Aquifer connectivity could greatly affect groundwater flow and further control the contaminant
transport in fractured medium. However, assessing connectivity of fractured aquifer at …

The use of stable isotopes from precipitation as tracers in unconsolidated porous media can
be limited due to attenuation in the unsaturated zone, yet this process has been poorly …

An injection test and repeated packer tests were conducted for a fault in siliceous mudstone
in order to activate the fault and investigate changes in hydraulic connectivity of the fault …

The impacts of wastewater on Indigenous drinking water sources is an issue of concern
across Canada. This study investigated the wastewater impacts on groundwater resources …

Several approaches are commonly applied to modeling fractured aquifers, including
stochastic continuum (SC) and discrete fracture network (DFN) models. While DFN models …

The evolution characteristics of pores and fractures in coal after liquid carbon dioxide (CO2)
phase change are important factors that determine the permeability increase effect …

Fractured bedrock aquifers provide an important source of drinking water in many regions
around the world. In settings with low matrix porosity and a small number of highly …

Determining how wells in fractured crystalline bedrock are interconnected is essential in
defining contaminant flow paths and in interpreting water quality data from wells. Although …

This book provides hydrologists the information needed for the characterization of
contaminated subsurface hydrologic sites. It explains how to seal boreholes, map …

Constant head tests are commonly used for field measurements of fracture transmissivity. As
a bulk transmissivity is measured for each test section, it is frequently unclear how this …