Fluvial levees are assets of major importance for protecting human lives and activities. To
prevent the risk of failures and to assess their stability, survey campaigns involving …

Geophysical modelling performs to obtain subsurface structures in agreement with
measured data. Freeware algorithms for geoelectrical data inversion have not been widely …

Recent cases of dam failures indicate that the safe operation and proactive maintenance of
critical infrastructure is of significant importance considering the growing number of ageing …

We present a study of the seasonal behaviour of soil moisture in an old embankment levee
by means of 2D DC-electrical resistivity tomography monitoring based on an embedded …

There is a growing demand for using non-destructive geophysical techniques to internally
image dam condition and facilitate the early detection of anomalous phenomena. Near …

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 …

Small earthen dams usually lack a detailed monitoring system that would provide high-
resolution data concerning changes in seepage flow. Geophysical methods and remote …

A combination of Geological mapping and two-dimensional electrical resistivity (2D-ER)
surveys was applied to study the Unilorin Dam and its environment. The purpose of the …

Stability of flood embankments is strongly affected by the water flow taking place in the
saturated and unsaturated soil. Monitoring of the water flow in flood embankments is …

Given the mounting apprehension surrounding the recurrence of incidents involving
accidents and the failure of earthen dams in the past two decades, a significant number of …