Quantitative Plate Tectonics: Physics of the Earth - Plate Kinematics

In this review of Quantitative Plate Tectonics: Physics of the Earth - Plate Kinematics, Antonio Schettino delivers a rigorous, graduate-level textbook aimed at students and practicing geoscientists who need a quantitative foundation in plate kinematics and geodynamics. The single biggest reason to buy is the book's emphasis on quantitative methods that bridge plate motion descriptions and dynamic models, making it a practical reference for coursework and research. This review focuses on clarity of exposition, scope of topics, and usefulness as both a classroom text and a technical reference.

Key Features

• Comprehensive quantitative focus: Presents mathematical and physical formulations for plate kinematics so readers can apply quantitative techniques to real-world problems.
• Interdisciplinary relevance: Links plate tectonics to geodynamics, making the content useful for geologists, geophysicists, and resource professionals.
• Reference utility: Functions as a monograph that consolidates separate branches of plate tectonics into a single quantitative treatment for easy consultation.
• Supplemental resources: Points to additional material hosted online, offering computer programs and extra content to support hands-on learning.
• Designed for advanced study: Structured to support students in geology and geophysics aiming to develop in-depth quantitative skills for academic and industry applications.

Who It's For

Quantitative Plate Tectonics is best suited to upper-level undergraduates, graduate students, and researchers in geology and geophysics who already have a grounding in basic earth science and mathematics, and who want a rigorous, quantitative treatment of plate kinematics and geodynamics. It is also a practical reference for oil-and-gas professionals and ore deposit specialists who need to place resource formation in a geodynamic context.

Readers seeking a purely introductory, non-mathematical overview of plate tectonics or a pictorial field guide should look elsewhere; this book assumes comfort with quantitative methods and is aimed at those who need depth rather than a general survey.

Pros & Cons

Pros

• Consolidates quantitative approaches in plate kinematics into a single, coherent volume for study and reference.
• Bridges disciplines by relating plate motion descriptions to geodynamic implications useful for industry and research.
• Includes pointers to online supplemental material and computer programs to support applied learning.
• Written with the depth expected of a comprehensive monograph, making it durable as a reference.

Cons

• Not intended as an introductory text; readers without quantitative background may find sections demanding.

Specifications

Title	Quantitative Plate Tectonics: Physics of the Earth - Plate Kinematics
Author	Antonio Schettino
Scope	Plate kinematics and geodynamics with quantitative methods
Audience	Students in geology and geophysics; geoscientist reference
Additional material	Supplemental computer programs and resources online
Use cases	Course textbook, research reference, resource formation context

Our Verdict

Quantitative Plate Tectonics is a well-structured, rigorous textbook and reference that rewards readers who need a quantitative, integrated treatment of plate kinematics and geodynamics. For graduate students and professionals seeking to apply quantitative methods to tectonic problems or to place resource formation in a geodynamic framework, it offers strong value; those seeking an elementary introduction should consider a more basic text first.

Frequently Asked Questions

Is this book suitable for undergraduate students?
It is best for upper-level undergraduates or graduate students who already have a quantitative background in earth science and mathematics.

Does the book include practical tools or code?
Yes, the author provides additional computer programs and supplemental material online to support the quantitative methods presented.

Can industry professionals use this book?
Yes, oil-and-gas professionals and ore deposit specialists can use it to understand the geodynamic context of resource formation and to apply quantitative analyses.