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This unique publication provides a global perspective on one of the most complex issues in hydrology: field and laboratory measurement of low permeability and dual porosity materials. Eleven peer-reviewed papers, written by an international group of experts, focus on the development of techniques to evaluate hydraulic conductivity and remediation of fine grained and dual porosity geologic materials.
It deals with a range of issues related to the measurement of both saturated and unsaturated geologic materials, including:
Laboratory and Field Evaluations
Low Permeability Environments and Remediation Issues
STP 1415 is a valuable resource for geologists, hydrologists, hydrogeologists, environmental and civil engineers, environmental scientists, waste management personnel, landfill owners and operators, and remediation specialists.
Hydraulic Conductivity of a Fractured Aquitard
Abichou T., Benson C., Friend M., Wang X.
Water Potential Response in Fractured Basalt from Infiltration Events
Hubbell J., Mattson E., McElroy D., Sisson J.
On The Measurement Of The Hydraulic Properties Of The Environmental Medium
Gordji S., Pirouzian L.
Determining the Hydraulic Properties of Saturated, Low-Permeability Geological Materials in the Laboratory: Advances in Theory and Practice
Endo H., Esaki T., Morin R., Takahashi M., Zhang M.
Transfer of Heavy Metals in a Soil Amended with Geotextiles
Cloutier R., Lassabatere L., Winiarski T.
Application of the Colloidal Borescope to Determine a Complex Groundwater Flow Pattern
McDonald J., Narbutovskih S., Schalla R., Sweeney M.
Paper ID: STP1415-EB