Bradley James Carr

University of Wyoming;University of Wyoming Dept. of Geology & Geophysics | Associate Research Scientist

Subject Areas: Geophysics, Hydrogeophysics, Near Surface Geophysics, Hydrology, Hydrogeology

 Recent Activity

ABSTRACT:

The Univ. of Wyoming Dept. of Geology and Geophysics contracted airborne EM and Magnetics data to be flown in the Reynolds Creek CZO. These are the raw data and initial reports for that effort. Parameters for the acquisition are listed in the accompanying acquisition report by the contractor who flew the survey. An example of the AEM data are also included. Samples of the magnetics data are shown in the preliminary report. It is recommended that anyone who wishes to use the data have access to both WorkBench and Oasis software.

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ABSTRACT:

Supporting geophysical data (ERT, Seismic refraction and borehole geophysical log data) for Johnston Draw study and borehole in Reynolds Creek CZO

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ABSTRACT:

This resource contains Fluid Temperature and Fluid Conductivity data for the Government Gulch (GG), Red Buttes (RB) and Jacoby (JRA1) boreholes used in the I-80 AEM geophysical study around Laramie, WY.

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ABSTRACT:

Here we present the Surface, Borehole, and Airborne Geophysical datasets for the UW - I-80 Hydrogeophysical Study from 2019 - 2022. From July 2019 through July 2020, the University of Wyoming Dept. of Geology and Geophysics (UW G&G) was tasked to collect, analyze and process an Airborne Electromagnetic Geophysical Survey (AEM) along the Interstate 80 (I-80) corridor from the bottom of Telephone Canyon to the summit of I-80 within Albany County, WY (SE of Laramie, WY). The survey extended south to encompass the City of Laramie municipal wellfields (i.e. Pope and Soldier Springs) and the UW G&G groundwater recharge study site wells within Government Gulch (near the I-80 summit). During this first year of the study, the AEM data were acquired and 3D geophysical/geologic and hydrogeophysical databases are being analyzed for information about groundwater recharge into the eastern Laramie Basin and the subsurface geologic structures that influence groundwater movement from the base of I-80 toward the City of Laramie municipal wellfields. The aim is to identify where any subsurface contaminant threats from the I-80 corridor will travel and at what depths these pathways occur (i.e. toward Laramie or the Pope/Soldier municipal wellfields at the water table level or deeper).

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ABSTRACT:

Here we share some of the Borehole geophysical logging data collected in the BW-8 borehole of the Univ. of Wyoming Granite Wellfield at Blair-Wallis, near Laramie, WY. NMR, Caliper, OBI, and Spinner Flowmeter logs are included.

BW8 location = 41.183899N, -105.39467

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ABSTRACT:

Here we share some of the Borehole geophysical logging data collected in the BW-8 borehole of the Univ. of Wyoming Granite Wellfield at Blair-Wallis, near Laramie, WY. NMR, Caliper, OBI, and Spinner Flowmeter logs are included.

BW8 location = 41.183899N, -105.39467

Show More
Resource Resource

ABSTRACT:

Here we present the Surface, Borehole, and Airborne Geophysical datasets for the UW - I-80 Hydrogeophysical Study from 2019 - 2022. From July 2019 through July 2020, the University of Wyoming Dept. of Geology and Geophysics (UW G&G) was tasked to collect, analyze and process an Airborne Electromagnetic Geophysical Survey (AEM) along the Interstate 80 (I-80) corridor from the bottom of Telephone Canyon to the summit of I-80 within Albany County, WY (SE of Laramie, WY). The survey extended south to encompass the City of Laramie municipal wellfields (i.e. Pope and Soldier Springs) and the UW G&G groundwater recharge study site wells within Government Gulch (near the I-80 summit). During this first year of the study, the AEM data were acquired and 3D geophysical/geologic and hydrogeophysical databases are being analyzed for information about groundwater recharge into the eastern Laramie Basin and the subsurface geologic structures that influence groundwater movement from the base of I-80 toward the City of Laramie municipal wellfields. The aim is to identify where any subsurface contaminant threats from the I-80 corridor will travel and at what depths these pathways occur (i.e. toward Laramie or the Pope/Soldier municipal wellfields at the water table level or deeper).

Show More
Resource Resource

ABSTRACT:

This resource contains Fluid Temperature and Fluid Conductivity data for the Government Gulch (GG), Red Buttes (RB) and Jacoby (JRA1) boreholes used in the I-80 AEM geophysical study around Laramie, WY.

Show More
Resource Resource
RCCZO_JohnstonDraw_UW Geophysics Data
Created: Aug. 22, 2025, 3:30 p.m.
Authors: Carr, Bradley James

ABSTRACT:

Supporting geophysical data (ERT, Seismic refraction and borehole geophysical log data) for Johnston Draw study and borehole in Reynolds Creek CZO

Show More
Resource Resource

ABSTRACT:

The Univ. of Wyoming Dept. of Geology and Geophysics contracted airborne EM and Magnetics data to be flown in the Reynolds Creek CZO. These are the raw data and initial reports for that effort. Parameters for the acquisition are listed in the accompanying acquisition report by the contractor who flew the survey. An example of the AEM data are also included. Samples of the magnetics data are shown in the preliminary report. It is recommended that anyone who wishes to use the data have access to both WorkBench and Oasis software.

Show More