Hydraulic conductivity measurement is a vital tool in various applications, including soil science, agriculture, oil and gas exploration, and water quality and waste management. Research being done to improve analysis and measurement of hydraulic conductivity therefore has important implications for human health and living standards, and for the environment in general.
This book describes some of the recent work that has been done to elucidate hydrogeological characteristics in various locations throughout the world, including Iran, Serbia and Egypt. As well as describing work done on the hydrogeology of specific types of landscape such as Karst regions, the book also outlines the numerical models that can be used to explore or simulate hydrogeological systems, and how these can be implemented in practice.
Sections on new developments and applications in hydraulic conductivity will explore specific environments including landfill, rock masses, plants, and soil, including soil layers.
We believe that this book is a valuable resource, both for practitioners in relevant fields and for hydrogeological researchers who wish to keep abreast of the latest developments in this discipline.
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