Global Energy and Water Cycles

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Global Energy and Water Cycles Editors: K.A. Browning, R.J. Gurney Format: Paperback / softback First Published: Published By: Cambridge University Press
string(3) "308"
Pages: 308 Illustrations and other contents: 21 Tables, unspecified; 3 Halftones, unspecified; 171 Line drawings, unspecified Language: English ISBN: 9780521032858 Categories: ,

The abundance of water in all three phases makes the Earth unique in the solar system. Knowledge of the fluxes and changes of phase of water are essential for an understanding of weather, climate and, indeed, of life itself. This book provides a treatment of advances in our understanding through improvements in global models, in the representation of the processes included in the models, and in related observations. It deals with fluxes within the atmosphere, at and beneath the land and ocean surface, and the interaction between them. In order to provide authoritative and coherent coverage of an area of environmental science that is developing rapidly, the book draws upon the expertise of many of the world’s leading researchers across a wide range of meteorology, hydrology and oceanography. The book will be of main interest to graduate students and researchers in these subjects, but it will also appeal to final-year undergraduate students.

Weight0.689 kg
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'This ambitious and handsomely produced book succeeds in explaining the achievements and challenges of studies in the sub-disciplines of global energy and water cycles. Enough information is provided so that readers not familiar witha sub-discipline can appreciate what the basic physics and problems are … Graduate students and researchers in meteorology, oceanography and hydrology will find this volume very useful.' Howard B. Bluestein, The Times Higher Education Supplement 'This book can certainly be recommended to anyone interested in global cycles of energy and matter.' Leopold Haimberger, Meteorologische Zeitschrift '… an excellent introduction to current research connected to global hydrological cycles, and as such should be an especially good resource for graduate students or other scientists at a similar level of expertise.' Bu