Resistivity and induced polarization methods are used for a wide range of near-surface
applications, including hydrogeology, civil engineering and archaeology, as well as …

Geophysical characterization of contaminated sites is an important procedure in pre-and
post-site remediation. It has been carried out in several contaminated sites, irrespective of …

Geophysical methods are being used effectively for monitoring, characterizing, and mapping
Light Non-Aqueous Phase Liquids (LNAPLs). Although Used Engine Oil (UEO) is one of the …

A multimethod geoelectric survey was implemented between January and March 2022
along a 220‐m long reach of the bedrock‐lined streambed of East Fork Poplar Creek in Oak …

The capillary fringe (CF) is characterized by transient and steep redox gradients and is
thought to be a hot spot for biogeochemical processes. Understanding chemical fate and …

Prolonged waterlogging in agricultural fields has severe consequences for the crop
development and growth, and could potentially lead to higher N losses. In this study, a 3.93 …

Understanding the intermittent hydraulic connectivity between ephemeral streams and
alluvial aquifers is a key challenge for managing water resources in arid environments. The …

Pollutions on and within the underground poses risks for groundwater contamination and is
a widespread global problem. Common remediation methods based on digging and …

Redox fields observed near contaminated sites are related to electrochemical and
electrobiological reactions. The term biogeobattery is used to describe the redox processes …

We present a solution for long-term direct current resistivity and time-domain induced
polarization (DCIP) monitoring, which consists of a monitoring system and the associated …