
With more than 300 entries covering topics from acid rain to zonal circulation, the Encyclopedia of Climate and Weather is the most comprehensive, up-to-date reference work available on the past, present, and future of the global environment. Authored by leading scholars from around the world, the encyclopedia masterfully brings together information derived from recent advances in computing, physics, mathematics, the environmental sciences, and space technology. Special attention is given to areas of current concern, including pollution, the ozone hole, climate change, global warming, desertification, and the recent floods in the American Midwest and France. Throughout, entries on literature, art, economics, and other cultural topics as they relate to the global environment enhance the coverage of more technical issues. And more than 400 illustrations provide an exceptional supplement to the text, giving visual immediacy to sometimes difficult topics. An extensive system of cross-references and a detailed topical index provide easy access to the broad range of subjects covered. Authoritative and engagingly written, The Encyclopedia of Climate and Weather will be sought after by a wide range of readers, from weather enthusiasts to undergraduates to specialists in a variety of fields--indeed, by anyone with an interest in the climate, weather, and environment of our planet.
This two-volume set serves as a comprehensive reference work designed to synthesize the complex, multi-disciplinary knowledge surrounding global climate and weather systems. Edited by Stephen H. Schneider, the work compiles contributions from international scholars to bridge the gap between technical fields like physics and mathematics and their broader implications for the environment. It provides a structured framework for understanding both historical climate patterns and contemporary environmental challenges through a rigorous, fact-based lens.
What You Will Find
Experts and academics recognize this set as a foundational reference tool for students and specialists alike. Readers frequently note the accessibility of the prose, which manages to explain complex atmospheric phenomena without sacrificing technical accuracy.
Page Count:
960
Publication Date:
1996-04-25
Publisher:
Oxford University Press
ISBN-10:
0195094859
ISBN-13:
9780195094855
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