Ever wondered how mountains form, continents drift, and earthquakes reshape our planet? This thoroughly updated third edition of Plate Tectonics & Crustal Evolution provides the answers you've been seeking. Written for students and geology enthusiasts alike, this authoritative guide takes you on a journey through Earth's dynamic history, explaining the forces that have shaped our world over billions of years.
The third edition brings you cutting-edge research and updated perspectives on Earth's geological processes. You'll find fresh insights on mantle convection, seismic tomography, and the fascinating world of meteorites that tell us about our solar system's origins. The Tectonic Map of the World has been completely updated, giving you current visual references for understanding plate boundaries and geological features across the globe.
From the origin of the moon to the evolution of continents, this textbook covers it all. New chapters explore exogenic Earth systems and secular changes in Earth's history, while expanded sections delve into accretionary terranes, mantle sources and evolution, and continental growth processes. The revised content on metamorphism, plate boundaries, hotspots, and magma associations ensures you're getting the most current understanding of these complex geological phenomena.
Whether you're studying geology, earth sciences, or just have a passion for understanding our planet, this textbook provides the depth and clarity you need. The numerous figures and illustrations help visualize abstract concepts, while the logical progression of topics builds your knowledge systematically. It's not just a collection of facts—it's a coherent narrative of how Earth came to be the dynamic planet we know today.
With its blend of foundational knowledge and recent discoveries, this book serves as both an excellent introduction to plate tectonics and a valuable reference for ongoing study. If you want to understand the forces that continue to shape our world, this comprehensive guide is your essential companion.
