Regolith Geology and Geomorphology

Providing fundamental discussion of regolith properties andchemistry, this book considers many landscape situations andfeatures, whilst linking process to position, geochemistry andtime. Presenting information from an Australian perspective itprovides new insights into the subject, which are developed awayfrom the yoke of traditional Northern Hemisphere ideas andconcepts.


* Presents a new approach to the problems of understanding regolithgeology and landscapes
* Presents the general aspects and principles of regolith
* Chapters present views on landscapes and their evolution, thenature of minerals, the behaviour of water at a landscape level andthe exploration of water behaviour at various scales in regolithmaterials
* Investigates methods of conveying information about regolith viamaps and in GIS packages Preface.

Introduction: Of Rotten Rocks, Soils and Solutions.

Overview -
Landscapes and the Evolution of the Regolith.

Earth Materials.

Weathering: Agents and Controls.

Landscape and Regolith Hydrology.

The Chemistry of Weathering.

Regolith Geochemistry

Mineral Weathering.

Rock Weathering.

Products of Weathering.

In Situ Weathering Profiles.

Physically Transported Regolith.

Solute Transport and Precipitation in the Regolith.

Regolith Mapping.

Importance and Applications of Regolith Geology andLandscapes.

References.

Author Index.

Subject Index. It is a professional reference that should be of value to many onthe front lines of consulting and research." (Geological Magazine,Vol.138 No.6 2001)

"useful introductory text" (Environmental Geology, January 2002)

"this is a more interesting and informative book that firstimpressions suggest" (Geoscientist, April 2002)

G. Taylor is the author of Regolith Geology and Geomorphology, published by Wiley.

R. A. Eggleton is the author of Regolith Geology and Geomorphology, published by Wiley.

Regolith Geology and Geomorphology is a comprehensive and innovative approach to a subject which crosses traditional science discipline boundaries. This book as been written by two authors who have 70 years cumulative experience in this area.

Using the unique character of the Australian landscape and regolith, a country which has experienced weathering and deep development of regolith for nearly 1 billion years, the authors explore in great depth the processes that have contributed to their evolution

Regolith study is a young science and much that has been written about it is speculative and open to question. A real understanding for the topic can only come from scientific investigation. This book provides a fundamental discussion of regolith properties and chemistry, and considers many landscape situations and features, linking the process to position, geochemistry and time. The central theme throughout is the critical role that water plays in driving regolith change and developing mineralogical variation down the profile.

This book woulde be of use to Earth scientists, civil and mining engineers, environmental scientists, mineral explorationists, geochemists, pedologists, geomorphologists, 2nd year level academics, academic libraries, mining exploration companies and government instrumentalists.