In this manuscript, we discuss the capabilities of a deep learning algorithm implemented
with the Conventional Neural Network concept to characterize the hydraulic properties of …

In this work, we present a novel method to interpret, at a field scale, the preferential flows
generated by harmonic pum** tests, in which the pumped flowrate varies according to a …

We present the results of a hydraulic tomography led on a 60× 40 m² fractured and karstic
field in Southern France in order to image, in a model, its transmissivity field. The dataset …

Quantitative investigation of the interaction between surface water and groundwater relies
on the determination of transience of streambed hydraulic conductivity (K sb). The commonly …

The distributed modeling of flow paths within karstic and fractured fields remains a complex
task because of the high dependence of the hydraulic responses to the relative locations …

Karst aquifers are geologic media that consist of enlarged solution conduits. The geometry
of such conduits is very difficult to delineate and its hydraulic parameters such as hydraulic …

A quantitative and qualitative estimation of groundwater resources is a challenge for water
management worldwide. In the specific case of the carbonate karstified aquifer, the high …

abstract Hydraulic tomography is a state-of-the-art method for inferring hydraulic conductivity
fields using head data. We employed geostatistical inversion using synthetically generated …