Obtaining hydraulic properties is crucial for describing the transport of groundwater and
pollutants in the faults area. In this way, the spatial distribution of hydraulic conductivity plays …

A hydrogeological unit with a considerable thickness usually demonstrates depth-decaying
hydraulic conductivity (K) at the regional scale. In this study, we investigated transient well …

Aquifer hydraulic parameters play a critical role in investigating various groundwater
hydrology problems (eg, groundwater depletion and groundwater transport), and the Theis …

Research on the migration behaviors of contaminants in the aquitard has been deficient for
an extended period. Clay is commonly employed as an impermeable layer or barrier to stop …

In this paper, we examine the accuracy of estimating the hydrogeological parameters,
transmissivity (T) and storativity (S), in a confined aquifer, when there are not enough …

Steady well‐type flow was monitored in an aquifer that was artificially packed in order to
reproduce a given, highly heterogeneous, statistical distribution of the log‐conductivity Y. In …

In general, classical interpretation of pum** tests assume homogeneous hydraulic
properties and cannot characterize aquifer heterogeneity in the form of a profile. In this work …

Transmissivity is a significant hydrogeological parameter that affects the reliability of
groundwater flow and transport models. This study demonstrates the improvement in the …

Field investigation studies, conducted in the context of safety analyses of deep geological
repositories for nuclear waste, have pointed out that in fractured crystalline rocks sorbing …

We study the sensitivity of aquifer‐scale estimates of transmissivity (T) and storativity (S) to
the variance and correlation length scale of aquifer heterogeneity, when such estimates are …