Document ID: EPA-HQ-OEI-2006-0157-0002
Agency: epa
Document Type: Supporting & Related Material
Title: 
Posted Date: 2006-02-28T05:00Z

WELL
INFORMATION
DATA
STANDARD
Standard
No.:
1­
XXX
Version
1
 
DRAFT
January
6,
2006
This
document
is
a
Working
Draft
that
must
be
considered
as
"
work
in
progress."
It
has
not
reached
the
stage
of
submission
to
the
Environmental
Data
Standards
Council
The
Environmental
Data
Standards
Council
(
EDSC)
is
a
partnership
among
US
EPA,
States
and
Tribal
partners
to
promote
the
efficient
sharing
of
environmental
information
through
the
development
and
adoption
of
data
standards.
More
information
about
the
EDSC
is
available
at
www.
envdatastandards.
net.
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
2
Foreword
The
Environmental
Data
Standards
Council
(
EDSC)
is
a
partnership
among
US
EPA,
States
and
Tribal
partners
to
develop
and
agree
upon
data
standards
for
environmental
information
collection
and
exchange.
The
Council
seeks
to
promote
efficient
sharing
of
environmental
information
between
State,
US
EPA
and
Tribal
partners
through
the
development
of
data
standards.
More
information
about
the
EDSC
is
available
on
the
EDSC
website
at
http://
www.
envdatastandards.
net/.

1.0
INTRODUCTION
Environmental
information
is
a
key
tool
in
the
effective
management
of
our
environmental
resources
and
human
health
conditions.
As
a
result,
much
effort
goes
into
data
acquisition,
management,
maintenance,
exchange,
and
oversight.
Greater
access
is
the
goal
of
many
data
consumers,
and
data
managers.
Providers
invest
significant
resources
meeting
their
requirements.
In
response,
many
data
providers
are
improving
access
as
they
post
usable
copies
of
their
environmental
information
on
the
web.
These
efforts
are
a
vast
improvement
over
previous
conditions;
however,
there
is
a
growing
desire
and
need
to
both
provide
and
receive
data
in
a
clearly
defined
and
a
uniform
way.
Data
from
multiple
sources
can
then
be
aggregated
and
used
without
the
inherent
variations
that
exist
between
data
sets
across
agencies.

1.1
Scope
This
EDSC
standard
describes
data
elements
and
data
groupings
that
are
used
to
exchange
information
about
wells
and
is
a
supplement
to
the
ESAR:
Monitoring
Location
[
EX000003.1]
Data
Standard
when
well
information
is
being
exchanged.
It
includes
information
about
well
ownership,
location,
use,
construction,
and
where
samples
or
measurements
are
made.
The
user
may
find
that
the
information
here
can
be
very
detailed,
however,
it
should
be
noted
that
it
provides
structure
for
those
data
that
are
available
and
there
is
need
to
exchange.

1.2
Revision
History
Date
Version
Description
January
6,
2006
Draft
Standard
The
Environmental
Data
Standards
Council
agreed
to
recommend
that
the
Exchange
Network
Leadership
Council
publish
draft
standard
in
the
Federal
Register.

1.3
References
This
standard
relies
on
other
standards
to
make
it
complete
and
provide
the
necessary
support.
As
such
users
should
consider
the
Normative
Standards
(
references)
noted
below,
integral
to
the
Well
Information
Data
Standard.
These
include:

 
ESAR:
Measure
[
EX000010.1]
Data
Standard
 
Attached
Binary
Object
[
EX000006.1]
Data
Standard
 
ESAR:
Monitoring
Location
[
EX000003.1]
Data
Standard
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
3
 
Bibliographic
Reference
[
EX000007.1]
Data
Standard
 
Contact
Information
[
EX000019.2]
Data
Standard
 
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard
1.4
Terms
and
Definitions
None.

1.5
Implementation
Users
are
encouraged
to
use
the
XML
registry
housed
on
the
Exchange
Network
Web
site
(
http://
www.
exchangenetwork.
net)
to
download
schema
components
for
the
construction
of
XML
schema
flows.
In
addition,
the
Environmental
Data
Registry
(
http://
www.
epa.
gov/
edr)
provides
the
data
standard
structure
and
attributes
in
a
downloadable
format
that
will
facilitate
database
development
activities.

1.6
Document
Structure
The
structure
of
this
document
is
briefly
described
below:

a.
Section
2.0
Well
Information
Diagram,
illustrates
the
principal
data
groupings
contained
within
Well
Information
Data
Standard.

b.
Section
3.0
Well
Information
Data
Standards
Table,
provides
information
on
the
high
and
intermediate
levels
of
Well
Information
data
groupings,
as
well
as
their
related
data
elements.
Where
applicable,
for
each
level
of
this
data
standard,
a
definition,
XML
tag,
note(
s),
example
list
of
values
and
format
are
provided.
The
format
column
lists
the
required
number
of
characters
for
the
associated
data
element,
where
"
A"
specifies
alphanumeric,
"
N"
designates
numeric,
"
G"
is
used
for
grouping
and
"
D"
for
time
and
date
elements.

c.
Data
Element
Numbering.
For
purposes
of
clarity
and
to
enhance
understanding
of
data
standard
hierarchy
and
relationships,
each
data
group
is
numerically
classified
from
the
primary
to
the
elemental
level.

d.
Code
and
Identifier
Metadata:
Metadata,
defined
here
as
data
about
data
or
data
elements,
includes
their
descriptions
and/
or
any
needed
context
setting
information
required
to
identify
the
origin,
conditions
of
use,
interpretation,
or
understanding
the
information
being
exchanged
or
transferred.
(
Adapted
from
ISO/
IEC
2382­
17:
1999
Information
Technology
Vocabulary 
Part
17:
Databases
17.06.05
metadata).
Based
on
the
business
need,
additional
metadata
may
be
required
to
sufficiently
describe
an
identifier
or
a
code.
A
note
regarding
this
additional
metadata
is
included
in
the
notes
column
for
identifier
and
code
elements.
Additional
metadata
for
identifiers
may
include:

°
Identifier
Context,
which
identifies
the
source
or
data
system
that
created
or
defined
the
identifier
Additional
metadata
for
codes
may
include:

°
Code
List
Identifier,
which
is
a
standardized
reference
to
the
context
or
source
of
the
set
of
codes
°
Code
List
Version
Identifier,
which
identifies
the
particular
version
of
the
set
of
codes.

°
Code
List
Version
Agency
Identifier,
which
identifies
the
agency
responsible
for
maintaining
the
set
of
codes
°
Code
List
Name,
which
describes
the
corresponding
name
for
which
the
code
represents
e.
Appendix
A,
Well
Information
Data
Structure
Diagram
illustrates
the
hierarchical
classification
of
the
Well
Information
data
standard.
This
diagram
enables
business
and
technical
users
of
this
standard
to
quickly
understand
its
general
content
and
complexity.
Appendix
B,
lists
the
references
for
Well
Information
Data
Standard.
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
4
2.0
WELL
INFORMATION
DIAGRAM
The
figure
below
illustrates
the
major
data
groups
associated
with
the
Well
Information
Data
Standard.

Well
Information
Data
Standard
3.0
Well
Measuring
Point
4.0
Well
Information
Attached
Binary
Object
5.0
Well
Information
Bibliographic
Reference
2.0
Well
Construction
1.0
Well
Information
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
5
3.0
WELL
INFORMATION
DATA
STANDARD
TABLE
1.0
Well
Identification
Definition:
Description
of
the
attributes
of
a
well
that
may
be
used
for
monitoring
activities.
The
following
elements
provide
information
pertinent
to
well
stations.

Relationships:
None.

Notes:
None.

XML
Tag:
WellIdentification
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
1.1
Well
Identifier
Unique
identifier
assigned
to
the
individual
well
(
not
a
cluster
of
wells)

by
the
monitoring
or
other
accepted
authority,
for
example,
the
well
tag
number
or
Inventory
Record.
Multiple
values
may
be
allowed.

Example
List
of
Values:

 
Asotin
2478
 
200519965
 
9374847
 
Well
ID
3624
Note:
Based
on
the
business
need,

additional
metadata
may
be
required
to
sufficiently
describe
an
identifier.
This
additional
metadata
is
described
in
the
Introduction
section
1.6.
d.
A
WellIdentifier
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
6
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
1.2
Well
Cluster
Identifier
For
a
Well
Location
with
multiple
wells
or
completions,
a
user­
assigned
number
that
uniquely
identifies
each
well
or
completion.
Note:
Required
for
a
Well
Location
with
multiple
wells
or
completions,
unless
each
well
or
completion
has
a
separate
Well
Identifier.

Example
List
of
Values:

 
1
 
2
 
32a
 
32b
Note:
Based
on
the
business
need,

additional
metadata
may
be
required
to
sufficiently
describe
an
identifier.
This
additional
metadata
is
described
in
the
Introduction
section
1.6.
d.
A
WellClusterId
entifier
1.3
Well
Name
The
name
that
designates
the
well.
Example
List
of
Values:

 
MW­
32
 
A.
W.
Johnson
Well
A
WellName
1.4
Well
Name
Start
Date
Date
the
name
was
first
associated
with
the
well.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellNameSta
rtDate
1.5
Well
Name
End
Date
Date
the
name
was
last
associated
with
the
well.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellNameEn
dDate
1.6
Well
Owner
Identifies
the
organization
or
person
who
owns
or
owned
the
well.
Refer
to
the
Contact
Information
[
EX000019.2]
Data
Standard.

The
following
items
may
be
needed:

Individual
Full
Name
Organization
Formal
Name
G
WellOwner
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
7
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
1.7
Well
Owner
Contact
Identifies
the
contact
information
for
the
organization
or
person
who
owns
or
owned
the
well.
Refer
to
the
Contact
Information
[
EX000019.2]
Data
Standard.

The
following
items
may
be
needed:

Individual
Full
Name
Organization
Formal
Name
G
WellOwnerCo
ntact
1.8
Well
Owner
Start
Date
Date
the
owner
was
first
associated
with
the
well.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellOwnerSt
artDate
1.9
Well
Owner
End
Date
Date
the
owner
was
last
associated
with
the
well.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellOwnerEn
dDate
1.10
Land
Owner
Name
Identifies
the
organization
or
person
who
owns
the
land
where
the
well
is
located.
This
data
grouping
will
repeat
for
each
well
owner.
A
LandOwnerN
ame
1.11
Land
Owner
Contact
Identifies
the
contact
information
for
the
organization
or
person
who
owns
the
land
where
the
well
is
located.
Refer
to
the
Contact
Information
[
EX000019.2]
Data
Standard.

The
following
items
may
be
needed:

Individual
Full
Name
Organization
Formal
Name
G
LandOwnerC
ontact
1.12
Land
Owner
Start
Date
Date
the
owner
was
first
associated
with
the
land
where
the
well
is
located.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
LandOwnerSt
artDate
1.13
Land
Owner
End
Date
Date
the
owner
was
last
associated
with
the
land
where
the
well
is
located.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
LandOwnerE
ndDate
1.14
Well
Operator
Name
Identifies
the
organization
or
person
who
operates
the
well.
This
data
grouping
will
repeat
for
each
well
operator.
A
WellOperator
Name
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
8
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
1.15
Well
Operator
Contact
Identifies
the
contact
information
for
the
organization
or
person
who
operates
the
well.
Refer
to
the
Contact
Information
[
EX000019.2]
Data
Standard.

The
following
items
may
be
needed:

Individual
Full
Name
Organization
Formal
Name
G
WellOperator
Contact
1.16
Well
Operator
Start
Date
Date
the
operator
was
first
associated
with
the
well.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellOperator
StartDate
1.17
Well
Operator
End
Date
Date
the
operator
was
last
associated
with
the
well.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellOperator
EndDate
1.18
Well
Status
Text
Identifies
the
condition
or
status
of
the
well
being
monitored.
This
data
grouping
will
repeat
for
each
well
status.
Example
List
of
Values:

 
Abandoned
 
Active
 
Decommissioned
 
In
Need
of
Repair
A
WellStatusTe
xt
1.19
Well
Status
Date
Date
that
the
well
status
was
determined.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellStatusDa
te
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
9
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
1.20
Well
Use
Text
Identifies
primary
use
of
the
well.
Example
List
of
Values:

 
Anode
 
Dewater
 
Drainage
 
Geothermal
 
Heat
Reservoir
 
Injection
 
Monitoring
 
Observation
 
Oil
and
Gas
Well
 
Recharge
 
Remediation
 
Repressurization
 
Seismic
 
Test
Hole
 
Waste
Disposal
 
Water
Withdrawal
 
Water
Quality
Assessment
 
Soil
Vapor
Monitoring
 
Soil
Vapor
Extraction
 
Other
A
WellUseText
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
10
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
1.21
Well
Water
Use
Text
Identifies
the
main
use
of
water
from
a
well.
Example
List
of
Values:

 
Air
Conditioning/
Heating
 
Aquaculture
 
Bottling
 
Commercial
 
Desalination
 
Domestic
Water
Supply
 
Fire
Fighting
 
Industrial
 
Irrigation
 
Livestock
Watering
 
Medicinal
 
Mining
 
Monitoring
 
Power
 
Public
Water
Supply
 
Recreation
 
Unused
 
Other
A
WellWaterUs
eText
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
11
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
1.22
Well
Measuring
or
Sampling
Influences
Text
Known
or
potential
strong
influences
that
could
affect
measurements
or
samples
collected
from
the
well
over
time.
Note:
May
include
a
nearby
well
that
is
pumping
in
the
same
water
bearing
zone.

Example
List
of
Values:

 
Tidal
Changes
 
Surface
Water
Stage
Changes
in
Source
Area
 
Frost
 
Confined
Aquifer
 
Semi­
confined
Aquifer
 
Unconfined
Aquifer
Vados
Zone
 
Karst
Terrain
 
Upgradient
Impacts
 
Inhibited
Well
Flow
 
Adjacent
Active
Wells
A
WellMeasurin
gSamplingInfl
uencesText
1.23
Water
Source
Name
Name
of
the
primary
formation,
soils
unit,
or
aquifer
in
which
the
well
is
completed.
Example
List
of
Values:

 
Marshall
Sandstone
A
WaterSource
Name
1.24
Aquifer
Name
Name
of
the
aquifer
in
which
the
well
is
completed.
Example
List
of
Values:

 
Spokane
Rathdrum
Prairie
Aquifer
 
Ogallala
A
AquiferName
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
12
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
1.25
Formation
Type
Text
Name
of
the
primary
formation
or
soils
unit,
in
which
the
well
is
completed.
Example
List
of
Values:

 
Glacial
Till
 
Sandstone
 
Fractured
Bedrock
A
FormationTyp
eText
1.26
Groundwater
Administrative
Areas/

Designations
Text
Areas
that
have
been
established
by
governments
for
the
purpose
of
administering
or
regulating
the
groundwater
where
the
well
is
completed.
A
Groundwater
Administrativ
eAreasDesig
nationsText
1.27
Wellhead
Protection
Area
Name
Name
of
the
Wellhead
Protection
Area
where
the
well
is
located.
Example
List
of
Values:

 
City
of
Grand
Rapids
Wellhead
Protection
Area
 
Spring
Creek
Wellhead
Protection
Area
A
WellHeadProt
ectionAreaNa
me
1.28
Source
Water
Assessment
Area
Name
Name
of
the
Source
Water
Assessment
Area
where
the
well
is
located.
Example
List
of
Values:

 
City
of
Grand
Rapids
Source
Water
Assessment
Area
 
City
of
Spokane
Source
Water
Assessment
Area
A
SourceWater
AssessmentA
reaName
2.0
Well
Construction
Definition:
Characteristics
of
the
well
construction.

Relationships:
None.

Notes:
None.

XML
Tag:
WellConstruction
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
13
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.1
Well
Construction
Method
Text
The
method
by
which
the
well
was
constructed.
Example
List
of
Values:

 
Air
Percussion
 
Air
Rotary
 
Bored/
Augured
 
Cable
Tool
 
Driven
 
Dug
 
Drive
&
Wash
 
Hydraulic
Rotary
 
Jetted
 
Reverse
Rotary
 
Trenching
 
Other
A
WellConstruct
ionMethodTe
xt
2.2
Well
Construction
Start
Date
Date
the
excavation
began.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellConstruct
ionStartDate
2.3
Well
Construction
End
Date
Date
that
construction
was
completed
on
a
well.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellConstruct
ionEndDate
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
14
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.4
Well
Completion
Depth
Measure
Depth
below
land
surface
datum
(
LSD)
to
which
the
well
is
completed.
Note:
May
be
equal
to
or
less
than
the
Well
Hole
Depth.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellCompleti
onDepthMeas
ure
2.5
Well
Hole
Depth
Measure
Depth
below
land
surface
datum
(
LSD)
to
the
bottom
of
the
hole
on
completion
of
drilling.
Note:
Sometimes
the
depth
is
greater
than
the
Well
Completion
Depth.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellHoleDept
hMeasure
2.6
Well
Casing
Diameter
Measure
Well
casing
diameter
at
the
surface.
Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellCasingDi
ameterMeasu
re
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
15
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.7
Well
Completion
Method
Text
The
method
of
completion
or
the
nature
of
the
openings
that
allow
water
to
enter
the
well.
Example
List
of
Values
and
definitions:

 
Infiltration
Gallery
­
intake
occurs
via
horizontal
conduit;

 
Terminus
­
intake
occurs
via
bottom
of
casing;

 
Open
Hole
­
most
common
in
bedrock,
uncased
hole
extends
below
the
bottom
of
the
casing;

 
Perforated
/
Slotted
­
intake
occurs
via
perforations
or
slots
in
casing;

 
Porous
Concrete
­
most
common
in
shallow,
dug
wells;

 
Sand
Point
­
narrow,
shallow,

driven
well,
usually
in
sands,
also
know
as
a
drive
or
well
point;

 
Screened
with
Gravel
Pack
­

intake
occurs
via
screen
in
perforated
casing;

 
Screened
with
Sand
Pack
­
intake
occurs
via
screen
in
perforated
casing;

 
Walled
­
or
shored
­
most
common
in
shallow,
dug
wells;

 
Other
­
use
if
none
of
the
other
categories
fit;

 
Unknown
­
use
if
unknown.
A
WellCompleti
onMethodTex
t
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
16
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.8
Well
Development
Method
Text
The
method
by
which
the
efficiency
of
the
well
was
improved
after
it
was
constructed.
Example
List
of
Values:

 
Airlift
 
Bail
 
Chemical
Treatment
 
Jet
 
Surge
Block
 
None
A
WellDevelop
mentMethodT
ext
2.9
Well
Disinfected
Indicator
An
indicator
specifying
whether
the
well
was
disinfected
at
the
time
of
completion
or
not.
List
of
Permitted
Values:

 
Y
 
yes
 
N
 
no
A
WellDisinfect
edIndicator
2.10
Well
Aquifer
Test
Indicator
An
indicator
specifying
whether
an
aquifer
testing
has
been
performed
(
does
not
include
short
tests
performed
by
driller
upon
well
completion).
List
of
Permitted
Values:

 
Y
 
yes
 
N
 
no
A
WellAquiferT
estIndicator
2.11
Well
Construction
Comment
Text
Brief
comments
or
other
information
about
the
construction
of
a
well.
A
WellConstruct
ionComment
Text
2.12
Well
Construction
Information
Source
Text
The
source
of
the
information
being
exchanged.
Example
List
of
Values:

 
Historical
Public
Records
 
Historical
Field
Notes
 
Current
A
WellConstruct
ionInformatio
nSourceText
2.13
Well
Intervals
Definition:
Well
intervals
are
repeating
items
that
are
used
to
describe
the
well
from
the
surface
to
the
Well
Hole
Total
Depth
and/
or
Well
Completion
Depth.
The
interval
types
include
Borehole,
Casing,
Opening,
Fill,
and
Lithology.
Use
as
many
interval
types
and
intervals
for
a
well
as
necessary.
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
17
Relationships:
None.

Notes:
None.

XML
Tag:
WellIntervals
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.1
Well
Interval
Borehole
Diameter
Identifier
The
identifier
associated
with
the
well
borehole
diameter
interval
being
described
and
the
unique
well
identifier
that
identifies
the
well.
A
WellIntervalB
oreholeDiame
terIdentifier
2.13.2
Well
Interval
Borehole
Diameter
Measure
Diameter
of
the
borehole
within
a
specific
interval.
Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalB
oreholeDiame
terMeasure
2.13.3
Well
Interval
Borehole
Diameter
Depth
to
Top
of
Interval
Measure
Distance
from
the
land
surface
datum
(
LSD)
to
the
top
of
the
Well
Interval
being
described.
Note:
Measurements
above
LSD
are
reported
as
negative
numbers;
those
below
are
positive.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalB
oreholeDiame
terDepthTopI
ntervalMeasu
re
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
18
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.4
Well
Interval
Borehole
Diameter
Depth
to
Bottom
of
Interval
Measure
Distance
from
the
land
surface
datum
(
LSD)
to
the
bottom
of
the
Well
Interval
being
described.
Note:
Measurements
above
LSD
are
reported
as
negative
numbers;
those
below
are
positive.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalB
oreholeDiame
terDepthBotto
mIntervalMea
sure
2.13.5
Well
Interval
Casing
Description
Identifier
The
identifier
associated
with
the
well
casing
interval
being
described
and
the
unique
well
ID
identifier
that
identifies
the
well.
A
WellIntervalC
asingIdentier
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
19
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.6
Well
Interval
Casing
Material
Type
Name
Type
of
material
from
which
the
well
casing
is
made.
Example
List
of
Values:

 
Brass
or
Bronze
 
Brick
 
Concrete
 
Copper
 
Fiberglass
 
Iron
­
Galvanized
 
Iron
­
Wrought
 
Metal
­
other
 
Polymer
­
PVC
 
Polymer
­
other
 
Rock
or
Stone
 
Steel
­
Coated
 
Steel
­
Stainless
 
Steel
­
other
 
Teflon
 
Tile
 
Concrete
 
Wood
 
Other
material
 
Unknown
A
WellIntervalC
asingMaterial
TypeName
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
20
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.7
Well
Interval
Casing
Join
Type
Name
The
way
individual
casing
pieces
are
joined
together.
Example
List
of
Values:

 
Glued
or
Solvent­
Welded
 
Locking
Mechanism
 
Screwed
 
Stacked
 
Threaded
 
Welded
­
metal
 
Other
 
Unknown
A
WellIntervalC
asingJoinTyp
eName
2.13.8
Well
Interval
Casing
Inside
Diameter
Measure
The
diameter
of
the
inside
of
the
Well
Casing
for
a
particular
well.
Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalC
asingInsideDi
ameterMeasu
re
2.13.9
Well
Interval
Casing
Wall
Thickness
Measure
Thickness
of
the
Well
Casing
within
a
particular
Well
Interval.
Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalC
asingWallThic
knessMeasur
e
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
21
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.10
Well
Interval
Casing
Depth
to
Top
of
Interval
Measure
Distance
from
the
land
surface
datum
(
LSD)
to
the
top
of
the
Well
Interval
being
described.
Note:
Measurements
above
LSD
are
reported
as
negative
numbers;
those
below
are
positive.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalC
asingDepthTo
pIntervalMea
sure
2.13.11
Well
Interval
Casing
Depth
to
Bottom
of
Interval
Measure
Distance
from
the
land
surface
datum
(
LSD)
to
the
bottom
of
the
Well
Interval
being
described.
Note:
Measurements
above
LSD
are
reported
as
negative
numbers;
those
below
are
positive.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalC
asingDepthB
ottomInterval
Measure
2.13.12
Well
Interval
Fill
Information
Identifier
The
identifier
associated
with
the
fill
interval
being
described
and
the
unique
well
identifier
that
identifies
the
well.
A
WellIntervalFi
llInformationI
dentier
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
22
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.13
Well
Interval
Fill
Material
Type
Text
Identifies
the
type
of
material
that
fills
the
annular
space
for
a
particular
Well
Interval.
Note:
Includes
material
used
as
a
surface
seal.
Example
List
of
Values:

 
Bentonite
Grout
(
Chips,
Granules,

Pellets,
Slurry)

 
Neat
Cement
Grout
(
Portland
Cement
and
Water)

 
Clay
­
other
 
Concrete
 
Gravel
 
Packer
 
Puddling
Clay
(
Well
Cuttings
and
Bentonite)

 
Sand
 
Sand
and
Gravel
 
Well
Cuttings
 
None
 
Other
Material
 
Unknown
A
WellIntervalFi
llMaterialType
Text
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
23
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.14
Well
Interval
Fill
Width
Measure
Horizontal
width
of
the
Fill
Material
in
the
annular
space.
Note:
Can
include
a
surface
seal
or
gravel
pack
around
a
well
screen.
If
not
directly
measurable,
subtract
the
drill
bit
size
from
the
casing
out
side
diameter.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalFi
llWidthMeasu
re
2.13.15
Well
Interval
Fill
Volume
Measure
Volume
of
Fill
for
a
particular
Well
Interval.
Note:
Fill
Volume
equals
the
fill
width
times
the
fill
height.
In
cubic
feet,
cubic
meters,
or
cubic
yards.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalFi
llVolumeMea
sure
2.13.16
Well
Interval
Fill
Depth
to
Top
of
Interval
Measure
Distance
from
the
land
surface
datum
(
LSD)
to
the
top
of
the
Well
Interval
being
described.
Note:
Measurements
above
LSD
are
reported
as
negative
numbers;
those
below
are
positive.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalFi
llDepthTopInt
ervalMeasure
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
24
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.17
Well
Interval
Fill
Depth
to
Bottom
of
Interval
Measure
Distance
from
the
land
surface
datum
(
LSD)
to
the
bottom
of
the
Well
Interval
being
described.
Note:
Measurements
above
LSD
are
reported
as
negative
numbers;
those
below
are
positive.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalFi
llDepthBotto
mIntervalMea
sure
2.13.18
Well
Interval
Opening
Information
Identifier
The
identifier
associated
with
the
well
interval
opening
being
described
and
the
unique
well
identifier
that
identifies
the
well.
A
WellIntervalO
peningInform
ationIdentifier
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
25
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.19
Well
Interval
Opening
Type
Text
Type
of
opening
within
a
particular
Well
Interval.
Note:
Openings
are
permeable
portions
of
the
Well
Casing
or
lining.

Example
List
of
Values:

 
Fractured
rock
 
Open­
ended
Casing
 
Open
hole
 
Perforated
Pipe
 
Porous
Material
 
Undifferentiated
 
Screen
­
Continuous
Slot
or
Wirewound
 
Screen
 
Direct
Push
(
e.
g.
Drive,

Sand
or
Well
Point)

 
Screen
­
Louver,
Bridge
Slot,
or
Shutter
 
Screen
­
Mesh
 
Screen
 
Pipe
Base
(
Continuous
Slot
Jacket
over
Slotted
Pipe
Core)

 
Screen
­
Slotted
Pipe
 
Unscreened
 
Screen
Type
­
Unknown
 
Walled
or
Shored
 
Other
 
Unknown
A
WellIntervalO
peningTypeT
ext
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
26
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.20
Well
Interval
Opening
Material
Type
Text
Type
of
material
from
which
the
Well
Interval
Opening
(
screen
or
otherwise)
is
constructed.
Example
List
of
Values:

 
Brass
or
Bronze
 
Concrete
 
Fiberglass
 
Iron
­
Galvanized
 
Iron
­
Wrought
 
Metal
­
other
 
Polymer
­
PVC
 
Polymer
­
other
 
Steel
­
Coated
 
Steel
­
Stainless
 
Steel
­
other
 
Tile
 
Concrete
 
Other
Material
 
Unknown
A
WellIntervalO
peningMateri
alTypeText
2.13.21
Well
Interval
Opening
Description
Text
Description
that
elaborates
upon
the
Opening.
Example
List
of
Values:

 
The
wire­
wound
screen
was
telescoped
into
the
casing
with
an
inflatable
packer.
A
WellIntervalO
peningDescri
ptionText
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
27
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.22
Well
Interval
Opening
Join
Type
Text
The
process
used
to
join
the
casing
with
the
opening
interval.
Example
List
of
Values:

 
Glued
or
Solvent­
Welded
 
Locking
Mechanism
 
Screwed
 
Stacked
 
Threaded
 
Welded
­
Metal
 
Other
 
Unknown
A
WellIntervalO
peningJoinTy
peText
2.13.23
Well
Interval
Opening
Mesh
Size
Measure
Measure
of
the
mesh
or
screen
size
within
a
particular
Well
Interval
Opening.
Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalO
peningMeshS
izeMeasure
2.13.24
Well
Interval
Opening
Width
Measure
Width
of
an
Opening
within
a
particular
Well
Interval.
Note:
An
opening
constitutes
the
short
dimension
for
perforations
or
slots.
Width
of
continuous­
slot,
wire­
wound,
or
mesh
screens
falls
under
Well
Interval
Opening
Mesh
Size.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalO
peningWidth
Measure
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
28
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.25
Well
Interval
Opening
Depth
to
Top
of
Interval
Measure
Distance
from
the
land
surface
datum
(
LSD)
to
the
top
of
the
Well
Interval
being
described.
Note:
Measurements
above
LSD
are
reported
as
negative
numbers;
those
below
are
positive.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalO
peningDepth
TopIntervalM
easure
2.13.26
Well
Interval
Opening
Depth
to
Bottom
of
Interval
Measure
Distance
from
the
land
surface
datum
(
LSD)
to
the
bottom
of
the
Well
Interval
being
described.
Note:
Measurements
above
LSD
are
reported
as
negative
numbers;
those
below
are
positive.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalO
peningDepth
BottomInterva
lMeasure
2.13.27
Well
Interval
Lithologic
Unit
Identifier
The
identifier
associated
with
the
well
lithologic
interval
being
described
and
the
unique
well
identifier
that
identifies
the
well.
A
WellIntervalLi
thologicUnitId
entifier
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
29
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.28
Well
Interval
Lithologic
Unit
USGS/
USCS
Code
Unique
code
assigned
to
a
type
of
underground
Lithologic
Unit.
Example
List
of
Values:

 
BLDR
­
Boulder
 
CL
­
Clays
 
GC
­
Gravels,
Clayey
Note
1:
Lithologic
Units
may
be
a
mixture
of
United
States
Geological
Survey
(
4
characters)
and
Unified
Soil
Classification
System
(
2
characters)
codes.

Note
2:
Based
on
the
business
need,

additional
metadata
may
be
required
to
sufficiently
describe
an
identifier.
This
additional
metadata
is
described
in
the
Introduction
section
1.6.
d.
A
WellIntervalLi
thologicUnitU
SGS/
USCSC
ode
2.13.29
Well
Interval
Lithologic
Unit
Depth
to
Top
of
Interval
Measure
Distance
from
the
land
surface
datum
(
LSD)
to
the
top
of
the
Well
Interval
being
described.
Note:
Measurements
above
LSD
are
reported
as
negative
numbers;
those
below
are
positive.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalLi
thologicUnitD
epthTopInterv
alMeasure
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
30
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
2.13.30
Well
Interval
Lithologic
Unit
Depth
to
Bottom
of
Interval
Measure
Distance
from
the
land
surface
datum
(
LSD)
to
the
bottom
of
the
Well
Interval
being
described.
Note:
Measurements
above
LSD
are
reported
as
negative
numbers;
those
below
are
positive.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellIntervalLi
thologicUnitD
epthBottomInt
ervalMeasure
3.0
Well
Measuring
Point
Definition:
Characteristics
of
the
well
measuring
point.
The
measuring
point
is
the
place
from
which
the
measurement
is
made.

Relationships:
None.

Notes:
While
most
wells
only
have
one
measuring
point,
some
have
two
or
more
for
various
reasons.
Sometimes
an
old
measuring
point
can
no
longer
be
used
and
a
new
one
must
be
established.
Other
times,
different
groups
measuring
the
same
well
might
establish
their
own
measuring
points.

XML
Tag:
WellMeasuringPoint
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
3.
1
Well
Measuring
Point
Name
Name
of
the
Well
Measuring
Point
associated
with
the
Well
Measuring
Point
Description.
Example
List
of
Values:

 
Measuring
Point
1
 
MP2
A
WellMeasurin
gPointName
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
31
Data
Element
Name
Data
Element
Definitions
Notes
Format
XML
Tags
3.
2
Well
Measuring
Point
Height
Measure
Height
above
or
below
the
land
surface
datum
(
LSD)
of
a
well
from
which
the
measurement
is
taken.
Note:
A
measuring
point
below
the
Well
Location
LSD
is
preceded
by
a
minus
(­)

sign,
such
as
for
a
flush­
mount
well.

Refer
to
the
Measure
[
EX000010.1]
Data
Standard.

The
following
items
may
be
needed:

Measure
Value,

Measure
Unit
Code,
G
WellMeasurin
gPointHeight
Measure
3.3
Well
Measuring
Point
Description
Text
Describes
the
point
from
which
the
measurement
was
taken.
Example
List
of
Values:

 
Top
of
casing
 
Notch
on
north
side
A
WellMeasurin
gPointDescrip
tionText
3.4
Well
Measuring
Point
Effective
Date
Date
when
a
particular
measuring
point
was
first
used.
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellMeasurin
gPointEffectiv
eDate
3.5
Well
Measuring
Point
End
Date
Date
when
a
particular
measuring
point
was
abandoned
Refer
to
the
Representation
of
Date
and
Time
[
EX000013.1]
Data
Standard.
D
WellMeasurin
gPointEndDat
e
4.0
Well
Information
Attached
Binary
Object
Definition:
Refer
to
documents,
images,
maps,
photos,
laboratory
materials,
geospatial
coverages,
and
other
objects
within
the
data
submission
that
pertain
to
the
laboratory
analyses.

Relationships:
None.

Notes:
Refer
to
the
Attached
Binary
Object
[
EX000006.1]
Data
Standard.

Multiple
objects
may
be
attached
to
data
submission
for
the
analyses
included
in
the
submission.
Where
a
binary
object
is
attached,
both
the
type
code
and
the
title
of
the
file
must
be
provided.
Attached
Binary
Object
descriptors
will
adhere
to
the
specified
technical
standards.

XML
Tag:
WellInformationAttachedBinaryObject
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
32
5.0
Well
Information
Bibliographic
Reference
Definition:
Catalog
information
describing
associated
project
resources,
including
documents,
images,
maps,
photos,
laboratory
materials,
geospatial
coverages
and
other
objects.

Relationships:
None.

Notes:
Refer
to
the
Bibliographic
Reference
[
EX000007.1]
Data
Standard.

XML
Tag:
WellInformationBibliographicReference
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
33
Appendix
A
Well
Information
Structure
Diagram
Well
Information
Data
Standard
1.0
Well
Identification
1.1
Well
Identifier
1.2
Well
Cluster
Identifier
1.3
Well
Name
1.4
Well
Name
Start
Date
1.5
Well
Name
End
Date
1.6
Well
Owner
1.7
Well
Owner
Contact
1.8
Well
Owner
Start
Date
1.9
Well
Owner
End
Date
1.10
Land
Owner
Name
1.11
Land
Owner
Contact
1.12
Land
Owner
Start
Date
1.13
Land
Owner
End
Date
1.14
Well
Operator
Name
1.15
Well
Operator
Contact
1.16
Well
Operator
Start
Date
1.17
Well
Operator
End
Date
1.18
Well
Status
Text
1.19
Well
Status
Date
1.20
Well
Use
Text
1.21
Well
Water
Use
Text
1.22
Well
Measuring
or
Sampling
Influences
Text
1.23
Water
Source
Name
1.24
Aquifer
Name
1.25
Formation
Type
Text
1.26
Groundwater
Administrative
Areas/
Designations
Text
1.27
Wellhead
Protection
Area
Name
1.28
Source
Water
Assessment
Area
Name
4.0
Well
Information
Attached
Binary
Object
3.0
Well
Measuring
Point
3.1
Well
Measuring
Point
Name
3.2
Well
Measuring
Point
Height
Measure
3.3
Well
Measuring
Point
Description
Text
3.4
Well
Measuring
Point
Effective
Date
3.5
Well
Measuring
Point
End
date
2.0
Well
Construction
2.1
Well
Construction
Method
Text
2.2
Well
Construction
Start
Date
2.3
Well
Construction
End
Date
2.4
Well
Completion
Depth
Measure
2.5
Well
Hole
Depth
Measure
2.6
Well
Casing
Diameter
Measure
2.7
Well
Completion
Method
Text
2.8
Well
Development
Method
Text
2.9
Well
Disinfected
Indicator
2.10
Well
Aquifer
Test
Indicator
2.11
Well
Construction
Comment
Text
2.12
Well
Construction
Information
Source
Text
2.13
Well
Interval
2.13
Well
Interval
2.13.1
Well
Interval
Borehole
Diameter
Identifier
2.13.2
Well
Interval
Borehole
Diameter
Measure
2.13.3
Well
Interval
Borehole
Diameter
Depth
to
Top
of
Interval
Measure
2.13.4
Well
Interval
Borehole
Diameter
Depth
to
Bottom
of
Interval
Measure
2.13.5
Well
Interval
Casing
Description
Identifier
2.13.6
Well
Interval
Casing
Material
Type
Name
2.13.7
Well
interval
Casing
Join
Type
Name
2.13.8
Well
Interval
Casing
Inside
Diameter
Measure
2.13.9
Well
Interval
Casing
Wall
Thickness
Measure
2.13.10
Well
Interval
Casing
Depth
to
Top
of
Interval
Measure
2.13.11
Well
Interval
Casing
Depth
to
Bottom
of
Interval
Measure
2.13.12
Well
Interval
Fill
Information
Identifier
2.13.13
Well
Interval
Fill
Material
type
Text
2.13.14
Well
Interval
Fill
Width
Measure
2.13.15
Well
Interval
Fill
Volume
Measure
2.13.16
Well
Interval
Fill
Depth
to
Top
of
Interval
Measure
2.13.17
Well
Interval
Fill
Depth
to
Bottom
of
Interval
Measure
2.13.18
Well
Interval
Opening
Information
Identifier
2.13.19
Well
Interval
Opening
Type
Text
2.13.20
Well
Interval
Opening
Material
Type
Text
2.13.21
Well
Interval
Opening
Description
Text
2.13.22
Well
Interval
Opening
Join
Type
Text
2.13.23
Well
Interval
Opening
Mesh
Size
Measure
2.13.24
Well
Interval
Opening
Width
Measure
2.13.25
Well
Interval
Opening
Depth
to
Top
of
Interval
Measure
2.13.26
Well
Interval
Opening
Depth
to
Bottom
of
Interval
Measure
2.13.27
Well
Interval
Lithologic
Unit
Identifier
2.13.28
Well
Interval
Lithologic
Unit
USGS/
USCS
Code
2.13.29
Well
Interval
Lithologic
Unit
Depth
to
Top
of
Interval
Measure
2.13.30
Well
Interval
Lithologic
Unit
Depth
to
Bottom
of
Interval
Measure
5.0
Well
Information
Bibliographic
Reference
Well
Information
Data
Standard
Standard
No.:
1­
XXX
Version
1­
Draft
January
6,
2006
Page
34
Appendix
B
References
1.
See
40
CFR
Parts
270.14(
c)(
5);
270.14(
c)(
6)(
iv);
270.14(
c)(
7)(
vi);
and
264.97(
d),(
e)
and
(
f)
for
Groundwater
Monitoring
Requirements
at
RCRA
Facilities
2.
USEPA
1989.
Statistical
Analysis
of
Groundwater
Monitoring
Data
at
RCRA
Facilities,
Interim
Final
Guidance
(
EPA/
530­
SW­
89­
026),
NTIS
PB­
89­
151­
047
3.
Claasen,
H.
C.
1982.
Guidelines
and
Techniques
for
Obtaining
Water
Samples
That
Accurately
Represent
the
Water
Chemistry
of
an
Aquifer.
U.
S.
Geological
Survey,
Open­
File
Report
82­
1024,
Lake
Colorado,
49
pp
4.
USEPA,
1989.
Ground­
Water
Monitoring
in
Karst
Terrains,
Recommended
Protocols
&
Implicit
Assumptions
;
USEPA
EMSL
(
EPA/
600/
X­
89/
050)
Las
Vegas,
NV
http://
www.
epa.
gov/
swerust1/
cat/
gwkarst.
pdf
5.
Barcelona,
M.
J.;
Gibb
J.
P;
Helfrich,
J.
A;
Garske,
E.
E.;
1985.
Practical
Guide
for
Ground­
Water
Sampling;
Illinois
State
Water
Survey
Department
of
Energy
and
Natural
Resources;
U.
S.
Environmental
Protection
(
Contract
No.
EPA
CR­
809966­
01)
Champaign,
Illinois
http://
www.
epa.
gov/
swerust1/
cat/
gwkarst.
pdf
6.
ISO/
IEC
2382­
17:
1999
Information
Technology
Vocabulary 
Part
17:
Databases
17.06.05
metadata
7.
See
http://
ngmdb.
usgs.
gov/
Geolex/
geolex_
home.
html
for
USGS
Lithologic
Units
information
8.
ASTM
D2487­
00
Standard
Classification
of
Soils
for
Engineering
Purposes
(
Unified
Soil
Classification
System);
ASTM
International;
10
March
2000,
12pp