AndreaBozzo/ceres-open-data-index huggingface dataset:
Blocks_PopDensity_5orMore_Albers_Equal_Area

The TIGER/Line Files are shapefiles and related database files (.dbf) that are an extract of selected geographic and cartographic information from the U.S. Census Bureau's Master Address File / Topologically Integrated Geographic Encoding and Referencing (MAF/TIGER) Database (MTDB). The purpose of this file is to provide the geography for the 2010 Census Blocks along with their 2010 housing unit count and population. Census Blocks are statistical areas bounded on all sides by visible features, such as streets, roads, streams, and railroad tracks, and/or by nonvisible boundaries such as city, town, township, and county limits, and short line-of-sight extensions of streets and roads. Blocks are the smallest geographic areas for which the Census Bureau publishes data from the decennial census. A block may consist of one or more faces.
Utah Geochronology Tritium

The Utah Geochronology Database contains ages and related dating information of sampled geologic materials (soil and rock). Ages were obtained using argon (40Ar/39Ar), cosmogenic (10Be and 36Cl), fission track, luminescence (TL, IRSL, and OSL), radiocarbon (14C), rubidium-strontium (87Rb/87Sr), tephrochronology, tritium, or uranium-thorium-lead (238U-235U/206Pb-207Pb) dating methods and were analyzed for a variety of geologic-related projects by the UGS and others. These ages were used in geologic mapping projects, fault trench investigations to determine the timing of past earthquakes dating fault movement and to develop other paleoseismic parameters, in the dating of basalt flows for eruption histories, and similar projects. Since geochronologic methods have significantly evolved and improved through time, older data is often not as reliable or usable as more recently dated materials. The user should use caution in using this data, as significant knowledge and experience is often needed to interpret and apply geochronologic data to projects correctly. As the database is expanded in the future, age results from other geochronologic dating methods are anticipated to be added. Various geochronologic data from geologic mapping projects may be found here. Donations of geochronologic data in Utah are appreciated, so that these data can be permanently archived and made available to all users. Contact the UGS for more details. The Tritium feature class contains metadata specific to each tritium water sample in the database. Not all fields will contain data, due to the lack of available information, or the field may not apply to the specific sample.
Utah Geochronology Tephrochronology

NOTE: This dataset holds 'static' data that we don't expect to change. We have removed it from the SDE database and placed it in ArcGIS Online, but it is still considered part of the SGID and shared on opendata.gis.utah.gov. The Utah Geochronology Database contains ages and related dating information of sampled geologic materials (soil and rock). Ages were obtained using argon (40Ar/39Ar), cosmogenic (10Be and 36Cl), fission track, luminescence (TL, IRSL, and OSL), radiocarbon (14C), rubidium-strontium (87Rb/87Sr), tephrochronology, tritium, or uranium-thorium-lead (238U-235U/206Pb-207Pb) dating methods and were analyzed for a variety of geologic-related projects by the UGS and others. These ages were used in geologic mapping projects, fault trench investigations to determine the timing of past earthquakes dating fault movement and to develop other paleoseismic parameters, in the dating of basalt flows for eruption histories, and similar projects. Since geochronologic methods have significantly evolved and improved through time, older data is often not as reliable or usable as more recently dated materials. The user should use caution in using this data, as significant knowledge and experience is often needed to interpret and apply geochronologic data to projects correctly. As the database is expanded in the future, age results from other geochronologic dating methods are anticipated to be added. Various geochronologic data from geologic mapping projects may be found here. Donations of geochronologic data in Utah are appreciated, so that these data can be permanently archived and made available to all users. Contact the UGS for more details. The Tephrochronology feature class contains metadata specific to each tephrochronology sample in the database. Not all fields will contain data, due to the lack of available information, or the field may not apply to the specific sample.
Utah Geochronology Cosmogenic

NOTE: This dataset holds 'static' data that we don't expect to change. We have removed it from the SDE database and placed it in ArcGIS Online, but it is still considered part of the SGID and shared on opendata.gis.utah.gov. The Utah Geochronology Database contains ages and related dating information of sampled geologic materials (soil and rock). Ages were obtained using argon (40Ar/39Ar), cosmogenic (10Be and 36Cl), fission track, luminescence (TL, IRSL, and OSL), radiocarbon (14C), rubidium-strontium (87Rb/87Sr), tephrochronology, tritium, or uranium-thorium-lead (238U-235U/206Pb-207Pb) dating methods and were analyzed for a variety of geologic-related projects by the UGS and others. These ages were used in geologic mapping projects, fault trench investigations to determine the timing of past earthquakes dating fault movement and to develop other paleoseismic parameters, in the dating of basalt flows for eruption histories, and similar projects. Since geochronologic methods have significantly evolved and improved through time, older data is often not as reliable or usable as more recently dated materials. The user should use caution in using this data, as significant knowledge and experience is often needed to interpret and apply geochronologic data to projects correctly. As the database is expanded in the future, age results from other geochronologic dating methods are anticipated to be added. Various geochronologic data from geologic mapping projects may be found here. Donations of geochronologic data in Utah are appreciated, so that these data can be permanently archived and made available to all users. Contact the UGS for more details. The Cosmogenic feature class contains metadata specific to each cosmogenic sample in the database. Not all fields will contain data, due to the lack of available information, or the field may not apply to the specific sample.
Utah Major Streams (Statewide)

This dataset has be derived from the National Hydrologic Dataset (NHD). The derivation and modification process has been performed by AGRC to provide a generl puposes feature class of streams for cartographic purposes. Two fields have been added to this feature class (InUtah and IsMajor) and features have been split at the state boundary. The National Hydrography Dataset (NHD) is a feature-based database that interconnects and uniquely identifies the stream segments or reaches that make up the nation's surface water drainage system. NHD data was originally developed at 1:100,000-scale and exists at that scale for the whole country. This high-resolution NHD, generally developed at 1:24,000/1:12,000 scale, adds detail to the original 1:100,000-scale NHD. (Data for Alaska, Puerto Rico and the Virgin Islands was developed at high-resolution, not 1:100,000 scale.) Local resolution NHD is being developed where partners and data exist. The NHD contains reach codes for networked features, flow direction, names, and centerline representations for areal water bodies. Reaches are also defined on waterbodies and the approximate shorelines of the Great Lakes, the Atlantic and Pacific Oceans and the Gulf of Mexico. The NHD also incorporates the National Spatial Data Infrastructure framework criteria established by the Federal Geographic Data Committee. More information at: [http://gis.utah.gov/data/water-data-services/lakes-rivers-dams/]
Utah Roads

Last Update: 06/03/2026 The statewide roads dataset is a multi-purpose statewide roads dataset for cartography and range based-address location. This dataset is also used as the base geometry for deriving the GIS-representation of UDOT's highway linear referencing system (LRS). A network analysis dataset for route-finding can also be derived from this dataset. This dataset utilizes a data model based on Next-Generation 911 standards and the Federal Highway Administration's All Roads Network Of Linear-referenced Data (ARNOLD) reporting requirements for state DOTs. UGRC adopted this data model on September 13th, 2017. The statewide roads dataset is maintained by UGRC in partnership with local governments, the Utah 911 Committee, and UDOT. This dataset is updated monthly with Davis, Salt Lake, Utah, Washington and Weber represented every month, along with additional counties based on an annual update schedule. UGRC obtains the data from the authoritative data source (typically county agencies), projects the data and attributes into the current data model, spatially assigns polygon-based fields based on the appropriate SGID boundary, and then standardizes the attribute values to ensure statewide consistency. UGRC also generates a UNIQUE_ID field based on the segment's location in the US National Grid, with the street name then tacked on. The UNIQUE_ID field is static and is UGRC's current, ad hoc solution to a persistent global id. More information about the data model can be found here: https://docs.google.com/spreadsheets/d/1jQ_JuRIEtzxj60F0FAGmdu5JrFpfYBbSt3YzzCjxpfI/edit#gid=811360546 More information about the data model transition can be found here: https://gis.utah.gov/major-updates-coming-to-roads-data-model/ We are currently working with US Forest Service to improve the Forest Service roads in this dataset, however, for the most up-to-date and complete set of USFS roads, please visit their data portal where you can download the "[National Forest System Roads]" dataset. More information can be found on the UGRC data page for this layer: https://gis.utah.gov/data/transportation/roads-system/
Utah_Historical_Boundaries

U.S. Historical Utah State Boundaries and Territories dating from 1848 to 1896. Includes boundaries for the Mexican Cession (1848), the proposed State of Deseret (1848 - 1850), Utah Territory (1850-1861), Utah Territory (1861), Utah Territory (1861 - 1862), Utah Territory (1862 - 1866), Utah Territory (1866 - 1868), State of Utah (1868-1896). Data source for the boundaries: https://publications.newberry.org/ahcbp/
Utah_National_Historic_Building_Districts

National Historic Building Districts are neighborhoods or areas that have a concentration of historic buildings 50 years or older. These buildings still have their architectural integrity, and they represent an important aspect of a place's history. The U.S. federal government designates historic districts through the [United States Department of Interior] under the auspices of the [National Park Service]. Federally designated historic districts are listed on the [National Register of Historic Places], but listing usually imposes no restrictions on what property owners may do with a designated property. In Utah, there are currently 66 National Historic Building Districts. To learn more information: [https://history.utah.gov/preservation/national-register/] Up-to-date as of January 22, 2019.
Utah National Historic Landmarks

Properties in Utah that are recognized by the U.S. Gov't as National Historic Landmarks for their outstanding historical significance. A National Historic Landmark can be a building, district, object, site or structure. Attribute definitions: L_Name = Name of National Historical Landmark Smith_Tri = unique identifier assigned to archaeological sites HowDerived = method for digitizing boundary FromNHLDoc = Boundary description is from the NHL record. Date_Desig = date the site became a National Historic Landmark Date_Amend = date the NHL boundaries were amended Landowner = name of landowner that owns land the NHL is located on Area = NHL in acres
Historic Utah Wildfire Perimeters: 1999 to 2020

Historic Wildfire Perimeters Compilation of wildfire perimeters for the dates January 1, 1999, through December 31, 2020. Fire boundaries were compiled from spatial data managed by Utah Division of Forestry, Fire and State Lands, prior to 2020. Perimeters from 2020 were acquired from the [NWCG National Incident Feature Service]. Data attributes for older fires are less complete than more recent events. Fires for which only the year was known will have a start date of January 1 of that year. Please contact: Justin Johnson Senior GIS Analyst Utah Division of Forestry, Fire and State Lands [jjohnson2@utah.gov]
Groundwater Models

In the 2006 legislative session the Utah Legislature provided some new tools to help us manage our states groundwater resource. Groundwater Management Plans are created for areas throughout Utah to promote wise use of the ground-water, protect existing water rights, and address water quality issues and over-appropriation of ground water. The creation, requirements, management, purpose, and effects of these plans are explained in Section 73-5-15 of the Utah State code. Groundwater Information can be viewed at the following link https://waterrights.utah.gov/groundwater/default.asp
Utah Geochronology

The Utah Geochronology Database contains ages and related dating information of sampled geologic materials (soil and rock). Ages were obtained using argon (40Ar/39Ar), cosmogenic (10Be and 36Cl), fission track, luminescence (TL, IRSL, and OSL), radiocarbon (14C), rubidium-strontium (87Rb/87Sr), tephrochronology, tritium, or uranium-thorium-lead (238U-235U/206Pb-207Pb) dating methods and were analyzed for a variety of geologic-related projects by the UGS and others. These ages were used in geologic mapping projects, fault trench investigations to determine the timing of past earthquakes dating fault movement and to develop other paleoseismic parameters, in the dating of basalt flows for eruption histories, and similar projects. Since geochronologic methods have significantly evolved and improved through time, older data is often not as reliable or usable as more recently dated materials. The user should use caution in using this data, as significant knowledge and experience is often needed to interpret and apply geochronologic data to projects correctly. As the database is expanded in the future, age results from other geochronologic dating methods are anticipated to be added. Various geochronologic data from geologic mapping projects may be found here. Donations of geochronologic data in Utah are appreciated, so that these data can be permanently archived and made available to all users. Contact the UGS for more details.
Utah Duty Values

Irrigation is the act of applying water to any plant to obtain optimal growth and maintenance of that plant. Lawns, gardens, shrubs, pastures and non-native trees and plants are all considered as irrigation, even though not all are harvested as crops. The duty for irrigation ranges from 6.0 AF per irrigated acre in parts of the Virgin River drainage to 3.0 AF per irrigated acre in high mountain areas. The average diversion duty is 4.0 AF per acre. This “duty” is based on the highest water consuming crop, which is alfalfa, during the growing season of the region and surface irrigation practices.
Land_Ownership_WM

This dataset depicts the official State of Utah School and Institutional Trust Lands Administration surface land ownership data in the web mercator projection. This dataset depicts the 1:24,000 scale land ownership status and areas of responsibility for the State of Utah. Revisions are posted weekly and are also available on the Utah Geospatial Resource Center (UGRC) SGID. Maintenance of this data layer is performed by a cooperative federal and state effort. The Trust Lands Administration revises this data regularly to reflect changes in State Trust Lands, Other State Lands and Private Lands as needed. The Bureau of Land Management (BLM) revises this data regularly to reflect changes in Federal Lands as needed. Other information is edited and updated as needed but not on a regular schedule.
Land_Ownership

This dataset depicts the official State of Utah School and Institutional Trust Lands Administration surface land ownership data. This dataset depicts the 1:24,000 scale land ownership status and areas of responsibility for the State of Utah. Revisions are posted weekly and are also available on the Utah Geospatial Resource Center (UGRC) SGID. Maintenance of this data layer is performed by a cooperative federal and state effort. The Trust Lands Administration revises this data regularly to reflect changes in State Trust Lands, Other State Lands and Private Lands as needed. The Bureau of Land Management (BLM) revises this data regularly to reflect changes in Federal Lands as needed. Other information is edited and updated as needed but not on a regular schedule.
FrontRunner Commuter Rail Stations

UTA FrontRunner Commuter Rail Stations - 16 In Service and 1 Out of Service include: Ogden Central, Clearfield, Layton, Woods Cross, Farmington, Roy, Lehi, American Fork, Orem Central, Provo Central, Murray Central, South Jordan, Draper, Salt Lake Central, North Temple, Pleasant View (Out of Service) and Vineyard.
UTA Route Level Ridership Table, Monthly Counts

This table lists ridership by mode. It is broken down further into Route Abbreviation, month, service type, city and county. The data spans from January 2017 - present. The Route Abbreviation is the UTA short name. Service types are defined as: Saturday (SAT), Sunday (SUN) and Weekday (WKD). Refer to [Dashboard Definitions] to learn more about Service Types. Avg Boarding is the average of daily boardings in the month for each service type.
UTA Mode Level Boardings Weekday Averages

Please VIEW FULL DETAILS prior to DOWNLOAD. Average Weekday Ridership by UTA Mode (Commuter Rail, Light Rail, etc.) by Month and Year (2017-present). Please note that this dataset includes subtotal entries for Bus Modes, as well as Systemwide totals. When summing this data by Mode, you may need to exclude the Bus subtotals and Systemwide totals. Refer to [Dashboard Definitions] to learn more about ‘Service Types’ (for Weekday Ridership).
UTA TRAX Light Rail Routes

A centerline of the UTA TRAX light rail system including: * TRAX Blue Line (North South and Intermodal) Salt Lake Center - Draper Town Center * TRAX Green Line - Airport - West Valley Central * TRAX Red Line - University Medical Center - Daybreak Pkwy * TRAX S Line - Central Pointe - Fairmont Also available: Double track feature layer, centerline by color feature layer.
TRAX Light Rail Stations

UTA TRAX Light Rail Stations Point. 57 UTA TRAX station points. Stations include: Library, Trolley, 900 East, Stadium, Meadowbrook, Murray North, Murray Central, Fashion Place West, Midvale Fort Union, Midvale Center, Historic Sandy, Sandy Civic Center, Ballpark, Central Pointe, Millcreek, City Center, Gallivan Plaza, Temple Square, Arena, Courthouse, University South Campus, University Medical Center, Fort Douglas, 900 South, Sandy Expo, Old Greektown, Salt Lake Central, Planetarium, Draper Town Center, Kimballs Lane, Crescent View, Central Pointe Sugarhouse, Daybreak Parkway, South Jordan Parkway, 5600 W. Old Bingham Highway, 4800 W. Old Bingham Hwy, Jordan Valley, 2700 W. Sugar Factory Road, West Jordan City Center, Historic Gardner, Bingham Junction, West Valley Central, Decker Lane, Redwood Junction, River Trail, South Salt Lake City, 300 East, 500 East, 700 East, Sugarmont, Fairmont, North Temple Bridge, Jackson/Euclid, Fairpark, Power, 1940 W. North Temple, Airport, 600 South
Utah Advertised Water Rights

When applications to water rights are proposed, such as changes in use, place of use, or point of diversion, these changes must generally be advertised. This involves publishing a legal notice in one or more local newspapers to inform the public and other water rights holders of the proposed change. This is part of the process to allow for protests or comments from those potentially affected. The process of advertising water rights in Utah is designed to maintain transparency, protect existing rights, and ensure that any new or changed water use does not adversely affect other users. If you're directly involved or need more specific information, you might want to check the Utah Division of Water Rights website or contact them directly for the most up-to-date information on any particular water right or application.
Utah Environmental Incidents

This interactive map layer provides geographic locations and key details for environmental incidents voluntarily reported and documented in the DEQ's Environmental Incident Database. The database includes information reported to the DEQ regarding spills, releases, and other events that may pose a risk to the environment or public health. Each point on the map represents a reported incident and contains information such as the report number, the date the incident was reported, the party responsible, the location, and the substance or chemical involved. This tool is intended to help the public and other stakeholders access information about environmental incidents in their areas of interest.
Low Level Waste Disposal and Uranium Mills WMRC

# Uranium Mills There are three uranium mill facilities in Utah that DWMRC is responsible for licensing and regulating. [Energy Fuels Resources (USA) Inc.] (EFRI) operates the White Mesa Uranium Mill, located approximately six miles south of Blanding. Prior to EFRI, taking ownership of the Mill in August, 2012, it was operated by Denison Mines (USA) Corporation from December, 2006 to August 2012. Proceeding Denison Mines, the facility was operated by International Uranium (USA) Corporation. ## [Anfield Resources Holding Corporation], also known as Shootaring Canyon, is located in a sparsely populated area of Garfield County, southeastern Utah. Approximately 50 miles south of Hanksville, Utah, 14 miles north of Bullfrog Basin Marina, and 2 miles west of Utah State Highway 276. The small town of Ticaboo is located 2.6 miles south of the site. ## [Rio Algom Mining LLC] has a current Radioactive Materials License for a former uranium milling facility in the Lisbon Valley. The Lisbon Valley site is located in San Juan County, Utah, approximately 2 miles south of the rural community of La Sal. The City of Moab, Utah is approximately 30 miles to the northwest of the Site, and Monticello, Utah is 35 miles south. Rio Algom Mining Corporation began uranium mining and milling operations in May 1972. In October 1988 the mine was closed for economic reasons. Milling ceased in early 1989. Site reclamation also commenced in 1989. Rio Algom is currently working with the State of Utah on remaining, unresolved issues so that the site can be turned over to the U.S. DOE for long term care and surveillance. # Low Level Radioactive Waste: EnergySolutions The Low Level Radioactive Waste Program oversees the activities at the Energy Solutions facility. Energy Solutions is a Utah-based company that operates a commercial treatment, storage and disposal facility five miles south of the Clive exit on Interstate 80 in Tooele County and approximately 80 miles west of Salt Lake City. The facility itself is about one square mile in size and is located in a remote desert area, approximately 20 miles from the nearest residence. The depth to groundwater averages about 30 feet.
Rail Stop Ridership Table

Boardings and Alightings at UTA rail stations (Commuter Rail, TRAX, Streetcar).The average daily number for boardings and alightings are calculated by the average of monthly samples at each rail stations. The dataset includes Route Abbreviation Number, Route Name, Month, Year, Service Type (Weekday, Saturday, Sunday), Stop name and Stop Abbreviation(s). If a stop name has two stop abbreviations, this represents the stop at the beginning and end of the rail platform. For spatial stop ridership data, see UTA's feature layer: [UTA Stops & Most Recent Ridership.]