Fractured rocks have presented formidable challenges for accurately predicting
groundwater flow and contaminant transport. This is mainly due to our difficulty in map** …

Two large‐scale cross‐hole pum** tests were conducted at depths of 191–226 m and 662–
706 m in deep boreholes at the Mizunami Underground Research Laboratory (MIU) …

This textbook integrates classic principles of flow through porous media with recently
developed stochastic analyses to provide new insight on subsurface hydrology. Importantly …

This work reviews various studies of hydraulic and pneumatic tomography for estimation of
flow properties of fractured geologic media with hydraulic and pneumatic tomography. The …

In hard-rock aquifers, fractured zones constitute adequate drinking water exploitation areas
but also potential contamination paths. One critical issue in hydrogeological research is to …

Groundwater modeling has become a vital component to water supply and contaminant
transport investigations. An important component of groundwater modeling under steady …

We investigate, through numerical experiments, the viability of three‐dimensional transient
hydraulic tomography (3DTHT) for identifying the spatial distribution of groundwater flow …

Inverse modeling of hydraulic tomography (HT) is computationally expensive for estimating
high‐dimensional hydrogeologic parameter fields. In this work, we develop a novel method …

Abstract Between 2005 and 2010, Japan Atomic Energy Agency conducted four long-term,
independent pum** tests in a fractured granite formation at the Mizunami Underground …

Hydraulic tomography (HT) has emerged as a potentially viable method for map**
fractures in geologic media as demonstrated by recent studies. However, most of the studies …