REQUIRED IF
FIELD 2-12
NOT BLANK
CARD 3
3-1 CARD-NUMBER 1-2 99
3-2 STATION-ID 3-20 X(18)
3-3 REFERENCE-DATE 21-28 9(8)
3-4 FIELD-INITIALS 29-31 XXX
3-5 NUMBER-COMPONENTS-MEASURED 32-33 99
3-6 NUMBER-MISSING-COMPONENTS 34-35 99
3-7 REASON-NO-COMPONENT 36 X
3-8 NUMBER-COMPONENT-CARDS 37-38 99
3-9 NOTES 39-80 X(42)
FIGURE D.8 Input Format B
"03"
MANDATORY
MANDATORY
MANDATORY
D.10
-------
Field
Number
Field
Position
Picture
Comment
CARD 4-n (repeated NUMBER-COMPONENT-CARDS TIMES)
r-1 CARD-NUMBER
r-2 STATION-ID
r-3 REFERENCE-DATE
r-4 BLANK
r-5 COMPONENT-NUM
r-6 TYPE-RESULTS-FLAG
r-7 DATE-ANALYZED
r-8 ANALYSTS-INITIALS
r-9 RESULT-NOTE
r-10 RESULT-FLAG
r-11 RESULT-VALUE
r-12 ERROR-FLAG
r-13 ERROR-VALUE
r-14 RESULT-COMMENTS
1-2
3-20
21-28
29
30-31
32
33-38
39-41
42
43
44-53
54
55-64
65-80
99
X(18)
9(8)
X
99
X
9(6)
XXX
X
X
X(10)
X
X(10)
X(16)
"04","05",etc.
MANDATORY
MANDATORY
MANDATORY
MANDATORY
MANDATORY
MANDATORY
REQUIRED IF
r-13 NOT BLANK
FIGURE D.8 Input Format B (Cont.)
D.ll
-------
APPENDIX E
STANDARD ADS REPORTS
This appendix describes printed reports available from ADS. Each report
is illustrated with one or more annotated example pages. The purpose of the
appendix is two-fold: 1) users of the reports will find detailed explanations
of the rows and columns here, and 2) requesters of reports should study this
appendix prior to making the request.
Standard printed reports available are continually being developed and
modified. This appendix will be supplemented with new report formats as they
are developed.
The reports are described briefly at the beginning of this appendix, then
each report is illustrated by one or more tables and/or figures. For
convenience the reports are numbered consecutively.
REPORT 1
Title:
Definition:
Example:
Purpose:
Description:
REPORT 2
Title:
Definition:
Example:
Purpose:
Description:
"ADS Sites Sorted by ADS Identification"
Page E.4
Page E.5
Report 1 is the basic site inventory presented in ADS
identification order. This report is an inventory of all site
descriptions. It may describe sites and/or time periods at
sites for which no data is available. Report 1 is included as
Appendix C of this report. It will be part of each annual
report.
One line is printed per sampler. Only a few fields from the
site record are shown to improve readability.
"ADS Sites, Sorted by STATE or PROVINCE"
Page E.6
Page E.7
Report 2 is an inventory of sites within each state or
province. It is included in Appendix C of this report and will
be part of the annual reports. This report helps one decide
which sites and which time periods are available for a given
region of North America.
Report 2 defines each site by name, latitude, longitude and
elevation, and includes one line per site protocol revision
showing protocol dates and the explanation of the revision from
the SITE-HISTORY file.
E.I
-------
REPORT 3
Title:
Definition:
Example:
Purpose:
Description:
REPORT 4
Title:
Definition:
Example:
Purpose:
Description:
REPORT 5
Title:
Definition:
Example:
Purpose:
Description;
"ADS Site Description and History"
See ADS Site and Site History record definitions.
Page E.8
Report 3 summarizes the site definition and history of changes
in sampling protocol on one page per site. This report
accompanies all retrievals of site specific information.
The report is in list format, with each row identified by the
field names in the record definitions.
"ADS Individual Sample Data"
See ADS Site and Sample record definitions.
Page E.9
Report 4 lists individual sample results. The report is
intended for use by those who do not wish to process ADS data
on their computer and/or those who know that the quantity of
data in their retrieval will be manageable.
The page heading shows the site location and network. The
sample period, precip type, rain gage and sample volume fields
are listed for each sample. If there are no component results
available, the REASON-NO-COMPONENTS code is printed. If there
are notes associated with the sample their ADS codes are
printed. This is followed by one line per component analyzed.
This report is available in any of the unit conversions shown
in Table B.7.
"Monthly Concentration and Deposition"
Page E.10
Page E.ll
Report 5 provides selected component measurements and their
monthly totals. It is intended for researchers who prefer to
scrutinize the individual samples and perform their own
screening.
This report groups all measurements for a month, showing date,
max note codes, rain gage value, three concentrations (S04, N03
E.2
-------
REPORT 6
Title:
Definition:
Example:
Purpose:
Description:
and NH4) and three depositions (S04, N03 and NH4). At the
bottom of each month the total monthly deposition is printed.
"Smoothed Concentration and Deposition"
Page E.12
Page E.13
Report 6 provides monthly precipitation weighted concentrations
and average depositions for one to three components at a given
site or group of sites. Quarterly summaries are available as
well as the monthly summary described here. Each monthly value
is based on the previous, current and next month sample
concentrations. These concentrations are used in the
precipitation weighted concentration average and smoothed
monthly deposition. It is recommended that this report be used
in conjunction with careful sample selection screening.
This report fits on 8.5 by 11 paper. It prints one line per
time period (month or quarter). The site identification is in
the heading of each page. The example on page E.13 is for
illustration only; this report format is not yet generalized.
E.3
-------
DEFINITION OF REPORT 1
Column
6
7
8
Column Head
ADS
SITE
IDENT
Explanation
NET
WORK
NET
SITE
IDENT
SITE
NAME
LATITUDE
d m s
LONGITUDE
d m s
ELEVATION
(meters)
FIRST
ACTIVE
DATE
The first four characters of the
six character site ident are printed.
The first three numbers identify a
geographic location, the fourth
character (the letter a, b, c, ...)
identifies colocated samplers at a site.
The network which operates the site is
identified. See Table B.2 for more
information about networks.
The network's 10 character number or name for
the site.
The short SITE-NAME is shown here concatenated
with the state/province and, for locations
outside the USA, the country.
The latitude of the site is shown in degrees,
minutes and seconds. (All latitudes are North
except site 172.)
The longitude of the site is shown in degrees,
minutes and seconds. All longitudes are West.
The elevation of the site in meters above
sea level is shown. If the elevation has not.
been reported "9999" is shown.
The date on which the network started
operating the site. This is not necessarily
the date of the first sample. In fact,
there may not be any samples in the data base
for some of the sites described in this
report.
E.4
-------
en
ADS
SITE
. I DENT
OOla
002a
OOla
004a
OOfia
007a
OOBa
009a
OlOa
Olla
012a
013a
OHa
OlSa
016a
017a
016a
019a
020a
020b
021a
022a
023a
024a
02Sa
026a
027a
028a
029a
030a
Oils
031b
032a
033a
034a
03Sa
036a
037a
037b
038a
039a
040a
OAla
042a
043a
044a
04Sa
046a
047a
046a
049a
OSOa
OSla
052a
NET
WORK
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
MAP38/PCN
NADP
NADP
NADP
NADP
NADP
NADP
NADP
MAP3B/PCN
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
NADP
CANSAP
NADP
NAOP
NADP
NADP
NADP
NADP
CANSAP
NADP
NADP
NADP
NADP
NADP
HAP3B/PCN
MAP3B/PCN
NADP
NADP
NADP
HAP3S/PCN
NADP
NADP
NADP
NADP
NET
SITE
I DENT
020390
0301BO
030620
042700
053460
054S40
057550
058840
061910
062120
062220
7
100020
100360
101190
114140
120080
130340
141160
5
141980
143580
146340
141800
153420
232570
381120
441190
061530
200935
230920
13 020
232660
235340
241660
242720
251460
270570
13 010
281520
300240
330860
331000
331220
1
2
335140
335240
336500
6
340320
342500
343460
343560
ADS eitee, sorted by ADS Identification
SITE NAME
Mt. Mckinley Park, Alaska
Tombstone/ Arizona
Organ Pipe Hon., Arliona
Fayetteville, Arkansas
Blehop, California
Hopland (Uklah), California
Sequoia Nat. Park, California
Davis, California
Rocky Mt. Nat Park, Colorado
Hanitou, Colorado
Pawnee, Colorado
Lewes, Delaware
Austln-Cary Forest, Florida
Bradford Forest, Florida
Everglades Nat. Pa, Florida
Georgia Station, Georgia
Nauna Loa, Hawaii
Craters of Noon, Idaho
Bondvllle, Illinois
Illinois, Illinois
Argonne, Illinois
Southern 111 U, Illinois
Dlion Springs, Illinois
NIARC, Illlnolc
Indiana Dunes, Indiana
Isle Royal Park, Michigan
Vines Hill, Oregon
Elknont, Tennessee
Mesa Verde, Colorado
Greenville Station, Maine
Douglas Lake, Michigan
Pellston, Michigan
Kellogg, Michigan
Hellston, Michigan
Marcell, Minnesota
Lamberton, Minnesota
Meridian, Mississippi
Glacier Nat Park, Montana
Glacier Nat Park, Montana
Mead, Nebraska
Hubbard Brook, New Hampshire
Aurora, New York
Chautauqua, New York
Knoblt, New York
Whlteface, New York
Ithaca, New York
Stllwell Lake, New York
Bennett Bridge, New York
Jasper, New York
Brookhaven, New York
Lewlston, North Carolina
Coweeta, North Carolina
Piedmont Station, North Carolina
Clinton Station, North Carolina
23-JU1-19B4
Page 1
FIRST
LATITUDE
d
63
31
31
36
37
39
36
38
40
39
40
38
29
29
25
33
19
43
40
40
41
37
37
41
41
47
43
35
37
45
45
45
42
44
47
44
32
48
48
41
43
42
42
42
44
42
41
43
42
40
36
35
35
35
0
43
42
57
06
22
00
34
32
21
06
48
46
45
58
23
10
32
27
03
03
42
42
26
50
37
54
53
39
11
29
33
33
24
13
31
14
20
30
30
09
56
44
17
22
23
24
21
31
06
52
07
03
41
01
8
27
30
02
02
IS
17
09
07
52
04
23
00
37
29
40
40
22
48
12
12
04
36
08
29
57
43
57
52
56
23
40
40
37
28
52
14
04
37
37
11
35
02
SB
41
26
03
00
34
22
00
40
38
48
26
LONGITUDE ELEVATION ACTIVE
d
148
110
112
94
lie
123
118
121
105
105
104
75
62
82
80
84
155
113
88
88
87
89
88
88
87
89
117
83
108
69
84
84
85
85
93
95
88
113
113
96
71
76
79
73
73
76
74
75
77
72
77
83
80
78
B s (meters)
57
03
48
10
21
05
46
46
33
05
45
00
11
11
41
24
34
33
22
22
59
16
40
51
05
09
25
35
29
39
40
40
23
49
28
18
44
59
59
29
42
39
23
30
51
39
02
56
32
53
10
25
37
16
55
24
00
24
59
05
40
30
37
31
15
00
56
53
45
22
45
31
19
19
43
08
19
04
16
10
37
25
26
52
42
42
34
07
07
02
42
44
44
34
12
35
47
10
34
12
22
50
08
00
30
50
22
45
649
1398
506
391
1252
253
1856
18
2369
2362
1641
0
46
44
2
270
3426
1806
212
212
229
146
161
265
208
209
904
640
2172
322
233
233
288
292
431
343
89
968
968
352
250
249
488
406
610
509
186
245
634
25
26
686
221
47
Jun
Mar
Apr
Hay
Apr
Oct
Jul
Oct
May
Oct
May
Peb
Oct
Oct
Jun
Oct
Jun
Aug
Feb
Nov
Mar
Jul
Jan
Jan
Jul
Aug
Jul
Aug
Apr
Nov
Jul
Jul
Jun
Oct
Jul
Jan
Apr
Jun
Jun
Jul
Jul
Apr
Jun
Jan
Oct
Oct
Jun
Jun
Feb
Feb
Oct
Jul
Oct
Oct
DATE
17
27
15
13
15
3
8
17
29
17
22
28
10
10
17
3
10
22
27
19
11
31
30
1
15
12
15
12
28
20
3
1
26
10
6
2
15
3
1
25
25
17
10
2
10
25
26
10
19
8
31
5
17
24
r
t
t
9
9
•
t
t
9
t
1
1
»
1
t
1
t
r
t
9
i
f
»
t
t
t
t
9
9
9
9
9
9
9
r
r
9
9
9
9
t
t
t
9
9
9
t
t
9
9
1
9
9
9
1980
1979
1980
1980
1980
1979
1980
1978
1980
1978
1979
1978
1978
1978
I960
1978
1980
1980
1979
1977
1980
1979
1979
1981
1980
1980
1980
1980
1981
1979
1979
1979
1979
197B
197B
1979
1980
1980
1980
1978
1978
1979
1980
1980
1976
1976
1979
1980
1980
1978
1978
1978
1978
1978
X
-o
73
m
13
o
•yo
-------
DEFINITION OF REPORT 2
5
6
7
8
9
10
11
Column Head
None
NONE
NONE
ADS
SITE
I DENT
LATITUDE
d m s
LONGITUDE
d m s
ELEV
M
ADS
rev
num
REV
START
REV
END
OPERATING
HISTORY
Explanation
The name of the State or Province 1s printed as a
group heading offset to the left. The ADS numeric
code Is shown parenthetically.
The network which operates the site Is Identified as a
group heading. See Table B.2 for more information
about the network. The ADS network number is shown
parenthetically.
The network's name of the site fs shown as a group
heading followed by the network's site number.
The first four characters of the six character
site ident are printed. The first three numbers
identify a geographic location. The fourth character
(the letter a, b, c, ...) identifies colocated
samplers at a site.
The North latitude of the site (except for site 172
which is South) in degrees, minutes and seconds.
The West longitude of the site in degrees, minutes and
seconds.
The elevation, in meters, of the site above sea level.
These are the right most two digits of the
six character ADS-IDENT. Each revision in protocol
for a site causes a separate partial line on the left
of the report.
This is the month and year of the start of this
particular protocol revision.
This is the month and year of the end of
protocol revision (9/99 Indicates protocol currently
in effect).
This is the narrative explanation of revision from
the SITE-HISTORY file. If it is blank, no site
specific information is available.
E.6
-------
ADS sites, sorted by STATE or PROVINCE
23-JU1-1984
Page 1
STATE
NETWORK
SITE NAME
ADS ADS
SITE LATITUDE LONGITUDE ELEV rev REV REV
I DENT d a 8 d D a m nun START END
OPERATING HISTORY
Alabama (1)
UAPSP (OB)
Selma (IS)
235a 32 28 25 B7 OS 03
Selma-2 (IS eroplr 2)
235b 32 26 25 87 OS 03
EPA-IV (13)
Tallasaee
Alaska (2)
NADP (01)
Mt. Hcklnley Park (020390)
Arizona (4)
NADP (01)
Grand Canyon (030370)
Oliver Knoll (030360)
Organ Pipe Hon. (030620)
Tombstone (030180)
Harren 2HSM (040260)
Arkansas (5)
NADP (01)
Buffalo River (041620)
Fayetteville (042700)
California (6)
NADP (01)
Biehop (OS3460)
Channel Islands (058500)
Davis (058B40)
Hopland (Uklah) (054540)
Sequoia Nat. Park (OS7SSO)
259a
OOla 63 43 27 148 57 55
06Ba
054a
003a
002a
26Ba
269a
004a
006a
159a
009a
007a
008a
36 04 IB 112 09 11
33 04 17 109 51 S3
31 57 02 112 48 00
31 42 30 110 03 24
33 36 15 92 06 02
36 OS 20
36 06 02
92 32 58
94 10 24
37 22 IS 118 21 59
34 00 57 119 21 43
3B 32 07 121 46 30
39 00 17 123 OS 05
36 34 09 118 46 40
42 00 10/81 12/81 Operated under normal UAPSP sampling protocol
in lost quarter of 1981. Co-located sampler
at this site, see 235b.
01 1/82 12/82 UAPSP sampling protocol expanded to Include
NITRITE in CY 82 See co-located sampler
23Sb.
02 1/83 Discontinued analysis of NITRITE, otherwise
no change in protocol See co-located sampler
23Sb.
42 00 10/81 12/81 Operated under nornal UAPSP sampling protocol
in last quarter of 1961 See co-located
sampler 235a.
01 1/82 12/82 UAPSP sampling protocol expanded to Include
NITRITE in CY 82 See co-located sampler
23Sa.
02 1/83 1/B3 Discontinued analysis of NITRITE on 1/1/83.
Discontinued operation of co-located sampler
on 1/21/83. This ADS Ident TERMINATED.
00
01
649 00
2152 00
1173 00
506 00
139B 00
78 00
26S 00
391 00
1252 00
49 00
16 00
253 00
1856 00
3/82
10/83
6/80
8/81
8/81
4/80
3/79
5/B2
1/82
5/80
4/80
7/80
10/78
10/79
7/80
9/83 Samples analyzed by RTI
Samples analyzed by Global Geochem after
10/1/83
X
3:
-o
o
70
rv>
This site is part of the WHO network.
-------
EXAMPLE REPORT 3
ADS Site Description and History
ADS IDEHT
SA&OAD_IDEHT
FIPS_STATE
STATE NAME
FIPS_COUNTY
NET_CODE
NET_SITE
NET_SITE_NAME
SITE NAME
N_OR_S
LAT
B_OR_W
LONG
ELEVATION METERS
TIME ZONE
REVISION_STARTJ)ATE
REVISIOH_END_DATB
MONITOR_PURPOSB
SAMPLING PERIOD
mSTRDMENT_CODE
IHSTROMEHT_AREA_SO_CM
MBTERS_ABO?B_GROUND
LAB CODE
mm_COMPONENTS
156aOO
150060201201
18
Indiana
69
10
07 saplr 1
Roanoke
Fort Wayne
N
41 02 39
W
85 19 08
0244
05
8/01/78
12//31/78
R
D
Al
678.87
1.5
SENS
17
REVISION NUMBER
REVISION!START_DATE
REVISION END DATE
EXPLANATION OF_REVISION
REVISIONJJUMBER
REV1SION_START_DATB
REVISION END DATE
EXPLANATION OF REVISION
REVISION_NHMBER
REVISION_STARI_DATE
REVISIOH_EHD_DATE
EX?LANATION_OF_REVISION
RE7ISIOH_NDMBEH
REVISIOH_START_DATE
REVISION KHD_DATE
EXPLANATION_OF_REVISIOH
REVISIONJIUMBBR
REVISION_START DATE
REVISION_END_DATE
EXPLAHAnON OF REVISION
REVISIOS_NUMBER
RBVISION_START_DATE
REVISION_END_DATE
EXPLANATION OF REVISION
00
l-Aug-1978
31-Dec-1978
Start up phase for this EPRI/SDRS site DO NOT USB
DATA
01
l-Jan-1979
31-Dec-1979
EPRI/SDRE operation in CT 1979 with co-located
samplers at this site. Sea 156b.
02
l-Jan-1980
30-Sep-1981
Starting 1/1/80 only one sampler in operation at
this BPRI/SURE site
03
l-Oct-1981
31-Dec-1981
Tranafered operation from EPRI/SORB to UAPSPS and
operated under normal UAPSPS protocol in last
quarter of 1981.
04
1-Jan-l982
31-Dec-1982
UAPSPS one year effort to analyze NITRITE in 1982,
otherwise protocol remained the same.
05
l-Jan-1983
9-Sep-1999
Discontinued analysis of NITRITE, otherwise no
change in protocol
E.8
-------
EXAMPLE REPORT 4
006aOO NADP 053460001 0 01
DAYS RAIN
START STOP IN P GAGE
DATE DATE SAMPLE T MM
81-12-29 82-01-05 7 U 25.65
82-01-05 82-01-12 7 U 4.83
82-01-12 82-01-19 7 U
82-01-19 82-01-26 7 U
82-01-26 82-02-02 7 U
82-02-02 82-02-09 7 U
82-02-09 82-02-16 7 U 0.51
82-02-16 82-02-23 7 U
82-02-23 82-03-02 7 U
82-03-02 82-03-09 7 U
ADS Individual Sample Data
Bishop California
SAMP REAS
VOL NO
ML OOMP NOTES
1836.6 B48B50B55
168.4 1 AIOB44B47B50
B53
2.0 T B47B50B55A01
X A07B49B5ZB55
N A06B47B50B54
A12
N A06B47B50B55
AI2
19.4 B47B50B55C06
N A06B47B50B55
AI2
N A06B47B50B55
A12
N A06B47B50B55
A12
N 37 22 1!
COMPONENT
NAME
Conductivity
PH
Suit ate
Nitrate
Chloride
Phosphate
Ammonium
Sodium
Potassium
Calcium
Magnesium
Conductivity
pH
Sulfate
Nitrate
Ch 1 or 1 de
Phosphate
Ammonium
Sod 1 urn
Potassium
Calcium
Magnesium
COMP
VALUE
3.800
5.390
0.143
0.061
0.020
0.003
0.016
0.098
0.010
0.070
0.010
19.800
6.100
1.073
0.221
1.070
0.013
0.381
0.845
0.197
1.170
0.145
15-Mar-l984
Page 1
COMP
UNITS
umoh/cm
pH units
mg of S/l
mg of N/l
mg/l
mg/l
mg of N/l
mg/l
mg/l
ing/1
umoh/cm
pH units
mg of S/l
mg of N/l
mg/l
mg/l
mg of N/l
mg/l
mg/l
mg/l
mg/l
-------
DEFINITION OF REPORT 5
The heading
Column
1
2
3
4
5
6
7
8
9
10
is self-explanatory,
Column Head
DATE
TIME
MAX
NOTE
CODE
RAIN
GAGE
(mm)
S04
y mole
per
liter
N03
y mole
per
liter
NH4
y mole
per
liter
S04 DEP
mg
per
sq m
N03 DEP
mg
per
sq m
NH4 DEP
mg
per
sq m
i
Explanation
The start date of the (weekly) sample.
The start time of the sample.
A single letter, defined in the footnote
to each page.
The depth in mm recorded by the standard
rain gage. If missing it is set to zero
for this report and flagged with a "M".
The concentration of S04 expressed in
y mole per liter. If missing it is set
to zero for this report and flagged with
- nun
a M .
See column 5.
See column 5.
The S04 deposition is the product of
column 4 times column 5 converted to
mg per sq m
See column 8.
See column 8.
E.10
-------
EXAMPLE REPORT 5
Monthly Concentration and Deposition
ACS site Identification! OOlaOO Latitude: 63 43 77 Longltudei 148 57 55
28-Mar-1984
Page I
DATE
MAX
NOTE
TIME CODE
RAIN
GAGE
(im)
S04
umole
per
liter
N03 NH4
uncle umole
per per
11 tor II ter
S04 DEP
mg
per
sq n
N03 DEP
mg
per
sq m
NH4 OEP
mg
per
sq m
12/29/81
10.16 3.02 1.94 2.22
TOTALS FOR 1 EVENTS IN 12/81
2.9J
2.93
1.22
1.22
0.41
0.41
TOTALS FOR 1 EVENTS IN 1981
1/5/82
1/12/82
1/19/82
1/26/82
2/2/82
2/9/82
2/16/82
2/23/82
3/2/82
3/9/82
3/16/82
3/23/82
3/30/82
4/6/82
4/13/82
4/20/82
4/27/82
5/4/82
5/11/82
5/18/82
5/25/82
6/1/82
6/8/82
6/15/82
C M 0.00 M 0
B 1.27 7.92
B M 0.00 M 0
B M 0.00 M 0
M 0
.32
M 0
M 0
M 0
1.11
M 0
M 0
TOTALS FOR 4 EVENTS IN 1/82
15.24 6.04
M 0.00 M 0
M 0.00 M 0
M 0.00 M 0
4.32
M 0
M 0
M 0
1.11
M 0
M 0
M 0
TOTALS FOR 4 EVENTS IN 2/82
B
B
B
B
B
2.54
1.27
6.35
2.54
M 0.00
5.94
9.69
6.86
7.40
M 0
10.16
18.55
5.65
5.16
M 0
4.44
17.22
8.33
1.67
M 0
TOTALS FOR 5 EVENTS IN 3/82
0 5.84 8.75
B 8.38 1.46
B M 0.00 » 0
C 1.27 8.65
3.87
1.77
M 0
6.45
1.11
1.11
M 0
3.33
TOTALS FOR 4 EVENTS IN 4/82
0.76 6.67
2.03 14.27
1.27 10.94
2.54 4.69
3.06
.32
.32
3.87
1.11
1.11
1.11
1.11
TOTALS FOR 4 EVENTS IN 5/82
3.81
2.54
69.85
3.02
4.58
1.04
.32
1.45
1.11
2.95
0.00
0.97
0.00
0.00
0.97
8.84
0.00
0.00
0.00
8.84
1.45
1.18
4.19
1.80
0.00
8.63
4.91
1.17
0.00
1.05
7.13
0.49
2.78
1.33
1.14
3.74
1.10
1.12
6.97
1.22
0.00
0.03
0.00
0.00
0.03
4.27
0.00
0.00
0.00
4.27
1.60
1.46
2.22
0.81
0.00
6.10
1.40
0.92
0.00
0.51
2.83
0.14
0.04
0.03
0.61
0.82
0.08
0.23
0.00
0.41
0.00
0.03
0.00
0.00
0.03
0.30
0.00
0.00
0.00
0.30
0.20
0.39
0.03
0.08
0.00
1.63
0.12
0.17
0.00
0.08
0.36
0.02
0.04
0.03
0.05
0.13
0.08
0.03
1.40
MAX NOTE CODE Si A • 1 or more value not reported, B • remark about quality, C • remark about quantity, D « some value Is suspect
M • data not reported, < • less than detection limit. NOTE, these missing values are set to zero and counted In number of events
E.ll
-------
DEFINITION OF REPORT 6
3,4,5,6
3.*
3
5,6
5
Column Head
DATE
Month
after
1/1/76
<---3 month value--->
Preclp.
N
ran
S0
-------
EXAMPLE REPORT 6
SMOOTHED DEPOSITION AND CONCENTRATION
OF S04, N03, AND NH4
MAP3S/PCN SITE AT WHITFACE
month
after
DATE 1/1/76
11/76
12/76
1/77
2/77
3/77
4/77
5/77
6/77
7/77
8/77
9/77
10/77
11/77
12/77
1/78
2/78
3/78
4/78
5/78
6/78
7/78
8/78
9/78
10/78
11/78
12/78
1/79
2/79
3/79
4/79
5/79
6/79
7/79
8/79
9/79
1 0/79
11/79
12/79
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
< 3 month
preclp
N
9
7
11
20
26
24
22
21
26
24
22
19
18
18
12
11
13
16
17
15
18
18
19
15
12
10
10
10
9
10
10
10
13
15
16
14
15
16
mm.
132.15
79.08
78.53
145.78
239.67
236.55
221.03
183.77
332.33
396.84
515.21
463.99
412.04
336.54
222.87
161.87
126.76
148.38
192.23
162.02
206.95
207.97
276.75
219.79
238.37
188.58
231.23
173.88
185.30
224.90
225.10
204.08
193.67
245.51
269.60
254.09
209.33
151.48
values — >
S04
N
8
6
11
20
26
24
22
21
26
22
20
17
18
18
11
10
12
16
17
15
17
16
17
14
12
10
10
10
9
10
10
10
12
14
13
10
11
11
mg/l
1.21
1.46
1.27
1.54
1.80
2.20
2.84
3.80
3.21
2.83
2.20
1.63
1.21
0.85
0.70
0.89
2.48
2.60
3.14
3.54
4.72
4.41
3.35
2.38
1.78
1.32
1.25
1.38
1.76
2.01
2.38
2.79
2.32
2.03
1.82
1.38
1.47
1.12
mean
S04
kg/ha
0.53
0.39
0.33
0.75
1.44
1.73
2.10
2.33
3.56
3.74
3.77
2.52
1.67
0.95
0.52
0.48
1.05
1.29
2.01
1.91
3.25
3.06
3.09
1.74
1.41
0.83
0.96
0.80
1.09
1.51
1.79
.89
.82
.67
.63
.17
t.02
0.57
3 month
N03
N mg/l
8
6
11
20
26
24
22
21
26
23
21
18
18
.45
.30
.92
.88
.59
.51
.49
.66
.33
.28
.29
.25
.18
18 0.92
11 0.89
10
12
16
17
15
.15
.97
.94
.76
.75
17 2.08
16
17
14
12
10 1
10
10
9
10
10
10
12
1.93
1.61
.44
.35
.41
.22
.41
.37
.48
.40
.43
.14
14 0.80
13 0.70
10 0.66
11 1
11
.15
.26
mean
N03
kg/ha
0.64
0.34
0.50
0.91
.27
.19
.10
.02
.47
.70
2.22
1.93
1.63
1.04
0.66
0.62
0.83
0.96
1.12
0.95
1.44
1.34
1.49
1.06
1.07
0.89
0.94
0.82
0.85
1.11
1.05
0.97
0.74
0.65
0.63
0.56
0.80
0.63
3 month
NH4
N
8
6
6
10
16
19
22
21
26
23
21
18
18
18
11
10
12
16
17
15
17
16
17
14
12
10
10
10
9
10
10
10
12
14
13
10
11
11
mg/l
0.17
0.18
0.05
0.12
0.18
0.24
0.29
0.31
0.24
0.23
0.19
0.16
0.11
0.07
0.05
0.10
0.25
0.26
0.32
0.36
0.46
0.56
0.40
0.37
0.19
0.18
0.14
0.15
0.21
0.26
0.26
0.28
0.24
0.19
0.16
0.11
0.15
0.14
mean
NH4
kg/ha
0.08
0.05
0.01
0.06
0.14
0.19
0.22
0.19
0.26
0.30
0.33
0.25
0.15
0.08
0.04
0.05
0.10
0.13
0.20
0.20
0.32
0.39
0.37
0.27
0.15
0.11
0.11
0.09
0.13
0.19
0.20
0.19
0.16
0.16
0.15
0.10
0.11
0.07
E.13
-------
APPENDIX F
ADS OUTPUT TAPE FORMAT
Data tape copies of ADS samples will be produced on nine track tape at
the requester's choice of 800, 1600 or 6250 bpi in either ASCII or EBCDIC
code. The records are fixed length, but the length depends on the number of
components requested. Each record contains 194 bytes of sample identification
and as many 26 byte component data buckets as requested.. Thus, the record
length for 1 component equals 220 bytes and for 2, 3 and 20 components, 246,
272 and 714 bytes, respectively.
Before requesting a data tape, check with your computer center regarding
your ability to handle the ADS format. Some mini computers are limited as to
the maximum record length they can process. For example, POP 11's cannot
handle more than 512 bytes per record; the maximum number of components a
PDP 11 user should request is 12 (506 bytes).
Each record contains three parts. The first major group, SAMPLE-
DESCRIPTION, is 192 bytes long; it contains the entire
SAMPLE-DEFINITION-RECORD. The next two bytes, COMPONENTS-PER-RECORD, indicate
the number of component data buckets that follow. The last major group,
COMPONENT-RESULTS, is 26 bytes long, and contains the RESULTS portion of the
COMPONENT-ANALYZED-RECORD. There is one COMPONENT-RESULTS group for each
component requested in the data retrieval. The complete record description is
shown in Table F.I,
NOTE - Table F.I describes the locations of fields in the records; the
body of this report describes the contents of the fields.
F.I
-------
TABLE F.I. ADS-OUTPUT-RECORD
FIELD NAME
PICTURE LOCATION
1 ADS-OUTPUT-RECORD.
2 SAMPLE-DEFINITION.
3 SAMPLE-KEY.
4 ADS-IDENT
4 REF-DATE
3 DATES.
4 SAMPLE-START.
5 START-YR
5 START-MON
5 START-DAY
5 START-HOUR
5 START-MIN
4 EVENT-START.
5 E-START-YR
5 E-START-MON
5 E-START-DAY
5 E-START-HOUR
5 E-START-MIN
4 EVENT-END.
5 E-END-YR
5 E-END-MON
5 E-END-DAY
5 E-END-HOUR
5 E-END-MIN
4 SAMPLE-END.
5 END-YR
5 END-MON
5 END-DAY
5 END-HOUR
5 END-MIN
4 AT-LAB-DATE.
5 LAB-YR
5 LAB-MON
5 LAB-DAY
3 SAMPLE-DESCRIPTION.
4 QC-FLAG
4 ACTUAL-SAMPLE-PERIOD
4 PRECIP-OCCUR
4 PRECIP-TYPE
4 DEPOSITION^TYPE
4 MET-PROTOCOL
4 DAYS-IN-SAMPLE
4 HOURS-OF-RAIN
4 LID-OPENINGS
X(6)
X(8)
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
XX.
X.
X.
X.
X.
X.
X.
XX.
X(4).
XX.
1-6
7-14
15-16
17-18
19-20
21-22
23-24
25-26
27-28
29-30
31-32
33-34
35-36
37-38
39-40
41-42
43-44
45-46
47-48
49-50
51-52
53-54
55-56
57-58
59-60
61
62
63
64
65
66
67-68
69-72
73-74
F.2
-------
TABLE F.I. ADS-OUTPUT-RECORD (Cont.)
FIELD NAME PICTURE LOCATION
3 SAMPLE-QUANTITY.
4 RAIN-GAGE-MM X(8). 75-82
4 SAMPLE-VOLUMES. X(8). 83-90
4 SAMPLE-VOLUME-ERROR-CODE X. 91
4 SAMPLE-VOLUME-ERROR X(8). 92-99
4 PREDICTED-VOLUME-ML X(8). 100-107
4 PREDICTED-DEPTH-MM X(8). 108-115
4 SAMPLING-EFFICIENCY X(8). 116-123
3 COMPONENT-SUMMARY.
4 NUM-MEASURED XX. 124-125
4 NUM-MISSING XX. 126-127
4 REASON-NO-COMPONENTS X. 128
3 OBSERVATIONS.
4 FIELD-INITIALS X(3). 129-131
4 MAX-NOTE X. 132
4 NOTES X(60). 133-192
2 COMPONENTS-PER-RECORD XX. 193-194
2 COMPONENT-RESULTS OCCURS COMPONENTS-PER-RECORD TIMES.
3 COMPONENT-ID.
4 COMPONENT-NUM XX. rl-r2
3 RESULTS.
4 TYPE-RESULTS-FLAG X. r3
4 DATE-ANALYZED.
5 ANAL-YR XX. r4-r5
5 ANAL-MO XX. r6-r7
5 ANAL-DA XX. r8-r9
4 ANAL-INITIALS X(3). rlO-r!2
4 RESULT-NOTE X. r!3
4 RESULT-FLAG X. r!4
4 RESULT-VALUE X(6). r!5-r20
4 ERROR-FLAG X. r21
4 ERROR-VALUE X(5). r22-r26
F.3
a US GO/ERNMENT PRINTING OFFCE 1BW - 759-102/10674
------- |