Understanding the site conceptual flow model in fractured-controlled rocks near landfills is
crucial for monitoring groundwater pollution and addressing key environmental concerns in
diverse locations worldwide. Characterizing fractured basalt with suitable spatial resolution
remains an open area of research in such hazardous environments. The objective of this
study is to explore the potential of integrating Electrical Resistivity Tomography (ERT) and
Seismic Refraction Imaging (SRI) techniques for the construction and improved …

The understanding of the site conceptual flow model in fractured-controlled aquifers near
landfills and open dumpsites is a challenge for monitoring groundwater pollution as it
answers several key issues related to environmental processes. In such hazardous
environments, it is essential to define the hydrogeological processes and identify the
potential pathways for contamination migration near the dumping sites. Thus, the
understanding of fractured basalt characterization with suitable spatial resolution is one of …