Description: <p><b>Overview</b></p><p>This feature service provides point features representing bathymetry observations collected for the U.S. Army Corps of Engineers. The dataset stores spatial measurements that support mapping and analysis of underwater terrain and channel conditions.</p><p><b>Contents</b></p><ul><li><strong>Point locations</strong> for bathymetric measurements.</li><li><strong>Attribute information</strong> associated with each observation, including an identifier and values related to channel area and depth/elevation.</li></ul><p><b>Uses</b></p><ul><li>Supporting hydrographic and bathymetric mapping workflows.</li><li>Reviewing surveyed underwater features and channel conditions.</li><li>Providing point-based input for GIS analysis, visualization, and waterway management studies.</li></ul>
Description: <p><b>Overview</b></p><p>This feature service contains polygon features representing bathymetric survey areas compiled by the U.S. Army Corps of Engineers. It provides spatial coverage of mapped underwater or channel-related areas and supports visualization, review, and analysis of bathymetric conditions in GIS applications.</p><p><b>Content</b></p><ul><li><strong>Polygon geometries</strong> outlining surveyed bathymetry areas</li><li><strong>Depth-related attributes</strong> that support interpretation of submerged terrain</li><li><strong>Area and length measurements</strong> that assist with spatial analysis and quality review</li></ul><p><b>Use cases</b></p><p>The data is useful for coastal and riverine mapping, navigation-related analysis, dredging and maintenance planning, environmental assessment, and general geospatial reference for bathymetric conditions.</p>
Description: <p><b>Overview</b></p><p>This feature service provides point-based bathymetry observations collected for USACE mapping and analysis. The dataset supports the representation of measured water-bottom elevations and related channel characteristics for use in hydrographic, coastal, and river engineering workflows.</p><p><b>Contents</b></p><ul><li><strong>Point features</strong> representing individual bathymetric measurement locations.</li><li><strong>Depth and channel attributes</strong> that support interpretation of seabed or channel conditions.</li><li><strong>Feature service access</strong> for viewing, querying, and integrating the data in GIS applications.</li></ul><p><b>Uses</b></p><p>The layer is well suited for bathymetric analysis, dredging support, channel monitoring, surface modeling, and other water-depth related mapping tasks.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polygon features representing bathymetry areas compiled by the U.S. Army Corps of Engineers. It provides spatial coverage of mapped underwater or channel-related surfaces and supports visualization and analysis of surveyed water depth patterns within the covered area.</p><p><b>Content</b></p><ul><li><strong>Polygon geometries</strong> that define bathymetric extents</li><li><strong>Depth-related attributes</strong> that support interpretation of underwater conditions</li><li><strong>Area and perimeter information</strong> for spatial measurement and feature characterization</li></ul><p><b>Use Cases</b></p><ul><li>Mapping and reviewing bathymetric survey results</li><li>Supporting channel monitoring and waterway planning</li><li>Analyzing spatial patterns in submerged terrain</li><li>Providing a GIS reference for marine and riverine engineering workflows</li></ul>
Description: <p><b>Overview</b></p><p>This feature service provides a point dataset of bathymetric survey locations collected for the 2020 USACE bathymetry program. Each feature represents a measured point with associated depth, elevation, survey, and source metadata that supports interpretation and management of hydrographic survey data.</p><p><b>Content</b></p><ul><li><strong>Point geometry</strong> representing individual bathymetry measurement locations.</li><li><strong>Depth and elevation attributes</strong> that document surveyed seafloor or channel conditions.</li><li><strong>Survey reference information</strong> such as survey dates, survey identifiers, and related source or job metadata.</li><li><strong>Coordinate and processing fields</strong> that support spatial reference, data lineage, and downstream GIS use.</li></ul><p><b>Use Cases</b></p><p>The dataset supports bathymetric mapping, coastal and inland navigation analysis, dredging support, channel maintenance planning, and hydrographic quality review within GIS applications.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polyline bathymetry lines collected for 2020 by the U.S. Army Corps of Engineers (USACE). The features represent mapped underwater elevation lines that support interpretation of channel and seafloor or riverbed morphology within the surveyed area.</p><p><b>Contents and Use</b></p><ul><li><strong>Geometry:</strong> Polyline features representing bathymetric linework.</li><li><strong>Attributes:</strong> Survey and elevation-related information that supports identification, traceability, and metadata review for each line feature.</li><li><strong>Applications:</strong> Useful for hydrographic mapping, bathymetric analysis, channel monitoring, navigation support, and coastal or inland waterway planning.</li></ul><p><b>Coverage</b></p><p>The layer covers the surveyed area associated with the 2020 USACE bathymetry collection and provides a GIS-ready representation of line-based depth information for spatial analysis and map display.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polygon features that represent bathymetric survey areas compiled by the U.S. Army Corps of Engineers for 2020. It provides a spatial record of surveyed channel or waterway areas and supports mapping, review, and analysis of bathymetric coverage.</p><p><b>Content</b></p><ul><li><strong>Polygon geometry</strong> representing mapped bathymetry survey extents.</li><li><strong>Survey metadata</strong> such as survey date, survey identifier, and mean depth.</li><li><strong>Area and shape measurements</strong> that help support spatial inspection and reporting.</li><li><strong>Created and edited tracking information</strong> for managing feature updates over time.</li></ul><p><b>Usefulness</b></p><p>The layer is well suited for bathymetric inventory, channel management, survey coverage review, and GIS workflows that document underwater terrain observations and related project records.</p>
Description: <p><b>Overview</b></p><p>This feature service contains bathymetry survey points collected for a 2019 U.S. Army Corps of Engineers data product. It stores point-based elevation measurements and related survey attributes used to document underwater terrain conditions and support hydrographic analysis.</p><p><b>Content</b></p><ul><li><strong>Point features</strong> representing sampled bathymetric locations.</li><li><strong>Depth and elevation attributes</strong> used to describe seafloor or channel conditions at each survey point.</li><li><strong>Survey metadata</strong> including survey date, survey identifiers, source information, and processing or usage fields that help trace the origin and context of each measurement.</li></ul><p><b>Uses</b></p><p>The dataset supports mapping, charting, sediment and channel assessment, surface interpolation, and other GIS workflows that rely on discrete depth observations from hydrographic surveys.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polygon features for Anchorage, representing mapped area boundaries with summary attributes for size and perimeter. It supports GIS review, spatial analysis, and map display for area-based features in the Anchorage dataset.</p><p><b>Contents</b></p><ul><li><strong>Polygon geometries</strong> that define individual area features.</li><li><strong>Descriptive comments</strong> for feature annotation and interpretation.</li><li><strong>Area measurements</strong> reported in acres and hectares.</li><li><strong>Shape metrics</strong> that support geometry-based analysis.</li></ul><p><b>Uses</b></p><p>The layer is useful for cartographic representation, acreage review, boundary analysis, and general spatial querying in GIS applications.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polygon features that delineate artificial reef areas. It supports geographic review and mapping of reef site boundaries and associated site information for coastal and marine planning.</p><p><b>Contents</b></p><ul><li><strong>Polygon reef areas</strong> representing the spatial footprint of artificial reef sites</li><li><strong>Site attributes</strong> such as name, permits, depth, acres, and hectares</li><li><strong>Area and perimeter measurements</strong> that support spatial analysis and reporting</li></ul><p><b>Use Cases</b></p><p>The layer is useful for marine resource management, habitat mapping, permitting workflows, and spatial analysis of artificial reef locations and extents.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polygon features that represent ODMDS areas. It provides a spatial view of designated management zones that can be used for mapping, review, and GIS analysis.</p><p><b>Content</b></p><ul><li><strong>Polygon geometries</strong> outlining area boundaries</li><li><strong>Area attributes</strong> such as name and size measurements in acres and hectares</li><li><strong>Geometry summary fields</strong> supporting feature inspection and map display</li></ul><p><b>Use in GIS</b></p><p>The layer supports querying and spatial analysis for understanding the extent and characteristics of ODMDS areas. It is useful for cartographic display, area-based inventory, and operational reference in marine or coastal planning workflows.</p>
Description: <b>Overview</b><p>This feature service provides a polygon representation of the port jurisdictional area. It identifies the geographic boundary associated with port administration and supports mapping, planning, and operational reference within GIS applications.</p><b>Content</b><ul><li><strong>Polygon features</strong> showing the extent of the port jurisdiction area.</li><li><strong>Area and perimeter attributes</strong> that support measurement, reporting, and spatial analysis.</li><li><strong>Source information</strong> that helps trace the origin of the jurisdiction boundary.</li></ul><b>Use Cases</b><p>This dataset is useful for port management, boundary visualization, asset planning, regulatory context, and spatial queries related to the port’s area of responsibility.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polygon features that delineate restricted areas associated with U.S. Navy operations. It provides a spatial representation of managed maritime or coastal zones where access or activity may be controlled for operational, safety, or security purposes.</p><p><b>Contents</b></p><ul><li><strong>Polygon boundaries</strong> representing restricted geographic extents.</li><li><strong>Descriptive attributes</strong> such as comments and source information that support feature interpretation and provenance.</li><li><strong>Area measurements</strong> in acres and hectares, along with geometry-derived area and length values for reference and analysis.</li></ul><p><b>Usefulness</b></p><p>The service supports mapping, marine planning, navigation awareness, and GIS analysis involving defense-related spatial restrictions. It can help users visualize managed zones, document boundaries, and integrate restriction information into operational or environmental workflows.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polyline features that represent berth alignments and related harbor-side linear infrastructure. The data supports mapping and management of berth locations, helping users visualize the layout and extent of berthing facilities within a port or waterfront area.</p><p><b>Contents</b></p><ul><li><strong>Berth</strong> information for identifying each berth segment.</li><li><strong>City</strong> and <strong>Address</strong> attributes that support location context and asset reference.</li><li><strong>Length</strong> and geometry-based length values that help describe the size of each line feature.</li></ul><p><b>Use Cases</b></p><p>This dataset is useful for port operations, marine infrastructure inventory, harbor planning, and GIS-based asset mapping.</p>
Description: <p><b>Overview</b></p><p>This feature service provides polygon features that represent berth areas within a defined harbor or port context. It supports mapping and query access to berth boundaries and related location information for operational and planning use.</p><p><b>Content</b></p><ul><li><strong>Polygon geometries</strong> outlining berth footprints</li><li><strong>Berth identification</strong> and associated place information such as city and address</li><li><strong>Area and perimeter attributes</strong> that support spatial analysis and reporting</li></ul><p><b>Use Cases</b></p><p>The data is well suited for port management, waterfront planning, berth inventory mapping, and GIS applications that need to display or query berth extents and related descriptive information.</p>
Description: <p><b>Overview</b></p><p>This feature service contains point features that represent berth stationing information used to document berth-related reference locations and positions within a managed port or waterfront setting. The records support operational awareness, location referencing, and GIS-based lookup of berth attributes.</p><p><b>Content</b></p><ul><li><strong>Point geometry</strong> for discrete berth stationing locations.</li><li><strong>Reference attributes</strong> that identify berth and station details along with positional information.</li><li><strong>Location values</strong> that support map display and spatial analysis in projected and geographic coordinate systems.</li></ul><p><b>Use in GIS</b></p><p>The service supports harbor operations, berth management, and spatial reference workflows where berth locations need to be mapped, queried, and reviewed within GIS applications.</p><p><b>Maintenance</b></p><p>The data is reviewed on a quarterly basis, supporting periodic updates and ongoing stewardship.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service provides polygon features representing boat lift structures and associated asset records. It supports inventory management, mapping, and spatial reference of boat lift locations within a property or facility dataset.</p><p><b>Content</b></p><ul><li>Polygon geometries outlining boat lift feature areas</li><li>Property-based identification and asset tracking information</li><li>Location attributes that support geographic placement and map display</li><li>Shape measurements that can assist with basic spatial analysis and asset documentation</li></ul><p><b>GIS Use</b></p><p>The dataset is useful for asset mapping, waterfront infrastructure management, property documentation, and operational GIS applications that require a spatial record of boat lift features.</p>
Description: <p><b>Overview</b></p><p>This feature service contains point features representing bollards and cleats used in harbor and dock operations. It supports asset reference and location management for fixed marine mooring and berthing infrastructure.</p><p><b>Contents</b></p><ul><li><strong>Point geometry</strong> for individual bollard and cleat assets.</li><li><strong>Operational attributes</strong> such as type, berth association, stationing, offset, property reference, asset identification, and photo information.</li><li><strong>Location details</strong> that support mapping and field verification, including latitude and longitude values.</li></ul><p><b>Use in GIS</b></p><p>The layer is useful for maritime asset inventory, berth planning, maintenance tracking, inspection workflows, and map display of dockside infrastructure. It provides a structured source for managing mooring-related assets within a harbor or port environment.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polygon features representing breakwaters and jetties within a coastal or harbor setting. It provides a spatial record of these shoreline protection and navigation structures for mapping, inventory, and coastal infrastructure management.</p><p><b>Content</b></p><ul><li>Polygon geometries outlining individual breakwater and jetty structures.</li><li>Descriptive comments that can support feature interpretation and local documentation.</li><li>Basic shape measurements that assist with feature display and spatial analysis.</li></ul><p><b>Uses</b></p><p>The data supports coastal GIS workflows such as shoreline infrastructure mapping, harbor planning, navigation support, and asset reference for marine and waterfront environments.</p>
Description: <p><b>Overview</b></p><p>This feature service contains point features representing concrete bunker assets used for operational reference and asset management. Each record identifies an individual bunker and stores key location and identification information for use in GIS mapping and inventory workflows.</p><p><b>Contents</b></p><ul><li><strong>Point features</strong> representing concrete bunker locations.</li><li><strong>Asset reference attributes</strong> such as property, asset identifier, berth, station, offset, and sort order.</li><li><strong>Coordinate fields</strong> that support location display and spatial analysis in GIS applications.</li></ul><p><b>Use</b></p><p>The dataset supports map display, asset lookup, field verification, and routine review of concrete bunker locations within an operational area. It is suitable for maintaining a spatial inventory of bunker assets and supporting location-based queries in GIS environments.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service provides polyline features representing concrete pipeline assets. It supports map display and query-based access to linear infrastructure records used in utility, engineering, and asset management workflows.</p><p><b>Content</b></p><ul><li>Linear pipeline features with associated comments and length information.</li><li>Feature records designed for reviewing, tracing, and maintaining concrete pipeline assets within a GIS environment.</li></ul><p><b>Use Cases</b></p><ul><li>Infrastructure inventory and asset documentation</li><li>Operational mapping and field reference</li><li>Planning, maintenance, and network analysis for pipeline systems</li></ul>
Description: <p><b>Overview</b></p><p>This feature service provides point locations for crane stop assets. It supports GIS access to operational records used to identify and manage crane stop positions across the mapped area.</p><p><b>Content</b></p><ul><li><strong>Point features</strong> representing individual crane stop locations</li><li><strong>Asset and location attributes</strong> used to reference properties, stations, berth information, offsets, and mapped coordinates</li><li><strong>Operational identification fields</strong> that support sorting and asset tracking</li></ul><p><b>Use in GIS</b></p><p>The dataset supports map display, inventory review, and asset location management for crane stop infrastructure. It is well suited for operational planning, asset reference, and quarterly review workflows.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service stores point locations for fender assets associated with marine or waterfront infrastructure. It supports asset inventory, mapping, and operational reference for installed fenders at berth-related locations.</p><p><b>Key Content</b></p><ul><li>Point features representing individual fender locations</li><li>Operational attributes that support asset identification and organization</li><li>Location reference information such as stationing, berth assignment, and spatial positioning</li><li>Photo-related and view-related details that support inspection and documentation workflows</li></ul><p><b>Uses</b></p><p>The dataset is useful for GIS-based asset management, waterfront maintenance planning, field verification, and visualization of fender infrastructure within port or marine facilities.</p>
Description: <p><b>Overview</b></p><p>This feature service provides point features representing fixed gangways, also described as loading bridges, used to document managed access structures in an operational facility context. The dataset supports GIS-based reference, review, and asset lookup for these locations.</p><p><b>Content</b></p><ul><li><strong>Point geometries</strong> marking the location of each fixed gangway.</li><li><strong>Asset attributes</strong> that support identification, organization, and map display.</li><li><strong>Location details</strong> that help associate each feature with its corresponding site or property record.</li></ul><p><b>Use</b></p><p>The layer is useful for inventory management, facility mapping, and routine operational review within GIS applications.</p><p><b>Maintenance</b></p><p>The information is maintained through periodic review and supports ongoing reference for managed facility assets.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service provides polygon features representing floating dock assets. It supports GIS-based inventory, visualization, and attribute review for dock locations and associated property information.</p><p><b>Content</b></p><ul><li><strong>Polygon geometry</strong> for dock footprints and mapped extents.</li><li><strong>Asset and property attributes</strong> used to identify and organize each dock record.</li><li><strong>Ownership and location fields</strong> that support operational tracking and map-based reference.</li></ul><p><b>Use in GIS</b></p><p>The layer is well suited for asset management, coastal or waterfront planning, map display, and location-based analysis of floating dock infrastructure.</p>
Description: <p><b>Overview</b></p><p>This feature service provides point locations for fuel bunker assets and supports operational inventory management within the mapped area. The records capture asset-level information used to identify, organize, and review fuel bunker locations in GIS workflows.</p><p><b>Content</b></p><ul><li><strong>Point features</strong> representing individual fuel bunkers</li><li><strong>Asset identification and reference information</strong> for organizing bunker records</li><li><strong>Location and placement details</strong> such as station, property, berth, offset, and geographic coordinates</li><li><strong>Descriptive attributes</strong> including owner, type, and comments for operational context</li></ul><p><b>Use</b></p><p>The dataset supports asset tracking, facility mapping, maintenance reference, and quarterly review of fuel bunker records. It is designed for query-based access in GIS applications and provides a structured view of fuel bunker infrastructure for planning and operational support.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <b>Overview</b><p>This feature service provides point features that document navigation aids used in mapping and operational GIS workflows. The dataset supports review and reference of asset locations and associated identifiers for navigation-related infrastructure.</p><b>Contents</b><ul><li><strong>Point geometries</strong> representing individual navigation aid features.</li><li><strong>Asset and property information</strong> used to identify and organize each feature.</li><li><strong>Location attributes</strong> such as latitude and longitude for reference and mapping.</li><li><strong>Comments and sort information</strong> that support data management and feature ordering.</li></ul><b>Use</b><p>The layer is well suited for asset inventory, map display, field reference, and ongoing maintenance tracking within GIS applications. It supports quarterly review cycles and provides a managed source of navigation aid records for operational use.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service provides point locations for potable water connection assets. It supports GIS access to operational records associated with water service connections and related facility identifiers.</p><p><b>Content</b></p><ul><li><strong>Geometry:</strong> Point features representing individual connection locations.</li><li><strong>Attributes:</strong> Core fields support identification and operational reference, including connection type, berth or dock position references, and asset or temporary identifiers.</li></ul><p><b>Use in GIS</b></p><p>The data supports mapping, inventory management, asset reference, and location-based review of potable water connection infrastructure within the managed service area. The service is available for query-based access and is reviewed on a quarterly cycle.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service contains point features that represent seawall ladder assets managed as part of coastal infrastructure records. Each feature stores identifying and locational attributes used to support inventory, reference, and field operations for ladder assets along the seawall.</p><p><b>Uses</b></p><ul><li>Asset inventory and maintenance tracking</li><li>Field reference for coastal infrastructure management</li><li>GIS mapping and operational planning</li></ul><p><b>Content</b></p><p>The layer includes attributes that help describe each ladder by station, property, asset identifier, berth, and position-related information.</p>
Description: <p><b>Overview</b></p><p>This feature service contains point features representing shore power connection locations. It provides a spatial inventory of connection assets used to support port or waterfront operations and related infrastructure management.</p><p><b>Contents</b></p><ul><li>Point features identifying individual shore power connection locations</li><li>Asset and operational attributes such as station, property, berth, type, and sorting information</li><li>Location reference fields that support mapping and integration in GIS applications</li></ul><p><b>Use Cases</b></p><ul><li>Managing shoreline electrical infrastructure and related assets</li><li>Supporting operational planning and facility maintenance</li><li>Displaying and querying connection locations in port and waterfront mapping workflows</li></ul>
Description: <p><b>Overview</b></p><p>This feature service contains point features representing tie down assets used for managing and securing equipment at station or berth locations. It provides a structured geographic inventory of asset locations and supporting reference information for operational use in GIS applications.</p><p><b>Contents</b></p><ul><li>Point locations for tie down features</li><li>Operational reference attributes such as station, property, asset identification, berth, type, offset, and sort order</li></ul><p><b>Use Cases</b></p><p>The data supports asset location tracking, field reference, operational planning, and map-based display of tie down infrastructure. It is reviewed on a quarterly basis to support current records.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service provides point features that represent air conditioning units. It supports operational asset tracking and map-based viewing of equipment locations associated with property records.</p><p><b>Content</b></p><ul><li><strong>Geometry:</strong> point locations for individual air conditioning units.</li><li><strong>Attributes:</strong> property reference information, asset identifiers, comments, and location-related fields that support inventory management and review.</li></ul><p><b>Use Cases</b></p><p>The layer supports facility management, equipment inventory, and GIS mapping workflows that benefit from regularly reviewed asset records.</p><p><b>Maintenance</b></p><p>The dataset is reviewed on a quarterly schedule and includes periodic updates to keep asset information current.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service stores point locations for aviation obstruction lights used to identify tall structures and other obstacles for air navigation safety. It supports operational GIS access to asset records and related location information for obstruction lighting features.</p><p><b>Content</b></p><ul><li><strong>Point features</strong> representing individual obstruction light locations.</li><li><strong>Asset and maintenance attributes</strong> that support identification, tracking, and review of each light.</li><li><strong>Location details</strong> including geographic coordinates and property references for mapping and asset management.</li></ul><p><b>Use in GIS</b></p><p>The service supports mapping, inventory management, and periodic review of aviation safety infrastructure. It can be used to display obstruction light assets, maintain related records, and support planning or operational awareness for aviation-related mapping workflows.</p><p><b>Maintenance</b></p><p>The dataset is reviewed on a quarterly basis, supporting ongoing updates to the obstruction light inventory.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service contains point features representing telecommunication connection records. It supports GIS access to communication infrastructure locations and related operational attributes used for inventory, reference, and maintenance workflows.</p><p><b>Content</b></p><ul><li><strong>Point-based connection features</strong> documenting individual communication connection entries.</li><li><strong>Asset and reference attributes</strong> that support identification, property association, source tracking, and related comments.</li><li><strong>Coordinate fields</strong> that provide latitude and longitude values for location reference.</li></ul><p><b>Use Cases</b></p><ul><li>Managing telecommunication connection inventories.</li><li>Supporting field reference and asset lookup in GIS applications.</li><li>Tracking source information and review status for communication records.</li></ul><p><b>Maintenance</b></p><p>The dataset is reviewed on a quarterly schedule and maintained as an operational telecommunication reference resource.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service contains polygon features representing electric account areas used for managing and referencing utility accounts within a mapped service territory. Each area is associated with account-related information and supports operational GIS workflows that rely on spatial account boundaries.</p><p><b>Content</b></p><ul><li><strong>Polygon boundaries</strong> defining electric account areas</li><li><strong>Account and ownership information</strong> used to identify associated records</li><li><strong>Address references</strong> that support location-based account lookup</li></ul><p><b>Use in GIS</b></p><p>The layer supports querying, mapping, and spatial reference of electric account territories for utility administration, service coordination, and asset or customer location awareness.</p><p><b>Maintenance</b></p><p>The dataset is reviewed on a quarterly schedule and maintained as an operational reference for electric account area management.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><strong>Overview</strong></p><p>This feature service contains point features that represent electric connection locations. It supports operational GIS use for viewing, querying, and referencing electric connection records across the mapped service area.</p><p><strong>Content</strong></p><ul><li>Point features for electric connection assets and related records</li><li>Attribute information describing connection characteristics, identifiers, source information, and location references</li><li>Quarterly reviewed data maintained for ongoing utility mapping and asset awareness</li></ul><p><strong>Use in GIS</strong></p><p>The service provides a structured point dataset that can support utility inventory management, field reference, map display, and location-based analysis of electric connection assets.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service contains point features that represent electric meter locations and related asset information for utility management and field reference. It supports operational mapping, asset tracking, and location-based record review within a GIS environment.</p><p><b>Contents</b></p><ul><li><strong>Point-based meter records</strong> with identifiers and account references.</li><li><strong>Location attributes</strong> such as address and coordinate values for supporting map display and field verification.</li><li><strong>Operational details</strong> including ownership, labeling status, source information, property association, and comments.</li></ul><p><b>Use</b></p><p>The service is useful for maintaining an inventory of electric meter assets, supporting utility operations, and providing map-based access to meter-related information for planning, maintenance, and administrative workflows.</p>
Description: <p><b>Overview</b></p><p>This feature service provides point features representing electric sign assets managed for operational mapping and inventory use. It supports GIS-based access to sign locations and associated reference information for asset tracking and maintenance workflows.</p><p><b>Content</b></p><ul><li><strong>Point features</strong> identifying individual electric sign records.</li><li><strong>Asset attributes</strong> such as account reference, property reference, asset identifier, name, comments, and sorting information.</li><li><strong>Location fields</strong> that capture latitude and longitude values for each sign record.</li></ul><p><b>Use</b></p><p>The service can support asset inventory management, field verification, location lookup, and integration with broader utility or municipal GIS applications.</p>
Description: <p><b>Overview</b></p><p>This feature service provides point features representing electric transformers. It supports GIS-based asset inventory, utility network reference, and operational mapping for transformer locations.</p><p><b>Content</b></p><ul><li><strong>Geometry:</strong> Point features</li><li><strong>Attributes:</strong> Property, asset identification, type, comments, location coordinates, sort order, and ownership information</li></ul><p><b>Usefulness</b></p><p>The dataset supports utility asset management, maintenance planning, field verification, and map display of transformer infrastructure within a mapped service area.</p>
Description: <p><b>Overview</b></p><p>This feature service contains point features that document emergency generator assets and their associated reference information. It supports inventory and operational management of backup power equipment used for critical facilities and preparedness planning.</p><p><b>Contents</b></p><ul><li><strong>Generator and engine details</strong> for identifying equipment and related serial information.</li><li><strong>Facility and asset references</strong> such as property, name, address, and asset identifiers.</li><li><strong>Operational attributes</strong> including fuel capacity, power rating, phase information, and descriptive comments.</li><li><strong>Location information</strong> used to support mapping, asset lookup, and field coordination.</li></ul><p><b>GIS Use</b></p><p>The layer provides a mapped inventory of emergency generator locations that can support asset tracking, maintenance planning, emergency response preparation, and facility management workflows.</p>
Description: <p><b>Overview</b></p><p>This feature service represents mapped <strong>exterior lighting assets</strong> maintained as individual point features. It supports inventory and operational reference for lighting equipment associated with properties, streets, and site infrastructure.</p><p><b>Content</b></p><ul><li>Point locations for exterior light assets</li><li>Asset details such as bulb type, quantity, wattage, mounting configuration, height, and maintenance status</li><li>Reference information for poles, pedestrian equipment, property association, and street context</li><li>Location attributes including latitude and longitude for asset identification and coordination</li></ul><p><b>Use in GIS</b></p><p>The dataset supports asset management, maintenance planning, field verification, and cartographic display of exterior lighting infrastructure. It provides a concise operational record for tracking lighting installations and their associated attributes.</p><p><b>Maintenance</b></p><p>The layer is reviewed on a quarterly basis, supporting ongoing stewardship of the inventory.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <b>Overview</b><p>This feature service provides point locations for recorded bore depths associated with fiber optic cable work. It supports mapping and review of depth measurements used in telecommunications infrastructure planning, construction documentation, and field verification.</p><b>Content</b><ul><li><strong>Point features</strong> representing individual bore depth records.</li><li><strong>Depth information</strong> captured for each location, along with a feature identifier for record tracking.</li></ul><b>Uses</b><p>The dataset is useful for infrastructure management, route and installation analysis, and GIS-based visualization of bore depth observations across the serviced area.</p>
Description: <p><b>Overview</b></p><p>This feature service stores point locations for fiber optic cable connection assets and related operational attributes. It supports inventory, field verification, and network maintenance workflows for telecommunications infrastructure.</p><p><b>Contents</b></p><ul><li><strong>Point features</strong> representing individual cable connection locations.</li><li><strong>Asset and property references</strong> used to track each connection in operational records.</li><li><strong>Location and elevation details</strong> that support spatial review and terrain-aware planning.</li><li><strong>Comments and classification fields</strong> that capture additional notes and connection type information.</li></ul><p><b>Use in GIS</b></p><p>The layer provides a geospatial reference for managing fiber optic network connection points, supporting mapping, asset administration, inspection planning, and infrastructure analysis.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polyline features that represent fiber optic cable assets. It supports GIS mapping and querying of network infrastructure used to document cable routes and associated asset information.</p><p><b>Content</b></p><ul><li><strong>Geometry:</strong> line features representing cable segments.</li><li><strong>Attribute information:</strong> records include identifiers, ownership details, section references, fiber counts, source information, and comments for asset management and reference.</li></ul><p><b>Use Cases</b></p><ul><li>Inventorying and maintaining fiber optic network assets.</li><li>Supporting infrastructure planning, operations, and maintenance workflows.</li><li>Providing a spatial reference for cable route documentation and related administrative records.</li></ul>
Description: <p><b>Overview</b></p><p>This feature service provides polyline records for high mast light connection schematics. It captures connection paths associated with high mast lighting assets and supports visual reference, mapping, and operational review within GIS workflows.</p><p><b>Content</b></p><ul><li><strong>Geometry:</strong> Polyline features representing connection segments in schematic form.</li><li><strong>Attributes:</strong> Records include display information such as address, account, meter, color, and feature length, supporting identification and reference for each connection.</li></ul><p><b>Use Cases</b></p><ul><li>Utility asset documentation and schematic mapping</li><li>Infrastructure reference for high mast lighting maintenance</li><li>Spatial review of connected lighting-related records</li></ul><p><b>Coverage</b></p><p>The service supports a localized area associated with managed high mast light connections.</p>
Description: <p><b>Overview</b></p><p>This feature service contains polygon features that represent OSHA Lighting areas used for operational review and reference within a GIS environment. The layer supports query access and provides a spatial view of lighting-related records associated with workplace or facility management activities.</p><p><b>Content</b></p><ul><li><strong>Polygon geometry</strong> capturing mapped lighting areas and their boundaries.</li><li><strong>Comments</strong> field for storing descriptive notes or review information tied to each feature.</li><li><strong>Area and length attributes</strong> that support basic spatial interpretation and feature measurement.</li></ul><p><b>Use</b></p><p>The layer is well suited for map display, spatial review, and operational documentation of OSHA lighting-related locations. It can support periodic quality checks, internal reporting, and GIS-based reference workflows.</p><p><b>Maintenance</b></p><p>The dataset is reviewed on a quarterly basis, with updates managed through standard feature service access.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service contains point locations for overhead telecommunication poles. It supports GIS access to asset records used for communication infrastructure mapping and operational reference.</p><p><b>Contents</b></p><ul><li><strong>Point features</strong> representing individual pole locations.</li><li><strong>Asset attributes</strong> such as ownership, property reference, asset identification, comments, type, and position fields that support inventory and field review.</li></ul><p><b>Use Cases</b></p><ul><li>Infrastructure inventory and asset management.</li><li>Map display and operational reference for telecommunications planning.</li><li>Quarterly review and maintenance tracking for overhead communication assets.</li></ul><p><b>Source and Maintenance</b></p><p>The layer is maintained as a regularly reviewed telecommunications asset dataset with periodic updates for operational use.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service contains polyline features that represent overhead electric line assets. It supports query access for viewing and using electric line locations and related attributes within GIS applications.</p><p><b>Content</b></p><ul><li><strong>Geometry:</strong> Linear features depicting overhead electric line segments.</li><li><strong>Attributes:</strong> Records include source information, line type, comments, and feature length details.</li></ul><p><b>Use Cases</b></p><ul><li>Mapping and inventory of electric distribution infrastructure.</li><li>Supporting utility asset management and field reference workflows.</li><li>Providing spatial context for planning, maintenance, and operational review.</li></ul><p><b>Maintenance</b></p><p>The dataset is reviewed on a quarterly basis, supporting regular updates to the information available in the service.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><strong>Overview</strong></p><p>This feature service provides point features representing overhead electric poles and anchors used to support aerial electric infrastructure. It serves as an operational GIS resource for viewing and managing utility asset locations and related attribute information.</p><p><strong>Content</strong></p><ul><li>Point-based utility assets associated with overhead electric distribution infrastructure.</li><li>Descriptive attributes that support asset identification, ownership, location reference, and field notes.</li><li>Quarterly review and ongoing maintenance information that supports current operational use.</li></ul><p><strong>Use in GIS</strong></p><p>The dataset supports asset inventory, map display, utility planning, and field reference workflows for overhead electric infrastructure management.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service provides polygon features associated with traffic count device locations and related site information. It supports mapping and management of device footprints, with attributes that identify each record, describe the associated property, and store reference information used for operational tracking.</p><p><b>Contents</b></p><ul><li><strong>Polygon features</strong> representing traffic count device areas or site extents</li><li><strong>Identification and reference attributes</strong> for asset tracking and sorting</li><li><strong>Location details</strong> such as latitude and longitude stored with the feature records</li><li><strong>Descriptive comments</strong> and property information that support field interpretation and maintenance workflows</li></ul><p><b>Use in GIS</b></p><p>The layer is useful for visualizing traffic count device coverage, organizing inventory records, and supporting transportation and field operations workflows. It can be used to review device locations, maintain asset reference data, and integrate traffic monitoring information into web maps and GIS applications.</p>
Description: <p><b>Overview</b></p><p>This feature service stores point locations for traffic signal control assets used to manage roadway intersections and related traffic operations. It supports operational mapping, asset reference, and planning workflows for transportation and public works teams.</p><p><b>Content</b></p><ul><li><strong>Traffic signal control points</strong> with identifying and operational attributes.</li><li>Information related to cabinets, controllers, signal support equipment, and coordination details.</li><li>Attributes that may reference special functions such as pedestrian features, preemption, cameras, generators, lighting, and communication or network support.</li><li>Fields for major and minor street context, jurisdiction, source, and notes that assist with asset management and maintenance.</li></ul><p><b>Use in GIS</b></p><p>The layer supports intersection inventory, signal system maintenance, field verification, and transportation network analysis. It provides a map-ready record of signal control devices that can be used for operational coordination and infrastructure management.</p>
Description: <p><b>Overview</b></p><p>This feature service contains point features representing traffic signal poles used in transportation infrastructure management. It supports map display and query access for assets associated with traffic control systems.</p><p><b>Content</b></p><ul><li><strong>Feature type:</strong> Point locations for individual traffic signal poles.</li><li><strong>Attribute content:</strong> Operational and inventory information such as property reference, asset identifier, pole type, comments, location coordinates, and sort order.</li></ul><p><b>Use Cases</b></p><ul><li>Asset inventory and field reference for traffic signal infrastructure.</li><li>Operational mapping and maintenance support for transportation teams.</li><li>Location-based review of pole assets within GIS applications.</li></ul><p><b>Maintenance</b></p><p>The dataset is maintained through periodic review to support current infrastructure records and ongoing asset management.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <p><b>Overview</b></p><p>This feature service provides point locations for traffic signal assets and their associated operational records. It supports municipal roadway management by organizing information about signal locations, intersection context, jurisdiction, and status details used for maintenance, inventory, and transportation planning.</p><p><b>Contents</b></p><ul><li><strong>Point features</strong> representing individual traffic signal locations.</li><li><strong>Intersection and roadway context</strong> through major and minor street references and city information.</li><li><strong>Asset and administrative attributes</strong> such as signal type, zone, file reference, criticality, status, and jurisdiction.</li></ul><p><b>Uses</b></p><ul><li>Support traffic engineering and signal operations workflows.</li><li>Assist with asset inventory and roadway maintenance tracking.</li><li>Provide reference data for mapping, planning, and field coordination.</li></ul>
Description: <p><b>Overview</b></p><p>This feature service documents Broward County's underground communication conduit system and supports GIS-based reference of signal and communications infrastructure.</p><p><b>Content</b></p><ul><li><strong>Polyline features</strong> representing underground communication line segments.</li><li>Operational attributes such as source information and user notes that help describe the origin and context of each record.</li></ul><p><b>Use Cases</b></p><ul><li>Infrastructure mapping and asset inventory management.</li><li>Planning, maintenance, and coordination for communication and signal network work.</li><li>Supporting municipal GIS workflows that require spatial reference to underground utility corridors.</li></ul>
Description: <p><b>Overview</b></p><p>This feature service provides a municipal utility record of underground electric line features represented as polylines. It supports GIS access to subsurface electric infrastructure information for mapping, utility planning, and asset reference.</p><p><b>Content</b></p><ul><li>Underground electric line segments stored as line geometry.</li><li>Attribute information that supports basic identification, source tracking, feature type classification, and remarks.</li></ul><p><b>Use in GIS</b></p><p>The dataset supports visualization and querying of underground electric infrastructure within the managed service area. It is useful for utility network awareness, asset inventory reference, and operational mapping workflows.</p><p><b>Maintenance</b></p><p>The service is reviewed on a quarterly basis, providing a regularly maintained reference for underground electric line mapping.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance.
Description: <b>Overview</b><p>This feature service contains point features representing fire backflow preventer assets maintained for utility and fire protection operations. It supports GIS-based viewing, query, and asset management workflows for field crews, inspectors, and operations staff.</p><b>Content</b><ul><li><strong>Asset records</strong> identified with property and asset information.</li><li><strong>Location details</strong> supported by latitude and longitude attributes for reference and mapping.</li><li><strong>Operational notes</strong> and identifiers such as comments, serial information, and sorting fields to assist with inventory and maintenance tracking.</li></ul><b>Uses</b><p>The service is useful for documenting the location and status of fire backflow preventers, supporting inspection programs, maintenance planning, and asset inventory in a GIS environment.</p>
Description: <p><strong>Overview</strong></p><p>This feature service stores point locations for fire department connection assets used in fire protection and emergency response planning. It provides a geographic inventory of connection points that can support field operations, inspection workflows, asset tracking, and map-based reference in GIS applications.</p><p><strong>Contents</strong></p><ul><li><strong>Point features</strong> representing individual fire department connections.</li><li><strong>Asset and property information</strong> to help associate each connection with a site or managed location.</li><li><strong>Location attributes</strong> that support positioning and spatial reference in mapping and analysis workflows.</li><li><strong>Reference fields</strong> for organizing records and supporting internal asset management.</li></ul><p><strong>Use in GIS</strong></p><p>The service supports operational mapping, maintenance planning, and emergency response coordination by providing a searchable and queryable inventory of fire department connection assets across the mapped service area.</p>
Description: <p><b>Overview</b></p><p>This feature service maintains a point-based inventory of fire hose assets. It supports operational mapping and asset reference for fire protection management, with each feature representing an individual hose record stored for location-based access and review.</p><p><b>Content</b></p><ul><li>Point features representing fire hose assets.</li><li>Attribute information used to identify and organize each record, including property reference, asset identification, sorting reference, comments, and geographic coordinates.</li></ul><p><b>Uses</b></p><ul><li>Supports fire infrastructure asset management.</li><li>Helps staff locate and reference hose assets in GIS applications.</li><li>Provides a mapped record for inspection, maintenance, and operational planning workflows.</li></ul>
Description: <p><b>Overview</b></p><p>This feature service provides point features representing fire hydrants and their associated operational attributes. It supports GIS-based inventory, maintenance, and public safety workflows by organizing hydrant locations and related reference information in a searchable service.</p><p><b>Contents</b></p><ul><li><strong>Point features</strong> identifying individual fire hydrant assets</li><li><strong>Asset and reference attributes</strong> such as ownership, property association, identifiers, comments, elevation, and coordinate-based location details</li></ul><p><b>Use Cases</b></p><p>The service is well suited for municipal asset management, emergency response planning, utility coordination, and field verification activities. It can help teams maintain an up-to-date hydrant inventory and support spatial queries in web or desktop GIS applications.</p>
Description: <b>Overview</b><p>This feature service provides point locations for fire monitoring assets. It supports GIS-based viewing and management of monitored sites used to track and document fire-related field infrastructure.</p><b>Contents</b><ul><li><strong>Point features</strong> representing individual fire monitor locations.</li><li><strong>Descriptive attributes</strong> such as property reference, asset identification, sorting information, and geographic coordinates for operational use.</li><li><strong>Comments</strong> that can support field notes and location-specific context.</li></ul><b>Use Cases</b><p>The dataset is useful for asset inventory, field operations, map display, and location-based reference within fire management workflows.</p>
Description: <p><b>Overview</b></p><p>This feature service provides polyline features representing domestic water pipe infrastructure associated with fire protection and utility records. It supports GIS viewing and querying of pipe locations and related asset information for operational and maintenance use.</p><p><b>Content</b></p><ul><li><strong>Geometry:</strong> Linear features depicting pipe segments.</li><li><strong>Attributes:</strong> Asset details such as location, size, ownership, maintenance status, installed length, and supporting file references.</li></ul><p><b>Use Cases</b></p><p>The dataset is useful for asset management, utility mapping, maintenance planning, and reference within municipal or facility GIS workflows. It also supports quarterly review processes and record tracking for domestic water pipe infrastructure.</p>
Copyright Text: Port Everglades Seaport Engineering & Facilities Maintenance
Description: <p><b>Overview</b></p><p>This feature service provides a point-based inventory of fire pump assets and their associated operational details. It supports viewing and managing key information about each pump record within a GIS environment.</p><p><b>Content</b></p><ul><li>Point features representing individual fire pump locations</li><li>Operational and reference attributes such as driver, flow capacity, pressure, property association, asset identification, comments, and coordinate values</li></ul><p><b>Use Cases</b></p><p>The dataset supports asset management, emergency planning, fire protection analysis, and field reference workflows by organizing fire pump information in a spatial format that can be queried and displayed in mapping applications.</p>
Description: <p><b>Overview</b></p><p>This feature service provides a point-based inventory of fire service locations. It supports GIS access to site-specific records that can be used to map, review, and manage fire-related service assets.</p><p><b>Content</b></p><ul><li><strong>Point features</strong> representing individual fire service locations.</li><li><strong>Attribute information</strong> for identifying each record, including property and asset references, comments, and coordinate values used for location reference.</li></ul><p><b>Use Cases</b></p><p>The dataset supports operational mapping, asset tracking, and spatial review of fire service infrastructure. It can be used in desktop GIS, web maps, and other location-based workflows that require access to fire service point records.</p>
Description: <p><b>Overview</b></p><p>This feature service contains point locations for fire valves, supporting utility and emergency response mapping workflows. It provides a geographic inventory of valve assets that can be viewed, queried, and maintained within GIS applications.</p><p><b>Contents</b></p><ul><li><strong>Fire valve points</strong> representing individual asset locations.</li><li><strong>Asset and reference information</strong> such as property association, asset identifiers, sorting references, and maintenance comments.</li><li><strong>Location attributes</strong> including latitude and longitude values for each recorded valve.</li></ul><p><b>Uses</b></p><ul><li>Asset management and field verification</li><li>Fire protection and utility infrastructure planning</li><li>Operational support for maintenance and emergency response</li></ul>
Description: <p><b>Overview</b></p><p>This feature service stores point locations for fire wells and related operational details used to support facility inventory and field reference. Each record represents an individual fire well feature with descriptive attributes that help identify, organize, and manage the asset.</p><p><b>Content</b></p><ul><li><strong>Geometry:</strong> Point features representing the location of each fire well.</li><li><strong>Attributes:</strong> Identification, property reference, asset reference, location coordinates, source information, comments, and ownership details.</li></ul><p><b>Uses</b></p><p>The layer supports mapping, asset tracking, and operational planning in GIS applications. It can help teams locate fire wells, maintain inventory records, and reference supporting information during inspection and management workflows.</p>
Description: The Bridges feature class shows the location of bridges as derived from event mapping Feature 258, characteristic BRIDGENO from the FDOT Roadway Characteristics Inventory data. This data represents the information collected and reported as of the most recent inventory performed and may not reflect the current conditions.
Description: The Ramps feature class shows federally classified ramp locations and ramp types as derived from event mapping Feature 119, characteristic RAMPFC from the FDOT Roadway Characteristics Inventory data. This data represents the information collected and reported as of the most recent inventory performed and may not reflect the current conditions.
Description: NOTE: Beginning with the May 12, 2014 update, Streets data include the full extent of Broward County.WARNING: Street name aliases are represented by duplicate arcs stacked upon one another. This dataset should not be used to derive statistics for total lengths (such as mileage) in Broward County.The initial streets dataset geometry was created by using a variety of sources: digitized section sheets and plats, air photography, Tiger files, field checks and sketch maps - among others. Efforts are being made to improve positional accuracy and the correctness of address attributes. This update includes all annexations as of the effective date.