Chapter 6 deals with fluid mechanics applied specifically to Earth science problems such as volcano plumbing, glacial rebound, and plumes. Gravity is the subject of Chapter 5 including a discussion of gravity corrections and applications. Chapter 4 considers heat flow and covers some of the difficulties in obtaining reliable measurements, before developing the theoretical basis further. Chapter 3 deals with elasticity and flexure, focusing on the effects of loading on the lithosphere. Chapter 2 introduces some theoretical basics about stress and strain, which are employed later in the text, and includes a discussion of practical methods to measure stress and strain in the Earth’s crust. Subsequent chapters are suitable for more advanced students. While quantitative, this chapter is very accessible and should be appropriate for undergraduates at any level. This was a particular highlight for me and encourages the reader to think more widely and generally about the various processes. In addition to the standard earthly topics, it also includes an up to date and engaging discussion of tectonic features on other Solar System bodies, which could be considered a taste of material in more specialist texts such as Planetary Tectonics (Walters and Schultz, Cambridge Univ. Chapter 1 covers plate tectonics in extensive detail and could almost form a short book in its own right. The content of the book can be briefly summarized as follows.
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