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From Edward Abbey to zooxanthellae, this A-Z resource gives readers over 1,000 entries that tell the story of environmental science. With its wide range of information and international flavor, The Encyclopedia of Environmental Science establishes the standard for students, librarians, and others who want to understand this complex and ever-changing area of science.
Features annotations for more than 6,200 works in the main volume (2007), and more than 2,400 new titles in three annual supplements published 2008 through 2010. New coverage of biographies, art, sports, Islam, the Middle East, cultural diversity, and other contemporary topics keeps your library's collection as current as today's headlines.
Environmental Chemistry, Eighth Edition builds on the same organizational structure validated in previous editions tosystematically develop the principles, tools, and techniques of environmental chemistry to provide students and professionals with a clear understanding of the science and its applications. Revised and updated since the publication of the best-selling Seventh Edition, this text continues to emphasize the major concepts essential to the practice of environmental science, technology, and chemistry while introducing the newest innovations to the field. The author provides clear explanations to important concepts such as the anthrosphere, industrial ecosystems, geochemistry, aquat...
Each vol. is divided into 2 parts 1st-7th ed.: Dictionary catalog and Classified catalog; 8th-9th ed. have 3rd. part: Directory of publishers.
A compilation of books and other resources that are appropriate for students in kindergarten through twelfth grade.
This book concerns the origins of mathematical problem solving at the internationally active Osram and Telefunken Corporations during the golden years of broadcasting and electron tube research. The woman scientist Iris Runge, who received an interdisciplinary education at the University of Göttingen, was long employed as the sole mathematical authority at these companies in Berlin. It will be shown how mathematical connections were made between statistics and quality control, and between physical-chemical models and the actual problems of mass production. The organization of industrial laboratories, the relationship between theoretical and experimental work, and the role of mathematicians ...
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