About This Chapter
How it works:
- Identify the lessons in the Glencoe Earth Science Mass Movements, Wind and Glaciers chapter with which you need help.
- Find the corresponding video lessons within this companion course chapter.
- Watch fun videos that cover the mass movements, wind and glaciers topics you need to learn or review.
- Complete the quizzes to test your understanding.
- If you need additional help, rewatch the videos until you've mastered the material or submit a question for one of our instructors.
Students will learn:
- The definition of glaciers
- The effects of Ice Age glaciers
- The results of glacial deposition
- How winds affect the desert landscapes
- Slump, rockslide and earthflow
- Water, slopes and earthquakes
- Structures of sand dunes
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1. Mass Wasting: Definition, Types, Causes & Processes
Mass wasting or mass movement is the movement of a large mass of rock, soil and debris downward due to the pull of gravity. Learn about the process of mass wasting, the factors that must be present to trigger it and the different types.
2. Major Triggers for Mass Wasting: Water, Slopes, Vegetation Removal & Earthquakes
Mass wasting is the movement of mass amounts of rock, soil and debris downward due to gravity. Learn about major triggers of mass wasting, such as increased water, increased slope steepness, the removal of vegetation and earthquakes.
3. Types of Wasting: Slump, Rockslide, Debris Flow & Earthflow
Mass wasting is a type of erosion that results in the mass movement of rock, soil and debris down a slope. Learn about the different types of mass wasting, including slumps, rockslides, debris flows and earthflows.
4. Wind Action & Effects on the Desert Landscape
Wind is a powerful force that has the ability to shape a landscape. In deserts, wind action changes the landscape through wind erosion in the form of abrasion and deflation.
5. Sand Dunes: Structure and Types
Although most people think of sand dunes simply as piles of sand, they actually come in many different shapes and sizes. In this lesson, we'll discuss the unique features of barchan, transverse, parabolic, longitudinal and star sand dunes.
6. What Are Glaciers? - Definition, Types & Processes
Learn about the two major types of glaciers: continental and alpine glaciers. These glaciers shape the landscape around them and affect our everyday lives, even if the nearest glacier is thousands of miles away.
7. The Effect of Ice Age Glaciers: Formation of Pluvial Lakes
Ice age glaciers caused erosion and deposition, which resulted in unique features such as horns, cirques, lakes, U-shaped valleys, moraines and drumlins. Indirect effects include pluvial lakes, isostatic depression and a change in sea level.
8. Glacial Erosion: Definition, Processes & Features
Glaciers are huge blocks of ice that move along the landscape, carving distinct features along the way. Learn about the glacial erosion processes, plucking and abrasion, and the features they create, including cirque, horns, arête and roche moutonnee.
9. Glacial Deposition: Definition & Results
As glaciers move and retreat, they push and drop rocks and sediments in a process known as glacial deposition. Learn about this glacial process and the interesting landforms that result from it, including moraines, erratics and drumlins, in this lesson.
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Other chapters within the Glencoe Earth Science: Online Textbook Help course
- Glencoe Earth Science Chapter 1: The Nature of Science
- Glencoe Earth Science Chapter 3: Matter and Change
- Glencoe Earth Science Chapter 4: Minerals
- Glencoe Earth Science Chapter 5: Igneous Rocks
- Glencoe Earth Science Chapter 6: Sedimentary and Metamorphic Rocks
- Glencoe Earth Science Chapter 7: Weathering, Erosion, and Soil
- Glencoe Earth Science Chapter 9: Surface Water
- Glencoe Earth Science Chapter 10: Groundwater
- Glencoe Earth Science Chapter 11: Atmosphere
- Glencoe Earth Science Chapter 12: Meteorology
- Glencoe Earth Science Chapter 13: The Nature of Storms
- Glencoe Earth Science Chapter 14: Climate
- Glencoe Earth Science Chapter 15: Earth's Oceans
- Glencoe Earth Science Chapter 16: The Marine Environment
- Glencoe Earth Science Chapter 17: Plate Tectonics
- Glencoe Earth Science Chapter 18: Volcanism
- Glencoe Earth Science Chapter 19: Earthquakes
- Glencoe Earth Science Chapter 20: Mountain Building
- Glencoe Earth Science Chapter 21: Fossils and the Rock Record
- Glencoe Earth Science Chapter 22: The Precambrian Earth
- Glencoe Earth Science Chapter 24: Earth Resources
- Glencoe Earth Science Chapter 25: Energy Resources
- Glencoe Earth Science Chapter 26: Human Impact on Resources
- Glencoe Earth Science Chapter 27: The Sun-Earth-Moon System
- Glencoe Earth Science Chapter 28: Our Solar System
- Glencoe Earth Science Chapter 29: Stars
- Glencoe Earth Science Chapter 30: Galaxies and the Universe