RCI On & Off System Roads - Current & Future Flood Exposure

University of Florida GeoPlan Center20170601RCI On & Off System Roads - Current & Future Flood Exposure - 2017Vector Digital Data Set (Polyline)Road LayersRLGainesville, FLUniversity of Florida GeoPlan CenterState of Floridahttps://sls.geoplan.ufl.edu/download-data/This dataset contains analyses of roadways exposed to current flooding and future flooding under various sea level rise (SLR) scenarios. Roadways analyzed in this dataset include on-system and off-system roads from the July 2016 version of the Florida Department of Transportation Roads Characteristics inventory (RCI) dataset. The FDOT GIS On-systems Roads feature class provides spatial information on active main-line roads maintained by Florida DOT. Off-System roads consist of roads not maintained by Florida DOT that are city or county owned. This dataset was created for the Sea Level Scenario Sketch Planning Tool.The purpose of the Sea Level Scenario Sketch Planning Tool is to help identify transportation infrastructure vulnerable to current and future flood risks. The tool analyzes and visualizes current flood risks (100-year and 500-year floodplains and hurricane storm surge zones) as well as future flood risks using sea level rise (SLR) scenarios from the U.S. Army Corps of Engineers (USACE) and the National Oceanic and Atmospheric Administration (NOAA)/ National Climate Assessment. The Tool includes (1) a map viewer to help visualize vulnerable infrastructure to flooding, (2) GIS data layers available for download, and (3) an ArcGIS calculator tool for creating GIS layers of SLR inundation. https://sls.geoplan.ufl.edu/The SLS Sketch Planning Tool was created by the University of Florida GeoPlan Center with funding from the Florida Department of Transportation. This work has been completed over three phases and multiple years (2012 – 2017). The GeoPlan Center has recently finished Phase 3 of this work, culminating in updated SLR models of inundation and an updated Map Viewer. https://sls.geoplan.ufl.edu/EN20170601publication dateCompleteAs needed-87.587083-79.87303031.04202324.508491NoneOn SystemOff SystemRoadway Characteristics InventoryRoadsTransportationOn-system RoadsOff-system RoadsHighwaysRCIFlood HazardISO 19115 Topic CategoriestransportationUSGS Thesaurussea-level changeCommon geographic areasFloridaNone2017NoneThis product has been compiled from the most accurate source data from the Florida Department of Transportation's Transportation Statistics Office and SLR Rasters produced by the GeoPlan Center. However, this product is for reference purposes only and is not to be construed as a legal document or survey instrument. Any reliance on the information contained herein is at the user's own risk. The Florida Department of Transportation and the GeoPlan Center assumes no responsibility for any use of the information contained herein or any loss resulting therefrom.University of Florida GeoPlan Centermailing and physical address

131 Architecture BLDG, PO Box 115706

GainesvilleFlorida32611-5706USAFlorida Relay: 1-800-955-1339 (ASCII)Florida Relay: 1-877-955-8773 (Spanish)Florida Relay: 1-800-955-8770 (Voice)Florida Relay: 711Florida Department of Transportation: TDD/TTY: 850-410-5708sls@geoplan.ufl.eduUniversity of Florida GeoPlan Center, and FDOTMicrosoft Windows 7 Version 6.1 (Build 7601) Service Pack 1; Esri ArcGIS 10.4.1.5686https://sls.geoplan.ufl.edu/GeoPlan relied on the integrity of the attribute information within the original data.N/AAll data for this dataset are logically consistent.This dataset is complete as of date of production.This data is provided 'as is' and its horizontal positional accuracy has not been verified by GeoPlanN/AThis data is provided 'as is' and its vertical positional accuracy has not been verified by GeoPlanN/A24000onlineSpatial and Attribute InformationGeoPlanPart 1 (Date: 20170317) SLR RCI ON OFF Master Layer Creation Description: Create the standardized RCI layer (RCI_ON_OFF_PLUS_JUL16_20161015) InfrastructureWorkspace = "Q:/data_output/kate/2017_datasets/geoplan/SLR/RCI_Roads/FDOT_RCI_Roads_20160702_clean.gdb/RCI_ON_OFF_PLUS_JUL16_20161015" Steps: 1. Merged RCI_OFF_JUL16 & RCI_ON_JUL16 together. - Add field TYPE to distingue between the two types. - For Example, TYPE = 'RCI ON' 2. Add field COUNTY. - Calculate field based off of first two characters in the ROADWAY field. 3. Add fields: - ROADWAY_BEP = Combination of ROADWAY field and Begin and End roadway segment point fields. Calculation = [ROADWAY] & " [" & [BEGSECPT] & " - " & [ENDSECPT] & "]" - ROADWAY_BP = Combination of ROADWAY field and Begin roadway segment point field. Calculation = [ROADWAY] & " [" & [BEGSECPT] & "]" 4. Add fields: AADT (10 Number --- ) AVE_ADDT (10 Number --- ) MIN_ADDT (10 Number --- ) MAX_ADDT (10 Number --- ) FUNCLASS (2 String --- ) FUNCLASSD (50 String --- ) LANE_CNT (19 Float 11 ) AVE_LANE (10 Number --- ) MIN_LANE (10 Number --- ) MAX_LANE (10 Number --- ) FED_AID (50 String --- ) ROADWAY_BP (50 String --- ) DFIRMSFHAF (19 Float 11 ) DFIRMSFHAP (19 Float 11 ) DFIRM100FT (19 Float 11 ) DFIRM100PC (19 Float 11 ) DFIRM500FT (19 Float 11 ) DFIRM500PC (19 Float 11 ) FEM96SFHAF (19 Float 11 ) FEM96SFHAP (19 Float 11 ) FEMA100FT (19 Float 11 ) FEMA100PC (19 Float 11 ) FEMA500FT (19 Float 11 ) FEMA500PC (19 Float 11 ) CAT_T_FT (19 Float 11 ) CAT_T_PC (19 Float 11 ) CAT_1_FT (19 Float 11 ) CAT_1_PC (19 Float 11 ) CAT_2_FT (19 Float 11 ) CAT_2_PC (19 Float 11 ) CAT_3_FT (19 Float 11 ) CAT_3_PC (19 Float 11 ) CAT_4_FT (19 Float 11 ) CAT_4_PC (19 Float 11 ) CAT_5_FT (19 Float 11 ) CAT_5_PC (19 Float 11 ) TYPE (20 String --- ) ROADWAY_BE (50 String --- ) GCID (10 Number --- ) STUDY_AREA (20 String --- ) LEN_FT (19 Float 11 ) DESCRIPT (20 String --- ) FLAG_LN (5 String --- ) FLAG_AADT (5 String --- ) FLAG_FUNC (5 String --- ) FLAG_LANE (5 String --- ) FLAG_FAID (5 String --- ) FGDLAQDATE (8 Date --- ) AUTOID (10 Number --- ) EVAC (5 String --- ) 5. Add fields: C1MHHW40FT (19 Float 11 ) C1MHHW40PC (19 Float 11 ) C2MHHW40FT (19 Float 11 ) C2MHHW40PC (19 Float 11 ) C3MHHW40FT (19 Float 11 ) C3MHHW40PC (19 Float 11 ) C4MHHW40FT (19 Float 11 ) C4MHHW40PC (19 Float 11 ) C5MHHW40FT (19 Float 11 ) C5MHHW40PC (19 Float 11 ) C1MSL40FT (19 Float 11 ) C1MSL40PC (19 Float 11 ) C2MSL40FT (19 Float 11 ) C2MSL40PC (19 Float 11 ) C3MSL40FT (19 Float 11 ) C3MSL40PC (19 Float 11 ) C4MSL40FT (19 Float 11 ) C4MSL40PC (19 Float 11 ) C5MSL40FT (19 Float 11 ) C5MSL40PC (19 Float 11 ) C1MHHW50FT (19 Float 11 ) C1MHHW50PC (19 Float 11 ) C2MHHW50FT (19 Float 11 ) C2MHHW50PC (19 Float 11 ) C3MHHW50FT (19 Float 11 ) C3MHHW50PC (19 Float 11 ) C4MHHW50FT (19 Float 11 ) C4MHHW50PC (19 Float 11 ) C5MHHW50FT (19 Float 11 ) C5MHHW50PC (19 Float 11 ) C1MSL50FT (19 Float 11 ) C1MSL50PC (19 Float 11 ) C2MSL50FT (19 Float 11 ) C2MSL50PC (19 Float 11 ) C3MSL50FT (19 Float 11 ) C3MSL50PC (19 Float 11 ) C4MSL50FT (19 Float 11 ) C4MSL50PC (19 Float 11 ) C5MSL50FT (19 Float 11 ) C5MSL50PC (19 Float 11 ) C1MHHW60FT (19 Float 11 ) C1MHHW60PC (19 Float 11 ) C2MHHW60FT (19 Float 11 ) C2MHHW60PC (19 Float 11 ) C3MHHW60FT (19 Float 11 ) C3MHHW60PC (19 Float 11 ) C4MHHW60FT (19 Float 11 ) C4MHHW60PC (19 Float 11 ) C5MHHW60FT (19 Float 11 ) C5MHHW60PC (19 Float 11 ) C1MSL60FT (19 Float 11 ) C1MSL60PC (19 Float 11 ) C2MSL60FT (19 Float 11 ) C2MSL60PC (19 Float 11 ) C3MSL60FT (19 Float 11 ) C3MSL60PC (19 Float 11 ) C4MSL60FT (19 Float 11 ) C4MSL60PC (19 Float 11 ) C5MSL60FT (19 Float 11 ) C5MSL60PC (19 Float 11 ) C1MHHW70FT (19 Float 11 ) C1MHHW70PC (19 Float 11 ) C2MHHW70FT (19 Float 11 ) C2MHHW70PC (19 Float 11 ) C3MHHW70FT (19 Float 11 ) C3MHHW70PC (19 Float 11 ) C4MHHW70FT (19 Float 11 ) C4MHHW70PC (19 Float 11 ) C5MHHW70FT (19 Float 11 ) C5MHHW70PC (19 Float 11 ) C1MSL70FT (19 Float 11 ) C1MSL70PC (19 Float 11 ) C2MSL70FT (19 Float 11 ) C2MSL70PC (19 Float 11 ) C3MSL70FT (19 Float 11 ) C3MSL70PC (19 Float 11 ) C4MSL70FT (19 Float 11 ) C4MSL70PC (19 Float 11 ) C5MSL70FT (19 Float 11 ) C5MSL70PC (19 Float 11 ) C1MHHW80FT (19 Float 11 ) C1MHHW80PC (19 Float 11 ) C2MHHW80FT (19 Float 11 ) C2MHHW80PC (19 Float 11 ) C3MHHW80FT (19 Float 11 ) C3MHHW80PC (19 Float 11 ) C4MHHW80FT (19 Float 11 ) C4MHHW80PC (19 Float 11 ) C5MHHW80FT (19 Float 11 ) C5MHHW80PC (19 Float 11 ) C1MSL80FT (19 Float 11 ) C1MSL80PC (19 Float 11 ) C2MSL80FT (19 Float 11 ) C2MSL80PC (19 Float 11 ) C3MSL80FT (19 Float 11 ) C3MSL80PC (19 Float 11 ) C4MSL80FT (19 Float 11 ) C4MSL80PC (19 Float 11 ) C5MSL80FT (19 Float 11 ) C5MSL80PC (19 Float 11 ) C1MHHW90FT (19 Float 11 ) C1MHHW90PC (19 Float 11 ) C2MHHW90FT (19 Float 11 ) C2MHHW90PC (19 Float 11 ) C3MHHW90FT (19 Float 11 ) C3MHHW90PC (19 Float 11 ) C4MHHW90FT (19 Float 11 ) C4MHHW90PC (19 Float 11 ) C5MHHW90FT (19 Float 11 ) C5MHHW90PC (19 Float 11 ) C1MSL90FT (19 Float 11 ) C1MSL90PC (19 Float 11 ) C2MSL90FT (19 Float 11 ) C2MSL90PC (19 Float 11 ) C3MSL90FT (19 Float 11 ) C3MSL90PC (19 Float 11 ) C4MSL90FT (19 Float 11 ) C4MSL90PC (19 Float 11 ) C5MSL90FT (19 Float 11 ) C5MSL90PC (19 Float 11 ) C1MHHW100F (19 Float 11 ) C1MHHW100P (19 Float 11 ) C2MHHW100F (19 Float 11 ) C2MHHW100P (19 Float 11 ) C3MHHW100F (19 Float 11 ) C3MHHW100P (19 Float 11 ) C4MHHW100F (19 Float 11 ) C4MHHW100P (19 Float 11 ) C5MHHW100F (19 Float 11 ) C5MHHW100P (19 Float 11 ) C1MSL100F (19 Float 11 ) C1MSL100P (19 Float 11 ) C2MSL100F (19 Float 11 ) C2MSL100P (19 Float 11 ) C3MSL100F (19 Float 11 ) C3MSL100P (19 Float 11 ) C4MSL100F (19 Float 11 ) C4MSL100P (19 Float 11 ) C5MSL100F (19 Float 11 ) C5MSL100P (19 Float 11 ) 6. Add fields: FT_INUNDAT (19 Float 11 ) PC_INUNDAT (19 Float 11 )20170317University of Florida GeoPlan CenterGeoPlanPart 2 (Date: 20170317) Downloaded and added ROADWAY_BEP and ROADWAY_BP fields to the following FDOT layers: FDOT_LOCALNAMES AADT FUNCLASS NUMBER_OF_LANES RCI_FEDAID Step 1 Added and calculated the following fields: - ROADWAY_BEP = Combination of ROADWAY field and Begin and End roadway segment point fields. Calculation = [ROADWAY] & " [" & [BEGSECPT] & " - " & [ENDSECPT] & "]" - ROADWAY_BP = Combination of ROADWAY field and Begin roadway segment point field. Calculation = [ROADWAY] & " [" & [BEGSECPT] & "]" - Some layers referred to these fields as [BEGIN_POST] & [END_POST] instead. Step 2 Joined FDOT Data from each Layer listed above over to the Master RCI_ON_OFF combination layer based on the field ROADWAY_BEP. Updated the corresponding FLAG field for each to Verified (V). Step 3 For the RCI_ON_OFF combination layer records that did not have an exact ROADWAY_BEP join match, a new join was created between the FDOT Data from each Layer listed above over to the Master RCI_ON_OFF combination layer based on the field ROADWAY_BP. Updated the corresponding FLAG field for each to Not Verified (NV).20170317University of Florida GeoPlan CenterGeoPlanPart 3 (Date: 20170401) Downloaded the following FEMA layers: DFIRM_FLDHAZ FEMA96 Step 1 Added and calculated a LEN_FT field to the Master RCI_ON_OFF combination layer. Step 2 Intersected the Master RCI_ON_OFF combination layer with each of the layers listed above. Step 3 Calculated total roadway segment feet intersected and percent of total segment intersected for each layer for the following: Special Flood Hazard Area (SFHA), 100-Year Floodplain, and the 500-Year Floodplain.20170403University of Florida GeoPlan CenterGeoPlanPart 4 (Date: 20170403) Downloaded the following FDEM layers: http://www.floridadisaster.org/gis/data/evac_routes.zip http://www.floridadisaster.org/gis/data/index.htm#evaczones Step 1 Intersected the Master RCI_ON_OFF combination layer with each of the layers listed above. Step 2 Calculated total roadway segment feet intersected and percent of total segment intersected for each layer for the following: Evacuation Routes, and all 6 Hurricane Evacuation Zone Categories.20170403University of Florida GeoPlan CenterGeoPlanPart 5 (Date: 20170601) SLR INTERSECT HOW TO Description: Intersects the standardized RCI layer with the inundation scenario layers. Steps: 1. Intersect RCI_ON_OFF_PLUS_JUL16_20161015 with inundation scenario layers: Example: FLAG_2040_C1_MHHW_HC FLAG_2040_C2_MHHW_HC FLAG_2040_C4_MHHW_HC FLAG_2070_C1_MHHW_HC FLAG_2070_C2_MHHW_HC FLAG_2070_C4_MHHW_HC FLAG_2100_C1_MHHW_HC FLAG_2100_C2_MHHW_HC FLAG_2100_C4_MHHW_HC Result Example: RCI_ON_OFF_PLUS_JUL16_20161015_FLAG_2070_C4_MHHW_HC 2. Turn results from multipart to single part Result Example: RCI_ON_OFF_PLUS_JUL16_20161015_FLAG_2070_C4_MHHW_HC_sp 3. Calculate Length and Percent Example: RCI_ON_OFF_PLUS_JUL16_20161015_FLAG_2070_C4_MHHW_HC_sp Fields: C4MHHW70FT = [calculate geometry based on US FT] C4MHHW70PC = C4MHHW70FT / LEN_FT 4. Remove slivers, aka tiny polylines through selection sets where Shape_Length > 5m Export Results Example: RCI_ON_OFF_PLUS_JUL16_20161015_FLAG_2070_C4_MHHW_HC_sp5m 5. Run Dissolve on RCI_ON_OFF_PLUS_JUL16_20161015_FLAG_2070_C4_MHHW_HC_sp5m Dissolve based on field: GCID Create statistics for Fields: C4MHHW70FT C4MHHW70PC Statistic Type = SUM Export Results Example: RCI_ON_OFF_PLUS_JUL16_20161015_FLAG_2070_C4_MHHW_HC_sp5md 6. Join dissolved layer back to RCI_ON_OFF_PLUS_JUL16_20161015 based on GCID and calculate fields for full segments: C4MHHW70FT C4MHHW70PC20170601University of Florida GeoPlan CenterGeoPlanPart 6 (Date: 20170929) Created Metadata20170929University of Florida GeoPlan CenterGeoPlanVectorString1089324.031.5-84.0400000.00.0coordinate pair0.000156250.00015625meterD North American 1983 HARNGRS 19806378137.0298.257222101RCI_SLR_FL_MHHWRCI_SLR_FL_MHHW.DBFGeoPlanGeoPlanOBJECTIDInternal feature number.EsriSequential unique whole numbers that are automatically generated.NAMEName of the roadway section. Layer: FDOT_LOCALNAMESFlorida Department of Transportation, Transportation Statistics OfficeUnknownFUNCLASSDFunctional Classification of the roadway. Functional Classification provides information on the assignment of roads into systems according to the character of the service they provide in relation to the total road network. Layer: FUNCLASSFlorida Department of Transportation, Transportation Statistics OfficeRURAL: LOCALUnknownProducer definedRURAL: MAJOR COLLECTORUnknownProducer definedRURAL: MINOR ARTERIALUnknownProducer definedRURAL: MINOR COLLECTORUnknownProducer definedRURAL: PRINCIPAL ARTERIAL - EXPRESSWAYUnknownProducer definedRURAL: PRINCIPAL ARTERIAL - INTERSTATEUnknownProducer definedRURAL: PRINCIPAL ARTERIAL - OTHERUnknownProducer definedURBAN: LOCALUnknownProducer definedURBAN: MAJOR COLLECTORUnknownProducer definedURBAN: MINOR ARTERIALUnknownProducer definedURBAN: MINOR COLLECTOR (FED AID)UnknownProducer definedURBAN: PRINCIPAL ARTERIAL - FREEWAY AND EXPRESSWAYUnknownProducer definedURBAN: PRINCIPAL ARTERIAL - INTERSTATEUnknownProducer definedURBAN: PRINCIPAL ARTERIAL - OTHERUnknownProducer definedC1MHHW40FTFeet Affected (2040 USACE Low/NOAA Low, MHHW)GeoPlan182079C1MHHW40PC% Affected (2040 USACE Low/NOAA Low, MHHW)GeoPlan024C2MHHW40FTFeet Affected (2040 USACE Int/NOAA Int Low, MHHW)GeoPlan172277C2MHHW40PC% Affected (2040 USACE Int/NOAA Int Low, MHHW)GeoPlan024C3MHHW40FTFeet Affected (2040 NOAA Int High, MHHW)GeoPlan1750432C3MHHW40PC% Affected (2040 NOAA Int High, MHHW)GeoPlan047C4MHHW40FTFeet Affected (2040 USACE High, MHHW)GeoPlan1752528C4MHHW40PC% Affected (2040 USACE High, MHHW)GeoPlan057C5MHHW40FTFeet Affected (2040 NOAA High, MHHW)GeoPlan1668070C5MHHW40PC% Affected (2040 NOAA High, MHHW)GeoPlan068C1MHHW50FTFeet Affected (2050 USACE Low/NOAA Low, MHHW)GeoPlan182079C1MHHW50PC% Affected (2050 USACE Low/NOAA Low, MHHW)GeoPlan024C2MHHW50FTFeet Affected (2050 USACE Int/NOAA Int Low, MHHW)GeoPlan172414C2MHHW50PC% Affected (2050 USACE Int/NOAA Int Low, MHHW)GeoPlan025C3MHHW50FTFeet Affected (2050 NOAA Int High, MHHW)GeoPlan1657831C3MHHW50PC% Affected (2050 NOAA Int High, MHHW)GeoPlan060C4MHHW50FTFeet Affected (2050 USACE High, MHHW)GeoPlan1770214C4MHHW50PC% Affected (2050 USACE High, MHHW)GeoPlan097C5MHHW50FTFeet Affected (2050 NOAA High, MHHW)GeoPlan1777283C5MHHW50PC% Affected (2050 NOAA High, MHHW)GeoPlan0100C1MHHW60FTFeet Affected (2060 USACE Low/NOAA Low, MHHW)GeoPlan182277C1MHHW60PC% Affected (2060 USACE Low/NOAA Low, MHHW)GeoPlan024C2MHHW60FTFeet Affected (2060 USACE Int/NOAA Int Low, MHHW)GeoPlan1749183C2MHHW60PC% Affected (2060 USACE Int/NOAA Int Low, MHHW)GeoPlan041C3MHHW60FTFeet Affected (2060 NOAA Int High, MHHW)GeoPlan1772140C3MHHW60PC% Affected (2060 NOAA Int High, MHHW)GeoPlan0100C4MHHW60FTFeet Affected (2060 USACE High, MHHW)GeoPlan1777283C4MHHW60PC% Affected (2060 USACE High, MHHW)GeoPlan0100C5MHHW60FTFeet Affected (2060 NOAA High, MHHW)GeoPlan1782943C5MHHW60PC% Affected (2060 NOAA High, MHHW)GeoPlan0100C1MHHW70FTFeet Affected (2070 USACE Low/NOAA Low, MHHW)GeoPlan172277C1MHHW70PC% Affected (2070 USACE Low/NOAA Low, MHHW)GeoPlan024C2MHHW70FTFeet Affected (2070 USACE Int/NOAA Int Low, MHHW)GeoPlan1751504C2MHHW70PC% Affected (2070 USACE Int/NOAA Int Low, MHHW)GeoPlan053C3MHHW70FTFeet Affected (2070 NOAA Int High, MHHW)GeoPlan1777969C3MHHW70PC% Affected (2070 NOAA Int High, MHHW)GeoPlan0100C4MHHW70FTFeet Affected (2070 USACE High, MHHW)GeoPlan1782943C4MHHW70PC% Affected (2070 USACE High, MHHW)GeoPlan0100C5MHHW70FTFeet Affected (2070 NOAA High, MHHW)GeoPlan17106603C5MHHW70PC% Affected (2070 NOAA High, MHHW)GeoPlan0100C1MHHW80FTFeet Affected (2080 USACE Low/NOAA Low, MHHW)GeoPlan172332C1MHHW80PC% Affected (2080 USACE Low/NOAA Low, MHHW)GeoPlan025C2MHHW80FTFeet Affected (2080 USACE Int/NOAA Int Low, MHHW)GeoPlan1657831C2MHHW80PC% Affected (2080 USACE Int/NOAA Int Low, MHHW)GeoPlan060C3MHHW80FTFeet Affected (2080 NOAA Int High, MHHW)GeoPlan1782943C3MHHW80PC% Affected (2080 NOAA Int High, MHHW)GeoPlan0100C4MHHW80FTFeet Affected (2080 USACE High, MHHW)GeoPlan17103950C4MHHW80PC% Affected (2080 USACE High, MHHW)GeoPlan0100C5MHHW80FTFeet Affected (2080 NOAA High, MHHW)GeoPlan18116859C5MHHW80PC% Affected (2080 NOAA High, MHHW)GeoPlan0100C1MHHW90FTFeet Affected (2090 USACE Low/NOAA Low, MHHW)GeoPlan173705C1MHHW90PC% Affected (2090 USACE Low/NOAA Low, MHHW)GeoPlan031C2MHHW90FTFeet Affected (2090 USACE Int/NOAA Int Low, MHHW)GeoPlan1668070C2MHHW90PC% Affected (2090 USACE Int/NOAA Int Low, MHHW)GeoPlan095C3MHHW90FTFeet Affected (2090 NOAA Int High, MHHW)GeoPlan17101700C3MHHW90PC% Affected (2090 NOAA Int High, MHHW)GeoPlan0100C4MHHW90FTFeet Affected (2090 USACE High, MHHW)GeoPlan18114249C4MHHW90PC% Affected (2090 USACE High, MHHW)GeoPlan0100C5MHHW90FTFeet Affected (2090 NOAA High, MHHW)GeoPlan18151258C5MHHW90PC% Affected (2090 NOAA High, MHHW)GeoPlan0100C1MHHW100FFeet Affected (2100 USACE Low/NOAA Low, MHHW)GeoPlan173705C1MHHW100P% Affected (2100 USACE Low/NOAA Low, MHHW)GeoPlan041C2MHHW100FFeet Affected (2100 USACE Int/NOAA Int Low, MHHW)GeoPlan1772140C2MHHW100P% Affected (2100 USACE Int/NOAA Int Low, MHHW)GeoPlan0100C3MHHW100FFeet Affected (2100 NOAA Int High, MHHW)GeoPlan16112386C3MHHW100P% Affected (2100 NOAA Int High, MHHW)GeoPlan0100C4MHHW100FFeet Affected (2100 USACE High, MHHW)GeoPlan16136198C4MHHW100P% Affected (2100 USACE High, MHHW)GeoPlan0100C5MHHW100FFeet Affected (2100 NOAA High, MHHW)GeoPlan18165438C5MHHW100P% Affected (2100 NOAA High, MHHW)GeoPlan0100BEGSECPTBeginning Roadway Section PointFlorida Department of Transportation, Transportation Statistics Office039.12ENDSECPTEnd Roadway Section PointFlorida Department of Transportation, Transportation Statistics Office0.0163.676LEN_FTRoadway segment length in feet.GeoPlan53.67155551335628.19096455TYPE_RCI Roadway System Type, On-system (RCI ON) or Off-system (RCI OFF).GeoPlanUnknownEVACEvacuation Route (YES/NO). Layer: FDEM's (http://www.floridadisaster.org/gis/data/evac_routes.zip)GeoPlanNORoadway segment is not an evacuation route.Producer definedYESRoadway segment is an evacuation route.Producer definedCOUNTYCounty Name. Calculate based off of first two characters in the ROADWAY field.GeoPlanUnknownMIN_ADDTMinimum Annual Average Daily Traffic for the roadway segment. Layer: AADTGeoPlan10204150MAX_ADDTMaximum Annual Average Daily Traffic for the roadway segment. Layer: AADTGeoPlan10325000FUNCLASSRoadway Functional Classification codes. Values for item "FUNCLASS." Roadway Functional Classification is the assignment of roads into systems according to the character of the service they provide in relation to the total road network.Florida Department of Transportation, Transportation Statistics Office01Principal Arterial-Interstate - RURALProducer defined02Principal Arterial-Expressway - RURALProducer defined04Principal Arterial-Other - RURALProducer defined06Minor Arterial - RURALProducer defined07Major Collector - RURALProducer defined08Minor Collector - RURALProducer defined09Local - RURALProducer defined11Principal Arterial-Interstate - URBANProducer defined12Principal Arterial-Freeway and Expressway - URBANProducer defined14Principal Arterial-Other - URBANProducer defined16Minor Arterial - URBANProducer defined17Major Collector - URBANProducer defined18Minor Collector (Fed Aid) - URBANProducer defined19Local - URBANProducer definedMIN_LANEMinimum Number of Lanes for the roadway segment. Layer: NUMBER_OF_LANESGeoPlan14MAX_LANEMaximum Number of Lanes for the roadway segment. Layer: NUMBER_OF_LANESGeoPlan18FED_AIDIndicates funding source or program for the roadway segment. Layer: RCI_FEDAID, Field: FED_HWY_SYFlorida Department of Transportation, Transportation Statistics OfficeFEDERAL AID NONE (FA NONE)Roads that are neither NHS nor STP are designated as FA None. They are not eligible for FHWA funding, but may be eligible for funding from the Federal Emergency Management Agency (FEMA) in the event of a disaster. For more information on FEMA funding, see http://www.fema.gov/Producer definedNATIONAL HIGHWAY SYSTEM (NHS)The NHS is a subset of public roads, mostly on the State Highway System, that have national significance. It includes Interstates and other major highways, as well as smaller roads that provide immediate access to certain intermodal facilities such as airports, seaports, transit stations, and truck terminals. Roads and other facilities were originally designated as NHS facilities by Congress, and FHWA approval is required to make any changes or additions to these designations. NHS roads are Federal-Aid Eligible, and in fact have their own category of funds. For more information on the NHS, see http://www.fhwa.dot.gov/safetealu/factsheets/nhs.htm# and http://www.fhwa.dot.gov/hep10/nhs/Producer definedSURFACE TRANSPORTATION PROGRAM (STP)STP roads are all Federal-Aid Eligible roads other than NHS roads. A roads is given the STP classification automatically if it is functionally classified by FHWA as Principle Arterial, Minor Arterial, Urban Collector, or Rural Major Collector. A road that is classified as a Rural Minor Collector, Rural Local, or Urban Local is not STP and is not Federal-Aid Eligible unless it happens to be an intermodal facility connector designated as NHS. For more information on the STP, see http://www.fhwa.dot.gov/safetealu/factsheets/stp.htmProducer definedRDWYFEATThe roadway featureFlorida Department of Transportation, Transportation Statistics Office140The roadway featureProducer definedROAD_STATURoad status codesFlorida Department of Transportation, Transportation Statistics Office02Active On System - Main-line roadways maintained by the Department.Producer defined09Active Off System - Roadways not maintained by the Department that are city or county owned.Producer defined12Active With Combination - Roadways with more than one status.Producer definedDFIRMSFHAFRoadway segment length in feet that intersects a Special Flood Hazard Area (SFHA). Layer: DFIRM_FLDHAZGeoPlan1170156DFIRMSFHAP% of Roadway segment length that intersects a Special Flood Hazard Area (SFHA). Layer: DFIRM_FLDHAZGeoPlan0100DFIRM100FTRoadway segment length in feet that intersects the 100-Year Floodplain (DFIRM). Layer: DFIRM_FLDHAZGeoPlan1170156DFIRM100PC% of Roadway segment length that intersects the 100-Year Floodplain (DFIRM). Layer: DFIRM_FLDHAZGeoPlan0100DFIRM500FTRoadway segment length in feet that intersects the 500-Year Floodplain (DFIRM). Layer: DFIRM_FLDHAZGeoPlan1143195DFIRM500PC% of Roadway segment length that intersects the 500-Year Floodplain (DFIRM). Layer: DFIRM_FLDHAZGeoPlan0100FEM96SFHAFRoadway segment length in feet that intersects a Special Flood Hazard Area (SFHA). Layer: FEMA96GeoPlan367740FEM96SFHAP% of Roadway segment length that intersects a Special Flood Hazard Area (SFHA). Layer: FEMA96GeoPlan0100FEMA100FTRoadway segment length in feet that intersects the 100-Year Floodplain (DFIRM). Layer: FEMA96GeoPlan367740FEMA100PC% of Roadway segment length that intersects the 100-Year Floodplain (DFIRM). Layer: FEMA96GeoPlan0100FEMA500FTRoadway segment length in feet that intersects the 500-Year Floodplain (DFIRM). Layer: FEMA96GeoPlan0234428FEMA500PC% of Roadway segment length that intersects the 500-Year Floodplain (DFIRM). Layer: FEMA96GeoPlan0100CAT_T_FTRoadway segment length in feet that intersects the Hurricane Evacuation Zones - Tropical Storm Category. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan172742CAT_T_PC% of Roadway segment length that intersects the Hurricane Evacuation Zones - Tropical Storm Category. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan0100CAT_1_FTRoadway segment length in feet that intersects the Hurricane Evacuation Zones - Category 1. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan0122057CAT_1_PC% of Roadway segment length that intersects the Hurricane Evacuation Zones - Category 1. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan0100CAT_2_FTRoadway segment length in feet that intersects the Hurricane Evacuation Zones - Category 2. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan1194857CAT_2_PC% of Roadway segment length that intersects the Hurricane Evacuation Zones - Category 2. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan0100CAT_3_FTRoadway segment length in feet that intersects the Hurricane Evacuation Zones - Category 3. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan1225101CAT_3_PC% of Roadway segment length that intersects the Hurricane Evacuation Zones - Category 3. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan0100CAT_4_FTRoadway segment length in feet that intersects the Hurricane Evacuation Zones - Category 4. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan1231955CAT_4_PC% of Roadway segment length that intersects the Hurricane Evacuation Zones - Category 4. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan0100CAT_5_FTRoadway segment length in feet that intersects the Hurricane Evacuation Zones - Category 5. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan1251700CAT_5_PC% of Roadway segment length that intersects the Hurricane Evacuation Zones - Category 5. Layer: FDEM's (http://www.floridadisaster.org/gis/data/index.htm#evaczones)GeoPlan0100ROADWAY_BEPCombination of ROADWAY field and Begin and End roadway segment point fields. [ROADWAY] & " [" & [BEGSECPT] & " - " & [ENDSECPT] & "]"GeoPlanUnknownROADWAY_BPCombination of ROADWAY field and Begin roadway segment point field. [ROADWAY] & " [" & [BEGSECPT] & "]"GeoPlanUnknownSTUDY_AREAStudy AreaGeoPlan1 VOL/BREVUnknownProducer definedDESCRIPTGeoPlan added field based on ROADWAYGeoPlanUnknownFLAG_LNNAME (LOCALNAME) field values certainty flag.GeoPlanNVNot Verified. Values are derived only from ROADWAY ID and roadway segment Begin Point. (ROADWAY_BP had exact match).Producer definedVVerified. Values are derived from ROADWAY ID and roadway segment Begin Point and End Point. (ROADWAY_BEP had exact match).Producer definedFLAG_AADTMIN and MAX AADT fields values certainty flag.GeoPlanNVNot Verified. Values are derived only from ROADWAY ID and roadway segment Begin Point. (ROADWAY_BP had exact match).Producer definedVVerified. Values are derived from ROADWAY ID and roadway segment Begin Point and End Point. (ROADWAY_BEP had exact match).Producer definedFLAG_FUNCFUNCLASS field values certainty flag.GeoPlanNVNot Verified. Values are derived only from ROADWAY ID and roadway segment Begin Point. (ROADWAY_BP had exact match).Producer definedVVerified. Values are derived from ROADWAY ID and roadway segment Begin Point and End Point. (ROADWAY_BEP had exact match).Producer definedFLAG_LANEMIN and MAX LANE fields values certainty flag.GeoPlanNVNot Verified. Values are derived only from ROADWAY ID and roadway segment Begin Point. (ROADWAY_BP had exact match).Producer definedVVerified. Values are derived from ROADWAY ID and roadway segment Begin Point and End Point. (ROADWAY_BEP had exact match).Producer definedFLAG_FAIDFED_AID field values certainty flag.GeoPlanNVNot Verified. Values are derived only from ROADWAY ID and roadway segment Begin Point. (ROADWAY_BP had exact match).Producer definedVVerified. Values are derived from ROADWAY ID and roadway segment Begin Point and End Point. (ROADWAY_BEP had exact match).Producer definedFGDLAQDATEDate GeoPlan acquired data from source.GeoPlan7/2/20167/2/2016ROADWAYRoadway ID - A unique 8-character identification number assigned to a roadway or section of a roadway either On or Off the State Highway System for which information is maintained in the Department's Roadway Characteristics Inventory (RCI).Florida Department of Transportation, Transportation Statistics Office8-character ID, the first two characters are the county code, the next 3 are the section code, and final 3 characters are the subsection code.AUTOIDRCI_ON and RCI_OFF Layer's original AUTOID fields (Unique ID added by GeoPlan.) Please Note this is not a unique id for this combine layer.GeoPlan19465GCIDThe GeoPlan Center identification number. Please Note: This is a unique id for this layer unlike the AUTOID.GeoPlan110893SHAPEFeature geometry.EsriCoordinates defining the features.SHAPE_LengthLength of feature in internal units.Esri16.3591228380803102299.67720535The entity and attribute information provided here describes the tabular data associated with the data set. Please review the detailed descriptions that are provided (the individual attribute descriptions) for information on the values that appear as fields/table entries of the data set.The entity and attribute information was generated by the individual and/or agency identified as the originator of the data set. Please review the rest of the metadata record for additional details and information.Table containing attribute information associated with the data set.Florida Geographic Data Library (FGDL)mailing and physical

131 Architecture PO Box 115706

GainesvilleFlorida32611-5706USwww.fgdl.orgFor FGDL Software: http://www.fgdl.org/software.htmlTechnical Support: http://www.fgdl.org/fgdlfeed.htmlWeb site: http://www.fgdl.orgMailing list for FGDL: http://www.fgdl.org/fgdl-l.htmldata@fgdl.orgDOWNLOADABLE DATAThe Florida Geographic Data Library is a collection of Geospatial Data compiled by the University of Florida GeoPlan Center with support from the Florida Department of Transportation. GIS data available in FGDL is collected from various state, federal, and other agencies (data sources) who are data stewards, producers, or publishers. The data available in FGDL may not be the most current version of the data offered by the data source. University of Florida GeoPlan Center makes no guarantees about the currentness of the data and suggests that data users check with the data source to see if more recent versions of the data exist. Furthermore, the GIS data available in the FGDL are provided 'as is'. The University of Florida GeoPlan Center makes no warranties, guaranties or representations as to the truth, accuracy or completeness of the data provided by the data sources. The University of Florida GeoPlan Center makes no representations or warranties about the quality or suitability of the materials, either expressly or implied, including but not limited to any implied warranties of merchantability, fitness for a particular purpose, or non-infringement. The University of Florida GeoPlan Center shall not be liable for any damages suffered as a result of using, modifying, contributing or distributing the materials. A note about data scale: Scale is an important factor in data usage. Certain scale datasets are 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. 1:125000 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 analysis. Every effort has been made to supply the user with data documentation. For additional information, see the References section and the Data Source Contact section of this documentation. For more information regarding scale and accuracy, see our webpage at: http://geoplan.ufl.edu/education.htmlVector Digital Data Set (Polyline)N/Ashapefilezip compressionhttps://sls.geoplan.ufl.edu/download-data/CD-ROMNoneThis data is intended for use with a Geographic Information Systems or Remote Sensing software package.20170929University of Florida GeoPlan CenterGeoPlan Center Staffmailing and physical address

131 Architecture PO Box 115706

GainesvilleFlorida32611-5706USAhttps://sls.geoplan.ufl.edu/Florida Relay: 1-877-955-8773 (Spanish)Florida Relay: 1-800-955-1339 (ASCII)Florida Relay: 1-800-955-8770 (Voice)Florida Relay: 711Florida Department of Transportation: TDD/TTY: 850-410-5708sls@geoplan.ufl.eduFGDC Content Standard for Digital Geospatial MetadataFGDC-STD-001-1998local time201710052347030015000000050001.0NAP20171005The purpose of the Sea Level Scenario Sketch Planning Tool is to help identify transportation infrastructure vulnerable to current and future flood risks. The tool analyzes and visualizes current flood risks (100-year and 500-year floodplains and hurricane storm surge zones) as well as future flood risks using sea level rise (SLR) scenarios from the U.S. Army Corps of Engineers (USACE) and the National Oceanic and Atmospheric Administration (NOAA)/ National Climate Assessment. The Tool includes (1) a map viewer to help visualize vulnerable infrastructure to flooding, (2) GIS data layers available for download, and (3) an ArcGIS calculator tool for creating GIS layers of SLR inundation. https://sls.geoplan.ufl.edu/<DIV STYLE="text-align:Left;"><DIV><P><SPAN>This dataset contains analyses of roadways exposed to current flooding and future flooding under various sea level rise (SLR) scenarios. Roadways analyzed in this dataset include on-system and off-system roads from the July 2016 version of the Florida Department of Transportation Roads Characteristics inventory (RCI) dataset. The FDOT GIS On-systems Roads feature class provides spatial information on active main-line roads maintained by Florida DOT. Off-System roads consist of roads not maintained by Florida DOT that are city or county owned. This dataset was created for the Sea Level Scenario Sketch Planning Tool.</SPAN></P></DIV></DIV>University of Florida GeoPlan Center, and FDOTRCI On & Off System Roads - Current & Future Flood Exposure - 2017On SystemOff SystemRoadway Characteristics InventoryRoadsTransportationOn-system RoadsOff-system RoadsHighwaysRCIFlood Hazardtransportationsea-level change<DIV STYLE="text-align:Left;"><DIV><P><SPAN>This product has been compiled from the most accurate source data from the Florida Department of Transportation's Transportation Statistics Office and SLR Rasters produced by the GeoPlan Center. However, this product is for reference purposes only and is not to be construed as a legal document or survey instrument. Any reliance on the information contained herein is at the user's own risk. The Florida Department of Transportation and the GeoPlan Center assumes no responsibility for any use of the information contained herein or any loss resulting therefrom.</SPAN></P></DIV></DIV>