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Geologic History of the Earth’s Climate offers an exhaustive examination of Earth's climate oscillations across the Paleozoic, Mesozoic, and Cenozoic eras. Through advanced mathematical modeling techniques and spectral analysis, it dissects the statistical attributes of meteorological phenomena across geological time boundaries from the Anthropocene to the Quaternary epoch. Central to the book's theory is the Pareto-lognormal distribution, a heavy-tailed frequency distribution that sheds light on the profound impact of greenhouse gas concentrations on an evolving Earth and the impact of these changes on our planet’s dynamics.
Geologic History of the Earth’s Climate serves as an indispensable resource for scientists and researcher, providing mathematical approaches to unraveling the intricacies of Earth's climatic past, geological history, dynamics.
List of contents
1. Introduction
2. Greenhouse Effect
3. Anthropocene Earth Temperature Increase
4. CO2 Capture and Permanent Deactivation Methods
5. Phanerozoic Paleoclimates
6 Effect of uncertainties in stage boundary age estimates on paleoclimate history
7. Earth’s History of Atmospheric CO2 and CH4 Concentration Values
8. Spectral Analysis and Multifractal Theory
9. Lovejoy-Schertzer’s Weather, Macroweather and Climate Modeling
10. Pareto-Lognormal Frequency Distributions
11. Recent Heavy-Tail Climatic Frequency Distribution Applications
12. Concluding Remarks and Future Developments
About the author
F.P. Agterberg obtained his PhD at Utrecht University in 1961. After a 1-year post-doctorate Fellowship of the Wisconsin Alumni Research Foundation in Madison, he joined the Geological Survey of Canada in Ottawa where he headed the Geomathematics Section from 1969 to 1996.He has published over 350 scientific papers and 4 books including "Geomathematics? in 1974 which sold about 10,000 copies. During the past 7 years he has helped to estimate the ages of 6 GTS200 stage boundaries, and was a co-editor of the Encyclopedia of Mathematical Geosciences in which he also authored 24 chapters. From1968 he was associated with the University of Ottawa where he taught "statistics in geology? for 25 years. In total, he has supervised about 20 students in Canada and China. Other positions included directing the Quantitative Stratigraphy Project of the International Geological Correlation Program. He became Correspondent of the Royal Dutch Academy of Sciences in 1981 and was President of the International Association for Mathematical Geosciences (2004-2008),
