Computational Geosciences with Mathematica

Chapter 1: Introduction
What is Mathematica?
Installing and Running Mathematica
Chapter 2: Special Plots for Geologic Data
Mathematica Packages You Will Need
Stem Plots
Chapter 3: Solving Linear and Differential Equations
Algebraic Manipulation of Equations
Symbolic and Numerical Equation Solving using Solve and NSolve
Chapter 4: Random Variables and Probability Distributions
The Concept of Random Variables
Some Continuous Distributions
Chapter 5: Probabilistic Simulation
Flood Frequency Modeling
Plotting the Data
Chapter 6: Interpolation and Regression
Interpolation vs. Regression: Which is Appropriate?
Chapter 7: Visualizing and Analyzing Surfaces
Working With Gridded Data
Digital Elevation Models
Chapter 8: Digital Signal and Image Processing
The Nature of Periodic Waveforms
Autocovariance and Autocorrelation
Appendix A: Mathematica Functions in the Computational Geology Package

Appendix B: Labeling Contour Plots

Appendix C: Working with Color (CD only)

From the reviews:
"Nearly every chapter of this book is built up around numerous examples of quantitative geological problem solving. Worked out problems include examples from geology, geomorphology, hydrology, geophysics and other geoscientific disciplines. Therefore, this book has, to my opinion, a large possible audience. Next to persons interested in using Mathematica, this book is useful to any geologist interested in some more information on quantitative geology. ... it should be accessible to motivated students and senior geologists interested or involved in mathematical geology." (Maarten Van Geet, Geological Belgica, Vol. 9 (3-4), 2006)