268 pages, 133 colour & 112 b/w photos and illustrations, 250 tables
This textbook deals with the most important items in Marine Geology, including some pioneer work. The list of topics has grown greatly in the last few decades beyond the items identified by Eugen Seibold as central and now includes prominently such things as methane and climate change; that is, the carbon cycle and the Earth system as a whole.
Relevant geophysical, geochemical, sedimentological and paleontological methods are shortly described. They should allow the reader to comment on new results about plate tectonics, marine sedimentation from the coasts to the deep sea, climatological aspects, paleoceanology and the use of the sea floor.
The text tries to transmit to the reader excitement of marine geological research both aboard and in modern laboratories. Basic mineralogical, geochemical, biological and other relevant data and a detailed list of books and symposia are given in an Appendix. This Introduction builds on the third edition of The Sea Floor by E. Seibold and W.H. Berger. While much of the original text was written by Seibold, a considerable portion of the material presented in this edition is new, taking into account the recent great shift in marine geological research, some of it with great relevance to human concerns arising in a rapidly changing world.
This book is extremely readable for a non-geologist and is an extremely valuable source of information for all marine biologists interested in the interaction of their field with earth sciences. - Marine Ecology "Seibold and Berger's book is a classic!" - Geo Journal
1 Origin and Morphology of Ocean Basins
2 Origin and Morphology of Ocean Margins
3 Sources and Composition of Marine Sediments
4 Effects of Waves and Currents
5 Sea Level Processes and Effects of Sea Level Change
6 Productivity and Benthic Organisms - Distribution, Activity, and Environmental Reconstruction
7 Imprint of Climatic Zonation on Marine Sediments
8 Deep-Sea Sediments - Patterns, Processes, and Stratigraphic Methods
9 Paleoceanography - The Deep-Sea Record
10 Resources from the Ocean Floor
List of Books and Symposia
A1 Conversion Between Common US Units and Metric Units
A2 Topographic Statistics
A3 The Geologic Time Scale
A4 Common Minerals
A5 Grain Size Classification for Sediments
A6 Common Rock Types
A7 Geochemical Statistics
A8 Radio-Isotopes and Dating
A9 Systematic Overview for Major Groups of Common Marine Organisms Important in Sea floor Processes
Index of Names
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Eugen Seibold was born in Stuttgart. He studied geology in Bonn and in Tübingen. Subsequently, he taught at the University of Tübingen but moved to Kiel in 1958 to study modern marine sedimentation and manage the Geological-Palaeontological Institute of the University as its director. From 1980 he accepted positions as the President of the DFG (the German National Science Foundation), as Vice-President of the European Science Foundation, and as the President of the International Union of Geological Sciences. He was President of the European Science Foundation from 1984 to 1990, and a member of various academies, including the Leopoldina (Akademie der Naturforscher, Halle in Saxony-Anhalt) and the Academie des Sciences in Paris. Seibold's many contributions to geology were well recognised – he was a recipient of internationally known awards (e.g., the Gustav-Steinmann Medal, the Hans-Stille Medal, the Leopold-von-Buch Plakette), as well as the Walter-Kertz Medal in Geophysics and the Blue Planet Prize of the Asahi Foundation. The Asahi Foundation's prize especially recognises contributions of relevance to society. The prize was used, in part, to fund the Eugen and Ilse Seibold Prize, an award furthering Japanese-German scientific interaction. Among outstanding paradigms within Seibold's many contributions (including geologic education), one might emphasise his insights regarding the role of exchange between marginal basins and the open sea in determining the deposits accumulating in shelf basins. He assigned an estuarine-type exchange to black shale sedimentation and an anti-estuarine type to carbonate deposits. Both types of sediment are prominent in the geologic record (and are conspicuous in the Jurassic of southern Germany, his original training ground). Significantly, black shales are commonly a source for hydrocarbon products, while carbonates often serve as reservoir rocks. Obviously, both rock types help define our time in human history. It is typical for Seibold that he thought we should know about their origin.
Wolfgang Berger is an acclaimed researcher in micropaleontology, marine geology, and oceanography. He has published over 200 research articles and several books on a broad array of topics in oceanography and on climate change. Berger earned numerous medals and prizes during his career, among others the Bigelow Medal, the Humboldt Award, and the Steinmann Medal. Berger earned in 1961 his Vordiplom degree in geology at the University of Erlangen and in 1963 his master's degree in geology at the University of Colorado in Boulder. In 1968 he received his PhD in oceanography from the University of California, San Diego (UCSD). From 1968 to 1970 he did research at the UCSD's Scripps Institution of Oceanography, and in 1970/1971 he was an Assistant at the Geological Institute of the University of Kiel. In 1971 he became an assistant professor, in 1974 an associate professor, and then in 1981 a professor at the Scripps Institution, where he was in 1996/1997 the interim director. In 1997 Berger became the director of the California Space Institute in San Diego. His research is especially concerned with the ecology of planktonic foraminifera and the reconstruction of the climate and the marine environment of the Cenozoic.