Casting a geophysical inverse problem into a Bayesian setting is often discouraged by the
computational workload needed to run many forward modelling evaluations. Here we …

Dams are built to contain water or mining tailings and provide several benefits to society.
The safety and stability of these structures are essential since eventual accidents can …

This work aims to remotely monitor the grouting process of double-layered wellbores in
deep coal mining area by proposing a new geophysical electrical potential inversion …

Electrical resistivity tomography (ERT), a geophysical imaging method, is commonly used on
flood embankments (dykes or levees) to characterize their internal structure and look for …

The effects of drought on tree mortality at forest stands are not completely understood. For
assessing their water supply, knowledge of the small-scale distribution of soil moisture as …

Expensive forward model evaluations and the curse of dimensionality usually hinder
applications of Markov chain Monte Carlo algorithms to geophysical inverse problems …

Geophones are typically arranged along the dam axis when seismic wave methods are
used to detect latent hazards. Due to the complexity of the potential hazards and physical …

This paper addresses the problem of removing 3D effects as one of the most challenging
problems related to 2D electrical resistivity tomography (ERT) monitoring of embankment …

To reduce both the computational cost of probabilistic inversions and the ill‐posedness of
geophysical problems, model and data spaces can be reparameterized into low …

The operator of Chimney Rock Dam observed the emergence of increasing seepage at the
toe of the dam when the water level in the reservoir exceeded a particular elevation …