2009012114373700FALSE20090122085700002009012208570000{C68E3357-FFF6-419D-8F56-0F99752994F9}Microsoft Windows XP Version 5.1 (Build 2600) Service Pack 3; ESRI ArcCatalog 9.3.0.1770enQuadBasins are drainage areas that were manually delineated from U.S. Geological Survey 7.5 minute topographic maps, and thus are based on contours and hydrography mapped at that scale. However, the boundaries have been extensively revised using project area knowledge, and in some cases, information from local governments and consultants regarding stormwater drainage. Delineation of boundaries is the responsibility of the Engineering Division. Date of last update: December 2008.The Water Resources Geodatabase (WRGDB) was created to integrate water-related spatial information on a 1:24,000 scale, in a relational manner that supports hydrologic analysis and modeling efforts. The District uses this information for general mapping and cartographic purposes, and for small and medium scale hydrologic and assessment applications.Users should be aware that these QuadBasin boundaries include water area as well as land area. Some SJRWMD QuadBasins are dominated by very large waterbodies, such as the Indian River Lagoon, and the surface area of water far outweighs the surface area of land in that QuadBasin. A report documenting an earlier version of this data layer (with maps and tables) is available through the SJRWMD Library (SunCom-860.4132, Phone-904.329.4132): Surface Water Drainage Basin Boundaries, St. Johns River Water Management District: A Reference Guide. Technical Publication SJ97-1. UPDATES, RELATED DATA LAYERS, and RELATED APPLICATIONS: 1. In September 2000, the predecessor to the layer was used as the basis for deriving the Mitigation Regulatory Boundaries, which have been incorporated into the Florida Administrative Code. Significant QuadBasin revisions need to be coordinated with the Water Resources Department, Division of Environmental Resource Management, in case the derived Mitigation Regulatory Boundaries need to be revised as well. The contact is Michelle Reiber (as of December 2005). 2. The District maintains an Oracle Spatial layer which is used to populate items in the station header table when stations are created or revised. When the QuadBasins layer is revised, the Oracle Spatial layer should be updated. 3. Related data layers: Planning Units are aggregations of QuadBasins. Major Basins are aggregations of Planning Units. 4. The District's Nexrad IMS application uses a copy of the Major Basins intersected with Nexrad pixels. When Major Basins are revised, this derived layer also needs to be updated. 5. This layer was used as a base reference in the development of the statewide Hydrologic Unit Boundaries NRCS layer (first completed in December 2005). Any significant revisions should be submitted to Jean-Paul Calixte, NRCS Gainesville, with revisions clearly identified.St. Johns River Water Management District.January 8, 20092009_Jesup_NonContributing_Basinsvector digital data\\palfile\sjrx\ES\MSJRB\_all\requests\Marcy_Policastro\2009_Jesup_NonContributing_Basins.shpPalatka, FloridaSt. Johns River Water Management Districtpublication dateREQUIRED: The year (and optionally month, or month and day) for which the data set corresponds to the ground.CompleteIrregular-81.388027-81.24594228.77134828.539073462123.070000475939.7700003156981.7000003182678.230000SJRWMD-GIS Metadata ThesaurusArc HydroWaterCatchmentsDrainage basinsHydrographyinland WatersFloridaSt. Johns River Water Management DistrictAlachua CountyBaker CountyBradford CountyBrevard CountyClay CountyDuval CountyFlagler CountyIndian River CountyLake CountyMarion CountyNassau CountyOkeechobee CountyOrange CountyOsceola CountyPolk CountyPutnam CountySeminole CountySt. Johns CountyVolusia CountySJRWMD-GIS Metadata ThesaurusNoneThe St. Johns River Water Management District prepares and uses information for its own purposes and this information may not be suitable for other purposes. This information is provided "as is". Further documentation of this data can be obtained by contacting: St. Johns River Water Management District, Division of Integrated Application Systems, Post Office Box 1429, Palatka, Florida, 32178-1429, (386) 329-4500.ShapefileSt. Johns River Water Management DistrictGIS Data Manager, Information Resources Department386-329-4145gis_support@sjrwmd.com0800 - 1700 ETThis data set was compiled from a combination of USGS data sets, internal SJRWMD data sets, and SJRWMD staff knowledge.Microsoft Windows XP Version 5.1 (Build 2600) Service Pack 3; ESRI ArcCatalog 9.3.0.17702009_Jesup_NonContributing_Basins462123.07475939.773182678.233156981.71-81.388027-81.24594228.77134828.5390731enFGDC Content Standards for Digital Geospatial MetadataFGDC-STD-001-1998local timeREQUIRED: The person responsible for the metadata information.REQUIRED: The organization responsible for the metadata information.REQUIRED: The mailing and/or physical address for the organization or individual.REQUIRED: The city of the address.REQUIRED: The state or province of the address.REQUIRED: The ZIP or other postal code of the address.REQUIRED: The telephone number by which individuals can speak to the organization or individual.20090122http://www.esri.com/metadata/esriprof80.htmlESRI Metadata ProfileISO 19115 Geographic Information - MetadataDIS_ESRI1.0datasetDownloadable DataThe St. Johns River Water Management District prepares and uses information for its own purposes and this information may not be suitable for other purposes. This information is provided "as is". Further documentation of this data can be obtained by contacting: St. Johns River Water Management District, Division of Integrated Application Systems, Post Office Box 1429, Palatka, Florida, 32178-1429, (386) 329-4500.NoneESRI personal geodatabase0.0130.013www.sjrwmd.comsearch for GIS Data Download page002file://\\palfile\sjrx\ES\MSJRB\_all\requests\Marcy_Policastro\2009_Jesup_NonContributing_Basins.shpLocal Area Network0.013ShapefileVectorSimplePolygonFALSE7TRUEFALSEG-polygon7GCS_North_American_1983_HARNNAD_1983_HARN_UTM_Zone_17Ncoordinate pairmeters0.0000000.000000Transverse Mercator0.999600-81.0000000.000000500000.0000000.000000D_North_American_1983_HARNGeodetic Reference System 806378137.000000298.257222Explicit elevation coordinate included with horizontal coordinates1.000000NAD_1983_HARN_UTM_Zone_17N72009_Jesup_NonContributing_BasinsFeature Class7FIDFIDOID400Internal feature number.ESRISequential unique whole numbers that are automatically generated.OBJECTIDOBJECTIDNumber9Internal feature number.ESRISequential unique whole numbers that are automatically generated.HYDROIDHYDROIDNumber9A unique feature identifier in the Water Resources GeodatabaseHYDROCODEHYDROCODENumber9A permanent public identifier of the feature in the Water Resources Geodatabase; it is used to acquire information about the feature from information systems external to the geodatabase. JUNCTIONIDJUNCTIONIDNumber9The HydroID of the Hydrojunction that relates the QuadBasin to the network.NAMENAMEString50QuadBasin namePUSEQPUSEQNumber9A numeric sequence number, unique within each Planning Unit; comprises the second half of the HydroCode. If a QuadBasin is divided into two QuadBasins, both are assigned new PUSEQs.PLANNINGUNPLANNINGUNString3MAJORBASINMAJORBASINNumber4District Major Basin number: 1 through 10. See Overview Description for a complete list. 1Nassau RiverSJRWMD major drainage basin2St. Marys RiverSJRWMD major drainage basin3Lower St. Johns RiverSJRWMD major drainage basin4Middle St. Johns RiverSJRWMD major drainage basin5Lake GeorgeSJRWMD major drainage basin6Upper St. Johns RiverSJRWMD major drainage basin7Ocklawaha RiverSJRWMD major drainage basin8Florida RidgeSJRWMD major drainage basin9Northern CoastalSJRWMD major drainage basin10Indian River LagoonSJRWMD major drainage basinREVSDATEREVSDATEDate8Date of last revision (feature-based)0Non-ContributingContributing1ContributingContributingAREASQKMAREASQKMFloat19Area of the QuadBasin in square kilometers.11CONTRIBUTICONTRIBUTINumber4COMMENTSCOMMENTSString254GRIDIDGRIDIDNumber9NEXTDOWNIDNEXTDOWNIDNumber9SHAPEShapeGeometry000Feature geometry.ESRICoordinates defining the features.EDIT_DATEEDIT_DATEDate8SHAPE_LengSHAPE_LengFloat1911SHAPE_AreaSHAPE_AreaFloat19Area of feature in internal units squared.ESRIPositive real numbers that are automatically generated.11GISWRGDB_STAGE.HydroJunctionHasQuadBasinRelationshipSJRWMD Major Basins: (field MAJORBASIN) 1 Nassau River 2 St. Marys River 3 Lower St. Johns River 4 Middle St. Johns River 5 Lake George 6 Upper St. Johns River 7 Ocklawaha River 8 Florida Ridge 9 Northern Coastal 10 Indian River Lagoon SJRWMD Planning Units (field PlanningUnit): Nassau River 1A Nassau River St. Marys River 2A Upper St. Marys River Unit 2B Middle St. Marys River Unit 2C Lower St. Marys River Unit Lower St. Johns River 3A Crescent Lake 3B Etonia Creek 3C Black Creek 3D Ortega River 3E Trout River 3F Deep Creek Unit 3G Sixmile Creek 3H Julington Creek 3I Intracoastal Waterway 3J South Mainstem Unit 3K North Mainstem Unit Middle St. Johns River 4A Econlockhatchee River 4B Deep Creek Unit 4C Lake Jesup 4D Lake Monroe Unit 4E Wekiva River Lake George 5A Lake Woodruff Unit 5B Alexander Springs Creek 5C Lake George Unit 5D Lake Kerr Unit Upper St. Johns River 6A Fort Drum Creek Unit 6B Blue Cypress Creek Unit 6C Fellsmere Unit 6D Interbasin Diversion Unit 6E Jane Green Creek 6F St. Johns Marsh Unit 6G Lake Poinsett Unit 6H Tosohatchee Unit 6I Puzzle Lake Unit Ocklawaha River 7A Palatlakaha River 7B Lake Apopka 7C Lake Harris Unit 7D Lake Griffin Unit 7E Marshall Swamp Unit 7F Rodman Reservoir Unit 7G Orange Creek Florida Ridge 8A Florida Ridge Unit Northern Coastal 9A Halifax River Unit 9B Pellicer Creek Unit 9C Matanzas River Unit 9D Tolomato River Unit Indian River Lagoon 10A Mosquito Lagoon Unit 10B Banana River Unit 10C North Indian River Lagoon Unit 10D North Central Indian River Lagoon Unit 10E South Central Indian River Lagoon Unit20090122The geometry and most of the attribution was imported from the SDE Catchments_2006 layer.C:\TempChris\GISWRGDB_template.xml2007112111081000August 8, 2007The Noncontributing field was updated based on the presence of flowlines in the layer HydroEdge. September 2007Update QuadBasin boundaries using the changes in the SDE layer CatchmentEdits. HydroJunctions for Quadbasins were updated at the same time. CatchmentEdit revisions were directed by David Clapp, Engineering Division, June 2007 through March 2008. Much of the focus (but not all) was on separating basins at important monitoring stations.July 2008Update QuadBasin features according to information from Whitney Green and Nathan Martin in Environmental Sciences (as reviewed by David Clapp). Associated HydroJunctions were revised, and deleted in cases where QuadBasins were deleted. The Primary field in HydroEdge was also updated as needed.September 2008Revised QuadBasin boundaries to match, where appropriate, the Mitigation Basin boundary revisions that became effective November 5, 2008. QuadBasins do not completely match Mitigation Basins; in some cases, Engineering chose to leave them as is. There were also some additional boundary adjustments between the IRL and USJRB. Server=earth; Service=5150:giswrgdb_stage; User=giswrgdb_stage; Version=GISWRGDB_STAGE.DEFAULT2008101620345400December 2008Dataset copied.Server=earth; Service=5150:giswrgdb_stage; User=giswrgdb_stage; Version=GISWRGDB_STAGE.DEFAULT2009010818550500Dataset copied.Server=earth; Service=5150:GISWRGDB; User=sdeuser; Version=GISWRGDB.DEFAULT2009012114164000Dataset copied.\\palfile\sjrx\ES\MSJRB\2009_Surface_Water_Boundaries.gdb2009012114373700