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:
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.
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).
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
Contact
Mobile | 3077613884 |
(Log in to send email) |
All | 0 |
Collection | 0 |
Resource | 0 |
App Connector | 0 |
Created: Jan. 31, 2023, 7:15 p.m.
Authors: Carr, Bradley James
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
Created: Feb. 8, 2023, 6:44 p.m.
Authors: Carr, Bradley James
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).
Created: May 8, 2024, 6:58 p.m.
Authors: Carr, Bradley James
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.