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Airborne radiometric survey, Boulder Batholith region, Montana, 2022

Dates

Publication Date
Start Date
2022-06-11
End Date
2022-08-22

Citation

Allen Langhans, A.D., Drenth, B.J., and Connell, D.M., 2024, Airborne magnetic and radiometric survey, Boulder Batholith region, Montana, 2022: U.S. Geological Survey data release, https://doi.org/10.5066/P13JSLF6.

Summary

This data release provides digital flight line data for a high-resolution airborne radiometric survey over parts of Montana in the vicinity of the Boulder Batholith. The airborne survey was jointly funded by the Earth Mapping Resources Initiative and Kennecott Exploration Company. The survey was designed to meet complementary needs related to geologic mapping and characterization of mineral resource potential. A total of 34,041 line km of magnetic and radiometric data were acquired over an irregular-shaped area of 6178 km2. Data were collected from a helicopter 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 [...]

Contacts

Attached Files

Click on title to download individual files attached to this item.

DataDictionary_AirborneRadiometricSurveyBoulderBatholithMT2022-datadxny.csv
“ASCII Data Dictionary”
7.4 KB text/csv
RadMetadata_AirborneRadiometricSurveyBoulderBatholithMT2022.xml
Original FGDC Metadata

View
46.41 KB application/fgdc+xml

“ASCII Radiometric Flightline Data Without Spectra”
193.4 MB text/csv

“Radiometric Flightline Spectra Data”
28.21 GB application/octet-stream
VersionReadMe_AirborneMagneticAndRadiometricSurveyBoulderBatholithMT2022.txt 1.32 KB text/plain
Extension: Potassium_AirborneRadiometricSurveyBoulderBatholithMT2022.zip
Potassium_AirborneRadiometricSurveyBoulderBatholithMT2022.tfw 94 Bytes
Potassium_AirborneRadiometricSurveyBoulderBatholithMT2022.tif
“Georeferenced Radiometric Potassium Map”
961.73 KB
Extension: RTK_AirborneRadiometricSurveyBoulderBatholithMT2022.zip
RTK_AirborneRadiometricSurveyBoulderBatholithMT2022.tfw 94 Bytes
RTK_AirborneRadiometricSurveyBoulderBatholithMT2022.tif
“Georeferenced Radiometric Thorium/Potassium Map”
961.73 KB
Extension: RUK_AirborneRadiometricSurveyBoulderBatholithMT2022.zip
RUK_AirborneRadiometricSurveyBoulderBatholithMT2022.tfw 94 Bytes
RUK_AirborneRadiometricSurveyBoulderBatholithMT2022.tif
“Georeferenced Radiometric Uranium/Potassium Map”
961.73 KB
Extension: RUT_AirborneRadiometricSurveyBoulderBatholithMT2022.zip
RUT_AirborneRadiometricSurveyBoulderBatholithMT2022.tfw 94 Bytes
RUT_AirborneRadiometricSurveyBoulderBatholithMT2022.tif
“Georeferenced Radiometric Uranium/Thorium Map”
961.73 KB
Extension: Ternary_AirborneRadiometricSurveyBoulderBatholithMT2022.zip
Ternary_AirborneRadiometricSurveyBoulderBatholithMT2022.pgw 94 Bytes
Ternary_AirborneRadiometricSurveyBoulderBatholithMT2022.png
“Radiometric Survey Overview Image”
thumbnail 240.42 KB
Ternary_AirborneRadiometricSurveyBoulderBatholithMT2022.tfw 94 Bytes
Ternary_AirborneRadiometricSurveyBoulderBatholithMT2022.tif
“Georeferenced Radiometric Ternary (K, Th, U) map”
961.73 KB
Extension: Thorium_AirborneRadiometricSurveyBoulderBatholithMT2022.zip
Thorium_AirborneRadiometricSurveyBoulderBatholithMT2022.tfw 94 Bytes
Thorium_AirborneRadiometricSurveyBoulderBatholithMT2022.tif
“Georeferenced Radiometric Thorium Map”
1.25 MB
Extension: Uranium_AirborneRadiometricSurveyBoulderBatholithMT2022.zip
Uranium_AirborneRadiometricSurveyBoulderBatholithMT2022.tfw 94 Bytes
Uranium_AirborneRadiometricSurveyBoulderBatholithMT2022.tif
“Georeferenced Radiometric Uranium Map”
961.73 KB

Purpose

Data was collected as part of the Earth Mapping Resource Initiative (Earth MRI) program of the U.S. Geological Survey (USGS) in collaboration with Kennecott Exploration Company to better understand the geology and critical mineral resources in the area. The primary goal of the airborne magnetic and radiometric survey is to map lateral variations of magnetization and natural radioactivity that are related to differences in rock and soil type, and to aid surface and subsurface geologic mapping.

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