Florida Division of Emergency Management20080327unknownvector digital dataTallahassee, FLFlorida Division of Emergency ManagementCharlotte, Collier, Hillsborough, Indian River, Lee, Manatee, Pasco, Pinellas, Sarasotahttp://www.floridadisaster.org/gisThis data set is one component of a digital terrain model (DTM) for the Florida Division of Emergency Management's (FDEM) Project Management and Technical Services for Mapping within Coastal Florida (Contract 07-HS-34-14-00-22-469), encompassing the entire coastline of Florida. The dataset is comprised of 2-foot contours. Contours were generated from a gridded DEM: 2-foot contours meet National Map Accuracy Standards Bare earth LiDAR masspoint data display a vertical accuracy of at least 0.3-feet root mean square error (RMSE) in open unobscured areas.The DTM was developed to support the Florida Division of Emergency Management (FDEM) development and maintainenance of Regional Evacuation Studies (Study), which include vulnerability assessments and assist disaster response personnel in understanding threats to Florida's citizens and visitors. Breaklines improve the digital elevation model in areas where the point density is insufficient.Project Title: Project Management and Technical Services for Mapping within Coastal Florida (Contract 07-HS-34-14-00-22-469) Task Order: 20070525-492720a Vendor Name: Woolpert, Inc.20080508publication dateCompleteAs needed-82.877329-80.29086328.43344425.755676NoneContoursDEMPhotogrammetryStereo ModelTerrainLiDARHydrologyNoneUnited StatesFloridaThis data may be used by the requested party for stated purposes and should not be re-distributed.This data is for planning purposes only and should not be used for legal or cadastral purposes. Regional Evacuation Studies are currently being updated and www.floridadisaster.org/gis should be consulted for revisions.Florida Division of Emergency Managementmailing

2555 Shumard Oak Boulevard

TallahasseeFlorida32399-2100US850-413-9907850-488-1016gis@dca.state.fl.us Version 6.2 (Build 9200) ; Esri ArcGIS 10.8.1.14362GeoPlan relied on the integrity of the attribute information within the original data.These breaklines were determined from LiDAR and stereo tile (LiDAR grammetry) data of specific dates and that model the land/water contributions and extents on those dates. The 3-D vector line work was created using stereo-compilation. A thorough QC procedure was implemented to verify the elevation of the breaklines and to ensure no zero elevations were found except in coastal areas where it is possible to find z values equal to mean sea level. Additional QC steps were taken to ensure all breaklines agree with the vertical location of the LiDAR. The DTM was developed in accordance with the Baseline Specifications 1.2. The DTM is intended to support 2-foot contours, and the vertical accuracy of ground points in unobscured areas is not to exceed 0.6-feet RMSE. A thorough QC was implemented to verify the breakline elevation accuracy.All breakline features are an accurate three-demensional representation of the surface with varying elevations. Roadbreakline features were captured at edge of pavement. The LiDAR (masspoint) feature class consists of 104 tiles (Area_A).Horizontal accuracy is +/- 3.8-foot at the 95% confidence level using RMSE(r) x 1.7308 as defined by the FGDC Geospatial Positional Accuracy Standards, Part 3: NSSDA.3.8see MTS Report of Specific Purpose Survey0.3-feet RMSE for unobscured ground points. The accuracy assessment was performed using a standard method to compute the root mean square error (RMSE) based on a comparison of ground control points and filtered LiDAR data points. Filtered LiDAR data has had vegetation and cultural features removed and by analysis represents bare earth elevations. The RMSE figure was used to compute the vertical National Standard for Spatial Data Accuracy (NSSDA).0.3-feet RMSE - testedsee MTS Report of Specific Purpose SurveyWoolpert, Inc.Florida DEM20080327unknownvector digital data24000None20080327publication dateWoopertSpatial and Attribute InformationFiltered Lidar and vector data are subjected to rigorous QA/QC procedures designed by Wollpert. Terramodel software was used to display the edited LiDAR points and associated GEOTIFF orthophotos to construct breaklines for the edge pavement. Breakline elevations were linearly ramped between identified critical elevation points along roads.LiDAR data LAS 1.1 formatunknownClassified filtered Lidar data3-D breaklinesWoolpert, Inc.Richard R. Hudson, PE, PSM, CPProject Managermailing and physical

11315 Corporate Blvd

OrlandoFlorida32817US407-381-2192407-384-1185www.woolpert.com8:00-5:00Monday-FridayThe Airborne Global Positioning System (ABGPS), inertial measurement unit (IMU), and raw scans are collected during the LiDAR aerial survey. The ABGPS monitors the xyz position of the sensor and the IMU monitors the orientation. During the aerial survey laser pulses reflected from features on the ground surface are detected by the receiver optics and collected by the data logger. GPS locations are based on data collected by receivers on the aircraft and base stations on the ground. The ground base stations are placed no more than 20 mile radius from the flight survey area.Airborne Global Positioning SystemInertial Measuring UnitGlobal Positioning SystemLeica ALS50unknownLiDAR Scan FilesGPS dataWoolpert, Inc.Richard R. Hudson, PE, PSM, CPProject Managermailing and physical

11315 Corporate Blvd

OrlandoFlorida32817US407-381-2192407-384-1185www.woolpert.com8:00-5:00Monday-FridayThe ABGPS, IMU, and raw scans are integrated using proprietary software developed by the Leica Geosystems and delivered with the Leica ALS50 System. The resultant file is in a LAS binary 1.1 file format. The LAS file format can be easily transferred from one file format to another. It is a binary file format that maintains information specific to the LiDAR data (return#, intensity value, xyz, etc.). The resultant points are produced in the Florida State PlaneWest Zone coordinate system, with units in feet and referenced to the NAD83/90 HARN horizontal datum and NAVD88 vertical datum.Inertial Measurement UnitAirborne Global Positioning SystemLiDAR dataunknownFDEMWoolpert, Inc.Richard R. Hudson, PE, PSM, CPProject Managermailing and physical

11315 Corporate Blvd

OrlandoFlorida32817US407-381-2192407-384-1185www.woolpert.com8:00-5:00Monday-FridayThe unedited data are classified to facilitate the application of the appropriate feature extraction filters. Interactive editing methods are applied to those areas where it is inappropriate or impossible to use the feature extraction filters, based upon the design criteria and/or limitations of the relevant filters. These same feature extraction filters are used to produce elevation height surfaces.unknownWoolpert, Inc.Richard R. Hudson, PE, PSM, CPProject Managermailing and physical

11315 Corporate Blvd

OrlandoFlorida32817US407-381-2192407-384-1185www.woolpert.com8:00-5:00Monday-FridayGeoPlan received this data via hard drive from Jones Edmunds on 5/5/10. The Florida Division of Emergency Management contracted this data out to Woopert. When received the data was in a series of file geodatabases. The data was merged into 1 file geodatabase and clipped to the appropriate county boundary. The feature class was projected from varying State Plane projections - feet to Albers HPGN. -Added SOURCE field and populated all values to WOO -Added FGDLAQDATE field based on date GeoPlan acquired data from source -Changed name from original Woorpert name to TOPO2FT_WOOLPERT_COUNTYGeoPlan20100805VectorString1927874NAD 1983 HARN Florida GDL Albers24.031.5-84.024.0400000.00.0coordinate pair0.00010.0001meterD North American 1983 HARNGRS 19806378137.0298.257222101TOPO2FT_WOOLPERTTOPO2FT_WOOLPERTDTMOBJECTIDInternal feature number.ESRISequential unique whole numbers that are automatically generated.ShapeFeature geometry.ESRICoordinates defining the features.CONTOUR_ELEVATION_MSContour Elevation in feetDTMCONTOUR_TYPE_DESCDescription of represented contour typeFDEM Baseline Specifications1Intermediate Contours - the three or four lines between adjacent index contours are about half the line weight of index contours. They are normally continuous throughout a map, but may be dropped or joined with an index contour where the slope is steep and where there is insufficient space to show all of the intermediate lines.2Supplementary Contours - used to portray important relief features that would otherwise not be shown by the index and intermediate contours (basic contours). They are normally added only in areas of low relief, but they may also be used in rugged terrain to emphasize features. Supplementary contours are shown as screened lines so that they are distinguishable from the basic contours, yet not unduly prominent on the published map.3Depression Contours - closed contours that surround a basin or sink. They are shown by right-angle ticks placed on the contour lines, pointed inward (down slope). Fill contours are a special type of depression contours, used to indicate an area that has been filled to support a road or railway grade.4 Index Contours - defined as every 5th contour line. For example, with the Contour_2FT feature class, the first positive intermediate contour would be 0 with the following index contours at 10, 20, 30 feet, etc.5INTERMEDIATE LOW CONFIDENCE6SUPPLEMENTARY LOW CONFIDENCE7DEPRESSION LOW CONFIDENCE8INDEX LOW CONFIDENCEDATESTAMP_DTThe date the feature was added to the geodatabaseFDEM Baseline SpecificationsFGDLAQDATEData GeoPlan acquired data from sourceGeoPlanSOURCEAbbreviated 3-letter code representing the data source.GeoPlanWOO WoolpertAUTOIDUnique ID added by GeoPlanGeoPlanSHAPE.LENLength in metersGeoPlanEntity and Attribute information designed in accordance to FDEM Baseline Specifications 1.2 (Attachment 3)Entity and Attribute information designed in accordance to FDEM Baseline Specifications 1.2 (Attachment 3)Florida Geographic Data Library (FGDL)mailing

431 Architecture PO Box 115706

GainesvilleFlorida32611-5706USFor FGDL Software: http://www.fgdl.org/software.htmlFGDL Frequently Asked Questions: http://www.fgdl.org/fgdlfaq.htmlWeb site: http://www.fgdl.orgMailing list for FGDL: http://www.fgdl.org/fgdl-l.htmlTechnical Support: http://www.fgdl.org/fgdlfeed.htmlDOWNLOADABLE 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.htmlASCII0.388CD-ROMNone.This data is intended for use with a Geographic Information Systems or Remote Sensing software package.20230113Florida DEMRichard ButgereitGIS Administratormailing

2555 Shumard Oak Boulevard

TallahasseeFlorida32399-2100US850-413-9907850-488-1016richard.butgereit@em.myflorida.comFGDC Content Standard for Digital Geospatial MetadataFGDC-STD-001-1998local timeRichard ButgereitFlorida DEMGIS Administrator850-413-9907850-488-10162555 Shumard Oak BoulevardTallahasseeFlorida32399-2100USrichard.butgereit@em.myflorida.com20230113ArcGIS Metadata1.0Florida Geographic Data Library (FGDL)431 Architecture PO Box 115706GainesvilleFlorida32611-5706USFor FGDL Software: http://www.fgdl.org/software.htmlMailing list for FGDL: http://www.fgdl.org/fgdl-l.htmlTechnical Support: http://www.fgdl.org/fgdlfeed.htmlFGDL Frequently Asked Questions: http://www.fgdl.org/fgdlfaq.htmlWeb site: http://www.fgdl.orgNone.ASCIIThis data is intended for use with a Geographic Information Systems or Remote Sensing software package.0.388DOWNLOADABLE DATAhttp://www.floridadisaster.org/gis2FT CONTOUR LINES2008-03-27Florida Division of Emergency ManagementTallahassee, FLFlorida Division of Emergency Managementvector digital dataCharlotte, Collier, Hillsborough, Indian River, Lee, Manatee, Pasco, Pinellas, SarasotaThis data set is one component of a digital terrain model (DTM) for the Florida Division of Emergency Management's (FDEM) Project Management and Technical Services for Mapping within Coastal Florida (Contract 07-HS-34-14-00-22-469), encompassing the entire coastline of Florida. The dataset is comprised of 2-foot contours. Contours were generated from a gridded DEM: 2-foot contours meet National Map Accuracy Standards Bare earth LiDAR masspoint data display a vertical accuracy of at least 0.3-feet root mean square error (RMSE) in open unobscured areas.The DTM was developed to support the Florida Division of Emergency Management (FDEM) development and maintainenance of Regional Evacuation Studies (Study), which include vulnerability assessments and assist disaster response personnel in understanding threats to Florida's citizens and visitors. Breaklines improve the digital elevation model in areas where the point density is insufficient.Florida Division of Emergency Management850-413-9907850-488-10162555 Shumard Oak BoulevardTallahasseeFlorida32399-2100USgis@dca.state.fl.usFloridaUnited StatesPhotogrammetryDEMHydrologyLiDARTerrainContoursStereo ModelPhotogrammetryDEMFloridaHydrologyUnited StatesLiDARTerrainContoursStereo ModelThe 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.htmlThis data may be used by the requested party for stated purposes and should not be re-distributed.This data is for planning purposes only and should not be used for legal or cadastral purposes. Regional Evacuation Studies are currently being updated and www.floridadisaster.org/gis should be consulted for revisions.Version 6.2 (Build 9200) ; Esri ArcGIS 10.8.1.14362-82.877329-80.29086325.75567628.433444publication date2008-05-08Project Title: Project Management and Technical Services for Mapping within Coastal Florida (Contract 07-HS-34-14-00-22-469) Task Order: 20070525-492720a Vendor Name: Woolpert, Inc.These breaklines were determined from LiDAR and stereo tile (LiDAR grammetry) data of specific dates and that model the land/water contributions and extents on those dates. The 3-D vector line work was created using stereo-compilation. A thorough QC procedure was implemented to verify the elevation of the breaklines and to ensure no zero elevations were found except in coastal areas where it is possible to find z values equal to mean sea level. Additional QC steps were taken to ensure all breaklines agree with the vertical location of the LiDAR. The DTM was developed in accordance with the Baseline Specifications 1.2. The DTM is intended to support 2-foot contours, and the vertical accuracy of ground points in unobscured areas is not to exceed 0.6-feet RMSE. A thorough QC was implemented to verify the breakline elevation accuracy.All breakline features are an accurate three-demensional representation of the surface with varying elevations. Roadbreakline features were captured at edge of pavement. The LiDAR (masspoint) feature class consists of 104 tiles (Area_A).GeoPlan relied on the integrity of the attribute information within the original data.Horizontal accuracy is +/- 3.8-foot at the 95% confidence level using RMSE(r) x 1.7308 as defined by the FGDC Geospatial Positional Accuracy Standards, Part 3: NSSDA.see MTS Report of Specific Purpose Survey3.80.3-feet RMSE for unobscured ground points. The accuracy assessment was performed using a standard method to compute the root mean square error (RMSE) based on a comparison of ground control points and filtered LiDAR data points. Filtered LiDAR data has had vegetation and cultural features removed and by analysis represents bare earth elevations. The RMSE figure was used to compute the vertical National Standard for Spatial Data Accuracy (NSSDA).see MTS Report of Specific Purpose Survey0.3-feet RMSE - testedThe Airborne Global Positioning System (ABGPS), inertial measurement unit (IMU), and raw scans are collected during the LiDAR aerial survey. The ABGPS monitors the xyz position of the sensor and the IMU monitors the orientation. During the aerial survey laser pulses reflected from features on the ground surface are detected by the receiver optics and collected by the data logger. GPS locations are based on data collected by receivers on the aircraft and base stations on the ground. The ground base stations are placed no more than 20 mile radius from the flight survey area.Richard R. Hudson, PE, PSM, CPWoolpert, Inc.Project Manager407-381-2192407-384-118511315 Corporate BlvdOrlandoFlorida32817USwww.woolpert.com8:00-5:00Monday-FridayLeica ALS50Airborne Global Positioning SystemGlobal Positioning SystemInertial Measuring UnitGPS dataLiDAR Scan FilesGeoPlan received this data via hard drive from Jones Edmunds on 5/5/10. The Florida Division of Emergency Management contracted this data out to Woopert. When received the data was in a series of file geodatabases. The data was merged into 1 file geodatabase and clipped to the appropriate county boundary. The feature class was projected from varying State Plane projections - feet to Albers HPGN. -Added SOURCE field and populated all values to WOO -Added FGDLAQDATE field based on date GeoPlan acquired data from source -Changed name from original Woorpert name to TOPO2FT_WOOLPERT_COUNTY2010-08-05GeoPlanThe ABGPS, IMU, and raw scans are integrated using proprietary software developed by the Leica Geosystems and delivered with the Leica ALS50 System. The resultant file is in a LAS binary 1.1 file format. The LAS file format can be easily transferred from one file format to another. It is a binary file format that maintains information specific to the LiDAR data (return#, intensity value, xyz, etc.). The resultant points are produced in the Florida State PlaneWest Zone coordinate system, with units in feet and referenced to the NAD83/90 HARN horizontal datum and NAVD88 vertical datum.Richard R. Hudson, PE, PSM, CPWoolpert, Inc.Project Manager407-381-2192407-384-118511315 Corporate BlvdOrlandoFlorida32817USwww.woolpert.com8:00-5:00Monday-FridayAirborne Global Positioning SystemInertial Measurement UnitLiDAR dataFDEMFiltered Lidar and vector data are subjected to rigorous QA/QC procedures designed by Wollpert. Terramodel software was used to display the edited LiDAR points and associated GEOTIFF orthophotos to construct breaklines for the edge pavement. Breakline elevations were linearly ramped between identified critical elevation points along roads.Richard R. Hudson, PE, PSM, CPWoolpert, Inc.Project Manager407-381-2192407-384-118511315 Corporate BlvdOrlandoFlorida32817USwww.woolpert.com8:00-5:00Monday-FridayLiDAR data LAS 1.1 formatClassified filtered Lidar data3-D breaklinesThe unedited data are classified to facilitate the application of the appropriate feature extraction filters. Interactive editing methods are applied to those areas where it is inappropriate or impossible to use the feature extraction filters, based upon the design criteria and/or limitations of the relevant filters. These same feature extraction filters are used to produce elevation height surfaces.Richard R. Hudson, PE, PSM, CPWoolpert, Inc.Project Manager407-381-2192407-384-118511315 Corporate BlvdOrlandoFlorida32817USwww.woolpert.com8:00-5:00Monday-FridaySpatial and Attribute Information24000State of Florida Division of Emergency Management LiDAR Project SurveyWoopert2008-03-27Woolpert, Inc.Florida DEMvector digital datapublication date2008-03-27192787420230113092435001.0500005000original metadataPD94bWwgdmVyc2lvbj0iMS4wIiBlbmNvZGluZz0idXRmLTgiPz4NCjxtZXRhZGF0YT4NCiAgPGlk aW5mbz4NCiAgICA8Y2l0YXRpb24+DQogICAgICA8Y2l0ZWluZm8+DQogICAgICAgIDxvcmlnaW4+ RmxvcmlkYSBEaXZpc2lvbiBvZiBFbWVyZ2VuY3kgTWFuYWdlbWVudDwvb3JpZ2luPg0KICAgICAg ICA8cHViZGF0ZT4yMDA4MDMyNzwvcHViZGF0ZT4NCiAgICAgICAgPHB1YnRpbWU+dW5rbm93bjwv cHVidGltZT4NCiAgICAgICAgPHRpdGxlPjJGVCBDT05UT1VSIExJTkVTPC90aXRsZT4NCiAgICAg ICAgPGdlb2Zvcm0+dmVjdG9yIGRpZ2l0YWwgZGF0YTwvZ2VvZm9ybT4NCiAgICAgICAgPHB1Ymlu Zm8+DQogICAgICAgICAgPHB1YnBsYWNlPlRhbGxhaGFzc2VlLCBGTDwvcHVicGxhY2U+DQogICAg 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