The large scale structure of the earth is caused by geodynamic processes which are explained using energetic, kinematic and dynamic descriptions. While "geodynamic processes" are understood to include a large variety of processes and the term is used by earth scientists quite loosely, the methods of their description involve well defined fields. Energetic descriptions are in volved with distribution of energy in our planet, typically expressed in terms of heat and temperature. Kinematic descriptions describe movements using velocities, strains and strain rates and Dynamic descriptions indicate how stresses and forces behave. As structural and metamorphic geologists we document in the field only the consequences of geological processes. The underlying causes are much harder to constrain directly. However, it is absolutely crucial to understand these causes or: "driving forces", if we are to explain the tectonic evolution of our planet. This book deals with the dynamic description of geological processes. Our descriptions relate causes and consequences - tectonic processes with field observations. In many cases, we will use equations as a concise form to describe processes and observations in nature. As we will be dealing mostly with large scale tectonic questions, the observations that we shall use are also on a large scale. For example, we shall use observations on the elevation (Fig. 1.1, 1.2) and heat flow of mountain ranges, the thickness of continents and the water depth of the oceans.
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This book is an introduction to the quantitative treatment of geological problems. It was originally written as a guide for field geologists who wish to quantitatively understand or test their tectonic models. However, the book is an introduction to geodynamics for anyone in the earth sciences. The book provides an understanding of basic concepts of map projections, plate tectonics, heat flow, isostasy, geomorphology, kinematics stress, strain and rheology. In later chapters these concepts are integrated to examine a variety of geodymaic problems: chapter 6 focuses on problems relevant to structural geology, and chapter 7 looks at problems relevant to the field of petrology. In a detailed appendix, a wide range of numerical methods are introduced, such as the finite difference method, Fourier series or the least squares method. Lists of useful mathematical constants, internet addresses and references are also included in the book.
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