CLIMATE, EARTH PROCESSES AND EARTH HISTORY

Huggett, Richard J.

ISBN 10: 3540534199 / ISBN 13: 9783540534198

Published by Springer, Jerusalem, 1991

About this Item

Very Good in boards.; 9.13 X 6.57 X 1.11 inches; 281 pages.

Seller Inventory # 75557

Bibliographic Details

• Title: CLIMATE, EARTH PROCESSES AND EARTH HISTORY
• Publisher: Springer, Jerusalem
• Publication Date: 1991
• Language: English
• ISBN 10: 3540534199
• ISBN 13: 9783540534198
• Binding: Hardcover
• Edition: First Edition Thus; First Printing.
• Seller catalogs:
  • History
  • Other

About this title

Synopsis

Today, climate-related processes and problems are referred to as Global Change by nearly everyone including scientists, politicians, and economists; citizens worldwide are anxious about the often ob­ served disorientation of our environment under the influence of man. Better information on the Earth's natural systems and their possible alterations is necessary. The topic itself is so wide that sound scien­ tific descriptions of it as a whole are rare. For the non-specialist infor­ mation from relevant fields is not easy to obtain; and often, the pro­ gnostic models presented are contradictory and even for specialists difficult to evaluate. Therefore, this book on Climate, Earth Processes and Earth History by Richard Huggett fills an important gap. It discusses the great, climate-related areas of the Earth's environment. The atmosphere, the hydrosphere, the sediments as products of weathering and geomorphic processes, the relief as landforms and soils, and the biosphere are thoroughly treated as the prominent sub­ systems which are greatly affected by climate. These subsystems not only control the visual and internal aspects of our landscapes, but they are themselves especially influenced by climatic changes which can be due to either changes in the natural system or anthropogenic changes. Thus, our landscapes will be subject to significant altera­ tions, if climatic variations exceed certain thresholds. The plan for the present book by Richard Huggett was originally discussed in regard to the Springer Series on Physical Environment.