Author ORCID Identifier
Date Available
5-16-2019
Year of Publication
2019
Document Type
Master's Thesis
Degree Name
Master of Science (MS)
College
Arts and Sciences
Department/School/Program
Earth and Environmental Sciences (Geology)
Advisor
Dr. Alan Fryar
Abstract
Groundwater in the Kentucky Appalachian region is constrained by physiography and lithology. Lithostratigraphy, groundwater flow, and chemistry were delineated in the alluvial aquifer along the Cumberland River at H.L. Disney Training Center. To assess groundwater-river interactions and water quality, 11 monitoring wells were installed and sampled quarterly, plus the river and an existing bedrock well. Analytical results were evaluated for temporal and spatial trends. Collected soil cores were analyzed for bulk chemistry and grain size. Solute speciation and saturation indices were calculated and hydraulic conductivity estimated from grain-size analyses. Pumping and slug tests were performed to estimate hydraulic conductivity and hydraulic head was monitored using logging transducers for river stage comparison.
Site lithology consists of loamy soils underlain by silty clay, transitioning downward to clayey-fine sands on friable sandstone/shale. Alluvium becomes finer-grained and has lower hydraulic conductivities with proximity to the river (10-9–10-2 cm/s). Meteoric recharge drives local groundwater flow from ridges toward rivers. Hydraulic head fluctuates with stage and temporary gradient reversals occur. Groundwater does not appear to be impacted by current land use. Wells have elevated iron and manganese concentrations; post-treatment, the alluvial aquifer may provide sufficient quality and rates of water to support onsite military activities.
Digital Object Identifier (DOI)
https://doi.org/10.13023/etd.2019.220
Funding Information
Sponsor: KY Department of Military Affairs
Title: "Aquifer Quality Study at H. L. Disney Training Center"
Project Period: 09/26/2016 to 10-31-2018
Amount: $146,946.00
Recommended Citation
Sherman, Amanda Rachelle, "TEMPORAL AND SPATIAL VARIABILITY IN GROUNDWATER FLOW AND CHEMISTRY ALONG THE CUMBERLAND RIVER, ARTEMUS, KENTUCKY" (2019). Theses and Dissertations--Earth and Environmental Sciences. 68.
https://uknowledge.uky.edu/ees_etds/68
Core Log MW No
FILE_CorePhotos_MW_No..zip (9575 kB)
Core Photos MW No
FILE_HydrogeoSieveXL_Grain_Size_MW_No..zip (1572 kB)
HydrogeoSieve XL Grain Size MW No
FILE_HydrogeoSieveXL_Hydraulic_MW_No..zip (3103 kB)
HydrogeoSieveXL Hydraulic MW No
FILE_Hydrometer-Sieve_Grain_Size_Analysis.zip (335 kB)
Hydrometer-Sieve Grain Size Analysis
FILE_Kentucky_Well_Construction_Development_Plugging_Records.zip (18229 kB)
Kentucky Well Construction Development Plugging Records
FILE_KGS_Analytical_Reports.zip (619 kB)
KGS Analytical Reports
FILE_McCoy_VOC_Analytical_Reports.zip (1234 kB)
McCoy VOC Analytical Reports
FILE_UW_Isotope_Analytical_Reports.zip (7824 kB)
UW Isotope Analytical Reports
