drainage_basin

Basins determined by DEP en Drainage Basins none Florida none For best results in analysis and cartography, it is necessary to view the 1997 lines and polygons together, along with the earlier data from 1995. This dataset contains only the basins as far south as the Caloosahtachee and St. Lucie River basins. Due to the lack of natural flow farther south, coupled with the active pumping of water via canal and channelized streams, this basin coverage currently reflects only those streams with partial natural flow. Future additions to this coverage intend to include the basin delineations created by the SFWMD. The agency's basins datasets are currently being reviewed and an update will tentatively be added to the data library in late 2002 or 2003. Due to the evolving nature of these boundaries, no linework should be considered absolute. Any polygons added by the WMDs during their reviews of the Data Library version of the Basins coverage are NOT included in this coverage. This is equivalent to 20 - 30 additions/subtractions that were affected by the WMDs. However, the addition of the Kissimmee, Caloosahatchee, Alabama, and Georgia drainage areas should make up for these exclusions. Also missing from this basin coverage are the PK_BASIN, UFLAG, and DATE fields, which were used to indicate additions or corrections made by the WMDs. These fields were never used by the USGS in its basins, which is the source. ESRI ArcCatalog 9.2.6.1500 DEP/WRM/BWM 1999 drainage_basin_SRC drainage_basin_SRC vector digital data withheld ground condition 1997 In work None planned -87.323799 -86.770958 31.007191 30.340056 1083723.225553 1252235.274553 498227.125500 737176.276500 Feature Class withheld GIF 7 1/2" USGS Quadrangle maps 24,000 paper ARC/INFO 7.2.1 The basin boundaries were hand drawn on quads then digitized along with streams to provide regional coverages. This dataset is comprised of the basins data supported by the USGS and includes several additions based on their work. Notably, these additions include: - A fourth-order stream breakdown of the Kissimmee River drainage basins (HUC# 03090201). Including the Kissimmee River, Taylor Creek, and Fisheating Creek. - A fourth-order stream breakdown of the Caloosahatchee River (HUC# 03090205) drainage basins. - 1:100,000 major basin delineations for all flow originating in Georgia and Alabama and passing through the panhandle of Florida. These polygons were used to calculate total flow of basins originating outside the state of Florida including the Apalachicola, Suwanee, and Escambia Rivers. Corrections were also made, via ARC/INFO, to data contained in the Polygon Attribute Table. These included spelling errors in names, incorrect HUC designations, and incorrect/missing Extended HUC numbers. Currently, there are approximately 75 basins missing an Extended HUC designation, but these basins will be corrected and attributes assigned shortly. 1997-98 US Geological Survey Agustín Sepúlveda/Don Foose/Patrick Pence 850/942-9500 x3026 Dataset moved. withheld 20050429 11350600 Metadata imported. withheld 20050429 11471700 Dataset copied. withheld 20071001 15000600 Original USGS items: -------------------- HUC - USGS hydrologic unit code. Hydrologic unit is a USGS designation for the major drainage basins in Florida; the term is used state-wide. There are eight hydrologic units in the District. EXTHUC - The extended hydrologic unit code is an eight digit code assigned by USGS to each watershed. The digits signify a hydrologic hierarchy: - the first two digits denote the primary basin (redefined as item FIRST) - the second two digits denote the secondary basin (SECOND) - the third two digits denote the tertiary basin (THIRD) - the fourth two digits denote the quaternary basin (FOURTH) - For example, in HUC 03080101 any watershed with an EXTHUC starting with 15------ is part of the same drainage basin (Jane Green Creek). - If a watershed's EXTHUC contains 99 (99------, --99----, ----99--, or ------99), this indicates that other watersheds flow into it. This is important for determining the total area of any drainage basin. For example, in HUC 03080101, the EXTHUC for Tyson Creek is 15509900. This means that other watersheds flow into it, and to determine the total drainage area for Tyson Creek you must also include the drainage area for all EXTHUCs within HUC 03080101 starting with 1550 (15505000, 15505500, 15505700, and 15506000). None of these tributary watersheds have a 99 in the EXTHUC, and therefore, none have any additional watersheds flowing into them. EXTHUC = 99000000 is used for the main waterbodies that each HUC is based on, i.e. the main stem of the St. Johns River, Ocklawaha River, Indian River Lagoon, etc. These mainstem watersheds are more uniquely described by the planning unit codes (pu and pu-id). BASIN - Name (e.g. Sixmile Creek, unnamed canal, Crescent Lake) SQ_MILES - The conversion of the AREA value to square miles FEATURE - See following . . . The definitions of these descriptors are by Don Foose (USGS Tallahassee), followed by definitions from the "International Glossary of Hydrology" compiled by a joint committe of the World Meteorological Organization and the United Nations Educational, Scientific, and Cultural Organization. Don's definitions are tailored to Florida and/or to GIS needs. Definitions are listed as 1. the Don Foose definition, and 2. the IGH definition STREAM 1. A natural surface-water feature with flow in a defined channel. 2. A body of water, generally flowing in a natural surface channel. DRAIN 1. A small stream, generally unnamed, with a defined channel, that typically, accepts overflow from a swamp or other depression. DITCH 1. A small manmade drainage feature, usually completely artificial but occaisonally a channelized drain. 2. An artificial small-size open channel constructed through earth or rock for the purpose of conveying water. CANAL 1. A large manmade drainage feature, usually completely artificial but may be a channelized stream. Often named. 2. Artificial open channel. SLOUGH 1. A natural surface-water feature with flow but no defined channel. 2. Not defined by IGH. LAKE 1. A natural body of water. Small lakes may be called ponds. Waterfilled sinkholes are often considered to be lakes. Wide portions of streams with greatly reduced flow are usually considered lakes. 2. An inland body of water of considerable size. RESERV 1. An artificial lake or pond. Includes stock ponds, real estate lakes, and impoundments. A reservoir. 2. A body of water, either natural or artificial, used for storage, regulation, and control of water. NONCON 1. Area that is within the drainage boundary of a water feature but which is drained internally and does not contribute runoff to the water feature. A noncontributing area. 2. Not defined by IGH. OUTLET 1. Outflow stream from a reservoir or lake. 2. Opening through which water flows out of a reservoir or stream. BAY 1. Invagination in the coastal shoreline prominent enough to be considered a seperate feature. Usually named. 2. Not defined by IGH. BAYOU 1. A stream without gradient but with flow generated by tide or stream discharge. 2. Not defined by IGH. LAGOON 1. An elongated shallow water body with poorly defined tidal flux, protected bya barrier island. 2. A shallow sound, channel, or pond communicating with a larger body of water, or a shallow artificial pool or pond. RUNOFF 1. Direct surface or subsurface flow to a water body. 2. Outflow of water towards the streams along the ground surface or within the soil. REACH 1. A section of a stream. The section will often be separated by a lake or marsh from other sections and may have a different name. 2. A straight, continuous, or extended part of a stream viewed without interruption (as between two bends) or chosen between two specified points:.... Shape Shape.STLength() Double 0 0 0 Feature geometry. ESRI Coordinates defining the features. DrainageBasins Feature Class 144 Shape.STArea() gisdata.GISADMIN.drainage_basin_SRC.AREA Double 8 38 8 Shape.STLength() FEATURE String 7 0 0 FEATURE PERIMETER Double 8 38 8 PERIMETER HUC String 9 0 0 HUC EXTHUC String 9 0 0 EXTHUC BASIN String 23 0 0 BASIN SQ_MILES Double 8 38 8 SQ_MILES GlobalID GlobalID 38 0 0 Feature geometry. ESRI Coordinates defining the features. GlobalID created_user String 255 0 0 created_user created_date Date 8 0 0 created_date last_edited_user String 255 0 0 last_edited_user last_edited_date Date 8 0 0 last_edited_date Shape Geometry 4 0 0 Feature geometry. Esri Coordinates defining the features. SHAPE OBJECTID OID 4 Feature geometry. ESRI Coordinates defining the features. 10 0 OBJECTID Shape.STArea() Double 0 0 0 Internal feature number. ESRI Sequential unique whole numbers that are automatically generated. Drainage Basins 1997 (areas) 1.784 1.784 20090526 Florida Department of Environmental Protection GIS Section mailing and physical address

2600 Blair Stone Rd Twin Towers MS 6520

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