FLORIDA GEOGRAPHIC DATA LIBRARY DOCUMENTATION
VERSION 2006

TITLE: OUTSTANDING FLORIDA WATERS

Geodataset Name:       OFW_OTHER_AUG06
Geodataset Type:       SHAPEFILE
Geodataset Feature:    POLYGON
Feature Count:         3755
GENERAL DESCRIPTION:
This dataset contains Outstanding Florida Waters. OFW are waters designated worthy of special protection because of their natural attributes. This special designation is applied to certain waters, and is intended to protect and maintain existing acceptable quality standards.
DATA SOURCE(S):                    Florida Department of Environmental Protection
SCALE OF ORIGINAL SOURCE MAPS:     24,000
DATE OF AUTOMATION OF SOURCE:      20060710
GEODATASET EXTENT:                 State of Florida

FEATURE ATTRIBUTE TABLES:

Datafile Name: OFW_OTHER_AUG06.DBF
ITEM NAME WIDTH TYPE
OBJECTID
4 OID
TYPE
16 String
NAME
60 String
ALT_NAME
60 String
RULE_ID
16 String
GIS_ID
11 Number
NOTES
254 String
DESCRIPT
60 String
FGDLAQDATE
8 Date
SHAPE
4 Geometry
AUTOID
4 Integer
SHAPE.AREA
0 Double
SHAPE.LEN
0 Double

FEATURE ATTRIBUTE TABLES CODES AND VALUES:

Item
Item Description
OBJECTID Internal feature number.

TYPE No description

NAME Name of waterway

ALT_NAME Alternative name

RULE_ID Undefined by Source

GIS_ID Undefined by Source

NOTES Notes or comments

DESCRIPT FGDL added field based on NAME

FGDLAQDATE FGDL field based on date downloaded from source

SHAPE Feature geometry.

AUTOID Unique id added by GeoPlan

SHAPE.AREA No description

SHAPE.LEN No description

Overview:

STANDARD COGO PROCEDURES used in creating original source information
 
REVISED 5/1/95 
 
1 NEW DRAWING 
 
	1.1  Start a new AutoCad/COGO drawing using the CGPROTO.DWG prototype 
drawing found in 
		           F:\GROUPS\PARKS\CGPARCEL 
	1.2  File the new drawing under the park ID number plus "CG" 
		1.2.1 Example: SOOOO1CG.dwg for Addison Blockhouse S.H.S. 
		1.2.2  All park drawings shall be filed in 
		           F:\GROUPS\PARKS\CGPARCEL	 
	1.3  Attach, as an Xref, the USGS quad(s), if available. 
		1.3.1  All USGS quads may be found in 
		           F:\GROUPS\PARKS\QUADS 
		1.3.2  The USGS quads are for reference only and shall not be 
modified. 
 
2 SOURCES FOR BOUNDARY DEVELOPMENT 
	2.1     Electronic survey file:  Parcel deeds from 1991 to present may 
have an electronic survey file.  Research should be done to locate any 
electronic files from Survey and.  Mapping.  The electronic survey files need 
to be verified per our deeds to be certain all out easements and out parcels 
are represented.  Also, one survey may encompass several deeds and will need to 
be broken out deed per deed. 
	2.2    Deed descriptions :  The parcel boundaries will be generated 
from the legal descriptions on the deeds. 
	2.3    USGS 1-24,000 electronic quads:  Certain information on the 
electronic quads (section lines, water meander lines and roadways) may be used  
if and only if better information, such as bearing and distance calls and 
electronic survey information, is not available  
	2.4    USGS 1-24,000 paper quads:  Hardcopies of USGS quadrangle maps 
compliment the electronic quads and provide a good visual reference.  In 
addition, if the electronic quad is not available, section lines, water meander 
lines and  roadways may be digitized from the paper quads as a last resort. 
	2.5    TRW/REDI  tax maps:  Tax maps are available for some counties 
and provide information on tax parcels, government lots and roadways. 
	2.6    Additional sources: 
		2.6.1  Government survey plats show government lot boundaries. 
		2.6.2  Water line surveys are available for some coastal water 
lines and river meander lines. 
		2.6.3  Base maps for the parks may help to clarify confusing 
boundaries but are to be used for visual reference only 
 
3 OBTAINING SOURCE INFORMATION 
	3.1  Electronic quads :  If the quad(s) you need is/are not on the QUAD 
directory, notify Kelley in writing requesting the specific quad(s) by quad 
number. 
		3.1.1 The quad number (s) for each park may be determined as 
follows: 
		1)  find the general park location using THE FLORIDA STATE PARK 
SYSTEM map, 
			2)  from the GMDNCC FLORIDA BASEMAP, select the USGS 
Quadrangle(s) corresponding to the paper quadrangle(s) in the COGO folder for 
that park, 
			3)  each quad has a four (4) digit number followed by 
the letter "N", "W",  or "E" associated with north, west and east zones, 
respectfully -- choose the zone which applies to all or most of the previously 
selected quad(s), 
			4) record the quad number (s) on parks COGO folder and 
COGO Boundary Development Sheet. 
		3.1.2  Record the request in your COGO notebook 
	3.2  Electronic survey:  If you need an electronic survey file, notify 
Kayle in writing.  Include the park name, county, Section, Township and Range, 
deed date, grantor and any other information you feel may be helpful. 
		3.2.1  Record the request in your COGO notebook.   
	3.3  TRW/REED tax maps:  Copies of tax maps may be obtained by 
notifying Todd in writing.  Include the county, Section, Township and Range 
with your request. 
		3.3.1 Record the request in your COGO notebook. 
	3.4  Deeds and official records:  For deeds and other count records, 
notify Todd in writing.  Include the county, O.R. book and page numbers and any 
other information you feel may be helpful. Make absolutely certain that the 
parcel  boundaries cannot be completed without this information before you 
request it. 
		3.4.1 Record the request in your COGO notebook.	 
	3.5  Additional information:  Should you require any other resources 
such as government survey plats or water line surveys, notify Todd in writing.  
Include the park name, county, Section, Township and Range and any other 
information you feel may be helpful. 
		3.5.1  Record the request in your COGO notebook. 
 
4  PARCEL BOUNDARY DEVELOPMENT For our purposes a parcel is defined as all that 
area,  upland or submerged, as described by a single deed. 
	4.1  From electronic survey:  If an electronic survey is used, the 
parcel boundary shall be WBLOCKed and INSERTed on the park drawing.  For an 
insertion point, use the POINT OF BEGINNING as specified on the electronic 
survey. 
	4.2  From legal descriptions:  Most parcel boundaries will be created 
from the legal deed descriptions.  These descriptions may provide bearing and 
distance calls or refer to quadrangle sections, manmade or natural features, 
government lots, tax parcels, or a combination thereof. 
		4.2.1 Bearing and distance calls are the most accurate of all 
the deed information and shall be used whenever available, even for water 
lines, section lines and roadways. 
		NOTE:   If a bearing and a distance are provided but the 
description also refers to a specific location (section line, roadway, water 
line, etc.)  and the location can be positively determined, follow the bearing 
to the specified location regardless of the distance. 
		4.2.2  When it is necessary to use information from an 
electronic quad,  verify the entities needed for your parcel boundary then 
duplicate them on your drawing file. 
		4.2.3. If REDI tax maps are used, dimensions may be scaled but 
verify that the scale you are using is correct and that  you can accurately 
locate the parcel boundaries on the electronic quad(s).  Also, parcel 
information may be digitized as a last resort. 
	4.3.  From other sources:  Only as a last resort and in the absence of 
more accurate information, other sources may be used to complete parcel 
boundaries.  However, the use of any sources not specified in this section 
requires Todd's approval. 
		4.3.1.  Also, record your request and Todd's decision in your 
COGO notebook. 
		4.3.2.  Todd will notify Kelley when other information is used. 
 
5 DRAWING REQUIREMENTS 
	5.1  Parcel boundaries:  The boundaries of each parcel shall meet the 
following requirements. 
		5.1.1  All parcel boundaries shall be on the B-PARCEL layer. 
		5.1.2. Individual parcel boundaries should close but do not 
need to be polylines. 
		5.1.3 All temporary lines used to create parcel boundaries 
should be removed. 
		5.1.4. Parcels should not overlap. Notify Todd if this occurs. 
		5.1.5.  When two parcels touch along one or more sides, only 
one (1) dividing line is necessary.  Double lines should be avoided.  
	5.2  Parcel numbers:  Each parcel shall be given a nine (9) digit 
identification number (####-#####) as follows. 
		5.2.1  The first four (4) digits correspond to the Unit I.D. 
Number for the park being developed. 
		5.2.2  The last five (5) digits are used to sequentially number 
the parcels in chronological order according to deed date where "-00001" refers 
to the oldest deed.  NOTE:  If a parcel is added later, chose the next 
available number regardless of deed date and do not renumber the parcels. 
		5.2.3  Clearly label each parcel on the drawing with its 
complete parcel number. 
		5.2.4  All parcel number labels and associated leader lines 
shall be on the B-PARTXT layer. 
		5.2.5 	Record each parcel number, grantor and deed date on the 
park's PARCEL IDENTIFICATION SHEET. 
		5.2.6	If a lease exists without a deed, use the lesser and 
lease date in place of the grantor and deed date and note it on the park's 
PARCEL IDENTIFICATION SHEET. 
		5.2.7	Example:  "0001-00001" would represent the parcel 
described in the oldest deed for Addison Blockhouse S.H.S. 
	5.3	Out parcels:  Out parcels are areas removed from a parcel 
according to the legal description and should have their own respective 
boundaries. 
		5.3.1   All out parcel boundaries shall be on the B-OUTL layer. 
		5.3.2	In addition to its own boundary, each out parcel shall 
have a parcel boundary on the B-PARCEL layer and a park boundary on the B-BNDL  
layer.  
		5.3.3	Clearly label all out parcels with the word "OUT".    
		5.3.4	All "OUT" labels and associated leader lines shall be 
on the B-OUTTXT  layer/  
		5.3.5	Out parcels will not be recorded on the PARCEL 
IDENTIFICATION SHEET. 
	5.4  Park boundary:  After all the parcel boundaries have been 
completed, create a separate polyline boundary for the entire park. 
	         5.4.1  If the park consists of several  non-adjoining pieces, 
each piece should have its own separate polyline boundary. 
	         5.4.2  All boundary lines shall be on the B-BNDL layer.
USER NOTES:
This data is provided 'as is'. GeoPlan relied on the integrity of the original data layer's topology

This data is provided 'as is' by GeoPlan and is complete to our knowledge.

GeoPlan relied on the integrity of the attribute information within the original data.



The OFW layer is a GIS spatial dataset that represents the OFW boundaries throughout the state of Florida. This project involves adding new data to and 
modifying existing data within the OFW data layer for better accuracy and representation.

Boundaries for Outstanding Florida Waters (OFWs) as described in Section 
62-302.700, F.A.C. This layer includes all three types of OFWs: OFW Aquatic 
Preserves, Special OFWs, and Other OFWs.



This data is provided 'as is' and its vertical positional accuracy has not been verified by GeoPlan



A note concerning data scale:

Scale is an important factor in data usage. Certain scale 
datasetsare not suitable for some project, analysis, or
modeling purposes. Please be sure you are using the best
available data.

1:24000 scale datasets are recommended for projects that 
are at the county level.

1:24000 data should NOT be used for high accuracy base 
mapping such as property parcel boundaries.

1:100000 scale datasets are recommended for projects that 
are at the multi-county or regional level.

1:250000 scale datasets are recommended for projects that 
are at the regional or state level or larger.

Vector datasets with no defined scale or accuracy should 
be considered suspect. Make sure you are familiar with 
your data before using it for projects or analyses. Every 
effort has been made to supply the user with data 
documentation. For additional information, see the 
References sectionand the Data Source Contact section of 
this documentation. For more information regarding scale 
and accuracy, see our web pages at:

http://www.geoplan.ufl.edu/education.html

REFERENCES:
Florida Department of Environmental Protection:
http://www.dep.state.fl.us/

DATA LINEAGE SUMMARY:
OFW Aquatic Preserves Category:

Aquatic Preserve boundaries were created by the Florida Marine Research 
Institute (FMRI)/CAMRA.  We are using these boundaries to represent the OFWs 
that are also designated Aquatic Preserves 

Special OFW Category :

The streams and lakes that do not have defined legal boundaries were 
automated using methods other than transferring legal descriptions into a 
digital format.  Because of the interpretive nature of the boundaries for the 
Special Waters Category, we have avoided making any implication that this line 
represents the ordinary high water line that separates the State-owned lands 
from privately-owned lands by referring to this line as a fuzzy boundary or 
trip wire.  Final determinations of these boundaries will require on-site 
inspections or aerial photo-interpretations coupled with field verifications 
and will not be carried out for any of the streams and lakes designated as 
OFWs, in the short term.  These interpretive boundaries were designed to alert 
persons making land use decisions that on-site inspections or further 
investigations by qualified soils scientists or botanists may be necessary.  
These interpretive boundaries are necessary because if a proposed activity 
falls within or near an OFW boundary, different, more stringent permitting 
review standards are imposed on the permittee's application.   
 
The OFW Special Water boundary is based on the contour lines from the 
U.S. Geological  Survey 1:24000-scale quadrangle maps.  This boundary is 
labeled with the elevation of those contours that are most likely to meet the 
criteria of supporting obligate and facultative plants and hydric soils.  These 
elevations are 5 or 10 feet apart vertically, so that other information was 
used to modify the line.  Currently, the best additional information is a set 
of EOSAT satellite images from 1992.  The 1994 EOSAT imagery was also 
available, but because 1994 was an extremely wet year, the spectral reflectance 
values were judged less reliable. 
 
However, other indications that the area inside the Special Waters 
delineation line is likely to meet the rule's criteria are the swamp symbols on 
the quadrangle, the change in slope that is indicative of  the seepage line, or 
springs that indicate that the groundwater is near the surface at  that 
elevation.  Cultural features can also be helpful.  Roads often stop at wetted 
areas and buildings are usually (but not always) built above the elevation of 
the water feature's most frequent floods.  Similarly, railroads are usually 
built up high enough to stay dry.  This information is generally discernible on 
USGS 7.5 minute quadrangles. 

Other OFW Categories :

All other categories are taken from the Lands managed for Conservation 
created and compiled by GEOPLAN or have been created by us using descriptions 
from the Outstanding Florida Waters documentation.  Those boundaries created 
internally were scanned from published materials, registered and rectified with 
1:24,000 USGS Public Land Survey section corners.  Data was then extracted from 
USGS 1:24,000 hydrology layer and attributed.  For boundaries not completely 
represented by USGS 1:24,000 hydrology layer, arcs were digitized directly from 
the scanned material to complete the boundary. 
State Parks and Recreational Areas Category 

The COGO method has several advantages and disadvantages for use in 
producing a database for the OFWs.  It uses primary source material - the legal 
description on the deed.  Data created using this method should have validity 
within the legal system because it is from a source familiar to the courts.  
Other agencies are using the COGO system so it is a familiar process and 
product.  COGO methodology is appropriate in that it weds the new system for 
describing land ownership to the existing system.  Additionally, each parcel 
boundary will be maintained in a digital form and can be extracted from the 
official boundary as a parcel's status changes.  This data layer will also be 
maintained and updated by the stewards of all the state park boundaries data, 
so as the parcel boundaries change, the OFW boundaries will automatically be 
updated.  The downside is that COGO (or the survey data it automates) is labor 
intensive and requires extensive training and expertise to use.  Each legal 
description references source materials that may only be available locally or 
from the county appraiser's office, at a cost of travel and materials.  Each  
park boundary may have numerous parcels transferred to the state at different 
times and some parcel boundaries overlap. 
 
Legal descriptions were transferred to digital form using the COGO 
modules in  ESRI's ARC/INFO software on a UNIX platform DEC Alpha 3000 
workstation and Softdesk's ADDCAD Civil/Survey software on 486/90 DELL personal 
computers configured with 1 gigabyte storage memory, 32 megabytes of RAM, 17" 
VGA monitors and running DOS.  Both platforms are connected to HP-650C 
plotters.  See Standard COGO Procedures developed by the Division of Parks and 
Recreation.
Process Date: 1996

Librarian coverage transformed from NAD27 to HPGN using PROJECT command. Process Date: Spring 1997
Shapefile of this dataset was inserted into Spatial Database Engine. Process Date: Spring 1999
35 NULL and 305 'OUT PARCEL' records were removed at the request of Richard Butgereit and Kathleen Swanson of ERP. Process Date: October 2000
Layer recreated as one OFW layer from three separate OFW designation layers. Process Date: 12/18/02
Inserted updated dataset acquired from Ron Hughes (WRM) and inserted in ArcSDE. This updated dataset has 3747 records. Process Date: 6/23/2005
Inserted updated dataset acquired from Ron Hughes (WRM) and inserted in ArcSDE. This updated dataset has 3755 records. Process Date: 3/28/2006
Inserted updated dataset acquired from Ron Hughes (WRM) and inserted in ArcSDE. This updated dataset has 3756 records. Josslyn Island polygon was to the Pine Island Sound Aquatic Preserve. Process Date: 7/10/2006
This dataset was downloaded by the GeoPlan Center from the FDEP website (http://www.dep.state.fl.us/gis/datadir.asp) on 8/30/2006. When received the data set was in the following projection: Albers NAD 83 HARN. - Added the field DESCRIPT based on NAME. - Added the field FGDLAQDATE based on date downloaded from source. - Upcased all text in the attribute table. - Data set was renamed ofw_other from OUTSTANDING_FLORIDA_WATERS Process Date: 8/30/2006
Metadata imported. Process Date:
MAP PROJECTION PARAMETERS:

Projection                          ALBERS
Datum                               HPGN
Units                               METERS
Spheroid                            GRS1980
1st Standard Parallel               24  0  0.000
2nd Standard Parallel               31 30  0.000
Central Meridian                   -84 00  0.000
Latitude of Projection's Origin     24  0  0.000
False Easting (meters)              400000.00000
False Northing (meters)             0.00000

DATA SOURCE CONTACT (S):

Name:
Abbr. Name:
Address:


Phone:

Web site:
E-mail:
Contact Person:
         Phone:
        E-mail:
Florida Department of Environmental Protection (FDEP) BIS/GIS Section
FDEP
2600 Blair Stone Rd Twin Towers MS 6520
Tallahassee, FL
32399-2400
850/245-8238

http://www.dep.state.fl.us/gis/datadir.asp ronald.hughes@dep.state.fl.us Ron Hughes

FGDL CONTACT:
Name:                   FLORIDA GEOGRAPHIC DATA LIBRARY
Abbr. Name:             FGDL
Address:                Florida Geographic Data Library
                        431 Architecture Building
                        PO Box 115706
                        Gainesville, FL  32611-5706
Web site:               http://www.fgdl.org

Contact FGDL: 

      Technical Support:	        http://www.fgdl.org/fgdlfeed.html
      FGDL Frequently Asked Questions:  http://www.fgdl.org/fgdlfaq.html
      FGDL Mailing Lists:		http://www.fgdl.org/fgdl-l.html
      For FGDL Software:                http://www.fgdl.org/software.html