AndreaBozzo/ceres-open-data-index huggingface dataset:
Georgetown City Limits

Overview This Feature Service provides detailed geographic information about the city limits of Georgetown, Texas. It delineates the official boundaries of the city, enabling users to understand the extent of municipal jurisdiction within this region. Feature Layers * City Limits: This layer defines the polygonal boundaries of Georgetown. It includes key attributes such as the city name, total acreage, and square mileage which describe the size of the city area. The data is useful for urban planning, property management, and local government operations. Geographic Coverage The data exclusively covers the City of Georgetown located in Texas. It is intended to support local-level analysis and municipal services within this area. Use Cases * Supporting planning and zoning decisions by city officials. * Providing accurate boundaries for emergency response services. * Serving as a reference for real estate and land use studies.
Sidewalk Master Plan Priority Projects

Overview This Feature Service provides detailed information on priority sidewalk projects identified in the Sidewalk Master Plan, reflecting the 2023 update. It includes a comprehensive dataset focused on the condition, deficiencies, and planned improvements of sidewalks to enhance pedestrian infrastructure. Feature Layers * SMP Priority Projects: This layer contains prioritized sidewalk projects, including data on sidewalk conditions, definitions of deficiencies, width measurements, observations, and requested improvements. It captures project statuses, notes, development expectations, and city comments to support planning and implementation activities. Geographic Coverage While the specific geographic scope is not explicitly stated, the inclusion of city comments and project grouping suggests the data pertains to urban areas managed by the data provider, likely within a particular municipal or city jurisdiction. Use Cases * Supports urban planners and local government agencies in tracking and prioritizing sidewalk maintenance and construction projects. * Facilitates assessment of sidewalk conditions and planning for pedestrian safety improvements. * Enables stakeholders to monitor project progress and document related notes and development expectations. Data Source Data management and access are provided by Kimley-Horn, indicating a professional services context for transportation and infrastructure planning.
Thoroughfare Plan 2045 for Georgetown, Texas

Overview This Feature Service represents the Thoroughfare Plan 2045, focusing on the city of Georgetown, Texas. It serves as a comprehensive spatial dataset to understand existing and planned road networks, categorizing them by functional classes and planned updates to address future transportation needs. Feature Layers * Thoroughfare Plan 2045: This primary feature layer includes detailed line geometries of roadways planned and existing within Georgetown. The layer provides essential attributes such as road names, classification revisions, update classes, corridor identifiers related to Williamson County, and designation schemes from Texas Department of Transportation. It enables analysis of transportation corridors and supports strategic planning efforts. Geographic Coverage The data covers the municipal region of Georgetown, Texas, and integrates local transportation planning within a regional context, including references to Williamson County corridors and state transportation schemes. Use Cases * Transportation planning and infrastructure development * Roadway functional classification and corridor management * Support for urban growth and land use planning * Integration with state-level transportation projects
Future Land Use for San Jose Neighborhood

Overview This feature service provides detailed spatial information about the projected future land use within the San Jose neighborhood. It captures the planned designation of land parcels to guide urban development and zoning decisions. Feature Layers * Future Land Use - San Jose Neighborhood: This layer represents the planned land use categories for areas within the San Jose neighborhood. It includes comprehensive attribute data such as the land use type, creation and last editing information which supports tracking of updates and data provenance. The underlying data supports city planning and community development initiatives by identifying intended future functions of land parcels. Geographic Coverage The dataset is focused exclusively on the San Jose neighborhood, providing local-scale insights pertinent to this specific urban area. Use Cases * Urban planning and zoning regulation enforcement. * Community development and neighborhood revitalization projects. * Supporting public participation and awareness in land use changes. * Informing infrastructure and service provision aligned with planned land designation.
Future Land Use for TRG Neighborhood

Overview This feature service represents the future land use planning for the TRG Neighborhood, as developed by APD Urban consulting. It provides a spatial dataset that outlines proposed land use categories intended to guide development and zoning decisions within the neighborhood. Feature Layer * Future Land Use - TRG Neighborhood: This layer details the proposed land use designations within the TRG Neighborhood. It includes categories for various land uses, enabling planners and stakeholders to understand and visualize future development patterns. Geographic Coverage The data specifically covers the TRG Neighborhood region, providing localized insights into planning initiatives focused on that area. Use Cases * Supporting urban planners and local government in decision-making surrounding zoning and land development. * Helping community members and developers understand future land allocation. * Facilitating public engagement and review of neighborhood planning proposals.
Parks Locations - Point Feature

Overview This Feature Service presents spatial data representing parks within the city of Georgetown, Texas. The dataset focuses on park locations identified as points, providing essential attributes that describe each park's characteristics and administrative details. Feature Layers * Parks Point: This layer represents individual parks as geographic points. It includes attributes such as park name, type, and classification, along with address data. Additionally, metadata fields capture the identity of the user who created or last edited each record and the corresponding timestamps. The layer serves as a foundational dataset for urban planning, recreation management, and public information about park amenities and locations. Geographic Coverage The data covers parks located within the municipal boundaries of Georgetown, Texas, providing a localized perspective on green spaces maintained by the city government. Use Cases * Supporting city planners and parks department staff in managing and maintaining park facilities. * Informing residents and visitors about park locations and types through web maps and applications. * Enabling spatial analysis related to urban green space distribution and accessibility.
Parks Locations - Polygon Feature

Overview This Feature Service provides detailed polygon boundaries of parks managed by the city of Georgetown. It offers comprehensive spatial data representing park locations and their relevant attributes across the city. Feature Layers * Parks Polygon: This layer outlines the boundaries of city parks, including diverse park types and classifications. It contains key information such as the park name, park type, classification, and address. The data also includes metadata on creation and last edits for quality control and management. Geographic Coverage This service covers the geographic area within Georgetown city limits, providing localized and up-to-date information on park properties. Use Cases * Urban planning and park management to support maintenance and development activities. * Community engagement and public information to assist residents and visitors in locating parks. * Integration with mapping applications and municipal GIS products for spatial analysis and resource allocation.
Georgetown Trails

Overview This Feature Service provides detailed information about trails maintained by the city of Georgetown, as well as others located in they city maintained by others. It presents a comprehensive depiction of trail pathways within the city’s jurisdiction, designed primarily for recreational and transportation purposes. Trails Layer * Trails: This layer includes line features representing various trails throughout Georgetown. Each trail is identified by name and includes attributes such as length in miles, descriptive information, trail lighting availability, and notes that offer additional context. The trails are categorized by type, providing insight into their intended use or characteristics. Metadata fields record the creation and last edit details, ensuring data currency and management traceability. Geographic Coverage The dataset covers the geographic extent of the city of Georgetown, focusing on recreational and pedestrian trail systems within this area. Use Cases * Urban planning and development for enhancing pedestrian infrastructure * Recreational trail management and maintenance tracking * Public information tools for residents and visitors seeking trail access and details * Integration with city parks and recreation resources to promote outdoor activities
City-Approved MUDs and PIDs

Overview This feature service provides detailed geospatial data on Municipal Utility Districts (MUDs) and Public Improvement Districts (PIDs) that have been officially approved by the City Council of Georgetown, Texas. It serves as an authoritative source reflecting the city's jurisdictional utility districts and improvement areas. Feature Layer Details * City-approved MUDs and PIDs: This layer catalogs the officially sanctioned utility and improvement districts within Georgetown’s city limits and the water CCN (Certificate of Convenience and Necessity). Each district is represented by its name, alias, status, and governing authority, providing essential context for planning and management. Geographic Coverage The data covers the jurisdictional area of Georgetown, Texas, capturing the municipal boundaries where these utility and improvement districts operate. This localized coverage supports city planning, development oversight, and public utility management. Use Cases * City planners and developers can utilize this data to understand which areas are governed by specific utility or improvement districts to coordinate services and infrastructure development. * Utility companies and public service providers gain insights into district boundaries and authorities, facilitating effective service delivery and regulatory compliance. * Residents and stakeholders can reference this data for transparency regarding the governance and status of MUDs and PIDs affecting their neighborhoods. Data Source and Collaboration This feature service is maintained through collaboration between the City of Georgetown’s Special Districts and Planning departments, ensuring up-to-date and accurate representation of municipal districts.
Fire Stations

Overview This feature service provides city-owned public-facing fire station locations and related facility details for the City of Georgetown. It includes contact information, service notes, website links, and other supporting attributes used to describe each station. Content The service contains a single point feature layer representing fire stations that support city facilities mapping and public information applications. The layer is compiled from city-owned property parcel information provided by Williamson CAD and supports display in a City Facilities web map and related web application. Geographic Coverage The data covers the City of Georgetown and the surrounding area represented in the service extent. Use Cases * Locating city fire stations on web maps and applications * Sharing station contact details and service information with the public * Supporting city facilities inventory and facility reference mapping * Linking users to station photos and online resources
ETJs Surrounding Georgetown, Texas

Overview This Feature Service provides detailed geographic representations of the Extra-Territorial Jurisdictions (ETJs) for cities surrounding Georgetown, Texas. ETJs are areas outside a city's incorporated limits where the city can exert limited regulatory control, primarily to manage future growth and land use in adjacent unincorporated areas. Feature Layer * All surrounding ETJs : This layer depicts the ETJ boundaries for multiple incorporated cities neighboring Georgetown. It includes critical information such as the city name, type of ETJ, and land area in acres. The dataset uses a coded domain to standardize city names including Austin, Round Rock, Pflugerville, and others, ensuring consistent identification of jurisdictions. Geographic Coverage The service covers ETJs within the region surrounding Georgetown, Texas, capturing jurisdictions from several cities in the vicinity. This localized geographic coverage is particularly useful for regional planning, intergovernmental coordination, and land management in the area. Use Cases * Assisting city planners and local governments in understanding and managing growth and land use beyond municipal limits. * Supporting real estate developers and property owners by providing clarity on regulatory boundaries and jurisdictional authority. * Facilitating regional cooperation among neighboring cities for infrastructure development and service provision.
Traffic Impact Fees - Impacted Roadways

Overview This feature service provides detailed spatial information about roadways impacted by traffic impact fees in Georgetown,Texas. The data supports transportation planning by identifying key road segments subject to fees designed to fund infrastructure improvements. Feature Layers * Impacted Roadways : This layer depicts road segments affected by traffic impact fees. It includes attributes describing the roadway classification, project affiliations, current and projected lane configurations, and traffic count data. The layer also captures details on roadway status, bond information, and revision history related to the regional transportation plan (OTP2035). The data supports analysis of existing conditions and future transportation needs by providing lane counts, traffic volumes in both directions, and anticipated improvements. Geographic Coverage The dataset covers Georgetown, Texas, focusing on roadways within the area bounded approximately by cities and communities in the Austin metropolitan area. The geographic scope facilitates localized transportation impact fee analysis and planning for the relevant jurisdiction. Use Cases * Supporting transportation planning and funding decisions through identification of roadways impacted by fees. * Analyzing traffic volumes and lane configurations to prioritize infrastructure investments. * Tracking project statuses and related bond initiatives linked to roadway improvements.
Georgetown Extraterritorial Jurisdiction Area (ETJ)

Overview This feature service represents the extraterritorial jurisdiction (ETJ) boundary surrounding the city of Georgetown. It defines the geographic area beyond the city limits where Georgetown exercises limited regulatory powers, primarily for planning and zoning purposes. Feature Layer * Georgetown ETJ: This polygon layer details the extent of the ETJ boundary. Each polygon includes information such as the name of the ETJ area, land area measured in acres and square miles, and metadata including the last editor and update date. This layer serves as a critical resource for urban planners, developers, and government agencies managing land use regulations outside city limits. Geographic Coverage The dataset is focused on the region surrounding Georgetown, Texas, providing precise spatial delineation of the city's extraterritorial jurisdiction. Use Cases * Urban and regional planning for land use and zoning controls beyond city boundaries. * Regulatory oversight for development projects in unincorporated areas influenced by Georgetown. * Supporting governmental decision-making regarding growth management and infrastructure planning.
Future Land Use for Williams Drive Subarea

Overview This feature service provides detailed information on the future land use designations for the Williams Drive Subarea. It is designed to support urban planning and development efforts within this specific region. Feature Layers * Future Land Use - Williams Dr Subarea: This layer contains geographic polygons representing different future land use categories within the Williams Drive Subarea. The data includes classifications and descriptions aligned with local planning guidelines and parcel boundaries. The information assists planners, developers, and city officials in understanding and managing zoning and land use changes projected for this area. Geographic Coverage The data specifically covers the Williams Drive Subarea within the jurisdiction of the Georgetown, Texas vicinity, aiding localized planning initiatives. Use Cases * Urban and regional planning to guide growth and development. * Land use policy analysis and implementation monitoring. * Support for zoning decisions and environmental impact assessments. Data Provenance This data was provided by Frese & Nichols and was approved by City Council 3/2020 as part of the Updated 2030 Comp Plan. Based on parcel data from 4/13/2018.
Future Land Use Plan

Overview This feature service provides detailed information on the Future Land Use designations within the City of Georgetown. It supports urban planning and development initiatives by illustrating proposed land use categories as adopted in the Unified Development Code (UDC) by City Council. Feature Layers * Future Land Use: This layer represents designated future land use areas. It is essential for planners, developers, and policymakers to understand expected growth patterns and zoning changes. The data helps guide decisions related to residential, commercial, industrial, and recreational land use planning. Geographic Coverage The service covers the municipal boundaries of the City of Georgetown, Texas, reflecting the city’s planning jurisdiction. Use Cases * Urban and regional planning efforts for sustainable growth * Policy formulation regarding zoning and land use development * Community outreach and public information regarding future city development
Zoning

Overview This feature service provides comprehensive zoning designation data within the City of Georgetown. It is designed to support urban planning, land use management, and development control efforts by detailing zoning classifications across the city boundaries. Feature Layers * Zoning: This layer contains zoning designations, categorizing different land parcels according to their regulatory zoning status. Each zoning area is identified by a concise code as well as a full zoning description, providing clear insight into allowable land uses. The dataset includes acreage for each zone, giving a sense of the spatial extent. Geographic Coverage The data covers the entire municipal limits of Georgetown, Texas, enabling local government officials, developers, planners, and the public to understand current zoning landscapes within this specific geographic area. Use Cases * Supporting city planning and zoning compliance reviews. * Assisting developers in identifying suitable parcels for proposed land uses. * Providing a basis for public information on zoning regulations. * Helping GIS analysts and urban planners make informed decisions about city growth and land development.
City Council Districts

Overview This Feature Service provides detailed polygon boundaries for each City Council district within the specified geographic area, including pertinent information about the elected council members representing each district. Feature Layers * City Council Districts: This layer represents the geographic boundaries of City Council districts as polygons. It includes attributes such as the district name, the current council member representing the district, the size of each district measured in acres, and links to relevant documentation. Geographic Coverage The dataset covers specific City Council districts within a defined urban area in the United States, focusing on local governmental boundaries and representation. Use Cases * Supporting urban planning and civic administration by providing clear political boundary definitions. * Facilitating public engagement and access to representative information. * Enhancing spatial analysis related to political districts for governance and community services.
Parcels - Williamson County

Overview This feature service provides detailed parcel boundary data for Williamson County. It includes information on individual property parcels delineated within the county's jurisdiction, sourced from the Williamson Central Appraisal District. Feature Layers * Parcels: This layer represents the spatial boundaries and associated attributes of property parcels in Williamson County. Attributes include owner information, site and mailing addresses, subdivision names, legal descriptions, and parcel sizes in acres. The data supports property identification, ownership records, and jurisdictional mapping within the county. Geographic Coverage The service is geographically focused on Williamson County, Texas, providing comprehensive parcel-level information for this specific region. Use Cases * Assessment and taxation by county appraisal districts. * Urban planning and land use management. * Property ownership and real estate analysis. * Public information for government agencies, developers, and residents.
Georgetown Survey Control Benchmarks

Overview This feature service provides detailed survey control benchmarks for the City of Georgetown. These benchmarks are essential reference points used in surveying and mapping to ensure accuracy and consistency across geospatial datasets within the area. Feature Layers * Survey Control Benchmarks: This layer contains precise survey control points characterized by their identifiers, coordinates in feet (northing and easting), orthometric elevations, latitude, longitude, and related metadata such as monument descriptions and images. These points serve as foundational references for surveying activities and infrastructure planning. Geographic Coverage The data covers the City of Georgetown, Texas, supporting local government planning, development, and geospatial analysis in this municipality. Use Cases * Surveying and engineering projects requiring accurate control points. * Municipal planning and infrastructure development. * Geospatial data alignment and quality control for mapping applications.