NWI19940101National Wetlands Inventory (areas) vector digital dataServer=gissde; Service=5151; User=base; Version=SDE.DEFAULTBASE.NATIONAL_WTLDS_INVENTORY_AREASNational Wetland Inventory shows hierarchically wetlands and deepwater habitats divided among five major systems at the broadest level from the National Wetlands Inventory of the U.S. Department of the Interior, Fish and Wildlife Service. This statewide polygon layer shows graphic representations of the type, size and location of the wetlands and deepwater habitats. These maps have been prepared from analysis of high altitude imagery in conjunction with collateral data sources and field work, and are suitable for use at a regional scale, but can not be relied upon for planning or permitting pruposes at a site scale. For more information, please see http://www.fws.gov/nwi.en19940101publication dateNone planned-87.761517-79.79904931.13280424.44574541293.757500800642.31250055806.265500791583.812500noneNational Wetlands InventoryNWIWetlandsWater Resources (Inland)FloridanoneThese maps have been prepared from analysis of high altitude imagery in conjunction with collateral data sources and field work, and are suitable for use at a regional scale, but can not be relied upon for planning or permitting pruposes at a site scale
Be careful when interpreting NWI codes. The same SUBSYSTEM codes refer to
different descriptions dependent on the SYSTEM code they modify, same CLASS codes
reference different descriptions dependent on the SUBSYSTEM code they modify,
etc. For example:
when SYSTEM = E = Estuarine
SUBSYSTEM = 1 = Subtidal
SUBSYSTEM = 2 = Intertidal
while SYSTEM = R = Riverine
SUBSYSTEM = 1 = Tidal
SUBSYSTEM = 2 = Lower Perennial
For more information concerning NWI, visit the website at www.nwi.fws.govFlorida Department of Environmental Protection, Office of Submerged Lands and Environmental Resourcesmailing and physical address2600 Blair Stone Rd. MS 3511TallahasseeFL32399-2400USAMicrosoft Windows XP Version 5.1 (Build 2600) Service Pack 3; ESRI ArcCatalog 9.3.1.4000SDE Feature Class24,000The lineage report created by SWFWMD below excellently describes the
development of NWI data.
1 NWI
SOUTHWEST FLORIDA WATER MANAGEMENT DISTRICT
QUALITY AND ACCURACY REPORT - PRELIMINARY
DATA LAYER NAME: NWI
DATA LAYER DESCRIPTION: National Wetlands Inventory
PREPARED BY: M.L. Crowell
SECTION: Mapping and GIS
DEPARTMENT: Resource Data
DATE: June 1994
2 LINEAGE
1. Description of Source Material(s)
a. Name: Digital Line Graph (DLG3) optional-format files
Scale (ratio): 1:24,000
Datum: NAD27
Map Projection: UTM
Source Media: 9-track magnetic tape
Condition of Media: Excellent
Creator organization or individual:
Name: U.S. Fish and Wildlife Service/National
Wetlands Inventory
Address: 9750 Executive Center Dr., N.
St. Petersburg, FL 33702
Phone: (813) 893-3620
Date of Source Material: Varies by quad. Digital data
created between March 1988 and July 1993. Original
photography obtained between 1972 and 1982, with some
photographic updates occurring in 1983-1984 for various quads.
Update Schedule: Unknown
2. Derivation Methods for Data
a. Method of Derivation
1) Pre-automation compilation: This layer was
generated from DLG files created by U.S. Fish and
Wildlife Service/National Wetlands Inventory Program (USFWS/NWI).
The original data were mapped from 1:58,000 color-infrared (CIR)
aerial photography acquired through the National High-Altitude
Photography program or from 1:24,000 natural color aerial
photography. The photography was interpreted and wetland
features and attributes were hand-transferred to base maps.
Digitization of resulting base maps was performed using the
Wetlands Analytical Mapping System (WAMS). See section
2.d. below for more information on digitizing procedures.
2) Automation equipment
DLG files were converted to Arc/INFO coverages using
Arc/INFO v. 5.0.2 on a DEC VAX platform.
Creation of original digital data by the USFWS was
performed using the following equipment:
a) Model
ALTEK or Calcomp digitizing tablet or Anatech Eagle
scanner.
b) Resolution
200 lines/inch (tablet); 650 dpi (scanner).
c) Tolerance of digitizer
.005"
b. Date of Automation
1) Initial date(s)
March 1988 to July 1993 by USFWS; Arc/INFO coverages generated
from DLG files between May and November, 1993.
2) Update schedule
Unknown
c. Control Points
See section 2.d. below.
d. Explanation of Scanning-Digitizing-Transformation
Procedures
The following information is summarized from project
documentation developed by the USFWS:
The process used by NWI to capture wetlands data is to
register a clear mylar overlay of the final wetlands map
(typically a 1:24,000 map) and a clear mylar
overlay of the USGS topographic base map to the digitizing
table. Map corners, grid intersections and checkpoints are
measured as part of the setup procedure. The operator then
interactively digitizes nodes, segments, and polygons and
enters the feature attributes.
Once interactive digitizing is complete, the software (WAMS)
processes the data into topologically correct point, line,
and polygon features. Features are automatically verified to
ensure that the node and segment lists are correct and that the
feature attributes and neighboring feature attributes are
consistent with cartographic conventions.
Additional information on digitizing conventions and features
selected for mapping is available from the USFWS.
1) Name of transformation methodology
Polynomial transformation
2) Description of algorithm
Least-squares fit
3) Set of sample computations
N/A
e. Software System and Version Used
WAMS v. 4.03 used by USFWS for creation of original digital data;
Arc/INFO v. 5.0.2 on DEC VAX platform was used to
convert the DLG data to Arc/INFO coverages with attached
attributes.
2 POSITIONAL_ACCURACY
The NWI program incorporates numerous quality-control checks
into the production and processing of wetlands digital data.
Please contact the USFWS for more information on any of the
quality-control and accuracy issues noted below.
Comments below refer to accuracies and checks performed
as part of the conversion of DLG files to Arc/INFO coverages.
1. Linework Completeness Check
a. Value
98%; this is an estimate based on examination of paper
checkplots produced in-house. Although all features were to
be captured from the source maps, approximately 2% of
polygons/arcs were missed. Corrections to these data are
made as errors are detected.
b. Date
May 1993-November 1993 (for checkplots produced in-house from
the converted digital data).
c. Method Used to Derive Value
Visual inspection of checkplots in comparison with NWI
mylars/bluelines.
2. Linework Positional Accuracy Check
a. Value
Please contact USFWS/NWI Program for more information on
positional accuracy of NWI data.
b. Date
March 1988-July 1993.
c. Method Used to Derive Value
Visual inspection of checkplots in comparison with
NWI original maps.
2 ATTRIBUTE_ACCURACY
1. Attribute Completeness Check
a. Name of Attribute
NWICODE: NWI classification (i.e., PF04/1A); nominal.
1) Value
95%; all polygons were attributed, although some attributes
were not correctly assigned. Corrections to these data are
made on a continuous basis as errors are detected.
2) Date
May 1993-November 1993
3) Method Used to Derive Value
Visual inspection of checkplots in comparison with NWI
mylars.
2. Accuracy of Source Data
Please contact USFWS/NWI Program for more information.
a. Name and type of data
1:58,000 CIR photography or 1:24,000 natural color photography
(Tampa Bay area); DLG files for digital data.
1) Value
N/A
2) Date
1972-1984 photo dates.
3) Method Used to Derive Value
N/A
2 LOGICAL_CONSISTENCY
1. Cartographic Tests
a. Test performed
ARC DESCRIBE; visual comparison with checkplots; INFO check
for presence of attribute values.
b. Date
May 1993-November 1993
c. Do lines intersect only where intended?
Yes
d. Duplicate lines eliminated?
Yes
e. Are all polygons closed?
Yes
f. Were dangles eliminated?
Dangles present in these coverages represent linear water
features and are not to be considered errors. Any dangles
located along quad edges (where a polygon should have
intersected with the quad boundary and did not) were
corrected.
g. Slivers eliminated?
Yes
h. Do features (points, lines or polygons) have
unique identifiers?
Not necessarily; unique identifiers (IDs) are not
significant for this data layer.
2. Topological tests
a. Test Performed
ARC DESCRIBE, LABELERRORS, NODEERRORS
b. Date
May 1993-November 1993
2 COMPLETENESS_OF_DATA
1. Selection Criteria
All photointerpretable wetlands were mapped. In forested
areas, small open water and emergent wetlands were mapped.
In areas where evergreen forested wetlands predominate, wetlands
smaller than 3 acres may not be mapped. Thus, a detailed on-
the-ground and historical analysis of a single site may result
in a revision of the wetland boundaries established through
photographic interpretation. In addition, some small wetlands
and those obscured by dense forest cover may not be included
in the dataset.
2. Relevant Mapping Rules
Minimum mapping unit was approximately one acre.
Classification scheme used to categorize wetlands is from
"Classification of Wetlands and Deepwater Habitats" by
Cowardin et al.; formally adopted in 1979 by the USFWS.
3. Deviations from Mapping Rules
Farmed wetlands were excluded from mapping.12/01/94Data was converted from NAD27 to HPGN using PROJECT command.Spring 1997In house processing completed.December 1997Shapefile of this dataset was inserted ito Spatial Database Engine.
The SDE layer originally contained both area and line feature entities. To
insert the area features into SDE, the NWI library layer was converted to a
shapefile in ArcView 3.1 with a selection set of SYSTEM <> "U". The shapefile
was broken into subsets based on SYSTEM. Each resulting shapefile was converted
into an ARC/INFO coverage with the SHAPEARC command, REGIONPOLY and DISSOLVE
were performed on the coverages, and then each coverage was inserted or appended
into SDE using the COV2SDE command.Spring 1999SDE layer was separated into areas and lines in order to accomodate
the data's maintenance in ArcSDE 8 and use in ArcGIS 8.August 2000Attribution was updated using SQL within Oracle for
approximately 44,000 records which had originally been incorrectly parsed.November 2000Column LABEL added, which contains a concatenation of
the descriptive text for SYSTEM and CLASS1.March 2001VectorSimple4FALSE0FALSEFALSEcoordinate pair0.0005000.000500metersD_North_American_1983_HARNGeodetic Reference System 806378137.000000298.257222GCS_North_American_1983_HARNFDEP_Albers_HARN1.000000Explicit elevation coordinate included with horizontal coordinatesNWFWMD_NWIFeature Class0FIDFIDOID400Internal feature number.ESRISequential unique whole numbers that are automatically generated.AREA_SDEAREA_SDEDouble19189ATTRIBUTEATTRIBUTEString1500PERIMETER_PERIMETER_Double19189WETLANDWETLANDString1500SYSTEMSYSTEMString100SUBSYSTEMSUBSYSTEMString100CLASS1CLASS1String200SUBCLASS1SUBCLASS1String100CLASS2CLASS2String200SUBCLASS2SUBCLASS2String100MODIFIER1MODIFIER1String100MODIFIER2MODIFIER2String100LABELLABELString3200SHAPEFeature geometry.ESRICoordinates defining the features.ShapeGeometry000SHAPE_AREASHAPE_AREADouble1900Area of feature in internal units squared.ESRIPositive real numbers that are automatically generated.SHAPE_LENSHAPE_LENDouble1900The wetland classification system is hierarchical, with wetlands and deepwater
habitats divided among five major systems at the broadest level. The five
systems include Marine (open ocean and associated coastline), Estuarine (salt
marshes and brackish tidal water), Riverine (rivers, creeks, and streams),
Lacustrine (lakes and deep ponds), and Palustrine (shallow ponds, marshes,
swamps, sloughs). Systems are further subdivided into subsystems which reflect
hydrologic conditions. Below the subsystem is the class which describes the
appearance of the wetland in terms of vegetation or substrate. Each class is
further subdivided into subclasses; vegetated subclasses are described in terms
of life form and substrate subclasses in terms of composition. The
classification system also includes modifiers to describe hydrology (water
regime), soils, water chemistry (pH, salinity), and special modifiers relating
to man's activities (e.g., impounded, partly drained).
ATTRIBUTE CODES :
The wetland classification system is hierarchical, with wetlands and deepwater
habitats divided among five major systems at the broadest level. The five
systems include Marine (open ocean and associated coastline), Estuarine (salt
marshes and brackish tidal water), Riverine (rivers, creeks, and streams),
Lacustrine (lakes and deep ponds), and Palustrine (shallow ponds, marshes,
swamps, sloughs). Systems are further subdivided into subsystems which reflect
hydrologic conditions. Below the subsystem is the class which describes the
appearance of the wetland in terms of vegetation or substrate. Each class is
further subdivided into subclasses; vegetated subclasses are described in terms
of life form and substrate subclasses in terms of composition. The
classification system also includes modifiers to describe hydrology (water
regime), soils, water chemistry (pH, salinity), and special modifiers relating
to man's activities (e.g., impounded, partly drained).
ATTRIBUTE Concatenation of SYSTEM+SUBSYSTEM+CLASSes+SUBCLASSes+MODIFIERs
SYSTEM
SUBSYSTEM
CLASS
SUBCLASS
M = MARINE
1 = Subtidal
RB = Rock Bottom
1 = Bedrock
2 = Rubble
UB = Unconsolidated Bottom
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
AB = Aquatic Bed
1 = Algal
3 = Rooted Vascular
5 = Unknown Submergent
RF = Reef
1 = Coral
3 = Worm
OW = Open Water/Unknown Bottom
2 = Intertidal
AB = Aquatic Bed
1 = Algal
3 = Rooted Vascular
5 = Unknown Submergent
RF = Reef
1 = Coral
3 = Worm
RS = Rocky Shore
1 = Bedrock
2 = Rubble
US = Unconsolidated Shore
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
E = ESTUARINE
1 = Subtidal
RB = Rock Bottom
1 = Bedrock
2 = Rubble
UB = Unconsolidated Bottom
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
AB = Aquatic Bed
1 = Algal
3 = Rooted Vascular
4 = Floating Vascular
5 = Unknown Submergent
6 = Unknown Surface
RF = Reef
2 = Mollusc
3 = Worm
OW = Open Water/Unknown Bottom
2 = Intertidal
AB = Aquatic Bed
1 = Algal
3 = Rooted Vascular
4 = Floating Vascular
5 = Unknown Submergent
6 = Unknown Surface
RF = Reef
2 = Mollusc
3 = Worm
SB = Streambed
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
RS = Rocky Shore
1 = Bedrock
2 = Rubble
US = Unconsolidated Shore
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
EM = Emergent
1 = Persistent
2 = Nonpersistent
SS = Scrub/Shrub
1 = Broad-Leaved Deciduous
2 = Needle-Leaved Deciduous
3 = Broad-Leaved Evergreen
4 = Needle-Leaved Evergreen
5 = Dead
6 = Deciduous
7 = Evergreen
FO = Forested
1 = Broad-Leaved Deciduous
2 = Needle-Leaved Deciduous
3 = Broad-Leaved Evergreen
4 = Needle-Leaved Evergreen
5 = Dead
6 = Deciduous
7 = Evergreen
R = RIVERINE
1 = Tidal
2 = Lower Perennial
3 = Upper Perennial
4 = Intermittent
5 = Unknown Perennial
RB = Rock
1 = Bedrock
2 = Rubble
UB = Unconsolidated Bottom
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
*SB = Streambed
1 = Bedrock
2 = Rubble
3 = Cobble/Gravel
4 = Sand
5 = Mud
6 = Organic
7 = Vegetated
AB = Aquatic Bed
1 = Algal
2 = Aquatic Moss
3 = Rooted Vascular
4 = Floating Vascular
5 = Unknown Submergent
6 = Unknown Surface
RS = Rocky Shore
1 = Bedrock
2 = Rubble
US = Unconsolidated Shore
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
5 = Vegetated
**EM = Emergent 2 - Nonpersistent
OW = Open Water/Unknown Bottom
*Streambed is limited to Tidal and Intermittent Subsystems and comprises the
only Class in the Intermittent Subsystem.
**Emergent is limited to Tidal and Lower Perennial Subsystems.
L = LACUSTRINE
1 = Limnetic
RB = Rock Bottom
1 = Bedrock
2 = Rubble
UB = Unconsolidated Bottom
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
AB = Aquatic Bed
1 = Algal
2 = Aquatic Moss
3 = Rooted Vascular
4 = Floating Vascular
5 = Unknown Submergent
6 = Unknown Surface
OW = Open Water/Unknown Bottom
2 = Littoral
RB = Rock Bottom
1 = Bedrock
2 = Rubble
UB = Unconsolidated Bottom
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
AB = Aquatic Bed
1 = Algal
2 = Aquatic Moss
3 = Rooted Vascular
4 = Floating Vascular
5 = Unknown Submergent
6 = Unknown Surface
RS = Rocky Shore
1 = Bedrock
2 = Rubble
US = Unconsolidated Shore
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
5 = Vegetated
EM = Emergent
2 = Nonpersistent
OW = Open Water/Unknown Bottom
P = PALUSTRINE
RB = Rock Bottom
1 = Bedrock
2 = Rubble
UB = Unconsolidated Bottom
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
AB = Aquatic Bed
1 = Algal
2 = Aquatic Moss
3 = Rooted Vascular
4 = Floating Vascular
5 = Unknown Submergent
6 = Unknown Surface
US = Unconsolidated Shore
1 = Cobble/Gravel
2 = Sand
3 = Mud
4 = Organic
ML = Moss Lichen
1 = Moss
2 = Lichen
EM = Emergent
1 = Persistent
2 = Nonpersistent
SS = Scrub/Shrub
1 = Broad-Leaved Deciduous
2 = Needle-Leaved Deciduous
3 = Broad-Leaved Evergreen
4 = Needle-Leaved Evergreen
5 = Dead
6 = Deciduous
7 = Evergreen
FO = Forested
1 = Broad-Leaved Deciduous
2 = Needle-Leaved Deciduous
3 = Broad-Leaved Evergreen
4 = Needle-Leaved Evergreen
5 = Dead
6 = Deciduous
7 = Evergreen
OW = Open Water/Unknown Bottom
MODIFIERS
In order to more adequately describe wetland and deepwater habitats one or more
of the water regime, water chemistry, soil, or special modifiers may be applied
at the class or lower level in the hierarchy. The farmed modifier may also be
applied to the ecological system.
WATER REGIME
Non-Tidal
A = Temporarily Flooded
B = Saturated
C = Seasonally Flooded
D = Seasonally Flooded/Well Drained
E = Seasonally Flooded/Saturated
F = Semi-permanently Flooded
G = Intermittently Exposed
H = Permanently Flooded
J = Intermittently Flooded
K = Artificially Flooded
W = Intermittently Flooded/Temporary
Y = Saturated/Semi-permanent/Seasonal
Z = Intermittently Exposed/Permanent
U = Unknown
Tidal
K = Artificially Flooded
L = Subtidal
M = Irregularly Exposed
N = Regularly Flooded
P = Irregularly Flooded
*S = Temporary-Tidal
*R = Seasonal-Tidal
*T = Semi-permanent-Tidal
*V = Permanent-Tidal
U = Unknown
*These water regimes are only used in tidally
influenced, freshwater systems.
WATER CHEMISTRY
Coastal Halinity
1 = Hyperhaline
2 = Euhaline
3 = Mixohaline (Brackish)
4 = Polyhaline
5 = Mesohaline
6 = Oligohaline
Inland Salinity
7 = Hypersaline
8 = Eusaline
9 = Mixosaline
0 = Fresh
pH Modifiers for all Fresh Water
a = Acid
t = Circumneutral
s = Alkaline
SOIL
g = Organic
n = Mineral
SPECIAL MODIFIERS
b = Beaver
d = Partially Drained
f = Farmed
h = Impounded
t = Artificial Substrate
s = Spoil
c = ExcavatedLive Data and Maps20120106Florida Department of Environmental Protection (FDEP) OTIS/GIS Sectionmailing and physical address2600 Blair Stone RdMS 6520TallahasseeFL32399-2400USAGIS.Librarian@dep.state.fl.usFGDC Content Standards for Digital Geospatial MetadataFGDC-STD-001-1998local timeen{31AC230D-127C-4442-89D6-57050F736BBA}2010122709160200FALSE20131127113944002013112711394400FGDCNWFWMD_NWI00241293.757500800642.31250055806.265500791583.8125001file://\\WRM-8QH6PS1\C$\Users\Hinrichs_S\Desktop\Class\GIS project\Final GIS Project\NWI\NWFWMD_NWI.shpLocal Area Network0.000ProjectedGCS_North_American_1983_HARNLinear Unit: Meter (1.000000)FDEP Albers HARN<ProjectedCoordinateSystem xsi:type='typens:ProjectedCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/10.0'><WKT>PROJCS["FDEP Albers HARN",GEOGCS["GCS_North_American_1983_HARN",DATUM["D_North_American_1983_HARN",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Albers"],PARAMETER["False_Easting",400000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-84.0],PARAMETER["Standard_Parallel_1",24.0],PARAMETER["Standard_Parallel_2",31.5],PARAMETER["Latitude_Of_Origin",24.0],UNIT["Meter",1.0]]</WKT><XOrigin>-19550100</XOrigin><YOrigin>-7526400</YOrigin><XYScale>225743210.67916927</XYScale><ZOrigin>-100000</ZOrigin><ZScale>10000</ZScale><MOrigin>-100000</MOrigin><MScale>10000</MScale><XYTolerance>0.001</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision></ProjectedCoordinateSystem>Clip "National Wetlands Inventory (areas)" "New Group Layer\NWFWMD\NWFWMD_Boundary" "C:\Users\Hinrichs_S\Desktop\Class\GIS project\Final GIS Project\NWI\NWFWMD_NWI.shp" #Microsoft Windows Server 2008 R2 Version 6.1 (Build 7601) Service Pack 1; ESRI ArcGIS 10.0.0.2414National Wetlands Inventory (areas) 41293.7575800642.3125791583.812555806.26551-87.761517-79.79904931.13280424.4457451<DIV STYLE="text-align:Left;"><DIV><P><SPAN>National Wetland Inventory shows hierarchically wetlands and deepwater habitats divided among five major systems at the broadest level from the National Wetlands Inventory of the U.S. Department of the Interior, Fish and Wildlife Service. This statewide polygon layer shows graphic representations of the type, size and location of the wetlands and deepwater habitats. These maps have been prepared from analysis of high altitude imagery in conjunction with collateral data sources and field work, and are suitable for use at a regional scale, but can not be relied upon for planning or permitting pruposes at a site scale. For more information, please see http://www.fws.gov/nwi.</SPAN></P></DIV></DIV>National Wetlands InventoryNWIWetlandsWater Resources (Inland)These maps have been prepared from analysis of high altitude imagery in conjunction with collateral data sources and field work, and are suitable for use at a regional scale, but can not be relied upon for planning or permitting pruposes at a site scale
Be careful when interpreting NWI codes. The same SUBSYSTEM codes refer to
different descriptions dependent on the SYSTEM code they modify, same CLASS codes
reference different descriptions dependent on the SUBSYSTEM code they modify,
etc. For example:
when SYSTEM = E = Estuarine
SUBSYSTEM = 1 = Subtidal
SUBSYSTEM = 2 = Intertidal
while SYSTEM = R = Riverine
SUBSYSTEM = 1 = Tidal
SUBSYSTEM = 2 = Lower Perennial
For more information concerning NWI, visit the website at www.nwi.fws.gov1-87.761517-79.79904931.13280424.445745002ISO 19115 Geographic Information - MetadataDIS_ESRI1.0dataset002Server=gissde; Service=5151; User=base; Version=SDE.DEFAULTArcSDE ConnectionSDE Feature ClassShapefile0.000FDEP_Albers_HARN069348920131127/9j/4AAQSkZJRgABAQEAYABgAAD/2wBDAAMCAgMCAgMDAwMEAwMEBQgFBQQEBQoHBwYIDAoMDAsK
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