1977 Reference Survey Report Sediment Chemistry
Metadata:
- Identification_Information:
-
- Citation:
-
- Citation_Information:
-
- Originator:
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Southern California Coastal Water Research Project
(SCCWRP)
- Publication_Date: 20000801
- Publication_Time: 20000402
- Title: 1977 Reference Survey Report Sediment Chemistry
- Edition: 1.0
- Publication_Information:
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- Publication_Place: Costa Mesa, California
- Publisher:
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Southern California Coastal Water Research Project
(SCCWRP)
- Online_Linkage:
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View a Map of this Data [html]
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Download this Data as an Excel Friendly File [csv]
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- Description:
-
- Abstract:
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All wastewater monitoring programs assess the
environmental situation in the discharge area by
comparing it to the situation where there is no
discharge. Thus the selection of the reference
or control stations is of critical importance in
evaluating effects: Control stations must be as
similar as possible to the area being studied
except that they are not exposed to outfall
materials. The Project has encountered the
problem of selecting proper control sites in
designing its surveys of southern California
discharge areas. We considered using sites off
the Channel Islands but rejected them because they
are not oceanographically or biologically
comparable to mainland sites. We also looked at
data from the control sites used in the past by
various dischargers and found that some of these
were in areas influenced' by the outfalls being
investigated and consequently gave invalid
reference information. In some monitoring
surveys, a single reference station and a single
set of measurements have been used as the basis
for determining the natural or background
conditions for an outfall site. Yet careful
analysis of many samples reveals that chemical and
biological conditions vary with water depth and
type of bottom material and can differ by as much
as a factor of 10, even in areas not influenced by
man. Plainly, no single control station or set of
measurements is valid for reference purposes.
Numerous benthic monitoring surveys, designed to
assess the effects of existing or future
discharges, have been taken on the southern
California mainland shelf since 1956. While such
surveys have provided much new information on the
abundance and diversity of thousands of species of
bottom organisms and fishes, and on the levels of
pollutants in sediments around outfalls, few have
provided a data base that would permit the
identification of control sites, or areas where
background conditions exist. An outstanding
exception is the mainland shelf survey produced by
the California State Water Resources Control Board
and conducted some 20 years ago by the Allan
Hancock Foundation, University of Southern
California (California State Water Resources
Control Board 1967; Jones 1969). That survey
provided useful information on conditions at that
time; however, we do not know if the results are
representative today. Moreover, the previous
survey did not provide data on sediment pollutant
concentrations or trawl-caught fish and
invertebrate populations--two types of information
that are needed at present, particularly for rural
areas of this coast. Accordingly, in 1977, the
Coastal Water Research Project sponsored a new
survey of the mainland shelf from Point Conception
to the United States/Mexico border. The goal of
the survey was to identify possible control areas
for contrasting with existing municipal wastewater
discharge sites and to define the apparent normal
variations in the chemistry and biology of the
fine sediment areas covering much of the mainland
shelf.
- Purpose:
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We now believe we have identified 29 locations,
the combined information from which can be used as
control data for one depth--60 meters. We chose to
limit this survey to the single depth because this
is the depth of discharge of the largest municipal
wastewater treatment plants along the coast -and
because discharged materials tend to drift along
depth contours. Details on the methods and
results of the survey are given in the following
sections.
- Supplemental_Information:
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Grabs, Trawls, and Water Quality casts were
conducted at each of the stations to yield Benthic
infauna, Sediment Chemistry, Trawl Fish, Macro
Invertebrate, water column characterization at one
meter increments from surface to bottom, and
sediment grain size data. These data types can be
aggregated using the StationID variable in each
table. Between 28 April and 9 August 1977, 70
benthic grab samples and 53 trawl samples were
taken at 71 stations between Point Conception and
the U.S./Mexico border. The stations were located
at intervals of approximately 10 km along the 360
km of coastline at depths of approximately 60
meters. In certain areas near the major municipal
wastewater outfalls, stations were more closely
spaced to delineate the expected outfall effects.
Station locations are given in tblStations.
Position on station was determined through the
combined use of dead reckoning, sightings off
headlands, radar fixes, and depth measurements
from a recording fathometer. We have estimated
that the inaccuracy of positioning do not exceed
100 meters. The vessels used during the survey are
as follows: 1. M/V Marine Surveyor, Los Angeles
City, John Keller, Skipper. 2. M/V Fury II, Orange
County Department of Education, John Haas,
Skipper~ 3. M/V Monitor II, San Diego City, Susan
Hamilton, director of collecting efforts. 4. M/V
Enchanter IV, Fred Munson, Owner/Operator. 5. R/V
Sea-S-Dee, Los Angeles County Sanitation
Districts, Rusty Shields, Skipper. 6. R/V Van
Tuna, Occidental College, Elden McAllicher,
Operator.
- Time_Period_of_Content:
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- Time_Period_Information:
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- Range_of_Dates/Times:
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- Beginning_Date: 19770801
- Ending_Date: 19770831
- Currentness_Reference: ground condition
- Status:
-
- Progress: COMPLETE
- Maintenance_and_Update_Frequency: None Planned
- Spatial_Domain:
-
- Description_of_Geographic_Extent: Southern California Bight
- Bounding_Coordinates:
-
- West_Bounding_Coordinate: -120.4458
- East_Bounding_Coordinate: -117.265
- North_Bounding_Coordinate: 34.44111
- South_Bounding_Coordinate: 32.55833
- Keywords:
-
- Theme:
-
- Theme_Keyword_Thesaurus: None
- Theme_Keyword: Sediment Chemistry
- Theme_Keyword: PCB
- Theme_Keyword: Metal
- Access_Constraints: None
- Use_Constraints: None
- Point_of_Contact:
-
- Contact_Information:
-
- Contact_Person_Primary:
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- Contact_Person: Information Systems Manager or Information Manager
- Contact_Address:
-
- Address_Type: physical address
- Address: 3535 Harbor Blvd., Suite 110
- City: Costa Mesa
- State_or_Province: California
- Postal_Code: 92626
- Country: USA
- Contact_Voice_Telephone: 714.755.3200
- Contact_Facsimile_Telephone: 714.438.1016
- Contact_Electronic_Mail_Address: im_contact@sccwrp.org
- Hours_of_Service: 8:00 a.m. to 4:00 p.m. Monday Through Friday
- Contact_Instructions: email preferred
- Data_Set_Credit: SCCWRP
- Native_Data_Set_Environment: Microsoft Access Version 2000
- Data_Quality_Information:
-
- Attribute_Accuracy:
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- Attribute_Accuracy_Report: Coordinates accurate to within 100 ft
- Logical_Consistency_Report:
-
The tables may be related by the StationID field
or the SampleID field where applicable.
- Completeness_Report:
-
No records for the following stations StationID
R24-60 R34-60 R40-60 R65-60 R66-60 R67-60
- Positional_Accuracy:
-
- Horizontal_Positional_Accuracy:
-
- Horizontal_Positional_Accuracy_Report:
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The station locations were determined using a hand
held Magellan GPS and are accurate with in a
radius of 100 ft
- Vertical_Positional_Accuracy:
-
- Vertical_Positional_Accuracy_Report: The depths expressed are accurate to 0.1 meters.
- Lineage:
-
- Methodology:
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- Methodology_Type: Field
- Methodology_Description:
-
A single Van Veen grab sample was collected at
each station and subsampled aboard ship at depths
of 2 and 5 cm for various physical and chemical
analyses. Three subsamples were collected from
each depth in plastic containers for later
analysis of trace metals content, physical
characteristics, and content of organic material.
One subsample was taken in a foil-capped glass
container at each depth for later analysis for
chlorinated hydrocarbons. All samples were
quickly frozen on dry ice at sea; they were then
returned to the laboratory and stored in freezers
until they could be analyzed.
- Methodology_Type: Lab
- Methodology_Description:
-
The percent volatile solids in the upper 2 and 5
cm of sediments at a station was determined by
analyzing well-mixed and pestle-ground sediments
from a single subsample from each depth. Any large
or conspicuous animal and shell fragments were
removed from the samples prior to testing. The
values for the two depths were compared, and a
decision was made to use the 2-cm samples for the
remaining physical/chemical analyses. All the
remaining physical and chemical parameters, except
chlorinated hydrocarbon content and sediment grain
size, were determined by analysis of a single,
well-mixed subsample with conspicuous animals and
shell debris removed. This subsample came from
one of the upper 2-cm samples from the grab. All
the remaining subsamples were archived for future
research. Chlorinated hydrocarbons were measured
on the 2-cm sample retained in a foil-capped glass
container. The sediment grain size determinations
were made on an aliquot of the samples taken prior
to mixing and grinding. Analytical procedures are
described in the following subsections, which were
written by the individuals responsible for the
analyses. Trace Metal Analysis (Tsu-Kai Jan).
Sediment samples were analyzed for silver,
cadmium, chromium, copper, nickel, lead, and zinc.
A wet-acid method was used to digest the samples.
This moderate digestion procedure extracts most
of the metals usually considered to be
biologically available, such as those associated
with organic matter and sulfides and oxides and
those adsorbed on the surface of solids. Metals
associated with the silicate minerals (part of the
lithogenous fraction) essentially are not
biologically available and are not extracted by
this procedure. To prepare samples, approximately
0.5 to 2.0 grams of well-mixed sediment are
weighed into a glass-covered, 150-ml beaker and
dried in an electric oven at 750C for 48 hours. A
nitric acid solution (20 ml of 1:1) is added to
the dried samples, which are then digested on a
hotplate until only about 3 ml of liquid remains;
this procedure is then repeated. Then 20 ml of
distilled deionized water and 2 ml of concentrated
hydrochloric acid are added, and the mixture is
boiled for 20 minutes. The mixture is then
filtered through an acid-washed Whatman No. 40
filter paper (8-micron pore size), and the
resulting filtrate is diluted with distilled,
deionized water to 50 ml. Analytical blanks are
prepared along with the sediment samples, using
the same procedures and reagents. Samples are
analyzed on a Varian-Techtron atomic absorption
spectrophotometer (Model AA-6) equipped with a
simultaneous background corrector (Model BC-6) , a
premix type of burner, and a carbon-rod atomizer
(Model 63). When a sample has a relatively high
metals content, the diluted filtrate is aspirated
into an air/acetylene flame. The concentrations
of trace metals are then determined by comparing
the results against known standards. A previous
study of matrix interferences in flame atomic
absorption revealed no significant interferences
in detection of the seven elements in question,
given a sample size of up to 2 grams. The
detection limits for the metals using this method
are as follows: Metal(mg/g) Silver 0.8
Nickel 1.8 Cadmium 0.4 Lead 3.0
Chromium 1.5 Zinc 0.3 Copper 1.4
If a metal is present in concentrations below the
flame detection limit, a flameless method must be
used in the analysis; with the flameless
procedure, 2.5 ml of treated solution are injected
into a graphite furnace. The silver, cadmium, and
lead concentrations in a small number of samples
from this survey were determined using this
method. Matrix interferences are checked, and
compensations are made by running separate spiked
samples. The detection limits for silver,
cadmium, and lead with the flameless method are
7.0, 3.0, and 33 ng/gram, respectively. The
conditions of the spectro-photometer during the
analyses described here are given in Table 5. All
reagents are analytical reagent-grade, the water
is deionized and distilled, and all standards are
prepared by the dilution of 1,000-ppm stock
solutions. The glassware and plastic containers
are cleaned by being soaked in 6 percent nitric
acid solution for more than 24 hours and then
rinsed in distilled, deionized water.
Chlorinated Hydrocarbon Analysis (Theadore
Heesen). Hexane extraction and Florisil column
clean-up procedures were used during this study to
produce samples for pesticide analysis; an
additional saponification step was used to produce
a sample for PCB analysis. The sediment samples
are first dried in an electric oven at 600C for 24
hours. Then 20 to 40 grams of sediment are
weighed into a cellulose Soxhlet thimble. The
Soxhlet extraction apparatus is charged with 250
ml of hexane and mixed thoroughly for a period of
18 hours; the extract is then reduced in volume to
about 25 ml using a rotary evaporator. Florisil
(MCB FX284) that had been activated 1 for 4 hours
at 7000C and stored under hexane is used for
clean-up purposes. A glass column (22 mm, IC)
with a fritted glass plug is filled to a height of
7.6 cm with the Florisil slurry, and the slurry is
covered with 1.3 cm of granular anhydrous sodium
sulfate. About 40 ml of sample are then placed on
the Florisil column and eluted with 45 ml of 6
percent (volumel volume) diethyl ether in hexane.
At this point, a part of the extract is set aside
for pesticide analysis. One-halfof the sample
extract is placed in an Erlenmeyer flask with 50
ml of a saponification mixture made by placing 5
grams of KOH dissolved in a slight amount of water
and then diluting the mixture to 50 ml with
ethanol. A three-ball Snyder condenser is placed
on the flask, and the mixture is refluxed for 30
minutes on a steam table. The mixture is then
placed in a separatory funnel with 50 ml of hexane
and 100 ml of deionized water and shaken for 5
minutes. The hexane portion is washed twice more
with two separate l00-ml portions of deionized
water. This extract is then analyzed for PCB' 5.
The sample extracts are injected into a Tracor
MT 220 gas chromatograph equipped with nickel-63
detectors. The column is 2 mm, ID, by 1.8 meters
and is packed with 1.5 percent Ov-17 and
1.95 Percent QF-l on Gas Chrom Q (Applied Science
Laboratories, State College, Penn.). The
standards (obtained from the U.S. Environmental
Protection Agency, Research Triangle Park, N.C.)
are injected into the gas chromatograph.
Compounds are then identified by comparing
retention times, and concentrations are derived by
measuring peak heights. All solvents are pesticide
grade, and blanks are analyzed with each set of
samples. All glassware is kiln-cleaned at 5400C
for 12 a period of 4 hours. Biochemical
Oxygen Demand Analysis (Henry Schafer). The
biochemical oxygen demand (BOD) of sediments is
the portion of organic material that is present
and readily available to meet the metabolic needs
of aerobic microorganisms. In this study1 BOD was
determined by measuring the amount of oxygen used
over a set period of time by a population of
microorganisms added to a certain quantity of
sediment and maintained under controlled
conditions. It is not a direct measure of the
amount of oxygen that would be used in the field
because it does not account for nor test the
requirements of the typical fauna that would be
present in the sediments. A seeding solution
(microorganism culture) is prepared by mixing
marine sediments and digested sludge in 2 liters
of oxygen-saturated seawater maintained at 200C.
This mixture is then aerated for a period of at
least 1 week prior to being used. A sediment
sample (0.2 to 2 grams) is weighed and placed into
a BOD bottle. Oxygen-saturated seawater is then
siphoned into the bottle until it is full; care is
taken not to introduce air bubbles or leave a
space at the top of the bottle. Then 1 ml of the
seed culture supernatant is added to the bottle,
and it is capped with a ground glass stopper,
creating a water seal. These same procedures are
used to prepare blanks. The bottle are then
agitated for 10 seconds, or until the sediment is
completely suspended, and placed in a darkened
area and maintained at 200C. After an incubation
period of 5 days, during which the bottles are
agitated daily to resuspend sediments, the
remaining concentration of dissolved oxygen in the
blanks and test bottles is measured by the Azide
Modification of the Winkler iodometric techniques
for measuring dissolved oxygen (Standard Methods
1976). The 5-day BOD (milligrams of oxygen
used per kilogram of sediments) for each sample is
then calculated, using the formula: BOD5 = (a
- b)0.3 x 1,000, c where a = the dissolved
oxygen concentration of the blank, b =the
dissolved oxygen concentration in the test bottle,
and c =the grams of sediment added to the
test bottle, 0.3 liters being the size of the
bottle. Chemical Oxygen Demand Analysis
(Henry Schafer). The chemical oxygen demand (COD)
of sediments is the portion of organic matter that
is susceptible to a strong chemical oxidant.
While most of the oxygen-demanding substances
affected are immediately biologically available,
(e.g., acetic acid), others (e.g., cellulose) are
not part of the immediate biochemical load on the
available oxygen. To begin the COD analysis, an
amount of sediment (0.1 to 2 grams, depending on
its organic content) is weighed and placed in a
250-ml Erlenmeyer flask. Then 20 ml of 0.25 N
potassium dichromate solution, 200 ng of mercuric
sulfate, and 20 ml of a concentrated silver
sulfate/sulfuric acid solution (22 grams of AgSO4
to a 9-pound (4.09 kg) bottle of H2504) are added;
silver sulfate is added to the sulfuric acid as a
catalyst for the oxidation of the straight chain
(aliphatic) alcohols and acids. The chemicals are
swirled in the flask until mixed; the flask is
then attached to the condensers, and the mixture
is gently boiled for 120 minutes. The condenser
is then rinsed out and into the flask with
deionized water. After the flask has been removed
from the hotplate and allowed to cool, the sample
is diluted with deionized water to 150 ml, and
three drops of the ferroin indicator are added
(1.485 grams 1,10-phenanthroline monohydrate and
695 mg FeSO4.7H20 diluted in deionized water to
100 ml). This final sample is then titrated with
a ferrous ammonium sulfate solution (39 grams
Fe(NH4)2-(S04)2.6H20 in deionized water and 20 ml
of concentrated H2S041 cooled and then diluted to
1,000 ml with deionized water) until a
reddish-brown color first appears. The COD
(milligrams of oxygen used per kilogram of
sediment) is then calculated as follows: COD
= (a - b)N x8,000, where N =(0.25 x
K2Cs2O7) divided by the amount of ferrous ammonium
sulfate (FAS) added to the sample, a = the
amount of FAS used by the blank, b = the
amount of FAS used to titrate the sample, and
c = the weight of the sample. Determination
of Percent Volatile Solids (Henry Schafer). This
is a method for determining, by weight, the amount
of organic material present in sediments rather
than the oxygen-demanding potential of those
sediments. All materials that will combust at
5500C are defined as volatile. As even portions
of crude oil will combust at this temperature, not
all of the materials that combust are necessarily
biological available organic foods. The procedure
consists of placing approximately 4 ml of sediment
in a previously weighed beaker and determining the
wet weight of the sediment. The sample is then
placed in an electric drying oven at 1050C for 24
hours to drive off all liquids. The sample is
retained in a desiccator until cooled, so that it
will not rehydrate; its dry weight is then
determined. The sample is then placed for 1 hour
in a muffle furnace at 5500C. After the sample
has cooled in the desiccator, the net ash-free
weight is determined. The formula for calculating
percent volatile solids is as follows: a-b
% volatile solids = a x 100, where a is the
dry weight of the sample and b is the ash weight.
Organic Nitrogen Analysis (Henry Schafer). In
the presence of the digestion reagents (H2504,
K2S04, H20), the amino nitrogen compounds of many
organic nitrogen-containing materials are
converted to ammonium sulfate, which is then
decomposed by sodium thiosulfate; the resulting
ammonia is released by distillation from an
alkaline medium and absorbed in boric acid. The
ammonia in this liquid is then measured by
titration, and the concentration of organic amino
nitrogens in the sample is determined. A sample
of dried sediment (.0.1 to 3 grams) is placed in
an 800-ml Kjeldahl flask with 400 ml of distilled
water neutralized to a pH of 7 with lN NaOH or lN
H2SOA. To this solution, 24 ml of the phosphate
buffer (.14.3 grams H2PO4, 68.8 grams KHPO4, and 1
liter ammonia-free water at pH 7.4) and several
boiling chips are added. This container is
connected to one end of the distilling apparatus
while a 500-ml Erlenmeyer flask containing 50 ml
of the boric-acid-indicating solution (60 grams
boric acid, 3 liters of ammonia-free distilled
water, 20 ml methyl red solution (0.4 grams methyl
red and 200 ml reagent alcohol), and 10 ml
methylene blue solution (.0.2 grams methylene blue
and 100 ml reagent alcohol) is placed on the
receiving end of the condenser with its tip
extending below the surface of the solution.
Distillation is continued with this apparatus
until 200 to 300 ml of the distillate is collected
in the Erlenmeyer flask. The delivery tube is
then removed from the distillate, but distillation
is allowed to continue for a few moments to
cleanse the condenser and delivery tube. A blank
is also distilled using the same procedures. The
samples are then titrated with 0.02 N H2SO4
until a pale lavender color is obtained. The
amount of amino nitrogens contained in the sample
is then determined by the calculation, NH3-N
- (a - b)c x 14,000 d where a = the
amount of N H2S04 added to the sample, b =
the amount of N H2S04 added to the blank, c =
the normality of the H2S04, and d = The
weight of the sample. Hexane Extractable
Material Analysis (Henry Schafer). By definition,
this extraction procedure recovers materials
called grease and oil, including lipids,
chlorinated hydrocarbons, fatty acids, soaps,
fats, waxes, and any other material that is
soluble in hexane. All of these materials are
fairly resistant to anaerobic digestion and, when
discharged into the sea, often end up as films on
the water surface. However, some of this material
becomes associated with organic particles and is
incorporated. into the sediments. The amount of
this material in a benthic sediment sample is
therefore another indirect measure of the amount
of organic particulates associated with the
sediments. To prepare the sample, 30 to 40 grams
of sediment are dried at l050C for 16 hours and
then placed in an extraction thimble, which is
then put into the extraction tube. Then, 200 ml
of hexane (spectra grade) are placed in an
Erlenmeyer flask, and the flask is connected to
the condenser and extracting tube. The heating
mantle is regulated so that the extraction cycle
occurs once every 10 minutes for a period of 4
hours. At the end of the extraction, the hexane
is removed using a rotary evaporator, and the
remaining hexane is drained from the
extraction/condenser apparatus into the Erlenmeyer
flask. The material remaining in the flask,
representing the hexane extractable material
(HEM), is weighed after the flask is carefully
wiped dry and placed in a desiccator. The amount
of HEM is then determined as follows: HEM =
a-b where a = the weight of the flask
and its contents, b = the weight of the flask
alone, and c = the weight of the sample.
- Process_Step:
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- Process_Description: QA Check Performed
- Process_Date: 20000807
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298.257
4.2.2.1 Depth Datum Name:
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-
The method
used to prepare the sample
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Furnace
- Attribute_Definition: From standard methods
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Preparation Methods
- Enumerated_Domain_Value_Definition:
-
The method
used to prepare the sample
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Kjeldahl
- Attribute_Definition: From standard methods
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Preparation Methods
- Enumerated_Domain_Value_Definition:
-
The method
used to prepare the sample
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: N/A
- Attribute_Definition: Not Available
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Preparation Methods
- Enumerated_Domain_Value_Definition:
-
The method
used to prepare the sample
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: PreparationDate
- Attribute_Definition: The date the sample was prepared
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Range_Domain:
-
- Range_Domain_Minimum: Missing
- Range_Domain_Maximum: Missing
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: AnalysisMethod
- Attribute_Definition: The method used to obtain the numerical result
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: List 33 Analysis Methods
- Enumerated_Domain_Value_Definition: A list of Analysis Methods
- Enumerated_Domain_Value_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: BOD
- Attribute_Definition: Winkler
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Analysis Methods
- Enumerated_Domain_Value_Definition:
-
Analysis
Methods
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: COD
- Attribute_Definition: Titration
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Analysis Methods
- Enumerated_Domain_Value_Definition:
-
Analysis
Methods
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: GCECD
- Attribute_Definition: Gas Chromatograph
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Analysis Methods
- Enumerated_Domain_Value_Definition:
-
Analysis
Methods
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: GFAA/FAA
- Attribute_Definition: Grafite Furnace/ Flame AA
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Analysis Methods
- Enumerated_Domain_Value_Definition:
-
Analysis
Methods
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Gravimetic
- Attribute_Definition: Weighing
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Analysis Methods
- Enumerated_Domain_Value_Definition:
-
Analysis
Methods
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: NR
- Attribute_Definition: Not Recorded
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Analysis Methods
- Enumerated_Domain_Value_Definition:
-
Analysis
Methods
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Ratio
- Attribute_Definition: Ratio
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Analysis Methods
- Enumerated_Domain_Value_Definition:
-
Analysis
Methods
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Titration
- Attribute_Definition: Titration
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Analysis Methods
- Enumerated_Domain_Value_Definition:
-
Analysis
Methods
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Volatile Solids
- Attribute_Definition: Volatile Solids
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Analysis Methods
- Enumerated_Domain_Value_Definition:
-
Analysis
Methods
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: AnalysisDate
- Attribute_Definition: The date the analysis was conducted
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Range_Domain:
-
- Range_Domain_Minimum: Missing
- Range_Domain_Maximum: Missing
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: LabCode
- Attribute_Definition:
-
The laboratory identifer code for the agency
conducting the analysis
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: List 1 Agency Codes
- Enumerated_Domain_Value_Definition: A list of participating agencies
- Enumerated_Domain_Value_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: SC
- Attribute_Definition: Southern California Coastal Water Research Project
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Agency Codes
- Enumerated_Domain_Value_Definition:
-
list 1 Agency
Codes
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: Comments
- Attribute_Definition: Additional Comments
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Unrepresentable_Domain: Additional Comments
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: QABatch
- Attribute_Definition:
-
An identifying code for all sample processed
together in the same batch
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Unrepresentable_Domain:
-
An identifying code for all sample processed
together in the same batch
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: FieldRep
- Attribute_Definition:
-
A logical field to record the presence of a field
replicate
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Range_Domain:
-
- Range_Domain_Minimum: No
- Range_Domain_Maximum: Yes
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: DuplicateNumber
- Attribute_Definition: The lab duplicate number within a batch
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Range_Domain:
-
- Range_Domain_Minimum: 1
- Range_Domain_Maximum: 1
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: MeasurementBasis
- Attribute_Definition: The basis for the measurement
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: List 24 Measurement Basis Codes
- Enumerated_Domain_Value_Definition: A list of the codes for measurement basis
- Enumerated_Domain_Value_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: DW
- Attribute_Definition: Dry Weight
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Measurement Basis
- Enumerated_Domain_Value_Definition:
-
The
measurement basis
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: WW
- Attribute_Definition: Wet Weight
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Measurement Basis
- Enumerated_Domain_Value_Definition:
-
The
measurement basis
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: Survey
- Attribute_Definition: A code for the project
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Unrepresentable_Domain: A code for the project
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: StationID
- Attribute_Definition: A geographic location label
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Unrepresentable_Domain: A geographic location label
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: CompositeID
- Attribute_Definition:
-
A key relating the chemistry data to the fish
composite table
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Unrepresentable_Domain:
-
A key relating the chemistry data to the fish
composite table
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: Matrix
- Attribute_Definition: The test matrix
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: List 17 Test Matricies
- Enumerated_Domain_Value_Definition: A list of test matrices used in the project
- Enumerated_Domain_Value_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: Sediment
- Attribute_Definition: Sediment from the grab
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Sample Matrix
- Enumerated_Domain_Value_Definition:
-
Sample
Matrices
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: SampleType
- Attribute_Definition: The type of result
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: List 4 Sample Tyes
- Enumerated_Domain_Value_Definition: A list of sample types used in the project
- Enumerated_Domain_Value_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: Result
- Attribute_Definition: The actual analytical result
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: SampleType
- Enumerated_Domain_Value_Definition: Sample Types
- Enumerated_Domain_Value_Definition_Source: 1977 Reference Survey Report
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: ParameterCode
- Attribute_Definition: The chemical name of the analyte
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: List 18 Parameter Codes
- Enumerated_Domain_Value_Definition: A list of chemical parameter names
- Enumerated_Domain_Value_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: % Moisture
- Attribute_Definition: Percent Moisture in the sediment
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: BOD
- Attribute_Definition: Biological Oxygen Demand
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Cadmium
- Attribute_Definition: Metal
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: COD
- Attribute_Definition: Chemical Oxygen Demand
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Copper
- Attribute_Definition: Metal
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Hexane Extractable
- Attribute_Definition: Organics
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Lead
- Attribute_Definition: Metal Metal
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Nickel
- Attribute_Definition: Metal Metal
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: PCB 1254
- Attribute_Definition: Poly Chlorinated Biphenyl
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Percent Sand
- Attribute_Definition: Grain Size
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Silver
- Attribute_Definition: Metal
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: TOC
- Attribute_Definition: Total Organic Carbon
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Total Acid Volitile Sulfides
- Attribute_Definition: AVS
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Total DDT
- Attribute_Definition: PCB
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Total DDT/Total PCB Ratio
- Attribute_Definition: Ratio
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: TON
- Attribute_Definition: Total Organic Nitogen
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Total PCB
- Attribute_Definition: PCB
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Volatile Solids
- Attribute_Definition: Solids
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: Zinc
- Attribute_Definition: Metal
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Parameter Code
- Enumerated_Domain_Value_Definition:
-
Chemical being
measured
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: Qualifier
- Attribute_Definition: A modifier for the numerical result
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: List 13 Qualifiers
- Enumerated_Domain_Value_Definition: A list of qualifiers
- Enumerated_Domain_Value_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: <
- Attribute_Definition: Less than
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Qualifier Codes
- Enumerated_Domain_Value_Definition:
-
List 13
Qualifier Codes
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: ND
- Attribute_Definition: Not Detected
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Qualifier Codes
- Enumerated_Domain_Value_Definition:
-
List 13
Qualifier Codes
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: Result
- Attribute_Definition: The numerical result of the analysis
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Range_Domain:
-
- Range_Domain_Minimum: -99 for non detects
- Range_Domain_Maximum: 372600
- Entity_Type:
-
- Entity_Type_Label: Chemistry Results
- Entity_Type_Definition: Table
- Entity_Type_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: Units
- Attribute_Definition: The units associated with the result
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: List 40 Units
- Enumerated_Domain_Value_Definition: A list of all of the units used in the project
- Enumerated_Domain_Value_Definition_Source: 1977 Reference Survey Report
- Attribute:
-
- Attribute_Label: %
- Attribute_Definition: Percent
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Units
- Enumerated_Domain_Value_Definition:
-
Units
associated with the result
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: mg / Kg
- Attribute_Definition: Parts per thousand
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Units
- Enumerated_Domain_Value_Definition:
-
Units
associated with the result
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Attribute:
-
- Attribute_Label: No Units
- Attribute_Definition: Used for ratios
- Attribute_Definition_Source: 1977 Reference Survey Report
- Attribute_Domain_Values:
-
- Enumerated_Domain:
-
- Enumerated_Domain_Value: Units
- Enumerated_Domain_Value_Definition:
-
Units
associated with the result
- Enumerated_Domain_Value_Definition_Source:
-
1977
Reference Survey Report
- Distribution_Information:
-
- Distributor:
-
- Contact_Information:
-
- Contact_Person_Primary:
-
- Contact_Person: Information Systems Manager or Information Manager
- Contact_Address:
-
- Address_Type: mailing address
- Address: 3535 Harbor Blvd., Suite 110
- City: Costa Mesa
- State_or_Province: California
- Postal_Code: 92626
- Country: USA
- Contact_Voice_Telephone: 714.755.3200
- Hours_of_Service: 8:00 a.m. to 4:00 p.m. Monday Through Friday
- Contact_Instructions: email preferred
- Resource_Description: 1977 Reference Survey Sediment Chemistry
- Distribution_Liability:
-
Although these data have been processed
successfully on a computer system at SCCWRP, no
warranty expressed or implied is made regarding
the accuracy or utility of the data on any other
system or for general or scientific purposes, nor
shall the act of distribution constitute any such
warranty. This disclaimer applies both to
individual use of the data and aggregate use with
other data. It is strongly recommended that these
data are directly acquired from a MLML server, and
not indirectly through other sources which may
have changed the data in some way. It is also
strongly recommended that careful attention be
paid to the contents of the metadata file
associated with these data. MLML shall not be
held liable for improper or incorrect use of the
data described and/or contained herein.
- Metadata_Reference_Information:
-
- Metadata_Date: 20010918
- Metadata_Contact:
-
- Contact_Information:
-
- Contact_Person_Primary:
-
- Contact_Person: Information Systems Manager or Information Manager
- Contact_Address:
-
- Address_Type: physical address
- Address: 3535 Harbor Blvd., Suite 110
- City: Costa Mesa
- State_or_Province: California
- Postal_Code: 92626
- Country: USA
- Contact_Voice_Telephone: 714.755.3200
- Contact_Facsimile_Telephone: 714.438.1016
- Contact_Electronic_Mail_Address: im_contact@sccwrp.org
- Hours_of_Service: 8:00 a.m. to 4:00 p.m. Monday Through Friday
- Contact_Instructions: email preferred
- Metadata_Standard_Name:
-
NBII Content Standard for National Biological
Information Infrastructure Metadata
- Metadata_Standard_Version: December 1985
- Metadata_Time_Convention: local time
- Metadata_Access_Constraints: None
- Metadata_Use_Constraints: None
- Metadata_Security_Information:
-
- Metadata_Security_Classification_System: None
- Metadata_Security_Classification: Unclassified
- Metadata_Security_Handling_Description: None
Generated by mp on Sat Apr 17 18:04:28 2004