During the past two decades, the diagnosis and monitoring of polluted sites have become
more important. Urban sites are particularly difficult to study, because they are contaminated …

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 …

The acquisition of a full 3D survey on a large area of investigation is difficult, and from a
practitioner's point of view, very costly. In high-resolution 3D surveys, the number of …

Without a good estimation of samples representativeness, the delineation of the
contaminated plume extent and the evaluation of volumes of hydrocarbon-impacted soils …

We have previously documented changes in bulk electrical conductivity, self-potential (SP),
and ground-penetrating-radar (GPR) reflections in a field setting caused by biogeochemical …

The spectral induced polarization (SIP) signature of soil contaminated with organic pollutant
was studied. Using a flow column experiment, the effect of crystal violet (CV, a polar organic …

The whopping increase in solid waste landfills poses serious threats to the environment.
Compared to the drilling method, geophysical methods are effective, non-invasive …

为了全面准确的监测轻非水相液体(LNAPL) 在非均质多孔介质中的入渗过程,
本文通过室内试验模拟了LNAPL 污染物在三维非均质砂槽中的运移, 并采用高密度电阻率成像 …

We discuss a strategy capable of a quantitative long‐term monitoring of water saturation and
volume variation of light non‐aqueous phase liquids in the soil. The goal was reached …

We review the application of the Spectral Induced Polarization (SIP) imaging method to
delineate the geometry of hydrocarbon contaminant plumes and monitor the effect of …