Foundations of Sedimentary Geology and Basin Analysis

Every layer of sedimentary rock tells a story about Earth's changing climate, ancient environments, and tectonic shifts. Understanding sedimentary geology is essential for mapping natural resources, managing groundwater aquifers, and addressing modern environmental challenges. This text-based course guides you through the entire life cycle of sedimentary rocks, from weathering and transport to deposition, burial, and lithification. You will gain a solid foundation in stratigraphic principles, sediment transport physics, and the modern applications of basin analysis. What you'll learn: - Analyze the sediment cycle and how environmental factors weather rock into transportable material. - Understand the physics of fluid flow and sediment transport across different depositional environments. - Identify major sedimentary rock types and reconstruct their depositional histories. - Interpret stratigraphic relationships and basin structures to map aquifers and potential carbon storage sites. - Evaluate how sedimentary processes have evolved throughout Earth's geologic history. The course begins with core terminology and foundational concepts of the rock cycle before moving into sediment physics, depositional systems, and modern basin analysis techniques. You will progress from reading basic rock characteristics to interpreting complex geological formations through written explanations and practical analytical exercises. Designed for aspiring geologists, environmental science students, and curious learners, this course requires no prior geology background. Start reading today to unlock the history written in Earth's sedimentary layers.