Well hydraulics is a discipline to understand the process of flow to the well in an aquifer
which is regarded as a source of groundwater. A variety of analytical and numerical models …

Understanding groundwater recharge is essential for successful management of water
resources and modeling fluid and contaminant transport within the subsurface. This book …

Inverse modelling is a key step in groundwater-related hydrological studies. Several
inversion techniques were developed during the last decades, but hardly any comparison …

Time-related advection-based well-head protection zones are commonly used to manage
the contamination risk of drinking water wells. According to current water safety plans …

During the design of a natural gradient tracer experiment, it was noticed that the hydraulic
gradient was too small to measure reliably on an∼ 500‐m2 site. Additional wells were …

Source protection zones are increasingly important for securing the long-term viability of
drinking water derived from groundwater resources. These may be either time-related …

When fluid motion is induced through a porous medium, the distance travelled depends on
the energy exerted and overall resistance to flow. Ostensibly intuitive, this concept of reach …

Groundwater is a particularly vital resource in arid and semi-arid areas owing to the scarcity
of suitable surface-water resources and the high evaporation from surface-water storage …

This study investigates capture zone uncertainty that relates to the coupled semivariogram
uncertainty of hydrogeological and geophysical data. Semivariogram uncertainty is …

This study developed a coregionalized model to estimate hydraulic conductivity using
spatial cross correlation between hydraulic conductivity and borehole geophysical data (a …