Explore the dynamic processes that shape the Earth's surface, from tectonic uplift to glacial erosion.
Welcome to Geomorphology Basics, a comprehensive exploration of the physical features of the surface of the earth and their relation to its geological structures. This course provides a rigorous introduction to the processes that create, modify, and destroy landforms over time.
Throughout this module, students will investigate the intricate balance between endogenic processes (like volcanism and tectonics) that build the landscape, and exogenic processes (like weathering and erosion) that tear it down. We will delve into specific geomorphic systems including fluvial (river), glacial, coastal, and aeolian (wind) environments.
By combining theoretical knowledge with interactive simulations, students will learn to read the landscape, interpreting the history of the Earth written in its topography. This course is essential for aspiring geologists, environmental scientists, and civil engineers.
Undergraduate Students
8-10 Hours / Week
Introductory Earth Science
Interactive Lectures & Labs
Upon successful completion of this course, students will be able to demonstrate proficiency in the following core competencies:
Master the foundational pillars that drive this discipline.
Study of how the Earth's internal forces, such as faulting and folding, create primary landforms like mountain ranges and rift valleys.
The breakdown of rocks in situ (weathering) and the subsequent transport of materials by water, wind, or ice (erosion).
The action of rivers and streams in shaping the landscape through incision, transport, and deposition of sediment.
The massive erosive power of moving ice sheets and alpine glaciers, leaving behind distinct U-shaped valleys and moraines.
The interaction of waves, tides, and currents with the land, forming beaches, cliffs, and estuaries.
Discover how these concepts are actively used to solve critical challenges across various industries.
Predicting and mitigating risks from landslides, rockfalls, and avalanches.
Evaluating site stability for infrastructure projects like dams, bridges, and highways.
Developing strategies to prevent agricultural soil erosion and land degradation.
Accelerate geological time. Use these interactive simulators to observe how slow, steady processes dramatically reshape the Earth's surface.
Simulate mechanical, chemical, and biological weathering on rock formations. Observe how environmental intensity accelerates breakdown.
Visualize how water, wind, and waves transport material from high-energy peaks to low-energy basins, flattening the landscape.
Control topographic gradient to see how rivers transition from straight, downcutting channels to wide, meandering floodplains.
Manipulate glacier size and speed to advance or retreat an alpine glacier. Observe the creation of U-shaped valleys and moraines.
Adjust wave energy to simulate the undercutting of coastal cliffs, leading to collapse and the formation of wave-cut platforms.
Curated materials to support your academic journey and professional development.
Detailed information regarding our college-level curriculum.