Isotope Chronostratigraphy. Theory and Methods

Content: 
Academic Press Geology Series, Page ii
Front Matter, Page iii
Copyright, Page iv
PREFACE, Pages xi-xii
Chapter 1 - Introduction, Pages 1-10
Chapter 2 - Principles of Interpretation, Pages 11-27
Chapter 3 - Methodology, Pages 29-39
Chapter 4 - The Tertiary Oxygen Isotope Record, Pages 41-49
Chapter 5 - The Tertiary Carbon Isotope Record, Pages 51-54
Chapter 6 - Detailed Studies of the Tertiary δ18O and δ13C Records by Epoch, Pages 55-106
Chapter 7 - Stable Isotopic Evidence for and against Sea Level Changes During the Cenozoic, Pages 107-117
Chapter 8 - Prospects for Applying Isotope Chronostratigraphy to Exploration Wells, Pages 119-134
Chapter 9 - Paleobathymetric Models Using the δ18O of Foraminifera, Pages 135-143
Chapter 10 - General Overview of the Empirical Approaches to Isotope Chronostratigraphy, Pages 145-146
Chapter 11 - Quantitative Methods of Analysis: Theoretical Considerations, Pages 147-149
Chapter 12 - Semblance Methods, Pages 151-153
Chapter 13 - Filter and Deconvolution Techniques, Pages 155-172
Chapter 14 - Frequency Domain Methods, Pages 173-208
Chapter 15 - Maximum Entropy and Q-Model Methods, Pages 209-235
Chapter 16 - Numerical Examples and Case Histories, Pages 237-243
Chapter 17 - Filter and Deconvolution Methods, Pages 245-255
Chapter 18 - Frequency Domain Methods, Pages 257-271
Chapter 19 - Maximum Entropy Methods, Pages 273-286
Chapter 20 - An Integrated Application of Multiple Techniques, Pages 287-315
Chapter 21 - Summary, Pages 317-318
References, Pages 319-342
Index, Pages 343-345