Fast and accurate identification of unknown pollution sources is a crucial and challenging
task in water resources management, in which the characteristics of unknown pollution …

Forty years and 157 papers later, research on contaminant source identification has grown
exponentially in number but seems to be stalled concerning advancement towards the …

Stable and accurate reconstruction of pollutant transport is a crucial and challenging
problem, including the inverse problem of identifying pollution sources and physical …

The hydraulic conductivity (K) has been recognized as one of the controlling parameters that
significantly impact the transport behavior in groundwater systems. To improve the predictive …

Coastal aquifers are a vital water source for the more than one billion people living in
coastal regions around the globe. Due to the intensity of economic activities and density of …

Abstract Seismic History Matching (SHM) is a key problem in the geosciences community,
requiring optimal parameters of a subsurface model that match the observed data from …

Contaminant source characterization (CSC) plays an important role in environmental
forensics and pollution control. Past studies commonly solve the CSC problem in case …

This study presents an inverse modeling strategy for organic contaminant source
localization. The approach infers the hydraulic conductivity field, the dispersivity, and the …

This paper describes a methodology for undertaking probabilistic investigations into the
locations at which contaminants have leaked into a groundwater system. The methodology …

In the past decades, most of the efforts have often been invested in the joint identification of
contamination and hydraulic conductivity field in inland subsurface aquifers. However, the …