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U.S. Geological Survey
Geophysicist
303-236-1310
Denver Federal Center
Building 20
Mail Stop 973
Denver
CO
80225-0046
US
pbrown@usgs.gov
gs_gggsc_dm_team@usgs.gov
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80225
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Denver Federal Center, Building 810, Mail Stop 302
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Denver Federal Center, Building 810, Mail Stop 302
Denver
CO
80225
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sciencebase@usgs.gov
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Arc GIS Shape file containing flight line paths for the airborne data.
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ScienceBase
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Denver Federal Center, Building 810, Mail Stop 302
Denver
CO
80225
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sciencebase@usgs.gov
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Denver Federal Center, Building 810, Mail Stop 302
Denver
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80225
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sciencebase@usgs.gov
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Airborne magnetic and radiometric survey, Hartville Uplift and Shirley Mountains regions, Wyoming, 2025
2026-03-02
Benjamin J. Drenth
Philip J. Brown
Dylan M. Connell
U.S. Geological Survey
Denver, CO
tabular digital data
Additional information about Originators: Benjamin J. Drenth, https://orcid.org/0000-0002-3954-8124; Philip J. Brown, https://orcid.org/0000-0002-2415-7462; Dylan M. Connell, https://orcid.org/0000-0001-8678-2776.
Suggested Citation: Drenth, B.J., Brown, P.J., Connell, D.M., 2025, Airborne magnetic and radiometric survey, Hartville Uplift and Shirley Mountains regions, Wyoming, 2025 : U.S. Geological Survey data release, https://doi.org/10.5066/P1C7TJKK.
The Earth MappingResources Initiative (Earth MRI)
This data release provides digital flight line data for a high-resolution airborne magnetic and radiometric survey over the Hartville Uplift and Shirley Mountains regions of Wyoming. The survey is split into two blocks, one covering the Hartville Uplift region (Block A), and the other covering the Shirley Mountains region (Block B). The airborne survey was mainly funded by the State of Wyoming, with a smaller contribution from the Earth Mapping Resources Initiative (Earth MRI). The survey was designed by the Wyoming State Geological Survey (WSGS) and contracted by the USGS. The survey was designed to meet complementary needs related to geologic mapping and characterization of mineral resource potential. A total of ca. 83,000 line km of magnetic and radiometric data were acquired over areas totaling ca. 15,000 km2. In the Hartville Uplift region (Block A), data were collected from a fixed-wing aircraft flown at a nominal terrain clearance of 100 meters (m) above topography along E-W flight lines spaced at 200 m intervals. Tie lines were flown in an N-S direction every 2000 m. In the Shirley Mountains region (Block B), data were collected from a helicopter flown at a nominal terrain clearance of 100 meters (m) above topography along N-S flight lines spaced at 200 m intervals. Tie lines were flown in an E-W direction every 2000 m. Data were collected by NV5 Geospatial, Precision GeoSurveys, and EDCON-PRJ under contract to the USGS using aircraft with magnetometers mounted in stingers and fully calibrated gamma-ray spectrometers. The survey operated out of airports in Casper, Lusk, and Torrington, Wyoming, from May to July of 2025. Files that are available in this publication include flight line data for the magnetic and radiometric survey, and a report describing the survey parameters, field operations, quality control and data reduction procedures. A zip file is provided that contains the contractor's deliverable products that includes Geosoft databases and grids for the magnetic and radiometric survey and the report describing the survey and data reduction.
The Hartville Uplift-Shirley Mountains survey was designed to meet complementary needs related to geologic mapping and mineral resource research.
U.S. Geological Survey roles and contributions:
Scientist-In-Charge: Benjamin J. Drenth
Contract technical liaison: Dylan M. Connell
Survey design and coordination: Benjamin J. Drenth
Preliminary data quality assurance: Benjamin J. Drenth, Dylan M. Connell
Final data quality assurance: Philip J. Brown
Data preparation for release: Benjamin J. Drenth, Philip J. Brown
Metadata preparation for release: Philip J. Brown, Benjamin J. Drenth
Data and metadata review: Patricia G. MacQueen
Section 508 review: Maria R. Montour
Project Manager: Brent D. Marz
Funding: State of Wyoming and Earth Mapping Resources Initiative
Wyoming State Geological Survey roles and contributions
Survey design and coordination: Ranie M. Lynds, Patricia M. Webber
Contractor roles and contributions:
Contractors: NV5 Geospatial, Inc.; Precision GeoSurveys, Inc.; and EDCON-PRJ, Inc.
Please note that the contractors made no mention of specific project personnel and their roles in the report.
Benjamin J. Drenth
U.S. Geological Survey
Research Geophysicist
303-236-1827
PO Box 25046, Mail Stop 973
Bldg 20, Denver Federal Center
W 6th Ave and Kipling St
Denver
CO
80225-0046
US
bdrenth@usgs.gov
Pedro Mountains
Shirley Mountains
Medicine Bow National Forest
Routt National Forest
Platte County
Goshen County
Niobrara County
Albany County
Converse County
Natrona County
Carbon County
Little Medicine Bow River
Laramie River
North Platte River
Pathfinder Reservoir
Freezeout Mountains
Wildcat Hills
Wanker Hills
Haystack Range
Pedro Mountains
Rattlesnake Hills
Geographic Names Information System (GNIS), https://geonames.usgs.gov
United States
Wyoming
Common geographic areas
United States of America
USA
geoscientificInformation
ISO 19115 Topic Category
Economic Geology
Geophysics
Geospatial datasets
Magnetic field (earth)
Mineral Resources
Potassium
Sedimentology
Structural Geology
Thorium
Uranium
USGS Thesaurus
USGS:63ac8a83d34e92aad3ca141e
USGS Metadata Identifier
AASG
Aeromagnetic survey
Aeroradiometric survey
Airborne geophysical survey
Association of State Geologists
Earth Mapping Resources Initiative
EarthMRI
GGGSC
Geology, Geophysics, and Geochemistry Science Center
MRP
Mineral Resources Program
National Cooperative Geologic Mapping Program
U.S. Geological Survey
USGS
geoscientificInformation
Economic Geology
Geophysics
Geospatial datasets
Magnetic field (earth)
Mineral Resources
Potassium
Sedimentology
Structural Geology
Thorium
Uranium
USGS:63ac8a83d34e92aad3ca141e
AASG
Aeromagnetic survey
Aeroradiometric survey
Airborne geophysical survey
Association of State Geologists
Earth Mapping Resources Initiative
EarthMRI
GGGSC
Geology, Geophysics, and Geochemistry Science Center
MRP
Mineral Resources Program
National Cooperative Geologic Mapping Program
U.S. Geological Survey
USGS
Pedro Mountains
Shirley Mountains
Medicine Bow National Forest
Routt National Forest
Platte County
Goshen County
Niobrara County
Albany County
Converse County
Natrona County
Carbon County
Little Medicine Bow River
Laramie River
North Platte River
Pathfinder Reservoir
Freezeout Mountains
Wildcat Hills
Wanker Hills
Haystack Range
Pedro Mountains
Rattlesnake Hills
United States
Wyoming
United States of America
USA
These data are marked with a Creative Common CC0 1.0 Universal License. These data are in the public domain and do not have any use constraints. Users are advised to read the dataset's metadata thoroughly to understand appropriate use and data limitations.
Unless otherwise stated, all data, metadata and related materials are considered to satisfy the quality standards relative to the purpose for which the data were collected. Although these data and associated metadata have been reviewed for accuracy and completeness and approved for release by the U.S. Geological Survey (USGS), no warranty expressed or implied is made regarding the display or utility of the data on any other system or for general or scientific purposes, nor shall the act of distribution constitute any such warranty.
No access constraints. Please see 'Distribution Info' for details.
The Earth MappingResources Initiative (Earth MRI)
2019
Day, W.D.
United States Geological Survey
Reston, VA
Mapping the nations critical mineral resources: U.S. Geological Survey Fact Sheet 2019-3007
2019-3007
Day, W.D., 2019, The Earth Mapping Resources Initiative (Earth MRI): Mapping the nations critical mineral resources: U.S. Geological Survey Fact Sheet 2019-3007, https://doi.org/10.3133/fs20193007.
https://doi.org/10.3133/fs20193007
https://pubs.usgs.gov/fs/2019/3007/fs20193007.pdf
https://permanent.fdlp.gov/gpo117974/fs20193007.pdf
https://www.usgs.gov/special-topics/earth-mri
Potential Theory in Gravity and Magnetic Applications
1995
Blakely, R.J.
Cambridge University Press
Cambridge, England
https://www.cambridge.org/core/books/potential-theory-in-gravity-and-magnetic-applications/348880F23008E16E663D6AD14A41D8DE
National map of focus areas for potential critical mineral resources in the United States
2023
1.0
Hammarstrom, J.M
Kreiner, D.C.
Dicken, C.L.
Woodruff, L.G
United States Geological Survey
Reston, VA
U.S. Geological Survey Fact Sheet
2023-3007
Hammarstrom, J.M., Kreiner, D.C., Dicken, C.L., and Woodruff, L.G., 2023, National map of focus areas for potential critical mineral resources in the United States: U.S. Geological Survey Fact Sheet 2023-3007, 4 p., https://doi.org/10.3133/fs20233007.
https://doi.org/10.3133/fs20233007
true
-107.25752
-104.085168
42.946612
41.814355
ground condition
2025-06-16
2025-09-29
Files that are available in this publication include flight line data for the magnetic survey in ASCII CSV format, flight line data for the radiometric survey in ASCII CSV format, geoTIFF images of the total magnetic intensity and radiometric total count, potassium, thorium, and uranium values, grids of these data, and a report describing the survey parameters, field operations, quality control and data reduction procedures. A zip file containing the contractor's deliverable products is also included. These files are provided as received from the contractor. Binary files in this package are readable using the free software "Geosoft Viewer" (https://www.seequent.com/products-solutions/geosoft-viewer/) or commercial software "Oasis montaj".
AreaA_Boundary_Shapefiles.cpg
AreaA_Boundary_Shapefiles.dbf
AreaA_Boundary_Shapefiles.shp
AreaA_Boundary_Shapefiles.shx
AreaA_FlightPlan_ln.dbf
AreaA_FlightPlan_ln.prj
AreaA_FlightPlan_ln.shp
AreaA_FlightPlan_ln.shx
AreaB_Boundary_Shapefiles.cpg
AreaB_Boundary_Shapefiles.dbf
AreaB_Boundary_Shapefiles.shp
AreaB_Boundary_Shapefiles.shx
AreaB_FlightPlan_ln.dbf
AreaB_FlightPlan_ln.prj
AreaB_FlightPlan_ln.shp
AreaB_FlightPlan_ln.shx
Data Acquisition and Processing Report WY_HartvilleUpliftShirleyMountains_MAG_RAD_D25-508.pdf
Readme.xlsx
WY_HartvilleUpliftShirleyMountains_METADATA_BLOCK_A_Final.xlsx
WY_HartvilleUpliftShirleyMountains_METADATA_BLOCK_B_Final.xlsx
WY_Hartvilleuplift_area_A_K_V1.grd
WY_Hartvilleuplift_area_A_K_V1.grd.gi
WY_Hartvilleuplift_area_A_K_V1.grd.xml
WY_Hartvilleuplift_area_A_K_V1_COG.tif
WY_Hartvilleuplift_area_A_K_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_K_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_K_V1_RGB.tif
WY_Hartvilleuplift_area_A_K_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_K_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_mag_csv_V1.csv
WY_Hartvilleuplift_area_A_mag_V1.gdb
WY_Hartvilleuplift_area_A_mag_V1.gdb.xml
WY_Hartvilleuplift_area_A_rtp_V1.grd
WY_Hartvilleuplift_area_A_rtp_V1.grd.gi
WY_Hartvilleuplift_area_A_rtp_V1.grd.xml
WY_Hartvilleuplift_area_A_rtp_V1_COG.tif
WY_Hartvilleuplift_area_A_rtp_V1_COG.tif.aux.xml
WY_Hartvilleuplift_area_A_rtp_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_rtp_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_rtp_V1_RGB.tif
WY_Hartvilleuplift_area_A_rtp_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_rtp_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_rtp_vd_V1.grd
WY_Hartvilleuplift_area_A_rtp_vd_V1.grd.gi
WY_Hartvilleuplift_area_A_rtp_vd_V1.grd.xml
WY_Hartvilleuplift_area_A_rtp_vd_V1_COG.tif
WY_Hartvilleuplift_area_A_rtp_vd_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_rtp_vd_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_rtp_vd_V1_RGB.tif
WY_Hartvilleuplift_area_A_rtp_vd_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_rtp_vd_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_spec_csv_V1.csv
WY_Hartvilleuplift_area_A_spec_V1.gdb
WY_Hartvilleuplift_area_A_spec_V1.gdb.xml
WY_Hartvilleuplift_area_A_TC_V1.grd
WY_Hartvilleuplift_area_A_TC_V1.grd.gi
WY_Hartvilleuplift_area_A_TC_V1.grd.xml
WY_Hartvilleuplift_area_A_TC_V1_COG.tif
WY_Hartvilleuplift_area_A_TC_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_TC_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_TC_V1_RGB.tif
WY_Hartvilleuplift_area_A_TC_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_TC_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_Ternary_V1_RGB.tif
WY_Hartvilleuplift_area_A_Ternary_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_Ternary_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_Th_K_V1.grd
WY_Hartvilleuplift_area_A_Th_K_V1.grd.gi
WY_Hartvilleuplift_area_A_Th_K_V1.grd.xml
WY_Hartvilleuplift_area_A_Th_K_V1_COG.tif
WY_Hartvilleuplift_area_A_Th_K_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_Th_K_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_Th_K_V1_RGB.tif
WY_Hartvilleuplift_area_A_Th_K_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_Th_K_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_Th_V1.grd
WY_Hartvilleuplift_area_A_Th_V1.grd.gi
WY_Hartvilleuplift_area_A_Th_V1.grd.xml
WY_Hartvilleuplift_area_A_Th_V1_COG.tif
WY_Hartvilleuplift_area_A_Th_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_Th_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_Th_V1_RGB.tif
WY_Hartvilleuplift_area_A_Th_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_Th_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_tmi_V1.grd
WY_Hartvilleuplift_area_A_tmi_V1.grd.gi
WY_Hartvilleuplift_area_A_tmi_V1.grd.xml
WY_Hartvilleuplift_area_A_tmi_V1_COG.tif
WY_Hartvilleuplift_area_A_tmi_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_tmi_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_tmi_V1_RGB.tif
WY_Hartvilleuplift_area_A_tmi_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_tmi_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_tmi_vd_V1.grd
WY_Hartvilleuplift_area_A_tmi_vd_V1.grd.gi
WY_Hartvilleuplift_area_A_tmi_vd_V1.grd.xml
WY_Hartvilleuplift_area_A_tmi_vd_V1_COG.tif
WY_Hartvilleuplift_area_A_tmi_vd_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_tmi_vd_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_tmi_vd_V1_RGB.tif
WY_Hartvilleuplift_area_A_tmi_vd_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_tmi_vd_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_U_K_V1.grd
WY_Hartvilleuplift_area_A_U_K_V1.grd.gi
WY_Hartvilleuplift_area_A_U_K_V1.grd.xml
WY_Hartvilleuplift_area_A_U_K_V1_COG.tif
WY_Hartvilleuplift_area_A_U_K_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_U_K_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_U_K_V1_RGB.tif
WY_Hartvilleuplift_area_A_U_K_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_U_K_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_U_Th_V1.grd
WY_Hartvilleuplift_area_A_U_Th_V1.grd.gi
WY_Hartvilleuplift_area_A_U_Th_V1.grd.xml
WY_Hartvilleuplift_area_A_U_Th_V1_COG.tif
WY_Hartvilleuplift_area_A_U_Th_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_U_Th_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_U_Th_V1_RGB.tif
WY_Hartvilleuplift_area_A_U_Th_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_U_Th_V1_RGB.tif.xml
WY_Hartvilleuplift_area_A_U_V1.grd
WY_Hartvilleuplift_area_A_U_V1.grd.gi
WY_Hartvilleuplift_area_A_U_V1.grd.xml
WY_Hartvilleuplift_area_A_U_V1_COG.tif
WY_Hartvilleuplift_area_A_U_V1_COG.tif.gi
WY_Hartvilleuplift_area_A_U_V1_COG.tif.xml
WY_Hartvilleuplift_area_A_U_V1_RGB.tif
WY_Hartvilleuplift_area_A_U_V1_RGB.tif.gi
WY_Hartvilleuplift_area_A_U_V1_RGB.tif.xml
WY_Hartvilleuplift_area_B_K.grd
WY_Hartvilleuplift_area_B_K_COG.tif
WY_Hartvilleuplift_area_B_K_COG.tif.gi
WY_Hartvilleuplift_area_B_K_COG.tif.xml
WY_Hartvilleuplift_area_B_K_RGB.prj
WY_Hartvilleuplift_area_B_K_RGB.tfw
WY_Hartvilleuplift_area_B_K_RGB.tif
WY_Hartvilleuplift_area_B_mag.csv
WY_Hartvilleuplift_area_B_mag.gdb
WY_Hartvilleuplift_area_B_mag.gdb.xml
WY_Hartvilleuplift_Area_B_readme.xlsx
WY_Hartvilleuplift_area_B_rtp.grd
WY_Hartvilleuplift_area_B_rtp.grd.gi
WY_Hartvilleuplift_area_B_rtp.grd.xml
WY_Hartvilleuplift_area_B_rtpCOG.tif
WY_Hartvilleuplift_area_B_rtpCOG.tif.gi
WY_Hartvilleuplift_area_B_rtpCOG.tif.xml
WY_Hartvilleuplift_area_B_rtpRGB.prj
WY_Hartvilleuplift_area_B_rtpRGB.tfw
WY_Hartvilleuplift_area_B_rtpRGB.tif
WY_Hartvilleuplift_area_B_rtp_vd.grd
WY_Hartvilleuplift_area_B_rtp_vd.grd.gi
WY_Hartvilleuplift_area_B_rtp_vd.grd.xml
WY_Hartvilleuplift_area_B_rtp_vdCOG.tif
WY_Hartvilleuplift_area_B_rtp_vdCOG.tif.gi
WY_Hartvilleuplift_area_B_rtp_vdCOG.tif.xml
WY_Hartvilleuplift_area_B_rtp_vdRGB.prj
WY_Hartvilleuplift_area_B_rtp_vdRGB.tfw
WY_Hartvilleuplift_area_B_rtp_vdRGB.tif
WY_Hartvilleuplift_area_B_spec.csv
WY_Hartvilleuplift_area_B_spec.gdb
WY_Hartvilleuplift_area_B_spec.gdb.xml
WY_Hartvilleuplift_area_B_tc.grd
WY_Hartvilleuplift_area_B_tc_COG.tif
WY_Hartvilleuplift_area_B_tc_COG.tif.gi
WY_Hartvilleuplift_area_B_tc_COG.tif.xml
WY_Hartvilleuplift_area_B_TC_RGB.prj
WY_Hartvilleuplift_area_B_TC_RGB.tfw
WY_Hartvilleuplift_area_B_TC_RGB.tif
WY_Hartvilleuplift_area_B_ternary_RGB.prj
WY_Hartvilleuplift_area_B_ternary_RGB.tfw
WY_Hartvilleuplift_area_B_ternary_RGB.tif
WY_Hartvilleuplift_area_B_th.grd
WY_Hartvilleuplift_area_B_thk.grd
WY_Hartvilleuplift_area_B_thk_COG.tif
WY_Hartvilleuplift_area_B_thk_COG.tif.gi
WY_Hartvilleuplift_area_B_thk_COG.tif.xml
WY_Hartvilleuplift_area_B_th_COG.tif
WY_Hartvilleuplift_area_B_th_COG.tif.gi
WY_Hartvilleuplift_area_B_th_COG.tif.xml
WY_Hartvilleuplift_area_B_Th_K_RGB.prj
WY_Hartvilleuplift_area_B_Th_K_RGB.tfw
WY_Hartvilleuplift_area_B_Th_K_RGB.tif
WY_Hartvilleuplift_area_B_Th_RGB.prj
WY_Hartvilleuplift_area_B_Th_RGB.tfw
WY_Hartvilleuplift_area_B_Th_RGB.tif
WY_Hartvilleuplift_area_B_tmi.grd
WY_Hartvilleuplift_area_B_tmi.grd.gi
WY_Hartvilleuplift_area_B_tmi.grd.xml
WY_Hartvilleuplift_area_B_tmiCOG.tif
WY_Hartvilleuplift_area_B_tmiCOG.tif.gi
WY_Hartvilleuplift_area_B_tmiCOG.tif.xml
WY_Hartvilleuplift_area_B_tmiRGB.prj
WY_Hartvilleuplift_area_B_tmiRGB.tfw
WY_Hartvilleuplift_area_B_tmiRGB.tif
WY_Hartvilleuplift_area_B_tmi_vd.grd
WY_Hartvilleuplift_area_B_tmi_vd.grd.gi
WY_Hartvilleuplift_area_B_tmi_vd.grd.xml
WY_Hartvilleuplift_area_B_tmi_vdCOG.tif
WY_Hartvilleuplift_area_B_tmi_vdCOG.tif.gi
WY_Hartvilleuplift_area_B_tmi_vdCOG.tif.xml
WY_Hartvilleuplift_area_B_tmi_vdRGB.prj
WY_Hartvilleuplift_area_B_tmi_vdRGB.tfw
WY_Hartvilleuplift_area_B_tmi_vdRGB.tif
WY_Hartvilleuplift_area_B_u.grd
WY_Hartvilleuplift_area_B_uCOG.tif
WY_Hartvilleuplift_area_B_uCOG.tif.gi
WY_Hartvilleuplift_area_B_uCOG.tif.xml
WY_Hartvilleuplift_area_B_uk.grd
WY_Hartvilleuplift_area_B_ukCOG.tif
WY_Hartvilleuplift_area_B_ukCOG.tif.gi
WY_Hartvilleuplift_area_B_ukCOG.tif.xml
WY_Hartvilleuplift_area_B_uth.grd
WY_Hartvilleuplift_area_B_uthCOG.tif
WY_Hartvilleuplift_area_B_uthCOG.tif.gi
WY_Hartvilleuplift_area_B_uthCOG.tif.xml
WY_Hartvilleuplift_area_B_U_K_RGB.prj
WY_Hartvilleuplift_area_B_U_K_RGB.tfw
WY_Hartvilleuplift_area_B_U_K_RGB.tif
WY_Hartvilleuplift_area_B_U_RGB.prj
WY_Hartvilleuplift_area_B_U_RGB.tfw
WY_Hartvilleuplift_area_B_U_RGB.tif
WY_Hartvilleuplift_area_B_U_Th_RGB.prj
WY_Hartvilleuplift_area_B_U_Th_RGB.tfw
WY_Hartvilleuplift_area_B_U_Th_RGB.tif
WY_Hartvilleuplift_readme.xlsx
This metadata describes the following files:
Footprint_AirborneMagneticAndRadiometricSurveyHartvilleUpliftAndShirleyMountainsRegionsWY2025.shp
Linepath_AirborneMagneticAndRadiometricSurveyHartvilleUpliftAndShirleyMountainsRegionsWY2025.shp
ParentThumb.png
Esri ArcGIS 13.6.0.59527
1
-107.260354
-104.081099
42.944029
41.805588
Daily quality control of airborne survey data was performed by the contractor:
The data from each flight were reviewed in three stages by separate individuals. The data were first reviewed by the pilot and crew immediately after each flight. Then the data were downloaded from the onboard computer and uploaded via ftp to EDCON-PRJ's offices in Lakewood, Colorado for formal quality review. In Lakewood, each flight’s data were checked for uality by the staff of airborne data processors and geophysicists for EDCON-PRJ. The data were then compensated and corrected for diurnal activity using data collected from the base station magnetometers. Then the data were reviewed for flight line accuracy, GPS resolution, radar altimeter positioning, magnetometer noise levels, drape deviations, and spectrometer count levels, tuning, and resolution. Daily acquisition updates were forwarded via e-mail to the USGS staff. Two Geosoft databases for each block, one for magnetic data and one for radiometric data, were updated daily and posted to the USGS folder on EDCON-PRJ's ftp site for review.
Further quality control measures occurred post flight by the contractor and USGS scientist-in-charge before approval and acceptance of the final data. The data have been peer reviewed and compared with related ancillary data.
Data were visually inspected for reasonableness and spatial consistency.
Data set is considered complete for the information presented, as described in the abstract. Users are advised to read the rest of the metadata record carefully for additional details.
Field quality control and assurance procedures were undertaken by the NV5 Geospatial, Precision GeoSurveys, and EDCON-PRJ field crew and are described in the contractors report included with this data release.
Field quality control and assurance procedures were undertaken by the NV5 Geospatial, Precision GeoSurveys, and EDCON-PRJ field crew and are described in the contractors report included with this data release.
The airborne survey was flown under contract with NV5 Geospatial, Precision GeoSurveys, and EDCON-PRJ from May 16th, 2025, and July 7th, 2025.
2025-07-06
The survey data and report were delivered on September, 2025.
2025-08-06
Created Esri shapefiles of area footprint and line paths for the survey using the line data provided by the contractor.
2025-09-25
Final magnetic data were exported to CSV format with a defined null value (-99999) to meet open data requirements.
2025-09-29
Created georeferenced rasters of the data grids provided by the contractor.
2025-11-19
Final radiometric data were exported to CSV format with a defined null value (-99999) to meet open data requirements.
2025-11-17
Wyoming
2
Footprint_AirborneMagneticAndRadiometricSurveyHartvilleUpliftAndShirleyMountainsRegionsWY2025.shp
Arc GIS Shape file containing a polygon "footprint" for the airborne data.
U.S. Geological Survey
Feature Class
2
FID
Fiducial number.
U.S. Geological Survey
0
1
None
Sequential unique whole numbers that are automatically generated.
FID
OID
4
0
0
Shape
Definition of ESRI Arc GIS object
U.S. Geological Survey
Polygon
object type
U.S. Geological Survey
Coordinates defining the features.
Shape
Geometry
0
0
0
ID
Index number ID for each row. Null Values are -99999.
U.S. Geological Survey
0
0
None
ID
Integer
8
8
0
Linepath_AirborneMagneticAndRadiometricSurveyHartvilleUpliftAndShirleyMountainsRegionsWY2025.shp
Arc GIS Shape file containing flight line paths for the airborne data.
U.S. Geological Survey
FID
Fiducial number.
U.S. Geological Survey
0
1327
None
Shape
Definition of ESRI Arc GIS object
U.S. Geological Survey
Polyline
object type
U.S. Geological Survey
ID
Index number ID for each row. Null Values are -99999.
U.S. Geological Survey
0
636
None
ParentThumb.png is a Portable Network Graphics (PNG) image associated with the data release.
https://doi.org/10.5066/P1C7TJKK
ContractorReport_AirborneMagneticAndRadiometricSurveyHartvilleUpliftAndShirleyMountainsRegionsWY2025.pdf is a Portable Network Graphics (PNG) image associated with the data release.
https://doi.org/10.5066/P1C7TJKK
ContractorDeliverables_AirborneMagneticAndRadiometricSurveyHartvilleUpliftAndShirleyMountainsRegionsWY2025.zip is the zip compressed Contactor Deliverables provided as an original data, as recieved, archive only. As such they are not described individually in the Entity and Attribute section of this metadata. The original contractor report and contractor provided ReadMe files are part of this zip package and contain the entity and attribute descriptions for all these files as received. The Contactor Deliverables zip file package contains the files, AreaA_Boundary_Shapefiles.cpg, AreaA_Boundary_Shapefiles.dbf, AreaA_Boundary_Shapefiles.shp, AreaA_Boundary_Shapefiles.shx, AreaA_FlightPlan_ln.dbf, AreaA_FlightPlan_ln.prj, AreaA_FlightPlan_ln.shp, AreaA_FlightPlan_ln.shx, AreaB_Boundary_Shapefiles.cpg, AreaB_Boundary_Shapefiles.dbf, AreaB_Boundary_Shapefiles.shp, AreaB_Boundary_Shapefiles.shx, AreaB_FlightPlan_ln.dbf, AreaB_FlightPlan_ln.prj, AreaB_FlightPlan_ln.shp, AreaB_FlightPlan_ln.shx, Data Acquisition and Processing Report WY_HartvilleUpliftShirleyMountains_MAG_RAD_D25-508.pdf, Readme.xlsx, WY_HartvilleUpliftShirleyMountains_METADATA_BLOCK_A_Final.xlsx, WY_HartvilleUpliftShirleyMountains_METADATA_BLOCK_B_Final.xlsx, WY_Hartvilleuplift_area_A_K_V1.grd, WY_Hartvilleuplift_area_A_K_V1.grd.gi, WY_Hartvilleuplift_area_A_K_V1.grd.xml, WY_Hartvilleuplift_area_A_K_V1_COG.tif, WY_Hartvilleuplift_area_A_K_V1_COG.tif.gi, WY_Hartvilleuplift_area_A_K_V1_COG.tif.xml, WY_Hartvilleuplift_area_A_K_V1_RGB.tif, WY_Hartvilleuplift_area_A_K_V1_RGB.tif.gi, WY_Hartvilleuplift_area_A_K_V1_RGB.tif.xml, WY_Hartvilleuplift_area_A_mag_csv_V1.csv, WY_Hartvilleuplift_area_A_mag_V1.gdb, WY_Hartvilleuplift_area_A_mag_V1.gdb.xml, WY_Hartvilleuplift_area_A_rtp_V1.grd, WY_Hartvilleuplift_area_A_rtp_V1.grd.gi, WY_Hartvilleuplift_area_A_rtp_V1.grd.xml, WY_Hartvilleuplift_area_A_rtp_V1_COG.tif, WY_Hartvilleuplift_area_A_rtp_V1_COG.tif.aux.xml, WY_Hartvilleuplift_area_A_rtp_V1_COG.tif.gi, WY_Hartvilleuplift_area_A_rtp_V1_COG.tif.xml, WY_Hartvilleuplift_area_A_rtp_V1_RGB.tif, WY_Hartvilleuplift_area_A_rtp_V1_RGB.tif.gi, WY_Hartvilleuplift_area_A_rtp_V1_RGB.tif.xml, WY_Hartvilleuplift_area_A_rtp_vd_V1.grd, WY_Hartvilleuplift_area_A_rtp_vd_V1.grd.gi, WY_Hartvilleuplift_area_A_rtp_vd_V1.grd.xml, WY_Hartvilleuplift_area_A_rtp_vd_V1_COG.tif, WY_Hartvilleuplift_area_A_rtp_vd_V1_COG.tif.gi, WY_Hartvilleuplift_area_A_rtp_vd_V1_COG.tif.xml, WY_Hartvilleuplift_area_A_rtp_vd_V1_RGB.tif, WY_Hartvilleuplift_area_A_rtp_vd_V1_RGB.tif.gi, WY_Hartvilleuplift_area_A_rtp_vd_V1_RGB.tif.xml, WY_Hartvilleuplift_area_A_spec_csv_V1.csv, WY_Hartvilleuplift_area_A_spec_V1.gdb, WY_Hartvilleuplift_area_A_spec_V1.gdb.xml, WY_Hartvilleuplift_area_A_TC_V1.grd, WY_Hartvilleuplift_area_A_TC_V1.grd.gi, WY_Hartvilleuplift_area_A_TC_V1.grd.xml, WY_Hartvilleuplift_area_A_TC_V1_COG.tif, WY_Hartvilleuplift_area_A_TC_V1_COG.tif.gi, WY_Hartvilleuplift_area_A_TC_V1_COG.tif.xml, WY_Hartvilleuplift_area_A_TC_V1_RGB.tif, WY_Hartvilleuplift_area_A_TC_V1_RGB.tif.gi, WY_Hartvilleuplift_area_A_TC_V1_RGB.tif.xml, WY_Hartvilleuplift_area_A_Ternary_V1_RGB.tif, WY_Hartvilleuplift_area_A_Ternary_V1_RGB.tif.gi, WY_Hartvilleuplift_area_A_Ternary_V1_RGB.tif.xml, WY_Hartvilleuplift_area_A_Th_K_V1.grd, WY_Hartvilleuplift_area_A_Th_K_V1.grd.gi, WY_Hartvilleuplift_area_A_Th_K_V1.grd.xml, WY_Hartvilleuplift_area_A_Th_K_V1_COG.tif, 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WY_Hartvilleuplift_area_A_U_Th_V1_COG.tif.gi, WY_Hartvilleuplift_area_A_U_Th_V1_COG.tif.xml, WY_Hartvilleuplift_area_A_U_Th_V1_RGB.tif, WY_Hartvilleuplift_area_A_U_Th_V1_RGB.tif.gi, WY_Hartvilleuplift_area_A_U_Th_V1_RGB.tif.xml, WY_Hartvilleuplift_area_A_U_V1.grd, WY_Hartvilleuplift_area_A_U_V1.grd.gi, WY_Hartvilleuplift_area_A_U_V1.grd.xml, WY_Hartvilleuplift_area_A_U_V1_COG.tif, WY_Hartvilleuplift_area_A_U_V1_COG.tif.gi, WY_Hartvilleuplift_area_A_U_V1_COG.tif.xml, WY_Hartvilleuplift_area_A_U_V1_RGB.tif, WY_Hartvilleuplift_area_A_U_V1_RGB.tif.gi, WY_Hartvilleuplift_area_A_U_V1_RGB.tif.xml, WY_Hartvilleuplift_area_B_K.grd, WY_Hartvilleuplift_area_B_K_COG.tif, WY_Hartvilleuplift_area_B_K_COG.tif.gi, WY_Hartvilleuplift_area_B_K_COG.tif.xml, WY_Hartvilleuplift_area_B_K_RGB.prj, WY_Hartvilleuplift_area_B_K_RGB.tfw, WY_Hartvilleuplift_area_B_K_RGB.tif, WY_Hartvilleuplift_area_B_mag.csv, WY_Hartvilleuplift_area_B_mag.gdb, WY_Hartvilleuplift_area_B_mag.gdb.xml, WY_Hartvilleuplift_Area_B_readme.xlsx, WY_Hartvilleuplift_area_B_rtp.grd, WY_Hartvilleuplift_area_B_rtp.grd.gi, WY_Hartvilleuplift_area_B_rtp.grd.xml, WY_Hartvilleuplift_area_B_rtpCOG.tif, WY_Hartvilleuplift_area_B_rtpCOG.tif.gi, WY_Hartvilleuplift_area_B_rtpCOG.tif.xml, WY_Hartvilleuplift_area_B_rtpRGB.prj, WY_Hartvilleuplift_area_B_rtpRGB.tfw, WY_Hartvilleuplift_area_B_rtpRGB.tif, WY_Hartvilleuplift_area_B_rtp_vd.grd, WY_Hartvilleuplift_area_B_rtp_vd.grd.gi, WY_Hartvilleuplift_area_B_rtp_vd.grd.xml, WY_Hartvilleuplift_area_B_rtp_vdCOG.tif, WY_Hartvilleuplift_area_B_rtp_vdCOG.tif.gi, WY_Hartvilleuplift_area_B_rtp_vdCOG.tif.xml, WY_Hartvilleuplift_area_B_rtp_vdRGB.prj, WY_Hartvilleuplift_area_B_rtp_vdRGB.tfw, WY_Hartvilleuplift_area_B_rtp_vdRGB.tif, WY_Hartvilleuplift_area_B_spec.csv, WY_Hartvilleuplift_area_B_spec.gdb, WY_Hartvilleuplift_area_B_spec.gdb.xml, WY_Hartvilleuplift_area_B_tc.grd, WY_Hartvilleuplift_area_B_tc_COG.tif, WY_Hartvilleuplift_area_B_tc_COG.tif.gi, WY_Hartvilleuplift_area_B_tc_COG.tif.xml, WY_Hartvilleuplift_area_B_TC_RGB.prj, WY_Hartvilleuplift_area_B_TC_RGB.tfw, WY_Hartvilleuplift_area_B_TC_RGB.tif, WY_Hartvilleuplift_area_B_ternary_RGB.prj, WY_Hartvilleuplift_area_B_ternary_RGB.tfw, WY_Hartvilleuplift_area_B_ternary_RGB.tif, WY_Hartvilleuplift_area_B_th.grd, WY_Hartvilleuplift_area_B_thk.grd, WY_Hartvilleuplift_area_B_thk_COG.tif, WY_Hartvilleuplift_area_B_thk_COG.tif.gi, WY_Hartvilleuplift_area_B_thk_COG.tif.xml, WY_Hartvilleuplift_area_B_th_COG.tif, WY_Hartvilleuplift_area_B_th_COG.tif.gi, WY_Hartvilleuplift_area_B_th_COG.tif.xml, WY_Hartvilleuplift_area_B_Th_K_RGB.prj, WY_Hartvilleuplift_area_B_Th_K_RGB.tfw, WY_Hartvilleuplift_area_B_Th_K_RGB.tif, WY_Hartvilleuplift_area_B_Th_RGB.prj, WY_Hartvilleuplift_area_B_Th_RGB.tfw, WY_Hartvilleuplift_area_B_Th_RGB.tif, WY_Hartvilleuplift_area_B_tmi.grd, WY_Hartvilleuplift_area_B_tmi.grd.gi, WY_Hartvilleuplift_area_B_tmi.grd.xml, WY_Hartvilleuplift_area_B_tmiCOG.tif, WY_Hartvilleuplift_area_B_tmiCOG.tif.gi, WY_Hartvilleuplift_area_B_tmiCOG.tif.xml, WY_Hartvilleuplift_area_B_tmiRGB.prj, WY_Hartvilleuplift_area_B_tmiRGB.tfw, WY_Hartvilleuplift_area_B_tmiRGB.tif, WY_Hartvilleuplift_area_B_tmi_vd.grd, WY_Hartvilleuplift_area_B_tmi_vd.grd.gi, WY_Hartvilleuplift_area_B_tmi_vd.grd.xml, WY_Hartvilleuplift_area_B_tmi_vdCOG.tif, WY_Hartvilleuplift_area_B_tmi_vdCOG.tif.gi, WY_Hartvilleuplift_area_B_tmi_vdCOG.tif.xml, WY_Hartvilleuplift_area_B_tmi_vdRGB.prj, WY_Hartvilleuplift_area_B_tmi_vdRGB.tfw, WY_Hartvilleuplift_area_B_tmi_vdRGB.tif, WY_Hartvilleuplift_area_B_tmi_vdRGB.zip, WY_Hartvilleuplift_area_B_u.grd, WY_Hartvilleuplift_area_B_uCOG.tif, WY_Hartvilleuplift_area_B_uCOG.tif.gi, WY_Hartvilleuplift_area_B_uCOG.tif.xml, WY_Hartvilleuplift_area_B_uk.grd, WY_Hartvilleuplift_area_B_ukCOG.tif, WY_Hartvilleuplift_area_B_ukCOG.tif.gi, WY_Hartvilleuplift_area_B_ukCOG.tif.xml, WY_Hartvilleuplift_area_B_uth.grd, WY_Hartvilleuplift_area_B_uthCOG.tif, WY_Hartvilleuplift_area_B_uthCOG.tif.gi, WY_Hartvilleuplift_area_B_uthCOG.tif.xml, WY_Hartvilleuplift_area_B_U_K_RGB.prj, WY_Hartvilleuplift_area_B_U_K_RGB.tfw, WY_Hartvilleuplift_area_B_U_K_RGB.tif, WY_Hartvilleuplift_area_B_U_RGB.prj, WY_Hartvilleuplift_area_B_U_RGB.tfw, WY_Hartvilleuplift_area_B_U_RGB.tif, WY_Hartvilleuplift_area_B_U_Th_RGB.prj, WY_Hartvilleuplift_area_B_U_Th_RGB.tfw, WY_Hartvilleuplift_area_B_U_Th_RGB.tif, WY_Hartvilleuplift_readme.xlsx
https://doi.org/10.5066/P1C7TJKK
ContractorReport_AirborneMagneticAndRadiometricSurveyHartvilleUpliftAndShirleyMountainsRegionsWY2025.pdf is a contractor report in Adobe Portable Document Format (PDF). This report describes the airborne survey being released, including the survey parameters, field operations, quality control results, and data reduction procedures used to produce the data.
https://doi.org/10.5066/P1C7TJKK
dataset
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