Development of Site-Scale Conceptual Model Using Integrated Borehole Methods: Systematic Approach for Hydraulic and Geometric Evaluation

Development of Site-Scale Conceptual Model Using Integrated Borehole Methods: Systematic Approach for Hydraulic and Geometric Evaluation

Understanding the physical flow mechanisms in aquifer systems is essential in effectively protecting groundwater resources and preserving subsurface environments from a wide range of contaminants. A conceptual model is a simplified representation of a groundwater system and gaining knowledge about t...

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Bibliographic Details
Main Authors: Han, W.S (Author), Hwang, S. (Author), Jung, S.H (Author), Kim, T. (Author), Nam, M.J (Author), Shin, J. (Author), Son, J.-S (Author)
Format: Article
Language:English
Published: MDPI 2022
Subjects:
3d site-scale conceptual model
3D site-scale conceptual model
Aquifer systems
Aquifers
Borehole method
borehole technique
Borehole technique
Boreholes
Conceptual model
Flow mechanisms
fracture
Fracture
Geology
Geometry
groundwater flow
Groundwater flow
Groundwater pollution
Groundwater resources
Groundwater system
High resolution
high-resolution
Physical flow
porosity
Porosity
Subsurface environment
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