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Zusatztext "Archer's book is a must read for specialists and graduate students in geochemistry, palaeoclimatology, and modem climate change. This is an essential source of fresh information on carbon cycling on the Earth." ---Dmitry A. Ruban, Palaeontologie allgemein Informationen zum Autor David Archer Klappentext "Fossil-fuel carbon is our dangerous treasure. David Archer brilliantly and lucidly provides the essential background on Earth's carbon cycle that we need to make wise decisions about future use." --Richard B. Alley, Pennsylvania State University "David Archer is one of the world's leading experts advancing our understanding of the consequences of carbon dioxide emissions in the context of geologic time. Archer's book explains how the consequences of our fossil-fuel economy will outlast even our nuclear waste. This book is essential reading--it wakes us up to the long-term consequences of our fossil-fuel folly." --Ken Caldeira, Carnegie Institution for Science "Archer has written a well-constructed text that explores the major factors regulating atmospheric CO2 across different geological time scales up to and including the current human-driven trends from fossil-fuel burning and deforestation. He explains clearly and in an engaging fashion a number of difficult concepts associated with various feedback mechanisms between Earth's climate and the carbon cycle. The science is first-rate." --Scott C. Doney, Woods Hole Oceanographic Institution "This book will serve both students and researchers seeking to understand this critical component of the Earth system. Until now, there hasn't been a text that clearly discusses the carbon cycle across time scales and that connects the often-confusing dots to elucidate its role in climate change." --Galen A. McKinley, University of Wisconsin--Madison Zusammenfassung Presents an introduction to the global carbon cycle. This book tells about the many ways the global carbon cycle is woven into our climate system. It looks at the carbon cycle on three different time scales, describing how the cycle interacts with climate in very distinct ways in each....
