About this book series
This series provides an ideal frame and forum for the publication of mathematical key
technologies and their applications to geo-scientific and geo-related problems. Current
understanding of the highly complex system Earth with its interwoven subsystems and
interacting physical, chemical, and biological processes is not only driven by scientific
interest but also by the growing public concern about the future of our planet, its
climate, its environment, and its resources. In this situation mathematics providesconcepts, tools, methodology, and structures to characterize, model, and analyze this
complexity at various scales. Modern high speed computers are increasingly entering all
geo-disciplines. Terrestrial, airborne as well as spaceborne data of higher and higher
quality become available. This fact has not only influenced the research in geosciences
and geophysics, but also increased relevant mathematical approaches decisively as thequality of available data was improved.
Geosystems Mathematics showcases important contributions and helps to promote the
collaboration between mathematics and geo-disciplines. The closely connected series
Lecture Notes in Geosystems Mathematics and Computing offers the opportunity to
publish small books featuring concise summaries of cutting-edge research, new
developments, emerging topics, and practical applications. Also PhD theses may be
evaluated, provided that they represent a significant and original scientific advance.
Book titles in this series
Abstracted and indexed in
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- Astrophysics Data System (ADS)
- zbMATH