Foundations of Physical Geography: Rocks and Drainage Systems

Do you want to understand the fundamental materials that make up the planet and the forces that shape its surface? Physical geography provides the essential framework for interpreting the landscapes around us. This course transforms your knowledge of basic geology and hydrology, allowing you to recognize key rock formations and understand how water flow dictates landform development. You will gain a solid foundational understanding of the Earth's dynamic systems. What you'll learn: * Understand the composition, classification, and transformation processes within the three major rock groups. * Analyze the mechanisms of weathering, mass movement, and erosion that break down and transport Earth materials. * Master the classification of drainage patterns, including dendritic, trellis, and radial systems, and their relationship to underlying geology. * Apply basic hydrological concepts to calculate water budgets and interpret the structure of river basins and watersheds. * Explore how modern remote sensing data and GIS concepts are used in the analysis of large-scale drainage systems and geological structures. * Practice interpreting geological maps and cross-sections to identify rock structures and landform evolution. The course begins with core terminology and definitions, moves into a detailed study of the rock cycle and landform processes, and concludes with an in-depth analysis of river systems and drainage basins. This course is designed for absolute beginners interested in geology, hydrology, or environmental science. No prior knowledge of physical geography or earth science is required. Begin your journey into the foundations of physical geography and the forces that shape our world.