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High-resolution Imagery
High-resolution imagery is most often 1-foot resolution and covers 5000 feet x 5000 feet on the ground. Most counties are flown once every three years as part of a statewide cycle, with the flying season usually running from November through March. Occasionally imagery at 1/2-foot or 2-foot resolution is collected.
This imagery is in State Plane projection and MrSid file format.
Digital Ortho Quarter Quad (DOQQ) A digital orthophoto quarter-quadrangle (DOQQ) is a digital image of an aerial photograph that has been ortho-rectified. DOQQs are 1-meter resolution and covers an area on the ground of 3.75-minutes longitude by 3.75-minutes latitude.
Digital Ortho Quarter Quad (DOQQ) A digital orthophoto quarter-quadrangle (DOQQ) is a digital image of an aerial photograph that has been ortho-rectified. DOQQs are 1-meter resolution and covers an area on the ground of 3.75-minutes longitude by 3.75-minutes latitude.
Data Type | Group Responsible for Data Collection | Date Collected |
Update Frequency |
Description |
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High-resolution Images | various groups (water management districts) and other | since 2006 | High-resolution imagery is most often 1-foot resolution and covers 5000 feet x 5000 feet on the ground. Most counties are flown once every three years as part of a statewide cycle, with the flying season usually running from November through March. Occasionally imagery at 1/2-foot or 2-foot resolution is collected. This imagery is in State Plane projection and MrSid file format. | |
DOQQ | 2004 | Color: RGB Projection: UTM Units: MT Format: JPEG 2000 |
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DOQQ | 2004 | Color: RGB Projection: UTM Units: MT Format: MrSID |
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DOQQ | 2004 | Color: RGB Projection: State Plane Units: FT Format: JPEG 2000 |
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DOQQ | 2004 | Color: RGB Projection: State Plane Units: FT Format: MrSID |
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DOQQ | 2004 | Color: RGB Projection: Albers Units: MT Format: JPEG 2000 |
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DOQQ | 2004 | Color: RGB Projection: Albers Units: MT Format: JPG |
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DOQQ | 2004 | Color: RGB Projection: Albers Units: MT Format: MrSID |
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DOQQ | 2004 | Color: CIR Projection: UTM Units: MT Format: JPEG 2000 |
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DOQQ | 2004 | Color: CIR Projection: Albers Units: MT Format: JPEG 2000 |
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DOQQ | 2004 | Color: CIR Projection: State Plane Units: FT Format: JPEG 2000 |
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DOQQ | 1999 | Color: CIR Projection: UTM Units: MT Format: MrSID |
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DOQQ | 1999 | Color: CIR Projection: Albers Units: MT Format: JPG |
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DOQQ | 1999 | Color: CIR Projection: State Plane Units: FT Format: MrSID |
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DOQQ | 1995 | Color: CIR Projection: Albers Units: MT Format: MrSID |
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DOQQ | 1995 | Color: CIR Projection: Albers Units: MT Format: JPG |
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Marion County Imagery | Marion County | Available through External Data section |
Data Type | Group Responsible for Data Collection | Date Collected |
Update Frequency |
Description |
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Certified Corners | FDEP Bureau of Survey and Mapping | 1983 to present | Over 100,000 records | |
Original Survey Notes | Government Land Office | 1824 to ~1890s | The original survey of Florida beginning in 1824 | |
Original Survey Plats | Government Land Office | 1824 to ~1890s | The original survey of Florida beginning in 1824 | |
Original Sales Plats | Government Land Office | ~1840 to early 1900s | The first transference of land from the State of Florida. GLO Survey Plats notated with State of Florida Land Sale Entries circa mid 1800's to early 1900's. |
Data Type | Group Responsible for Data Collection | Date Collected |
Update Frequency |
Description |
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Mean High Water Survey | FDEP Bureau of Survey and Mapping | |||
Erosion Control Line and Maps | FDEP Bureau of Survey and Mapping | |||
Published Tide Stations | NGS | |||
Coastal Construction Control Line | FDEP Beaches and Shores | Digital representations of the legal descriptions for the Florida Coastal Construction Control Line (CCCL). | ||
Tampa Bay Water | Southwest Florida Water Management District | Available through the Interactive Map |
Data Type | Group Responsible for Data Collection | Date Collected |
Update Frequency |
Description |
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GPS Densification Project | FDEP Bureau of Survey and Mapping | 1995 to present | These survey drawings are the results of an on going project by the FDEP to extend the horizontal control network in Florida. This information has been submitted to the National Geodetic Survey (NGS) for publication. | |
Unpublished FLDEP Benchmarks | FDEP Bureau of Survey and Mapping | Unadjusted field elevation data that is the result of differential leveling. This information has been submitted to NGS for adjustment and publication. | ||
Horizontal & Vertical Control Benchmarks | National Geodetic Survey | since 1970 | ||
Historical Horizontal & Vertical Control | U.S. Geological Survey | 1940s | Third Order Horizontal and Vertical Control | |
Historical Vertical Control | U.S. Geological Survey | 1940s | Third Order Historical Vertical Control | |
SWFWMD Benchmarks | Southwest Florida Water Management District | Available through the Interactive Map | ||
Brevard County Benchmarks | Brevard County | Available through External Data section | ||
Collier County Benchmarks | Collier County | Available through External Data section | ||
Charlotte County Benchmarks | Charlotte County | Available through External Data section | ||
Hillsborough County Benchmarks | Hillsborough County | Available through External Data section | ||
Lee County Benchmarks | Lee County | Available through External Data section | ||
Manatee County Benchmarks | Manatee County | Available through External Data section | ||
Miami-Dade County Benchmarks | Miami-Dade County | Available through External Data section | ||
Orange County Benchmarks | Orange County | Available through External Data section | ||
Pasco County Benchmarks | Pasco County | Available through External Data section | ||
St. Johns County Benchmarks | St. Johns County | Available through External Data section | ||
Sarasota County Benchmarks | Sarasota County | Available through External Data section |
Data Type | Group Responsible for Data Collection | Date Collected |
Update Frequency |
Description |
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Digital Elevation Model (DEM) | USGS | A Digital Elevation Model (DEM) is a digital representation of the contours of the Earth's surface. The information is derived from elevation measurements at regularly spaced intervals. This data is published by the USGS and covers a 7.5-minute area with 10-meter and 30-meter resolution. | ||
Original Digital Line Graph (DLG) | USGS | 1990s | The original DLGs were created from published quad sheets as they existed in 1990.
UTM - NAD 27 - Meters |
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Original Digital Line Graph (DLG) | USGS | 1990s | The DWG files are copies of USGS 1:24000 DLGs projected into the appropriate State Plane Coordinate Zones (NAD83) by FREAC under contract with The Division of State Lands and other agencies.
The DWG files are intended for Auto-Cad users (the attributes are stripped).
State Plane - NAD83 - DWG Format |
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Latest Digital Line Graph (DLG) | USGS | 1990s | The original DLGs were created from published quad sheets as they existed in 1990.
Latest - UTM - NAD83 - Meters |
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Latest Digital Line Graph (DLG) | USGS | 1990s | The original DLGs were created from published quad sheets as they existed in 1990.
Latest - State Plane - NAD83 - Feet - Shapefile Format |
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Digital Raster Graphic (DRG) | USGS | The original Florida DRGs were made between 1951 and 1993. | A digital raster graphic (DRG) is a scanned image of a U.S. Geological Survey (USGS) topographic map.
The scanned image includes all map collar information.
Original - UTM - NAD27 - Meters |
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Digital Raster Graphic (DRG) Collars Removed | USGS | The original Florida DRGs were made between 1951 and 1993. | A digital raster graphic (DRG) is a scanned image of a U.S. Geological Survey (USGS) topographic map.
The collars have beem removed so the images fit together seamlessly.
State Plane - NAD83 - Feet - Collars Removed |
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Digital Raster Graphic (DRG) Collars Removed | USGS | The original Florida DRGs were made between 1951 and 1993. | A digital raster graphic (DRG) is a scanned image of a U.S. Geological Survey (USGS) topographic map.
The collars have beem removed so the images fit together seamlessly.
Albers - NAD83 - Meters - Collars Removed |
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Digital Raster Graphic (DRG) High-Resolution Scans | USGS | The original Florida DRGs were made between 1951 and 1993. Photorevised in the 1980s and 1990s. | The USGS has performed high-resolution scanning on existing topo sheets. GeoPDF%copy; is used to present GIS and mapping data in a standard Adobe Systems PDF. The photorevision date appears in the file name.Complete information is located in the lower right-hand corner of the image. NOTE: These PDFs were created by the USGS, not LABINS. | |
Digital Raster Graphic (DRG) US Topo: The Next Generation of Topographic Maps | USGS | Florida DRGs were made between 1951 and 1993. For an exact year, consult the USGS DRG Survey Map Index. | US Topo is the next generation of digital topographic maps from the U.S. Geological Survey. Arranged in the traditional 7.5-minute quadrangle format, digital US Topo maps are designed to look and feel like the traditional paper topographic maps for which the USGS is so well known. At the same time, US Topo maps provide modern technical advantages that support wider and faster public distribution and enable basic, on-screen geographic analysis for all users. Each US Topo map quadrangle is constructed in GeoPDF© format from key layers of geographic data found in The National Map: orthoimagery, roads, geographic names, contours, hydrographic features. These data were collected from local, State, Federal, and other sources. | |
Marion County GIS Data | Marion County | Available through External Data section |
Services Provided
Sometimes we know one piece of geographic information but
we need to know more. The Geographic Profile compares multiple spatial datasets and provides detailed geographic
information from just one piece of data.
Some datasets included are: county boundaries, city boundaries, USGS quads, township/range/section, Water Management Districts, and the Geographic Name Information System (GNIS). Here are sample questions that can be answered:
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There is a significant amount of GIS data being gathered in Florida by various organizations, with much of
this data stored in various important service centers. The Metadata Clearinghouse serves as a
system to assist GIS users in finding geospatial data in Florida.
The goal is to host the metadata, or information about the GIS data, and provide recognition to the organizations that own the data as the appropriate data steward. |
For large data sets, LABINS data and imagery can be purchased on DVD or external hard drive. |